export declare type Maybe = T | null; export declare type Exact = { [K in keyof T]: T[K]; }; /** All built-in and custom scalars, mapped to their actual values */ export declare type Scalars = { ID: string; String: string; Boolean: boolean; Int: number; Float: number; /** A location in a connection that can be used for resuming pagination. */ Cursor: any; /** A point in time as described by the [ISO 8601](https://en.wikipedia.org/wiki/ISO_8601) standard. May or may not include a timezone. */ Datetime: any; /** The `GeoJSON` scalar type represents GeoJSON values as specified by[RFC 7946](https://tools.ietf.org/html/rfc7946). */ GeoJSON: any; /** The `JSON` scalar type represents JSON values as specified by [ECMA-404](http://www.ecma-international.org/publications/files/ECMA-ST/ECMA-404.pdf). */ JSON: any; /** A floating point number that requires more precision than IEEE 754 binary 64 */ BigFloat: any; /** A signed eight-byte integer. The upper big integer values are greater than the max value for a JavaScript number. Therefore all big integers will be output as strings and not numbers. */ BigInt: any; /** A JSON Web Token defined by [RFC 7519](https://tools.ietf.org/html/rfc7519) which securely represents claims between two parties. */ JwtUserToken: any; }; /** The `anomalyClassification` to be created by this mutation. */ export declare type _AnomalyClassificationIbfk1AnomalyClassificationCreateInput = { b?: Maybe; anomaly?: Maybe<_AnomalyClassificationIbfk1Input>; classification?: Maybe<_AnomalyClassificationIbfk2Input>; }; /** Input for the nested mutation of `anomaly` in the `AnomalyClassificationInput` mutation. */ export declare type _AnomalyClassificationIbfk1Input = { /** The primary key(s) for `anomaly` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `anomalyClassification` in the `AnomalyInput` mutation. */ export declare type _AnomalyClassificationIbfk1InverseInput = { /** Flag indicating whether all other `anomalyClassification` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `anomalyClassification` for the far side of the relationship. */ connectByAAndB?: Maybe>; /** The primary key(s) for `anomalyClassification` for the far side of the relationship. */ deleteByAAndB?: Maybe>; /** The primary key(s) and patch data for `anomalyClassification` for the far side of the relationship. */ updateByAAndB?: Maybe>; /** A `AnomalyClassificationInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `anomalyClassification` to be created by this mutation. */ export declare type _AnomalyClassificationIbfk2AnomalyClassificationCreateInput = { a?: Maybe; anomaly?: Maybe<_AnomalyClassificationIbfk1Input>; classification?: Maybe<_AnomalyClassificationIbfk2Input>; }; /** Input for the nested mutation of `classification` in the `AnomalyClassificationInput` mutation. */ export declare type _AnomalyClassificationIbfk2Input = { /** The primary key(s) for `classification` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `anomalyClassification` in the `ClassificationInput` mutation. */ export declare type _AnomalyClassificationIbfk2InverseInput = { /** Flag indicating whether all other `anomalyClassification` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `anomalyClassification` for the far side of the relationship. */ connectByAAndB?: Maybe>; /** The primary key(s) for `anomalyClassification` for the far side of the relationship. */ deleteByAAndB?: Maybe>; /** The primary key(s) and patch data for `anomalyClassification` for the far side of the relationship. */ updateByAAndB?: Maybe>; /** A `AnomalyClassificationInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `anomalyCloneOf` to be created by this mutation. */ export declare type _AnomalyCloneOfIbfk1AnomalyCloneOfCreateInput = { b?: Maybe; cloneOf?: Maybe<_AnomalyCloneOfIbfk1Input>; clone?: Maybe<_AnomalyCloneOfIbfk2Input>; }; /** The `anomaly` to be created by this mutation. */ export declare type _AnomalyCloneOfIbfk1AnomalyCreateInput = { id?: Maybe; nickname?: Maybe; level: Scalars['Float']; parameters?: Maybe; uMin?: Maybe; uMax?: Maybe; vMin?: Maybe; vMax?: Maybe; uvGeometry?: Maybe; description?: Maybe; type?: Maybe; location?: Maybe; structure?: Maybe; author?: Maybe; gltf?: Maybe; cloneOfRelation?: Maybe<_AnomalyCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_AnomalyCloneOfIbfk2InverseInput>; detections?: Maybe; segmentationsRelation?: Maybe<_AnomalySegmentationIbfk1InverseInput>; comments?: Maybe; missionsRelation?: Maybe<_MissionAnomaliesIbfk1InverseInput>; classificationsRelation?: Maybe<_AnomalyClassificationIbfk1InverseInput>; planRelation?: Maybe<_PlanAnomalyAnomalyIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionAnomalyAnomalyIdFkeyInverseInput>; }; /** Input for the nested mutation of `anomaly` in the `AnomalyCloneOfInput` mutation. */ export declare type _AnomalyCloneOfIbfk1Input = { /** The primary key(s) for `anomaly` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `anomaly` for the far side of the relationship. */ connectByLocation?: Maybe; /** The primary key(s) for `anomaly` for the far side of the relationship. */ connectByGltf?: Maybe; /** The primary key(s) for `anomaly` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) for `anomaly` for the far side of the relationship. */ deleteByLocation?: Maybe; /** The primary key(s) for `anomaly` for the far side of the relationship. */ deleteByGltf?: Maybe; /** The primary key(s) and patch data for `anomaly` for the far side of the relationship. */ updateById?: Maybe; /** The primary key(s) and patch data for `anomaly` for the far side of the relationship. */ updateByLocation?: Maybe; /** The primary key(s) and patch data for `anomaly` for the far side of the relationship. */ updateByGltf?: Maybe; /** A `AnomalyInput` object that will be created and connected to this object. */ create?: Maybe<_AnomalyCloneOfIbfk1AnomalyCreateInput>; }; /** Input for the nested mutation of `anomalyCloneOf` in the `AnomalyInput` mutation. */ export declare type _AnomalyCloneOfIbfk1InverseInput = { /** Flag indicating whether all other `anomalyCloneOf` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `anomalyCloneOf` for the far side of the relationship. */ connectByA?: Maybe; /** The primary key(s) for `anomalyCloneOf` for the far side of the relationship. */ deleteByA?: Maybe; /** The primary key(s) and patch data for `anomalyCloneOf` for the far side of the relationship. */ updateByA?: Maybe; /** A `AnomalyCloneOfInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `anomalyCloneOf` to be created by this mutation. */ export declare type _AnomalyCloneOfIbfk2AnomalyCloneOfCreateInput = { a?: Maybe; cloneOf?: Maybe<_AnomalyCloneOfIbfk1Input>; clone?: Maybe<_AnomalyCloneOfIbfk2Input>; }; /** The `anomaly` to be created by this mutation. */ export declare type _AnomalyCloneOfIbfk2AnomalyCreateInput = { id?: Maybe; nickname?: Maybe; level: Scalars['Float']; parameters?: Maybe; uMin?: Maybe; uMax?: Maybe; vMin?: Maybe; vMax?: Maybe; uvGeometry?: Maybe; description?: Maybe; type?: Maybe; location?: Maybe; structure?: Maybe; author?: Maybe; gltf?: Maybe; cloneOfRelation?: Maybe<_AnomalyCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_AnomalyCloneOfIbfk2InverseInput>; detections?: Maybe; segmentationsRelation?: Maybe<_AnomalySegmentationIbfk1InverseInput>; comments?: Maybe; missionsRelation?: Maybe<_MissionAnomaliesIbfk1InverseInput>; classificationsRelation?: Maybe<_AnomalyClassificationIbfk1InverseInput>; planRelation?: Maybe<_PlanAnomalyAnomalyIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionAnomalyAnomalyIdFkeyInverseInput>; }; /** Input for the nested mutation of `anomaly` in the `AnomalyCloneOfInput` mutation. */ export declare type _AnomalyCloneOfIbfk2Input = { /** The primary key(s) for `anomaly` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `anomaly` for the far side of the relationship. */ connectByLocation?: Maybe; /** The primary key(s) for `anomaly` for the far side of the relationship. */ connectByGltf?: Maybe; /** The primary key(s) for `anomaly` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) for `anomaly` for the far side of the relationship. */ deleteByLocation?: Maybe; /** The primary key(s) for `anomaly` for the far side of the relationship. */ deleteByGltf?: Maybe; /** The primary key(s) and patch data for `anomaly` for the far side of the relationship. */ updateById?: Maybe; /** The primary key(s) and patch data for `anomaly` for the far side of the relationship. */ updateByLocation?: Maybe; /** The primary key(s) and patch data for `anomaly` for the far side of the relationship. */ updateByGltf?: Maybe; /** A `AnomalyInput` object that will be created and connected to this object. */ create?: Maybe<_AnomalyCloneOfIbfk2AnomalyCreateInput>; }; /** Input for the nested mutation of `anomalyCloneOf` in the `AnomalyInput` mutation. */ export declare type _AnomalyCloneOfIbfk2InverseInput = { /** Flag indicating whether all other `anomalyCloneOf` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `anomalyCloneOf` for the far side of the relationship. */ connectByA?: Maybe>; /** The primary key(s) for `anomalyCloneOf` for the far side of the relationship. */ deleteByA?: Maybe>; /** The primary key(s) and patch data for `anomalyCloneOf` for the far side of the relationship. */ updateByA?: Maybe>; /** A `AnomalyCloneOfInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `anomalyLevelMappingCloneOf` to be created by this mutation. */ export declare type _AnomalyLevelMappingCloneOfIbfk1AnomalyLevelMappingCloneOfCreateInput = { b?: Maybe; cloneOf?: Maybe<_AnomalyLevelMappingCloneOfIbfk1Input>; clone?: Maybe<_AnomalyLevelMappingCloneOfIbfk2Input>; }; /** The `anomalyLevelMapping` to be created by this mutation. */ export declare type _AnomalyLevelMappingCloneOfIbfk1AnomalyLevelMappingCreateInput = { id?: Maybe; nickname?: Maybe; name: Scalars['String']; description?: Maybe; structureType?: Maybe; parameters?: Maybe; csvConfig?: Maybe; anomalyTypesRelation?: Maybe<_AnomalyTypeLevelMappingIbfk1InverseInput>; cloneOfRelation?: Maybe<_AnomalyLevelMappingCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_AnomalyLevelMappingCloneOfIbfk2InverseInput>; organizationsRelation?: Maybe<_OrganizationAnomalyLevelMappingIbfk1InverseInput>; }; /** Input for the nested mutation of `anomalyLevelMapping` in the `AnomalyLevelMappingCloneOfInput` mutation. */ export declare type _AnomalyLevelMappingCloneOfIbfk1Input = { /** The primary key(s) for `anomalyLevelMapping` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `anomalyLevelMapping` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `anomalyLevelMapping` for the far side of the relationship. */ updateById?: Maybe; /** A `AnomalyLevelMappingInput` object that will be created and connected to this object. */ create?: Maybe<_AnomalyLevelMappingCloneOfIbfk1AnomalyLevelMappingCreateInput>; }; /** Input for the nested mutation of `anomalyLevelMappingCloneOf` in the `AnomalyLevelMappingInput` mutation. */ export declare type _AnomalyLevelMappingCloneOfIbfk1InverseInput = { /** Flag indicating whether all other `anomalyLevelMappingCloneOf` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `anomalyLevelMappingCloneOf` for the far side of the relationship. */ connectByA?: Maybe; /** The primary key(s) for `anomalyLevelMappingCloneOf` for the far side of the relationship. */ deleteByA?: Maybe; /** The primary key(s) and patch data for `anomalyLevelMappingCloneOf` for the far side of the relationship. */ updateByA?: Maybe; /** A `AnomalyLevelMappingCloneOfInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `anomalyLevelMappingCloneOf` to be created by this mutation. */ export declare type _AnomalyLevelMappingCloneOfIbfk2AnomalyLevelMappingCloneOfCreateInput = { a?: Maybe; cloneOf?: Maybe<_AnomalyLevelMappingCloneOfIbfk1Input>; clone?: Maybe<_AnomalyLevelMappingCloneOfIbfk2Input>; }; /** The `anomalyLevelMapping` to be created by this mutation. */ export declare type _AnomalyLevelMappingCloneOfIbfk2AnomalyLevelMappingCreateInput = { id?: Maybe; nickname?: Maybe; name: Scalars['String']; description?: Maybe; structureType?: Maybe; parameters?: Maybe; csvConfig?: Maybe; anomalyTypesRelation?: Maybe<_AnomalyTypeLevelMappingIbfk1InverseInput>; cloneOfRelation?: Maybe<_AnomalyLevelMappingCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_AnomalyLevelMappingCloneOfIbfk2InverseInput>; organizationsRelation?: Maybe<_OrganizationAnomalyLevelMappingIbfk1InverseInput>; }; /** Input for the nested mutation of `anomalyLevelMapping` in the `AnomalyLevelMappingCloneOfInput` mutation. */ export declare type _AnomalyLevelMappingCloneOfIbfk2Input = { /** The primary key(s) for `anomalyLevelMapping` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `anomalyLevelMapping` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `anomalyLevelMapping` for the far side of the relationship. */ updateById?: Maybe; /** A `AnomalyLevelMappingInput` object that will be created and connected to this object. */ create?: Maybe<_AnomalyLevelMappingCloneOfIbfk2AnomalyLevelMappingCreateInput>; }; /** Input for the nested mutation of `anomalyLevelMappingCloneOf` in the `AnomalyLevelMappingInput` mutation. */ export declare type _AnomalyLevelMappingCloneOfIbfk2InverseInput = { /** Flag indicating whether all other `anomalyLevelMappingCloneOf` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `anomalyLevelMappingCloneOf` for the far side of the relationship. */ connectByA?: Maybe>; /** The primary key(s) for `anomalyLevelMappingCloneOf` for the far side of the relationship. */ deleteByA?: Maybe>; /** The primary key(s) and patch data for `anomalyLevelMappingCloneOf` for the far side of the relationship. */ updateByA?: Maybe>; /** A `AnomalyLevelMappingCloneOfInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `anomalySegmentation` to be created by this mutation. */ export declare type _AnomalySegmentationIbfk1AnomalySegmentationCreateInput = { b?: Maybe; anomaly?: Maybe<_AnomalySegmentationIbfk1Input>; segmentation?: Maybe<_AnomalySegmentationIbfk2Input>; }; /** Input for the nested mutation of `anomaly` in the `AnomalySegmentationInput` mutation. */ export declare type _AnomalySegmentationIbfk1Input = { /** The primary key(s) for `anomaly` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `anomalySegmentation` in the `AnomalyInput` mutation. */ export declare type _AnomalySegmentationIbfk1InverseInput = { /** Flag indicating whether all other `anomalySegmentation` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `anomalySegmentation` for the far side of the relationship. */ connectByAAndB?: Maybe>; /** The primary key(s) for `anomalySegmentation` for the far side of the relationship. */ deleteByAAndB?: Maybe>; /** The primary key(s) and patch data for `anomalySegmentation` for the far side of the relationship. */ updateByAAndB?: Maybe>; /** A `AnomalySegmentationInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `anomalySegmentation` to be created by this mutation. */ export declare type _AnomalySegmentationIbfk2AnomalySegmentationCreateInput = { a?: Maybe; anomaly?: Maybe<_AnomalySegmentationIbfk1Input>; segmentation?: Maybe<_AnomalySegmentationIbfk2Input>; }; /** Input for the nested mutation of `segmentation` in the `AnomalySegmentationInput` mutation. */ export declare type _AnomalySegmentationIbfk2Input = { /** The primary key(s) for `segmentation` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `anomalySegmentation` in the `SegmentationInput` mutation. */ export declare type _AnomalySegmentationIbfk2InverseInput = { /** Flag indicating whether all other `anomalySegmentation` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `anomalySegmentation` for the far side of the relationship. */ connectByAAndB?: Maybe>; /** The primary key(s) for `anomalySegmentation` for the far side of the relationship. */ deleteByAAndB?: Maybe>; /** The primary key(s) and patch data for `anomalySegmentation` for the far side of the relationship. */ updateByAAndB?: Maybe>; /** A `AnomalySegmentationInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `anomalyTypeCloneOf` to be created by this mutation. */ export declare type _AnomalyTypeCloneOfIbfk1AnomalyTypeCloneOfCreateInput = { b?: Maybe; cloneOf?: Maybe<_AnomalyTypeCloneOfIbfk1Input>; clone?: Maybe<_AnomalyTypeCloneOfIbfk2Input>; }; /** The `anomalyType` to be created by this mutation. */ export declare type _AnomalyTypeCloneOfIbfk1AnomalyTypeCreateInput = { id?: Maybe; nickname?: Maybe; name: Scalars['String']; structureType: Scalars['String']; level: Scalars['Float']; parameters?: Maybe; description?: Maybe; segmentations?: Maybe; anomalies?: Maybe; detections?: Maybe; cloneOfRelation?: Maybe<_AnomalyTypeCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_AnomalyTypeCloneOfIbfk2InverseInput>; classifications?: Maybe; levelMappingsRelation?: Maybe<_AnomalyTypeLevelMappingIbfk2InverseInput>; }; /** Input for the nested mutation of `anomalyType` in the `AnomalyTypeCloneOfInput` mutation. */ export declare type _AnomalyTypeCloneOfIbfk1Input = { /** The primary key(s) for `anomalyType` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `anomalyType` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `anomalyType` for the far side of the relationship. */ updateById?: Maybe; /** A `AnomalyTypeInput` object that will be created and connected to this object. */ create?: Maybe<_AnomalyTypeCloneOfIbfk1AnomalyTypeCreateInput>; }; /** Input for the nested mutation of `anomalyTypeCloneOf` in the `AnomalyTypeInput` mutation. */ export declare type _AnomalyTypeCloneOfIbfk1InverseInput = { /** Flag indicating whether all other `anomalyTypeCloneOf` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `anomalyTypeCloneOf` for the far side of the relationship. */ connectByA?: Maybe; /** The primary key(s) for `anomalyTypeCloneOf` for the far side of the relationship. */ deleteByA?: Maybe; /** The primary key(s) and patch data for `anomalyTypeCloneOf` for the far side of the relationship. */ updateByA?: Maybe; /** A `AnomalyTypeCloneOfInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `anomalyTypeCloneOf` to be created by this mutation. */ export declare type _AnomalyTypeCloneOfIbfk2AnomalyTypeCloneOfCreateInput = { a?: Maybe; cloneOf?: Maybe<_AnomalyTypeCloneOfIbfk1Input>; clone?: Maybe<_AnomalyTypeCloneOfIbfk2Input>; }; /** The `anomalyType` to be created by this mutation. */ export declare type _AnomalyTypeCloneOfIbfk2AnomalyTypeCreateInput = { id?: Maybe; nickname?: Maybe; name: Scalars['String']; structureType: Scalars['String']; level: Scalars['Float']; parameters?: Maybe; description?: Maybe; segmentations?: Maybe; anomalies?: Maybe; detections?: Maybe; cloneOfRelation?: Maybe<_AnomalyTypeCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_AnomalyTypeCloneOfIbfk2InverseInput>; classifications?: Maybe; levelMappingsRelation?: Maybe<_AnomalyTypeLevelMappingIbfk2InverseInput>; }; /** Input for the nested mutation of `anomalyType` in the `AnomalyTypeCloneOfInput` mutation. */ export declare type _AnomalyTypeCloneOfIbfk2Input = { /** The primary key(s) for `anomalyType` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `anomalyType` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `anomalyType` for the far side of the relationship. */ updateById?: Maybe; /** A `AnomalyTypeInput` object that will be created and connected to this object. */ create?: Maybe<_AnomalyTypeCloneOfIbfk2AnomalyTypeCreateInput>; }; /** Input for the nested mutation of `anomalyTypeCloneOf` in the `AnomalyTypeInput` mutation. */ export declare type _AnomalyTypeCloneOfIbfk2InverseInput = { /** Flag indicating whether all other `anomalyTypeCloneOf` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `anomalyTypeCloneOf` for the far side of the relationship. */ connectByA?: Maybe>; /** The primary key(s) for `anomalyTypeCloneOf` for the far side of the relationship. */ deleteByA?: Maybe>; /** The primary key(s) and patch data for `anomalyTypeCloneOf` for the far side of the relationship. */ updateByA?: Maybe>; /** A `AnomalyTypeCloneOfInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `anomalyTypeLevelMapping` to be created by this mutation. */ export declare type _AnomalyTypeLevelMappingIbfk1AnomalyTypeLevelMappingCreateInput = { b?: Maybe; levelMapping?: Maybe<_AnomalyTypeLevelMappingIbfk1Input>; anomalyType?: Maybe<_AnomalyTypeLevelMappingIbfk2Input>; }; /** Input for the nested mutation of `anomalyLevelMapping` in the `AnomalyTypeLevelMappingInput` mutation. */ export declare type _AnomalyTypeLevelMappingIbfk1Input = { /** The primary key(s) for `anomalyLevelMapping` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `anomalyTypeLevelMapping` in the `AnomalyLevelMappingInput` mutation. */ export declare type _AnomalyTypeLevelMappingIbfk1InverseInput = { /** Flag indicating whether all other `anomalyTypeLevelMapping` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `anomalyTypeLevelMapping` for the far side of the relationship. */ connectByAAndB?: Maybe>; /** The primary key(s) for `anomalyTypeLevelMapping` for the far side of the relationship. */ deleteByAAndB?: Maybe>; /** The primary key(s) and patch data for `anomalyTypeLevelMapping` for the far side of the relationship. */ updateByAAndB?: Maybe>; /** A `AnomalyTypeLevelMappingInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `anomalyTypeLevelMapping` to be created by this mutation. */ export declare type _AnomalyTypeLevelMappingIbfk2AnomalyTypeLevelMappingCreateInput = { a?: Maybe; levelMapping?: Maybe<_AnomalyTypeLevelMappingIbfk1Input>; anomalyType?: Maybe<_AnomalyTypeLevelMappingIbfk2Input>; }; /** Input for the nested mutation of `anomalyType` in the `AnomalyTypeLevelMappingInput` mutation. */ export declare type _AnomalyTypeLevelMappingIbfk2Input = { /** The primary key(s) for `anomalyType` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `anomalyTypeLevelMapping` in the `AnomalyTypeInput` mutation. */ export declare type _AnomalyTypeLevelMappingIbfk2InverseInput = { /** Flag indicating whether all other `anomalyTypeLevelMapping` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `anomalyTypeLevelMapping` for the far side of the relationship. */ connectByAAndB?: Maybe>; /** The primary key(s) for `anomalyTypeLevelMapping` for the far side of the relationship. */ deleteByAAndB?: Maybe>; /** The primary key(s) and patch data for `anomalyTypeLevelMapping` for the far side of the relationship. */ updateByAAndB?: Maybe>; /** A `AnomalyTypeLevelMappingInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `artifactCloneOf` to be created by this mutation. */ export declare type _ArtifactCloneOfIbfk1ArtifactCloneOfCreateInput = { b?: Maybe; cloneOf?: Maybe<_ArtifactCloneOfIbfk1Input>; clone?: Maybe<_ArtifactCloneOfIbfk2Input>; }; /** The `artifact` to be created by this mutation. */ export declare type _ArtifactCloneOfIbfk1ArtifactCreateInput = { id?: Maybe; nickname?: Maybe; name?: Maybe; type?: Maybe; index?: Maybe; parameters?: Maybe; fallbackData?: Maybe; description?: Maybe; file?: Maybe; location?: Maybe; mission?: Maybe; plan?: Maybe; missionExecution?: Maybe; structuresRelation?: Maybe<_StructureArtifactsIbfk1InverseInput>; comments?: Maybe; cloneOfRelation?: Maybe<_ArtifactCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_ArtifactCloneOfIbfk2InverseInput>; planRelation?: Maybe<_PlanArtifactArtifactIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionArtifactArtifactIdFkeyInverseInput>; }; /** Input for the nested mutation of `artifact` in the `ArtifactCloneOfInput` mutation. */ export declare type _ArtifactCloneOfIbfk1Input = { /** The primary key(s) for `artifact` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `artifact` for the far side of the relationship. */ connectByLocation?: Maybe; /** The primary key(s) for `artifact` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) for `artifact` for the far side of the relationship. */ deleteByLocation?: Maybe; /** The primary key(s) and patch data for `artifact` for the far side of the relationship. */ updateById?: Maybe; /** The primary key(s) and patch data for `artifact` for the far side of the relationship. */ updateByLocation?: Maybe; /** A `ArtifactInput` object that will be created and connected to this object. */ create?: Maybe<_ArtifactCloneOfIbfk1ArtifactCreateInput>; }; /** Input for the nested mutation of `artifactCloneOf` in the `ArtifactInput` mutation. */ export declare type _ArtifactCloneOfIbfk1InverseInput = { /** Flag indicating whether all other `artifactCloneOf` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `artifactCloneOf` for the far side of the relationship. */ connectByA?: Maybe; /** The primary key(s) for `artifactCloneOf` for the far side of the relationship. */ deleteByA?: Maybe; /** The primary key(s) and patch data for `artifactCloneOf` for the far side of the relationship. */ updateByA?: Maybe; /** A `ArtifactCloneOfInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `artifactCloneOf` to be created by this mutation. */ export declare type _ArtifactCloneOfIbfk2ArtifactCloneOfCreateInput = { a?: Maybe; cloneOf?: Maybe<_ArtifactCloneOfIbfk1Input>; clone?: Maybe<_ArtifactCloneOfIbfk2Input>; }; /** The `artifact` to be created by this mutation. */ export declare type _ArtifactCloneOfIbfk2ArtifactCreateInput = { id?: Maybe; nickname?: Maybe; name?: Maybe; type?: Maybe; index?: Maybe; parameters?: Maybe; fallbackData?: Maybe; description?: Maybe; file?: Maybe; location?: Maybe; mission?: Maybe; plan?: Maybe; missionExecution?: Maybe; structuresRelation?: Maybe<_StructureArtifactsIbfk1InverseInput>; comments?: Maybe; cloneOfRelation?: Maybe<_ArtifactCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_ArtifactCloneOfIbfk2InverseInput>; planRelation?: Maybe<_PlanArtifactArtifactIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionArtifactArtifactIdFkeyInverseInput>; }; /** Input for the nested mutation of `artifact` in the `ArtifactCloneOfInput` mutation. */ export declare type _ArtifactCloneOfIbfk2Input = { /** The primary key(s) for `artifact` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `artifact` for the far side of the relationship. */ connectByLocation?: Maybe; /** The primary key(s) for `artifact` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) for `artifact` for the far side of the relationship. */ deleteByLocation?: Maybe; /** The primary key(s) and patch data for `artifact` for the far side of the relationship. */ updateById?: Maybe; /** The primary key(s) and patch data for `artifact` for the far side of the relationship. */ updateByLocation?: Maybe; /** A `ArtifactInput` object that will be created and connected to this object. */ create?: Maybe<_ArtifactCloneOfIbfk2ArtifactCreateInput>; }; /** Input for the nested mutation of `artifactCloneOf` in the `ArtifactInput` mutation. */ export declare type _ArtifactCloneOfIbfk2InverseInput = { /** Flag indicating whether all other `artifactCloneOf` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `artifactCloneOf` for the far side of the relationship. */ connectByA?: Maybe>; /** The primary key(s) for `artifactCloneOf` for the far side of the relationship. */ deleteByA?: Maybe>; /** The primary key(s) and patch data for `artifactCloneOf` for the far side of the relationship. */ updateByA?: Maybe>; /** A `ArtifactCloneOfInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `classificationCloneOf` to be created by this mutation. */ export declare type _ClassificationCloneOfIbfk1ClassificationCloneOfCreateInput = { b?: Maybe; cloneOf?: Maybe<_ClassificationCloneOfIbfk1Input>; clone?: Maybe<_ClassificationCloneOfIbfk2Input>; }; /** The `classification` to be created by this mutation. */ export declare type _ClassificationCloneOfIbfk1ClassificationCreateInput = { id?: Maybe; nickname?: Maybe; value?: Maybe; author?: Maybe; type?: Maybe; image?: Maybe; mission?: Maybe; comments?: Maybe; cloneOfRelation?: Maybe<_ClassificationCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_ClassificationCloneOfIbfk2InverseInput>; anomaliesRelation?: Maybe<_AnomalyClassificationIbfk2InverseInput>; }; /** Input for the nested mutation of `classification` in the `ClassificationCloneOfInput` mutation. */ export declare type _ClassificationCloneOfIbfk1Input = { /** The primary key(s) for `classification` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `classification` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `classification` for the far side of the relationship. */ updateById?: Maybe; /** A `ClassificationInput` object that will be created and connected to this object. */ create?: Maybe<_ClassificationCloneOfIbfk1ClassificationCreateInput>; }; /** Input for the nested mutation of `classificationCloneOf` in the `ClassificationInput` mutation. */ export declare type _ClassificationCloneOfIbfk1InverseInput = { /** Flag indicating whether all other `classificationCloneOf` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `classificationCloneOf` for the far side of the relationship. */ connectByA?: Maybe; /** The primary key(s) for `classificationCloneOf` for the far side of the relationship. */ deleteByA?: Maybe; /** The primary key(s) and patch data for `classificationCloneOf` for the far side of the relationship. */ updateByA?: Maybe; /** A `ClassificationCloneOfInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `classificationCloneOf` to be created by this mutation. */ export declare type _ClassificationCloneOfIbfk2ClassificationCloneOfCreateInput = { a?: Maybe; cloneOf?: Maybe<_ClassificationCloneOfIbfk1Input>; clone?: Maybe<_ClassificationCloneOfIbfk2Input>; }; /** The `classification` to be created by this mutation. */ export declare type _ClassificationCloneOfIbfk2ClassificationCreateInput = { id?: Maybe; nickname?: Maybe; value?: Maybe; author?: Maybe; type?: Maybe; image?: Maybe; mission?: Maybe; comments?: Maybe; cloneOfRelation?: Maybe<_ClassificationCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_ClassificationCloneOfIbfk2InverseInput>; anomaliesRelation?: Maybe<_AnomalyClassificationIbfk2InverseInput>; }; /** Input for the nested mutation of `classification` in the `ClassificationCloneOfInput` mutation. */ export declare type _ClassificationCloneOfIbfk2Input = { /** The primary key(s) for `classification` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `classification` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `classification` for the far side of the relationship. */ updateById?: Maybe; /** A `ClassificationInput` object that will be created and connected to this object. */ create?: Maybe<_ClassificationCloneOfIbfk2ClassificationCreateInput>; }; /** Input for the nested mutation of `classificationCloneOf` in the `ClassificationInput` mutation. */ export declare type _ClassificationCloneOfIbfk2InverseInput = { /** Flag indicating whether all other `classificationCloneOf` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `classificationCloneOf` for the far side of the relationship. */ connectByA?: Maybe>; /** The primary key(s) for `classificationCloneOf` for the far side of the relationship. */ deleteByA?: Maybe>; /** The primary key(s) and patch data for `classificationCloneOf` for the far side of the relationship. */ updateByA?: Maybe>; /** A `ClassificationCloneOfInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `commentCloneOf` to be created by this mutation. */ export declare type _CommentCloneOfIbfk1CommentCloneOfCreateInput = { b?: Maybe; cloneOf?: Maybe<_CommentCloneOfIbfk1Input>; clone?: Maybe<_CommentCloneOfIbfk2Input>; }; /** The `comment` to be created by this mutation. */ export declare type _CommentCloneOfIbfk1CommentCreateInput = { id?: Maybe; content?: Maybe; author?: Maybe; aboutComment?: Maybe; aboutArtifact?: Maybe; aboutMission?: Maybe; aboutStructure?: Maybe; aboutAnomaly?: Maybe; aboutClassification?: Maybe; aboutDetection?: Maybe; aboutSegmentation?: Maybe; aboutImage?: Maybe; cloneOfRelation?: Maybe<_CommentCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_CommentCloneOfIbfk2InverseInput>; planRelation?: Maybe<_PlanCommentCommentIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionCommentCommentIdFkeyInverseInput>; }; /** Input for the nested mutation of `comment` in the `CommentCloneOfInput` mutation. */ export declare type _CommentCloneOfIbfk1Input = { /** The primary key(s) for `comment` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `comment` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `comment` for the far side of the relationship. */ updateById?: Maybe; /** A `CommentInput` object that will be created and connected to this object. */ create?: Maybe<_CommentCloneOfIbfk1CommentCreateInput>; }; /** Input for the nested mutation of `commentCloneOf` in the `CommentInput` mutation. */ export declare type _CommentCloneOfIbfk1InverseInput = { /** Flag indicating whether all other `commentCloneOf` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `commentCloneOf` for the far side of the relationship. */ connectByA?: Maybe; /** The primary key(s) for `commentCloneOf` for the far side of the relationship. */ deleteByA?: Maybe; /** The primary key(s) and patch data for `commentCloneOf` for the far side of the relationship. */ updateByA?: Maybe; /** A `CommentCloneOfInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `commentCloneOf` to be created by this mutation. */ export declare type _CommentCloneOfIbfk2CommentCloneOfCreateInput = { a?: Maybe; cloneOf?: Maybe<_CommentCloneOfIbfk1Input>; clone?: Maybe<_CommentCloneOfIbfk2Input>; }; /** The `comment` to be created by this mutation. */ export declare type _CommentCloneOfIbfk2CommentCreateInput = { id?: Maybe; content?: Maybe; author?: Maybe; aboutComment?: Maybe; aboutArtifact?: Maybe; aboutMission?: Maybe; aboutStructure?: Maybe; aboutAnomaly?: Maybe; aboutClassification?: Maybe; aboutDetection?: Maybe; aboutSegmentation?: Maybe; aboutImage?: Maybe; cloneOfRelation?: Maybe<_CommentCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_CommentCloneOfIbfk2InverseInput>; planRelation?: Maybe<_PlanCommentCommentIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionCommentCommentIdFkeyInverseInput>; }; /** Input for the nested mutation of `comment` in the `CommentCloneOfInput` mutation. */ export declare type _CommentCloneOfIbfk2Input = { /** The primary key(s) for `comment` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `comment` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `comment` for the far side of the relationship. */ updateById?: Maybe; /** A `CommentInput` object that will be created and connected to this object. */ create?: Maybe<_CommentCloneOfIbfk2CommentCreateInput>; }; /** Input for the nested mutation of `commentCloneOf` in the `CommentInput` mutation. */ export declare type _CommentCloneOfIbfk2InverseInput = { /** Flag indicating whether all other `commentCloneOf` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `commentCloneOf` for the far side of the relationship. */ connectByA?: Maybe>; /** The primary key(s) for `commentCloneOf` for the far side of the relationship. */ deleteByA?: Maybe>; /** The primary key(s) and patch data for `commentCloneOf` for the far side of the relationship. */ updateByA?: Maybe>; /** A `CommentCloneOfInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `detectionCloneOf` to be created by this mutation. */ export declare type _DetectionCloneOfIbfk1DetectionCloneOfCreateInput = { b?: Maybe; cloneOf?: Maybe<_DetectionCloneOfIbfk1Input>; clone?: Maybe<_DetectionCloneOfIbfk2Input>; }; /** The `detection` to be created by this mutation. */ export declare type _DetectionCloneOfIbfk1DetectionCreateInput = { id?: Maybe; nickname?: Maybe; left?: Maybe; level: Scalars['Float']; top?: Maybe; width?: Maybe; height?: Maybe; right?: Maybe; bottom?: Maybe; confidenceScore?: Maybe; uMin?: Maybe; uMax?: Maybe; vMin?: Maybe; vMax?: Maybe; description?: Maybe; geometry: Scalars['GeoJSON']; uvGeometry?: Maybe; author?: Maybe; type?: Maybe; anomaly?: Maybe; image?: Maybe; segmentation?: Maybe; mission?: Maybe; structure?: Maybe; cloneOfRelation?: Maybe<_DetectionCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_DetectionCloneOfIbfk2InverseInput>; comments?: Maybe; planRelation?: Maybe<_PlanDetectionDetectionIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionDetectionDetectionIdFkeyInverseInput>; }; /** Input for the nested mutation of `detection` in the `DetectionCloneOfInput` mutation. */ export declare type _DetectionCloneOfIbfk1Input = { /** The primary key(s) for `detection` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `detection` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `detection` for the far side of the relationship. */ updateById?: Maybe; /** A `DetectionInput` object that will be created and connected to this object. */ create?: Maybe<_DetectionCloneOfIbfk1DetectionCreateInput>; }; /** Input for the nested mutation of `detectionCloneOf` in the `DetectionInput` mutation. */ export declare type _DetectionCloneOfIbfk1InverseInput = { /** Flag indicating whether all other `detectionCloneOf` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `detectionCloneOf` for the far side of the relationship. */ connectByA?: Maybe; /** The primary key(s) for `detectionCloneOf` for the far side of the relationship. */ deleteByA?: Maybe; /** The primary key(s) and patch data for `detectionCloneOf` for the far side of the relationship. */ updateByA?: Maybe; /** A `DetectionCloneOfInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `detectionCloneOf` to be created by this mutation. */ export declare type _DetectionCloneOfIbfk2DetectionCloneOfCreateInput = { a?: Maybe; cloneOf?: Maybe<_DetectionCloneOfIbfk1Input>; clone?: Maybe<_DetectionCloneOfIbfk2Input>; }; /** The `detection` to be created by this mutation. */ export declare type _DetectionCloneOfIbfk2DetectionCreateInput = { id?: Maybe; nickname?: Maybe; left?: Maybe; level: Scalars['Float']; top?: Maybe; width?: Maybe; height?: Maybe; right?: Maybe; bottom?: Maybe; confidenceScore?: Maybe; uMin?: Maybe; uMax?: Maybe; vMin?: Maybe; vMax?: Maybe; description?: Maybe; geometry: Scalars['GeoJSON']; uvGeometry?: Maybe; author?: Maybe; type?: Maybe; anomaly?: Maybe; image?: Maybe; segmentation?: Maybe; mission?: Maybe; structure?: Maybe; cloneOfRelation?: Maybe<_DetectionCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_DetectionCloneOfIbfk2InverseInput>; comments?: Maybe; planRelation?: Maybe<_PlanDetectionDetectionIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionDetectionDetectionIdFkeyInverseInput>; }; /** Input for the nested mutation of `detection` in the `DetectionCloneOfInput` mutation. */ export declare type _DetectionCloneOfIbfk2Input = { /** The primary key(s) for `detection` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `detection` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `detection` for the far side of the relationship. */ updateById?: Maybe; /** A `DetectionInput` object that will be created and connected to this object. */ create?: Maybe<_DetectionCloneOfIbfk2DetectionCreateInput>; }; /** Input for the nested mutation of `detectionCloneOf` in the `DetectionInput` mutation. */ export declare type _DetectionCloneOfIbfk2InverseInput = { /** Flag indicating whether all other `detectionCloneOf` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `detectionCloneOf` for the far side of the relationship. */ connectByA?: Maybe>; /** The primary key(s) for `detectionCloneOf` for the far side of the relationship. */ deleteByA?: Maybe>; /** The primary key(s) and patch data for `detectionCloneOf` for the far side of the relationship. */ updateByA?: Maybe>; /** A `DetectionCloneOfInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `event` to be created by this mutation. */ export declare type _EventExecutionsCreatedEventFkeyEventCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; creatorAgent?: Maybe; parameters?: Maybe; createdAt?: Maybe; updatedAt?: Maybe; deletedAt?: Maybe; clones?: Maybe; eventToClones?: Maybe; plansCreatedRelation?: Maybe<_EventPlansCreatedEventFkeyInverseInput>; plansReadRelation?: Maybe<_EventPlansReadEventFkeyInverseInput>; plansUpdatedRelation?: Maybe<_EventPlansUpdatedEventFkeyInverseInput>; executionsCreatedRelation?: Maybe<_EventExecutionsCreatedEventFkeyInverseInput>; executionsReadRelation?: Maybe<_EventExecutionsReadEventFkeyInverseInput>; executionsUpdatedRelation?: Maybe<_EventExecutionsUpdatedEventFkeyInverseInput>; }; /** The `eventExecutionsCreated` to be created by this mutation. */ export declare type _EventExecutionsCreatedEventFkeyEventExecutionsCreatedCreateInput = { id: Scalars['String']; execution?: Maybe; executionCreated?: Maybe<_EventExecutionsCreatedExecutionFkeyInput>; createdByEvent?: Maybe<_EventExecutionsCreatedEventFkeyInput>; }; /** Input for the nested mutation of `event` in the `EventExecutionsCreatedInput` mutation. */ export declare type _EventExecutionsCreatedEventFkeyInput = { /** The primary key(s) for `event` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `event` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `event` for the far side of the relationship. */ updateById?: Maybe; /** A `EventInput` object that will be created and connected to this object. */ create?: Maybe<_EventExecutionsCreatedEventFkeyEventCreateInput>; }; /** Input for the nested mutation of `eventExecutionsCreated` in the `EventInput` mutation. */ export declare type _EventExecutionsCreatedEventFkeyInverseInput = { /** Flag indicating whether all other `eventExecutionsCreated` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `eventExecutionsCreated` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `eventExecutionsCreated` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `eventExecutionsCreated` for the far side of the relationship. */ updateById?: Maybe>; /** A `EventExecutionsCreatedInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `eventExecutionsCreated` to be created by this mutation. */ export declare type _EventExecutionsCreatedExecutionFkeyEventExecutionsCreatedCreateInput = { id: Scalars['String']; event?: Maybe; executionCreated?: Maybe<_EventExecutionsCreatedExecutionFkeyInput>; createdByEvent?: Maybe<_EventExecutionsCreatedEventFkeyInput>; }; /** The `execution` to be created by this mutation. */ export declare type _EventExecutionsCreatedExecutionFkeyExecutionCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; clones?: Maybe; succeededAt?: Maybe; cancelledAt?: Maybe; startedAt?: Maybe; parameters?: Maybe; executionToClones?: Maybe; baseExecutionsRelation?: Maybe<_ExecutionFollowersFollowerFkeyInverseInput>; followerExecutionsRelation?: Maybe<_ExecutionFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventExecutionsCreatedExecutionFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventExecutionsReadExecutionFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventExecutionsUpdatedExecutionFkeyInverseInput>; creatorPlanRelation?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInverseInput>; createdPlanRelation?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInverseInput>; childExecutionsRelation?: Maybe<_ExecutionChildrenParentFkeyInverseInput>; parentExecutionsRelation?: Maybe<_ExecutionChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_ExecutionAnomalyExecutionIdFkeyInverseInput>; userRelation?: Maybe<_ExecutionUserExecutionIdFkeyInverseInput>; organizationRelation?: Maybe<_ExecutionOrganizationExecutionIdFkeyInverseInput>; commentRelation?: Maybe<_ExecutionCommentExecutionIdFkeyInverseInput>; detectionRelation?: Maybe<_ExecutionDetectionExecutionIdFkeyInverseInput>; imageRelation?: Maybe<_ExecutionImageExecutionIdFkeyInverseInput>; artifactRelation?: Maybe<_ExecutionArtifactExecutionIdFkeyInverseInput>; structureRelation?: Maybe<_ExecutionStructureExecutionIdFkeyInverseInput>; locationRelation?: Maybe<_ExecutionLocationExecutionIdFkeyInverseInput>; }; /** Input for the nested mutation of `execution` in the `EventExecutionsCreatedInput` mutation. */ export declare type _EventExecutionsCreatedExecutionFkeyInput = { /** The primary key(s) for `execution` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `execution` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `execution` for the far side of the relationship. */ updateById?: Maybe; /** A `ExecutionInput` object that will be created and connected to this object. */ create?: Maybe<_EventExecutionsCreatedExecutionFkeyExecutionCreateInput>; }; /** Input for the nested mutation of `eventExecutionsCreated` in the `ExecutionInput` mutation. */ export declare type _EventExecutionsCreatedExecutionFkeyInverseInput = { /** Flag indicating whether all other `eventExecutionsCreated` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `eventExecutionsCreated` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `eventExecutionsCreated` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `eventExecutionsCreated` for the far side of the relationship. */ updateById?: Maybe>; /** A `EventExecutionsCreatedInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `event` to be created by this mutation. */ export declare type _EventExecutionsReadEventFkeyEventCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; creatorAgent?: Maybe; parameters?: Maybe; createdAt?: Maybe; updatedAt?: Maybe; deletedAt?: Maybe; clones?: Maybe; eventToClones?: Maybe; plansCreatedRelation?: Maybe<_EventPlansCreatedEventFkeyInverseInput>; plansReadRelation?: Maybe<_EventPlansReadEventFkeyInverseInput>; plansUpdatedRelation?: Maybe<_EventPlansUpdatedEventFkeyInverseInput>; executionsCreatedRelation?: Maybe<_EventExecutionsCreatedEventFkeyInverseInput>; executionsReadRelation?: Maybe<_EventExecutionsReadEventFkeyInverseInput>; executionsUpdatedRelation?: Maybe<_EventExecutionsUpdatedEventFkeyInverseInput>; }; /** The `eventExecutionsRead` to be created by this mutation. */ export declare type _EventExecutionsReadEventFkeyEventExecutionsReadCreateInput = { id: Scalars['String']; execution?: Maybe; executionRead?: Maybe<_EventExecutionsReadExecutionFkeyInput>; readByEvent?: Maybe<_EventExecutionsReadEventFkeyInput>; }; /** Input for the nested mutation of `event` in the `EventExecutionsReadInput` mutation. */ export declare type _EventExecutionsReadEventFkeyInput = { /** The primary key(s) for `event` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `event` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `event` for the far side of the relationship. */ updateById?: Maybe; /** A `EventInput` object that will be created and connected to this object. */ create?: Maybe<_EventExecutionsReadEventFkeyEventCreateInput>; }; /** Input for the nested mutation of `eventExecutionsRead` in the `EventInput` mutation. */ export declare type _EventExecutionsReadEventFkeyInverseInput = { /** Flag indicating whether all other `eventExecutionsRead` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `eventExecutionsRead` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `eventExecutionsRead` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `eventExecutionsRead` for the far side of the relationship. */ updateById?: Maybe>; /** A `EventExecutionsReadInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `eventExecutionsRead` to be created by this mutation. */ export declare type _EventExecutionsReadExecutionFkeyEventExecutionsReadCreateInput = { id: Scalars['String']; event?: Maybe; executionRead?: Maybe<_EventExecutionsReadExecutionFkeyInput>; readByEvent?: Maybe<_EventExecutionsReadEventFkeyInput>; }; /** The `execution` to be created by this mutation. */ export declare type _EventExecutionsReadExecutionFkeyExecutionCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; clones?: Maybe; succeededAt?: Maybe; cancelledAt?: Maybe; startedAt?: Maybe; parameters?: Maybe; executionToClones?: Maybe; baseExecutionsRelation?: Maybe<_ExecutionFollowersFollowerFkeyInverseInput>; followerExecutionsRelation?: Maybe<_ExecutionFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventExecutionsCreatedExecutionFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventExecutionsReadExecutionFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventExecutionsUpdatedExecutionFkeyInverseInput>; creatorPlanRelation?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInverseInput>; createdPlanRelation?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInverseInput>; childExecutionsRelation?: Maybe<_ExecutionChildrenParentFkeyInverseInput>; parentExecutionsRelation?: Maybe<_ExecutionChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_ExecutionAnomalyExecutionIdFkeyInverseInput>; userRelation?: Maybe<_ExecutionUserExecutionIdFkeyInverseInput>; organizationRelation?: Maybe<_ExecutionOrganizationExecutionIdFkeyInverseInput>; commentRelation?: Maybe<_ExecutionCommentExecutionIdFkeyInverseInput>; detectionRelation?: Maybe<_ExecutionDetectionExecutionIdFkeyInverseInput>; imageRelation?: Maybe<_ExecutionImageExecutionIdFkeyInverseInput>; artifactRelation?: Maybe<_ExecutionArtifactExecutionIdFkeyInverseInput>; structureRelation?: Maybe<_ExecutionStructureExecutionIdFkeyInverseInput>; locationRelation?: Maybe<_ExecutionLocationExecutionIdFkeyInverseInput>; }; /** Input for the nested mutation of `execution` in the `EventExecutionsReadInput` mutation. */ export declare type _EventExecutionsReadExecutionFkeyInput = { /** The primary key(s) for `execution` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `execution` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `execution` for the far side of the relationship. */ updateById?: Maybe; /** A `ExecutionInput` object that will be created and connected to this object. */ create?: Maybe<_EventExecutionsReadExecutionFkeyExecutionCreateInput>; }; /** Input for the nested mutation of `eventExecutionsRead` in the `ExecutionInput` mutation. */ export declare type _EventExecutionsReadExecutionFkeyInverseInput = { /** Flag indicating whether all other `eventExecutionsRead` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `eventExecutionsRead` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `eventExecutionsRead` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `eventExecutionsRead` for the far side of the relationship. */ updateById?: Maybe>; /** A `EventExecutionsReadInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `event` to be created by this mutation. */ export declare type _EventExecutionsUpdatedEventFkeyEventCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; creatorAgent?: Maybe; parameters?: Maybe; createdAt?: Maybe; updatedAt?: Maybe; deletedAt?: Maybe; clones?: Maybe; eventToClones?: Maybe; plansCreatedRelation?: Maybe<_EventPlansCreatedEventFkeyInverseInput>; plansReadRelation?: Maybe<_EventPlansReadEventFkeyInverseInput>; plansUpdatedRelation?: Maybe<_EventPlansUpdatedEventFkeyInverseInput>; executionsCreatedRelation?: Maybe<_EventExecutionsCreatedEventFkeyInverseInput>; executionsReadRelation?: Maybe<_EventExecutionsReadEventFkeyInverseInput>; executionsUpdatedRelation?: Maybe<_EventExecutionsUpdatedEventFkeyInverseInput>; }; /** The `eventExecutionsUpdated` to be created by this mutation. */ export declare type _EventExecutionsUpdatedEventFkeyEventExecutionsUpdatedCreateInput = { id: Scalars['String']; execution?: Maybe; executionUpdated?: Maybe<_EventExecutionsUpdatedExecutionFkeyInput>; updatedByEvent?: Maybe<_EventExecutionsUpdatedEventFkeyInput>; }; /** Input for the nested mutation of `event` in the `EventExecutionsUpdatedInput` mutation. */ export declare type _EventExecutionsUpdatedEventFkeyInput = { /** The primary key(s) for `event` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `event` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `event` for the far side of the relationship. */ updateById?: Maybe; /** A `EventInput` object that will be created and connected to this object. */ create?: Maybe<_EventExecutionsUpdatedEventFkeyEventCreateInput>; }; /** Input for the nested mutation of `eventExecutionsUpdated` in the `EventInput` mutation. */ export declare type _EventExecutionsUpdatedEventFkeyInverseInput = { /** Flag indicating whether all other `eventExecutionsUpdated` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `eventExecutionsUpdated` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `eventExecutionsUpdated` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `eventExecutionsUpdated` for the far side of the relationship. */ updateById?: Maybe>; /** A `EventExecutionsUpdatedInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `eventExecutionsUpdated` to be created by this mutation. */ export declare type _EventExecutionsUpdatedExecutionFkeyEventExecutionsUpdatedCreateInput = { id: Scalars['String']; event?: Maybe; executionUpdated?: Maybe<_EventExecutionsUpdatedExecutionFkeyInput>; updatedByEvent?: Maybe<_EventExecutionsUpdatedEventFkeyInput>; }; /** The `execution` to be created by this mutation. */ export declare type _EventExecutionsUpdatedExecutionFkeyExecutionCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; clones?: Maybe; succeededAt?: Maybe; cancelledAt?: Maybe; startedAt?: Maybe; parameters?: Maybe; executionToClones?: Maybe; baseExecutionsRelation?: Maybe<_ExecutionFollowersFollowerFkeyInverseInput>; followerExecutionsRelation?: Maybe<_ExecutionFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventExecutionsCreatedExecutionFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventExecutionsReadExecutionFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventExecutionsUpdatedExecutionFkeyInverseInput>; creatorPlanRelation?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInverseInput>; createdPlanRelation?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInverseInput>; childExecutionsRelation?: Maybe<_ExecutionChildrenParentFkeyInverseInput>; parentExecutionsRelation?: Maybe<_ExecutionChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_ExecutionAnomalyExecutionIdFkeyInverseInput>; userRelation?: Maybe<_ExecutionUserExecutionIdFkeyInverseInput>; organizationRelation?: Maybe<_ExecutionOrganizationExecutionIdFkeyInverseInput>; commentRelation?: Maybe<_ExecutionCommentExecutionIdFkeyInverseInput>; detectionRelation?: Maybe<_ExecutionDetectionExecutionIdFkeyInverseInput>; imageRelation?: Maybe<_ExecutionImageExecutionIdFkeyInverseInput>; artifactRelation?: Maybe<_ExecutionArtifactExecutionIdFkeyInverseInput>; structureRelation?: Maybe<_ExecutionStructureExecutionIdFkeyInverseInput>; locationRelation?: Maybe<_ExecutionLocationExecutionIdFkeyInverseInput>; }; /** Input for the nested mutation of `execution` in the `EventExecutionsUpdatedInput` mutation. */ export declare type _EventExecutionsUpdatedExecutionFkeyInput = { /** The primary key(s) for `execution` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `execution` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `execution` for the far side of the relationship. */ updateById?: Maybe; /** A `ExecutionInput` object that will be created and connected to this object. */ create?: Maybe<_EventExecutionsUpdatedExecutionFkeyExecutionCreateInput>; }; /** Input for the nested mutation of `eventExecutionsUpdated` in the `ExecutionInput` mutation. */ export declare type _EventExecutionsUpdatedExecutionFkeyInverseInput = { /** Flag indicating whether all other `eventExecutionsUpdated` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `eventExecutionsUpdated` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `eventExecutionsUpdated` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `eventExecutionsUpdated` for the far side of the relationship. */ updateById?: Maybe>; /** A `EventExecutionsUpdatedInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `event` to be created by this mutation. */ export declare type _EventPlansCreatedEventFkeyEventCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; creatorAgent?: Maybe; parameters?: Maybe; createdAt?: Maybe; updatedAt?: Maybe; deletedAt?: Maybe; clones?: Maybe; eventToClones?: Maybe; plansCreatedRelation?: Maybe<_EventPlansCreatedEventFkeyInverseInput>; plansReadRelation?: Maybe<_EventPlansReadEventFkeyInverseInput>; plansUpdatedRelation?: Maybe<_EventPlansUpdatedEventFkeyInverseInput>; executionsCreatedRelation?: Maybe<_EventExecutionsCreatedEventFkeyInverseInput>; executionsReadRelation?: Maybe<_EventExecutionsReadEventFkeyInverseInput>; executionsUpdatedRelation?: Maybe<_EventExecutionsUpdatedEventFkeyInverseInput>; }; /** The `eventPlansCreated` to be created by this mutation. */ export declare type _EventPlansCreatedEventFkeyEventPlansCreatedCreateInput = { id: Scalars['String']; plan?: Maybe; planCreated?: Maybe<_EventPlansCreatedPlanFkeyInput>; createdByEvent?: Maybe<_EventPlansCreatedEventFkeyInput>; }; /** Input for the nested mutation of `event` in the `EventPlansCreatedInput` mutation. */ export declare type _EventPlansCreatedEventFkeyInput = { /** The primary key(s) for `event` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `event` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `event` for the far side of the relationship. */ updateById?: Maybe; /** A `EventInput` object that will be created and connected to this object. */ create?: Maybe<_EventPlansCreatedEventFkeyEventCreateInput>; }; /** Input for the nested mutation of `eventPlansCreated` in the `EventInput` mutation. */ export declare type _EventPlansCreatedEventFkeyInverseInput = { /** Flag indicating whether all other `eventPlansCreated` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `eventPlansCreated` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `eventPlansCreated` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `eventPlansCreated` for the far side of the relationship. */ updateById?: Maybe>; /** A `EventPlansCreatedInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `eventPlansCreated` to be created by this mutation. */ export declare type _EventPlansCreatedPlanFkeyEventPlansCreatedCreateInput = { id: Scalars['String']; event?: Maybe; planCreated?: Maybe<_EventPlansCreatedPlanFkeyInput>; createdByEvent?: Maybe<_EventPlansCreatedEventFkeyInput>; }; /** Input for the nested mutation of `plan` in the `EventPlansCreatedInput` mutation. */ export declare type _EventPlansCreatedPlanFkeyInput = { /** The primary key(s) for `plan` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `plan` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `plan` for the far side of the relationship. */ updateById?: Maybe; /** A `PlanInput` object that will be created and connected to this object. */ create?: Maybe<_EventPlansCreatedPlanFkeyPlanCreateInput>; }; /** Input for the nested mutation of `eventPlansCreated` in the `PlanInput` mutation. */ export declare type _EventPlansCreatedPlanFkeyInverseInput = { /** Flag indicating whether all other `eventPlansCreated` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `eventPlansCreated` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `eventPlansCreated` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `eventPlansCreated` for the far side of the relationship. */ updateById?: Maybe>; /** A `EventPlansCreatedInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `plan` to be created by this mutation. */ export declare type _EventPlansCreatedPlanFkeyPlanCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; clones?: Maybe; dueAt?: Maybe; parameters?: Maybe; planToClones?: Maybe; assignedUserRelation?: Maybe<_PlanAssignmentPlanFkeyInverseInput>; basePlansRelation?: Maybe<_PlanFollowersFollowerFkeyInverseInput>; followerPlansRelation?: Maybe<_PlanFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventPlansCreatedPlanFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventPlansReadPlanFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventPlansUpdatedPlanFkeyInverseInput>; createdExecutionRelation?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInverseInput>; creatorExecutionRelation?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInverseInput>; childPlansRelation?: Maybe<_PlanChildrenParentFkeyInverseInput>; parentPlansRelation?: Maybe<_PlanChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_PlanAnomalyPlanIdFkeyInverseInput>; userRelation?: Maybe<_PlanUserPlanIdFkeyInverseInput>; organizationRelation?: Maybe<_PlanOrganizationPlanIdFkeyInverseInput>; commentRelation?: Maybe<_PlanCommentPlanIdFkeyInverseInput>; detectionRelation?: Maybe<_PlanDetectionPlanIdFkeyInverseInput>; imageRelation?: Maybe<_PlanImagePlanIdFkeyInverseInput>; artifactRelation?: Maybe<_PlanArtifactPlanIdFkeyInverseInput>; structureRelation?: Maybe<_PlanStructurePlanIdFkeyInverseInput>; locationRelation?: Maybe<_PlanLocationPlanIdFkeyInverseInput>; }; /** The `event` to be created by this mutation. */ export declare type _EventPlansReadEventFkeyEventCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; creatorAgent?: Maybe; parameters?: Maybe; createdAt?: Maybe; updatedAt?: Maybe; deletedAt?: Maybe; clones?: Maybe; eventToClones?: Maybe; plansCreatedRelation?: Maybe<_EventPlansCreatedEventFkeyInverseInput>; plansReadRelation?: Maybe<_EventPlansReadEventFkeyInverseInput>; plansUpdatedRelation?: Maybe<_EventPlansUpdatedEventFkeyInverseInput>; executionsCreatedRelation?: Maybe<_EventExecutionsCreatedEventFkeyInverseInput>; executionsReadRelation?: Maybe<_EventExecutionsReadEventFkeyInverseInput>; executionsUpdatedRelation?: Maybe<_EventExecutionsUpdatedEventFkeyInverseInput>; }; /** The `eventPlansRead` to be created by this mutation. */ export declare type _EventPlansReadEventFkeyEventPlansReadCreateInput = { id: Scalars['String']; plan?: Maybe; planRead?: Maybe<_EventPlansReadPlanFkeyInput>; readByEvent?: Maybe<_EventPlansReadEventFkeyInput>; }; /** Input for the nested mutation of `event` in the `EventPlansReadInput` mutation. */ export declare type _EventPlansReadEventFkeyInput = { /** The primary key(s) for `event` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `event` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `event` for the far side of the relationship. */ updateById?: Maybe; /** A `EventInput` object that will be created and connected to this object. */ create?: Maybe<_EventPlansReadEventFkeyEventCreateInput>; }; /** Input for the nested mutation of `eventPlansRead` in the `EventInput` mutation. */ export declare type _EventPlansReadEventFkeyInverseInput = { /** Flag indicating whether all other `eventPlansRead` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `eventPlansRead` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `eventPlansRead` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `eventPlansRead` for the far side of the relationship. */ updateById?: Maybe>; /** A `EventPlansReadInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `eventPlansRead` to be created by this mutation. */ export declare type _EventPlansReadPlanFkeyEventPlansReadCreateInput = { id: Scalars['String']; event?: Maybe; planRead?: Maybe<_EventPlansReadPlanFkeyInput>; readByEvent?: Maybe<_EventPlansReadEventFkeyInput>; }; /** Input for the nested mutation of `plan` in the `EventPlansReadInput` mutation. */ export declare type _EventPlansReadPlanFkeyInput = { /** The primary key(s) for `plan` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `plan` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `plan` for the far side of the relationship. */ updateById?: Maybe; /** A `PlanInput` object that will be created and connected to this object. */ create?: Maybe<_EventPlansReadPlanFkeyPlanCreateInput>; }; /** Input for the nested mutation of `eventPlansRead` in the `PlanInput` mutation. */ export declare type _EventPlansReadPlanFkeyInverseInput = { /** Flag indicating whether all other `eventPlansRead` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `eventPlansRead` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `eventPlansRead` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `eventPlansRead` for the far side of the relationship. */ updateById?: Maybe>; /** A `EventPlansReadInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `plan` to be created by this mutation. */ export declare type _EventPlansReadPlanFkeyPlanCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; clones?: Maybe; dueAt?: Maybe; parameters?: Maybe; planToClones?: Maybe; assignedUserRelation?: Maybe<_PlanAssignmentPlanFkeyInverseInput>; basePlansRelation?: Maybe<_PlanFollowersFollowerFkeyInverseInput>; followerPlansRelation?: Maybe<_PlanFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventPlansCreatedPlanFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventPlansReadPlanFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventPlansUpdatedPlanFkeyInverseInput>; createdExecutionRelation?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInverseInput>; creatorExecutionRelation?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInverseInput>; childPlansRelation?: Maybe<_PlanChildrenParentFkeyInverseInput>; parentPlansRelation?: Maybe<_PlanChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_PlanAnomalyPlanIdFkeyInverseInput>; userRelation?: Maybe<_PlanUserPlanIdFkeyInverseInput>; organizationRelation?: Maybe<_PlanOrganizationPlanIdFkeyInverseInput>; commentRelation?: Maybe<_PlanCommentPlanIdFkeyInverseInput>; detectionRelation?: Maybe<_PlanDetectionPlanIdFkeyInverseInput>; imageRelation?: Maybe<_PlanImagePlanIdFkeyInverseInput>; artifactRelation?: Maybe<_PlanArtifactPlanIdFkeyInverseInput>; structureRelation?: Maybe<_PlanStructurePlanIdFkeyInverseInput>; locationRelation?: Maybe<_PlanLocationPlanIdFkeyInverseInput>; }; /** The `event` to be created by this mutation. */ export declare type _EventPlansUpdatedEventFkeyEventCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; creatorAgent?: Maybe; parameters?: Maybe; createdAt?: Maybe; updatedAt?: Maybe; deletedAt?: Maybe; clones?: Maybe; eventToClones?: Maybe; plansCreatedRelation?: Maybe<_EventPlansCreatedEventFkeyInverseInput>; plansReadRelation?: Maybe<_EventPlansReadEventFkeyInverseInput>; plansUpdatedRelation?: Maybe<_EventPlansUpdatedEventFkeyInverseInput>; executionsCreatedRelation?: Maybe<_EventExecutionsCreatedEventFkeyInverseInput>; executionsReadRelation?: Maybe<_EventExecutionsReadEventFkeyInverseInput>; executionsUpdatedRelation?: Maybe<_EventExecutionsUpdatedEventFkeyInverseInput>; }; /** The `eventPlansUpdated` to be created by this mutation. */ export declare type _EventPlansUpdatedEventFkeyEventPlansUpdatedCreateInput = { id: Scalars['String']; plan?: Maybe; planUpdated?: Maybe<_EventPlansUpdatedPlanFkeyInput>; updatedByEvent?: Maybe<_EventPlansUpdatedEventFkeyInput>; }; /** Input for the nested mutation of `event` in the `EventPlansUpdatedInput` mutation. */ export declare type _EventPlansUpdatedEventFkeyInput = { /** The primary key(s) for `event` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `event` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `event` for the far side of the relationship. */ updateById?: Maybe; /** A `EventInput` object that will be created and connected to this object. */ create?: Maybe<_EventPlansUpdatedEventFkeyEventCreateInput>; }; /** Input for the nested mutation of `eventPlansUpdated` in the `EventInput` mutation. */ export declare type _EventPlansUpdatedEventFkeyInverseInput = { /** Flag indicating whether all other `eventPlansUpdated` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `eventPlansUpdated` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `eventPlansUpdated` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `eventPlansUpdated` for the far side of the relationship. */ updateById?: Maybe>; /** A `EventPlansUpdatedInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `eventPlansUpdated` to be created by this mutation. */ export declare type _EventPlansUpdatedPlanFkeyEventPlansUpdatedCreateInput = { id: Scalars['String']; event?: Maybe; planUpdated?: Maybe<_EventPlansUpdatedPlanFkeyInput>; updatedByEvent?: Maybe<_EventPlansUpdatedEventFkeyInput>; }; /** Input for the nested mutation of `plan` in the `EventPlansUpdatedInput` mutation. */ export declare type _EventPlansUpdatedPlanFkeyInput = { /** The primary key(s) for `plan` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `plan` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `plan` for the far side of the relationship. */ updateById?: Maybe; /** A `PlanInput` object that will be created and connected to this object. */ create?: Maybe<_EventPlansUpdatedPlanFkeyPlanCreateInput>; }; /** Input for the nested mutation of `eventPlansUpdated` in the `PlanInput` mutation. */ export declare type _EventPlansUpdatedPlanFkeyInverseInput = { /** Flag indicating whether all other `eventPlansUpdated` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `eventPlansUpdated` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `eventPlansUpdated` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `eventPlansUpdated` for the far side of the relationship. */ updateById?: Maybe>; /** A `EventPlansUpdatedInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `plan` to be created by this mutation. */ export declare type _EventPlansUpdatedPlanFkeyPlanCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; clones?: Maybe; dueAt?: Maybe; parameters?: Maybe; planToClones?: Maybe; assignedUserRelation?: Maybe<_PlanAssignmentPlanFkeyInverseInput>; basePlansRelation?: Maybe<_PlanFollowersFollowerFkeyInverseInput>; followerPlansRelation?: Maybe<_PlanFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventPlansCreatedPlanFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventPlansReadPlanFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventPlansUpdatedPlanFkeyInverseInput>; createdExecutionRelation?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInverseInput>; creatorExecutionRelation?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInverseInput>; childPlansRelation?: Maybe<_PlanChildrenParentFkeyInverseInput>; parentPlansRelation?: Maybe<_PlanChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_PlanAnomalyPlanIdFkeyInverseInput>; userRelation?: Maybe<_PlanUserPlanIdFkeyInverseInput>; organizationRelation?: Maybe<_PlanOrganizationPlanIdFkeyInverseInput>; commentRelation?: Maybe<_PlanCommentPlanIdFkeyInverseInput>; detectionRelation?: Maybe<_PlanDetectionPlanIdFkeyInverseInput>; imageRelation?: Maybe<_PlanImagePlanIdFkeyInverseInput>; artifactRelation?: Maybe<_PlanArtifactPlanIdFkeyInverseInput>; structureRelation?: Maybe<_PlanStructurePlanIdFkeyInverseInput>; locationRelation?: Maybe<_PlanLocationPlanIdFkeyInverseInput>; }; /** The `anomaly` to be created by this mutation. */ export declare type _ExecutionAnomalyAnomalyIdFkeyAnomalyCreateInput = { id?: Maybe; nickname?: Maybe; level: Scalars['Float']; parameters?: Maybe; uMin?: Maybe; uMax?: Maybe; vMin?: Maybe; vMax?: Maybe; uvGeometry?: Maybe; description?: Maybe; type?: Maybe; location?: Maybe; structure?: Maybe; author?: Maybe; gltf?: Maybe; cloneOfRelation?: Maybe<_AnomalyCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_AnomalyCloneOfIbfk2InverseInput>; detections?: Maybe; segmentationsRelation?: Maybe<_AnomalySegmentationIbfk1InverseInput>; comments?: Maybe; missionsRelation?: Maybe<_MissionAnomaliesIbfk1InverseInput>; classificationsRelation?: Maybe<_AnomalyClassificationIbfk1InverseInput>; planRelation?: Maybe<_PlanAnomalyAnomalyIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionAnomalyAnomalyIdFkeyInverseInput>; }; /** The `executionAnomaly` to be created by this mutation. */ export declare type _ExecutionAnomalyAnomalyIdFkeyExecutionAnomalyCreateInput = { id?: Maybe; executionId?: Maybe; execution?: Maybe<_ExecutionAnomalyExecutionIdFkeyInput>; anomaly?: Maybe<_ExecutionAnomalyAnomalyIdFkeyInput>; }; /** Input for the nested mutation of `anomaly` in the `ExecutionAnomalyInput` mutation. */ export declare type _ExecutionAnomalyAnomalyIdFkeyInput = { /** The primary key(s) for `anomaly` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `anomaly` for the far side of the relationship. */ connectByLocation?: Maybe; /** The primary key(s) for `anomaly` for the far side of the relationship. */ connectByGltf?: Maybe; /** The primary key(s) for `anomaly` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) for `anomaly` for the far side of the relationship. */ deleteByLocation?: Maybe; /** The primary key(s) for `anomaly` for the far side of the relationship. */ deleteByGltf?: Maybe; /** The primary key(s) and patch data for `anomaly` for the far side of the relationship. */ updateById?: Maybe; /** The primary key(s) and patch data for `anomaly` for the far side of the relationship. */ updateByLocation?: Maybe; /** The primary key(s) and patch data for `anomaly` for the far side of the relationship. */ updateByGltf?: Maybe; /** A `AnomalyInput` object that will be created and connected to this object. */ create?: Maybe<_ExecutionAnomalyAnomalyIdFkeyAnomalyCreateInput>; }; /** Input for the nested mutation of `executionAnomaly` in the `AnomalyInput` mutation. */ export declare type _ExecutionAnomalyAnomalyIdFkeyInverseInput = { /** Flag indicating whether all other `executionAnomaly` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `executionAnomaly` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `executionAnomaly` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `executionAnomaly` for the far side of the relationship. */ updateById?: Maybe>; /** A `ExecutionAnomalyInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `executionAnomaly` to be created by this mutation. */ export declare type _ExecutionAnomalyExecutionIdFkeyExecutionAnomalyCreateInput = { id?: Maybe; anomalyId?: Maybe; execution?: Maybe<_ExecutionAnomalyExecutionIdFkeyInput>; anomaly?: Maybe<_ExecutionAnomalyAnomalyIdFkeyInput>; }; /** The `execution` to be created by this mutation. */ export declare type _ExecutionAnomalyExecutionIdFkeyExecutionCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; clones?: Maybe; succeededAt?: Maybe; cancelledAt?: Maybe; startedAt?: Maybe; parameters?: Maybe; executionToClones?: Maybe; baseExecutionsRelation?: Maybe<_ExecutionFollowersFollowerFkeyInverseInput>; followerExecutionsRelation?: Maybe<_ExecutionFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventExecutionsCreatedExecutionFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventExecutionsReadExecutionFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventExecutionsUpdatedExecutionFkeyInverseInput>; creatorPlanRelation?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInverseInput>; createdPlanRelation?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInverseInput>; childExecutionsRelation?: Maybe<_ExecutionChildrenParentFkeyInverseInput>; parentExecutionsRelation?: Maybe<_ExecutionChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_ExecutionAnomalyExecutionIdFkeyInverseInput>; userRelation?: Maybe<_ExecutionUserExecutionIdFkeyInverseInput>; organizationRelation?: Maybe<_ExecutionOrganizationExecutionIdFkeyInverseInput>; commentRelation?: Maybe<_ExecutionCommentExecutionIdFkeyInverseInput>; detectionRelation?: Maybe<_ExecutionDetectionExecutionIdFkeyInverseInput>; imageRelation?: Maybe<_ExecutionImageExecutionIdFkeyInverseInput>; artifactRelation?: Maybe<_ExecutionArtifactExecutionIdFkeyInverseInput>; structureRelation?: Maybe<_ExecutionStructureExecutionIdFkeyInverseInput>; locationRelation?: Maybe<_ExecutionLocationExecutionIdFkeyInverseInput>; }; /** Input for the nested mutation of `execution` in the `ExecutionAnomalyInput` mutation. */ export declare type _ExecutionAnomalyExecutionIdFkeyInput = { /** The primary key(s) for `execution` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `execution` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `execution` for the far side of the relationship. */ updateById?: Maybe; /** A `ExecutionInput` object that will be created and connected to this object. */ create?: Maybe<_ExecutionAnomalyExecutionIdFkeyExecutionCreateInput>; }; /** Input for the nested mutation of `executionAnomaly` in the `ExecutionInput` mutation. */ export declare type _ExecutionAnomalyExecutionIdFkeyInverseInput = { /** Flag indicating whether all other `executionAnomaly` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `executionAnomaly` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `executionAnomaly` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `executionAnomaly` for the far side of the relationship. */ updateById?: Maybe>; /** A `ExecutionAnomalyInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `artifact` to be created by this mutation. */ export declare type _ExecutionArtifactArtifactIdFkeyArtifactCreateInput = { id?: Maybe; nickname?: Maybe; name?: Maybe; type?: Maybe; index?: Maybe; parameters?: Maybe; fallbackData?: Maybe; description?: Maybe; file?: Maybe; location?: Maybe; mission?: Maybe; plan?: Maybe; missionExecution?: Maybe; structuresRelation?: Maybe<_StructureArtifactsIbfk1InverseInput>; comments?: Maybe; cloneOfRelation?: Maybe<_ArtifactCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_ArtifactCloneOfIbfk2InverseInput>; planRelation?: Maybe<_PlanArtifactArtifactIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionArtifactArtifactIdFkeyInverseInput>; }; /** The `executionArtifact` to be created by this mutation. */ export declare type _ExecutionArtifactArtifactIdFkeyExecutionArtifactCreateInput = { id?: Maybe; executionId?: Maybe; execution?: Maybe<_ExecutionArtifactExecutionIdFkeyInput>; artifact?: Maybe<_ExecutionArtifactArtifactIdFkeyInput>; }; /** Input for the nested mutation of `artifact` in the `ExecutionArtifactInput` mutation. */ export declare type _ExecutionArtifactArtifactIdFkeyInput = { /** The primary key(s) for `artifact` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `artifact` for the far side of the relationship. */ connectByLocation?: Maybe; /** The primary key(s) for `artifact` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) for `artifact` for the far side of the relationship. */ deleteByLocation?: Maybe; /** The primary key(s) and patch data for `artifact` for the far side of the relationship. */ updateById?: Maybe; /** The primary key(s) and patch data for `artifact` for the far side of the relationship. */ updateByLocation?: Maybe; /** A `ArtifactInput` object that will be created and connected to this object. */ create?: Maybe<_ExecutionArtifactArtifactIdFkeyArtifactCreateInput>; }; /** Input for the nested mutation of `executionArtifact` in the `ArtifactInput` mutation. */ export declare type _ExecutionArtifactArtifactIdFkeyInverseInput = { /** Flag indicating whether all other `executionArtifact` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `executionArtifact` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `executionArtifact` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `executionArtifact` for the far side of the relationship. */ updateById?: Maybe>; /** A `ExecutionArtifactInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `executionArtifact` to be created by this mutation. */ export declare type _ExecutionArtifactExecutionIdFkeyExecutionArtifactCreateInput = { id?: Maybe; artifactId?: Maybe; execution?: Maybe<_ExecutionArtifactExecutionIdFkeyInput>; artifact?: Maybe<_ExecutionArtifactArtifactIdFkeyInput>; }; /** The `execution` to be created by this mutation. */ export declare type _ExecutionArtifactExecutionIdFkeyExecutionCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; clones?: Maybe; succeededAt?: Maybe; cancelledAt?: Maybe; startedAt?: Maybe; parameters?: Maybe; executionToClones?: Maybe; baseExecutionsRelation?: Maybe<_ExecutionFollowersFollowerFkeyInverseInput>; followerExecutionsRelation?: Maybe<_ExecutionFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventExecutionsCreatedExecutionFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventExecutionsReadExecutionFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventExecutionsUpdatedExecutionFkeyInverseInput>; creatorPlanRelation?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInverseInput>; createdPlanRelation?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInverseInput>; childExecutionsRelation?: Maybe<_ExecutionChildrenParentFkeyInverseInput>; parentExecutionsRelation?: Maybe<_ExecutionChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_ExecutionAnomalyExecutionIdFkeyInverseInput>; userRelation?: Maybe<_ExecutionUserExecutionIdFkeyInverseInput>; organizationRelation?: Maybe<_ExecutionOrganizationExecutionIdFkeyInverseInput>; commentRelation?: Maybe<_ExecutionCommentExecutionIdFkeyInverseInput>; detectionRelation?: Maybe<_ExecutionDetectionExecutionIdFkeyInverseInput>; imageRelation?: Maybe<_ExecutionImageExecutionIdFkeyInverseInput>; artifactRelation?: Maybe<_ExecutionArtifactExecutionIdFkeyInverseInput>; structureRelation?: Maybe<_ExecutionStructureExecutionIdFkeyInverseInput>; locationRelation?: Maybe<_ExecutionLocationExecutionIdFkeyInverseInput>; }; /** Input for the nested mutation of `execution` in the `ExecutionArtifactInput` mutation. */ export declare type _ExecutionArtifactExecutionIdFkeyInput = { /** The primary key(s) for `execution` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `execution` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `execution` for the far side of the relationship. */ updateById?: Maybe; /** A `ExecutionInput` object that will be created and connected to this object. */ create?: Maybe<_ExecutionArtifactExecutionIdFkeyExecutionCreateInput>; }; /** Input for the nested mutation of `executionArtifact` in the `ExecutionInput` mutation. */ export declare type _ExecutionArtifactExecutionIdFkeyInverseInput = { /** Flag indicating whether all other `executionArtifact` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `executionArtifact` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `executionArtifact` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `executionArtifact` for the far side of the relationship. */ updateById?: Maybe>; /** A `ExecutionArtifactInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `executionChild` to be created by this mutation. */ export declare type _ExecutionChildrenChildFkeyExecutionChildrenCreateInput = { id: Scalars['String']; parent?: Maybe; parentExecution?: Maybe<_ExecutionChildrenParentFkeyInput>; childExecution?: Maybe<_ExecutionChildrenChildFkeyInput>; }; /** The `execution` to be created by this mutation. */ export declare type _ExecutionChildrenChildFkeyExecutionCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; clones?: Maybe; succeededAt?: Maybe; cancelledAt?: Maybe; startedAt?: Maybe; parameters?: Maybe; executionToClones?: Maybe; baseExecutionsRelation?: Maybe<_ExecutionFollowersFollowerFkeyInverseInput>; followerExecutionsRelation?: Maybe<_ExecutionFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventExecutionsCreatedExecutionFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventExecutionsReadExecutionFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventExecutionsUpdatedExecutionFkeyInverseInput>; creatorPlanRelation?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInverseInput>; createdPlanRelation?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInverseInput>; childExecutionsRelation?: Maybe<_ExecutionChildrenParentFkeyInverseInput>; parentExecutionsRelation?: Maybe<_ExecutionChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_ExecutionAnomalyExecutionIdFkeyInverseInput>; userRelation?: Maybe<_ExecutionUserExecutionIdFkeyInverseInput>; organizationRelation?: Maybe<_ExecutionOrganizationExecutionIdFkeyInverseInput>; commentRelation?: Maybe<_ExecutionCommentExecutionIdFkeyInverseInput>; detectionRelation?: Maybe<_ExecutionDetectionExecutionIdFkeyInverseInput>; imageRelation?: Maybe<_ExecutionImageExecutionIdFkeyInverseInput>; artifactRelation?: Maybe<_ExecutionArtifactExecutionIdFkeyInverseInput>; structureRelation?: Maybe<_ExecutionStructureExecutionIdFkeyInverseInput>; locationRelation?: Maybe<_ExecutionLocationExecutionIdFkeyInverseInput>; }; /** Input for the nested mutation of `execution` in the `ExecutionChildInput` mutation. */ export declare type _ExecutionChildrenChildFkeyInput = { /** The primary key(s) for `execution` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `execution` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `execution` for the far side of the relationship. */ updateById?: Maybe; /** A `ExecutionInput` object that will be created and connected to this object. */ create?: Maybe<_ExecutionChildrenChildFkeyExecutionCreateInput>; }; /** Input for the nested mutation of `executionChild` in the `ExecutionInput` mutation. */ export declare type _ExecutionChildrenChildFkeyInverseInput = { /** Flag indicating whether all other `executionChild` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `executionChild` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `executionChild` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `executionChild` for the far side of the relationship. */ updateById?: Maybe>; /** A `ExecutionChildInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `executionChild` to be created by this mutation. */ export declare type _ExecutionChildrenParentFkeyExecutionChildrenCreateInput = { id: Scalars['String']; child?: Maybe; parentExecution?: Maybe<_ExecutionChildrenParentFkeyInput>; childExecution?: Maybe<_ExecutionChildrenChildFkeyInput>; }; /** The `execution` to be created by this mutation. */ export declare type _ExecutionChildrenParentFkeyExecutionCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; clones?: Maybe; succeededAt?: Maybe; cancelledAt?: Maybe; startedAt?: Maybe; parameters?: Maybe; executionToClones?: Maybe; baseExecutionsRelation?: Maybe<_ExecutionFollowersFollowerFkeyInverseInput>; followerExecutionsRelation?: Maybe<_ExecutionFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventExecutionsCreatedExecutionFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventExecutionsReadExecutionFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventExecutionsUpdatedExecutionFkeyInverseInput>; creatorPlanRelation?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInverseInput>; createdPlanRelation?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInverseInput>; childExecutionsRelation?: Maybe<_ExecutionChildrenParentFkeyInverseInput>; parentExecutionsRelation?: Maybe<_ExecutionChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_ExecutionAnomalyExecutionIdFkeyInverseInput>; userRelation?: Maybe<_ExecutionUserExecutionIdFkeyInverseInput>; organizationRelation?: Maybe<_ExecutionOrganizationExecutionIdFkeyInverseInput>; commentRelation?: Maybe<_ExecutionCommentExecutionIdFkeyInverseInput>; detectionRelation?: Maybe<_ExecutionDetectionExecutionIdFkeyInverseInput>; imageRelation?: Maybe<_ExecutionImageExecutionIdFkeyInverseInput>; artifactRelation?: Maybe<_ExecutionArtifactExecutionIdFkeyInverseInput>; structureRelation?: Maybe<_ExecutionStructureExecutionIdFkeyInverseInput>; locationRelation?: Maybe<_ExecutionLocationExecutionIdFkeyInverseInput>; }; /** Input for the nested mutation of `execution` in the `ExecutionChildInput` mutation. */ export declare type _ExecutionChildrenParentFkeyInput = { /** The primary key(s) for `execution` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `execution` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `execution` for the far side of the relationship. */ updateById?: Maybe; /** A `ExecutionInput` object that will be created and connected to this object. */ create?: Maybe<_ExecutionChildrenParentFkeyExecutionCreateInput>; }; /** Input for the nested mutation of `executionChild` in the `ExecutionInput` mutation. */ export declare type _ExecutionChildrenParentFkeyInverseInput = { /** Flag indicating whether all other `executionChild` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `executionChild` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `executionChild` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `executionChild` for the far side of the relationship. */ updateById?: Maybe>; /** A `ExecutionChildInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `comment` to be created by this mutation. */ export declare type _ExecutionCommentCommentIdFkeyCommentCreateInput = { id?: Maybe; content?: Maybe; author?: Maybe; aboutComment?: Maybe; aboutArtifact?: Maybe; aboutMission?: Maybe; aboutStructure?: Maybe; aboutAnomaly?: Maybe; aboutClassification?: Maybe; aboutDetection?: Maybe; aboutSegmentation?: Maybe; aboutImage?: Maybe; cloneOfRelation?: Maybe<_CommentCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_CommentCloneOfIbfk2InverseInput>; planRelation?: Maybe<_PlanCommentCommentIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionCommentCommentIdFkeyInverseInput>; }; /** The `executionComment` to be created by this mutation. */ export declare type _ExecutionCommentCommentIdFkeyExecutionCommentCreateInput = { id?: Maybe; executionId?: Maybe; execution?: Maybe<_ExecutionCommentExecutionIdFkeyInput>; comment?: Maybe<_ExecutionCommentCommentIdFkeyInput>; }; /** Input for the nested mutation of `comment` in the `ExecutionCommentInput` mutation. */ export declare type _ExecutionCommentCommentIdFkeyInput = { /** The primary key(s) for `comment` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `comment` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `comment` for the far side of the relationship. */ updateById?: Maybe; /** A `CommentInput` object that will be created and connected to this object. */ create?: Maybe<_ExecutionCommentCommentIdFkeyCommentCreateInput>; }; /** Input for the nested mutation of `executionComment` in the `CommentInput` mutation. */ export declare type _ExecutionCommentCommentIdFkeyInverseInput = { /** Flag indicating whether all other `executionComment` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `executionComment` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `executionComment` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `executionComment` for the far side of the relationship. */ updateById?: Maybe>; /** A `ExecutionCommentInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `executionComment` to be created by this mutation. */ export declare type _ExecutionCommentExecutionIdFkeyExecutionCommentCreateInput = { id?: Maybe; commentId?: Maybe; execution?: Maybe<_ExecutionCommentExecutionIdFkeyInput>; comment?: Maybe<_ExecutionCommentCommentIdFkeyInput>; }; /** The `execution` to be created by this mutation. */ export declare type _ExecutionCommentExecutionIdFkeyExecutionCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; clones?: Maybe; succeededAt?: Maybe; cancelledAt?: Maybe; startedAt?: Maybe; parameters?: Maybe; executionToClones?: Maybe; baseExecutionsRelation?: Maybe<_ExecutionFollowersFollowerFkeyInverseInput>; followerExecutionsRelation?: Maybe<_ExecutionFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventExecutionsCreatedExecutionFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventExecutionsReadExecutionFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventExecutionsUpdatedExecutionFkeyInverseInput>; creatorPlanRelation?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInverseInput>; createdPlanRelation?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInverseInput>; childExecutionsRelation?: Maybe<_ExecutionChildrenParentFkeyInverseInput>; parentExecutionsRelation?: Maybe<_ExecutionChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_ExecutionAnomalyExecutionIdFkeyInverseInput>; userRelation?: Maybe<_ExecutionUserExecutionIdFkeyInverseInput>; organizationRelation?: Maybe<_ExecutionOrganizationExecutionIdFkeyInverseInput>; commentRelation?: Maybe<_ExecutionCommentExecutionIdFkeyInverseInput>; detectionRelation?: Maybe<_ExecutionDetectionExecutionIdFkeyInverseInput>; imageRelation?: Maybe<_ExecutionImageExecutionIdFkeyInverseInput>; artifactRelation?: Maybe<_ExecutionArtifactExecutionIdFkeyInverseInput>; structureRelation?: Maybe<_ExecutionStructureExecutionIdFkeyInverseInput>; locationRelation?: Maybe<_ExecutionLocationExecutionIdFkeyInverseInput>; }; /** Input for the nested mutation of `execution` in the `ExecutionCommentInput` mutation. */ export declare type _ExecutionCommentExecutionIdFkeyInput = { /** The primary key(s) for `execution` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `execution` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `execution` for the far side of the relationship. */ updateById?: Maybe; /** A `ExecutionInput` object that will be created and connected to this object. */ create?: Maybe<_ExecutionCommentExecutionIdFkeyExecutionCreateInput>; }; /** Input for the nested mutation of `executionComment` in the `ExecutionInput` mutation. */ export declare type _ExecutionCommentExecutionIdFkeyInverseInput = { /** Flag indicating whether all other `executionComment` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `executionComment` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `executionComment` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `executionComment` for the far side of the relationship. */ updateById?: Maybe>; /** A `ExecutionCommentInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `execution` to be created by this mutation. */ export declare type _ExecutionCreatorPlanCreatedExecutionFkeyExecutionCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; clones?: Maybe; succeededAt?: Maybe; cancelledAt?: Maybe; startedAt?: Maybe; parameters?: Maybe; executionToClones?: Maybe; baseExecutionsRelation?: Maybe<_ExecutionFollowersFollowerFkeyInverseInput>; followerExecutionsRelation?: Maybe<_ExecutionFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventExecutionsCreatedExecutionFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventExecutionsReadExecutionFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventExecutionsUpdatedExecutionFkeyInverseInput>; creatorPlanRelation?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInverseInput>; createdPlanRelation?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInverseInput>; childExecutionsRelation?: Maybe<_ExecutionChildrenParentFkeyInverseInput>; parentExecutionsRelation?: Maybe<_ExecutionChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_ExecutionAnomalyExecutionIdFkeyInverseInput>; userRelation?: Maybe<_ExecutionUserExecutionIdFkeyInverseInput>; organizationRelation?: Maybe<_ExecutionOrganizationExecutionIdFkeyInverseInput>; commentRelation?: Maybe<_ExecutionCommentExecutionIdFkeyInverseInput>; detectionRelation?: Maybe<_ExecutionDetectionExecutionIdFkeyInverseInput>; imageRelation?: Maybe<_ExecutionImageExecutionIdFkeyInverseInput>; artifactRelation?: Maybe<_ExecutionArtifactExecutionIdFkeyInverseInput>; structureRelation?: Maybe<_ExecutionStructureExecutionIdFkeyInverseInput>; locationRelation?: Maybe<_ExecutionLocationExecutionIdFkeyInverseInput>; }; /** The `executionCreatorPlanCreated` to be created by this mutation. */ export declare type _ExecutionCreatorPlanCreatedExecutionFkeyExecutionCreatorPlanCreatedCreateInput = { id: Scalars['String']; plan?: Maybe; creatorExecution?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInput>; createdPlan?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInput>; }; /** Input for the nested mutation of `execution` in the `ExecutionCreatorPlanCreatedInput` mutation. */ export declare type _ExecutionCreatorPlanCreatedExecutionFkeyInput = { /** The primary key(s) for `execution` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `execution` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `execution` for the far side of the relationship. */ updateById?: Maybe; /** A `ExecutionInput` object that will be created and connected to this object. */ create?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyExecutionCreateInput>; }; /** Input for the nested mutation of `executionCreatorPlanCreated` in the `ExecutionInput` mutation. */ export declare type _ExecutionCreatorPlanCreatedExecutionFkeyInverseInput = { /** Flag indicating whether all other `executionCreatorPlanCreated` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `executionCreatorPlanCreated` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `executionCreatorPlanCreated` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `executionCreatorPlanCreated` for the far side of the relationship. */ updateById?: Maybe>; /** A `ExecutionCreatorPlanCreatedInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `executionCreatorPlanCreated` to be created by this mutation. */ export declare type _ExecutionCreatorPlanCreatedPlanFkeyExecutionCreatorPlanCreatedCreateInput = { id: Scalars['String']; execution?: Maybe; creatorExecution?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInput>; createdPlan?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInput>; }; /** Input for the nested mutation of `plan` in the `ExecutionCreatorPlanCreatedInput` mutation. */ export declare type _ExecutionCreatorPlanCreatedPlanFkeyInput = { /** The primary key(s) for `plan` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `plan` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `plan` for the far side of the relationship. */ updateById?: Maybe; /** A `PlanInput` object that will be created and connected to this object. */ create?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyPlanCreateInput>; }; /** Input for the nested mutation of `executionCreatorPlanCreated` in the `PlanInput` mutation. */ export declare type _ExecutionCreatorPlanCreatedPlanFkeyInverseInput = { /** Flag indicating whether all other `executionCreatorPlanCreated` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `executionCreatorPlanCreated` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `executionCreatorPlanCreated` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `executionCreatorPlanCreated` for the far side of the relationship. */ updateById?: Maybe>; /** A `ExecutionCreatorPlanCreatedInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `plan` to be created by this mutation. */ export declare type _ExecutionCreatorPlanCreatedPlanFkeyPlanCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; clones?: Maybe; dueAt?: Maybe; parameters?: Maybe; planToClones?: Maybe; assignedUserRelation?: Maybe<_PlanAssignmentPlanFkeyInverseInput>; basePlansRelation?: Maybe<_PlanFollowersFollowerFkeyInverseInput>; followerPlansRelation?: Maybe<_PlanFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventPlansCreatedPlanFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventPlansReadPlanFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventPlansUpdatedPlanFkeyInverseInput>; createdExecutionRelation?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInverseInput>; creatorExecutionRelation?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInverseInput>; childPlansRelation?: Maybe<_PlanChildrenParentFkeyInverseInput>; parentPlansRelation?: Maybe<_PlanChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_PlanAnomalyPlanIdFkeyInverseInput>; userRelation?: Maybe<_PlanUserPlanIdFkeyInverseInput>; organizationRelation?: Maybe<_PlanOrganizationPlanIdFkeyInverseInput>; commentRelation?: Maybe<_PlanCommentPlanIdFkeyInverseInput>; detectionRelation?: Maybe<_PlanDetectionPlanIdFkeyInverseInput>; imageRelation?: Maybe<_PlanImagePlanIdFkeyInverseInput>; artifactRelation?: Maybe<_PlanArtifactPlanIdFkeyInverseInput>; structureRelation?: Maybe<_PlanStructurePlanIdFkeyInverseInput>; locationRelation?: Maybe<_PlanLocationPlanIdFkeyInverseInput>; }; /** The `detection` to be created by this mutation. */ export declare type _ExecutionDetectionDetectionIdFkeyDetectionCreateInput = { id?: Maybe; nickname?: Maybe; left?: Maybe; level: Scalars['Float']; top?: Maybe; width?: Maybe; height?: Maybe; right?: Maybe; bottom?: Maybe; confidenceScore?: Maybe; uMin?: Maybe; uMax?: Maybe; vMin?: Maybe; vMax?: Maybe; description?: Maybe; geometry: Scalars['GeoJSON']; uvGeometry?: Maybe; author?: Maybe; type?: Maybe; anomaly?: Maybe; image?: Maybe; segmentation?: Maybe; mission?: Maybe; structure?: Maybe; cloneOfRelation?: Maybe<_DetectionCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_DetectionCloneOfIbfk2InverseInput>; comments?: Maybe; planRelation?: Maybe<_PlanDetectionDetectionIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionDetectionDetectionIdFkeyInverseInput>; }; /** The `executionDetection` to be created by this mutation. */ export declare type _ExecutionDetectionDetectionIdFkeyExecutionDetectionCreateInput = { id?: Maybe; executionId?: Maybe; execution?: Maybe<_ExecutionDetectionExecutionIdFkeyInput>; detection?: Maybe<_ExecutionDetectionDetectionIdFkeyInput>; }; /** Input for the nested mutation of `detection` in the `ExecutionDetectionInput` mutation. */ export declare type _ExecutionDetectionDetectionIdFkeyInput = { /** The primary key(s) for `detection` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `detection` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `detection` for the far side of the relationship. */ updateById?: Maybe; /** A `DetectionInput` object that will be created and connected to this object. */ create?: Maybe<_ExecutionDetectionDetectionIdFkeyDetectionCreateInput>; }; /** Input for the nested mutation of `executionDetection` in the `DetectionInput` mutation. */ export declare type _ExecutionDetectionDetectionIdFkeyInverseInput = { /** Flag indicating whether all other `executionDetection` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `executionDetection` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `executionDetection` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `executionDetection` for the far side of the relationship. */ updateById?: Maybe>; /** A `ExecutionDetectionInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `execution` to be created by this mutation. */ export declare type _ExecutionDetectionExecutionIdFkeyExecutionCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; clones?: Maybe; succeededAt?: Maybe; cancelledAt?: Maybe; startedAt?: Maybe; parameters?: Maybe; executionToClones?: Maybe; baseExecutionsRelation?: Maybe<_ExecutionFollowersFollowerFkeyInverseInput>; followerExecutionsRelation?: Maybe<_ExecutionFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventExecutionsCreatedExecutionFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventExecutionsReadExecutionFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventExecutionsUpdatedExecutionFkeyInverseInput>; creatorPlanRelation?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInverseInput>; createdPlanRelation?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInverseInput>; childExecutionsRelation?: Maybe<_ExecutionChildrenParentFkeyInverseInput>; parentExecutionsRelation?: Maybe<_ExecutionChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_ExecutionAnomalyExecutionIdFkeyInverseInput>; userRelation?: Maybe<_ExecutionUserExecutionIdFkeyInverseInput>; organizationRelation?: Maybe<_ExecutionOrganizationExecutionIdFkeyInverseInput>; commentRelation?: Maybe<_ExecutionCommentExecutionIdFkeyInverseInput>; detectionRelation?: Maybe<_ExecutionDetectionExecutionIdFkeyInverseInput>; imageRelation?: Maybe<_ExecutionImageExecutionIdFkeyInverseInput>; artifactRelation?: Maybe<_ExecutionArtifactExecutionIdFkeyInverseInput>; structureRelation?: Maybe<_ExecutionStructureExecutionIdFkeyInverseInput>; locationRelation?: Maybe<_ExecutionLocationExecutionIdFkeyInverseInput>; }; /** The `executionDetection` to be created by this mutation. */ export declare type _ExecutionDetectionExecutionIdFkeyExecutionDetectionCreateInput = { id?: Maybe; detectionId?: Maybe; execution?: Maybe<_ExecutionDetectionExecutionIdFkeyInput>; detection?: Maybe<_ExecutionDetectionDetectionIdFkeyInput>; }; /** Input for the nested mutation of `execution` in the `ExecutionDetectionInput` mutation. */ export declare type _ExecutionDetectionExecutionIdFkeyInput = { /** The primary key(s) for `execution` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `execution` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `execution` for the far side of the relationship. */ updateById?: Maybe; /** A `ExecutionInput` object that will be created and connected to this object. */ create?: Maybe<_ExecutionDetectionExecutionIdFkeyExecutionCreateInput>; }; /** Input for the nested mutation of `executionDetection` in the `ExecutionInput` mutation. */ export declare type _ExecutionDetectionExecutionIdFkeyInverseInput = { /** Flag indicating whether all other `executionDetection` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `executionDetection` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `executionDetection` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `executionDetection` for the far side of the relationship. */ updateById?: Maybe>; /** A `ExecutionDetectionInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `execution` to be created by this mutation. */ export declare type _ExecutionFollowersBaseFkeyExecutionCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; clones?: Maybe; succeededAt?: Maybe; cancelledAt?: Maybe; startedAt?: Maybe; parameters?: Maybe; executionToClones?: Maybe; baseExecutionsRelation?: Maybe<_ExecutionFollowersFollowerFkeyInverseInput>; followerExecutionsRelation?: Maybe<_ExecutionFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventExecutionsCreatedExecutionFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventExecutionsReadExecutionFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventExecutionsUpdatedExecutionFkeyInverseInput>; creatorPlanRelation?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInverseInput>; createdPlanRelation?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInverseInput>; childExecutionsRelation?: Maybe<_ExecutionChildrenParentFkeyInverseInput>; parentExecutionsRelation?: Maybe<_ExecutionChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_ExecutionAnomalyExecutionIdFkeyInverseInput>; userRelation?: Maybe<_ExecutionUserExecutionIdFkeyInverseInput>; organizationRelation?: Maybe<_ExecutionOrganizationExecutionIdFkeyInverseInput>; commentRelation?: Maybe<_ExecutionCommentExecutionIdFkeyInverseInput>; detectionRelation?: Maybe<_ExecutionDetectionExecutionIdFkeyInverseInput>; imageRelation?: Maybe<_ExecutionImageExecutionIdFkeyInverseInput>; artifactRelation?: Maybe<_ExecutionArtifactExecutionIdFkeyInverseInput>; structureRelation?: Maybe<_ExecutionStructureExecutionIdFkeyInverseInput>; locationRelation?: Maybe<_ExecutionLocationExecutionIdFkeyInverseInput>; }; /** The `executionFollower` to be created by this mutation. */ export declare type _ExecutionFollowersBaseFkeyExecutionFollowersCreateInput = { id: Scalars['String']; follower?: Maybe; followerExecution?: Maybe<_ExecutionFollowersFollowerFkeyInput>; baseExecution?: Maybe<_ExecutionFollowersBaseFkeyInput>; }; /** Input for the nested mutation of `execution` in the `ExecutionFollowerInput` mutation. */ export declare type _ExecutionFollowersBaseFkeyInput = { /** The primary key(s) for `execution` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `execution` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `execution` for the far side of the relationship. */ updateById?: Maybe; /** A `ExecutionInput` object that will be created and connected to this object. */ create?: Maybe<_ExecutionFollowersBaseFkeyExecutionCreateInput>; }; /** Input for the nested mutation of `executionFollower` in the `ExecutionInput` mutation. */ export declare type _ExecutionFollowersBaseFkeyInverseInput = { /** Flag indicating whether all other `executionFollower` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `executionFollower` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `executionFollower` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `executionFollower` for the far side of the relationship. */ updateById?: Maybe>; /** A `ExecutionFollowerInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `execution` to be created by this mutation. */ export declare type _ExecutionFollowersFollowerFkeyExecutionCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; clones?: Maybe; succeededAt?: Maybe; cancelledAt?: Maybe; startedAt?: Maybe; parameters?: Maybe; executionToClones?: Maybe; baseExecutionsRelation?: Maybe<_ExecutionFollowersFollowerFkeyInverseInput>; followerExecutionsRelation?: Maybe<_ExecutionFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventExecutionsCreatedExecutionFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventExecutionsReadExecutionFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventExecutionsUpdatedExecutionFkeyInverseInput>; creatorPlanRelation?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInverseInput>; createdPlanRelation?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInverseInput>; childExecutionsRelation?: Maybe<_ExecutionChildrenParentFkeyInverseInput>; parentExecutionsRelation?: Maybe<_ExecutionChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_ExecutionAnomalyExecutionIdFkeyInverseInput>; userRelation?: Maybe<_ExecutionUserExecutionIdFkeyInverseInput>; organizationRelation?: Maybe<_ExecutionOrganizationExecutionIdFkeyInverseInput>; commentRelation?: Maybe<_ExecutionCommentExecutionIdFkeyInverseInput>; detectionRelation?: Maybe<_ExecutionDetectionExecutionIdFkeyInverseInput>; imageRelation?: Maybe<_ExecutionImageExecutionIdFkeyInverseInput>; artifactRelation?: Maybe<_ExecutionArtifactExecutionIdFkeyInverseInput>; structureRelation?: Maybe<_ExecutionStructureExecutionIdFkeyInverseInput>; locationRelation?: Maybe<_ExecutionLocationExecutionIdFkeyInverseInput>; }; /** The `executionFollower` to be created by this mutation. */ export declare type _ExecutionFollowersFollowerFkeyExecutionFollowersCreateInput = { id: Scalars['String']; base?: Maybe; followerExecution?: Maybe<_ExecutionFollowersFollowerFkeyInput>; baseExecution?: Maybe<_ExecutionFollowersBaseFkeyInput>; }; /** Input for the nested mutation of `execution` in the `ExecutionFollowerInput` mutation. */ export declare type _ExecutionFollowersFollowerFkeyInput = { /** The primary key(s) for `execution` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `execution` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `execution` for the far side of the relationship. */ updateById?: Maybe; /** A `ExecutionInput` object that will be created and connected to this object. */ create?: Maybe<_ExecutionFollowersFollowerFkeyExecutionCreateInput>; }; /** Input for the nested mutation of `executionFollower` in the `ExecutionInput` mutation. */ export declare type _ExecutionFollowersFollowerFkeyInverseInput = { /** Flag indicating whether all other `executionFollower` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `executionFollower` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `executionFollower` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `executionFollower` for the far side of the relationship. */ updateById?: Maybe>; /** A `ExecutionFollowerInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `execution` to be created by this mutation. */ export declare type _ExecutionImageExecutionIdFkeyExecutionCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; clones?: Maybe; succeededAt?: Maybe; cancelledAt?: Maybe; startedAt?: Maybe; parameters?: Maybe; executionToClones?: Maybe; baseExecutionsRelation?: Maybe<_ExecutionFollowersFollowerFkeyInverseInput>; followerExecutionsRelation?: Maybe<_ExecutionFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventExecutionsCreatedExecutionFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventExecutionsReadExecutionFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventExecutionsUpdatedExecutionFkeyInverseInput>; creatorPlanRelation?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInverseInput>; createdPlanRelation?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInverseInput>; childExecutionsRelation?: Maybe<_ExecutionChildrenParentFkeyInverseInput>; parentExecutionsRelation?: Maybe<_ExecutionChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_ExecutionAnomalyExecutionIdFkeyInverseInput>; userRelation?: Maybe<_ExecutionUserExecutionIdFkeyInverseInput>; organizationRelation?: Maybe<_ExecutionOrganizationExecutionIdFkeyInverseInput>; commentRelation?: Maybe<_ExecutionCommentExecutionIdFkeyInverseInput>; detectionRelation?: Maybe<_ExecutionDetectionExecutionIdFkeyInverseInput>; imageRelation?: Maybe<_ExecutionImageExecutionIdFkeyInverseInput>; artifactRelation?: Maybe<_ExecutionArtifactExecutionIdFkeyInverseInput>; structureRelation?: Maybe<_ExecutionStructureExecutionIdFkeyInverseInput>; locationRelation?: Maybe<_ExecutionLocationExecutionIdFkeyInverseInput>; }; /** The `executionImage` to be created by this mutation. */ export declare type _ExecutionImageExecutionIdFkeyExecutionImageCreateInput = { id?: Maybe; imageId?: Maybe; execution?: Maybe<_ExecutionImageExecutionIdFkeyInput>; image?: Maybe<_ExecutionImageImageIdFkeyInput>; }; /** Input for the nested mutation of `execution` in the `ExecutionImageInput` mutation. */ export declare type _ExecutionImageExecutionIdFkeyInput = { /** The primary key(s) for `execution` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `execution` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `execution` for the far side of the relationship. */ updateById?: Maybe; /** A `ExecutionInput` object that will be created and connected to this object. */ create?: Maybe<_ExecutionImageExecutionIdFkeyExecutionCreateInput>; }; /** Input for the nested mutation of `executionImage` in the `ExecutionInput` mutation. */ export declare type _ExecutionImageExecutionIdFkeyInverseInput = { /** Flag indicating whether all other `executionImage` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `executionImage` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `executionImage` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `executionImage` for the far side of the relationship. */ updateById?: Maybe>; /** A `ExecutionImageInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `executionImage` to be created by this mutation. */ export declare type _ExecutionImageImageIdFkeyExecutionImageCreateInput = { id?: Maybe; executionId?: Maybe; execution?: Maybe<_ExecutionImageExecutionIdFkeyInput>; image?: Maybe<_ExecutionImageImageIdFkeyInput>; }; /** The `image` to be created by this mutation. */ export declare type _ExecutionImageImageIdFkeyImageCreateInput = { id?: Maybe; metaData?: Maybe; valid?: Maybe; fallbackData?: Maybe; index?: Maybe; width?: Maybe; height?: Maybe; distance?: Maybe; cameraFieldOfViewVertical?: Maybe; cameraFieldOfViewHorizontal?: Maybe; cameraShutterSpeed?: Maybe; cameraAperture?: Maybe; cameraModel?: Maybe; cameraLensModel?: Maybe; cameraLensMake?: Maybe; cameraMake?: Maybe; description?: Maybe; distanceGradientVertical?: Maybe; cameraIso?: Maybe; distanceGradientHorizontal?: Maybe; capturedAt?: Maybe; file?: Maybe; mission?: Maybe; location?: Maybe; correction?: Maybe; segmentations?: Maybe; structuresRelation?: Maybe<_StructureImagesIbfk1InverseInput>; cloneOfRelation?: Maybe<_ImageCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_ImageCloneOfIbfk2InverseInput>; detections?: Maybe; classifications?: Maybe; comments?: Maybe; planRelation?: Maybe<_PlanImageImageIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionImageImageIdFkeyInverseInput>; }; /** Input for the nested mutation of `image` in the `ExecutionImageInput` mutation. */ export declare type _ExecutionImageImageIdFkeyInput = { /** The primary key(s) for `image` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `image` for the far side of the relationship. */ connectByLocation?: Maybe; /** The primary key(s) for `image` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) for `image` for the far side of the relationship. */ deleteByLocation?: Maybe; /** The primary key(s) and patch data for `image` for the far side of the relationship. */ updateById?: Maybe; /** The primary key(s) and patch data for `image` for the far side of the relationship. */ updateByLocation?: Maybe; /** A `ImageInput` object that will be created and connected to this object. */ create?: Maybe<_ExecutionImageImageIdFkeyImageCreateInput>; }; /** Input for the nested mutation of `executionImage` in the `ImageInput` mutation. */ export declare type _ExecutionImageImageIdFkeyInverseInput = { /** Flag indicating whether all other `executionImage` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `executionImage` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `executionImage` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `executionImage` for the far side of the relationship. */ updateById?: Maybe>; /** A `ExecutionImageInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `execution` to be created by this mutation. */ export declare type _ExecutionLocationExecutionIdFkeyExecutionCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; clones?: Maybe; succeededAt?: Maybe; cancelledAt?: Maybe; startedAt?: Maybe; parameters?: Maybe; executionToClones?: Maybe; baseExecutionsRelation?: Maybe<_ExecutionFollowersFollowerFkeyInverseInput>; followerExecutionsRelation?: Maybe<_ExecutionFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventExecutionsCreatedExecutionFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventExecutionsReadExecutionFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventExecutionsUpdatedExecutionFkeyInverseInput>; creatorPlanRelation?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInverseInput>; createdPlanRelation?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInverseInput>; childExecutionsRelation?: Maybe<_ExecutionChildrenParentFkeyInverseInput>; parentExecutionsRelation?: Maybe<_ExecutionChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_ExecutionAnomalyExecutionIdFkeyInverseInput>; userRelation?: Maybe<_ExecutionUserExecutionIdFkeyInverseInput>; organizationRelation?: Maybe<_ExecutionOrganizationExecutionIdFkeyInverseInput>; commentRelation?: Maybe<_ExecutionCommentExecutionIdFkeyInverseInput>; detectionRelation?: Maybe<_ExecutionDetectionExecutionIdFkeyInverseInput>; imageRelation?: Maybe<_ExecutionImageExecutionIdFkeyInverseInput>; artifactRelation?: Maybe<_ExecutionArtifactExecutionIdFkeyInverseInput>; structureRelation?: Maybe<_ExecutionStructureExecutionIdFkeyInverseInput>; locationRelation?: Maybe<_ExecutionLocationExecutionIdFkeyInverseInput>; }; /** The `executionLocation` to be created by this mutation. */ export declare type _ExecutionLocationExecutionIdFkeyExecutionLocationCreateInput = { id?: Maybe; locationId?: Maybe; execution?: Maybe<_ExecutionLocationExecutionIdFkeyInput>; location?: Maybe<_ExecutionLocationLocationIdFkeyInput>; }; /** Input for the nested mutation of `execution` in the `ExecutionLocationInput` mutation. */ export declare type _ExecutionLocationExecutionIdFkeyInput = { /** The primary key(s) for `execution` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `execution` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `execution` for the far side of the relationship. */ updateById?: Maybe; /** A `ExecutionInput` object that will be created and connected to this object. */ create?: Maybe<_ExecutionLocationExecutionIdFkeyExecutionCreateInput>; }; /** Input for the nested mutation of `executionLocation` in the `ExecutionInput` mutation. */ export declare type _ExecutionLocationExecutionIdFkeyInverseInput = { /** Flag indicating whether all other `executionLocation` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `executionLocation` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `executionLocation` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `executionLocation` for the far side of the relationship. */ updateById?: Maybe>; /** A `ExecutionLocationInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `executionLocation` to be created by this mutation. */ export declare type _ExecutionLocationLocationIdFkeyExecutionLocationCreateInput = { id?: Maybe; executionId?: Maybe; execution?: Maybe<_ExecutionLocationExecutionIdFkeyInput>; location?: Maybe<_ExecutionLocationLocationIdFkeyInput>; }; /** Input for the nested mutation of `location` in the `ExecutionLocationInput` mutation. */ export declare type _ExecutionLocationLocationIdFkeyInput = { /** The primary key(s) for `location` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `location` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `location` for the far side of the relationship. */ updateById?: Maybe; /** A `LocationInput` object that will be created and connected to this object. */ create?: Maybe<_ExecutionLocationLocationIdFkeyLocationCreateInput>; }; /** Input for the nested mutation of `executionLocation` in the `LocationInput` mutation. */ export declare type _ExecutionLocationLocationIdFkeyInverseInput = { /** Flag indicating whether all other `executionLocation` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `executionLocation` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `executionLocation` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `executionLocation` for the far side of the relationship. */ updateById?: Maybe>; /** A `ExecutionLocationInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `location` to be created by this mutation. */ export declare type _ExecutionLocationLocationIdFkeyLocationCreateInput = { id?: Maybe; nickname?: Maybe; errorRadius?: Maybe; name?: Maybe; latitude: Scalars['Float']; longitude: Scalars['Float']; altitude?: Maybe; roll?: Maybe; pitch?: Maybe; yaw?: Maybe; position?: Maybe; geometry3D?: Maybe; geometry2D?: Maybe; structure?: Maybe; image?: Maybe; anomaly?: Maybe; artifact?: Maybe; cloneOfRelation?: Maybe<_LocationCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_LocationCloneOfIbfk2InverseInput>; planRelation?: Maybe<_PlanLocationLocationIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionLocationLocationIdFkeyInverseInput>; }; /** The `execution` to be created by this mutation. */ export declare type _ExecutionOrganizationExecutionIdFkeyExecutionCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; clones?: Maybe; succeededAt?: Maybe; cancelledAt?: Maybe; startedAt?: Maybe; parameters?: Maybe; executionToClones?: Maybe; baseExecutionsRelation?: Maybe<_ExecutionFollowersFollowerFkeyInverseInput>; followerExecutionsRelation?: Maybe<_ExecutionFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventExecutionsCreatedExecutionFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventExecutionsReadExecutionFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventExecutionsUpdatedExecutionFkeyInverseInput>; creatorPlanRelation?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInverseInput>; createdPlanRelation?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInverseInput>; childExecutionsRelation?: Maybe<_ExecutionChildrenParentFkeyInverseInput>; parentExecutionsRelation?: Maybe<_ExecutionChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_ExecutionAnomalyExecutionIdFkeyInverseInput>; userRelation?: Maybe<_ExecutionUserExecutionIdFkeyInverseInput>; organizationRelation?: Maybe<_ExecutionOrganizationExecutionIdFkeyInverseInput>; commentRelation?: Maybe<_ExecutionCommentExecutionIdFkeyInverseInput>; detectionRelation?: Maybe<_ExecutionDetectionExecutionIdFkeyInverseInput>; imageRelation?: Maybe<_ExecutionImageExecutionIdFkeyInverseInput>; artifactRelation?: Maybe<_ExecutionArtifactExecutionIdFkeyInverseInput>; structureRelation?: Maybe<_ExecutionStructureExecutionIdFkeyInverseInput>; locationRelation?: Maybe<_ExecutionLocationExecutionIdFkeyInverseInput>; }; /** The `executionOrganization` to be created by this mutation. */ export declare type _ExecutionOrganizationExecutionIdFkeyExecutionOrganizationCreateInput = { id?: Maybe; organizationId?: Maybe; execution?: Maybe<_ExecutionOrganizationExecutionIdFkeyInput>; organization?: Maybe<_ExecutionOrganizationOrganizationIdFkeyInput>; }; /** Input for the nested mutation of `execution` in the `ExecutionOrganizationInput` mutation. */ export declare type _ExecutionOrganizationExecutionIdFkeyInput = { /** The primary key(s) for `execution` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `execution` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `execution` for the far side of the relationship. */ updateById?: Maybe; /** A `ExecutionInput` object that will be created and connected to this object. */ create?: Maybe<_ExecutionOrganizationExecutionIdFkeyExecutionCreateInput>; }; /** Input for the nested mutation of `executionOrganization` in the `ExecutionInput` mutation. */ export declare type _ExecutionOrganizationExecutionIdFkeyInverseInput = { /** Flag indicating whether all other `executionOrganization` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `executionOrganization` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `executionOrganization` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `executionOrganization` for the far side of the relationship. */ updateById?: Maybe>; /** A `ExecutionOrganizationInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `executionOrganization` to be created by this mutation. */ export declare type _ExecutionOrganizationOrganizationIdFkeyExecutionOrganizationCreateInput = { id?: Maybe; executionId?: Maybe; execution?: Maybe<_ExecutionOrganizationExecutionIdFkeyInput>; organization?: Maybe<_ExecutionOrganizationOrganizationIdFkeyInput>; }; /** Input for the nested mutation of `organization` in the `ExecutionOrganizationInput` mutation. */ export declare type _ExecutionOrganizationOrganizationIdFkeyInput = { /** The primary key(s) for `organization` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `organization` for the far side of the relationship. */ connectByPicture?: Maybe; /** The primary key(s) for `organization` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) for `organization` for the far side of the relationship. */ deleteByPicture?: Maybe; /** The primary key(s) and patch data for `organization` for the far side of the relationship. */ updateById?: Maybe; /** The primary key(s) and patch data for `organization` for the far side of the relationship. */ updateByPicture?: Maybe; /** A `OrganizationInput` object that will be created and connected to this object. */ create?: Maybe<_ExecutionOrganizationOrganizationIdFkeyOrganizationCreateInput>; }; /** Input for the nested mutation of `executionOrganization` in the `OrganizationInput` mutation. */ export declare type _ExecutionOrganizationOrganizationIdFkeyInverseInput = { /** Flag indicating whether all other `executionOrganization` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `executionOrganization` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `executionOrganization` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `executionOrganization` for the far side of the relationship. */ updateById?: Maybe>; /** A `ExecutionOrganizationInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `organization` to be created by this mutation. */ export declare type _ExecutionOrganizationOrganizationIdFkeyOrganizationCreateInput = { id?: Maybe; nickname?: Maybe; name: Scalars['String']; description?: Maybe; subscriptionPlan?: Maybe; picture?: Maybe; usersRelation?: Maybe<_OrganizationUsersIbfk1InverseInput>; anomalyLevelMappingsRelation?: Maybe<_OrganizationAnomalyLevelMappingIbfk2InverseInput>; adminsRelation?: Maybe<_OrganizationAdminIbfk1InverseInput>; planRelation?: Maybe<_PlanOrganizationOrganizationIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionOrganizationOrganizationIdFkeyInverseInput>; }; /** The `execution` to be created by this mutation. */ export declare type _ExecutionStructureExecutionIdFkeyExecutionCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; clones?: Maybe; succeededAt?: Maybe; cancelledAt?: Maybe; startedAt?: Maybe; parameters?: Maybe; executionToClones?: Maybe; baseExecutionsRelation?: Maybe<_ExecutionFollowersFollowerFkeyInverseInput>; followerExecutionsRelation?: Maybe<_ExecutionFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventExecutionsCreatedExecutionFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventExecutionsReadExecutionFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventExecutionsUpdatedExecutionFkeyInverseInput>; creatorPlanRelation?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInverseInput>; createdPlanRelation?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInverseInput>; childExecutionsRelation?: Maybe<_ExecutionChildrenParentFkeyInverseInput>; parentExecutionsRelation?: Maybe<_ExecutionChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_ExecutionAnomalyExecutionIdFkeyInverseInput>; userRelation?: Maybe<_ExecutionUserExecutionIdFkeyInverseInput>; organizationRelation?: Maybe<_ExecutionOrganizationExecutionIdFkeyInverseInput>; commentRelation?: Maybe<_ExecutionCommentExecutionIdFkeyInverseInput>; detectionRelation?: Maybe<_ExecutionDetectionExecutionIdFkeyInverseInput>; imageRelation?: Maybe<_ExecutionImageExecutionIdFkeyInverseInput>; artifactRelation?: Maybe<_ExecutionArtifactExecutionIdFkeyInverseInput>; structureRelation?: Maybe<_ExecutionStructureExecutionIdFkeyInverseInput>; locationRelation?: Maybe<_ExecutionLocationExecutionIdFkeyInverseInput>; }; /** The `executionStructure` to be created by this mutation. */ export declare type _ExecutionStructureExecutionIdFkeyExecutionStructureCreateInput = { id?: Maybe; structureId?: Maybe; execution?: Maybe<_ExecutionStructureExecutionIdFkeyInput>; structure?: Maybe<_ExecutionStructureStructureIdFkeyInput>; }; /** Input for the nested mutation of `execution` in the `ExecutionStructureInput` mutation. */ export declare type _ExecutionStructureExecutionIdFkeyInput = { /** The primary key(s) for `execution` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `execution` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `execution` for the far side of the relationship. */ updateById?: Maybe; /** A `ExecutionInput` object that will be created and connected to this object. */ create?: Maybe<_ExecutionStructureExecutionIdFkeyExecutionCreateInput>; }; /** Input for the nested mutation of `executionStructure` in the `ExecutionInput` mutation. */ export declare type _ExecutionStructureExecutionIdFkeyInverseInput = { /** Flag indicating whether all other `executionStructure` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `executionStructure` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `executionStructure` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `executionStructure` for the far side of the relationship. */ updateById?: Maybe>; /** A `ExecutionStructureInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `executionStructure` to be created by this mutation. */ export declare type _ExecutionStructureStructureIdFkeyExecutionStructureCreateInput = { id?: Maybe; executionId?: Maybe; execution?: Maybe<_ExecutionStructureExecutionIdFkeyInput>; structure?: Maybe<_ExecutionStructureStructureIdFkeyInput>; }; /** Input for the nested mutation of `structure` in the `ExecutionStructureInput` mutation. */ export declare type _ExecutionStructureStructureIdFkeyInput = { /** The primary key(s) for `structure` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `structure` for the far side of the relationship. */ connectByLocation?: Maybe; /** The primary key(s) for `structure` for the far side of the relationship. */ connectByGltf?: Maybe; /** The primary key(s) for `structure` for the far side of the relationship. */ connectBySvg?: Maybe; /** The primary key(s) for `structure` for the far side of the relationship. */ connectByOverview?: Maybe; /** The primary key(s) for `structure` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) for `structure` for the far side of the relationship. */ deleteByLocation?: Maybe; /** The primary key(s) for `structure` for the far side of the relationship. */ deleteByGltf?: Maybe; /** The primary key(s) for `structure` for the far side of the relationship. */ deleteBySvg?: Maybe; /** The primary key(s) for `structure` for the far side of the relationship. */ deleteByOverview?: Maybe; /** The primary key(s) and patch data for `structure` for the far side of the relationship. */ updateById?: Maybe; /** The primary key(s) and patch data for `structure` for the far side of the relationship. */ updateByLocation?: Maybe; /** The primary key(s) and patch data for `structure` for the far side of the relationship. */ updateByGltf?: Maybe; /** The primary key(s) and patch data for `structure` for the far side of the relationship. */ updateBySvg?: Maybe; /** The primary key(s) and patch data for `structure` for the far side of the relationship. */ updateByOverview?: Maybe; /** A `StructureInput` object that will be created and connected to this object. */ create?: Maybe<_ExecutionStructureStructureIdFkeyStructureCreateInput>; }; /** Input for the nested mutation of `executionStructure` in the `StructureInput` mutation. */ export declare type _ExecutionStructureStructureIdFkeyInverseInput = { /** Flag indicating whether all other `executionStructure` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `executionStructure` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `executionStructure` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `executionStructure` for the far side of the relationship. */ updateById?: Maybe>; /** A `ExecutionStructureInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `structure` to be created by this mutation. */ export declare type _ExecutionStructureStructureIdFkeyStructureCreateInput = { id?: Maybe; nickname?: Maybe; name: Scalars['String']; commissionedAt?: Maybe; description?: Maybe; parameters?: Maybe; location?: Maybe; model?: Maybe; organization?: Maybe; gltf?: Maybe; svg?: Maybe; overview?: Maybe; parentsRelation?: Maybe<_StructureChildrenIbfk1InverseInput>; childrenRelation?: Maybe<_StructureChildrenIbfk2InverseInput>; anomalies?: Maybe; imagesRelation?: Maybe<_StructureImagesIbfk2InverseInput>; artifactsRelation?: Maybe<_StructureArtifactsIbfk2InverseInput>; developersRelation?: Maybe<_StructureDevelopersIbfk1InverseInput>; operatorsRelation?: Maybe<_StructureOperatorsIbfk1InverseInput>; detections?: Maybe; cloneOfRelation?: Maybe<_StructureCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_StructureCloneOfIbfk2InverseInput>; comments?: Maybe; ownersRelation?: Maybe<_StructureOwnersIbfk1InverseInput>; missionStructurePlansRelation?: Maybe<_StructurePlanStructuresIbfk1InverseInput>; planRelation?: Maybe<_PlanStructureStructureIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionStructureStructureIdFkeyInverseInput>; }; /** The `execution` to be created by this mutation. */ export declare type _ExecutionUserExecutionIdFkeyExecutionCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; clones?: Maybe; succeededAt?: Maybe; cancelledAt?: Maybe; startedAt?: Maybe; parameters?: Maybe; executionToClones?: Maybe; baseExecutionsRelation?: Maybe<_ExecutionFollowersFollowerFkeyInverseInput>; followerExecutionsRelation?: Maybe<_ExecutionFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventExecutionsCreatedExecutionFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventExecutionsReadExecutionFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventExecutionsUpdatedExecutionFkeyInverseInput>; creatorPlanRelation?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInverseInput>; createdPlanRelation?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInverseInput>; childExecutionsRelation?: Maybe<_ExecutionChildrenParentFkeyInverseInput>; parentExecutionsRelation?: Maybe<_ExecutionChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_ExecutionAnomalyExecutionIdFkeyInverseInput>; userRelation?: Maybe<_ExecutionUserExecutionIdFkeyInverseInput>; organizationRelation?: Maybe<_ExecutionOrganizationExecutionIdFkeyInverseInput>; commentRelation?: Maybe<_ExecutionCommentExecutionIdFkeyInverseInput>; detectionRelation?: Maybe<_ExecutionDetectionExecutionIdFkeyInverseInput>; imageRelation?: Maybe<_ExecutionImageExecutionIdFkeyInverseInput>; artifactRelation?: Maybe<_ExecutionArtifactExecutionIdFkeyInverseInput>; structureRelation?: Maybe<_ExecutionStructureExecutionIdFkeyInverseInput>; locationRelation?: Maybe<_ExecutionLocationExecutionIdFkeyInverseInput>; }; /** The `executionUser` to be created by this mutation. */ export declare type _ExecutionUserExecutionIdFkeyExecutionUserCreateInput = { id?: Maybe; userId?: Maybe; execution?: Maybe<_ExecutionUserExecutionIdFkeyInput>; user?: Maybe<_ExecutionUserUserIdFkeyInput>; }; /** Input for the nested mutation of `execution` in the `ExecutionUserInput` mutation. */ export declare type _ExecutionUserExecutionIdFkeyInput = { /** The primary key(s) for `execution` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `execution` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `execution` for the far side of the relationship. */ updateById?: Maybe; /** A `ExecutionInput` object that will be created and connected to this object. */ create?: Maybe<_ExecutionUserExecutionIdFkeyExecutionCreateInput>; }; /** Input for the nested mutation of `executionUser` in the `ExecutionInput` mutation. */ export declare type _ExecutionUserExecutionIdFkeyInverseInput = { /** Flag indicating whether all other `executionUser` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `executionUser` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `executionUser` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `executionUser` for the far side of the relationship. */ updateById?: Maybe>; /** A `ExecutionUserInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `executionUser` to be created by this mutation. */ export declare type _ExecutionUserUserIdFkeyExecutionUserCreateInput = { id?: Maybe; executionId?: Maybe; execution?: Maybe<_ExecutionUserExecutionIdFkeyInput>; user?: Maybe<_ExecutionUserUserIdFkeyInput>; }; /** Input for the nested mutation of `user` in the `ExecutionUserInput` mutation. */ export declare type _ExecutionUserUserIdFkeyInput = { /** The primary key(s) for `user` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `user` for the far side of the relationship. */ connectByEmail?: Maybe; /** The primary key(s) for `user` for the far side of the relationship. */ connectByPicture?: Maybe; /** The primary key(s) for `user` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) for `user` for the far side of the relationship. */ deleteByEmail?: Maybe; /** The primary key(s) for `user` for the far side of the relationship. */ deleteByPicture?: Maybe; /** The primary key(s) and patch data for `user` for the far side of the relationship. */ updateById?: Maybe; /** The primary key(s) and patch data for `user` for the far side of the relationship. */ updateByEmail?: Maybe; /** The primary key(s) and patch data for `user` for the far side of the relationship. */ updateByPicture?: Maybe; /** A `UserInput` object that will be created and connected to this object. */ create?: Maybe<_ExecutionUserUserIdFkeyUserCreateInput>; }; /** Input for the nested mutation of `executionUser` in the `UserInput` mutation. */ export declare type _ExecutionUserUserIdFkeyInverseInput = { /** Flag indicating whether all other `executionUser` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `executionUser` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `executionUser` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `executionUser` for the far side of the relationship. */ updateById?: Maybe>; /** A `ExecutionUserInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `user` to be created by this mutation. */ export declare type _ExecutionUserUserIdFkeyUserCreateInput = { id?: Maybe; nickname?: Maybe; name: Scalars['String']; email: Scalars['String']; password: Scalars['String']; description?: Maybe; activatedAt?: Maybe; dateOfBirth?: Maybe; parameters?: Maybe; language?: Maybe; picture?: Maybe; organizationsRelation?: Maybe<_OrganizationUsersIbfk2InverseInput>; assignments?: Maybe; adminInRelation?: Maybe<_OrganizationAdminIbfk2InverseInput>; planRelation?: Maybe<_PlanUserUserIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionUserUserIdFkeyInverseInput>; }; /** The `imageCloneOf` to be created by this mutation. */ export declare type _ImageCloneOfIbfk1ImageCloneOfCreateInput = { b?: Maybe; cloneOf?: Maybe<_ImageCloneOfIbfk1Input>; clone?: Maybe<_ImageCloneOfIbfk2Input>; }; /** The `image` to be created by this mutation. */ export declare type _ImageCloneOfIbfk1ImageCreateInput = { id?: Maybe; metaData?: Maybe; valid?: Maybe; fallbackData?: Maybe; index?: Maybe; width?: Maybe; height?: Maybe; distance?: Maybe; cameraFieldOfViewVertical?: Maybe; cameraFieldOfViewHorizontal?: Maybe; cameraShutterSpeed?: Maybe; cameraAperture?: Maybe; cameraModel?: Maybe; cameraLensModel?: Maybe; cameraLensMake?: Maybe; cameraMake?: Maybe; description?: Maybe; distanceGradientVertical?: Maybe; cameraIso?: Maybe; distanceGradientHorizontal?: Maybe; capturedAt?: Maybe; file?: Maybe; mission?: Maybe; location?: Maybe; correction?: Maybe; segmentations?: Maybe; structuresRelation?: Maybe<_StructureImagesIbfk1InverseInput>; cloneOfRelation?: Maybe<_ImageCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_ImageCloneOfIbfk2InverseInput>; detections?: Maybe; classifications?: Maybe; comments?: Maybe; planRelation?: Maybe<_PlanImageImageIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionImageImageIdFkeyInverseInput>; }; /** Input for the nested mutation of `image` in the `ImageCloneOfInput` mutation. */ export declare type _ImageCloneOfIbfk1Input = { /** The primary key(s) for `image` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `image` for the far side of the relationship. */ connectByLocation?: Maybe; /** The primary key(s) for `image` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) for `image` for the far side of the relationship. */ deleteByLocation?: Maybe; /** The primary key(s) and patch data for `image` for the far side of the relationship. */ updateById?: Maybe; /** The primary key(s) and patch data for `image` for the far side of the relationship. */ updateByLocation?: Maybe; /** A `ImageInput` object that will be created and connected to this object. */ create?: Maybe<_ImageCloneOfIbfk1ImageCreateInput>; }; /** Input for the nested mutation of `imageCloneOf` in the `ImageInput` mutation. */ export declare type _ImageCloneOfIbfk1InverseInput = { /** Flag indicating whether all other `imageCloneOf` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `imageCloneOf` for the far side of the relationship. */ connectByA?: Maybe; /** The primary key(s) for `imageCloneOf` for the far side of the relationship. */ deleteByA?: Maybe; /** The primary key(s) and patch data for `imageCloneOf` for the far side of the relationship. */ updateByA?: Maybe; /** A `ImageCloneOfInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `imageCloneOf` to be created by this mutation. */ export declare type _ImageCloneOfIbfk2ImageCloneOfCreateInput = { a?: Maybe; cloneOf?: Maybe<_ImageCloneOfIbfk1Input>; clone?: Maybe<_ImageCloneOfIbfk2Input>; }; /** The `image` to be created by this mutation. */ export declare type _ImageCloneOfIbfk2ImageCreateInput = { id?: Maybe; metaData?: Maybe; valid?: Maybe; fallbackData?: Maybe; index?: Maybe; width?: Maybe; height?: Maybe; distance?: Maybe; cameraFieldOfViewVertical?: Maybe; cameraFieldOfViewHorizontal?: Maybe; cameraShutterSpeed?: Maybe; cameraAperture?: Maybe; cameraModel?: Maybe; cameraLensModel?: Maybe; cameraLensMake?: Maybe; cameraMake?: Maybe; description?: Maybe; distanceGradientVertical?: Maybe; cameraIso?: Maybe; distanceGradientHorizontal?: Maybe; capturedAt?: Maybe; file?: Maybe; mission?: Maybe; location?: Maybe; correction?: Maybe; segmentations?: Maybe; structuresRelation?: Maybe<_StructureImagesIbfk1InverseInput>; cloneOfRelation?: Maybe<_ImageCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_ImageCloneOfIbfk2InverseInput>; detections?: Maybe; classifications?: Maybe; comments?: Maybe; planRelation?: Maybe<_PlanImageImageIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionImageImageIdFkeyInverseInput>; }; /** Input for the nested mutation of `image` in the `ImageCloneOfInput` mutation. */ export declare type _ImageCloneOfIbfk2Input = { /** The primary key(s) for `image` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `image` for the far side of the relationship. */ connectByLocation?: Maybe; /** The primary key(s) for `image` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) for `image` for the far side of the relationship. */ deleteByLocation?: Maybe; /** The primary key(s) and patch data for `image` for the far side of the relationship. */ updateById?: Maybe; /** The primary key(s) and patch data for `image` for the far side of the relationship. */ updateByLocation?: Maybe; /** A `ImageInput` object that will be created and connected to this object. */ create?: Maybe<_ImageCloneOfIbfk2ImageCreateInput>; }; /** Input for the nested mutation of `imageCloneOf` in the `ImageInput` mutation. */ export declare type _ImageCloneOfIbfk2InverseInput = { /** Flag indicating whether all other `imageCloneOf` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `imageCloneOf` for the far side of the relationship. */ connectByA?: Maybe>; /** The primary key(s) for `imageCloneOf` for the far side of the relationship. */ deleteByA?: Maybe>; /** The primary key(s) and patch data for `imageCloneOf` for the far side of the relationship. */ updateByA?: Maybe>; /** A `ImageCloneOfInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `imageCorrectionCloneOf` to be created by this mutation. */ export declare type _ImageCorrectionCloneOfIbfk1ImageCorrectionCloneOfCreateInput = { b?: Maybe; cloneOf?: Maybe<_ImageCorrectionCloneOfIbfk1Input>; clone?: Maybe<_ImageCorrectionCloneOfIbfk2Input>; }; /** The `imageCorrection` to be created by this mutation. */ export declare type _ImageCorrectionCloneOfIbfk1ImageCorrectionCreateInput = { id?: Maybe; nickname?: Maybe; name: Scalars['String']; overlayOpacity?: Maybe; temperature?: Maybe; tint?: Maybe; exposure?: Maybe; contrast?: Maybe; shadows?: Maybe; highlights?: Maybe; whites?: Maybe; blacks?: Maybe; clarity?: Maybe; vibrance?: Maybe; saturation?: Maybe; sharpening?: Maybe; noiseReductionLuminance?: Maybe; noiseReductionColor?: Maybe; images?: Maybe; cloneOfRelation?: Maybe<_ImageCorrectionCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_ImageCorrectionCloneOfIbfk2InverseInput>; }; /** Input for the nested mutation of `imageCorrection` in the `ImageCorrectionCloneOfInput` mutation. */ export declare type _ImageCorrectionCloneOfIbfk1Input = { /** The primary key(s) for `imageCorrection` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `imageCorrection` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `imageCorrection` for the far side of the relationship. */ updateById?: Maybe; /** A `ImageCorrectionInput` object that will be created and connected to this object. */ create?: Maybe<_ImageCorrectionCloneOfIbfk1ImageCorrectionCreateInput>; }; /** Input for the nested mutation of `imageCorrectionCloneOf` in the `ImageCorrectionInput` mutation. */ export declare type _ImageCorrectionCloneOfIbfk1InverseInput = { /** Flag indicating whether all other `imageCorrectionCloneOf` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `imageCorrectionCloneOf` for the far side of the relationship. */ connectByAAndB?: Maybe>; /** The primary key(s) for `imageCorrectionCloneOf` for the far side of the relationship. */ deleteByAAndB?: Maybe>; /** The primary key(s) and patch data for `imageCorrectionCloneOf` for the far side of the relationship. */ updateByAAndB?: Maybe>; /** A `ImageCorrectionCloneOfInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `imageCorrectionCloneOf` to be created by this mutation. */ export declare type _ImageCorrectionCloneOfIbfk2ImageCorrectionCloneOfCreateInput = { a?: Maybe; cloneOf?: Maybe<_ImageCorrectionCloneOfIbfk1Input>; clone?: Maybe<_ImageCorrectionCloneOfIbfk2Input>; }; /** The `imageCorrection` to be created by this mutation. */ export declare type _ImageCorrectionCloneOfIbfk2ImageCorrectionCreateInput = { id?: Maybe; nickname?: Maybe; name: Scalars['String']; overlayOpacity?: Maybe; temperature?: Maybe; tint?: Maybe; exposure?: Maybe; contrast?: Maybe; shadows?: Maybe; highlights?: Maybe; whites?: Maybe; blacks?: Maybe; clarity?: Maybe; vibrance?: Maybe; saturation?: Maybe; sharpening?: Maybe; noiseReductionLuminance?: Maybe; noiseReductionColor?: Maybe; images?: Maybe; cloneOfRelation?: Maybe<_ImageCorrectionCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_ImageCorrectionCloneOfIbfk2InverseInput>; }; /** Input for the nested mutation of `imageCorrection` in the `ImageCorrectionCloneOfInput` mutation. */ export declare type _ImageCorrectionCloneOfIbfk2Input = { /** The primary key(s) for `imageCorrection` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `imageCorrection` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `imageCorrection` for the far side of the relationship. */ updateById?: Maybe; /** A `ImageCorrectionInput` object that will be created and connected to this object. */ create?: Maybe<_ImageCorrectionCloneOfIbfk2ImageCorrectionCreateInput>; }; /** Input for the nested mutation of `imageCorrectionCloneOf` in the `ImageCorrectionInput` mutation. */ export declare type _ImageCorrectionCloneOfIbfk2InverseInput = { /** Flag indicating whether all other `imageCorrectionCloneOf` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `imageCorrectionCloneOf` for the far side of the relationship. */ connectByAAndB?: Maybe>; /** The primary key(s) for `imageCorrectionCloneOf` for the far side of the relationship. */ deleteByAAndB?: Maybe>; /** The primary key(s) and patch data for `imageCorrectionCloneOf` for the far side of the relationship. */ updateByAAndB?: Maybe>; /** A `ImageCorrectionCloneOfInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** Input for the nested mutation of `location` in the `LocationCloneOfInput` mutation. */ export declare type _LocationCloneOfIbfk1Input = { /** The primary key(s) for `location` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `location` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `location` for the far side of the relationship. */ updateById?: Maybe; /** A `LocationInput` object that will be created and connected to this object. */ create?: Maybe<_LocationCloneOfIbfk1LocationCreateInput>; }; /** Input for the nested mutation of `locationCloneOf` in the `LocationInput` mutation. */ export declare type _LocationCloneOfIbfk1InverseInput = { /** Flag indicating whether all other `locationCloneOf` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `locationCloneOf` for the far side of the relationship. */ connectByA?: Maybe; /** The primary key(s) for `locationCloneOf` for the far side of the relationship. */ deleteByA?: Maybe; /** The primary key(s) and patch data for `locationCloneOf` for the far side of the relationship. */ updateByA?: Maybe; /** A `LocationCloneOfInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `locationCloneOf` to be created by this mutation. */ export declare type _LocationCloneOfIbfk1LocationCloneOfCreateInput = { b?: Maybe; cloneOf?: Maybe<_LocationCloneOfIbfk1Input>; clone?: Maybe<_LocationCloneOfIbfk2Input>; }; /** The `location` to be created by this mutation. */ export declare type _LocationCloneOfIbfk1LocationCreateInput = { id?: Maybe; nickname?: Maybe; errorRadius?: Maybe; name?: Maybe; latitude: Scalars['Float']; longitude: Scalars['Float']; altitude?: Maybe; roll?: Maybe; pitch?: Maybe; yaw?: Maybe; position?: Maybe; geometry3D?: Maybe; geometry2D?: Maybe; structure?: Maybe; image?: Maybe; anomaly?: Maybe; artifact?: Maybe; cloneOfRelation?: Maybe<_LocationCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_LocationCloneOfIbfk2InverseInput>; planRelation?: Maybe<_PlanLocationLocationIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionLocationLocationIdFkeyInverseInput>; }; /** Input for the nested mutation of `location` in the `LocationCloneOfInput` mutation. */ export declare type _LocationCloneOfIbfk2Input = { /** The primary key(s) for `location` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `location` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `location` for the far side of the relationship. */ updateById?: Maybe; /** A `LocationInput` object that will be created and connected to this object. */ create?: Maybe<_LocationCloneOfIbfk2LocationCreateInput>; }; /** Input for the nested mutation of `locationCloneOf` in the `LocationInput` mutation. */ export declare type _LocationCloneOfIbfk2InverseInput = { /** Flag indicating whether all other `locationCloneOf` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `locationCloneOf` for the far side of the relationship. */ connectByA?: Maybe>; /** The primary key(s) for `locationCloneOf` for the far side of the relationship. */ deleteByA?: Maybe>; /** The primary key(s) and patch data for `locationCloneOf` for the far side of the relationship. */ updateByA?: Maybe>; /** A `LocationCloneOfInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `locationCloneOf` to be created by this mutation. */ export declare type _LocationCloneOfIbfk2LocationCloneOfCreateInput = { a?: Maybe; cloneOf?: Maybe<_LocationCloneOfIbfk1Input>; clone?: Maybe<_LocationCloneOfIbfk2Input>; }; /** The `location` to be created by this mutation. */ export declare type _LocationCloneOfIbfk2LocationCreateInput = { id?: Maybe; nickname?: Maybe; errorRadius?: Maybe; name?: Maybe; latitude: Scalars['Float']; longitude: Scalars['Float']; altitude?: Maybe; roll?: Maybe; pitch?: Maybe; yaw?: Maybe; position?: Maybe; geometry3D?: Maybe; geometry2D?: Maybe; structure?: Maybe; image?: Maybe; anomaly?: Maybe; artifact?: Maybe; cloneOfRelation?: Maybe<_LocationCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_LocationCloneOfIbfk2InverseInput>; planRelation?: Maybe<_PlanLocationLocationIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionLocationLocationIdFkeyInverseInput>; }; /** Input for the nested mutation of `anomaly` in the `MissionAnomalyInput` mutation. */ export declare type _MissionAnomaliesIbfk1Input = { /** The primary key(s) for `anomaly` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `missionAnomaly` in the `AnomalyInput` mutation. */ export declare type _MissionAnomaliesIbfk1InverseInput = { /** Flag indicating whether all other `missionAnomaly` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `missionAnomaly` for the far side of the relationship. */ connectByAAndB?: Maybe>; /** The primary key(s) for `missionAnomaly` for the far side of the relationship. */ deleteByAAndB?: Maybe>; /** The primary key(s) and patch data for `missionAnomaly` for the far side of the relationship. */ updateByAAndB?: Maybe>; /** A `MissionAnomalyInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `missionAnomaly` to be created by this mutation. */ export declare type _MissionAnomaliesIbfk1MissionAnomaliesCreateInput = { b?: Maybe; anomaly?: Maybe<_MissionAnomaliesIbfk1Input>; mission?: Maybe<_MissionAnomaliesIbfk2Input>; }; /** Input for the nested mutation of `missionExecution` in the `MissionAnomalyInput` mutation. */ export declare type _MissionAnomaliesIbfk2Input = { /** The primary key(s) for `missionExecution` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `missionAnomaly` in the `MissionExecutionInput` mutation. */ export declare type _MissionAnomaliesIbfk2InverseInput = { /** Flag indicating whether all other `missionAnomaly` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `missionAnomaly` for the far side of the relationship. */ connectByAAndB?: Maybe>; /** The primary key(s) for `missionAnomaly` for the far side of the relationship. */ deleteByAAndB?: Maybe>; /** The primary key(s) and patch data for `missionAnomaly` for the far side of the relationship. */ updateByAAndB?: Maybe>; /** A `MissionAnomalyInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `missionAnomaly` to be created by this mutation. */ export declare type _MissionAnomaliesIbfk2MissionAnomaliesCreateInput = { a?: Maybe; anomaly?: Maybe<_MissionAnomaliesIbfk1Input>; mission?: Maybe<_MissionAnomaliesIbfk2Input>; }; /** Input for the nested mutation of `mission` in the `MissionCloneOfInput` mutation. */ export declare type _MissionCloneOfIbfk1Input = { /** The primary key(s) for `mission` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `mission` for the far side of the relationship. */ connectByPlan?: Maybe; /** The primary key(s) for `mission` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) for `mission` for the far side of the relationship. */ deleteByPlan?: Maybe; /** The primary key(s) and patch data for `mission` for the far side of the relationship. */ updateById?: Maybe; /** The primary key(s) and patch data for `mission` for the far side of the relationship. */ updateByPlan?: Maybe; /** A `MissionInput` object that will be created and connected to this object. */ create?: Maybe<_MissionCloneOfIbfk1MissionCreateInput>; }; /** Input for the nested mutation of `missionCloneOf` in the `MissionInput` mutation. */ export declare type _MissionCloneOfIbfk1InverseInput = { /** Flag indicating whether all other `missionCloneOf` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `missionCloneOf` for the far side of the relationship. */ connectByA?: Maybe; /** The primary key(s) for `missionCloneOf` for the far side of the relationship. */ deleteByA?: Maybe; /** The primary key(s) and patch data for `missionCloneOf` for the far side of the relationship. */ updateByA?: Maybe; /** A `MissionCloneOfInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `missionCloneOf` to be created by this mutation. */ export declare type _MissionCloneOfIbfk1MissionCloneOfCreateInput = { b?: Maybe; cloneOf?: Maybe<_MissionCloneOfIbfk1Input>; clone?: Maybe<_MissionCloneOfIbfk2Input>; }; /** The `mission` to be created by this mutation. */ export declare type _MissionCloneOfIbfk1MissionCreateInput = { id?: Maybe; nickname?: Maybe; name?: Maybe; type?: Maybe; infra?: Maybe; description?: Maybe; plan?: Maybe; missionToInfra?: Maybe; elementOfExecution?: Maybe; elementOfPlan?: Maybe; organization?: Maybe; execution?: Maybe; artifacts?: Maybe; assignments?: Maybe; comments?: Maybe; cloneOfRelation?: Maybe<_MissionCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_MissionCloneOfIbfk2InverseInput>; clientsRelation?: Maybe; expertsRelation?: Maybe; inspectorsRelation?: Maybe; operatorsRelation?: Maybe; }; /** Input for the nested mutation of `mission` in the `MissionCloneOfInput` mutation. */ export declare type _MissionCloneOfIbfk2Input = { /** The primary key(s) for `mission` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `mission` for the far side of the relationship. */ connectByPlan?: Maybe; /** The primary key(s) for `mission` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) for `mission` for the far side of the relationship. */ deleteByPlan?: Maybe; /** The primary key(s) and patch data for `mission` for the far side of the relationship. */ updateById?: Maybe; /** The primary key(s) and patch data for `mission` for the far side of the relationship. */ updateByPlan?: Maybe; /** A `MissionInput` object that will be created and connected to this object. */ create?: Maybe<_MissionCloneOfIbfk2MissionCreateInput>; }; /** Input for the nested mutation of `missionCloneOf` in the `MissionInput` mutation. */ export declare type _MissionCloneOfIbfk2InverseInput = { /** Flag indicating whether all other `missionCloneOf` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `missionCloneOf` for the far side of the relationship. */ connectByA?: Maybe>; /** The primary key(s) for `missionCloneOf` for the far side of the relationship. */ deleteByA?: Maybe>; /** The primary key(s) and patch data for `missionCloneOf` for the far side of the relationship. */ updateByA?: Maybe>; /** A `MissionCloneOfInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `missionCloneOf` to be created by this mutation. */ export declare type _MissionCloneOfIbfk2MissionCloneOfCreateInput = { a?: Maybe; cloneOf?: Maybe<_MissionCloneOfIbfk1Input>; clone?: Maybe<_MissionCloneOfIbfk2Input>; }; /** The `mission` to be created by this mutation. */ export declare type _MissionCloneOfIbfk2MissionCreateInput = { id?: Maybe; nickname?: Maybe; name?: Maybe; type?: Maybe; infra?: Maybe; description?: Maybe; plan?: Maybe; missionToInfra?: Maybe; elementOfExecution?: Maybe; elementOfPlan?: Maybe; organization?: Maybe; execution?: Maybe; artifacts?: Maybe; assignments?: Maybe; comments?: Maybe; cloneOfRelation?: Maybe<_MissionCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_MissionCloneOfIbfk2InverseInput>; clientsRelation?: Maybe; expertsRelation?: Maybe; inspectorsRelation?: Maybe; operatorsRelation?: Maybe; }; /** Input for the nested mutation of `missionExecution` in the `MissionExecutionCloneOfInput` mutation. */ export declare type _MissionExecutionCloneOfIbfk1Input = { /** The primary key(s) for `missionExecution` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `missionExecution` for the far side of the relationship. */ connectByMission?: Maybe; /** The primary key(s) for `missionExecution` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) for `missionExecution` for the far side of the relationship. */ deleteByMission?: Maybe; /** The primary key(s) and patch data for `missionExecution` for the far side of the relationship. */ updateById?: Maybe; /** The primary key(s) and patch data for `missionExecution` for the far side of the relationship. */ updateByMission?: Maybe; /** A `MissionExecutionInput` object that will be created and connected to this object. */ create?: Maybe<_MissionExecutionCloneOfIbfk1MissionExecutionCreateInput>; }; /** Input for the nested mutation of `missionExecutionCloneOf` in the `MissionExecutionInput` mutation. */ export declare type _MissionExecutionCloneOfIbfk1InverseInput = { /** Flag indicating whether all other `missionExecutionCloneOf` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `missionExecutionCloneOf` for the far side of the relationship. */ connectByA?: Maybe; /** The primary key(s) for `missionExecutionCloneOf` for the far side of the relationship. */ deleteByA?: Maybe; /** The primary key(s) and patch data for `missionExecutionCloneOf` for the far side of the relationship. */ updateByA?: Maybe; /** A `MissionExecutionCloneOfInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `missionExecutionCloneOf` to be created by this mutation. */ export declare type _MissionExecutionCloneOfIbfk1MissionExecutionCloneOfCreateInput = { b?: Maybe; cloneOf?: Maybe<_MissionExecutionCloneOfIbfk1Input>; clone?: Maybe<_MissionExecutionCloneOfIbfk2Input>; }; /** The `missionExecution` to be created by this mutation. */ export declare type _MissionExecutionCloneOfIbfk1MissionExecutionCreateInput = { id?: Maybe; nickname?: Maybe; executionAt?: Maybe; inspectionAt?: Maybe; expertValidationAt?: Maybe; trajectory?: Maybe; parameters?: Maybe; mission?: Maybe; elements?: Maybe; images?: Maybe; segmentations?: Maybe; artifacts?: Maybe; detections?: Maybe; classifications?: Maybe; anomaliesRelation?: Maybe<_MissionAnomaliesIbfk2InverseInput>; cloneOfRelation?: Maybe<_MissionExecutionCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_MissionExecutionCloneOfIbfk2InverseInput>; }; /** Input for the nested mutation of `missionExecution` in the `MissionExecutionCloneOfInput` mutation. */ export declare type _MissionExecutionCloneOfIbfk2Input = { /** The primary key(s) for `missionExecution` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `missionExecution` for the far side of the relationship. */ connectByMission?: Maybe; /** The primary key(s) for `missionExecution` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) for `missionExecution` for the far side of the relationship. */ deleteByMission?: Maybe; /** The primary key(s) and patch data for `missionExecution` for the far side of the relationship. */ updateById?: Maybe; /** The primary key(s) and patch data for `missionExecution` for the far side of the relationship. */ updateByMission?: Maybe; /** A `MissionExecutionInput` object that will be created and connected to this object. */ create?: Maybe<_MissionExecutionCloneOfIbfk2MissionExecutionCreateInput>; }; /** Input for the nested mutation of `missionExecutionCloneOf` in the `MissionExecutionInput` mutation. */ export declare type _MissionExecutionCloneOfIbfk2InverseInput = { /** Flag indicating whether all other `missionExecutionCloneOf` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `missionExecutionCloneOf` for the far side of the relationship. */ connectByA?: Maybe>; /** The primary key(s) for `missionExecutionCloneOf` for the far side of the relationship. */ deleteByA?: Maybe>; /** The primary key(s) and patch data for `missionExecutionCloneOf` for the far side of the relationship. */ updateByA?: Maybe>; /** A `MissionExecutionCloneOfInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `missionExecutionCloneOf` to be created by this mutation. */ export declare type _MissionExecutionCloneOfIbfk2MissionExecutionCloneOfCreateInput = { a?: Maybe; cloneOf?: Maybe<_MissionExecutionCloneOfIbfk1Input>; clone?: Maybe<_MissionExecutionCloneOfIbfk2Input>; }; /** The `missionExecution` to be created by this mutation. */ export declare type _MissionExecutionCloneOfIbfk2MissionExecutionCreateInput = { id?: Maybe; nickname?: Maybe; executionAt?: Maybe; inspectionAt?: Maybe; expertValidationAt?: Maybe; trajectory?: Maybe; parameters?: Maybe; mission?: Maybe; elements?: Maybe; images?: Maybe; segmentations?: Maybe; artifacts?: Maybe; detections?: Maybe; classifications?: Maybe; anomaliesRelation?: Maybe<_MissionAnomaliesIbfk2InverseInput>; cloneOfRelation?: Maybe<_MissionExecutionCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_MissionExecutionCloneOfIbfk2InverseInput>; }; export declare type _MissionPlanArtifact = { __typename?: '_MissionPlanArtifact'; id: Scalars['String']; a: Scalars['String']; b: Scalars['String']; /** Reads a single `_MissionPlanArtifact` that is related to this `_MissionPlanArtifact`. */ _missionPlanArtifactByA?: Maybe<_MissionPlanArtifact>; /** Reads a single `MissionPlan` that is related to this `_MissionPlanArtifact`. */ missionPlanByB?: Maybe; /** Reads and enables pagination through a set of `_MissionPlanArtifact`. */ _missionPlanArtifactsByAConnection: _MissionPlanArtifactsConnection; /** Reads and enables pagination through a set of `_MissionPlanArtifact`. */ _missionPlanArtifactsByA: Array<_MissionPlanArtifact>; /** Reads and enables pagination through a set of `MissionPlan`. */ missionPlansByMissionPlanArtifactAAndB: _MissionPlanArtifactMissionPlansByMissionPlanArtifactAAndBManyToManyConnection; /** Reads and enables pagination through a set of `MissionPlan`. */ missionPlansByMissionPlanArtifactAAndBList: Array; }; export declare type _MissionPlanArtifact_MissionPlanArtifactsByAConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe<_MissionPlanArtifactCondition>; filter?: Maybe<_MissionPlanArtifactFilter>; }; export declare type _MissionPlanArtifact_MissionPlanArtifactsByAArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe<_MissionPlanArtifactCondition>; filter?: Maybe<_MissionPlanArtifactFilter>; }; export declare type _MissionPlanArtifactMissionPlansByMissionPlanArtifactAAndBArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type _MissionPlanArtifactMissionPlansByMissionPlanArtifactAAndBListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * A condition to be used against `_MissionPlanArtifact` object types. All fields * are tested for equality and combined with a logical ‘and.’ */ export declare type _MissionPlanArtifactCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `a` field. */ a?: Maybe; /** Checks for equality with the object’s `b` field. */ b?: Maybe; }; /** A filter to be used against `_MissionPlanArtifact` object types. All fields are combined with a logical ‘and.’ */ export declare type _MissionPlanArtifactFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `a` field. */ a?: Maybe; /** Filter by the object’s `b` field. */ b?: Maybe; /** Filter by the object’s `_missionPlanArtifactsByAConnection` relation. */ _missionPlanArtifactsByAConnection?: Maybe<_MissionPlanArtifactToManyMissionPlanArtifactFilter>; /** Some related `_missionPlanArtifactsByAConnection` exist. */ _missionPlanArtifactsByAConnectionExist?: Maybe; /** Filter by the object’s `_missionPlanArtifactByA` relation. */ _missionPlanArtifactByA?: Maybe<_MissionPlanArtifactFilter>; /** Filter by the object’s `missionPlanByB` relation. */ missionPlanByB?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe<_MissionPlanArtifactFilter>; }; /** An input for mutations affecting `_MissionPlanArtifact` */ export declare type _MissionPlanArtifactInput = { id: Scalars['String']; a?: Maybe; b?: Maybe; _missionPlanArtifactToA?: Maybe<_MissionPlanArtifactsIbfk1Input>; missionPlanToB?: Maybe<_MissionPlanArtifactsIbfk2Input>; }; /** The fields on `_missionPlanArtifact` to look up the row to connect. */ export declare type _MissionPlanArtifactMissionPlanArtifactsPkeyConnect = { id: Scalars['String']; }; /** The fields on `_missionPlanArtifact` to look up the row to delete. */ export declare type _MissionPlanArtifactMissionPlanArtifactsPkeyDelete = { id: Scalars['String']; }; /** A connection to a list of `MissionPlan` values, with data from `_MissionPlanArtifact`. */ export declare type _MissionPlanArtifactMissionPlansByMissionPlanArtifactAAndBManyToManyConnection = { __typename?: '_MissionPlanArtifactMissionPlansByMissionPlanArtifactAAndBManyToManyConnection'; /** A list of `MissionPlan` objects. */ nodes: Array>; /** * A list of edges which contains the `MissionPlan`, info from the * `_MissionPlanArtifact`, and the cursor to aid in pagination. */ edges: Array<_MissionPlanArtifactMissionPlansByMissionPlanArtifactAAndBManyToManyEdge>; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `MissionPlan` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `MissionPlan` edge in the connection, with data from `_MissionPlanArtifact`. */ export declare type _MissionPlanArtifactMissionPlansByMissionPlanArtifactAAndBManyToManyEdge = { __typename?: '_MissionPlanArtifactMissionPlansByMissionPlanArtifactAAndBManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `MissionPlan` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `_MissionPlanArtifact`. */ _missionPlanArtifactsByBConnection: _MissionPlanArtifactsConnection; /** Reads and enables pagination through a set of `_MissionPlanArtifact`. */ _missionPlanArtifactsByB: Array<_MissionPlanArtifact>; }; /** A `MissionPlan` edge in the connection, with data from `_MissionPlanArtifact`. */ export declare type _MissionPlanArtifactMissionPlansByMissionPlanArtifactAAndBManyToManyEdge_MissionPlanArtifactsByBConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe<_MissionPlanArtifactCondition>; filter?: Maybe<_MissionPlanArtifactFilter>; }; /** A `MissionPlan` edge in the connection, with data from `_MissionPlanArtifact`. */ export declare type _MissionPlanArtifactMissionPlansByMissionPlanArtifactAAndBManyToManyEdge_MissionPlanArtifactsByBArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe<_MissionPlanArtifactCondition>; filter?: Maybe<_MissionPlanArtifactFilter>; }; /** The fields on `_missionPlanArtifact` to look up the row to update. */ export declare type _MissionPlanArtifactOnMissionPlanArtifactForMissionPlanArtifactsIbfk1UsingMissionPlanArtifactsPkeyUpdate = { /** An object where the defined keys will be set on the `_missionPlanArtifact` being updated. */ patch: UpdateMissionPlanArtifactOnMissionPlanArtifactForMissionPlanArtifactsIbfk1Patch; id: Scalars['String']; }; /** The fields on `_missionPlanArtifact` to look up the row to update. */ export declare type _MissionPlanArtifactOnMissionPlanArtifactForMissionPlanArtifactsIbfk2UsingMissionPlanArtifactsPkeyUpdate = { /** An object where the defined keys will be set on the `_missionPlanArtifact` being updated. */ patch: UpdateMissionPlanArtifactOnMissionPlanArtifactForMissionPlanArtifactsIbfk2Patch; id: Scalars['String']; }; /** Represents an update to a `_MissionPlanArtifact`. Fields that are set will be updated. */ export declare type _MissionPlanArtifactPatch = { id?: Maybe; a?: Maybe; b?: Maybe; _missionPlanArtifactToA?: Maybe<_MissionPlanArtifactsIbfk1Input>; missionPlanToB?: Maybe<_MissionPlanArtifactsIbfk2Input>; }; /** A connection to a list of `_MissionPlanArtifact` values. */ export declare type _MissionPlanArtifactsConnection = { __typename?: '_MissionPlanArtifactsConnection'; /** A list of `_MissionPlanArtifact` objects. */ nodes: Array>; /** A list of edges which contains the `_MissionPlanArtifact` and cursor to aid in pagination. */ edges: Array<_MissionPlanArtifactsEdge>; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `_MissionPlanArtifact` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `_MissionPlanArtifact` edge in the connection. */ export declare type _MissionPlanArtifactsEdge = { __typename?: '_MissionPlanArtifactsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `_MissionPlanArtifact` at the end of the edge. */ node?: Maybe<_MissionPlanArtifact>; }; /** Input for the nested mutation of `_missionPlanArtifact` in the `_MissionPlanArtifactInput` mutation. */ export declare type _MissionPlanArtifactsIbfk1Input = { /** The primary key(s) for `_missionPlanArtifact` for the far side of the relationship. */ connectById?: Maybe<_MissionPlanArtifactMissionPlanArtifactsPkeyConnect>; /** The primary key(s) for `_missionPlanArtifact` for the far side of the relationship. */ deleteById?: Maybe<_MissionPlanArtifactMissionPlanArtifactsPkeyDelete>; /** The primary key(s) and patch data for `_missionPlanArtifact` for the far side of the relationship. */ updateById?: Maybe<_MissionPlanArtifactOnMissionPlanArtifactForMissionPlanArtifactsIbfk1UsingMissionPlanArtifactsPkeyUpdate>; /** A `_MissionPlanArtifactInput` object that will be created and connected to this object. */ create?: Maybe<_MissionPlanArtifactsIbfk1MissionPlanArtifactsCreateInput>; }; /** The `_missionPlanArtifact` to be created by this mutation. */ export declare type _MissionPlanArtifactsIbfk1MissionPlanArtifactsCreateInput = { id: Scalars['String']; b?: Maybe; _missionPlanArtifactToA?: Maybe<_MissionPlanArtifactsIbfk1Input>; missionPlanToB?: Maybe<_MissionPlanArtifactsIbfk2Input>; }; /** Input for the nested mutation of `missionPlan` in the `_MissionPlanArtifactInput` mutation. */ export declare type _MissionPlanArtifactsIbfk2Input = { /** The primary key(s) for `missionPlan` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `missionPlan` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `missionPlan` for the far side of the relationship. */ updateById?: Maybe; /** A `MissionPlanInput` object that will be created and connected to this object. */ create?: Maybe<_MissionPlanArtifactsIbfk2MissionPlanCreateInput>; }; /** Input for the nested mutation of `_missionPlanArtifact` in the `MissionPlanInput` mutation. */ export declare type _MissionPlanArtifactsIbfk2InverseInput = { /** Flag indicating whether all other `_missionPlanArtifact` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `_missionPlanArtifact` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `_missionPlanArtifact` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `_missionPlanArtifact` for the far side of the relationship. */ updateById?: Maybe>; /** A `_MissionPlanArtifactInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `_missionPlanArtifact` to be created by this mutation. */ export declare type _MissionPlanArtifactsIbfk2MissionPlanArtifactsCreateInput = { id: Scalars['String']; a?: Maybe; _missionPlanArtifactToA?: Maybe<_MissionPlanArtifactsIbfk1Input>; missionPlanToB?: Maybe<_MissionPlanArtifactsIbfk2Input>; }; /** The `missionPlan` to be created by this mutation. */ export declare type _MissionPlanArtifactsIbfk2MissionPlanCreateInput = { id?: Maybe; nickname?: Maybe; executionAt?: Maybe; inspectionAt?: Maybe; expertValidationAt?: Maybe; parameters?: Maybe; mission?: Maybe; elements?: Maybe; artifacts?: Maybe; cloneOfRelation?: Maybe<_MissionPlanCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_MissionPlanCloneOfIbfk2InverseInput>; structurePlans?: Maybe; _missionPlanArtifactsUsingId?: Maybe<_MissionPlanArtifactsIbfk2InverseInput>; }; /** Methods to use when ordering `_MissionPlanArtifact`. */ export declare enum _MissionPlanArtifactsOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", AAsc = "A_ASC", ADesc = "A_DESC", BAsc = "B_ASC", BDesc = "B_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", MissionPlanArtifactByAIdAsc = "_MISSION_PLAN_ARTIFACT_BY_A__ID_ASC", MissionPlanArtifactByAIdDesc = "_MISSION_PLAN_ARTIFACT_BY_A__ID_DESC", MissionPlanArtifactByAAAsc = "_MISSION_PLAN_ARTIFACT_BY_A__A_ASC", MissionPlanArtifactByAADesc = "_MISSION_PLAN_ARTIFACT_BY_A__A_DESC", MissionPlanArtifactByABAsc = "_MISSION_PLAN_ARTIFACT_BY_A__B_ASC", MissionPlanArtifactByABDesc = "_MISSION_PLAN_ARTIFACT_BY_A__B_DESC", MissionPlanByBIdAsc = "MISSION_PLAN_BY_B__ID_ASC", MissionPlanByBIdDesc = "MISSION_PLAN_BY_B__ID_DESC", MissionPlanByBNicknameAsc = "MISSION_PLAN_BY_B__NICKNAME_ASC", MissionPlanByBNicknameDesc = "MISSION_PLAN_BY_B__NICKNAME_DESC", MissionPlanByBCreatedAtAsc = "MISSION_PLAN_BY_B__CREATED_AT_ASC", MissionPlanByBCreatedAtDesc = "MISSION_PLAN_BY_B__CREATED_AT_DESC", MissionPlanByBUpdatedAtAsc = "MISSION_PLAN_BY_B__UPDATED_AT_ASC", MissionPlanByBUpdatedAtDesc = "MISSION_PLAN_BY_B__UPDATED_AT_DESC", MissionPlanByBExecutionAtAsc = "MISSION_PLAN_BY_B__EXECUTION_AT_ASC", MissionPlanByBExecutionAtDesc = "MISSION_PLAN_BY_B__EXECUTION_AT_DESC", MissionPlanByBInspectionAtAsc = "MISSION_PLAN_BY_B__INSPECTION_AT_ASC", MissionPlanByBInspectionAtDesc = "MISSION_PLAN_BY_B__INSPECTION_AT_DESC", MissionPlanByBExpertValidationAtAsc = "MISSION_PLAN_BY_B__EXPERT_VALIDATION_AT_ASC", MissionPlanByBExpertValidationAtDesc = "MISSION_PLAN_BY_B__EXPERT_VALIDATION_AT_DESC", MissionPlanByBParametersAsc = "MISSION_PLAN_BY_B__PARAMETERS_ASC", MissionPlanByBParametersDesc = "MISSION_PLAN_BY_B__PARAMETERS_DESC", MissionPlanByBDeletedAtAsc = "MISSION_PLAN_BY_B__DELETED_AT_ASC", MissionPlanByBDeletedAtDesc = "MISSION_PLAN_BY_B__DELETED_AT_DESC", MissionPlanArtifactsByACountAsc = "_MISSION_PLAN_ARTIFACTS_BY_A__COUNT_ASC", MissionPlanArtifactsByACountDesc = "_MISSION_PLAN_ARTIFACTS_BY_A__COUNT_DESC" } /** A filter to be used against many `_MissionPlanArtifact` object types. All fields are combined with a logical ‘and.’ */ export declare type _MissionPlanArtifactToManyMissionPlanArtifactFilter = { /** Every related `_MissionPlanArtifact` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe<_MissionPlanArtifactFilter>; /** Some related `_MissionPlanArtifact` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe<_MissionPlanArtifactFilter>; /** No related `_MissionPlanArtifact` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe<_MissionPlanArtifactFilter>; }; /** Input for the nested mutation of `missionPlan` in the `MissionPlanCloneOfInput` mutation. */ export declare type _MissionPlanCloneOfIbfk1Input = { /** The primary key(s) for `missionPlan` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `missionPlan` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `missionPlan` for the far side of the relationship. */ updateById?: Maybe; /** A `MissionPlanInput` object that will be created and connected to this object. */ create?: Maybe<_MissionPlanCloneOfIbfk1MissionPlanCreateInput>; }; /** Input for the nested mutation of `missionPlanCloneOf` in the `MissionPlanInput` mutation. */ export declare type _MissionPlanCloneOfIbfk1InverseInput = { /** Flag indicating whether all other `missionPlanCloneOf` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `missionPlanCloneOf` for the far side of the relationship. */ connectByA?: Maybe; /** The primary key(s) for `missionPlanCloneOf` for the far side of the relationship. */ deleteByA?: Maybe; /** The primary key(s) and patch data for `missionPlanCloneOf` for the far side of the relationship. */ updateByA?: Maybe; /** A `MissionPlanCloneOfInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `missionPlanCloneOf` to be created by this mutation. */ export declare type _MissionPlanCloneOfIbfk1MissionPlanCloneOfCreateInput = { b?: Maybe; cloneOf?: Maybe<_MissionPlanCloneOfIbfk1Input>; clone?: Maybe<_MissionPlanCloneOfIbfk2Input>; }; /** The `missionPlan` to be created by this mutation. */ export declare type _MissionPlanCloneOfIbfk1MissionPlanCreateInput = { id?: Maybe; nickname?: Maybe; executionAt?: Maybe; inspectionAt?: Maybe; expertValidationAt?: Maybe; parameters?: Maybe; mission?: Maybe; elements?: Maybe; artifacts?: Maybe; cloneOfRelation?: Maybe<_MissionPlanCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_MissionPlanCloneOfIbfk2InverseInput>; structurePlans?: Maybe; _missionPlanArtifactsUsingId?: Maybe<_MissionPlanArtifactsIbfk2InverseInput>; }; /** Input for the nested mutation of `missionPlan` in the `MissionPlanCloneOfInput` mutation. */ export declare type _MissionPlanCloneOfIbfk2Input = { /** The primary key(s) for `missionPlan` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `missionPlan` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `missionPlan` for the far side of the relationship. */ updateById?: Maybe; /** A `MissionPlanInput` object that will be created and connected to this object. */ create?: Maybe<_MissionPlanCloneOfIbfk2MissionPlanCreateInput>; }; /** Input for the nested mutation of `missionPlanCloneOf` in the `MissionPlanInput` mutation. */ export declare type _MissionPlanCloneOfIbfk2InverseInput = { /** Flag indicating whether all other `missionPlanCloneOf` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `missionPlanCloneOf` for the far side of the relationship. */ connectByA?: Maybe>; /** The primary key(s) for `missionPlanCloneOf` for the far side of the relationship. */ deleteByA?: Maybe>; /** The primary key(s) and patch data for `missionPlanCloneOf` for the far side of the relationship. */ updateByA?: Maybe>; /** A `MissionPlanCloneOfInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `missionPlanCloneOf` to be created by this mutation. */ export declare type _MissionPlanCloneOfIbfk2MissionPlanCloneOfCreateInput = { a?: Maybe; cloneOf?: Maybe<_MissionPlanCloneOfIbfk1Input>; clone?: Maybe<_MissionPlanCloneOfIbfk2Input>; }; /** The `missionPlan` to be created by this mutation. */ export declare type _MissionPlanCloneOfIbfk2MissionPlanCreateInput = { id?: Maybe; nickname?: Maybe; executionAt?: Maybe; inspectionAt?: Maybe; expertValidationAt?: Maybe; parameters?: Maybe; mission?: Maybe; elements?: Maybe; artifacts?: Maybe; cloneOfRelation?: Maybe<_MissionPlanCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_MissionPlanCloneOfIbfk2InverseInput>; structurePlans?: Maybe; _missionPlanArtifactsUsingId?: Maybe<_MissionPlanArtifactsIbfk2InverseInput>; }; /** Input for the nested mutation of `organization` in the `OrganizationAdminInput` mutation. */ export declare type _OrganizationAdminIbfk1Input = { /** The primary key(s) for `organization` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `organizationAdmin` in the `OrganizationInput` mutation. */ export declare type _OrganizationAdminIbfk1InverseInput = { /** Flag indicating whether all other `organizationAdmin` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `organizationAdmin` for the far side of the relationship. */ connectByAAndB?: Maybe>; /** The primary key(s) for `organizationAdmin` for the far side of the relationship. */ deleteByAAndB?: Maybe>; /** The primary key(s) and patch data for `organizationAdmin` for the far side of the relationship. */ updateByAAndB?: Maybe>; /** A `OrganizationAdminInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `organizationAdmin` to be created by this mutation. */ export declare type _OrganizationAdminIbfk1OrganizationAdminCreateInput = { b?: Maybe; organization?: Maybe<_OrganizationAdminIbfk1Input>; admin?: Maybe<_OrganizationAdminIbfk2Input>; }; /** Input for the nested mutation of `user` in the `OrganizationAdminInput` mutation. */ export declare type _OrganizationAdminIbfk2Input = { /** The primary key(s) for `user` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `user` for the far side of the relationship. */ connectByEmail?: Maybe; }; /** Input for the nested mutation of `organizationAdmin` in the `UserInput` mutation. */ export declare type _OrganizationAdminIbfk2InverseInput = { /** Flag indicating whether all other `organizationAdmin` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `organizationAdmin` for the far side of the relationship. */ connectByAAndB?: Maybe>; /** The primary key(s) for `organizationAdmin` for the far side of the relationship. */ deleteByAAndB?: Maybe>; /** The primary key(s) and patch data for `organizationAdmin` for the far side of the relationship. */ updateByAAndB?: Maybe>; /** A `OrganizationAdminInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `organizationAdmin` to be created by this mutation. */ export declare type _OrganizationAdminIbfk2OrganizationAdminCreateInput = { a?: Maybe; organization?: Maybe<_OrganizationAdminIbfk1Input>; admin?: Maybe<_OrganizationAdminIbfk2Input>; }; /** Input for the nested mutation of `anomalyLevelMapping` in the `OrganizationAnomalyLevelMappingInput` mutation. */ export declare type _OrganizationAnomalyLevelMappingIbfk1Input = { /** The primary key(s) for `anomalyLevelMapping` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `organizationAnomalyLevelMapping` in the `AnomalyLevelMappingInput` mutation. */ export declare type _OrganizationAnomalyLevelMappingIbfk1InverseInput = { /** * Flag indicating whether all other `organizationAnomalyLevelMapping` records * that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `organizationAnomalyLevelMapping` for the far side of the relationship. */ connectByAAndB?: Maybe>; /** The primary key(s) for `organizationAnomalyLevelMapping` for the far side of the relationship. */ deleteByAAndB?: Maybe>; /** The primary key(s) and patch data for `organizationAnomalyLevelMapping` for the far side of the relationship. */ updateByAAndB?: Maybe>; /** A `OrganizationAnomalyLevelMappingInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `organizationAnomalyLevelMapping` to be created by this mutation. */ export declare type _OrganizationAnomalyLevelMappingIbfk1OrganizationAnomalyLevelMappingCreateInput = { b?: Maybe; anomalyLevelMapping?: Maybe<_OrganizationAnomalyLevelMappingIbfk1Input>; organization?: Maybe<_OrganizationAnomalyLevelMappingIbfk2Input>; }; /** Input for the nested mutation of `organization` in the `OrganizationAnomalyLevelMappingInput` mutation. */ export declare type _OrganizationAnomalyLevelMappingIbfk2Input = { /** The primary key(s) for `organization` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `organizationAnomalyLevelMapping` in the `OrganizationInput` mutation. */ export declare type _OrganizationAnomalyLevelMappingIbfk2InverseInput = { /** * Flag indicating whether all other `organizationAnomalyLevelMapping` records * that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `organizationAnomalyLevelMapping` for the far side of the relationship. */ connectByAAndB?: Maybe>; /** The primary key(s) for `organizationAnomalyLevelMapping` for the far side of the relationship. */ deleteByAAndB?: Maybe>; /** The primary key(s) and patch data for `organizationAnomalyLevelMapping` for the far side of the relationship. */ updateByAAndB?: Maybe>; /** A `OrganizationAnomalyLevelMappingInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `organizationAnomalyLevelMapping` to be created by this mutation. */ export declare type _OrganizationAnomalyLevelMappingIbfk2OrganizationAnomalyLevelMappingCreateInput = { a?: Maybe; anomalyLevelMapping?: Maybe<_OrganizationAnomalyLevelMappingIbfk1Input>; organization?: Maybe<_OrganizationAnomalyLevelMappingIbfk2Input>; }; /** Input for the nested mutation of `organization` in the `OrganizationUserInput` mutation. */ export declare type _OrganizationUsersIbfk1Input = { /** The primary key(s) for `organization` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `organizationUser` in the `OrganizationInput` mutation. */ export declare type _OrganizationUsersIbfk1InverseInput = { /** Flag indicating whether all other `organizationUser` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `organizationUser` for the far side of the relationship. */ connectByAAndB?: Maybe>; /** The primary key(s) for `organizationUser` for the far side of the relationship. */ deleteByAAndB?: Maybe>; /** The primary key(s) and patch data for `organizationUser` for the far side of the relationship. */ updateByAAndB?: Maybe>; /** A `OrganizationUserInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `organizationUser` to be created by this mutation. */ export declare type _OrganizationUsersIbfk1OrganizationUsersCreateInput = { b?: Maybe; organization?: Maybe<_OrganizationUsersIbfk1Input>; user?: Maybe<_OrganizationUsersIbfk2Input>; }; /** Input for the nested mutation of `user` in the `OrganizationUserInput` mutation. */ export declare type _OrganizationUsersIbfk2Input = { /** The primary key(s) for `user` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `user` for the far side of the relationship. */ connectByEmail?: Maybe; }; /** Input for the nested mutation of `organizationUser` in the `UserInput` mutation. */ export declare type _OrganizationUsersIbfk2InverseInput = { /** Flag indicating whether all other `organizationUser` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `organizationUser` for the far side of the relationship. */ connectByAAndB?: Maybe>; /** The primary key(s) for `organizationUser` for the far side of the relationship. */ deleteByAAndB?: Maybe>; /** The primary key(s) and patch data for `organizationUser` for the far side of the relationship. */ updateByAAndB?: Maybe>; /** A `OrganizationUserInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `organizationUser` to be created by this mutation. */ export declare type _OrganizationUsersIbfk2OrganizationUsersCreateInput = { a?: Maybe; organization?: Maybe<_OrganizationUsersIbfk1Input>; user?: Maybe<_OrganizationUsersIbfk2Input>; }; /** The `anomaly` to be created by this mutation. */ export declare type _PlanAnomalyAnomalyIdFkeyAnomalyCreateInput = { id?: Maybe; nickname?: Maybe; level: Scalars['Float']; parameters?: Maybe; uMin?: Maybe; uMax?: Maybe; vMin?: Maybe; vMax?: Maybe; uvGeometry?: Maybe; description?: Maybe; type?: Maybe; location?: Maybe; structure?: Maybe; author?: Maybe; gltf?: Maybe; cloneOfRelation?: Maybe<_AnomalyCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_AnomalyCloneOfIbfk2InverseInput>; detections?: Maybe; segmentationsRelation?: Maybe<_AnomalySegmentationIbfk1InverseInput>; comments?: Maybe; missionsRelation?: Maybe<_MissionAnomaliesIbfk1InverseInput>; classificationsRelation?: Maybe<_AnomalyClassificationIbfk1InverseInput>; planRelation?: Maybe<_PlanAnomalyAnomalyIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionAnomalyAnomalyIdFkeyInverseInput>; }; /** Input for the nested mutation of `anomaly` in the `PlanAnomalyInput` mutation. */ export declare type _PlanAnomalyAnomalyIdFkeyInput = { /** The primary key(s) for `anomaly` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `anomaly` for the far side of the relationship. */ connectByLocation?: Maybe; /** The primary key(s) for `anomaly` for the far side of the relationship. */ connectByGltf?: Maybe; /** The primary key(s) for `anomaly` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) for `anomaly` for the far side of the relationship. */ deleteByLocation?: Maybe; /** The primary key(s) for `anomaly` for the far side of the relationship. */ deleteByGltf?: Maybe; /** The primary key(s) and patch data for `anomaly` for the far side of the relationship. */ updateById?: Maybe; /** The primary key(s) and patch data for `anomaly` for the far side of the relationship. */ updateByLocation?: Maybe; /** The primary key(s) and patch data for `anomaly` for the far side of the relationship. */ updateByGltf?: Maybe; /** A `AnomalyInput` object that will be created and connected to this object. */ create?: Maybe<_PlanAnomalyAnomalyIdFkeyAnomalyCreateInput>; }; /** Input for the nested mutation of `planAnomaly` in the `AnomalyInput` mutation. */ export declare type _PlanAnomalyAnomalyIdFkeyInverseInput = { /** Flag indicating whether all other `planAnomaly` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `planAnomaly` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `planAnomaly` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `planAnomaly` for the far side of the relationship. */ updateById?: Maybe>; /** A `PlanAnomalyInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `planAnomaly` to be created by this mutation. */ export declare type _PlanAnomalyAnomalyIdFkeyPlanAnomalyCreateInput = { id?: Maybe; planId?: Maybe; plan?: Maybe<_PlanAnomalyPlanIdFkeyInput>; anomaly?: Maybe<_PlanAnomalyAnomalyIdFkeyInput>; }; /** Input for the nested mutation of `plan` in the `PlanAnomalyInput` mutation. */ export declare type _PlanAnomalyPlanIdFkeyInput = { /** The primary key(s) for `plan` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `plan` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `plan` for the far side of the relationship. */ updateById?: Maybe; /** A `PlanInput` object that will be created and connected to this object. */ create?: Maybe<_PlanAnomalyPlanIdFkeyPlanCreateInput>; }; /** Input for the nested mutation of `planAnomaly` in the `PlanInput` mutation. */ export declare type _PlanAnomalyPlanIdFkeyInverseInput = { /** Flag indicating whether all other `planAnomaly` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `planAnomaly` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `planAnomaly` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `planAnomaly` for the far side of the relationship. */ updateById?: Maybe>; /** A `PlanAnomalyInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `planAnomaly` to be created by this mutation. */ export declare type _PlanAnomalyPlanIdFkeyPlanAnomalyCreateInput = { id?: Maybe; anomalyId?: Maybe; plan?: Maybe<_PlanAnomalyPlanIdFkeyInput>; anomaly?: Maybe<_PlanAnomalyAnomalyIdFkeyInput>; }; /** The `plan` to be created by this mutation. */ export declare type _PlanAnomalyPlanIdFkeyPlanCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; clones?: Maybe; dueAt?: Maybe; parameters?: Maybe; planToClones?: Maybe; assignedUserRelation?: Maybe<_PlanAssignmentPlanFkeyInverseInput>; basePlansRelation?: Maybe<_PlanFollowersFollowerFkeyInverseInput>; followerPlansRelation?: Maybe<_PlanFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventPlansCreatedPlanFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventPlansReadPlanFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventPlansUpdatedPlanFkeyInverseInput>; createdExecutionRelation?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInverseInput>; creatorExecutionRelation?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInverseInput>; childPlansRelation?: Maybe<_PlanChildrenParentFkeyInverseInput>; parentPlansRelation?: Maybe<_PlanChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_PlanAnomalyPlanIdFkeyInverseInput>; userRelation?: Maybe<_PlanUserPlanIdFkeyInverseInput>; organizationRelation?: Maybe<_PlanOrganizationPlanIdFkeyInverseInput>; commentRelation?: Maybe<_PlanCommentPlanIdFkeyInverseInput>; detectionRelation?: Maybe<_PlanDetectionPlanIdFkeyInverseInput>; imageRelation?: Maybe<_PlanImagePlanIdFkeyInverseInput>; artifactRelation?: Maybe<_PlanArtifactPlanIdFkeyInverseInput>; structureRelation?: Maybe<_PlanStructurePlanIdFkeyInverseInput>; locationRelation?: Maybe<_PlanLocationPlanIdFkeyInverseInput>; }; /** The `artifact` to be created by this mutation. */ export declare type _PlanArtifactArtifactIdFkeyArtifactCreateInput = { id?: Maybe; nickname?: Maybe; name?: Maybe; type?: Maybe; index?: Maybe; parameters?: Maybe; fallbackData?: Maybe; description?: Maybe; file?: Maybe; location?: Maybe; mission?: Maybe; plan?: Maybe; missionExecution?: Maybe; structuresRelation?: Maybe<_StructureArtifactsIbfk1InverseInput>; comments?: Maybe; cloneOfRelation?: Maybe<_ArtifactCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_ArtifactCloneOfIbfk2InverseInput>; planRelation?: Maybe<_PlanArtifactArtifactIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionArtifactArtifactIdFkeyInverseInput>; }; /** Input for the nested mutation of `artifact` in the `PlanArtifactInput` mutation. */ export declare type _PlanArtifactArtifactIdFkeyInput = { /** The primary key(s) for `artifact` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `artifact` for the far side of the relationship. */ connectByLocation?: Maybe; /** The primary key(s) for `artifact` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) for `artifact` for the far side of the relationship. */ deleteByLocation?: Maybe; /** The primary key(s) and patch data for `artifact` for the far side of the relationship. */ updateById?: Maybe; /** The primary key(s) and patch data for `artifact` for the far side of the relationship. */ updateByLocation?: Maybe; /** A `ArtifactInput` object that will be created and connected to this object. */ create?: Maybe<_PlanArtifactArtifactIdFkeyArtifactCreateInput>; }; /** Input for the nested mutation of `planArtifact` in the `ArtifactInput` mutation. */ export declare type _PlanArtifactArtifactIdFkeyInverseInput = { /** Flag indicating whether all other `planArtifact` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `planArtifact` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `planArtifact` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `planArtifact` for the far side of the relationship. */ updateById?: Maybe>; /** A `PlanArtifactInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `planArtifact` to be created by this mutation. */ export declare type _PlanArtifactArtifactIdFkeyPlanArtifactCreateInput = { id?: Maybe; planId?: Maybe; plan?: Maybe<_PlanArtifactPlanIdFkeyInput>; artifact?: Maybe<_PlanArtifactArtifactIdFkeyInput>; }; /** Input for the nested mutation of `plan` in the `PlanArtifactInput` mutation. */ export declare type _PlanArtifactPlanIdFkeyInput = { /** The primary key(s) for `plan` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `plan` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `plan` for the far side of the relationship. */ updateById?: Maybe; /** A `PlanInput` object that will be created and connected to this object. */ create?: Maybe<_PlanArtifactPlanIdFkeyPlanCreateInput>; }; /** Input for the nested mutation of `planArtifact` in the `PlanInput` mutation. */ export declare type _PlanArtifactPlanIdFkeyInverseInput = { /** Flag indicating whether all other `planArtifact` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `planArtifact` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `planArtifact` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `planArtifact` for the far side of the relationship. */ updateById?: Maybe>; /** A `PlanArtifactInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `planArtifact` to be created by this mutation. */ export declare type _PlanArtifactPlanIdFkeyPlanArtifactCreateInput = { id?: Maybe; artifactId?: Maybe; plan?: Maybe<_PlanArtifactPlanIdFkeyInput>; artifact?: Maybe<_PlanArtifactArtifactIdFkeyInput>; }; /** The `plan` to be created by this mutation. */ export declare type _PlanArtifactPlanIdFkeyPlanCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; clones?: Maybe; dueAt?: Maybe; parameters?: Maybe; planToClones?: Maybe; assignedUserRelation?: Maybe<_PlanAssignmentPlanFkeyInverseInput>; basePlansRelation?: Maybe<_PlanFollowersFollowerFkeyInverseInput>; followerPlansRelation?: Maybe<_PlanFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventPlansCreatedPlanFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventPlansReadPlanFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventPlansUpdatedPlanFkeyInverseInput>; createdExecutionRelation?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInverseInput>; creatorExecutionRelation?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInverseInput>; childPlansRelation?: Maybe<_PlanChildrenParentFkeyInverseInput>; parentPlansRelation?: Maybe<_PlanChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_PlanAnomalyPlanIdFkeyInverseInput>; userRelation?: Maybe<_PlanUserPlanIdFkeyInverseInput>; organizationRelation?: Maybe<_PlanOrganizationPlanIdFkeyInverseInput>; commentRelation?: Maybe<_PlanCommentPlanIdFkeyInverseInput>; detectionRelation?: Maybe<_PlanDetectionPlanIdFkeyInverseInput>; imageRelation?: Maybe<_PlanImagePlanIdFkeyInverseInput>; artifactRelation?: Maybe<_PlanArtifactPlanIdFkeyInverseInput>; structureRelation?: Maybe<_PlanStructurePlanIdFkeyInverseInput>; locationRelation?: Maybe<_PlanLocationPlanIdFkeyInverseInput>; }; /** Input for the nested mutation of `plan` in the `PlanAssignmentInput` mutation. */ export declare type _PlanAssignmentPlanFkeyInput = { /** The primary key(s) for `plan` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `plan` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `plan` for the far side of the relationship. */ updateById?: Maybe; /** A `PlanInput` object that will be created and connected to this object. */ create?: Maybe<_PlanAssignmentPlanFkeyPlanCreateInput>; }; /** Input for the nested mutation of `planAssignment` in the `PlanInput` mutation. */ export declare type _PlanAssignmentPlanFkeyInverseInput = { /** Flag indicating whether all other `planAssignment` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `planAssignment` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `planAssignment` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `planAssignment` for the far side of the relationship. */ updateById?: Maybe>; /** A `PlanAssignmentInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `planAssignment` to be created by this mutation. */ export declare type _PlanAssignmentPlanFkeyPlanAssignmentCreateInput = { id?: Maybe; createdAt?: Maybe; updatedAt?: Maybe; deletedAt?: Maybe; user?: Maybe; assignedUser?: Maybe<_PlanAssignmentUserFkeyInput>; assignedPlan?: Maybe<_PlanAssignmentPlanFkeyInput>; }; /** The `plan` to be created by this mutation. */ export declare type _PlanAssignmentPlanFkeyPlanCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; clones?: Maybe; dueAt?: Maybe; parameters?: Maybe; planToClones?: Maybe; assignedUserRelation?: Maybe<_PlanAssignmentPlanFkeyInverseInput>; basePlansRelation?: Maybe<_PlanFollowersFollowerFkeyInverseInput>; followerPlansRelation?: Maybe<_PlanFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventPlansCreatedPlanFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventPlansReadPlanFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventPlansUpdatedPlanFkeyInverseInput>; createdExecutionRelation?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInverseInput>; creatorExecutionRelation?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInverseInput>; childPlansRelation?: Maybe<_PlanChildrenParentFkeyInverseInput>; parentPlansRelation?: Maybe<_PlanChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_PlanAnomalyPlanIdFkeyInverseInput>; userRelation?: Maybe<_PlanUserPlanIdFkeyInverseInput>; organizationRelation?: Maybe<_PlanOrganizationPlanIdFkeyInverseInput>; commentRelation?: Maybe<_PlanCommentPlanIdFkeyInverseInput>; detectionRelation?: Maybe<_PlanDetectionPlanIdFkeyInverseInput>; imageRelation?: Maybe<_PlanImagePlanIdFkeyInverseInput>; artifactRelation?: Maybe<_PlanArtifactPlanIdFkeyInverseInput>; structureRelation?: Maybe<_PlanStructurePlanIdFkeyInverseInput>; locationRelation?: Maybe<_PlanLocationPlanIdFkeyInverseInput>; }; /** Input for the nested mutation of `user` in the `PlanAssignmentInput` mutation. */ export declare type _PlanAssignmentUserFkeyInput = { /** The primary key(s) for `user` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `user` for the far side of the relationship. */ connectByEmail?: Maybe; /** The primary key(s) for `user` for the far side of the relationship. */ connectByPicture?: Maybe; /** The primary key(s) for `user` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) for `user` for the far side of the relationship. */ deleteByEmail?: Maybe; /** The primary key(s) for `user` for the far side of the relationship. */ deleteByPicture?: Maybe; /** The primary key(s) and patch data for `user` for the far side of the relationship. */ updateById?: Maybe; /** The primary key(s) and patch data for `user` for the far side of the relationship. */ updateByEmail?: Maybe; /** The primary key(s) and patch data for `user` for the far side of the relationship. */ updateByPicture?: Maybe; /** A `UserInput` object that will be created and connected to this object. */ create?: Maybe<_PlanAssignmentUserFkeyUserCreateInput>; }; /** Input for the nested mutation of `planAssignment` in the `UserInput` mutation. */ export declare type _PlanAssignmentUserFkeyInverseInput = { /** The primary key(s) for `planAssignment` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `planAssignment` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** The `user` to be created by this mutation. */ export declare type _PlanAssignmentUserFkeyUserCreateInput = { id?: Maybe; nickname?: Maybe; name: Scalars['String']; email: Scalars['String']; password: Scalars['String']; description?: Maybe; activatedAt?: Maybe; dateOfBirth?: Maybe; parameters?: Maybe; language?: Maybe; picture?: Maybe; organizationsRelation?: Maybe<_OrganizationUsersIbfk2InverseInput>; assignments?: Maybe; adminInRelation?: Maybe<_OrganizationAdminIbfk2InverseInput>; planRelation?: Maybe<_PlanUserUserIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionUserUserIdFkeyInverseInput>; }; /** Input for the nested mutation of `plan` in the `PlanChildInput` mutation. */ export declare type _PlanChildrenChildFkeyInput = { /** The primary key(s) for `plan` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `plan` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `plan` for the far side of the relationship. */ updateById?: Maybe; /** A `PlanInput` object that will be created and connected to this object. */ create?: Maybe<_PlanChildrenChildFkeyPlanCreateInput>; }; /** Input for the nested mutation of `planChild` in the `PlanInput` mutation. */ export declare type _PlanChildrenChildFkeyInverseInput = { /** Flag indicating whether all other `planChild` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `planChild` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `planChild` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `planChild` for the far side of the relationship. */ updateById?: Maybe>; /** A `PlanChildInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `planChild` to be created by this mutation. */ export declare type _PlanChildrenChildFkeyPlanChildrenCreateInput = { id: Scalars['String']; parent?: Maybe; parentPlan?: Maybe<_PlanChildrenParentFkeyInput>; childPlan?: Maybe<_PlanChildrenChildFkeyInput>; }; /** The `plan` to be created by this mutation. */ export declare type _PlanChildrenChildFkeyPlanCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; clones?: Maybe; dueAt?: Maybe; parameters?: Maybe; planToClones?: Maybe; assignedUserRelation?: Maybe<_PlanAssignmentPlanFkeyInverseInput>; basePlansRelation?: Maybe<_PlanFollowersFollowerFkeyInverseInput>; followerPlansRelation?: Maybe<_PlanFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventPlansCreatedPlanFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventPlansReadPlanFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventPlansUpdatedPlanFkeyInverseInput>; createdExecutionRelation?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInverseInput>; creatorExecutionRelation?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInverseInput>; childPlansRelation?: Maybe<_PlanChildrenParentFkeyInverseInput>; parentPlansRelation?: Maybe<_PlanChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_PlanAnomalyPlanIdFkeyInverseInput>; userRelation?: Maybe<_PlanUserPlanIdFkeyInverseInput>; organizationRelation?: Maybe<_PlanOrganizationPlanIdFkeyInverseInput>; commentRelation?: Maybe<_PlanCommentPlanIdFkeyInverseInput>; detectionRelation?: Maybe<_PlanDetectionPlanIdFkeyInverseInput>; imageRelation?: Maybe<_PlanImagePlanIdFkeyInverseInput>; artifactRelation?: Maybe<_PlanArtifactPlanIdFkeyInverseInput>; structureRelation?: Maybe<_PlanStructurePlanIdFkeyInverseInput>; locationRelation?: Maybe<_PlanLocationPlanIdFkeyInverseInput>; }; /** Input for the nested mutation of `plan` in the `PlanChildInput` mutation. */ export declare type _PlanChildrenParentFkeyInput = { /** The primary key(s) for `plan` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `plan` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `plan` for the far side of the relationship. */ updateById?: Maybe; /** A `PlanInput` object that will be created and connected to this object. */ create?: Maybe<_PlanChildrenParentFkeyPlanCreateInput>; }; /** Input for the nested mutation of `planChild` in the `PlanInput` mutation. */ export declare type _PlanChildrenParentFkeyInverseInput = { /** Flag indicating whether all other `planChild` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `planChild` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `planChild` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `planChild` for the far side of the relationship. */ updateById?: Maybe>; /** A `PlanChildInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `planChild` to be created by this mutation. */ export declare type _PlanChildrenParentFkeyPlanChildrenCreateInput = { id: Scalars['String']; child?: Maybe; parentPlan?: Maybe<_PlanChildrenParentFkeyInput>; childPlan?: Maybe<_PlanChildrenChildFkeyInput>; }; /** The `plan` to be created by this mutation. */ export declare type _PlanChildrenParentFkeyPlanCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; clones?: Maybe; dueAt?: Maybe; parameters?: Maybe; planToClones?: Maybe; assignedUserRelation?: Maybe<_PlanAssignmentPlanFkeyInverseInput>; basePlansRelation?: Maybe<_PlanFollowersFollowerFkeyInverseInput>; followerPlansRelation?: Maybe<_PlanFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventPlansCreatedPlanFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventPlansReadPlanFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventPlansUpdatedPlanFkeyInverseInput>; createdExecutionRelation?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInverseInput>; creatorExecutionRelation?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInverseInput>; childPlansRelation?: Maybe<_PlanChildrenParentFkeyInverseInput>; parentPlansRelation?: Maybe<_PlanChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_PlanAnomalyPlanIdFkeyInverseInput>; userRelation?: Maybe<_PlanUserPlanIdFkeyInverseInput>; organizationRelation?: Maybe<_PlanOrganizationPlanIdFkeyInverseInput>; commentRelation?: Maybe<_PlanCommentPlanIdFkeyInverseInput>; detectionRelation?: Maybe<_PlanDetectionPlanIdFkeyInverseInput>; imageRelation?: Maybe<_PlanImagePlanIdFkeyInverseInput>; artifactRelation?: Maybe<_PlanArtifactPlanIdFkeyInverseInput>; structureRelation?: Maybe<_PlanStructurePlanIdFkeyInverseInput>; locationRelation?: Maybe<_PlanLocationPlanIdFkeyInverseInput>; }; /** The `comment` to be created by this mutation. */ export declare type _PlanCommentCommentIdFkeyCommentCreateInput = { id?: Maybe; content?: Maybe; author?: Maybe; aboutComment?: Maybe; aboutArtifact?: Maybe; aboutMission?: Maybe; aboutStructure?: Maybe; aboutAnomaly?: Maybe; aboutClassification?: Maybe; aboutDetection?: Maybe; aboutSegmentation?: Maybe; aboutImage?: Maybe; cloneOfRelation?: Maybe<_CommentCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_CommentCloneOfIbfk2InverseInput>; planRelation?: Maybe<_PlanCommentCommentIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionCommentCommentIdFkeyInverseInput>; }; /** Input for the nested mutation of `comment` in the `PlanCommentInput` mutation. */ export declare type _PlanCommentCommentIdFkeyInput = { /** The primary key(s) for `comment` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `comment` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `comment` for the far side of the relationship. */ updateById?: Maybe; /** A `CommentInput` object that will be created and connected to this object. */ create?: Maybe<_PlanCommentCommentIdFkeyCommentCreateInput>; }; /** Input for the nested mutation of `planComment` in the `CommentInput` mutation. */ export declare type _PlanCommentCommentIdFkeyInverseInput = { /** Flag indicating whether all other `planComment` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `planComment` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `planComment` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `planComment` for the far side of the relationship. */ updateById?: Maybe>; /** A `PlanCommentInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `planComment` to be created by this mutation. */ export declare type _PlanCommentCommentIdFkeyPlanCommentCreateInput = { id?: Maybe; planId?: Maybe; plan?: Maybe<_PlanCommentPlanIdFkeyInput>; comment?: Maybe<_PlanCommentCommentIdFkeyInput>; }; /** Input for the nested mutation of `plan` in the `PlanCommentInput` mutation. */ export declare type _PlanCommentPlanIdFkeyInput = { /** The primary key(s) for `plan` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `plan` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `plan` for the far side of the relationship. */ updateById?: Maybe; /** A `PlanInput` object that will be created and connected to this object. */ create?: Maybe<_PlanCommentPlanIdFkeyPlanCreateInput>; }; /** Input for the nested mutation of `planComment` in the `PlanInput` mutation. */ export declare type _PlanCommentPlanIdFkeyInverseInput = { /** Flag indicating whether all other `planComment` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `planComment` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `planComment` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `planComment` for the far side of the relationship. */ updateById?: Maybe>; /** A `PlanCommentInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `planComment` to be created by this mutation. */ export declare type _PlanCommentPlanIdFkeyPlanCommentCreateInput = { id?: Maybe; commentId?: Maybe; plan?: Maybe<_PlanCommentPlanIdFkeyInput>; comment?: Maybe<_PlanCommentCommentIdFkeyInput>; }; /** The `plan` to be created by this mutation. */ export declare type _PlanCommentPlanIdFkeyPlanCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; clones?: Maybe; dueAt?: Maybe; parameters?: Maybe; planToClones?: Maybe; assignedUserRelation?: Maybe<_PlanAssignmentPlanFkeyInverseInput>; basePlansRelation?: Maybe<_PlanFollowersFollowerFkeyInverseInput>; followerPlansRelation?: Maybe<_PlanFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventPlansCreatedPlanFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventPlansReadPlanFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventPlansUpdatedPlanFkeyInverseInput>; createdExecutionRelation?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInverseInput>; creatorExecutionRelation?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInverseInput>; childPlansRelation?: Maybe<_PlanChildrenParentFkeyInverseInput>; parentPlansRelation?: Maybe<_PlanChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_PlanAnomalyPlanIdFkeyInverseInput>; userRelation?: Maybe<_PlanUserPlanIdFkeyInverseInput>; organizationRelation?: Maybe<_PlanOrganizationPlanIdFkeyInverseInput>; commentRelation?: Maybe<_PlanCommentPlanIdFkeyInverseInput>; detectionRelation?: Maybe<_PlanDetectionPlanIdFkeyInverseInput>; imageRelation?: Maybe<_PlanImagePlanIdFkeyInverseInput>; artifactRelation?: Maybe<_PlanArtifactPlanIdFkeyInverseInput>; structureRelation?: Maybe<_PlanStructurePlanIdFkeyInverseInput>; locationRelation?: Maybe<_PlanLocationPlanIdFkeyInverseInput>; }; /** The `execution` to be created by this mutation. */ export declare type _PlanCreatorExecutionCreatedExecutionFkeyExecutionCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; clones?: Maybe; succeededAt?: Maybe; cancelledAt?: Maybe; startedAt?: Maybe; parameters?: Maybe; executionToClones?: Maybe; baseExecutionsRelation?: Maybe<_ExecutionFollowersFollowerFkeyInverseInput>; followerExecutionsRelation?: Maybe<_ExecutionFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventExecutionsCreatedExecutionFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventExecutionsReadExecutionFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventExecutionsUpdatedExecutionFkeyInverseInput>; creatorPlanRelation?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInverseInput>; createdPlanRelation?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInverseInput>; childExecutionsRelation?: Maybe<_ExecutionChildrenParentFkeyInverseInput>; parentExecutionsRelation?: Maybe<_ExecutionChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_ExecutionAnomalyExecutionIdFkeyInverseInput>; userRelation?: Maybe<_ExecutionUserExecutionIdFkeyInverseInput>; organizationRelation?: Maybe<_ExecutionOrganizationExecutionIdFkeyInverseInput>; commentRelation?: Maybe<_ExecutionCommentExecutionIdFkeyInverseInput>; detectionRelation?: Maybe<_ExecutionDetectionExecutionIdFkeyInverseInput>; imageRelation?: Maybe<_ExecutionImageExecutionIdFkeyInverseInput>; artifactRelation?: Maybe<_ExecutionArtifactExecutionIdFkeyInverseInput>; structureRelation?: Maybe<_ExecutionStructureExecutionIdFkeyInverseInput>; locationRelation?: Maybe<_ExecutionLocationExecutionIdFkeyInverseInput>; }; /** Input for the nested mutation of `execution` in the `PlanCreatorExecutionCreatedInput` mutation. */ export declare type _PlanCreatorExecutionCreatedExecutionFkeyInput = { /** The primary key(s) for `execution` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `execution` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `execution` for the far side of the relationship. */ updateById?: Maybe; /** A `ExecutionInput` object that will be created and connected to this object. */ create?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyExecutionCreateInput>; }; /** Input for the nested mutation of `planCreatorExecutionCreated` in the `ExecutionInput` mutation. */ export declare type _PlanCreatorExecutionCreatedExecutionFkeyInverseInput = { /** Flag indicating whether all other `planCreatorExecutionCreated` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `planCreatorExecutionCreated` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `planCreatorExecutionCreated` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `planCreatorExecutionCreated` for the far side of the relationship. */ updateById?: Maybe>; /** A `PlanCreatorExecutionCreatedInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `planCreatorExecutionCreated` to be created by this mutation. */ export declare type _PlanCreatorExecutionCreatedExecutionFkeyPlanCreatorExecutionCreatedCreateInput = { id: Scalars['String']; plan?: Maybe; createdExecution?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInput>; creatorPlan?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInput>; }; /** Input for the nested mutation of `plan` in the `PlanCreatorExecutionCreatedInput` mutation. */ export declare type _PlanCreatorExecutionCreatedPlanFkeyInput = { /** The primary key(s) for `plan` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `plan` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `plan` for the far side of the relationship. */ updateById?: Maybe; /** A `PlanInput` object that will be created and connected to this object. */ create?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyPlanCreateInput>; }; /** Input for the nested mutation of `planCreatorExecutionCreated` in the `PlanInput` mutation. */ export declare type _PlanCreatorExecutionCreatedPlanFkeyInverseInput = { /** Flag indicating whether all other `planCreatorExecutionCreated` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `planCreatorExecutionCreated` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `planCreatorExecutionCreated` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `planCreatorExecutionCreated` for the far side of the relationship. */ updateById?: Maybe>; /** A `PlanCreatorExecutionCreatedInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `plan` to be created by this mutation. */ export declare type _PlanCreatorExecutionCreatedPlanFkeyPlanCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; clones?: Maybe; dueAt?: Maybe; parameters?: Maybe; planToClones?: Maybe; assignedUserRelation?: Maybe<_PlanAssignmentPlanFkeyInverseInput>; basePlansRelation?: Maybe<_PlanFollowersFollowerFkeyInverseInput>; followerPlansRelation?: Maybe<_PlanFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventPlansCreatedPlanFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventPlansReadPlanFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventPlansUpdatedPlanFkeyInverseInput>; createdExecutionRelation?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInverseInput>; creatorExecutionRelation?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInverseInput>; childPlansRelation?: Maybe<_PlanChildrenParentFkeyInverseInput>; parentPlansRelation?: Maybe<_PlanChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_PlanAnomalyPlanIdFkeyInverseInput>; userRelation?: Maybe<_PlanUserPlanIdFkeyInverseInput>; organizationRelation?: Maybe<_PlanOrganizationPlanIdFkeyInverseInput>; commentRelation?: Maybe<_PlanCommentPlanIdFkeyInverseInput>; detectionRelation?: Maybe<_PlanDetectionPlanIdFkeyInverseInput>; imageRelation?: Maybe<_PlanImagePlanIdFkeyInverseInput>; artifactRelation?: Maybe<_PlanArtifactPlanIdFkeyInverseInput>; structureRelation?: Maybe<_PlanStructurePlanIdFkeyInverseInput>; locationRelation?: Maybe<_PlanLocationPlanIdFkeyInverseInput>; }; /** The `planCreatorExecutionCreated` to be created by this mutation. */ export declare type _PlanCreatorExecutionCreatedPlanFkeyPlanCreatorExecutionCreatedCreateInput = { id: Scalars['String']; execution?: Maybe; createdExecution?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInput>; creatorPlan?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInput>; }; /** The `detection` to be created by this mutation. */ export declare type _PlanDetectionDetectionIdFkeyDetectionCreateInput = { id?: Maybe; nickname?: Maybe; left?: Maybe; level: Scalars['Float']; top?: Maybe; width?: Maybe; height?: Maybe; right?: Maybe; bottom?: Maybe; confidenceScore?: Maybe; uMin?: Maybe; uMax?: Maybe; vMin?: Maybe; vMax?: Maybe; description?: Maybe; geometry: Scalars['GeoJSON']; uvGeometry?: Maybe; author?: Maybe; type?: Maybe; anomaly?: Maybe; image?: Maybe; segmentation?: Maybe; mission?: Maybe; structure?: Maybe; cloneOfRelation?: Maybe<_DetectionCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_DetectionCloneOfIbfk2InverseInput>; comments?: Maybe; planRelation?: Maybe<_PlanDetectionDetectionIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionDetectionDetectionIdFkeyInverseInput>; }; /** Input for the nested mutation of `detection` in the `PlanDetectionInput` mutation. */ export declare type _PlanDetectionDetectionIdFkeyInput = { /** The primary key(s) for `detection` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `detection` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `detection` for the far side of the relationship. */ updateById?: Maybe; /** A `DetectionInput` object that will be created and connected to this object. */ create?: Maybe<_PlanDetectionDetectionIdFkeyDetectionCreateInput>; }; /** Input for the nested mutation of `planDetection` in the `DetectionInput` mutation. */ export declare type _PlanDetectionDetectionIdFkeyInverseInput = { /** Flag indicating whether all other `planDetection` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `planDetection` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `planDetection` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `planDetection` for the far side of the relationship. */ updateById?: Maybe>; /** A `PlanDetectionInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `planDetection` to be created by this mutation. */ export declare type _PlanDetectionDetectionIdFkeyPlanDetectionCreateInput = { id?: Maybe; planId?: Maybe; plan?: Maybe<_PlanDetectionPlanIdFkeyInput>; detection?: Maybe<_PlanDetectionDetectionIdFkeyInput>; }; /** Input for the nested mutation of `plan` in the `PlanDetectionInput` mutation. */ export declare type _PlanDetectionPlanIdFkeyInput = { /** The primary key(s) for `plan` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `plan` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `plan` for the far side of the relationship. */ updateById?: Maybe; /** A `PlanInput` object that will be created and connected to this object. */ create?: Maybe<_PlanDetectionPlanIdFkeyPlanCreateInput>; }; /** Input for the nested mutation of `planDetection` in the `PlanInput` mutation. */ export declare type _PlanDetectionPlanIdFkeyInverseInput = { /** Flag indicating whether all other `planDetection` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `planDetection` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `planDetection` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `planDetection` for the far side of the relationship. */ updateById?: Maybe>; /** A `PlanDetectionInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `plan` to be created by this mutation. */ export declare type _PlanDetectionPlanIdFkeyPlanCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; clones?: Maybe; dueAt?: Maybe; parameters?: Maybe; planToClones?: Maybe; assignedUserRelation?: Maybe<_PlanAssignmentPlanFkeyInverseInput>; basePlansRelation?: Maybe<_PlanFollowersFollowerFkeyInverseInput>; followerPlansRelation?: Maybe<_PlanFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventPlansCreatedPlanFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventPlansReadPlanFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventPlansUpdatedPlanFkeyInverseInput>; createdExecutionRelation?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInverseInput>; creatorExecutionRelation?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInverseInput>; childPlansRelation?: Maybe<_PlanChildrenParentFkeyInverseInput>; parentPlansRelation?: Maybe<_PlanChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_PlanAnomalyPlanIdFkeyInverseInput>; userRelation?: Maybe<_PlanUserPlanIdFkeyInverseInput>; organizationRelation?: Maybe<_PlanOrganizationPlanIdFkeyInverseInput>; commentRelation?: Maybe<_PlanCommentPlanIdFkeyInverseInput>; detectionRelation?: Maybe<_PlanDetectionPlanIdFkeyInverseInput>; imageRelation?: Maybe<_PlanImagePlanIdFkeyInverseInput>; artifactRelation?: Maybe<_PlanArtifactPlanIdFkeyInverseInput>; structureRelation?: Maybe<_PlanStructurePlanIdFkeyInverseInput>; locationRelation?: Maybe<_PlanLocationPlanIdFkeyInverseInput>; }; /** The `planDetection` to be created by this mutation. */ export declare type _PlanDetectionPlanIdFkeyPlanDetectionCreateInput = { id?: Maybe; detectionId?: Maybe; plan?: Maybe<_PlanDetectionPlanIdFkeyInput>; detection?: Maybe<_PlanDetectionDetectionIdFkeyInput>; }; /** Input for the nested mutation of `plan` in the `PlanFollowerInput` mutation. */ export declare type _PlanFollowersBaseFkeyInput = { /** The primary key(s) for `plan` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `plan` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `plan` for the far side of the relationship. */ updateById?: Maybe; /** A `PlanInput` object that will be created and connected to this object. */ create?: Maybe<_PlanFollowersBaseFkeyPlanCreateInput>; }; /** Input for the nested mutation of `planFollower` in the `PlanInput` mutation. */ export declare type _PlanFollowersBaseFkeyInverseInput = { /** Flag indicating whether all other `planFollower` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `planFollower` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `planFollower` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `planFollower` for the far side of the relationship. */ updateById?: Maybe>; /** A `PlanFollowerInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `plan` to be created by this mutation. */ export declare type _PlanFollowersBaseFkeyPlanCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; clones?: Maybe; dueAt?: Maybe; parameters?: Maybe; planToClones?: Maybe; assignedUserRelation?: Maybe<_PlanAssignmentPlanFkeyInverseInput>; basePlansRelation?: Maybe<_PlanFollowersFollowerFkeyInverseInput>; followerPlansRelation?: Maybe<_PlanFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventPlansCreatedPlanFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventPlansReadPlanFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventPlansUpdatedPlanFkeyInverseInput>; createdExecutionRelation?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInverseInput>; creatorExecutionRelation?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInverseInput>; childPlansRelation?: Maybe<_PlanChildrenParentFkeyInverseInput>; parentPlansRelation?: Maybe<_PlanChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_PlanAnomalyPlanIdFkeyInverseInput>; userRelation?: Maybe<_PlanUserPlanIdFkeyInverseInput>; organizationRelation?: Maybe<_PlanOrganizationPlanIdFkeyInverseInput>; commentRelation?: Maybe<_PlanCommentPlanIdFkeyInverseInput>; detectionRelation?: Maybe<_PlanDetectionPlanIdFkeyInverseInput>; imageRelation?: Maybe<_PlanImagePlanIdFkeyInverseInput>; artifactRelation?: Maybe<_PlanArtifactPlanIdFkeyInverseInput>; structureRelation?: Maybe<_PlanStructurePlanIdFkeyInverseInput>; locationRelation?: Maybe<_PlanLocationPlanIdFkeyInverseInput>; }; /** The `planFollower` to be created by this mutation. */ export declare type _PlanFollowersBaseFkeyPlanFollowersCreateInput = { id: Scalars['String']; follower?: Maybe; followerPlan?: Maybe<_PlanFollowersFollowerFkeyInput>; basePlan?: Maybe<_PlanFollowersBaseFkeyInput>; }; /** Input for the nested mutation of `plan` in the `PlanFollowerInput` mutation. */ export declare type _PlanFollowersFollowerFkeyInput = { /** The primary key(s) for `plan` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `plan` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `plan` for the far side of the relationship. */ updateById?: Maybe; /** A `PlanInput` object that will be created and connected to this object. */ create?: Maybe<_PlanFollowersFollowerFkeyPlanCreateInput>; }; /** Input for the nested mutation of `planFollower` in the `PlanInput` mutation. */ export declare type _PlanFollowersFollowerFkeyInverseInput = { /** Flag indicating whether all other `planFollower` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `planFollower` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `planFollower` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `planFollower` for the far side of the relationship. */ updateById?: Maybe>; /** A `PlanFollowerInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `plan` to be created by this mutation. */ export declare type _PlanFollowersFollowerFkeyPlanCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; clones?: Maybe; dueAt?: Maybe; parameters?: Maybe; planToClones?: Maybe; assignedUserRelation?: Maybe<_PlanAssignmentPlanFkeyInverseInput>; basePlansRelation?: Maybe<_PlanFollowersFollowerFkeyInverseInput>; followerPlansRelation?: Maybe<_PlanFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventPlansCreatedPlanFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventPlansReadPlanFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventPlansUpdatedPlanFkeyInverseInput>; createdExecutionRelation?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInverseInput>; creatorExecutionRelation?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInverseInput>; childPlansRelation?: Maybe<_PlanChildrenParentFkeyInverseInput>; parentPlansRelation?: Maybe<_PlanChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_PlanAnomalyPlanIdFkeyInverseInput>; userRelation?: Maybe<_PlanUserPlanIdFkeyInverseInput>; organizationRelation?: Maybe<_PlanOrganizationPlanIdFkeyInverseInput>; commentRelation?: Maybe<_PlanCommentPlanIdFkeyInverseInput>; detectionRelation?: Maybe<_PlanDetectionPlanIdFkeyInverseInput>; imageRelation?: Maybe<_PlanImagePlanIdFkeyInverseInput>; artifactRelation?: Maybe<_PlanArtifactPlanIdFkeyInverseInput>; structureRelation?: Maybe<_PlanStructurePlanIdFkeyInverseInput>; locationRelation?: Maybe<_PlanLocationPlanIdFkeyInverseInput>; }; /** The `planFollower` to be created by this mutation. */ export declare type _PlanFollowersFollowerFkeyPlanFollowersCreateInput = { id: Scalars['String']; base?: Maybe; followerPlan?: Maybe<_PlanFollowersFollowerFkeyInput>; basePlan?: Maybe<_PlanFollowersBaseFkeyInput>; }; /** The `image` to be created by this mutation. */ export declare type _PlanImageImageIdFkeyImageCreateInput = { id?: Maybe; metaData?: Maybe; valid?: Maybe; fallbackData?: Maybe; index?: Maybe; width?: Maybe; height?: Maybe; distance?: Maybe; cameraFieldOfViewVertical?: Maybe; cameraFieldOfViewHorizontal?: Maybe; cameraShutterSpeed?: Maybe; cameraAperture?: Maybe; cameraModel?: Maybe; cameraLensModel?: Maybe; cameraLensMake?: Maybe; cameraMake?: Maybe; description?: Maybe; distanceGradientVertical?: Maybe; cameraIso?: Maybe; distanceGradientHorizontal?: Maybe; capturedAt?: Maybe; file?: Maybe; mission?: Maybe; location?: Maybe; correction?: Maybe; segmentations?: Maybe; structuresRelation?: Maybe<_StructureImagesIbfk1InverseInput>; cloneOfRelation?: Maybe<_ImageCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_ImageCloneOfIbfk2InverseInput>; detections?: Maybe; classifications?: Maybe; comments?: Maybe; planRelation?: Maybe<_PlanImageImageIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionImageImageIdFkeyInverseInput>; }; /** Input for the nested mutation of `image` in the `PlanImageInput` mutation. */ export declare type _PlanImageImageIdFkeyInput = { /** The primary key(s) for `image` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `image` for the far side of the relationship. */ connectByLocation?: Maybe; /** The primary key(s) for `image` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) for `image` for the far side of the relationship. */ deleteByLocation?: Maybe; /** The primary key(s) and patch data for `image` for the far side of the relationship. */ updateById?: Maybe; /** The primary key(s) and patch data for `image` for the far side of the relationship. */ updateByLocation?: Maybe; /** A `ImageInput` object that will be created and connected to this object. */ create?: Maybe<_PlanImageImageIdFkeyImageCreateInput>; }; /** Input for the nested mutation of `planImage` in the `ImageInput` mutation. */ export declare type _PlanImageImageIdFkeyInverseInput = { /** Flag indicating whether all other `planImage` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `planImage` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `planImage` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `planImage` for the far side of the relationship. */ updateById?: Maybe>; /** A `PlanImageInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `planImage` to be created by this mutation. */ export declare type _PlanImageImageIdFkeyPlanImageCreateInput = { id?: Maybe; planId?: Maybe; plan?: Maybe<_PlanImagePlanIdFkeyInput>; image?: Maybe<_PlanImageImageIdFkeyInput>; }; /** Input for the nested mutation of `plan` in the `PlanImageInput` mutation. */ export declare type _PlanImagePlanIdFkeyInput = { /** The primary key(s) for `plan` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `plan` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `plan` for the far side of the relationship. */ updateById?: Maybe; /** A `PlanInput` object that will be created and connected to this object. */ create?: Maybe<_PlanImagePlanIdFkeyPlanCreateInput>; }; /** Input for the nested mutation of `planImage` in the `PlanInput` mutation. */ export declare type _PlanImagePlanIdFkeyInverseInput = { /** Flag indicating whether all other `planImage` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `planImage` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `planImage` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `planImage` for the far side of the relationship. */ updateById?: Maybe>; /** A `PlanImageInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `plan` to be created by this mutation. */ export declare type _PlanImagePlanIdFkeyPlanCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; clones?: Maybe; dueAt?: Maybe; parameters?: Maybe; planToClones?: Maybe; assignedUserRelation?: Maybe<_PlanAssignmentPlanFkeyInverseInput>; basePlansRelation?: Maybe<_PlanFollowersFollowerFkeyInverseInput>; followerPlansRelation?: Maybe<_PlanFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventPlansCreatedPlanFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventPlansReadPlanFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventPlansUpdatedPlanFkeyInverseInput>; createdExecutionRelation?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInverseInput>; creatorExecutionRelation?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInverseInput>; childPlansRelation?: Maybe<_PlanChildrenParentFkeyInverseInput>; parentPlansRelation?: Maybe<_PlanChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_PlanAnomalyPlanIdFkeyInverseInput>; userRelation?: Maybe<_PlanUserPlanIdFkeyInverseInput>; organizationRelation?: Maybe<_PlanOrganizationPlanIdFkeyInverseInput>; commentRelation?: Maybe<_PlanCommentPlanIdFkeyInverseInput>; detectionRelation?: Maybe<_PlanDetectionPlanIdFkeyInverseInput>; imageRelation?: Maybe<_PlanImagePlanIdFkeyInverseInput>; artifactRelation?: Maybe<_PlanArtifactPlanIdFkeyInverseInput>; structureRelation?: Maybe<_PlanStructurePlanIdFkeyInverseInput>; locationRelation?: Maybe<_PlanLocationPlanIdFkeyInverseInput>; }; /** The `planImage` to be created by this mutation. */ export declare type _PlanImagePlanIdFkeyPlanImageCreateInput = { id?: Maybe; imageId?: Maybe; plan?: Maybe<_PlanImagePlanIdFkeyInput>; image?: Maybe<_PlanImageImageIdFkeyInput>; }; /** Input for the nested mutation of `location` in the `PlanLocationInput` mutation. */ export declare type _PlanLocationLocationIdFkeyInput = { /** The primary key(s) for `location` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `location` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `location` for the far side of the relationship. */ updateById?: Maybe; /** A `LocationInput` object that will be created and connected to this object. */ create?: Maybe<_PlanLocationLocationIdFkeyLocationCreateInput>; }; /** Input for the nested mutation of `planLocation` in the `LocationInput` mutation. */ export declare type _PlanLocationLocationIdFkeyInverseInput = { /** Flag indicating whether all other `planLocation` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `planLocation` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `planLocation` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `planLocation` for the far side of the relationship. */ updateById?: Maybe>; /** A `PlanLocationInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `location` to be created by this mutation. */ export declare type _PlanLocationLocationIdFkeyLocationCreateInput = { id?: Maybe; nickname?: Maybe; errorRadius?: Maybe; name?: Maybe; latitude: Scalars['Float']; longitude: Scalars['Float']; altitude?: Maybe; roll?: Maybe; pitch?: Maybe; yaw?: Maybe; position?: Maybe; geometry3D?: Maybe; geometry2D?: Maybe; structure?: Maybe; image?: Maybe; anomaly?: Maybe; artifact?: Maybe; cloneOfRelation?: Maybe<_LocationCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_LocationCloneOfIbfk2InverseInput>; planRelation?: Maybe<_PlanLocationLocationIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionLocationLocationIdFkeyInverseInput>; }; /** The `planLocation` to be created by this mutation. */ export declare type _PlanLocationLocationIdFkeyPlanLocationCreateInput = { id?: Maybe; planId?: Maybe; plan?: Maybe<_PlanLocationPlanIdFkeyInput>; location?: Maybe<_PlanLocationLocationIdFkeyInput>; }; /** Input for the nested mutation of `plan` in the `PlanLocationInput` mutation. */ export declare type _PlanLocationPlanIdFkeyInput = { /** The primary key(s) for `plan` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `plan` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `plan` for the far side of the relationship. */ updateById?: Maybe; /** A `PlanInput` object that will be created and connected to this object. */ create?: Maybe<_PlanLocationPlanIdFkeyPlanCreateInput>; }; /** Input for the nested mutation of `planLocation` in the `PlanInput` mutation. */ export declare type _PlanLocationPlanIdFkeyInverseInput = { /** Flag indicating whether all other `planLocation` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `planLocation` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `planLocation` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `planLocation` for the far side of the relationship. */ updateById?: Maybe>; /** A `PlanLocationInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `plan` to be created by this mutation. */ export declare type _PlanLocationPlanIdFkeyPlanCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; clones?: Maybe; dueAt?: Maybe; parameters?: Maybe; planToClones?: Maybe; assignedUserRelation?: Maybe<_PlanAssignmentPlanFkeyInverseInput>; basePlansRelation?: Maybe<_PlanFollowersFollowerFkeyInverseInput>; followerPlansRelation?: Maybe<_PlanFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventPlansCreatedPlanFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventPlansReadPlanFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventPlansUpdatedPlanFkeyInverseInput>; createdExecutionRelation?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInverseInput>; creatorExecutionRelation?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInverseInput>; childPlansRelation?: Maybe<_PlanChildrenParentFkeyInverseInput>; parentPlansRelation?: Maybe<_PlanChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_PlanAnomalyPlanIdFkeyInverseInput>; userRelation?: Maybe<_PlanUserPlanIdFkeyInverseInput>; organizationRelation?: Maybe<_PlanOrganizationPlanIdFkeyInverseInput>; commentRelation?: Maybe<_PlanCommentPlanIdFkeyInverseInput>; detectionRelation?: Maybe<_PlanDetectionPlanIdFkeyInverseInput>; imageRelation?: Maybe<_PlanImagePlanIdFkeyInverseInput>; artifactRelation?: Maybe<_PlanArtifactPlanIdFkeyInverseInput>; structureRelation?: Maybe<_PlanStructurePlanIdFkeyInverseInput>; locationRelation?: Maybe<_PlanLocationPlanIdFkeyInverseInput>; }; /** The `planLocation` to be created by this mutation. */ export declare type _PlanLocationPlanIdFkeyPlanLocationCreateInput = { id?: Maybe; locationId?: Maybe; plan?: Maybe<_PlanLocationPlanIdFkeyInput>; location?: Maybe<_PlanLocationLocationIdFkeyInput>; }; /** Input for the nested mutation of `organization` in the `PlanOrganizationInput` mutation. */ export declare type _PlanOrganizationOrganizationIdFkeyInput = { /** The primary key(s) for `organization` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `organization` for the far side of the relationship. */ connectByPicture?: Maybe; /** The primary key(s) for `organization` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) for `organization` for the far side of the relationship. */ deleteByPicture?: Maybe; /** The primary key(s) and patch data for `organization` for the far side of the relationship. */ updateById?: Maybe; /** The primary key(s) and patch data for `organization` for the far side of the relationship. */ updateByPicture?: Maybe; /** A `OrganizationInput` object that will be created and connected to this object. */ create?: Maybe<_PlanOrganizationOrganizationIdFkeyOrganizationCreateInput>; }; /** Input for the nested mutation of `planOrganization` in the `OrganizationInput` mutation. */ export declare type _PlanOrganizationOrganizationIdFkeyInverseInput = { /** Flag indicating whether all other `planOrganization` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `planOrganization` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `planOrganization` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `planOrganization` for the far side of the relationship. */ updateById?: Maybe>; /** A `PlanOrganizationInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `organization` to be created by this mutation. */ export declare type _PlanOrganizationOrganizationIdFkeyOrganizationCreateInput = { id?: Maybe; nickname?: Maybe; name: Scalars['String']; description?: Maybe; subscriptionPlan?: Maybe; picture?: Maybe; usersRelation?: Maybe<_OrganizationUsersIbfk1InverseInput>; anomalyLevelMappingsRelation?: Maybe<_OrganizationAnomalyLevelMappingIbfk2InverseInput>; adminsRelation?: Maybe<_OrganizationAdminIbfk1InverseInput>; planRelation?: Maybe<_PlanOrganizationOrganizationIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionOrganizationOrganizationIdFkeyInverseInput>; }; /** The `planOrganization` to be created by this mutation. */ export declare type _PlanOrganizationOrganizationIdFkeyPlanOrganizationCreateInput = { id?: Maybe; planId?: Maybe; plan?: Maybe<_PlanOrganizationPlanIdFkeyInput>; organization?: Maybe<_PlanOrganizationOrganizationIdFkeyInput>; }; /** Input for the nested mutation of `plan` in the `PlanOrganizationInput` mutation. */ export declare type _PlanOrganizationPlanIdFkeyInput = { /** The primary key(s) for `plan` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `plan` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `plan` for the far side of the relationship. */ updateById?: Maybe; /** A `PlanInput` object that will be created and connected to this object. */ create?: Maybe<_PlanOrganizationPlanIdFkeyPlanCreateInput>; }; /** Input for the nested mutation of `planOrganization` in the `PlanInput` mutation. */ export declare type _PlanOrganizationPlanIdFkeyInverseInput = { /** Flag indicating whether all other `planOrganization` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `planOrganization` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `planOrganization` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `planOrganization` for the far side of the relationship. */ updateById?: Maybe>; /** A `PlanOrganizationInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `plan` to be created by this mutation. */ export declare type _PlanOrganizationPlanIdFkeyPlanCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; clones?: Maybe; dueAt?: Maybe; parameters?: Maybe; planToClones?: Maybe; assignedUserRelation?: Maybe<_PlanAssignmentPlanFkeyInverseInput>; basePlansRelation?: Maybe<_PlanFollowersFollowerFkeyInverseInput>; followerPlansRelation?: Maybe<_PlanFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventPlansCreatedPlanFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventPlansReadPlanFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventPlansUpdatedPlanFkeyInverseInput>; createdExecutionRelation?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInverseInput>; creatorExecutionRelation?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInverseInput>; childPlansRelation?: Maybe<_PlanChildrenParentFkeyInverseInput>; parentPlansRelation?: Maybe<_PlanChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_PlanAnomalyPlanIdFkeyInverseInput>; userRelation?: Maybe<_PlanUserPlanIdFkeyInverseInput>; organizationRelation?: Maybe<_PlanOrganizationPlanIdFkeyInverseInput>; commentRelation?: Maybe<_PlanCommentPlanIdFkeyInverseInput>; detectionRelation?: Maybe<_PlanDetectionPlanIdFkeyInverseInput>; imageRelation?: Maybe<_PlanImagePlanIdFkeyInverseInput>; artifactRelation?: Maybe<_PlanArtifactPlanIdFkeyInverseInput>; structureRelation?: Maybe<_PlanStructurePlanIdFkeyInverseInput>; locationRelation?: Maybe<_PlanLocationPlanIdFkeyInverseInput>; }; /** The `planOrganization` to be created by this mutation. */ export declare type _PlanOrganizationPlanIdFkeyPlanOrganizationCreateInput = { id?: Maybe; organizationId?: Maybe; plan?: Maybe<_PlanOrganizationPlanIdFkeyInput>; organization?: Maybe<_PlanOrganizationOrganizationIdFkeyInput>; }; /** Input for the nested mutation of `plan` in the `PlanStructureInput` mutation. */ export declare type _PlanStructurePlanIdFkeyInput = { /** The primary key(s) for `plan` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `plan` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `plan` for the far side of the relationship. */ updateById?: Maybe; /** A `PlanInput` object that will be created and connected to this object. */ create?: Maybe<_PlanStructurePlanIdFkeyPlanCreateInput>; }; /** Input for the nested mutation of `planStructure` in the `PlanInput` mutation. */ export declare type _PlanStructurePlanIdFkeyInverseInput = { /** Flag indicating whether all other `planStructure` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `planStructure` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `planStructure` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `planStructure` for the far side of the relationship. */ updateById?: Maybe>; /** A `PlanStructureInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `plan` to be created by this mutation. */ export declare type _PlanStructurePlanIdFkeyPlanCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; clones?: Maybe; dueAt?: Maybe; parameters?: Maybe; planToClones?: Maybe; assignedUserRelation?: Maybe<_PlanAssignmentPlanFkeyInverseInput>; basePlansRelation?: Maybe<_PlanFollowersFollowerFkeyInverseInput>; followerPlansRelation?: Maybe<_PlanFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventPlansCreatedPlanFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventPlansReadPlanFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventPlansUpdatedPlanFkeyInverseInput>; createdExecutionRelation?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInverseInput>; creatorExecutionRelation?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInverseInput>; childPlansRelation?: Maybe<_PlanChildrenParentFkeyInverseInput>; parentPlansRelation?: Maybe<_PlanChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_PlanAnomalyPlanIdFkeyInverseInput>; userRelation?: Maybe<_PlanUserPlanIdFkeyInverseInput>; organizationRelation?: Maybe<_PlanOrganizationPlanIdFkeyInverseInput>; commentRelation?: Maybe<_PlanCommentPlanIdFkeyInverseInput>; detectionRelation?: Maybe<_PlanDetectionPlanIdFkeyInverseInput>; imageRelation?: Maybe<_PlanImagePlanIdFkeyInverseInput>; artifactRelation?: Maybe<_PlanArtifactPlanIdFkeyInverseInput>; structureRelation?: Maybe<_PlanStructurePlanIdFkeyInverseInput>; locationRelation?: Maybe<_PlanLocationPlanIdFkeyInverseInput>; }; /** The `planStructure` to be created by this mutation. */ export declare type _PlanStructurePlanIdFkeyPlanStructureCreateInput = { id?: Maybe; structureId?: Maybe; plan?: Maybe<_PlanStructurePlanIdFkeyInput>; structure?: Maybe<_PlanStructureStructureIdFkeyInput>; }; /** Input for the nested mutation of `structure` in the `PlanStructureInput` mutation. */ export declare type _PlanStructureStructureIdFkeyInput = { /** The primary key(s) for `structure` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `structure` for the far side of the relationship. */ connectByLocation?: Maybe; /** The primary key(s) for `structure` for the far side of the relationship. */ connectByGltf?: Maybe; /** The primary key(s) for `structure` for the far side of the relationship. */ connectBySvg?: Maybe; /** The primary key(s) for `structure` for the far side of the relationship. */ connectByOverview?: Maybe; /** The primary key(s) for `structure` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) for `structure` for the far side of the relationship. */ deleteByLocation?: Maybe; /** The primary key(s) for `structure` for the far side of the relationship. */ deleteByGltf?: Maybe; /** The primary key(s) for `structure` for the far side of the relationship. */ deleteBySvg?: Maybe; /** The primary key(s) for `structure` for the far side of the relationship. */ deleteByOverview?: Maybe; /** The primary key(s) and patch data for `structure` for the far side of the relationship. */ updateById?: Maybe; /** The primary key(s) and patch data for `structure` for the far side of the relationship. */ updateByLocation?: Maybe; /** The primary key(s) and patch data for `structure` for the far side of the relationship. */ updateByGltf?: Maybe; /** The primary key(s) and patch data for `structure` for the far side of the relationship. */ updateBySvg?: Maybe; /** The primary key(s) and patch data for `structure` for the far side of the relationship. */ updateByOverview?: Maybe; /** A `StructureInput` object that will be created and connected to this object. */ create?: Maybe<_PlanStructureStructureIdFkeyStructureCreateInput>; }; /** Input for the nested mutation of `planStructure` in the `StructureInput` mutation. */ export declare type _PlanStructureStructureIdFkeyInverseInput = { /** Flag indicating whether all other `planStructure` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `planStructure` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `planStructure` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `planStructure` for the far side of the relationship. */ updateById?: Maybe>; /** A `PlanStructureInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `planStructure` to be created by this mutation. */ export declare type _PlanStructureStructureIdFkeyPlanStructureCreateInput = { id?: Maybe; planId?: Maybe; plan?: Maybe<_PlanStructurePlanIdFkeyInput>; structure?: Maybe<_PlanStructureStructureIdFkeyInput>; }; /** The `structure` to be created by this mutation. */ export declare type _PlanStructureStructureIdFkeyStructureCreateInput = { id?: Maybe; nickname?: Maybe; name: Scalars['String']; commissionedAt?: Maybe; description?: Maybe; parameters?: Maybe; location?: Maybe; model?: Maybe; organization?: Maybe; gltf?: Maybe; svg?: Maybe; overview?: Maybe; parentsRelation?: Maybe<_StructureChildrenIbfk1InverseInput>; childrenRelation?: Maybe<_StructureChildrenIbfk2InverseInput>; anomalies?: Maybe; imagesRelation?: Maybe<_StructureImagesIbfk2InverseInput>; artifactsRelation?: Maybe<_StructureArtifactsIbfk2InverseInput>; developersRelation?: Maybe<_StructureDevelopersIbfk1InverseInput>; operatorsRelation?: Maybe<_StructureOperatorsIbfk1InverseInput>; detections?: Maybe; cloneOfRelation?: Maybe<_StructureCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_StructureCloneOfIbfk2InverseInput>; comments?: Maybe; ownersRelation?: Maybe<_StructureOwnersIbfk1InverseInput>; missionStructurePlansRelation?: Maybe<_StructurePlanStructuresIbfk1InverseInput>; planRelation?: Maybe<_PlanStructureStructureIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionStructureStructureIdFkeyInverseInput>; }; /** Input for the nested mutation of `plan` in the `PlanUserInput` mutation. */ export declare type _PlanUserPlanIdFkeyInput = { /** The primary key(s) for `plan` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `plan` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `plan` for the far side of the relationship. */ updateById?: Maybe; /** A `PlanInput` object that will be created and connected to this object. */ create?: Maybe<_PlanUserPlanIdFkeyPlanCreateInput>; }; /** Input for the nested mutation of `planUser` in the `PlanInput` mutation. */ export declare type _PlanUserPlanIdFkeyInverseInput = { /** Flag indicating whether all other `planUser` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `planUser` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `planUser` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `planUser` for the far side of the relationship. */ updateById?: Maybe>; /** A `PlanUserInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `plan` to be created by this mutation. */ export declare type _PlanUserPlanIdFkeyPlanCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; clones?: Maybe; dueAt?: Maybe; parameters?: Maybe; planToClones?: Maybe; assignedUserRelation?: Maybe<_PlanAssignmentPlanFkeyInverseInput>; basePlansRelation?: Maybe<_PlanFollowersFollowerFkeyInverseInput>; followerPlansRelation?: Maybe<_PlanFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventPlansCreatedPlanFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventPlansReadPlanFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventPlansUpdatedPlanFkeyInverseInput>; createdExecutionRelation?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInverseInput>; creatorExecutionRelation?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInverseInput>; childPlansRelation?: Maybe<_PlanChildrenParentFkeyInverseInput>; parentPlansRelation?: Maybe<_PlanChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_PlanAnomalyPlanIdFkeyInverseInput>; userRelation?: Maybe<_PlanUserPlanIdFkeyInverseInput>; organizationRelation?: Maybe<_PlanOrganizationPlanIdFkeyInverseInput>; commentRelation?: Maybe<_PlanCommentPlanIdFkeyInverseInput>; detectionRelation?: Maybe<_PlanDetectionPlanIdFkeyInverseInput>; imageRelation?: Maybe<_PlanImagePlanIdFkeyInverseInput>; artifactRelation?: Maybe<_PlanArtifactPlanIdFkeyInverseInput>; structureRelation?: Maybe<_PlanStructurePlanIdFkeyInverseInput>; locationRelation?: Maybe<_PlanLocationPlanIdFkeyInverseInput>; }; /** The `planUser` to be created by this mutation. */ export declare type _PlanUserPlanIdFkeyPlanUserCreateInput = { id?: Maybe; userId?: Maybe; plan?: Maybe<_PlanUserPlanIdFkeyInput>; user?: Maybe<_PlanUserUserIdFkeyInput>; }; /** Input for the nested mutation of `user` in the `PlanUserInput` mutation. */ export declare type _PlanUserUserIdFkeyInput = { /** The primary key(s) for `user` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `user` for the far side of the relationship. */ connectByEmail?: Maybe; /** The primary key(s) for `user` for the far side of the relationship. */ connectByPicture?: Maybe; /** The primary key(s) for `user` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) for `user` for the far side of the relationship. */ deleteByEmail?: Maybe; /** The primary key(s) for `user` for the far side of the relationship. */ deleteByPicture?: Maybe; /** The primary key(s) and patch data for `user` for the far side of the relationship. */ updateById?: Maybe; /** The primary key(s) and patch data for `user` for the far side of the relationship. */ updateByEmail?: Maybe; /** The primary key(s) and patch data for `user` for the far side of the relationship. */ updateByPicture?: Maybe; /** A `UserInput` object that will be created and connected to this object. */ create?: Maybe<_PlanUserUserIdFkeyUserCreateInput>; }; /** Input for the nested mutation of `planUser` in the `UserInput` mutation. */ export declare type _PlanUserUserIdFkeyInverseInput = { /** Flag indicating whether all other `planUser` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `planUser` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `planUser` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `planUser` for the far side of the relationship. */ updateById?: Maybe>; /** A `PlanUserInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `planUser` to be created by this mutation. */ export declare type _PlanUserUserIdFkeyPlanUserCreateInput = { id?: Maybe; planId?: Maybe; plan?: Maybe<_PlanUserPlanIdFkeyInput>; user?: Maybe<_PlanUserUserIdFkeyInput>; }; /** The `user` to be created by this mutation. */ export declare type _PlanUserUserIdFkeyUserCreateInput = { id?: Maybe; nickname?: Maybe; name: Scalars['String']; email: Scalars['String']; password: Scalars['String']; description?: Maybe; activatedAt?: Maybe; dateOfBirth?: Maybe; parameters?: Maybe; language?: Maybe; picture?: Maybe; organizationsRelation?: Maybe<_OrganizationUsersIbfk2InverseInput>; assignments?: Maybe; adminInRelation?: Maybe<_OrganizationAdminIbfk2InverseInput>; planRelation?: Maybe<_PlanUserUserIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionUserUserIdFkeyInverseInput>; }; export declare type _RelayId = { __typename?: '_RelayId'; id: Scalars['String']; stableModelIdentifier: Scalars['String']; }; /** * A condition to be used against `_RelayId` object types. All fields are tested * for equality and combined with a logical ‘and.’ */ export declare type _RelayIdCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `stableModelIdentifier` field. */ stableModelIdentifier?: Maybe; }; /** A filter to be used against `_RelayId` object types. All fields are combined with a logical ‘and.’ */ export declare type _RelayIdFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `stableModelIdentifier` field. */ stableModelIdentifier?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe<_RelayIdFilter>; }; /** An input for mutations affecting `_RelayId` */ export declare type _RelayIdInput = { id: Scalars['String']; stableModelIdentifier: Scalars['String']; }; /** Represents an update to a `_RelayId`. Fields that are set will be updated. */ export declare type _RelayIdPatch = { id?: Maybe; stableModelIdentifier?: Maybe; }; /** A connection to a list of `_RelayId` values. */ export declare type _RelayIdsConnection = { __typename?: '_RelayIdsConnection'; /** A list of `_RelayId` objects. */ nodes: Array>; /** A list of edges which contains the `_RelayId` and cursor to aid in pagination. */ edges: Array<_RelayIdsEdge>; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `_RelayId` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `_RelayId` edge in the connection. */ export declare type _RelayIdsEdge = { __typename?: '_RelayIdsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `_RelayId` at the end of the edge. */ node?: Maybe<_RelayId>; }; /** Methods to use when ordering `_RelayId`. */ export declare enum _RelayIdsOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", StableModelIdentifierAsc = "STABLE_MODEL_IDENTIFIER_ASC", StableModelIdentifierDesc = "STABLE_MODEL_IDENTIFIER_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC" } /** Input for the nested mutation of `segmentation` in the `SegmentationCloneOfInput` mutation. */ export declare type _SegmentationCloneOfIbfk1Input = { /** The primary key(s) for `segmentation` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `segmentation` for the far side of the relationship. */ connectByFile?: Maybe; /** The primary key(s) for `segmentation` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) for `segmentation` for the far side of the relationship. */ deleteByFile?: Maybe; /** The primary key(s) and patch data for `segmentation` for the far side of the relationship. */ updateById?: Maybe; /** The primary key(s) and patch data for `segmentation` for the far side of the relationship. */ updateByFile?: Maybe; /** A `SegmentationInput` object that will be created and connected to this object. */ create?: Maybe<_SegmentationCloneOfIbfk1SegmentationCreateInput>; }; /** Input for the nested mutation of `segmentationCloneOf` in the `SegmentationInput` mutation. */ export declare type _SegmentationCloneOfIbfk1InverseInput = { /** Flag indicating whether all other `segmentationCloneOf` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `segmentationCloneOf` for the far side of the relationship. */ connectByA?: Maybe; /** The primary key(s) for `segmentationCloneOf` for the far side of the relationship. */ deleteByA?: Maybe; /** The primary key(s) and patch data for `segmentationCloneOf` for the far side of the relationship. */ updateByA?: Maybe; /** A `SegmentationCloneOfInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `segmentationCloneOf` to be created by this mutation. */ export declare type _SegmentationCloneOfIbfk1SegmentationCloneOfCreateInput = { b?: Maybe; cloneOf?: Maybe<_SegmentationCloneOfIbfk1Input>; clone?: Maybe<_SegmentationCloneOfIbfk2Input>; }; /** The `segmentation` to be created by this mutation. */ export declare type _SegmentationCloneOfIbfk1SegmentationCreateInput = { id?: Maybe; nickname?: Maybe; parameters?: Maybe; author?: Maybe; type?: Maybe; file?: Maybe; image?: Maybe; mission?: Maybe; detections?: Maybe; anomaliesRelation?: Maybe<_AnomalySegmentationIbfk2InverseInput>; cloneOfRelation?: Maybe<_SegmentationCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_SegmentationCloneOfIbfk2InverseInput>; comments?: Maybe; }; /** Input for the nested mutation of `segmentation` in the `SegmentationCloneOfInput` mutation. */ export declare type _SegmentationCloneOfIbfk2Input = { /** The primary key(s) for `segmentation` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `segmentation` for the far side of the relationship. */ connectByFile?: Maybe; /** The primary key(s) for `segmentation` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) for `segmentation` for the far side of the relationship. */ deleteByFile?: Maybe; /** The primary key(s) and patch data for `segmentation` for the far side of the relationship. */ updateById?: Maybe; /** The primary key(s) and patch data for `segmentation` for the far side of the relationship. */ updateByFile?: Maybe; /** A `SegmentationInput` object that will be created and connected to this object. */ create?: Maybe<_SegmentationCloneOfIbfk2SegmentationCreateInput>; }; /** Input for the nested mutation of `segmentationCloneOf` in the `SegmentationInput` mutation. */ export declare type _SegmentationCloneOfIbfk2InverseInput = { /** Flag indicating whether all other `segmentationCloneOf` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `segmentationCloneOf` for the far side of the relationship. */ connectByA?: Maybe>; /** The primary key(s) for `segmentationCloneOf` for the far side of the relationship. */ deleteByA?: Maybe>; /** The primary key(s) and patch data for `segmentationCloneOf` for the far side of the relationship. */ updateByA?: Maybe>; /** A `SegmentationCloneOfInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `segmentationCloneOf` to be created by this mutation. */ export declare type _SegmentationCloneOfIbfk2SegmentationCloneOfCreateInput = { a?: Maybe; cloneOf?: Maybe<_SegmentationCloneOfIbfk1Input>; clone?: Maybe<_SegmentationCloneOfIbfk2Input>; }; /** The `segmentation` to be created by this mutation. */ export declare type _SegmentationCloneOfIbfk2SegmentationCreateInput = { id?: Maybe; nickname?: Maybe; parameters?: Maybe; author?: Maybe; type?: Maybe; file?: Maybe; image?: Maybe; mission?: Maybe; detections?: Maybe; anomaliesRelation?: Maybe<_AnomalySegmentationIbfk2InverseInput>; cloneOfRelation?: Maybe<_SegmentationCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_SegmentationCloneOfIbfk2InverseInput>; comments?: Maybe; }; /** Input for the nested mutation of `artifact` in the `StructureArtifactInput` mutation. */ export declare type _StructureArtifactsIbfk1Input = { /** The primary key(s) for `artifact` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `structureArtifact` in the `ArtifactInput` mutation. */ export declare type _StructureArtifactsIbfk1InverseInput = { /** Flag indicating whether all other `structureArtifact` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `structureArtifact` for the far side of the relationship. */ connectByAAndB?: Maybe>; /** The primary key(s) for `structureArtifact` for the far side of the relationship. */ deleteByAAndB?: Maybe>; /** The primary key(s) and patch data for `structureArtifact` for the far side of the relationship. */ updateByAAndB?: Maybe>; /** A `StructureArtifactInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `structureArtifact` to be created by this mutation. */ export declare type _StructureArtifactsIbfk1StructureArtifactsCreateInput = { b?: Maybe; artifact?: Maybe<_StructureArtifactsIbfk1Input>; structure?: Maybe<_StructureArtifactsIbfk2Input>; }; /** Input for the nested mutation of `structure` in the `StructureArtifactInput` mutation. */ export declare type _StructureArtifactsIbfk2Input = { /** The primary key(s) for `structure` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `structureArtifact` in the `StructureInput` mutation. */ export declare type _StructureArtifactsIbfk2InverseInput = { /** Flag indicating whether all other `structureArtifact` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `structureArtifact` for the far side of the relationship. */ connectByAAndB?: Maybe>; /** The primary key(s) for `structureArtifact` for the far side of the relationship. */ deleteByAAndB?: Maybe>; /** The primary key(s) and patch data for `structureArtifact` for the far side of the relationship. */ updateByAAndB?: Maybe>; /** A `StructureArtifactInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `structureArtifact` to be created by this mutation. */ export declare type _StructureArtifactsIbfk2StructureArtifactsCreateInput = { a?: Maybe; artifact?: Maybe<_StructureArtifactsIbfk1Input>; structure?: Maybe<_StructureArtifactsIbfk2Input>; }; /** Input for the nested mutation of `structure` in the `StructureChildInput` mutation. */ export declare type _StructureChildrenIbfk1Input = { /** The primary key(s) for `structure` for the far side of the relationship. */ connectById?: Maybe; /** A `StructureInput` object that will be created and connected to this object. */ create?: Maybe<_StructureChildrenIbfk1StructureCreateInput>; }; /** Input for the nested mutation of `structureChild` in the `StructureInput` mutation. */ export declare type _StructureChildrenIbfk1InverseInput = { /** Flag indicating whether all other `structureChild` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `structureChild` for the far side of the relationship. */ connectByAAndB?: Maybe>; /** The primary key(s) for `structureChild` for the far side of the relationship. */ deleteByAAndB?: Maybe>; /** The primary key(s) and patch data for `structureChild` for the far side of the relationship. */ updateByAAndB?: Maybe>; /** A `StructureChildInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `structureChild` to be created by this mutation. */ export declare type _StructureChildrenIbfk1StructureChildrenCreateInput = { b?: Maybe; child?: Maybe<_StructureChildrenIbfk1Input>; parent?: Maybe<_StructureChildrenIbfk2Input>; }; /** The `structure` to be created by this mutation. */ export declare type _StructureChildrenIbfk1StructureCreateInput = { id?: Maybe; nickname?: Maybe; name: Scalars['String']; commissionedAt?: Maybe; description?: Maybe; parameters?: Maybe; location?: Maybe; model?: Maybe; organization?: Maybe; gltf?: Maybe; svg?: Maybe; overview?: Maybe; parentsRelation?: Maybe<_StructureChildrenIbfk1InverseInput>; childrenRelation?: Maybe<_StructureChildrenIbfk2InverseInput>; anomalies?: Maybe; imagesRelation?: Maybe<_StructureImagesIbfk2InverseInput>; artifactsRelation?: Maybe<_StructureArtifactsIbfk2InverseInput>; developersRelation?: Maybe<_StructureDevelopersIbfk1InverseInput>; operatorsRelation?: Maybe<_StructureOperatorsIbfk1InverseInput>; detections?: Maybe; cloneOfRelation?: Maybe<_StructureCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_StructureCloneOfIbfk2InverseInput>; comments?: Maybe; ownersRelation?: Maybe<_StructureOwnersIbfk1InverseInput>; missionStructurePlansRelation?: Maybe<_StructurePlanStructuresIbfk1InverseInput>; planRelation?: Maybe<_PlanStructureStructureIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionStructureStructureIdFkeyInverseInput>; }; /** Input for the nested mutation of `structure` in the `StructureChildInput` mutation. */ export declare type _StructureChildrenIbfk2Input = { /** The primary key(s) for `structure` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `structureChild` in the `StructureInput` mutation. */ export declare type _StructureChildrenIbfk2InverseInput = { /** Flag indicating whether all other `structureChild` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `structureChild` for the far side of the relationship. */ connectByAAndB?: Maybe>; /** The primary key(s) for `structureChild` for the far side of the relationship. */ deleteByAAndB?: Maybe>; /** The primary key(s) and patch data for `structureChild` for the far side of the relationship. */ updateByAAndB?: Maybe>; /** A `StructureChildInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `structureChild` to be created by this mutation. */ export declare type _StructureChildrenIbfk2StructureChildrenCreateInput = { a?: Maybe; child?: Maybe<_StructureChildrenIbfk1Input>; parent?: Maybe<_StructureChildrenIbfk2Input>; }; /** Input for the nested mutation of `structure` in the `StructureCloneOfInput` mutation. */ export declare type _StructureCloneOfIbfk1Input = { /** The primary key(s) for `structure` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `structure` for the far side of the relationship. */ connectByLocation?: Maybe; /** The primary key(s) for `structure` for the far side of the relationship. */ connectByGltf?: Maybe; /** The primary key(s) for `structure` for the far side of the relationship. */ connectBySvg?: Maybe; /** The primary key(s) for `structure` for the far side of the relationship. */ connectByOverview?: Maybe; /** The primary key(s) for `structure` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) for `structure` for the far side of the relationship. */ deleteByLocation?: Maybe; /** The primary key(s) for `structure` for the far side of the relationship. */ deleteByGltf?: Maybe; /** The primary key(s) for `structure` for the far side of the relationship. */ deleteBySvg?: Maybe; /** The primary key(s) for `structure` for the far side of the relationship. */ deleteByOverview?: Maybe; /** The primary key(s) and patch data for `structure` for the far side of the relationship. */ updateById?: Maybe; /** The primary key(s) and patch data for `structure` for the far side of the relationship. */ updateByLocation?: Maybe; /** The primary key(s) and patch data for `structure` for the far side of the relationship. */ updateByGltf?: Maybe; /** The primary key(s) and patch data for `structure` for the far side of the relationship. */ updateBySvg?: Maybe; /** The primary key(s) and patch data for `structure` for the far side of the relationship. */ updateByOverview?: Maybe; /** A `StructureInput` object that will be created and connected to this object. */ create?: Maybe<_StructureCloneOfIbfk1StructureCreateInput>; }; /** Input for the nested mutation of `structureCloneOf` in the `StructureInput` mutation. */ export declare type _StructureCloneOfIbfk1InverseInput = { /** Flag indicating whether all other `structureCloneOf` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `structureCloneOf` for the far side of the relationship. */ connectByA?: Maybe; /** The primary key(s) for `structureCloneOf` for the far side of the relationship. */ deleteByA?: Maybe; /** The primary key(s) and patch data for `structureCloneOf` for the far side of the relationship. */ updateByA?: Maybe; /** A `StructureCloneOfInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `structureCloneOf` to be created by this mutation. */ export declare type _StructureCloneOfIbfk1StructureCloneOfCreateInput = { b?: Maybe; cloneOf?: Maybe<_StructureCloneOfIbfk1Input>; clone?: Maybe<_StructureCloneOfIbfk2Input>; }; /** The `structure` to be created by this mutation. */ export declare type _StructureCloneOfIbfk1StructureCreateInput = { id?: Maybe; nickname?: Maybe; name: Scalars['String']; commissionedAt?: Maybe; description?: Maybe; parameters?: Maybe; location?: Maybe; model?: Maybe; organization?: Maybe; gltf?: Maybe; svg?: Maybe; overview?: Maybe; parentsRelation?: Maybe<_StructureChildrenIbfk1InverseInput>; childrenRelation?: Maybe<_StructureChildrenIbfk2InverseInput>; anomalies?: Maybe; imagesRelation?: Maybe<_StructureImagesIbfk2InverseInput>; artifactsRelation?: Maybe<_StructureArtifactsIbfk2InverseInput>; developersRelation?: Maybe<_StructureDevelopersIbfk1InverseInput>; operatorsRelation?: Maybe<_StructureOperatorsIbfk1InverseInput>; detections?: Maybe; cloneOfRelation?: Maybe<_StructureCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_StructureCloneOfIbfk2InverseInput>; comments?: Maybe; ownersRelation?: Maybe<_StructureOwnersIbfk1InverseInput>; missionStructurePlansRelation?: Maybe<_StructurePlanStructuresIbfk1InverseInput>; planRelation?: Maybe<_PlanStructureStructureIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionStructureStructureIdFkeyInverseInput>; }; /** Input for the nested mutation of `structure` in the `StructureCloneOfInput` mutation. */ export declare type _StructureCloneOfIbfk2Input = { /** The primary key(s) for `structure` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `structure` for the far side of the relationship. */ connectByLocation?: Maybe; /** The primary key(s) for `structure` for the far side of the relationship. */ connectByGltf?: Maybe; /** The primary key(s) for `structure` for the far side of the relationship. */ connectBySvg?: Maybe; /** The primary key(s) for `structure` for the far side of the relationship. */ connectByOverview?: Maybe; /** The primary key(s) for `structure` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) for `structure` for the far side of the relationship. */ deleteByLocation?: Maybe; /** The primary key(s) for `structure` for the far side of the relationship. */ deleteByGltf?: Maybe; /** The primary key(s) for `structure` for the far side of the relationship. */ deleteBySvg?: Maybe; /** The primary key(s) for `structure` for the far side of the relationship. */ deleteByOverview?: Maybe; /** The primary key(s) and patch data for `structure` for the far side of the relationship. */ updateById?: Maybe; /** The primary key(s) and patch data for `structure` for the far side of the relationship. */ updateByLocation?: Maybe; /** The primary key(s) and patch data for `structure` for the far side of the relationship. */ updateByGltf?: Maybe; /** The primary key(s) and patch data for `structure` for the far side of the relationship. */ updateBySvg?: Maybe; /** The primary key(s) and patch data for `structure` for the far side of the relationship. */ updateByOverview?: Maybe; /** A `StructureInput` object that will be created and connected to this object. */ create?: Maybe<_StructureCloneOfIbfk2StructureCreateInput>; }; /** Input for the nested mutation of `structureCloneOf` in the `StructureInput` mutation. */ export declare type _StructureCloneOfIbfk2InverseInput = { /** Flag indicating whether all other `structureCloneOf` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `structureCloneOf` for the far side of the relationship. */ connectByA?: Maybe>; /** The primary key(s) for `structureCloneOf` for the far side of the relationship. */ deleteByA?: Maybe>; /** The primary key(s) and patch data for `structureCloneOf` for the far side of the relationship. */ updateByA?: Maybe>; /** A `StructureCloneOfInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `structureCloneOf` to be created by this mutation. */ export declare type _StructureCloneOfIbfk2StructureCloneOfCreateInput = { a?: Maybe; cloneOf?: Maybe<_StructureCloneOfIbfk1Input>; clone?: Maybe<_StructureCloneOfIbfk2Input>; }; /** The `structure` to be created by this mutation. */ export declare type _StructureCloneOfIbfk2StructureCreateInput = { id?: Maybe; nickname?: Maybe; name: Scalars['String']; commissionedAt?: Maybe; description?: Maybe; parameters?: Maybe; location?: Maybe; model?: Maybe; organization?: Maybe; gltf?: Maybe; svg?: Maybe; overview?: Maybe; parentsRelation?: Maybe<_StructureChildrenIbfk1InverseInput>; childrenRelation?: Maybe<_StructureChildrenIbfk2InverseInput>; anomalies?: Maybe; imagesRelation?: Maybe<_StructureImagesIbfk2InverseInput>; artifactsRelation?: Maybe<_StructureArtifactsIbfk2InverseInput>; developersRelation?: Maybe<_StructureDevelopersIbfk1InverseInput>; operatorsRelation?: Maybe<_StructureOperatorsIbfk1InverseInput>; detections?: Maybe; cloneOfRelation?: Maybe<_StructureCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_StructureCloneOfIbfk2InverseInput>; comments?: Maybe; ownersRelation?: Maybe<_StructureOwnersIbfk1InverseInput>; missionStructurePlansRelation?: Maybe<_StructurePlanStructuresIbfk1InverseInput>; planRelation?: Maybe<_PlanStructureStructureIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionStructureStructureIdFkeyInverseInput>; }; /** Input for the nested mutation of `structure` in the `StructureDeveloperInput` mutation. */ export declare type _StructureDevelopersIbfk1Input = { /** The primary key(s) for `structure` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `structureDeveloper` in the `StructureInput` mutation. */ export declare type _StructureDevelopersIbfk1InverseInput = { /** Flag indicating whether all other `structureDeveloper` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `structureDeveloper` for the far side of the relationship. */ connectByAAndB?: Maybe>; /** The primary key(s) for `structureDeveloper` for the far side of the relationship. */ deleteByAAndB?: Maybe>; /** The primary key(s) and patch data for `structureDeveloper` for the far side of the relationship. */ updateByAAndB?: Maybe>; /** A `StructureDeveloperInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `structureDeveloper` to be created by this mutation. */ export declare type _StructureDevelopersIbfk1StructureDevelopersCreateInput = { b?: Maybe; structure?: Maybe<_StructureDevelopersIbfk1Input>; developer?: Maybe<_StructureDevelopersIbfk2Input>; }; /** Input for the nested mutation of `user` in the `StructureDeveloperInput` mutation. */ export declare type _StructureDevelopersIbfk2Input = { /** The primary key(s) for `user` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `user` for the far side of the relationship. */ connectByEmail?: Maybe; }; /** Input for the nested mutation of `structureDeveloper` in the `UserInput` mutation. */ export declare type _StructureDevelopersIbfk2InverseInput = { /** Flag indicating whether all other `structureDeveloper` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `structureDeveloper` for the far side of the relationship. */ connectByAAndB?: Maybe>; /** The primary key(s) for `structureDeveloper` for the far side of the relationship. */ deleteByAAndB?: Maybe>; /** The primary key(s) and patch data for `structureDeveloper` for the far side of the relationship. */ updateByAAndB?: Maybe>; /** A `StructureDeveloperInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `structureDeveloper` to be created by this mutation. */ export declare type _StructureDevelopersIbfk2StructureDevelopersCreateInput = { a?: Maybe; structure?: Maybe<_StructureDevelopersIbfk1Input>; developer?: Maybe<_StructureDevelopersIbfk2Input>; }; /** Input for the nested mutation of `image` in the `StructureImageInput` mutation. */ export declare type _StructureImagesIbfk1Input = { /** The primary key(s) for `image` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `structureImage` in the `ImageInput` mutation. */ export declare type _StructureImagesIbfk1InverseInput = { /** Flag indicating whether all other `structureImage` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `structureImage` for the far side of the relationship. */ connectByAAndB?: Maybe>; /** The primary key(s) for `structureImage` for the far side of the relationship. */ deleteByAAndB?: Maybe>; /** The primary key(s) and patch data for `structureImage` for the far side of the relationship. */ updateByAAndB?: Maybe>; /** A `StructureImageInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `structureImage` to be created by this mutation. */ export declare type _StructureImagesIbfk1StructureImagesCreateInput = { b?: Maybe; image?: Maybe<_StructureImagesIbfk1Input>; structure?: Maybe<_StructureImagesIbfk2Input>; }; /** Input for the nested mutation of `structure` in the `StructureImageInput` mutation. */ export declare type _StructureImagesIbfk2Input = { /** The primary key(s) for `structure` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `structureImage` in the `StructureInput` mutation. */ export declare type _StructureImagesIbfk2InverseInput = { /** Flag indicating whether all other `structureImage` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `structureImage` for the far side of the relationship. */ connectByAAndB?: Maybe>; /** The primary key(s) for `structureImage` for the far side of the relationship. */ deleteByAAndB?: Maybe>; /** The primary key(s) and patch data for `structureImage` for the far side of the relationship. */ updateByAAndB?: Maybe>; /** A `StructureImageInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `structureImage` to be created by this mutation. */ export declare type _StructureImagesIbfk2StructureImagesCreateInput = { a?: Maybe; image?: Maybe<_StructureImagesIbfk1Input>; structure?: Maybe<_StructureImagesIbfk2Input>; }; /** Input for the nested mutation of `structureModel` in the `StructureModelCloneOfInput` mutation. */ export declare type _StructureModelCloneOfIbfk1Input = { /** The primary key(s) for `structureModel` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `structureModel` for the far side of the relationship. */ connectByGltf?: Maybe; /** The primary key(s) for `structureModel` for the far side of the relationship. */ connectBySvg?: Maybe; /** The primary key(s) for `structureModel` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) for `structureModel` for the far side of the relationship. */ deleteByGltf?: Maybe; /** The primary key(s) for `structureModel` for the far side of the relationship. */ deleteBySvg?: Maybe; /** The primary key(s) and patch data for `structureModel` for the far side of the relationship. */ updateById?: Maybe; /** The primary key(s) and patch data for `structureModel` for the far side of the relationship. */ updateByGltf?: Maybe; /** The primary key(s) and patch data for `structureModel` for the far side of the relationship. */ updateBySvg?: Maybe; /** A `StructureModelInput` object that will be created and connected to this object. */ create?: Maybe<_StructureModelCloneOfIbfk1StructureModelCreateInput>; }; /** Input for the nested mutation of `structureModelCloneOf` in the `StructureModelInput` mutation. */ export declare type _StructureModelCloneOfIbfk1InverseInput = { /** Flag indicating whether all other `structureModelCloneOf` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `structureModelCloneOf` for the far side of the relationship. */ connectByA?: Maybe; /** The primary key(s) for `structureModelCloneOf` for the far side of the relationship. */ deleteByA?: Maybe; /** The primary key(s) and patch data for `structureModelCloneOf` for the far side of the relationship. */ updateByA?: Maybe; /** A `StructureModelCloneOfInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `structureModelCloneOf` to be created by this mutation. */ export declare type _StructureModelCloneOfIbfk1StructureModelCloneOfCreateInput = { b?: Maybe; cloneOf?: Maybe<_StructureModelCloneOfIbfk1Input>; clone?: Maybe<_StructureModelCloneOfIbfk2Input>; }; /** The `structureModel` to be created by this mutation. */ export declare type _StructureModelCloneOfIbfk1StructureModelCreateInput = { id?: Maybe; nickname?: Maybe; name: Scalars['String']; type: Scalars['String']; description?: Maybe; parameters?: Maybe; gltf?: Maybe; svg?: Maybe; manufacturer?: Maybe; structures?: Maybe; ownersRelation?: Maybe<_StructureModelOwnersIbfk2InverseInput>; cloneOfRelation?: Maybe<_StructureModelCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_StructureModelCloneOfIbfk2InverseInput>; }; /** Input for the nested mutation of `structureModel` in the `StructureModelCloneOfInput` mutation. */ export declare type _StructureModelCloneOfIbfk2Input = { /** The primary key(s) for `structureModel` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `structureModel` for the far side of the relationship. */ connectByGltf?: Maybe; /** The primary key(s) for `structureModel` for the far side of the relationship. */ connectBySvg?: Maybe; /** The primary key(s) for `structureModel` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) for `structureModel` for the far side of the relationship. */ deleteByGltf?: Maybe; /** The primary key(s) for `structureModel` for the far side of the relationship. */ deleteBySvg?: Maybe; /** The primary key(s) and patch data for `structureModel` for the far side of the relationship. */ updateById?: Maybe; /** The primary key(s) and patch data for `structureModel` for the far side of the relationship. */ updateByGltf?: Maybe; /** The primary key(s) and patch data for `structureModel` for the far side of the relationship. */ updateBySvg?: Maybe; /** A `StructureModelInput` object that will be created and connected to this object. */ create?: Maybe<_StructureModelCloneOfIbfk2StructureModelCreateInput>; }; /** Input for the nested mutation of `structureModelCloneOf` in the `StructureModelInput` mutation. */ export declare type _StructureModelCloneOfIbfk2InverseInput = { /** Flag indicating whether all other `structureModelCloneOf` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `structureModelCloneOf` for the far side of the relationship. */ connectByA?: Maybe>; /** The primary key(s) for `structureModelCloneOf` for the far side of the relationship. */ deleteByA?: Maybe>; /** The primary key(s) and patch data for `structureModelCloneOf` for the far side of the relationship. */ updateByA?: Maybe>; /** A `StructureModelCloneOfInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `structureModelCloneOf` to be created by this mutation. */ export declare type _StructureModelCloneOfIbfk2StructureModelCloneOfCreateInput = { a?: Maybe; cloneOf?: Maybe<_StructureModelCloneOfIbfk1Input>; clone?: Maybe<_StructureModelCloneOfIbfk2Input>; }; /** The `structureModel` to be created by this mutation. */ export declare type _StructureModelCloneOfIbfk2StructureModelCreateInput = { id?: Maybe; nickname?: Maybe; name: Scalars['String']; type: Scalars['String']; description?: Maybe; parameters?: Maybe; gltf?: Maybe; svg?: Maybe; manufacturer?: Maybe; structures?: Maybe; ownersRelation?: Maybe<_StructureModelOwnersIbfk2InverseInput>; cloneOfRelation?: Maybe<_StructureModelCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_StructureModelCloneOfIbfk2InverseInput>; }; /** Input for the nested mutation of `organization` in the `StructureModelOwnerInput` mutation. */ export declare type _StructureModelOwnersIbfk1Input = { /** The primary key(s) for `organization` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `structureModelOwner` in the `OrganizationInput` mutation. */ export declare type _StructureModelOwnersIbfk1InverseInput = { /** Flag indicating whether all other `structureModelOwner` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `structureModelOwner` for the far side of the relationship. */ connectByAAndB?: Maybe>; /** The primary key(s) for `structureModelOwner` for the far side of the relationship. */ deleteByAAndB?: Maybe>; /** The primary key(s) and patch data for `structureModelOwner` for the far side of the relationship. */ updateByAAndB?: Maybe>; /** A `StructureModelOwnerInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `structureModelOwner` to be created by this mutation. */ export declare type _StructureModelOwnersIbfk1StructureModelOwnersCreateInput = { b?: Maybe; organization?: Maybe<_StructureModelOwnersIbfk1Input>; structureModel?: Maybe<_StructureModelOwnersIbfk2Input>; }; /** Input for the nested mutation of `structureModel` in the `StructureModelOwnerInput` mutation. */ export declare type _StructureModelOwnersIbfk2Input = { /** The primary key(s) for `structureModel` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `structureModelOwner` in the `StructureModelInput` mutation. */ export declare type _StructureModelOwnersIbfk2InverseInput = { /** Flag indicating whether all other `structureModelOwner` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `structureModelOwner` for the far side of the relationship. */ connectByAAndB?: Maybe>; /** The primary key(s) for `structureModelOwner` for the far side of the relationship. */ deleteByAAndB?: Maybe>; /** The primary key(s) and patch data for `structureModelOwner` for the far side of the relationship. */ updateByAAndB?: Maybe>; /** A `StructureModelOwnerInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `structureModelOwner` to be created by this mutation. */ export declare type _StructureModelOwnersIbfk2StructureModelOwnersCreateInput = { a?: Maybe; organization?: Maybe<_StructureModelOwnersIbfk1Input>; structureModel?: Maybe<_StructureModelOwnersIbfk2Input>; }; /** Input for the nested mutation of `structure` in the `StructureOperatorInput` mutation. */ export declare type _StructureOperatorsIbfk1Input = { /** The primary key(s) for `structure` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `structureOperator` in the `StructureInput` mutation. */ export declare type _StructureOperatorsIbfk1InverseInput = { /** Flag indicating whether all other `structureOperator` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `structureOperator` for the far side of the relationship. */ connectByAAndB?: Maybe>; /** The primary key(s) for `structureOperator` for the far side of the relationship. */ deleteByAAndB?: Maybe>; /** The primary key(s) and patch data for `structureOperator` for the far side of the relationship. */ updateByAAndB?: Maybe>; /** A `StructureOperatorInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `structureOperator` to be created by this mutation. */ export declare type _StructureOperatorsIbfk1StructureOperatorsCreateInput = { b?: Maybe; structure?: Maybe<_StructureOperatorsIbfk1Input>; operator?: Maybe<_StructureOperatorsIbfk2Input>; }; /** Input for the nested mutation of `user` in the `StructureOperatorInput` mutation. */ export declare type _StructureOperatorsIbfk2Input = { /** The primary key(s) for `user` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `user` for the far side of the relationship. */ connectByEmail?: Maybe; }; /** Input for the nested mutation of `structureOperator` in the `UserInput` mutation. */ export declare type _StructureOperatorsIbfk2InverseInput = { /** Flag indicating whether all other `structureOperator` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `structureOperator` for the far side of the relationship. */ connectByAAndB?: Maybe>; /** The primary key(s) for `structureOperator` for the far side of the relationship. */ deleteByAAndB?: Maybe>; /** The primary key(s) and patch data for `structureOperator` for the far side of the relationship. */ updateByAAndB?: Maybe>; /** A `StructureOperatorInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `structureOperator` to be created by this mutation. */ export declare type _StructureOperatorsIbfk2StructureOperatorsCreateInput = { a?: Maybe; structure?: Maybe<_StructureOperatorsIbfk1Input>; operator?: Maybe<_StructureOperatorsIbfk2Input>; }; /** Input for the nested mutation of `structure` in the `StructureOwnerInput` mutation. */ export declare type _StructureOwnersIbfk1Input = { /** The primary key(s) for `structure` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `structureOwner` in the `StructureInput` mutation. */ export declare type _StructureOwnersIbfk1InverseInput = { /** Flag indicating whether all other `structureOwner` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `structureOwner` for the far side of the relationship. */ connectByAAndB?: Maybe>; /** The primary key(s) for `structureOwner` for the far side of the relationship. */ deleteByAAndB?: Maybe>; /** The primary key(s) and patch data for `structureOwner` for the far side of the relationship. */ updateByAAndB?: Maybe>; /** A `StructureOwnerInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `structureOwner` to be created by this mutation. */ export declare type _StructureOwnersIbfk1StructureOwnersCreateInput = { b?: Maybe; structure?: Maybe<_StructureOwnersIbfk1Input>; owner?: Maybe<_StructureOwnersIbfk2Input>; }; /** Input for the nested mutation of `user` in the `StructureOwnerInput` mutation. */ export declare type _StructureOwnersIbfk2Input = { /** The primary key(s) for `user` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `user` for the far side of the relationship. */ connectByEmail?: Maybe; }; /** Input for the nested mutation of `structureOwner` in the `UserInput` mutation. */ export declare type _StructureOwnersIbfk2InverseInput = { /** Flag indicating whether all other `structureOwner` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `structureOwner` for the far side of the relationship. */ connectByAAndB?: Maybe>; /** The primary key(s) for `structureOwner` for the far side of the relationship. */ deleteByAAndB?: Maybe>; /** The primary key(s) and patch data for `structureOwner` for the far side of the relationship. */ updateByAAndB?: Maybe>; /** A `StructureOwnerInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `structureOwner` to be created by this mutation. */ export declare type _StructureOwnersIbfk2StructureOwnersCreateInput = { a?: Maybe; structure?: Maybe<_StructureOwnersIbfk1Input>; owner?: Maybe<_StructureOwnersIbfk2Input>; }; /** Input for the nested mutation of `structurePlan` in the `StructurePlanCloneOfInput` mutation. */ export declare type _StructurePlanCloneOfIbfk1Input = { /** The primary key(s) for `structurePlan` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `structurePlan` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `structurePlan` for the far side of the relationship. */ updateById?: Maybe; /** A `StructurePlanInput` object that will be created and connected to this object. */ create?: Maybe<_StructurePlanCloneOfIbfk1StructurePlanCreateInput>; }; /** Input for the nested mutation of `structurePlanCloneOf` in the `StructurePlanInput` mutation. */ export declare type _StructurePlanCloneOfIbfk1InverseInput = { /** Flag indicating whether all other `structurePlanCloneOf` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `structurePlanCloneOf` for the far side of the relationship. */ connectByA?: Maybe; /** The primary key(s) for `structurePlanCloneOf` for the far side of the relationship. */ deleteByA?: Maybe; /** The primary key(s) and patch data for `structurePlanCloneOf` for the far side of the relationship. */ updateByA?: Maybe; /** A `StructurePlanCloneOfInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `structurePlanCloneOf` to be created by this mutation. */ export declare type _StructurePlanCloneOfIbfk1StructurePlanCloneOfCreateInput = { b?: Maybe; cloneOf?: Maybe<_StructurePlanCloneOfIbfk1Input>; clone?: Maybe<_StructurePlanCloneOfIbfk2Input>; }; /** The `structurePlan` to be created by this mutation. */ export declare type _StructurePlanCloneOfIbfk1StructurePlanCreateInput = { id?: Maybe; nickname?: Maybe; index?: Maybe; x?: Maybe; y?: Maybe; z?: Maybe; t?: Maybe; role: Scalars['String']; parameters?: Maybe; missionPlan?: Maybe; cloneOfRelation?: Maybe<_StructurePlanCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_StructurePlanCloneOfIbfk2InverseInput>; structuresRelation?: Maybe<_StructurePlanStructuresIbfk2InverseInput>; }; /** Input for the nested mutation of `structurePlan` in the `StructurePlanCloneOfInput` mutation. */ export declare type _StructurePlanCloneOfIbfk2Input = { /** The primary key(s) for `structurePlan` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `structurePlan` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `structurePlan` for the far side of the relationship. */ updateById?: Maybe; /** A `StructurePlanInput` object that will be created and connected to this object. */ create?: Maybe<_StructurePlanCloneOfIbfk2StructurePlanCreateInput>; }; /** Input for the nested mutation of `structurePlanCloneOf` in the `StructurePlanInput` mutation. */ export declare type _StructurePlanCloneOfIbfk2InverseInput = { /** Flag indicating whether all other `structurePlanCloneOf` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `structurePlanCloneOf` for the far side of the relationship. */ connectByA?: Maybe>; /** The primary key(s) for `structurePlanCloneOf` for the far side of the relationship. */ deleteByA?: Maybe>; /** The primary key(s) and patch data for `structurePlanCloneOf` for the far side of the relationship. */ updateByA?: Maybe>; /** A `StructurePlanCloneOfInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `structurePlanCloneOf` to be created by this mutation. */ export declare type _StructurePlanCloneOfIbfk2StructurePlanCloneOfCreateInput = { a?: Maybe; cloneOf?: Maybe<_StructurePlanCloneOfIbfk1Input>; clone?: Maybe<_StructurePlanCloneOfIbfk2Input>; }; /** The `structurePlan` to be created by this mutation. */ export declare type _StructurePlanCloneOfIbfk2StructurePlanCreateInput = { id?: Maybe; nickname?: Maybe; index?: Maybe; x?: Maybe; y?: Maybe; z?: Maybe; t?: Maybe; role: Scalars['String']; parameters?: Maybe; missionPlan?: Maybe; cloneOfRelation?: Maybe<_StructurePlanCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_StructurePlanCloneOfIbfk2InverseInput>; structuresRelation?: Maybe<_StructurePlanStructuresIbfk2InverseInput>; }; /** Input for the nested mutation of `structure` in the `StructurePlanStructureInput` mutation. */ export declare type _StructurePlanStructuresIbfk1Input = { /** The primary key(s) for `structure` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `structurePlanStructure` in the `StructureInput` mutation. */ export declare type _StructurePlanStructuresIbfk1InverseInput = { /** Flag indicating whether all other `structurePlanStructure` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `structurePlanStructure` for the far side of the relationship. */ connectByAAndB?: Maybe>; /** The primary key(s) for `structurePlanStructure` for the far side of the relationship. */ deleteByAAndB?: Maybe>; /** The primary key(s) and patch data for `structurePlanStructure` for the far side of the relationship. */ updateByAAndB?: Maybe>; /** A `StructurePlanStructureInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `structurePlanStructure` to be created by this mutation. */ export declare type _StructurePlanStructuresIbfk1StructurePlanStructuresCreateInput = { b?: Maybe; structure?: Maybe<_StructurePlanStructuresIbfk1Input>; missionStructurePlan?: Maybe<_StructurePlanStructuresIbfk2Input>; }; /** Input for the nested mutation of `structurePlan` in the `StructurePlanStructureInput` mutation. */ export declare type _StructurePlanStructuresIbfk2Input = { /** The primary key(s) for `structurePlan` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `structurePlanStructure` in the `StructurePlanInput` mutation. */ export declare type _StructurePlanStructuresIbfk2InverseInput = { /** Flag indicating whether all other `structurePlanStructure` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `structurePlanStructure` for the far side of the relationship. */ connectByAAndB?: Maybe>; /** The primary key(s) for `structurePlanStructure` for the far side of the relationship. */ deleteByAAndB?: Maybe>; /** The primary key(s) and patch data for `structurePlanStructure` for the far side of the relationship. */ updateByAAndB?: Maybe>; /** A `StructurePlanStructureInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `structurePlanStructure` to be created by this mutation. */ export declare type _StructurePlanStructuresIbfk2StructurePlanStructuresCreateInput = { a?: Maybe; structure?: Maybe<_StructurePlanStructuresIbfk1Input>; missionStructurePlan?: Maybe<_StructurePlanStructuresIbfk2Input>; }; /** Input for the nested mutation of `view` in the `ViewChildInput` mutation. */ export declare type _ViewChildrenIbfk1Input = { /** The primary key(s) for `view` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `view` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `view` for the far side of the relationship. */ updateById?: Maybe; /** A `ViewInput` object that will be created and connected to this object. */ create?: Maybe<_ViewChildrenIbfk1ViewCreateInput>; }; /** Input for the nested mutation of `viewChild` in the `ViewInput` mutation. */ export declare type _ViewChildrenIbfk1InverseInput = { /** Flag indicating whether all other `viewChild` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `viewChild` for the far side of the relationship. */ connectByAAndB?: Maybe>; /** The primary key(s) for `viewChild` for the far side of the relationship. */ deleteByAAndB?: Maybe>; /** The primary key(s) and patch data for `viewChild` for the far side of the relationship. */ updateByAAndB?: Maybe>; /** A `ViewChildInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `viewChild` to be created by this mutation. */ export declare type _ViewChildrenIbfk1ViewChildrenCreateInput = { b?: Maybe; parent?: Maybe<_ViewChildrenIbfk1Input>; child?: Maybe<_ViewChildrenIbfk2Input>; }; /** The `view` to be created by this mutation. */ export declare type _ViewChildrenIbfk1ViewCreateInput = { id?: Maybe; name: Scalars['String']; parameters: Scalars['String']; assignments?: Maybe; viewTokensUsingId?: Maybe; childrenRelation?: Maybe<_ViewChildrenIbfk1InverseInput>; parentsRelation?: Maybe<_ViewChildrenIbfk2InverseInput>; }; /** Input for the nested mutation of `view` in the `ViewChildInput` mutation. */ export declare type _ViewChildrenIbfk2Input = { /** The primary key(s) for `view` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `view` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `view` for the far side of the relationship. */ updateById?: Maybe; /** A `ViewInput` object that will be created and connected to this object. */ create?: Maybe<_ViewChildrenIbfk2ViewCreateInput>; }; /** Input for the nested mutation of `viewChild` in the `ViewInput` mutation. */ export declare type _ViewChildrenIbfk2InverseInput = { /** Flag indicating whether all other `viewChild` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `viewChild` for the far side of the relationship. */ connectByAAndB?: Maybe>; /** The primary key(s) for `viewChild` for the far side of the relationship. */ deleteByAAndB?: Maybe>; /** The primary key(s) and patch data for `viewChild` for the far side of the relationship. */ updateByAAndB?: Maybe>; /** A `ViewChildInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `viewChild` to be created by this mutation. */ export declare type _ViewChildrenIbfk2ViewChildrenCreateInput = { a?: Maybe; parent?: Maybe<_ViewChildrenIbfk1Input>; child?: Maybe<_ViewChildrenIbfk2Input>; }; /** The `view` to be created by this mutation. */ export declare type _ViewChildrenIbfk2ViewCreateInput = { id?: Maybe; name: Scalars['String']; parameters: Scalars['String']; assignments?: Maybe; viewTokensUsingId?: Maybe; childrenRelation?: Maybe<_ViewChildrenIbfk1InverseInput>; parentsRelation?: Maybe<_ViewChildrenIbfk2InverseInput>; }; export declare type ActivityAssignment = { __typename?: 'ActivityAssignment'; id: Scalars['String']; role: Scalars['String']; status: Scalars['String']; visible?: Maybe; createdAt?: Maybe; updatedAt?: Maybe; deletedAt?: Maybe; /** Reads a single `Mission` that is related to this `ActivityAssignment`. */ mission?: Maybe; /** Reads a single `Organization` that is related to this `ActivityAssignment`. */ organization?: Maybe; /** Reads a single `User` that is related to this `ActivityAssignment`. */ user?: Maybe; }; /** The fields on `activityAssignment` to look up the row to connect. */ export declare type ActivityAssignmentActivityAssignmentPkeyConnect = { id: Scalars['String']; }; /** * A condition to be used against `ActivityAssignment` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type ActivityAssignmentCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `role` field. */ role?: Maybe; /** Checks for equality with the object’s `status` field. */ status?: Maybe; /** Checks for equality with the object’s `visible` field. */ visible?: Maybe; /** Checks for equality with the object’s `createdAt` field. */ createdAt?: Maybe; /** Checks for equality with the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Checks for equality with the object’s `deletedAt` field. */ deletedAt?: Maybe; }; /** A filter to be used against `ActivityAssignment` object types. All fields are combined with a logical ‘and.’ */ export declare type ActivityAssignmentFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `role` field. */ role?: Maybe; /** Filter by the object’s `status` field. */ status?: Maybe; /** Filter by the object’s `visible` field. */ visible?: Maybe; /** Filter by the object’s `createdAt` field. */ createdAt?: Maybe; /** Filter by the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Filter by the object’s `deletedAt` field. */ deletedAt?: Maybe; /** Filter by the object’s `mission` relation. */ mission?: Maybe; /** A related `mission` exists. */ missionExists?: Maybe; /** Filter by the object’s `organization` relation. */ organization?: Maybe; /** A related `organization` exists. */ organizationExists?: Maybe; /** Filter by the object’s `user` relation. */ user?: Maybe; /** A related `user` exists. */ userExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `ActivityAssignment` */ export declare type ActivityAssignmentInput = { id?: Maybe; role: Scalars['String']; status?: Maybe; visible?: Maybe; mission?: Maybe; organization?: Maybe; user?: Maybe; }; /** The `activityAssignment` to be created by this mutation. */ export declare type ActivityAssignmentMissionFkeyActivityAssignmentCreateInput = { id?: Maybe; role: Scalars['String']; status?: Maybe; visible?: Maybe; mission?: Maybe; organization?: Maybe; user?: Maybe; }; /** Input for the nested mutation of `mission` in the `ActivityAssignmentInput` mutation. */ export declare type ActivityAssignmentMissionFkeyInput = { /** The primary key(s) for `mission` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `activityAssignment` in the `MissionInput` mutation. */ export declare type ActivityAssignmentMissionFkeyInverseInput = { /** The primary key(s) for `activityAssignment` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `activityAssignment` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** A `ActivityAssignmentInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** Input for the nested mutation of `organization` in the `ActivityAssignmentInput` mutation. */ export declare type ActivityAssignmentOrganizationFkeyInput = { /** The primary key(s) for `organization` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `activityAssignment` in the `OrganizationInput` mutation. */ export declare type ActivityAssignmentOrganizationFkeyInverseInput = { /** The primary key(s) for `activityAssignment` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `activityAssignment` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** Represents an update to a `ActivityAssignment`. Fields that are set will be updated. */ export declare type ActivityAssignmentPatch = { role?: Maybe; status?: Maybe; visible?: Maybe; mission?: Maybe; organization?: Maybe; user?: Maybe; }; /** A connection to a list of `ActivityAssignment` values. */ export declare type ActivityAssignmentsConnection = { __typename?: 'ActivityAssignmentsConnection'; /** A list of `ActivityAssignment` objects. */ nodes: Array>; /** A list of edges which contains the `ActivityAssignment` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `ActivityAssignment` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `ActivityAssignment` edge in the connection. */ export declare type ActivityAssignmentsEdge = { __typename?: 'ActivityAssignmentsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `ActivityAssignment` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `ActivityAssignment`. */ export declare enum ActivityAssignmentsOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", RoleAsc = "ROLE_ASC", RoleDesc = "ROLE_DESC", StatusAsc = "STATUS_ASC", StatusDesc = "STATUS_DESC", VisibleAsc = "VISIBLE_ASC", VisibleDesc = "VISIBLE_DESC", CreatedAtAsc = "CREATED_AT_ASC", CreatedAtDesc = "CREATED_AT_DESC", UpdatedAtAsc = "UPDATED_AT_ASC", UpdatedAtDesc = "UPDATED_AT_DESC", DeletedAtAsc = "DELETED_AT_ASC", DeletedAtDesc = "DELETED_AT_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", MissionByMissionIdDoNotUseIdAsc = "MISSION_BY_MISSION_ID_DO_NOT_USE__ID_ASC", MissionByMissionIdDoNotUseIdDesc = "MISSION_BY_MISSION_ID_DO_NOT_USE__ID_DESC", MissionByMissionIdDoNotUseNicknameAsc = "MISSION_BY_MISSION_ID_DO_NOT_USE__NICKNAME_ASC", MissionByMissionIdDoNotUseNicknameDesc = "MISSION_BY_MISSION_ID_DO_NOT_USE__NICKNAME_DESC", MissionByMissionIdDoNotUseNameAsc = "MISSION_BY_MISSION_ID_DO_NOT_USE__NAME_ASC", MissionByMissionIdDoNotUseNameDesc = "MISSION_BY_MISSION_ID_DO_NOT_USE__NAME_DESC", MissionByMissionIdDoNotUseTypeAsc = "MISSION_BY_MISSION_ID_DO_NOT_USE__TYPE_ASC", MissionByMissionIdDoNotUseTypeDesc = "MISSION_BY_MISSION_ID_DO_NOT_USE__TYPE_DESC", MissionByMissionIdDoNotUseCreatedAtAsc = "MISSION_BY_MISSION_ID_DO_NOT_USE__CREATED_AT_ASC", MissionByMissionIdDoNotUseCreatedAtDesc = "MISSION_BY_MISSION_ID_DO_NOT_USE__CREATED_AT_DESC", MissionByMissionIdDoNotUseUpdatedAtAsc = "MISSION_BY_MISSION_ID_DO_NOT_USE__UPDATED_AT_ASC", MissionByMissionIdDoNotUseUpdatedAtDesc = "MISSION_BY_MISSION_ID_DO_NOT_USE__UPDATED_AT_DESC", MissionByMissionIdDoNotUseDeletedAtAsc = "MISSION_BY_MISSION_ID_DO_NOT_USE__DELETED_AT_ASC", MissionByMissionIdDoNotUseDeletedAtDesc = "MISSION_BY_MISSION_ID_DO_NOT_USE__DELETED_AT_DESC", MissionByMissionIdDoNotUseInfraAsc = "MISSION_BY_MISSION_ID_DO_NOT_USE__INFRA_ASC", MissionByMissionIdDoNotUseInfraDesc = "MISSION_BY_MISSION_ID_DO_NOT_USE__INFRA_DESC", MissionByMissionIdDoNotUseDescriptionAsc = "MISSION_BY_MISSION_ID_DO_NOT_USE__DESCRIPTION_ASC", MissionByMissionIdDoNotUseDescriptionDesc = "MISSION_BY_MISSION_ID_DO_NOT_USE__DESCRIPTION_DESC", OrganizationByOrganizationIdDoNotUseIdAsc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__ID_ASC", OrganizationByOrganizationIdDoNotUseIdDesc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__ID_DESC", OrganizationByOrganizationIdDoNotUseNicknameAsc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__NICKNAME_ASC", OrganizationByOrganizationIdDoNotUseNicknameDesc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__NICKNAME_DESC", OrganizationByOrganizationIdDoNotUseNameAsc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__NAME_ASC", OrganizationByOrganizationIdDoNotUseNameDesc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__NAME_DESC", OrganizationByOrganizationIdDoNotUseDescriptionAsc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__DESCRIPTION_ASC", OrganizationByOrganizationIdDoNotUseDescriptionDesc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__DESCRIPTION_DESC", OrganizationByOrganizationIdDoNotUseCreatedAtAsc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__CREATED_AT_ASC", OrganizationByOrganizationIdDoNotUseCreatedAtDesc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__CREATED_AT_DESC", OrganizationByOrganizationIdDoNotUseUpdatedAtAsc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__UPDATED_AT_ASC", OrganizationByOrganizationIdDoNotUseUpdatedAtDesc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__UPDATED_AT_DESC", OrganizationByOrganizationIdDoNotUseSubscriptionPlanAsc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__SUBSCRIPTION_PLAN_ASC", OrganizationByOrganizationIdDoNotUseSubscriptionPlanDesc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__SUBSCRIPTION_PLAN_DESC", OrganizationByOrganizationIdDoNotUseDeletedAtAsc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__DELETED_AT_ASC", OrganizationByOrganizationIdDoNotUseDeletedAtDesc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__DELETED_AT_DESC", UserByUserIdDoNotUseIdAsc = "USER_BY_USER_ID_DO_NOT_USE__ID_ASC", UserByUserIdDoNotUseIdDesc = "USER_BY_USER_ID_DO_NOT_USE__ID_DESC", UserByUserIdDoNotUseNicknameAsc = "USER_BY_USER_ID_DO_NOT_USE__NICKNAME_ASC", UserByUserIdDoNotUseNicknameDesc = "USER_BY_USER_ID_DO_NOT_USE__NICKNAME_DESC", UserByUserIdDoNotUseNameAsc = "USER_BY_USER_ID_DO_NOT_USE__NAME_ASC", UserByUserIdDoNotUseNameDesc = "USER_BY_USER_ID_DO_NOT_USE__NAME_DESC", UserByUserIdDoNotUseEmailAsc = "USER_BY_USER_ID_DO_NOT_USE__EMAIL_ASC", UserByUserIdDoNotUseEmailDesc = "USER_BY_USER_ID_DO_NOT_USE__EMAIL_DESC", UserByUserIdDoNotUsePasswordAsc = "USER_BY_USER_ID_DO_NOT_USE__PASSWORD_ASC", UserByUserIdDoNotUsePasswordDesc = "USER_BY_USER_ID_DO_NOT_USE__PASSWORD_DESC", UserByUserIdDoNotUseDescriptionAsc = "USER_BY_USER_ID_DO_NOT_USE__DESCRIPTION_ASC", UserByUserIdDoNotUseDescriptionDesc = "USER_BY_USER_ID_DO_NOT_USE__DESCRIPTION_DESC", UserByUserIdDoNotUseCreatedAtAsc = "USER_BY_USER_ID_DO_NOT_USE__CREATED_AT_ASC", UserByUserIdDoNotUseCreatedAtDesc = "USER_BY_USER_ID_DO_NOT_USE__CREATED_AT_DESC", UserByUserIdDoNotUseUpdatedAtAsc = "USER_BY_USER_ID_DO_NOT_USE__UPDATED_AT_ASC", UserByUserIdDoNotUseUpdatedAtDesc = "USER_BY_USER_ID_DO_NOT_USE__UPDATED_AT_DESC", UserByUserIdDoNotUseActivatedAtAsc = "USER_BY_USER_ID_DO_NOT_USE__ACTIVATED_AT_ASC", UserByUserIdDoNotUseActivatedAtDesc = "USER_BY_USER_ID_DO_NOT_USE__ACTIVATED_AT_DESC", UserByUserIdDoNotUseDateOfBirthAsc = "USER_BY_USER_ID_DO_NOT_USE__DATE_OF_BIRTH_ASC", UserByUserIdDoNotUseDateOfBirthDesc = "USER_BY_USER_ID_DO_NOT_USE__DATE_OF_BIRTH_DESC", UserByUserIdDoNotUseParametersAsc = "USER_BY_USER_ID_DO_NOT_USE__PARAMETERS_ASC", UserByUserIdDoNotUseParametersDesc = "USER_BY_USER_ID_DO_NOT_USE__PARAMETERS_DESC", UserByUserIdDoNotUseLanguageAsc = "USER_BY_USER_ID_DO_NOT_USE__LANGUAGE_ASC", UserByUserIdDoNotUseLanguageDesc = "USER_BY_USER_ID_DO_NOT_USE__LANGUAGE_DESC", UserByUserIdDoNotUseDeletedAtAsc = "USER_BY_USER_ID_DO_NOT_USE__DELETED_AT_ASC", UserByUserIdDoNotUseDeletedAtDesc = "USER_BY_USER_ID_DO_NOT_USE__DELETED_AT_DESC", MissionIdDoNotUseAscUserIdDoNotUseAsc = "MISSION_ID_DO_NOT_USE_ASC__USER_ID_DO_NOT_USE_ASC", MissionIdDoNotUseDescUserIdDoNotUseDesc = "MISSION_ID_DO_NOT_USE_DESC__USER_ID_DO_NOT_USE_DESC" } /** The `activityAssignment` to be created by this mutation. */ export declare type ActivityAssignmentUserFkeyActivityAssignmentCreateInput = { id?: Maybe; role: Scalars['String']; status?: Maybe; visible?: Maybe; mission?: Maybe; organization?: Maybe; user?: Maybe; }; /** Input for the nested mutation of `user` in the `ActivityAssignmentInput` mutation. */ export declare type ActivityAssignmentUserFkeyInput = { /** The primary key(s) for `user` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `user` for the far side of the relationship. */ connectByEmail?: Maybe; }; /** Input for the nested mutation of `activityAssignment` in the `UserInput` mutation. */ export declare type ActivityAssignmentUserFkeyInverseInput = { /** The primary key(s) for `activityAssignment` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `activityAssignment` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** A `ActivityAssignmentInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** A connection to a list of `Anomaly` values. */ export declare type AnomaliesConnection = { __typename?: 'AnomaliesConnection'; /** A list of `Anomaly` objects. */ nodes: Array>; /** A list of edges which contains the `Anomaly` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Anomaly` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Anomaly` edge in the connection. */ export declare type AnomaliesEdge = { __typename?: 'AnomaliesEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Anomaly` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `Anomaly`. */ export declare enum AnomaliesOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", NicknameAsc = "NICKNAME_ASC", NicknameDesc = "NICKNAME_DESC", CreatedAtAsc = "CREATED_AT_ASC", CreatedAtDesc = "CREATED_AT_DESC", UpdatedAtAsc = "UPDATED_AT_ASC", UpdatedAtDesc = "UPDATED_AT_DESC", LevelAsc = "LEVEL_ASC", LevelDesc = "LEVEL_DESC", ParametersAsc = "PARAMETERS_ASC", ParametersDesc = "PARAMETERS_DESC", UMinAsc = "U_MIN_ASC", UMinDesc = "U_MIN_DESC", UMaxAsc = "U_MAX_ASC", UMaxDesc = "U_MAX_DESC", VMinAsc = "V_MIN_ASC", VMinDesc = "V_MIN_DESC", VMaxAsc = "V_MAX_ASC", VMaxDesc = "V_MAX_DESC", UvGeometryAsc = "UV_GEOMETRY_ASC", UvGeometryDesc = "UV_GEOMETRY_DESC", DescriptionAsc = "DESCRIPTION_ASC", DescriptionDesc = "DESCRIPTION_DESC", DeletedAtAsc = "DELETED_AT_ASC", DeletedAtDesc = "DELETED_AT_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", AnomalyTypeByTypeIdDoNotUseIdAsc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__ID_ASC", AnomalyTypeByTypeIdDoNotUseIdDesc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__ID_DESC", AnomalyTypeByTypeIdDoNotUseNicknameAsc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__NICKNAME_ASC", AnomalyTypeByTypeIdDoNotUseNicknameDesc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__NICKNAME_DESC", AnomalyTypeByTypeIdDoNotUseCreatedAtAsc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__CREATED_AT_ASC", AnomalyTypeByTypeIdDoNotUseCreatedAtDesc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__CREATED_AT_DESC", AnomalyTypeByTypeIdDoNotUseUpdatedAtAsc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__UPDATED_AT_ASC", AnomalyTypeByTypeIdDoNotUseUpdatedAtDesc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__UPDATED_AT_DESC", AnomalyTypeByTypeIdDoNotUseNameAsc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__NAME_ASC", AnomalyTypeByTypeIdDoNotUseNameDesc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__NAME_DESC", AnomalyTypeByTypeIdDoNotUseStructureTypeAsc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__STRUCTURE_TYPE_ASC", AnomalyTypeByTypeIdDoNotUseStructureTypeDesc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__STRUCTURE_TYPE_DESC", AnomalyTypeByTypeIdDoNotUseLevelAsc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__LEVEL_ASC", AnomalyTypeByTypeIdDoNotUseLevelDesc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__LEVEL_DESC", AnomalyTypeByTypeIdDoNotUseParametersAsc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__PARAMETERS_ASC", AnomalyTypeByTypeIdDoNotUseParametersDesc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__PARAMETERS_DESC", AnomalyTypeByTypeIdDoNotUseDescriptionAsc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__DESCRIPTION_ASC", AnomalyTypeByTypeIdDoNotUseDescriptionDesc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__DESCRIPTION_DESC", AnomalyTypeByTypeIdDoNotUseDeletedAtAsc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__DELETED_AT_ASC", AnomalyTypeByTypeIdDoNotUseDeletedAtDesc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__DELETED_AT_DESC", LocationByLocationIdDoNotUseIdAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__ID_ASC", LocationByLocationIdDoNotUseIdDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__ID_DESC", LocationByLocationIdDoNotUseNicknameAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__NICKNAME_ASC", LocationByLocationIdDoNotUseNicknameDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__NICKNAME_DESC", LocationByLocationIdDoNotUseErrorRadiusAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__ERROR_RADIUS_ASC", LocationByLocationIdDoNotUseErrorRadiusDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__ERROR_RADIUS_DESC", LocationByLocationIdDoNotUseNameAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__NAME_ASC", LocationByLocationIdDoNotUseNameDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__NAME_DESC", LocationByLocationIdDoNotUseLatitudeAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__LATITUDE_ASC", LocationByLocationIdDoNotUseLatitudeDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__LATITUDE_DESC", LocationByLocationIdDoNotUseLongitudeAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__LONGITUDE_ASC", LocationByLocationIdDoNotUseLongitudeDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__LONGITUDE_DESC", LocationByLocationIdDoNotUseAltitudeAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__ALTITUDE_ASC", LocationByLocationIdDoNotUseAltitudeDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__ALTITUDE_DESC", LocationByLocationIdDoNotUseRollAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__ROLL_ASC", LocationByLocationIdDoNotUseRollDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__ROLL_DESC", LocationByLocationIdDoNotUsePitchAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__PITCH_ASC", LocationByLocationIdDoNotUsePitchDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__PITCH_DESC", LocationByLocationIdDoNotUseYawAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__YAW_ASC", LocationByLocationIdDoNotUseYawDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__YAW_DESC", LocationByLocationIdDoNotUsePositionAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__POSITION_ASC", LocationByLocationIdDoNotUsePositionDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__POSITION_DESC", LocationByLocationIdDoNotUseOldGeometryAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__OLD_GEOMETRY_ASC", LocationByLocationIdDoNotUseOldGeometryDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__OLD_GEOMETRY_DESC", LocationByLocationIdDoNotUseUpdatedAtAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__UPDATED_AT_ASC", LocationByLocationIdDoNotUseUpdatedAtDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__UPDATED_AT_DESC", LocationByLocationIdDoNotUseCreatedAtAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__CREATED_AT_ASC", LocationByLocationIdDoNotUseCreatedAtDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__CREATED_AT_DESC", LocationByLocationIdDoNotUseGeoPoint2DAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__GEO_POINT2_D_ASC", LocationByLocationIdDoNotUseGeoPoint2DDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__GEO_POINT2_D_DESC", LocationByLocationIdDoNotUseGeoPoint3DAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__GEO_POINT3_D_ASC", LocationByLocationIdDoNotUseGeoPoint3DDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__GEO_POINT3_D_DESC", LocationByLocationIdDoNotUseDeletedAtAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__DELETED_AT_ASC", LocationByLocationIdDoNotUseDeletedAtDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__DELETED_AT_DESC", LocationByLocationIdDoNotUseGeometry3DAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__GEOMETRY3_D_ASC", LocationByLocationIdDoNotUseGeometry3DDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__GEOMETRY3_D_DESC", LocationByLocationIdDoNotUseGeometry2DAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__GEOMETRY2_D_ASC", LocationByLocationIdDoNotUseGeometry2DDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__GEOMETRY2_D_DESC", StructureByStructureIdDoNotUseIdAsc = "STRUCTURE_BY_STRUCTURE_ID_DO_NOT_USE__ID_ASC", StructureByStructureIdDoNotUseIdDesc = "STRUCTURE_BY_STRUCTURE_ID_DO_NOT_USE__ID_DESC", StructureByStructureIdDoNotUseNicknameAsc = "STRUCTURE_BY_STRUCTURE_ID_DO_NOT_USE__NICKNAME_ASC", StructureByStructureIdDoNotUseNicknameDesc = "STRUCTURE_BY_STRUCTURE_ID_DO_NOT_USE__NICKNAME_DESC", StructureByStructureIdDoNotUseNameAsc = "STRUCTURE_BY_STRUCTURE_ID_DO_NOT_USE__NAME_ASC", StructureByStructureIdDoNotUseNameDesc = "STRUCTURE_BY_STRUCTURE_ID_DO_NOT_USE__NAME_DESC", StructureByStructureIdDoNotUseCreatedAtAsc = "STRUCTURE_BY_STRUCTURE_ID_DO_NOT_USE__CREATED_AT_ASC", StructureByStructureIdDoNotUseCreatedAtDesc = "STRUCTURE_BY_STRUCTURE_ID_DO_NOT_USE__CREATED_AT_DESC", StructureByStructureIdDoNotUseUpdatedAtAsc = "STRUCTURE_BY_STRUCTURE_ID_DO_NOT_USE__UPDATED_AT_ASC", StructureByStructureIdDoNotUseUpdatedAtDesc = "STRUCTURE_BY_STRUCTURE_ID_DO_NOT_USE__UPDATED_AT_DESC", StructureByStructureIdDoNotUseCommissionedAtAsc = "STRUCTURE_BY_STRUCTURE_ID_DO_NOT_USE__COMMISSIONED_AT_ASC", StructureByStructureIdDoNotUseCommissionedAtDesc = "STRUCTURE_BY_STRUCTURE_ID_DO_NOT_USE__COMMISSIONED_AT_DESC", StructureByStructureIdDoNotUseDescriptionAsc = "STRUCTURE_BY_STRUCTURE_ID_DO_NOT_USE__DESCRIPTION_ASC", StructureByStructureIdDoNotUseDescriptionDesc = "STRUCTURE_BY_STRUCTURE_ID_DO_NOT_USE__DESCRIPTION_DESC", StructureByStructureIdDoNotUseParametersAsc = "STRUCTURE_BY_STRUCTURE_ID_DO_NOT_USE__PARAMETERS_ASC", StructureByStructureIdDoNotUseParametersDesc = "STRUCTURE_BY_STRUCTURE_ID_DO_NOT_USE__PARAMETERS_DESC", StructureByStructureIdDoNotUseDeletedAtAsc = "STRUCTURE_BY_STRUCTURE_ID_DO_NOT_USE__DELETED_AT_ASC", StructureByStructureIdDoNotUseDeletedAtDesc = "STRUCTURE_BY_STRUCTURE_ID_DO_NOT_USE__DELETED_AT_DESC", UserByAuthorIdDoNotUseIdAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__ID_ASC", UserByAuthorIdDoNotUseIdDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__ID_DESC", UserByAuthorIdDoNotUseNicknameAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__NICKNAME_ASC", UserByAuthorIdDoNotUseNicknameDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__NICKNAME_DESC", UserByAuthorIdDoNotUseNameAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__NAME_ASC", UserByAuthorIdDoNotUseNameDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__NAME_DESC", UserByAuthorIdDoNotUseEmailAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__EMAIL_ASC", UserByAuthorIdDoNotUseEmailDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__EMAIL_DESC", UserByAuthorIdDoNotUsePasswordAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__PASSWORD_ASC", UserByAuthorIdDoNotUsePasswordDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__PASSWORD_DESC", UserByAuthorIdDoNotUseDescriptionAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__DESCRIPTION_ASC", UserByAuthorIdDoNotUseDescriptionDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__DESCRIPTION_DESC", UserByAuthorIdDoNotUseCreatedAtAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__CREATED_AT_ASC", UserByAuthorIdDoNotUseCreatedAtDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__CREATED_AT_DESC", UserByAuthorIdDoNotUseUpdatedAtAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__UPDATED_AT_ASC", UserByAuthorIdDoNotUseUpdatedAtDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__UPDATED_AT_DESC", UserByAuthorIdDoNotUseActivatedAtAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__ACTIVATED_AT_ASC", UserByAuthorIdDoNotUseActivatedAtDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__ACTIVATED_AT_DESC", UserByAuthorIdDoNotUseDateOfBirthAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__DATE_OF_BIRTH_ASC", UserByAuthorIdDoNotUseDateOfBirthDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__DATE_OF_BIRTH_DESC", UserByAuthorIdDoNotUseParametersAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__PARAMETERS_ASC", UserByAuthorIdDoNotUseParametersDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__PARAMETERS_DESC", UserByAuthorIdDoNotUseLanguageAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__LANGUAGE_ASC", UserByAuthorIdDoNotUseLanguageDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__LANGUAGE_DESC", UserByAuthorIdDoNotUseDeletedAtAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__DELETED_AT_ASC", UserByAuthorIdDoNotUseDeletedAtDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__DELETED_AT_DESC", FileByGltfIdDoNotUseIdAsc = "FILE_BY_GLTF_ID_DO_NOT_USE__ID_ASC", FileByGltfIdDoNotUseIdDesc = "FILE_BY_GLTF_ID_DO_NOT_USE__ID_DESC", FileByGltfIdDoNotUseNicknameAsc = "FILE_BY_GLTF_ID_DO_NOT_USE__NICKNAME_ASC", FileByGltfIdDoNotUseNicknameDesc = "FILE_BY_GLTF_ID_DO_NOT_USE__NICKNAME_DESC", FileByGltfIdDoNotUseNameAsc = "FILE_BY_GLTF_ID_DO_NOT_USE__NAME_ASC", FileByGltfIdDoNotUseNameDesc = "FILE_BY_GLTF_ID_DO_NOT_USE__NAME_DESC", FileByGltfIdDoNotUseCreatedAtAsc = "FILE_BY_GLTF_ID_DO_NOT_USE__CREATED_AT_ASC", FileByGltfIdDoNotUseCreatedAtDesc = "FILE_BY_GLTF_ID_DO_NOT_USE__CREATED_AT_DESC", FileByGltfIdDoNotUseUpdatedAtAsc = "FILE_BY_GLTF_ID_DO_NOT_USE__UPDATED_AT_ASC", FileByGltfIdDoNotUseUpdatedAtDesc = "FILE_BY_GLTF_ID_DO_NOT_USE__UPDATED_AT_DESC", FileByGltfIdDoNotUseContentTypeAsc = "FILE_BY_GLTF_ID_DO_NOT_USE__CONTENT_TYPE_ASC", FileByGltfIdDoNotUseContentTypeDesc = "FILE_BY_GLTF_ID_DO_NOT_USE__CONTENT_TYPE_DESC", FileByGltfIdDoNotUseSecretAsc = "FILE_BY_GLTF_ID_DO_NOT_USE__SECRET_ASC", FileByGltfIdDoNotUseSecretDesc = "FILE_BY_GLTF_ID_DO_NOT_USE__SECRET_DESC", FileByGltfIdDoNotUseSizeAsc = "FILE_BY_GLTF_ID_DO_NOT_USE__SIZE_ASC", FileByGltfIdDoNotUseSizeDesc = "FILE_BY_GLTF_ID_DO_NOT_USE__SIZE_DESC", FileByGltfIdDoNotUseUrlAsc = "FILE_BY_GLTF_ID_DO_NOT_USE__URL_ASC", FileByGltfIdDoNotUseUrlDesc = "FILE_BY_GLTF_ID_DO_NOT_USE__URL_DESC", FileByGltfIdDoNotUseDeletedAtAsc = "FILE_BY_GLTF_ID_DO_NOT_USE__DELETED_AT_ASC", FileByGltfIdDoNotUseDeletedAtDesc = "FILE_BY_GLTF_ID_DO_NOT_USE__DELETED_AT_DESC", AnomalyCloneOfByAAAsc = "ANOMALY_CLONE_OF_BY_A__A_ASC", AnomalyCloneOfByAADesc = "ANOMALY_CLONE_OF_BY_A__A_DESC", AnomalyCloneOfByABAsc = "ANOMALY_CLONE_OF_BY_A__B_ASC", AnomalyCloneOfByABDesc = "ANOMALY_CLONE_OF_BY_A__B_DESC", AnomalyCloneovesByBCountAsc = "ANOMALY_CLONEOVES_BY_B__COUNT_ASC", AnomalyCloneovesByBCountDesc = "ANOMALY_CLONEOVES_BY_B__COUNT_DESC", DetectionsByAnomalyIdDoNotUseCountAsc = "DETECTIONS_BY_ANOMALY_ID_DO_NOT_USE__COUNT_ASC", DetectionsByAnomalyIdDoNotUseCountDesc = "DETECTIONS_BY_ANOMALY_ID_DO_NOT_USE__COUNT_DESC", AnomalySegmentationsByACountAsc = "ANOMALY_SEGMENTATIONS_BY_A__COUNT_ASC", AnomalySegmentationsByACountDesc = "ANOMALY_SEGMENTATIONS_BY_A__COUNT_DESC", CommentsByAboutAnomalyIdDoNotUseCountAsc = "COMMENTS_BY_ABOUT_ANOMALY_ID_DO_NOT_USE__COUNT_ASC", CommentsByAboutAnomalyIdDoNotUseCountDesc = "COMMENTS_BY_ABOUT_ANOMALY_ID_DO_NOT_USE__COUNT_DESC", MissionAnomaliesByACountAsc = "MISSION_ANOMALIES_BY_A__COUNT_ASC", MissionAnomaliesByACountDesc = "MISSION_ANOMALIES_BY_A__COUNT_DESC", AnomalyClassificationsByACountAsc = "ANOMALY_CLASSIFICATIONS_BY_A__COUNT_ASC", AnomalyClassificationsByACountDesc = "ANOMALY_CLASSIFICATIONS_BY_A__COUNT_DESC", PlanAnomaliesByAnomalyIdCountAsc = "PLAN_ANOMALIES_BY_ANOMALY_ID__COUNT_ASC", PlanAnomaliesByAnomalyIdCountDesc = "PLAN_ANOMALIES_BY_ANOMALY_ID__COUNT_DESC", ExecutionAnomaliesByAnomalyIdCountAsc = "EXECUTION_ANOMALIES_BY_ANOMALY_ID__COUNT_ASC", ExecutionAnomaliesByAnomalyIdCountDesc = "EXECUTION_ANOMALIES_BY_ANOMALY_ID__COUNT_DESC" } export declare type Anomaly = { __typename?: 'Anomaly'; id: Scalars['String']; nickname?: Maybe; createdAt: Scalars['Datetime']; updatedAt: Scalars['Datetime']; level: Scalars['Float']; parameters?: Maybe; uMin?: Maybe; uMax?: Maybe; vMin?: Maybe; vMax?: Maybe; uvGeometry?: Maybe; description?: Maybe; deletedAt?: Maybe; /** Reads a single `AnomalyType` that is related to this `Anomaly`. */ type?: Maybe; /** Reads a single `Location` that is related to this `Anomaly`. */ location?: Maybe; /** Reads a single `Structure` that is related to this `Anomaly`. */ structure?: Maybe; /** Reads a single `User` that is related to this `Anomaly`. */ author?: Maybe; /** Reads a single `File` that is related to this `Anomaly`. */ gltf?: Maybe; /** Reads a single `AnomalyCloneOf` that is related to this `Anomaly`. */ cloneOfRelation?: Maybe; /** * Reads and enables pagination through a set of `AnomalyCloneOf`. * @deprecated Please use cloneOfRelation instead */ cloneOfRelationConnection: AnomalyCloneovesConnection; /** Reads and enables pagination through a set of `AnomalyCloneOf`. */ clonesRelationConnection: AnomalyCloneovesConnection; /** Reads and enables pagination through a set of `AnomalyCloneOf`. */ clonesRelation: Array; /** Reads and enables pagination through a set of `Detection`. */ detectionsConnection: DetectionsConnection; /** Reads and enables pagination through a set of `Detection`. */ detections: Array; /** Reads and enables pagination through a set of `AnomalySegmentation`. */ segmentationsRelationConnection: AnomalySegmentationsConnection; /** Reads and enables pagination through a set of `AnomalySegmentation`. */ segmentationsRelation: Array; /** Reads and enables pagination through a set of `Comment`. */ commentsConnection: CommentsConnection; /** Reads and enables pagination through a set of `Comment`. */ comments: Array; /** Reads and enables pagination through a set of `MissionAnomaly`. */ missionsRelationConnection: MissionAnomaliesConnection; /** Reads and enables pagination through a set of `MissionAnomaly`. */ missionsRelation: Array; /** Reads and enables pagination through a set of `AnomalyClassification`. */ classificationsRelationConnection: AnomalyClassificationsConnection; /** Reads and enables pagination through a set of `AnomalyClassification`. */ classificationsRelation: Array; /** Reads and enables pagination through a set of `PlanAnomaly`. */ planRelationConnection: PlanAnomaliesConnection; /** Reads and enables pagination through a set of `PlanAnomaly`. */ planRelation: Array; /** Reads and enables pagination through a set of `ExecutionAnomaly`. */ executionRelationConnection: ExecutionAnomaliesConnection; /** Reads and enables pagination through a set of `ExecutionAnomaly`. */ executionRelation: Array; cloneOf?: Maybe; /** Reads and enables pagination through a set of `Anomaly`. */ clonesConnection: AnomaliesConnection; /** Reads and enables pagination through a set of `Anomaly`. */ clones?: Maybe>>; /** Reads and enables pagination through a set of `User`. */ usersByDetectionAnomalyIdDoNotUseAndAuthorIdDoNotUseList: Array; /** Reads and enables pagination through a set of `AnomalyType`. */ anomalyTypesByDetectionAnomalyIdDoNotUseAndTypeIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Image`. */ imagesByDetectionAnomalyIdDoNotUseAndImageIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Segmentation`. */ segmentationsByDetectionAnomalyIdDoNotUseAndSegmentationIdDoNotUseList: Array; /** Reads and enables pagination through a set of `MissionExecution`. */ missionExecutionsByDetectionAnomalyIdDoNotUseAndMissionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Structure`. */ structuresByDetectionAnomalyIdDoNotUseAndStructureIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Segmentation`. */ segmentationsConnection: AnomalySegmentationsConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Segmentation`. */ segmentations: Array; /** Reads and enables pagination through a set of `User`. */ usersByCommentAboutAnomalyIdDoNotUseAndAuthorIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Comment`. */ commentsByCommentAboutAnomalyIdDoNotUseAndAboutCommentIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Artifact`. */ artifactsByCommentAboutAnomalyIdDoNotUseAndAboutArtifactIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Mission`. */ missionsByCommentAboutAnomalyIdDoNotUseAndAboutMissionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Structure`. */ structuresByCommentAboutAnomalyIdDoNotUseAndAboutStructureIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Classification`. */ classificationsByCommentAboutAnomalyIdDoNotUseAndAboutClassificationIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Detection`. */ detectionsByCommentAboutAnomalyIdDoNotUseAndAboutDetectionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Segmentation`. */ segmentationsByCommentAboutAnomalyIdDoNotUseAndAboutSegmentationIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Image`. */ imagesByCommentAboutAnomalyIdDoNotUseAndAboutImageIdDoNotUseList: Array; /** Reads and enables pagination through a set of `MissionExecution`. */ missionsConnection: AnomalyMissionsConnectionManyToManyConnection; /** Reads and enables pagination through a set of `MissionExecution`. */ missions: Array; /** Reads and enables pagination through a set of `Classification`. */ classificationsConnection: AnomalyClassificationsConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Classification`. */ classifications: Array; /** Reads and enables pagination through a set of `Plan`. */ plansConnection: AnomalyPlansConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Plan`. */ plans: Array; /** Reads and enables pagination through a set of `Execution`. */ executionsConnection: AnomalyExecutionsConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Execution`. */ executions: Array; }; export declare type AnomalyCloneOfRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyClonesRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyClonesRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyDetectionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyDetectionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalySegmentationsRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalySegmentationsRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyCommentsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyCommentsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyMissionsRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyMissionsRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyClassificationsRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyClassificationsRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyPlanRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyPlanRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyExecutionRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyExecutionRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyClonesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; filter?: Maybe; }; export declare type AnomalyClonesArgs = { first?: Maybe; offset?: Maybe; filter?: Maybe; }; export declare type AnomalyUsersByDetectionAnomalyIdDoNotUseAndAuthorIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyAnomalyTypesByDetectionAnomalyIdDoNotUseAndTypeIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyImagesByDetectionAnomalyIdDoNotUseAndImageIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalySegmentationsByDetectionAnomalyIdDoNotUseAndSegmentationIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyMissionExecutionsByDetectionAnomalyIdDoNotUseAndMissionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyStructuresByDetectionAnomalyIdDoNotUseAndStructureIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalySegmentationsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalySegmentationsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyUsersByCommentAboutAnomalyIdDoNotUseAndAuthorIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyCommentsByCommentAboutAnomalyIdDoNotUseAndAboutCommentIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyArtifactsByCommentAboutAnomalyIdDoNotUseAndAboutArtifactIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyMissionsByCommentAboutAnomalyIdDoNotUseAndAboutMissionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyStructuresByCommentAboutAnomalyIdDoNotUseAndAboutStructureIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyClassificationsByCommentAboutAnomalyIdDoNotUseAndAboutClassificationIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyDetectionsByCommentAboutAnomalyIdDoNotUseAndAboutDetectionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalySegmentationsByCommentAboutAnomalyIdDoNotUseAndAboutSegmentationIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyImagesByCommentAboutAnomalyIdDoNotUseAndAboutImageIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyMissionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyMissionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyClassificationsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyClassificationsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyPlansConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyPlansArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyExecutionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyExecutionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The fields on `anomaly` to look up the row to connect. */ export declare type AnomalyAnomalyGltfKeyConnect = { gltfIdDoNotUse: Scalars['String']; }; /** The fields on `anomaly` to look up the row to delete. */ export declare type AnomalyAnomalyGltfKeyDelete = { gltfIdDoNotUse: Scalars['String']; }; /** The fields on `anomaly` to look up the row to connect. */ export declare type AnomalyAnomalyLocationKeyConnect = { locationIdDoNotUse: Scalars['String']; }; /** The fields on `anomaly` to look up the row to delete. */ export declare type AnomalyAnomalyLocationKeyDelete = { locationIdDoNotUse: Scalars['String']; }; /** The fields on `anomaly` to look up the row to connect. */ export declare type AnomalyAnomalyPkeyConnect = { id: Scalars['String']; }; /** The fields on `anomaly` to look up the row to delete. */ export declare type AnomalyAnomalyPkeyDelete = { id: Scalars['String']; }; export declare type AnomalyClassification = { __typename?: 'AnomalyClassification'; a: Scalars['String']; b: Scalars['String']; /** Reads a single `Anomaly` that is related to this `AnomalyClassification`. */ anomaly?: Maybe; /** Reads a single `Classification` that is related to this `AnomalyClassification`. */ classification?: Maybe; }; /** The fields on `anomalyClassification` to look up the row to connect. */ export declare type AnomalyClassificationAnomalyClassificationPkeyConnect = { a: Scalars['String']; b: Scalars['String']; }; /** The fields on `anomalyClassification` to look up the row to delete. */ export declare type AnomalyClassificationAnomalyClassificationPkeyDelete = { a: Scalars['String']; b: Scalars['String']; }; /** * A condition to be used against `AnomalyClassification` object types. All fields * are tested for equality and combined with a logical ‘and.’ */ export declare type AnomalyClassificationCondition = { /** Checks for equality with the object’s `a` field. */ a?: Maybe; /** Checks for equality with the object’s `b` field. */ b?: Maybe; }; /** A filter to be used against `AnomalyClassification` object types. All fields are combined with a logical ‘and.’ */ export declare type AnomalyClassificationFilter = { /** Filter by the object’s `a` field. */ a?: Maybe; /** Filter by the object’s `b` field. */ b?: Maybe; /** Filter by the object’s `anomaly` relation. */ anomaly?: Maybe; /** Filter by the object’s `classification` relation. */ classification?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `AnomalyClassification` */ export declare type AnomalyClassificationInput = { a?: Maybe; b?: Maybe; anomaly?: Maybe<_AnomalyClassificationIbfk1Input>; classification?: Maybe<_AnomalyClassificationIbfk2Input>; }; /** The fields on `anomalyClassification` to look up the row to update. */ export declare type AnomalyClassificationOnAnomalyClassificationForAnomalyClassificationIbfk1UsingAnomalyClassificationPkeyUpdate = { /** An object where the defined keys will be set on the `anomalyClassification` being updated. */ patch: UpdateAnomalyClassificationOnAnomalyClassificationForAnomalyClassificationIbfk1Patch; a: Scalars['String']; b: Scalars['String']; }; /** The fields on `anomalyClassification` to look up the row to update. */ export declare type AnomalyClassificationOnAnomalyClassificationForAnomalyClassificationIbfk2UsingAnomalyClassificationPkeyUpdate = { /** An object where the defined keys will be set on the `anomalyClassification` being updated. */ patch: UpdateAnomalyClassificationOnAnomalyClassificationForAnomalyClassificationIbfk2Patch; a: Scalars['String']; b: Scalars['String']; }; /** Represents an update to a `AnomalyClassification`. Fields that are set will be updated. */ export declare type AnomalyClassificationPatch = { a?: Maybe; b?: Maybe; anomaly?: Maybe<_AnomalyClassificationIbfk1Input>; classification?: Maybe<_AnomalyClassificationIbfk2Input>; }; /** A connection to a list of `AnomalyClassification` values. */ export declare type AnomalyClassificationsConnection = { __typename?: 'AnomalyClassificationsConnection'; /** A list of `AnomalyClassification` objects. */ nodes: Array>; /** A list of edges which contains the `AnomalyClassification` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `AnomalyClassification` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A connection to a list of `Classification` values, with data from `AnomalyClassification`. */ export declare type AnomalyClassificationsConnectionManyToManyConnection = { __typename?: 'AnomalyClassificationsConnectionManyToManyConnection'; /** A list of `Classification` objects. */ nodes: Array>; /** * A list of edges which contains the `Classification`, info from the * `AnomalyClassification`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Classification` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Classification` edge in the connection, with data from `AnomalyClassification`. */ export declare type AnomalyClassificationsConnectionManyToManyEdge = { __typename?: 'AnomalyClassificationsConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Classification` at the end of the edge. */ node?: Maybe; }; /** A `AnomalyClassification` edge in the connection. */ export declare type AnomalyClassificationsEdge = { __typename?: 'AnomalyClassificationsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `AnomalyClassification` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `AnomalyClassification`. */ export declare enum AnomalyClassificationsOrderBy { Natural = "NATURAL", AAsc = "A_ASC", ADesc = "A_DESC", BAsc = "B_ASC", BDesc = "B_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", AnomalyByAIdAsc = "ANOMALY_BY_A__ID_ASC", AnomalyByAIdDesc = "ANOMALY_BY_A__ID_DESC", AnomalyByANicknameAsc = "ANOMALY_BY_A__NICKNAME_ASC", AnomalyByANicknameDesc = "ANOMALY_BY_A__NICKNAME_DESC", AnomalyByACreatedAtAsc = "ANOMALY_BY_A__CREATED_AT_ASC", AnomalyByACreatedAtDesc = "ANOMALY_BY_A__CREATED_AT_DESC", AnomalyByAUpdatedAtAsc = "ANOMALY_BY_A__UPDATED_AT_ASC", AnomalyByAUpdatedAtDesc = "ANOMALY_BY_A__UPDATED_AT_DESC", AnomalyByALevelAsc = "ANOMALY_BY_A__LEVEL_ASC", AnomalyByALevelDesc = "ANOMALY_BY_A__LEVEL_DESC", AnomalyByAParametersAsc = "ANOMALY_BY_A__PARAMETERS_ASC", AnomalyByAParametersDesc = "ANOMALY_BY_A__PARAMETERS_DESC", AnomalyByAUMinAsc = "ANOMALY_BY_A__U_MIN_ASC", AnomalyByAUMinDesc = "ANOMALY_BY_A__U_MIN_DESC", AnomalyByAUMaxAsc = "ANOMALY_BY_A__U_MAX_ASC", AnomalyByAUMaxDesc = "ANOMALY_BY_A__U_MAX_DESC", AnomalyByAVMinAsc = "ANOMALY_BY_A__V_MIN_ASC", AnomalyByAVMinDesc = "ANOMALY_BY_A__V_MIN_DESC", AnomalyByAVMaxAsc = "ANOMALY_BY_A__V_MAX_ASC", AnomalyByAVMaxDesc = "ANOMALY_BY_A__V_MAX_DESC", AnomalyByAUvGeometryAsc = "ANOMALY_BY_A__UV_GEOMETRY_ASC", AnomalyByAUvGeometryDesc = "ANOMALY_BY_A__UV_GEOMETRY_DESC", AnomalyByADescriptionAsc = "ANOMALY_BY_A__DESCRIPTION_ASC", AnomalyByADescriptionDesc = "ANOMALY_BY_A__DESCRIPTION_DESC", AnomalyByADeletedAtAsc = "ANOMALY_BY_A__DELETED_AT_ASC", AnomalyByADeletedAtDesc = "ANOMALY_BY_A__DELETED_AT_DESC", ClassificationByBIdAsc = "CLASSIFICATION_BY_B__ID_ASC", ClassificationByBIdDesc = "CLASSIFICATION_BY_B__ID_DESC", ClassificationByBNicknameAsc = "CLASSIFICATION_BY_B__NICKNAME_ASC", ClassificationByBNicknameDesc = "CLASSIFICATION_BY_B__NICKNAME_DESC", ClassificationByBCreatedAtAsc = "CLASSIFICATION_BY_B__CREATED_AT_ASC", ClassificationByBCreatedAtDesc = "CLASSIFICATION_BY_B__CREATED_AT_DESC", ClassificationByBUpdatedAtAsc = "CLASSIFICATION_BY_B__UPDATED_AT_ASC", ClassificationByBUpdatedAtDesc = "CLASSIFICATION_BY_B__UPDATED_AT_DESC", ClassificationByBValueAsc = "CLASSIFICATION_BY_B__VALUE_ASC", ClassificationByBValueDesc = "CLASSIFICATION_BY_B__VALUE_DESC", ClassificationByBDeletedAtAsc = "CLASSIFICATION_BY_B__DELETED_AT_ASC", ClassificationByBDeletedAtDesc = "CLASSIFICATION_BY_B__DELETED_AT_DESC", AAscBAsc = "A_ASC__B_ASC", ADescBDesc = "A_DESC__B_DESC" } export declare type AnomalyCloneOf = { __typename?: 'AnomalyCloneOf'; a: Scalars['String']; b: Scalars['String']; /** Reads a single `Anomaly` that is related to this `AnomalyCloneOf`. */ cloneOf?: Maybe; /** Reads a single `Anomaly` that is related to this `AnomalyCloneOf`. */ clone?: Maybe; }; /** The fields on `anomalyCloneOf` to look up the row to connect. */ export declare type AnomalyCloneOfAnomalyCloneOfPkeyConnect = { a: Scalars['String']; }; /** The fields on `anomalyCloneOf` to look up the row to delete. */ export declare type AnomalyCloneOfAnomalyCloneOfPkeyDelete = { a: Scalars['String']; }; /** * A condition to be used against `AnomalyCloneOf` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type AnomalyCloneOfCondition = { /** Checks for equality with the object’s `a` field. */ a?: Maybe; /** Checks for equality with the object’s `b` field. */ b?: Maybe; }; /** A filter to be used against `AnomalyCloneOf` object types. All fields are combined with a logical ‘and.’ */ export declare type AnomalyCloneOfFilter = { /** Filter by the object’s `a` field. */ a?: Maybe; /** Filter by the object’s `b` field. */ b?: Maybe; /** Filter by the object’s `cloneOf` relation. */ cloneOf?: Maybe; /** Filter by the object’s `clone` relation. */ clone?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `AnomalyCloneOf` */ export declare type AnomalyCloneOfInput = { a?: Maybe; b?: Maybe; cloneOf?: Maybe<_AnomalyCloneOfIbfk1Input>; clone?: Maybe<_AnomalyCloneOfIbfk2Input>; }; /** The fields on `anomalyCloneOf` to look up the row to update. */ export declare type AnomalyCloneOfOnAnomalyCloneOfForAnomalyCloneOfIbfk1UsingAnomalyCloneOfPkeyUpdate = { /** An object where the defined keys will be set on the `anomalyCloneOf` being updated. */ patch: UpdateAnomalyCloneOfOnAnomalyCloneOfForAnomalyCloneOfIbfk1Patch; a: Scalars['String']; }; /** The fields on `anomalyCloneOf` to look up the row to update. */ export declare type AnomalyCloneOfOnAnomalyCloneOfForAnomalyCloneOfIbfk2UsingAnomalyCloneOfPkeyUpdate = { /** An object where the defined keys will be set on the `anomalyCloneOf` being updated. */ patch: UpdateAnomalyCloneOfOnAnomalyCloneOfForAnomalyCloneOfIbfk2Patch; a: Scalars['String']; }; /** Represents an update to a `AnomalyCloneOf`. Fields that are set will be updated. */ export declare type AnomalyCloneOfPatch = { a?: Maybe; b?: Maybe; cloneOf?: Maybe<_AnomalyCloneOfIbfk1Input>; clone?: Maybe<_AnomalyCloneOfIbfk2Input>; }; /** A connection to a list of `AnomalyCloneOf` values. */ export declare type AnomalyCloneovesConnection = { __typename?: 'AnomalyCloneovesConnection'; /** A list of `AnomalyCloneOf` objects. */ nodes: Array>; /** A list of edges which contains the `AnomalyCloneOf` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `AnomalyCloneOf` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `AnomalyCloneOf` edge in the connection. */ export declare type AnomalyCloneovesEdge = { __typename?: 'AnomalyCloneovesEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `AnomalyCloneOf` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `AnomalyCloneOf`. */ export declare enum AnomalyCloneovesOrderBy { Natural = "NATURAL", AAsc = "A_ASC", ADesc = "A_DESC", BAsc = "B_ASC", BDesc = "B_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", AnomalyByAIdAsc = "ANOMALY_BY_A__ID_ASC", AnomalyByAIdDesc = "ANOMALY_BY_A__ID_DESC", AnomalyByANicknameAsc = "ANOMALY_BY_A__NICKNAME_ASC", AnomalyByANicknameDesc = "ANOMALY_BY_A__NICKNAME_DESC", AnomalyByACreatedAtAsc = "ANOMALY_BY_A__CREATED_AT_ASC", AnomalyByACreatedAtDesc = "ANOMALY_BY_A__CREATED_AT_DESC", AnomalyByAUpdatedAtAsc = "ANOMALY_BY_A__UPDATED_AT_ASC", AnomalyByAUpdatedAtDesc = "ANOMALY_BY_A__UPDATED_AT_DESC", AnomalyByALevelAsc = "ANOMALY_BY_A__LEVEL_ASC", AnomalyByALevelDesc = "ANOMALY_BY_A__LEVEL_DESC", AnomalyByAParametersAsc = "ANOMALY_BY_A__PARAMETERS_ASC", AnomalyByAParametersDesc = "ANOMALY_BY_A__PARAMETERS_DESC", AnomalyByAUMinAsc = "ANOMALY_BY_A__U_MIN_ASC", AnomalyByAUMinDesc = "ANOMALY_BY_A__U_MIN_DESC", AnomalyByAUMaxAsc = "ANOMALY_BY_A__U_MAX_ASC", AnomalyByAUMaxDesc = "ANOMALY_BY_A__U_MAX_DESC", AnomalyByAVMinAsc = "ANOMALY_BY_A__V_MIN_ASC", AnomalyByAVMinDesc = "ANOMALY_BY_A__V_MIN_DESC", AnomalyByAVMaxAsc = "ANOMALY_BY_A__V_MAX_ASC", AnomalyByAVMaxDesc = "ANOMALY_BY_A__V_MAX_DESC", AnomalyByAUvGeometryAsc = "ANOMALY_BY_A__UV_GEOMETRY_ASC", AnomalyByAUvGeometryDesc = "ANOMALY_BY_A__UV_GEOMETRY_DESC", AnomalyByADescriptionAsc = "ANOMALY_BY_A__DESCRIPTION_ASC", AnomalyByADescriptionDesc = "ANOMALY_BY_A__DESCRIPTION_DESC", AnomalyByADeletedAtAsc = "ANOMALY_BY_A__DELETED_AT_ASC", AnomalyByADeletedAtDesc = "ANOMALY_BY_A__DELETED_AT_DESC", AnomalyByBIdAsc = "ANOMALY_BY_B__ID_ASC", AnomalyByBIdDesc = "ANOMALY_BY_B__ID_DESC", AnomalyByBNicknameAsc = "ANOMALY_BY_B__NICKNAME_ASC", AnomalyByBNicknameDesc = "ANOMALY_BY_B__NICKNAME_DESC", AnomalyByBCreatedAtAsc = "ANOMALY_BY_B__CREATED_AT_ASC", AnomalyByBCreatedAtDesc = "ANOMALY_BY_B__CREATED_AT_DESC", AnomalyByBUpdatedAtAsc = "ANOMALY_BY_B__UPDATED_AT_ASC", AnomalyByBUpdatedAtDesc = "ANOMALY_BY_B__UPDATED_AT_DESC", AnomalyByBLevelAsc = "ANOMALY_BY_B__LEVEL_ASC", AnomalyByBLevelDesc = "ANOMALY_BY_B__LEVEL_DESC", AnomalyByBParametersAsc = "ANOMALY_BY_B__PARAMETERS_ASC", AnomalyByBParametersDesc = "ANOMALY_BY_B__PARAMETERS_DESC", AnomalyByBUMinAsc = "ANOMALY_BY_B__U_MIN_ASC", AnomalyByBUMinDesc = "ANOMALY_BY_B__U_MIN_DESC", AnomalyByBUMaxAsc = "ANOMALY_BY_B__U_MAX_ASC", AnomalyByBUMaxDesc = "ANOMALY_BY_B__U_MAX_DESC", AnomalyByBVMinAsc = "ANOMALY_BY_B__V_MIN_ASC", AnomalyByBVMinDesc = "ANOMALY_BY_B__V_MIN_DESC", AnomalyByBVMaxAsc = "ANOMALY_BY_B__V_MAX_ASC", AnomalyByBVMaxDesc = "ANOMALY_BY_B__V_MAX_DESC", AnomalyByBUvGeometryAsc = "ANOMALY_BY_B__UV_GEOMETRY_ASC", AnomalyByBUvGeometryDesc = "ANOMALY_BY_B__UV_GEOMETRY_DESC", AnomalyByBDescriptionAsc = "ANOMALY_BY_B__DESCRIPTION_ASC", AnomalyByBDescriptionDesc = "ANOMALY_BY_B__DESCRIPTION_DESC", AnomalyByBDeletedAtAsc = "ANOMALY_BY_B__DELETED_AT_ASC", AnomalyByBDeletedAtDesc = "ANOMALY_BY_B__DELETED_AT_DESC" } /** A condition to be used against `Anomaly` object types. All fields are tested for equality and combined with a logical ‘and.’ */ export declare type AnomalyCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `nickname` field. */ nickname?: Maybe; /** Checks for equality with the object’s `createdAt` field. */ createdAt?: Maybe; /** Checks for equality with the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Checks for equality with the object’s `level` field. */ level?: Maybe; /** Checks for equality with the object’s `parameters` field. */ parameters?: Maybe; /** Checks for equality with the object’s `uMin` field. */ uMin?: Maybe; /** Checks for equality with the object’s `uMax` field. */ uMax?: Maybe; /** Checks for equality with the object’s `vMin` field. */ vMin?: Maybe; /** Checks for equality with the object’s `vMax` field. */ vMax?: Maybe; /** Checks for equality with the object’s `uvGeometry` field. */ uvGeometry?: Maybe; /** Checks for equality with the object’s `description` field. */ description?: Maybe; /** Checks for equality with the object’s `deletedAt` field. */ deletedAt?: Maybe; }; /** A connection to a list of `Execution` values, with data from `ExecutionAnomaly`. */ export declare type AnomalyExecutionsConnectionManyToManyConnection = { __typename?: 'AnomalyExecutionsConnectionManyToManyConnection'; /** A list of `Execution` objects. */ nodes: Array>; /** A list of edges which contains the `Execution`, info from the `ExecutionAnomaly`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Execution` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Execution` edge in the connection, with data from `ExecutionAnomaly`. */ export declare type AnomalyExecutionsConnectionManyToManyEdge = { __typename?: 'AnomalyExecutionsConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Execution` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `ExecutionAnomaly`. */ anomalyRelationConnection: ExecutionAnomaliesConnection; /** Reads and enables pagination through a set of `ExecutionAnomaly`. */ anomalyRelation: Array; }; /** A `Execution` edge in the connection, with data from `ExecutionAnomaly`. */ export declare type AnomalyExecutionsConnectionManyToManyEdgeAnomalyRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Execution` edge in the connection, with data from `ExecutionAnomaly`. */ export declare type AnomalyExecutionsConnectionManyToManyEdgeAnomalyRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A filter to be used against `Anomaly` object types. All fields are combined with a logical ‘and.’ */ export declare type AnomalyFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `nickname` field. */ nickname?: Maybe; /** Filter by the object’s `createdAt` field. */ createdAt?: Maybe; /** Filter by the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Filter by the object’s `level` field. */ level?: Maybe; /** Filter by the object’s `parameters` field. */ parameters?: Maybe; /** Filter by the object’s `uMin` field. */ uMin?: Maybe; /** Filter by the object’s `uMax` field. */ uMax?: Maybe; /** Filter by the object’s `vMin` field. */ vMin?: Maybe; /** Filter by the object’s `vMax` field. */ vMax?: Maybe; /** Filter by the object’s `uvGeometry` field. */ uvGeometry?: Maybe; /** Filter by the object’s `description` field. */ description?: Maybe; /** Filter by the object’s `deletedAt` field. */ deletedAt?: Maybe; /** Filter by the object’s `cloneOf` field. */ cloneOf?: Maybe; /** Filter by the object’s `cloneOfRelation` relation. */ cloneOfRelation?: Maybe; /** A related `cloneOfRelation` exists. */ cloneOfRelationExists?: Maybe; /** Filter by the object’s `clonesRelationConnection` relation. */ clonesRelationConnection?: Maybe; /** Some related `clonesRelationConnection` exist. */ clonesRelationConnectionExist?: Maybe; /** Filter by the object’s `detectionsConnection` relation. */ detectionsConnection?: Maybe; /** Some related `detectionsConnection` exist. */ detectionsConnectionExist?: Maybe; /** Filter by the object’s `segmentationsRelationConnection` relation. */ segmentationsRelationConnection?: Maybe; /** Some related `segmentationsRelationConnection` exist. */ segmentationsRelationConnectionExist?: Maybe; /** Filter by the object’s `commentsConnection` relation. */ commentsConnection?: Maybe; /** Some related `commentsConnection` exist. */ commentsConnectionExist?: Maybe; /** Filter by the object’s `missionsRelationConnection` relation. */ missionsRelationConnection?: Maybe; /** Some related `missionsRelationConnection` exist. */ missionsRelationConnectionExist?: Maybe; /** Filter by the object’s `classificationsRelationConnection` relation. */ classificationsRelationConnection?: Maybe; /** Some related `classificationsRelationConnection` exist. */ classificationsRelationConnectionExist?: Maybe; /** Filter by the object’s `planRelationConnection` relation. */ planRelationConnection?: Maybe; /** Some related `planRelationConnection` exist. */ planRelationConnectionExist?: Maybe; /** Filter by the object’s `executionRelationConnection` relation. */ executionRelationConnection?: Maybe; /** Some related `executionRelationConnection` exist. */ executionRelationConnectionExist?: Maybe; /** Filter by the object’s `type` relation. */ type?: Maybe; /** A related `type` exists. */ typeExists?: Maybe; /** Filter by the object’s `location` relation. */ location?: Maybe; /** A related `location` exists. */ locationExists?: Maybe; /** Filter by the object’s `structure` relation. */ structure?: Maybe; /** A related `structure` exists. */ structureExists?: Maybe; /** Filter by the object’s `author` relation. */ author?: Maybe; /** A related `author` exists. */ authorExists?: Maybe; /** Filter by the object’s `gltf` relation. */ gltf?: Maybe; /** A related `gltf` exists. */ gltfExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** Input for the nested mutation of `file` in the `AnomalyInput` mutation. */ export declare type AnomalyGltfFkeyInput = { /** The primary key(s) for `file` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `anomaly` in the `FileInput` mutation. */ export declare type AnomalyGltfFkeyInverseInput = { /** The primary key(s) for `anomaly` for the far side of the relationship. */ connectById?: Maybe; /** Flag indicating whether all other `anomaly` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** An input for mutations affecting `Anomaly` */ export declare type AnomalyInput = { id?: Maybe; nickname?: Maybe; level: Scalars['Float']; parameters?: Maybe; uMin?: Maybe; uMax?: Maybe; vMin?: Maybe; vMax?: Maybe; uvGeometry?: Maybe; description?: Maybe; type?: Maybe; location?: Maybe; structure?: Maybe; author?: Maybe; gltf?: Maybe; cloneOfRelation?: Maybe<_AnomalyCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_AnomalyCloneOfIbfk2InverseInput>; detections?: Maybe; segmentationsRelation?: Maybe<_AnomalySegmentationIbfk1InverseInput>; comments?: Maybe; missionsRelation?: Maybe<_MissionAnomaliesIbfk1InverseInput>; classificationsRelation?: Maybe<_AnomalyClassificationIbfk1InverseInput>; planRelation?: Maybe<_PlanAnomalyAnomalyIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionAnomalyAnomalyIdFkeyInverseInput>; }; export declare type AnomalyLevelMapping = { __typename?: 'AnomalyLevelMapping'; id: Scalars['String']; nickname?: Maybe; createdAt: Scalars['Datetime']; updatedAt: Scalars['Datetime']; name: Scalars['String']; description?: Maybe; structureType?: Maybe; parameters?: Maybe; csvConfig?: Maybe; deletedAt?: Maybe; /** Reads and enables pagination through a set of `AnomalyTypeLevelMapping`. */ anomalyTypesRelationConnection: AnomalyTypeLevelMappingsConnection; /** Reads and enables pagination through a set of `AnomalyTypeLevelMapping`. */ anomalyTypesRelation: Array; /** Reads a single `AnomalyLevelMappingCloneOf` that is related to this `AnomalyLevelMapping`. */ cloneOfRelation?: Maybe; /** * Reads and enables pagination through a set of `AnomalyLevelMappingCloneOf`. * @deprecated Please use cloneOfRelation instead */ cloneOfRelationConnection: AnomalyLevelMappingCloneovesConnection; /** Reads and enables pagination through a set of `AnomalyLevelMappingCloneOf`. */ clonesRelationConnection: AnomalyLevelMappingCloneovesConnection; /** Reads and enables pagination through a set of `AnomalyLevelMappingCloneOf`. */ clonesRelation: Array; /** Reads and enables pagination through a set of `OrganizationAnomalyLevelMapping`. */ organizationsRelationConnection: OrganizationAnomalyLevelMappingsConnection; /** Reads and enables pagination through a set of `OrganizationAnomalyLevelMapping`. */ organizationsRelation: Array; cloneOf?: Maybe; /** Reads and enables pagination through a set of `AnomalyLevelMapping`. */ clonesConnection: AnomalyLevelMappingsConnection; /** Reads and enables pagination through a set of `AnomalyLevelMapping`. */ clones?: Maybe>>; /** Reads and enables pagination through a set of `AnomalyType`. */ anomalyTypesConnection: AnomalyLevelMappingAnomalyTypesConnectionManyToManyConnection; /** Reads and enables pagination through a set of `AnomalyType`. */ anomalyTypes: Array; /** Reads and enables pagination through a set of `Organization`. */ organizationsConnection: AnomalyLevelMappingOrganizationsConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Organization`. */ organizations: Array; }; export declare type AnomalyLevelMappingAnomalyTypesRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyLevelMappingAnomalyTypesRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyLevelMappingCloneOfRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyLevelMappingClonesRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyLevelMappingClonesRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyLevelMappingOrganizationsRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyLevelMappingOrganizationsRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyLevelMappingClonesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; filter?: Maybe; }; export declare type AnomalyLevelMappingClonesArgs = { first?: Maybe; offset?: Maybe; filter?: Maybe; }; export declare type AnomalyLevelMappingAnomalyTypesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyLevelMappingAnomalyTypesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyLevelMappingOrganizationsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyLevelMappingOrganizationsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The fields on `anomalyLevelMapping` to look up the row to connect. */ export declare type AnomalyLevelMappingAnomalyLevelMappingPkeyConnect = { id: Scalars['String']; }; /** The fields on `anomalyLevelMapping` to look up the row to delete. */ export declare type AnomalyLevelMappingAnomalyLevelMappingPkeyDelete = { id: Scalars['String']; }; /** A connection to a list of `AnomalyType` values, with data from `AnomalyTypeLevelMapping`. */ export declare type AnomalyLevelMappingAnomalyTypesConnectionManyToManyConnection = { __typename?: 'AnomalyLevelMappingAnomalyTypesConnectionManyToManyConnection'; /** A list of `AnomalyType` objects. */ nodes: Array>; /** * A list of edges which contains the `AnomalyType`, info from the * `AnomalyTypeLevelMapping`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `AnomalyType` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `AnomalyType` edge in the connection, with data from `AnomalyTypeLevelMapping`. */ export declare type AnomalyLevelMappingAnomalyTypesConnectionManyToManyEdge = { __typename?: 'AnomalyLevelMappingAnomalyTypesConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `AnomalyType` at the end of the edge. */ node?: Maybe; }; export declare type AnomalyLevelMappingCloneOf = { __typename?: 'AnomalyLevelMappingCloneOf'; a: Scalars['String']; b: Scalars['String']; /** Reads a single `AnomalyLevelMapping` that is related to this `AnomalyLevelMappingCloneOf`. */ cloneOf?: Maybe; /** Reads a single `AnomalyLevelMapping` that is related to this `AnomalyLevelMappingCloneOf`. */ clone?: Maybe; }; /** The fields on `anomalyLevelMappingCloneOf` to look up the row to connect. */ export declare type AnomalyLevelMappingCloneOfAnomalyLevelMappingCloneOfPkeyConnect = { a: Scalars['String']; }; /** The fields on `anomalyLevelMappingCloneOf` to look up the row to delete. */ export declare type AnomalyLevelMappingCloneOfAnomalyLevelMappingCloneOfPkeyDelete = { a: Scalars['String']; }; /** * A condition to be used against `AnomalyLevelMappingCloneOf` object types. All * fields are tested for equality and combined with a logical ‘and.’ */ export declare type AnomalyLevelMappingCloneOfCondition = { /** Checks for equality with the object’s `a` field. */ a?: Maybe; /** Checks for equality with the object’s `b` field. */ b?: Maybe; }; /** A filter to be used against `AnomalyLevelMappingCloneOf` object types. All fields are combined with a logical ‘and.’ */ export declare type AnomalyLevelMappingCloneOfFilter = { /** Filter by the object’s `a` field. */ a?: Maybe; /** Filter by the object’s `b` field. */ b?: Maybe; /** Filter by the object’s `cloneOf` relation. */ cloneOf?: Maybe; /** Filter by the object’s `clone` relation. */ clone?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `AnomalyLevelMappingCloneOf` */ export declare type AnomalyLevelMappingCloneOfInput = { a?: Maybe; b?: Maybe; cloneOf?: Maybe<_AnomalyLevelMappingCloneOfIbfk1Input>; clone?: Maybe<_AnomalyLevelMappingCloneOfIbfk2Input>; }; /** The fields on `anomalyLevelMappingCloneOf` to look up the row to update. */ export declare type AnomalyLevelMappingCloneOfOnAnomalyLevelMappingCloneOfForAnomalyLevelMappingCloneOfIbfk1UsingAnomalyLevelMappingCloneOfPkeyUpdate = { /** An object where the defined keys will be set on the `anomalyLevelMappingCloneOf` being updated. */ patch: UpdateAnomalyLevelMappingCloneOfOnAnomalyLevelMappingCloneOfForAnomalyLevelMappingCloneOfIbfk1Patch; a: Scalars['String']; }; /** The fields on `anomalyLevelMappingCloneOf` to look up the row to update. */ export declare type AnomalyLevelMappingCloneOfOnAnomalyLevelMappingCloneOfForAnomalyLevelMappingCloneOfIbfk2UsingAnomalyLevelMappingCloneOfPkeyUpdate = { /** An object where the defined keys will be set on the `anomalyLevelMappingCloneOf` being updated. */ patch: UpdateAnomalyLevelMappingCloneOfOnAnomalyLevelMappingCloneOfForAnomalyLevelMappingCloneOfIbfk2Patch; a: Scalars['String']; }; /** Represents an update to a `AnomalyLevelMappingCloneOf`. Fields that are set will be updated. */ export declare type AnomalyLevelMappingCloneOfPatch = { a?: Maybe; b?: Maybe; cloneOf?: Maybe<_AnomalyLevelMappingCloneOfIbfk1Input>; clone?: Maybe<_AnomalyLevelMappingCloneOfIbfk2Input>; }; /** A connection to a list of `AnomalyLevelMappingCloneOf` values. */ export declare type AnomalyLevelMappingCloneovesConnection = { __typename?: 'AnomalyLevelMappingCloneovesConnection'; /** A list of `AnomalyLevelMappingCloneOf` objects. */ nodes: Array>; /** A list of edges which contains the `AnomalyLevelMappingCloneOf` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `AnomalyLevelMappingCloneOf` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `AnomalyLevelMappingCloneOf` edge in the connection. */ export declare type AnomalyLevelMappingCloneovesEdge = { __typename?: 'AnomalyLevelMappingCloneovesEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `AnomalyLevelMappingCloneOf` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `AnomalyLevelMappingCloneOf`. */ export declare enum AnomalyLevelMappingCloneovesOrderBy { Natural = "NATURAL", AAsc = "A_ASC", ADesc = "A_DESC", BAsc = "B_ASC", BDesc = "B_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", AnomalyLevelMappingByAIdAsc = "ANOMALY_LEVEL_MAPPING_BY_A__ID_ASC", AnomalyLevelMappingByAIdDesc = "ANOMALY_LEVEL_MAPPING_BY_A__ID_DESC", AnomalyLevelMappingByANicknameAsc = "ANOMALY_LEVEL_MAPPING_BY_A__NICKNAME_ASC", AnomalyLevelMappingByANicknameDesc = "ANOMALY_LEVEL_MAPPING_BY_A__NICKNAME_DESC", AnomalyLevelMappingByACreatedAtAsc = "ANOMALY_LEVEL_MAPPING_BY_A__CREATED_AT_ASC", AnomalyLevelMappingByACreatedAtDesc = "ANOMALY_LEVEL_MAPPING_BY_A__CREATED_AT_DESC", AnomalyLevelMappingByAUpdatedAtAsc = "ANOMALY_LEVEL_MAPPING_BY_A__UPDATED_AT_ASC", AnomalyLevelMappingByAUpdatedAtDesc = "ANOMALY_LEVEL_MAPPING_BY_A__UPDATED_AT_DESC", AnomalyLevelMappingByANameAsc = "ANOMALY_LEVEL_MAPPING_BY_A__NAME_ASC", AnomalyLevelMappingByANameDesc = "ANOMALY_LEVEL_MAPPING_BY_A__NAME_DESC", AnomalyLevelMappingByADescriptionAsc = "ANOMALY_LEVEL_MAPPING_BY_A__DESCRIPTION_ASC", AnomalyLevelMappingByADescriptionDesc = "ANOMALY_LEVEL_MAPPING_BY_A__DESCRIPTION_DESC", AnomalyLevelMappingByAStructureTypeAsc = "ANOMALY_LEVEL_MAPPING_BY_A__STRUCTURE_TYPE_ASC", AnomalyLevelMappingByAStructureTypeDesc = "ANOMALY_LEVEL_MAPPING_BY_A__STRUCTURE_TYPE_DESC", AnomalyLevelMappingByAParametersAsc = "ANOMALY_LEVEL_MAPPING_BY_A__PARAMETERS_ASC", AnomalyLevelMappingByAParametersDesc = "ANOMALY_LEVEL_MAPPING_BY_A__PARAMETERS_DESC", AnomalyLevelMappingByACsvConfigAsc = "ANOMALY_LEVEL_MAPPING_BY_A__CSV_CONFIG_ASC", AnomalyLevelMappingByACsvConfigDesc = "ANOMALY_LEVEL_MAPPING_BY_A__CSV_CONFIG_DESC", AnomalyLevelMappingByADeletedAtAsc = "ANOMALY_LEVEL_MAPPING_BY_A__DELETED_AT_ASC", AnomalyLevelMappingByADeletedAtDesc = "ANOMALY_LEVEL_MAPPING_BY_A__DELETED_AT_DESC", AnomalyLevelMappingByBIdAsc = "ANOMALY_LEVEL_MAPPING_BY_B__ID_ASC", AnomalyLevelMappingByBIdDesc = "ANOMALY_LEVEL_MAPPING_BY_B__ID_DESC", AnomalyLevelMappingByBNicknameAsc = "ANOMALY_LEVEL_MAPPING_BY_B__NICKNAME_ASC", AnomalyLevelMappingByBNicknameDesc = "ANOMALY_LEVEL_MAPPING_BY_B__NICKNAME_DESC", AnomalyLevelMappingByBCreatedAtAsc = "ANOMALY_LEVEL_MAPPING_BY_B__CREATED_AT_ASC", AnomalyLevelMappingByBCreatedAtDesc = "ANOMALY_LEVEL_MAPPING_BY_B__CREATED_AT_DESC", AnomalyLevelMappingByBUpdatedAtAsc = "ANOMALY_LEVEL_MAPPING_BY_B__UPDATED_AT_ASC", AnomalyLevelMappingByBUpdatedAtDesc = "ANOMALY_LEVEL_MAPPING_BY_B__UPDATED_AT_DESC", AnomalyLevelMappingByBNameAsc = "ANOMALY_LEVEL_MAPPING_BY_B__NAME_ASC", AnomalyLevelMappingByBNameDesc = "ANOMALY_LEVEL_MAPPING_BY_B__NAME_DESC", AnomalyLevelMappingByBDescriptionAsc = "ANOMALY_LEVEL_MAPPING_BY_B__DESCRIPTION_ASC", AnomalyLevelMappingByBDescriptionDesc = "ANOMALY_LEVEL_MAPPING_BY_B__DESCRIPTION_DESC", AnomalyLevelMappingByBStructureTypeAsc = "ANOMALY_LEVEL_MAPPING_BY_B__STRUCTURE_TYPE_ASC", AnomalyLevelMappingByBStructureTypeDesc = "ANOMALY_LEVEL_MAPPING_BY_B__STRUCTURE_TYPE_DESC", AnomalyLevelMappingByBParametersAsc = "ANOMALY_LEVEL_MAPPING_BY_B__PARAMETERS_ASC", AnomalyLevelMappingByBParametersDesc = "ANOMALY_LEVEL_MAPPING_BY_B__PARAMETERS_DESC", AnomalyLevelMappingByBCsvConfigAsc = "ANOMALY_LEVEL_MAPPING_BY_B__CSV_CONFIG_ASC", AnomalyLevelMappingByBCsvConfigDesc = "ANOMALY_LEVEL_MAPPING_BY_B__CSV_CONFIG_DESC", AnomalyLevelMappingByBDeletedAtAsc = "ANOMALY_LEVEL_MAPPING_BY_B__DELETED_AT_ASC", AnomalyLevelMappingByBDeletedAtDesc = "ANOMALY_LEVEL_MAPPING_BY_B__DELETED_AT_DESC" } /** * A condition to be used against `AnomalyLevelMapping` object types. All fields * are tested for equality and combined with a logical ‘and.’ */ export declare type AnomalyLevelMappingCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `nickname` field. */ nickname?: Maybe; /** Checks for equality with the object’s `createdAt` field. */ createdAt?: Maybe; /** Checks for equality with the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Checks for equality with the object’s `name` field. */ name?: Maybe; /** Checks for equality with the object’s `description` field. */ description?: Maybe; /** Checks for equality with the object’s `structureType` field. */ structureType?: Maybe; /** Checks for equality with the object’s `parameters` field. */ parameters?: Maybe; /** Checks for equality with the object’s `csvConfig` field. */ csvConfig?: Maybe; /** Checks for equality with the object’s `deletedAt` field. */ deletedAt?: Maybe; }; /** A filter to be used against `AnomalyLevelMapping` object types. All fields are combined with a logical ‘and.’ */ export declare type AnomalyLevelMappingFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `nickname` field. */ nickname?: Maybe; /** Filter by the object’s `createdAt` field. */ createdAt?: Maybe; /** Filter by the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Filter by the object’s `name` field. */ name?: Maybe; /** Filter by the object’s `description` field. */ description?: Maybe; /** Filter by the object’s `structureType` field. */ structureType?: Maybe; /** Filter by the object’s `parameters` field. */ parameters?: Maybe; /** Filter by the object’s `csvConfig` field. */ csvConfig?: Maybe; /** Filter by the object’s `deletedAt` field. */ deletedAt?: Maybe; /** Filter by the object’s `cloneOf` field. */ cloneOf?: Maybe; /** Filter by the object’s `anomalyTypesRelationConnection` relation. */ anomalyTypesRelationConnection?: Maybe; /** Some related `anomalyTypesRelationConnection` exist. */ anomalyTypesRelationConnectionExist?: Maybe; /** Filter by the object’s `cloneOfRelation` relation. */ cloneOfRelation?: Maybe; /** A related `cloneOfRelation` exists. */ cloneOfRelationExists?: Maybe; /** Filter by the object’s `clonesRelationConnection` relation. */ clonesRelationConnection?: Maybe; /** Some related `clonesRelationConnection` exist. */ clonesRelationConnectionExist?: Maybe; /** Filter by the object’s `organizationsRelationConnection` relation. */ organizationsRelationConnection?: Maybe; /** Some related `organizationsRelationConnection` exist. */ organizationsRelationConnectionExist?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `AnomalyLevelMapping` */ export declare type AnomalyLevelMappingInput = { id?: Maybe; nickname?: Maybe; name: Scalars['String']; description?: Maybe; structureType?: Maybe; parameters?: Maybe; csvConfig?: Maybe; anomalyTypesRelation?: Maybe<_AnomalyTypeLevelMappingIbfk1InverseInput>; cloneOfRelation?: Maybe<_AnomalyLevelMappingCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_AnomalyLevelMappingCloneOfIbfk2InverseInput>; organizationsRelation?: Maybe<_OrganizationAnomalyLevelMappingIbfk1InverseInput>; }; /** The fields on `anomalyLevelMapping` to look up the row to update. */ export declare type AnomalyLevelMappingOnAnomalyLevelMappingCloneOfForAnomalyLevelMappingCloneOfIbfk1UsingAnomalyLevelMappingPkeyUpdate = { /** An object where the defined keys will be set on the `anomalyLevelMapping` being updated. */ patch: UpdateAnomalyLevelMappingOnAnomalyLevelMappingCloneOfForAnomalyLevelMappingCloneOfIbfk1Patch; id: Scalars['String']; }; /** The fields on `anomalyLevelMapping` to look up the row to update. */ export declare type AnomalyLevelMappingOnAnomalyLevelMappingCloneOfForAnomalyLevelMappingCloneOfIbfk2UsingAnomalyLevelMappingPkeyUpdate = { /** An object where the defined keys will be set on the `anomalyLevelMapping` being updated. */ patch: UpdateAnomalyLevelMappingOnAnomalyLevelMappingCloneOfForAnomalyLevelMappingCloneOfIbfk2Patch; id: Scalars['String']; }; /** A connection to a list of `Organization` values, with data from `OrganizationAnomalyLevelMapping`. */ export declare type AnomalyLevelMappingOrganizationsConnectionManyToManyConnection = { __typename?: 'AnomalyLevelMappingOrganizationsConnectionManyToManyConnection'; /** A list of `Organization` objects. */ nodes: Array>; /** * A list of edges which contains the `Organization`, info from the * `OrganizationAnomalyLevelMapping`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Organization` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Organization` edge in the connection, with data from `OrganizationAnomalyLevelMapping`. */ export declare type AnomalyLevelMappingOrganizationsConnectionManyToManyEdge = { __typename?: 'AnomalyLevelMappingOrganizationsConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Organization` at the end of the edge. */ node?: Maybe; }; /** Represents an update to a `AnomalyLevelMapping`. Fields that are set will be updated. */ export declare type AnomalyLevelMappingPatch = { nickname?: Maybe; name?: Maybe; description?: Maybe; structureType?: Maybe; parameters?: Maybe; csvConfig?: Maybe; anomalyTypesRelation?: Maybe<_AnomalyTypeLevelMappingIbfk1InverseInput>; cloneOfRelation?: Maybe<_AnomalyLevelMappingCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_AnomalyLevelMappingCloneOfIbfk2InverseInput>; organizationsRelation?: Maybe<_OrganizationAnomalyLevelMappingIbfk1InverseInput>; }; /** A connection to a list of `AnomalyLevelMapping` values. */ export declare type AnomalyLevelMappingsConnection = { __typename?: 'AnomalyLevelMappingsConnection'; /** A list of `AnomalyLevelMapping` objects. */ nodes: Array>; /** A list of edges which contains the `AnomalyLevelMapping` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `AnomalyLevelMapping` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `AnomalyLevelMapping` edge in the connection. */ export declare type AnomalyLevelMappingsEdge = { __typename?: 'AnomalyLevelMappingsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `AnomalyLevelMapping` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `AnomalyLevelMapping`. */ export declare enum AnomalyLevelMappingsOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", NicknameAsc = "NICKNAME_ASC", NicknameDesc = "NICKNAME_DESC", CreatedAtAsc = "CREATED_AT_ASC", CreatedAtDesc = "CREATED_AT_DESC", UpdatedAtAsc = "UPDATED_AT_ASC", UpdatedAtDesc = "UPDATED_AT_DESC", NameAsc = "NAME_ASC", NameDesc = "NAME_DESC", DescriptionAsc = "DESCRIPTION_ASC", DescriptionDesc = "DESCRIPTION_DESC", StructureTypeAsc = "STRUCTURE_TYPE_ASC", StructureTypeDesc = "STRUCTURE_TYPE_DESC", ParametersAsc = "PARAMETERS_ASC", ParametersDesc = "PARAMETERS_DESC", CsvConfigAsc = "CSV_CONFIG_ASC", CsvConfigDesc = "CSV_CONFIG_DESC", DeletedAtAsc = "DELETED_AT_ASC", DeletedAtDesc = "DELETED_AT_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", AnomalyTypeLevelMappingsByACountAsc = "ANOMALY_TYPE_LEVEL_MAPPINGS_BY_A__COUNT_ASC", AnomalyTypeLevelMappingsByACountDesc = "ANOMALY_TYPE_LEVEL_MAPPINGS_BY_A__COUNT_DESC", AnomalyLevelMappingCloneOfByAAAsc = "ANOMALY_LEVEL_MAPPING_CLONE_OF_BY_A__A_ASC", AnomalyLevelMappingCloneOfByAADesc = "ANOMALY_LEVEL_MAPPING_CLONE_OF_BY_A__A_DESC", AnomalyLevelMappingCloneOfByABAsc = "ANOMALY_LEVEL_MAPPING_CLONE_OF_BY_A__B_ASC", AnomalyLevelMappingCloneOfByABDesc = "ANOMALY_LEVEL_MAPPING_CLONE_OF_BY_A__B_DESC", AnomalyLevelMappingCloneovesByBCountAsc = "ANOMALY_LEVEL_MAPPING_CLONEOVES_BY_B__COUNT_ASC", AnomalyLevelMappingCloneovesByBCountDesc = "ANOMALY_LEVEL_MAPPING_CLONEOVES_BY_B__COUNT_DESC", OrganizationAnomalyLevelMappingsByACountAsc = "ORGANIZATION_ANOMALY_LEVEL_MAPPINGS_BY_A__COUNT_ASC", OrganizationAnomalyLevelMappingsByACountDesc = "ORGANIZATION_ANOMALY_LEVEL_MAPPINGS_BY_A__COUNT_DESC" } /** A filter to be used against many `AnomalyLevelMappingCloneOf` object types. All fields are combined with a logical ‘and.’ */ export declare type AnomalyLevelMappingToManyAnomalyLevelMappingCloneOfFilter = { /** Every related `AnomalyLevelMappingCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `AnomalyLevelMappingCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `AnomalyLevelMappingCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `AnomalyTypeLevelMapping` object types. All fields are combined with a logical ‘and.’ */ export declare type AnomalyLevelMappingToManyAnomalyTypeLevelMappingFilter = { /** Every related `AnomalyTypeLevelMapping` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `AnomalyTypeLevelMapping` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `AnomalyTypeLevelMapping` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** * A filter to be used against many `OrganizationAnomalyLevelMapping` object types. * All fields are combined with a logical ‘and.’ */ export declare type AnomalyLevelMappingToManyOrganizationAnomalyLevelMappingFilter = { /** Every related `OrganizationAnomalyLevelMapping` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `OrganizationAnomalyLevelMapping` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `OrganizationAnomalyLevelMapping` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** Input for the nested mutation of `location` in the `AnomalyInput` mutation. */ export declare type AnomalyLocationFkeyInput = { /** The primary key(s) for `location` for the far side of the relationship. */ connectById?: Maybe; /** A `LocationInput` object that will be created and connected to this object. */ create?: Maybe; }; /** Input for the nested mutation of `anomaly` in the `LocationInput` mutation. */ export declare type AnomalyLocationFkeyInverseInput = { /** The primary key(s) for `anomaly` for the far side of the relationship. */ connectById?: Maybe; /** Flag indicating whether all other `anomaly` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** The `location` to be created by this mutation. */ export declare type AnomalyLocationFkeyLocationCreateInput = { id?: Maybe; nickname?: Maybe; errorRadius?: Maybe; name?: Maybe; latitude: Scalars['Float']; longitude: Scalars['Float']; altitude?: Maybe; roll?: Maybe; pitch?: Maybe; yaw?: Maybe; position?: Maybe; geometry3D?: Maybe; geometry2D?: Maybe; structure?: Maybe; image?: Maybe; anomaly?: Maybe; artifact?: Maybe; cloneOfRelation?: Maybe<_LocationCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_LocationCloneOfIbfk2InverseInput>; planRelation?: Maybe<_PlanLocationLocationIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionLocationLocationIdFkeyInverseInput>; }; /** A connection to a list of `MissionExecution` values, with data from `MissionAnomaly`. */ export declare type AnomalyMissionsConnectionManyToManyConnection = { __typename?: 'AnomalyMissionsConnectionManyToManyConnection'; /** A list of `MissionExecution` objects. */ nodes: Array>; /** * A list of edges which contains the `MissionExecution`, info from the * `MissionAnomaly`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `MissionExecution` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `MissionExecution` edge in the connection, with data from `MissionAnomaly`. */ export declare type AnomalyMissionsConnectionManyToManyEdge = { __typename?: 'AnomalyMissionsConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `MissionExecution` at the end of the edge. */ node?: Maybe; }; /** The fields on `anomaly` to look up the row to update. */ export declare type AnomalyOnAnomalyCloneOfForAnomalyCloneOfIbfk1UsingAnomalyGltfKeyUpdate = { /** An object where the defined keys will be set on the `anomaly` being updated. */ patch: UpdateAnomalyOnAnomalyCloneOfForAnomalyCloneOfIbfk1Patch; }; /** The fields on `anomaly` to look up the row to update. */ export declare type AnomalyOnAnomalyCloneOfForAnomalyCloneOfIbfk1UsingAnomalyLocationKeyUpdate = { /** An object where the defined keys will be set on the `anomaly` being updated. */ patch: UpdateAnomalyOnAnomalyCloneOfForAnomalyCloneOfIbfk1Patch; }; /** The fields on `anomaly` to look up the row to update. */ export declare type AnomalyOnAnomalyCloneOfForAnomalyCloneOfIbfk1UsingAnomalyPkeyUpdate = { /** An object where the defined keys will be set on the `anomaly` being updated. */ patch: UpdateAnomalyOnAnomalyCloneOfForAnomalyCloneOfIbfk1Patch; id: Scalars['String']; }; /** The fields on `anomaly` to look up the row to update. */ export declare type AnomalyOnAnomalyCloneOfForAnomalyCloneOfIbfk2UsingAnomalyGltfKeyUpdate = { /** An object where the defined keys will be set on the `anomaly` being updated. */ patch: UpdateAnomalyOnAnomalyCloneOfForAnomalyCloneOfIbfk2Patch; }; /** The fields on `anomaly` to look up the row to update. */ export declare type AnomalyOnAnomalyCloneOfForAnomalyCloneOfIbfk2UsingAnomalyLocationKeyUpdate = { /** An object where the defined keys will be set on the `anomaly` being updated. */ patch: UpdateAnomalyOnAnomalyCloneOfForAnomalyCloneOfIbfk2Patch; }; /** The fields on `anomaly` to look up the row to update. */ export declare type AnomalyOnAnomalyCloneOfForAnomalyCloneOfIbfk2UsingAnomalyPkeyUpdate = { /** An object where the defined keys will be set on the `anomaly` being updated. */ patch: UpdateAnomalyOnAnomalyCloneOfForAnomalyCloneOfIbfk2Patch; id: Scalars['String']; }; /** The fields on `anomaly` to look up the row to update. */ export declare type AnomalyOnExecutionAnomalyForExecutionAnomalyAnomalyIdFkeyUsingAnomalyGltfKeyUpdate = { /** An object where the defined keys will be set on the `anomaly` being updated. */ patch: UpdateAnomalyOnExecutionAnomalyForExecutionAnomalyAnomalyIdFkeyPatch; }; /** The fields on `anomaly` to look up the row to update. */ export declare type AnomalyOnExecutionAnomalyForExecutionAnomalyAnomalyIdFkeyUsingAnomalyLocationKeyUpdate = { /** An object where the defined keys will be set on the `anomaly` being updated. */ patch: UpdateAnomalyOnExecutionAnomalyForExecutionAnomalyAnomalyIdFkeyPatch; }; /** The fields on `anomaly` to look up the row to update. */ export declare type AnomalyOnExecutionAnomalyForExecutionAnomalyAnomalyIdFkeyUsingAnomalyPkeyUpdate = { /** An object where the defined keys will be set on the `anomaly` being updated. */ patch: UpdateAnomalyOnExecutionAnomalyForExecutionAnomalyAnomalyIdFkeyPatch; id: Scalars['String']; }; /** The fields on `anomaly` to look up the row to update. */ export declare type AnomalyOnPlanAnomalyForPlanAnomalyAnomalyIdFkeyUsingAnomalyGltfKeyUpdate = { /** An object where the defined keys will be set on the `anomaly` being updated. */ patch: UpdateAnomalyOnPlanAnomalyForPlanAnomalyAnomalyIdFkeyPatch; }; /** The fields on `anomaly` to look up the row to update. */ export declare type AnomalyOnPlanAnomalyForPlanAnomalyAnomalyIdFkeyUsingAnomalyLocationKeyUpdate = { /** An object where the defined keys will be set on the `anomaly` being updated. */ patch: UpdateAnomalyOnPlanAnomalyForPlanAnomalyAnomalyIdFkeyPatch; }; /** The fields on `anomaly` to look up the row to update. */ export declare type AnomalyOnPlanAnomalyForPlanAnomalyAnomalyIdFkeyUsingAnomalyPkeyUpdate = { /** An object where the defined keys will be set on the `anomaly` being updated. */ patch: UpdateAnomalyOnPlanAnomalyForPlanAnomalyAnomalyIdFkeyPatch; id: Scalars['String']; }; /** Represents an update to a `Anomaly`. Fields that are set will be updated. */ export declare type AnomalyPatch = { nickname?: Maybe; level?: Maybe; parameters?: Maybe; uMin?: Maybe; uMax?: Maybe; vMin?: Maybe; vMax?: Maybe; uvGeometry?: Maybe; description?: Maybe; type?: Maybe; location?: Maybe; structure?: Maybe; author?: Maybe; gltf?: Maybe; cloneOfRelation?: Maybe<_AnomalyCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_AnomalyCloneOfIbfk2InverseInput>; detections?: Maybe; segmentationsRelation?: Maybe<_AnomalySegmentationIbfk1InverseInput>; comments?: Maybe; missionsRelation?: Maybe<_MissionAnomaliesIbfk1InverseInput>; classificationsRelation?: Maybe<_AnomalyClassificationIbfk1InverseInput>; planRelation?: Maybe<_PlanAnomalyAnomalyIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionAnomalyAnomalyIdFkeyInverseInput>; }; /** A connection to a list of `Plan` values, with data from `PlanAnomaly`. */ export declare type AnomalyPlansConnectionManyToManyConnection = { __typename?: 'AnomalyPlansConnectionManyToManyConnection'; /** A list of `Plan` objects. */ nodes: Array>; /** A list of edges which contains the `Plan`, info from the `PlanAnomaly`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Plan` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Plan` edge in the connection, with data from `PlanAnomaly`. */ export declare type AnomalyPlansConnectionManyToManyEdge = { __typename?: 'AnomalyPlansConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Plan` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `PlanAnomaly`. */ anomalyRelationConnection: PlanAnomaliesConnection; /** Reads and enables pagination through a set of `PlanAnomaly`. */ anomalyRelation: Array; }; /** A `Plan` edge in the connection, with data from `PlanAnomaly`. */ export declare type AnomalyPlansConnectionManyToManyEdgeAnomalyRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Plan` edge in the connection, with data from `PlanAnomaly`. */ export declare type AnomalyPlansConnectionManyToManyEdgeAnomalyRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalySegmentation = { __typename?: 'AnomalySegmentation'; a: Scalars['String']; b: Scalars['String']; /** Reads a single `Anomaly` that is related to this `AnomalySegmentation`. */ anomaly?: Maybe; /** Reads a single `Segmentation` that is related to this `AnomalySegmentation`. */ segmentation?: Maybe; }; /** The fields on `anomalySegmentation` to look up the row to connect. */ export declare type AnomalySegmentationAnomalySegmentationPkeyConnect = { a: Scalars['String']; b: Scalars['String']; }; /** The fields on `anomalySegmentation` to look up the row to delete. */ export declare type AnomalySegmentationAnomalySegmentationPkeyDelete = { a: Scalars['String']; b: Scalars['String']; }; /** * A condition to be used against `AnomalySegmentation` object types. All fields * are tested for equality and combined with a logical ‘and.’ */ export declare type AnomalySegmentationCondition = { /** Checks for equality with the object’s `a` field. */ a?: Maybe; /** Checks for equality with the object’s `b` field. */ b?: Maybe; }; /** A filter to be used against `AnomalySegmentation` object types. All fields are combined with a logical ‘and.’ */ export declare type AnomalySegmentationFilter = { /** Filter by the object’s `a` field. */ a?: Maybe; /** Filter by the object’s `b` field. */ b?: Maybe; /** Filter by the object’s `anomaly` relation. */ anomaly?: Maybe; /** Filter by the object’s `segmentation` relation. */ segmentation?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `AnomalySegmentation` */ export declare type AnomalySegmentationInput = { a?: Maybe; b?: Maybe; anomaly?: Maybe<_AnomalySegmentationIbfk1Input>; segmentation?: Maybe<_AnomalySegmentationIbfk2Input>; }; /** The fields on `anomalySegmentation` to look up the row to update. */ export declare type AnomalySegmentationOnAnomalySegmentationForAnomalySegmentationIbfk1UsingAnomalySegmentationPkeyUpdate = { /** An object where the defined keys will be set on the `anomalySegmentation` being updated. */ patch: UpdateAnomalySegmentationOnAnomalySegmentationForAnomalySegmentationIbfk1Patch; a: Scalars['String']; b: Scalars['String']; }; /** The fields on `anomalySegmentation` to look up the row to update. */ export declare type AnomalySegmentationOnAnomalySegmentationForAnomalySegmentationIbfk2UsingAnomalySegmentationPkeyUpdate = { /** An object where the defined keys will be set on the `anomalySegmentation` being updated. */ patch: UpdateAnomalySegmentationOnAnomalySegmentationForAnomalySegmentationIbfk2Patch; a: Scalars['String']; b: Scalars['String']; }; /** Represents an update to a `AnomalySegmentation`. Fields that are set will be updated. */ export declare type AnomalySegmentationPatch = { a?: Maybe; b?: Maybe; anomaly?: Maybe<_AnomalySegmentationIbfk1Input>; segmentation?: Maybe<_AnomalySegmentationIbfk2Input>; }; /** A connection to a list of `AnomalySegmentation` values. */ export declare type AnomalySegmentationsConnection = { __typename?: 'AnomalySegmentationsConnection'; /** A list of `AnomalySegmentation` objects. */ nodes: Array>; /** A list of edges which contains the `AnomalySegmentation` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `AnomalySegmentation` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A connection to a list of `Segmentation` values, with data from `AnomalySegmentation`. */ export declare type AnomalySegmentationsConnectionManyToManyConnection = { __typename?: 'AnomalySegmentationsConnectionManyToManyConnection'; /** A list of `Segmentation` objects. */ nodes: Array>; /** * A list of edges which contains the `Segmentation`, info from the * `AnomalySegmentation`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Segmentation` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Segmentation` edge in the connection, with data from `AnomalySegmentation`. */ export declare type AnomalySegmentationsConnectionManyToManyEdge = { __typename?: 'AnomalySegmentationsConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Segmentation` at the end of the edge. */ node?: Maybe; }; /** A `AnomalySegmentation` edge in the connection. */ export declare type AnomalySegmentationsEdge = { __typename?: 'AnomalySegmentationsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `AnomalySegmentation` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `AnomalySegmentation`. */ export declare enum AnomalySegmentationsOrderBy { Natural = "NATURAL", AAsc = "A_ASC", ADesc = "A_DESC", BAsc = "B_ASC", BDesc = "B_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", AnomalyByAIdAsc = "ANOMALY_BY_A__ID_ASC", AnomalyByAIdDesc = "ANOMALY_BY_A__ID_DESC", AnomalyByANicknameAsc = "ANOMALY_BY_A__NICKNAME_ASC", AnomalyByANicknameDesc = "ANOMALY_BY_A__NICKNAME_DESC", AnomalyByACreatedAtAsc = "ANOMALY_BY_A__CREATED_AT_ASC", AnomalyByACreatedAtDesc = "ANOMALY_BY_A__CREATED_AT_DESC", AnomalyByAUpdatedAtAsc = "ANOMALY_BY_A__UPDATED_AT_ASC", AnomalyByAUpdatedAtDesc = "ANOMALY_BY_A__UPDATED_AT_DESC", AnomalyByALevelAsc = "ANOMALY_BY_A__LEVEL_ASC", AnomalyByALevelDesc = "ANOMALY_BY_A__LEVEL_DESC", AnomalyByAParametersAsc = "ANOMALY_BY_A__PARAMETERS_ASC", AnomalyByAParametersDesc = "ANOMALY_BY_A__PARAMETERS_DESC", AnomalyByAUMinAsc = "ANOMALY_BY_A__U_MIN_ASC", AnomalyByAUMinDesc = "ANOMALY_BY_A__U_MIN_DESC", AnomalyByAUMaxAsc = "ANOMALY_BY_A__U_MAX_ASC", AnomalyByAUMaxDesc = "ANOMALY_BY_A__U_MAX_DESC", AnomalyByAVMinAsc = "ANOMALY_BY_A__V_MIN_ASC", AnomalyByAVMinDesc = "ANOMALY_BY_A__V_MIN_DESC", AnomalyByAVMaxAsc = "ANOMALY_BY_A__V_MAX_ASC", AnomalyByAVMaxDesc = "ANOMALY_BY_A__V_MAX_DESC", AnomalyByAUvGeometryAsc = "ANOMALY_BY_A__UV_GEOMETRY_ASC", AnomalyByAUvGeometryDesc = "ANOMALY_BY_A__UV_GEOMETRY_DESC", AnomalyByADescriptionAsc = "ANOMALY_BY_A__DESCRIPTION_ASC", AnomalyByADescriptionDesc = "ANOMALY_BY_A__DESCRIPTION_DESC", AnomalyByADeletedAtAsc = "ANOMALY_BY_A__DELETED_AT_ASC", AnomalyByADeletedAtDesc = "ANOMALY_BY_A__DELETED_AT_DESC", SegmentationByBIdAsc = "SEGMENTATION_BY_B__ID_ASC", SegmentationByBIdDesc = "SEGMENTATION_BY_B__ID_DESC", SegmentationByBNicknameAsc = "SEGMENTATION_BY_B__NICKNAME_ASC", SegmentationByBNicknameDesc = "SEGMENTATION_BY_B__NICKNAME_DESC", SegmentationByBCreatedAtAsc = "SEGMENTATION_BY_B__CREATED_AT_ASC", SegmentationByBCreatedAtDesc = "SEGMENTATION_BY_B__CREATED_AT_DESC", SegmentationByBUpdatedAtAsc = "SEGMENTATION_BY_B__UPDATED_AT_ASC", SegmentationByBUpdatedAtDesc = "SEGMENTATION_BY_B__UPDATED_AT_DESC", SegmentationByBParametersAsc = "SEGMENTATION_BY_B__PARAMETERS_ASC", SegmentationByBParametersDesc = "SEGMENTATION_BY_B__PARAMETERS_DESC", SegmentationByBDeletedAtAsc = "SEGMENTATION_BY_B__DELETED_AT_ASC", SegmentationByBDeletedAtDesc = "SEGMENTATION_BY_B__DELETED_AT_DESC", AAscBAsc = "A_ASC__B_ASC", ADescBDesc = "A_DESC__B_DESC" } /** Input for the nested mutation of `structure` in the `AnomalyInput` mutation. */ export declare type AnomalyStructureFkeyInput = { /** The primary key(s) for `structure` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `anomaly` in the `StructureInput` mutation. */ export declare type AnomalyStructureFkeyInverseInput = { /** The primary key(s) for `anomaly` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `anomaly` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** A filter to be used against many `AnomalyClassification` object types. All fields are combined with a logical ‘and.’ */ export declare type AnomalyToManyAnomalyClassificationFilter = { /** Every related `AnomalyClassification` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `AnomalyClassification` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `AnomalyClassification` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `AnomalyCloneOf` object types. All fields are combined with a logical ‘and.’ */ export declare type AnomalyToManyAnomalyCloneOfFilter = { /** Every related `AnomalyCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `AnomalyCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `AnomalyCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `AnomalySegmentation` object types. All fields are combined with a logical ‘and.’ */ export declare type AnomalyToManyAnomalySegmentationFilter = { /** Every related `AnomalySegmentation` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `AnomalySegmentation` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `AnomalySegmentation` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `Comment` object types. All fields are combined with a logical ‘and.’ */ export declare type AnomalyToManyCommentFilter = { /** Every related `Comment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Comment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Comment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `Detection` object types. All fields are combined with a logical ‘and.’ */ export declare type AnomalyToManyDetectionFilter = { /** Every related `Detection` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Detection` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Detection` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `ExecutionAnomaly` object types. All fields are combined with a logical ‘and.’ */ export declare type AnomalyToManyExecutionAnomalyFilter = { /** Every related `ExecutionAnomaly` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `ExecutionAnomaly` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `ExecutionAnomaly` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `MissionAnomaly` object types. All fields are combined with a logical ‘and.’ */ export declare type AnomalyToManyMissionAnomalyFilter = { /** Every related `MissionAnomaly` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `MissionAnomaly` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `MissionAnomaly` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `PlanAnomaly` object types. All fields are combined with a logical ‘and.’ */ export declare type AnomalyToManyPlanAnomalyFilter = { /** Every related `PlanAnomaly` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `PlanAnomaly` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `PlanAnomaly` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; export declare type AnomalyType = { __typename?: 'AnomalyType'; id: Scalars['String']; nickname?: Maybe; createdAt: Scalars['Datetime']; updatedAt: Scalars['Datetime']; name: Scalars['String']; structureType: Scalars['String']; level: Scalars['Float']; parameters?: Maybe; description?: Maybe; deletedAt?: Maybe; /** Reads and enables pagination through a set of `Segmentation`. */ segmentationsConnection: SegmentationsConnection; /** Reads and enables pagination through a set of `Segmentation`. */ segmentations: Array; /** Reads and enables pagination through a set of `Anomaly`. */ anomaliesConnection: AnomaliesConnection; /** Reads and enables pagination through a set of `Anomaly`. */ anomalies: Array; /** Reads and enables pagination through a set of `Detection`. */ detectionsConnection: DetectionsConnection; /** Reads and enables pagination through a set of `Detection`. */ detections: Array; /** Reads a single `AnomalyTypeCloneOf` that is related to this `AnomalyType`. */ cloneOfRelation?: Maybe; /** * Reads and enables pagination through a set of `AnomalyTypeCloneOf`. * @deprecated Please use cloneOfRelation instead */ cloneOfRelationConnection: AnomalyTypeCloneovesConnection; /** Reads and enables pagination through a set of `AnomalyTypeCloneOf`. */ clonesRelationConnection: AnomalyTypeCloneovesConnection; /** Reads and enables pagination through a set of `AnomalyTypeCloneOf`. */ clonesRelation: Array; /** Reads and enables pagination through a set of `Classification`. */ classificationsConnection: ClassificationsConnection; /** Reads and enables pagination through a set of `Classification`. */ classifications: Array; /** Reads and enables pagination through a set of `AnomalyTypeLevelMapping`. */ levelMappingsRelationConnection: AnomalyTypeLevelMappingsConnection; /** Reads and enables pagination through a set of `AnomalyTypeLevelMapping`. */ levelMappingsRelation: Array; cloneOf?: Maybe; /** Reads and enables pagination through a set of `AnomalyType`. */ clonesConnection: AnomalyTypesConnection; /** Reads and enables pagination through a set of `AnomalyType`. */ clones?: Maybe>>; /** Reads and enables pagination through a set of `User`. */ usersBySegmentationTypeIdDoNotUseAndAuthorIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Image`. */ imagesBySegmentationTypeIdDoNotUseAndImageIdDoNotUseList: Array; /** Reads and enables pagination through a set of `MissionExecution`. */ missionExecutionsBySegmentationTypeIdDoNotUseAndMissionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Structure`. */ structuresByAnomalyTypeIdDoNotUseAndStructureIdDoNotUseList: Array; /** Reads and enables pagination through a set of `User`. */ usersByAnomalyTypeIdDoNotUseAndAuthorIdDoNotUseList: Array; /** Reads and enables pagination through a set of `User`. */ usersByDetectionTypeIdDoNotUseAndAuthorIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Anomaly`. */ anomaliesByDetectionTypeIdDoNotUseAndAnomalyIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Image`. */ imagesByDetectionTypeIdDoNotUseAndImageIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Segmentation`. */ segmentationsByDetectionTypeIdDoNotUseAndSegmentationIdDoNotUseList: Array; /** Reads and enables pagination through a set of `MissionExecution`. */ missionExecutionsByDetectionTypeIdDoNotUseAndMissionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Structure`. */ structuresByDetectionTypeIdDoNotUseAndStructureIdDoNotUseList: Array; /** Reads and enables pagination through a set of `User`. */ usersByClassificationTypeIdDoNotUseAndAuthorIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Image`. */ imagesByClassificationTypeIdDoNotUseAndImageIdDoNotUseList: Array; /** Reads and enables pagination through a set of `MissionExecution`. */ missionExecutionsByClassificationTypeIdDoNotUseAndMissionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `AnomalyLevelMapping`. */ levelMappingsConnection: AnomalyTypeLevelMappingsConnectionManyToManyConnection; /** Reads and enables pagination through a set of `AnomalyLevelMapping`. */ levelMappings: Array; }; export declare type AnomalyTypeSegmentationsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyTypeSegmentationsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyTypeAnomaliesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyTypeAnomaliesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyTypeDetectionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyTypeDetectionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyTypeCloneOfRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyTypeClonesRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyTypeClonesRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyTypeClassificationsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyTypeClassificationsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyTypeLevelMappingsRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyTypeLevelMappingsRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyTypeClonesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; filter?: Maybe; }; export declare type AnomalyTypeClonesArgs = { first?: Maybe; offset?: Maybe; filter?: Maybe; }; export declare type AnomalyTypeUsersBySegmentationTypeIdDoNotUseAndAuthorIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyTypeImagesBySegmentationTypeIdDoNotUseAndImageIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyTypeMissionExecutionsBySegmentationTypeIdDoNotUseAndMissionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyTypeStructuresByAnomalyTypeIdDoNotUseAndStructureIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyTypeUsersByAnomalyTypeIdDoNotUseAndAuthorIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyTypeUsersByDetectionTypeIdDoNotUseAndAuthorIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyTypeAnomaliesByDetectionTypeIdDoNotUseAndAnomalyIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyTypeImagesByDetectionTypeIdDoNotUseAndImageIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyTypeSegmentationsByDetectionTypeIdDoNotUseAndSegmentationIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyTypeMissionExecutionsByDetectionTypeIdDoNotUseAndMissionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyTypeStructuresByDetectionTypeIdDoNotUseAndStructureIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyTypeUsersByClassificationTypeIdDoNotUseAndAuthorIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyTypeImagesByClassificationTypeIdDoNotUseAndImageIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyTypeMissionExecutionsByClassificationTypeIdDoNotUseAndMissionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyTypeLevelMappingsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type AnomalyTypeLevelMappingsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The fields on `anomalyType` to look up the row to connect. */ export declare type AnomalyTypeAnomalyTypePkeyConnect = { id: Scalars['String']; }; /** The fields on `anomalyType` to look up the row to delete. */ export declare type AnomalyTypeAnomalyTypePkeyDelete = { id: Scalars['String']; }; export declare type AnomalyTypeCloneOf = { __typename?: 'AnomalyTypeCloneOf'; a: Scalars['String']; b: Scalars['String']; /** Reads a single `AnomalyType` that is related to this `AnomalyTypeCloneOf`. */ cloneOf?: Maybe; /** Reads a single `AnomalyType` that is related to this `AnomalyTypeCloneOf`. */ clone?: Maybe; }; /** The fields on `anomalyTypeCloneOf` to look up the row to connect. */ export declare type AnomalyTypeCloneOfAnomalyTypeCloneOfPkeyConnect = { a: Scalars['String']; }; /** The fields on `anomalyTypeCloneOf` to look up the row to delete. */ export declare type AnomalyTypeCloneOfAnomalyTypeCloneOfPkeyDelete = { a: Scalars['String']; }; /** * A condition to be used against `AnomalyTypeCloneOf` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type AnomalyTypeCloneOfCondition = { /** Checks for equality with the object’s `a` field. */ a?: Maybe; /** Checks for equality with the object’s `b` field. */ b?: Maybe; }; /** A filter to be used against `AnomalyTypeCloneOf` object types. All fields are combined with a logical ‘and.’ */ export declare type AnomalyTypeCloneOfFilter = { /** Filter by the object’s `a` field. */ a?: Maybe; /** Filter by the object’s `b` field. */ b?: Maybe; /** Filter by the object’s `cloneOf` relation. */ cloneOf?: Maybe; /** Filter by the object’s `clone` relation. */ clone?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `AnomalyTypeCloneOf` */ export declare type AnomalyTypeCloneOfInput = { a?: Maybe; b?: Maybe; cloneOf?: Maybe<_AnomalyTypeCloneOfIbfk1Input>; clone?: Maybe<_AnomalyTypeCloneOfIbfk2Input>; }; /** The fields on `anomalyTypeCloneOf` to look up the row to update. */ export declare type AnomalyTypeCloneOfOnAnomalyTypeCloneOfForAnomalyTypeCloneOfIbfk1UsingAnomalyTypeCloneOfPkeyUpdate = { /** An object where the defined keys will be set on the `anomalyTypeCloneOf` being updated. */ patch: UpdateAnomalyTypeCloneOfOnAnomalyTypeCloneOfForAnomalyTypeCloneOfIbfk1Patch; a: Scalars['String']; }; /** The fields on `anomalyTypeCloneOf` to look up the row to update. */ export declare type AnomalyTypeCloneOfOnAnomalyTypeCloneOfForAnomalyTypeCloneOfIbfk2UsingAnomalyTypeCloneOfPkeyUpdate = { /** An object where the defined keys will be set on the `anomalyTypeCloneOf` being updated. */ patch: UpdateAnomalyTypeCloneOfOnAnomalyTypeCloneOfForAnomalyTypeCloneOfIbfk2Patch; a: Scalars['String']; }; /** Represents an update to a `AnomalyTypeCloneOf`. Fields that are set will be updated. */ export declare type AnomalyTypeCloneOfPatch = { a?: Maybe; b?: Maybe; cloneOf?: Maybe<_AnomalyTypeCloneOfIbfk1Input>; clone?: Maybe<_AnomalyTypeCloneOfIbfk2Input>; }; /** A connection to a list of `AnomalyTypeCloneOf` values. */ export declare type AnomalyTypeCloneovesConnection = { __typename?: 'AnomalyTypeCloneovesConnection'; /** A list of `AnomalyTypeCloneOf` objects. */ nodes: Array>; /** A list of edges which contains the `AnomalyTypeCloneOf` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `AnomalyTypeCloneOf` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `AnomalyTypeCloneOf` edge in the connection. */ export declare type AnomalyTypeCloneovesEdge = { __typename?: 'AnomalyTypeCloneovesEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `AnomalyTypeCloneOf` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `AnomalyTypeCloneOf`. */ export declare enum AnomalyTypeCloneovesOrderBy { Natural = "NATURAL", AAsc = "A_ASC", ADesc = "A_DESC", BAsc = "B_ASC", BDesc = "B_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", AnomalyTypeByAIdAsc = "ANOMALY_TYPE_BY_A__ID_ASC", AnomalyTypeByAIdDesc = "ANOMALY_TYPE_BY_A__ID_DESC", AnomalyTypeByANicknameAsc = "ANOMALY_TYPE_BY_A__NICKNAME_ASC", AnomalyTypeByANicknameDesc = "ANOMALY_TYPE_BY_A__NICKNAME_DESC", AnomalyTypeByACreatedAtAsc = "ANOMALY_TYPE_BY_A__CREATED_AT_ASC", AnomalyTypeByACreatedAtDesc = "ANOMALY_TYPE_BY_A__CREATED_AT_DESC", AnomalyTypeByAUpdatedAtAsc = "ANOMALY_TYPE_BY_A__UPDATED_AT_ASC", AnomalyTypeByAUpdatedAtDesc = "ANOMALY_TYPE_BY_A__UPDATED_AT_DESC", AnomalyTypeByANameAsc = "ANOMALY_TYPE_BY_A__NAME_ASC", AnomalyTypeByANameDesc = "ANOMALY_TYPE_BY_A__NAME_DESC", AnomalyTypeByAStructureTypeAsc = "ANOMALY_TYPE_BY_A__STRUCTURE_TYPE_ASC", AnomalyTypeByAStructureTypeDesc = "ANOMALY_TYPE_BY_A__STRUCTURE_TYPE_DESC", AnomalyTypeByALevelAsc = "ANOMALY_TYPE_BY_A__LEVEL_ASC", AnomalyTypeByALevelDesc = "ANOMALY_TYPE_BY_A__LEVEL_DESC", AnomalyTypeByAParametersAsc = "ANOMALY_TYPE_BY_A__PARAMETERS_ASC", AnomalyTypeByAParametersDesc = "ANOMALY_TYPE_BY_A__PARAMETERS_DESC", AnomalyTypeByADescriptionAsc = "ANOMALY_TYPE_BY_A__DESCRIPTION_ASC", AnomalyTypeByADescriptionDesc = "ANOMALY_TYPE_BY_A__DESCRIPTION_DESC", AnomalyTypeByADeletedAtAsc = "ANOMALY_TYPE_BY_A__DELETED_AT_ASC", AnomalyTypeByADeletedAtDesc = "ANOMALY_TYPE_BY_A__DELETED_AT_DESC", AnomalyTypeByBIdAsc = "ANOMALY_TYPE_BY_B__ID_ASC", AnomalyTypeByBIdDesc = "ANOMALY_TYPE_BY_B__ID_DESC", AnomalyTypeByBNicknameAsc = "ANOMALY_TYPE_BY_B__NICKNAME_ASC", AnomalyTypeByBNicknameDesc = "ANOMALY_TYPE_BY_B__NICKNAME_DESC", AnomalyTypeByBCreatedAtAsc = "ANOMALY_TYPE_BY_B__CREATED_AT_ASC", AnomalyTypeByBCreatedAtDesc = "ANOMALY_TYPE_BY_B__CREATED_AT_DESC", AnomalyTypeByBUpdatedAtAsc = "ANOMALY_TYPE_BY_B__UPDATED_AT_ASC", AnomalyTypeByBUpdatedAtDesc = "ANOMALY_TYPE_BY_B__UPDATED_AT_DESC", AnomalyTypeByBNameAsc = "ANOMALY_TYPE_BY_B__NAME_ASC", AnomalyTypeByBNameDesc = "ANOMALY_TYPE_BY_B__NAME_DESC", AnomalyTypeByBStructureTypeAsc = "ANOMALY_TYPE_BY_B__STRUCTURE_TYPE_ASC", AnomalyTypeByBStructureTypeDesc = "ANOMALY_TYPE_BY_B__STRUCTURE_TYPE_DESC", AnomalyTypeByBLevelAsc = "ANOMALY_TYPE_BY_B__LEVEL_ASC", AnomalyTypeByBLevelDesc = "ANOMALY_TYPE_BY_B__LEVEL_DESC", AnomalyTypeByBParametersAsc = "ANOMALY_TYPE_BY_B__PARAMETERS_ASC", AnomalyTypeByBParametersDesc = "ANOMALY_TYPE_BY_B__PARAMETERS_DESC", AnomalyTypeByBDescriptionAsc = "ANOMALY_TYPE_BY_B__DESCRIPTION_ASC", AnomalyTypeByBDescriptionDesc = "ANOMALY_TYPE_BY_B__DESCRIPTION_DESC", AnomalyTypeByBDeletedAtAsc = "ANOMALY_TYPE_BY_B__DELETED_AT_ASC", AnomalyTypeByBDeletedAtDesc = "ANOMALY_TYPE_BY_B__DELETED_AT_DESC" } /** * A condition to be used against `AnomalyType` object types. All fields are tested * for equality and combined with a logical ‘and.’ */ export declare type AnomalyTypeCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `nickname` field. */ nickname?: Maybe; /** Checks for equality with the object’s `createdAt` field. */ createdAt?: Maybe; /** Checks for equality with the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Checks for equality with the object’s `name` field. */ name?: Maybe; /** Checks for equality with the object’s `structureType` field. */ structureType?: Maybe; /** Checks for equality with the object’s `level` field. */ level?: Maybe; /** Checks for equality with the object’s `parameters` field. */ parameters?: Maybe; /** Checks for equality with the object’s `description` field. */ description?: Maybe; /** Checks for equality with the object’s `deletedAt` field. */ deletedAt?: Maybe; }; /** A filter to be used against `AnomalyType` object types. All fields are combined with a logical ‘and.’ */ export declare type AnomalyTypeFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `nickname` field. */ nickname?: Maybe; /** Filter by the object’s `createdAt` field. */ createdAt?: Maybe; /** Filter by the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Filter by the object’s `name` field. */ name?: Maybe; /** Filter by the object’s `structureType` field. */ structureType?: Maybe; /** Filter by the object’s `level` field. */ level?: Maybe; /** Filter by the object’s `parameters` field. */ parameters?: Maybe; /** Filter by the object’s `description` field. */ description?: Maybe; /** Filter by the object’s `deletedAt` field. */ deletedAt?: Maybe; /** Filter by the object’s `cloneOf` field. */ cloneOf?: Maybe; /** Filter by the object’s `segmentationsConnection` relation. */ segmentationsConnection?: Maybe; /** Some related `segmentationsConnection` exist. */ segmentationsConnectionExist?: Maybe; /** Filter by the object’s `anomaliesConnection` relation. */ anomaliesConnection?: Maybe; /** Some related `anomaliesConnection` exist. */ anomaliesConnectionExist?: Maybe; /** Filter by the object’s `detectionsConnection` relation. */ detectionsConnection?: Maybe; /** Some related `detectionsConnection` exist. */ detectionsConnectionExist?: Maybe; /** Filter by the object’s `cloneOfRelation` relation. */ cloneOfRelation?: Maybe; /** A related `cloneOfRelation` exists. */ cloneOfRelationExists?: Maybe; /** Filter by the object’s `clonesRelationConnection` relation. */ clonesRelationConnection?: Maybe; /** Some related `clonesRelationConnection` exist. */ clonesRelationConnectionExist?: Maybe; /** Filter by the object’s `classificationsConnection` relation. */ classificationsConnection?: Maybe; /** Some related `classificationsConnection` exist. */ classificationsConnectionExist?: Maybe; /** Filter by the object’s `levelMappingsRelationConnection` relation. */ levelMappingsRelationConnection?: Maybe; /** Some related `levelMappingsRelationConnection` exist. */ levelMappingsRelationConnectionExist?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** Input for the nested mutation of `anomalyType` in the `AnomalyInput` mutation. */ export declare type AnomalyTypeFkeyInput = { /** The primary key(s) for `anomalyType` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `anomaly` in the `AnomalyTypeInput` mutation. */ export declare type AnomalyTypeFkeyInverseInput = { /** The primary key(s) for `anomaly` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `anomaly` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** An input for mutations affecting `AnomalyType` */ export declare type AnomalyTypeInput = { id?: Maybe; nickname?: Maybe; name: Scalars['String']; structureType: Scalars['String']; level: Scalars['Float']; parameters?: Maybe; description?: Maybe; segmentations?: Maybe; anomalies?: Maybe; detections?: Maybe; cloneOfRelation?: Maybe<_AnomalyTypeCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_AnomalyTypeCloneOfIbfk2InverseInput>; classifications?: Maybe; levelMappingsRelation?: Maybe<_AnomalyTypeLevelMappingIbfk2InverseInput>; }; export declare type AnomalyTypeLevelMapping = { __typename?: 'AnomalyTypeLevelMapping'; a: Scalars['String']; b: Scalars['String']; /** Reads a single `AnomalyLevelMapping` that is related to this `AnomalyTypeLevelMapping`. */ levelMapping?: Maybe; /** Reads a single `AnomalyType` that is related to this `AnomalyTypeLevelMapping`. */ anomalyType?: Maybe; }; /** The fields on `anomalyTypeLevelMapping` to look up the row to connect. */ export declare type AnomalyTypeLevelMappingAnomalyTypeLevelMappingPkeyConnect = { a: Scalars['String']; b: Scalars['String']; }; /** The fields on `anomalyTypeLevelMapping` to look up the row to delete. */ export declare type AnomalyTypeLevelMappingAnomalyTypeLevelMappingPkeyDelete = { a: Scalars['String']; b: Scalars['String']; }; /** * A condition to be used against `AnomalyTypeLevelMapping` object types. All * fields are tested for equality and combined with a logical ‘and.’ */ export declare type AnomalyTypeLevelMappingCondition = { /** Checks for equality with the object’s `a` field. */ a?: Maybe; /** Checks for equality with the object’s `b` field. */ b?: Maybe; }; /** A filter to be used against `AnomalyTypeLevelMapping` object types. All fields are combined with a logical ‘and.’ */ export declare type AnomalyTypeLevelMappingFilter = { /** Filter by the object’s `a` field. */ a?: Maybe; /** Filter by the object’s `b` field. */ b?: Maybe; /** Filter by the object’s `levelMapping` relation. */ levelMapping?: Maybe; /** Filter by the object’s `anomalyType` relation. */ anomalyType?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `AnomalyTypeLevelMapping` */ export declare type AnomalyTypeLevelMappingInput = { a?: Maybe; b?: Maybe; levelMapping?: Maybe<_AnomalyTypeLevelMappingIbfk1Input>; anomalyType?: Maybe<_AnomalyTypeLevelMappingIbfk2Input>; }; /** The fields on `anomalyTypeLevelMapping` to look up the row to update. */ export declare type AnomalyTypeLevelMappingOnAnomalyTypeLevelMappingForAnomalyTypeLevelMappingIbfk1UsingAnomalyTypeLevelMappingPkeyUpdate = { /** An object where the defined keys will be set on the `anomalyTypeLevelMapping` being updated. */ patch: UpdateAnomalyTypeLevelMappingOnAnomalyTypeLevelMappingForAnomalyTypeLevelMappingIbfk1Patch; a: Scalars['String']; b: Scalars['String']; }; /** The fields on `anomalyTypeLevelMapping` to look up the row to update. */ export declare type AnomalyTypeLevelMappingOnAnomalyTypeLevelMappingForAnomalyTypeLevelMappingIbfk2UsingAnomalyTypeLevelMappingPkeyUpdate = { /** An object where the defined keys will be set on the `anomalyTypeLevelMapping` being updated. */ patch: UpdateAnomalyTypeLevelMappingOnAnomalyTypeLevelMappingForAnomalyTypeLevelMappingIbfk2Patch; a: Scalars['String']; b: Scalars['String']; }; /** Represents an update to a `AnomalyTypeLevelMapping`. Fields that are set will be updated. */ export declare type AnomalyTypeLevelMappingPatch = { a?: Maybe; b?: Maybe; levelMapping?: Maybe<_AnomalyTypeLevelMappingIbfk1Input>; anomalyType?: Maybe<_AnomalyTypeLevelMappingIbfk2Input>; }; /** A connection to a list of `AnomalyTypeLevelMapping` values. */ export declare type AnomalyTypeLevelMappingsConnection = { __typename?: 'AnomalyTypeLevelMappingsConnection'; /** A list of `AnomalyTypeLevelMapping` objects. */ nodes: Array>; /** A list of edges which contains the `AnomalyTypeLevelMapping` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `AnomalyTypeLevelMapping` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A connection to a list of `AnomalyLevelMapping` values, with data from `AnomalyTypeLevelMapping`. */ export declare type AnomalyTypeLevelMappingsConnectionManyToManyConnection = { __typename?: 'AnomalyTypeLevelMappingsConnectionManyToManyConnection'; /** A list of `AnomalyLevelMapping` objects. */ nodes: Array>; /** * A list of edges which contains the `AnomalyLevelMapping`, info from the * `AnomalyTypeLevelMapping`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `AnomalyLevelMapping` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `AnomalyLevelMapping` edge in the connection, with data from `AnomalyTypeLevelMapping`. */ export declare type AnomalyTypeLevelMappingsConnectionManyToManyEdge = { __typename?: 'AnomalyTypeLevelMappingsConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `AnomalyLevelMapping` at the end of the edge. */ node?: Maybe; }; /** A `AnomalyTypeLevelMapping` edge in the connection. */ export declare type AnomalyTypeLevelMappingsEdge = { __typename?: 'AnomalyTypeLevelMappingsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `AnomalyTypeLevelMapping` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `AnomalyTypeLevelMapping`. */ export declare enum AnomalyTypeLevelMappingsOrderBy { Natural = "NATURAL", AAsc = "A_ASC", ADesc = "A_DESC", BAsc = "B_ASC", BDesc = "B_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", AnomalyLevelMappingByAIdAsc = "ANOMALY_LEVEL_MAPPING_BY_A__ID_ASC", AnomalyLevelMappingByAIdDesc = "ANOMALY_LEVEL_MAPPING_BY_A__ID_DESC", AnomalyLevelMappingByANicknameAsc = "ANOMALY_LEVEL_MAPPING_BY_A__NICKNAME_ASC", AnomalyLevelMappingByANicknameDesc = "ANOMALY_LEVEL_MAPPING_BY_A__NICKNAME_DESC", AnomalyLevelMappingByACreatedAtAsc = "ANOMALY_LEVEL_MAPPING_BY_A__CREATED_AT_ASC", AnomalyLevelMappingByACreatedAtDesc = "ANOMALY_LEVEL_MAPPING_BY_A__CREATED_AT_DESC", AnomalyLevelMappingByAUpdatedAtAsc = "ANOMALY_LEVEL_MAPPING_BY_A__UPDATED_AT_ASC", AnomalyLevelMappingByAUpdatedAtDesc = "ANOMALY_LEVEL_MAPPING_BY_A__UPDATED_AT_DESC", AnomalyLevelMappingByANameAsc = "ANOMALY_LEVEL_MAPPING_BY_A__NAME_ASC", AnomalyLevelMappingByANameDesc = "ANOMALY_LEVEL_MAPPING_BY_A__NAME_DESC", AnomalyLevelMappingByADescriptionAsc = "ANOMALY_LEVEL_MAPPING_BY_A__DESCRIPTION_ASC", AnomalyLevelMappingByADescriptionDesc = "ANOMALY_LEVEL_MAPPING_BY_A__DESCRIPTION_DESC", AnomalyLevelMappingByAStructureTypeAsc = "ANOMALY_LEVEL_MAPPING_BY_A__STRUCTURE_TYPE_ASC", AnomalyLevelMappingByAStructureTypeDesc = "ANOMALY_LEVEL_MAPPING_BY_A__STRUCTURE_TYPE_DESC", AnomalyLevelMappingByAParametersAsc = "ANOMALY_LEVEL_MAPPING_BY_A__PARAMETERS_ASC", AnomalyLevelMappingByAParametersDesc = "ANOMALY_LEVEL_MAPPING_BY_A__PARAMETERS_DESC", AnomalyLevelMappingByACsvConfigAsc = "ANOMALY_LEVEL_MAPPING_BY_A__CSV_CONFIG_ASC", AnomalyLevelMappingByACsvConfigDesc = "ANOMALY_LEVEL_MAPPING_BY_A__CSV_CONFIG_DESC", AnomalyLevelMappingByADeletedAtAsc = "ANOMALY_LEVEL_MAPPING_BY_A__DELETED_AT_ASC", AnomalyLevelMappingByADeletedAtDesc = "ANOMALY_LEVEL_MAPPING_BY_A__DELETED_AT_DESC", AnomalyTypeByBIdAsc = "ANOMALY_TYPE_BY_B__ID_ASC", AnomalyTypeByBIdDesc = "ANOMALY_TYPE_BY_B__ID_DESC", AnomalyTypeByBNicknameAsc = "ANOMALY_TYPE_BY_B__NICKNAME_ASC", AnomalyTypeByBNicknameDesc = "ANOMALY_TYPE_BY_B__NICKNAME_DESC", AnomalyTypeByBCreatedAtAsc = "ANOMALY_TYPE_BY_B__CREATED_AT_ASC", AnomalyTypeByBCreatedAtDesc = "ANOMALY_TYPE_BY_B__CREATED_AT_DESC", AnomalyTypeByBUpdatedAtAsc = "ANOMALY_TYPE_BY_B__UPDATED_AT_ASC", AnomalyTypeByBUpdatedAtDesc = "ANOMALY_TYPE_BY_B__UPDATED_AT_DESC", AnomalyTypeByBNameAsc = "ANOMALY_TYPE_BY_B__NAME_ASC", AnomalyTypeByBNameDesc = "ANOMALY_TYPE_BY_B__NAME_DESC", AnomalyTypeByBStructureTypeAsc = "ANOMALY_TYPE_BY_B__STRUCTURE_TYPE_ASC", AnomalyTypeByBStructureTypeDesc = "ANOMALY_TYPE_BY_B__STRUCTURE_TYPE_DESC", AnomalyTypeByBLevelAsc = "ANOMALY_TYPE_BY_B__LEVEL_ASC", AnomalyTypeByBLevelDesc = "ANOMALY_TYPE_BY_B__LEVEL_DESC", AnomalyTypeByBParametersAsc = "ANOMALY_TYPE_BY_B__PARAMETERS_ASC", AnomalyTypeByBParametersDesc = "ANOMALY_TYPE_BY_B__PARAMETERS_DESC", AnomalyTypeByBDescriptionAsc = "ANOMALY_TYPE_BY_B__DESCRIPTION_ASC", AnomalyTypeByBDescriptionDesc = "ANOMALY_TYPE_BY_B__DESCRIPTION_DESC", AnomalyTypeByBDeletedAtAsc = "ANOMALY_TYPE_BY_B__DELETED_AT_ASC", AnomalyTypeByBDeletedAtDesc = "ANOMALY_TYPE_BY_B__DELETED_AT_DESC", AAscBAsc = "A_ASC__B_ASC", ADescBDesc = "A_DESC__B_DESC" } /** The fields on `anomalyType` to look up the row to update. */ export declare type AnomalyTypeOnAnomalyTypeCloneOfForAnomalyTypeCloneOfIbfk1UsingAnomalyTypePkeyUpdate = { /** An object where the defined keys will be set on the `anomalyType` being updated. */ patch: UpdateAnomalyTypeOnAnomalyTypeCloneOfForAnomalyTypeCloneOfIbfk1Patch; id: Scalars['String']; }; /** The fields on `anomalyType` to look up the row to update. */ export declare type AnomalyTypeOnAnomalyTypeCloneOfForAnomalyTypeCloneOfIbfk2UsingAnomalyTypePkeyUpdate = { /** An object where the defined keys will be set on the `anomalyType` being updated. */ patch: UpdateAnomalyTypeOnAnomalyTypeCloneOfForAnomalyTypeCloneOfIbfk2Patch; id: Scalars['String']; }; /** Represents an update to a `AnomalyType`. Fields that are set will be updated. */ export declare type AnomalyTypePatch = { nickname?: Maybe; name?: Maybe; structureType?: Maybe; level?: Maybe; parameters?: Maybe; description?: Maybe; segmentations?: Maybe; anomalies?: Maybe; detections?: Maybe; cloneOfRelation?: Maybe<_AnomalyTypeCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_AnomalyTypeCloneOfIbfk2InverseInput>; classifications?: Maybe; levelMappingsRelation?: Maybe<_AnomalyTypeLevelMappingIbfk2InverseInput>; }; /** A connection to a list of `AnomalyType` values. */ export declare type AnomalyTypesConnection = { __typename?: 'AnomalyTypesConnection'; /** A list of `AnomalyType` objects. */ nodes: Array>; /** A list of edges which contains the `AnomalyType` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `AnomalyType` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `AnomalyType` edge in the connection. */ export declare type AnomalyTypesEdge = { __typename?: 'AnomalyTypesEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `AnomalyType` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `AnomalyType`. */ export declare enum AnomalyTypesOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", NicknameAsc = "NICKNAME_ASC", NicknameDesc = "NICKNAME_DESC", CreatedAtAsc = "CREATED_AT_ASC", CreatedAtDesc = "CREATED_AT_DESC", UpdatedAtAsc = "UPDATED_AT_ASC", UpdatedAtDesc = "UPDATED_AT_DESC", NameAsc = "NAME_ASC", NameDesc = "NAME_DESC", StructureTypeAsc = "STRUCTURE_TYPE_ASC", StructureTypeDesc = "STRUCTURE_TYPE_DESC", LevelAsc = "LEVEL_ASC", LevelDesc = "LEVEL_DESC", ParametersAsc = "PARAMETERS_ASC", ParametersDesc = "PARAMETERS_DESC", DescriptionAsc = "DESCRIPTION_ASC", DescriptionDesc = "DESCRIPTION_DESC", DeletedAtAsc = "DELETED_AT_ASC", DeletedAtDesc = "DELETED_AT_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", SegmentationsByTypeIdDoNotUseCountAsc = "SEGMENTATIONS_BY_TYPE_ID_DO_NOT_USE__COUNT_ASC", SegmentationsByTypeIdDoNotUseCountDesc = "SEGMENTATIONS_BY_TYPE_ID_DO_NOT_USE__COUNT_DESC", AnomaliesByTypeIdDoNotUseCountAsc = "ANOMALIES_BY_TYPE_ID_DO_NOT_USE__COUNT_ASC", AnomaliesByTypeIdDoNotUseCountDesc = "ANOMALIES_BY_TYPE_ID_DO_NOT_USE__COUNT_DESC", DetectionsByTypeIdDoNotUseCountAsc = "DETECTIONS_BY_TYPE_ID_DO_NOT_USE__COUNT_ASC", DetectionsByTypeIdDoNotUseCountDesc = "DETECTIONS_BY_TYPE_ID_DO_NOT_USE__COUNT_DESC", AnomalyTypeCloneOfByAAAsc = "ANOMALY_TYPE_CLONE_OF_BY_A__A_ASC", AnomalyTypeCloneOfByAADesc = "ANOMALY_TYPE_CLONE_OF_BY_A__A_DESC", AnomalyTypeCloneOfByABAsc = "ANOMALY_TYPE_CLONE_OF_BY_A__B_ASC", AnomalyTypeCloneOfByABDesc = "ANOMALY_TYPE_CLONE_OF_BY_A__B_DESC", AnomalyTypeCloneovesByBCountAsc = "ANOMALY_TYPE_CLONEOVES_BY_B__COUNT_ASC", AnomalyTypeCloneovesByBCountDesc = "ANOMALY_TYPE_CLONEOVES_BY_B__COUNT_DESC", ClassificationsByTypeIdDoNotUseCountAsc = "CLASSIFICATIONS_BY_TYPE_ID_DO_NOT_USE__COUNT_ASC", ClassificationsByTypeIdDoNotUseCountDesc = "CLASSIFICATIONS_BY_TYPE_ID_DO_NOT_USE__COUNT_DESC", AnomalyTypeLevelMappingsByBCountAsc = "ANOMALY_TYPE_LEVEL_MAPPINGS_BY_B__COUNT_ASC", AnomalyTypeLevelMappingsByBCountDesc = "ANOMALY_TYPE_LEVEL_MAPPINGS_BY_B__COUNT_DESC" } /** A filter to be used against many `Anomaly` object types. All fields are combined with a logical ‘and.’ */ export declare type AnomalyTypeToManyAnomalyFilter = { /** Every related `Anomaly` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Anomaly` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Anomaly` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `AnomalyTypeCloneOf` object types. All fields are combined with a logical ‘and.’ */ export declare type AnomalyTypeToManyAnomalyTypeCloneOfFilter = { /** Every related `AnomalyTypeCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `AnomalyTypeCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `AnomalyTypeCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `AnomalyTypeLevelMapping` object types. All fields are combined with a logical ‘and.’ */ export declare type AnomalyTypeToManyAnomalyTypeLevelMappingFilter = { /** Every related `AnomalyTypeLevelMapping` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `AnomalyTypeLevelMapping` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `AnomalyTypeLevelMapping` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `Classification` object types. All fields are combined with a logical ‘and.’ */ export declare type AnomalyTypeToManyClassificationFilter = { /** Every related `Classification` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Classification` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Classification` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `Detection` object types. All fields are combined with a logical ‘and.’ */ export declare type AnomalyTypeToManyDetectionFilter = { /** Every related `Detection` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Detection` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Detection` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `Segmentation` object types. All fields are combined with a logical ‘and.’ */ export declare type AnomalyTypeToManySegmentationFilter = { /** Every related `Segmentation` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Segmentation` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Segmentation` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** Input for the nested mutation of `user` in the `AnomalyInput` mutation. */ export declare type AnomalyUserFkeyInput = { /** The primary key(s) for `user` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `anomaly` in the `UserInput` mutation. */ export declare type AnomalyUserFkeyInverseInput = { /** The primary key(s) for `anomaly` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `anomaly` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; export declare type Artifact = { __typename?: 'Artifact'; id: Scalars['String']; nickname?: Maybe; createdAt: Scalars['Datetime']; updatedAt: Scalars['Datetime']; name?: Maybe; type?: Maybe; index?: Maybe; parameters?: Maybe; fallbackData?: Maybe; description?: Maybe; deletedAt?: Maybe; /** Reads a single `File` that is related to this `Artifact`. */ file?: Maybe; /** Reads a single `Location` that is related to this `Artifact`. */ location?: Maybe; /** Reads a single `Mission` that is related to this `Artifact`. */ mission?: Maybe; /** Reads a single `MissionPlan` that is related to this `Artifact`. */ plan?: Maybe; /** Reads a single `MissionExecution` that is related to this `Artifact`. */ missionExecution?: Maybe; /** Reads and enables pagination through a set of `StructureArtifact`. */ structuresRelationConnection: StructureArtifactsConnection; /** Reads and enables pagination through a set of `StructureArtifact`. */ structuresRelation: Array; /** Reads and enables pagination through a set of `Comment`. */ commentsConnection: CommentsConnection; /** Reads and enables pagination through a set of `Comment`. */ comments: Array; /** Reads a single `ArtifactCloneOf` that is related to this `Artifact`. */ cloneOfRelation?: Maybe; /** * Reads and enables pagination through a set of `ArtifactCloneOf`. * @deprecated Please use cloneOfRelation instead */ cloneOfRelationConnection: ArtifactCloneovesConnection; /** Reads and enables pagination through a set of `ArtifactCloneOf`. */ clonesRelationConnection: ArtifactCloneovesConnection; /** Reads and enables pagination through a set of `ArtifactCloneOf`. */ clonesRelation: Array; /** Reads and enables pagination through a set of `PlanArtifact`. */ planRelationConnection: PlanArtifactsConnection; /** Reads and enables pagination through a set of `PlanArtifact`. */ planRelation: Array; /** Reads and enables pagination through a set of `ExecutionArtifact`. */ executionRelationConnection: ExecutionArtifactsConnection; /** Reads and enables pagination through a set of `ExecutionArtifact`. */ executionRelation: Array; cloneOf?: Maybe; /** Reads and enables pagination through a set of `Artifact`. */ clonesConnection: ArtifactsConnection; /** Reads and enables pagination through a set of `Artifact`. */ clones?: Maybe>>; /** Reads and enables pagination through a set of `Structure`. */ structuresConnection: ArtifactStructuresConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Structure`. */ structures: Array; /** Reads and enables pagination through a set of `User`. */ usersByCommentAboutArtifactIdDoNotUseAndAuthorIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Comment`. */ commentsByCommentAboutArtifactIdDoNotUseAndAboutCommentIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Mission`. */ missionsByCommentAboutArtifactIdDoNotUseAndAboutMissionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Structure`. */ structuresByCommentAboutArtifactIdDoNotUseAndAboutStructureIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Anomaly`. */ anomaliesByCommentAboutArtifactIdDoNotUseAndAboutAnomalyIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Classification`. */ classificationsByCommentAboutArtifactIdDoNotUseAndAboutClassificationIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Detection`. */ detectionsByCommentAboutArtifactIdDoNotUseAndAboutDetectionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Segmentation`. */ segmentationsByCommentAboutArtifactIdDoNotUseAndAboutSegmentationIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Image`. */ imagesByCommentAboutArtifactIdDoNotUseAndAboutImageIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Plan`. */ plansConnection: ArtifactPlansConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Plan`. */ plans: Array; /** Reads and enables pagination through a set of `Execution`. */ executionsConnection: ArtifactExecutionsConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Execution`. */ executions: Array; }; export declare type ArtifactStructuresRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ArtifactStructuresRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ArtifactCommentsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ArtifactCommentsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ArtifactCloneOfRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ArtifactClonesRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ArtifactClonesRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ArtifactPlanRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ArtifactPlanRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ArtifactExecutionRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ArtifactExecutionRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ArtifactClonesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; filter?: Maybe; }; export declare type ArtifactClonesArgs = { first?: Maybe; offset?: Maybe; filter?: Maybe; }; export declare type ArtifactStructuresConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ArtifactStructuresArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ArtifactUsersByCommentAboutArtifactIdDoNotUseAndAuthorIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ArtifactCommentsByCommentAboutArtifactIdDoNotUseAndAboutCommentIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ArtifactMissionsByCommentAboutArtifactIdDoNotUseAndAboutMissionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ArtifactStructuresByCommentAboutArtifactIdDoNotUseAndAboutStructureIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ArtifactAnomaliesByCommentAboutArtifactIdDoNotUseAndAboutAnomalyIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ArtifactClassificationsByCommentAboutArtifactIdDoNotUseAndAboutClassificationIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ArtifactDetectionsByCommentAboutArtifactIdDoNotUseAndAboutDetectionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ArtifactSegmentationsByCommentAboutArtifactIdDoNotUseAndAboutSegmentationIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ArtifactImagesByCommentAboutArtifactIdDoNotUseAndAboutImageIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ArtifactPlansConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ArtifactPlansArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ArtifactExecutionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ArtifactExecutionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The fields on `artifact` to look up the row to connect. */ export declare type ArtifactArtifactLocationKeyConnect = { locationIdDoNotUse: Scalars['String']; }; /** The fields on `artifact` to look up the row to delete. */ export declare type ArtifactArtifactLocationKeyDelete = { locationIdDoNotUse: Scalars['String']; }; /** The fields on `artifact` to look up the row to connect. */ export declare type ArtifactArtifactPkeyConnect = { id: Scalars['String']; }; /** The fields on `artifact` to look up the row to delete. */ export declare type ArtifactArtifactPkeyDelete = { id: Scalars['String']; }; export declare type ArtifactCloneOf = { __typename?: 'ArtifactCloneOf'; a: Scalars['String']; b: Scalars['String']; /** Reads a single `Artifact` that is related to this `ArtifactCloneOf`. */ cloneOf?: Maybe; /** Reads a single `Artifact` that is related to this `ArtifactCloneOf`. */ clone?: Maybe; }; /** The fields on `artifactCloneOf` to look up the row to connect. */ export declare type ArtifactCloneOfArtifactCloneOfPkeyConnect = { a: Scalars['String']; }; /** The fields on `artifactCloneOf` to look up the row to delete. */ export declare type ArtifactCloneOfArtifactCloneOfPkeyDelete = { a: Scalars['String']; }; /** * A condition to be used against `ArtifactCloneOf` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type ArtifactCloneOfCondition = { /** Checks for equality with the object’s `a` field. */ a?: Maybe; /** Checks for equality with the object’s `b` field. */ b?: Maybe; }; /** A filter to be used against `ArtifactCloneOf` object types. All fields are combined with a logical ‘and.’ */ export declare type ArtifactCloneOfFilter = { /** Filter by the object’s `a` field. */ a?: Maybe; /** Filter by the object’s `b` field. */ b?: Maybe; /** Filter by the object’s `cloneOf` relation. */ cloneOf?: Maybe; /** Filter by the object’s `clone` relation. */ clone?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `ArtifactCloneOf` */ export declare type ArtifactCloneOfInput = { a?: Maybe; b?: Maybe; cloneOf?: Maybe<_ArtifactCloneOfIbfk1Input>; clone?: Maybe<_ArtifactCloneOfIbfk2Input>; }; /** The fields on `artifactCloneOf` to look up the row to update. */ export declare type ArtifactCloneOfOnArtifactCloneOfForArtifactCloneOfIbfk1UsingArtifactCloneOfPkeyUpdate = { /** An object where the defined keys will be set on the `artifactCloneOf` being updated. */ patch: UpdateArtifactCloneOfOnArtifactCloneOfForArtifactCloneOfIbfk1Patch; a: Scalars['String']; }; /** The fields on `artifactCloneOf` to look up the row to update. */ export declare type ArtifactCloneOfOnArtifactCloneOfForArtifactCloneOfIbfk2UsingArtifactCloneOfPkeyUpdate = { /** An object where the defined keys will be set on the `artifactCloneOf` being updated. */ patch: UpdateArtifactCloneOfOnArtifactCloneOfForArtifactCloneOfIbfk2Patch; a: Scalars['String']; }; /** Represents an update to a `ArtifactCloneOf`. Fields that are set will be updated. */ export declare type ArtifactCloneOfPatch = { a?: Maybe; b?: Maybe; cloneOf?: Maybe<_ArtifactCloneOfIbfk1Input>; clone?: Maybe<_ArtifactCloneOfIbfk2Input>; }; /** A connection to a list of `ArtifactCloneOf` values. */ export declare type ArtifactCloneovesConnection = { __typename?: 'ArtifactCloneovesConnection'; /** A list of `ArtifactCloneOf` objects. */ nodes: Array>; /** A list of edges which contains the `ArtifactCloneOf` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `ArtifactCloneOf` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `ArtifactCloneOf` edge in the connection. */ export declare type ArtifactCloneovesEdge = { __typename?: 'ArtifactCloneovesEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `ArtifactCloneOf` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `ArtifactCloneOf`. */ export declare enum ArtifactCloneovesOrderBy { Natural = "NATURAL", AAsc = "A_ASC", ADesc = "A_DESC", BAsc = "B_ASC", BDesc = "B_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", ArtifactByAIdAsc = "ARTIFACT_BY_A__ID_ASC", ArtifactByAIdDesc = "ARTIFACT_BY_A__ID_DESC", ArtifactByANicknameAsc = "ARTIFACT_BY_A__NICKNAME_ASC", ArtifactByANicknameDesc = "ARTIFACT_BY_A__NICKNAME_DESC", ArtifactByACreatedAtAsc = "ARTIFACT_BY_A__CREATED_AT_ASC", ArtifactByACreatedAtDesc = "ARTIFACT_BY_A__CREATED_AT_DESC", ArtifactByAUpdatedAtAsc = "ARTIFACT_BY_A__UPDATED_AT_ASC", ArtifactByAUpdatedAtDesc = "ARTIFACT_BY_A__UPDATED_AT_DESC", ArtifactByANameAsc = "ARTIFACT_BY_A__NAME_ASC", ArtifactByANameDesc = "ARTIFACT_BY_A__NAME_DESC", ArtifactByATypeAsc = "ARTIFACT_BY_A__TYPE_ASC", ArtifactByATypeDesc = "ARTIFACT_BY_A__TYPE_DESC", ArtifactByAIndexAsc = "ARTIFACT_BY_A__INDEX_ASC", ArtifactByAIndexDesc = "ARTIFACT_BY_A__INDEX_DESC", ArtifactByAParametersAsc = "ARTIFACT_BY_A__PARAMETERS_ASC", ArtifactByAParametersDesc = "ARTIFACT_BY_A__PARAMETERS_DESC", ArtifactByAFallbackDataAsc = "ARTIFACT_BY_A__FALLBACK_DATA_ASC", ArtifactByAFallbackDataDesc = "ARTIFACT_BY_A__FALLBACK_DATA_DESC", ArtifactByADescriptionAsc = "ARTIFACT_BY_A__DESCRIPTION_ASC", ArtifactByADescriptionDesc = "ARTIFACT_BY_A__DESCRIPTION_DESC", ArtifactByADeletedAtAsc = "ARTIFACT_BY_A__DELETED_AT_ASC", ArtifactByADeletedAtDesc = "ARTIFACT_BY_A__DELETED_AT_DESC", ArtifactByBIdAsc = "ARTIFACT_BY_B__ID_ASC", ArtifactByBIdDesc = "ARTIFACT_BY_B__ID_DESC", ArtifactByBNicknameAsc = "ARTIFACT_BY_B__NICKNAME_ASC", ArtifactByBNicknameDesc = "ARTIFACT_BY_B__NICKNAME_DESC", ArtifactByBCreatedAtAsc = "ARTIFACT_BY_B__CREATED_AT_ASC", ArtifactByBCreatedAtDesc = "ARTIFACT_BY_B__CREATED_AT_DESC", ArtifactByBUpdatedAtAsc = "ARTIFACT_BY_B__UPDATED_AT_ASC", ArtifactByBUpdatedAtDesc = "ARTIFACT_BY_B__UPDATED_AT_DESC", ArtifactByBNameAsc = "ARTIFACT_BY_B__NAME_ASC", ArtifactByBNameDesc = "ARTIFACT_BY_B__NAME_DESC", ArtifactByBTypeAsc = "ARTIFACT_BY_B__TYPE_ASC", ArtifactByBTypeDesc = "ARTIFACT_BY_B__TYPE_DESC", ArtifactByBIndexAsc = "ARTIFACT_BY_B__INDEX_ASC", ArtifactByBIndexDesc = "ARTIFACT_BY_B__INDEX_DESC", ArtifactByBParametersAsc = "ARTIFACT_BY_B__PARAMETERS_ASC", ArtifactByBParametersDesc = "ARTIFACT_BY_B__PARAMETERS_DESC", ArtifactByBFallbackDataAsc = "ARTIFACT_BY_B__FALLBACK_DATA_ASC", ArtifactByBFallbackDataDesc = "ARTIFACT_BY_B__FALLBACK_DATA_DESC", ArtifactByBDescriptionAsc = "ARTIFACT_BY_B__DESCRIPTION_ASC", ArtifactByBDescriptionDesc = "ARTIFACT_BY_B__DESCRIPTION_DESC", ArtifactByBDeletedAtAsc = "ARTIFACT_BY_B__DELETED_AT_ASC", ArtifactByBDeletedAtDesc = "ARTIFACT_BY_B__DELETED_AT_DESC" } /** * A condition to be used against `Artifact` object types. All fields are tested * for equality and combined with a logical ‘and.’ */ export declare type ArtifactCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `nickname` field. */ nickname?: Maybe; /** Checks for equality with the object’s `createdAt` field. */ createdAt?: Maybe; /** Checks for equality with the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Checks for equality with the object’s `name` field. */ name?: Maybe; /** Checks for equality with the object’s `type` field. */ type?: Maybe; /** Checks for equality with the object’s `index` field. */ index?: Maybe; /** Checks for equality with the object’s `parameters` field. */ parameters?: Maybe; /** Checks for equality with the object’s `fallbackData` field. */ fallbackData?: Maybe; /** Checks for equality with the object’s `description` field. */ description?: Maybe; /** Checks for equality with the object’s `deletedAt` field. */ deletedAt?: Maybe; }; /** A connection to a list of `Execution` values, with data from `ExecutionArtifact`. */ export declare type ArtifactExecutionsConnectionManyToManyConnection = { __typename?: 'ArtifactExecutionsConnectionManyToManyConnection'; /** A list of `Execution` objects. */ nodes: Array>; /** A list of edges which contains the `Execution`, info from the `ExecutionArtifact`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Execution` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Execution` edge in the connection, with data from `ExecutionArtifact`. */ export declare type ArtifactExecutionsConnectionManyToManyEdge = { __typename?: 'ArtifactExecutionsConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Execution` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `ExecutionArtifact`. */ artifactRelationConnection: ExecutionArtifactsConnection; /** Reads and enables pagination through a set of `ExecutionArtifact`. */ artifactRelation: Array; }; /** A `Execution` edge in the connection, with data from `ExecutionArtifact`. */ export declare type ArtifactExecutionsConnectionManyToManyEdgeArtifactRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Execution` edge in the connection, with data from `ExecutionArtifact`. */ export declare type ArtifactExecutionsConnectionManyToManyEdgeArtifactRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** Input for the nested mutation of `file` in the `ArtifactInput` mutation. */ export declare type ArtifactFileFkeyInput = { /** The primary key(s) for `file` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `artifact` in the `FileInput` mutation. */ export declare type ArtifactFileFkeyInverseInput = { /** The primary key(s) for `artifact` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `artifact` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** A filter to be used against `Artifact` object types. All fields are combined with a logical ‘and.’ */ export declare type ArtifactFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `nickname` field. */ nickname?: Maybe; /** Filter by the object’s `createdAt` field. */ createdAt?: Maybe; /** Filter by the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Filter by the object’s `name` field. */ name?: Maybe; /** Filter by the object’s `type` field. */ type?: Maybe; /** Filter by the object’s `index` field. */ index?: Maybe; /** Filter by the object’s `parameters` field. */ parameters?: Maybe; /** Filter by the object’s `fallbackData` field. */ fallbackData?: Maybe; /** Filter by the object’s `description` field. */ description?: Maybe; /** Filter by the object’s `deletedAt` field. */ deletedAt?: Maybe; /** Filter by the object’s `cloneOf` field. */ cloneOf?: Maybe; /** Filter by the object’s `structuresRelationConnection` relation. */ structuresRelationConnection?: Maybe; /** Some related `structuresRelationConnection` exist. */ structuresRelationConnectionExist?: Maybe; /** Filter by the object’s `commentsConnection` relation. */ commentsConnection?: Maybe; /** Some related `commentsConnection` exist. */ commentsConnectionExist?: Maybe; /** Filter by the object’s `cloneOfRelation` relation. */ cloneOfRelation?: Maybe; /** A related `cloneOfRelation` exists. */ cloneOfRelationExists?: Maybe; /** Filter by the object’s `clonesRelationConnection` relation. */ clonesRelationConnection?: Maybe; /** Some related `clonesRelationConnection` exist. */ clonesRelationConnectionExist?: Maybe; /** Filter by the object’s `planRelationConnection` relation. */ planRelationConnection?: Maybe; /** Some related `planRelationConnection` exist. */ planRelationConnectionExist?: Maybe; /** Filter by the object’s `executionRelationConnection` relation. */ executionRelationConnection?: Maybe; /** Some related `executionRelationConnection` exist. */ executionRelationConnectionExist?: Maybe; /** Filter by the object’s `file` relation. */ file?: Maybe; /** A related `file` exists. */ fileExists?: Maybe; /** Filter by the object’s `location` relation. */ location?: Maybe; /** A related `location` exists. */ locationExists?: Maybe; /** Filter by the object’s `mission` relation. */ mission?: Maybe; /** A related `mission` exists. */ missionExists?: Maybe; /** Filter by the object’s `plan` relation. */ plan?: Maybe; /** A related `plan` exists. */ planExists?: Maybe; /** Filter by the object’s `missionExecution` relation. */ missionExecution?: Maybe; /** A related `missionExecution` exists. */ missionExecutionExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `Artifact` */ export declare type ArtifactInput = { id?: Maybe; nickname?: Maybe; name?: Maybe; type?: Maybe; index?: Maybe; parameters?: Maybe; fallbackData?: Maybe; description?: Maybe; file?: Maybe; location?: Maybe; mission?: Maybe; plan?: Maybe; missionExecution?: Maybe; structuresRelation?: Maybe<_StructureArtifactsIbfk1InverseInput>; comments?: Maybe; cloneOfRelation?: Maybe<_ArtifactCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_ArtifactCloneOfIbfk2InverseInput>; planRelation?: Maybe<_PlanArtifactArtifactIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionArtifactArtifactIdFkeyInverseInput>; }; /** Input for the nested mutation of `location` in the `ArtifactInput` mutation. */ export declare type ArtifactLocationFkeyInput = { /** The primary key(s) for `location` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `artifact` in the `LocationInput` mutation. */ export declare type ArtifactLocationFkeyInverseInput = { /** The primary key(s) for `artifact` for the far side of the relationship. */ connectById?: Maybe; /** Flag indicating whether all other `artifact` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** Input for the nested mutation of `missionExecution` in the `ArtifactInput` mutation. */ export declare type ArtifactMissionExecutionFkeyInput = { /** The primary key(s) for `missionExecution` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `artifact` in the `MissionExecutionInput` mutation. */ export declare type ArtifactMissionExecutionFkeyInverseInput = { /** The primary key(s) for `artifact` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `artifact` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** Input for the nested mutation of `mission` in the `ArtifactInput` mutation. */ export declare type ArtifactMissionFkeyInput = { /** The primary key(s) for `mission` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `artifact` in the `MissionInput` mutation. */ export declare type ArtifactMissionFkeyInverseInput = { /** The primary key(s) for `artifact` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `artifact` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** The fields on `artifact` to look up the row to update. */ export declare type ArtifactOnArtifactCloneOfForArtifactCloneOfIbfk1UsingArtifactLocationKeyUpdate = { /** An object where the defined keys will be set on the `artifact` being updated. */ patch: UpdateArtifactOnArtifactCloneOfForArtifactCloneOfIbfk1Patch; }; /** The fields on `artifact` to look up the row to update. */ export declare type ArtifactOnArtifactCloneOfForArtifactCloneOfIbfk1UsingArtifactPkeyUpdate = { /** An object where the defined keys will be set on the `artifact` being updated. */ patch: UpdateArtifactOnArtifactCloneOfForArtifactCloneOfIbfk1Patch; id: Scalars['String']; }; /** The fields on `artifact` to look up the row to update. */ export declare type ArtifactOnArtifactCloneOfForArtifactCloneOfIbfk2UsingArtifactLocationKeyUpdate = { /** An object where the defined keys will be set on the `artifact` being updated. */ patch: UpdateArtifactOnArtifactCloneOfForArtifactCloneOfIbfk2Patch; }; /** The fields on `artifact` to look up the row to update. */ export declare type ArtifactOnArtifactCloneOfForArtifactCloneOfIbfk2UsingArtifactPkeyUpdate = { /** An object where the defined keys will be set on the `artifact` being updated. */ patch: UpdateArtifactOnArtifactCloneOfForArtifactCloneOfIbfk2Patch; id: Scalars['String']; }; /** The fields on `artifact` to look up the row to update. */ export declare type ArtifactOnExecutionArtifactForExecutionArtifactArtifactIdFkeyUsingArtifactLocationKeyUpdate = { /** An object where the defined keys will be set on the `artifact` being updated. */ patch: UpdateArtifactOnExecutionArtifactForExecutionArtifactArtifactIdFkeyPatch; }; /** The fields on `artifact` to look up the row to update. */ export declare type ArtifactOnExecutionArtifactForExecutionArtifactArtifactIdFkeyUsingArtifactPkeyUpdate = { /** An object where the defined keys will be set on the `artifact` being updated. */ patch: UpdateArtifactOnExecutionArtifactForExecutionArtifactArtifactIdFkeyPatch; id: Scalars['String']; }; /** The fields on `artifact` to look up the row to update. */ export declare type ArtifactOnPlanArtifactForPlanArtifactArtifactIdFkeyUsingArtifactLocationKeyUpdate = { /** An object where the defined keys will be set on the `artifact` being updated. */ patch: UpdateArtifactOnPlanArtifactForPlanArtifactArtifactIdFkeyPatch; }; /** The fields on `artifact` to look up the row to update. */ export declare type ArtifactOnPlanArtifactForPlanArtifactArtifactIdFkeyUsingArtifactPkeyUpdate = { /** An object where the defined keys will be set on the `artifact` being updated. */ patch: UpdateArtifactOnPlanArtifactForPlanArtifactArtifactIdFkeyPatch; id: Scalars['String']; }; /** Represents an update to a `Artifact`. Fields that are set will be updated. */ export declare type ArtifactPatch = { nickname?: Maybe; name?: Maybe; type?: Maybe; index?: Maybe; parameters?: Maybe; fallbackData?: Maybe; description?: Maybe; file?: Maybe; location?: Maybe; mission?: Maybe; plan?: Maybe; missionExecution?: Maybe; structuresRelation?: Maybe<_StructureArtifactsIbfk1InverseInput>; comments?: Maybe; cloneOfRelation?: Maybe<_ArtifactCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_ArtifactCloneOfIbfk2InverseInput>; planRelation?: Maybe<_PlanArtifactArtifactIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionArtifactArtifactIdFkeyInverseInput>; }; /** Input for the nested mutation of `missionPlan` in the `ArtifactInput` mutation. */ export declare type ArtifactPlanFkeyInput = { /** The primary key(s) for `missionPlan` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `artifact` in the `MissionPlanInput` mutation. */ export declare type ArtifactPlanFkeyInverseInput = { /** The primary key(s) for `artifact` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `artifact` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** A connection to a list of `Plan` values, with data from `PlanArtifact`. */ export declare type ArtifactPlansConnectionManyToManyConnection = { __typename?: 'ArtifactPlansConnectionManyToManyConnection'; /** A list of `Plan` objects. */ nodes: Array>; /** A list of edges which contains the `Plan`, info from the `PlanArtifact`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Plan` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Plan` edge in the connection, with data from `PlanArtifact`. */ export declare type ArtifactPlansConnectionManyToManyEdge = { __typename?: 'ArtifactPlansConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Plan` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `PlanArtifact`. */ artifactRelationConnection: PlanArtifactsConnection; /** Reads and enables pagination through a set of `PlanArtifact`. */ artifactRelation: Array; }; /** A `Plan` edge in the connection, with data from `PlanArtifact`. */ export declare type ArtifactPlansConnectionManyToManyEdgeArtifactRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Plan` edge in the connection, with data from `PlanArtifact`. */ export declare type ArtifactPlansConnectionManyToManyEdgeArtifactRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A connection to a list of `Artifact` values. */ export declare type ArtifactsConnection = { __typename?: 'ArtifactsConnection'; /** A list of `Artifact` objects. */ nodes: Array>; /** A list of edges which contains the `Artifact` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Artifact` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Artifact` edge in the connection. */ export declare type ArtifactsEdge = { __typename?: 'ArtifactsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Artifact` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `Artifact`. */ export declare enum ArtifactsOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", NicknameAsc = "NICKNAME_ASC", NicknameDesc = "NICKNAME_DESC", CreatedAtAsc = "CREATED_AT_ASC", CreatedAtDesc = "CREATED_AT_DESC", UpdatedAtAsc = "UPDATED_AT_ASC", UpdatedAtDesc = "UPDATED_AT_DESC", NameAsc = "NAME_ASC", NameDesc = "NAME_DESC", TypeAsc = "TYPE_ASC", TypeDesc = "TYPE_DESC", IndexAsc = "INDEX_ASC", IndexDesc = "INDEX_DESC", ParametersAsc = "PARAMETERS_ASC", ParametersDesc = "PARAMETERS_DESC", FallbackDataAsc = "FALLBACK_DATA_ASC", FallbackDataDesc = "FALLBACK_DATA_DESC", DescriptionAsc = "DESCRIPTION_ASC", DescriptionDesc = "DESCRIPTION_DESC", DeletedAtAsc = "DELETED_AT_ASC", DeletedAtDesc = "DELETED_AT_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", FileByFileIdDoNotUseIdAsc = "FILE_BY_FILE_ID_DO_NOT_USE__ID_ASC", FileByFileIdDoNotUseIdDesc = "FILE_BY_FILE_ID_DO_NOT_USE__ID_DESC", FileByFileIdDoNotUseNicknameAsc = "FILE_BY_FILE_ID_DO_NOT_USE__NICKNAME_ASC", FileByFileIdDoNotUseNicknameDesc = "FILE_BY_FILE_ID_DO_NOT_USE__NICKNAME_DESC", FileByFileIdDoNotUseNameAsc = "FILE_BY_FILE_ID_DO_NOT_USE__NAME_ASC", FileByFileIdDoNotUseNameDesc = "FILE_BY_FILE_ID_DO_NOT_USE__NAME_DESC", FileByFileIdDoNotUseCreatedAtAsc = "FILE_BY_FILE_ID_DO_NOT_USE__CREATED_AT_ASC", FileByFileIdDoNotUseCreatedAtDesc = "FILE_BY_FILE_ID_DO_NOT_USE__CREATED_AT_DESC", FileByFileIdDoNotUseUpdatedAtAsc = "FILE_BY_FILE_ID_DO_NOT_USE__UPDATED_AT_ASC", FileByFileIdDoNotUseUpdatedAtDesc = "FILE_BY_FILE_ID_DO_NOT_USE__UPDATED_AT_DESC", FileByFileIdDoNotUseContentTypeAsc = "FILE_BY_FILE_ID_DO_NOT_USE__CONTENT_TYPE_ASC", FileByFileIdDoNotUseContentTypeDesc = "FILE_BY_FILE_ID_DO_NOT_USE__CONTENT_TYPE_DESC", FileByFileIdDoNotUseSecretAsc = "FILE_BY_FILE_ID_DO_NOT_USE__SECRET_ASC", FileByFileIdDoNotUseSecretDesc = "FILE_BY_FILE_ID_DO_NOT_USE__SECRET_DESC", FileByFileIdDoNotUseSizeAsc = "FILE_BY_FILE_ID_DO_NOT_USE__SIZE_ASC", FileByFileIdDoNotUseSizeDesc = "FILE_BY_FILE_ID_DO_NOT_USE__SIZE_DESC", FileByFileIdDoNotUseUrlAsc = "FILE_BY_FILE_ID_DO_NOT_USE__URL_ASC", FileByFileIdDoNotUseUrlDesc = "FILE_BY_FILE_ID_DO_NOT_USE__URL_DESC", FileByFileIdDoNotUseDeletedAtAsc = "FILE_BY_FILE_ID_DO_NOT_USE__DELETED_AT_ASC", FileByFileIdDoNotUseDeletedAtDesc = "FILE_BY_FILE_ID_DO_NOT_USE__DELETED_AT_DESC", LocationByLocationIdDoNotUseIdAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__ID_ASC", LocationByLocationIdDoNotUseIdDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__ID_DESC", LocationByLocationIdDoNotUseNicknameAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__NICKNAME_ASC", LocationByLocationIdDoNotUseNicknameDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__NICKNAME_DESC", LocationByLocationIdDoNotUseErrorRadiusAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__ERROR_RADIUS_ASC", LocationByLocationIdDoNotUseErrorRadiusDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__ERROR_RADIUS_DESC", LocationByLocationIdDoNotUseNameAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__NAME_ASC", LocationByLocationIdDoNotUseNameDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__NAME_DESC", LocationByLocationIdDoNotUseLatitudeAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__LATITUDE_ASC", LocationByLocationIdDoNotUseLatitudeDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__LATITUDE_DESC", LocationByLocationIdDoNotUseLongitudeAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__LONGITUDE_ASC", LocationByLocationIdDoNotUseLongitudeDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__LONGITUDE_DESC", LocationByLocationIdDoNotUseAltitudeAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__ALTITUDE_ASC", LocationByLocationIdDoNotUseAltitudeDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__ALTITUDE_DESC", LocationByLocationIdDoNotUseRollAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__ROLL_ASC", LocationByLocationIdDoNotUseRollDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__ROLL_DESC", LocationByLocationIdDoNotUsePitchAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__PITCH_ASC", LocationByLocationIdDoNotUsePitchDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__PITCH_DESC", LocationByLocationIdDoNotUseYawAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__YAW_ASC", LocationByLocationIdDoNotUseYawDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__YAW_DESC", LocationByLocationIdDoNotUsePositionAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__POSITION_ASC", LocationByLocationIdDoNotUsePositionDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__POSITION_DESC", LocationByLocationIdDoNotUseOldGeometryAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__OLD_GEOMETRY_ASC", LocationByLocationIdDoNotUseOldGeometryDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__OLD_GEOMETRY_DESC", LocationByLocationIdDoNotUseUpdatedAtAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__UPDATED_AT_ASC", LocationByLocationIdDoNotUseUpdatedAtDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__UPDATED_AT_DESC", LocationByLocationIdDoNotUseCreatedAtAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__CREATED_AT_ASC", LocationByLocationIdDoNotUseCreatedAtDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__CREATED_AT_DESC", LocationByLocationIdDoNotUseGeoPoint2DAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__GEO_POINT2_D_ASC", LocationByLocationIdDoNotUseGeoPoint2DDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__GEO_POINT2_D_DESC", LocationByLocationIdDoNotUseGeoPoint3DAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__GEO_POINT3_D_ASC", LocationByLocationIdDoNotUseGeoPoint3DDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__GEO_POINT3_D_DESC", LocationByLocationIdDoNotUseDeletedAtAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__DELETED_AT_ASC", LocationByLocationIdDoNotUseDeletedAtDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__DELETED_AT_DESC", LocationByLocationIdDoNotUseGeometry3DAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__GEOMETRY3_D_ASC", LocationByLocationIdDoNotUseGeometry3DDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__GEOMETRY3_D_DESC", LocationByLocationIdDoNotUseGeometry2DAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__GEOMETRY2_D_ASC", LocationByLocationIdDoNotUseGeometry2DDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__GEOMETRY2_D_DESC", MissionByMissionIdDoNotUseIdAsc = "MISSION_BY_MISSION_ID_DO_NOT_USE__ID_ASC", MissionByMissionIdDoNotUseIdDesc = "MISSION_BY_MISSION_ID_DO_NOT_USE__ID_DESC", MissionByMissionIdDoNotUseNicknameAsc = "MISSION_BY_MISSION_ID_DO_NOT_USE__NICKNAME_ASC", MissionByMissionIdDoNotUseNicknameDesc = "MISSION_BY_MISSION_ID_DO_NOT_USE__NICKNAME_DESC", MissionByMissionIdDoNotUseNameAsc = "MISSION_BY_MISSION_ID_DO_NOT_USE__NAME_ASC", MissionByMissionIdDoNotUseNameDesc = "MISSION_BY_MISSION_ID_DO_NOT_USE__NAME_DESC", MissionByMissionIdDoNotUseTypeAsc = "MISSION_BY_MISSION_ID_DO_NOT_USE__TYPE_ASC", MissionByMissionIdDoNotUseTypeDesc = "MISSION_BY_MISSION_ID_DO_NOT_USE__TYPE_DESC", MissionByMissionIdDoNotUseCreatedAtAsc = "MISSION_BY_MISSION_ID_DO_NOT_USE__CREATED_AT_ASC", MissionByMissionIdDoNotUseCreatedAtDesc = "MISSION_BY_MISSION_ID_DO_NOT_USE__CREATED_AT_DESC", MissionByMissionIdDoNotUseUpdatedAtAsc = "MISSION_BY_MISSION_ID_DO_NOT_USE__UPDATED_AT_ASC", MissionByMissionIdDoNotUseUpdatedAtDesc = "MISSION_BY_MISSION_ID_DO_NOT_USE__UPDATED_AT_DESC", MissionByMissionIdDoNotUseDeletedAtAsc = "MISSION_BY_MISSION_ID_DO_NOT_USE__DELETED_AT_ASC", MissionByMissionIdDoNotUseDeletedAtDesc = "MISSION_BY_MISSION_ID_DO_NOT_USE__DELETED_AT_DESC", MissionByMissionIdDoNotUseInfraAsc = "MISSION_BY_MISSION_ID_DO_NOT_USE__INFRA_ASC", MissionByMissionIdDoNotUseInfraDesc = "MISSION_BY_MISSION_ID_DO_NOT_USE__INFRA_DESC", MissionByMissionIdDoNotUseDescriptionAsc = "MISSION_BY_MISSION_ID_DO_NOT_USE__DESCRIPTION_ASC", MissionByMissionIdDoNotUseDescriptionDesc = "MISSION_BY_MISSION_ID_DO_NOT_USE__DESCRIPTION_DESC", MissionPlanByPlanIdDoNotUseIdAsc = "MISSION_PLAN_BY_PLAN_ID_DO_NOT_USE__ID_ASC", MissionPlanByPlanIdDoNotUseIdDesc = "MISSION_PLAN_BY_PLAN_ID_DO_NOT_USE__ID_DESC", MissionPlanByPlanIdDoNotUseNicknameAsc = "MISSION_PLAN_BY_PLAN_ID_DO_NOT_USE__NICKNAME_ASC", MissionPlanByPlanIdDoNotUseNicknameDesc = "MISSION_PLAN_BY_PLAN_ID_DO_NOT_USE__NICKNAME_DESC", MissionPlanByPlanIdDoNotUseCreatedAtAsc = "MISSION_PLAN_BY_PLAN_ID_DO_NOT_USE__CREATED_AT_ASC", MissionPlanByPlanIdDoNotUseCreatedAtDesc = "MISSION_PLAN_BY_PLAN_ID_DO_NOT_USE__CREATED_AT_DESC", MissionPlanByPlanIdDoNotUseUpdatedAtAsc = "MISSION_PLAN_BY_PLAN_ID_DO_NOT_USE__UPDATED_AT_ASC", MissionPlanByPlanIdDoNotUseUpdatedAtDesc = "MISSION_PLAN_BY_PLAN_ID_DO_NOT_USE__UPDATED_AT_DESC", MissionPlanByPlanIdDoNotUseExecutionAtAsc = "MISSION_PLAN_BY_PLAN_ID_DO_NOT_USE__EXECUTION_AT_ASC", MissionPlanByPlanIdDoNotUseExecutionAtDesc = "MISSION_PLAN_BY_PLAN_ID_DO_NOT_USE__EXECUTION_AT_DESC", MissionPlanByPlanIdDoNotUseInspectionAtAsc = "MISSION_PLAN_BY_PLAN_ID_DO_NOT_USE__INSPECTION_AT_ASC", MissionPlanByPlanIdDoNotUseInspectionAtDesc = "MISSION_PLAN_BY_PLAN_ID_DO_NOT_USE__INSPECTION_AT_DESC", MissionPlanByPlanIdDoNotUseExpertValidationAtAsc = "MISSION_PLAN_BY_PLAN_ID_DO_NOT_USE__EXPERT_VALIDATION_AT_ASC", MissionPlanByPlanIdDoNotUseExpertValidationAtDesc = "MISSION_PLAN_BY_PLAN_ID_DO_NOT_USE__EXPERT_VALIDATION_AT_DESC", MissionPlanByPlanIdDoNotUseParametersAsc = "MISSION_PLAN_BY_PLAN_ID_DO_NOT_USE__PARAMETERS_ASC", MissionPlanByPlanIdDoNotUseParametersDesc = "MISSION_PLAN_BY_PLAN_ID_DO_NOT_USE__PARAMETERS_DESC", MissionPlanByPlanIdDoNotUseDeletedAtAsc = "MISSION_PLAN_BY_PLAN_ID_DO_NOT_USE__DELETED_AT_ASC", MissionPlanByPlanIdDoNotUseDeletedAtDesc = "MISSION_PLAN_BY_PLAN_ID_DO_NOT_USE__DELETED_AT_DESC", MissionExecutionByMissionExecutionIdDoNotUseIdAsc = "MISSION_EXECUTION_BY_MISSION_EXECUTION_ID_DO_NOT_USE__ID_ASC", MissionExecutionByMissionExecutionIdDoNotUseIdDesc = "MISSION_EXECUTION_BY_MISSION_EXECUTION_ID_DO_NOT_USE__ID_DESC", MissionExecutionByMissionExecutionIdDoNotUseNicknameAsc = "MISSION_EXECUTION_BY_MISSION_EXECUTION_ID_DO_NOT_USE__NICKNAME_ASC", MissionExecutionByMissionExecutionIdDoNotUseNicknameDesc = "MISSION_EXECUTION_BY_MISSION_EXECUTION_ID_DO_NOT_USE__NICKNAME_DESC", MissionExecutionByMissionExecutionIdDoNotUseCreatedAtAsc = "MISSION_EXECUTION_BY_MISSION_EXECUTION_ID_DO_NOT_USE__CREATED_AT_ASC", MissionExecutionByMissionExecutionIdDoNotUseCreatedAtDesc = "MISSION_EXECUTION_BY_MISSION_EXECUTION_ID_DO_NOT_USE__CREATED_AT_DESC", MissionExecutionByMissionExecutionIdDoNotUseUpdatedAtAsc = "MISSION_EXECUTION_BY_MISSION_EXECUTION_ID_DO_NOT_USE__UPDATED_AT_ASC", MissionExecutionByMissionExecutionIdDoNotUseUpdatedAtDesc = "MISSION_EXECUTION_BY_MISSION_EXECUTION_ID_DO_NOT_USE__UPDATED_AT_DESC", MissionExecutionByMissionExecutionIdDoNotUseExecutionAtAsc = "MISSION_EXECUTION_BY_MISSION_EXECUTION_ID_DO_NOT_USE__EXECUTION_AT_ASC", MissionExecutionByMissionExecutionIdDoNotUseExecutionAtDesc = "MISSION_EXECUTION_BY_MISSION_EXECUTION_ID_DO_NOT_USE__EXECUTION_AT_DESC", MissionExecutionByMissionExecutionIdDoNotUseInspectionAtAsc = "MISSION_EXECUTION_BY_MISSION_EXECUTION_ID_DO_NOT_USE__INSPECTION_AT_ASC", MissionExecutionByMissionExecutionIdDoNotUseInspectionAtDesc = "MISSION_EXECUTION_BY_MISSION_EXECUTION_ID_DO_NOT_USE__INSPECTION_AT_DESC", MissionExecutionByMissionExecutionIdDoNotUseExpertValidationAtAsc = "MISSION_EXECUTION_BY_MISSION_EXECUTION_ID_DO_NOT_USE__EXPERT_VALIDATION_AT_ASC", MissionExecutionByMissionExecutionIdDoNotUseExpertValidationAtDesc = "MISSION_EXECUTION_BY_MISSION_EXECUTION_ID_DO_NOT_USE__EXPERT_VALIDATION_AT_DESC", MissionExecutionByMissionExecutionIdDoNotUseTrajectoryAsc = "MISSION_EXECUTION_BY_MISSION_EXECUTION_ID_DO_NOT_USE__TRAJECTORY_ASC", MissionExecutionByMissionExecutionIdDoNotUseTrajectoryDesc = "MISSION_EXECUTION_BY_MISSION_EXECUTION_ID_DO_NOT_USE__TRAJECTORY_DESC", MissionExecutionByMissionExecutionIdDoNotUseParametersAsc = "MISSION_EXECUTION_BY_MISSION_EXECUTION_ID_DO_NOT_USE__PARAMETERS_ASC", MissionExecutionByMissionExecutionIdDoNotUseParametersDesc = "MISSION_EXECUTION_BY_MISSION_EXECUTION_ID_DO_NOT_USE__PARAMETERS_DESC", MissionExecutionByMissionExecutionIdDoNotUseDeletedAtAsc = "MISSION_EXECUTION_BY_MISSION_EXECUTION_ID_DO_NOT_USE__DELETED_AT_ASC", MissionExecutionByMissionExecutionIdDoNotUseDeletedAtDesc = "MISSION_EXECUTION_BY_MISSION_EXECUTION_ID_DO_NOT_USE__DELETED_AT_DESC", StructureArtifactsByACountAsc = "STRUCTURE_ARTIFACTS_BY_A__COUNT_ASC", StructureArtifactsByACountDesc = "STRUCTURE_ARTIFACTS_BY_A__COUNT_DESC", CommentsByAboutArtifactIdDoNotUseCountAsc = "COMMENTS_BY_ABOUT_ARTIFACT_ID_DO_NOT_USE__COUNT_ASC", CommentsByAboutArtifactIdDoNotUseCountDesc = "COMMENTS_BY_ABOUT_ARTIFACT_ID_DO_NOT_USE__COUNT_DESC", ArtifactCloneOfByAAAsc = "ARTIFACT_CLONE_OF_BY_A__A_ASC", ArtifactCloneOfByAADesc = "ARTIFACT_CLONE_OF_BY_A__A_DESC", ArtifactCloneOfByABAsc = "ARTIFACT_CLONE_OF_BY_A__B_ASC", ArtifactCloneOfByABDesc = "ARTIFACT_CLONE_OF_BY_A__B_DESC", ArtifactCloneovesByBCountAsc = "ARTIFACT_CLONEOVES_BY_B__COUNT_ASC", ArtifactCloneovesByBCountDesc = "ARTIFACT_CLONEOVES_BY_B__COUNT_DESC", PlanArtifactsByArtifactIdCountAsc = "PLAN_ARTIFACTS_BY_ARTIFACT_ID__COUNT_ASC", PlanArtifactsByArtifactIdCountDesc = "PLAN_ARTIFACTS_BY_ARTIFACT_ID__COUNT_DESC", ExecutionArtifactsByArtifactIdCountAsc = "EXECUTION_ARTIFACTS_BY_ARTIFACT_ID__COUNT_ASC", ExecutionArtifactsByArtifactIdCountDesc = "EXECUTION_ARTIFACTS_BY_ARTIFACT_ID__COUNT_DESC" } /** A connection to a list of `Structure` values, with data from `StructureArtifact`. */ export declare type ArtifactStructuresConnectionManyToManyConnection = { __typename?: 'ArtifactStructuresConnectionManyToManyConnection'; /** A list of `Structure` objects. */ nodes: Array>; /** A list of edges which contains the `Structure`, info from the `StructureArtifact`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Structure` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Structure` edge in the connection, with data from `StructureArtifact`. */ export declare type ArtifactStructuresConnectionManyToManyEdge = { __typename?: 'ArtifactStructuresConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Structure` at the end of the edge. */ node?: Maybe; }; /** A filter to be used against many `ArtifactCloneOf` object types. All fields are combined with a logical ‘and.’ */ export declare type ArtifactToManyArtifactCloneOfFilter = { /** Every related `ArtifactCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `ArtifactCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `ArtifactCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `Comment` object types. All fields are combined with a logical ‘and.’ */ export declare type ArtifactToManyCommentFilter = { /** Every related `Comment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Comment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Comment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `ExecutionArtifact` object types. All fields are combined with a logical ‘and.’ */ export declare type ArtifactToManyExecutionArtifactFilter = { /** Every related `ExecutionArtifact` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `ExecutionArtifact` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `ExecutionArtifact` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `PlanArtifact` object types. All fields are combined with a logical ‘and.’ */ export declare type ArtifactToManyPlanArtifactFilter = { /** Every related `PlanArtifact` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `PlanArtifact` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `PlanArtifact` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `StructureArtifact` object types. All fields are combined with a logical ‘and.’ */ export declare type ArtifactToManyStructureArtifactFilter = { /** Every related `StructureArtifact` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `StructureArtifact` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `StructureArtifact` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** All input for the `authenticateUser` mutation. */ export declare type AuthenticateUserInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; email: Scalars['String']; password: Scalars['String']; }; /** The output of our `authenticateUser` mutation. */ export declare type AuthenticateUserPayload = { __typename?: 'AuthenticateUserPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; jwtUserToken?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; }; /** A filter to be used against Boolean fields. All fields are combined with a logical ‘and.’ */ export declare type BooleanFilter = { /** Is null (if `true` is specified) or is not null (if `false` is specified). */ isNull?: Maybe; /** Equal to the specified value. */ equalTo?: Maybe; /** Not equal to the specified value. */ notEqualTo?: Maybe; /** Not equal to the specified value, treating null like an ordinary value. */ distinctFrom?: Maybe; /** Equal to the specified value, treating null like an ordinary value. */ notDistinctFrom?: Maybe; /** Included in the specified list. */ in?: Maybe>; /** Not included in the specified list. */ notIn?: Maybe>; /** Less than the specified value. */ lessThan?: Maybe; /** Less than or equal to the specified value. */ lessThanOrEqualTo?: Maybe; /** Greater than the specified value. */ greaterThan?: Maybe; /** Greater than or equal to the specified value. */ greaterThanOrEqualTo?: Maybe; }; /** A `Int` edge in the connection. */ export declare type CanReadPlanParentEdge = { __typename?: 'CanReadPlanParentEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Int` at the end of the edge. */ node?: Maybe; }; /** A connection to a list of `Int` values. */ export declare type CanReadPlanParentsConnection = { __typename?: 'CanReadPlanParentsConnection'; /** A list of `Int` objects. */ nodes: Array>; /** A list of edges which contains the `Int` and cursor to aid in pagination. */ edges: Array; /** The count of *all* `Int` you could get from the connection. */ totalCount: Scalars['Int']; }; export declare type Classification = { __typename?: 'Classification'; id: Scalars['String']; nickname?: Maybe; createdAt: Scalars['Datetime']; updatedAt: Scalars['Datetime']; value?: Maybe; deletedAt?: Maybe; /** Reads a single `User` that is related to this `Classification`. */ author?: Maybe; /** Reads a single `AnomalyType` that is related to this `Classification`. */ type?: Maybe; /** Reads a single `Image` that is related to this `Classification`. */ image?: Maybe; /** Reads a single `MissionExecution` that is related to this `Classification`. */ mission?: Maybe; /** Reads and enables pagination through a set of `Comment`. */ commentsConnection: CommentsConnection; /** Reads and enables pagination through a set of `Comment`. */ comments: Array; /** Reads a single `ClassificationCloneOf` that is related to this `Classification`. */ cloneOfRelation?: Maybe; /** * Reads and enables pagination through a set of `ClassificationCloneOf`. * @deprecated Please use cloneOfRelation instead */ cloneOfRelationConnection: ClassificationCloneovesConnection; /** Reads and enables pagination through a set of `ClassificationCloneOf`. */ clonesRelationConnection: ClassificationCloneovesConnection; /** Reads and enables pagination through a set of `ClassificationCloneOf`. */ clonesRelation: Array; /** Reads and enables pagination through a set of `AnomalyClassification`. */ anomaliesRelationConnection: AnomalyClassificationsConnection; /** Reads and enables pagination through a set of `AnomalyClassification`. */ anomaliesRelation: Array; cloneOf?: Maybe; /** Reads and enables pagination through a set of `Classification`. */ clonesConnection: ClassificationsConnection; /** Reads and enables pagination through a set of `Classification`. */ clones?: Maybe>>; /** Reads and enables pagination through a set of `User`. */ usersByCommentAboutClassificationIdDoNotUseAndAuthorIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Comment`. */ commentsByCommentAboutClassificationIdDoNotUseAndAboutCommentIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Artifact`. */ artifactsByCommentAboutClassificationIdDoNotUseAndAboutArtifactIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Mission`. */ missionsByCommentAboutClassificationIdDoNotUseAndAboutMissionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Structure`. */ structuresByCommentAboutClassificationIdDoNotUseAndAboutStructureIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Anomaly`. */ anomaliesByCommentAboutClassificationIdDoNotUseAndAboutAnomalyIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Detection`. */ detectionsByCommentAboutClassificationIdDoNotUseAndAboutDetectionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Segmentation`. */ segmentationsByCommentAboutClassificationIdDoNotUseAndAboutSegmentationIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Image`. */ imagesByCommentAboutClassificationIdDoNotUseAndAboutImageIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Anomaly`. */ anomaliesConnection: ClassificationAnomaliesConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Anomaly`. */ anomalies: Array; }; export declare type ClassificationCommentsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ClassificationCommentsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ClassificationCloneOfRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ClassificationClonesRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ClassificationClonesRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ClassificationAnomaliesRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ClassificationAnomaliesRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ClassificationClonesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; filter?: Maybe; }; export declare type ClassificationClonesArgs = { first?: Maybe; offset?: Maybe; filter?: Maybe; }; export declare type ClassificationUsersByCommentAboutClassificationIdDoNotUseAndAuthorIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ClassificationCommentsByCommentAboutClassificationIdDoNotUseAndAboutCommentIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ClassificationArtifactsByCommentAboutClassificationIdDoNotUseAndAboutArtifactIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ClassificationMissionsByCommentAboutClassificationIdDoNotUseAndAboutMissionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ClassificationStructuresByCommentAboutClassificationIdDoNotUseAndAboutStructureIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ClassificationAnomaliesByCommentAboutClassificationIdDoNotUseAndAboutAnomalyIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ClassificationDetectionsByCommentAboutClassificationIdDoNotUseAndAboutDetectionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ClassificationSegmentationsByCommentAboutClassificationIdDoNotUseAndAboutSegmentationIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ClassificationImagesByCommentAboutClassificationIdDoNotUseAndAboutImageIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ClassificationAnomaliesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ClassificationAnomaliesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A connection to a list of `Anomaly` values, with data from `AnomalyClassification`. */ export declare type ClassificationAnomaliesConnectionManyToManyConnection = { __typename?: 'ClassificationAnomaliesConnectionManyToManyConnection'; /** A list of `Anomaly` objects. */ nodes: Array>; /** A list of edges which contains the `Anomaly`, info from the `AnomalyClassification`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Anomaly` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Anomaly` edge in the connection, with data from `AnomalyClassification`. */ export declare type ClassificationAnomaliesConnectionManyToManyEdge = { __typename?: 'ClassificationAnomaliesConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Anomaly` at the end of the edge. */ node?: Maybe; }; /** Input for the nested mutation of `user` in the `ClassificationInput` mutation. */ export declare type ClassificationAuthorFkeyInput = { /** The primary key(s) for `user` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `user` for the far side of the relationship. */ connectByEmail?: Maybe; }; /** Input for the nested mutation of `classification` in the `UserInput` mutation. */ export declare type ClassificationAuthorFkeyInverseInput = { /** The primary key(s) for `classification` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `classification` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** The fields on `classification` to look up the row to connect. */ export declare type ClassificationClassificationPkeyConnect = { id: Scalars['String']; }; /** The fields on `classification` to look up the row to delete. */ export declare type ClassificationClassificationPkeyDelete = { id: Scalars['String']; }; export declare type ClassificationCloneOf = { __typename?: 'ClassificationCloneOf'; a: Scalars['String']; b: Scalars['String']; /** Reads a single `Classification` that is related to this `ClassificationCloneOf`. */ cloneOf?: Maybe; /** Reads a single `Classification` that is related to this `ClassificationCloneOf`. */ clone?: Maybe; }; /** The fields on `classificationCloneOf` to look up the row to connect. */ export declare type ClassificationCloneOfClassificationCloneOfPkeyConnect = { a: Scalars['String']; }; /** The fields on `classificationCloneOf` to look up the row to delete. */ export declare type ClassificationCloneOfClassificationCloneOfPkeyDelete = { a: Scalars['String']; }; /** * A condition to be used against `ClassificationCloneOf` object types. All fields * are tested for equality and combined with a logical ‘and.’ */ export declare type ClassificationCloneOfCondition = { /** Checks for equality with the object’s `a` field. */ a?: Maybe; /** Checks for equality with the object’s `b` field. */ b?: Maybe; }; /** A filter to be used against `ClassificationCloneOf` object types. All fields are combined with a logical ‘and.’ */ export declare type ClassificationCloneOfFilter = { /** Filter by the object’s `a` field. */ a?: Maybe; /** Filter by the object’s `b` field. */ b?: Maybe; /** Filter by the object’s `cloneOf` relation. */ cloneOf?: Maybe; /** Filter by the object’s `clone` relation. */ clone?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `ClassificationCloneOf` */ export declare type ClassificationCloneOfInput = { a?: Maybe; b?: Maybe; cloneOf?: Maybe<_ClassificationCloneOfIbfk1Input>; clone?: Maybe<_ClassificationCloneOfIbfk2Input>; }; /** The fields on `classificationCloneOf` to look up the row to update. */ export declare type ClassificationCloneOfOnClassificationCloneOfForClassificationCloneOfIbfk1UsingClassificationCloneOfPkeyUpdate = { /** An object where the defined keys will be set on the `classificationCloneOf` being updated. */ patch: UpdateClassificationCloneOfOnClassificationCloneOfForClassificationCloneOfIbfk1Patch; a: Scalars['String']; }; /** The fields on `classificationCloneOf` to look up the row to update. */ export declare type ClassificationCloneOfOnClassificationCloneOfForClassificationCloneOfIbfk2UsingClassificationCloneOfPkeyUpdate = { /** An object where the defined keys will be set on the `classificationCloneOf` being updated. */ patch: UpdateClassificationCloneOfOnClassificationCloneOfForClassificationCloneOfIbfk2Patch; a: Scalars['String']; }; /** Represents an update to a `ClassificationCloneOf`. Fields that are set will be updated. */ export declare type ClassificationCloneOfPatch = { a?: Maybe; b?: Maybe; cloneOf?: Maybe<_ClassificationCloneOfIbfk1Input>; clone?: Maybe<_ClassificationCloneOfIbfk2Input>; }; /** A connection to a list of `ClassificationCloneOf` values. */ export declare type ClassificationCloneovesConnection = { __typename?: 'ClassificationCloneovesConnection'; /** A list of `ClassificationCloneOf` objects. */ nodes: Array>; /** A list of edges which contains the `ClassificationCloneOf` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `ClassificationCloneOf` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `ClassificationCloneOf` edge in the connection. */ export declare type ClassificationCloneovesEdge = { __typename?: 'ClassificationCloneovesEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `ClassificationCloneOf` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `ClassificationCloneOf`. */ export declare enum ClassificationCloneovesOrderBy { Natural = "NATURAL", AAsc = "A_ASC", ADesc = "A_DESC", BAsc = "B_ASC", BDesc = "B_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", ClassificationByAIdAsc = "CLASSIFICATION_BY_A__ID_ASC", ClassificationByAIdDesc = "CLASSIFICATION_BY_A__ID_DESC", ClassificationByANicknameAsc = "CLASSIFICATION_BY_A__NICKNAME_ASC", ClassificationByANicknameDesc = "CLASSIFICATION_BY_A__NICKNAME_DESC", ClassificationByACreatedAtAsc = "CLASSIFICATION_BY_A__CREATED_AT_ASC", ClassificationByACreatedAtDesc = "CLASSIFICATION_BY_A__CREATED_AT_DESC", ClassificationByAUpdatedAtAsc = "CLASSIFICATION_BY_A__UPDATED_AT_ASC", ClassificationByAUpdatedAtDesc = "CLASSIFICATION_BY_A__UPDATED_AT_DESC", ClassificationByAValueAsc = "CLASSIFICATION_BY_A__VALUE_ASC", ClassificationByAValueDesc = "CLASSIFICATION_BY_A__VALUE_DESC", ClassificationByADeletedAtAsc = "CLASSIFICATION_BY_A__DELETED_AT_ASC", ClassificationByADeletedAtDesc = "CLASSIFICATION_BY_A__DELETED_AT_DESC", ClassificationByBIdAsc = "CLASSIFICATION_BY_B__ID_ASC", ClassificationByBIdDesc = "CLASSIFICATION_BY_B__ID_DESC", ClassificationByBNicknameAsc = "CLASSIFICATION_BY_B__NICKNAME_ASC", ClassificationByBNicknameDesc = "CLASSIFICATION_BY_B__NICKNAME_DESC", ClassificationByBCreatedAtAsc = "CLASSIFICATION_BY_B__CREATED_AT_ASC", ClassificationByBCreatedAtDesc = "CLASSIFICATION_BY_B__CREATED_AT_DESC", ClassificationByBUpdatedAtAsc = "CLASSIFICATION_BY_B__UPDATED_AT_ASC", ClassificationByBUpdatedAtDesc = "CLASSIFICATION_BY_B__UPDATED_AT_DESC", ClassificationByBValueAsc = "CLASSIFICATION_BY_B__VALUE_ASC", ClassificationByBValueDesc = "CLASSIFICATION_BY_B__VALUE_DESC", ClassificationByBDeletedAtAsc = "CLASSIFICATION_BY_B__DELETED_AT_ASC", ClassificationByBDeletedAtDesc = "CLASSIFICATION_BY_B__DELETED_AT_DESC" } /** * A condition to be used against `Classification` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type ClassificationCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `nickname` field. */ nickname?: Maybe; /** Checks for equality with the object’s `createdAt` field. */ createdAt?: Maybe; /** Checks for equality with the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Checks for equality with the object’s `value` field. */ value?: Maybe; /** Checks for equality with the object’s `deletedAt` field. */ deletedAt?: Maybe; }; /** A filter to be used against `Classification` object types. All fields are combined with a logical ‘and.’ */ export declare type ClassificationFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `nickname` field. */ nickname?: Maybe; /** Filter by the object’s `createdAt` field. */ createdAt?: Maybe; /** Filter by the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Filter by the object’s `value` field. */ value?: Maybe; /** Filter by the object’s `deletedAt` field. */ deletedAt?: Maybe; /** Filter by the object’s `cloneOf` field. */ cloneOf?: Maybe; /** Filter by the object’s `commentsConnection` relation. */ commentsConnection?: Maybe; /** Some related `commentsConnection` exist. */ commentsConnectionExist?: Maybe; /** Filter by the object’s `cloneOfRelation` relation. */ cloneOfRelation?: Maybe; /** A related `cloneOfRelation` exists. */ cloneOfRelationExists?: Maybe; /** Filter by the object’s `clonesRelationConnection` relation. */ clonesRelationConnection?: Maybe; /** Some related `clonesRelationConnection` exist. */ clonesRelationConnectionExist?: Maybe; /** Filter by the object’s `anomaliesRelationConnection` relation. */ anomaliesRelationConnection?: Maybe; /** Some related `anomaliesRelationConnection` exist. */ anomaliesRelationConnectionExist?: Maybe; /** Filter by the object’s `author` relation. */ author?: Maybe; /** A related `author` exists. */ authorExists?: Maybe; /** Filter by the object’s `type` relation. */ type?: Maybe; /** A related `type` exists. */ typeExists?: Maybe; /** Filter by the object’s `image` relation. */ image?: Maybe; /** A related `image` exists. */ imageExists?: Maybe; /** Filter by the object’s `mission` relation. */ mission?: Maybe; /** A related `mission` exists. */ missionExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** Input for the nested mutation of `image` in the `ClassificationInput` mutation. */ export declare type ClassificationImageFkeyInput = { /** The primary key(s) for `image` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `classification` in the `ImageInput` mutation. */ export declare type ClassificationImageFkeyInverseInput = { /** The primary key(s) for `classification` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `classification` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** An input for mutations affecting `Classification` */ export declare type ClassificationInput = { id?: Maybe; nickname?: Maybe; value?: Maybe; author?: Maybe; type?: Maybe; image?: Maybe; mission?: Maybe; comments?: Maybe; cloneOfRelation?: Maybe<_ClassificationCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_ClassificationCloneOfIbfk2InverseInput>; anomaliesRelation?: Maybe<_AnomalyClassificationIbfk2InverseInput>; }; /** Input for the nested mutation of `missionExecution` in the `ClassificationInput` mutation. */ export declare type ClassificationMissionExecutionFkeyInput = { /** The primary key(s) for `missionExecution` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `classification` in the `MissionExecutionInput` mutation. */ export declare type ClassificationMissionExecutionFkeyInverseInput = { /** The primary key(s) for `classification` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `classification` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** The fields on `classification` to look up the row to update. */ export declare type ClassificationOnClassificationCloneOfForClassificationCloneOfIbfk1UsingClassificationPkeyUpdate = { /** An object where the defined keys will be set on the `classification` being updated. */ patch: UpdateClassificationOnClassificationCloneOfForClassificationCloneOfIbfk1Patch; id: Scalars['String']; }; /** The fields on `classification` to look up the row to update. */ export declare type ClassificationOnClassificationCloneOfForClassificationCloneOfIbfk2UsingClassificationPkeyUpdate = { /** An object where the defined keys will be set on the `classification` being updated. */ patch: UpdateClassificationOnClassificationCloneOfForClassificationCloneOfIbfk2Patch; id: Scalars['String']; }; /** Represents an update to a `Classification`. Fields that are set will be updated. */ export declare type ClassificationPatch = { nickname?: Maybe; value?: Maybe; author?: Maybe; type?: Maybe; image?: Maybe; mission?: Maybe; comments?: Maybe; cloneOfRelation?: Maybe<_ClassificationCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_ClassificationCloneOfIbfk2InverseInput>; anomaliesRelation?: Maybe<_AnomalyClassificationIbfk2InverseInput>; }; /** A connection to a list of `Classification` values. */ export declare type ClassificationsConnection = { __typename?: 'ClassificationsConnection'; /** A list of `Classification` objects. */ nodes: Array>; /** A list of edges which contains the `Classification` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Classification` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Classification` edge in the connection. */ export declare type ClassificationsEdge = { __typename?: 'ClassificationsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Classification` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `Classification`. */ export declare enum ClassificationsOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", NicknameAsc = "NICKNAME_ASC", NicknameDesc = "NICKNAME_DESC", CreatedAtAsc = "CREATED_AT_ASC", CreatedAtDesc = "CREATED_AT_DESC", UpdatedAtAsc = "UPDATED_AT_ASC", UpdatedAtDesc = "UPDATED_AT_DESC", ValueAsc = "VALUE_ASC", ValueDesc = "VALUE_DESC", DeletedAtAsc = "DELETED_AT_ASC", DeletedAtDesc = "DELETED_AT_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", UserByAuthorIdDoNotUseIdAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__ID_ASC", UserByAuthorIdDoNotUseIdDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__ID_DESC", UserByAuthorIdDoNotUseNicknameAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__NICKNAME_ASC", UserByAuthorIdDoNotUseNicknameDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__NICKNAME_DESC", UserByAuthorIdDoNotUseNameAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__NAME_ASC", UserByAuthorIdDoNotUseNameDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__NAME_DESC", UserByAuthorIdDoNotUseEmailAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__EMAIL_ASC", UserByAuthorIdDoNotUseEmailDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__EMAIL_DESC", UserByAuthorIdDoNotUsePasswordAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__PASSWORD_ASC", UserByAuthorIdDoNotUsePasswordDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__PASSWORD_DESC", UserByAuthorIdDoNotUseDescriptionAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__DESCRIPTION_ASC", UserByAuthorIdDoNotUseDescriptionDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__DESCRIPTION_DESC", UserByAuthorIdDoNotUseCreatedAtAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__CREATED_AT_ASC", UserByAuthorIdDoNotUseCreatedAtDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__CREATED_AT_DESC", UserByAuthorIdDoNotUseUpdatedAtAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__UPDATED_AT_ASC", UserByAuthorIdDoNotUseUpdatedAtDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__UPDATED_AT_DESC", UserByAuthorIdDoNotUseActivatedAtAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__ACTIVATED_AT_ASC", UserByAuthorIdDoNotUseActivatedAtDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__ACTIVATED_AT_DESC", UserByAuthorIdDoNotUseDateOfBirthAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__DATE_OF_BIRTH_ASC", UserByAuthorIdDoNotUseDateOfBirthDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__DATE_OF_BIRTH_DESC", UserByAuthorIdDoNotUseParametersAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__PARAMETERS_ASC", UserByAuthorIdDoNotUseParametersDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__PARAMETERS_DESC", UserByAuthorIdDoNotUseLanguageAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__LANGUAGE_ASC", UserByAuthorIdDoNotUseLanguageDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__LANGUAGE_DESC", UserByAuthorIdDoNotUseDeletedAtAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__DELETED_AT_ASC", UserByAuthorIdDoNotUseDeletedAtDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__DELETED_AT_DESC", AnomalyTypeByTypeIdDoNotUseIdAsc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__ID_ASC", AnomalyTypeByTypeIdDoNotUseIdDesc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__ID_DESC", AnomalyTypeByTypeIdDoNotUseNicknameAsc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__NICKNAME_ASC", AnomalyTypeByTypeIdDoNotUseNicknameDesc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__NICKNAME_DESC", AnomalyTypeByTypeIdDoNotUseCreatedAtAsc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__CREATED_AT_ASC", AnomalyTypeByTypeIdDoNotUseCreatedAtDesc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__CREATED_AT_DESC", AnomalyTypeByTypeIdDoNotUseUpdatedAtAsc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__UPDATED_AT_ASC", AnomalyTypeByTypeIdDoNotUseUpdatedAtDesc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__UPDATED_AT_DESC", AnomalyTypeByTypeIdDoNotUseNameAsc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__NAME_ASC", AnomalyTypeByTypeIdDoNotUseNameDesc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__NAME_DESC", AnomalyTypeByTypeIdDoNotUseStructureTypeAsc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__STRUCTURE_TYPE_ASC", AnomalyTypeByTypeIdDoNotUseStructureTypeDesc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__STRUCTURE_TYPE_DESC", AnomalyTypeByTypeIdDoNotUseLevelAsc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__LEVEL_ASC", AnomalyTypeByTypeIdDoNotUseLevelDesc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__LEVEL_DESC", AnomalyTypeByTypeIdDoNotUseParametersAsc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__PARAMETERS_ASC", AnomalyTypeByTypeIdDoNotUseParametersDesc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__PARAMETERS_DESC", AnomalyTypeByTypeIdDoNotUseDescriptionAsc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__DESCRIPTION_ASC", AnomalyTypeByTypeIdDoNotUseDescriptionDesc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__DESCRIPTION_DESC", AnomalyTypeByTypeIdDoNotUseDeletedAtAsc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__DELETED_AT_ASC", AnomalyTypeByTypeIdDoNotUseDeletedAtDesc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__DELETED_AT_DESC", ImageByImageIdDoNotUseIdAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__ID_ASC", ImageByImageIdDoNotUseIdDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__ID_DESC", ImageByImageIdDoNotUseCreatedAtAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CREATED_AT_ASC", ImageByImageIdDoNotUseCreatedAtDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CREATED_AT_DESC", ImageByImageIdDoNotUseUpdatedAtAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__UPDATED_AT_ASC", ImageByImageIdDoNotUseUpdatedAtDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__UPDATED_AT_DESC", ImageByImageIdDoNotUseMetaDataAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__META_DATA_ASC", ImageByImageIdDoNotUseMetaDataDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__META_DATA_DESC", ImageByImageIdDoNotUseValidAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__VALID_ASC", ImageByImageIdDoNotUseValidDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__VALID_DESC", ImageByImageIdDoNotUseFallbackDataAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__FALLBACK_DATA_ASC", ImageByImageIdDoNotUseFallbackDataDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__FALLBACK_DATA_DESC", ImageByImageIdDoNotUseIndexAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__INDEX_ASC", ImageByImageIdDoNotUseIndexDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__INDEX_DESC", ImageByImageIdDoNotUseWidthAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__WIDTH_ASC", ImageByImageIdDoNotUseWidthDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__WIDTH_DESC", ImageByImageIdDoNotUseHeightAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__HEIGHT_ASC", ImageByImageIdDoNotUseHeightDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__HEIGHT_DESC", ImageByImageIdDoNotUseDistanceAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__DISTANCE_ASC", ImageByImageIdDoNotUseDistanceDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__DISTANCE_DESC", ImageByImageIdDoNotUseCameraFieldOfViewVerticalAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_FIELD_OF_VIEW_VERTICAL_ASC", ImageByImageIdDoNotUseCameraFieldOfViewVerticalDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_FIELD_OF_VIEW_VERTICAL_DESC", ImageByImageIdDoNotUseCameraFieldOfViewHorizontalAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_FIELD_OF_VIEW_HORIZONTAL_ASC", ImageByImageIdDoNotUseCameraFieldOfViewHorizontalDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_FIELD_OF_VIEW_HORIZONTAL_DESC", ImageByImageIdDoNotUseCameraShutterSpeedAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_SHUTTER_SPEED_ASC", ImageByImageIdDoNotUseCameraShutterSpeedDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_SHUTTER_SPEED_DESC", ImageByImageIdDoNotUseCameraApertureAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_APERTURE_ASC", ImageByImageIdDoNotUseCameraApertureDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_APERTURE_DESC", ImageByImageIdDoNotUseCameraModelAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_MODEL_ASC", ImageByImageIdDoNotUseCameraModelDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_MODEL_DESC", ImageByImageIdDoNotUseCameraLensModelAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_LENS_MODEL_ASC", ImageByImageIdDoNotUseCameraLensModelDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_LENS_MODEL_DESC", ImageByImageIdDoNotUseCameraLensMakeAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_LENS_MAKE_ASC", ImageByImageIdDoNotUseCameraLensMakeDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_LENS_MAKE_DESC", ImageByImageIdDoNotUseCameraMakeAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_MAKE_ASC", ImageByImageIdDoNotUseCameraMakeDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_MAKE_DESC", ImageByImageIdDoNotUseDescriptionAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__DESCRIPTION_ASC", ImageByImageIdDoNotUseDescriptionDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__DESCRIPTION_DESC", ImageByImageIdDoNotUseDistanceGradientVerticalAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__DISTANCE_GRADIENT_VERTICAL_ASC", ImageByImageIdDoNotUseDistanceGradientVerticalDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__DISTANCE_GRADIENT_VERTICAL_DESC", ImageByImageIdDoNotUseCameraIsoAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_ISO_ASC", ImageByImageIdDoNotUseCameraIsoDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_ISO_DESC", ImageByImageIdDoNotUseDistanceGradientHorizontalAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__DISTANCE_GRADIENT_HORIZONTAL_ASC", ImageByImageIdDoNotUseDistanceGradientHorizontalDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__DISTANCE_GRADIENT_HORIZONTAL_DESC", ImageByImageIdDoNotUseCapturedAtAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAPTURED_AT_ASC", ImageByImageIdDoNotUseCapturedAtDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAPTURED_AT_DESC", ImageByImageIdDoNotUseDeletedAtAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__DELETED_AT_ASC", ImageByImageIdDoNotUseDeletedAtDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__DELETED_AT_DESC", MissionExecutionByMissionIdDoNotUseIdAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__ID_ASC", MissionExecutionByMissionIdDoNotUseIdDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__ID_DESC", MissionExecutionByMissionIdDoNotUseNicknameAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__NICKNAME_ASC", MissionExecutionByMissionIdDoNotUseNicknameDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__NICKNAME_DESC", MissionExecutionByMissionIdDoNotUseCreatedAtAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__CREATED_AT_ASC", MissionExecutionByMissionIdDoNotUseCreatedAtDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__CREATED_AT_DESC", MissionExecutionByMissionIdDoNotUseUpdatedAtAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__UPDATED_AT_ASC", MissionExecutionByMissionIdDoNotUseUpdatedAtDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__UPDATED_AT_DESC", MissionExecutionByMissionIdDoNotUseExecutionAtAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__EXECUTION_AT_ASC", MissionExecutionByMissionIdDoNotUseExecutionAtDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__EXECUTION_AT_DESC", MissionExecutionByMissionIdDoNotUseInspectionAtAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__INSPECTION_AT_ASC", MissionExecutionByMissionIdDoNotUseInspectionAtDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__INSPECTION_AT_DESC", MissionExecutionByMissionIdDoNotUseExpertValidationAtAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__EXPERT_VALIDATION_AT_ASC", MissionExecutionByMissionIdDoNotUseExpertValidationAtDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__EXPERT_VALIDATION_AT_DESC", MissionExecutionByMissionIdDoNotUseTrajectoryAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__TRAJECTORY_ASC", MissionExecutionByMissionIdDoNotUseTrajectoryDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__TRAJECTORY_DESC", MissionExecutionByMissionIdDoNotUseParametersAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__PARAMETERS_ASC", MissionExecutionByMissionIdDoNotUseParametersDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__PARAMETERS_DESC", MissionExecutionByMissionIdDoNotUseDeletedAtAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__DELETED_AT_ASC", MissionExecutionByMissionIdDoNotUseDeletedAtDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__DELETED_AT_DESC", CommentsByAboutClassificationIdDoNotUseCountAsc = "COMMENTS_BY_ABOUT_CLASSIFICATION_ID_DO_NOT_USE__COUNT_ASC", CommentsByAboutClassificationIdDoNotUseCountDesc = "COMMENTS_BY_ABOUT_CLASSIFICATION_ID_DO_NOT_USE__COUNT_DESC", ClassificationCloneOfByAAAsc = "CLASSIFICATION_CLONE_OF_BY_A__A_ASC", ClassificationCloneOfByAADesc = "CLASSIFICATION_CLONE_OF_BY_A__A_DESC", ClassificationCloneOfByABAsc = "CLASSIFICATION_CLONE_OF_BY_A__B_ASC", ClassificationCloneOfByABDesc = "CLASSIFICATION_CLONE_OF_BY_A__B_DESC", ClassificationCloneovesByBCountAsc = "CLASSIFICATION_CLONEOVES_BY_B__COUNT_ASC", ClassificationCloneovesByBCountDesc = "CLASSIFICATION_CLONEOVES_BY_B__COUNT_DESC", AnomalyClassificationsByBCountAsc = "ANOMALY_CLASSIFICATIONS_BY_B__COUNT_ASC", AnomalyClassificationsByBCountDesc = "ANOMALY_CLASSIFICATIONS_BY_B__COUNT_DESC" } /** A filter to be used against many `AnomalyClassification` object types. All fields are combined with a logical ‘and.’ */ export declare type ClassificationToManyAnomalyClassificationFilter = { /** Every related `AnomalyClassification` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `AnomalyClassification` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `AnomalyClassification` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `ClassificationCloneOf` object types. All fields are combined with a logical ‘and.’ */ export declare type ClassificationToManyClassificationCloneOfFilter = { /** Every related `ClassificationCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `ClassificationCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `ClassificationCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `Comment` object types. All fields are combined with a logical ‘and.’ */ export declare type ClassificationToManyCommentFilter = { /** Every related `Comment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Comment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Comment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** Input for the nested mutation of `anomalyType` in the `ClassificationInput` mutation. */ export declare type ClassificationTypeFkeyInput = { /** The primary key(s) for `anomalyType` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `classification` in the `AnomalyTypeInput` mutation. */ export declare type ClassificationTypeFkeyInverseInput = { /** The primary key(s) for `classification` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `classification` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; export declare type Comment = { __typename?: 'Comment'; id: Scalars['String']; nickname?: Maybe; createdAt: Scalars['Datetime']; updatedAt: Scalars['Datetime']; deletedAt?: Maybe; content?: Maybe; data?: Maybe; type: Scalars['String']; /** Reads a single `User` that is related to this `Comment`. */ author?: Maybe; /** Reads a single `Comment` that is related to this `Comment`. */ aboutComment?: Maybe; /** Reads a single `Artifact` that is related to this `Comment`. */ aboutArtifact?: Maybe; /** Reads a single `Mission` that is related to this `Comment`. */ aboutMission?: Maybe; /** Reads a single `Structure` that is related to this `Comment`. */ aboutStructure?: Maybe; /** Reads a single `Anomaly` that is related to this `Comment`. */ aboutAnomaly?: Maybe; /** Reads a single `Classification` that is related to this `Comment`. */ aboutClassification?: Maybe; /** Reads a single `Detection` that is related to this `Comment`. */ aboutDetection?: Maybe; /** Reads a single `Segmentation` that is related to this `Comment`. */ aboutSegmentation?: Maybe; /** Reads a single `Image` that is related to this `Comment`. */ aboutImage?: Maybe; /** Reads and enables pagination through a set of `Comment`. */ commentsConnection: CommentsConnection; /** Reads and enables pagination through a set of `Comment`. */ comments: Array; /** Reads a single `CommentCloneOf` that is related to this `Comment`. */ cloneOfRelation?: Maybe; /** * Reads and enables pagination through a set of `CommentCloneOf`. * @deprecated Please use cloneOfRelation instead */ cloneOfRelationConnection: CommentCloneovesConnection; /** Reads and enables pagination through a set of `CommentCloneOf`. */ clonesRelationConnection: CommentCloneovesConnection; /** Reads and enables pagination through a set of `CommentCloneOf`. */ clonesRelation: Array; /** Reads and enables pagination through a set of `PlanComment`. */ planRelationConnection: PlanCommentsConnection; /** Reads and enables pagination through a set of `PlanComment`. */ planRelation: Array; /** Reads and enables pagination through a set of `ExecutionComment`. */ executionRelationConnection: ExecutionCommentsConnection; /** Reads and enables pagination through a set of `ExecutionComment`. */ executionRelation: Array; cloneOf?: Maybe; /** Reads and enables pagination through a set of `Comment`. */ clonesConnection: CommentsConnection; /** Reads and enables pagination through a set of `Comment`. */ clones?: Maybe>>; /** Reads and enables pagination through a set of `User`. */ usersByCommentAboutCommentIdDoNotUseAndAuthorIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Artifact`. */ artifactsByCommentAboutCommentIdDoNotUseAndAboutArtifactIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Mission`. */ missionsByCommentAboutCommentIdDoNotUseAndAboutMissionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Structure`. */ structuresByCommentAboutCommentIdDoNotUseAndAboutStructureIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Anomaly`. */ anomaliesByCommentAboutCommentIdDoNotUseAndAboutAnomalyIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Classification`. */ classificationsByCommentAboutCommentIdDoNotUseAndAboutClassificationIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Detection`. */ detectionsByCommentAboutCommentIdDoNotUseAndAboutDetectionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Segmentation`. */ segmentationsByCommentAboutCommentIdDoNotUseAndAboutSegmentationIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Image`. */ imagesByCommentAboutCommentIdDoNotUseAndAboutImageIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Plan`. */ plansConnection: CommentPlansConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Plan`. */ plans: Array; /** Reads and enables pagination through a set of `Execution`. */ executionsConnection: CommentExecutionsConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Execution`. */ executions: Array; }; export declare type CommentCommentsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type CommentCommentsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type CommentCloneOfRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type CommentClonesRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type CommentClonesRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type CommentPlanRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type CommentPlanRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type CommentExecutionRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type CommentExecutionRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type CommentClonesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; filter?: Maybe; }; export declare type CommentClonesArgs = { first?: Maybe; offset?: Maybe; filter?: Maybe; }; export declare type CommentUsersByCommentAboutCommentIdDoNotUseAndAuthorIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type CommentArtifactsByCommentAboutCommentIdDoNotUseAndAboutArtifactIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type CommentMissionsByCommentAboutCommentIdDoNotUseAndAboutMissionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type CommentStructuresByCommentAboutCommentIdDoNotUseAndAboutStructureIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type CommentAnomaliesByCommentAboutCommentIdDoNotUseAndAboutAnomalyIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type CommentClassificationsByCommentAboutCommentIdDoNotUseAndAboutClassificationIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type CommentDetectionsByCommentAboutCommentIdDoNotUseAndAboutDetectionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type CommentSegmentationsByCommentAboutCommentIdDoNotUseAndAboutSegmentationIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type CommentImagesByCommentAboutCommentIdDoNotUseAndAboutImageIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type CommentPlansConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type CommentPlansArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type CommentExecutionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type CommentExecutionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** Input for the nested mutation of `anomaly` in the `CommentInput` mutation. */ export declare type CommentAboutAnomalyFkeyInput = { /** The primary key(s) for `anomaly` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `comment` in the `AnomalyInput` mutation. */ export declare type CommentAboutAnomalyFkeyInverseInput = { /** The primary key(s) for `comment` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `comment` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** Input for the nested mutation of `artifact` in the `CommentInput` mutation. */ export declare type CommentAboutArtifactFkeyInput = { /** The primary key(s) for `artifact` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `comment` in the `ArtifactInput` mutation. */ export declare type CommentAboutArtifactFkeyInverseInput = { /** The primary key(s) for `comment` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `comment` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** Input for the nested mutation of `classification` in the `CommentInput` mutation. */ export declare type CommentAboutClassificationFkeyInput = { /** The primary key(s) for `classification` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `comment` in the `ClassificationInput` mutation. */ export declare type CommentAboutClassificationFkeyInverseInput = { /** The primary key(s) for `comment` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `comment` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** Input for the nested mutation of `comment` in the `CommentInput` mutation. */ export declare type CommentAboutCommentFkeyInput = { /** The primary key(s) for `comment` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `detection` in the `CommentInput` mutation. */ export declare type CommentAboutDetectionFkeyInput = { /** The primary key(s) for `detection` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `comment` in the `DetectionInput` mutation. */ export declare type CommentAboutDetectionFkeyInverseInput = { /** The primary key(s) for `comment` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `comment` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** Input for the nested mutation of `image` in the `CommentInput` mutation. */ export declare type CommentAboutImageFkeyInput = { /** The primary key(s) for `image` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `comment` in the `ImageInput` mutation. */ export declare type CommentAboutImageFkeyInverseInput = { /** The primary key(s) for `comment` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `comment` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** Input for the nested mutation of `mission` in the `CommentInput` mutation. */ export declare type CommentAboutMissionFkeyInput = { /** The primary key(s) for `mission` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `comment` in the `MissionInput` mutation. */ export declare type CommentAboutMissionFkeyInverseInput = { /** The primary key(s) for `comment` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `comment` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** Input for the nested mutation of `segmentation` in the `CommentInput` mutation. */ export declare type CommentAboutSegmentationFkeyInput = { /** The primary key(s) for `segmentation` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `comment` in the `SegmentationInput` mutation. */ export declare type CommentAboutSegmentationFkeyInverseInput = { /** The primary key(s) for `comment` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `comment` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** Input for the nested mutation of `structure` in the `CommentInput` mutation. */ export declare type CommentAboutStructureFkeyInput = { /** The primary key(s) for `structure` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `comment` in the `StructureInput` mutation. */ export declare type CommentAboutStructureFkeyInverseInput = { /** The primary key(s) for `comment` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `comment` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** Input for the nested mutation of `user` in the `CommentInput` mutation. */ export declare type CommentAuthorFkeyInput = { /** The primary key(s) for `user` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `user` for the far side of the relationship. */ connectByEmail?: Maybe; }; /** Input for the nested mutation of `comment` in the `UserInput` mutation. */ export declare type CommentAuthorFkeyInverseInput = { /** The primary key(s) for `comment` for the far side of the relationship. */ connectById?: Maybe>; }; export declare type CommentCloneOf = { __typename?: 'CommentCloneOf'; a: Scalars['String']; b: Scalars['String']; /** Reads a single `Comment` that is related to this `CommentCloneOf`. */ cloneOf?: Maybe; /** Reads a single `Comment` that is related to this `CommentCloneOf`. */ clone?: Maybe; }; /** The fields on `commentCloneOf` to look up the row to connect. */ export declare type CommentCloneOfCommentCloneOfPkeyConnect = { a: Scalars['String']; }; /** The fields on `commentCloneOf` to look up the row to delete. */ export declare type CommentCloneOfCommentCloneOfPkeyDelete = { a: Scalars['String']; }; /** * A condition to be used against `CommentCloneOf` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type CommentCloneOfCondition = { /** Checks for equality with the object’s `a` field. */ a?: Maybe; /** Checks for equality with the object’s `b` field. */ b?: Maybe; }; /** A filter to be used against `CommentCloneOf` object types. All fields are combined with a logical ‘and.’ */ export declare type CommentCloneOfFilter = { /** Filter by the object’s `a` field. */ a?: Maybe; /** Filter by the object’s `b` field. */ b?: Maybe; /** Filter by the object’s `cloneOf` relation. */ cloneOf?: Maybe; /** Filter by the object’s `clone` relation. */ clone?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `CommentCloneOf` */ export declare type CommentCloneOfInput = { a?: Maybe; b?: Maybe; cloneOf?: Maybe<_CommentCloneOfIbfk1Input>; clone?: Maybe<_CommentCloneOfIbfk2Input>; }; /** The fields on `commentCloneOf` to look up the row to update. */ export declare type CommentCloneOfOnCommentCloneOfForCommentCloneOfIbfk1UsingCommentCloneOfPkeyUpdate = { /** An object where the defined keys will be set on the `commentCloneOf` being updated. */ patch: UpdateCommentCloneOfOnCommentCloneOfForCommentCloneOfIbfk1Patch; a: Scalars['String']; }; /** The fields on `commentCloneOf` to look up the row to update. */ export declare type CommentCloneOfOnCommentCloneOfForCommentCloneOfIbfk2UsingCommentCloneOfPkeyUpdate = { /** An object where the defined keys will be set on the `commentCloneOf` being updated. */ patch: UpdateCommentCloneOfOnCommentCloneOfForCommentCloneOfIbfk2Patch; a: Scalars['String']; }; /** Represents an update to a `CommentCloneOf`. Fields that are set will be updated. */ export declare type CommentCloneOfPatch = { a?: Maybe; b?: Maybe; cloneOf?: Maybe<_CommentCloneOfIbfk1Input>; clone?: Maybe<_CommentCloneOfIbfk2Input>; }; /** A connection to a list of `CommentCloneOf` values. */ export declare type CommentCloneovesConnection = { __typename?: 'CommentCloneovesConnection'; /** A list of `CommentCloneOf` objects. */ nodes: Array>; /** A list of edges which contains the `CommentCloneOf` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `CommentCloneOf` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `CommentCloneOf` edge in the connection. */ export declare type CommentCloneovesEdge = { __typename?: 'CommentCloneovesEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `CommentCloneOf` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `CommentCloneOf`. */ export declare enum CommentCloneovesOrderBy { Natural = "NATURAL", AAsc = "A_ASC", ADesc = "A_DESC", BAsc = "B_ASC", BDesc = "B_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", CommentByAIdAsc = "COMMENT_BY_A__ID_ASC", CommentByAIdDesc = "COMMENT_BY_A__ID_DESC", CommentByANicknameAsc = "COMMENT_BY_A__NICKNAME_ASC", CommentByANicknameDesc = "COMMENT_BY_A__NICKNAME_DESC", CommentByACreatedAtAsc = "COMMENT_BY_A__CREATED_AT_ASC", CommentByACreatedAtDesc = "COMMENT_BY_A__CREATED_AT_DESC", CommentByAUpdatedAtAsc = "COMMENT_BY_A__UPDATED_AT_ASC", CommentByAUpdatedAtDesc = "COMMENT_BY_A__UPDATED_AT_DESC", CommentByADeletedAtAsc = "COMMENT_BY_A__DELETED_AT_ASC", CommentByADeletedAtDesc = "COMMENT_BY_A__DELETED_AT_DESC", CommentByAContentAsc = "COMMENT_BY_A__CONTENT_ASC", CommentByAContentDesc = "COMMENT_BY_A__CONTENT_DESC", CommentByADataAsc = "COMMENT_BY_A__DATA_ASC", CommentByADataDesc = "COMMENT_BY_A__DATA_DESC", CommentByATypeAsc = "COMMENT_BY_A__TYPE_ASC", CommentByATypeDesc = "COMMENT_BY_A__TYPE_DESC", CommentByBIdAsc = "COMMENT_BY_B__ID_ASC", CommentByBIdDesc = "COMMENT_BY_B__ID_DESC", CommentByBNicknameAsc = "COMMENT_BY_B__NICKNAME_ASC", CommentByBNicknameDesc = "COMMENT_BY_B__NICKNAME_DESC", CommentByBCreatedAtAsc = "COMMENT_BY_B__CREATED_AT_ASC", CommentByBCreatedAtDesc = "COMMENT_BY_B__CREATED_AT_DESC", CommentByBUpdatedAtAsc = "COMMENT_BY_B__UPDATED_AT_ASC", CommentByBUpdatedAtDesc = "COMMENT_BY_B__UPDATED_AT_DESC", CommentByBDeletedAtAsc = "COMMENT_BY_B__DELETED_AT_ASC", CommentByBDeletedAtDesc = "COMMENT_BY_B__DELETED_AT_DESC", CommentByBContentAsc = "COMMENT_BY_B__CONTENT_ASC", CommentByBContentDesc = "COMMENT_BY_B__CONTENT_DESC", CommentByBDataAsc = "COMMENT_BY_B__DATA_ASC", CommentByBDataDesc = "COMMENT_BY_B__DATA_DESC", CommentByBTypeAsc = "COMMENT_BY_B__TYPE_ASC", CommentByBTypeDesc = "COMMENT_BY_B__TYPE_DESC" } /** The fields on `comment` to look up the row to connect. */ export declare type CommentCommentPkeyConnect = { id: Scalars['String']; }; /** The fields on `comment` to look up the row to delete. */ export declare type CommentCommentPkeyDelete = { id: Scalars['String']; }; /** A condition to be used against `Comment` object types. All fields are tested for equality and combined with a logical ‘and.’ */ export declare type CommentCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `nickname` field. */ nickname?: Maybe; /** Checks for equality with the object’s `createdAt` field. */ createdAt?: Maybe; /** Checks for equality with the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Checks for equality with the object’s `deletedAt` field. */ deletedAt?: Maybe; /** Checks for equality with the object’s `content` field. */ content?: Maybe; /** Checks for equality with the object’s `data` field. */ data?: Maybe; /** Checks for equality with the object’s `type` field. */ type?: Maybe; }; /** A connection to a list of `Execution` values, with data from `ExecutionComment`. */ export declare type CommentExecutionsConnectionManyToManyConnection = { __typename?: 'CommentExecutionsConnectionManyToManyConnection'; /** A list of `Execution` objects. */ nodes: Array>; /** A list of edges which contains the `Execution`, info from the `ExecutionComment`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Execution` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Execution` edge in the connection, with data from `ExecutionComment`. */ export declare type CommentExecutionsConnectionManyToManyEdge = { __typename?: 'CommentExecutionsConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Execution` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `ExecutionComment`. */ commentRelationConnection: ExecutionCommentsConnection; /** Reads and enables pagination through a set of `ExecutionComment`. */ commentRelation: Array; }; /** A `Execution` edge in the connection, with data from `ExecutionComment`. */ export declare type CommentExecutionsConnectionManyToManyEdgeCommentRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Execution` edge in the connection, with data from `ExecutionComment`. */ export declare type CommentExecutionsConnectionManyToManyEdgeCommentRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A filter to be used against `Comment` object types. All fields are combined with a logical ‘and.’ */ export declare type CommentFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `nickname` field. */ nickname?: Maybe; /** Filter by the object’s `createdAt` field. */ createdAt?: Maybe; /** Filter by the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Filter by the object’s `deletedAt` field. */ deletedAt?: Maybe; /** Filter by the object’s `content` field. */ content?: Maybe; /** Filter by the object’s `data` field. */ data?: Maybe; /** Filter by the object’s `type` field. */ type?: Maybe; /** Filter by the object’s `cloneOf` field. */ cloneOf?: Maybe; /** Filter by the object’s `commentsConnection` relation. */ commentsConnection?: Maybe; /** Some related `commentsConnection` exist. */ commentsConnectionExist?: Maybe; /** Filter by the object’s `cloneOfRelation` relation. */ cloneOfRelation?: Maybe; /** A related `cloneOfRelation` exists. */ cloneOfRelationExists?: Maybe; /** Filter by the object’s `clonesRelationConnection` relation. */ clonesRelationConnection?: Maybe; /** Some related `clonesRelationConnection` exist. */ clonesRelationConnectionExist?: Maybe; /** Filter by the object’s `planRelationConnection` relation. */ planRelationConnection?: Maybe; /** Some related `planRelationConnection` exist. */ planRelationConnectionExist?: Maybe; /** Filter by the object’s `executionRelationConnection` relation. */ executionRelationConnection?: Maybe; /** Some related `executionRelationConnection` exist. */ executionRelationConnectionExist?: Maybe; /** Filter by the object’s `author` relation. */ author?: Maybe; /** A related `author` exists. */ authorExists?: Maybe; /** Filter by the object’s `aboutComment` relation. */ aboutComment?: Maybe; /** A related `aboutComment` exists. */ aboutCommentExists?: Maybe; /** Filter by the object’s `aboutArtifact` relation. */ aboutArtifact?: Maybe; /** A related `aboutArtifact` exists. */ aboutArtifactExists?: Maybe; /** Filter by the object’s `aboutMission` relation. */ aboutMission?: Maybe; /** A related `aboutMission` exists. */ aboutMissionExists?: Maybe; /** Filter by the object’s `aboutStructure` relation. */ aboutStructure?: Maybe; /** A related `aboutStructure` exists. */ aboutStructureExists?: Maybe; /** Filter by the object’s `aboutAnomaly` relation. */ aboutAnomaly?: Maybe; /** A related `aboutAnomaly` exists. */ aboutAnomalyExists?: Maybe; /** Filter by the object’s `aboutClassification` relation. */ aboutClassification?: Maybe; /** A related `aboutClassification` exists. */ aboutClassificationExists?: Maybe; /** Filter by the object’s `aboutDetection` relation. */ aboutDetection?: Maybe; /** A related `aboutDetection` exists. */ aboutDetectionExists?: Maybe; /** Filter by the object’s `aboutSegmentation` relation. */ aboutSegmentation?: Maybe; /** A related `aboutSegmentation` exists. */ aboutSegmentationExists?: Maybe; /** Filter by the object’s `aboutImage` relation. */ aboutImage?: Maybe; /** A related `aboutImage` exists. */ aboutImageExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `Comment` */ export declare type CommentInput = { id?: Maybe; content?: Maybe; author?: Maybe; aboutComment?: Maybe; aboutArtifact?: Maybe; aboutMission?: Maybe; aboutStructure?: Maybe; aboutAnomaly?: Maybe; aboutClassification?: Maybe; aboutDetection?: Maybe; aboutSegmentation?: Maybe; aboutImage?: Maybe; cloneOfRelation?: Maybe<_CommentCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_CommentCloneOfIbfk2InverseInput>; planRelation?: Maybe<_PlanCommentCommentIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionCommentCommentIdFkeyInverseInput>; }; /** The fields on `comment` to look up the row to update. */ export declare type CommentOnCommentCloneOfForCommentCloneOfIbfk1UsingCommentPkeyUpdate = { /** An object where the defined keys will be set on the `comment` being updated. */ patch: UpdateCommentOnCommentCloneOfForCommentCloneOfIbfk1Patch; id: Scalars['String']; }; /** The fields on `comment` to look up the row to update. */ export declare type CommentOnCommentCloneOfForCommentCloneOfIbfk2UsingCommentPkeyUpdate = { /** An object where the defined keys will be set on the `comment` being updated. */ patch: UpdateCommentOnCommentCloneOfForCommentCloneOfIbfk2Patch; id: Scalars['String']; }; /** The fields on `comment` to look up the row to update. */ export declare type CommentOnExecutionCommentForExecutionCommentCommentIdFkeyUsingCommentPkeyUpdate = { /** An object where the defined keys will be set on the `comment` being updated. */ patch: UpdateCommentOnExecutionCommentForExecutionCommentCommentIdFkeyPatch; id: Scalars['String']; }; /** The fields on `comment` to look up the row to update. */ export declare type CommentOnPlanCommentForPlanCommentCommentIdFkeyUsingCommentPkeyUpdate = { /** An object where the defined keys will be set on the `comment` being updated. */ patch: UpdateCommentOnPlanCommentForPlanCommentCommentIdFkeyPatch; id: Scalars['String']; }; /** Represents an update to a `Comment`. Fields that are set will be updated. */ export declare type CommentPatch = { content?: Maybe; author?: Maybe; aboutComment?: Maybe; aboutArtifact?: Maybe; aboutMission?: Maybe; aboutStructure?: Maybe; aboutAnomaly?: Maybe; aboutClassification?: Maybe; aboutDetection?: Maybe; aboutSegmentation?: Maybe; aboutImage?: Maybe; cloneOfRelation?: Maybe<_CommentCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_CommentCloneOfIbfk2InverseInput>; planRelation?: Maybe<_PlanCommentCommentIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionCommentCommentIdFkeyInverseInput>; }; /** A connection to a list of `Plan` values, with data from `PlanComment`. */ export declare type CommentPlansConnectionManyToManyConnection = { __typename?: 'CommentPlansConnectionManyToManyConnection'; /** A list of `Plan` objects. */ nodes: Array>; /** A list of edges which contains the `Plan`, info from the `PlanComment`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Plan` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Plan` edge in the connection, with data from `PlanComment`. */ export declare type CommentPlansConnectionManyToManyEdge = { __typename?: 'CommentPlansConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Plan` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `PlanComment`. */ commentRelationConnection: PlanCommentsConnection; /** Reads and enables pagination through a set of `PlanComment`. */ commentRelation: Array; }; /** A `Plan` edge in the connection, with data from `PlanComment`. */ export declare type CommentPlansConnectionManyToManyEdgeCommentRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Plan` edge in the connection, with data from `PlanComment`. */ export declare type CommentPlansConnectionManyToManyEdgeCommentRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A connection to a list of `Comment` values. */ export declare type CommentsConnection = { __typename?: 'CommentsConnection'; /** A list of `Comment` objects. */ nodes: Array>; /** A list of edges which contains the `Comment` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Comment` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Comment` edge in the connection. */ export declare type CommentsEdge = { __typename?: 'CommentsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Comment` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `Comment`. */ export declare enum CommentsOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", NicknameAsc = "NICKNAME_ASC", NicknameDesc = "NICKNAME_DESC", CreatedAtAsc = "CREATED_AT_ASC", CreatedAtDesc = "CREATED_AT_DESC", UpdatedAtAsc = "UPDATED_AT_ASC", UpdatedAtDesc = "UPDATED_AT_DESC", DeletedAtAsc = "DELETED_AT_ASC", DeletedAtDesc = "DELETED_AT_DESC", ContentAsc = "CONTENT_ASC", ContentDesc = "CONTENT_DESC", DataAsc = "DATA_ASC", DataDesc = "DATA_DESC", TypeAsc = "TYPE_ASC", TypeDesc = "TYPE_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", UserByAuthorIdDoNotUseIdAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__ID_ASC", UserByAuthorIdDoNotUseIdDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__ID_DESC", UserByAuthorIdDoNotUseNicknameAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__NICKNAME_ASC", UserByAuthorIdDoNotUseNicknameDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__NICKNAME_DESC", UserByAuthorIdDoNotUseNameAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__NAME_ASC", UserByAuthorIdDoNotUseNameDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__NAME_DESC", UserByAuthorIdDoNotUseEmailAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__EMAIL_ASC", UserByAuthorIdDoNotUseEmailDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__EMAIL_DESC", UserByAuthorIdDoNotUsePasswordAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__PASSWORD_ASC", UserByAuthorIdDoNotUsePasswordDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__PASSWORD_DESC", UserByAuthorIdDoNotUseDescriptionAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__DESCRIPTION_ASC", UserByAuthorIdDoNotUseDescriptionDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__DESCRIPTION_DESC", UserByAuthorIdDoNotUseCreatedAtAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__CREATED_AT_ASC", UserByAuthorIdDoNotUseCreatedAtDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__CREATED_AT_DESC", UserByAuthorIdDoNotUseUpdatedAtAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__UPDATED_AT_ASC", UserByAuthorIdDoNotUseUpdatedAtDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__UPDATED_AT_DESC", UserByAuthorIdDoNotUseActivatedAtAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__ACTIVATED_AT_ASC", UserByAuthorIdDoNotUseActivatedAtDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__ACTIVATED_AT_DESC", UserByAuthorIdDoNotUseDateOfBirthAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__DATE_OF_BIRTH_ASC", UserByAuthorIdDoNotUseDateOfBirthDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__DATE_OF_BIRTH_DESC", UserByAuthorIdDoNotUseParametersAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__PARAMETERS_ASC", UserByAuthorIdDoNotUseParametersDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__PARAMETERS_DESC", UserByAuthorIdDoNotUseLanguageAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__LANGUAGE_ASC", UserByAuthorIdDoNotUseLanguageDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__LANGUAGE_DESC", UserByAuthorIdDoNotUseDeletedAtAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__DELETED_AT_ASC", UserByAuthorIdDoNotUseDeletedAtDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__DELETED_AT_DESC", CommentByAboutCommentIdDoNotUseIdAsc = "COMMENT_BY_ABOUT_COMMENT_ID_DO_NOT_USE__ID_ASC", CommentByAboutCommentIdDoNotUseIdDesc = "COMMENT_BY_ABOUT_COMMENT_ID_DO_NOT_USE__ID_DESC", CommentByAboutCommentIdDoNotUseNicknameAsc = "COMMENT_BY_ABOUT_COMMENT_ID_DO_NOT_USE__NICKNAME_ASC", CommentByAboutCommentIdDoNotUseNicknameDesc = "COMMENT_BY_ABOUT_COMMENT_ID_DO_NOT_USE__NICKNAME_DESC", CommentByAboutCommentIdDoNotUseCreatedAtAsc = "COMMENT_BY_ABOUT_COMMENT_ID_DO_NOT_USE__CREATED_AT_ASC", CommentByAboutCommentIdDoNotUseCreatedAtDesc = "COMMENT_BY_ABOUT_COMMENT_ID_DO_NOT_USE__CREATED_AT_DESC", CommentByAboutCommentIdDoNotUseUpdatedAtAsc = "COMMENT_BY_ABOUT_COMMENT_ID_DO_NOT_USE__UPDATED_AT_ASC", CommentByAboutCommentIdDoNotUseUpdatedAtDesc = "COMMENT_BY_ABOUT_COMMENT_ID_DO_NOT_USE__UPDATED_AT_DESC", CommentByAboutCommentIdDoNotUseDeletedAtAsc = "COMMENT_BY_ABOUT_COMMENT_ID_DO_NOT_USE__DELETED_AT_ASC", CommentByAboutCommentIdDoNotUseDeletedAtDesc = "COMMENT_BY_ABOUT_COMMENT_ID_DO_NOT_USE__DELETED_AT_DESC", CommentByAboutCommentIdDoNotUseContentAsc = "COMMENT_BY_ABOUT_COMMENT_ID_DO_NOT_USE__CONTENT_ASC", CommentByAboutCommentIdDoNotUseContentDesc = "COMMENT_BY_ABOUT_COMMENT_ID_DO_NOT_USE__CONTENT_DESC", CommentByAboutCommentIdDoNotUseDataAsc = "COMMENT_BY_ABOUT_COMMENT_ID_DO_NOT_USE__DATA_ASC", CommentByAboutCommentIdDoNotUseDataDesc = "COMMENT_BY_ABOUT_COMMENT_ID_DO_NOT_USE__DATA_DESC", CommentByAboutCommentIdDoNotUseTypeAsc = "COMMENT_BY_ABOUT_COMMENT_ID_DO_NOT_USE__TYPE_ASC", CommentByAboutCommentIdDoNotUseTypeDesc = "COMMENT_BY_ABOUT_COMMENT_ID_DO_NOT_USE__TYPE_DESC", ArtifactByAboutArtifactIdDoNotUseIdAsc = "ARTIFACT_BY_ABOUT_ARTIFACT_ID_DO_NOT_USE__ID_ASC", ArtifactByAboutArtifactIdDoNotUseIdDesc = "ARTIFACT_BY_ABOUT_ARTIFACT_ID_DO_NOT_USE__ID_DESC", ArtifactByAboutArtifactIdDoNotUseNicknameAsc = "ARTIFACT_BY_ABOUT_ARTIFACT_ID_DO_NOT_USE__NICKNAME_ASC", ArtifactByAboutArtifactIdDoNotUseNicknameDesc = "ARTIFACT_BY_ABOUT_ARTIFACT_ID_DO_NOT_USE__NICKNAME_DESC", ArtifactByAboutArtifactIdDoNotUseCreatedAtAsc = "ARTIFACT_BY_ABOUT_ARTIFACT_ID_DO_NOT_USE__CREATED_AT_ASC", ArtifactByAboutArtifactIdDoNotUseCreatedAtDesc = "ARTIFACT_BY_ABOUT_ARTIFACT_ID_DO_NOT_USE__CREATED_AT_DESC", ArtifactByAboutArtifactIdDoNotUseUpdatedAtAsc = "ARTIFACT_BY_ABOUT_ARTIFACT_ID_DO_NOT_USE__UPDATED_AT_ASC", ArtifactByAboutArtifactIdDoNotUseUpdatedAtDesc = "ARTIFACT_BY_ABOUT_ARTIFACT_ID_DO_NOT_USE__UPDATED_AT_DESC", ArtifactByAboutArtifactIdDoNotUseNameAsc = "ARTIFACT_BY_ABOUT_ARTIFACT_ID_DO_NOT_USE__NAME_ASC", ArtifactByAboutArtifactIdDoNotUseNameDesc = "ARTIFACT_BY_ABOUT_ARTIFACT_ID_DO_NOT_USE__NAME_DESC", ArtifactByAboutArtifactIdDoNotUseTypeAsc = "ARTIFACT_BY_ABOUT_ARTIFACT_ID_DO_NOT_USE__TYPE_ASC", ArtifactByAboutArtifactIdDoNotUseTypeDesc = "ARTIFACT_BY_ABOUT_ARTIFACT_ID_DO_NOT_USE__TYPE_DESC", ArtifactByAboutArtifactIdDoNotUseIndexAsc = "ARTIFACT_BY_ABOUT_ARTIFACT_ID_DO_NOT_USE__INDEX_ASC", ArtifactByAboutArtifactIdDoNotUseIndexDesc = "ARTIFACT_BY_ABOUT_ARTIFACT_ID_DO_NOT_USE__INDEX_DESC", ArtifactByAboutArtifactIdDoNotUseParametersAsc = "ARTIFACT_BY_ABOUT_ARTIFACT_ID_DO_NOT_USE__PARAMETERS_ASC", ArtifactByAboutArtifactIdDoNotUseParametersDesc = "ARTIFACT_BY_ABOUT_ARTIFACT_ID_DO_NOT_USE__PARAMETERS_DESC", ArtifactByAboutArtifactIdDoNotUseFallbackDataAsc = "ARTIFACT_BY_ABOUT_ARTIFACT_ID_DO_NOT_USE__FALLBACK_DATA_ASC", ArtifactByAboutArtifactIdDoNotUseFallbackDataDesc = "ARTIFACT_BY_ABOUT_ARTIFACT_ID_DO_NOT_USE__FALLBACK_DATA_DESC", ArtifactByAboutArtifactIdDoNotUseDescriptionAsc = "ARTIFACT_BY_ABOUT_ARTIFACT_ID_DO_NOT_USE__DESCRIPTION_ASC", ArtifactByAboutArtifactIdDoNotUseDescriptionDesc = "ARTIFACT_BY_ABOUT_ARTIFACT_ID_DO_NOT_USE__DESCRIPTION_DESC", ArtifactByAboutArtifactIdDoNotUseDeletedAtAsc = "ARTIFACT_BY_ABOUT_ARTIFACT_ID_DO_NOT_USE__DELETED_AT_ASC", ArtifactByAboutArtifactIdDoNotUseDeletedAtDesc = "ARTIFACT_BY_ABOUT_ARTIFACT_ID_DO_NOT_USE__DELETED_AT_DESC", MissionByAboutMissionIdDoNotUseIdAsc = "MISSION_BY_ABOUT_MISSION_ID_DO_NOT_USE__ID_ASC", MissionByAboutMissionIdDoNotUseIdDesc = "MISSION_BY_ABOUT_MISSION_ID_DO_NOT_USE__ID_DESC", MissionByAboutMissionIdDoNotUseNicknameAsc = "MISSION_BY_ABOUT_MISSION_ID_DO_NOT_USE__NICKNAME_ASC", MissionByAboutMissionIdDoNotUseNicknameDesc = "MISSION_BY_ABOUT_MISSION_ID_DO_NOT_USE__NICKNAME_DESC", MissionByAboutMissionIdDoNotUseNameAsc = "MISSION_BY_ABOUT_MISSION_ID_DO_NOT_USE__NAME_ASC", MissionByAboutMissionIdDoNotUseNameDesc = "MISSION_BY_ABOUT_MISSION_ID_DO_NOT_USE__NAME_DESC", MissionByAboutMissionIdDoNotUseTypeAsc = "MISSION_BY_ABOUT_MISSION_ID_DO_NOT_USE__TYPE_ASC", MissionByAboutMissionIdDoNotUseTypeDesc = "MISSION_BY_ABOUT_MISSION_ID_DO_NOT_USE__TYPE_DESC", MissionByAboutMissionIdDoNotUseCreatedAtAsc = "MISSION_BY_ABOUT_MISSION_ID_DO_NOT_USE__CREATED_AT_ASC", MissionByAboutMissionIdDoNotUseCreatedAtDesc = "MISSION_BY_ABOUT_MISSION_ID_DO_NOT_USE__CREATED_AT_DESC", MissionByAboutMissionIdDoNotUseUpdatedAtAsc = "MISSION_BY_ABOUT_MISSION_ID_DO_NOT_USE__UPDATED_AT_ASC", MissionByAboutMissionIdDoNotUseUpdatedAtDesc = "MISSION_BY_ABOUT_MISSION_ID_DO_NOT_USE__UPDATED_AT_DESC", MissionByAboutMissionIdDoNotUseDeletedAtAsc = "MISSION_BY_ABOUT_MISSION_ID_DO_NOT_USE__DELETED_AT_ASC", MissionByAboutMissionIdDoNotUseDeletedAtDesc = "MISSION_BY_ABOUT_MISSION_ID_DO_NOT_USE__DELETED_AT_DESC", MissionByAboutMissionIdDoNotUseInfraAsc = "MISSION_BY_ABOUT_MISSION_ID_DO_NOT_USE__INFRA_ASC", MissionByAboutMissionIdDoNotUseInfraDesc = "MISSION_BY_ABOUT_MISSION_ID_DO_NOT_USE__INFRA_DESC", MissionByAboutMissionIdDoNotUseDescriptionAsc = "MISSION_BY_ABOUT_MISSION_ID_DO_NOT_USE__DESCRIPTION_ASC", MissionByAboutMissionIdDoNotUseDescriptionDesc = "MISSION_BY_ABOUT_MISSION_ID_DO_NOT_USE__DESCRIPTION_DESC", StructureByAboutStructureIdDoNotUseIdAsc = "STRUCTURE_BY_ABOUT_STRUCTURE_ID_DO_NOT_USE__ID_ASC", StructureByAboutStructureIdDoNotUseIdDesc = "STRUCTURE_BY_ABOUT_STRUCTURE_ID_DO_NOT_USE__ID_DESC", StructureByAboutStructureIdDoNotUseNicknameAsc = "STRUCTURE_BY_ABOUT_STRUCTURE_ID_DO_NOT_USE__NICKNAME_ASC", StructureByAboutStructureIdDoNotUseNicknameDesc = "STRUCTURE_BY_ABOUT_STRUCTURE_ID_DO_NOT_USE__NICKNAME_DESC", StructureByAboutStructureIdDoNotUseNameAsc = "STRUCTURE_BY_ABOUT_STRUCTURE_ID_DO_NOT_USE__NAME_ASC", StructureByAboutStructureIdDoNotUseNameDesc = "STRUCTURE_BY_ABOUT_STRUCTURE_ID_DO_NOT_USE__NAME_DESC", StructureByAboutStructureIdDoNotUseCreatedAtAsc = "STRUCTURE_BY_ABOUT_STRUCTURE_ID_DO_NOT_USE__CREATED_AT_ASC", StructureByAboutStructureIdDoNotUseCreatedAtDesc = "STRUCTURE_BY_ABOUT_STRUCTURE_ID_DO_NOT_USE__CREATED_AT_DESC", StructureByAboutStructureIdDoNotUseUpdatedAtAsc = "STRUCTURE_BY_ABOUT_STRUCTURE_ID_DO_NOT_USE__UPDATED_AT_ASC", StructureByAboutStructureIdDoNotUseUpdatedAtDesc = "STRUCTURE_BY_ABOUT_STRUCTURE_ID_DO_NOT_USE__UPDATED_AT_DESC", StructureByAboutStructureIdDoNotUseCommissionedAtAsc = "STRUCTURE_BY_ABOUT_STRUCTURE_ID_DO_NOT_USE__COMMISSIONED_AT_ASC", StructureByAboutStructureIdDoNotUseCommissionedAtDesc = "STRUCTURE_BY_ABOUT_STRUCTURE_ID_DO_NOT_USE__COMMISSIONED_AT_DESC", StructureByAboutStructureIdDoNotUseDescriptionAsc = "STRUCTURE_BY_ABOUT_STRUCTURE_ID_DO_NOT_USE__DESCRIPTION_ASC", StructureByAboutStructureIdDoNotUseDescriptionDesc = "STRUCTURE_BY_ABOUT_STRUCTURE_ID_DO_NOT_USE__DESCRIPTION_DESC", StructureByAboutStructureIdDoNotUseParametersAsc = "STRUCTURE_BY_ABOUT_STRUCTURE_ID_DO_NOT_USE__PARAMETERS_ASC", StructureByAboutStructureIdDoNotUseParametersDesc = "STRUCTURE_BY_ABOUT_STRUCTURE_ID_DO_NOT_USE__PARAMETERS_DESC", StructureByAboutStructureIdDoNotUseDeletedAtAsc = "STRUCTURE_BY_ABOUT_STRUCTURE_ID_DO_NOT_USE__DELETED_AT_ASC", StructureByAboutStructureIdDoNotUseDeletedAtDesc = "STRUCTURE_BY_ABOUT_STRUCTURE_ID_DO_NOT_USE__DELETED_AT_DESC", AnomalyByAboutAnomalyIdDoNotUseIdAsc = "ANOMALY_BY_ABOUT_ANOMALY_ID_DO_NOT_USE__ID_ASC", AnomalyByAboutAnomalyIdDoNotUseIdDesc = "ANOMALY_BY_ABOUT_ANOMALY_ID_DO_NOT_USE__ID_DESC", AnomalyByAboutAnomalyIdDoNotUseNicknameAsc = "ANOMALY_BY_ABOUT_ANOMALY_ID_DO_NOT_USE__NICKNAME_ASC", AnomalyByAboutAnomalyIdDoNotUseNicknameDesc = "ANOMALY_BY_ABOUT_ANOMALY_ID_DO_NOT_USE__NICKNAME_DESC", AnomalyByAboutAnomalyIdDoNotUseCreatedAtAsc = "ANOMALY_BY_ABOUT_ANOMALY_ID_DO_NOT_USE__CREATED_AT_ASC", AnomalyByAboutAnomalyIdDoNotUseCreatedAtDesc = "ANOMALY_BY_ABOUT_ANOMALY_ID_DO_NOT_USE__CREATED_AT_DESC", AnomalyByAboutAnomalyIdDoNotUseUpdatedAtAsc = "ANOMALY_BY_ABOUT_ANOMALY_ID_DO_NOT_USE__UPDATED_AT_ASC", AnomalyByAboutAnomalyIdDoNotUseUpdatedAtDesc = "ANOMALY_BY_ABOUT_ANOMALY_ID_DO_NOT_USE__UPDATED_AT_DESC", AnomalyByAboutAnomalyIdDoNotUseLevelAsc = "ANOMALY_BY_ABOUT_ANOMALY_ID_DO_NOT_USE__LEVEL_ASC", AnomalyByAboutAnomalyIdDoNotUseLevelDesc = "ANOMALY_BY_ABOUT_ANOMALY_ID_DO_NOT_USE__LEVEL_DESC", AnomalyByAboutAnomalyIdDoNotUseParametersAsc = "ANOMALY_BY_ABOUT_ANOMALY_ID_DO_NOT_USE__PARAMETERS_ASC", AnomalyByAboutAnomalyIdDoNotUseParametersDesc = "ANOMALY_BY_ABOUT_ANOMALY_ID_DO_NOT_USE__PARAMETERS_DESC", AnomalyByAboutAnomalyIdDoNotUseUMinAsc = "ANOMALY_BY_ABOUT_ANOMALY_ID_DO_NOT_USE__U_MIN_ASC", AnomalyByAboutAnomalyIdDoNotUseUMinDesc = "ANOMALY_BY_ABOUT_ANOMALY_ID_DO_NOT_USE__U_MIN_DESC", AnomalyByAboutAnomalyIdDoNotUseUMaxAsc = "ANOMALY_BY_ABOUT_ANOMALY_ID_DO_NOT_USE__U_MAX_ASC", AnomalyByAboutAnomalyIdDoNotUseUMaxDesc = "ANOMALY_BY_ABOUT_ANOMALY_ID_DO_NOT_USE__U_MAX_DESC", AnomalyByAboutAnomalyIdDoNotUseVMinAsc = "ANOMALY_BY_ABOUT_ANOMALY_ID_DO_NOT_USE__V_MIN_ASC", AnomalyByAboutAnomalyIdDoNotUseVMinDesc = "ANOMALY_BY_ABOUT_ANOMALY_ID_DO_NOT_USE__V_MIN_DESC", AnomalyByAboutAnomalyIdDoNotUseVMaxAsc = "ANOMALY_BY_ABOUT_ANOMALY_ID_DO_NOT_USE__V_MAX_ASC", AnomalyByAboutAnomalyIdDoNotUseVMaxDesc = "ANOMALY_BY_ABOUT_ANOMALY_ID_DO_NOT_USE__V_MAX_DESC", AnomalyByAboutAnomalyIdDoNotUseUvGeometryAsc = "ANOMALY_BY_ABOUT_ANOMALY_ID_DO_NOT_USE__UV_GEOMETRY_ASC", AnomalyByAboutAnomalyIdDoNotUseUvGeometryDesc = "ANOMALY_BY_ABOUT_ANOMALY_ID_DO_NOT_USE__UV_GEOMETRY_DESC", AnomalyByAboutAnomalyIdDoNotUseDescriptionAsc = "ANOMALY_BY_ABOUT_ANOMALY_ID_DO_NOT_USE__DESCRIPTION_ASC", AnomalyByAboutAnomalyIdDoNotUseDescriptionDesc = "ANOMALY_BY_ABOUT_ANOMALY_ID_DO_NOT_USE__DESCRIPTION_DESC", AnomalyByAboutAnomalyIdDoNotUseDeletedAtAsc = "ANOMALY_BY_ABOUT_ANOMALY_ID_DO_NOT_USE__DELETED_AT_ASC", AnomalyByAboutAnomalyIdDoNotUseDeletedAtDesc = "ANOMALY_BY_ABOUT_ANOMALY_ID_DO_NOT_USE__DELETED_AT_DESC", ClassificationByAboutClassificationIdDoNotUseIdAsc = "CLASSIFICATION_BY_ABOUT_CLASSIFICATION_ID_DO_NOT_USE__ID_ASC", ClassificationByAboutClassificationIdDoNotUseIdDesc = "CLASSIFICATION_BY_ABOUT_CLASSIFICATION_ID_DO_NOT_USE__ID_DESC", ClassificationByAboutClassificationIdDoNotUseNicknameAsc = "CLASSIFICATION_BY_ABOUT_CLASSIFICATION_ID_DO_NOT_USE__NICKNAME_ASC", ClassificationByAboutClassificationIdDoNotUseNicknameDesc = "CLASSIFICATION_BY_ABOUT_CLASSIFICATION_ID_DO_NOT_USE__NICKNAME_DESC", ClassificationByAboutClassificationIdDoNotUseCreatedAtAsc = "CLASSIFICATION_BY_ABOUT_CLASSIFICATION_ID_DO_NOT_USE__CREATED_AT_ASC", ClassificationByAboutClassificationIdDoNotUseCreatedAtDesc = "CLASSIFICATION_BY_ABOUT_CLASSIFICATION_ID_DO_NOT_USE__CREATED_AT_DESC", ClassificationByAboutClassificationIdDoNotUseUpdatedAtAsc = "CLASSIFICATION_BY_ABOUT_CLASSIFICATION_ID_DO_NOT_USE__UPDATED_AT_ASC", ClassificationByAboutClassificationIdDoNotUseUpdatedAtDesc = "CLASSIFICATION_BY_ABOUT_CLASSIFICATION_ID_DO_NOT_USE__UPDATED_AT_DESC", ClassificationByAboutClassificationIdDoNotUseValueAsc = "CLASSIFICATION_BY_ABOUT_CLASSIFICATION_ID_DO_NOT_USE__VALUE_ASC", ClassificationByAboutClassificationIdDoNotUseValueDesc = "CLASSIFICATION_BY_ABOUT_CLASSIFICATION_ID_DO_NOT_USE__VALUE_DESC", ClassificationByAboutClassificationIdDoNotUseDeletedAtAsc = "CLASSIFICATION_BY_ABOUT_CLASSIFICATION_ID_DO_NOT_USE__DELETED_AT_ASC", ClassificationByAboutClassificationIdDoNotUseDeletedAtDesc = "CLASSIFICATION_BY_ABOUT_CLASSIFICATION_ID_DO_NOT_USE__DELETED_AT_DESC", DetectionByAboutDetectionIdDoNotUseIdAsc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__ID_ASC", DetectionByAboutDetectionIdDoNotUseIdDesc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__ID_DESC", DetectionByAboutDetectionIdDoNotUseNicknameAsc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__NICKNAME_ASC", DetectionByAboutDetectionIdDoNotUseNicknameDesc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__NICKNAME_DESC", DetectionByAboutDetectionIdDoNotUseCreatedAtAsc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__CREATED_AT_ASC", DetectionByAboutDetectionIdDoNotUseCreatedAtDesc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__CREATED_AT_DESC", DetectionByAboutDetectionIdDoNotUseUpdatedAtAsc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__UPDATED_AT_ASC", DetectionByAboutDetectionIdDoNotUseUpdatedAtDesc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__UPDATED_AT_DESC", DetectionByAboutDetectionIdDoNotUseLeftAsc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__LEFT_ASC", DetectionByAboutDetectionIdDoNotUseLeftDesc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__LEFT_DESC", DetectionByAboutDetectionIdDoNotUseLevelAsc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__LEVEL_ASC", DetectionByAboutDetectionIdDoNotUseLevelDesc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__LEVEL_DESC", DetectionByAboutDetectionIdDoNotUseTopAsc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__TOP_ASC", DetectionByAboutDetectionIdDoNotUseTopDesc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__TOP_DESC", DetectionByAboutDetectionIdDoNotUseWidthAsc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__WIDTH_ASC", DetectionByAboutDetectionIdDoNotUseWidthDesc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__WIDTH_DESC", DetectionByAboutDetectionIdDoNotUseHeightAsc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__HEIGHT_ASC", DetectionByAboutDetectionIdDoNotUseHeightDesc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__HEIGHT_DESC", DetectionByAboutDetectionIdDoNotUseOldGeometryAsc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__OLD_GEOMETRY_ASC", DetectionByAboutDetectionIdDoNotUseOldGeometryDesc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__OLD_GEOMETRY_DESC", DetectionByAboutDetectionIdDoNotUseRightAsc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__RIGHT_ASC", DetectionByAboutDetectionIdDoNotUseRightDesc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__RIGHT_DESC", DetectionByAboutDetectionIdDoNotUseBottomAsc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__BOTTOM_ASC", DetectionByAboutDetectionIdDoNotUseBottomDesc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__BOTTOM_DESC", DetectionByAboutDetectionIdDoNotUseConfidenceScoreAsc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__CONFIDENCE_SCORE_ASC", DetectionByAboutDetectionIdDoNotUseConfidenceScoreDesc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__CONFIDENCE_SCORE_DESC", DetectionByAboutDetectionIdDoNotUseUMinAsc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__U_MIN_ASC", DetectionByAboutDetectionIdDoNotUseUMinDesc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__U_MIN_DESC", DetectionByAboutDetectionIdDoNotUseUMaxAsc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__U_MAX_ASC", DetectionByAboutDetectionIdDoNotUseUMaxDesc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__U_MAX_DESC", DetectionByAboutDetectionIdDoNotUseVMinAsc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__V_MIN_ASC", DetectionByAboutDetectionIdDoNotUseVMinDesc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__V_MIN_DESC", DetectionByAboutDetectionIdDoNotUseVMaxAsc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__V_MAX_ASC", DetectionByAboutDetectionIdDoNotUseVMaxDesc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__V_MAX_DESC", DetectionByAboutDetectionIdDoNotUseOldUvGeometryAsc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__OLD_UV_GEOMETRY_ASC", DetectionByAboutDetectionIdDoNotUseOldUvGeometryDesc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__OLD_UV_GEOMETRY_DESC", DetectionByAboutDetectionIdDoNotUseDescriptionAsc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__DESCRIPTION_ASC", DetectionByAboutDetectionIdDoNotUseDescriptionDesc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__DESCRIPTION_DESC", DetectionByAboutDetectionIdDoNotUseDeletedAtAsc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__DELETED_AT_ASC", DetectionByAboutDetectionIdDoNotUseDeletedAtDesc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__DELETED_AT_DESC", DetectionByAboutDetectionIdDoNotUseGeometryAsc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__GEOMETRY_ASC", DetectionByAboutDetectionIdDoNotUseGeometryDesc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__GEOMETRY_DESC", DetectionByAboutDetectionIdDoNotUseUvGeometryAsc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__UV_GEOMETRY_ASC", DetectionByAboutDetectionIdDoNotUseUvGeometryDesc = "DETECTION_BY_ABOUT_DETECTION_ID_DO_NOT_USE__UV_GEOMETRY_DESC", SegmentationByAboutSegmentationIdDoNotUseIdAsc = "SEGMENTATION_BY_ABOUT_SEGMENTATION_ID_DO_NOT_USE__ID_ASC", SegmentationByAboutSegmentationIdDoNotUseIdDesc = "SEGMENTATION_BY_ABOUT_SEGMENTATION_ID_DO_NOT_USE__ID_DESC", SegmentationByAboutSegmentationIdDoNotUseNicknameAsc = "SEGMENTATION_BY_ABOUT_SEGMENTATION_ID_DO_NOT_USE__NICKNAME_ASC", SegmentationByAboutSegmentationIdDoNotUseNicknameDesc = "SEGMENTATION_BY_ABOUT_SEGMENTATION_ID_DO_NOT_USE__NICKNAME_DESC", SegmentationByAboutSegmentationIdDoNotUseCreatedAtAsc = "SEGMENTATION_BY_ABOUT_SEGMENTATION_ID_DO_NOT_USE__CREATED_AT_ASC", SegmentationByAboutSegmentationIdDoNotUseCreatedAtDesc = "SEGMENTATION_BY_ABOUT_SEGMENTATION_ID_DO_NOT_USE__CREATED_AT_DESC", SegmentationByAboutSegmentationIdDoNotUseUpdatedAtAsc = "SEGMENTATION_BY_ABOUT_SEGMENTATION_ID_DO_NOT_USE__UPDATED_AT_ASC", SegmentationByAboutSegmentationIdDoNotUseUpdatedAtDesc = "SEGMENTATION_BY_ABOUT_SEGMENTATION_ID_DO_NOT_USE__UPDATED_AT_DESC", SegmentationByAboutSegmentationIdDoNotUseParametersAsc = "SEGMENTATION_BY_ABOUT_SEGMENTATION_ID_DO_NOT_USE__PARAMETERS_ASC", SegmentationByAboutSegmentationIdDoNotUseParametersDesc = "SEGMENTATION_BY_ABOUT_SEGMENTATION_ID_DO_NOT_USE__PARAMETERS_DESC", SegmentationByAboutSegmentationIdDoNotUseDeletedAtAsc = "SEGMENTATION_BY_ABOUT_SEGMENTATION_ID_DO_NOT_USE__DELETED_AT_ASC", SegmentationByAboutSegmentationIdDoNotUseDeletedAtDesc = "SEGMENTATION_BY_ABOUT_SEGMENTATION_ID_DO_NOT_USE__DELETED_AT_DESC", ImageByAboutImageIdDoNotUseIdAsc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__ID_ASC", ImageByAboutImageIdDoNotUseIdDesc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__ID_DESC", ImageByAboutImageIdDoNotUseCreatedAtAsc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__CREATED_AT_ASC", ImageByAboutImageIdDoNotUseCreatedAtDesc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__CREATED_AT_DESC", ImageByAboutImageIdDoNotUseUpdatedAtAsc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__UPDATED_AT_ASC", ImageByAboutImageIdDoNotUseUpdatedAtDesc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__UPDATED_AT_DESC", ImageByAboutImageIdDoNotUseMetaDataAsc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__META_DATA_ASC", ImageByAboutImageIdDoNotUseMetaDataDesc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__META_DATA_DESC", ImageByAboutImageIdDoNotUseValidAsc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__VALID_ASC", ImageByAboutImageIdDoNotUseValidDesc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__VALID_DESC", ImageByAboutImageIdDoNotUseFallbackDataAsc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__FALLBACK_DATA_ASC", ImageByAboutImageIdDoNotUseFallbackDataDesc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__FALLBACK_DATA_DESC", ImageByAboutImageIdDoNotUseIndexAsc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__INDEX_ASC", ImageByAboutImageIdDoNotUseIndexDesc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__INDEX_DESC", ImageByAboutImageIdDoNotUseWidthAsc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__WIDTH_ASC", ImageByAboutImageIdDoNotUseWidthDesc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__WIDTH_DESC", ImageByAboutImageIdDoNotUseHeightAsc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__HEIGHT_ASC", ImageByAboutImageIdDoNotUseHeightDesc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__HEIGHT_DESC", ImageByAboutImageIdDoNotUseDistanceAsc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__DISTANCE_ASC", ImageByAboutImageIdDoNotUseDistanceDesc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__DISTANCE_DESC", ImageByAboutImageIdDoNotUseCameraFieldOfViewVerticalAsc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__CAMERA_FIELD_OF_VIEW_VERTICAL_ASC", ImageByAboutImageIdDoNotUseCameraFieldOfViewVerticalDesc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__CAMERA_FIELD_OF_VIEW_VERTICAL_DESC", ImageByAboutImageIdDoNotUseCameraFieldOfViewHorizontalAsc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__CAMERA_FIELD_OF_VIEW_HORIZONTAL_ASC", ImageByAboutImageIdDoNotUseCameraFieldOfViewHorizontalDesc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__CAMERA_FIELD_OF_VIEW_HORIZONTAL_DESC", ImageByAboutImageIdDoNotUseCameraShutterSpeedAsc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__CAMERA_SHUTTER_SPEED_ASC", ImageByAboutImageIdDoNotUseCameraShutterSpeedDesc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__CAMERA_SHUTTER_SPEED_DESC", ImageByAboutImageIdDoNotUseCameraApertureAsc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__CAMERA_APERTURE_ASC", ImageByAboutImageIdDoNotUseCameraApertureDesc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__CAMERA_APERTURE_DESC", ImageByAboutImageIdDoNotUseCameraModelAsc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__CAMERA_MODEL_ASC", ImageByAboutImageIdDoNotUseCameraModelDesc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__CAMERA_MODEL_DESC", ImageByAboutImageIdDoNotUseCameraLensModelAsc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__CAMERA_LENS_MODEL_ASC", ImageByAboutImageIdDoNotUseCameraLensModelDesc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__CAMERA_LENS_MODEL_DESC", ImageByAboutImageIdDoNotUseCameraLensMakeAsc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__CAMERA_LENS_MAKE_ASC", ImageByAboutImageIdDoNotUseCameraLensMakeDesc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__CAMERA_LENS_MAKE_DESC", ImageByAboutImageIdDoNotUseCameraMakeAsc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__CAMERA_MAKE_ASC", ImageByAboutImageIdDoNotUseCameraMakeDesc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__CAMERA_MAKE_DESC", ImageByAboutImageIdDoNotUseDescriptionAsc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__DESCRIPTION_ASC", ImageByAboutImageIdDoNotUseDescriptionDesc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__DESCRIPTION_DESC", ImageByAboutImageIdDoNotUseDistanceGradientVerticalAsc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__DISTANCE_GRADIENT_VERTICAL_ASC", ImageByAboutImageIdDoNotUseDistanceGradientVerticalDesc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__DISTANCE_GRADIENT_VERTICAL_DESC", ImageByAboutImageIdDoNotUseCameraIsoAsc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__CAMERA_ISO_ASC", ImageByAboutImageIdDoNotUseCameraIsoDesc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__CAMERA_ISO_DESC", ImageByAboutImageIdDoNotUseDistanceGradientHorizontalAsc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__DISTANCE_GRADIENT_HORIZONTAL_ASC", ImageByAboutImageIdDoNotUseDistanceGradientHorizontalDesc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__DISTANCE_GRADIENT_HORIZONTAL_DESC", ImageByAboutImageIdDoNotUseCapturedAtAsc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__CAPTURED_AT_ASC", ImageByAboutImageIdDoNotUseCapturedAtDesc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__CAPTURED_AT_DESC", ImageByAboutImageIdDoNotUseDeletedAtAsc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__DELETED_AT_ASC", ImageByAboutImageIdDoNotUseDeletedAtDesc = "IMAGE_BY_ABOUT_IMAGE_ID_DO_NOT_USE__DELETED_AT_DESC", CommentsByAboutCommentIdDoNotUseCountAsc = "COMMENTS_BY_ABOUT_COMMENT_ID_DO_NOT_USE__COUNT_ASC", CommentsByAboutCommentIdDoNotUseCountDesc = "COMMENTS_BY_ABOUT_COMMENT_ID_DO_NOT_USE__COUNT_DESC", CommentCloneOfByAAAsc = "COMMENT_CLONE_OF_BY_A__A_ASC", CommentCloneOfByAADesc = "COMMENT_CLONE_OF_BY_A__A_DESC", CommentCloneOfByABAsc = "COMMENT_CLONE_OF_BY_A__B_ASC", CommentCloneOfByABDesc = "COMMENT_CLONE_OF_BY_A__B_DESC", CommentCloneovesByBCountAsc = "COMMENT_CLONEOVES_BY_B__COUNT_ASC", CommentCloneovesByBCountDesc = "COMMENT_CLONEOVES_BY_B__COUNT_DESC", PlanCommentsByCommentIdCountAsc = "PLAN_COMMENTS_BY_COMMENT_ID__COUNT_ASC", PlanCommentsByCommentIdCountDesc = "PLAN_COMMENTS_BY_COMMENT_ID__COUNT_DESC", ExecutionCommentsByCommentIdCountAsc = "EXECUTION_COMMENTS_BY_COMMENT_ID__COUNT_ASC", ExecutionCommentsByCommentIdCountDesc = "EXECUTION_COMMENTS_BY_COMMENT_ID__COUNT_DESC" } /** A filter to be used against many `CommentCloneOf` object types. All fields are combined with a logical ‘and.’ */ export declare type CommentToManyCommentCloneOfFilter = { /** Every related `CommentCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `CommentCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `CommentCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `Comment` object types. All fields are combined with a logical ‘and.’ */ export declare type CommentToManyCommentFilter = { /** Every related `Comment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Comment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Comment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `ExecutionComment` object types. All fields are combined with a logical ‘and.’ */ export declare type CommentToManyExecutionCommentFilter = { /** Every related `ExecutionComment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `ExecutionComment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `ExecutionComment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `PlanComment` object types. All fields are combined with a logical ‘and.’ */ export declare type CommentToManyPlanCommentFilter = { /** Every related `PlanComment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `PlanComment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `PlanComment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** All input for the create `ActivityAssignment` mutation. */ export declare type CreateActivityAssignmentInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `ActivityAssignment` to be created by this mutation. */ activityAssignment: ActivityAssignmentInput; }; /** The output of our create `ActivityAssignment` mutation. */ export declare type CreateActivityAssignmentPayload = { __typename?: 'CreateActivityAssignmentPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ActivityAssignment` that was created by this mutation. */ activityAssignment?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Mission` that is related to this `ActivityAssignment`. */ mission?: Maybe; /** Reads a single `Organization` that is related to this `ActivityAssignment`. */ organization?: Maybe; /** Reads a single `User` that is related to this `ActivityAssignment`. */ user?: Maybe; /** An edge for our `ActivityAssignment`. May be used by Relay 1. */ activityAssignmentEdge?: Maybe; }; /** The output of our create `ActivityAssignment` mutation. */ export declare type CreateActivityAssignmentPayloadActivityAssignmentEdgeArgs = { orderBy?: Maybe>; }; export declare type CreateAnomaliesFromSelectionInput = { missionId: Scalars['ID']; selected: Array; exclude?: Maybe; merge?: Maybe; }; export declare type CreateAnomaliesFromSelectionPayload = { __typename?: 'CreateAnomaliesFromSelectionPayload'; anomalies: Array; query?: Maybe; }; /** All input for the create `AnomalyClassification` mutation. */ export declare type CreateAnomalyClassificationInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `AnomalyClassification` to be created by this mutation. */ anomalyClassification: AnomalyClassificationInput; }; /** The output of our create `AnomalyClassification` mutation. */ export declare type CreateAnomalyClassificationPayload = { __typename?: 'CreateAnomalyClassificationPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `AnomalyClassification` that was created by this mutation. */ anomalyClassification?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Anomaly` that is related to this `AnomalyClassification`. */ anomaly?: Maybe; /** Reads a single `Classification` that is related to this `AnomalyClassification`. */ classification?: Maybe; /** An edge for our `AnomalyClassification`. May be used by Relay 1. */ anomalyClassificationEdge?: Maybe; }; /** The output of our create `AnomalyClassification` mutation. */ export declare type CreateAnomalyClassificationPayloadAnomalyClassificationEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `AnomalyCloneOf` mutation. */ export declare type CreateAnomalyCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `AnomalyCloneOf` to be created by this mutation. */ anomalyCloneOf: AnomalyCloneOfInput; }; /** The output of our create `AnomalyCloneOf` mutation. */ export declare type CreateAnomalyCloneOfPayload = { __typename?: 'CreateAnomalyCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `AnomalyCloneOf` that was created by this mutation. */ anomalyCloneOf?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Anomaly` that is related to this `AnomalyCloneOf`. */ cloneOf?: Maybe; /** Reads a single `Anomaly` that is related to this `AnomalyCloneOf`. */ clone?: Maybe; /** An edge for our `AnomalyCloneOf`. May be used by Relay 1. */ anomalyCloneOfEdge?: Maybe; }; /** The output of our create `AnomalyCloneOf` mutation. */ export declare type CreateAnomalyCloneOfPayloadAnomalyCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `Anomaly` mutation. */ export declare type CreateAnomalyInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `Anomaly` to be created by this mutation. */ anomaly: AnomalyInput; }; /** All input for the create `AnomalyLevelMappingCloneOf` mutation. */ export declare type CreateAnomalyLevelMappingCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `AnomalyLevelMappingCloneOf` to be created by this mutation. */ anomalyLevelMappingCloneOf: AnomalyLevelMappingCloneOfInput; }; /** The output of our create `AnomalyLevelMappingCloneOf` mutation. */ export declare type CreateAnomalyLevelMappingCloneOfPayload = { __typename?: 'CreateAnomalyLevelMappingCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `AnomalyLevelMappingCloneOf` that was created by this mutation. */ anomalyLevelMappingCloneOf?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `AnomalyLevelMapping` that is related to this `AnomalyLevelMappingCloneOf`. */ cloneOf?: Maybe; /** Reads a single `AnomalyLevelMapping` that is related to this `AnomalyLevelMappingCloneOf`. */ clone?: Maybe; /** An edge for our `AnomalyLevelMappingCloneOf`. May be used by Relay 1. */ anomalyLevelMappingCloneOfEdge?: Maybe; }; /** The output of our create `AnomalyLevelMappingCloneOf` mutation. */ export declare type CreateAnomalyLevelMappingCloneOfPayloadAnomalyLevelMappingCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `AnomalyLevelMapping` mutation. */ export declare type CreateAnomalyLevelMappingInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `AnomalyLevelMapping` to be created by this mutation. */ anomalyLevelMapping: AnomalyLevelMappingInput; }; /** The output of our create `AnomalyLevelMapping` mutation. */ export declare type CreateAnomalyLevelMappingPayload = { __typename?: 'CreateAnomalyLevelMappingPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `AnomalyLevelMapping` that was created by this mutation. */ anomalyLevelMapping?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** An edge for our `AnomalyLevelMapping`. May be used by Relay 1. */ anomalyLevelMappingEdge?: Maybe; }; /** The output of our create `AnomalyLevelMapping` mutation. */ export declare type CreateAnomalyLevelMappingPayloadAnomalyLevelMappingEdgeArgs = { orderBy?: Maybe>; }; /** The output of our create `Anomaly` mutation. */ export declare type CreateAnomalyPayload = { __typename?: 'CreateAnomalyPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `Anomaly` that was created by this mutation. */ anomaly?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `AnomalyType` that is related to this `Anomaly`. */ type?: Maybe; /** Reads a single `Location` that is related to this `Anomaly`. */ location?: Maybe; /** Reads a single `Structure` that is related to this `Anomaly`. */ structure?: Maybe; /** Reads a single `User` that is related to this `Anomaly`. */ author?: Maybe; /** Reads a single `File` that is related to this `Anomaly`. */ gltf?: Maybe; /** An edge for our `Anomaly`. May be used by Relay 1. */ anomalyEdge?: Maybe; }; /** The output of our create `Anomaly` mutation. */ export declare type CreateAnomalyPayloadAnomalyEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `AnomalySegmentation` mutation. */ export declare type CreateAnomalySegmentationInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `AnomalySegmentation` to be created by this mutation. */ anomalySegmentation: AnomalySegmentationInput; }; /** The output of our create `AnomalySegmentation` mutation. */ export declare type CreateAnomalySegmentationPayload = { __typename?: 'CreateAnomalySegmentationPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `AnomalySegmentation` that was created by this mutation. */ anomalySegmentation?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Anomaly` that is related to this `AnomalySegmentation`. */ anomaly?: Maybe; /** Reads a single `Segmentation` that is related to this `AnomalySegmentation`. */ segmentation?: Maybe; /** An edge for our `AnomalySegmentation`. May be used by Relay 1. */ anomalySegmentationEdge?: Maybe; }; /** The output of our create `AnomalySegmentation` mutation. */ export declare type CreateAnomalySegmentationPayloadAnomalySegmentationEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `AnomalyTypeCloneOf` mutation. */ export declare type CreateAnomalyTypeCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `AnomalyTypeCloneOf` to be created by this mutation. */ anomalyTypeCloneOf: AnomalyTypeCloneOfInput; }; /** The output of our create `AnomalyTypeCloneOf` mutation. */ export declare type CreateAnomalyTypeCloneOfPayload = { __typename?: 'CreateAnomalyTypeCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `AnomalyTypeCloneOf` that was created by this mutation. */ anomalyTypeCloneOf?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `AnomalyType` that is related to this `AnomalyTypeCloneOf`. */ cloneOf?: Maybe; /** Reads a single `AnomalyType` that is related to this `AnomalyTypeCloneOf`. */ clone?: Maybe; /** An edge for our `AnomalyTypeCloneOf`. May be used by Relay 1. */ anomalyTypeCloneOfEdge?: Maybe; }; /** The output of our create `AnomalyTypeCloneOf` mutation. */ export declare type CreateAnomalyTypeCloneOfPayloadAnomalyTypeCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `AnomalyType` mutation. */ export declare type CreateAnomalyTypeInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `AnomalyType` to be created by this mutation. */ anomalyType: AnomalyTypeInput; }; /** All input for the create `AnomalyTypeLevelMapping` mutation. */ export declare type CreateAnomalyTypeLevelMappingInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `AnomalyTypeLevelMapping` to be created by this mutation. */ anomalyTypeLevelMapping: AnomalyTypeLevelMappingInput; }; /** The output of our create `AnomalyTypeLevelMapping` mutation. */ export declare type CreateAnomalyTypeLevelMappingPayload = { __typename?: 'CreateAnomalyTypeLevelMappingPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `AnomalyTypeLevelMapping` that was created by this mutation. */ anomalyTypeLevelMapping?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `AnomalyLevelMapping` that is related to this `AnomalyTypeLevelMapping`. */ levelMapping?: Maybe; /** Reads a single `AnomalyType` that is related to this `AnomalyTypeLevelMapping`. */ anomalyType?: Maybe; /** An edge for our `AnomalyTypeLevelMapping`. May be used by Relay 1. */ anomalyTypeLevelMappingEdge?: Maybe; }; /** The output of our create `AnomalyTypeLevelMapping` mutation. */ export declare type CreateAnomalyTypeLevelMappingPayloadAnomalyTypeLevelMappingEdgeArgs = { orderBy?: Maybe>; }; /** The output of our create `AnomalyType` mutation. */ export declare type CreateAnomalyTypePayload = { __typename?: 'CreateAnomalyTypePayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `AnomalyType` that was created by this mutation. */ anomalyType?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** An edge for our `AnomalyType`. May be used by Relay 1. */ anomalyTypeEdge?: Maybe; }; /** The output of our create `AnomalyType` mutation. */ export declare type CreateAnomalyTypePayloadAnomalyTypeEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `ArtifactCloneOf` mutation. */ export declare type CreateArtifactCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `ArtifactCloneOf` to be created by this mutation. */ artifactCloneOf: ArtifactCloneOfInput; }; /** The output of our create `ArtifactCloneOf` mutation. */ export declare type CreateArtifactCloneOfPayload = { __typename?: 'CreateArtifactCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ArtifactCloneOf` that was created by this mutation. */ artifactCloneOf?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Artifact` that is related to this `ArtifactCloneOf`. */ cloneOf?: Maybe; /** Reads a single `Artifact` that is related to this `ArtifactCloneOf`. */ clone?: Maybe; /** An edge for our `ArtifactCloneOf`. May be used by Relay 1. */ artifactCloneOfEdge?: Maybe; }; /** The output of our create `ArtifactCloneOf` mutation. */ export declare type CreateArtifactCloneOfPayloadArtifactCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `Artifact` mutation. */ export declare type CreateArtifactInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `Artifact` to be created by this mutation. */ artifact: ArtifactInput; }; /** The output of our create `Artifact` mutation. */ export declare type CreateArtifactPayload = { __typename?: 'CreateArtifactPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `Artifact` that was created by this mutation. */ artifact?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `File` that is related to this `Artifact`. */ file?: Maybe; /** Reads a single `Location` that is related to this `Artifact`. */ location?: Maybe; /** Reads a single `Mission` that is related to this `Artifact`. */ mission?: Maybe; /** Reads a single `MissionPlan` that is related to this `Artifact`. */ plan?: Maybe; /** Reads a single `MissionExecution` that is related to this `Artifact`. */ missionExecution?: Maybe; /** An edge for our `Artifact`. May be used by Relay 1. */ artifactEdge?: Maybe; }; /** The output of our create `Artifact` mutation. */ export declare type CreateArtifactPayloadArtifactEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `ClassificationCloneOf` mutation. */ export declare type CreateClassificationCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `ClassificationCloneOf` to be created by this mutation. */ classificationCloneOf: ClassificationCloneOfInput; }; /** The output of our create `ClassificationCloneOf` mutation. */ export declare type CreateClassificationCloneOfPayload = { __typename?: 'CreateClassificationCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ClassificationCloneOf` that was created by this mutation. */ classificationCloneOf?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Classification` that is related to this `ClassificationCloneOf`. */ cloneOf?: Maybe; /** Reads a single `Classification` that is related to this `ClassificationCloneOf`. */ clone?: Maybe; /** An edge for our `ClassificationCloneOf`. May be used by Relay 1. */ classificationCloneOfEdge?: Maybe; }; /** The output of our create `ClassificationCloneOf` mutation. */ export declare type CreateClassificationCloneOfPayloadClassificationCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `Classification` mutation. */ export declare type CreateClassificationInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `Classification` to be created by this mutation. */ classification: ClassificationInput; }; /** The output of our create `Classification` mutation. */ export declare type CreateClassificationPayload = { __typename?: 'CreateClassificationPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `Classification` that was created by this mutation. */ classification?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `User` that is related to this `Classification`. */ author?: Maybe; /** Reads a single `AnomalyType` that is related to this `Classification`. */ type?: Maybe; /** Reads a single `Image` that is related to this `Classification`. */ image?: Maybe; /** Reads a single `MissionExecution` that is related to this `Classification`. */ mission?: Maybe; /** An edge for our `Classification`. May be used by Relay 1. */ classificationEdge?: Maybe; }; /** The output of our create `Classification` mutation. */ export declare type CreateClassificationPayloadClassificationEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `CommentCloneOf` mutation. */ export declare type CreateCommentCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `CommentCloneOf` to be created by this mutation. */ commentCloneOf: CommentCloneOfInput; }; /** The output of our create `CommentCloneOf` mutation. */ export declare type CreateCommentCloneOfPayload = { __typename?: 'CreateCommentCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `CommentCloneOf` that was created by this mutation. */ commentCloneOf?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Comment` that is related to this `CommentCloneOf`. */ cloneOf?: Maybe; /** Reads a single `Comment` that is related to this `CommentCloneOf`. */ clone?: Maybe; /** An edge for our `CommentCloneOf`. May be used by Relay 1. */ commentCloneOfEdge?: Maybe; }; /** The output of our create `CommentCloneOf` mutation. */ export declare type CreateCommentCloneOfPayloadCommentCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `Comment` mutation. */ export declare type CreateCommentInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `Comment` to be created by this mutation. */ comment: CommentInput; }; /** The output of our create `Comment` mutation. */ export declare type CreateCommentPayload = { __typename?: 'CreateCommentPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `Comment` that was created by this mutation. */ comment?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `User` that is related to this `Comment`. */ author?: Maybe; /** Reads a single `Comment` that is related to this `Comment`. */ aboutComment?: Maybe; /** Reads a single `Artifact` that is related to this `Comment`. */ aboutArtifact?: Maybe; /** Reads a single `Mission` that is related to this `Comment`. */ aboutMission?: Maybe; /** Reads a single `Structure` that is related to this `Comment`. */ aboutStructure?: Maybe; /** Reads a single `Anomaly` that is related to this `Comment`. */ aboutAnomaly?: Maybe; /** Reads a single `Classification` that is related to this `Comment`. */ aboutClassification?: Maybe; /** Reads a single `Detection` that is related to this `Comment`. */ aboutDetection?: Maybe; /** Reads a single `Segmentation` that is related to this `Comment`. */ aboutSegmentation?: Maybe; /** Reads a single `Image` that is related to this `Comment`. */ aboutImage?: Maybe; /** An edge for our `Comment`. May be used by Relay 1. */ commentEdge?: Maybe; }; /** The output of our create `Comment` mutation. */ export declare type CreateCommentPayloadCommentEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `DetectionCloneOf` mutation. */ export declare type CreateDetectionCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `DetectionCloneOf` to be created by this mutation. */ detectionCloneOf: DetectionCloneOfInput; }; /** The output of our create `DetectionCloneOf` mutation. */ export declare type CreateDetectionCloneOfPayload = { __typename?: 'CreateDetectionCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `DetectionCloneOf` that was created by this mutation. */ detectionCloneOf?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Detection` that is related to this `DetectionCloneOf`. */ cloneOf?: Maybe; /** Reads a single `Detection` that is related to this `DetectionCloneOf`. */ clone?: Maybe; /** An edge for our `DetectionCloneOf`. May be used by Relay 1. */ detectionCloneOfEdge?: Maybe; }; /** The output of our create `DetectionCloneOf` mutation. */ export declare type CreateDetectionCloneOfPayloadDetectionCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `Detection` mutation. */ export declare type CreateDetectionInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `Detection` to be created by this mutation. */ detection: DetectionInput; }; /** The output of our create `Detection` mutation. */ export declare type CreateDetectionPayload = { __typename?: 'CreateDetectionPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `Detection` that was created by this mutation. */ detection?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `User` that is related to this `Detection`. */ author?: Maybe; /** Reads a single `AnomalyType` that is related to this `Detection`. */ type?: Maybe; /** Reads a single `Anomaly` that is related to this `Detection`. */ anomaly?: Maybe; /** Reads a single `Image` that is related to this `Detection`. */ image?: Maybe; /** Reads a single `Segmentation` that is related to this `Detection`. */ segmentation?: Maybe; /** Reads a single `MissionExecution` that is related to this `Detection`. */ mission?: Maybe; /** Reads a single `Structure` that is related to this `Detection`. */ structure?: Maybe; /** An edge for our `Detection`. May be used by Relay 1. */ detectionEdge?: Maybe; }; /** The output of our create `Detection` mutation. */ export declare type CreateDetectionPayloadDetectionEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `EventExecutionsCreated` mutation. */ export declare type CreateEventExecutionsCreatedInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `EventExecutionsCreated` to be created by this mutation. */ eventExecutionsCreated: EventExecutionsCreatedInput; }; /** The output of our create `EventExecutionsCreated` mutation. */ export declare type CreateEventExecutionsCreatedPayload = { __typename?: 'CreateEventExecutionsCreatedPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `EventExecutionsCreated` that was created by this mutation. */ eventExecutionsCreated?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `EventExecutionsCreated`. */ executionCreated?: Maybe; /** Reads a single `Event` that is related to this `EventExecutionsCreated`. */ createdByEvent?: Maybe; /** An edge for our `EventExecutionsCreated`. May be used by Relay 1. */ eventExecutionsCreatedEdge?: Maybe; }; /** The output of our create `EventExecutionsCreated` mutation. */ export declare type CreateEventExecutionsCreatedPayloadEventExecutionsCreatedEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `EventExecutionsRead` mutation. */ export declare type CreateEventExecutionsReadInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `EventExecutionsRead` to be created by this mutation. */ eventExecutionsRead: EventExecutionsReadInput; }; /** The output of our create `EventExecutionsRead` mutation. */ export declare type CreateEventExecutionsReadPayload = { __typename?: 'CreateEventExecutionsReadPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `EventExecutionsRead` that was created by this mutation. */ eventExecutionsRead?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `EventExecutionsRead`. */ executionRead?: Maybe; /** Reads a single `Event` that is related to this `EventExecutionsRead`. */ readByEvent?: Maybe; /** An edge for our `EventExecutionsRead`. May be used by Relay 1. */ eventExecutionsReadEdge?: Maybe; }; /** The output of our create `EventExecutionsRead` mutation. */ export declare type CreateEventExecutionsReadPayloadEventExecutionsReadEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `EventExecutionsUpdated` mutation. */ export declare type CreateEventExecutionsUpdatedInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `EventExecutionsUpdated` to be created by this mutation. */ eventExecutionsUpdated: EventExecutionsUpdatedInput; }; /** The output of our create `EventExecutionsUpdated` mutation. */ export declare type CreateEventExecutionsUpdatedPayload = { __typename?: 'CreateEventExecutionsUpdatedPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `EventExecutionsUpdated` that was created by this mutation. */ eventExecutionsUpdated?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `EventExecutionsUpdated`. */ executionUpdated?: Maybe; /** Reads a single `Event` that is related to this `EventExecutionsUpdated`. */ updatedByEvent?: Maybe; /** An edge for our `EventExecutionsUpdated`. May be used by Relay 1. */ eventExecutionsUpdatedEdge?: Maybe; }; /** The output of our create `EventExecutionsUpdated` mutation. */ export declare type CreateEventExecutionsUpdatedPayloadEventExecutionsUpdatedEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `Event` mutation. */ export declare type CreateEventInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `Event` to be created by this mutation. */ event: EventInput; }; /** The output of our create `Event` mutation. */ export declare type CreateEventPayload = { __typename?: 'CreateEventPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `Event` that was created by this mutation. */ event?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Event` that is related to this `Event`. */ eventByClones?: Maybe; /** An edge for our `Event`. May be used by Relay 1. */ eventEdge?: Maybe; }; /** The output of our create `Event` mutation. */ export declare type CreateEventPayloadEventEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `EventPlansCreated` mutation. */ export declare type CreateEventPlansCreatedInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `EventPlansCreated` to be created by this mutation. */ eventPlansCreated: EventPlansCreatedInput; }; /** The output of our create `EventPlansCreated` mutation. */ export declare type CreateEventPlansCreatedPayload = { __typename?: 'CreateEventPlansCreatedPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `EventPlansCreated` that was created by this mutation. */ eventPlansCreated?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `EventPlansCreated`. */ planCreated?: Maybe; /** Reads a single `Event` that is related to this `EventPlansCreated`. */ createdByEvent?: Maybe; /** An edge for our `EventPlansCreated`. May be used by Relay 1. */ eventPlansCreatedEdge?: Maybe; }; /** The output of our create `EventPlansCreated` mutation. */ export declare type CreateEventPlansCreatedPayloadEventPlansCreatedEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `EventPlansRead` mutation. */ export declare type CreateEventPlansReadInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `EventPlansRead` to be created by this mutation. */ eventPlansRead: EventPlansReadInput; }; /** The output of our create `EventPlansRead` mutation. */ export declare type CreateEventPlansReadPayload = { __typename?: 'CreateEventPlansReadPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `EventPlansRead` that was created by this mutation. */ eventPlansRead?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `EventPlansRead`. */ planRead?: Maybe; /** Reads a single `Event` that is related to this `EventPlansRead`. */ readByEvent?: Maybe; /** An edge for our `EventPlansRead`. May be used by Relay 1. */ eventPlansReadEdge?: Maybe; }; /** The output of our create `EventPlansRead` mutation. */ export declare type CreateEventPlansReadPayloadEventPlansReadEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `EventPlansUpdated` mutation. */ export declare type CreateEventPlansUpdatedInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `EventPlansUpdated` to be created by this mutation. */ eventPlansUpdated: EventPlansUpdatedInput; }; /** The output of our create `EventPlansUpdated` mutation. */ export declare type CreateEventPlansUpdatedPayload = { __typename?: 'CreateEventPlansUpdatedPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `EventPlansUpdated` that was created by this mutation. */ eventPlansUpdated?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `EventPlansUpdated`. */ planUpdated?: Maybe; /** Reads a single `Event` that is related to this `EventPlansUpdated`. */ updatedByEvent?: Maybe; /** An edge for our `EventPlansUpdated`. May be used by Relay 1. */ eventPlansUpdatedEdge?: Maybe; }; /** The output of our create `EventPlansUpdated` mutation. */ export declare type CreateEventPlansUpdatedPayloadEventPlansUpdatedEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `ExecutionAnomaly` mutation. */ export declare type CreateExecutionAnomalyInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `ExecutionAnomaly` to be created by this mutation. */ executionAnomaly: ExecutionAnomalyInput; }; /** The output of our create `ExecutionAnomaly` mutation. */ export declare type CreateExecutionAnomalyPayload = { __typename?: 'CreateExecutionAnomalyPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ExecutionAnomaly` that was created by this mutation. */ executionAnomaly?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionAnomaly`. */ execution?: Maybe; /** Reads a single `Anomaly` that is related to this `ExecutionAnomaly`. */ anomaly?: Maybe; /** An edge for our `ExecutionAnomaly`. May be used by Relay 1. */ executionAnomalyEdge?: Maybe; }; /** The output of our create `ExecutionAnomaly` mutation. */ export declare type CreateExecutionAnomalyPayloadExecutionAnomalyEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `ExecutionArtifact` mutation. */ export declare type CreateExecutionArtifactInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `ExecutionArtifact` to be created by this mutation. */ executionArtifact: ExecutionArtifactInput; }; /** The output of our create `ExecutionArtifact` mutation. */ export declare type CreateExecutionArtifactPayload = { __typename?: 'CreateExecutionArtifactPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ExecutionArtifact` that was created by this mutation. */ executionArtifact?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionArtifact`. */ execution?: Maybe; /** Reads a single `Artifact` that is related to this `ExecutionArtifact`. */ artifact?: Maybe; /** An edge for our `ExecutionArtifact`. May be used by Relay 1. */ executionArtifactEdge?: Maybe; }; /** The output of our create `ExecutionArtifact` mutation. */ export declare type CreateExecutionArtifactPayloadExecutionArtifactEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `ExecutionChild` mutation. */ export declare type CreateExecutionChildInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `ExecutionChild` to be created by this mutation. */ executionChild: ExecutionChildInput; }; /** The output of our create `ExecutionChild` mutation. */ export declare type CreateExecutionChildPayload = { __typename?: 'CreateExecutionChildPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ExecutionChild` that was created by this mutation. */ executionChild?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionChild`. */ parentExecution?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionChild`. */ childExecution?: Maybe; /** An edge for our `ExecutionChild`. May be used by Relay 1. */ executionChildEdge?: Maybe; }; /** The output of our create `ExecutionChild` mutation. */ export declare type CreateExecutionChildPayloadExecutionChildEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `ExecutionComment` mutation. */ export declare type CreateExecutionCommentInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `ExecutionComment` to be created by this mutation. */ executionComment: ExecutionCommentInput; }; /** The output of our create `ExecutionComment` mutation. */ export declare type CreateExecutionCommentPayload = { __typename?: 'CreateExecutionCommentPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ExecutionComment` that was created by this mutation. */ executionComment?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionComment`. */ execution?: Maybe; /** Reads a single `Comment` that is related to this `ExecutionComment`. */ comment?: Maybe; /** An edge for our `ExecutionComment`. May be used by Relay 1. */ executionCommentEdge?: Maybe; }; /** The output of our create `ExecutionComment` mutation. */ export declare type CreateExecutionCommentPayloadExecutionCommentEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `ExecutionCreatorPlanCreated` mutation. */ export declare type CreateExecutionCreatorPlanCreatedInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `ExecutionCreatorPlanCreated` to be created by this mutation. */ executionCreatorPlanCreated: ExecutionCreatorPlanCreatedInput; }; /** The output of our create `ExecutionCreatorPlanCreated` mutation. */ export declare type CreateExecutionCreatorPlanCreatedPayload = { __typename?: 'CreateExecutionCreatorPlanCreatedPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ExecutionCreatorPlanCreated` that was created by this mutation. */ executionCreatorPlanCreated?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionCreatorPlanCreated`. */ creatorExecution?: Maybe; /** Reads a single `Plan` that is related to this `ExecutionCreatorPlanCreated`. */ createdPlan?: Maybe; /** An edge for our `ExecutionCreatorPlanCreated`. May be used by Relay 1. */ executionCreatorPlanCreatedEdge?: Maybe; }; /** The output of our create `ExecutionCreatorPlanCreated` mutation. */ export declare type CreateExecutionCreatorPlanCreatedPayloadExecutionCreatorPlanCreatedEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `ExecutionDetection` mutation. */ export declare type CreateExecutionDetectionInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `ExecutionDetection` to be created by this mutation. */ executionDetection: ExecutionDetectionInput; }; /** The output of our create `ExecutionDetection` mutation. */ export declare type CreateExecutionDetectionPayload = { __typename?: 'CreateExecutionDetectionPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ExecutionDetection` that was created by this mutation. */ executionDetection?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionDetection`. */ execution?: Maybe; /** Reads a single `Detection` that is related to this `ExecutionDetection`. */ detection?: Maybe; /** An edge for our `ExecutionDetection`. May be used by Relay 1. */ executionDetectionEdge?: Maybe; }; /** The output of our create `ExecutionDetection` mutation. */ export declare type CreateExecutionDetectionPayloadExecutionDetectionEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `ExecutionFollower` mutation. */ export declare type CreateExecutionFollowerInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `ExecutionFollower` to be created by this mutation. */ executionFollower: ExecutionFollowerInput; }; /** The output of our create `ExecutionFollower` mutation. */ export declare type CreateExecutionFollowerPayload = { __typename?: 'CreateExecutionFollowerPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ExecutionFollower` that was created by this mutation. */ executionFollower?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionFollower`. */ followerExecution?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionFollower`. */ baseExecution?: Maybe; /** An edge for our `ExecutionFollower`. May be used by Relay 1. */ executionFollowerEdge?: Maybe; }; /** The output of our create `ExecutionFollower` mutation. */ export declare type CreateExecutionFollowerPayloadExecutionFollowerEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `ExecutionImage` mutation. */ export declare type CreateExecutionImageInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `ExecutionImage` to be created by this mutation. */ executionImage: ExecutionImageInput; }; /** The output of our create `ExecutionImage` mutation. */ export declare type CreateExecutionImagePayload = { __typename?: 'CreateExecutionImagePayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ExecutionImage` that was created by this mutation. */ executionImage?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionImage`. */ execution?: Maybe; /** Reads a single `Image` that is related to this `ExecutionImage`. */ image?: Maybe; /** An edge for our `ExecutionImage`. May be used by Relay 1. */ executionImageEdge?: Maybe; }; /** The output of our create `ExecutionImage` mutation. */ export declare type CreateExecutionImagePayloadExecutionImageEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `Execution` mutation. */ export declare type CreateExecutionInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `Execution` to be created by this mutation. */ execution: ExecutionInput; }; /** All input for the create `ExecutionLocation` mutation. */ export declare type CreateExecutionLocationInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `ExecutionLocation` to be created by this mutation. */ executionLocation: ExecutionLocationInput; }; /** The output of our create `ExecutionLocation` mutation. */ export declare type CreateExecutionLocationPayload = { __typename?: 'CreateExecutionLocationPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ExecutionLocation` that was created by this mutation. */ executionLocation?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionLocation`. */ execution?: Maybe; /** Reads a single `Location` that is related to this `ExecutionLocation`. */ location?: Maybe; /** An edge for our `ExecutionLocation`. May be used by Relay 1. */ executionLocationEdge?: Maybe; }; /** The output of our create `ExecutionLocation` mutation. */ export declare type CreateExecutionLocationPayloadExecutionLocationEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `ExecutionOrganization` mutation. */ export declare type CreateExecutionOrganizationInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `ExecutionOrganization` to be created by this mutation. */ executionOrganization: ExecutionOrganizationInput; }; /** The output of our create `ExecutionOrganization` mutation. */ export declare type CreateExecutionOrganizationPayload = { __typename?: 'CreateExecutionOrganizationPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ExecutionOrganization` that was created by this mutation. */ executionOrganization?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionOrganization`. */ execution?: Maybe; /** Reads a single `Organization` that is related to this `ExecutionOrganization`. */ organization?: Maybe; /** An edge for our `ExecutionOrganization`. May be used by Relay 1. */ executionOrganizationEdge?: Maybe; }; /** The output of our create `ExecutionOrganization` mutation. */ export declare type CreateExecutionOrganizationPayloadExecutionOrganizationEdgeArgs = { orderBy?: Maybe>; }; /** The output of our create `Execution` mutation. */ export declare type CreateExecutionPayload = { __typename?: 'CreateExecutionPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `Execution` that was created by this mutation. */ execution?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `Execution`. */ executionByClones?: Maybe; /** An edge for our `Execution`. May be used by Relay 1. */ executionEdge?: Maybe; }; /** The output of our create `Execution` mutation. */ export declare type CreateExecutionPayloadExecutionEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `ExecutionStructure` mutation. */ export declare type CreateExecutionStructureInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `ExecutionStructure` to be created by this mutation. */ executionStructure: ExecutionStructureInput; }; /** The output of our create `ExecutionStructure` mutation. */ export declare type CreateExecutionStructurePayload = { __typename?: 'CreateExecutionStructurePayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ExecutionStructure` that was created by this mutation. */ executionStructure?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionStructure`. */ execution?: Maybe; /** Reads a single `Structure` that is related to this `ExecutionStructure`. */ structure?: Maybe; /** An edge for our `ExecutionStructure`. May be used by Relay 1. */ executionStructureEdge?: Maybe; }; /** The output of our create `ExecutionStructure` mutation. */ export declare type CreateExecutionStructurePayloadExecutionStructureEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `ExecutionUser` mutation. */ export declare type CreateExecutionUserInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `ExecutionUser` to be created by this mutation. */ executionUser: ExecutionUserInput; }; /** The output of our create `ExecutionUser` mutation. */ export declare type CreateExecutionUserPayload = { __typename?: 'CreateExecutionUserPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ExecutionUser` that was created by this mutation. */ executionUser?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionUser`. */ execution?: Maybe; /** Reads a single `User` that is related to this `ExecutionUser`. */ user?: Maybe; /** An edge for our `ExecutionUser`. May be used by Relay 1. */ executionUserEdge?: Maybe; }; /** The output of our create `ExecutionUser` mutation. */ export declare type CreateExecutionUserPayloadExecutionUserEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `File` mutation. */ export declare type CreateFileInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `File` to be created by this mutation. */ file: FileInput; }; /** The output of our create `File` mutation. */ export declare type CreateFilePayload = { __typename?: 'CreateFilePayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `File` that was created by this mutation. */ file?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** An edge for our `File`. May be used by Relay 1. */ fileEdge?: Maybe; }; /** The output of our create `File` mutation. */ export declare type CreateFilePayloadFileEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `ImageCloneOf` mutation. */ export declare type CreateImageCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `ImageCloneOf` to be created by this mutation. */ imageCloneOf: ImageCloneOfInput; }; /** The output of our create `ImageCloneOf` mutation. */ export declare type CreateImageCloneOfPayload = { __typename?: 'CreateImageCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ImageCloneOf` that was created by this mutation. */ imageCloneOf?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Image` that is related to this `ImageCloneOf`. */ cloneOf?: Maybe; /** Reads a single `Image` that is related to this `ImageCloneOf`. */ clone?: Maybe; /** An edge for our `ImageCloneOf`. May be used by Relay 1. */ imageCloneOfEdge?: Maybe; }; /** The output of our create `ImageCloneOf` mutation. */ export declare type CreateImageCloneOfPayloadImageCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `ImageCorrectionCloneOf` mutation. */ export declare type CreateImageCorrectionCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `ImageCorrectionCloneOf` to be created by this mutation. */ imageCorrectionCloneOf: ImageCorrectionCloneOfInput; }; /** The output of our create `ImageCorrectionCloneOf` mutation. */ export declare type CreateImageCorrectionCloneOfPayload = { __typename?: 'CreateImageCorrectionCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ImageCorrectionCloneOf` that was created by this mutation. */ imageCorrectionCloneOf?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `ImageCorrection` that is related to this `ImageCorrectionCloneOf`. */ cloneOf?: Maybe; /** Reads a single `ImageCorrection` that is related to this `ImageCorrectionCloneOf`. */ clone?: Maybe; /** An edge for our `ImageCorrectionCloneOf`. May be used by Relay 1. */ imageCorrectionCloneOfEdge?: Maybe; }; /** The output of our create `ImageCorrectionCloneOf` mutation. */ export declare type CreateImageCorrectionCloneOfPayloadImageCorrectionCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `ImageCorrection` mutation. */ export declare type CreateImageCorrectionInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `ImageCorrection` to be created by this mutation. */ imageCorrection: ImageCorrectionInput; }; /** The output of our create `ImageCorrection` mutation. */ export declare type CreateImageCorrectionPayload = { __typename?: 'CreateImageCorrectionPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ImageCorrection` that was created by this mutation. */ imageCorrection?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** An edge for our `ImageCorrection`. May be used by Relay 1. */ imageCorrectionEdge?: Maybe; }; /** The output of our create `ImageCorrection` mutation. */ export declare type CreateImageCorrectionPayloadImageCorrectionEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `Image` mutation. */ export declare type CreateImageInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `Image` to be created by this mutation. */ image: ImageInput; }; /** The output of our create `Image` mutation. */ export declare type CreateImagePayload = { __typename?: 'CreateImagePayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `Image` that was created by this mutation. */ image?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `File` that is related to this `Image`. */ file?: Maybe; /** Reads a single `MissionExecution` that is related to this `Image`. */ mission?: Maybe; /** Reads a single `Location` that is related to this `Image`. */ location?: Maybe; /** Reads a single `ImageCorrection` that is related to this `Image`. */ correction?: Maybe; /** An edge for our `Image`. May be used by Relay 1. */ imageEdge?: Maybe; }; /** The output of our create `Image` mutation. */ export declare type CreateImagePayloadImageEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `LocationCloneOf` mutation. */ export declare type CreateLocationCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `LocationCloneOf` to be created by this mutation. */ locationCloneOf: LocationCloneOfInput; }; /** The output of our create `LocationCloneOf` mutation. */ export declare type CreateLocationCloneOfPayload = { __typename?: 'CreateLocationCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `LocationCloneOf` that was created by this mutation. */ locationCloneOf?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Location` that is related to this `LocationCloneOf`. */ cloneOf?: Maybe; /** Reads a single `Location` that is related to this `LocationCloneOf`. */ clone?: Maybe; /** An edge for our `LocationCloneOf`. May be used by Relay 1. */ locationCloneOfEdge?: Maybe; }; /** The output of our create `LocationCloneOf` mutation. */ export declare type CreateLocationCloneOfPayloadLocationCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `Location` mutation. */ export declare type CreateLocationInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `Location` to be created by this mutation. */ location: LocationInput; }; /** The output of our create `Location` mutation. */ export declare type CreateLocationPayload = { __typename?: 'CreateLocationPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `Location` that was created by this mutation. */ location?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** An edge for our `Location`. May be used by Relay 1. */ locationEdge?: Maybe; }; /** The output of our create `Location` mutation. */ export declare type CreateLocationPayloadLocationEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `MissionAnomaly` mutation. */ export declare type CreateMissionAnomalyInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `MissionAnomaly` to be created by this mutation. */ missionAnomaly: MissionAnomalyInput; }; /** The output of our create `MissionAnomaly` mutation. */ export declare type CreateMissionAnomalyPayload = { __typename?: 'CreateMissionAnomalyPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `MissionAnomaly` that was created by this mutation. */ missionAnomaly?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Anomaly` that is related to this `MissionAnomaly`. */ anomaly?: Maybe; /** Reads a single `MissionExecution` that is related to this `MissionAnomaly`. */ mission?: Maybe; /** An edge for our `MissionAnomaly`. May be used by Relay 1. */ missionAnomalyEdge?: Maybe; }; /** The output of our create `MissionAnomaly` mutation. */ export declare type CreateMissionAnomalyPayloadMissionAnomalyEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `MissionClient` mutation. */ export declare type CreateMissionClientInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `MissionClient` to be created by this mutation. */ missionClient: MissionClientInput; }; /** The output of our create `MissionClient` mutation. */ export declare type CreateMissionClientPayload = { __typename?: 'CreateMissionClientPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `MissionClient` that was created by this mutation. */ missionClient?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Mission` that is related to this `MissionClient`. */ mission?: Maybe; /** Reads a single `User` that is related to this `MissionClient`. */ client?: Maybe; /** An edge for our `MissionClient`. May be used by Relay 1. */ missionClientEdge?: Maybe; }; /** The output of our create `MissionClient` mutation. */ export declare type CreateMissionClientPayloadMissionClientEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `MissionCloneOf` mutation. */ export declare type CreateMissionCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `MissionCloneOf` to be created by this mutation. */ missionCloneOf: MissionCloneOfInput; }; /** The output of our create `MissionCloneOf` mutation. */ export declare type CreateMissionCloneOfPayload = { __typename?: 'CreateMissionCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `MissionCloneOf` that was created by this mutation. */ missionCloneOf?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Mission` that is related to this `MissionCloneOf`. */ cloneOf?: Maybe; /** Reads a single `Mission` that is related to this `MissionCloneOf`. */ clone?: Maybe; /** An edge for our `MissionCloneOf`. May be used by Relay 1. */ missionCloneOfEdge?: Maybe; }; /** The output of our create `MissionCloneOf` mutation. */ export declare type CreateMissionCloneOfPayloadMissionCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `MissionExecutionCloneOf` mutation. */ export declare type CreateMissionExecutionCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `MissionExecutionCloneOf` to be created by this mutation. */ missionExecutionCloneOf: MissionExecutionCloneOfInput; }; /** The output of our create `MissionExecutionCloneOf` mutation. */ export declare type CreateMissionExecutionCloneOfPayload = { __typename?: 'CreateMissionExecutionCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `MissionExecutionCloneOf` that was created by this mutation. */ missionExecutionCloneOf?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `MissionExecution` that is related to this `MissionExecutionCloneOf`. */ cloneOf?: Maybe; /** Reads a single `MissionExecution` that is related to this `MissionExecutionCloneOf`. */ clone?: Maybe; /** An edge for our `MissionExecutionCloneOf`. May be used by Relay 1. */ missionExecutionCloneOfEdge?: Maybe; }; /** The output of our create `MissionExecutionCloneOf` mutation. */ export declare type CreateMissionExecutionCloneOfPayloadMissionExecutionCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `MissionExecution` mutation. */ export declare type CreateMissionExecutionInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `MissionExecution` to be created by this mutation. */ missionExecution: MissionExecutionInput; }; /** The output of our create `MissionExecution` mutation. */ export declare type CreateMissionExecutionPayload = { __typename?: 'CreateMissionExecutionPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `MissionExecution` that was created by this mutation. */ missionExecution?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Mission` that is related to this `MissionExecution`. */ mission?: Maybe; /** An edge for our `MissionExecution`. May be used by Relay 1. */ missionExecutionEdge?: Maybe; }; /** The output of our create `MissionExecution` mutation. */ export declare type CreateMissionExecutionPayloadMissionExecutionEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `MissionExpert` mutation. */ export declare type CreateMissionExpertInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `MissionExpert` to be created by this mutation. */ missionExpert: MissionExpertInput; }; /** The output of our create `MissionExpert` mutation. */ export declare type CreateMissionExpertPayload = { __typename?: 'CreateMissionExpertPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `MissionExpert` that was created by this mutation. */ missionExpert?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Mission` that is related to this `MissionExpert`. */ mission?: Maybe; /** Reads a single `User` that is related to this `MissionExpert`. */ expert?: Maybe; /** An edge for our `MissionExpert`. May be used by Relay 1. */ missionExpertEdge?: Maybe; }; /** The output of our create `MissionExpert` mutation. */ export declare type CreateMissionExpertPayloadMissionExpertEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `Mission` mutation. */ export declare type CreateMissionInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `Mission` to be created by this mutation. */ mission: MissionInput; }; /** All input for the create `MissionInspector` mutation. */ export declare type CreateMissionInspectorInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `MissionInspector` to be created by this mutation. */ missionInspector: MissionInspectorInput; }; /** The output of our create `MissionInspector` mutation. */ export declare type CreateMissionInspectorPayload = { __typename?: 'CreateMissionInspectorPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `MissionInspector` that was created by this mutation. */ missionInspector?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Mission` that is related to this `MissionInspector`. */ mission?: Maybe; /** Reads a single `User` that is related to this `MissionInspector`. */ inspector?: Maybe; /** An edge for our `MissionInspector`. May be used by Relay 1. */ missionInspectorEdge?: Maybe; }; /** The output of our create `MissionInspector` mutation. */ export declare type CreateMissionInspectorPayloadMissionInspectorEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `MissionOperator` mutation. */ export declare type CreateMissionOperatorInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `MissionOperator` to be created by this mutation. */ missionOperator: MissionOperatorInput; }; /** The output of our create `MissionOperator` mutation. */ export declare type CreateMissionOperatorPayload = { __typename?: 'CreateMissionOperatorPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `MissionOperator` that was created by this mutation. */ missionOperator?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Mission` that is related to this `MissionOperator`. */ mission?: Maybe; /** Reads a single `User` that is related to this `MissionOperator`. */ operator?: Maybe; /** An edge for our `MissionOperator`. May be used by Relay 1. */ missionOperatorEdge?: Maybe; }; /** The output of our create `MissionOperator` mutation. */ export declare type CreateMissionOperatorPayloadMissionOperatorEdgeArgs = { orderBy?: Maybe>; }; /** The output of our create `Mission` mutation. */ export declare type CreateMissionPayload = { __typename?: 'CreateMissionPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `Mission` that was created by this mutation. */ mission?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `MissionPlan` that is related to this `Mission`. */ plan?: Maybe; /** Reads a single `Mission` that is related to this `Mission`. */ missionByInfra?: Maybe; /** Reads a single `MissionExecution` that is related to this `Mission`. */ elementOfExecution?: Maybe; /** Reads a single `MissionPlan` that is related to this `Mission`. */ elementOfPlan?: Maybe; /** Reads a single `Organization` that is related to this `Mission`. */ organization?: Maybe; /** An edge for our `Mission`. May be used by Relay 1. */ missionEdge?: Maybe; }; /** The output of our create `Mission` mutation. */ export declare type CreateMissionPayloadMissionEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `_MissionPlanArtifact` mutation. */ export declare type CreateMissionPlanArtifactInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `_MissionPlanArtifact` to be created by this mutation. */ _missionPlanArtifact: _MissionPlanArtifactInput; }; /** The output of our create `_MissionPlanArtifact` mutation. */ export declare type CreateMissionPlanArtifactPayload = { __typename?: 'CreateMissionPlanArtifactPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `_MissionPlanArtifact` that was created by this mutation. */ _missionPlanArtifact?: Maybe<_MissionPlanArtifact>; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `_MissionPlanArtifact` that is related to this `_MissionPlanArtifact`. */ _missionPlanArtifactByA?: Maybe<_MissionPlanArtifact>; /** Reads a single `MissionPlan` that is related to this `_MissionPlanArtifact`. */ missionPlanByB?: Maybe; /** An edge for our `_MissionPlanArtifact`. May be used by Relay 1. */ _missionPlanArtifactEdge?: Maybe<_MissionPlanArtifactsEdge>; }; /** The output of our create `_MissionPlanArtifact` mutation. */ export declare type CreateMissionPlanArtifactPayload_MissionPlanArtifactEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `MissionPlanCloneOf` mutation. */ export declare type CreateMissionPlanCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `MissionPlanCloneOf` to be created by this mutation. */ missionPlanCloneOf: MissionPlanCloneOfInput; }; /** The output of our create `MissionPlanCloneOf` mutation. */ export declare type CreateMissionPlanCloneOfPayload = { __typename?: 'CreateMissionPlanCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `MissionPlanCloneOf` that was created by this mutation. */ missionPlanCloneOf?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `MissionPlan` that is related to this `MissionPlanCloneOf`. */ cloneOf?: Maybe; /** Reads a single `MissionPlan` that is related to this `MissionPlanCloneOf`. */ clone?: Maybe; /** An edge for our `MissionPlanCloneOf`. May be used by Relay 1. */ missionPlanCloneOfEdge?: Maybe; }; /** The output of our create `MissionPlanCloneOf` mutation. */ export declare type CreateMissionPlanCloneOfPayloadMissionPlanCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `MissionPlan` mutation. */ export declare type CreateMissionPlanInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `MissionPlan` to be created by this mutation. */ missionPlan: MissionPlanInput; }; /** The output of our create `MissionPlan` mutation. */ export declare type CreateMissionPlanPayload = { __typename?: 'CreateMissionPlanPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `MissionPlan` that was created by this mutation. */ missionPlan?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** An edge for our `MissionPlan`. May be used by Relay 1. */ missionPlanEdge?: Maybe; }; /** The output of our create `MissionPlan` mutation. */ export declare type CreateMissionPlanPayloadMissionPlanEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `OrganizationAdmin` mutation. */ export declare type CreateOrganizationAdminInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `OrganizationAdmin` to be created by this mutation. */ organizationAdmin: OrganizationAdminInput; }; /** The output of our create `OrganizationAdmin` mutation. */ export declare type CreateOrganizationAdminPayload = { __typename?: 'CreateOrganizationAdminPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `OrganizationAdmin` that was created by this mutation. */ organizationAdmin?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Organization` that is related to this `OrganizationAdmin`. */ organization?: Maybe; /** Reads a single `User` that is related to this `OrganizationAdmin`. */ admin?: Maybe; /** An edge for our `OrganizationAdmin`. May be used by Relay 1. */ organizationAdminEdge?: Maybe; }; /** The output of our create `OrganizationAdmin` mutation. */ export declare type CreateOrganizationAdminPayloadOrganizationAdminEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `OrganizationAnomalyLevelMapping` mutation. */ export declare type CreateOrganizationAnomalyLevelMappingInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `OrganizationAnomalyLevelMapping` to be created by this mutation. */ organizationAnomalyLevelMapping: OrganizationAnomalyLevelMappingInput; }; /** The output of our create `OrganizationAnomalyLevelMapping` mutation. */ export declare type CreateOrganizationAnomalyLevelMappingPayload = { __typename?: 'CreateOrganizationAnomalyLevelMappingPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `OrganizationAnomalyLevelMapping` that was created by this mutation. */ organizationAnomalyLevelMapping?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `AnomalyLevelMapping` that is related to this `OrganizationAnomalyLevelMapping`. */ anomalyLevelMapping?: Maybe; /** Reads a single `Organization` that is related to this `OrganizationAnomalyLevelMapping`. */ organization?: Maybe; /** An edge for our `OrganizationAnomalyLevelMapping`. May be used by Relay 1. */ organizationAnomalyLevelMappingEdge?: Maybe; }; /** The output of our create `OrganizationAnomalyLevelMapping` mutation. */ export declare type CreateOrganizationAnomalyLevelMappingPayloadOrganizationAnomalyLevelMappingEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `Organization` mutation. */ export declare type CreateOrganizationInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `Organization` to be created by this mutation. */ organization: OrganizationInput; }; /** The output of our create `Organization` mutation. */ export declare type CreateOrganizationPayload = { __typename?: 'CreateOrganizationPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `Organization` that was created by this mutation. */ organization?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `File` that is related to this `Organization`. */ picture?: Maybe; /** An edge for our `Organization`. May be used by Relay 1. */ organizationEdge?: Maybe; }; /** The output of our create `Organization` mutation. */ export declare type CreateOrganizationPayloadOrganizationEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `OrganizationUser` mutation. */ export declare type CreateOrganizationUserInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `OrganizationUser` to be created by this mutation. */ organizationUser: OrganizationUserInput; }; /** The output of our create `OrganizationUser` mutation. */ export declare type CreateOrganizationUserPayload = { __typename?: 'CreateOrganizationUserPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `OrganizationUser` that was created by this mutation. */ organizationUser?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Organization` that is related to this `OrganizationUser`. */ organization?: Maybe; /** Reads a single `User` that is related to this `OrganizationUser`. */ user?: Maybe; /** An edge for our `OrganizationUser`. May be used by Relay 1. */ organizationUserEdge?: Maybe; }; /** The output of our create `OrganizationUser` mutation. */ export declare type CreateOrganizationUserPayloadOrganizationUserEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `PlanAnomaly` mutation. */ export declare type CreatePlanAnomalyInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `PlanAnomaly` to be created by this mutation. */ planAnomaly: PlanAnomalyInput; }; /** The output of our create `PlanAnomaly` mutation. */ export declare type CreatePlanAnomalyPayload = { __typename?: 'CreatePlanAnomalyPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `PlanAnomaly` that was created by this mutation. */ planAnomaly?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `PlanAnomaly`. */ plan?: Maybe; /** Reads a single `Anomaly` that is related to this `PlanAnomaly`. */ anomaly?: Maybe; /** An edge for our `PlanAnomaly`. May be used by Relay 1. */ planAnomalyEdge?: Maybe; }; /** The output of our create `PlanAnomaly` mutation. */ export declare type CreatePlanAnomalyPayloadPlanAnomalyEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `PlanArtifact` mutation. */ export declare type CreatePlanArtifactInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `PlanArtifact` to be created by this mutation. */ planArtifact: PlanArtifactInput; }; /** The output of our create `PlanArtifact` mutation. */ export declare type CreatePlanArtifactPayload = { __typename?: 'CreatePlanArtifactPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `PlanArtifact` that was created by this mutation. */ planArtifact?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `PlanArtifact`. */ plan?: Maybe; /** Reads a single `Artifact` that is related to this `PlanArtifact`. */ artifact?: Maybe; /** An edge for our `PlanArtifact`. May be used by Relay 1. */ planArtifactEdge?: Maybe; }; /** The output of our create `PlanArtifact` mutation. */ export declare type CreatePlanArtifactPayloadPlanArtifactEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `PlanAssignment` mutation. */ export declare type CreatePlanAssignmentInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `PlanAssignment` to be created by this mutation. */ planAssignment: PlanAssignmentInput; }; /** The output of our create `PlanAssignment` mutation. */ export declare type CreatePlanAssignmentPayload = { __typename?: 'CreatePlanAssignmentPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `PlanAssignment` that was created by this mutation. */ planAssignment?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `User` that is related to this `PlanAssignment`. */ assignedUser?: Maybe; /** Reads a single `Plan` that is related to this `PlanAssignment`. */ assignedPlan?: Maybe; /** An edge for our `PlanAssignment`. May be used by Relay 1. */ planAssignmentEdge?: Maybe; }; /** The output of our create `PlanAssignment` mutation. */ export declare type CreatePlanAssignmentPayloadPlanAssignmentEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `PlanChild` mutation. */ export declare type CreatePlanChildInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `PlanChild` to be created by this mutation. */ planChild: PlanChildInput; }; /** The output of our create `PlanChild` mutation. */ export declare type CreatePlanChildPayload = { __typename?: 'CreatePlanChildPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `PlanChild` that was created by this mutation. */ planChild?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `PlanChild`. */ parentPlan?: Maybe; /** Reads a single `Plan` that is related to this `PlanChild`. */ childPlan?: Maybe; /** An edge for our `PlanChild`. May be used by Relay 1. */ planChildEdge?: Maybe; }; /** The output of our create `PlanChild` mutation. */ export declare type CreatePlanChildPayloadPlanChildEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `PlanComment` mutation. */ export declare type CreatePlanCommentInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `PlanComment` to be created by this mutation. */ planComment: PlanCommentInput; }; /** The output of our create `PlanComment` mutation. */ export declare type CreatePlanCommentPayload = { __typename?: 'CreatePlanCommentPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `PlanComment` that was created by this mutation. */ planComment?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `PlanComment`. */ plan?: Maybe; /** Reads a single `Comment` that is related to this `PlanComment`. */ comment?: Maybe; /** An edge for our `PlanComment`. May be used by Relay 1. */ planCommentEdge?: Maybe; }; /** The output of our create `PlanComment` mutation. */ export declare type CreatePlanCommentPayloadPlanCommentEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `PlanCreatorExecutionCreated` mutation. */ export declare type CreatePlanCreatorExecutionCreatedInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `PlanCreatorExecutionCreated` to be created by this mutation. */ planCreatorExecutionCreated: PlanCreatorExecutionCreatedInput; }; /** The output of our create `PlanCreatorExecutionCreated` mutation. */ export declare type CreatePlanCreatorExecutionCreatedPayload = { __typename?: 'CreatePlanCreatorExecutionCreatedPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `PlanCreatorExecutionCreated` that was created by this mutation. */ planCreatorExecutionCreated?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `PlanCreatorExecutionCreated`. */ createdExecution?: Maybe; /** Reads a single `Plan` that is related to this `PlanCreatorExecutionCreated`. */ creatorPlan?: Maybe; /** An edge for our `PlanCreatorExecutionCreated`. May be used by Relay 1. */ planCreatorExecutionCreatedEdge?: Maybe; }; /** The output of our create `PlanCreatorExecutionCreated` mutation. */ export declare type CreatePlanCreatorExecutionCreatedPayloadPlanCreatorExecutionCreatedEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `PlanDetection` mutation. */ export declare type CreatePlanDetectionInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `PlanDetection` to be created by this mutation. */ planDetection: PlanDetectionInput; }; /** The output of our create `PlanDetection` mutation. */ export declare type CreatePlanDetectionPayload = { __typename?: 'CreatePlanDetectionPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `PlanDetection` that was created by this mutation. */ planDetection?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `PlanDetection`. */ plan?: Maybe; /** Reads a single `Detection` that is related to this `PlanDetection`. */ detection?: Maybe; /** An edge for our `PlanDetection`. May be used by Relay 1. */ planDetectionEdge?: Maybe; }; /** The output of our create `PlanDetection` mutation. */ export declare type CreatePlanDetectionPayloadPlanDetectionEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `PlanFollower` mutation. */ export declare type CreatePlanFollowerInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `PlanFollower` to be created by this mutation. */ planFollower: PlanFollowerInput; }; /** The output of our create `PlanFollower` mutation. */ export declare type CreatePlanFollowerPayload = { __typename?: 'CreatePlanFollowerPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `PlanFollower` that was created by this mutation. */ planFollower?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `PlanFollower`. */ followerPlan?: Maybe; /** Reads a single `Plan` that is related to this `PlanFollower`. */ basePlan?: Maybe; /** An edge for our `PlanFollower`. May be used by Relay 1. */ planFollowerEdge?: Maybe; }; /** The output of our create `PlanFollower` mutation. */ export declare type CreatePlanFollowerPayloadPlanFollowerEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `PlanImage` mutation. */ export declare type CreatePlanImageInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `PlanImage` to be created by this mutation. */ planImage: PlanImageInput; }; /** The output of our create `PlanImage` mutation. */ export declare type CreatePlanImagePayload = { __typename?: 'CreatePlanImagePayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `PlanImage` that was created by this mutation. */ planImage?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `PlanImage`. */ plan?: Maybe; /** Reads a single `Image` that is related to this `PlanImage`. */ image?: Maybe; /** An edge for our `PlanImage`. May be used by Relay 1. */ planImageEdge?: Maybe; }; /** The output of our create `PlanImage` mutation. */ export declare type CreatePlanImagePayloadPlanImageEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `Plan` mutation. */ export declare type CreatePlanInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `Plan` to be created by this mutation. */ plan: PlanInput; }; /** All input for the create `PlanLocation` mutation. */ export declare type CreatePlanLocationInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `PlanLocation` to be created by this mutation. */ planLocation: PlanLocationInput; }; /** The output of our create `PlanLocation` mutation. */ export declare type CreatePlanLocationPayload = { __typename?: 'CreatePlanLocationPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `PlanLocation` that was created by this mutation. */ planLocation?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `PlanLocation`. */ plan?: Maybe; /** Reads a single `Location` that is related to this `PlanLocation`. */ location?: Maybe; /** An edge for our `PlanLocation`. May be used by Relay 1. */ planLocationEdge?: Maybe; }; /** The output of our create `PlanLocation` mutation. */ export declare type CreatePlanLocationPayloadPlanLocationEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `PlanOrganization` mutation. */ export declare type CreatePlanOrganizationInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `PlanOrganization` to be created by this mutation. */ planOrganization: PlanOrganizationInput; }; /** The output of our create `PlanOrganization` mutation. */ export declare type CreatePlanOrganizationPayload = { __typename?: 'CreatePlanOrganizationPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `PlanOrganization` that was created by this mutation. */ planOrganization?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `PlanOrganization`. */ plan?: Maybe; /** Reads a single `Organization` that is related to this `PlanOrganization`. */ organization?: Maybe; /** An edge for our `PlanOrganization`. May be used by Relay 1. */ planOrganizationEdge?: Maybe; }; /** The output of our create `PlanOrganization` mutation. */ export declare type CreatePlanOrganizationPayloadPlanOrganizationEdgeArgs = { orderBy?: Maybe>; }; /** The output of our create `Plan` mutation. */ export declare type CreatePlanPayload = { __typename?: 'CreatePlanPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `Plan` that was created by this mutation. */ plan?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `Plan`. */ planByClones?: Maybe; /** An edge for our `Plan`. May be used by Relay 1. */ planEdge?: Maybe; }; /** The output of our create `Plan` mutation. */ export declare type CreatePlanPayloadPlanEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `PlanStructure` mutation. */ export declare type CreatePlanStructureInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `PlanStructure` to be created by this mutation. */ planStructure: PlanStructureInput; }; /** The output of our create `PlanStructure` mutation. */ export declare type CreatePlanStructurePayload = { __typename?: 'CreatePlanStructurePayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `PlanStructure` that was created by this mutation. */ planStructure?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `PlanStructure`. */ plan?: Maybe; /** Reads a single `Structure` that is related to this `PlanStructure`. */ structure?: Maybe; /** An edge for our `PlanStructure`. May be used by Relay 1. */ planStructureEdge?: Maybe; }; /** The output of our create `PlanStructure` mutation. */ export declare type CreatePlanStructurePayloadPlanStructureEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `PlanUser` mutation. */ export declare type CreatePlanUserInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `PlanUser` to be created by this mutation. */ planUser: PlanUserInput; }; /** The output of our create `PlanUser` mutation. */ export declare type CreatePlanUserPayload = { __typename?: 'CreatePlanUserPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `PlanUser` that was created by this mutation. */ planUser?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `PlanUser`. */ plan?: Maybe; /** Reads a single `User` that is related to this `PlanUser`. */ user?: Maybe; /** An edge for our `PlanUser`. May be used by Relay 1. */ planUserEdge?: Maybe; }; /** The output of our create `PlanUser` mutation. */ export declare type CreatePlanUserPayloadPlanUserEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `_RelayId` mutation. */ export declare type CreateRelayIdInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `_RelayId` to be created by this mutation. */ _relayId: _RelayIdInput; }; /** The output of our create `_RelayId` mutation. */ export declare type CreateRelayIdPayload = { __typename?: 'CreateRelayIdPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `_RelayId` that was created by this mutation. */ _relayId?: Maybe<_RelayId>; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** An edge for our `_RelayId`. May be used by Relay 1. */ _relayIdEdge?: Maybe<_RelayIdsEdge>; }; /** The output of our create `_RelayId` mutation. */ export declare type CreateRelayIdPayload_RelayIdEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `SegmentationCloneOf` mutation. */ export declare type CreateSegmentationCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `SegmentationCloneOf` to be created by this mutation. */ segmentationCloneOf: SegmentationCloneOfInput; }; /** The output of our create `SegmentationCloneOf` mutation. */ export declare type CreateSegmentationCloneOfPayload = { __typename?: 'CreateSegmentationCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `SegmentationCloneOf` that was created by this mutation. */ segmentationCloneOf?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Segmentation` that is related to this `SegmentationCloneOf`. */ cloneOf?: Maybe; /** Reads a single `Segmentation` that is related to this `SegmentationCloneOf`. */ clone?: Maybe; /** An edge for our `SegmentationCloneOf`. May be used by Relay 1. */ segmentationCloneOfEdge?: Maybe; }; /** The output of our create `SegmentationCloneOf` mutation. */ export declare type CreateSegmentationCloneOfPayloadSegmentationCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `Segmentation` mutation. */ export declare type CreateSegmentationInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `Segmentation` to be created by this mutation. */ segmentation: SegmentationInput; }; /** The output of our create `Segmentation` mutation. */ export declare type CreateSegmentationPayload = { __typename?: 'CreateSegmentationPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `Segmentation` that was created by this mutation. */ segmentation?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `User` that is related to this `Segmentation`. */ author?: Maybe; /** Reads a single `AnomalyType` that is related to this `Segmentation`. */ type?: Maybe; /** Reads a single `File` that is related to this `Segmentation`. */ file?: Maybe; /** Reads a single `Image` that is related to this `Segmentation`. */ image?: Maybe; /** Reads a single `MissionExecution` that is related to this `Segmentation`. */ mission?: Maybe; /** An edge for our `Segmentation`. May be used by Relay 1. */ segmentationEdge?: Maybe; }; /** The output of our create `Segmentation` mutation. */ export declare type CreateSegmentationPayloadSegmentationEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `StructureArtifact` mutation. */ export declare type CreateStructureArtifactInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `StructureArtifact` to be created by this mutation. */ structureArtifact: StructureArtifactInput; }; /** The output of our create `StructureArtifact` mutation. */ export declare type CreateStructureArtifactPayload = { __typename?: 'CreateStructureArtifactPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `StructureArtifact` that was created by this mutation. */ structureArtifact?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Artifact` that is related to this `StructureArtifact`. */ artifact?: Maybe; /** Reads a single `Structure` that is related to this `StructureArtifact`. */ structure?: Maybe; /** An edge for our `StructureArtifact`. May be used by Relay 1. */ structureArtifactEdge?: Maybe; }; /** The output of our create `StructureArtifact` mutation. */ export declare type CreateStructureArtifactPayloadStructureArtifactEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `StructureChild` mutation. */ export declare type CreateStructureChildInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `StructureChild` to be created by this mutation. */ structureChild: StructureChildInput; }; /** The output of our create `StructureChild` mutation. */ export declare type CreateStructureChildPayload = { __typename?: 'CreateStructureChildPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `StructureChild` that was created by this mutation. */ structureChild?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Structure` that is related to this `StructureChild`. */ child?: Maybe; /** Reads a single `Structure` that is related to this `StructureChild`. */ parent?: Maybe; /** An edge for our `StructureChild`. May be used by Relay 1. */ structureChildEdge?: Maybe; }; /** The output of our create `StructureChild` mutation. */ export declare type CreateStructureChildPayloadStructureChildEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `StructureCloneOf` mutation. */ export declare type CreateStructureCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `StructureCloneOf` to be created by this mutation. */ structureCloneOf: StructureCloneOfInput; }; /** The output of our create `StructureCloneOf` mutation. */ export declare type CreateStructureCloneOfPayload = { __typename?: 'CreateStructureCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `StructureCloneOf` that was created by this mutation. */ structureCloneOf?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Structure` that is related to this `StructureCloneOf`. */ cloneOf?: Maybe; /** Reads a single `Structure` that is related to this `StructureCloneOf`. */ clone?: Maybe; /** An edge for our `StructureCloneOf`. May be used by Relay 1. */ structureCloneOfEdge?: Maybe; }; /** The output of our create `StructureCloneOf` mutation. */ export declare type CreateStructureCloneOfPayloadStructureCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `StructureDeveloper` mutation. */ export declare type CreateStructureDeveloperInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `StructureDeveloper` to be created by this mutation. */ structureDeveloper: StructureDeveloperInput; }; /** The output of our create `StructureDeveloper` mutation. */ export declare type CreateStructureDeveloperPayload = { __typename?: 'CreateStructureDeveloperPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `StructureDeveloper` that was created by this mutation. */ structureDeveloper?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Structure` that is related to this `StructureDeveloper`. */ structure?: Maybe; /** Reads a single `User` that is related to this `StructureDeveloper`. */ developer?: Maybe; /** An edge for our `StructureDeveloper`. May be used by Relay 1. */ structureDeveloperEdge?: Maybe; }; /** The output of our create `StructureDeveloper` mutation. */ export declare type CreateStructureDeveloperPayloadStructureDeveloperEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `StructureImage` mutation. */ export declare type CreateStructureImageInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `StructureImage` to be created by this mutation. */ structureImage: StructureImageInput; }; /** The output of our create `StructureImage` mutation. */ export declare type CreateStructureImagePayload = { __typename?: 'CreateStructureImagePayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `StructureImage` that was created by this mutation. */ structureImage?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Image` that is related to this `StructureImage`. */ image?: Maybe; /** Reads a single `Structure` that is related to this `StructureImage`. */ structure?: Maybe; /** An edge for our `StructureImage`. May be used by Relay 1. */ structureImageEdge?: Maybe; }; /** The output of our create `StructureImage` mutation. */ export declare type CreateStructureImagePayloadStructureImageEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `Structure` mutation. */ export declare type CreateStructureInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `Structure` to be created by this mutation. */ structure: StructureInput; }; /** All input for the create `StructureModelCloneOf` mutation. */ export declare type CreateStructureModelCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `StructureModelCloneOf` to be created by this mutation. */ structureModelCloneOf: StructureModelCloneOfInput; }; /** The output of our create `StructureModelCloneOf` mutation. */ export declare type CreateStructureModelCloneOfPayload = { __typename?: 'CreateStructureModelCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `StructureModelCloneOf` that was created by this mutation. */ structureModelCloneOf?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `StructureModel` that is related to this `StructureModelCloneOf`. */ cloneOf?: Maybe; /** Reads a single `StructureModel` that is related to this `StructureModelCloneOf`. */ clone?: Maybe; /** An edge for our `StructureModelCloneOf`. May be used by Relay 1. */ structureModelCloneOfEdge?: Maybe; }; /** The output of our create `StructureModelCloneOf` mutation. */ export declare type CreateStructureModelCloneOfPayloadStructureModelCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `StructureModel` mutation. */ export declare type CreateStructureModelInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `StructureModel` to be created by this mutation. */ structureModel: StructureModelInput; }; /** All input for the create `StructureModelOwner` mutation. */ export declare type CreateStructureModelOwnerInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `StructureModelOwner` to be created by this mutation. */ structureModelOwner: StructureModelOwnerInput; }; /** The output of our create `StructureModelOwner` mutation. */ export declare type CreateStructureModelOwnerPayload = { __typename?: 'CreateStructureModelOwnerPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `StructureModelOwner` that was created by this mutation. */ structureModelOwner?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Organization` that is related to this `StructureModelOwner`. */ organization?: Maybe; /** Reads a single `StructureModel` that is related to this `StructureModelOwner`. */ structureModel?: Maybe; /** An edge for our `StructureModelOwner`. May be used by Relay 1. */ structureModelOwnerEdge?: Maybe; }; /** The output of our create `StructureModelOwner` mutation. */ export declare type CreateStructureModelOwnerPayloadStructureModelOwnerEdgeArgs = { orderBy?: Maybe>; }; /** The output of our create `StructureModel` mutation. */ export declare type CreateStructureModelPayload = { __typename?: 'CreateStructureModelPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `StructureModel` that was created by this mutation. */ structureModel?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `File` that is related to this `StructureModel`. */ gltf?: Maybe; /** Reads a single `File` that is related to this `StructureModel`. */ svg?: Maybe; /** Reads a single `Organization` that is related to this `StructureModel`. */ manufacturer?: Maybe; /** An edge for our `StructureModel`. May be used by Relay 1. */ structureModelEdge?: Maybe; }; /** The output of our create `StructureModel` mutation. */ export declare type CreateStructureModelPayloadStructureModelEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `StructureOperator` mutation. */ export declare type CreateStructureOperatorInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `StructureOperator` to be created by this mutation. */ structureOperator: StructureOperatorInput; }; /** The output of our create `StructureOperator` mutation. */ export declare type CreateStructureOperatorPayload = { __typename?: 'CreateStructureOperatorPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `StructureOperator` that was created by this mutation. */ structureOperator?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Structure` that is related to this `StructureOperator`. */ structure?: Maybe; /** Reads a single `User` that is related to this `StructureOperator`. */ operator?: Maybe; /** An edge for our `StructureOperator`. May be used by Relay 1. */ structureOperatorEdge?: Maybe; }; /** The output of our create `StructureOperator` mutation. */ export declare type CreateStructureOperatorPayloadStructureOperatorEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `StructureOwner` mutation. */ export declare type CreateStructureOwnerInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `StructureOwner` to be created by this mutation. */ structureOwner: StructureOwnerInput; }; /** The output of our create `StructureOwner` mutation. */ export declare type CreateStructureOwnerPayload = { __typename?: 'CreateStructureOwnerPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `StructureOwner` that was created by this mutation. */ structureOwner?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Structure` that is related to this `StructureOwner`. */ structure?: Maybe; /** Reads a single `User` that is related to this `StructureOwner`. */ owner?: Maybe; /** An edge for our `StructureOwner`. May be used by Relay 1. */ structureOwnerEdge?: Maybe; }; /** The output of our create `StructureOwner` mutation. */ export declare type CreateStructureOwnerPayloadStructureOwnerEdgeArgs = { orderBy?: Maybe>; }; /** The output of our create `Structure` mutation. */ export declare type CreateStructurePayload = { __typename?: 'CreateStructurePayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `Structure` that was created by this mutation. */ structure?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Location` that is related to this `Structure`. */ location?: Maybe; /** Reads a single `StructureModel` that is related to this `Structure`. */ model?: Maybe; /** Reads a single `Organization` that is related to this `Structure`. */ organization?: Maybe; /** Reads a single `File` that is related to this `Structure`. */ gltf?: Maybe; /** Reads a single `File` that is related to this `Structure`. */ svg?: Maybe; /** Reads a single `File` that is related to this `Structure`. */ overview?: Maybe; /** An edge for our `Structure`. May be used by Relay 1. */ structureEdge?: Maybe; }; /** The output of our create `Structure` mutation. */ export declare type CreateStructurePayloadStructureEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `StructurePlanCloneOf` mutation. */ export declare type CreateStructurePlanCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `StructurePlanCloneOf` to be created by this mutation. */ structurePlanCloneOf: StructurePlanCloneOfInput; }; /** The output of our create `StructurePlanCloneOf` mutation. */ export declare type CreateStructurePlanCloneOfPayload = { __typename?: 'CreateStructurePlanCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `StructurePlanCloneOf` that was created by this mutation. */ structurePlanCloneOf?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `StructurePlan` that is related to this `StructurePlanCloneOf`. */ cloneOf?: Maybe; /** Reads a single `StructurePlan` that is related to this `StructurePlanCloneOf`. */ clone?: Maybe; /** An edge for our `StructurePlanCloneOf`. May be used by Relay 1. */ structurePlanCloneOfEdge?: Maybe; }; /** The output of our create `StructurePlanCloneOf` mutation. */ export declare type CreateStructurePlanCloneOfPayloadStructurePlanCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `StructurePlan` mutation. */ export declare type CreateStructurePlanInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `StructurePlan` to be created by this mutation. */ structurePlan: StructurePlanInput; }; /** The output of our create `StructurePlan` mutation. */ export declare type CreateStructurePlanPayload = { __typename?: 'CreateStructurePlanPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `StructurePlan` that was created by this mutation. */ structurePlan?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `MissionPlan` that is related to this `StructurePlan`. */ missionPlan?: Maybe; /** An edge for our `StructurePlan`. May be used by Relay 1. */ structurePlanEdge?: Maybe; }; /** The output of our create `StructurePlan` mutation. */ export declare type CreateStructurePlanPayloadStructurePlanEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `StructurePlanStructure` mutation. */ export declare type CreateStructurePlanStructureInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `StructurePlanStructure` to be created by this mutation. */ structurePlanStructure: StructurePlanStructureInput; }; /** The output of our create `StructurePlanStructure` mutation. */ export declare type CreateStructurePlanStructurePayload = { __typename?: 'CreateStructurePlanStructurePayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `StructurePlanStructure` that was created by this mutation. */ structurePlanStructure?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Structure` that is related to this `StructurePlanStructure`. */ structure?: Maybe; /** Reads a single `StructurePlan` that is related to this `StructurePlanStructure`. */ missionStructurePlan?: Maybe; /** An edge for our `StructurePlanStructure`. May be used by Relay 1. */ structurePlanStructureEdge?: Maybe; }; /** The output of our create `StructurePlanStructure` mutation. */ export declare type CreateStructurePlanStructurePayloadStructurePlanStructureEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `User` mutation. */ export declare type CreateUserInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `User` to be created by this mutation. */ user: UserInput; }; /** The output of our create `User` mutation. */ export declare type CreateUserPayload = { __typename?: 'CreateUserPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `User` that was created by this mutation. */ user?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `File` that is related to this `User`. */ picture?: Maybe; /** An edge for our `User`. May be used by Relay 1. */ userEdge?: Maybe; }; /** The output of our create `User` mutation. */ export declare type CreateUserPayloadUserEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `ViewAssignment` mutation. */ export declare type CreateViewAssignmentInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `ViewAssignment` to be created by this mutation. */ viewAssignment: ViewAssignmentInput; }; /** The output of our create `ViewAssignment` mutation. */ export declare type CreateViewAssignmentPayload = { __typename?: 'CreateViewAssignmentPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ViewAssignment` that was created by this mutation. */ viewAssignment?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `View` that is related to this `ViewAssignment`. */ view?: Maybe; /** Reads a single `User` that is related to this `ViewAssignment`. */ user?: Maybe; /** An edge for our `ViewAssignment`. May be used by Relay 1. */ viewAssignmentEdge?: Maybe; }; /** The output of our create `ViewAssignment` mutation. */ export declare type CreateViewAssignmentPayloadViewAssignmentEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `ViewChild` mutation. */ export declare type CreateViewChildInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `ViewChild` to be created by this mutation. */ viewChild: ViewChildInput; }; /** The output of our create `ViewChild` mutation. */ export declare type CreateViewChildPayload = { __typename?: 'CreateViewChildPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ViewChild` that was created by this mutation. */ viewChild?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `View` that is related to this `ViewChild`. */ parent?: Maybe; /** Reads a single `View` that is related to this `ViewChild`. */ child?: Maybe; /** An edge for our `ViewChild`. May be used by Relay 1. */ viewChildEdge?: Maybe; }; /** The output of our create `ViewChild` mutation. */ export declare type CreateViewChildPayloadViewChildEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `View` mutation. */ export declare type CreateViewInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `View` to be created by this mutation. */ view: ViewInput; }; /** The output of our create `View` mutation. */ export declare type CreateViewPayload = { __typename?: 'CreateViewPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `View` that was created by this mutation. */ view?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** An edge for our `View`. May be used by Relay 1. */ viewEdge?: Maybe; }; /** The output of our create `View` mutation. */ export declare type CreateViewPayloadViewEdgeArgs = { orderBy?: Maybe>; }; /** All input for the create `ViewToken` mutation. */ export declare type CreateViewTokenInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** The `ViewToken` to be created by this mutation. */ viewToken: ViewTokenInput; }; /** The output of our create `ViewToken` mutation. */ export declare type CreateViewTokenPayload = { __typename?: 'CreateViewTokenPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ViewToken` that was created by this mutation. */ viewToken?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `View` that is related to this `ViewToken`. */ tokenNode?: Maybe; /** An edge for our `ViewToken`. May be used by Relay 1. */ viewTokenEdge?: Maybe; }; /** The output of our create `ViewToken` mutation. */ export declare type CreateViewTokenPayloadViewTokenEdgeArgs = { orderBy?: Maybe>; }; /** A filter to be used against Datetime fields. All fields are combined with a logical ‘and.’ */ export declare type DatetimeFilter = { /** Is null (if `true` is specified) or is not null (if `false` is specified). */ isNull?: Maybe; /** Equal to the specified value. */ equalTo?: Maybe; /** Not equal to the specified value. */ notEqualTo?: Maybe; /** Not equal to the specified value, treating null like an ordinary value. */ distinctFrom?: Maybe; /** Equal to the specified value, treating null like an ordinary value. */ notDistinctFrom?: Maybe; /** Included in the specified list. */ in?: Maybe>; /** Not included in the specified list. */ notIn?: Maybe>; /** Less than the specified value. */ lessThan?: Maybe; /** Less than or equal to the specified value. */ lessThanOrEqualTo?: Maybe; /** Greater than the specified value. */ greaterThan?: Maybe; /** Greater than or equal to the specified value. */ greaterThanOrEqualTo?: Maybe; }; /** All input for the `deleteActivityAssignment` mutation. */ export declare type DeleteActivityAssignmentInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `ActivityAssignment` mutation. */ export declare type DeleteActivityAssignmentPayload = { __typename?: 'DeleteActivityAssignmentPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ActivityAssignment` that was deleted by this mutation. */ activityAssignment?: Maybe; deletedActivityAssignmentNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Mission` that is related to this `ActivityAssignment`. */ mission?: Maybe; /** Reads a single `Organization` that is related to this `ActivityAssignment`. */ organization?: Maybe; /** Reads a single `User` that is related to this `ActivityAssignment`. */ user?: Maybe; /** An edge for our `ActivityAssignment`. May be used by Relay 1. */ activityAssignmentEdge?: Maybe; }; /** The output of our delete `ActivityAssignment` mutation. */ export declare type DeleteActivityAssignmentPayloadActivityAssignmentEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteAnomalyClassification` mutation. */ export declare type DeleteAnomalyClassificationInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; a: Scalars['String']; b: Scalars['String']; }; /** The output of our delete `AnomalyClassification` mutation. */ export declare type DeleteAnomalyClassificationPayload = { __typename?: 'DeleteAnomalyClassificationPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `AnomalyClassification` that was deleted by this mutation. */ anomalyClassification?: Maybe; deletedAnomalyClassificationNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Anomaly` that is related to this `AnomalyClassification`. */ anomaly?: Maybe; /** Reads a single `Classification` that is related to this `AnomalyClassification`. */ classification?: Maybe; /** An edge for our `AnomalyClassification`. May be used by Relay 1. */ anomalyClassificationEdge?: Maybe; }; /** The output of our delete `AnomalyClassification` mutation. */ export declare type DeleteAnomalyClassificationPayloadAnomalyClassificationEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteAnomalyCloneOf` mutation. */ export declare type DeleteAnomalyCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; a: Scalars['String']; }; /** The output of our delete `AnomalyCloneOf` mutation. */ export declare type DeleteAnomalyCloneOfPayload = { __typename?: 'DeleteAnomalyCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `AnomalyCloneOf` that was deleted by this mutation. */ anomalyCloneOf?: Maybe; deletedAnomalyCloneOfNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Anomaly` that is related to this `AnomalyCloneOf`. */ cloneOf?: Maybe; /** Reads a single `Anomaly` that is related to this `AnomalyCloneOf`. */ clone?: Maybe; /** An edge for our `AnomalyCloneOf`. May be used by Relay 1. */ anomalyCloneOfEdge?: Maybe; }; /** The output of our delete `AnomalyCloneOf` mutation. */ export declare type DeleteAnomalyCloneOfPayloadAnomalyCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteAnomaly` mutation. */ export declare type DeleteAnomalyInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** All input for the `deleteAnomalyLevelMappingCloneOf` mutation. */ export declare type DeleteAnomalyLevelMappingCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; a: Scalars['String']; }; /** The output of our delete `AnomalyLevelMappingCloneOf` mutation. */ export declare type DeleteAnomalyLevelMappingCloneOfPayload = { __typename?: 'DeleteAnomalyLevelMappingCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `AnomalyLevelMappingCloneOf` that was deleted by this mutation. */ anomalyLevelMappingCloneOf?: Maybe; deletedAnomalyLevelMappingCloneOfNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `AnomalyLevelMapping` that is related to this `AnomalyLevelMappingCloneOf`. */ cloneOf?: Maybe; /** Reads a single `AnomalyLevelMapping` that is related to this `AnomalyLevelMappingCloneOf`. */ clone?: Maybe; /** An edge for our `AnomalyLevelMappingCloneOf`. May be used by Relay 1. */ anomalyLevelMappingCloneOfEdge?: Maybe; }; /** The output of our delete `AnomalyLevelMappingCloneOf` mutation. */ export declare type DeleteAnomalyLevelMappingCloneOfPayloadAnomalyLevelMappingCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteAnomalyLevelMapping` mutation. */ export declare type DeleteAnomalyLevelMappingInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `AnomalyLevelMapping` mutation. */ export declare type DeleteAnomalyLevelMappingPayload = { __typename?: 'DeleteAnomalyLevelMappingPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `AnomalyLevelMapping` that was deleted by this mutation. */ anomalyLevelMapping?: Maybe; deletedAnomalyLevelMappingNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** An edge for our `AnomalyLevelMapping`. May be used by Relay 1. */ anomalyLevelMappingEdge?: Maybe; }; /** The output of our delete `AnomalyLevelMapping` mutation. */ export declare type DeleteAnomalyLevelMappingPayloadAnomalyLevelMappingEdgeArgs = { orderBy?: Maybe>; }; /** The output of our delete `Anomaly` mutation. */ export declare type DeleteAnomalyPayload = { __typename?: 'DeleteAnomalyPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `Anomaly` that was deleted by this mutation. */ anomaly?: Maybe; deletedAnomalyNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `AnomalyType` that is related to this `Anomaly`. */ type?: Maybe; /** Reads a single `Location` that is related to this `Anomaly`. */ location?: Maybe; /** Reads a single `Structure` that is related to this `Anomaly`. */ structure?: Maybe; /** Reads a single `User` that is related to this `Anomaly`. */ author?: Maybe; /** Reads a single `File` that is related to this `Anomaly`. */ gltf?: Maybe; /** An edge for our `Anomaly`. May be used by Relay 1. */ anomalyEdge?: Maybe; }; /** The output of our delete `Anomaly` mutation. */ export declare type DeleteAnomalyPayloadAnomalyEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteAnomalySegmentation` mutation. */ export declare type DeleteAnomalySegmentationInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; a: Scalars['String']; b: Scalars['String']; }; /** The output of our delete `AnomalySegmentation` mutation. */ export declare type DeleteAnomalySegmentationPayload = { __typename?: 'DeleteAnomalySegmentationPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `AnomalySegmentation` that was deleted by this mutation. */ anomalySegmentation?: Maybe; deletedAnomalySegmentationNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Anomaly` that is related to this `AnomalySegmentation`. */ anomaly?: Maybe; /** Reads a single `Segmentation` that is related to this `AnomalySegmentation`. */ segmentation?: Maybe; /** An edge for our `AnomalySegmentation`. May be used by Relay 1. */ anomalySegmentationEdge?: Maybe; }; /** The output of our delete `AnomalySegmentation` mutation. */ export declare type DeleteAnomalySegmentationPayloadAnomalySegmentationEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteAnomalyTypeCloneOf` mutation. */ export declare type DeleteAnomalyTypeCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; a: Scalars['String']; }; /** The output of our delete `AnomalyTypeCloneOf` mutation. */ export declare type DeleteAnomalyTypeCloneOfPayload = { __typename?: 'DeleteAnomalyTypeCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `AnomalyTypeCloneOf` that was deleted by this mutation. */ anomalyTypeCloneOf?: Maybe; deletedAnomalyTypeCloneOfNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `AnomalyType` that is related to this `AnomalyTypeCloneOf`. */ cloneOf?: Maybe; /** Reads a single `AnomalyType` that is related to this `AnomalyTypeCloneOf`. */ clone?: Maybe; /** An edge for our `AnomalyTypeCloneOf`. May be used by Relay 1. */ anomalyTypeCloneOfEdge?: Maybe; }; /** The output of our delete `AnomalyTypeCloneOf` mutation. */ export declare type DeleteAnomalyTypeCloneOfPayloadAnomalyTypeCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteAnomalyType` mutation. */ export declare type DeleteAnomalyTypeInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** All input for the `deleteAnomalyTypeLevelMapping` mutation. */ export declare type DeleteAnomalyTypeLevelMappingInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; a: Scalars['String']; b: Scalars['String']; }; /** The output of our delete `AnomalyTypeLevelMapping` mutation. */ export declare type DeleteAnomalyTypeLevelMappingPayload = { __typename?: 'DeleteAnomalyTypeLevelMappingPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `AnomalyTypeLevelMapping` that was deleted by this mutation. */ anomalyTypeLevelMapping?: Maybe; deletedAnomalyTypeLevelMappingNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `AnomalyLevelMapping` that is related to this `AnomalyTypeLevelMapping`. */ levelMapping?: Maybe; /** Reads a single `AnomalyType` that is related to this `AnomalyTypeLevelMapping`. */ anomalyType?: Maybe; /** An edge for our `AnomalyTypeLevelMapping`. May be used by Relay 1. */ anomalyTypeLevelMappingEdge?: Maybe; }; /** The output of our delete `AnomalyTypeLevelMapping` mutation. */ export declare type DeleteAnomalyTypeLevelMappingPayloadAnomalyTypeLevelMappingEdgeArgs = { orderBy?: Maybe>; }; /** The output of our delete `AnomalyType` mutation. */ export declare type DeleteAnomalyTypePayload = { __typename?: 'DeleteAnomalyTypePayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `AnomalyType` that was deleted by this mutation. */ anomalyType?: Maybe; deletedAnomalyTypeNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** An edge for our `AnomalyType`. May be used by Relay 1. */ anomalyTypeEdge?: Maybe; }; /** The output of our delete `AnomalyType` mutation. */ export declare type DeleteAnomalyTypePayloadAnomalyTypeEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteArtifactCloneOf` mutation. */ export declare type DeleteArtifactCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; a: Scalars['String']; }; /** The output of our delete `ArtifactCloneOf` mutation. */ export declare type DeleteArtifactCloneOfPayload = { __typename?: 'DeleteArtifactCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ArtifactCloneOf` that was deleted by this mutation. */ artifactCloneOf?: Maybe; deletedArtifactCloneOfNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Artifact` that is related to this `ArtifactCloneOf`. */ cloneOf?: Maybe; /** Reads a single `Artifact` that is related to this `ArtifactCloneOf`. */ clone?: Maybe; /** An edge for our `ArtifactCloneOf`. May be used by Relay 1. */ artifactCloneOfEdge?: Maybe; }; /** The output of our delete `ArtifactCloneOf` mutation. */ export declare type DeleteArtifactCloneOfPayloadArtifactCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteArtifact` mutation. */ export declare type DeleteArtifactInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `Artifact` mutation. */ export declare type DeleteArtifactPayload = { __typename?: 'DeleteArtifactPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `Artifact` that was deleted by this mutation. */ artifact?: Maybe; deletedArtifactNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `File` that is related to this `Artifact`. */ file?: Maybe; /** Reads a single `Location` that is related to this `Artifact`. */ location?: Maybe; /** Reads a single `Mission` that is related to this `Artifact`. */ mission?: Maybe; /** Reads a single `MissionPlan` that is related to this `Artifact`. */ plan?: Maybe; /** Reads a single `MissionExecution` that is related to this `Artifact`. */ missionExecution?: Maybe; /** An edge for our `Artifact`. May be used by Relay 1. */ artifactEdge?: Maybe; }; /** The output of our delete `Artifact` mutation. */ export declare type DeleteArtifactPayloadArtifactEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteClassificationCloneOf` mutation. */ export declare type DeleteClassificationCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; a: Scalars['String']; }; /** The output of our delete `ClassificationCloneOf` mutation. */ export declare type DeleteClassificationCloneOfPayload = { __typename?: 'DeleteClassificationCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ClassificationCloneOf` that was deleted by this mutation. */ classificationCloneOf?: Maybe; deletedClassificationCloneOfNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Classification` that is related to this `ClassificationCloneOf`. */ cloneOf?: Maybe; /** Reads a single `Classification` that is related to this `ClassificationCloneOf`. */ clone?: Maybe; /** An edge for our `ClassificationCloneOf`. May be used by Relay 1. */ classificationCloneOfEdge?: Maybe; }; /** The output of our delete `ClassificationCloneOf` mutation. */ export declare type DeleteClassificationCloneOfPayloadClassificationCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteClassification` mutation. */ export declare type DeleteClassificationInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `Classification` mutation. */ export declare type DeleteClassificationPayload = { __typename?: 'DeleteClassificationPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `Classification` that was deleted by this mutation. */ classification?: Maybe; deletedClassificationNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `User` that is related to this `Classification`. */ author?: Maybe; /** Reads a single `AnomalyType` that is related to this `Classification`. */ type?: Maybe; /** Reads a single `Image` that is related to this `Classification`. */ image?: Maybe; /** Reads a single `MissionExecution` that is related to this `Classification`. */ mission?: Maybe; /** An edge for our `Classification`. May be used by Relay 1. */ classificationEdge?: Maybe; }; /** The output of our delete `Classification` mutation. */ export declare type DeleteClassificationPayloadClassificationEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteCommentCloneOf` mutation. */ export declare type DeleteCommentCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; a: Scalars['String']; }; /** The output of our delete `CommentCloneOf` mutation. */ export declare type DeleteCommentCloneOfPayload = { __typename?: 'DeleteCommentCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `CommentCloneOf` that was deleted by this mutation. */ commentCloneOf?: Maybe; deletedCommentCloneOfNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Comment` that is related to this `CommentCloneOf`. */ cloneOf?: Maybe; /** Reads a single `Comment` that is related to this `CommentCloneOf`. */ clone?: Maybe; /** An edge for our `CommentCloneOf`. May be used by Relay 1. */ commentCloneOfEdge?: Maybe; }; /** The output of our delete `CommentCloneOf` mutation. */ export declare type DeleteCommentCloneOfPayloadCommentCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteComment` mutation. */ export declare type DeleteCommentInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `Comment` mutation. */ export declare type DeleteCommentPayload = { __typename?: 'DeleteCommentPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `Comment` that was deleted by this mutation. */ comment?: Maybe; deletedCommentNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `User` that is related to this `Comment`. */ author?: Maybe; /** Reads a single `Comment` that is related to this `Comment`. */ aboutComment?: Maybe; /** Reads a single `Artifact` that is related to this `Comment`. */ aboutArtifact?: Maybe; /** Reads a single `Mission` that is related to this `Comment`. */ aboutMission?: Maybe; /** Reads a single `Structure` that is related to this `Comment`. */ aboutStructure?: Maybe; /** Reads a single `Anomaly` that is related to this `Comment`. */ aboutAnomaly?: Maybe; /** Reads a single `Classification` that is related to this `Comment`. */ aboutClassification?: Maybe; /** Reads a single `Detection` that is related to this `Comment`. */ aboutDetection?: Maybe; /** Reads a single `Segmentation` that is related to this `Comment`. */ aboutSegmentation?: Maybe; /** Reads a single `Image` that is related to this `Comment`. */ aboutImage?: Maybe; /** An edge for our `Comment`. May be used by Relay 1. */ commentEdge?: Maybe; }; /** The output of our delete `Comment` mutation. */ export declare type DeleteCommentPayloadCommentEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteDetectionCloneOf` mutation. */ export declare type DeleteDetectionCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; a: Scalars['String']; }; /** The output of our delete `DetectionCloneOf` mutation. */ export declare type DeleteDetectionCloneOfPayload = { __typename?: 'DeleteDetectionCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `DetectionCloneOf` that was deleted by this mutation. */ detectionCloneOf?: Maybe; deletedDetectionCloneOfNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Detection` that is related to this `DetectionCloneOf`. */ cloneOf?: Maybe; /** Reads a single `Detection` that is related to this `DetectionCloneOf`. */ clone?: Maybe; /** An edge for our `DetectionCloneOf`. May be used by Relay 1. */ detectionCloneOfEdge?: Maybe; }; /** The output of our delete `DetectionCloneOf` mutation. */ export declare type DeleteDetectionCloneOfPayloadDetectionCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteDetection` mutation. */ export declare type DeleteDetectionInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `Detection` mutation. */ export declare type DeleteDetectionPayload = { __typename?: 'DeleteDetectionPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `Detection` that was deleted by this mutation. */ detection?: Maybe; deletedDetectionNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `User` that is related to this `Detection`. */ author?: Maybe; /** Reads a single `AnomalyType` that is related to this `Detection`. */ type?: Maybe; /** Reads a single `Anomaly` that is related to this `Detection`. */ anomaly?: Maybe; /** Reads a single `Image` that is related to this `Detection`. */ image?: Maybe; /** Reads a single `Segmentation` that is related to this `Detection`. */ segmentation?: Maybe; /** Reads a single `MissionExecution` that is related to this `Detection`. */ mission?: Maybe; /** Reads a single `Structure` that is related to this `Detection`. */ structure?: Maybe; /** An edge for our `Detection`. May be used by Relay 1. */ detectionEdge?: Maybe; }; /** The output of our delete `Detection` mutation. */ export declare type DeleteDetectionPayloadDetectionEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteEventExecutionsCreated` mutation. */ export declare type DeleteEventExecutionsCreatedInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `EventExecutionsCreated` mutation. */ export declare type DeleteEventExecutionsCreatedPayload = { __typename?: 'DeleteEventExecutionsCreatedPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `EventExecutionsCreated` that was deleted by this mutation. */ eventExecutionsCreated?: Maybe; deletedEventExecutionsCreatedNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `EventExecutionsCreated`. */ executionCreated?: Maybe; /** Reads a single `Event` that is related to this `EventExecutionsCreated`. */ createdByEvent?: Maybe; /** An edge for our `EventExecutionsCreated`. May be used by Relay 1. */ eventExecutionsCreatedEdge?: Maybe; }; /** The output of our delete `EventExecutionsCreated` mutation. */ export declare type DeleteEventExecutionsCreatedPayloadEventExecutionsCreatedEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteEventExecutionsRead` mutation. */ export declare type DeleteEventExecutionsReadInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `EventExecutionsRead` mutation. */ export declare type DeleteEventExecutionsReadPayload = { __typename?: 'DeleteEventExecutionsReadPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `EventExecutionsRead` that was deleted by this mutation. */ eventExecutionsRead?: Maybe; deletedEventExecutionsReadNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `EventExecutionsRead`. */ executionRead?: Maybe; /** Reads a single `Event` that is related to this `EventExecutionsRead`. */ readByEvent?: Maybe; /** An edge for our `EventExecutionsRead`. May be used by Relay 1. */ eventExecutionsReadEdge?: Maybe; }; /** The output of our delete `EventExecutionsRead` mutation. */ export declare type DeleteEventExecutionsReadPayloadEventExecutionsReadEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteEventExecutionsUpdated` mutation. */ export declare type DeleteEventExecutionsUpdatedInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `EventExecutionsUpdated` mutation. */ export declare type DeleteEventExecutionsUpdatedPayload = { __typename?: 'DeleteEventExecutionsUpdatedPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `EventExecutionsUpdated` that was deleted by this mutation. */ eventExecutionsUpdated?: Maybe; deletedEventExecutionsUpdatedNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `EventExecutionsUpdated`. */ executionUpdated?: Maybe; /** Reads a single `Event` that is related to this `EventExecutionsUpdated`. */ updatedByEvent?: Maybe; /** An edge for our `EventExecutionsUpdated`. May be used by Relay 1. */ eventExecutionsUpdatedEdge?: Maybe; }; /** The output of our delete `EventExecutionsUpdated` mutation. */ export declare type DeleteEventExecutionsUpdatedPayloadEventExecutionsUpdatedEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteEvent` mutation. */ export declare type DeleteEventInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `Event` mutation. */ export declare type DeleteEventPayload = { __typename?: 'DeleteEventPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `Event` that was deleted by this mutation. */ event?: Maybe; deletedEventNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Event` that is related to this `Event`. */ eventByClones?: Maybe; /** An edge for our `Event`. May be used by Relay 1. */ eventEdge?: Maybe; }; /** The output of our delete `Event` mutation. */ export declare type DeleteEventPayloadEventEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteEventPlansCreated` mutation. */ export declare type DeleteEventPlansCreatedInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `EventPlansCreated` mutation. */ export declare type DeleteEventPlansCreatedPayload = { __typename?: 'DeleteEventPlansCreatedPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `EventPlansCreated` that was deleted by this mutation. */ eventPlansCreated?: Maybe; deletedEventPlansCreatedNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `EventPlansCreated`. */ planCreated?: Maybe; /** Reads a single `Event` that is related to this `EventPlansCreated`. */ createdByEvent?: Maybe; /** An edge for our `EventPlansCreated`. May be used by Relay 1. */ eventPlansCreatedEdge?: Maybe; }; /** The output of our delete `EventPlansCreated` mutation. */ export declare type DeleteEventPlansCreatedPayloadEventPlansCreatedEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteEventPlansRead` mutation. */ export declare type DeleteEventPlansReadInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `EventPlansRead` mutation. */ export declare type DeleteEventPlansReadPayload = { __typename?: 'DeleteEventPlansReadPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `EventPlansRead` that was deleted by this mutation. */ eventPlansRead?: Maybe; deletedEventPlansReadNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `EventPlansRead`. */ planRead?: Maybe; /** Reads a single `Event` that is related to this `EventPlansRead`. */ readByEvent?: Maybe; /** An edge for our `EventPlansRead`. May be used by Relay 1. */ eventPlansReadEdge?: Maybe; }; /** The output of our delete `EventPlansRead` mutation. */ export declare type DeleteEventPlansReadPayloadEventPlansReadEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteEventPlansUpdated` mutation. */ export declare type DeleteEventPlansUpdatedInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `EventPlansUpdated` mutation. */ export declare type DeleteEventPlansUpdatedPayload = { __typename?: 'DeleteEventPlansUpdatedPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `EventPlansUpdated` that was deleted by this mutation. */ eventPlansUpdated?: Maybe; deletedEventPlansUpdatedNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `EventPlansUpdated`. */ planUpdated?: Maybe; /** Reads a single `Event` that is related to this `EventPlansUpdated`. */ updatedByEvent?: Maybe; /** An edge for our `EventPlansUpdated`. May be used by Relay 1. */ eventPlansUpdatedEdge?: Maybe; }; /** The output of our delete `EventPlansUpdated` mutation. */ export declare type DeleteEventPlansUpdatedPayloadEventPlansUpdatedEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteExecutionAnomaly` mutation. */ export declare type DeleteExecutionAnomalyInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `ExecutionAnomaly` mutation. */ export declare type DeleteExecutionAnomalyPayload = { __typename?: 'DeleteExecutionAnomalyPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ExecutionAnomaly` that was deleted by this mutation. */ executionAnomaly?: Maybe; deletedExecutionAnomalyNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionAnomaly`. */ execution?: Maybe; /** Reads a single `Anomaly` that is related to this `ExecutionAnomaly`. */ anomaly?: Maybe; /** An edge for our `ExecutionAnomaly`. May be used by Relay 1. */ executionAnomalyEdge?: Maybe; }; /** The output of our delete `ExecutionAnomaly` mutation. */ export declare type DeleteExecutionAnomalyPayloadExecutionAnomalyEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteExecutionArtifact` mutation. */ export declare type DeleteExecutionArtifactInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `ExecutionArtifact` mutation. */ export declare type DeleteExecutionArtifactPayload = { __typename?: 'DeleteExecutionArtifactPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ExecutionArtifact` that was deleted by this mutation. */ executionArtifact?: Maybe; deletedExecutionArtifactNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionArtifact`. */ execution?: Maybe; /** Reads a single `Artifact` that is related to this `ExecutionArtifact`. */ artifact?: Maybe; /** An edge for our `ExecutionArtifact`. May be used by Relay 1. */ executionArtifactEdge?: Maybe; }; /** The output of our delete `ExecutionArtifact` mutation. */ export declare type DeleteExecutionArtifactPayloadExecutionArtifactEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteExecutionChild` mutation. */ export declare type DeleteExecutionChildInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `ExecutionChild` mutation. */ export declare type DeleteExecutionChildPayload = { __typename?: 'DeleteExecutionChildPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ExecutionChild` that was deleted by this mutation. */ executionChild?: Maybe; deletedExecutionChildNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionChild`. */ parentExecution?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionChild`. */ childExecution?: Maybe; /** An edge for our `ExecutionChild`. May be used by Relay 1. */ executionChildEdge?: Maybe; }; /** The output of our delete `ExecutionChild` mutation. */ export declare type DeleteExecutionChildPayloadExecutionChildEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteExecutionComment` mutation. */ export declare type DeleteExecutionCommentInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `ExecutionComment` mutation. */ export declare type DeleteExecutionCommentPayload = { __typename?: 'DeleteExecutionCommentPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ExecutionComment` that was deleted by this mutation. */ executionComment?: Maybe; deletedExecutionCommentNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionComment`. */ execution?: Maybe; /** Reads a single `Comment` that is related to this `ExecutionComment`. */ comment?: Maybe; /** An edge for our `ExecutionComment`. May be used by Relay 1. */ executionCommentEdge?: Maybe; }; /** The output of our delete `ExecutionComment` mutation. */ export declare type DeleteExecutionCommentPayloadExecutionCommentEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteExecutionCreatorPlanCreated` mutation. */ export declare type DeleteExecutionCreatorPlanCreatedInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `ExecutionCreatorPlanCreated` mutation. */ export declare type DeleteExecutionCreatorPlanCreatedPayload = { __typename?: 'DeleteExecutionCreatorPlanCreatedPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ExecutionCreatorPlanCreated` that was deleted by this mutation. */ executionCreatorPlanCreated?: Maybe; deletedExecutionCreatorPlanCreatedNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionCreatorPlanCreated`. */ creatorExecution?: Maybe; /** Reads a single `Plan` that is related to this `ExecutionCreatorPlanCreated`. */ createdPlan?: Maybe; /** An edge for our `ExecutionCreatorPlanCreated`. May be used by Relay 1. */ executionCreatorPlanCreatedEdge?: Maybe; }; /** The output of our delete `ExecutionCreatorPlanCreated` mutation. */ export declare type DeleteExecutionCreatorPlanCreatedPayloadExecutionCreatorPlanCreatedEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteExecutionDetection` mutation. */ export declare type DeleteExecutionDetectionInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `ExecutionDetection` mutation. */ export declare type DeleteExecutionDetectionPayload = { __typename?: 'DeleteExecutionDetectionPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ExecutionDetection` that was deleted by this mutation. */ executionDetection?: Maybe; deletedExecutionDetectionNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionDetection`. */ execution?: Maybe; /** Reads a single `Detection` that is related to this `ExecutionDetection`. */ detection?: Maybe; /** An edge for our `ExecutionDetection`. May be used by Relay 1. */ executionDetectionEdge?: Maybe; }; /** The output of our delete `ExecutionDetection` mutation. */ export declare type DeleteExecutionDetectionPayloadExecutionDetectionEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteExecutionFollower` mutation. */ export declare type DeleteExecutionFollowerInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `ExecutionFollower` mutation. */ export declare type DeleteExecutionFollowerPayload = { __typename?: 'DeleteExecutionFollowerPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ExecutionFollower` that was deleted by this mutation. */ executionFollower?: Maybe; deletedExecutionFollowerNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionFollower`. */ followerExecution?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionFollower`. */ baseExecution?: Maybe; /** An edge for our `ExecutionFollower`. May be used by Relay 1. */ executionFollowerEdge?: Maybe; }; /** The output of our delete `ExecutionFollower` mutation. */ export declare type DeleteExecutionFollowerPayloadExecutionFollowerEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteExecutionImage` mutation. */ export declare type DeleteExecutionImageInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `ExecutionImage` mutation. */ export declare type DeleteExecutionImagePayload = { __typename?: 'DeleteExecutionImagePayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ExecutionImage` that was deleted by this mutation. */ executionImage?: Maybe; deletedExecutionImageNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionImage`. */ execution?: Maybe; /** Reads a single `Image` that is related to this `ExecutionImage`. */ image?: Maybe; /** An edge for our `ExecutionImage`. May be used by Relay 1. */ executionImageEdge?: Maybe; }; /** The output of our delete `ExecutionImage` mutation. */ export declare type DeleteExecutionImagePayloadExecutionImageEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteExecution` mutation. */ export declare type DeleteExecutionInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** All input for the `deleteExecutionLocation` mutation. */ export declare type DeleteExecutionLocationInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `ExecutionLocation` mutation. */ export declare type DeleteExecutionLocationPayload = { __typename?: 'DeleteExecutionLocationPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ExecutionLocation` that was deleted by this mutation. */ executionLocation?: Maybe; deletedExecutionLocationNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionLocation`. */ execution?: Maybe; /** Reads a single `Location` that is related to this `ExecutionLocation`. */ location?: Maybe; /** An edge for our `ExecutionLocation`. May be used by Relay 1. */ executionLocationEdge?: Maybe; }; /** The output of our delete `ExecutionLocation` mutation. */ export declare type DeleteExecutionLocationPayloadExecutionLocationEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteExecutionOrganization` mutation. */ export declare type DeleteExecutionOrganizationInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `ExecutionOrganization` mutation. */ export declare type DeleteExecutionOrganizationPayload = { __typename?: 'DeleteExecutionOrganizationPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ExecutionOrganization` that was deleted by this mutation. */ executionOrganization?: Maybe; deletedExecutionOrganizationNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionOrganization`. */ execution?: Maybe; /** Reads a single `Organization` that is related to this `ExecutionOrganization`. */ organization?: Maybe; /** An edge for our `ExecutionOrganization`. May be used by Relay 1. */ executionOrganizationEdge?: Maybe; }; /** The output of our delete `ExecutionOrganization` mutation. */ export declare type DeleteExecutionOrganizationPayloadExecutionOrganizationEdgeArgs = { orderBy?: Maybe>; }; /** The output of our delete `Execution` mutation. */ export declare type DeleteExecutionPayload = { __typename?: 'DeleteExecutionPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `Execution` that was deleted by this mutation. */ execution?: Maybe; deletedExecutionNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `Execution`. */ executionByClones?: Maybe; /** An edge for our `Execution`. May be used by Relay 1. */ executionEdge?: Maybe; }; /** The output of our delete `Execution` mutation. */ export declare type DeleteExecutionPayloadExecutionEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteExecutionStructure` mutation. */ export declare type DeleteExecutionStructureInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `ExecutionStructure` mutation. */ export declare type DeleteExecutionStructurePayload = { __typename?: 'DeleteExecutionStructurePayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ExecutionStructure` that was deleted by this mutation. */ executionStructure?: Maybe; deletedExecutionStructureNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionStructure`. */ execution?: Maybe; /** Reads a single `Structure` that is related to this `ExecutionStructure`. */ structure?: Maybe; /** An edge for our `ExecutionStructure`. May be used by Relay 1. */ executionStructureEdge?: Maybe; }; /** The output of our delete `ExecutionStructure` mutation. */ export declare type DeleteExecutionStructurePayloadExecutionStructureEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteExecutionUser` mutation. */ export declare type DeleteExecutionUserInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `ExecutionUser` mutation. */ export declare type DeleteExecutionUserPayload = { __typename?: 'DeleteExecutionUserPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ExecutionUser` that was deleted by this mutation. */ executionUser?: Maybe; deletedExecutionUserNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionUser`. */ execution?: Maybe; /** Reads a single `User` that is related to this `ExecutionUser`. */ user?: Maybe; /** An edge for our `ExecutionUser`. May be used by Relay 1. */ executionUserEdge?: Maybe; }; /** The output of our delete `ExecutionUser` mutation. */ export declare type DeleteExecutionUserPayloadExecutionUserEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteFile` mutation. */ export declare type DeleteFileInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `File` mutation. */ export declare type DeleteFilePayload = { __typename?: 'DeleteFilePayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `File` that was deleted by this mutation. */ file?: Maybe; deletedFileNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** An edge for our `File`. May be used by Relay 1. */ fileEdge?: Maybe; }; /** The output of our delete `File` mutation. */ export declare type DeleteFilePayloadFileEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteImageCloneOf` mutation. */ export declare type DeleteImageCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; a: Scalars['String']; }; /** The output of our delete `ImageCloneOf` mutation. */ export declare type DeleteImageCloneOfPayload = { __typename?: 'DeleteImageCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ImageCloneOf` that was deleted by this mutation. */ imageCloneOf?: Maybe; deletedImageCloneOfNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Image` that is related to this `ImageCloneOf`. */ cloneOf?: Maybe; /** Reads a single `Image` that is related to this `ImageCloneOf`. */ clone?: Maybe; /** An edge for our `ImageCloneOf`. May be used by Relay 1. */ imageCloneOfEdge?: Maybe; }; /** The output of our delete `ImageCloneOf` mutation. */ export declare type DeleteImageCloneOfPayloadImageCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteImageCorrectionCloneOf` mutation. */ export declare type DeleteImageCorrectionCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; a: Scalars['String']; b: Scalars['String']; }; /** The output of our delete `ImageCorrectionCloneOf` mutation. */ export declare type DeleteImageCorrectionCloneOfPayload = { __typename?: 'DeleteImageCorrectionCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ImageCorrectionCloneOf` that was deleted by this mutation. */ imageCorrectionCloneOf?: Maybe; deletedImageCorrectionCloneOfNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `ImageCorrection` that is related to this `ImageCorrectionCloneOf`. */ cloneOf?: Maybe; /** Reads a single `ImageCorrection` that is related to this `ImageCorrectionCloneOf`. */ clone?: Maybe; /** An edge for our `ImageCorrectionCloneOf`. May be used by Relay 1. */ imageCorrectionCloneOfEdge?: Maybe; }; /** The output of our delete `ImageCorrectionCloneOf` mutation. */ export declare type DeleteImageCorrectionCloneOfPayloadImageCorrectionCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteImageCorrection` mutation. */ export declare type DeleteImageCorrectionInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `ImageCorrection` mutation. */ export declare type DeleteImageCorrectionPayload = { __typename?: 'DeleteImageCorrectionPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ImageCorrection` that was deleted by this mutation. */ imageCorrection?: Maybe; deletedImageCorrectionNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** An edge for our `ImageCorrection`. May be used by Relay 1. */ imageCorrectionEdge?: Maybe; }; /** The output of our delete `ImageCorrection` mutation. */ export declare type DeleteImageCorrectionPayloadImageCorrectionEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteImage` mutation. */ export declare type DeleteImageInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `Image` mutation. */ export declare type DeleteImagePayload = { __typename?: 'DeleteImagePayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `Image` that was deleted by this mutation. */ image?: Maybe; deletedImageNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `File` that is related to this `Image`. */ file?: Maybe; /** Reads a single `MissionExecution` that is related to this `Image`. */ mission?: Maybe; /** Reads a single `Location` that is related to this `Image`. */ location?: Maybe; /** Reads a single `ImageCorrection` that is related to this `Image`. */ correction?: Maybe; /** An edge for our `Image`. May be used by Relay 1. */ imageEdge?: Maybe; }; /** The output of our delete `Image` mutation. */ export declare type DeleteImagePayloadImageEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteLocationCloneOf` mutation. */ export declare type DeleteLocationCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; a: Scalars['String']; }; /** The output of our delete `LocationCloneOf` mutation. */ export declare type DeleteLocationCloneOfPayload = { __typename?: 'DeleteLocationCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `LocationCloneOf` that was deleted by this mutation. */ locationCloneOf?: Maybe; deletedLocationCloneOfNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Location` that is related to this `LocationCloneOf`. */ cloneOf?: Maybe; /** Reads a single `Location` that is related to this `LocationCloneOf`. */ clone?: Maybe; /** An edge for our `LocationCloneOf`. May be used by Relay 1. */ locationCloneOfEdge?: Maybe; }; /** The output of our delete `LocationCloneOf` mutation. */ export declare type DeleteLocationCloneOfPayloadLocationCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteLocation` mutation. */ export declare type DeleteLocationInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `Location` mutation. */ export declare type DeleteLocationPayload = { __typename?: 'DeleteLocationPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `Location` that was deleted by this mutation. */ location?: Maybe; deletedLocationNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** An edge for our `Location`. May be used by Relay 1. */ locationEdge?: Maybe; }; /** The output of our delete `Location` mutation. */ export declare type DeleteLocationPayloadLocationEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteMissionAnomaly` mutation. */ export declare type DeleteMissionAnomalyInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; a: Scalars['String']; b: Scalars['String']; }; /** The output of our delete `MissionAnomaly` mutation. */ export declare type DeleteMissionAnomalyPayload = { __typename?: 'DeleteMissionAnomalyPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `MissionAnomaly` that was deleted by this mutation. */ missionAnomaly?: Maybe; deletedMissionAnomalyNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Anomaly` that is related to this `MissionAnomaly`. */ anomaly?: Maybe; /** Reads a single `MissionExecution` that is related to this `MissionAnomaly`. */ mission?: Maybe; /** An edge for our `MissionAnomaly`. May be used by Relay 1. */ missionAnomalyEdge?: Maybe; }; /** The output of our delete `MissionAnomaly` mutation. */ export declare type DeleteMissionAnomalyPayloadMissionAnomalyEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteMissionCloneOf` mutation. */ export declare type DeleteMissionCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; a: Scalars['String']; }; /** The output of our delete `MissionCloneOf` mutation. */ export declare type DeleteMissionCloneOfPayload = { __typename?: 'DeleteMissionCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `MissionCloneOf` that was deleted by this mutation. */ missionCloneOf?: Maybe; deletedMissionCloneOfNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Mission` that is related to this `MissionCloneOf`. */ cloneOf?: Maybe; /** Reads a single `Mission` that is related to this `MissionCloneOf`. */ clone?: Maybe; /** An edge for our `MissionCloneOf`. May be used by Relay 1. */ missionCloneOfEdge?: Maybe; }; /** The output of our delete `MissionCloneOf` mutation. */ export declare type DeleteMissionCloneOfPayloadMissionCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteMissionExecutionCloneOf` mutation. */ export declare type DeleteMissionExecutionCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; a: Scalars['String']; }; /** The output of our delete `MissionExecutionCloneOf` mutation. */ export declare type DeleteMissionExecutionCloneOfPayload = { __typename?: 'DeleteMissionExecutionCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `MissionExecutionCloneOf` that was deleted by this mutation. */ missionExecutionCloneOf?: Maybe; deletedMissionExecutionCloneOfNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `MissionExecution` that is related to this `MissionExecutionCloneOf`. */ cloneOf?: Maybe; /** Reads a single `MissionExecution` that is related to this `MissionExecutionCloneOf`. */ clone?: Maybe; /** An edge for our `MissionExecutionCloneOf`. May be used by Relay 1. */ missionExecutionCloneOfEdge?: Maybe; }; /** The output of our delete `MissionExecutionCloneOf` mutation. */ export declare type DeleteMissionExecutionCloneOfPayloadMissionExecutionCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteMissionExecution` mutation. */ export declare type DeleteMissionExecutionInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `MissionExecution` mutation. */ export declare type DeleteMissionExecutionPayload = { __typename?: 'DeleteMissionExecutionPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `MissionExecution` that was deleted by this mutation. */ missionExecution?: Maybe; deletedMissionExecutionNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Mission` that is related to this `MissionExecution`. */ mission?: Maybe; /** An edge for our `MissionExecution`. May be used by Relay 1. */ missionExecutionEdge?: Maybe; }; /** The output of our delete `MissionExecution` mutation. */ export declare type DeleteMissionExecutionPayloadMissionExecutionEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteMission` mutation. */ export declare type DeleteMissionInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `Mission` mutation. */ export declare type DeleteMissionPayload = { __typename?: 'DeleteMissionPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `Mission` that was deleted by this mutation. */ mission?: Maybe; deletedMissionNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `MissionPlan` that is related to this `Mission`. */ plan?: Maybe; /** Reads a single `Mission` that is related to this `Mission`. */ missionByInfra?: Maybe; /** Reads a single `MissionExecution` that is related to this `Mission`. */ elementOfExecution?: Maybe; /** Reads a single `MissionPlan` that is related to this `Mission`. */ elementOfPlan?: Maybe; /** Reads a single `Organization` that is related to this `Mission`. */ organization?: Maybe; /** An edge for our `Mission`. May be used by Relay 1. */ missionEdge?: Maybe; }; /** The output of our delete `Mission` mutation. */ export declare type DeleteMissionPayloadMissionEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteMissionPlanArtifact` mutation. */ export declare type DeleteMissionPlanArtifactInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `_MissionPlanArtifact` mutation. */ export declare type DeleteMissionPlanArtifactPayload = { __typename?: 'DeleteMissionPlanArtifactPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `_MissionPlanArtifact` that was deleted by this mutation. */ _missionPlanArtifact?: Maybe<_MissionPlanArtifact>; deletedMissionPlanArtifactNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `_MissionPlanArtifact` that is related to this `_MissionPlanArtifact`. */ _missionPlanArtifactByA?: Maybe<_MissionPlanArtifact>; /** Reads a single `MissionPlan` that is related to this `_MissionPlanArtifact`. */ missionPlanByB?: Maybe; /** An edge for our `_MissionPlanArtifact`. May be used by Relay 1. */ _missionPlanArtifactEdge?: Maybe<_MissionPlanArtifactsEdge>; }; /** The output of our delete `_MissionPlanArtifact` mutation. */ export declare type DeleteMissionPlanArtifactPayload_MissionPlanArtifactEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteMissionPlanCloneOf` mutation. */ export declare type DeleteMissionPlanCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; a: Scalars['String']; }; /** The output of our delete `MissionPlanCloneOf` mutation. */ export declare type DeleteMissionPlanCloneOfPayload = { __typename?: 'DeleteMissionPlanCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `MissionPlanCloneOf` that was deleted by this mutation. */ missionPlanCloneOf?: Maybe; deletedMissionPlanCloneOfNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `MissionPlan` that is related to this `MissionPlanCloneOf`. */ cloneOf?: Maybe; /** Reads a single `MissionPlan` that is related to this `MissionPlanCloneOf`. */ clone?: Maybe; /** An edge for our `MissionPlanCloneOf`. May be used by Relay 1. */ missionPlanCloneOfEdge?: Maybe; }; /** The output of our delete `MissionPlanCloneOf` mutation. */ export declare type DeleteMissionPlanCloneOfPayloadMissionPlanCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteMissionPlan` mutation. */ export declare type DeleteMissionPlanInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `MissionPlan` mutation. */ export declare type DeleteMissionPlanPayload = { __typename?: 'DeleteMissionPlanPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `MissionPlan` that was deleted by this mutation. */ missionPlan?: Maybe; deletedMissionPlanNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** An edge for our `MissionPlan`. May be used by Relay 1. */ missionPlanEdge?: Maybe; }; /** The output of our delete `MissionPlan` mutation. */ export declare type DeleteMissionPlanPayloadMissionPlanEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteOrganizationAdmin` mutation. */ export declare type DeleteOrganizationAdminInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; a: Scalars['String']; b: Scalars['String']; }; /** The output of our delete `OrganizationAdmin` mutation. */ export declare type DeleteOrganizationAdminPayload = { __typename?: 'DeleteOrganizationAdminPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `OrganizationAdmin` that was deleted by this mutation. */ organizationAdmin?: Maybe; deletedOrganizationAdminNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Organization` that is related to this `OrganizationAdmin`. */ organization?: Maybe; /** Reads a single `User` that is related to this `OrganizationAdmin`. */ admin?: Maybe; /** An edge for our `OrganizationAdmin`. May be used by Relay 1. */ organizationAdminEdge?: Maybe; }; /** The output of our delete `OrganizationAdmin` mutation. */ export declare type DeleteOrganizationAdminPayloadOrganizationAdminEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteOrganizationAnomalyLevelMapping` mutation. */ export declare type DeleteOrganizationAnomalyLevelMappingInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; a: Scalars['String']; b: Scalars['String']; }; /** The output of our delete `OrganizationAnomalyLevelMapping` mutation. */ export declare type DeleteOrganizationAnomalyLevelMappingPayload = { __typename?: 'DeleteOrganizationAnomalyLevelMappingPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `OrganizationAnomalyLevelMapping` that was deleted by this mutation. */ organizationAnomalyLevelMapping?: Maybe; deletedOrganizationAnomalyLevelMappingNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `AnomalyLevelMapping` that is related to this `OrganizationAnomalyLevelMapping`. */ anomalyLevelMapping?: Maybe; /** Reads a single `Organization` that is related to this `OrganizationAnomalyLevelMapping`. */ organization?: Maybe; /** An edge for our `OrganizationAnomalyLevelMapping`. May be used by Relay 1. */ organizationAnomalyLevelMappingEdge?: Maybe; }; /** The output of our delete `OrganizationAnomalyLevelMapping` mutation. */ export declare type DeleteOrganizationAnomalyLevelMappingPayloadOrganizationAnomalyLevelMappingEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteOrganization` mutation. */ export declare type DeleteOrganizationInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `Organization` mutation. */ export declare type DeleteOrganizationPayload = { __typename?: 'DeleteOrganizationPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `Organization` that was deleted by this mutation. */ organization?: Maybe; deletedOrganizationNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `File` that is related to this `Organization`. */ picture?: Maybe; /** An edge for our `Organization`. May be used by Relay 1. */ organizationEdge?: Maybe; }; /** The output of our delete `Organization` mutation. */ export declare type DeleteOrganizationPayloadOrganizationEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteOrganizationUser` mutation. */ export declare type DeleteOrganizationUserInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; a: Scalars['String']; b: Scalars['String']; }; /** The output of our delete `OrganizationUser` mutation. */ export declare type DeleteOrganizationUserPayload = { __typename?: 'DeleteOrganizationUserPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `OrganizationUser` that was deleted by this mutation. */ organizationUser?: Maybe; deletedOrganizationUserNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Organization` that is related to this `OrganizationUser`. */ organization?: Maybe; /** Reads a single `User` that is related to this `OrganizationUser`. */ user?: Maybe; /** An edge for our `OrganizationUser`. May be used by Relay 1. */ organizationUserEdge?: Maybe; }; /** The output of our delete `OrganizationUser` mutation. */ export declare type DeleteOrganizationUserPayloadOrganizationUserEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deletePlanAnomaly` mutation. */ export declare type DeletePlanAnomalyInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `PlanAnomaly` mutation. */ export declare type DeletePlanAnomalyPayload = { __typename?: 'DeletePlanAnomalyPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `PlanAnomaly` that was deleted by this mutation. */ planAnomaly?: Maybe; deletedPlanAnomalyNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `PlanAnomaly`. */ plan?: Maybe; /** Reads a single `Anomaly` that is related to this `PlanAnomaly`. */ anomaly?: Maybe; /** An edge for our `PlanAnomaly`. May be used by Relay 1. */ planAnomalyEdge?: Maybe; }; /** The output of our delete `PlanAnomaly` mutation. */ export declare type DeletePlanAnomalyPayloadPlanAnomalyEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deletePlanArtifact` mutation. */ export declare type DeletePlanArtifactInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `PlanArtifact` mutation. */ export declare type DeletePlanArtifactPayload = { __typename?: 'DeletePlanArtifactPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `PlanArtifact` that was deleted by this mutation. */ planArtifact?: Maybe; deletedPlanArtifactNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `PlanArtifact`. */ plan?: Maybe; /** Reads a single `Artifact` that is related to this `PlanArtifact`. */ artifact?: Maybe; /** An edge for our `PlanArtifact`. May be used by Relay 1. */ planArtifactEdge?: Maybe; }; /** The output of our delete `PlanArtifact` mutation. */ export declare type DeletePlanArtifactPayloadPlanArtifactEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deletePlanAssignment` mutation. */ export declare type DeletePlanAssignmentInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `PlanAssignment` mutation. */ export declare type DeletePlanAssignmentPayload = { __typename?: 'DeletePlanAssignmentPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `PlanAssignment` that was deleted by this mutation. */ planAssignment?: Maybe; deletedPlanAssignmentNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `User` that is related to this `PlanAssignment`. */ assignedUser?: Maybe; /** Reads a single `Plan` that is related to this `PlanAssignment`. */ assignedPlan?: Maybe; /** An edge for our `PlanAssignment`. May be used by Relay 1. */ planAssignmentEdge?: Maybe; }; /** The output of our delete `PlanAssignment` mutation. */ export declare type DeletePlanAssignmentPayloadPlanAssignmentEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deletePlanChild` mutation. */ export declare type DeletePlanChildInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `PlanChild` mutation. */ export declare type DeletePlanChildPayload = { __typename?: 'DeletePlanChildPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `PlanChild` that was deleted by this mutation. */ planChild?: Maybe; deletedPlanChildNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `PlanChild`. */ parentPlan?: Maybe; /** Reads a single `Plan` that is related to this `PlanChild`. */ childPlan?: Maybe; /** An edge for our `PlanChild`. May be used by Relay 1. */ planChildEdge?: Maybe; }; /** The output of our delete `PlanChild` mutation. */ export declare type DeletePlanChildPayloadPlanChildEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deletePlanComment` mutation. */ export declare type DeletePlanCommentInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `PlanComment` mutation. */ export declare type DeletePlanCommentPayload = { __typename?: 'DeletePlanCommentPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `PlanComment` that was deleted by this mutation. */ planComment?: Maybe; deletedPlanCommentNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `PlanComment`. */ plan?: Maybe; /** Reads a single `Comment` that is related to this `PlanComment`. */ comment?: Maybe; /** An edge for our `PlanComment`. May be used by Relay 1. */ planCommentEdge?: Maybe; }; /** The output of our delete `PlanComment` mutation. */ export declare type DeletePlanCommentPayloadPlanCommentEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deletePlanCreatorExecutionCreated` mutation. */ export declare type DeletePlanCreatorExecutionCreatedInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `PlanCreatorExecutionCreated` mutation. */ export declare type DeletePlanCreatorExecutionCreatedPayload = { __typename?: 'DeletePlanCreatorExecutionCreatedPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `PlanCreatorExecutionCreated` that was deleted by this mutation. */ planCreatorExecutionCreated?: Maybe; deletedPlanCreatorExecutionCreatedNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `PlanCreatorExecutionCreated`. */ createdExecution?: Maybe; /** Reads a single `Plan` that is related to this `PlanCreatorExecutionCreated`. */ creatorPlan?: Maybe; /** An edge for our `PlanCreatorExecutionCreated`. May be used by Relay 1. */ planCreatorExecutionCreatedEdge?: Maybe; }; /** The output of our delete `PlanCreatorExecutionCreated` mutation. */ export declare type DeletePlanCreatorExecutionCreatedPayloadPlanCreatorExecutionCreatedEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deletePlanDetection` mutation. */ export declare type DeletePlanDetectionInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `PlanDetection` mutation. */ export declare type DeletePlanDetectionPayload = { __typename?: 'DeletePlanDetectionPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `PlanDetection` that was deleted by this mutation. */ planDetection?: Maybe; deletedPlanDetectionNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `PlanDetection`. */ plan?: Maybe; /** Reads a single `Detection` that is related to this `PlanDetection`. */ detection?: Maybe; /** An edge for our `PlanDetection`. May be used by Relay 1. */ planDetectionEdge?: Maybe; }; /** The output of our delete `PlanDetection` mutation. */ export declare type DeletePlanDetectionPayloadPlanDetectionEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deletePlanFollower` mutation. */ export declare type DeletePlanFollowerInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `PlanFollower` mutation. */ export declare type DeletePlanFollowerPayload = { __typename?: 'DeletePlanFollowerPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `PlanFollower` that was deleted by this mutation. */ planFollower?: Maybe; deletedPlanFollowerNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `PlanFollower`. */ followerPlan?: Maybe; /** Reads a single `Plan` that is related to this `PlanFollower`. */ basePlan?: Maybe; /** An edge for our `PlanFollower`. May be used by Relay 1. */ planFollowerEdge?: Maybe; }; /** The output of our delete `PlanFollower` mutation. */ export declare type DeletePlanFollowerPayloadPlanFollowerEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deletePlanImage` mutation. */ export declare type DeletePlanImageInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `PlanImage` mutation. */ export declare type DeletePlanImagePayload = { __typename?: 'DeletePlanImagePayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `PlanImage` that was deleted by this mutation. */ planImage?: Maybe; deletedPlanImageNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `PlanImage`. */ plan?: Maybe; /** Reads a single `Image` that is related to this `PlanImage`. */ image?: Maybe; /** An edge for our `PlanImage`. May be used by Relay 1. */ planImageEdge?: Maybe; }; /** The output of our delete `PlanImage` mutation. */ export declare type DeletePlanImagePayloadPlanImageEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deletePlan` mutation. */ export declare type DeletePlanInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** All input for the `deletePlanLocation` mutation. */ export declare type DeletePlanLocationInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `PlanLocation` mutation. */ export declare type DeletePlanLocationPayload = { __typename?: 'DeletePlanLocationPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `PlanLocation` that was deleted by this mutation. */ planLocation?: Maybe; deletedPlanLocationNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `PlanLocation`. */ plan?: Maybe; /** Reads a single `Location` that is related to this `PlanLocation`. */ location?: Maybe; /** An edge for our `PlanLocation`. May be used by Relay 1. */ planLocationEdge?: Maybe; }; /** The output of our delete `PlanLocation` mutation. */ export declare type DeletePlanLocationPayloadPlanLocationEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deletePlanOrganization` mutation. */ export declare type DeletePlanOrganizationInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `PlanOrganization` mutation. */ export declare type DeletePlanOrganizationPayload = { __typename?: 'DeletePlanOrganizationPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `PlanOrganization` that was deleted by this mutation. */ planOrganization?: Maybe; deletedPlanOrganizationNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `PlanOrganization`. */ plan?: Maybe; /** Reads a single `Organization` that is related to this `PlanOrganization`. */ organization?: Maybe; /** An edge for our `PlanOrganization`. May be used by Relay 1. */ planOrganizationEdge?: Maybe; }; /** The output of our delete `PlanOrganization` mutation. */ export declare type DeletePlanOrganizationPayloadPlanOrganizationEdgeArgs = { orderBy?: Maybe>; }; /** The output of our delete `Plan` mutation. */ export declare type DeletePlanPayload = { __typename?: 'DeletePlanPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `Plan` that was deleted by this mutation. */ plan?: Maybe; deletedPlanNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `Plan`. */ planByClones?: Maybe; /** An edge for our `Plan`. May be used by Relay 1. */ planEdge?: Maybe; }; /** The output of our delete `Plan` mutation. */ export declare type DeletePlanPayloadPlanEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deletePlanStructure` mutation. */ export declare type DeletePlanStructureInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `PlanStructure` mutation. */ export declare type DeletePlanStructurePayload = { __typename?: 'DeletePlanStructurePayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `PlanStructure` that was deleted by this mutation. */ planStructure?: Maybe; deletedPlanStructureNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `PlanStructure`. */ plan?: Maybe; /** Reads a single `Structure` that is related to this `PlanStructure`. */ structure?: Maybe; /** An edge for our `PlanStructure`. May be used by Relay 1. */ planStructureEdge?: Maybe; }; /** The output of our delete `PlanStructure` mutation. */ export declare type DeletePlanStructurePayloadPlanStructureEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deletePlanUser` mutation. */ export declare type DeletePlanUserInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `PlanUser` mutation. */ export declare type DeletePlanUserPayload = { __typename?: 'DeletePlanUserPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `PlanUser` that was deleted by this mutation. */ planUser?: Maybe; deletedPlanUserNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `PlanUser`. */ plan?: Maybe; /** Reads a single `User` that is related to this `PlanUser`. */ user?: Maybe; /** An edge for our `PlanUser`. May be used by Relay 1. */ planUserEdge?: Maybe; }; /** The output of our delete `PlanUser` mutation. */ export declare type DeletePlanUserPayloadPlanUserEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteRelayId` mutation. */ export declare type DeleteRelayIdInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `_RelayId` mutation. */ export declare type DeleteRelayIdPayload = { __typename?: 'DeleteRelayIdPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `_RelayId` that was deleted by this mutation. */ _relayId?: Maybe<_RelayId>; deletedRelayIdNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** An edge for our `_RelayId`. May be used by Relay 1. */ _relayIdEdge?: Maybe<_RelayIdsEdge>; }; /** The output of our delete `_RelayId` mutation. */ export declare type DeleteRelayIdPayload_RelayIdEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteSegmentationCloneOf` mutation. */ export declare type DeleteSegmentationCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; a: Scalars['String']; }; /** The output of our delete `SegmentationCloneOf` mutation. */ export declare type DeleteSegmentationCloneOfPayload = { __typename?: 'DeleteSegmentationCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `SegmentationCloneOf` that was deleted by this mutation. */ segmentationCloneOf?: Maybe; deletedSegmentationCloneOfNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Segmentation` that is related to this `SegmentationCloneOf`. */ cloneOf?: Maybe; /** Reads a single `Segmentation` that is related to this `SegmentationCloneOf`. */ clone?: Maybe; /** An edge for our `SegmentationCloneOf`. May be used by Relay 1. */ segmentationCloneOfEdge?: Maybe; }; /** The output of our delete `SegmentationCloneOf` mutation. */ export declare type DeleteSegmentationCloneOfPayloadSegmentationCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteSegmentation` mutation. */ export declare type DeleteSegmentationInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `Segmentation` mutation. */ export declare type DeleteSegmentationPayload = { __typename?: 'DeleteSegmentationPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `Segmentation` that was deleted by this mutation. */ segmentation?: Maybe; deletedSegmentationNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `User` that is related to this `Segmentation`. */ author?: Maybe; /** Reads a single `AnomalyType` that is related to this `Segmentation`. */ type?: Maybe; /** Reads a single `File` that is related to this `Segmentation`. */ file?: Maybe; /** Reads a single `Image` that is related to this `Segmentation`. */ image?: Maybe; /** Reads a single `MissionExecution` that is related to this `Segmentation`. */ mission?: Maybe; /** An edge for our `Segmentation`. May be used by Relay 1. */ segmentationEdge?: Maybe; }; /** The output of our delete `Segmentation` mutation. */ export declare type DeleteSegmentationPayloadSegmentationEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteStructureArtifact` mutation. */ export declare type DeleteStructureArtifactInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; a: Scalars['String']; b: Scalars['String']; }; /** The output of our delete `StructureArtifact` mutation. */ export declare type DeleteStructureArtifactPayload = { __typename?: 'DeleteStructureArtifactPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `StructureArtifact` that was deleted by this mutation. */ structureArtifact?: Maybe; deletedStructureArtifactNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Artifact` that is related to this `StructureArtifact`. */ artifact?: Maybe; /** Reads a single `Structure` that is related to this `StructureArtifact`. */ structure?: Maybe; /** An edge for our `StructureArtifact`. May be used by Relay 1. */ structureArtifactEdge?: Maybe; }; /** The output of our delete `StructureArtifact` mutation. */ export declare type DeleteStructureArtifactPayloadStructureArtifactEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteStructureChild` mutation. */ export declare type DeleteStructureChildInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; a: Scalars['String']; b: Scalars['String']; }; /** The output of our delete `StructureChild` mutation. */ export declare type DeleteStructureChildPayload = { __typename?: 'DeleteStructureChildPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `StructureChild` that was deleted by this mutation. */ structureChild?: Maybe; deletedStructureChildNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Structure` that is related to this `StructureChild`. */ child?: Maybe; /** Reads a single `Structure` that is related to this `StructureChild`. */ parent?: Maybe; /** An edge for our `StructureChild`. May be used by Relay 1. */ structureChildEdge?: Maybe; }; /** The output of our delete `StructureChild` mutation. */ export declare type DeleteStructureChildPayloadStructureChildEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteStructureCloneOf` mutation. */ export declare type DeleteStructureCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; a: Scalars['String']; }; /** The output of our delete `StructureCloneOf` mutation. */ export declare type DeleteStructureCloneOfPayload = { __typename?: 'DeleteStructureCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `StructureCloneOf` that was deleted by this mutation. */ structureCloneOf?: Maybe; deletedStructureCloneOfNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Structure` that is related to this `StructureCloneOf`. */ cloneOf?: Maybe; /** Reads a single `Structure` that is related to this `StructureCloneOf`. */ clone?: Maybe; /** An edge for our `StructureCloneOf`. May be used by Relay 1. */ structureCloneOfEdge?: Maybe; }; /** The output of our delete `StructureCloneOf` mutation. */ export declare type DeleteStructureCloneOfPayloadStructureCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteStructureDeveloper` mutation. */ export declare type DeleteStructureDeveloperInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; a: Scalars['String']; b: Scalars['String']; }; /** The output of our delete `StructureDeveloper` mutation. */ export declare type DeleteStructureDeveloperPayload = { __typename?: 'DeleteStructureDeveloperPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `StructureDeveloper` that was deleted by this mutation. */ structureDeveloper?: Maybe; deletedStructureDeveloperNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Structure` that is related to this `StructureDeveloper`. */ structure?: Maybe; /** Reads a single `User` that is related to this `StructureDeveloper`. */ developer?: Maybe; /** An edge for our `StructureDeveloper`. May be used by Relay 1. */ structureDeveloperEdge?: Maybe; }; /** The output of our delete `StructureDeveloper` mutation. */ export declare type DeleteStructureDeveloperPayloadStructureDeveloperEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteStructureImage` mutation. */ export declare type DeleteStructureImageInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; a: Scalars['String']; b: Scalars['String']; }; /** The output of our delete `StructureImage` mutation. */ export declare type DeleteStructureImagePayload = { __typename?: 'DeleteStructureImagePayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `StructureImage` that was deleted by this mutation. */ structureImage?: Maybe; deletedStructureImageNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Image` that is related to this `StructureImage`. */ image?: Maybe; /** Reads a single `Structure` that is related to this `StructureImage`. */ structure?: Maybe; /** An edge for our `StructureImage`. May be used by Relay 1. */ structureImageEdge?: Maybe; }; /** The output of our delete `StructureImage` mutation. */ export declare type DeleteStructureImagePayloadStructureImageEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteStructure` mutation. */ export declare type DeleteStructureInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** All input for the `deleteStructureModelCloneOf` mutation. */ export declare type DeleteStructureModelCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; a: Scalars['String']; }; /** The output of our delete `StructureModelCloneOf` mutation. */ export declare type DeleteStructureModelCloneOfPayload = { __typename?: 'DeleteStructureModelCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `StructureModelCloneOf` that was deleted by this mutation. */ structureModelCloneOf?: Maybe; deletedStructureModelCloneOfNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `StructureModel` that is related to this `StructureModelCloneOf`. */ cloneOf?: Maybe; /** Reads a single `StructureModel` that is related to this `StructureModelCloneOf`. */ clone?: Maybe; /** An edge for our `StructureModelCloneOf`. May be used by Relay 1. */ structureModelCloneOfEdge?: Maybe; }; /** The output of our delete `StructureModelCloneOf` mutation. */ export declare type DeleteStructureModelCloneOfPayloadStructureModelCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteStructureModel` mutation. */ export declare type DeleteStructureModelInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** All input for the `deleteStructureModelOwner` mutation. */ export declare type DeleteStructureModelOwnerInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; a: Scalars['String']; b: Scalars['String']; }; /** The output of our delete `StructureModelOwner` mutation. */ export declare type DeleteStructureModelOwnerPayload = { __typename?: 'DeleteStructureModelOwnerPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `StructureModelOwner` that was deleted by this mutation. */ structureModelOwner?: Maybe; deletedStructureModelOwnerNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Organization` that is related to this `StructureModelOwner`. */ organization?: Maybe; /** Reads a single `StructureModel` that is related to this `StructureModelOwner`. */ structureModel?: Maybe; /** An edge for our `StructureModelOwner`. May be used by Relay 1. */ structureModelOwnerEdge?: Maybe; }; /** The output of our delete `StructureModelOwner` mutation. */ export declare type DeleteStructureModelOwnerPayloadStructureModelOwnerEdgeArgs = { orderBy?: Maybe>; }; /** The output of our delete `StructureModel` mutation. */ export declare type DeleteStructureModelPayload = { __typename?: 'DeleteStructureModelPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `StructureModel` that was deleted by this mutation. */ structureModel?: Maybe; deletedStructureModelNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `File` that is related to this `StructureModel`. */ gltf?: Maybe; /** Reads a single `File` that is related to this `StructureModel`. */ svg?: Maybe; /** Reads a single `Organization` that is related to this `StructureModel`. */ manufacturer?: Maybe; /** An edge for our `StructureModel`. May be used by Relay 1. */ structureModelEdge?: Maybe; }; /** The output of our delete `StructureModel` mutation. */ export declare type DeleteStructureModelPayloadStructureModelEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteStructureOperator` mutation. */ export declare type DeleteStructureOperatorInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; a: Scalars['String']; b: Scalars['String']; }; /** The output of our delete `StructureOperator` mutation. */ export declare type DeleteStructureOperatorPayload = { __typename?: 'DeleteStructureOperatorPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `StructureOperator` that was deleted by this mutation. */ structureOperator?: Maybe; deletedStructureOperatorNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Structure` that is related to this `StructureOperator`. */ structure?: Maybe; /** Reads a single `User` that is related to this `StructureOperator`. */ operator?: Maybe; /** An edge for our `StructureOperator`. May be used by Relay 1. */ structureOperatorEdge?: Maybe; }; /** The output of our delete `StructureOperator` mutation. */ export declare type DeleteStructureOperatorPayloadStructureOperatorEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteStructureOwner` mutation. */ export declare type DeleteStructureOwnerInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; a: Scalars['String']; b: Scalars['String']; }; /** The output of our delete `StructureOwner` mutation. */ export declare type DeleteStructureOwnerPayload = { __typename?: 'DeleteStructureOwnerPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `StructureOwner` that was deleted by this mutation. */ structureOwner?: Maybe; deletedStructureOwnerNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Structure` that is related to this `StructureOwner`. */ structure?: Maybe; /** Reads a single `User` that is related to this `StructureOwner`. */ owner?: Maybe; /** An edge for our `StructureOwner`. May be used by Relay 1. */ structureOwnerEdge?: Maybe; }; /** The output of our delete `StructureOwner` mutation. */ export declare type DeleteStructureOwnerPayloadStructureOwnerEdgeArgs = { orderBy?: Maybe>; }; /** The output of our delete `Structure` mutation. */ export declare type DeleteStructurePayload = { __typename?: 'DeleteStructurePayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `Structure` that was deleted by this mutation. */ structure?: Maybe; deletedStructureNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Location` that is related to this `Structure`. */ location?: Maybe; /** Reads a single `StructureModel` that is related to this `Structure`. */ model?: Maybe; /** Reads a single `Organization` that is related to this `Structure`. */ organization?: Maybe; /** Reads a single `File` that is related to this `Structure`. */ gltf?: Maybe; /** Reads a single `File` that is related to this `Structure`. */ svg?: Maybe; /** Reads a single `File` that is related to this `Structure`. */ overview?: Maybe; /** An edge for our `Structure`. May be used by Relay 1. */ structureEdge?: Maybe; }; /** The output of our delete `Structure` mutation. */ export declare type DeleteStructurePayloadStructureEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteStructurePlanCloneOf` mutation. */ export declare type DeleteStructurePlanCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; a: Scalars['String']; }; /** The output of our delete `StructurePlanCloneOf` mutation. */ export declare type DeleteStructurePlanCloneOfPayload = { __typename?: 'DeleteStructurePlanCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `StructurePlanCloneOf` that was deleted by this mutation. */ structurePlanCloneOf?: Maybe; deletedStructurePlanCloneOfNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `StructurePlan` that is related to this `StructurePlanCloneOf`. */ cloneOf?: Maybe; /** Reads a single `StructurePlan` that is related to this `StructurePlanCloneOf`. */ clone?: Maybe; /** An edge for our `StructurePlanCloneOf`. May be used by Relay 1. */ structurePlanCloneOfEdge?: Maybe; }; /** The output of our delete `StructurePlanCloneOf` mutation. */ export declare type DeleteStructurePlanCloneOfPayloadStructurePlanCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteStructurePlan` mutation. */ export declare type DeleteStructurePlanInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `StructurePlan` mutation. */ export declare type DeleteStructurePlanPayload = { __typename?: 'DeleteStructurePlanPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `StructurePlan` that was deleted by this mutation. */ structurePlan?: Maybe; deletedStructurePlanNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `MissionPlan` that is related to this `StructurePlan`. */ missionPlan?: Maybe; /** An edge for our `StructurePlan`. May be used by Relay 1. */ structurePlanEdge?: Maybe; }; /** The output of our delete `StructurePlan` mutation. */ export declare type DeleteStructurePlanPayloadStructurePlanEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteStructurePlanStructure` mutation. */ export declare type DeleteStructurePlanStructureInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; a: Scalars['String']; b: Scalars['String']; }; /** The output of our delete `StructurePlanStructure` mutation. */ export declare type DeleteStructurePlanStructurePayload = { __typename?: 'DeleteStructurePlanStructurePayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `StructurePlanStructure` that was deleted by this mutation. */ structurePlanStructure?: Maybe; deletedStructurePlanStructureNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Structure` that is related to this `StructurePlanStructure`. */ structure?: Maybe; /** Reads a single `StructurePlan` that is related to this `StructurePlanStructure`. */ missionStructurePlan?: Maybe; /** An edge for our `StructurePlanStructure`. May be used by Relay 1. */ structurePlanStructureEdge?: Maybe; }; /** The output of our delete `StructurePlanStructure` mutation. */ export declare type DeleteStructurePlanStructurePayloadStructurePlanStructureEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteUserByEmail` mutation. */ export declare type DeleteUserByEmailInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; email: Scalars['String']; }; /** All input for the `deleteUser` mutation. */ export declare type DeleteUserInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `User` mutation. */ export declare type DeleteUserPayload = { __typename?: 'DeleteUserPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `User` that was deleted by this mutation. */ user?: Maybe; deletedUserNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `File` that is related to this `User`. */ picture?: Maybe; /** An edge for our `User`. May be used by Relay 1. */ userEdge?: Maybe; }; /** The output of our delete `User` mutation. */ export declare type DeleteUserPayloadUserEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteViewAssignment` mutation. */ export declare type DeleteViewAssignmentInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `ViewAssignment` mutation. */ export declare type DeleteViewAssignmentPayload = { __typename?: 'DeleteViewAssignmentPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ViewAssignment` that was deleted by this mutation. */ viewAssignment?: Maybe; deletedViewAssignmentNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `View` that is related to this `ViewAssignment`. */ view?: Maybe; /** Reads a single `User` that is related to this `ViewAssignment`. */ user?: Maybe; /** An edge for our `ViewAssignment`. May be used by Relay 1. */ viewAssignmentEdge?: Maybe; }; /** The output of our delete `ViewAssignment` mutation. */ export declare type DeleteViewAssignmentPayloadViewAssignmentEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteViewChild` mutation. */ export declare type DeleteViewChildInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; a: Scalars['String']; b: Scalars['String']; }; /** The output of our delete `ViewChild` mutation. */ export declare type DeleteViewChildPayload = { __typename?: 'DeleteViewChildPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ViewChild` that was deleted by this mutation. */ viewChild?: Maybe; deletedViewChildNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `View` that is related to this `ViewChild`. */ parent?: Maybe; /** Reads a single `View` that is related to this `ViewChild`. */ child?: Maybe; /** An edge for our `ViewChild`. May be used by Relay 1. */ viewChildEdge?: Maybe; }; /** The output of our delete `ViewChild` mutation. */ export declare type DeleteViewChildPayloadViewChildEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteView` mutation. */ export declare type DeleteViewInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; id: Scalars['String']; }; /** The output of our delete `View` mutation. */ export declare type DeleteViewPayload = { __typename?: 'DeleteViewPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `View` that was deleted by this mutation. */ view?: Maybe; deletedViewNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** An edge for our `View`. May be used by Relay 1. */ viewEdge?: Maybe; }; /** The output of our delete `View` mutation. */ export declare type DeleteViewPayloadViewEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `deleteViewToken` mutation. */ export declare type DeleteViewTokenInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; tokenNodeId: Scalars['String']; position: Scalars['Int']; }; /** The output of our delete `ViewToken` mutation. */ export declare type DeleteViewTokenPayload = { __typename?: 'DeleteViewTokenPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ViewToken` that was deleted by this mutation. */ viewToken?: Maybe; deletedViewTokenNodeId?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `View` that is related to this `ViewToken`. */ tokenNode?: Maybe; /** An edge for our `ViewToken`. May be used by Relay 1. */ viewTokenEdge?: Maybe; }; /** The output of our delete `ViewToken` mutation. */ export declare type DeleteViewTokenPayloadViewTokenEdgeArgs = { orderBy?: Maybe>; }; export declare type Detection = { __typename?: 'Detection'; id: Scalars['String']; nickname?: Maybe; createdAt: Scalars['Datetime']; updatedAt: Scalars['Datetime']; left?: Maybe; level: Scalars['Float']; top?: Maybe; width?: Maybe; height?: Maybe; right?: Maybe; bottom?: Maybe; confidenceScore?: Maybe; uMin?: Maybe; uMax?: Maybe; vMin?: Maybe; vMax?: Maybe; description?: Maybe; deletedAt?: Maybe; geometry: GeometryPolygon; uvGeometry?: Maybe; /** Reads a single `User` that is related to this `Detection`. */ author?: Maybe; /** Reads a single `AnomalyType` that is related to this `Detection`. */ type?: Maybe; /** Reads a single `Anomaly` that is related to this `Detection`. */ anomaly?: Maybe; /** Reads a single `Image` that is related to this `Detection`. */ image?: Maybe; /** Reads a single `Segmentation` that is related to this `Detection`. */ segmentation?: Maybe; /** Reads a single `MissionExecution` that is related to this `Detection`. */ mission?: Maybe; /** Reads a single `Structure` that is related to this `Detection`. */ structure?: Maybe; /** Reads a single `DetectionCloneOf` that is related to this `Detection`. */ cloneOfRelation?: Maybe; /** * Reads and enables pagination through a set of `DetectionCloneOf`. * @deprecated Please use cloneOfRelation instead */ cloneOfRelationConnection: DetectionCloneovesConnection; /** Reads and enables pagination through a set of `DetectionCloneOf`. */ clonesRelationConnection: DetectionCloneovesConnection; /** Reads and enables pagination through a set of `DetectionCloneOf`. */ clonesRelation: Array; /** Reads and enables pagination through a set of `Comment`. */ commentsConnection: CommentsConnection; /** Reads and enables pagination through a set of `Comment`. */ comments: Array; /** Reads and enables pagination through a set of `PlanDetection`. */ planRelationConnection: PlanDetectionsConnection; /** Reads and enables pagination through a set of `PlanDetection`. */ planRelation: Array; /** Reads and enables pagination through a set of `ExecutionDetection`. */ executionRelationConnection: ExecutionDetectionsConnection; /** Reads and enables pagination through a set of `ExecutionDetection`. */ executionRelation: Array; cloneOf?: Maybe; /** Reads and enables pagination through a set of `Detection`. */ clonesConnection: DetectionsConnection; /** Reads and enables pagination through a set of `Detection`. */ clones?: Maybe>>; /** Reads and enables pagination through a set of `Detection`. */ detectionsRelatedConnection: DetectionsConnection; /** Reads and enables pagination through a set of `Detection`. */ detectionsRelated?: Maybe>>; /** Reads and enables pagination through a set of `User`. */ usersByCommentAboutDetectionIdDoNotUseAndAuthorIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Comment`. */ commentsByCommentAboutDetectionIdDoNotUseAndAboutCommentIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Artifact`. */ artifactsByCommentAboutDetectionIdDoNotUseAndAboutArtifactIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Mission`. */ missionsByCommentAboutDetectionIdDoNotUseAndAboutMissionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Structure`. */ structuresByCommentAboutDetectionIdDoNotUseAndAboutStructureIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Anomaly`. */ anomaliesByCommentAboutDetectionIdDoNotUseAndAboutAnomalyIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Classification`. */ classificationsByCommentAboutDetectionIdDoNotUseAndAboutClassificationIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Segmentation`. */ segmentationsByCommentAboutDetectionIdDoNotUseAndAboutSegmentationIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Image`. */ imagesByCommentAboutDetectionIdDoNotUseAndAboutImageIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Plan`. */ plansConnection: DetectionPlansConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Plan`. */ plans: Array; /** Reads and enables pagination through a set of `Execution`. */ executionsConnection: DetectionExecutionsConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Execution`. */ executions: Array; }; export declare type DetectionCloneOfRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type DetectionClonesRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type DetectionClonesRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type DetectionCommentsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type DetectionCommentsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type DetectionPlanRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type DetectionPlanRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type DetectionExecutionRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type DetectionExecutionRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type DetectionClonesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; filter?: Maybe; }; export declare type DetectionClonesArgs = { first?: Maybe; offset?: Maybe; filter?: Maybe; }; export declare type DetectionDetectionsRelatedConnectionArgs = { operation: Scalars['String']; distance: Scalars['BigFloat']; uvGeometry: Scalars['Boolean']; first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; filter?: Maybe; }; export declare type DetectionDetectionsRelatedArgs = { operation: Scalars['String']; distance: Scalars['BigFloat']; uvGeometry: Scalars['Boolean']; first?: Maybe; offset?: Maybe; filter?: Maybe; }; export declare type DetectionUsersByCommentAboutDetectionIdDoNotUseAndAuthorIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type DetectionCommentsByCommentAboutDetectionIdDoNotUseAndAboutCommentIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type DetectionArtifactsByCommentAboutDetectionIdDoNotUseAndAboutArtifactIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type DetectionMissionsByCommentAboutDetectionIdDoNotUseAndAboutMissionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type DetectionStructuresByCommentAboutDetectionIdDoNotUseAndAboutStructureIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type DetectionAnomaliesByCommentAboutDetectionIdDoNotUseAndAboutAnomalyIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type DetectionClassificationsByCommentAboutDetectionIdDoNotUseAndAboutClassificationIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type DetectionSegmentationsByCommentAboutDetectionIdDoNotUseAndAboutSegmentationIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type DetectionImagesByCommentAboutDetectionIdDoNotUseAndAboutImageIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type DetectionPlansConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type DetectionPlansArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type DetectionExecutionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type DetectionExecutionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** Input for the nested mutation of `anomaly` in the `DetectionInput` mutation. */ export declare type DetectionAnomalyFkeyInput = { /** The primary key(s) for `anomaly` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `detection` in the `AnomalyInput` mutation. */ export declare type DetectionAnomalyFkeyInverseInput = { /** The primary key(s) for `detection` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `detection` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** Input for the nested mutation of `user` in the `DetectionInput` mutation. */ export declare type DetectionAuthorFkeyInput = { /** The primary key(s) for `user` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `user` for the far side of the relationship. */ connectByEmail?: Maybe; }; /** Input for the nested mutation of `detection` in the `UserInput` mutation. */ export declare type DetectionAuthorFkeyInverseInput = { /** The primary key(s) for `detection` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `detection` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; export declare type DetectionCloneOf = { __typename?: 'DetectionCloneOf'; a: Scalars['String']; b: Scalars['String']; /** Reads a single `Detection` that is related to this `DetectionCloneOf`. */ cloneOf?: Maybe; /** Reads a single `Detection` that is related to this `DetectionCloneOf`. */ clone?: Maybe; }; /** * A condition to be used against `DetectionCloneOf` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type DetectionCloneOfCondition = { /** Checks for equality with the object’s `a` field. */ a?: Maybe; /** Checks for equality with the object’s `b` field. */ b?: Maybe; }; /** The fields on `detectionCloneOf` to look up the row to connect. */ export declare type DetectionCloneOfDetectionCloneOfPkeyConnect = { a: Scalars['String']; }; /** The fields on `detectionCloneOf` to look up the row to delete. */ export declare type DetectionCloneOfDetectionCloneOfPkeyDelete = { a: Scalars['String']; }; /** A filter to be used against `DetectionCloneOf` object types. All fields are combined with a logical ‘and.’ */ export declare type DetectionCloneOfFilter = { /** Filter by the object’s `a` field. */ a?: Maybe; /** Filter by the object’s `b` field. */ b?: Maybe; /** Filter by the object’s `cloneOf` relation. */ cloneOf?: Maybe; /** Filter by the object’s `clone` relation. */ clone?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `DetectionCloneOf` */ export declare type DetectionCloneOfInput = { a?: Maybe; b?: Maybe; cloneOf?: Maybe<_DetectionCloneOfIbfk1Input>; clone?: Maybe<_DetectionCloneOfIbfk2Input>; }; /** The fields on `detectionCloneOf` to look up the row to update. */ export declare type DetectionCloneOfOnDetectionCloneOfForDetectionCloneOfIbfk1UsingDetectionCloneOfPkeyUpdate = { /** An object where the defined keys will be set on the `detectionCloneOf` being updated. */ patch: UpdateDetectionCloneOfOnDetectionCloneOfForDetectionCloneOfIbfk1Patch; a: Scalars['String']; }; /** The fields on `detectionCloneOf` to look up the row to update. */ export declare type DetectionCloneOfOnDetectionCloneOfForDetectionCloneOfIbfk2UsingDetectionCloneOfPkeyUpdate = { /** An object where the defined keys will be set on the `detectionCloneOf` being updated. */ patch: UpdateDetectionCloneOfOnDetectionCloneOfForDetectionCloneOfIbfk2Patch; a: Scalars['String']; }; /** Represents an update to a `DetectionCloneOf`. Fields that are set will be updated. */ export declare type DetectionCloneOfPatch = { a?: Maybe; b?: Maybe; cloneOf?: Maybe<_DetectionCloneOfIbfk1Input>; clone?: Maybe<_DetectionCloneOfIbfk2Input>; }; /** A connection to a list of `DetectionCloneOf` values. */ export declare type DetectionCloneovesConnection = { __typename?: 'DetectionCloneovesConnection'; /** A list of `DetectionCloneOf` objects. */ nodes: Array>; /** A list of edges which contains the `DetectionCloneOf` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `DetectionCloneOf` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `DetectionCloneOf` edge in the connection. */ export declare type DetectionCloneovesEdge = { __typename?: 'DetectionCloneovesEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `DetectionCloneOf` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `DetectionCloneOf`. */ export declare enum DetectionCloneovesOrderBy { Natural = "NATURAL", AAsc = "A_ASC", ADesc = "A_DESC", BAsc = "B_ASC", BDesc = "B_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", DetectionByAIdAsc = "DETECTION_BY_A__ID_ASC", DetectionByAIdDesc = "DETECTION_BY_A__ID_DESC", DetectionByANicknameAsc = "DETECTION_BY_A__NICKNAME_ASC", DetectionByANicknameDesc = "DETECTION_BY_A__NICKNAME_DESC", DetectionByACreatedAtAsc = "DETECTION_BY_A__CREATED_AT_ASC", DetectionByACreatedAtDesc = "DETECTION_BY_A__CREATED_AT_DESC", DetectionByAUpdatedAtAsc = "DETECTION_BY_A__UPDATED_AT_ASC", DetectionByAUpdatedAtDesc = "DETECTION_BY_A__UPDATED_AT_DESC", DetectionByALeftAsc = "DETECTION_BY_A__LEFT_ASC", DetectionByALeftDesc = "DETECTION_BY_A__LEFT_DESC", DetectionByALevelAsc = "DETECTION_BY_A__LEVEL_ASC", DetectionByALevelDesc = "DETECTION_BY_A__LEVEL_DESC", DetectionByATopAsc = "DETECTION_BY_A__TOP_ASC", DetectionByATopDesc = "DETECTION_BY_A__TOP_DESC", DetectionByAWidthAsc = "DETECTION_BY_A__WIDTH_ASC", DetectionByAWidthDesc = "DETECTION_BY_A__WIDTH_DESC", DetectionByAHeightAsc = "DETECTION_BY_A__HEIGHT_ASC", DetectionByAHeightDesc = "DETECTION_BY_A__HEIGHT_DESC", DetectionByAOldGeometryAsc = "DETECTION_BY_A__OLD_GEOMETRY_ASC", DetectionByAOldGeometryDesc = "DETECTION_BY_A__OLD_GEOMETRY_DESC", DetectionByARightAsc = "DETECTION_BY_A__RIGHT_ASC", DetectionByARightDesc = "DETECTION_BY_A__RIGHT_DESC", DetectionByABottomAsc = "DETECTION_BY_A__BOTTOM_ASC", DetectionByABottomDesc = "DETECTION_BY_A__BOTTOM_DESC", DetectionByAConfidenceScoreAsc = "DETECTION_BY_A__CONFIDENCE_SCORE_ASC", DetectionByAConfidenceScoreDesc = "DETECTION_BY_A__CONFIDENCE_SCORE_DESC", DetectionByAUMinAsc = "DETECTION_BY_A__U_MIN_ASC", DetectionByAUMinDesc = "DETECTION_BY_A__U_MIN_DESC", DetectionByAUMaxAsc = "DETECTION_BY_A__U_MAX_ASC", DetectionByAUMaxDesc = "DETECTION_BY_A__U_MAX_DESC", DetectionByAVMinAsc = "DETECTION_BY_A__V_MIN_ASC", DetectionByAVMinDesc = "DETECTION_BY_A__V_MIN_DESC", DetectionByAVMaxAsc = "DETECTION_BY_A__V_MAX_ASC", DetectionByAVMaxDesc = "DETECTION_BY_A__V_MAX_DESC", DetectionByAOldUvGeometryAsc = "DETECTION_BY_A__OLD_UV_GEOMETRY_ASC", DetectionByAOldUvGeometryDesc = "DETECTION_BY_A__OLD_UV_GEOMETRY_DESC", DetectionByADescriptionAsc = "DETECTION_BY_A__DESCRIPTION_ASC", DetectionByADescriptionDesc = "DETECTION_BY_A__DESCRIPTION_DESC", DetectionByADeletedAtAsc = "DETECTION_BY_A__DELETED_AT_ASC", DetectionByADeletedAtDesc = "DETECTION_BY_A__DELETED_AT_DESC", DetectionByAGeometryAsc = "DETECTION_BY_A__GEOMETRY_ASC", DetectionByAGeometryDesc = "DETECTION_BY_A__GEOMETRY_DESC", DetectionByAUvGeometryAsc = "DETECTION_BY_A__UV_GEOMETRY_ASC", DetectionByAUvGeometryDesc = "DETECTION_BY_A__UV_GEOMETRY_DESC", DetectionByBIdAsc = "DETECTION_BY_B__ID_ASC", DetectionByBIdDesc = "DETECTION_BY_B__ID_DESC", DetectionByBNicknameAsc = "DETECTION_BY_B__NICKNAME_ASC", DetectionByBNicknameDesc = "DETECTION_BY_B__NICKNAME_DESC", DetectionByBCreatedAtAsc = "DETECTION_BY_B__CREATED_AT_ASC", DetectionByBCreatedAtDesc = "DETECTION_BY_B__CREATED_AT_DESC", DetectionByBUpdatedAtAsc = "DETECTION_BY_B__UPDATED_AT_ASC", DetectionByBUpdatedAtDesc = "DETECTION_BY_B__UPDATED_AT_DESC", DetectionByBLeftAsc = "DETECTION_BY_B__LEFT_ASC", DetectionByBLeftDesc = "DETECTION_BY_B__LEFT_DESC", DetectionByBLevelAsc = "DETECTION_BY_B__LEVEL_ASC", DetectionByBLevelDesc = "DETECTION_BY_B__LEVEL_DESC", DetectionByBTopAsc = "DETECTION_BY_B__TOP_ASC", DetectionByBTopDesc = "DETECTION_BY_B__TOP_DESC", DetectionByBWidthAsc = "DETECTION_BY_B__WIDTH_ASC", DetectionByBWidthDesc = "DETECTION_BY_B__WIDTH_DESC", DetectionByBHeightAsc = "DETECTION_BY_B__HEIGHT_ASC", DetectionByBHeightDesc = "DETECTION_BY_B__HEIGHT_DESC", DetectionByBOldGeometryAsc = "DETECTION_BY_B__OLD_GEOMETRY_ASC", DetectionByBOldGeometryDesc = "DETECTION_BY_B__OLD_GEOMETRY_DESC", DetectionByBRightAsc = "DETECTION_BY_B__RIGHT_ASC", DetectionByBRightDesc = "DETECTION_BY_B__RIGHT_DESC", DetectionByBBottomAsc = "DETECTION_BY_B__BOTTOM_ASC", DetectionByBBottomDesc = "DETECTION_BY_B__BOTTOM_DESC", DetectionByBConfidenceScoreAsc = "DETECTION_BY_B__CONFIDENCE_SCORE_ASC", DetectionByBConfidenceScoreDesc = "DETECTION_BY_B__CONFIDENCE_SCORE_DESC", DetectionByBUMinAsc = "DETECTION_BY_B__U_MIN_ASC", DetectionByBUMinDesc = "DETECTION_BY_B__U_MIN_DESC", DetectionByBUMaxAsc = "DETECTION_BY_B__U_MAX_ASC", DetectionByBUMaxDesc = "DETECTION_BY_B__U_MAX_DESC", DetectionByBVMinAsc = "DETECTION_BY_B__V_MIN_ASC", DetectionByBVMinDesc = "DETECTION_BY_B__V_MIN_DESC", DetectionByBVMaxAsc = "DETECTION_BY_B__V_MAX_ASC", DetectionByBVMaxDesc = "DETECTION_BY_B__V_MAX_DESC", DetectionByBOldUvGeometryAsc = "DETECTION_BY_B__OLD_UV_GEOMETRY_ASC", DetectionByBOldUvGeometryDesc = "DETECTION_BY_B__OLD_UV_GEOMETRY_DESC", DetectionByBDescriptionAsc = "DETECTION_BY_B__DESCRIPTION_ASC", DetectionByBDescriptionDesc = "DETECTION_BY_B__DESCRIPTION_DESC", DetectionByBDeletedAtAsc = "DETECTION_BY_B__DELETED_AT_ASC", DetectionByBDeletedAtDesc = "DETECTION_BY_B__DELETED_AT_DESC", DetectionByBGeometryAsc = "DETECTION_BY_B__GEOMETRY_ASC", DetectionByBGeometryDesc = "DETECTION_BY_B__GEOMETRY_DESC", DetectionByBUvGeometryAsc = "DETECTION_BY_B__UV_GEOMETRY_ASC", DetectionByBUvGeometryDesc = "DETECTION_BY_B__UV_GEOMETRY_DESC" } /** * A condition to be used against `Detection` object types. All fields are tested * for equality and combined with a logical ‘and.’ */ export declare type DetectionCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `nickname` field. */ nickname?: Maybe; /** Checks for equality with the object’s `createdAt` field. */ createdAt?: Maybe; /** Checks for equality with the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Checks for equality with the object’s `left` field. */ left?: Maybe; /** Checks for equality with the object’s `level` field. */ level?: Maybe; /** Checks for equality with the object’s `top` field. */ top?: Maybe; /** Checks for equality with the object’s `width` field. */ width?: Maybe; /** Checks for equality with the object’s `height` field. */ height?: Maybe; /** Checks for equality with the object’s `oldGeometry` field. */ oldGeometry?: Maybe; /** Checks for equality with the object’s `right` field. */ right?: Maybe; /** Checks for equality with the object’s `bottom` field. */ bottom?: Maybe; /** Checks for equality with the object’s `confidenceScore` field. */ confidenceScore?: Maybe; /** Checks for equality with the object’s `uMin` field. */ uMin?: Maybe; /** Checks for equality with the object’s `uMax` field. */ uMax?: Maybe; /** Checks for equality with the object’s `vMin` field. */ vMin?: Maybe; /** Checks for equality with the object’s `vMax` field. */ vMax?: Maybe; /** Checks for equality with the object’s `oldUvGeometry` field. */ oldUvGeometry?: Maybe; /** Checks for equality with the object’s `description` field. */ description?: Maybe; /** Checks for equality with the object’s `deletedAt` field. */ deletedAt?: Maybe; /** Checks for equality with the object’s `geometry` field. */ geometry?: Maybe; /** Checks for equality with the object’s `uvGeometry` field. */ uvGeometry?: Maybe; }; /** The fields on `detection` to look up the row to connect. */ export declare type DetectionDetectionPkeyConnect = { id: Scalars['String']; }; /** The fields on `detection` to look up the row to delete. */ export declare type DetectionDetectionPkeyDelete = { id: Scalars['String']; }; /** A connection to a list of `Execution` values, with data from `ExecutionDetection`. */ export declare type DetectionExecutionsConnectionManyToManyConnection = { __typename?: 'DetectionExecutionsConnectionManyToManyConnection'; /** A list of `Execution` objects. */ nodes: Array>; /** A list of edges which contains the `Execution`, info from the `ExecutionDetection`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Execution` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Execution` edge in the connection, with data from `ExecutionDetection`. */ export declare type DetectionExecutionsConnectionManyToManyEdge = { __typename?: 'DetectionExecutionsConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Execution` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `ExecutionDetection`. */ detectionRelationConnection: ExecutionDetectionsConnection; /** Reads and enables pagination through a set of `ExecutionDetection`. */ detectionRelation: Array; }; /** A `Execution` edge in the connection, with data from `ExecutionDetection`. */ export declare type DetectionExecutionsConnectionManyToManyEdgeDetectionRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Execution` edge in the connection, with data from `ExecutionDetection`. */ export declare type DetectionExecutionsConnectionManyToManyEdgeDetectionRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A filter to be used against `Detection` object types. All fields are combined with a logical ‘and.’ */ export declare type DetectionFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `nickname` field. */ nickname?: Maybe; /** Filter by the object’s `createdAt` field. */ createdAt?: Maybe; /** Filter by the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Filter by the object’s `left` field. */ left?: Maybe; /** Filter by the object’s `level` field. */ level?: Maybe; /** Filter by the object’s `top` field. */ top?: Maybe; /** Filter by the object’s `width` field. */ width?: Maybe; /** Filter by the object’s `height` field. */ height?: Maybe; /** Filter by the object’s `oldGeometry` field. */ oldGeometry?: Maybe; /** Filter by the object’s `right` field. */ right?: Maybe; /** Filter by the object’s `bottom` field. */ bottom?: Maybe; /** Filter by the object’s `confidenceScore` field. */ confidenceScore?: Maybe; /** Filter by the object’s `uMin` field. */ uMin?: Maybe; /** Filter by the object’s `uMax` field. */ uMax?: Maybe; /** Filter by the object’s `vMin` field. */ vMin?: Maybe; /** Filter by the object’s `vMax` field. */ vMax?: Maybe; /** Filter by the object’s `oldUvGeometry` field. */ oldUvGeometry?: Maybe; /** Filter by the object’s `description` field. */ description?: Maybe; /** Filter by the object’s `deletedAt` field. */ deletedAt?: Maybe; /** Filter by the object’s `geometry` field. */ geometry?: Maybe; /** Filter by the object’s `uvGeometry` field. */ uvGeometry?: Maybe; /** Filter by the object’s `cloneOf` field. */ cloneOf?: Maybe; /** Filter by the object’s `cloneOfRelation` relation. */ cloneOfRelation?: Maybe; /** A related `cloneOfRelation` exists. */ cloneOfRelationExists?: Maybe; /** Filter by the object’s `clonesRelationConnection` relation. */ clonesRelationConnection?: Maybe; /** Some related `clonesRelationConnection` exist. */ clonesRelationConnectionExist?: Maybe; /** Filter by the object’s `commentsConnection` relation. */ commentsConnection?: Maybe; /** Some related `commentsConnection` exist. */ commentsConnectionExist?: Maybe; /** Filter by the object’s `planRelationConnection` relation. */ planRelationConnection?: Maybe; /** Some related `planRelationConnection` exist. */ planRelationConnectionExist?: Maybe; /** Filter by the object’s `executionRelationConnection` relation. */ executionRelationConnection?: Maybe; /** Some related `executionRelationConnection` exist. */ executionRelationConnectionExist?: Maybe; /** Filter by the object’s `author` relation. */ author?: Maybe; /** A related `author` exists. */ authorExists?: Maybe; /** Filter by the object’s `type` relation. */ type?: Maybe; /** A related `type` exists. */ typeExists?: Maybe; /** Filter by the object’s `anomaly` relation. */ anomaly?: Maybe; /** A related `anomaly` exists. */ anomalyExists?: Maybe; /** Filter by the object’s `image` relation. */ image?: Maybe; /** A related `image` exists. */ imageExists?: Maybe; /** Filter by the object’s `segmentation` relation. */ segmentation?: Maybe; /** A related `segmentation` exists. */ segmentationExists?: Maybe; /** Filter by the object’s `mission` relation. */ mission?: Maybe; /** A related `mission` exists. */ missionExists?: Maybe; /** Filter by the object’s `structure` relation. */ structure?: Maybe; /** A related `structure` exists. */ structureExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** Input for the nested mutation of `image` in the `DetectionInput` mutation. */ export declare type DetectionImageFkeyInput = { /** The primary key(s) for `image` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `detection` in the `ImageInput` mutation. */ export declare type DetectionImageFkeyInverseInput = { /** The primary key(s) for `detection` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `detection` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** An input for mutations affecting `Detection` */ export declare type DetectionInput = { id?: Maybe; nickname?: Maybe; left?: Maybe; level: Scalars['Float']; top?: Maybe; width?: Maybe; height?: Maybe; right?: Maybe; bottom?: Maybe; confidenceScore?: Maybe; uMin?: Maybe; uMax?: Maybe; vMin?: Maybe; vMax?: Maybe; description?: Maybe; geometry: Scalars['GeoJSON']; uvGeometry?: Maybe; author?: Maybe; type?: Maybe; anomaly?: Maybe; image?: Maybe; segmentation?: Maybe; mission?: Maybe; structure?: Maybe; cloneOfRelation?: Maybe<_DetectionCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_DetectionCloneOfIbfk2InverseInput>; comments?: Maybe; planRelation?: Maybe<_PlanDetectionDetectionIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionDetectionDetectionIdFkeyInverseInput>; }; /** Input for the nested mutation of `missionExecution` in the `DetectionInput` mutation. */ export declare type DetectionMissionFkeyInput = { /** The primary key(s) for `missionExecution` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `detection` in the `MissionExecutionInput` mutation. */ export declare type DetectionMissionFkeyInverseInput = { /** The primary key(s) for `detection` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `detection` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** The fields on `detection` to look up the row to update. */ export declare type DetectionOnDetectionCloneOfForDetectionCloneOfIbfk1UsingDetectionPkeyUpdate = { /** An object where the defined keys will be set on the `detection` being updated. */ patch: UpdateDetectionOnDetectionCloneOfForDetectionCloneOfIbfk1Patch; id: Scalars['String']; }; /** The fields on `detection` to look up the row to update. */ export declare type DetectionOnDetectionCloneOfForDetectionCloneOfIbfk2UsingDetectionPkeyUpdate = { /** An object where the defined keys will be set on the `detection` being updated. */ patch: UpdateDetectionOnDetectionCloneOfForDetectionCloneOfIbfk2Patch; id: Scalars['String']; }; /** The fields on `detection` to look up the row to update. */ export declare type DetectionOnExecutionDetectionForExecutionDetectionDetectionIdFkeyUsingDetectionPkeyUpdate = { /** An object where the defined keys will be set on the `detection` being updated. */ patch: UpdateDetectionOnExecutionDetectionForExecutionDetectionDetectionIdFkeyPatch; id: Scalars['String']; }; /** The fields on `detection` to look up the row to update. */ export declare type DetectionOnPlanDetectionForPlanDetectionDetectionIdFkeyUsingDetectionPkeyUpdate = { /** An object where the defined keys will be set on the `detection` being updated. */ patch: UpdateDetectionOnPlanDetectionForPlanDetectionDetectionIdFkeyPatch; id: Scalars['String']; }; /** Represents an update to a `Detection`. Fields that are set will be updated. */ export declare type DetectionPatch = { nickname?: Maybe; left?: Maybe; level?: Maybe; top?: Maybe; width?: Maybe; height?: Maybe; right?: Maybe; bottom?: Maybe; confidenceScore?: Maybe; uMin?: Maybe; uMax?: Maybe; vMin?: Maybe; vMax?: Maybe; description?: Maybe; geometry?: Maybe; uvGeometry?: Maybe; author?: Maybe; type?: Maybe; anomaly?: Maybe; segmentation?: Maybe; mission?: Maybe; structure?: Maybe; cloneOfRelation?: Maybe<_DetectionCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_DetectionCloneOfIbfk2InverseInput>; comments?: Maybe; planRelation?: Maybe<_PlanDetectionDetectionIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionDetectionDetectionIdFkeyInverseInput>; }; /** A connection to a list of `Plan` values, with data from `PlanDetection`. */ export declare type DetectionPlansConnectionManyToManyConnection = { __typename?: 'DetectionPlansConnectionManyToManyConnection'; /** A list of `Plan` objects. */ nodes: Array>; /** A list of edges which contains the `Plan`, info from the `PlanDetection`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Plan` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Plan` edge in the connection, with data from `PlanDetection`. */ export declare type DetectionPlansConnectionManyToManyEdge = { __typename?: 'DetectionPlansConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Plan` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `PlanDetection`. */ detectionRelationConnection: PlanDetectionsConnection; /** Reads and enables pagination through a set of `PlanDetection`. */ detectionRelation: Array; }; /** A `Plan` edge in the connection, with data from `PlanDetection`. */ export declare type DetectionPlansConnectionManyToManyEdgeDetectionRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Plan` edge in the connection, with data from `PlanDetection`. */ export declare type DetectionPlansConnectionManyToManyEdgeDetectionRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A connection to a list of `Detection` values. */ export declare type DetectionsConnection = { __typename?: 'DetectionsConnection'; /** A list of `Detection` objects. */ nodes: Array>; /** A list of edges which contains the `Detection` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Detection` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Detection` edge in the connection. */ export declare type DetectionsEdge = { __typename?: 'DetectionsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Detection` at the end of the edge. */ node?: Maybe; }; /** Input for the nested mutation of `segmentation` in the `DetectionInput` mutation. */ export declare type DetectionSegmentationFkeyInput = { /** The primary key(s) for `segmentation` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `detection` in the `SegmentationInput` mutation. */ export declare type DetectionSegmentationFkeyInverseInput = { /** The primary key(s) for `detection` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `detection` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** Methods to use when ordering `Detection`. */ export declare enum DetectionsOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", NicknameAsc = "NICKNAME_ASC", NicknameDesc = "NICKNAME_DESC", CreatedAtAsc = "CREATED_AT_ASC", CreatedAtDesc = "CREATED_AT_DESC", UpdatedAtAsc = "UPDATED_AT_ASC", UpdatedAtDesc = "UPDATED_AT_DESC", LeftAsc = "LEFT_ASC", LeftDesc = "LEFT_DESC", LevelAsc = "LEVEL_ASC", LevelDesc = "LEVEL_DESC", TopAsc = "TOP_ASC", TopDesc = "TOP_DESC", WidthAsc = "WIDTH_ASC", WidthDesc = "WIDTH_DESC", HeightAsc = "HEIGHT_ASC", HeightDesc = "HEIGHT_DESC", OldGeometryAsc = "OLD_GEOMETRY_ASC", OldGeometryDesc = "OLD_GEOMETRY_DESC", RightAsc = "RIGHT_ASC", RightDesc = "RIGHT_DESC", BottomAsc = "BOTTOM_ASC", BottomDesc = "BOTTOM_DESC", ConfidenceScoreAsc = "CONFIDENCE_SCORE_ASC", ConfidenceScoreDesc = "CONFIDENCE_SCORE_DESC", UMinAsc = "U_MIN_ASC", UMinDesc = "U_MIN_DESC", UMaxAsc = "U_MAX_ASC", UMaxDesc = "U_MAX_DESC", VMinAsc = "V_MIN_ASC", VMinDesc = "V_MIN_DESC", VMaxAsc = "V_MAX_ASC", VMaxDesc = "V_MAX_DESC", OldUvGeometryAsc = "OLD_UV_GEOMETRY_ASC", OldUvGeometryDesc = "OLD_UV_GEOMETRY_DESC", DescriptionAsc = "DESCRIPTION_ASC", DescriptionDesc = "DESCRIPTION_DESC", DeletedAtAsc = "DELETED_AT_ASC", DeletedAtDesc = "DELETED_AT_DESC", GeometryAsc = "GEOMETRY_ASC", GeometryDesc = "GEOMETRY_DESC", UvGeometryAsc = "UV_GEOMETRY_ASC", UvGeometryDesc = "UV_GEOMETRY_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", UserByAuthorIdDoNotUseIdAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__ID_ASC", UserByAuthorIdDoNotUseIdDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__ID_DESC", UserByAuthorIdDoNotUseNicknameAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__NICKNAME_ASC", UserByAuthorIdDoNotUseNicknameDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__NICKNAME_DESC", UserByAuthorIdDoNotUseNameAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__NAME_ASC", UserByAuthorIdDoNotUseNameDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__NAME_DESC", UserByAuthorIdDoNotUseEmailAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__EMAIL_ASC", UserByAuthorIdDoNotUseEmailDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__EMAIL_DESC", UserByAuthorIdDoNotUsePasswordAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__PASSWORD_ASC", UserByAuthorIdDoNotUsePasswordDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__PASSWORD_DESC", UserByAuthorIdDoNotUseDescriptionAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__DESCRIPTION_ASC", UserByAuthorIdDoNotUseDescriptionDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__DESCRIPTION_DESC", UserByAuthorIdDoNotUseCreatedAtAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__CREATED_AT_ASC", UserByAuthorIdDoNotUseCreatedAtDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__CREATED_AT_DESC", UserByAuthorIdDoNotUseUpdatedAtAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__UPDATED_AT_ASC", UserByAuthorIdDoNotUseUpdatedAtDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__UPDATED_AT_DESC", UserByAuthorIdDoNotUseActivatedAtAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__ACTIVATED_AT_ASC", UserByAuthorIdDoNotUseActivatedAtDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__ACTIVATED_AT_DESC", UserByAuthorIdDoNotUseDateOfBirthAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__DATE_OF_BIRTH_ASC", UserByAuthorIdDoNotUseDateOfBirthDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__DATE_OF_BIRTH_DESC", UserByAuthorIdDoNotUseParametersAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__PARAMETERS_ASC", UserByAuthorIdDoNotUseParametersDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__PARAMETERS_DESC", UserByAuthorIdDoNotUseLanguageAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__LANGUAGE_ASC", UserByAuthorIdDoNotUseLanguageDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__LANGUAGE_DESC", UserByAuthorIdDoNotUseDeletedAtAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__DELETED_AT_ASC", UserByAuthorIdDoNotUseDeletedAtDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__DELETED_AT_DESC", AnomalyTypeByTypeIdDoNotUseIdAsc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__ID_ASC", AnomalyTypeByTypeIdDoNotUseIdDesc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__ID_DESC", AnomalyTypeByTypeIdDoNotUseNicknameAsc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__NICKNAME_ASC", AnomalyTypeByTypeIdDoNotUseNicknameDesc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__NICKNAME_DESC", AnomalyTypeByTypeIdDoNotUseCreatedAtAsc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__CREATED_AT_ASC", AnomalyTypeByTypeIdDoNotUseCreatedAtDesc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__CREATED_AT_DESC", AnomalyTypeByTypeIdDoNotUseUpdatedAtAsc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__UPDATED_AT_ASC", AnomalyTypeByTypeIdDoNotUseUpdatedAtDesc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__UPDATED_AT_DESC", AnomalyTypeByTypeIdDoNotUseNameAsc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__NAME_ASC", AnomalyTypeByTypeIdDoNotUseNameDesc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__NAME_DESC", AnomalyTypeByTypeIdDoNotUseStructureTypeAsc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__STRUCTURE_TYPE_ASC", AnomalyTypeByTypeIdDoNotUseStructureTypeDesc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__STRUCTURE_TYPE_DESC", AnomalyTypeByTypeIdDoNotUseLevelAsc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__LEVEL_ASC", AnomalyTypeByTypeIdDoNotUseLevelDesc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__LEVEL_DESC", AnomalyTypeByTypeIdDoNotUseParametersAsc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__PARAMETERS_ASC", AnomalyTypeByTypeIdDoNotUseParametersDesc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__PARAMETERS_DESC", AnomalyTypeByTypeIdDoNotUseDescriptionAsc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__DESCRIPTION_ASC", AnomalyTypeByTypeIdDoNotUseDescriptionDesc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__DESCRIPTION_DESC", AnomalyTypeByTypeIdDoNotUseDeletedAtAsc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__DELETED_AT_ASC", AnomalyTypeByTypeIdDoNotUseDeletedAtDesc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__DELETED_AT_DESC", AnomalyByAnomalyIdDoNotUseIdAsc = "ANOMALY_BY_ANOMALY_ID_DO_NOT_USE__ID_ASC", AnomalyByAnomalyIdDoNotUseIdDesc = "ANOMALY_BY_ANOMALY_ID_DO_NOT_USE__ID_DESC", AnomalyByAnomalyIdDoNotUseNicknameAsc = "ANOMALY_BY_ANOMALY_ID_DO_NOT_USE__NICKNAME_ASC", AnomalyByAnomalyIdDoNotUseNicknameDesc = "ANOMALY_BY_ANOMALY_ID_DO_NOT_USE__NICKNAME_DESC", AnomalyByAnomalyIdDoNotUseCreatedAtAsc = "ANOMALY_BY_ANOMALY_ID_DO_NOT_USE__CREATED_AT_ASC", AnomalyByAnomalyIdDoNotUseCreatedAtDesc = "ANOMALY_BY_ANOMALY_ID_DO_NOT_USE__CREATED_AT_DESC", AnomalyByAnomalyIdDoNotUseUpdatedAtAsc = "ANOMALY_BY_ANOMALY_ID_DO_NOT_USE__UPDATED_AT_ASC", AnomalyByAnomalyIdDoNotUseUpdatedAtDesc = "ANOMALY_BY_ANOMALY_ID_DO_NOT_USE__UPDATED_AT_DESC", AnomalyByAnomalyIdDoNotUseLevelAsc = "ANOMALY_BY_ANOMALY_ID_DO_NOT_USE__LEVEL_ASC", AnomalyByAnomalyIdDoNotUseLevelDesc = "ANOMALY_BY_ANOMALY_ID_DO_NOT_USE__LEVEL_DESC", AnomalyByAnomalyIdDoNotUseParametersAsc = "ANOMALY_BY_ANOMALY_ID_DO_NOT_USE__PARAMETERS_ASC", AnomalyByAnomalyIdDoNotUseParametersDesc = "ANOMALY_BY_ANOMALY_ID_DO_NOT_USE__PARAMETERS_DESC", AnomalyByAnomalyIdDoNotUseUMinAsc = "ANOMALY_BY_ANOMALY_ID_DO_NOT_USE__U_MIN_ASC", AnomalyByAnomalyIdDoNotUseUMinDesc = "ANOMALY_BY_ANOMALY_ID_DO_NOT_USE__U_MIN_DESC", AnomalyByAnomalyIdDoNotUseUMaxAsc = "ANOMALY_BY_ANOMALY_ID_DO_NOT_USE__U_MAX_ASC", AnomalyByAnomalyIdDoNotUseUMaxDesc = "ANOMALY_BY_ANOMALY_ID_DO_NOT_USE__U_MAX_DESC", AnomalyByAnomalyIdDoNotUseVMinAsc = "ANOMALY_BY_ANOMALY_ID_DO_NOT_USE__V_MIN_ASC", AnomalyByAnomalyIdDoNotUseVMinDesc = "ANOMALY_BY_ANOMALY_ID_DO_NOT_USE__V_MIN_DESC", AnomalyByAnomalyIdDoNotUseVMaxAsc = "ANOMALY_BY_ANOMALY_ID_DO_NOT_USE__V_MAX_ASC", AnomalyByAnomalyIdDoNotUseVMaxDesc = "ANOMALY_BY_ANOMALY_ID_DO_NOT_USE__V_MAX_DESC", AnomalyByAnomalyIdDoNotUseUvGeometryAsc = "ANOMALY_BY_ANOMALY_ID_DO_NOT_USE__UV_GEOMETRY_ASC", AnomalyByAnomalyIdDoNotUseUvGeometryDesc = "ANOMALY_BY_ANOMALY_ID_DO_NOT_USE__UV_GEOMETRY_DESC", AnomalyByAnomalyIdDoNotUseDescriptionAsc = "ANOMALY_BY_ANOMALY_ID_DO_NOT_USE__DESCRIPTION_ASC", AnomalyByAnomalyIdDoNotUseDescriptionDesc = "ANOMALY_BY_ANOMALY_ID_DO_NOT_USE__DESCRIPTION_DESC", AnomalyByAnomalyIdDoNotUseDeletedAtAsc = "ANOMALY_BY_ANOMALY_ID_DO_NOT_USE__DELETED_AT_ASC", AnomalyByAnomalyIdDoNotUseDeletedAtDesc = "ANOMALY_BY_ANOMALY_ID_DO_NOT_USE__DELETED_AT_DESC", ImageByImageIdDoNotUseIdAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__ID_ASC", ImageByImageIdDoNotUseIdDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__ID_DESC", ImageByImageIdDoNotUseCreatedAtAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CREATED_AT_ASC", ImageByImageIdDoNotUseCreatedAtDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CREATED_AT_DESC", ImageByImageIdDoNotUseUpdatedAtAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__UPDATED_AT_ASC", ImageByImageIdDoNotUseUpdatedAtDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__UPDATED_AT_DESC", ImageByImageIdDoNotUseMetaDataAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__META_DATA_ASC", ImageByImageIdDoNotUseMetaDataDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__META_DATA_DESC", ImageByImageIdDoNotUseValidAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__VALID_ASC", ImageByImageIdDoNotUseValidDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__VALID_DESC", ImageByImageIdDoNotUseFallbackDataAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__FALLBACK_DATA_ASC", ImageByImageIdDoNotUseFallbackDataDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__FALLBACK_DATA_DESC", ImageByImageIdDoNotUseIndexAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__INDEX_ASC", ImageByImageIdDoNotUseIndexDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__INDEX_DESC", ImageByImageIdDoNotUseWidthAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__WIDTH_ASC", ImageByImageIdDoNotUseWidthDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__WIDTH_DESC", ImageByImageIdDoNotUseHeightAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__HEIGHT_ASC", ImageByImageIdDoNotUseHeightDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__HEIGHT_DESC", ImageByImageIdDoNotUseDistanceAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__DISTANCE_ASC", ImageByImageIdDoNotUseDistanceDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__DISTANCE_DESC", ImageByImageIdDoNotUseCameraFieldOfViewVerticalAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_FIELD_OF_VIEW_VERTICAL_ASC", ImageByImageIdDoNotUseCameraFieldOfViewVerticalDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_FIELD_OF_VIEW_VERTICAL_DESC", ImageByImageIdDoNotUseCameraFieldOfViewHorizontalAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_FIELD_OF_VIEW_HORIZONTAL_ASC", ImageByImageIdDoNotUseCameraFieldOfViewHorizontalDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_FIELD_OF_VIEW_HORIZONTAL_DESC", ImageByImageIdDoNotUseCameraShutterSpeedAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_SHUTTER_SPEED_ASC", ImageByImageIdDoNotUseCameraShutterSpeedDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_SHUTTER_SPEED_DESC", ImageByImageIdDoNotUseCameraApertureAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_APERTURE_ASC", ImageByImageIdDoNotUseCameraApertureDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_APERTURE_DESC", ImageByImageIdDoNotUseCameraModelAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_MODEL_ASC", ImageByImageIdDoNotUseCameraModelDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_MODEL_DESC", ImageByImageIdDoNotUseCameraLensModelAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_LENS_MODEL_ASC", ImageByImageIdDoNotUseCameraLensModelDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_LENS_MODEL_DESC", ImageByImageIdDoNotUseCameraLensMakeAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_LENS_MAKE_ASC", ImageByImageIdDoNotUseCameraLensMakeDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_LENS_MAKE_DESC", ImageByImageIdDoNotUseCameraMakeAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_MAKE_ASC", ImageByImageIdDoNotUseCameraMakeDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_MAKE_DESC", ImageByImageIdDoNotUseDescriptionAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__DESCRIPTION_ASC", ImageByImageIdDoNotUseDescriptionDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__DESCRIPTION_DESC", ImageByImageIdDoNotUseDistanceGradientVerticalAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__DISTANCE_GRADIENT_VERTICAL_ASC", ImageByImageIdDoNotUseDistanceGradientVerticalDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__DISTANCE_GRADIENT_VERTICAL_DESC", ImageByImageIdDoNotUseCameraIsoAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_ISO_ASC", ImageByImageIdDoNotUseCameraIsoDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_ISO_DESC", ImageByImageIdDoNotUseDistanceGradientHorizontalAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__DISTANCE_GRADIENT_HORIZONTAL_ASC", ImageByImageIdDoNotUseDistanceGradientHorizontalDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__DISTANCE_GRADIENT_HORIZONTAL_DESC", ImageByImageIdDoNotUseCapturedAtAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAPTURED_AT_ASC", ImageByImageIdDoNotUseCapturedAtDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAPTURED_AT_DESC", ImageByImageIdDoNotUseDeletedAtAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__DELETED_AT_ASC", ImageByImageIdDoNotUseDeletedAtDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__DELETED_AT_DESC", SegmentationBySegmentationIdDoNotUseIdAsc = "SEGMENTATION_BY_SEGMENTATION_ID_DO_NOT_USE__ID_ASC", SegmentationBySegmentationIdDoNotUseIdDesc = "SEGMENTATION_BY_SEGMENTATION_ID_DO_NOT_USE__ID_DESC", SegmentationBySegmentationIdDoNotUseNicknameAsc = "SEGMENTATION_BY_SEGMENTATION_ID_DO_NOT_USE__NICKNAME_ASC", SegmentationBySegmentationIdDoNotUseNicknameDesc = "SEGMENTATION_BY_SEGMENTATION_ID_DO_NOT_USE__NICKNAME_DESC", SegmentationBySegmentationIdDoNotUseCreatedAtAsc = "SEGMENTATION_BY_SEGMENTATION_ID_DO_NOT_USE__CREATED_AT_ASC", SegmentationBySegmentationIdDoNotUseCreatedAtDesc = "SEGMENTATION_BY_SEGMENTATION_ID_DO_NOT_USE__CREATED_AT_DESC", SegmentationBySegmentationIdDoNotUseUpdatedAtAsc = "SEGMENTATION_BY_SEGMENTATION_ID_DO_NOT_USE__UPDATED_AT_ASC", SegmentationBySegmentationIdDoNotUseUpdatedAtDesc = "SEGMENTATION_BY_SEGMENTATION_ID_DO_NOT_USE__UPDATED_AT_DESC", SegmentationBySegmentationIdDoNotUseParametersAsc = "SEGMENTATION_BY_SEGMENTATION_ID_DO_NOT_USE__PARAMETERS_ASC", SegmentationBySegmentationIdDoNotUseParametersDesc = "SEGMENTATION_BY_SEGMENTATION_ID_DO_NOT_USE__PARAMETERS_DESC", SegmentationBySegmentationIdDoNotUseDeletedAtAsc = "SEGMENTATION_BY_SEGMENTATION_ID_DO_NOT_USE__DELETED_AT_ASC", SegmentationBySegmentationIdDoNotUseDeletedAtDesc = "SEGMENTATION_BY_SEGMENTATION_ID_DO_NOT_USE__DELETED_AT_DESC", MissionExecutionByMissionIdDoNotUseIdAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__ID_ASC", MissionExecutionByMissionIdDoNotUseIdDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__ID_DESC", MissionExecutionByMissionIdDoNotUseNicknameAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__NICKNAME_ASC", MissionExecutionByMissionIdDoNotUseNicknameDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__NICKNAME_DESC", MissionExecutionByMissionIdDoNotUseCreatedAtAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__CREATED_AT_ASC", MissionExecutionByMissionIdDoNotUseCreatedAtDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__CREATED_AT_DESC", MissionExecutionByMissionIdDoNotUseUpdatedAtAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__UPDATED_AT_ASC", MissionExecutionByMissionIdDoNotUseUpdatedAtDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__UPDATED_AT_DESC", MissionExecutionByMissionIdDoNotUseExecutionAtAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__EXECUTION_AT_ASC", MissionExecutionByMissionIdDoNotUseExecutionAtDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__EXECUTION_AT_DESC", MissionExecutionByMissionIdDoNotUseInspectionAtAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__INSPECTION_AT_ASC", MissionExecutionByMissionIdDoNotUseInspectionAtDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__INSPECTION_AT_DESC", MissionExecutionByMissionIdDoNotUseExpertValidationAtAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__EXPERT_VALIDATION_AT_ASC", MissionExecutionByMissionIdDoNotUseExpertValidationAtDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__EXPERT_VALIDATION_AT_DESC", MissionExecutionByMissionIdDoNotUseTrajectoryAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__TRAJECTORY_ASC", MissionExecutionByMissionIdDoNotUseTrajectoryDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__TRAJECTORY_DESC", MissionExecutionByMissionIdDoNotUseParametersAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__PARAMETERS_ASC", MissionExecutionByMissionIdDoNotUseParametersDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__PARAMETERS_DESC", MissionExecutionByMissionIdDoNotUseDeletedAtAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__DELETED_AT_ASC", MissionExecutionByMissionIdDoNotUseDeletedAtDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__DELETED_AT_DESC", StructureByStructureIdDoNotUseIdAsc = "STRUCTURE_BY_STRUCTURE_ID_DO_NOT_USE__ID_ASC", StructureByStructureIdDoNotUseIdDesc = "STRUCTURE_BY_STRUCTURE_ID_DO_NOT_USE__ID_DESC", StructureByStructureIdDoNotUseNicknameAsc = "STRUCTURE_BY_STRUCTURE_ID_DO_NOT_USE__NICKNAME_ASC", StructureByStructureIdDoNotUseNicknameDesc = "STRUCTURE_BY_STRUCTURE_ID_DO_NOT_USE__NICKNAME_DESC", StructureByStructureIdDoNotUseNameAsc = "STRUCTURE_BY_STRUCTURE_ID_DO_NOT_USE__NAME_ASC", StructureByStructureIdDoNotUseNameDesc = "STRUCTURE_BY_STRUCTURE_ID_DO_NOT_USE__NAME_DESC", StructureByStructureIdDoNotUseCreatedAtAsc = "STRUCTURE_BY_STRUCTURE_ID_DO_NOT_USE__CREATED_AT_ASC", StructureByStructureIdDoNotUseCreatedAtDesc = "STRUCTURE_BY_STRUCTURE_ID_DO_NOT_USE__CREATED_AT_DESC", StructureByStructureIdDoNotUseUpdatedAtAsc = "STRUCTURE_BY_STRUCTURE_ID_DO_NOT_USE__UPDATED_AT_ASC", StructureByStructureIdDoNotUseUpdatedAtDesc = "STRUCTURE_BY_STRUCTURE_ID_DO_NOT_USE__UPDATED_AT_DESC", StructureByStructureIdDoNotUseCommissionedAtAsc = "STRUCTURE_BY_STRUCTURE_ID_DO_NOT_USE__COMMISSIONED_AT_ASC", StructureByStructureIdDoNotUseCommissionedAtDesc = "STRUCTURE_BY_STRUCTURE_ID_DO_NOT_USE__COMMISSIONED_AT_DESC", StructureByStructureIdDoNotUseDescriptionAsc = "STRUCTURE_BY_STRUCTURE_ID_DO_NOT_USE__DESCRIPTION_ASC", StructureByStructureIdDoNotUseDescriptionDesc = "STRUCTURE_BY_STRUCTURE_ID_DO_NOT_USE__DESCRIPTION_DESC", StructureByStructureIdDoNotUseParametersAsc = "STRUCTURE_BY_STRUCTURE_ID_DO_NOT_USE__PARAMETERS_ASC", StructureByStructureIdDoNotUseParametersDesc = "STRUCTURE_BY_STRUCTURE_ID_DO_NOT_USE__PARAMETERS_DESC", StructureByStructureIdDoNotUseDeletedAtAsc = "STRUCTURE_BY_STRUCTURE_ID_DO_NOT_USE__DELETED_AT_ASC", StructureByStructureIdDoNotUseDeletedAtDesc = "STRUCTURE_BY_STRUCTURE_ID_DO_NOT_USE__DELETED_AT_DESC", DetectionCloneOfByAAAsc = "DETECTION_CLONE_OF_BY_A__A_ASC", DetectionCloneOfByAADesc = "DETECTION_CLONE_OF_BY_A__A_DESC", DetectionCloneOfByABAsc = "DETECTION_CLONE_OF_BY_A__B_ASC", DetectionCloneOfByABDesc = "DETECTION_CLONE_OF_BY_A__B_DESC", DetectionCloneovesByBCountAsc = "DETECTION_CLONEOVES_BY_B__COUNT_ASC", DetectionCloneovesByBCountDesc = "DETECTION_CLONEOVES_BY_B__COUNT_DESC", CommentsByAboutDetectionIdDoNotUseCountAsc = "COMMENTS_BY_ABOUT_DETECTION_ID_DO_NOT_USE__COUNT_ASC", CommentsByAboutDetectionIdDoNotUseCountDesc = "COMMENTS_BY_ABOUT_DETECTION_ID_DO_NOT_USE__COUNT_DESC", PlanDetectionsByDetectionIdCountAsc = "PLAN_DETECTIONS_BY_DETECTION_ID__COUNT_ASC", PlanDetectionsByDetectionIdCountDesc = "PLAN_DETECTIONS_BY_DETECTION_ID__COUNT_DESC", ExecutionDetectionsByDetectionIdCountAsc = "EXECUTION_DETECTIONS_BY_DETECTION_ID__COUNT_ASC", ExecutionDetectionsByDetectionIdCountDesc = "EXECUTION_DETECTIONS_BY_DETECTION_ID__COUNT_DESC" } /** Input for the nested mutation of `structure` in the `DetectionInput` mutation. */ export declare type DetectionStructureFkeyInput = { /** The primary key(s) for `structure` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `detection` in the `StructureInput` mutation. */ export declare type DetectionStructureFkeyInverseInput = { /** The primary key(s) for `detection` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `detection` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** A filter to be used against many `Comment` object types. All fields are combined with a logical ‘and.’ */ export declare type DetectionToManyCommentFilter = { /** Every related `Comment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Comment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Comment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `DetectionCloneOf` object types. All fields are combined with a logical ‘and.’ */ export declare type DetectionToManyDetectionCloneOfFilter = { /** Every related `DetectionCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `DetectionCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `DetectionCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `ExecutionDetection` object types. All fields are combined with a logical ‘and.’ */ export declare type DetectionToManyExecutionDetectionFilter = { /** Every related `ExecutionDetection` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `ExecutionDetection` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `ExecutionDetection` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `PlanDetection` object types. All fields are combined with a logical ‘and.’ */ export declare type DetectionToManyPlanDetectionFilter = { /** Every related `PlanDetection` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `PlanDetection` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `PlanDetection` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** Input for the nested mutation of `anomalyType` in the `DetectionInput` mutation. */ export declare type DetectionTypeFkeyInput = { /** The primary key(s) for `anomalyType` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `detection` in the `AnomalyTypeInput` mutation. */ export declare type DetectionTypeFkeyInverseInput = { /** The primary key(s) for `detection` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `detection` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; export declare type Event = { __typename?: 'Event'; id: Scalars['String']; type?: Maybe; version?: Maybe; creatorAgent?: Maybe; parameters?: Maybe; createdAt?: Maybe; updatedAt?: Maybe; deletedAt?: Maybe; clones?: Maybe; /** Reads a single `Event` that is related to this `Event`. */ eventByClones?: Maybe; /** Reads and enables pagination through a set of `Event`. */ eventsByClonesConnection: EventsConnection; /** Reads and enables pagination through a set of `Event`. */ eventsByClones: Array; /** Reads and enables pagination through a set of `EventPlansCreated`. */ plansCreatedRelationConnection: EventPlansCreatedsConnection; /** Reads and enables pagination through a set of `EventPlansCreated`. */ plansCreatedRelation: Array; /** Reads and enables pagination through a set of `EventPlansRead`. */ plansReadRelationConnection: EventPlansReadsConnection; /** Reads and enables pagination through a set of `EventPlansRead`. */ plansReadRelation: Array; /** Reads and enables pagination through a set of `EventPlansUpdated`. */ plansUpdatedRelationConnection: EventPlansUpdatedsConnection; /** Reads and enables pagination through a set of `EventPlansUpdated`. */ plansUpdatedRelation: Array; /** Reads and enables pagination through a set of `EventExecutionsCreated`. */ executionsCreatedRelationConnection: EventExecutionsCreatedsConnection; /** Reads and enables pagination through a set of `EventExecutionsCreated`. */ executionsCreatedRelation: Array; /** Reads and enables pagination through a set of `EventExecutionsRead`. */ executionsReadRelationConnection: EventExecutionsReadsConnection; /** Reads and enables pagination through a set of `EventExecutionsRead`. */ executionsReadRelation: Array; /** Reads and enables pagination through a set of `EventExecutionsUpdated`. */ executionsUpdatedRelationConnection: EventExecutionsUpdatedsConnection; /** Reads and enables pagination through a set of `EventExecutionsUpdated`. */ executionsUpdatedRelation: Array; /** Reads and enables pagination through a set of `Plan`. */ plansCreatedConnection: EventPlansCreatedConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Plan`. */ plansCreated: Array; /** Reads and enables pagination through a set of `Plan`. */ plansReadConnection: EventPlansReadConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Plan`. */ plansRead: Array; /** Reads and enables pagination through a set of `Plan`. */ plansUpdatedConnection: EventPlansUpdatedConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Plan`. */ plansUpdated: Array; /** Reads and enables pagination through a set of `Execution`. */ executionsCreatedConnection: EventExecutionsCreatedConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Execution`. */ executionsCreated: Array; /** Reads and enables pagination through a set of `Execution`. */ executionsReadConnection: EventExecutionsReadConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Execution`. */ executionsRead: Array; /** Reads and enables pagination through a set of `Execution`. */ executionsUpdatedConnection: EventExecutionsUpdatedConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Execution`. */ executionsUpdated: Array; }; export declare type EventEventsByClonesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type EventEventsByClonesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type EventPlansCreatedRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type EventPlansCreatedRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type EventPlansReadRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type EventPlansReadRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type EventPlansUpdatedRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type EventPlansUpdatedRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type EventExecutionsCreatedRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type EventExecutionsCreatedRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type EventExecutionsReadRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type EventExecutionsReadRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type EventExecutionsUpdatedRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type EventExecutionsUpdatedRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type EventPlansCreatedConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type EventPlansCreatedArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type EventPlansReadConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type EventPlansReadArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type EventPlansUpdatedConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type EventPlansUpdatedArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type EventExecutionsCreatedConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type EventExecutionsCreatedArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type EventExecutionsReadConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type EventExecutionsReadArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type EventExecutionsUpdatedConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type EventExecutionsUpdatedArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The `event` to be created by this mutation. */ export declare type EventClonesFkeyEventCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; creatorAgent?: Maybe; parameters?: Maybe; createdAt?: Maybe; updatedAt?: Maybe; deletedAt?: Maybe; eventToClones?: Maybe; plansCreatedRelation?: Maybe<_EventPlansCreatedEventFkeyInverseInput>; plansReadRelation?: Maybe<_EventPlansReadEventFkeyInverseInput>; plansUpdatedRelation?: Maybe<_EventPlansUpdatedEventFkeyInverseInput>; executionsCreatedRelation?: Maybe<_EventExecutionsCreatedEventFkeyInverseInput>; executionsReadRelation?: Maybe<_EventExecutionsReadEventFkeyInverseInput>; executionsUpdatedRelation?: Maybe<_EventExecutionsUpdatedEventFkeyInverseInput>; }; /** Input for the nested mutation of `event` in the `EventInput` mutation. */ export declare type EventClonesFkeyInput = { /** The primary key(s) for `event` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `event` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `event` for the far side of the relationship. */ updateById?: Maybe; /** A `EventInput` object that will be created and connected to this object. */ create?: Maybe; }; /** A condition to be used against `Event` object types. All fields are tested for equality and combined with a logical ‘and.’ */ export declare type EventCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `type` field. */ type?: Maybe; /** Checks for equality with the object’s `version` field. */ version?: Maybe; /** Checks for equality with the object’s `creatorAgent` field. */ creatorAgent?: Maybe; /** Checks for equality with the object’s `parameters` field. */ parameters?: Maybe; /** Checks for equality with the object’s `createdAt` field. */ createdAt?: Maybe; /** Checks for equality with the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Checks for equality with the object’s `deletedAt` field. */ deletedAt?: Maybe; /** Checks for equality with the object’s `clones` field. */ clones?: Maybe; }; /** The fields on `event` to look up the row to connect. */ export declare type EventEventPkeyConnect = { id: Scalars['String']; }; /** The fields on `event` to look up the row to delete. */ export declare type EventEventPkeyDelete = { id: Scalars['String']; }; export declare type EventExecutionsCreated = { __typename?: 'EventExecutionsCreated'; id: Scalars['String']; execution?: Maybe; event?: Maybe; /** Reads a single `Execution` that is related to this `EventExecutionsCreated`. */ executionCreated?: Maybe; /** Reads a single `Event` that is related to this `EventExecutionsCreated`. */ createdByEvent?: Maybe; }; /** * A condition to be used against `EventExecutionsCreated` object types. All fields * are tested for equality and combined with a logical ‘and.’ */ export declare type EventExecutionsCreatedCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `execution` field. */ execution?: Maybe; /** Checks for equality with the object’s `event` field. */ event?: Maybe; }; /** A connection to a list of `Execution` values, with data from `EventExecutionsCreated`. */ export declare type EventExecutionsCreatedConnectionManyToManyConnection = { __typename?: 'EventExecutionsCreatedConnectionManyToManyConnection'; /** A list of `Execution` objects. */ nodes: Array>; /** * A list of edges which contains the `Execution`, info from the * `EventExecutionsCreated`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Execution` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Execution` edge in the connection, with data from `EventExecutionsCreated`. */ export declare type EventExecutionsCreatedConnectionManyToManyEdge = { __typename?: 'EventExecutionsCreatedConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Execution` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `EventExecutionsCreated`. */ activitiesCreatingRelationConnection: EventExecutionsCreatedsConnection; /** Reads and enables pagination through a set of `EventExecutionsCreated`. */ activitiesCreatingRelation: Array; }; /** A `Execution` edge in the connection, with data from `EventExecutionsCreated`. */ export declare type EventExecutionsCreatedConnectionManyToManyEdgeActivitiesCreatingRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Execution` edge in the connection, with data from `EventExecutionsCreated`. */ export declare type EventExecutionsCreatedConnectionManyToManyEdgeActivitiesCreatingRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The fields on `eventExecutionsCreated` to look up the row to connect. */ export declare type EventExecutionsCreatedEventExecutionsCreatedPkeyConnect = { id: Scalars['String']; }; /** The fields on `eventExecutionsCreated` to look up the row to delete. */ export declare type EventExecutionsCreatedEventExecutionsCreatedPkeyDelete = { id: Scalars['String']; }; /** A filter to be used against `EventExecutionsCreated` object types. All fields are combined with a logical ‘and.’ */ export declare type EventExecutionsCreatedFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `execution` field. */ execution?: Maybe; /** Filter by the object’s `event` field. */ event?: Maybe; /** Filter by the object’s `executionCreated` relation. */ executionCreated?: Maybe; /** A related `executionCreated` exists. */ executionCreatedExists?: Maybe; /** Filter by the object’s `createdByEvent` relation. */ createdByEvent?: Maybe; /** A related `createdByEvent` exists. */ createdByEventExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `EventExecutionsCreated` */ export declare type EventExecutionsCreatedInput = { id: Scalars['String']; execution?: Maybe; event?: Maybe; executionCreated?: Maybe<_EventExecutionsCreatedExecutionFkeyInput>; createdByEvent?: Maybe<_EventExecutionsCreatedEventFkeyInput>; }; /** The fields on `eventExecutionsCreated` to look up the row to update. */ export declare type EventExecutionsCreatedOnEventExecutionsCreatedForEventExecutionsCreatedEventFkeyUsingEventExecutionsCreatedPkeyUpdate = { /** An object where the defined keys will be set on the `eventExecutionsCreated` being updated. */ patch: UpdateEventExecutionsCreatedOnEventExecutionsCreatedForEventExecutionsCreatedEventFkeyPatch; id: Scalars['String']; }; /** The fields on `eventExecutionsCreated` to look up the row to update. */ export declare type EventExecutionsCreatedOnEventExecutionsCreatedForEventExecutionsCreatedExecutionFkeyUsingEventExecutionsCreatedPkeyUpdate = { /** An object where the defined keys will be set on the `eventExecutionsCreated` being updated. */ patch: UpdateEventExecutionsCreatedOnEventExecutionsCreatedForEventExecutionsCreatedExecutionFkeyPatch; id: Scalars['String']; }; /** Represents an update to a `EventExecutionsCreated`. Fields that are set will be updated. */ export declare type EventExecutionsCreatedPatch = { id?: Maybe; execution?: Maybe; event?: Maybe; executionCreated?: Maybe<_EventExecutionsCreatedExecutionFkeyInput>; createdByEvent?: Maybe<_EventExecutionsCreatedEventFkeyInput>; }; /** A connection to a list of `EventExecutionsCreated` values. */ export declare type EventExecutionsCreatedsConnection = { __typename?: 'EventExecutionsCreatedsConnection'; /** A list of `EventExecutionsCreated` objects. */ nodes: Array>; /** A list of edges which contains the `EventExecutionsCreated` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `EventExecutionsCreated` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `EventExecutionsCreated` edge in the connection. */ export declare type EventExecutionsCreatedsEdge = { __typename?: 'EventExecutionsCreatedsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `EventExecutionsCreated` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `EventExecutionsCreated`. */ export declare enum EventExecutionsCreatedsOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", ExecutionAsc = "EXECUTION_ASC", ExecutionDesc = "EXECUTION_DESC", EventAsc = "EVENT_ASC", EventDesc = "EVENT_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", ExecutionByExecutionIdAsc = "EXECUTION_BY_EXECUTION__ID_ASC", ExecutionByExecutionIdDesc = "EXECUTION_BY_EXECUTION__ID_DESC", ExecutionByExecutionTypeAsc = "EXECUTION_BY_EXECUTION__TYPE_ASC", ExecutionByExecutionTypeDesc = "EXECUTION_BY_EXECUTION__TYPE_DESC", ExecutionByExecutionVersionAsc = "EXECUTION_BY_EXECUTION__VERSION_ASC", ExecutionByExecutionVersionDesc = "EXECUTION_BY_EXECUTION__VERSION_DESC", ExecutionByExecutionCreatedAtAsc = "EXECUTION_BY_EXECUTION__CREATED_AT_ASC", ExecutionByExecutionCreatedAtDesc = "EXECUTION_BY_EXECUTION__CREATED_AT_DESC", ExecutionByExecutionUpdatedAtAsc = "EXECUTION_BY_EXECUTION__UPDATED_AT_ASC", ExecutionByExecutionUpdatedAtDesc = "EXECUTION_BY_EXECUTION__UPDATED_AT_DESC", ExecutionByExecutionDeletedAtAsc = "EXECUTION_BY_EXECUTION__DELETED_AT_ASC", ExecutionByExecutionDeletedAtDesc = "EXECUTION_BY_EXECUTION__DELETED_AT_DESC", ExecutionByExecutionClonesAsc = "EXECUTION_BY_EXECUTION__CLONES_ASC", ExecutionByExecutionClonesDesc = "EXECUTION_BY_EXECUTION__CLONES_DESC", ExecutionByExecutionSucceededAtAsc = "EXECUTION_BY_EXECUTION__SUCCEEDED_AT_ASC", ExecutionByExecutionSucceededAtDesc = "EXECUTION_BY_EXECUTION__SUCCEEDED_AT_DESC", ExecutionByExecutionCancelledAtAsc = "EXECUTION_BY_EXECUTION__CANCELLED_AT_ASC", ExecutionByExecutionCancelledAtDesc = "EXECUTION_BY_EXECUTION__CANCELLED_AT_DESC", ExecutionByExecutionStartedAtAsc = "EXECUTION_BY_EXECUTION__STARTED_AT_ASC", ExecutionByExecutionStartedAtDesc = "EXECUTION_BY_EXECUTION__STARTED_AT_DESC", ExecutionByExecutionParametersAsc = "EXECUTION_BY_EXECUTION__PARAMETERS_ASC", ExecutionByExecutionParametersDesc = "EXECUTION_BY_EXECUTION__PARAMETERS_DESC", EventByEventIdAsc = "EVENT_BY_EVENT__ID_ASC", EventByEventIdDesc = "EVENT_BY_EVENT__ID_DESC", EventByEventTypeAsc = "EVENT_BY_EVENT__TYPE_ASC", EventByEventTypeDesc = "EVENT_BY_EVENT__TYPE_DESC", EventByEventVersionAsc = "EVENT_BY_EVENT__VERSION_ASC", EventByEventVersionDesc = "EVENT_BY_EVENT__VERSION_DESC", EventByEventCreatorAgentAsc = "EVENT_BY_EVENT__CREATOR_AGENT_ASC", EventByEventCreatorAgentDesc = "EVENT_BY_EVENT__CREATOR_AGENT_DESC", EventByEventParametersAsc = "EVENT_BY_EVENT__PARAMETERS_ASC", EventByEventParametersDesc = "EVENT_BY_EVENT__PARAMETERS_DESC", EventByEventCreatedAtAsc = "EVENT_BY_EVENT__CREATED_AT_ASC", EventByEventCreatedAtDesc = "EVENT_BY_EVENT__CREATED_AT_DESC", EventByEventUpdatedAtAsc = "EVENT_BY_EVENT__UPDATED_AT_ASC", EventByEventUpdatedAtDesc = "EVENT_BY_EVENT__UPDATED_AT_DESC", EventByEventDeletedAtAsc = "EVENT_BY_EVENT__DELETED_AT_ASC", EventByEventDeletedAtDesc = "EVENT_BY_EVENT__DELETED_AT_DESC", EventByEventClonesAsc = "EVENT_BY_EVENT__CLONES_ASC", EventByEventClonesDesc = "EVENT_BY_EVENT__CLONES_DESC" } export declare type EventExecutionsRead = { __typename?: 'EventExecutionsRead'; id: Scalars['String']; execution?: Maybe; event?: Maybe; /** Reads a single `Execution` that is related to this `EventExecutionsRead`. */ executionRead?: Maybe; /** Reads a single `Event` that is related to this `EventExecutionsRead`. */ readByEvent?: Maybe; }; /** * A condition to be used against `EventExecutionsRead` object types. All fields * are tested for equality and combined with a logical ‘and.’ */ export declare type EventExecutionsReadCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `execution` field. */ execution?: Maybe; /** Checks for equality with the object’s `event` field. */ event?: Maybe; }; /** A connection to a list of `Execution` values, with data from `EventExecutionsRead`. */ export declare type EventExecutionsReadConnectionManyToManyConnection = { __typename?: 'EventExecutionsReadConnectionManyToManyConnection'; /** A list of `Execution` objects. */ nodes: Array>; /** A list of edges which contains the `Execution`, info from the `EventExecutionsRead`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Execution` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Execution` edge in the connection, with data from `EventExecutionsRead`. */ export declare type EventExecutionsReadConnectionManyToManyEdge = { __typename?: 'EventExecutionsReadConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Execution` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `EventExecutionsRead`. */ activitiesReadingRelationConnection: EventExecutionsReadsConnection; /** Reads and enables pagination through a set of `EventExecutionsRead`. */ activitiesReadingRelation: Array; }; /** A `Execution` edge in the connection, with data from `EventExecutionsRead`. */ export declare type EventExecutionsReadConnectionManyToManyEdgeActivitiesReadingRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Execution` edge in the connection, with data from `EventExecutionsRead`. */ export declare type EventExecutionsReadConnectionManyToManyEdgeActivitiesReadingRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The fields on `eventExecutionsRead` to look up the row to connect. */ export declare type EventExecutionsReadEventExecutionsReadPkeyConnect = { id: Scalars['String']; }; /** The fields on `eventExecutionsRead` to look up the row to delete. */ export declare type EventExecutionsReadEventExecutionsReadPkeyDelete = { id: Scalars['String']; }; /** A filter to be used against `EventExecutionsRead` object types. All fields are combined with a logical ‘and.’ */ export declare type EventExecutionsReadFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `execution` field. */ execution?: Maybe; /** Filter by the object’s `event` field. */ event?: Maybe; /** Filter by the object’s `executionRead` relation. */ executionRead?: Maybe; /** A related `executionRead` exists. */ executionReadExists?: Maybe; /** Filter by the object’s `readByEvent` relation. */ readByEvent?: Maybe; /** A related `readByEvent` exists. */ readByEventExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `EventExecutionsRead` */ export declare type EventExecutionsReadInput = { id: Scalars['String']; execution?: Maybe; event?: Maybe; executionRead?: Maybe<_EventExecutionsReadExecutionFkeyInput>; readByEvent?: Maybe<_EventExecutionsReadEventFkeyInput>; }; /** The fields on `eventExecutionsRead` to look up the row to update. */ export declare type EventExecutionsReadOnEventExecutionsReadForEventExecutionsReadEventFkeyUsingEventExecutionsReadPkeyUpdate = { /** An object where the defined keys will be set on the `eventExecutionsRead` being updated. */ patch: UpdateEventExecutionsReadOnEventExecutionsReadForEventExecutionsReadEventFkeyPatch; id: Scalars['String']; }; /** The fields on `eventExecutionsRead` to look up the row to update. */ export declare type EventExecutionsReadOnEventExecutionsReadForEventExecutionsReadExecutionFkeyUsingEventExecutionsReadPkeyUpdate = { /** An object where the defined keys will be set on the `eventExecutionsRead` being updated. */ patch: UpdateEventExecutionsReadOnEventExecutionsReadForEventExecutionsReadExecutionFkeyPatch; id: Scalars['String']; }; /** Represents an update to a `EventExecutionsRead`. Fields that are set will be updated. */ export declare type EventExecutionsReadPatch = { id?: Maybe; execution?: Maybe; event?: Maybe; executionRead?: Maybe<_EventExecutionsReadExecutionFkeyInput>; readByEvent?: Maybe<_EventExecutionsReadEventFkeyInput>; }; /** A connection to a list of `EventExecutionsRead` values. */ export declare type EventExecutionsReadsConnection = { __typename?: 'EventExecutionsReadsConnection'; /** A list of `EventExecutionsRead` objects. */ nodes: Array>; /** A list of edges which contains the `EventExecutionsRead` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `EventExecutionsRead` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `EventExecutionsRead` edge in the connection. */ export declare type EventExecutionsReadsEdge = { __typename?: 'EventExecutionsReadsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `EventExecutionsRead` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `EventExecutionsRead`. */ export declare enum EventExecutionsReadsOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", ExecutionAsc = "EXECUTION_ASC", ExecutionDesc = "EXECUTION_DESC", EventAsc = "EVENT_ASC", EventDesc = "EVENT_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", ExecutionByExecutionIdAsc = "EXECUTION_BY_EXECUTION__ID_ASC", ExecutionByExecutionIdDesc = "EXECUTION_BY_EXECUTION__ID_DESC", ExecutionByExecutionTypeAsc = "EXECUTION_BY_EXECUTION__TYPE_ASC", ExecutionByExecutionTypeDesc = "EXECUTION_BY_EXECUTION__TYPE_DESC", ExecutionByExecutionVersionAsc = "EXECUTION_BY_EXECUTION__VERSION_ASC", ExecutionByExecutionVersionDesc = "EXECUTION_BY_EXECUTION__VERSION_DESC", ExecutionByExecutionCreatedAtAsc = "EXECUTION_BY_EXECUTION__CREATED_AT_ASC", ExecutionByExecutionCreatedAtDesc = "EXECUTION_BY_EXECUTION__CREATED_AT_DESC", ExecutionByExecutionUpdatedAtAsc = "EXECUTION_BY_EXECUTION__UPDATED_AT_ASC", ExecutionByExecutionUpdatedAtDesc = "EXECUTION_BY_EXECUTION__UPDATED_AT_DESC", ExecutionByExecutionDeletedAtAsc = "EXECUTION_BY_EXECUTION__DELETED_AT_ASC", ExecutionByExecutionDeletedAtDesc = "EXECUTION_BY_EXECUTION__DELETED_AT_DESC", ExecutionByExecutionClonesAsc = "EXECUTION_BY_EXECUTION__CLONES_ASC", ExecutionByExecutionClonesDesc = "EXECUTION_BY_EXECUTION__CLONES_DESC", ExecutionByExecutionSucceededAtAsc = "EXECUTION_BY_EXECUTION__SUCCEEDED_AT_ASC", ExecutionByExecutionSucceededAtDesc = "EXECUTION_BY_EXECUTION__SUCCEEDED_AT_DESC", ExecutionByExecutionCancelledAtAsc = "EXECUTION_BY_EXECUTION__CANCELLED_AT_ASC", ExecutionByExecutionCancelledAtDesc = "EXECUTION_BY_EXECUTION__CANCELLED_AT_DESC", ExecutionByExecutionStartedAtAsc = "EXECUTION_BY_EXECUTION__STARTED_AT_ASC", ExecutionByExecutionStartedAtDesc = "EXECUTION_BY_EXECUTION__STARTED_AT_DESC", ExecutionByExecutionParametersAsc = "EXECUTION_BY_EXECUTION__PARAMETERS_ASC", ExecutionByExecutionParametersDesc = "EXECUTION_BY_EXECUTION__PARAMETERS_DESC", EventByEventIdAsc = "EVENT_BY_EVENT__ID_ASC", EventByEventIdDesc = "EVENT_BY_EVENT__ID_DESC", EventByEventTypeAsc = "EVENT_BY_EVENT__TYPE_ASC", EventByEventTypeDesc = "EVENT_BY_EVENT__TYPE_DESC", EventByEventVersionAsc = "EVENT_BY_EVENT__VERSION_ASC", EventByEventVersionDesc = "EVENT_BY_EVENT__VERSION_DESC", EventByEventCreatorAgentAsc = "EVENT_BY_EVENT__CREATOR_AGENT_ASC", EventByEventCreatorAgentDesc = "EVENT_BY_EVENT__CREATOR_AGENT_DESC", EventByEventParametersAsc = "EVENT_BY_EVENT__PARAMETERS_ASC", EventByEventParametersDesc = "EVENT_BY_EVENT__PARAMETERS_DESC", EventByEventCreatedAtAsc = "EVENT_BY_EVENT__CREATED_AT_ASC", EventByEventCreatedAtDesc = "EVENT_BY_EVENT__CREATED_AT_DESC", EventByEventUpdatedAtAsc = "EVENT_BY_EVENT__UPDATED_AT_ASC", EventByEventUpdatedAtDesc = "EVENT_BY_EVENT__UPDATED_AT_DESC", EventByEventDeletedAtAsc = "EVENT_BY_EVENT__DELETED_AT_ASC", EventByEventDeletedAtDesc = "EVENT_BY_EVENT__DELETED_AT_DESC", EventByEventClonesAsc = "EVENT_BY_EVENT__CLONES_ASC", EventByEventClonesDesc = "EVENT_BY_EVENT__CLONES_DESC" } export declare type EventExecutionsUpdated = { __typename?: 'EventExecutionsUpdated'; id: Scalars['String']; execution?: Maybe; event?: Maybe; /** Reads a single `Execution` that is related to this `EventExecutionsUpdated`. */ executionUpdated?: Maybe; /** Reads a single `Event` that is related to this `EventExecutionsUpdated`. */ updatedByEvent?: Maybe; }; /** * A condition to be used against `EventExecutionsUpdated` object types. All fields * are tested for equality and combined with a logical ‘and.’ */ export declare type EventExecutionsUpdatedCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `execution` field. */ execution?: Maybe; /** Checks for equality with the object’s `event` field. */ event?: Maybe; }; /** A connection to a list of `Execution` values, with data from `EventExecutionsUpdated`. */ export declare type EventExecutionsUpdatedConnectionManyToManyConnection = { __typename?: 'EventExecutionsUpdatedConnectionManyToManyConnection'; /** A list of `Execution` objects. */ nodes: Array>; /** * A list of edges which contains the `Execution`, info from the * `EventExecutionsUpdated`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Execution` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Execution` edge in the connection, with data from `EventExecutionsUpdated`. */ export declare type EventExecutionsUpdatedConnectionManyToManyEdge = { __typename?: 'EventExecutionsUpdatedConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Execution` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `EventExecutionsUpdated`. */ activitiesUpdatingRelationConnection: EventExecutionsUpdatedsConnection; /** Reads and enables pagination through a set of `EventExecutionsUpdated`. */ activitiesUpdatingRelation: Array; }; /** A `Execution` edge in the connection, with data from `EventExecutionsUpdated`. */ export declare type EventExecutionsUpdatedConnectionManyToManyEdgeActivitiesUpdatingRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Execution` edge in the connection, with data from `EventExecutionsUpdated`. */ export declare type EventExecutionsUpdatedConnectionManyToManyEdgeActivitiesUpdatingRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The fields on `eventExecutionsUpdated` to look up the row to connect. */ export declare type EventExecutionsUpdatedEventExecutionsUpdatedPkeyConnect = { id: Scalars['String']; }; /** The fields on `eventExecutionsUpdated` to look up the row to delete. */ export declare type EventExecutionsUpdatedEventExecutionsUpdatedPkeyDelete = { id: Scalars['String']; }; /** A filter to be used against `EventExecutionsUpdated` object types. All fields are combined with a logical ‘and.’ */ export declare type EventExecutionsUpdatedFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `execution` field. */ execution?: Maybe; /** Filter by the object’s `event` field. */ event?: Maybe; /** Filter by the object’s `executionUpdated` relation. */ executionUpdated?: Maybe; /** A related `executionUpdated` exists. */ executionUpdatedExists?: Maybe; /** Filter by the object’s `updatedByEvent` relation. */ updatedByEvent?: Maybe; /** A related `updatedByEvent` exists. */ updatedByEventExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `EventExecutionsUpdated` */ export declare type EventExecutionsUpdatedInput = { id: Scalars['String']; execution?: Maybe; event?: Maybe; executionUpdated?: Maybe<_EventExecutionsUpdatedExecutionFkeyInput>; updatedByEvent?: Maybe<_EventExecutionsUpdatedEventFkeyInput>; }; /** The fields on `eventExecutionsUpdated` to look up the row to update. */ export declare type EventExecutionsUpdatedOnEventExecutionsUpdatedForEventExecutionsUpdatedEventFkeyUsingEventExecutionsUpdatedPkeyUpdate = { /** An object where the defined keys will be set on the `eventExecutionsUpdated` being updated. */ patch: UpdateEventExecutionsUpdatedOnEventExecutionsUpdatedForEventExecutionsUpdatedEventFkeyPatch; id: Scalars['String']; }; /** The fields on `eventExecutionsUpdated` to look up the row to update. */ export declare type EventExecutionsUpdatedOnEventExecutionsUpdatedForEventExecutionsUpdatedExecutionFkeyUsingEventExecutionsUpdatedPkeyUpdate = { /** An object where the defined keys will be set on the `eventExecutionsUpdated` being updated. */ patch: UpdateEventExecutionsUpdatedOnEventExecutionsUpdatedForEventExecutionsUpdatedExecutionFkeyPatch; id: Scalars['String']; }; /** Represents an update to a `EventExecutionsUpdated`. Fields that are set will be updated. */ export declare type EventExecutionsUpdatedPatch = { id?: Maybe; execution?: Maybe; event?: Maybe; executionUpdated?: Maybe<_EventExecutionsUpdatedExecutionFkeyInput>; updatedByEvent?: Maybe<_EventExecutionsUpdatedEventFkeyInput>; }; /** A connection to a list of `EventExecutionsUpdated` values. */ export declare type EventExecutionsUpdatedsConnection = { __typename?: 'EventExecutionsUpdatedsConnection'; /** A list of `EventExecutionsUpdated` objects. */ nodes: Array>; /** A list of edges which contains the `EventExecutionsUpdated` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `EventExecutionsUpdated` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `EventExecutionsUpdated` edge in the connection. */ export declare type EventExecutionsUpdatedsEdge = { __typename?: 'EventExecutionsUpdatedsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `EventExecutionsUpdated` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `EventExecutionsUpdated`. */ export declare enum EventExecutionsUpdatedsOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", ExecutionAsc = "EXECUTION_ASC", ExecutionDesc = "EXECUTION_DESC", EventAsc = "EVENT_ASC", EventDesc = "EVENT_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", ExecutionByExecutionIdAsc = "EXECUTION_BY_EXECUTION__ID_ASC", ExecutionByExecutionIdDesc = "EXECUTION_BY_EXECUTION__ID_DESC", ExecutionByExecutionTypeAsc = "EXECUTION_BY_EXECUTION__TYPE_ASC", ExecutionByExecutionTypeDesc = "EXECUTION_BY_EXECUTION__TYPE_DESC", ExecutionByExecutionVersionAsc = "EXECUTION_BY_EXECUTION__VERSION_ASC", ExecutionByExecutionVersionDesc = "EXECUTION_BY_EXECUTION__VERSION_DESC", ExecutionByExecutionCreatedAtAsc = "EXECUTION_BY_EXECUTION__CREATED_AT_ASC", ExecutionByExecutionCreatedAtDesc = "EXECUTION_BY_EXECUTION__CREATED_AT_DESC", ExecutionByExecutionUpdatedAtAsc = "EXECUTION_BY_EXECUTION__UPDATED_AT_ASC", ExecutionByExecutionUpdatedAtDesc = "EXECUTION_BY_EXECUTION__UPDATED_AT_DESC", ExecutionByExecutionDeletedAtAsc = "EXECUTION_BY_EXECUTION__DELETED_AT_ASC", ExecutionByExecutionDeletedAtDesc = "EXECUTION_BY_EXECUTION__DELETED_AT_DESC", ExecutionByExecutionClonesAsc = "EXECUTION_BY_EXECUTION__CLONES_ASC", ExecutionByExecutionClonesDesc = "EXECUTION_BY_EXECUTION__CLONES_DESC", ExecutionByExecutionSucceededAtAsc = "EXECUTION_BY_EXECUTION__SUCCEEDED_AT_ASC", ExecutionByExecutionSucceededAtDesc = "EXECUTION_BY_EXECUTION__SUCCEEDED_AT_DESC", ExecutionByExecutionCancelledAtAsc = "EXECUTION_BY_EXECUTION__CANCELLED_AT_ASC", ExecutionByExecutionCancelledAtDesc = "EXECUTION_BY_EXECUTION__CANCELLED_AT_DESC", ExecutionByExecutionStartedAtAsc = "EXECUTION_BY_EXECUTION__STARTED_AT_ASC", ExecutionByExecutionStartedAtDesc = "EXECUTION_BY_EXECUTION__STARTED_AT_DESC", ExecutionByExecutionParametersAsc = "EXECUTION_BY_EXECUTION__PARAMETERS_ASC", ExecutionByExecutionParametersDesc = "EXECUTION_BY_EXECUTION__PARAMETERS_DESC", EventByEventIdAsc = "EVENT_BY_EVENT__ID_ASC", EventByEventIdDesc = "EVENT_BY_EVENT__ID_DESC", EventByEventTypeAsc = "EVENT_BY_EVENT__TYPE_ASC", EventByEventTypeDesc = "EVENT_BY_EVENT__TYPE_DESC", EventByEventVersionAsc = "EVENT_BY_EVENT__VERSION_ASC", EventByEventVersionDesc = "EVENT_BY_EVENT__VERSION_DESC", EventByEventCreatorAgentAsc = "EVENT_BY_EVENT__CREATOR_AGENT_ASC", EventByEventCreatorAgentDesc = "EVENT_BY_EVENT__CREATOR_AGENT_DESC", EventByEventParametersAsc = "EVENT_BY_EVENT__PARAMETERS_ASC", EventByEventParametersDesc = "EVENT_BY_EVENT__PARAMETERS_DESC", EventByEventCreatedAtAsc = "EVENT_BY_EVENT__CREATED_AT_ASC", EventByEventCreatedAtDesc = "EVENT_BY_EVENT__CREATED_AT_DESC", EventByEventUpdatedAtAsc = "EVENT_BY_EVENT__UPDATED_AT_ASC", EventByEventUpdatedAtDesc = "EVENT_BY_EVENT__UPDATED_AT_DESC", EventByEventDeletedAtAsc = "EVENT_BY_EVENT__DELETED_AT_ASC", EventByEventDeletedAtDesc = "EVENT_BY_EVENT__DELETED_AT_DESC", EventByEventClonesAsc = "EVENT_BY_EVENT__CLONES_ASC", EventByEventClonesDesc = "EVENT_BY_EVENT__CLONES_DESC" } /** A filter to be used against `Event` object types. All fields are combined with a logical ‘and.’ */ export declare type EventFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `type` field. */ type?: Maybe; /** Filter by the object’s `version` field. */ version?: Maybe; /** Filter by the object’s `creatorAgent` field. */ creatorAgent?: Maybe; /** Filter by the object’s `createdAt` field. */ createdAt?: Maybe; /** Filter by the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Filter by the object’s `deletedAt` field. */ deletedAt?: Maybe; /** Filter by the object’s `clones` field. */ clones?: Maybe; /** Filter by the object’s `eventsByClonesConnection` relation. */ eventsByClonesConnection?: Maybe; /** Some related `eventsByClonesConnection` exist. */ eventsByClonesConnectionExist?: Maybe; /** Filter by the object’s `plansCreatedRelationConnection` relation. */ plansCreatedRelationConnection?: Maybe; /** Some related `plansCreatedRelationConnection` exist. */ plansCreatedRelationConnectionExist?: Maybe; /** Filter by the object’s `plansReadRelationConnection` relation. */ plansReadRelationConnection?: Maybe; /** Some related `plansReadRelationConnection` exist. */ plansReadRelationConnectionExist?: Maybe; /** Filter by the object’s `plansUpdatedRelationConnection` relation. */ plansUpdatedRelationConnection?: Maybe; /** Some related `plansUpdatedRelationConnection` exist. */ plansUpdatedRelationConnectionExist?: Maybe; /** Filter by the object’s `executionsCreatedRelationConnection` relation. */ executionsCreatedRelationConnection?: Maybe; /** Some related `executionsCreatedRelationConnection` exist. */ executionsCreatedRelationConnectionExist?: Maybe; /** Filter by the object’s `executionsReadRelationConnection` relation. */ executionsReadRelationConnection?: Maybe; /** Some related `executionsReadRelationConnection` exist. */ executionsReadRelationConnectionExist?: Maybe; /** Filter by the object’s `executionsUpdatedRelationConnection` relation. */ executionsUpdatedRelationConnection?: Maybe; /** Some related `executionsUpdatedRelationConnection` exist. */ executionsUpdatedRelationConnectionExist?: Maybe; /** Filter by the object’s `eventByClones` relation. */ eventByClones?: Maybe; /** A related `eventByClones` exists. */ eventByClonesExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `Event` */ export declare type EventInput = { id?: Maybe; type?: Maybe; version?: Maybe; creatorAgent?: Maybe; parameters?: Maybe; createdAt?: Maybe; updatedAt?: Maybe; deletedAt?: Maybe; clones?: Maybe; eventToClones?: Maybe; plansCreatedRelation?: Maybe<_EventPlansCreatedEventFkeyInverseInput>; plansReadRelation?: Maybe<_EventPlansReadEventFkeyInverseInput>; plansUpdatedRelation?: Maybe<_EventPlansUpdatedEventFkeyInverseInput>; executionsCreatedRelation?: Maybe<_EventExecutionsCreatedEventFkeyInverseInput>; executionsReadRelation?: Maybe<_EventExecutionsReadEventFkeyInverseInput>; executionsUpdatedRelation?: Maybe<_EventExecutionsUpdatedEventFkeyInverseInput>; }; /** The fields on `event` to look up the row to update. */ export declare type EventOnEventExecutionsCreatedForEventExecutionsCreatedEventFkeyUsingEventPkeyUpdate = { /** An object where the defined keys will be set on the `event` being updated. */ patch: UpdateEventOnEventExecutionsCreatedForEventExecutionsCreatedEventFkeyPatch; id: Scalars['String']; }; /** The fields on `event` to look up the row to update. */ export declare type EventOnEventExecutionsReadForEventExecutionsReadEventFkeyUsingEventPkeyUpdate = { /** An object where the defined keys will be set on the `event` being updated. */ patch: UpdateEventOnEventExecutionsReadForEventExecutionsReadEventFkeyPatch; id: Scalars['String']; }; /** The fields on `event` to look up the row to update. */ export declare type EventOnEventExecutionsUpdatedForEventExecutionsUpdatedEventFkeyUsingEventPkeyUpdate = { /** An object where the defined keys will be set on the `event` being updated. */ patch: UpdateEventOnEventExecutionsUpdatedForEventExecutionsUpdatedEventFkeyPatch; id: Scalars['String']; }; /** The fields on `event` to look up the row to update. */ export declare type EventOnEventForEventClonesFkeyUsingEventPkeyUpdate = { /** An object where the defined keys will be set on the `event` being updated. */ patch: UpdateEventOnEventForEventClonesFkeyPatch; id: Scalars['String']; }; /** The fields on `event` to look up the row to update. */ export declare type EventOnEventPlansCreatedForEventPlansCreatedEventFkeyUsingEventPkeyUpdate = { /** An object where the defined keys will be set on the `event` being updated. */ patch: UpdateEventOnEventPlansCreatedForEventPlansCreatedEventFkeyPatch; id: Scalars['String']; }; /** The fields on `event` to look up the row to update. */ export declare type EventOnEventPlansReadForEventPlansReadEventFkeyUsingEventPkeyUpdate = { /** An object where the defined keys will be set on the `event` being updated. */ patch: UpdateEventOnEventPlansReadForEventPlansReadEventFkeyPatch; id: Scalars['String']; }; /** The fields on `event` to look up the row to update. */ export declare type EventOnEventPlansUpdatedForEventPlansUpdatedEventFkeyUsingEventPkeyUpdate = { /** An object where the defined keys will be set on the `event` being updated. */ patch: UpdateEventOnEventPlansUpdatedForEventPlansUpdatedEventFkeyPatch; id: Scalars['String']; }; /** Represents an update to a `Event`. Fields that are set will be updated. */ export declare type EventPatch = { id?: Maybe; type?: Maybe; version?: Maybe; creatorAgent?: Maybe; parameters?: Maybe; createdAt?: Maybe; updatedAt?: Maybe; deletedAt?: Maybe; clones?: Maybe; eventToClones?: Maybe; plansCreatedRelation?: Maybe<_EventPlansCreatedEventFkeyInverseInput>; plansReadRelation?: Maybe<_EventPlansReadEventFkeyInverseInput>; plansUpdatedRelation?: Maybe<_EventPlansUpdatedEventFkeyInverseInput>; executionsCreatedRelation?: Maybe<_EventExecutionsCreatedEventFkeyInverseInput>; executionsReadRelation?: Maybe<_EventExecutionsReadEventFkeyInverseInput>; executionsUpdatedRelation?: Maybe<_EventExecutionsUpdatedEventFkeyInverseInput>; }; export declare type EventPlansCreated = { __typename?: 'EventPlansCreated'; id: Scalars['String']; plan?: Maybe; event?: Maybe; /** Reads a single `Plan` that is related to this `EventPlansCreated`. */ planCreated?: Maybe; /** Reads a single `Event` that is related to this `EventPlansCreated`. */ createdByEvent?: Maybe; }; /** * A condition to be used against `EventPlansCreated` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type EventPlansCreatedCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `plan` field. */ plan?: Maybe; /** Checks for equality with the object’s `event` field. */ event?: Maybe; }; /** A connection to a list of `Plan` values, with data from `EventPlansCreated`. */ export declare type EventPlansCreatedConnectionManyToManyConnection = { __typename?: 'EventPlansCreatedConnectionManyToManyConnection'; /** A list of `Plan` objects. */ nodes: Array>; /** A list of edges which contains the `Plan`, info from the `EventPlansCreated`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Plan` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Plan` edge in the connection, with data from `EventPlansCreated`. */ export declare type EventPlansCreatedConnectionManyToManyEdge = { __typename?: 'EventPlansCreatedConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Plan` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `EventPlansCreated`. */ activitiesCreatingRelationConnection: EventPlansCreatedsConnection; /** Reads and enables pagination through a set of `EventPlansCreated`. */ activitiesCreatingRelation: Array; }; /** A `Plan` edge in the connection, with data from `EventPlansCreated`. */ export declare type EventPlansCreatedConnectionManyToManyEdgeActivitiesCreatingRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Plan` edge in the connection, with data from `EventPlansCreated`. */ export declare type EventPlansCreatedConnectionManyToManyEdgeActivitiesCreatingRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The fields on `eventPlansCreated` to look up the row to connect. */ export declare type EventPlansCreatedEventPlansCreatedPkeyConnect = { id: Scalars['String']; }; /** The fields on `eventPlansCreated` to look up the row to delete. */ export declare type EventPlansCreatedEventPlansCreatedPkeyDelete = { id: Scalars['String']; }; /** A filter to be used against `EventPlansCreated` object types. All fields are combined with a logical ‘and.’ */ export declare type EventPlansCreatedFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `plan` field. */ plan?: Maybe; /** Filter by the object’s `event` field. */ event?: Maybe; /** Filter by the object’s `planCreated` relation. */ planCreated?: Maybe; /** A related `planCreated` exists. */ planCreatedExists?: Maybe; /** Filter by the object’s `createdByEvent` relation. */ createdByEvent?: Maybe; /** A related `createdByEvent` exists. */ createdByEventExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `EventPlansCreated` */ export declare type EventPlansCreatedInput = { id: Scalars['String']; plan?: Maybe; event?: Maybe; planCreated?: Maybe<_EventPlansCreatedPlanFkeyInput>; createdByEvent?: Maybe<_EventPlansCreatedEventFkeyInput>; }; /** The fields on `eventPlansCreated` to look up the row to update. */ export declare type EventPlansCreatedOnEventPlansCreatedForEventPlansCreatedEventFkeyUsingEventPlansCreatedPkeyUpdate = { /** An object where the defined keys will be set on the `eventPlansCreated` being updated. */ patch: UpdateEventPlansCreatedOnEventPlansCreatedForEventPlansCreatedEventFkeyPatch; id: Scalars['String']; }; /** The fields on `eventPlansCreated` to look up the row to update. */ export declare type EventPlansCreatedOnEventPlansCreatedForEventPlansCreatedPlanFkeyUsingEventPlansCreatedPkeyUpdate = { /** An object where the defined keys will be set on the `eventPlansCreated` being updated. */ patch: UpdateEventPlansCreatedOnEventPlansCreatedForEventPlansCreatedPlanFkeyPatch; id: Scalars['String']; }; /** Represents an update to a `EventPlansCreated`. Fields that are set will be updated. */ export declare type EventPlansCreatedPatch = { id?: Maybe; plan?: Maybe; event?: Maybe; planCreated?: Maybe<_EventPlansCreatedPlanFkeyInput>; createdByEvent?: Maybe<_EventPlansCreatedEventFkeyInput>; }; /** A connection to a list of `EventPlansCreated` values. */ export declare type EventPlansCreatedsConnection = { __typename?: 'EventPlansCreatedsConnection'; /** A list of `EventPlansCreated` objects. */ nodes: Array>; /** A list of edges which contains the `EventPlansCreated` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `EventPlansCreated` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `EventPlansCreated` edge in the connection. */ export declare type EventPlansCreatedsEdge = { __typename?: 'EventPlansCreatedsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `EventPlansCreated` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `EventPlansCreated`. */ export declare enum EventPlansCreatedsOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", PlanAsc = "PLAN_ASC", PlanDesc = "PLAN_DESC", EventAsc = "EVENT_ASC", EventDesc = "EVENT_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", PlanByPlanIdAsc = "PLAN_BY_PLAN__ID_ASC", PlanByPlanIdDesc = "PLAN_BY_PLAN__ID_DESC", PlanByPlanTypeAsc = "PLAN_BY_PLAN__TYPE_ASC", PlanByPlanTypeDesc = "PLAN_BY_PLAN__TYPE_DESC", PlanByPlanVersionAsc = "PLAN_BY_PLAN__VERSION_ASC", PlanByPlanVersionDesc = "PLAN_BY_PLAN__VERSION_DESC", PlanByPlanCreatedAtAsc = "PLAN_BY_PLAN__CREATED_AT_ASC", PlanByPlanCreatedAtDesc = "PLAN_BY_PLAN__CREATED_AT_DESC", PlanByPlanUpdatedAtAsc = "PLAN_BY_PLAN__UPDATED_AT_ASC", PlanByPlanUpdatedAtDesc = "PLAN_BY_PLAN__UPDATED_AT_DESC", PlanByPlanDeletedAtAsc = "PLAN_BY_PLAN__DELETED_AT_ASC", PlanByPlanDeletedAtDesc = "PLAN_BY_PLAN__DELETED_AT_DESC", PlanByPlanClonesAsc = "PLAN_BY_PLAN__CLONES_ASC", PlanByPlanClonesDesc = "PLAN_BY_PLAN__CLONES_DESC", PlanByPlanDueAtAsc = "PLAN_BY_PLAN__DUE_AT_ASC", PlanByPlanDueAtDesc = "PLAN_BY_PLAN__DUE_AT_DESC", PlanByPlanParametersAsc = "PLAN_BY_PLAN__PARAMETERS_ASC", PlanByPlanParametersDesc = "PLAN_BY_PLAN__PARAMETERS_DESC", EventByEventIdAsc = "EVENT_BY_EVENT__ID_ASC", EventByEventIdDesc = "EVENT_BY_EVENT__ID_DESC", EventByEventTypeAsc = "EVENT_BY_EVENT__TYPE_ASC", EventByEventTypeDesc = "EVENT_BY_EVENT__TYPE_DESC", EventByEventVersionAsc = "EVENT_BY_EVENT__VERSION_ASC", EventByEventVersionDesc = "EVENT_BY_EVENT__VERSION_DESC", EventByEventCreatorAgentAsc = "EVENT_BY_EVENT__CREATOR_AGENT_ASC", EventByEventCreatorAgentDesc = "EVENT_BY_EVENT__CREATOR_AGENT_DESC", EventByEventParametersAsc = "EVENT_BY_EVENT__PARAMETERS_ASC", EventByEventParametersDesc = "EVENT_BY_EVENT__PARAMETERS_DESC", EventByEventCreatedAtAsc = "EVENT_BY_EVENT__CREATED_AT_ASC", EventByEventCreatedAtDesc = "EVENT_BY_EVENT__CREATED_AT_DESC", EventByEventUpdatedAtAsc = "EVENT_BY_EVENT__UPDATED_AT_ASC", EventByEventUpdatedAtDesc = "EVENT_BY_EVENT__UPDATED_AT_DESC", EventByEventDeletedAtAsc = "EVENT_BY_EVENT__DELETED_AT_ASC", EventByEventDeletedAtDesc = "EVENT_BY_EVENT__DELETED_AT_DESC", EventByEventClonesAsc = "EVENT_BY_EVENT__CLONES_ASC", EventByEventClonesDesc = "EVENT_BY_EVENT__CLONES_DESC" } export declare type EventPlansRead = { __typename?: 'EventPlansRead'; id: Scalars['String']; plan?: Maybe; event?: Maybe; /** Reads a single `Plan` that is related to this `EventPlansRead`. */ planRead?: Maybe; /** Reads a single `Event` that is related to this `EventPlansRead`. */ readByEvent?: Maybe; }; /** * A condition to be used against `EventPlansRead` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type EventPlansReadCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `plan` field. */ plan?: Maybe; /** Checks for equality with the object’s `event` field. */ event?: Maybe; }; /** A connection to a list of `Plan` values, with data from `EventPlansRead`. */ export declare type EventPlansReadConnectionManyToManyConnection = { __typename?: 'EventPlansReadConnectionManyToManyConnection'; /** A list of `Plan` objects. */ nodes: Array>; /** A list of edges which contains the `Plan`, info from the `EventPlansRead`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Plan` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Plan` edge in the connection, with data from `EventPlansRead`. */ export declare type EventPlansReadConnectionManyToManyEdge = { __typename?: 'EventPlansReadConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Plan` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `EventPlansRead`. */ activitiesReadingRelationConnection: EventPlansReadsConnection; /** Reads and enables pagination through a set of `EventPlansRead`. */ activitiesReadingRelation: Array; }; /** A `Plan` edge in the connection, with data from `EventPlansRead`. */ export declare type EventPlansReadConnectionManyToManyEdgeActivitiesReadingRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Plan` edge in the connection, with data from `EventPlansRead`. */ export declare type EventPlansReadConnectionManyToManyEdgeActivitiesReadingRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The fields on `eventPlansRead` to look up the row to connect. */ export declare type EventPlansReadEventPlansReadPkeyConnect = { id: Scalars['String']; }; /** The fields on `eventPlansRead` to look up the row to delete. */ export declare type EventPlansReadEventPlansReadPkeyDelete = { id: Scalars['String']; }; /** A filter to be used against `EventPlansRead` object types. All fields are combined with a logical ‘and.’ */ export declare type EventPlansReadFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `plan` field. */ plan?: Maybe; /** Filter by the object’s `event` field. */ event?: Maybe; /** Filter by the object’s `planRead` relation. */ planRead?: Maybe; /** A related `planRead` exists. */ planReadExists?: Maybe; /** Filter by the object’s `readByEvent` relation. */ readByEvent?: Maybe; /** A related `readByEvent` exists. */ readByEventExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `EventPlansRead` */ export declare type EventPlansReadInput = { id: Scalars['String']; plan?: Maybe; event?: Maybe; planRead?: Maybe<_EventPlansReadPlanFkeyInput>; readByEvent?: Maybe<_EventPlansReadEventFkeyInput>; }; /** The fields on `eventPlansRead` to look up the row to update. */ export declare type EventPlansReadOnEventPlansReadForEventPlansReadEventFkeyUsingEventPlansReadPkeyUpdate = { /** An object where the defined keys will be set on the `eventPlansRead` being updated. */ patch: UpdateEventPlansReadOnEventPlansReadForEventPlansReadEventFkeyPatch; id: Scalars['String']; }; /** The fields on `eventPlansRead` to look up the row to update. */ export declare type EventPlansReadOnEventPlansReadForEventPlansReadPlanFkeyUsingEventPlansReadPkeyUpdate = { /** An object where the defined keys will be set on the `eventPlansRead` being updated. */ patch: UpdateEventPlansReadOnEventPlansReadForEventPlansReadPlanFkeyPatch; id: Scalars['String']; }; /** Represents an update to a `EventPlansRead`. Fields that are set will be updated. */ export declare type EventPlansReadPatch = { id?: Maybe; plan?: Maybe; event?: Maybe; planRead?: Maybe<_EventPlansReadPlanFkeyInput>; readByEvent?: Maybe<_EventPlansReadEventFkeyInput>; }; /** A connection to a list of `EventPlansRead` values. */ export declare type EventPlansReadsConnection = { __typename?: 'EventPlansReadsConnection'; /** A list of `EventPlansRead` objects. */ nodes: Array>; /** A list of edges which contains the `EventPlansRead` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `EventPlansRead` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `EventPlansRead` edge in the connection. */ export declare type EventPlansReadsEdge = { __typename?: 'EventPlansReadsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `EventPlansRead` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `EventPlansRead`. */ export declare enum EventPlansReadsOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", PlanAsc = "PLAN_ASC", PlanDesc = "PLAN_DESC", EventAsc = "EVENT_ASC", EventDesc = "EVENT_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", PlanByPlanIdAsc = "PLAN_BY_PLAN__ID_ASC", PlanByPlanIdDesc = "PLAN_BY_PLAN__ID_DESC", PlanByPlanTypeAsc = "PLAN_BY_PLAN__TYPE_ASC", PlanByPlanTypeDesc = "PLAN_BY_PLAN__TYPE_DESC", PlanByPlanVersionAsc = "PLAN_BY_PLAN__VERSION_ASC", PlanByPlanVersionDesc = "PLAN_BY_PLAN__VERSION_DESC", PlanByPlanCreatedAtAsc = "PLAN_BY_PLAN__CREATED_AT_ASC", PlanByPlanCreatedAtDesc = "PLAN_BY_PLAN__CREATED_AT_DESC", PlanByPlanUpdatedAtAsc = "PLAN_BY_PLAN__UPDATED_AT_ASC", PlanByPlanUpdatedAtDesc = "PLAN_BY_PLAN__UPDATED_AT_DESC", PlanByPlanDeletedAtAsc = "PLAN_BY_PLAN__DELETED_AT_ASC", PlanByPlanDeletedAtDesc = "PLAN_BY_PLAN__DELETED_AT_DESC", PlanByPlanClonesAsc = "PLAN_BY_PLAN__CLONES_ASC", PlanByPlanClonesDesc = "PLAN_BY_PLAN__CLONES_DESC", PlanByPlanDueAtAsc = "PLAN_BY_PLAN__DUE_AT_ASC", PlanByPlanDueAtDesc = "PLAN_BY_PLAN__DUE_AT_DESC", PlanByPlanParametersAsc = "PLAN_BY_PLAN__PARAMETERS_ASC", PlanByPlanParametersDesc = "PLAN_BY_PLAN__PARAMETERS_DESC", EventByEventIdAsc = "EVENT_BY_EVENT__ID_ASC", EventByEventIdDesc = "EVENT_BY_EVENT__ID_DESC", EventByEventTypeAsc = "EVENT_BY_EVENT__TYPE_ASC", EventByEventTypeDesc = "EVENT_BY_EVENT__TYPE_DESC", EventByEventVersionAsc = "EVENT_BY_EVENT__VERSION_ASC", EventByEventVersionDesc = "EVENT_BY_EVENT__VERSION_DESC", EventByEventCreatorAgentAsc = "EVENT_BY_EVENT__CREATOR_AGENT_ASC", EventByEventCreatorAgentDesc = "EVENT_BY_EVENT__CREATOR_AGENT_DESC", EventByEventParametersAsc = "EVENT_BY_EVENT__PARAMETERS_ASC", EventByEventParametersDesc = "EVENT_BY_EVENT__PARAMETERS_DESC", EventByEventCreatedAtAsc = "EVENT_BY_EVENT__CREATED_AT_ASC", EventByEventCreatedAtDesc = "EVENT_BY_EVENT__CREATED_AT_DESC", EventByEventUpdatedAtAsc = "EVENT_BY_EVENT__UPDATED_AT_ASC", EventByEventUpdatedAtDesc = "EVENT_BY_EVENT__UPDATED_AT_DESC", EventByEventDeletedAtAsc = "EVENT_BY_EVENT__DELETED_AT_ASC", EventByEventDeletedAtDesc = "EVENT_BY_EVENT__DELETED_AT_DESC", EventByEventClonesAsc = "EVENT_BY_EVENT__CLONES_ASC", EventByEventClonesDesc = "EVENT_BY_EVENT__CLONES_DESC" } export declare type EventPlansUpdated = { __typename?: 'EventPlansUpdated'; id: Scalars['String']; plan?: Maybe; event?: Maybe; /** Reads a single `Plan` that is related to this `EventPlansUpdated`. */ planUpdated?: Maybe; /** Reads a single `Event` that is related to this `EventPlansUpdated`. */ updatedByEvent?: Maybe; }; /** * A condition to be used against `EventPlansUpdated` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type EventPlansUpdatedCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `plan` field. */ plan?: Maybe; /** Checks for equality with the object’s `event` field. */ event?: Maybe; }; /** A connection to a list of `Plan` values, with data from `EventPlansUpdated`. */ export declare type EventPlansUpdatedConnectionManyToManyConnection = { __typename?: 'EventPlansUpdatedConnectionManyToManyConnection'; /** A list of `Plan` objects. */ nodes: Array>; /** A list of edges which contains the `Plan`, info from the `EventPlansUpdated`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Plan` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Plan` edge in the connection, with data from `EventPlansUpdated`. */ export declare type EventPlansUpdatedConnectionManyToManyEdge = { __typename?: 'EventPlansUpdatedConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Plan` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `EventPlansUpdated`. */ activitiesUpdatingRelationConnection: EventPlansUpdatedsConnection; /** Reads and enables pagination through a set of `EventPlansUpdated`. */ activitiesUpdatingRelation: Array; }; /** A `Plan` edge in the connection, with data from `EventPlansUpdated`. */ export declare type EventPlansUpdatedConnectionManyToManyEdgeActivitiesUpdatingRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Plan` edge in the connection, with data from `EventPlansUpdated`. */ export declare type EventPlansUpdatedConnectionManyToManyEdgeActivitiesUpdatingRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The fields on `eventPlansUpdated` to look up the row to connect. */ export declare type EventPlansUpdatedEventPlansUpdatedPkeyConnect = { id: Scalars['String']; }; /** The fields on `eventPlansUpdated` to look up the row to delete. */ export declare type EventPlansUpdatedEventPlansUpdatedPkeyDelete = { id: Scalars['String']; }; /** A filter to be used against `EventPlansUpdated` object types. All fields are combined with a logical ‘and.’ */ export declare type EventPlansUpdatedFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `plan` field. */ plan?: Maybe; /** Filter by the object’s `event` field. */ event?: Maybe; /** Filter by the object’s `planUpdated` relation. */ planUpdated?: Maybe; /** A related `planUpdated` exists. */ planUpdatedExists?: Maybe; /** Filter by the object’s `updatedByEvent` relation. */ updatedByEvent?: Maybe; /** A related `updatedByEvent` exists. */ updatedByEventExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `EventPlansUpdated` */ export declare type EventPlansUpdatedInput = { id: Scalars['String']; plan?: Maybe; event?: Maybe; planUpdated?: Maybe<_EventPlansUpdatedPlanFkeyInput>; updatedByEvent?: Maybe<_EventPlansUpdatedEventFkeyInput>; }; /** The fields on `eventPlansUpdated` to look up the row to update. */ export declare type EventPlansUpdatedOnEventPlansUpdatedForEventPlansUpdatedEventFkeyUsingEventPlansUpdatedPkeyUpdate = { /** An object where the defined keys will be set on the `eventPlansUpdated` being updated. */ patch: UpdateEventPlansUpdatedOnEventPlansUpdatedForEventPlansUpdatedEventFkeyPatch; id: Scalars['String']; }; /** The fields on `eventPlansUpdated` to look up the row to update. */ export declare type EventPlansUpdatedOnEventPlansUpdatedForEventPlansUpdatedPlanFkeyUsingEventPlansUpdatedPkeyUpdate = { /** An object where the defined keys will be set on the `eventPlansUpdated` being updated. */ patch: UpdateEventPlansUpdatedOnEventPlansUpdatedForEventPlansUpdatedPlanFkeyPatch; id: Scalars['String']; }; /** Represents an update to a `EventPlansUpdated`. Fields that are set will be updated. */ export declare type EventPlansUpdatedPatch = { id?: Maybe; plan?: Maybe; event?: Maybe; planUpdated?: Maybe<_EventPlansUpdatedPlanFkeyInput>; updatedByEvent?: Maybe<_EventPlansUpdatedEventFkeyInput>; }; /** A connection to a list of `EventPlansUpdated` values. */ export declare type EventPlansUpdatedsConnection = { __typename?: 'EventPlansUpdatedsConnection'; /** A list of `EventPlansUpdated` objects. */ nodes: Array>; /** A list of edges which contains the `EventPlansUpdated` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `EventPlansUpdated` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `EventPlansUpdated` edge in the connection. */ export declare type EventPlansUpdatedsEdge = { __typename?: 'EventPlansUpdatedsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `EventPlansUpdated` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `EventPlansUpdated`. */ export declare enum EventPlansUpdatedsOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", PlanAsc = "PLAN_ASC", PlanDesc = "PLAN_DESC", EventAsc = "EVENT_ASC", EventDesc = "EVENT_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", PlanByPlanIdAsc = "PLAN_BY_PLAN__ID_ASC", PlanByPlanIdDesc = "PLAN_BY_PLAN__ID_DESC", PlanByPlanTypeAsc = "PLAN_BY_PLAN__TYPE_ASC", PlanByPlanTypeDesc = "PLAN_BY_PLAN__TYPE_DESC", PlanByPlanVersionAsc = "PLAN_BY_PLAN__VERSION_ASC", PlanByPlanVersionDesc = "PLAN_BY_PLAN__VERSION_DESC", PlanByPlanCreatedAtAsc = "PLAN_BY_PLAN__CREATED_AT_ASC", PlanByPlanCreatedAtDesc = "PLAN_BY_PLAN__CREATED_AT_DESC", PlanByPlanUpdatedAtAsc = "PLAN_BY_PLAN__UPDATED_AT_ASC", PlanByPlanUpdatedAtDesc = "PLAN_BY_PLAN__UPDATED_AT_DESC", PlanByPlanDeletedAtAsc = "PLAN_BY_PLAN__DELETED_AT_ASC", PlanByPlanDeletedAtDesc = "PLAN_BY_PLAN__DELETED_AT_DESC", PlanByPlanClonesAsc = "PLAN_BY_PLAN__CLONES_ASC", PlanByPlanClonesDesc = "PLAN_BY_PLAN__CLONES_DESC", PlanByPlanDueAtAsc = "PLAN_BY_PLAN__DUE_AT_ASC", PlanByPlanDueAtDesc = "PLAN_BY_PLAN__DUE_AT_DESC", PlanByPlanParametersAsc = "PLAN_BY_PLAN__PARAMETERS_ASC", PlanByPlanParametersDesc = "PLAN_BY_PLAN__PARAMETERS_DESC", EventByEventIdAsc = "EVENT_BY_EVENT__ID_ASC", EventByEventIdDesc = "EVENT_BY_EVENT__ID_DESC", EventByEventTypeAsc = "EVENT_BY_EVENT__TYPE_ASC", EventByEventTypeDesc = "EVENT_BY_EVENT__TYPE_DESC", EventByEventVersionAsc = "EVENT_BY_EVENT__VERSION_ASC", EventByEventVersionDesc = "EVENT_BY_EVENT__VERSION_DESC", EventByEventCreatorAgentAsc = "EVENT_BY_EVENT__CREATOR_AGENT_ASC", EventByEventCreatorAgentDesc = "EVENT_BY_EVENT__CREATOR_AGENT_DESC", EventByEventParametersAsc = "EVENT_BY_EVENT__PARAMETERS_ASC", EventByEventParametersDesc = "EVENT_BY_EVENT__PARAMETERS_DESC", EventByEventCreatedAtAsc = "EVENT_BY_EVENT__CREATED_AT_ASC", EventByEventCreatedAtDesc = "EVENT_BY_EVENT__CREATED_AT_DESC", EventByEventUpdatedAtAsc = "EVENT_BY_EVENT__UPDATED_AT_ASC", EventByEventUpdatedAtDesc = "EVENT_BY_EVENT__UPDATED_AT_DESC", EventByEventDeletedAtAsc = "EVENT_BY_EVENT__DELETED_AT_ASC", EventByEventDeletedAtDesc = "EVENT_BY_EVENT__DELETED_AT_DESC", EventByEventClonesAsc = "EVENT_BY_EVENT__CLONES_ASC", EventByEventClonesDesc = "EVENT_BY_EVENT__CLONES_DESC" } /** A connection to a list of `Event` values. */ export declare type EventsConnection = { __typename?: 'EventsConnection'; /** A list of `Event` objects. */ nodes: Array>; /** A list of edges which contains the `Event` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Event` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Event` edge in the connection. */ export declare type EventsEdge = { __typename?: 'EventsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Event` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `Event`. */ export declare enum EventsOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", TypeAsc = "TYPE_ASC", TypeDesc = "TYPE_DESC", VersionAsc = "VERSION_ASC", VersionDesc = "VERSION_DESC", CreatorAgentAsc = "CREATOR_AGENT_ASC", CreatorAgentDesc = "CREATOR_AGENT_DESC", ParametersAsc = "PARAMETERS_ASC", ParametersDesc = "PARAMETERS_DESC", CreatedAtAsc = "CREATED_AT_ASC", CreatedAtDesc = "CREATED_AT_DESC", UpdatedAtAsc = "UPDATED_AT_ASC", UpdatedAtDesc = "UPDATED_AT_DESC", DeletedAtAsc = "DELETED_AT_ASC", DeletedAtDesc = "DELETED_AT_DESC", ClonesAsc = "CLONES_ASC", ClonesDesc = "CLONES_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", EventByClonesIdAsc = "EVENT_BY_CLONES__ID_ASC", EventByClonesIdDesc = "EVENT_BY_CLONES__ID_DESC", EventByClonesTypeAsc = "EVENT_BY_CLONES__TYPE_ASC", EventByClonesTypeDesc = "EVENT_BY_CLONES__TYPE_DESC", EventByClonesVersionAsc = "EVENT_BY_CLONES__VERSION_ASC", EventByClonesVersionDesc = "EVENT_BY_CLONES__VERSION_DESC", EventByClonesCreatorAgentAsc = "EVENT_BY_CLONES__CREATOR_AGENT_ASC", EventByClonesCreatorAgentDesc = "EVENT_BY_CLONES__CREATOR_AGENT_DESC", EventByClonesParametersAsc = "EVENT_BY_CLONES__PARAMETERS_ASC", EventByClonesParametersDesc = "EVENT_BY_CLONES__PARAMETERS_DESC", EventByClonesCreatedAtAsc = "EVENT_BY_CLONES__CREATED_AT_ASC", EventByClonesCreatedAtDesc = "EVENT_BY_CLONES__CREATED_AT_DESC", EventByClonesUpdatedAtAsc = "EVENT_BY_CLONES__UPDATED_AT_ASC", EventByClonesUpdatedAtDesc = "EVENT_BY_CLONES__UPDATED_AT_DESC", EventByClonesDeletedAtAsc = "EVENT_BY_CLONES__DELETED_AT_ASC", EventByClonesDeletedAtDesc = "EVENT_BY_CLONES__DELETED_AT_DESC", EventByClonesClonesAsc = "EVENT_BY_CLONES__CLONES_ASC", EventByClonesClonesDesc = "EVENT_BY_CLONES__CLONES_DESC", EventsByClonesCountAsc = "EVENTS_BY_CLONES__COUNT_ASC", EventsByClonesCountDesc = "EVENTS_BY_CLONES__COUNT_DESC", EventPlansCreatedsByEventCountAsc = "EVENT_PLANS_CREATEDS_BY_EVENT__COUNT_ASC", EventPlansCreatedsByEventCountDesc = "EVENT_PLANS_CREATEDS_BY_EVENT__COUNT_DESC", EventPlansReadsByEventCountAsc = "EVENT_PLANS_READS_BY_EVENT__COUNT_ASC", EventPlansReadsByEventCountDesc = "EVENT_PLANS_READS_BY_EVENT__COUNT_DESC", EventPlansUpdatedsByEventCountAsc = "EVENT_PLANS_UPDATEDS_BY_EVENT__COUNT_ASC", EventPlansUpdatedsByEventCountDesc = "EVENT_PLANS_UPDATEDS_BY_EVENT__COUNT_DESC", EventExecutionsCreatedsByEventCountAsc = "EVENT_EXECUTIONS_CREATEDS_BY_EVENT__COUNT_ASC", EventExecutionsCreatedsByEventCountDesc = "EVENT_EXECUTIONS_CREATEDS_BY_EVENT__COUNT_DESC", EventExecutionsReadsByEventCountAsc = "EVENT_EXECUTIONS_READS_BY_EVENT__COUNT_ASC", EventExecutionsReadsByEventCountDesc = "EVENT_EXECUTIONS_READS_BY_EVENT__COUNT_DESC", EventExecutionsUpdatedsByEventCountAsc = "EVENT_EXECUTIONS_UPDATEDS_BY_EVENT__COUNT_ASC", EventExecutionsUpdatedsByEventCountDesc = "EVENT_EXECUTIONS_UPDATEDS_BY_EVENT__COUNT_DESC" } /** A filter to be used against many `EventExecutionsCreated` object types. All fields are combined with a logical ‘and.’ */ export declare type EventToManyEventExecutionsCreatedFilter = { /** Every related `EventExecutionsCreated` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `EventExecutionsCreated` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `EventExecutionsCreated` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `EventExecutionsRead` object types. All fields are combined with a logical ‘and.’ */ export declare type EventToManyEventExecutionsReadFilter = { /** Every related `EventExecutionsRead` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `EventExecutionsRead` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `EventExecutionsRead` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `EventExecutionsUpdated` object types. All fields are combined with a logical ‘and.’ */ export declare type EventToManyEventExecutionsUpdatedFilter = { /** Every related `EventExecutionsUpdated` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `EventExecutionsUpdated` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `EventExecutionsUpdated` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `Event` object types. All fields are combined with a logical ‘and.’ */ export declare type EventToManyEventFilter = { /** Every related `Event` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Event` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Event` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `EventPlansCreated` object types. All fields are combined with a logical ‘and.’ */ export declare type EventToManyEventPlansCreatedFilter = { /** Every related `EventPlansCreated` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `EventPlansCreated` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `EventPlansCreated` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `EventPlansRead` object types. All fields are combined with a logical ‘and.’ */ export declare type EventToManyEventPlansReadFilter = { /** Every related `EventPlansRead` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `EventPlansRead` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `EventPlansRead` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `EventPlansUpdated` object types. All fields are combined with a logical ‘and.’ */ export declare type EventToManyEventPlansUpdatedFilter = { /** Every related `EventPlansUpdated` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `EventPlansUpdated` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `EventPlansUpdated` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; export declare type Execution = { __typename?: 'Execution'; id: Scalars['String']; type?: Maybe; version?: Maybe; createdAt?: Maybe; updatedAt?: Maybe; deletedAt?: Maybe; clones?: Maybe; succeededAt?: Maybe; cancelledAt?: Maybe; startedAt?: Maybe; parameters?: Maybe; /** Reads a single `Execution` that is related to this `Execution`. */ executionByClones?: Maybe; /** Reads and enables pagination through a set of `Execution`. */ executionsByClonesConnection: ExecutionsConnection; /** Reads and enables pagination through a set of `Execution`. */ executionsByClones: Array; /** Reads and enables pagination through a set of `ExecutionFollower`. */ baseExecutionsRelationConnection: ExecutionFollowersConnection; /** Reads and enables pagination through a set of `ExecutionFollower`. */ baseExecutionsRelation: Array; /** Reads and enables pagination through a set of `ExecutionFollower`. */ followerExecutionsRelationConnection: ExecutionFollowersConnection; /** Reads and enables pagination through a set of `ExecutionFollower`. */ followerExecutionsRelation: Array; /** Reads and enables pagination through a set of `EventExecutionsCreated`. */ activitiesCreatingRelationConnection: EventExecutionsCreatedsConnection; /** Reads and enables pagination through a set of `EventExecutionsCreated`. */ activitiesCreatingRelation: Array; /** Reads and enables pagination through a set of `EventExecutionsRead`. */ activitiesReadingRelationConnection: EventExecutionsReadsConnection; /** Reads and enables pagination through a set of `EventExecutionsRead`. */ activitiesReadingRelation: Array; /** Reads and enables pagination through a set of `EventExecutionsUpdated`. */ activitiesUpdatingRelationConnection: EventExecutionsUpdatedsConnection; /** Reads and enables pagination through a set of `EventExecutionsUpdated`. */ activitiesUpdatingRelation: Array; /** Reads and enables pagination through a set of `PlanCreatorExecutionCreated`. */ creatorPlanRelationConnection: PlanCreatorExecutionCreatedsConnection; /** Reads and enables pagination through a set of `PlanCreatorExecutionCreated`. */ creatorPlanRelation: Array; /** Reads and enables pagination through a set of `ExecutionCreatorPlanCreated`. */ createdPlanRelationConnection: ExecutionCreatorPlanCreatedsConnection; /** Reads and enables pagination through a set of `ExecutionCreatorPlanCreated`. */ createdPlanRelation: Array; /** Reads and enables pagination through a set of `ExecutionChild`. */ childExecutionsRelationConnection: ExecutionChildrenConnection; /** Reads and enables pagination through a set of `ExecutionChild`. */ childExecutionsRelation: Array; /** Reads and enables pagination through a set of `ExecutionChild`. */ parentExecutionsRelationConnection: ExecutionChildrenConnection; /** Reads and enables pagination through a set of `ExecutionChild`. */ parentExecutionsRelation: Array; /** Reads and enables pagination through a set of `ExecutionAnomaly`. */ anomalyRelationConnection: ExecutionAnomaliesConnection; /** Reads and enables pagination through a set of `ExecutionAnomaly`. */ anomalyRelation: Array; /** Reads and enables pagination through a set of `ExecutionUser`. */ userRelationConnection: ExecutionUsersConnection; /** Reads and enables pagination through a set of `ExecutionUser`. */ userRelation: Array; /** Reads and enables pagination through a set of `ExecutionOrganization`. */ organizationRelationConnection: ExecutionOrganizationsConnection; /** Reads and enables pagination through a set of `ExecutionOrganization`. */ organizationRelation: Array; /** Reads and enables pagination through a set of `ExecutionComment`. */ commentRelationConnection: ExecutionCommentsConnection; /** Reads and enables pagination through a set of `ExecutionComment`. */ commentRelation: Array; /** Reads and enables pagination through a set of `ExecutionDetection`. */ detectionRelationConnection: ExecutionDetectionsConnection; /** Reads and enables pagination through a set of `ExecutionDetection`. */ detectionRelation: Array; /** Reads and enables pagination through a set of `ExecutionImage`. */ imageRelationConnection: ExecutionImagesConnection; /** Reads and enables pagination through a set of `ExecutionImage`. */ imageRelation: Array; /** Reads and enables pagination through a set of `ExecutionArtifact`. */ artifactRelationConnection: ExecutionArtifactsConnection; /** Reads and enables pagination through a set of `ExecutionArtifact`. */ artifactRelation: Array; /** Reads and enables pagination through a set of `ExecutionStructure`. */ structureRelationConnection: ExecutionStructuresConnection; /** Reads and enables pagination through a set of `ExecutionStructure`. */ structureRelation: Array; /** Reads and enables pagination through a set of `ExecutionLocation`. */ locationRelationConnection: ExecutionLocationsConnection; /** Reads and enables pagination through a set of `ExecutionLocation`. */ locationRelation: Array; done?: Maybe; /** Reads and enables pagination through a set of `Execution`. */ baseExecutionsConnection: ExecutionBaseExecutionsConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Execution`. */ baseExecutions: Array; /** Reads and enables pagination through a set of `Execution`. */ followerExecutionsConnection: ExecutionFollowerExecutionsConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Execution`. */ followerExecutions: Array; /** Reads and enables pagination through a set of `Event`. */ createdByActivitiesConnection: ExecutionCreatedByActivitiesConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Event`. */ createdByEvents: Array; /** Reads and enables pagination through a set of `Event`. */ readByActivitiesConnection: ExecutionReadByActivitiesConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Event`. */ readByEvents: Array; /** Reads and enables pagination through a set of `Event`. */ updatedByActivitiesConnection: ExecutionUpdatedByActivitiesConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Event`. */ updatedByEvents: Array; /** Reads and enables pagination through a set of `Plan`. */ creatorPlansConnection: ExecutionCreatorPlansConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Plan`. */ creatorPlans: Array; /** Reads and enables pagination through a set of `Plan`. */ createdPlansConnection: ExecutionCreatedPlansConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Plan`. */ createdPlans: Array; /** Reads and enables pagination through a set of `Execution`. */ childExecutionsConnection: ExecutionChildExecutionsConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Execution`. */ childExecutions: Array; /** Reads and enables pagination through a set of `Execution`. */ parentExecutionsConnection: ExecutionParentExecutionsConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Execution`. */ parentExecutions: Array; /** Reads and enables pagination through a set of `Anomaly`. */ anomaliesRelation: ExecutionAnomaliesRelationManyToManyConnection; /** Reads and enables pagination through a set of `Anomaly`. */ anomalies: Array; /** Reads and enables pagination through a set of `User`. */ usersConnection: ExecutionUsersConnectionManyToManyConnection; /** Reads and enables pagination through a set of `User`. */ users: Array; /** Reads and enables pagination through a set of `Organization`. */ organizationsRelation: ExecutionOrganizationsRelationManyToManyConnection; /** Reads and enables pagination through a set of `Organization`. */ organizations: Array; /** Reads and enables pagination through a set of `Comment`. */ commentsRelation: ExecutionCommentsRelationManyToManyConnection; /** Reads and enables pagination through a set of `Comment`. */ comments: Array; /** Reads and enables pagination through a set of `Detection`. */ detectionsRelation: ExecutionDetectionsRelationManyToManyConnection; /** Reads and enables pagination through a set of `Detection`. */ detections: Array; /** Reads and enables pagination through a set of `Image`. */ imagesRelation: ExecutionImagesRelationManyToManyConnection; /** Reads and enables pagination through a set of `Image`. */ images: Array; /** Reads and enables pagination through a set of `Artifact`. */ artifactsRelation: ExecutionArtifactsRelationManyToManyConnection; /** Reads and enables pagination through a set of `Artifact`. */ artifacts: Array; /** Reads and enables pagination through a set of `Structure`. */ structuresRelation: ExecutionStructuresRelationManyToManyConnection; /** Reads and enables pagination through a set of `Structure`. */ structures: Array; /** Reads and enables pagination through a set of `Location`. */ locationsRelation: ExecutionLocationsRelationManyToManyConnection; /** Reads and enables pagination through a set of `Location`. */ locations: Array; }; export declare type ExecutionExecutionsByClonesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionExecutionsByClonesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionBaseExecutionsRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionBaseExecutionsRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionFollowerExecutionsRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionFollowerExecutionsRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionActivitiesCreatingRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionActivitiesCreatingRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionActivitiesReadingRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionActivitiesReadingRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionActivitiesUpdatingRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionActivitiesUpdatingRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionCreatorPlanRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionCreatorPlanRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionCreatedPlanRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionCreatedPlanRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionChildExecutionsRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionChildExecutionsRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionParentExecutionsRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionParentExecutionsRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionAnomalyRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionAnomalyRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionUserRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionUserRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionOrganizationRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionOrganizationRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionCommentRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionCommentRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionDetectionRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionDetectionRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionImageRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionImageRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionArtifactRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionArtifactRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionStructureRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionStructureRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionLocationRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionLocationRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionBaseExecutionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionBaseExecutionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionFollowerExecutionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionFollowerExecutionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionCreatedByActivitiesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionCreatedByEventsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionReadByActivitiesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionReadByEventsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionUpdatedByActivitiesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionUpdatedByEventsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionCreatorPlansConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionCreatorPlansArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionCreatedPlansConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionCreatedPlansArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionChildExecutionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionChildExecutionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionParentExecutionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionParentExecutionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionAnomaliesRelationArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionAnomaliesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionUsersConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionUsersArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionOrganizationsRelationArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionOrganizationsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionCommentsRelationArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionCommentsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionDetectionsRelationArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionDetectionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionImagesRelationArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionImagesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionArtifactsRelationArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionArtifactsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionStructuresRelationArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionStructuresArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionLocationsRelationArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionLocationsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A connection to a list of `ExecutionAnomaly` values. */ export declare type ExecutionAnomaliesConnection = { __typename?: 'ExecutionAnomaliesConnection'; /** A list of `ExecutionAnomaly` objects. */ nodes: Array>; /** A list of edges which contains the `ExecutionAnomaly` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `ExecutionAnomaly` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `ExecutionAnomaly` edge in the connection. */ export declare type ExecutionAnomaliesEdge = { __typename?: 'ExecutionAnomaliesEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `ExecutionAnomaly` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `ExecutionAnomaly`. */ export declare enum ExecutionAnomaliesOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", ExecutionIdAsc = "EXECUTION_ID_ASC", ExecutionIdDesc = "EXECUTION_ID_DESC", AnomalyIdAsc = "ANOMALY_ID_ASC", AnomalyIdDesc = "ANOMALY_ID_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", ExecutionByExecutionIdIdAsc = "EXECUTION_BY_EXECUTION_ID__ID_ASC", ExecutionByExecutionIdIdDesc = "EXECUTION_BY_EXECUTION_ID__ID_DESC", ExecutionByExecutionIdTypeAsc = "EXECUTION_BY_EXECUTION_ID__TYPE_ASC", ExecutionByExecutionIdTypeDesc = "EXECUTION_BY_EXECUTION_ID__TYPE_DESC", ExecutionByExecutionIdVersionAsc = "EXECUTION_BY_EXECUTION_ID__VERSION_ASC", ExecutionByExecutionIdVersionDesc = "EXECUTION_BY_EXECUTION_ID__VERSION_DESC", ExecutionByExecutionIdCreatedAtAsc = "EXECUTION_BY_EXECUTION_ID__CREATED_AT_ASC", ExecutionByExecutionIdCreatedAtDesc = "EXECUTION_BY_EXECUTION_ID__CREATED_AT_DESC", ExecutionByExecutionIdUpdatedAtAsc = "EXECUTION_BY_EXECUTION_ID__UPDATED_AT_ASC", ExecutionByExecutionIdUpdatedAtDesc = "EXECUTION_BY_EXECUTION_ID__UPDATED_AT_DESC", ExecutionByExecutionIdDeletedAtAsc = "EXECUTION_BY_EXECUTION_ID__DELETED_AT_ASC", ExecutionByExecutionIdDeletedAtDesc = "EXECUTION_BY_EXECUTION_ID__DELETED_AT_DESC", ExecutionByExecutionIdClonesAsc = "EXECUTION_BY_EXECUTION_ID__CLONES_ASC", ExecutionByExecutionIdClonesDesc = "EXECUTION_BY_EXECUTION_ID__CLONES_DESC", ExecutionByExecutionIdSucceededAtAsc = "EXECUTION_BY_EXECUTION_ID__SUCCEEDED_AT_ASC", ExecutionByExecutionIdSucceededAtDesc = "EXECUTION_BY_EXECUTION_ID__SUCCEEDED_AT_DESC", ExecutionByExecutionIdCancelledAtAsc = "EXECUTION_BY_EXECUTION_ID__CANCELLED_AT_ASC", ExecutionByExecutionIdCancelledAtDesc = "EXECUTION_BY_EXECUTION_ID__CANCELLED_AT_DESC", ExecutionByExecutionIdStartedAtAsc = "EXECUTION_BY_EXECUTION_ID__STARTED_AT_ASC", ExecutionByExecutionIdStartedAtDesc = "EXECUTION_BY_EXECUTION_ID__STARTED_AT_DESC", ExecutionByExecutionIdParametersAsc = "EXECUTION_BY_EXECUTION_ID__PARAMETERS_ASC", ExecutionByExecutionIdParametersDesc = "EXECUTION_BY_EXECUTION_ID__PARAMETERS_DESC", AnomalyByAnomalyIdIdAsc = "ANOMALY_BY_ANOMALY_ID__ID_ASC", AnomalyByAnomalyIdIdDesc = "ANOMALY_BY_ANOMALY_ID__ID_DESC", AnomalyByAnomalyIdNicknameAsc = "ANOMALY_BY_ANOMALY_ID__NICKNAME_ASC", AnomalyByAnomalyIdNicknameDesc = "ANOMALY_BY_ANOMALY_ID__NICKNAME_DESC", AnomalyByAnomalyIdCreatedAtAsc = "ANOMALY_BY_ANOMALY_ID__CREATED_AT_ASC", AnomalyByAnomalyIdCreatedAtDesc = "ANOMALY_BY_ANOMALY_ID__CREATED_AT_DESC", AnomalyByAnomalyIdUpdatedAtAsc = "ANOMALY_BY_ANOMALY_ID__UPDATED_AT_ASC", AnomalyByAnomalyIdUpdatedAtDesc = "ANOMALY_BY_ANOMALY_ID__UPDATED_AT_DESC", AnomalyByAnomalyIdLevelAsc = "ANOMALY_BY_ANOMALY_ID__LEVEL_ASC", AnomalyByAnomalyIdLevelDesc = "ANOMALY_BY_ANOMALY_ID__LEVEL_DESC", AnomalyByAnomalyIdParametersAsc = "ANOMALY_BY_ANOMALY_ID__PARAMETERS_ASC", AnomalyByAnomalyIdParametersDesc = "ANOMALY_BY_ANOMALY_ID__PARAMETERS_DESC", AnomalyByAnomalyIdUMinAsc = "ANOMALY_BY_ANOMALY_ID__U_MIN_ASC", AnomalyByAnomalyIdUMinDesc = "ANOMALY_BY_ANOMALY_ID__U_MIN_DESC", AnomalyByAnomalyIdUMaxAsc = "ANOMALY_BY_ANOMALY_ID__U_MAX_ASC", AnomalyByAnomalyIdUMaxDesc = "ANOMALY_BY_ANOMALY_ID__U_MAX_DESC", AnomalyByAnomalyIdVMinAsc = "ANOMALY_BY_ANOMALY_ID__V_MIN_ASC", AnomalyByAnomalyIdVMinDesc = "ANOMALY_BY_ANOMALY_ID__V_MIN_DESC", AnomalyByAnomalyIdVMaxAsc = "ANOMALY_BY_ANOMALY_ID__V_MAX_ASC", AnomalyByAnomalyIdVMaxDesc = "ANOMALY_BY_ANOMALY_ID__V_MAX_DESC", AnomalyByAnomalyIdUvGeometryAsc = "ANOMALY_BY_ANOMALY_ID__UV_GEOMETRY_ASC", AnomalyByAnomalyIdUvGeometryDesc = "ANOMALY_BY_ANOMALY_ID__UV_GEOMETRY_DESC", AnomalyByAnomalyIdDescriptionAsc = "ANOMALY_BY_ANOMALY_ID__DESCRIPTION_ASC", AnomalyByAnomalyIdDescriptionDesc = "ANOMALY_BY_ANOMALY_ID__DESCRIPTION_DESC", AnomalyByAnomalyIdDeletedAtAsc = "ANOMALY_BY_ANOMALY_ID__DELETED_AT_ASC", AnomalyByAnomalyIdDeletedAtDesc = "ANOMALY_BY_ANOMALY_ID__DELETED_AT_DESC" } /** A connection to a list of `Anomaly` values, with data from `ExecutionAnomaly`. */ export declare type ExecutionAnomaliesRelationManyToManyConnection = { __typename?: 'ExecutionAnomaliesRelationManyToManyConnection'; /** A list of `Anomaly` objects. */ nodes: Array>; /** A list of edges which contains the `Anomaly`, info from the `ExecutionAnomaly`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Anomaly` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Anomaly` edge in the connection, with data from `ExecutionAnomaly`. */ export declare type ExecutionAnomaliesRelationManyToManyEdge = { __typename?: 'ExecutionAnomaliesRelationManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Anomaly` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `ExecutionAnomaly`. */ executionRelationConnection: ExecutionAnomaliesConnection; /** Reads and enables pagination through a set of `ExecutionAnomaly`. */ executionRelation: Array; }; /** A `Anomaly` edge in the connection, with data from `ExecutionAnomaly`. */ export declare type ExecutionAnomaliesRelationManyToManyEdgeExecutionRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Anomaly` edge in the connection, with data from `ExecutionAnomaly`. */ export declare type ExecutionAnomaliesRelationManyToManyEdgeExecutionRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionAnomaly = { __typename?: 'ExecutionAnomaly'; id: Scalars['String']; executionId?: Maybe; anomalyId?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionAnomaly`. */ execution?: Maybe; /** Reads a single `Anomaly` that is related to this `ExecutionAnomaly`. */ anomaly?: Maybe; }; /** * A condition to be used against `ExecutionAnomaly` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type ExecutionAnomalyCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `executionId` field. */ executionId?: Maybe; /** Checks for equality with the object’s `anomalyId` field. */ anomalyId?: Maybe; }; /** The fields on `executionAnomaly` to look up the row to connect. */ export declare type ExecutionAnomalyExecutionAnomalyPkeyConnect = { id: Scalars['String']; }; /** The fields on `executionAnomaly` to look up the row to delete. */ export declare type ExecutionAnomalyExecutionAnomalyPkeyDelete = { id: Scalars['String']; }; /** A filter to be used against `ExecutionAnomaly` object types. All fields are combined with a logical ‘and.’ */ export declare type ExecutionAnomalyFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `executionId` field. */ executionId?: Maybe; /** Filter by the object’s `anomalyId` field. */ anomalyId?: Maybe; /** Filter by the object’s `execution` relation. */ execution?: Maybe; /** A related `execution` exists. */ executionExists?: Maybe; /** Filter by the object’s `anomaly` relation. */ anomaly?: Maybe; /** A related `anomaly` exists. */ anomalyExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `ExecutionAnomaly` */ export declare type ExecutionAnomalyInput = { id?: Maybe; executionId?: Maybe; anomalyId?: Maybe; execution?: Maybe<_ExecutionAnomalyExecutionIdFkeyInput>; anomaly?: Maybe<_ExecutionAnomalyAnomalyIdFkeyInput>; }; /** The fields on `executionAnomaly` to look up the row to update. */ export declare type ExecutionAnomalyOnExecutionAnomalyForExecutionAnomalyAnomalyIdFkeyUsingExecutionAnomalyPkeyUpdate = { /** An object where the defined keys will be set on the `executionAnomaly` being updated. */ patch: UpdateExecutionAnomalyOnExecutionAnomalyForExecutionAnomalyAnomalyIdFkeyPatch; id: Scalars['String']; }; /** The fields on `executionAnomaly` to look up the row to update. */ export declare type ExecutionAnomalyOnExecutionAnomalyForExecutionAnomalyExecutionIdFkeyUsingExecutionAnomalyPkeyUpdate = { /** An object where the defined keys will be set on the `executionAnomaly` being updated. */ patch: UpdateExecutionAnomalyOnExecutionAnomalyForExecutionAnomalyExecutionIdFkeyPatch; id: Scalars['String']; }; /** Represents an update to a `ExecutionAnomaly`. Fields that are set will be updated. */ export declare type ExecutionAnomalyPatch = { id?: Maybe; executionId?: Maybe; anomalyId?: Maybe; execution?: Maybe<_ExecutionAnomalyExecutionIdFkeyInput>; anomaly?: Maybe<_ExecutionAnomalyAnomalyIdFkeyInput>; }; export declare type ExecutionArtifact = { __typename?: 'ExecutionArtifact'; id: Scalars['String']; executionId?: Maybe; artifactId?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionArtifact`. */ execution?: Maybe; /** Reads a single `Artifact` that is related to this `ExecutionArtifact`. */ artifact?: Maybe; }; /** * A condition to be used against `ExecutionArtifact` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type ExecutionArtifactCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `executionId` field. */ executionId?: Maybe; /** Checks for equality with the object’s `artifactId` field. */ artifactId?: Maybe; }; /** The fields on `executionArtifact` to look up the row to connect. */ export declare type ExecutionArtifactExecutionArtifactPkeyConnect = { id: Scalars['String']; }; /** The fields on `executionArtifact` to look up the row to delete. */ export declare type ExecutionArtifactExecutionArtifactPkeyDelete = { id: Scalars['String']; }; /** A filter to be used against `ExecutionArtifact` object types. All fields are combined with a logical ‘and.’ */ export declare type ExecutionArtifactFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `executionId` field. */ executionId?: Maybe; /** Filter by the object’s `artifactId` field. */ artifactId?: Maybe; /** Filter by the object’s `execution` relation. */ execution?: Maybe; /** A related `execution` exists. */ executionExists?: Maybe; /** Filter by the object’s `artifact` relation. */ artifact?: Maybe; /** A related `artifact` exists. */ artifactExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `ExecutionArtifact` */ export declare type ExecutionArtifactInput = { id?: Maybe; executionId?: Maybe; artifactId?: Maybe; execution?: Maybe<_ExecutionArtifactExecutionIdFkeyInput>; artifact?: Maybe<_ExecutionArtifactArtifactIdFkeyInput>; }; /** The fields on `executionArtifact` to look up the row to update. */ export declare type ExecutionArtifactOnExecutionArtifactForExecutionArtifactArtifactIdFkeyUsingExecutionArtifactPkeyUpdate = { /** An object where the defined keys will be set on the `executionArtifact` being updated. */ patch: UpdateExecutionArtifactOnExecutionArtifactForExecutionArtifactArtifactIdFkeyPatch; id: Scalars['String']; }; /** The fields on `executionArtifact` to look up the row to update. */ export declare type ExecutionArtifactOnExecutionArtifactForExecutionArtifactExecutionIdFkeyUsingExecutionArtifactPkeyUpdate = { /** An object where the defined keys will be set on the `executionArtifact` being updated. */ patch: UpdateExecutionArtifactOnExecutionArtifactForExecutionArtifactExecutionIdFkeyPatch; id: Scalars['String']; }; /** Represents an update to a `ExecutionArtifact`. Fields that are set will be updated. */ export declare type ExecutionArtifactPatch = { id?: Maybe; executionId?: Maybe; artifactId?: Maybe; execution?: Maybe<_ExecutionArtifactExecutionIdFkeyInput>; artifact?: Maybe<_ExecutionArtifactArtifactIdFkeyInput>; }; /** A connection to a list of `ExecutionArtifact` values. */ export declare type ExecutionArtifactsConnection = { __typename?: 'ExecutionArtifactsConnection'; /** A list of `ExecutionArtifact` objects. */ nodes: Array>; /** A list of edges which contains the `ExecutionArtifact` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `ExecutionArtifact` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `ExecutionArtifact` edge in the connection. */ export declare type ExecutionArtifactsEdge = { __typename?: 'ExecutionArtifactsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `ExecutionArtifact` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `ExecutionArtifact`. */ export declare enum ExecutionArtifactsOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", ExecutionIdAsc = "EXECUTION_ID_ASC", ExecutionIdDesc = "EXECUTION_ID_DESC", ArtifactIdAsc = "ARTIFACT_ID_ASC", ArtifactIdDesc = "ARTIFACT_ID_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", ExecutionByExecutionIdIdAsc = "EXECUTION_BY_EXECUTION_ID__ID_ASC", ExecutionByExecutionIdIdDesc = "EXECUTION_BY_EXECUTION_ID__ID_DESC", ExecutionByExecutionIdTypeAsc = "EXECUTION_BY_EXECUTION_ID__TYPE_ASC", ExecutionByExecutionIdTypeDesc = "EXECUTION_BY_EXECUTION_ID__TYPE_DESC", ExecutionByExecutionIdVersionAsc = "EXECUTION_BY_EXECUTION_ID__VERSION_ASC", ExecutionByExecutionIdVersionDesc = "EXECUTION_BY_EXECUTION_ID__VERSION_DESC", ExecutionByExecutionIdCreatedAtAsc = "EXECUTION_BY_EXECUTION_ID__CREATED_AT_ASC", ExecutionByExecutionIdCreatedAtDesc = "EXECUTION_BY_EXECUTION_ID__CREATED_AT_DESC", ExecutionByExecutionIdUpdatedAtAsc = "EXECUTION_BY_EXECUTION_ID__UPDATED_AT_ASC", ExecutionByExecutionIdUpdatedAtDesc = "EXECUTION_BY_EXECUTION_ID__UPDATED_AT_DESC", ExecutionByExecutionIdDeletedAtAsc = "EXECUTION_BY_EXECUTION_ID__DELETED_AT_ASC", ExecutionByExecutionIdDeletedAtDesc = "EXECUTION_BY_EXECUTION_ID__DELETED_AT_DESC", ExecutionByExecutionIdClonesAsc = "EXECUTION_BY_EXECUTION_ID__CLONES_ASC", ExecutionByExecutionIdClonesDesc = "EXECUTION_BY_EXECUTION_ID__CLONES_DESC", ExecutionByExecutionIdSucceededAtAsc = "EXECUTION_BY_EXECUTION_ID__SUCCEEDED_AT_ASC", ExecutionByExecutionIdSucceededAtDesc = "EXECUTION_BY_EXECUTION_ID__SUCCEEDED_AT_DESC", ExecutionByExecutionIdCancelledAtAsc = "EXECUTION_BY_EXECUTION_ID__CANCELLED_AT_ASC", ExecutionByExecutionIdCancelledAtDesc = "EXECUTION_BY_EXECUTION_ID__CANCELLED_AT_DESC", ExecutionByExecutionIdStartedAtAsc = "EXECUTION_BY_EXECUTION_ID__STARTED_AT_ASC", ExecutionByExecutionIdStartedAtDesc = "EXECUTION_BY_EXECUTION_ID__STARTED_AT_DESC", ExecutionByExecutionIdParametersAsc = "EXECUTION_BY_EXECUTION_ID__PARAMETERS_ASC", ExecutionByExecutionIdParametersDesc = "EXECUTION_BY_EXECUTION_ID__PARAMETERS_DESC", ArtifactByArtifactIdIdAsc = "ARTIFACT_BY_ARTIFACT_ID__ID_ASC", ArtifactByArtifactIdIdDesc = "ARTIFACT_BY_ARTIFACT_ID__ID_DESC", ArtifactByArtifactIdNicknameAsc = "ARTIFACT_BY_ARTIFACT_ID__NICKNAME_ASC", ArtifactByArtifactIdNicknameDesc = "ARTIFACT_BY_ARTIFACT_ID__NICKNAME_DESC", ArtifactByArtifactIdCreatedAtAsc = "ARTIFACT_BY_ARTIFACT_ID__CREATED_AT_ASC", ArtifactByArtifactIdCreatedAtDesc = "ARTIFACT_BY_ARTIFACT_ID__CREATED_AT_DESC", ArtifactByArtifactIdUpdatedAtAsc = "ARTIFACT_BY_ARTIFACT_ID__UPDATED_AT_ASC", ArtifactByArtifactIdUpdatedAtDesc = "ARTIFACT_BY_ARTIFACT_ID__UPDATED_AT_DESC", ArtifactByArtifactIdNameAsc = "ARTIFACT_BY_ARTIFACT_ID__NAME_ASC", ArtifactByArtifactIdNameDesc = "ARTIFACT_BY_ARTIFACT_ID__NAME_DESC", ArtifactByArtifactIdTypeAsc = "ARTIFACT_BY_ARTIFACT_ID__TYPE_ASC", ArtifactByArtifactIdTypeDesc = "ARTIFACT_BY_ARTIFACT_ID__TYPE_DESC", ArtifactByArtifactIdIndexAsc = "ARTIFACT_BY_ARTIFACT_ID__INDEX_ASC", ArtifactByArtifactIdIndexDesc = "ARTIFACT_BY_ARTIFACT_ID__INDEX_DESC", ArtifactByArtifactIdParametersAsc = "ARTIFACT_BY_ARTIFACT_ID__PARAMETERS_ASC", ArtifactByArtifactIdParametersDesc = "ARTIFACT_BY_ARTIFACT_ID__PARAMETERS_DESC", ArtifactByArtifactIdFallbackDataAsc = "ARTIFACT_BY_ARTIFACT_ID__FALLBACK_DATA_ASC", ArtifactByArtifactIdFallbackDataDesc = "ARTIFACT_BY_ARTIFACT_ID__FALLBACK_DATA_DESC", ArtifactByArtifactIdDescriptionAsc = "ARTIFACT_BY_ARTIFACT_ID__DESCRIPTION_ASC", ArtifactByArtifactIdDescriptionDesc = "ARTIFACT_BY_ARTIFACT_ID__DESCRIPTION_DESC", ArtifactByArtifactIdDeletedAtAsc = "ARTIFACT_BY_ARTIFACT_ID__DELETED_AT_ASC", ArtifactByArtifactIdDeletedAtDesc = "ARTIFACT_BY_ARTIFACT_ID__DELETED_AT_DESC" } /** A connection to a list of `Artifact` values, with data from `ExecutionArtifact`. */ export declare type ExecutionArtifactsRelationManyToManyConnection = { __typename?: 'ExecutionArtifactsRelationManyToManyConnection'; /** A list of `Artifact` objects. */ nodes: Array>; /** A list of edges which contains the `Artifact`, info from the `ExecutionArtifact`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Artifact` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Artifact` edge in the connection, with data from `ExecutionArtifact`. */ export declare type ExecutionArtifactsRelationManyToManyEdge = { __typename?: 'ExecutionArtifactsRelationManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Artifact` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `ExecutionArtifact`. */ executionRelationConnection: ExecutionArtifactsConnection; /** Reads and enables pagination through a set of `ExecutionArtifact`. */ executionRelation: Array; }; /** A `Artifact` edge in the connection, with data from `ExecutionArtifact`. */ export declare type ExecutionArtifactsRelationManyToManyEdgeExecutionRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Artifact` edge in the connection, with data from `ExecutionArtifact`. */ export declare type ExecutionArtifactsRelationManyToManyEdgeExecutionRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A connection to a list of `Execution` values, with data from `ExecutionFollower`. */ export declare type ExecutionBaseExecutionsConnectionManyToManyConnection = { __typename?: 'ExecutionBaseExecutionsConnectionManyToManyConnection'; /** A list of `Execution` objects. */ nodes: Array>; /** A list of edges which contains the `Execution`, info from the `ExecutionFollower`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Execution` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Execution` edge in the connection, with data from `ExecutionFollower`. */ export declare type ExecutionBaseExecutionsConnectionManyToManyEdge = { __typename?: 'ExecutionBaseExecutionsConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Execution` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `ExecutionFollower`. */ followerExecutionsRelationConnection: ExecutionFollowersConnection; /** Reads and enables pagination through a set of `ExecutionFollower`. */ followerExecutionsRelation: Array; }; /** A `Execution` edge in the connection, with data from `ExecutionFollower`. */ export declare type ExecutionBaseExecutionsConnectionManyToManyEdgeFollowerExecutionsRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Execution` edge in the connection, with data from `ExecutionFollower`. */ export declare type ExecutionBaseExecutionsConnectionManyToManyEdgeFollowerExecutionsRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionChild = { __typename?: 'ExecutionChild'; id: Scalars['String']; parent?: Maybe; child?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionChild`. */ parentExecution?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionChild`. */ childExecution?: Maybe; }; /** * A condition to be used against `ExecutionChild` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type ExecutionChildCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `parent` field. */ parent?: Maybe; /** Checks for equality with the object’s `child` field. */ child?: Maybe; }; /** The fields on `executionChild` to look up the row to connect. */ export declare type ExecutionChildExecutionChildrenPkeyConnect = { id: Scalars['String']; }; /** The fields on `executionChild` to look up the row to delete. */ export declare type ExecutionChildExecutionChildrenPkeyDelete = { id: Scalars['String']; }; /** A connection to a list of `Execution` values, with data from `ExecutionChild`. */ export declare type ExecutionChildExecutionsConnectionManyToManyConnection = { __typename?: 'ExecutionChildExecutionsConnectionManyToManyConnection'; /** A list of `Execution` objects. */ nodes: Array>; /** A list of edges which contains the `Execution`, info from the `ExecutionChild`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Execution` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Execution` edge in the connection, with data from `ExecutionChild`. */ export declare type ExecutionChildExecutionsConnectionManyToManyEdge = { __typename?: 'ExecutionChildExecutionsConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Execution` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `ExecutionChild`. */ parentExecutionsRelationConnection: ExecutionChildrenConnection; /** Reads and enables pagination through a set of `ExecutionChild`. */ parentExecutionsRelation: Array; }; /** A `Execution` edge in the connection, with data from `ExecutionChild`. */ export declare type ExecutionChildExecutionsConnectionManyToManyEdgeParentExecutionsRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Execution` edge in the connection, with data from `ExecutionChild`. */ export declare type ExecutionChildExecutionsConnectionManyToManyEdgeParentExecutionsRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A filter to be used against `ExecutionChild` object types. All fields are combined with a logical ‘and.’ */ export declare type ExecutionChildFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `parent` field. */ parent?: Maybe; /** Filter by the object’s `child` field. */ child?: Maybe; /** Filter by the object’s `parentExecution` relation. */ parentExecution?: Maybe; /** A related `parentExecution` exists. */ parentExecutionExists?: Maybe; /** Filter by the object’s `childExecution` relation. */ childExecution?: Maybe; /** A related `childExecution` exists. */ childExecutionExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `ExecutionChild` */ export declare type ExecutionChildInput = { id: Scalars['String']; parent?: Maybe; child?: Maybe; parentExecution?: Maybe<_ExecutionChildrenParentFkeyInput>; childExecution?: Maybe<_ExecutionChildrenChildFkeyInput>; }; /** The fields on `executionChild` to look up the row to update. */ export declare type ExecutionChildOnExecutionChildForExecutionChildrenChildFkeyUsingExecutionChildrenPkeyUpdate = { /** An object where the defined keys will be set on the `executionChild` being updated. */ patch: UpdateExecutionChildOnExecutionChildForExecutionChildrenChildFkeyPatch; id: Scalars['String']; }; /** The fields on `executionChild` to look up the row to update. */ export declare type ExecutionChildOnExecutionChildForExecutionChildrenParentFkeyUsingExecutionChildrenPkeyUpdate = { /** An object where the defined keys will be set on the `executionChild` being updated. */ patch: UpdateExecutionChildOnExecutionChildForExecutionChildrenParentFkeyPatch; id: Scalars['String']; }; /** Represents an update to a `ExecutionChild`. Fields that are set will be updated. */ export declare type ExecutionChildPatch = { id?: Maybe; parent?: Maybe; child?: Maybe; parentExecution?: Maybe<_ExecutionChildrenParentFkeyInput>; childExecution?: Maybe<_ExecutionChildrenChildFkeyInput>; }; /** A connection to a list of `ExecutionChild` values. */ export declare type ExecutionChildrenConnection = { __typename?: 'ExecutionChildrenConnection'; /** A list of `ExecutionChild` objects. */ nodes: Array>; /** A list of edges which contains the `ExecutionChild` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `ExecutionChild` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `ExecutionChild` edge in the connection. */ export declare type ExecutionChildrenEdge = { __typename?: 'ExecutionChildrenEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `ExecutionChild` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `ExecutionChild`. */ export declare enum ExecutionChildrenOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", ParentAsc = "PARENT_ASC", ParentDesc = "PARENT_DESC", ChildAsc = "CHILD_ASC", ChildDesc = "CHILD_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", ExecutionByParentIdAsc = "EXECUTION_BY_PARENT__ID_ASC", ExecutionByParentIdDesc = "EXECUTION_BY_PARENT__ID_DESC", ExecutionByParentTypeAsc = "EXECUTION_BY_PARENT__TYPE_ASC", ExecutionByParentTypeDesc = "EXECUTION_BY_PARENT__TYPE_DESC", ExecutionByParentVersionAsc = "EXECUTION_BY_PARENT__VERSION_ASC", ExecutionByParentVersionDesc = "EXECUTION_BY_PARENT__VERSION_DESC", ExecutionByParentCreatedAtAsc = "EXECUTION_BY_PARENT__CREATED_AT_ASC", ExecutionByParentCreatedAtDesc = "EXECUTION_BY_PARENT__CREATED_AT_DESC", ExecutionByParentUpdatedAtAsc = "EXECUTION_BY_PARENT__UPDATED_AT_ASC", ExecutionByParentUpdatedAtDesc = "EXECUTION_BY_PARENT__UPDATED_AT_DESC", ExecutionByParentDeletedAtAsc = "EXECUTION_BY_PARENT__DELETED_AT_ASC", ExecutionByParentDeletedAtDesc = "EXECUTION_BY_PARENT__DELETED_AT_DESC", ExecutionByParentClonesAsc = "EXECUTION_BY_PARENT__CLONES_ASC", ExecutionByParentClonesDesc = "EXECUTION_BY_PARENT__CLONES_DESC", ExecutionByParentSucceededAtAsc = "EXECUTION_BY_PARENT__SUCCEEDED_AT_ASC", ExecutionByParentSucceededAtDesc = "EXECUTION_BY_PARENT__SUCCEEDED_AT_DESC", ExecutionByParentCancelledAtAsc = "EXECUTION_BY_PARENT__CANCELLED_AT_ASC", ExecutionByParentCancelledAtDesc = "EXECUTION_BY_PARENT__CANCELLED_AT_DESC", ExecutionByParentStartedAtAsc = "EXECUTION_BY_PARENT__STARTED_AT_ASC", ExecutionByParentStartedAtDesc = "EXECUTION_BY_PARENT__STARTED_AT_DESC", ExecutionByParentParametersAsc = "EXECUTION_BY_PARENT__PARAMETERS_ASC", ExecutionByParentParametersDesc = "EXECUTION_BY_PARENT__PARAMETERS_DESC", ExecutionByChildIdAsc = "EXECUTION_BY_CHILD__ID_ASC", ExecutionByChildIdDesc = "EXECUTION_BY_CHILD__ID_DESC", ExecutionByChildTypeAsc = "EXECUTION_BY_CHILD__TYPE_ASC", ExecutionByChildTypeDesc = "EXECUTION_BY_CHILD__TYPE_DESC", ExecutionByChildVersionAsc = "EXECUTION_BY_CHILD__VERSION_ASC", ExecutionByChildVersionDesc = "EXECUTION_BY_CHILD__VERSION_DESC", ExecutionByChildCreatedAtAsc = "EXECUTION_BY_CHILD__CREATED_AT_ASC", ExecutionByChildCreatedAtDesc = "EXECUTION_BY_CHILD__CREATED_AT_DESC", ExecutionByChildUpdatedAtAsc = "EXECUTION_BY_CHILD__UPDATED_AT_ASC", ExecutionByChildUpdatedAtDesc = "EXECUTION_BY_CHILD__UPDATED_AT_DESC", ExecutionByChildDeletedAtAsc = "EXECUTION_BY_CHILD__DELETED_AT_ASC", ExecutionByChildDeletedAtDesc = "EXECUTION_BY_CHILD__DELETED_AT_DESC", ExecutionByChildClonesAsc = "EXECUTION_BY_CHILD__CLONES_ASC", ExecutionByChildClonesDesc = "EXECUTION_BY_CHILD__CLONES_DESC", ExecutionByChildSucceededAtAsc = "EXECUTION_BY_CHILD__SUCCEEDED_AT_ASC", ExecutionByChildSucceededAtDesc = "EXECUTION_BY_CHILD__SUCCEEDED_AT_DESC", ExecutionByChildCancelledAtAsc = "EXECUTION_BY_CHILD__CANCELLED_AT_ASC", ExecutionByChildCancelledAtDesc = "EXECUTION_BY_CHILD__CANCELLED_AT_DESC", ExecutionByChildStartedAtAsc = "EXECUTION_BY_CHILD__STARTED_AT_ASC", ExecutionByChildStartedAtDesc = "EXECUTION_BY_CHILD__STARTED_AT_DESC", ExecutionByChildParametersAsc = "EXECUTION_BY_CHILD__PARAMETERS_ASC", ExecutionByChildParametersDesc = "EXECUTION_BY_CHILD__PARAMETERS_DESC" } /** The `execution` to be created by this mutation. */ export declare type ExecutionClonesFkeyExecutionCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; succeededAt?: Maybe; cancelledAt?: Maybe; startedAt?: Maybe; parameters?: Maybe; executionToClones?: Maybe; baseExecutionsRelation?: Maybe<_ExecutionFollowersFollowerFkeyInverseInput>; followerExecutionsRelation?: Maybe<_ExecutionFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventExecutionsCreatedExecutionFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventExecutionsReadExecutionFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventExecutionsUpdatedExecutionFkeyInverseInput>; creatorPlanRelation?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInverseInput>; createdPlanRelation?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInverseInput>; childExecutionsRelation?: Maybe<_ExecutionChildrenParentFkeyInverseInput>; parentExecutionsRelation?: Maybe<_ExecutionChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_ExecutionAnomalyExecutionIdFkeyInverseInput>; userRelation?: Maybe<_ExecutionUserExecutionIdFkeyInverseInput>; organizationRelation?: Maybe<_ExecutionOrganizationExecutionIdFkeyInverseInput>; commentRelation?: Maybe<_ExecutionCommentExecutionIdFkeyInverseInput>; detectionRelation?: Maybe<_ExecutionDetectionExecutionIdFkeyInverseInput>; imageRelation?: Maybe<_ExecutionImageExecutionIdFkeyInverseInput>; artifactRelation?: Maybe<_ExecutionArtifactExecutionIdFkeyInverseInput>; structureRelation?: Maybe<_ExecutionStructureExecutionIdFkeyInverseInput>; locationRelation?: Maybe<_ExecutionLocationExecutionIdFkeyInverseInput>; }; /** Input for the nested mutation of `execution` in the `ExecutionInput` mutation. */ export declare type ExecutionClonesFkeyInput = { /** The primary key(s) for `execution` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `execution` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `execution` for the far side of the relationship. */ updateById?: Maybe; /** A `ExecutionInput` object that will be created and connected to this object. */ create?: Maybe; }; export declare type ExecutionComment = { __typename?: 'ExecutionComment'; id: Scalars['String']; executionId?: Maybe; commentId?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionComment`. */ execution?: Maybe; /** Reads a single `Comment` that is related to this `ExecutionComment`. */ comment?: Maybe; }; /** * A condition to be used against `ExecutionComment` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type ExecutionCommentCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `executionId` field. */ executionId?: Maybe; /** Checks for equality with the object’s `commentId` field. */ commentId?: Maybe; }; /** The fields on `executionComment` to look up the row to connect. */ export declare type ExecutionCommentExecutionCommentPkeyConnect = { id: Scalars['String']; }; /** The fields on `executionComment` to look up the row to delete. */ export declare type ExecutionCommentExecutionCommentPkeyDelete = { id: Scalars['String']; }; /** A filter to be used against `ExecutionComment` object types. All fields are combined with a logical ‘and.’ */ export declare type ExecutionCommentFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `executionId` field. */ executionId?: Maybe; /** Filter by the object’s `commentId` field. */ commentId?: Maybe; /** Filter by the object’s `execution` relation. */ execution?: Maybe; /** A related `execution` exists. */ executionExists?: Maybe; /** Filter by the object’s `comment` relation. */ comment?: Maybe; /** A related `comment` exists. */ commentExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `ExecutionComment` */ export declare type ExecutionCommentInput = { id?: Maybe; executionId?: Maybe; commentId?: Maybe; execution?: Maybe<_ExecutionCommentExecutionIdFkeyInput>; comment?: Maybe<_ExecutionCommentCommentIdFkeyInput>; }; /** The fields on `executionComment` to look up the row to update. */ export declare type ExecutionCommentOnExecutionCommentForExecutionCommentCommentIdFkeyUsingExecutionCommentPkeyUpdate = { /** An object where the defined keys will be set on the `executionComment` being updated. */ patch: UpdateExecutionCommentOnExecutionCommentForExecutionCommentCommentIdFkeyPatch; id: Scalars['String']; }; /** The fields on `executionComment` to look up the row to update. */ export declare type ExecutionCommentOnExecutionCommentForExecutionCommentExecutionIdFkeyUsingExecutionCommentPkeyUpdate = { /** An object where the defined keys will be set on the `executionComment` being updated. */ patch: UpdateExecutionCommentOnExecutionCommentForExecutionCommentExecutionIdFkeyPatch; id: Scalars['String']; }; /** Represents an update to a `ExecutionComment`. Fields that are set will be updated. */ export declare type ExecutionCommentPatch = { id?: Maybe; executionId?: Maybe; commentId?: Maybe; execution?: Maybe<_ExecutionCommentExecutionIdFkeyInput>; comment?: Maybe<_ExecutionCommentCommentIdFkeyInput>; }; /** A connection to a list of `ExecutionComment` values. */ export declare type ExecutionCommentsConnection = { __typename?: 'ExecutionCommentsConnection'; /** A list of `ExecutionComment` objects. */ nodes: Array>; /** A list of edges which contains the `ExecutionComment` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `ExecutionComment` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `ExecutionComment` edge in the connection. */ export declare type ExecutionCommentsEdge = { __typename?: 'ExecutionCommentsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `ExecutionComment` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `ExecutionComment`. */ export declare enum ExecutionCommentsOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", ExecutionIdAsc = "EXECUTION_ID_ASC", ExecutionIdDesc = "EXECUTION_ID_DESC", CommentIdAsc = "COMMENT_ID_ASC", CommentIdDesc = "COMMENT_ID_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", ExecutionByExecutionIdIdAsc = "EXECUTION_BY_EXECUTION_ID__ID_ASC", ExecutionByExecutionIdIdDesc = "EXECUTION_BY_EXECUTION_ID__ID_DESC", ExecutionByExecutionIdTypeAsc = "EXECUTION_BY_EXECUTION_ID__TYPE_ASC", ExecutionByExecutionIdTypeDesc = "EXECUTION_BY_EXECUTION_ID__TYPE_DESC", ExecutionByExecutionIdVersionAsc = "EXECUTION_BY_EXECUTION_ID__VERSION_ASC", ExecutionByExecutionIdVersionDesc = "EXECUTION_BY_EXECUTION_ID__VERSION_DESC", ExecutionByExecutionIdCreatedAtAsc = "EXECUTION_BY_EXECUTION_ID__CREATED_AT_ASC", ExecutionByExecutionIdCreatedAtDesc = "EXECUTION_BY_EXECUTION_ID__CREATED_AT_DESC", ExecutionByExecutionIdUpdatedAtAsc = "EXECUTION_BY_EXECUTION_ID__UPDATED_AT_ASC", ExecutionByExecutionIdUpdatedAtDesc = "EXECUTION_BY_EXECUTION_ID__UPDATED_AT_DESC", ExecutionByExecutionIdDeletedAtAsc = "EXECUTION_BY_EXECUTION_ID__DELETED_AT_ASC", ExecutionByExecutionIdDeletedAtDesc = "EXECUTION_BY_EXECUTION_ID__DELETED_AT_DESC", ExecutionByExecutionIdClonesAsc = "EXECUTION_BY_EXECUTION_ID__CLONES_ASC", ExecutionByExecutionIdClonesDesc = "EXECUTION_BY_EXECUTION_ID__CLONES_DESC", ExecutionByExecutionIdSucceededAtAsc = "EXECUTION_BY_EXECUTION_ID__SUCCEEDED_AT_ASC", ExecutionByExecutionIdSucceededAtDesc = "EXECUTION_BY_EXECUTION_ID__SUCCEEDED_AT_DESC", ExecutionByExecutionIdCancelledAtAsc = "EXECUTION_BY_EXECUTION_ID__CANCELLED_AT_ASC", ExecutionByExecutionIdCancelledAtDesc = "EXECUTION_BY_EXECUTION_ID__CANCELLED_AT_DESC", ExecutionByExecutionIdStartedAtAsc = "EXECUTION_BY_EXECUTION_ID__STARTED_AT_ASC", ExecutionByExecutionIdStartedAtDesc = "EXECUTION_BY_EXECUTION_ID__STARTED_AT_DESC", ExecutionByExecutionIdParametersAsc = "EXECUTION_BY_EXECUTION_ID__PARAMETERS_ASC", ExecutionByExecutionIdParametersDesc = "EXECUTION_BY_EXECUTION_ID__PARAMETERS_DESC", CommentByCommentIdIdAsc = "COMMENT_BY_COMMENT_ID__ID_ASC", CommentByCommentIdIdDesc = "COMMENT_BY_COMMENT_ID__ID_DESC", CommentByCommentIdNicknameAsc = "COMMENT_BY_COMMENT_ID__NICKNAME_ASC", CommentByCommentIdNicknameDesc = "COMMENT_BY_COMMENT_ID__NICKNAME_DESC", CommentByCommentIdCreatedAtAsc = "COMMENT_BY_COMMENT_ID__CREATED_AT_ASC", CommentByCommentIdCreatedAtDesc = "COMMENT_BY_COMMENT_ID__CREATED_AT_DESC", CommentByCommentIdUpdatedAtAsc = "COMMENT_BY_COMMENT_ID__UPDATED_AT_ASC", CommentByCommentIdUpdatedAtDesc = "COMMENT_BY_COMMENT_ID__UPDATED_AT_DESC", CommentByCommentIdDeletedAtAsc = "COMMENT_BY_COMMENT_ID__DELETED_AT_ASC", CommentByCommentIdDeletedAtDesc = "COMMENT_BY_COMMENT_ID__DELETED_AT_DESC", CommentByCommentIdContentAsc = "COMMENT_BY_COMMENT_ID__CONTENT_ASC", CommentByCommentIdContentDesc = "COMMENT_BY_COMMENT_ID__CONTENT_DESC", CommentByCommentIdDataAsc = "COMMENT_BY_COMMENT_ID__DATA_ASC", CommentByCommentIdDataDesc = "COMMENT_BY_COMMENT_ID__DATA_DESC", CommentByCommentIdTypeAsc = "COMMENT_BY_COMMENT_ID__TYPE_ASC", CommentByCommentIdTypeDesc = "COMMENT_BY_COMMENT_ID__TYPE_DESC" } /** A connection to a list of `Comment` values, with data from `ExecutionComment`. */ export declare type ExecutionCommentsRelationManyToManyConnection = { __typename?: 'ExecutionCommentsRelationManyToManyConnection'; /** A list of `Comment` objects. */ nodes: Array>; /** A list of edges which contains the `Comment`, info from the `ExecutionComment`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Comment` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Comment` edge in the connection, with data from `ExecutionComment`. */ export declare type ExecutionCommentsRelationManyToManyEdge = { __typename?: 'ExecutionCommentsRelationManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Comment` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `ExecutionComment`. */ executionRelationConnection: ExecutionCommentsConnection; /** Reads and enables pagination through a set of `ExecutionComment`. */ executionRelation: Array; }; /** A `Comment` edge in the connection, with data from `ExecutionComment`. */ export declare type ExecutionCommentsRelationManyToManyEdgeExecutionRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Comment` edge in the connection, with data from `ExecutionComment`. */ export declare type ExecutionCommentsRelationManyToManyEdgeExecutionRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * A condition to be used against `Execution` object types. All fields are tested * for equality and combined with a logical ‘and.’ */ export declare type ExecutionCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `type` field. */ type?: Maybe; /** Checks for equality with the object’s `version` field. */ version?: Maybe; /** Checks for equality with the object’s `createdAt` field. */ createdAt?: Maybe; /** Checks for equality with the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Checks for equality with the object’s `deletedAt` field. */ deletedAt?: Maybe; /** Checks for equality with the object’s `clones` field. */ clones?: Maybe; /** Checks for equality with the object’s `succeededAt` field. */ succeededAt?: Maybe; /** Checks for equality with the object’s `cancelledAt` field. */ cancelledAt?: Maybe; /** Checks for equality with the object’s `startedAt` field. */ startedAt?: Maybe; /** Checks for equality with the object’s `parameters` field. */ parameters?: Maybe; }; /** A connection to a list of `Event` values, with data from `EventExecutionsCreated`. */ export declare type ExecutionCreatedByActivitiesConnectionManyToManyConnection = { __typename?: 'ExecutionCreatedByActivitiesConnectionManyToManyConnection'; /** A list of `Event` objects. */ nodes: Array>; /** A list of edges which contains the `Event`, info from the `EventExecutionsCreated`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Event` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Event` edge in the connection, with data from `EventExecutionsCreated`. */ export declare type ExecutionCreatedByActivitiesConnectionManyToManyEdge = { __typename?: 'ExecutionCreatedByActivitiesConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Event` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `EventExecutionsCreated`. */ executionsCreatedRelationConnection: EventExecutionsCreatedsConnection; /** Reads and enables pagination through a set of `EventExecutionsCreated`. */ executionsCreatedRelation: Array; }; /** A `Event` edge in the connection, with data from `EventExecutionsCreated`. */ export declare type ExecutionCreatedByActivitiesConnectionManyToManyEdgeExecutionsCreatedRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Event` edge in the connection, with data from `EventExecutionsCreated`. */ export declare type ExecutionCreatedByActivitiesConnectionManyToManyEdgeExecutionsCreatedRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A connection to a list of `Plan` values, with data from `ExecutionCreatorPlanCreated`. */ export declare type ExecutionCreatedPlansConnectionManyToManyConnection = { __typename?: 'ExecutionCreatedPlansConnectionManyToManyConnection'; /** A list of `Plan` objects. */ nodes: Array>; /** * A list of edges which contains the `Plan`, info from the * `ExecutionCreatorPlanCreated`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Plan` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Plan` edge in the connection, with data from `ExecutionCreatorPlanCreated`. */ export declare type ExecutionCreatedPlansConnectionManyToManyEdge = { __typename?: 'ExecutionCreatedPlansConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Plan` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `ExecutionCreatorPlanCreated`. */ creatorExecutionRelationConnection: ExecutionCreatorPlanCreatedsConnection; /** Reads and enables pagination through a set of `ExecutionCreatorPlanCreated`. */ creatorExecutionRelation: Array; }; /** A `Plan` edge in the connection, with data from `ExecutionCreatorPlanCreated`. */ export declare type ExecutionCreatedPlansConnectionManyToManyEdgeCreatorExecutionRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Plan` edge in the connection, with data from `ExecutionCreatorPlanCreated`. */ export declare type ExecutionCreatedPlansConnectionManyToManyEdgeCreatorExecutionRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionCreatorPlanCreated = { __typename?: 'ExecutionCreatorPlanCreated'; id: Scalars['String']; execution?: Maybe; plan?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionCreatorPlanCreated`. */ creatorExecution?: Maybe; /** Reads a single `Plan` that is related to this `ExecutionCreatorPlanCreated`. */ createdPlan?: Maybe; }; /** * A condition to be used against `ExecutionCreatorPlanCreated` object types. All * fields are tested for equality and combined with a logical ‘and.’ */ export declare type ExecutionCreatorPlanCreatedCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `execution` field. */ execution?: Maybe; /** Checks for equality with the object’s `plan` field. */ plan?: Maybe; }; /** The fields on `executionCreatorPlanCreated` to look up the row to connect. */ export declare type ExecutionCreatorPlanCreatedExecutionCreatorPlanCreatedPkeyConnect = { id: Scalars['String']; }; /** The fields on `executionCreatorPlanCreated` to look up the row to delete. */ export declare type ExecutionCreatorPlanCreatedExecutionCreatorPlanCreatedPkeyDelete = { id: Scalars['String']; }; /** A filter to be used against `ExecutionCreatorPlanCreated` object types. All fields are combined with a logical ‘and.’ */ export declare type ExecutionCreatorPlanCreatedFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `execution` field. */ execution?: Maybe; /** Filter by the object’s `plan` field. */ plan?: Maybe; /** Filter by the object’s `creatorExecution` relation. */ creatorExecution?: Maybe; /** A related `creatorExecution` exists. */ creatorExecutionExists?: Maybe; /** Filter by the object’s `createdPlan` relation. */ createdPlan?: Maybe; /** A related `createdPlan` exists. */ createdPlanExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `ExecutionCreatorPlanCreated` */ export declare type ExecutionCreatorPlanCreatedInput = { id: Scalars['String']; execution?: Maybe; plan?: Maybe; creatorExecution?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInput>; createdPlan?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInput>; }; /** The fields on `executionCreatorPlanCreated` to look up the row to update. */ export declare type ExecutionCreatorPlanCreatedOnExecutionCreatorPlanCreatedForExecutionCreatorPlanCreatedExecutionFkeyUsingExecutionCreatorPlanCreatedPkeyUpdate = { /** An object where the defined keys will be set on the `executionCreatorPlanCreated` being updated. */ patch: UpdateExecutionCreatorPlanCreatedOnExecutionCreatorPlanCreatedForExecutionCreatorPlanCreatedExecutionFkeyPatch; id: Scalars['String']; }; /** The fields on `executionCreatorPlanCreated` to look up the row to update. */ export declare type ExecutionCreatorPlanCreatedOnExecutionCreatorPlanCreatedForExecutionCreatorPlanCreatedPlanFkeyUsingExecutionCreatorPlanCreatedPkeyUpdate = { /** An object where the defined keys will be set on the `executionCreatorPlanCreated` being updated. */ patch: UpdateExecutionCreatorPlanCreatedOnExecutionCreatorPlanCreatedForExecutionCreatorPlanCreatedPlanFkeyPatch; id: Scalars['String']; }; /** Represents an update to a `ExecutionCreatorPlanCreated`. Fields that are set will be updated. */ export declare type ExecutionCreatorPlanCreatedPatch = { id?: Maybe; execution?: Maybe; plan?: Maybe; creatorExecution?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInput>; createdPlan?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInput>; }; /** A connection to a list of `ExecutionCreatorPlanCreated` values. */ export declare type ExecutionCreatorPlanCreatedsConnection = { __typename?: 'ExecutionCreatorPlanCreatedsConnection'; /** A list of `ExecutionCreatorPlanCreated` objects. */ nodes: Array>; /** A list of edges which contains the `ExecutionCreatorPlanCreated` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `ExecutionCreatorPlanCreated` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `ExecutionCreatorPlanCreated` edge in the connection. */ export declare type ExecutionCreatorPlanCreatedsEdge = { __typename?: 'ExecutionCreatorPlanCreatedsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `ExecutionCreatorPlanCreated` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `ExecutionCreatorPlanCreated`. */ export declare enum ExecutionCreatorPlanCreatedsOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", ExecutionAsc = "EXECUTION_ASC", ExecutionDesc = "EXECUTION_DESC", PlanAsc = "PLAN_ASC", PlanDesc = "PLAN_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", ExecutionByExecutionIdAsc = "EXECUTION_BY_EXECUTION__ID_ASC", ExecutionByExecutionIdDesc = "EXECUTION_BY_EXECUTION__ID_DESC", ExecutionByExecutionTypeAsc = "EXECUTION_BY_EXECUTION__TYPE_ASC", ExecutionByExecutionTypeDesc = "EXECUTION_BY_EXECUTION__TYPE_DESC", ExecutionByExecutionVersionAsc = "EXECUTION_BY_EXECUTION__VERSION_ASC", ExecutionByExecutionVersionDesc = "EXECUTION_BY_EXECUTION__VERSION_DESC", ExecutionByExecutionCreatedAtAsc = "EXECUTION_BY_EXECUTION__CREATED_AT_ASC", ExecutionByExecutionCreatedAtDesc = "EXECUTION_BY_EXECUTION__CREATED_AT_DESC", ExecutionByExecutionUpdatedAtAsc = "EXECUTION_BY_EXECUTION__UPDATED_AT_ASC", ExecutionByExecutionUpdatedAtDesc = "EXECUTION_BY_EXECUTION__UPDATED_AT_DESC", ExecutionByExecutionDeletedAtAsc = "EXECUTION_BY_EXECUTION__DELETED_AT_ASC", ExecutionByExecutionDeletedAtDesc = "EXECUTION_BY_EXECUTION__DELETED_AT_DESC", ExecutionByExecutionClonesAsc = "EXECUTION_BY_EXECUTION__CLONES_ASC", ExecutionByExecutionClonesDesc = "EXECUTION_BY_EXECUTION__CLONES_DESC", ExecutionByExecutionSucceededAtAsc = "EXECUTION_BY_EXECUTION__SUCCEEDED_AT_ASC", ExecutionByExecutionSucceededAtDesc = "EXECUTION_BY_EXECUTION__SUCCEEDED_AT_DESC", ExecutionByExecutionCancelledAtAsc = "EXECUTION_BY_EXECUTION__CANCELLED_AT_ASC", ExecutionByExecutionCancelledAtDesc = "EXECUTION_BY_EXECUTION__CANCELLED_AT_DESC", ExecutionByExecutionStartedAtAsc = "EXECUTION_BY_EXECUTION__STARTED_AT_ASC", ExecutionByExecutionStartedAtDesc = "EXECUTION_BY_EXECUTION__STARTED_AT_DESC", ExecutionByExecutionParametersAsc = "EXECUTION_BY_EXECUTION__PARAMETERS_ASC", ExecutionByExecutionParametersDesc = "EXECUTION_BY_EXECUTION__PARAMETERS_DESC", PlanByPlanIdAsc = "PLAN_BY_PLAN__ID_ASC", PlanByPlanIdDesc = "PLAN_BY_PLAN__ID_DESC", PlanByPlanTypeAsc = "PLAN_BY_PLAN__TYPE_ASC", PlanByPlanTypeDesc = "PLAN_BY_PLAN__TYPE_DESC", PlanByPlanVersionAsc = "PLAN_BY_PLAN__VERSION_ASC", PlanByPlanVersionDesc = "PLAN_BY_PLAN__VERSION_DESC", PlanByPlanCreatedAtAsc = "PLAN_BY_PLAN__CREATED_AT_ASC", PlanByPlanCreatedAtDesc = "PLAN_BY_PLAN__CREATED_AT_DESC", PlanByPlanUpdatedAtAsc = "PLAN_BY_PLAN__UPDATED_AT_ASC", PlanByPlanUpdatedAtDesc = "PLAN_BY_PLAN__UPDATED_AT_DESC", PlanByPlanDeletedAtAsc = "PLAN_BY_PLAN__DELETED_AT_ASC", PlanByPlanDeletedAtDesc = "PLAN_BY_PLAN__DELETED_AT_DESC", PlanByPlanClonesAsc = "PLAN_BY_PLAN__CLONES_ASC", PlanByPlanClonesDesc = "PLAN_BY_PLAN__CLONES_DESC", PlanByPlanDueAtAsc = "PLAN_BY_PLAN__DUE_AT_ASC", PlanByPlanDueAtDesc = "PLAN_BY_PLAN__DUE_AT_DESC", PlanByPlanParametersAsc = "PLAN_BY_PLAN__PARAMETERS_ASC", PlanByPlanParametersDesc = "PLAN_BY_PLAN__PARAMETERS_DESC" } /** A connection to a list of `Plan` values, with data from `PlanCreatorExecutionCreated`. */ export declare type ExecutionCreatorPlansConnectionManyToManyConnection = { __typename?: 'ExecutionCreatorPlansConnectionManyToManyConnection'; /** A list of `Plan` objects. */ nodes: Array>; /** * A list of edges which contains the `Plan`, info from the * `PlanCreatorExecutionCreated`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Plan` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Plan` edge in the connection, with data from `PlanCreatorExecutionCreated`. */ export declare type ExecutionCreatorPlansConnectionManyToManyEdge = { __typename?: 'ExecutionCreatorPlansConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Plan` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `PlanCreatorExecutionCreated`. */ createdExecutionRelationConnection: PlanCreatorExecutionCreatedsConnection; /** Reads and enables pagination through a set of `PlanCreatorExecutionCreated`. */ createdExecutionRelation: Array; }; /** A `Plan` edge in the connection, with data from `PlanCreatorExecutionCreated`. */ export declare type ExecutionCreatorPlansConnectionManyToManyEdgeCreatedExecutionRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Plan` edge in the connection, with data from `PlanCreatorExecutionCreated`. */ export declare type ExecutionCreatorPlansConnectionManyToManyEdgeCreatedExecutionRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionDetection = { __typename?: 'ExecutionDetection'; id: Scalars['String']; executionId?: Maybe; detectionId?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionDetection`. */ execution?: Maybe; /** Reads a single `Detection` that is related to this `ExecutionDetection`. */ detection?: Maybe; }; /** * A condition to be used against `ExecutionDetection` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type ExecutionDetectionCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `executionId` field. */ executionId?: Maybe; /** Checks for equality with the object’s `detectionId` field. */ detectionId?: Maybe; }; /** The fields on `executionDetection` to look up the row to connect. */ export declare type ExecutionDetectionExecutionDetectionPkeyConnect = { id: Scalars['String']; }; /** The fields on `executionDetection` to look up the row to delete. */ export declare type ExecutionDetectionExecutionDetectionPkeyDelete = { id: Scalars['String']; }; /** A filter to be used against `ExecutionDetection` object types. All fields are combined with a logical ‘and.’ */ export declare type ExecutionDetectionFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `executionId` field. */ executionId?: Maybe; /** Filter by the object’s `detectionId` field. */ detectionId?: Maybe; /** Filter by the object’s `execution` relation. */ execution?: Maybe; /** A related `execution` exists. */ executionExists?: Maybe; /** Filter by the object’s `detection` relation. */ detection?: Maybe; /** A related `detection` exists. */ detectionExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `ExecutionDetection` */ export declare type ExecutionDetectionInput = { id?: Maybe; executionId?: Maybe; detectionId?: Maybe; execution?: Maybe<_ExecutionDetectionExecutionIdFkeyInput>; detection?: Maybe<_ExecutionDetectionDetectionIdFkeyInput>; }; /** The fields on `executionDetection` to look up the row to update. */ export declare type ExecutionDetectionOnExecutionDetectionForExecutionDetectionDetectionIdFkeyUsingExecutionDetectionPkeyUpdate = { /** An object where the defined keys will be set on the `executionDetection` being updated. */ patch: UpdateExecutionDetectionOnExecutionDetectionForExecutionDetectionDetectionIdFkeyPatch; id: Scalars['String']; }; /** The fields on `executionDetection` to look up the row to update. */ export declare type ExecutionDetectionOnExecutionDetectionForExecutionDetectionExecutionIdFkeyUsingExecutionDetectionPkeyUpdate = { /** An object where the defined keys will be set on the `executionDetection` being updated. */ patch: UpdateExecutionDetectionOnExecutionDetectionForExecutionDetectionExecutionIdFkeyPatch; id: Scalars['String']; }; /** Represents an update to a `ExecutionDetection`. Fields that are set will be updated. */ export declare type ExecutionDetectionPatch = { id?: Maybe; executionId?: Maybe; detectionId?: Maybe; execution?: Maybe<_ExecutionDetectionExecutionIdFkeyInput>; detection?: Maybe<_ExecutionDetectionDetectionIdFkeyInput>; }; /** A connection to a list of `ExecutionDetection` values. */ export declare type ExecutionDetectionsConnection = { __typename?: 'ExecutionDetectionsConnection'; /** A list of `ExecutionDetection` objects. */ nodes: Array>; /** A list of edges which contains the `ExecutionDetection` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `ExecutionDetection` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `ExecutionDetection` edge in the connection. */ export declare type ExecutionDetectionsEdge = { __typename?: 'ExecutionDetectionsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `ExecutionDetection` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `ExecutionDetection`. */ export declare enum ExecutionDetectionsOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", ExecutionIdAsc = "EXECUTION_ID_ASC", ExecutionIdDesc = "EXECUTION_ID_DESC", DetectionIdAsc = "DETECTION_ID_ASC", DetectionIdDesc = "DETECTION_ID_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", ExecutionByExecutionIdIdAsc = "EXECUTION_BY_EXECUTION_ID__ID_ASC", ExecutionByExecutionIdIdDesc = "EXECUTION_BY_EXECUTION_ID__ID_DESC", ExecutionByExecutionIdTypeAsc = "EXECUTION_BY_EXECUTION_ID__TYPE_ASC", ExecutionByExecutionIdTypeDesc = "EXECUTION_BY_EXECUTION_ID__TYPE_DESC", ExecutionByExecutionIdVersionAsc = "EXECUTION_BY_EXECUTION_ID__VERSION_ASC", ExecutionByExecutionIdVersionDesc = "EXECUTION_BY_EXECUTION_ID__VERSION_DESC", ExecutionByExecutionIdCreatedAtAsc = "EXECUTION_BY_EXECUTION_ID__CREATED_AT_ASC", ExecutionByExecutionIdCreatedAtDesc = "EXECUTION_BY_EXECUTION_ID__CREATED_AT_DESC", ExecutionByExecutionIdUpdatedAtAsc = "EXECUTION_BY_EXECUTION_ID__UPDATED_AT_ASC", ExecutionByExecutionIdUpdatedAtDesc = "EXECUTION_BY_EXECUTION_ID__UPDATED_AT_DESC", ExecutionByExecutionIdDeletedAtAsc = "EXECUTION_BY_EXECUTION_ID__DELETED_AT_ASC", ExecutionByExecutionIdDeletedAtDesc = "EXECUTION_BY_EXECUTION_ID__DELETED_AT_DESC", ExecutionByExecutionIdClonesAsc = "EXECUTION_BY_EXECUTION_ID__CLONES_ASC", ExecutionByExecutionIdClonesDesc = "EXECUTION_BY_EXECUTION_ID__CLONES_DESC", ExecutionByExecutionIdSucceededAtAsc = "EXECUTION_BY_EXECUTION_ID__SUCCEEDED_AT_ASC", ExecutionByExecutionIdSucceededAtDesc = "EXECUTION_BY_EXECUTION_ID__SUCCEEDED_AT_DESC", ExecutionByExecutionIdCancelledAtAsc = "EXECUTION_BY_EXECUTION_ID__CANCELLED_AT_ASC", ExecutionByExecutionIdCancelledAtDesc = "EXECUTION_BY_EXECUTION_ID__CANCELLED_AT_DESC", ExecutionByExecutionIdStartedAtAsc = "EXECUTION_BY_EXECUTION_ID__STARTED_AT_ASC", ExecutionByExecutionIdStartedAtDesc = "EXECUTION_BY_EXECUTION_ID__STARTED_AT_DESC", ExecutionByExecutionIdParametersAsc = "EXECUTION_BY_EXECUTION_ID__PARAMETERS_ASC", ExecutionByExecutionIdParametersDesc = "EXECUTION_BY_EXECUTION_ID__PARAMETERS_DESC", DetectionByDetectionIdIdAsc = "DETECTION_BY_DETECTION_ID__ID_ASC", DetectionByDetectionIdIdDesc = "DETECTION_BY_DETECTION_ID__ID_DESC", DetectionByDetectionIdNicknameAsc = "DETECTION_BY_DETECTION_ID__NICKNAME_ASC", DetectionByDetectionIdNicknameDesc = "DETECTION_BY_DETECTION_ID__NICKNAME_DESC", DetectionByDetectionIdCreatedAtAsc = "DETECTION_BY_DETECTION_ID__CREATED_AT_ASC", DetectionByDetectionIdCreatedAtDesc = "DETECTION_BY_DETECTION_ID__CREATED_AT_DESC", DetectionByDetectionIdUpdatedAtAsc = "DETECTION_BY_DETECTION_ID__UPDATED_AT_ASC", DetectionByDetectionIdUpdatedAtDesc = "DETECTION_BY_DETECTION_ID__UPDATED_AT_DESC", DetectionByDetectionIdLeftAsc = "DETECTION_BY_DETECTION_ID__LEFT_ASC", DetectionByDetectionIdLeftDesc = "DETECTION_BY_DETECTION_ID__LEFT_DESC", DetectionByDetectionIdLevelAsc = "DETECTION_BY_DETECTION_ID__LEVEL_ASC", DetectionByDetectionIdLevelDesc = "DETECTION_BY_DETECTION_ID__LEVEL_DESC", DetectionByDetectionIdTopAsc = "DETECTION_BY_DETECTION_ID__TOP_ASC", DetectionByDetectionIdTopDesc = "DETECTION_BY_DETECTION_ID__TOP_DESC", DetectionByDetectionIdWidthAsc = "DETECTION_BY_DETECTION_ID__WIDTH_ASC", DetectionByDetectionIdWidthDesc = "DETECTION_BY_DETECTION_ID__WIDTH_DESC", DetectionByDetectionIdHeightAsc = "DETECTION_BY_DETECTION_ID__HEIGHT_ASC", DetectionByDetectionIdHeightDesc = "DETECTION_BY_DETECTION_ID__HEIGHT_DESC", DetectionByDetectionIdOldGeometryAsc = "DETECTION_BY_DETECTION_ID__OLD_GEOMETRY_ASC", DetectionByDetectionIdOldGeometryDesc = "DETECTION_BY_DETECTION_ID__OLD_GEOMETRY_DESC", DetectionByDetectionIdRightAsc = "DETECTION_BY_DETECTION_ID__RIGHT_ASC", DetectionByDetectionIdRightDesc = "DETECTION_BY_DETECTION_ID__RIGHT_DESC", DetectionByDetectionIdBottomAsc = "DETECTION_BY_DETECTION_ID__BOTTOM_ASC", DetectionByDetectionIdBottomDesc = "DETECTION_BY_DETECTION_ID__BOTTOM_DESC", DetectionByDetectionIdConfidenceScoreAsc = "DETECTION_BY_DETECTION_ID__CONFIDENCE_SCORE_ASC", DetectionByDetectionIdConfidenceScoreDesc = "DETECTION_BY_DETECTION_ID__CONFIDENCE_SCORE_DESC", DetectionByDetectionIdUMinAsc = "DETECTION_BY_DETECTION_ID__U_MIN_ASC", DetectionByDetectionIdUMinDesc = "DETECTION_BY_DETECTION_ID__U_MIN_DESC", DetectionByDetectionIdUMaxAsc = "DETECTION_BY_DETECTION_ID__U_MAX_ASC", DetectionByDetectionIdUMaxDesc = "DETECTION_BY_DETECTION_ID__U_MAX_DESC", DetectionByDetectionIdVMinAsc = "DETECTION_BY_DETECTION_ID__V_MIN_ASC", DetectionByDetectionIdVMinDesc = "DETECTION_BY_DETECTION_ID__V_MIN_DESC", DetectionByDetectionIdVMaxAsc = "DETECTION_BY_DETECTION_ID__V_MAX_ASC", DetectionByDetectionIdVMaxDesc = "DETECTION_BY_DETECTION_ID__V_MAX_DESC", DetectionByDetectionIdOldUvGeometryAsc = "DETECTION_BY_DETECTION_ID__OLD_UV_GEOMETRY_ASC", DetectionByDetectionIdOldUvGeometryDesc = "DETECTION_BY_DETECTION_ID__OLD_UV_GEOMETRY_DESC", DetectionByDetectionIdDescriptionAsc = "DETECTION_BY_DETECTION_ID__DESCRIPTION_ASC", DetectionByDetectionIdDescriptionDesc = "DETECTION_BY_DETECTION_ID__DESCRIPTION_DESC", DetectionByDetectionIdDeletedAtAsc = "DETECTION_BY_DETECTION_ID__DELETED_AT_ASC", DetectionByDetectionIdDeletedAtDesc = "DETECTION_BY_DETECTION_ID__DELETED_AT_DESC", DetectionByDetectionIdGeometryAsc = "DETECTION_BY_DETECTION_ID__GEOMETRY_ASC", DetectionByDetectionIdGeometryDesc = "DETECTION_BY_DETECTION_ID__GEOMETRY_DESC", DetectionByDetectionIdUvGeometryAsc = "DETECTION_BY_DETECTION_ID__UV_GEOMETRY_ASC", DetectionByDetectionIdUvGeometryDesc = "DETECTION_BY_DETECTION_ID__UV_GEOMETRY_DESC" } /** A connection to a list of `Detection` values, with data from `ExecutionDetection`. */ export declare type ExecutionDetectionsRelationManyToManyConnection = { __typename?: 'ExecutionDetectionsRelationManyToManyConnection'; /** A list of `Detection` objects. */ nodes: Array>; /** A list of edges which contains the `Detection`, info from the `ExecutionDetection`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Detection` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Detection` edge in the connection, with data from `ExecutionDetection`. */ export declare type ExecutionDetectionsRelationManyToManyEdge = { __typename?: 'ExecutionDetectionsRelationManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Detection` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `ExecutionDetection`. */ executionRelationConnection: ExecutionDetectionsConnection; /** Reads and enables pagination through a set of `ExecutionDetection`. */ executionRelation: Array; }; /** A `Detection` edge in the connection, with data from `ExecutionDetection`. */ export declare type ExecutionDetectionsRelationManyToManyEdgeExecutionRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Detection` edge in the connection, with data from `ExecutionDetection`. */ export declare type ExecutionDetectionsRelationManyToManyEdgeExecutionRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The fields on `execution` to look up the row to connect. */ export declare type ExecutionExecutionPkeyConnect = { id: Scalars['String']; }; /** The fields on `execution` to look up the row to delete. */ export declare type ExecutionExecutionPkeyDelete = { id: Scalars['String']; }; /** A filter to be used against `Execution` object types. All fields are combined with a logical ‘and.’ */ export declare type ExecutionFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `type` field. */ type?: Maybe; /** Filter by the object’s `version` field. */ version?: Maybe; /** Filter by the object’s `createdAt` field. */ createdAt?: Maybe; /** Filter by the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Filter by the object’s `deletedAt` field. */ deletedAt?: Maybe; /** Filter by the object’s `clones` field. */ clones?: Maybe; /** Filter by the object’s `succeededAt` field. */ succeededAt?: Maybe; /** Filter by the object’s `cancelledAt` field. */ cancelledAt?: Maybe; /** Filter by the object’s `startedAt` field. */ startedAt?: Maybe; /** Filter by the object’s `parameters` field. */ parameters?: Maybe; /** Filter by the object’s `done` field. */ done?: Maybe; /** Filter by the object’s `executionsByClonesConnection` relation. */ executionsByClonesConnection?: Maybe; /** Some related `executionsByClonesConnection` exist. */ executionsByClonesConnectionExist?: Maybe; /** Filter by the object’s `baseExecutionsRelationConnection` relation. */ baseExecutionsRelationConnection?: Maybe; /** Some related `baseExecutionsRelationConnection` exist. */ baseExecutionsRelationConnectionExist?: Maybe; /** Filter by the object’s `followerExecutionsRelationConnection` relation. */ followerExecutionsRelationConnection?: Maybe; /** Some related `followerExecutionsRelationConnection` exist. */ followerExecutionsRelationConnectionExist?: Maybe; /** Filter by the object’s `activitiesCreatingRelationConnection` relation. */ activitiesCreatingRelationConnection?: Maybe; /** Some related `activitiesCreatingRelationConnection` exist. */ activitiesCreatingRelationConnectionExist?: Maybe; /** Filter by the object’s `activitiesReadingRelationConnection` relation. */ activitiesReadingRelationConnection?: Maybe; /** Some related `activitiesReadingRelationConnection` exist. */ activitiesReadingRelationConnectionExist?: Maybe; /** Filter by the object’s `activitiesUpdatingRelationConnection` relation. */ activitiesUpdatingRelationConnection?: Maybe; /** Some related `activitiesUpdatingRelationConnection` exist. */ activitiesUpdatingRelationConnectionExist?: Maybe; /** Filter by the object’s `creatorPlanRelationConnection` relation. */ creatorPlanRelationConnection?: Maybe; /** Some related `creatorPlanRelationConnection` exist. */ creatorPlanRelationConnectionExist?: Maybe; /** Filter by the object’s `createdPlanRelationConnection` relation. */ createdPlanRelationConnection?: Maybe; /** Some related `createdPlanRelationConnection` exist. */ createdPlanRelationConnectionExist?: Maybe; /** Filter by the object’s `childExecutionsRelationConnection` relation. */ childExecutionsRelationConnection?: Maybe; /** Some related `childExecutionsRelationConnection` exist. */ childExecutionsRelationConnectionExist?: Maybe; /** Filter by the object’s `parentExecutionsRelationConnection` relation. */ parentExecutionsRelationConnection?: Maybe; /** Some related `parentExecutionsRelationConnection` exist. */ parentExecutionsRelationConnectionExist?: Maybe; /** Filter by the object’s `anomalyRelationConnection` relation. */ anomalyRelationConnection?: Maybe; /** Some related `anomalyRelationConnection` exist. */ anomalyRelationConnectionExist?: Maybe; /** Filter by the object’s `userRelationConnection` relation. */ userRelationConnection?: Maybe; /** Some related `userRelationConnection` exist. */ userRelationConnectionExist?: Maybe; /** Filter by the object’s `organizationRelationConnection` relation. */ organizationRelationConnection?: Maybe; /** Some related `organizationRelationConnection` exist. */ organizationRelationConnectionExist?: Maybe; /** Filter by the object’s `commentRelationConnection` relation. */ commentRelationConnection?: Maybe; /** Some related `commentRelationConnection` exist. */ commentRelationConnectionExist?: Maybe; /** Filter by the object’s `detectionRelationConnection` relation. */ detectionRelationConnection?: Maybe; /** Some related `detectionRelationConnection` exist. */ detectionRelationConnectionExist?: Maybe; /** Filter by the object’s `imageRelationConnection` relation. */ imageRelationConnection?: Maybe; /** Some related `imageRelationConnection` exist. */ imageRelationConnectionExist?: Maybe; /** Filter by the object’s `artifactRelationConnection` relation. */ artifactRelationConnection?: Maybe; /** Some related `artifactRelationConnection` exist. */ artifactRelationConnectionExist?: Maybe; /** Filter by the object’s `structureRelationConnection` relation. */ structureRelationConnection?: Maybe; /** Some related `structureRelationConnection` exist. */ structureRelationConnectionExist?: Maybe; /** Filter by the object’s `locationRelationConnection` relation. */ locationRelationConnection?: Maybe; /** Some related `locationRelationConnection` exist. */ locationRelationConnectionExist?: Maybe; /** Filter by the object’s `executionByClones` relation. */ executionByClones?: Maybe; /** A related `executionByClones` exists. */ executionByClonesExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; export declare type ExecutionFollower = { __typename?: 'ExecutionFollower'; id: Scalars['String']; follower?: Maybe; base?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionFollower`. */ followerExecution?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionFollower`. */ baseExecution?: Maybe; }; /** * A condition to be used against `ExecutionFollower` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type ExecutionFollowerCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `follower` field. */ follower?: Maybe; /** Checks for equality with the object’s `base` field. */ base?: Maybe; }; /** The fields on `executionFollower` to look up the row to connect. */ export declare type ExecutionFollowerExecutionFollowersPkeyConnect = { id: Scalars['String']; }; /** The fields on `executionFollower` to look up the row to delete. */ export declare type ExecutionFollowerExecutionFollowersPkeyDelete = { id: Scalars['String']; }; /** A connection to a list of `Execution` values, with data from `ExecutionFollower`. */ export declare type ExecutionFollowerExecutionsConnectionManyToManyConnection = { __typename?: 'ExecutionFollowerExecutionsConnectionManyToManyConnection'; /** A list of `Execution` objects. */ nodes: Array>; /** A list of edges which contains the `Execution`, info from the `ExecutionFollower`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Execution` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Execution` edge in the connection, with data from `ExecutionFollower`. */ export declare type ExecutionFollowerExecutionsConnectionManyToManyEdge = { __typename?: 'ExecutionFollowerExecutionsConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Execution` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `ExecutionFollower`. */ baseExecutionsRelationConnection: ExecutionFollowersConnection; /** Reads and enables pagination through a set of `ExecutionFollower`. */ baseExecutionsRelation: Array; }; /** A `Execution` edge in the connection, with data from `ExecutionFollower`. */ export declare type ExecutionFollowerExecutionsConnectionManyToManyEdgeBaseExecutionsRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Execution` edge in the connection, with data from `ExecutionFollower`. */ export declare type ExecutionFollowerExecutionsConnectionManyToManyEdgeBaseExecutionsRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A filter to be used against `ExecutionFollower` object types. All fields are combined with a logical ‘and.’ */ export declare type ExecutionFollowerFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `follower` field. */ follower?: Maybe; /** Filter by the object’s `base` field. */ base?: Maybe; /** Filter by the object’s `followerExecution` relation. */ followerExecution?: Maybe; /** A related `followerExecution` exists. */ followerExecutionExists?: Maybe; /** Filter by the object’s `baseExecution` relation. */ baseExecution?: Maybe; /** A related `baseExecution` exists. */ baseExecutionExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `ExecutionFollower` */ export declare type ExecutionFollowerInput = { id: Scalars['String']; follower?: Maybe; base?: Maybe; followerExecution?: Maybe<_ExecutionFollowersFollowerFkeyInput>; baseExecution?: Maybe<_ExecutionFollowersBaseFkeyInput>; }; /** The fields on `executionFollower` to look up the row to update. */ export declare type ExecutionFollowerOnExecutionFollowerForExecutionFollowersBaseFkeyUsingExecutionFollowersPkeyUpdate = { /** An object where the defined keys will be set on the `executionFollower` being updated. */ patch: UpdateExecutionFollowerOnExecutionFollowerForExecutionFollowersBaseFkeyPatch; id: Scalars['String']; }; /** The fields on `executionFollower` to look up the row to update. */ export declare type ExecutionFollowerOnExecutionFollowerForExecutionFollowersFollowerFkeyUsingExecutionFollowersPkeyUpdate = { /** An object where the defined keys will be set on the `executionFollower` being updated. */ patch: UpdateExecutionFollowerOnExecutionFollowerForExecutionFollowersFollowerFkeyPatch; id: Scalars['String']; }; /** Represents an update to a `ExecutionFollower`. Fields that are set will be updated. */ export declare type ExecutionFollowerPatch = { id?: Maybe; follower?: Maybe; base?: Maybe; followerExecution?: Maybe<_ExecutionFollowersFollowerFkeyInput>; baseExecution?: Maybe<_ExecutionFollowersBaseFkeyInput>; }; /** A connection to a list of `ExecutionFollower` values. */ export declare type ExecutionFollowersConnection = { __typename?: 'ExecutionFollowersConnection'; /** A list of `ExecutionFollower` objects. */ nodes: Array>; /** A list of edges which contains the `ExecutionFollower` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `ExecutionFollower` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `ExecutionFollower` edge in the connection. */ export declare type ExecutionFollowersEdge = { __typename?: 'ExecutionFollowersEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `ExecutionFollower` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `ExecutionFollower`. */ export declare enum ExecutionFollowersOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", FollowerAsc = "FOLLOWER_ASC", FollowerDesc = "FOLLOWER_DESC", BaseAsc = "BASE_ASC", BaseDesc = "BASE_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", ExecutionByFollowerIdAsc = "EXECUTION_BY_FOLLOWER__ID_ASC", ExecutionByFollowerIdDesc = "EXECUTION_BY_FOLLOWER__ID_DESC", ExecutionByFollowerTypeAsc = "EXECUTION_BY_FOLLOWER__TYPE_ASC", ExecutionByFollowerTypeDesc = "EXECUTION_BY_FOLLOWER__TYPE_DESC", ExecutionByFollowerVersionAsc = "EXECUTION_BY_FOLLOWER__VERSION_ASC", ExecutionByFollowerVersionDesc = "EXECUTION_BY_FOLLOWER__VERSION_DESC", ExecutionByFollowerCreatedAtAsc = "EXECUTION_BY_FOLLOWER__CREATED_AT_ASC", ExecutionByFollowerCreatedAtDesc = "EXECUTION_BY_FOLLOWER__CREATED_AT_DESC", ExecutionByFollowerUpdatedAtAsc = "EXECUTION_BY_FOLLOWER__UPDATED_AT_ASC", ExecutionByFollowerUpdatedAtDesc = "EXECUTION_BY_FOLLOWER__UPDATED_AT_DESC", ExecutionByFollowerDeletedAtAsc = "EXECUTION_BY_FOLLOWER__DELETED_AT_ASC", ExecutionByFollowerDeletedAtDesc = "EXECUTION_BY_FOLLOWER__DELETED_AT_DESC", ExecutionByFollowerClonesAsc = "EXECUTION_BY_FOLLOWER__CLONES_ASC", ExecutionByFollowerClonesDesc = "EXECUTION_BY_FOLLOWER__CLONES_DESC", ExecutionByFollowerSucceededAtAsc = "EXECUTION_BY_FOLLOWER__SUCCEEDED_AT_ASC", ExecutionByFollowerSucceededAtDesc = "EXECUTION_BY_FOLLOWER__SUCCEEDED_AT_DESC", ExecutionByFollowerCancelledAtAsc = "EXECUTION_BY_FOLLOWER__CANCELLED_AT_ASC", ExecutionByFollowerCancelledAtDesc = "EXECUTION_BY_FOLLOWER__CANCELLED_AT_DESC", ExecutionByFollowerStartedAtAsc = "EXECUTION_BY_FOLLOWER__STARTED_AT_ASC", ExecutionByFollowerStartedAtDesc = "EXECUTION_BY_FOLLOWER__STARTED_AT_DESC", ExecutionByFollowerParametersAsc = "EXECUTION_BY_FOLLOWER__PARAMETERS_ASC", ExecutionByFollowerParametersDesc = "EXECUTION_BY_FOLLOWER__PARAMETERS_DESC", ExecutionByBaseIdAsc = "EXECUTION_BY_BASE__ID_ASC", ExecutionByBaseIdDesc = "EXECUTION_BY_BASE__ID_DESC", ExecutionByBaseTypeAsc = "EXECUTION_BY_BASE__TYPE_ASC", ExecutionByBaseTypeDesc = "EXECUTION_BY_BASE__TYPE_DESC", ExecutionByBaseVersionAsc = "EXECUTION_BY_BASE__VERSION_ASC", ExecutionByBaseVersionDesc = "EXECUTION_BY_BASE__VERSION_DESC", ExecutionByBaseCreatedAtAsc = "EXECUTION_BY_BASE__CREATED_AT_ASC", ExecutionByBaseCreatedAtDesc = "EXECUTION_BY_BASE__CREATED_AT_DESC", ExecutionByBaseUpdatedAtAsc = "EXECUTION_BY_BASE__UPDATED_AT_ASC", ExecutionByBaseUpdatedAtDesc = "EXECUTION_BY_BASE__UPDATED_AT_DESC", ExecutionByBaseDeletedAtAsc = "EXECUTION_BY_BASE__DELETED_AT_ASC", ExecutionByBaseDeletedAtDesc = "EXECUTION_BY_BASE__DELETED_AT_DESC", ExecutionByBaseClonesAsc = "EXECUTION_BY_BASE__CLONES_ASC", ExecutionByBaseClonesDesc = "EXECUTION_BY_BASE__CLONES_DESC", ExecutionByBaseSucceededAtAsc = "EXECUTION_BY_BASE__SUCCEEDED_AT_ASC", ExecutionByBaseSucceededAtDesc = "EXECUTION_BY_BASE__SUCCEEDED_AT_DESC", ExecutionByBaseCancelledAtAsc = "EXECUTION_BY_BASE__CANCELLED_AT_ASC", ExecutionByBaseCancelledAtDesc = "EXECUTION_BY_BASE__CANCELLED_AT_DESC", ExecutionByBaseStartedAtAsc = "EXECUTION_BY_BASE__STARTED_AT_ASC", ExecutionByBaseStartedAtDesc = "EXECUTION_BY_BASE__STARTED_AT_DESC", ExecutionByBaseParametersAsc = "EXECUTION_BY_BASE__PARAMETERS_ASC", ExecutionByBaseParametersDesc = "EXECUTION_BY_BASE__PARAMETERS_DESC" } export declare type ExecutionImage = { __typename?: 'ExecutionImage'; id: Scalars['String']; executionId?: Maybe; imageId?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionImage`. */ execution?: Maybe; /** Reads a single `Image` that is related to this `ExecutionImage`. */ image?: Maybe; }; /** * A condition to be used against `ExecutionImage` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type ExecutionImageCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `executionId` field. */ executionId?: Maybe; /** Checks for equality with the object’s `imageId` field. */ imageId?: Maybe; }; /** The fields on `executionImage` to look up the row to connect. */ export declare type ExecutionImageExecutionImagePkeyConnect = { id: Scalars['String']; }; /** The fields on `executionImage` to look up the row to delete. */ export declare type ExecutionImageExecutionImagePkeyDelete = { id: Scalars['String']; }; /** A filter to be used against `ExecutionImage` object types. All fields are combined with a logical ‘and.’ */ export declare type ExecutionImageFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `executionId` field. */ executionId?: Maybe; /** Filter by the object’s `imageId` field. */ imageId?: Maybe; /** Filter by the object’s `execution` relation. */ execution?: Maybe; /** A related `execution` exists. */ executionExists?: Maybe; /** Filter by the object’s `image` relation. */ image?: Maybe; /** A related `image` exists. */ imageExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `ExecutionImage` */ export declare type ExecutionImageInput = { id?: Maybe; executionId?: Maybe; imageId?: Maybe; execution?: Maybe<_ExecutionImageExecutionIdFkeyInput>; image?: Maybe<_ExecutionImageImageIdFkeyInput>; }; /** The fields on `executionImage` to look up the row to update. */ export declare type ExecutionImageOnExecutionImageForExecutionImageExecutionIdFkeyUsingExecutionImagePkeyUpdate = { /** An object where the defined keys will be set on the `executionImage` being updated. */ patch: UpdateExecutionImageOnExecutionImageForExecutionImageExecutionIdFkeyPatch; id: Scalars['String']; }; /** The fields on `executionImage` to look up the row to update. */ export declare type ExecutionImageOnExecutionImageForExecutionImageImageIdFkeyUsingExecutionImagePkeyUpdate = { /** An object where the defined keys will be set on the `executionImage` being updated. */ patch: UpdateExecutionImageOnExecutionImageForExecutionImageImageIdFkeyPatch; id: Scalars['String']; }; /** Represents an update to a `ExecutionImage`. Fields that are set will be updated. */ export declare type ExecutionImagePatch = { id?: Maybe; executionId?: Maybe; imageId?: Maybe; execution?: Maybe<_ExecutionImageExecutionIdFkeyInput>; image?: Maybe<_ExecutionImageImageIdFkeyInput>; }; /** A connection to a list of `ExecutionImage` values. */ export declare type ExecutionImagesConnection = { __typename?: 'ExecutionImagesConnection'; /** A list of `ExecutionImage` objects. */ nodes: Array>; /** A list of edges which contains the `ExecutionImage` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `ExecutionImage` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `ExecutionImage` edge in the connection. */ export declare type ExecutionImagesEdge = { __typename?: 'ExecutionImagesEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `ExecutionImage` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `ExecutionImage`. */ export declare enum ExecutionImagesOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", ExecutionIdAsc = "EXECUTION_ID_ASC", ExecutionIdDesc = "EXECUTION_ID_DESC", ImageIdAsc = "IMAGE_ID_ASC", ImageIdDesc = "IMAGE_ID_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", ExecutionByExecutionIdIdAsc = "EXECUTION_BY_EXECUTION_ID__ID_ASC", ExecutionByExecutionIdIdDesc = "EXECUTION_BY_EXECUTION_ID__ID_DESC", ExecutionByExecutionIdTypeAsc = "EXECUTION_BY_EXECUTION_ID__TYPE_ASC", ExecutionByExecutionIdTypeDesc = "EXECUTION_BY_EXECUTION_ID__TYPE_DESC", ExecutionByExecutionIdVersionAsc = "EXECUTION_BY_EXECUTION_ID__VERSION_ASC", ExecutionByExecutionIdVersionDesc = "EXECUTION_BY_EXECUTION_ID__VERSION_DESC", ExecutionByExecutionIdCreatedAtAsc = "EXECUTION_BY_EXECUTION_ID__CREATED_AT_ASC", ExecutionByExecutionIdCreatedAtDesc = "EXECUTION_BY_EXECUTION_ID__CREATED_AT_DESC", ExecutionByExecutionIdUpdatedAtAsc = "EXECUTION_BY_EXECUTION_ID__UPDATED_AT_ASC", ExecutionByExecutionIdUpdatedAtDesc = "EXECUTION_BY_EXECUTION_ID__UPDATED_AT_DESC", ExecutionByExecutionIdDeletedAtAsc = "EXECUTION_BY_EXECUTION_ID__DELETED_AT_ASC", ExecutionByExecutionIdDeletedAtDesc = "EXECUTION_BY_EXECUTION_ID__DELETED_AT_DESC", ExecutionByExecutionIdClonesAsc = "EXECUTION_BY_EXECUTION_ID__CLONES_ASC", ExecutionByExecutionIdClonesDesc = "EXECUTION_BY_EXECUTION_ID__CLONES_DESC", ExecutionByExecutionIdSucceededAtAsc = "EXECUTION_BY_EXECUTION_ID__SUCCEEDED_AT_ASC", ExecutionByExecutionIdSucceededAtDesc = "EXECUTION_BY_EXECUTION_ID__SUCCEEDED_AT_DESC", ExecutionByExecutionIdCancelledAtAsc = "EXECUTION_BY_EXECUTION_ID__CANCELLED_AT_ASC", ExecutionByExecutionIdCancelledAtDesc = "EXECUTION_BY_EXECUTION_ID__CANCELLED_AT_DESC", ExecutionByExecutionIdStartedAtAsc = "EXECUTION_BY_EXECUTION_ID__STARTED_AT_ASC", ExecutionByExecutionIdStartedAtDesc = "EXECUTION_BY_EXECUTION_ID__STARTED_AT_DESC", ExecutionByExecutionIdParametersAsc = "EXECUTION_BY_EXECUTION_ID__PARAMETERS_ASC", ExecutionByExecutionIdParametersDesc = "EXECUTION_BY_EXECUTION_ID__PARAMETERS_DESC", ImageByImageIdIdAsc = "IMAGE_BY_IMAGE_ID__ID_ASC", ImageByImageIdIdDesc = "IMAGE_BY_IMAGE_ID__ID_DESC", ImageByImageIdCreatedAtAsc = "IMAGE_BY_IMAGE_ID__CREATED_AT_ASC", ImageByImageIdCreatedAtDesc = "IMAGE_BY_IMAGE_ID__CREATED_AT_DESC", ImageByImageIdUpdatedAtAsc = "IMAGE_BY_IMAGE_ID__UPDATED_AT_ASC", ImageByImageIdUpdatedAtDesc = "IMAGE_BY_IMAGE_ID__UPDATED_AT_DESC", ImageByImageIdMetaDataAsc = "IMAGE_BY_IMAGE_ID__META_DATA_ASC", ImageByImageIdMetaDataDesc = "IMAGE_BY_IMAGE_ID__META_DATA_DESC", ImageByImageIdValidAsc = "IMAGE_BY_IMAGE_ID__VALID_ASC", ImageByImageIdValidDesc = "IMAGE_BY_IMAGE_ID__VALID_DESC", ImageByImageIdFallbackDataAsc = "IMAGE_BY_IMAGE_ID__FALLBACK_DATA_ASC", ImageByImageIdFallbackDataDesc = "IMAGE_BY_IMAGE_ID__FALLBACK_DATA_DESC", ImageByImageIdIndexAsc = "IMAGE_BY_IMAGE_ID__INDEX_ASC", ImageByImageIdIndexDesc = "IMAGE_BY_IMAGE_ID__INDEX_DESC", ImageByImageIdWidthAsc = "IMAGE_BY_IMAGE_ID__WIDTH_ASC", ImageByImageIdWidthDesc = "IMAGE_BY_IMAGE_ID__WIDTH_DESC", ImageByImageIdHeightAsc = "IMAGE_BY_IMAGE_ID__HEIGHT_ASC", ImageByImageIdHeightDesc = "IMAGE_BY_IMAGE_ID__HEIGHT_DESC", ImageByImageIdDistanceAsc = "IMAGE_BY_IMAGE_ID__DISTANCE_ASC", ImageByImageIdDistanceDesc = "IMAGE_BY_IMAGE_ID__DISTANCE_DESC", ImageByImageIdCameraFieldOfViewVerticalAsc = "IMAGE_BY_IMAGE_ID__CAMERA_FIELD_OF_VIEW_VERTICAL_ASC", ImageByImageIdCameraFieldOfViewVerticalDesc = "IMAGE_BY_IMAGE_ID__CAMERA_FIELD_OF_VIEW_VERTICAL_DESC", ImageByImageIdCameraFieldOfViewHorizontalAsc = "IMAGE_BY_IMAGE_ID__CAMERA_FIELD_OF_VIEW_HORIZONTAL_ASC", ImageByImageIdCameraFieldOfViewHorizontalDesc = "IMAGE_BY_IMAGE_ID__CAMERA_FIELD_OF_VIEW_HORIZONTAL_DESC", ImageByImageIdCameraShutterSpeedAsc = "IMAGE_BY_IMAGE_ID__CAMERA_SHUTTER_SPEED_ASC", ImageByImageIdCameraShutterSpeedDesc = "IMAGE_BY_IMAGE_ID__CAMERA_SHUTTER_SPEED_DESC", ImageByImageIdCameraApertureAsc = "IMAGE_BY_IMAGE_ID__CAMERA_APERTURE_ASC", ImageByImageIdCameraApertureDesc = "IMAGE_BY_IMAGE_ID__CAMERA_APERTURE_DESC", ImageByImageIdCameraModelAsc = "IMAGE_BY_IMAGE_ID__CAMERA_MODEL_ASC", ImageByImageIdCameraModelDesc = "IMAGE_BY_IMAGE_ID__CAMERA_MODEL_DESC", ImageByImageIdCameraLensModelAsc = "IMAGE_BY_IMAGE_ID__CAMERA_LENS_MODEL_ASC", ImageByImageIdCameraLensModelDesc = "IMAGE_BY_IMAGE_ID__CAMERA_LENS_MODEL_DESC", ImageByImageIdCameraLensMakeAsc = "IMAGE_BY_IMAGE_ID__CAMERA_LENS_MAKE_ASC", ImageByImageIdCameraLensMakeDesc = "IMAGE_BY_IMAGE_ID__CAMERA_LENS_MAKE_DESC", ImageByImageIdCameraMakeAsc = "IMAGE_BY_IMAGE_ID__CAMERA_MAKE_ASC", ImageByImageIdCameraMakeDesc = "IMAGE_BY_IMAGE_ID__CAMERA_MAKE_DESC", ImageByImageIdDescriptionAsc = "IMAGE_BY_IMAGE_ID__DESCRIPTION_ASC", ImageByImageIdDescriptionDesc = "IMAGE_BY_IMAGE_ID__DESCRIPTION_DESC", ImageByImageIdDistanceGradientVerticalAsc = "IMAGE_BY_IMAGE_ID__DISTANCE_GRADIENT_VERTICAL_ASC", ImageByImageIdDistanceGradientVerticalDesc = "IMAGE_BY_IMAGE_ID__DISTANCE_GRADIENT_VERTICAL_DESC", ImageByImageIdCameraIsoAsc = "IMAGE_BY_IMAGE_ID__CAMERA_ISO_ASC", ImageByImageIdCameraIsoDesc = "IMAGE_BY_IMAGE_ID__CAMERA_ISO_DESC", ImageByImageIdDistanceGradientHorizontalAsc = "IMAGE_BY_IMAGE_ID__DISTANCE_GRADIENT_HORIZONTAL_ASC", ImageByImageIdDistanceGradientHorizontalDesc = "IMAGE_BY_IMAGE_ID__DISTANCE_GRADIENT_HORIZONTAL_DESC", ImageByImageIdCapturedAtAsc = "IMAGE_BY_IMAGE_ID__CAPTURED_AT_ASC", ImageByImageIdCapturedAtDesc = "IMAGE_BY_IMAGE_ID__CAPTURED_AT_DESC", ImageByImageIdDeletedAtAsc = "IMAGE_BY_IMAGE_ID__DELETED_AT_ASC", ImageByImageIdDeletedAtDesc = "IMAGE_BY_IMAGE_ID__DELETED_AT_DESC" } /** A connection to a list of `Image` values, with data from `ExecutionImage`. */ export declare type ExecutionImagesRelationManyToManyConnection = { __typename?: 'ExecutionImagesRelationManyToManyConnection'; /** A list of `Image` objects. */ nodes: Array>; /** A list of edges which contains the `Image`, info from the `ExecutionImage`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Image` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Image` edge in the connection, with data from `ExecutionImage`. */ export declare type ExecutionImagesRelationManyToManyEdge = { __typename?: 'ExecutionImagesRelationManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Image` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `ExecutionImage`. */ executionRelationConnection: ExecutionImagesConnection; /** Reads and enables pagination through a set of `ExecutionImage`. */ executionRelation: Array; }; /** A `Image` edge in the connection, with data from `ExecutionImage`. */ export declare type ExecutionImagesRelationManyToManyEdgeExecutionRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Image` edge in the connection, with data from `ExecutionImage`. */ export declare type ExecutionImagesRelationManyToManyEdgeExecutionRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** An input for mutations affecting `Execution` */ export declare type ExecutionInput = { id?: Maybe; type?: Maybe; version?: Maybe; clones?: Maybe; succeededAt?: Maybe; cancelledAt?: Maybe; startedAt?: Maybe; parameters?: Maybe; executionToClones?: Maybe; baseExecutionsRelation?: Maybe<_ExecutionFollowersFollowerFkeyInverseInput>; followerExecutionsRelation?: Maybe<_ExecutionFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventExecutionsCreatedExecutionFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventExecutionsReadExecutionFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventExecutionsUpdatedExecutionFkeyInverseInput>; creatorPlanRelation?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInverseInput>; createdPlanRelation?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInverseInput>; childExecutionsRelation?: Maybe<_ExecutionChildrenParentFkeyInverseInput>; parentExecutionsRelation?: Maybe<_ExecutionChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_ExecutionAnomalyExecutionIdFkeyInverseInput>; userRelation?: Maybe<_ExecutionUserExecutionIdFkeyInverseInput>; organizationRelation?: Maybe<_ExecutionOrganizationExecutionIdFkeyInverseInput>; commentRelation?: Maybe<_ExecutionCommentExecutionIdFkeyInverseInput>; detectionRelation?: Maybe<_ExecutionDetectionExecutionIdFkeyInverseInput>; imageRelation?: Maybe<_ExecutionImageExecutionIdFkeyInverseInput>; artifactRelation?: Maybe<_ExecutionArtifactExecutionIdFkeyInverseInput>; structureRelation?: Maybe<_ExecutionStructureExecutionIdFkeyInverseInput>; locationRelation?: Maybe<_ExecutionLocationExecutionIdFkeyInverseInput>; }; export declare type ExecutionLocation = { __typename?: 'ExecutionLocation'; id: Scalars['String']; executionId?: Maybe; locationId?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionLocation`. */ execution?: Maybe; /** Reads a single `Location` that is related to this `ExecutionLocation`. */ location?: Maybe; }; /** * A condition to be used against `ExecutionLocation` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type ExecutionLocationCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `executionId` field. */ executionId?: Maybe; /** Checks for equality with the object’s `locationId` field. */ locationId?: Maybe; }; /** The fields on `executionLocation` to look up the row to connect. */ export declare type ExecutionLocationExecutionLocationPkeyConnect = { id: Scalars['String']; }; /** The fields on `executionLocation` to look up the row to delete. */ export declare type ExecutionLocationExecutionLocationPkeyDelete = { id: Scalars['String']; }; /** A filter to be used against `ExecutionLocation` object types. All fields are combined with a logical ‘and.’ */ export declare type ExecutionLocationFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `executionId` field. */ executionId?: Maybe; /** Filter by the object’s `locationId` field. */ locationId?: Maybe; /** Filter by the object’s `execution` relation. */ execution?: Maybe; /** A related `execution` exists. */ executionExists?: Maybe; /** Filter by the object’s `location` relation. */ location?: Maybe; /** A related `location` exists. */ locationExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `ExecutionLocation` */ export declare type ExecutionLocationInput = { id?: Maybe; executionId?: Maybe; locationId?: Maybe; execution?: Maybe<_ExecutionLocationExecutionIdFkeyInput>; location?: Maybe<_ExecutionLocationLocationIdFkeyInput>; }; /** The fields on `executionLocation` to look up the row to update. */ export declare type ExecutionLocationOnExecutionLocationForExecutionLocationExecutionIdFkeyUsingExecutionLocationPkeyUpdate = { /** An object where the defined keys will be set on the `executionLocation` being updated. */ patch: UpdateExecutionLocationOnExecutionLocationForExecutionLocationExecutionIdFkeyPatch; id: Scalars['String']; }; /** The fields on `executionLocation` to look up the row to update. */ export declare type ExecutionLocationOnExecutionLocationForExecutionLocationLocationIdFkeyUsingExecutionLocationPkeyUpdate = { /** An object where the defined keys will be set on the `executionLocation` being updated. */ patch: UpdateExecutionLocationOnExecutionLocationForExecutionLocationLocationIdFkeyPatch; id: Scalars['String']; }; /** Represents an update to a `ExecutionLocation`. Fields that are set will be updated. */ export declare type ExecutionLocationPatch = { id?: Maybe; executionId?: Maybe; locationId?: Maybe; execution?: Maybe<_ExecutionLocationExecutionIdFkeyInput>; location?: Maybe<_ExecutionLocationLocationIdFkeyInput>; }; /** A connection to a list of `ExecutionLocation` values. */ export declare type ExecutionLocationsConnection = { __typename?: 'ExecutionLocationsConnection'; /** A list of `ExecutionLocation` objects. */ nodes: Array>; /** A list of edges which contains the `ExecutionLocation` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `ExecutionLocation` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `ExecutionLocation` edge in the connection. */ export declare type ExecutionLocationsEdge = { __typename?: 'ExecutionLocationsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `ExecutionLocation` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `ExecutionLocation`. */ export declare enum ExecutionLocationsOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", ExecutionIdAsc = "EXECUTION_ID_ASC", ExecutionIdDesc = "EXECUTION_ID_DESC", LocationIdAsc = "LOCATION_ID_ASC", LocationIdDesc = "LOCATION_ID_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", ExecutionByExecutionIdIdAsc = "EXECUTION_BY_EXECUTION_ID__ID_ASC", ExecutionByExecutionIdIdDesc = "EXECUTION_BY_EXECUTION_ID__ID_DESC", ExecutionByExecutionIdTypeAsc = "EXECUTION_BY_EXECUTION_ID__TYPE_ASC", ExecutionByExecutionIdTypeDesc = "EXECUTION_BY_EXECUTION_ID__TYPE_DESC", ExecutionByExecutionIdVersionAsc = "EXECUTION_BY_EXECUTION_ID__VERSION_ASC", ExecutionByExecutionIdVersionDesc = "EXECUTION_BY_EXECUTION_ID__VERSION_DESC", ExecutionByExecutionIdCreatedAtAsc = "EXECUTION_BY_EXECUTION_ID__CREATED_AT_ASC", ExecutionByExecutionIdCreatedAtDesc = "EXECUTION_BY_EXECUTION_ID__CREATED_AT_DESC", ExecutionByExecutionIdUpdatedAtAsc = "EXECUTION_BY_EXECUTION_ID__UPDATED_AT_ASC", ExecutionByExecutionIdUpdatedAtDesc = "EXECUTION_BY_EXECUTION_ID__UPDATED_AT_DESC", ExecutionByExecutionIdDeletedAtAsc = "EXECUTION_BY_EXECUTION_ID__DELETED_AT_ASC", ExecutionByExecutionIdDeletedAtDesc = "EXECUTION_BY_EXECUTION_ID__DELETED_AT_DESC", ExecutionByExecutionIdClonesAsc = "EXECUTION_BY_EXECUTION_ID__CLONES_ASC", ExecutionByExecutionIdClonesDesc = "EXECUTION_BY_EXECUTION_ID__CLONES_DESC", ExecutionByExecutionIdSucceededAtAsc = "EXECUTION_BY_EXECUTION_ID__SUCCEEDED_AT_ASC", ExecutionByExecutionIdSucceededAtDesc = "EXECUTION_BY_EXECUTION_ID__SUCCEEDED_AT_DESC", ExecutionByExecutionIdCancelledAtAsc = "EXECUTION_BY_EXECUTION_ID__CANCELLED_AT_ASC", ExecutionByExecutionIdCancelledAtDesc = "EXECUTION_BY_EXECUTION_ID__CANCELLED_AT_DESC", ExecutionByExecutionIdStartedAtAsc = "EXECUTION_BY_EXECUTION_ID__STARTED_AT_ASC", ExecutionByExecutionIdStartedAtDesc = "EXECUTION_BY_EXECUTION_ID__STARTED_AT_DESC", ExecutionByExecutionIdParametersAsc = "EXECUTION_BY_EXECUTION_ID__PARAMETERS_ASC", ExecutionByExecutionIdParametersDesc = "EXECUTION_BY_EXECUTION_ID__PARAMETERS_DESC", LocationByLocationIdIdAsc = "LOCATION_BY_LOCATION_ID__ID_ASC", LocationByLocationIdIdDesc = "LOCATION_BY_LOCATION_ID__ID_DESC", LocationByLocationIdNicknameAsc = "LOCATION_BY_LOCATION_ID__NICKNAME_ASC", LocationByLocationIdNicknameDesc = "LOCATION_BY_LOCATION_ID__NICKNAME_DESC", LocationByLocationIdErrorRadiusAsc = "LOCATION_BY_LOCATION_ID__ERROR_RADIUS_ASC", LocationByLocationIdErrorRadiusDesc = "LOCATION_BY_LOCATION_ID__ERROR_RADIUS_DESC", LocationByLocationIdNameAsc = "LOCATION_BY_LOCATION_ID__NAME_ASC", LocationByLocationIdNameDesc = "LOCATION_BY_LOCATION_ID__NAME_DESC", LocationByLocationIdLatitudeAsc = "LOCATION_BY_LOCATION_ID__LATITUDE_ASC", LocationByLocationIdLatitudeDesc = "LOCATION_BY_LOCATION_ID__LATITUDE_DESC", LocationByLocationIdLongitudeAsc = "LOCATION_BY_LOCATION_ID__LONGITUDE_ASC", LocationByLocationIdLongitudeDesc = "LOCATION_BY_LOCATION_ID__LONGITUDE_DESC", LocationByLocationIdAltitudeAsc = "LOCATION_BY_LOCATION_ID__ALTITUDE_ASC", LocationByLocationIdAltitudeDesc = "LOCATION_BY_LOCATION_ID__ALTITUDE_DESC", LocationByLocationIdRollAsc = "LOCATION_BY_LOCATION_ID__ROLL_ASC", LocationByLocationIdRollDesc = "LOCATION_BY_LOCATION_ID__ROLL_DESC", LocationByLocationIdPitchAsc = "LOCATION_BY_LOCATION_ID__PITCH_ASC", LocationByLocationIdPitchDesc = "LOCATION_BY_LOCATION_ID__PITCH_DESC", LocationByLocationIdYawAsc = "LOCATION_BY_LOCATION_ID__YAW_ASC", LocationByLocationIdYawDesc = "LOCATION_BY_LOCATION_ID__YAW_DESC", LocationByLocationIdPositionAsc = "LOCATION_BY_LOCATION_ID__POSITION_ASC", LocationByLocationIdPositionDesc = "LOCATION_BY_LOCATION_ID__POSITION_DESC", LocationByLocationIdOldGeometryAsc = "LOCATION_BY_LOCATION_ID__OLD_GEOMETRY_ASC", LocationByLocationIdOldGeometryDesc = "LOCATION_BY_LOCATION_ID__OLD_GEOMETRY_DESC", LocationByLocationIdUpdatedAtAsc = "LOCATION_BY_LOCATION_ID__UPDATED_AT_ASC", LocationByLocationIdUpdatedAtDesc = "LOCATION_BY_LOCATION_ID__UPDATED_AT_DESC", LocationByLocationIdCreatedAtAsc = "LOCATION_BY_LOCATION_ID__CREATED_AT_ASC", LocationByLocationIdCreatedAtDesc = "LOCATION_BY_LOCATION_ID__CREATED_AT_DESC", LocationByLocationIdGeoPoint2DAsc = "LOCATION_BY_LOCATION_ID__GEO_POINT2_D_ASC", LocationByLocationIdGeoPoint2DDesc = "LOCATION_BY_LOCATION_ID__GEO_POINT2_D_DESC", LocationByLocationIdGeoPoint3DAsc = "LOCATION_BY_LOCATION_ID__GEO_POINT3_D_ASC", LocationByLocationIdGeoPoint3DDesc = "LOCATION_BY_LOCATION_ID__GEO_POINT3_D_DESC", LocationByLocationIdDeletedAtAsc = "LOCATION_BY_LOCATION_ID__DELETED_AT_ASC", LocationByLocationIdDeletedAtDesc = "LOCATION_BY_LOCATION_ID__DELETED_AT_DESC", LocationByLocationIdGeometry3DAsc = "LOCATION_BY_LOCATION_ID__GEOMETRY3_D_ASC", LocationByLocationIdGeometry3DDesc = "LOCATION_BY_LOCATION_ID__GEOMETRY3_D_DESC", LocationByLocationIdGeometry2DAsc = "LOCATION_BY_LOCATION_ID__GEOMETRY2_D_ASC", LocationByLocationIdGeometry2DDesc = "LOCATION_BY_LOCATION_ID__GEOMETRY2_D_DESC" } /** A connection to a list of `Location` values, with data from `ExecutionLocation`. */ export declare type ExecutionLocationsRelationManyToManyConnection = { __typename?: 'ExecutionLocationsRelationManyToManyConnection'; /** A list of `Location` objects. */ nodes: Array>; /** A list of edges which contains the `Location`, info from the `ExecutionLocation`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Location` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Location` edge in the connection, with data from `ExecutionLocation`. */ export declare type ExecutionLocationsRelationManyToManyEdge = { __typename?: 'ExecutionLocationsRelationManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Location` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `ExecutionLocation`. */ executionRelationConnection: ExecutionLocationsConnection; /** Reads and enables pagination through a set of `ExecutionLocation`. */ executionRelation: Array; }; /** A `Location` edge in the connection, with data from `ExecutionLocation`. */ export declare type ExecutionLocationsRelationManyToManyEdgeExecutionRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Location` edge in the connection, with data from `ExecutionLocation`. */ export declare type ExecutionLocationsRelationManyToManyEdgeExecutionRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The fields on `execution` to look up the row to update. */ export declare type ExecutionOnEventExecutionsCreatedForEventExecutionsCreatedExecutionFkeyUsingExecutionPkeyUpdate = { /** An object where the defined keys will be set on the `execution` being updated. */ patch: UpdateExecutionOnEventExecutionsCreatedForEventExecutionsCreatedExecutionFkeyPatch; id: Scalars['String']; }; /** The fields on `execution` to look up the row to update. */ export declare type ExecutionOnEventExecutionsReadForEventExecutionsReadExecutionFkeyUsingExecutionPkeyUpdate = { /** An object where the defined keys will be set on the `execution` being updated. */ patch: UpdateExecutionOnEventExecutionsReadForEventExecutionsReadExecutionFkeyPatch; id: Scalars['String']; }; /** The fields on `execution` to look up the row to update. */ export declare type ExecutionOnEventExecutionsUpdatedForEventExecutionsUpdatedExecutionFkeyUsingExecutionPkeyUpdate = { /** An object where the defined keys will be set on the `execution` being updated. */ patch: UpdateExecutionOnEventExecutionsUpdatedForEventExecutionsUpdatedExecutionFkeyPatch; id: Scalars['String']; }; /** The fields on `execution` to look up the row to update. */ export declare type ExecutionOnExecutionAnomalyForExecutionAnomalyExecutionIdFkeyUsingExecutionPkeyUpdate = { /** An object where the defined keys will be set on the `execution` being updated. */ patch: UpdateExecutionOnExecutionAnomalyForExecutionAnomalyExecutionIdFkeyPatch; id: Scalars['String']; }; /** The fields on `execution` to look up the row to update. */ export declare type ExecutionOnExecutionArtifactForExecutionArtifactExecutionIdFkeyUsingExecutionPkeyUpdate = { /** An object where the defined keys will be set on the `execution` being updated. */ patch: UpdateExecutionOnExecutionArtifactForExecutionArtifactExecutionIdFkeyPatch; id: Scalars['String']; }; /** The fields on `execution` to look up the row to update. */ export declare type ExecutionOnExecutionChildForExecutionChildrenChildFkeyUsingExecutionPkeyUpdate = { /** An object where the defined keys will be set on the `execution` being updated. */ patch: UpdateExecutionOnExecutionChildForExecutionChildrenChildFkeyPatch; id: Scalars['String']; }; /** The fields on `execution` to look up the row to update. */ export declare type ExecutionOnExecutionChildForExecutionChildrenParentFkeyUsingExecutionPkeyUpdate = { /** An object where the defined keys will be set on the `execution` being updated. */ patch: UpdateExecutionOnExecutionChildForExecutionChildrenParentFkeyPatch; id: Scalars['String']; }; /** The fields on `execution` to look up the row to update. */ export declare type ExecutionOnExecutionCommentForExecutionCommentExecutionIdFkeyUsingExecutionPkeyUpdate = { /** An object where the defined keys will be set on the `execution` being updated. */ patch: UpdateExecutionOnExecutionCommentForExecutionCommentExecutionIdFkeyPatch; id: Scalars['String']; }; /** The fields on `execution` to look up the row to update. */ export declare type ExecutionOnExecutionCreatorPlanCreatedForExecutionCreatorPlanCreatedExecutionFkeyUsingExecutionPkeyUpdate = { /** An object where the defined keys will be set on the `execution` being updated. */ patch: UpdateExecutionOnExecutionCreatorPlanCreatedForExecutionCreatorPlanCreatedExecutionFkeyPatch; id: Scalars['String']; }; /** The fields on `execution` to look up the row to update. */ export declare type ExecutionOnExecutionDetectionForExecutionDetectionExecutionIdFkeyUsingExecutionPkeyUpdate = { /** An object where the defined keys will be set on the `execution` being updated. */ patch: UpdateExecutionOnExecutionDetectionForExecutionDetectionExecutionIdFkeyPatch; id: Scalars['String']; }; /** The fields on `execution` to look up the row to update. */ export declare type ExecutionOnExecutionFollowerForExecutionFollowersBaseFkeyUsingExecutionPkeyUpdate = { /** An object where the defined keys will be set on the `execution` being updated. */ patch: UpdateExecutionOnExecutionFollowerForExecutionFollowersBaseFkeyPatch; id: Scalars['String']; }; /** The fields on `execution` to look up the row to update. */ export declare type ExecutionOnExecutionFollowerForExecutionFollowersFollowerFkeyUsingExecutionPkeyUpdate = { /** An object where the defined keys will be set on the `execution` being updated. */ patch: UpdateExecutionOnExecutionFollowerForExecutionFollowersFollowerFkeyPatch; id: Scalars['String']; }; /** The fields on `execution` to look up the row to update. */ export declare type ExecutionOnExecutionForExecutionClonesFkeyUsingExecutionPkeyUpdate = { /** An object where the defined keys will be set on the `execution` being updated. */ patch: UpdateExecutionOnExecutionForExecutionClonesFkeyPatch; id: Scalars['String']; }; /** The fields on `execution` to look up the row to update. */ export declare type ExecutionOnExecutionImageForExecutionImageExecutionIdFkeyUsingExecutionPkeyUpdate = { /** An object where the defined keys will be set on the `execution` being updated. */ patch: UpdateExecutionOnExecutionImageForExecutionImageExecutionIdFkeyPatch; id: Scalars['String']; }; /** The fields on `execution` to look up the row to update. */ export declare type ExecutionOnExecutionLocationForExecutionLocationExecutionIdFkeyUsingExecutionPkeyUpdate = { /** An object where the defined keys will be set on the `execution` being updated. */ patch: UpdateExecutionOnExecutionLocationForExecutionLocationExecutionIdFkeyPatch; id: Scalars['String']; }; /** The fields on `execution` to look up the row to update. */ export declare type ExecutionOnExecutionOrganizationForExecutionOrganizationExecutionIdFkeyUsingExecutionPkeyUpdate = { /** An object where the defined keys will be set on the `execution` being updated. */ patch: UpdateExecutionOnExecutionOrganizationForExecutionOrganizationExecutionIdFkeyPatch; id: Scalars['String']; }; /** The fields on `execution` to look up the row to update. */ export declare type ExecutionOnExecutionStructureForExecutionStructureExecutionIdFkeyUsingExecutionPkeyUpdate = { /** An object where the defined keys will be set on the `execution` being updated. */ patch: UpdateExecutionOnExecutionStructureForExecutionStructureExecutionIdFkeyPatch; id: Scalars['String']; }; /** The fields on `execution` to look up the row to update. */ export declare type ExecutionOnExecutionUserForExecutionUserExecutionIdFkeyUsingExecutionPkeyUpdate = { /** An object where the defined keys will be set on the `execution` being updated. */ patch: UpdateExecutionOnExecutionUserForExecutionUserExecutionIdFkeyPatch; id: Scalars['String']; }; /** The fields on `execution` to look up the row to update. */ export declare type ExecutionOnPlanCreatorExecutionCreatedForPlanCreatorExecutionCreatedExecutionFkeyUsingExecutionPkeyUpdate = { /** An object where the defined keys will be set on the `execution` being updated. */ patch: UpdateExecutionOnPlanCreatorExecutionCreatedForPlanCreatorExecutionCreatedExecutionFkeyPatch; id: Scalars['String']; }; export declare type ExecutionOrganization = { __typename?: 'ExecutionOrganization'; id: Scalars['String']; executionId?: Maybe; organizationId?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionOrganization`. */ execution?: Maybe; /** Reads a single `Organization` that is related to this `ExecutionOrganization`. */ organization?: Maybe; }; /** * A condition to be used against `ExecutionOrganization` object types. All fields * are tested for equality and combined with a logical ‘and.’ */ export declare type ExecutionOrganizationCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `executionId` field. */ executionId?: Maybe; /** Checks for equality with the object’s `organizationId` field. */ organizationId?: Maybe; }; /** The fields on `executionOrganization` to look up the row to connect. */ export declare type ExecutionOrganizationExecutionOrganizationPkeyConnect = { id: Scalars['String']; }; /** The fields on `executionOrganization` to look up the row to delete. */ export declare type ExecutionOrganizationExecutionOrganizationPkeyDelete = { id: Scalars['String']; }; /** A filter to be used against `ExecutionOrganization` object types. All fields are combined with a logical ‘and.’ */ export declare type ExecutionOrganizationFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `executionId` field. */ executionId?: Maybe; /** Filter by the object’s `organizationId` field. */ organizationId?: Maybe; /** Filter by the object’s `execution` relation. */ execution?: Maybe; /** A related `execution` exists. */ executionExists?: Maybe; /** Filter by the object’s `organization` relation. */ organization?: Maybe; /** A related `organization` exists. */ organizationExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `ExecutionOrganization` */ export declare type ExecutionOrganizationInput = { id?: Maybe; executionId?: Maybe; organizationId?: Maybe; execution?: Maybe<_ExecutionOrganizationExecutionIdFkeyInput>; organization?: Maybe<_ExecutionOrganizationOrganizationIdFkeyInput>; }; /** The fields on `executionOrganization` to look up the row to update. */ export declare type ExecutionOrganizationOnExecutionOrganizationForExecutionOrganizationExecutionIdFkeyUsingExecutionOrganizationPkeyUpdate = { /** An object where the defined keys will be set on the `executionOrganization` being updated. */ patch: UpdateExecutionOrganizationOnExecutionOrganizationForExecutionOrganizationExecutionIdFkeyPatch; id: Scalars['String']; }; /** The fields on `executionOrganization` to look up the row to update. */ export declare type ExecutionOrganizationOnExecutionOrganizationForExecutionOrganizationOrganizationIdFkeyUsingExecutionOrganizationPkeyUpdate = { /** An object where the defined keys will be set on the `executionOrganization` being updated. */ patch: UpdateExecutionOrganizationOnExecutionOrganizationForExecutionOrganizationOrganizationIdFkeyPatch; id: Scalars['String']; }; /** Represents an update to a `ExecutionOrganization`. Fields that are set will be updated. */ export declare type ExecutionOrganizationPatch = { id?: Maybe; executionId?: Maybe; organizationId?: Maybe; execution?: Maybe<_ExecutionOrganizationExecutionIdFkeyInput>; organization?: Maybe<_ExecutionOrganizationOrganizationIdFkeyInput>; }; /** A connection to a list of `ExecutionOrganization` values. */ export declare type ExecutionOrganizationsConnection = { __typename?: 'ExecutionOrganizationsConnection'; /** A list of `ExecutionOrganization` objects. */ nodes: Array>; /** A list of edges which contains the `ExecutionOrganization` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `ExecutionOrganization` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `ExecutionOrganization` edge in the connection. */ export declare type ExecutionOrganizationsEdge = { __typename?: 'ExecutionOrganizationsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `ExecutionOrganization` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `ExecutionOrganization`. */ export declare enum ExecutionOrganizationsOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", ExecutionIdAsc = "EXECUTION_ID_ASC", ExecutionIdDesc = "EXECUTION_ID_DESC", OrganizationIdAsc = "ORGANIZATION_ID_ASC", OrganizationIdDesc = "ORGANIZATION_ID_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", ExecutionByExecutionIdIdAsc = "EXECUTION_BY_EXECUTION_ID__ID_ASC", ExecutionByExecutionIdIdDesc = "EXECUTION_BY_EXECUTION_ID__ID_DESC", ExecutionByExecutionIdTypeAsc = "EXECUTION_BY_EXECUTION_ID__TYPE_ASC", ExecutionByExecutionIdTypeDesc = "EXECUTION_BY_EXECUTION_ID__TYPE_DESC", ExecutionByExecutionIdVersionAsc = "EXECUTION_BY_EXECUTION_ID__VERSION_ASC", ExecutionByExecutionIdVersionDesc = "EXECUTION_BY_EXECUTION_ID__VERSION_DESC", ExecutionByExecutionIdCreatedAtAsc = "EXECUTION_BY_EXECUTION_ID__CREATED_AT_ASC", ExecutionByExecutionIdCreatedAtDesc = "EXECUTION_BY_EXECUTION_ID__CREATED_AT_DESC", ExecutionByExecutionIdUpdatedAtAsc = "EXECUTION_BY_EXECUTION_ID__UPDATED_AT_ASC", ExecutionByExecutionIdUpdatedAtDesc = "EXECUTION_BY_EXECUTION_ID__UPDATED_AT_DESC", ExecutionByExecutionIdDeletedAtAsc = "EXECUTION_BY_EXECUTION_ID__DELETED_AT_ASC", ExecutionByExecutionIdDeletedAtDesc = "EXECUTION_BY_EXECUTION_ID__DELETED_AT_DESC", ExecutionByExecutionIdClonesAsc = "EXECUTION_BY_EXECUTION_ID__CLONES_ASC", ExecutionByExecutionIdClonesDesc = "EXECUTION_BY_EXECUTION_ID__CLONES_DESC", ExecutionByExecutionIdSucceededAtAsc = "EXECUTION_BY_EXECUTION_ID__SUCCEEDED_AT_ASC", ExecutionByExecutionIdSucceededAtDesc = "EXECUTION_BY_EXECUTION_ID__SUCCEEDED_AT_DESC", ExecutionByExecutionIdCancelledAtAsc = "EXECUTION_BY_EXECUTION_ID__CANCELLED_AT_ASC", ExecutionByExecutionIdCancelledAtDesc = "EXECUTION_BY_EXECUTION_ID__CANCELLED_AT_DESC", ExecutionByExecutionIdStartedAtAsc = "EXECUTION_BY_EXECUTION_ID__STARTED_AT_ASC", ExecutionByExecutionIdStartedAtDesc = "EXECUTION_BY_EXECUTION_ID__STARTED_AT_DESC", ExecutionByExecutionIdParametersAsc = "EXECUTION_BY_EXECUTION_ID__PARAMETERS_ASC", ExecutionByExecutionIdParametersDesc = "EXECUTION_BY_EXECUTION_ID__PARAMETERS_DESC", OrganizationByOrganizationIdIdAsc = "ORGANIZATION_BY_ORGANIZATION_ID__ID_ASC", OrganizationByOrganizationIdIdDesc = "ORGANIZATION_BY_ORGANIZATION_ID__ID_DESC", OrganizationByOrganizationIdNicknameAsc = "ORGANIZATION_BY_ORGANIZATION_ID__NICKNAME_ASC", OrganizationByOrganizationIdNicknameDesc = "ORGANIZATION_BY_ORGANIZATION_ID__NICKNAME_DESC", OrganizationByOrganizationIdNameAsc = "ORGANIZATION_BY_ORGANIZATION_ID__NAME_ASC", OrganizationByOrganizationIdNameDesc = "ORGANIZATION_BY_ORGANIZATION_ID__NAME_DESC", OrganizationByOrganizationIdDescriptionAsc = "ORGANIZATION_BY_ORGANIZATION_ID__DESCRIPTION_ASC", OrganizationByOrganizationIdDescriptionDesc = "ORGANIZATION_BY_ORGANIZATION_ID__DESCRIPTION_DESC", OrganizationByOrganizationIdCreatedAtAsc = "ORGANIZATION_BY_ORGANIZATION_ID__CREATED_AT_ASC", OrganizationByOrganizationIdCreatedAtDesc = "ORGANIZATION_BY_ORGANIZATION_ID__CREATED_AT_DESC", OrganizationByOrganizationIdUpdatedAtAsc = "ORGANIZATION_BY_ORGANIZATION_ID__UPDATED_AT_ASC", OrganizationByOrganizationIdUpdatedAtDesc = "ORGANIZATION_BY_ORGANIZATION_ID__UPDATED_AT_DESC", OrganizationByOrganizationIdSubscriptionPlanAsc = "ORGANIZATION_BY_ORGANIZATION_ID__SUBSCRIPTION_PLAN_ASC", OrganizationByOrganizationIdSubscriptionPlanDesc = "ORGANIZATION_BY_ORGANIZATION_ID__SUBSCRIPTION_PLAN_DESC", OrganizationByOrganizationIdDeletedAtAsc = "ORGANIZATION_BY_ORGANIZATION_ID__DELETED_AT_ASC", OrganizationByOrganizationIdDeletedAtDesc = "ORGANIZATION_BY_ORGANIZATION_ID__DELETED_AT_DESC" } /** A connection to a list of `Organization` values, with data from `ExecutionOrganization`. */ export declare type ExecutionOrganizationsRelationManyToManyConnection = { __typename?: 'ExecutionOrganizationsRelationManyToManyConnection'; /** A list of `Organization` objects. */ nodes: Array>; /** * A list of edges which contains the `Organization`, info from the * `ExecutionOrganization`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Organization` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Organization` edge in the connection, with data from `ExecutionOrganization`. */ export declare type ExecutionOrganizationsRelationManyToManyEdge = { __typename?: 'ExecutionOrganizationsRelationManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Organization` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `ExecutionOrganization`. */ executionRelationConnection: ExecutionOrganizationsConnection; /** Reads and enables pagination through a set of `ExecutionOrganization`. */ executionRelation: Array; }; /** A `Organization` edge in the connection, with data from `ExecutionOrganization`. */ export declare type ExecutionOrganizationsRelationManyToManyEdgeExecutionRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Organization` edge in the connection, with data from `ExecutionOrganization`. */ export declare type ExecutionOrganizationsRelationManyToManyEdgeExecutionRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A connection to a list of `Execution` values, with data from `ExecutionChild`. */ export declare type ExecutionParentExecutionsConnectionManyToManyConnection = { __typename?: 'ExecutionParentExecutionsConnectionManyToManyConnection'; /** A list of `Execution` objects. */ nodes: Array>; /** A list of edges which contains the `Execution`, info from the `ExecutionChild`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Execution` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Execution` edge in the connection, with data from `ExecutionChild`. */ export declare type ExecutionParentExecutionsConnectionManyToManyEdge = { __typename?: 'ExecutionParentExecutionsConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Execution` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `ExecutionChild`. */ childExecutionsRelationConnection: ExecutionChildrenConnection; /** Reads and enables pagination through a set of `ExecutionChild`. */ childExecutionsRelation: Array; }; /** A `Execution` edge in the connection, with data from `ExecutionChild`. */ export declare type ExecutionParentExecutionsConnectionManyToManyEdgeChildExecutionsRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Execution` edge in the connection, with data from `ExecutionChild`. */ export declare type ExecutionParentExecutionsConnectionManyToManyEdgeChildExecutionsRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A connection to a list of `String` values. */ export declare type ExecutionParentsTransitiveConnection = { __typename?: 'ExecutionParentsTransitiveConnection'; /** A list of `String` objects. */ nodes: Array>; /** A list of edges which contains the `String` and cursor to aid in pagination. */ edges: Array; /** The count of *all* `String` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `String` edge in the connection. */ export declare type ExecutionParentsTransitiveEdge = { __typename?: 'ExecutionParentsTransitiveEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `String` at the end of the edge. */ node?: Maybe; }; /** A connection to a list of `String` values. */ export declare type ExecutionParentsTransitiveWithRootConnection = { __typename?: 'ExecutionParentsTransitiveWithRootConnection'; /** A list of `String` objects. */ nodes: Array>; /** A list of edges which contains the `String` and cursor to aid in pagination. */ edges: Array; /** The count of *all* `String` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `String` edge in the connection. */ export declare type ExecutionParentsTransitiveWithRootEdge = { __typename?: 'ExecutionParentsTransitiveWithRootEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `String` at the end of the edge. */ node?: Maybe; }; /** Represents an update to a `Execution`. Fields that are set will be updated. */ export declare type ExecutionPatch = { type?: Maybe; version?: Maybe; clones?: Maybe; succeededAt?: Maybe; cancelledAt?: Maybe; startedAt?: Maybe; parameters?: Maybe; executionToClones?: Maybe; baseExecutionsRelation?: Maybe<_ExecutionFollowersFollowerFkeyInverseInput>; followerExecutionsRelation?: Maybe<_ExecutionFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventExecutionsCreatedExecutionFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventExecutionsReadExecutionFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventExecutionsUpdatedExecutionFkeyInverseInput>; creatorPlanRelation?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInverseInput>; createdPlanRelation?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInverseInput>; childExecutionsRelation?: Maybe<_ExecutionChildrenParentFkeyInverseInput>; parentExecutionsRelation?: Maybe<_ExecutionChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_ExecutionAnomalyExecutionIdFkeyInverseInput>; userRelation?: Maybe<_ExecutionUserExecutionIdFkeyInverseInput>; organizationRelation?: Maybe<_ExecutionOrganizationExecutionIdFkeyInverseInput>; commentRelation?: Maybe<_ExecutionCommentExecutionIdFkeyInverseInput>; detectionRelation?: Maybe<_ExecutionDetectionExecutionIdFkeyInverseInput>; imageRelation?: Maybe<_ExecutionImageExecutionIdFkeyInverseInput>; artifactRelation?: Maybe<_ExecutionArtifactExecutionIdFkeyInverseInput>; structureRelation?: Maybe<_ExecutionStructureExecutionIdFkeyInverseInput>; locationRelation?: Maybe<_ExecutionLocationExecutionIdFkeyInverseInput>; }; /** A connection to a list of `Event` values, with data from `EventExecutionsRead`. */ export declare type ExecutionReadByActivitiesConnectionManyToManyConnection = { __typename?: 'ExecutionReadByActivitiesConnectionManyToManyConnection'; /** A list of `Event` objects. */ nodes: Array>; /** A list of edges which contains the `Event`, info from the `EventExecutionsRead`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Event` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Event` edge in the connection, with data from `EventExecutionsRead`. */ export declare type ExecutionReadByActivitiesConnectionManyToManyEdge = { __typename?: 'ExecutionReadByActivitiesConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Event` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `EventExecutionsRead`. */ executionsReadRelationConnection: EventExecutionsReadsConnection; /** Reads and enables pagination through a set of `EventExecutionsRead`. */ executionsReadRelation: Array; }; /** A `Event` edge in the connection, with data from `EventExecutionsRead`. */ export declare type ExecutionReadByActivitiesConnectionManyToManyEdgeExecutionsReadRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Event` edge in the connection, with data from `EventExecutionsRead`. */ export declare type ExecutionReadByActivitiesConnectionManyToManyEdgeExecutionsReadRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A connection to a list of `Execution` values. */ export declare type ExecutionsConnection = { __typename?: 'ExecutionsConnection'; /** A list of `Execution` objects. */ nodes: Array>; /** A list of edges which contains the `Execution` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Execution` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Execution` edge in the connection. */ export declare type ExecutionsEdge = { __typename?: 'ExecutionsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Execution` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `Execution`. */ export declare enum ExecutionsOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", TypeAsc = "TYPE_ASC", TypeDesc = "TYPE_DESC", VersionAsc = "VERSION_ASC", VersionDesc = "VERSION_DESC", CreatedAtAsc = "CREATED_AT_ASC", CreatedAtDesc = "CREATED_AT_DESC", UpdatedAtAsc = "UPDATED_AT_ASC", UpdatedAtDesc = "UPDATED_AT_DESC", DeletedAtAsc = "DELETED_AT_ASC", DeletedAtDesc = "DELETED_AT_DESC", ClonesAsc = "CLONES_ASC", ClonesDesc = "CLONES_DESC", SucceededAtAsc = "SUCCEEDED_AT_ASC", SucceededAtDesc = "SUCCEEDED_AT_DESC", CancelledAtAsc = "CANCELLED_AT_ASC", CancelledAtDesc = "CANCELLED_AT_DESC", StartedAtAsc = "STARTED_AT_ASC", StartedAtDesc = "STARTED_AT_DESC", ParametersAsc = "PARAMETERS_ASC", ParametersDesc = "PARAMETERS_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", ExecutionByClonesIdAsc = "EXECUTION_BY_CLONES__ID_ASC", ExecutionByClonesIdDesc = "EXECUTION_BY_CLONES__ID_DESC", ExecutionByClonesTypeAsc = "EXECUTION_BY_CLONES__TYPE_ASC", ExecutionByClonesTypeDesc = "EXECUTION_BY_CLONES__TYPE_DESC", ExecutionByClonesVersionAsc = "EXECUTION_BY_CLONES__VERSION_ASC", ExecutionByClonesVersionDesc = "EXECUTION_BY_CLONES__VERSION_DESC", ExecutionByClonesCreatedAtAsc = "EXECUTION_BY_CLONES__CREATED_AT_ASC", ExecutionByClonesCreatedAtDesc = "EXECUTION_BY_CLONES__CREATED_AT_DESC", ExecutionByClonesUpdatedAtAsc = "EXECUTION_BY_CLONES__UPDATED_AT_ASC", ExecutionByClonesUpdatedAtDesc = "EXECUTION_BY_CLONES__UPDATED_AT_DESC", ExecutionByClonesDeletedAtAsc = "EXECUTION_BY_CLONES__DELETED_AT_ASC", ExecutionByClonesDeletedAtDesc = "EXECUTION_BY_CLONES__DELETED_AT_DESC", ExecutionByClonesClonesAsc = "EXECUTION_BY_CLONES__CLONES_ASC", ExecutionByClonesClonesDesc = "EXECUTION_BY_CLONES__CLONES_DESC", ExecutionByClonesSucceededAtAsc = "EXECUTION_BY_CLONES__SUCCEEDED_AT_ASC", ExecutionByClonesSucceededAtDesc = "EXECUTION_BY_CLONES__SUCCEEDED_AT_DESC", ExecutionByClonesCancelledAtAsc = "EXECUTION_BY_CLONES__CANCELLED_AT_ASC", ExecutionByClonesCancelledAtDesc = "EXECUTION_BY_CLONES__CANCELLED_AT_DESC", ExecutionByClonesStartedAtAsc = "EXECUTION_BY_CLONES__STARTED_AT_ASC", ExecutionByClonesStartedAtDesc = "EXECUTION_BY_CLONES__STARTED_AT_DESC", ExecutionByClonesParametersAsc = "EXECUTION_BY_CLONES__PARAMETERS_ASC", ExecutionByClonesParametersDesc = "EXECUTION_BY_CLONES__PARAMETERS_DESC", ExecutionsByClonesCountAsc = "EXECUTIONS_BY_CLONES__COUNT_ASC", ExecutionsByClonesCountDesc = "EXECUTIONS_BY_CLONES__COUNT_DESC", ExecutionFollowersByFollowerCountAsc = "EXECUTION_FOLLOWERS_BY_FOLLOWER__COUNT_ASC", ExecutionFollowersByFollowerCountDesc = "EXECUTION_FOLLOWERS_BY_FOLLOWER__COUNT_DESC", ExecutionFollowersByBaseCountAsc = "EXECUTION_FOLLOWERS_BY_BASE__COUNT_ASC", ExecutionFollowersByBaseCountDesc = "EXECUTION_FOLLOWERS_BY_BASE__COUNT_DESC", EventExecutionsCreatedsByExecutionCountAsc = "EVENT_EXECUTIONS_CREATEDS_BY_EXECUTION__COUNT_ASC", EventExecutionsCreatedsByExecutionCountDesc = "EVENT_EXECUTIONS_CREATEDS_BY_EXECUTION__COUNT_DESC", EventExecutionsReadsByExecutionCountAsc = "EVENT_EXECUTIONS_READS_BY_EXECUTION__COUNT_ASC", EventExecutionsReadsByExecutionCountDesc = "EVENT_EXECUTIONS_READS_BY_EXECUTION__COUNT_DESC", EventExecutionsUpdatedsByExecutionCountAsc = "EVENT_EXECUTIONS_UPDATEDS_BY_EXECUTION__COUNT_ASC", EventExecutionsUpdatedsByExecutionCountDesc = "EVENT_EXECUTIONS_UPDATEDS_BY_EXECUTION__COUNT_DESC", PlanCreatorExecutionCreatedsByExecutionCountAsc = "PLAN_CREATOR_EXECUTION_CREATEDS_BY_EXECUTION__COUNT_ASC", PlanCreatorExecutionCreatedsByExecutionCountDesc = "PLAN_CREATOR_EXECUTION_CREATEDS_BY_EXECUTION__COUNT_DESC", ExecutionCreatorPlanCreatedsByExecutionCountAsc = "EXECUTION_CREATOR_PLAN_CREATEDS_BY_EXECUTION__COUNT_ASC", ExecutionCreatorPlanCreatedsByExecutionCountDesc = "EXECUTION_CREATOR_PLAN_CREATEDS_BY_EXECUTION__COUNT_DESC", ExecutionChildrenByParentCountAsc = "EXECUTION_CHILDREN_BY_PARENT__COUNT_ASC", ExecutionChildrenByParentCountDesc = "EXECUTION_CHILDREN_BY_PARENT__COUNT_DESC", ExecutionChildrenByChildCountAsc = "EXECUTION_CHILDREN_BY_CHILD__COUNT_ASC", ExecutionChildrenByChildCountDesc = "EXECUTION_CHILDREN_BY_CHILD__COUNT_DESC", ExecutionAnomaliesByExecutionIdCountAsc = "EXECUTION_ANOMALIES_BY_EXECUTION_ID__COUNT_ASC", ExecutionAnomaliesByExecutionIdCountDesc = "EXECUTION_ANOMALIES_BY_EXECUTION_ID__COUNT_DESC", ExecutionUsersByExecutionIdCountAsc = "EXECUTION_USERS_BY_EXECUTION_ID__COUNT_ASC", ExecutionUsersByExecutionIdCountDesc = "EXECUTION_USERS_BY_EXECUTION_ID__COUNT_DESC", ExecutionOrganizationsByExecutionIdCountAsc = "EXECUTION_ORGANIZATIONS_BY_EXECUTION_ID__COUNT_ASC", ExecutionOrganizationsByExecutionIdCountDesc = "EXECUTION_ORGANIZATIONS_BY_EXECUTION_ID__COUNT_DESC", ExecutionCommentsByExecutionIdCountAsc = "EXECUTION_COMMENTS_BY_EXECUTION_ID__COUNT_ASC", ExecutionCommentsByExecutionIdCountDesc = "EXECUTION_COMMENTS_BY_EXECUTION_ID__COUNT_DESC", ExecutionDetectionsByExecutionIdCountAsc = "EXECUTION_DETECTIONS_BY_EXECUTION_ID__COUNT_ASC", ExecutionDetectionsByExecutionIdCountDesc = "EXECUTION_DETECTIONS_BY_EXECUTION_ID__COUNT_DESC", ExecutionImagesByExecutionIdCountAsc = "EXECUTION_IMAGES_BY_EXECUTION_ID__COUNT_ASC", ExecutionImagesByExecutionIdCountDesc = "EXECUTION_IMAGES_BY_EXECUTION_ID__COUNT_DESC", ExecutionArtifactsByExecutionIdCountAsc = "EXECUTION_ARTIFACTS_BY_EXECUTION_ID__COUNT_ASC", ExecutionArtifactsByExecutionIdCountDesc = "EXECUTION_ARTIFACTS_BY_EXECUTION_ID__COUNT_DESC", ExecutionStructuresByExecutionIdCountAsc = "EXECUTION_STRUCTURES_BY_EXECUTION_ID__COUNT_ASC", ExecutionStructuresByExecutionIdCountDesc = "EXECUTION_STRUCTURES_BY_EXECUTION_ID__COUNT_DESC", ExecutionLocationsByExecutionIdCountAsc = "EXECUTION_LOCATIONS_BY_EXECUTION_ID__COUNT_ASC", ExecutionLocationsByExecutionIdCountDesc = "EXECUTION_LOCATIONS_BY_EXECUTION_ID__COUNT_DESC" } export declare type ExecutionStructure = { __typename?: 'ExecutionStructure'; id: Scalars['String']; executionId?: Maybe; structureId?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionStructure`. */ execution?: Maybe; /** Reads a single `Structure` that is related to this `ExecutionStructure`. */ structure?: Maybe; }; /** * A condition to be used against `ExecutionStructure` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type ExecutionStructureCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `executionId` field. */ executionId?: Maybe; /** Checks for equality with the object’s `structureId` field. */ structureId?: Maybe; }; /** The fields on `executionStructure` to look up the row to connect. */ export declare type ExecutionStructureExecutionStructurePkeyConnect = { id: Scalars['String']; }; /** The fields on `executionStructure` to look up the row to delete. */ export declare type ExecutionStructureExecutionStructurePkeyDelete = { id: Scalars['String']; }; /** A filter to be used against `ExecutionStructure` object types. All fields are combined with a logical ‘and.’ */ export declare type ExecutionStructureFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `executionId` field. */ executionId?: Maybe; /** Filter by the object’s `structureId` field. */ structureId?: Maybe; /** Filter by the object’s `execution` relation. */ execution?: Maybe; /** A related `execution` exists. */ executionExists?: Maybe; /** Filter by the object’s `structure` relation. */ structure?: Maybe; /** A related `structure` exists. */ structureExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `ExecutionStructure` */ export declare type ExecutionStructureInput = { id?: Maybe; executionId?: Maybe; structureId?: Maybe; execution?: Maybe<_ExecutionStructureExecutionIdFkeyInput>; structure?: Maybe<_ExecutionStructureStructureIdFkeyInput>; }; /** The fields on `executionStructure` to look up the row to update. */ export declare type ExecutionStructureOnExecutionStructureForExecutionStructureExecutionIdFkeyUsingExecutionStructurePkeyUpdate = { /** An object where the defined keys will be set on the `executionStructure` being updated. */ patch: UpdateExecutionStructureOnExecutionStructureForExecutionStructureExecutionIdFkeyPatch; id: Scalars['String']; }; /** The fields on `executionStructure` to look up the row to update. */ export declare type ExecutionStructureOnExecutionStructureForExecutionStructureStructureIdFkeyUsingExecutionStructurePkeyUpdate = { /** An object where the defined keys will be set on the `executionStructure` being updated. */ patch: UpdateExecutionStructureOnExecutionStructureForExecutionStructureStructureIdFkeyPatch; id: Scalars['String']; }; /** Represents an update to a `ExecutionStructure`. Fields that are set will be updated. */ export declare type ExecutionStructurePatch = { id?: Maybe; executionId?: Maybe; structureId?: Maybe; execution?: Maybe<_ExecutionStructureExecutionIdFkeyInput>; structure?: Maybe<_ExecutionStructureStructureIdFkeyInput>; }; /** A connection to a list of `ExecutionStructure` values. */ export declare type ExecutionStructuresConnection = { __typename?: 'ExecutionStructuresConnection'; /** A list of `ExecutionStructure` objects. */ nodes: Array>; /** A list of edges which contains the `ExecutionStructure` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `ExecutionStructure` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `ExecutionStructure` edge in the connection. */ export declare type ExecutionStructuresEdge = { __typename?: 'ExecutionStructuresEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `ExecutionStructure` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `ExecutionStructure`. */ export declare enum ExecutionStructuresOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", ExecutionIdAsc = "EXECUTION_ID_ASC", ExecutionIdDesc = "EXECUTION_ID_DESC", StructureIdAsc = "STRUCTURE_ID_ASC", StructureIdDesc = "STRUCTURE_ID_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", ExecutionByExecutionIdIdAsc = "EXECUTION_BY_EXECUTION_ID__ID_ASC", ExecutionByExecutionIdIdDesc = "EXECUTION_BY_EXECUTION_ID__ID_DESC", ExecutionByExecutionIdTypeAsc = "EXECUTION_BY_EXECUTION_ID__TYPE_ASC", ExecutionByExecutionIdTypeDesc = "EXECUTION_BY_EXECUTION_ID__TYPE_DESC", ExecutionByExecutionIdVersionAsc = "EXECUTION_BY_EXECUTION_ID__VERSION_ASC", ExecutionByExecutionIdVersionDesc = "EXECUTION_BY_EXECUTION_ID__VERSION_DESC", ExecutionByExecutionIdCreatedAtAsc = "EXECUTION_BY_EXECUTION_ID__CREATED_AT_ASC", ExecutionByExecutionIdCreatedAtDesc = "EXECUTION_BY_EXECUTION_ID__CREATED_AT_DESC", ExecutionByExecutionIdUpdatedAtAsc = "EXECUTION_BY_EXECUTION_ID__UPDATED_AT_ASC", ExecutionByExecutionIdUpdatedAtDesc = "EXECUTION_BY_EXECUTION_ID__UPDATED_AT_DESC", ExecutionByExecutionIdDeletedAtAsc = "EXECUTION_BY_EXECUTION_ID__DELETED_AT_ASC", ExecutionByExecutionIdDeletedAtDesc = "EXECUTION_BY_EXECUTION_ID__DELETED_AT_DESC", ExecutionByExecutionIdClonesAsc = "EXECUTION_BY_EXECUTION_ID__CLONES_ASC", ExecutionByExecutionIdClonesDesc = "EXECUTION_BY_EXECUTION_ID__CLONES_DESC", ExecutionByExecutionIdSucceededAtAsc = "EXECUTION_BY_EXECUTION_ID__SUCCEEDED_AT_ASC", ExecutionByExecutionIdSucceededAtDesc = "EXECUTION_BY_EXECUTION_ID__SUCCEEDED_AT_DESC", ExecutionByExecutionIdCancelledAtAsc = "EXECUTION_BY_EXECUTION_ID__CANCELLED_AT_ASC", ExecutionByExecutionIdCancelledAtDesc = "EXECUTION_BY_EXECUTION_ID__CANCELLED_AT_DESC", ExecutionByExecutionIdStartedAtAsc = "EXECUTION_BY_EXECUTION_ID__STARTED_AT_ASC", ExecutionByExecutionIdStartedAtDesc = "EXECUTION_BY_EXECUTION_ID__STARTED_AT_DESC", ExecutionByExecutionIdParametersAsc = "EXECUTION_BY_EXECUTION_ID__PARAMETERS_ASC", ExecutionByExecutionIdParametersDesc = "EXECUTION_BY_EXECUTION_ID__PARAMETERS_DESC", StructureByStructureIdIdAsc = "STRUCTURE_BY_STRUCTURE_ID__ID_ASC", StructureByStructureIdIdDesc = "STRUCTURE_BY_STRUCTURE_ID__ID_DESC", StructureByStructureIdNicknameAsc = "STRUCTURE_BY_STRUCTURE_ID__NICKNAME_ASC", StructureByStructureIdNicknameDesc = "STRUCTURE_BY_STRUCTURE_ID__NICKNAME_DESC", StructureByStructureIdNameAsc = "STRUCTURE_BY_STRUCTURE_ID__NAME_ASC", StructureByStructureIdNameDesc = "STRUCTURE_BY_STRUCTURE_ID__NAME_DESC", StructureByStructureIdCreatedAtAsc = "STRUCTURE_BY_STRUCTURE_ID__CREATED_AT_ASC", StructureByStructureIdCreatedAtDesc = "STRUCTURE_BY_STRUCTURE_ID__CREATED_AT_DESC", StructureByStructureIdUpdatedAtAsc = "STRUCTURE_BY_STRUCTURE_ID__UPDATED_AT_ASC", StructureByStructureIdUpdatedAtDesc = "STRUCTURE_BY_STRUCTURE_ID__UPDATED_AT_DESC", StructureByStructureIdCommissionedAtAsc = "STRUCTURE_BY_STRUCTURE_ID__COMMISSIONED_AT_ASC", StructureByStructureIdCommissionedAtDesc = "STRUCTURE_BY_STRUCTURE_ID__COMMISSIONED_AT_DESC", StructureByStructureIdDescriptionAsc = "STRUCTURE_BY_STRUCTURE_ID__DESCRIPTION_ASC", StructureByStructureIdDescriptionDesc = "STRUCTURE_BY_STRUCTURE_ID__DESCRIPTION_DESC", StructureByStructureIdParametersAsc = "STRUCTURE_BY_STRUCTURE_ID__PARAMETERS_ASC", StructureByStructureIdParametersDesc = "STRUCTURE_BY_STRUCTURE_ID__PARAMETERS_DESC", StructureByStructureIdDeletedAtAsc = "STRUCTURE_BY_STRUCTURE_ID__DELETED_AT_ASC", StructureByStructureIdDeletedAtDesc = "STRUCTURE_BY_STRUCTURE_ID__DELETED_AT_DESC" } /** A connection to a list of `Structure` values, with data from `ExecutionStructure`. */ export declare type ExecutionStructuresRelationManyToManyConnection = { __typename?: 'ExecutionStructuresRelationManyToManyConnection'; /** A list of `Structure` objects. */ nodes: Array>; /** A list of edges which contains the `Structure`, info from the `ExecutionStructure`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Structure` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Structure` edge in the connection, with data from `ExecutionStructure`. */ export declare type ExecutionStructuresRelationManyToManyEdge = { __typename?: 'ExecutionStructuresRelationManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Structure` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `ExecutionStructure`. */ executionRelationConnection: ExecutionStructuresConnection; /** Reads and enables pagination through a set of `ExecutionStructure`. */ executionRelation: Array; }; /** A `Structure` edge in the connection, with data from `ExecutionStructure`. */ export declare type ExecutionStructuresRelationManyToManyEdgeExecutionRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Structure` edge in the connection, with data from `ExecutionStructure`. */ export declare type ExecutionStructuresRelationManyToManyEdgeExecutionRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A filter to be used against many `EventExecutionsCreated` object types. All fields are combined with a logical ‘and.’ */ export declare type ExecutionToManyEventExecutionsCreatedFilter = { /** Every related `EventExecutionsCreated` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `EventExecutionsCreated` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `EventExecutionsCreated` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `EventExecutionsRead` object types. All fields are combined with a logical ‘and.’ */ export declare type ExecutionToManyEventExecutionsReadFilter = { /** Every related `EventExecutionsRead` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `EventExecutionsRead` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `EventExecutionsRead` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `EventExecutionsUpdated` object types. All fields are combined with a logical ‘and.’ */ export declare type ExecutionToManyEventExecutionsUpdatedFilter = { /** Every related `EventExecutionsUpdated` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `EventExecutionsUpdated` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `EventExecutionsUpdated` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `ExecutionAnomaly` object types. All fields are combined with a logical ‘and.’ */ export declare type ExecutionToManyExecutionAnomalyFilter = { /** Every related `ExecutionAnomaly` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `ExecutionAnomaly` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `ExecutionAnomaly` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `ExecutionArtifact` object types. All fields are combined with a logical ‘and.’ */ export declare type ExecutionToManyExecutionArtifactFilter = { /** Every related `ExecutionArtifact` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `ExecutionArtifact` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `ExecutionArtifact` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `ExecutionChild` object types. All fields are combined with a logical ‘and.’ */ export declare type ExecutionToManyExecutionChildFilter = { /** Every related `ExecutionChild` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `ExecutionChild` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `ExecutionChild` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `ExecutionComment` object types. All fields are combined with a logical ‘and.’ */ export declare type ExecutionToManyExecutionCommentFilter = { /** Every related `ExecutionComment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `ExecutionComment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `ExecutionComment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `ExecutionCreatorPlanCreated` object types. All fields are combined with a logical ‘and.’ */ export declare type ExecutionToManyExecutionCreatorPlanCreatedFilter = { /** Every related `ExecutionCreatorPlanCreated` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `ExecutionCreatorPlanCreated` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `ExecutionCreatorPlanCreated` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `ExecutionDetection` object types. All fields are combined with a logical ‘and.’ */ export declare type ExecutionToManyExecutionDetectionFilter = { /** Every related `ExecutionDetection` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `ExecutionDetection` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `ExecutionDetection` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `Execution` object types. All fields are combined with a logical ‘and.’ */ export declare type ExecutionToManyExecutionFilter = { /** Every related `Execution` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Execution` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Execution` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `ExecutionFollower` object types. All fields are combined with a logical ‘and.’ */ export declare type ExecutionToManyExecutionFollowerFilter = { /** Every related `ExecutionFollower` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `ExecutionFollower` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `ExecutionFollower` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `ExecutionImage` object types. All fields are combined with a logical ‘and.’ */ export declare type ExecutionToManyExecutionImageFilter = { /** Every related `ExecutionImage` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `ExecutionImage` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `ExecutionImage` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `ExecutionLocation` object types. All fields are combined with a logical ‘and.’ */ export declare type ExecutionToManyExecutionLocationFilter = { /** Every related `ExecutionLocation` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `ExecutionLocation` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `ExecutionLocation` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `ExecutionOrganization` object types. All fields are combined with a logical ‘and.’ */ export declare type ExecutionToManyExecutionOrganizationFilter = { /** Every related `ExecutionOrganization` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `ExecutionOrganization` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `ExecutionOrganization` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `ExecutionStructure` object types. All fields are combined with a logical ‘and.’ */ export declare type ExecutionToManyExecutionStructureFilter = { /** Every related `ExecutionStructure` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `ExecutionStructure` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `ExecutionStructure` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `ExecutionUser` object types. All fields are combined with a logical ‘and.’ */ export declare type ExecutionToManyExecutionUserFilter = { /** Every related `ExecutionUser` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `ExecutionUser` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `ExecutionUser` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `PlanCreatorExecutionCreated` object types. All fields are combined with a logical ‘and.’ */ export declare type ExecutionToManyPlanCreatorExecutionCreatedFilter = { /** Every related `PlanCreatorExecutionCreated` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `PlanCreatorExecutionCreated` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `PlanCreatorExecutionCreated` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A connection to a list of `Event` values, with data from `EventExecutionsUpdated`. */ export declare type ExecutionUpdatedByActivitiesConnectionManyToManyConnection = { __typename?: 'ExecutionUpdatedByActivitiesConnectionManyToManyConnection'; /** A list of `Event` objects. */ nodes: Array>; /** A list of edges which contains the `Event`, info from the `EventExecutionsUpdated`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Event` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Event` edge in the connection, with data from `EventExecutionsUpdated`. */ export declare type ExecutionUpdatedByActivitiesConnectionManyToManyEdge = { __typename?: 'ExecutionUpdatedByActivitiesConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Event` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `EventExecutionsUpdated`. */ executionsUpdatedRelationConnection: EventExecutionsUpdatedsConnection; /** Reads and enables pagination through a set of `EventExecutionsUpdated`. */ executionsUpdatedRelation: Array; }; /** A `Event` edge in the connection, with data from `EventExecutionsUpdated`. */ export declare type ExecutionUpdatedByActivitiesConnectionManyToManyEdgeExecutionsUpdatedRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Event` edge in the connection, with data from `EventExecutionsUpdated`. */ export declare type ExecutionUpdatedByActivitiesConnectionManyToManyEdgeExecutionsUpdatedRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ExecutionUser = { __typename?: 'ExecutionUser'; id: Scalars['String']; executionId?: Maybe; userId?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionUser`. */ execution?: Maybe; /** Reads a single `User` that is related to this `ExecutionUser`. */ user?: Maybe; }; /** * A condition to be used against `ExecutionUser` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type ExecutionUserCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `executionId` field. */ executionId?: Maybe; /** Checks for equality with the object’s `userId` field. */ userId?: Maybe; }; /** The fields on `executionUser` to look up the row to connect. */ export declare type ExecutionUserExecutionUserPkeyConnect = { id: Scalars['String']; }; /** The fields on `executionUser` to look up the row to delete. */ export declare type ExecutionUserExecutionUserPkeyDelete = { id: Scalars['String']; }; /** A filter to be used against `ExecutionUser` object types. All fields are combined with a logical ‘and.’ */ export declare type ExecutionUserFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `executionId` field. */ executionId?: Maybe; /** Filter by the object’s `userId` field. */ userId?: Maybe; /** Filter by the object’s `execution` relation. */ execution?: Maybe; /** A related `execution` exists. */ executionExists?: Maybe; /** Filter by the object’s `user` relation. */ user?: Maybe; /** A related `user` exists. */ userExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `ExecutionUser` */ export declare type ExecutionUserInput = { id?: Maybe; executionId?: Maybe; userId?: Maybe; execution?: Maybe<_ExecutionUserExecutionIdFkeyInput>; user?: Maybe<_ExecutionUserUserIdFkeyInput>; }; /** The fields on `executionUser` to look up the row to update. */ export declare type ExecutionUserOnExecutionUserForExecutionUserExecutionIdFkeyUsingExecutionUserPkeyUpdate = { /** An object where the defined keys will be set on the `executionUser` being updated. */ patch: UpdateExecutionUserOnExecutionUserForExecutionUserExecutionIdFkeyPatch; id: Scalars['String']; }; /** The fields on `executionUser` to look up the row to update. */ export declare type ExecutionUserOnExecutionUserForExecutionUserUserIdFkeyUsingExecutionUserPkeyUpdate = { /** An object where the defined keys will be set on the `executionUser` being updated. */ patch: UpdateExecutionUserOnExecutionUserForExecutionUserUserIdFkeyPatch; id: Scalars['String']; }; /** Represents an update to a `ExecutionUser`. Fields that are set will be updated. */ export declare type ExecutionUserPatch = { id?: Maybe; executionId?: Maybe; userId?: Maybe; execution?: Maybe<_ExecutionUserExecutionIdFkeyInput>; user?: Maybe<_ExecutionUserUserIdFkeyInput>; }; /** A connection to a list of `ExecutionUser` values. */ export declare type ExecutionUsersConnection = { __typename?: 'ExecutionUsersConnection'; /** A list of `ExecutionUser` objects. */ nodes: Array>; /** A list of edges which contains the `ExecutionUser` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `ExecutionUser` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A connection to a list of `User` values, with data from `ExecutionUser`. */ export declare type ExecutionUsersConnectionManyToManyConnection = { __typename?: 'ExecutionUsersConnectionManyToManyConnection'; /** A list of `User` objects. */ nodes: Array>; /** A list of edges which contains the `User`, info from the `ExecutionUser`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `User` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `User` edge in the connection, with data from `ExecutionUser`. */ export declare type ExecutionUsersConnectionManyToManyEdge = { __typename?: 'ExecutionUsersConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `User` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `ExecutionUser`. */ executionRelationConnection: ExecutionUsersConnection; /** Reads and enables pagination through a set of `ExecutionUser`. */ executionRelation: Array; }; /** A `User` edge in the connection, with data from `ExecutionUser`. */ export declare type ExecutionUsersConnectionManyToManyEdgeExecutionRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `User` edge in the connection, with data from `ExecutionUser`. */ export declare type ExecutionUsersConnectionManyToManyEdgeExecutionRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `ExecutionUser` edge in the connection. */ export declare type ExecutionUsersEdge = { __typename?: 'ExecutionUsersEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `ExecutionUser` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `ExecutionUser`. */ export declare enum ExecutionUsersOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", ExecutionIdAsc = "EXECUTION_ID_ASC", ExecutionIdDesc = "EXECUTION_ID_DESC", UserIdAsc = "USER_ID_ASC", UserIdDesc = "USER_ID_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", ExecutionByExecutionIdIdAsc = "EXECUTION_BY_EXECUTION_ID__ID_ASC", ExecutionByExecutionIdIdDesc = "EXECUTION_BY_EXECUTION_ID__ID_DESC", ExecutionByExecutionIdTypeAsc = "EXECUTION_BY_EXECUTION_ID__TYPE_ASC", ExecutionByExecutionIdTypeDesc = "EXECUTION_BY_EXECUTION_ID__TYPE_DESC", ExecutionByExecutionIdVersionAsc = "EXECUTION_BY_EXECUTION_ID__VERSION_ASC", ExecutionByExecutionIdVersionDesc = "EXECUTION_BY_EXECUTION_ID__VERSION_DESC", ExecutionByExecutionIdCreatedAtAsc = "EXECUTION_BY_EXECUTION_ID__CREATED_AT_ASC", ExecutionByExecutionIdCreatedAtDesc = "EXECUTION_BY_EXECUTION_ID__CREATED_AT_DESC", ExecutionByExecutionIdUpdatedAtAsc = "EXECUTION_BY_EXECUTION_ID__UPDATED_AT_ASC", ExecutionByExecutionIdUpdatedAtDesc = "EXECUTION_BY_EXECUTION_ID__UPDATED_AT_DESC", ExecutionByExecutionIdDeletedAtAsc = "EXECUTION_BY_EXECUTION_ID__DELETED_AT_ASC", ExecutionByExecutionIdDeletedAtDesc = "EXECUTION_BY_EXECUTION_ID__DELETED_AT_DESC", ExecutionByExecutionIdClonesAsc = "EXECUTION_BY_EXECUTION_ID__CLONES_ASC", ExecutionByExecutionIdClonesDesc = "EXECUTION_BY_EXECUTION_ID__CLONES_DESC", ExecutionByExecutionIdSucceededAtAsc = "EXECUTION_BY_EXECUTION_ID__SUCCEEDED_AT_ASC", ExecutionByExecutionIdSucceededAtDesc = "EXECUTION_BY_EXECUTION_ID__SUCCEEDED_AT_DESC", ExecutionByExecutionIdCancelledAtAsc = "EXECUTION_BY_EXECUTION_ID__CANCELLED_AT_ASC", ExecutionByExecutionIdCancelledAtDesc = "EXECUTION_BY_EXECUTION_ID__CANCELLED_AT_DESC", ExecutionByExecutionIdStartedAtAsc = "EXECUTION_BY_EXECUTION_ID__STARTED_AT_ASC", ExecutionByExecutionIdStartedAtDesc = "EXECUTION_BY_EXECUTION_ID__STARTED_AT_DESC", ExecutionByExecutionIdParametersAsc = "EXECUTION_BY_EXECUTION_ID__PARAMETERS_ASC", ExecutionByExecutionIdParametersDesc = "EXECUTION_BY_EXECUTION_ID__PARAMETERS_DESC", UserByUserIdIdAsc = "USER_BY_USER_ID__ID_ASC", UserByUserIdIdDesc = "USER_BY_USER_ID__ID_DESC", UserByUserIdNicknameAsc = "USER_BY_USER_ID__NICKNAME_ASC", UserByUserIdNicknameDesc = "USER_BY_USER_ID__NICKNAME_DESC", UserByUserIdNameAsc = "USER_BY_USER_ID__NAME_ASC", UserByUserIdNameDesc = "USER_BY_USER_ID__NAME_DESC", UserByUserIdEmailAsc = "USER_BY_USER_ID__EMAIL_ASC", UserByUserIdEmailDesc = "USER_BY_USER_ID__EMAIL_DESC", UserByUserIdPasswordAsc = "USER_BY_USER_ID__PASSWORD_ASC", UserByUserIdPasswordDesc = "USER_BY_USER_ID__PASSWORD_DESC", UserByUserIdDescriptionAsc = "USER_BY_USER_ID__DESCRIPTION_ASC", UserByUserIdDescriptionDesc = "USER_BY_USER_ID__DESCRIPTION_DESC", UserByUserIdCreatedAtAsc = "USER_BY_USER_ID__CREATED_AT_ASC", UserByUserIdCreatedAtDesc = "USER_BY_USER_ID__CREATED_AT_DESC", UserByUserIdUpdatedAtAsc = "USER_BY_USER_ID__UPDATED_AT_ASC", UserByUserIdUpdatedAtDesc = "USER_BY_USER_ID__UPDATED_AT_DESC", UserByUserIdActivatedAtAsc = "USER_BY_USER_ID__ACTIVATED_AT_ASC", UserByUserIdActivatedAtDesc = "USER_BY_USER_ID__ACTIVATED_AT_DESC", UserByUserIdDateOfBirthAsc = "USER_BY_USER_ID__DATE_OF_BIRTH_ASC", UserByUserIdDateOfBirthDesc = "USER_BY_USER_ID__DATE_OF_BIRTH_DESC", UserByUserIdParametersAsc = "USER_BY_USER_ID__PARAMETERS_ASC", UserByUserIdParametersDesc = "USER_BY_USER_ID__PARAMETERS_DESC", UserByUserIdLanguageAsc = "USER_BY_USER_ID__LANGUAGE_ASC", UserByUserIdLanguageDesc = "USER_BY_USER_ID__LANGUAGE_DESC", UserByUserIdDeletedAtAsc = "USER_BY_USER_ID__DELETED_AT_ASC", UserByUserIdDeletedAtDesc = "USER_BY_USER_ID__DELETED_AT_DESC" } /** A `String` edge in the connection. */ export declare type ExecutionWorkflowGrandparentEdge = { __typename?: 'ExecutionWorkflowGrandparentEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `String` at the end of the edge. */ node?: Maybe; }; /** A connection to a list of `String` values. */ export declare type ExecutionWorkflowGrandparentsConnection = { __typename?: 'ExecutionWorkflowGrandparentsConnection'; /** A list of `String` objects. */ nodes: Array>; /** A list of edges which contains the `String` and cursor to aid in pagination. */ edges: Array; /** The count of *all* `String` you could get from the connection. */ totalCount: Scalars['Int']; }; /** Input for the nested mutation of `mission` in the `MissionClientInput` mutation. */ export declare type FakePublicMissionClientForeignKey0Input = { /** The primary key(s) for `mission` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `missionClient` in the `MissionInput` mutation. */ export declare type FakePublicMissionClientForeignKey0InverseInput = { /** A `MissionClientInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `missionClient` to be created by this mutation. */ export declare type FakePublicMissionClientForeignKey0MissionClientCreateInput = { b?: Maybe; mission?: Maybe; client?: Maybe; }; /** Input for the nested mutation of `user` in the `MissionClientInput` mutation. */ export declare type FakePublicMissionClientForeignKey1Input = { /** The primary key(s) for `user` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `user` for the far side of the relationship. */ connectByEmail?: Maybe; }; /** Input for the nested mutation of `missionClient` in the `UserInput` mutation. */ export declare type FakePublicMissionClientForeignKey1InverseInput = { /** A `MissionClientInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `missionClient` to be created by this mutation. */ export declare type FakePublicMissionClientForeignKey1MissionClientCreateInput = { a?: Maybe; mission?: Maybe; client?: Maybe; }; /** Input for the nested mutation of `mission` in the `MissionExpertInput` mutation. */ export declare type FakePublicMissionExpertForeignKey0Input = { /** The primary key(s) for `mission` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `missionExpert` in the `MissionInput` mutation. */ export declare type FakePublicMissionExpertForeignKey0InverseInput = { /** A `MissionExpertInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `missionExpert` to be created by this mutation. */ export declare type FakePublicMissionExpertForeignKey0MissionExpertCreateInput = { b?: Maybe; mission?: Maybe; expert?: Maybe; }; /** Input for the nested mutation of `user` in the `MissionExpertInput` mutation. */ export declare type FakePublicMissionExpertForeignKey1Input = { /** The primary key(s) for `user` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `user` for the far side of the relationship. */ connectByEmail?: Maybe; }; /** Input for the nested mutation of `missionExpert` in the `UserInput` mutation. */ export declare type FakePublicMissionExpertForeignKey1InverseInput = { /** A `MissionExpertInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `missionExpert` to be created by this mutation. */ export declare type FakePublicMissionExpertForeignKey1MissionExpertCreateInput = { a?: Maybe; mission?: Maybe; expert?: Maybe; }; /** Input for the nested mutation of `mission` in the `MissionInspectorInput` mutation. */ export declare type FakePublicMissionInspectorForeignKey0Input = { /** The primary key(s) for `mission` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `missionInspector` in the `MissionInput` mutation. */ export declare type FakePublicMissionInspectorForeignKey0InverseInput = { /** A `MissionInspectorInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `missionInspector` to be created by this mutation. */ export declare type FakePublicMissionInspectorForeignKey0MissionInspectorCreateInput = { b?: Maybe; mission?: Maybe; inspector?: Maybe; }; /** Input for the nested mutation of `user` in the `MissionInspectorInput` mutation. */ export declare type FakePublicMissionInspectorForeignKey1Input = { /** The primary key(s) for `user` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `user` for the far side of the relationship. */ connectByEmail?: Maybe; }; /** Input for the nested mutation of `missionInspector` in the `UserInput` mutation. */ export declare type FakePublicMissionInspectorForeignKey1InverseInput = { /** A `MissionInspectorInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `missionInspector` to be created by this mutation. */ export declare type FakePublicMissionInspectorForeignKey1MissionInspectorCreateInput = { a?: Maybe; mission?: Maybe; inspector?: Maybe; }; /** Input for the nested mutation of `mission` in the `MissionOperatorInput` mutation. */ export declare type FakePublicMissionOperatorForeignKey0Input = { /** The primary key(s) for `mission` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `missionOperator` in the `MissionInput` mutation. */ export declare type FakePublicMissionOperatorForeignKey0InverseInput = { /** A `MissionOperatorInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `missionOperator` to be created by this mutation. */ export declare type FakePublicMissionOperatorForeignKey0MissionOperatorCreateInput = { b?: Maybe; mission?: Maybe; operator?: Maybe; }; /** Input for the nested mutation of `user` in the `MissionOperatorInput` mutation. */ export declare type FakePublicMissionOperatorForeignKey1Input = { /** The primary key(s) for `user` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `user` for the far side of the relationship. */ connectByEmail?: Maybe; }; /** Input for the nested mutation of `missionOperator` in the `UserInput` mutation. */ export declare type FakePublicMissionOperatorForeignKey1InverseInput = { /** A `MissionOperatorInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `missionOperator` to be created by this mutation. */ export declare type FakePublicMissionOperatorForeignKey1MissionOperatorCreateInput = { a?: Maybe; mission?: Maybe; operator?: Maybe; }; export declare type File = { __typename?: 'File'; id: Scalars['String']; nickname?: Maybe; name: Scalars['String']; createdAt: Scalars['Datetime']; updatedAt: Scalars['Datetime']; contentType: Scalars['String']; secret: Scalars['String']; size: Scalars['Int']; url: Scalars['String']; deletedAt?: Maybe; /** Reads a single `User` that is related to this `File`. */ userPicture?: Maybe; /** * Reads and enables pagination through a set of `User`. * @deprecated Please use userPicture instead */ userPictureConnection: UsersConnection; /** Reads a single `Organization` that is related to this `File`. */ organizationPicture?: Maybe; /** * Reads and enables pagination through a set of `Organization`. * @deprecated Please use organizationPicture instead */ organizationPictureConnection: OrganizationsConnection; /** Reads a single `StructureModel` that is related to this `File`. */ structureModelGltf?: Maybe; /** * Reads and enables pagination through a set of `StructureModel`. * @deprecated Please use structureModelGltf instead */ structureModelGltfConnection: StructureModelsConnection; /** Reads a single `StructureModel` that is related to this `File`. */ structureModelSvg?: Maybe; /** * Reads and enables pagination through a set of `StructureModel`. * @deprecated Please use structureModelSvg instead */ structureModelSvgConnection: StructureModelsConnection; /** Reads a single `Structure` that is related to this `File`. */ structureGltf?: Maybe; /** * Reads and enables pagination through a set of `Structure`. * @deprecated Please use structureGltf instead */ structureGltfConnection: StructuresConnection; /** Reads a single `Structure` that is related to this `File`. */ structureSvg?: Maybe; /** * Reads and enables pagination through a set of `Structure`. * @deprecated Please use structureSvg instead */ structureSvgConnection: StructuresConnection; /** Reads a single `Structure` that is related to this `File`. */ structureOverview?: Maybe; /** * Reads and enables pagination through a set of `Structure`. * @deprecated Please use structureOverview instead */ structureOverviewConnection: StructuresConnection; /** Reads and enables pagination through a set of `Image`. */ imagesConnection: ImagesConnection; /** Reads and enables pagination through a set of `Image`. */ images: Array; /** Reads a single `Segmentation` that is related to this `File`. */ segmentation?: Maybe; /** * Reads and enables pagination through a set of `Segmentation`. * @deprecated Please use segmentation instead */ segmentationConnection: SegmentationsConnection; /** Reads a single `Anomaly` that is related to this `File`. */ anomalyGltf?: Maybe; /** * Reads and enables pagination through a set of `Anomaly`. * @deprecated Please use anomalyGltf instead */ anomalyGltfConnection: AnomaliesConnection; /** Reads and enables pagination through a set of `Artifact`. */ artifactsConnection: ArtifactsConnection; /** Reads and enables pagination through a set of `Artifact`. */ artifacts: Array; /** Reads and enables pagination through a set of `MissionExecution`. */ missionExecutionsByImageFileIdDoNotUseAndMissionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `ImageCorrection`. */ imageCorrectionsByImageFileIdDoNotUseAndCorrectionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Mission`. */ missionsByArtifactFileIdDoNotUseAndMissionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `MissionPlan`. */ missionPlansByArtifactFileIdDoNotUseAndPlanIdDoNotUseList: Array; /** Reads and enables pagination through a set of `MissionExecution`. */ missionExecutionsByArtifactFileIdDoNotUseAndMissionExecutionIdDoNotUseList: Array; }; export declare type FileUserPictureConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type FileOrganizationPictureConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type FileStructureModelGltfConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type FileStructureModelSvgConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type FileStructureGltfConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type FileStructureSvgConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type FileStructureOverviewConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type FileImagesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type FileImagesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type FileSegmentationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type FileAnomalyGltfConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type FileArtifactsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type FileArtifactsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type FileMissionExecutionsByImageFileIdDoNotUseAndMissionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type FileImageCorrectionsByImageFileIdDoNotUseAndCorrectionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type FileMissionsByArtifactFileIdDoNotUseAndMissionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type FileMissionPlansByArtifactFileIdDoNotUseAndPlanIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type FileMissionExecutionsByArtifactFileIdDoNotUseAndMissionExecutionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A condition to be used against `File` object types. All fields are tested for equality and combined with a logical ‘and.’ */ export declare type FileCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `nickname` field. */ nickname?: Maybe; /** Checks for equality with the object’s `name` field. */ name?: Maybe; /** Checks for equality with the object’s `createdAt` field. */ createdAt?: Maybe; /** Checks for equality with the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Checks for equality with the object’s `contentType` field. */ contentType?: Maybe; /** Checks for equality with the object’s `secret` field. */ secret?: Maybe; /** Checks for equality with the object’s `size` field. */ size?: Maybe; /** Checks for equality with the object’s `url` field. */ url?: Maybe; /** Checks for equality with the object’s `deletedAt` field. */ deletedAt?: Maybe; }; /** The fields on `file` to look up the row to connect. */ export declare type FileFilePkeyConnect = { id: Scalars['String']; }; /** The fields on `file` to look up the row to delete. */ export declare type FileFilePkeyDelete = { id: Scalars['String']; }; /** A filter to be used against `File` object types. All fields are combined with a logical ‘and.’ */ export declare type FileFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `nickname` field. */ nickname?: Maybe; /** Filter by the object’s `name` field. */ name?: Maybe; /** Filter by the object’s `createdAt` field. */ createdAt?: Maybe; /** Filter by the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Filter by the object’s `contentType` field. */ contentType?: Maybe; /** Filter by the object’s `secret` field. */ secret?: Maybe; /** Filter by the object’s `size` field. */ size?: Maybe; /** Filter by the object’s `url` field. */ url?: Maybe; /** Filter by the object’s `deletedAt` field. */ deletedAt?: Maybe; /** Filter by the object’s `userPicture` relation. */ userPicture?: Maybe; /** A related `userPicture` exists. */ userPictureExists?: Maybe; /** Filter by the object’s `organizationPicture` relation. */ organizationPicture?: Maybe; /** A related `organizationPicture` exists. */ organizationPictureExists?: Maybe; /** Filter by the object’s `structureModelGltf` relation. */ structureModelGltf?: Maybe; /** A related `structureModelGltf` exists. */ structureModelGltfExists?: Maybe; /** Filter by the object’s `structureModelSvg` relation. */ structureModelSvg?: Maybe; /** A related `structureModelSvg` exists. */ structureModelSvgExists?: Maybe; /** Filter by the object’s `structureGltf` relation. */ structureGltf?: Maybe; /** A related `structureGltf` exists. */ structureGltfExists?: Maybe; /** Filter by the object’s `structureSvg` relation. */ structureSvg?: Maybe; /** A related `structureSvg` exists. */ structureSvgExists?: Maybe; /** Filter by the object’s `structureOverview` relation. */ structureOverview?: Maybe; /** A related `structureOverview` exists. */ structureOverviewExists?: Maybe; /** Filter by the object’s `imagesConnection` relation. */ imagesConnection?: Maybe; /** Some related `imagesConnection` exist. */ imagesConnectionExist?: Maybe; /** Filter by the object’s `segmentation` relation. */ segmentation?: Maybe; /** A related `segmentation` exists. */ segmentationExists?: Maybe; /** Filter by the object’s `anomalyGltf` relation. */ anomalyGltf?: Maybe; /** A related `anomalyGltf` exists. */ anomalyGltfExists?: Maybe; /** Filter by the object’s `artifactsConnection` relation. */ artifactsConnection?: Maybe; /** Some related `artifactsConnection` exist. */ artifactsConnectionExist?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `File` */ export declare type FileInput = { id?: Maybe; nickname?: Maybe; name: Scalars['String']; contentType: Scalars['String']; secret: Scalars['String']; size: Scalars['Int']; url: Scalars['String']; userPicture?: Maybe; organizationPicture?: Maybe; structureModelGltf?: Maybe; structureModelSvg?: Maybe; structureGltf?: Maybe; structureSvg?: Maybe; structureOverview?: Maybe; images?: Maybe; segmentation?: Maybe; anomalyGltf?: Maybe; artifacts?: Maybe; }; /** The fields on `file` to look up the row to update. */ export declare type FileOnOrganizationForOrganizationPictureFkeyUsingFilePkeyUpdate = { /** An object where the defined keys will be set on the `file` being updated. */ patch: UpdateFileOnOrganizationForOrganizationPictureFkeyPatch; id: Scalars['String']; }; /** The fields on `file` to look up the row to update. */ export declare type FileOnUserForUserPictureFkeyUsingFilePkeyUpdate = { /** An object where the defined keys will be set on the `file` being updated. */ patch: UpdateFileOnUserForUserPictureFkeyPatch; id: Scalars['String']; }; /** Represents an update to a `File`. Fields that are set will be updated. */ export declare type FilePatch = { nickname?: Maybe; name?: Maybe; contentType?: Maybe; secret?: Maybe; size?: Maybe; url?: Maybe; userPicture?: Maybe; organizationPicture?: Maybe; structureModelGltf?: Maybe; structureModelSvg?: Maybe; structureGltf?: Maybe; structureSvg?: Maybe; structureOverview?: Maybe; images?: Maybe; segmentation?: Maybe; anomalyGltf?: Maybe; artifacts?: Maybe; }; /** A connection to a list of `File` values. */ export declare type FilesConnection = { __typename?: 'FilesConnection'; /** A list of `File` objects. */ nodes: Array>; /** A list of edges which contains the `File` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `File` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `File` edge in the connection. */ export declare type FilesEdge = { __typename?: 'FilesEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `File` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `File`. */ export declare enum FilesOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", NicknameAsc = "NICKNAME_ASC", NicknameDesc = "NICKNAME_DESC", NameAsc = "NAME_ASC", NameDesc = "NAME_DESC", CreatedAtAsc = "CREATED_AT_ASC", CreatedAtDesc = "CREATED_AT_DESC", UpdatedAtAsc = "UPDATED_AT_ASC", UpdatedAtDesc = "UPDATED_AT_DESC", ContentTypeAsc = "CONTENT_TYPE_ASC", ContentTypeDesc = "CONTENT_TYPE_DESC", SecretAsc = "SECRET_ASC", SecretDesc = "SECRET_DESC", SizeAsc = "SIZE_ASC", SizeDesc = "SIZE_DESC", UrlAsc = "URL_ASC", UrlDesc = "URL_DESC", DeletedAtAsc = "DELETED_AT_ASC", DeletedAtDesc = "DELETED_AT_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", UserByPictureIdDoNotUseIdAsc = "USER_BY_PICTURE_ID_DO_NOT_USE__ID_ASC", UserByPictureIdDoNotUseIdDesc = "USER_BY_PICTURE_ID_DO_NOT_USE__ID_DESC", UserByPictureIdDoNotUseNicknameAsc = "USER_BY_PICTURE_ID_DO_NOT_USE__NICKNAME_ASC", UserByPictureIdDoNotUseNicknameDesc = "USER_BY_PICTURE_ID_DO_NOT_USE__NICKNAME_DESC", UserByPictureIdDoNotUseNameAsc = "USER_BY_PICTURE_ID_DO_NOT_USE__NAME_ASC", UserByPictureIdDoNotUseNameDesc = "USER_BY_PICTURE_ID_DO_NOT_USE__NAME_DESC", UserByPictureIdDoNotUseEmailAsc = "USER_BY_PICTURE_ID_DO_NOT_USE__EMAIL_ASC", UserByPictureIdDoNotUseEmailDesc = "USER_BY_PICTURE_ID_DO_NOT_USE__EMAIL_DESC", UserByPictureIdDoNotUsePasswordAsc = "USER_BY_PICTURE_ID_DO_NOT_USE__PASSWORD_ASC", UserByPictureIdDoNotUsePasswordDesc = "USER_BY_PICTURE_ID_DO_NOT_USE__PASSWORD_DESC", UserByPictureIdDoNotUseDescriptionAsc = "USER_BY_PICTURE_ID_DO_NOT_USE__DESCRIPTION_ASC", UserByPictureIdDoNotUseDescriptionDesc = "USER_BY_PICTURE_ID_DO_NOT_USE__DESCRIPTION_DESC", UserByPictureIdDoNotUseCreatedAtAsc = "USER_BY_PICTURE_ID_DO_NOT_USE__CREATED_AT_ASC", UserByPictureIdDoNotUseCreatedAtDesc = "USER_BY_PICTURE_ID_DO_NOT_USE__CREATED_AT_DESC", UserByPictureIdDoNotUseUpdatedAtAsc = "USER_BY_PICTURE_ID_DO_NOT_USE__UPDATED_AT_ASC", UserByPictureIdDoNotUseUpdatedAtDesc = "USER_BY_PICTURE_ID_DO_NOT_USE__UPDATED_AT_DESC", UserByPictureIdDoNotUseActivatedAtAsc = "USER_BY_PICTURE_ID_DO_NOT_USE__ACTIVATED_AT_ASC", UserByPictureIdDoNotUseActivatedAtDesc = "USER_BY_PICTURE_ID_DO_NOT_USE__ACTIVATED_AT_DESC", UserByPictureIdDoNotUseDateOfBirthAsc = "USER_BY_PICTURE_ID_DO_NOT_USE__DATE_OF_BIRTH_ASC", UserByPictureIdDoNotUseDateOfBirthDesc = "USER_BY_PICTURE_ID_DO_NOT_USE__DATE_OF_BIRTH_DESC", UserByPictureIdDoNotUseParametersAsc = "USER_BY_PICTURE_ID_DO_NOT_USE__PARAMETERS_ASC", UserByPictureIdDoNotUseParametersDesc = "USER_BY_PICTURE_ID_DO_NOT_USE__PARAMETERS_DESC", UserByPictureIdDoNotUseLanguageAsc = "USER_BY_PICTURE_ID_DO_NOT_USE__LANGUAGE_ASC", UserByPictureIdDoNotUseLanguageDesc = "USER_BY_PICTURE_ID_DO_NOT_USE__LANGUAGE_DESC", UserByPictureIdDoNotUseDeletedAtAsc = "USER_BY_PICTURE_ID_DO_NOT_USE__DELETED_AT_ASC", UserByPictureIdDoNotUseDeletedAtDesc = "USER_BY_PICTURE_ID_DO_NOT_USE__DELETED_AT_DESC", OrganizationByPictureIdDoNotUseIdAsc = "ORGANIZATION_BY_PICTURE_ID_DO_NOT_USE__ID_ASC", OrganizationByPictureIdDoNotUseIdDesc = "ORGANIZATION_BY_PICTURE_ID_DO_NOT_USE__ID_DESC", OrganizationByPictureIdDoNotUseNicknameAsc = "ORGANIZATION_BY_PICTURE_ID_DO_NOT_USE__NICKNAME_ASC", OrganizationByPictureIdDoNotUseNicknameDesc = "ORGANIZATION_BY_PICTURE_ID_DO_NOT_USE__NICKNAME_DESC", OrganizationByPictureIdDoNotUseNameAsc = "ORGANIZATION_BY_PICTURE_ID_DO_NOT_USE__NAME_ASC", OrganizationByPictureIdDoNotUseNameDesc = "ORGANIZATION_BY_PICTURE_ID_DO_NOT_USE__NAME_DESC", OrganizationByPictureIdDoNotUseDescriptionAsc = "ORGANIZATION_BY_PICTURE_ID_DO_NOT_USE__DESCRIPTION_ASC", OrganizationByPictureIdDoNotUseDescriptionDesc = "ORGANIZATION_BY_PICTURE_ID_DO_NOT_USE__DESCRIPTION_DESC", OrganizationByPictureIdDoNotUseCreatedAtAsc = "ORGANIZATION_BY_PICTURE_ID_DO_NOT_USE__CREATED_AT_ASC", OrganizationByPictureIdDoNotUseCreatedAtDesc = "ORGANIZATION_BY_PICTURE_ID_DO_NOT_USE__CREATED_AT_DESC", OrganizationByPictureIdDoNotUseUpdatedAtAsc = "ORGANIZATION_BY_PICTURE_ID_DO_NOT_USE__UPDATED_AT_ASC", OrganizationByPictureIdDoNotUseUpdatedAtDesc = "ORGANIZATION_BY_PICTURE_ID_DO_NOT_USE__UPDATED_AT_DESC", OrganizationByPictureIdDoNotUseSubscriptionPlanAsc = "ORGANIZATION_BY_PICTURE_ID_DO_NOT_USE__SUBSCRIPTION_PLAN_ASC", OrganizationByPictureIdDoNotUseSubscriptionPlanDesc = "ORGANIZATION_BY_PICTURE_ID_DO_NOT_USE__SUBSCRIPTION_PLAN_DESC", OrganizationByPictureIdDoNotUseDeletedAtAsc = "ORGANIZATION_BY_PICTURE_ID_DO_NOT_USE__DELETED_AT_ASC", OrganizationByPictureIdDoNotUseDeletedAtDesc = "ORGANIZATION_BY_PICTURE_ID_DO_NOT_USE__DELETED_AT_DESC", StructureModelByGltfIdDoNotUseIdAsc = "STRUCTURE_MODEL_BY_GLTF_ID_DO_NOT_USE__ID_ASC", StructureModelByGltfIdDoNotUseIdDesc = "STRUCTURE_MODEL_BY_GLTF_ID_DO_NOT_USE__ID_DESC", StructureModelByGltfIdDoNotUseNicknameAsc = "STRUCTURE_MODEL_BY_GLTF_ID_DO_NOT_USE__NICKNAME_ASC", StructureModelByGltfIdDoNotUseNicknameDesc = "STRUCTURE_MODEL_BY_GLTF_ID_DO_NOT_USE__NICKNAME_DESC", StructureModelByGltfIdDoNotUseNameAsc = "STRUCTURE_MODEL_BY_GLTF_ID_DO_NOT_USE__NAME_ASC", StructureModelByGltfIdDoNotUseNameDesc = "STRUCTURE_MODEL_BY_GLTF_ID_DO_NOT_USE__NAME_DESC", StructureModelByGltfIdDoNotUseTypeAsc = "STRUCTURE_MODEL_BY_GLTF_ID_DO_NOT_USE__TYPE_ASC", StructureModelByGltfIdDoNotUseTypeDesc = "STRUCTURE_MODEL_BY_GLTF_ID_DO_NOT_USE__TYPE_DESC", StructureModelByGltfIdDoNotUseCreatedAtAsc = "STRUCTURE_MODEL_BY_GLTF_ID_DO_NOT_USE__CREATED_AT_ASC", StructureModelByGltfIdDoNotUseCreatedAtDesc = "STRUCTURE_MODEL_BY_GLTF_ID_DO_NOT_USE__CREATED_AT_DESC", StructureModelByGltfIdDoNotUseUpdatedAtAsc = "STRUCTURE_MODEL_BY_GLTF_ID_DO_NOT_USE__UPDATED_AT_ASC", StructureModelByGltfIdDoNotUseUpdatedAtDesc = "STRUCTURE_MODEL_BY_GLTF_ID_DO_NOT_USE__UPDATED_AT_DESC", StructureModelByGltfIdDoNotUseDescriptionAsc = "STRUCTURE_MODEL_BY_GLTF_ID_DO_NOT_USE__DESCRIPTION_ASC", StructureModelByGltfIdDoNotUseDescriptionDesc = "STRUCTURE_MODEL_BY_GLTF_ID_DO_NOT_USE__DESCRIPTION_DESC", StructureModelByGltfIdDoNotUseParametersAsc = "STRUCTURE_MODEL_BY_GLTF_ID_DO_NOT_USE__PARAMETERS_ASC", StructureModelByGltfIdDoNotUseParametersDesc = "STRUCTURE_MODEL_BY_GLTF_ID_DO_NOT_USE__PARAMETERS_DESC", StructureModelByGltfIdDoNotUseDeletedAtAsc = "STRUCTURE_MODEL_BY_GLTF_ID_DO_NOT_USE__DELETED_AT_ASC", StructureModelByGltfIdDoNotUseDeletedAtDesc = "STRUCTURE_MODEL_BY_GLTF_ID_DO_NOT_USE__DELETED_AT_DESC", StructureModelBySvgIdDoNotUseIdAsc = "STRUCTURE_MODEL_BY_SVG_ID_DO_NOT_USE__ID_ASC", StructureModelBySvgIdDoNotUseIdDesc = "STRUCTURE_MODEL_BY_SVG_ID_DO_NOT_USE__ID_DESC", StructureModelBySvgIdDoNotUseNicknameAsc = "STRUCTURE_MODEL_BY_SVG_ID_DO_NOT_USE__NICKNAME_ASC", StructureModelBySvgIdDoNotUseNicknameDesc = "STRUCTURE_MODEL_BY_SVG_ID_DO_NOT_USE__NICKNAME_DESC", StructureModelBySvgIdDoNotUseNameAsc = "STRUCTURE_MODEL_BY_SVG_ID_DO_NOT_USE__NAME_ASC", StructureModelBySvgIdDoNotUseNameDesc = "STRUCTURE_MODEL_BY_SVG_ID_DO_NOT_USE__NAME_DESC", StructureModelBySvgIdDoNotUseTypeAsc = "STRUCTURE_MODEL_BY_SVG_ID_DO_NOT_USE__TYPE_ASC", StructureModelBySvgIdDoNotUseTypeDesc = "STRUCTURE_MODEL_BY_SVG_ID_DO_NOT_USE__TYPE_DESC", StructureModelBySvgIdDoNotUseCreatedAtAsc = "STRUCTURE_MODEL_BY_SVG_ID_DO_NOT_USE__CREATED_AT_ASC", StructureModelBySvgIdDoNotUseCreatedAtDesc = "STRUCTURE_MODEL_BY_SVG_ID_DO_NOT_USE__CREATED_AT_DESC", StructureModelBySvgIdDoNotUseUpdatedAtAsc = "STRUCTURE_MODEL_BY_SVG_ID_DO_NOT_USE__UPDATED_AT_ASC", StructureModelBySvgIdDoNotUseUpdatedAtDesc = "STRUCTURE_MODEL_BY_SVG_ID_DO_NOT_USE__UPDATED_AT_DESC", StructureModelBySvgIdDoNotUseDescriptionAsc = "STRUCTURE_MODEL_BY_SVG_ID_DO_NOT_USE__DESCRIPTION_ASC", StructureModelBySvgIdDoNotUseDescriptionDesc = "STRUCTURE_MODEL_BY_SVG_ID_DO_NOT_USE__DESCRIPTION_DESC", StructureModelBySvgIdDoNotUseParametersAsc = "STRUCTURE_MODEL_BY_SVG_ID_DO_NOT_USE__PARAMETERS_ASC", StructureModelBySvgIdDoNotUseParametersDesc = "STRUCTURE_MODEL_BY_SVG_ID_DO_NOT_USE__PARAMETERS_DESC", StructureModelBySvgIdDoNotUseDeletedAtAsc = "STRUCTURE_MODEL_BY_SVG_ID_DO_NOT_USE__DELETED_AT_ASC", StructureModelBySvgIdDoNotUseDeletedAtDesc = "STRUCTURE_MODEL_BY_SVG_ID_DO_NOT_USE__DELETED_AT_DESC", StructureByGltfIdDoNotUseIdAsc = "STRUCTURE_BY_GLTF_ID_DO_NOT_USE__ID_ASC", StructureByGltfIdDoNotUseIdDesc = "STRUCTURE_BY_GLTF_ID_DO_NOT_USE__ID_DESC", StructureByGltfIdDoNotUseNicknameAsc = "STRUCTURE_BY_GLTF_ID_DO_NOT_USE__NICKNAME_ASC", StructureByGltfIdDoNotUseNicknameDesc = "STRUCTURE_BY_GLTF_ID_DO_NOT_USE__NICKNAME_DESC", StructureByGltfIdDoNotUseNameAsc = "STRUCTURE_BY_GLTF_ID_DO_NOT_USE__NAME_ASC", StructureByGltfIdDoNotUseNameDesc = "STRUCTURE_BY_GLTF_ID_DO_NOT_USE__NAME_DESC", StructureByGltfIdDoNotUseCreatedAtAsc = "STRUCTURE_BY_GLTF_ID_DO_NOT_USE__CREATED_AT_ASC", StructureByGltfIdDoNotUseCreatedAtDesc = "STRUCTURE_BY_GLTF_ID_DO_NOT_USE__CREATED_AT_DESC", StructureByGltfIdDoNotUseUpdatedAtAsc = "STRUCTURE_BY_GLTF_ID_DO_NOT_USE__UPDATED_AT_ASC", StructureByGltfIdDoNotUseUpdatedAtDesc = "STRUCTURE_BY_GLTF_ID_DO_NOT_USE__UPDATED_AT_DESC", StructureByGltfIdDoNotUseCommissionedAtAsc = "STRUCTURE_BY_GLTF_ID_DO_NOT_USE__COMMISSIONED_AT_ASC", StructureByGltfIdDoNotUseCommissionedAtDesc = "STRUCTURE_BY_GLTF_ID_DO_NOT_USE__COMMISSIONED_AT_DESC", StructureByGltfIdDoNotUseDescriptionAsc = "STRUCTURE_BY_GLTF_ID_DO_NOT_USE__DESCRIPTION_ASC", StructureByGltfIdDoNotUseDescriptionDesc = "STRUCTURE_BY_GLTF_ID_DO_NOT_USE__DESCRIPTION_DESC", StructureByGltfIdDoNotUseParametersAsc = "STRUCTURE_BY_GLTF_ID_DO_NOT_USE__PARAMETERS_ASC", StructureByGltfIdDoNotUseParametersDesc = "STRUCTURE_BY_GLTF_ID_DO_NOT_USE__PARAMETERS_DESC", StructureByGltfIdDoNotUseDeletedAtAsc = "STRUCTURE_BY_GLTF_ID_DO_NOT_USE__DELETED_AT_ASC", StructureByGltfIdDoNotUseDeletedAtDesc = "STRUCTURE_BY_GLTF_ID_DO_NOT_USE__DELETED_AT_DESC", StructureBySvgIdDoNotUseIdAsc = "STRUCTURE_BY_SVG_ID_DO_NOT_USE__ID_ASC", StructureBySvgIdDoNotUseIdDesc = "STRUCTURE_BY_SVG_ID_DO_NOT_USE__ID_DESC", StructureBySvgIdDoNotUseNicknameAsc = "STRUCTURE_BY_SVG_ID_DO_NOT_USE__NICKNAME_ASC", StructureBySvgIdDoNotUseNicknameDesc = "STRUCTURE_BY_SVG_ID_DO_NOT_USE__NICKNAME_DESC", StructureBySvgIdDoNotUseNameAsc = "STRUCTURE_BY_SVG_ID_DO_NOT_USE__NAME_ASC", StructureBySvgIdDoNotUseNameDesc = "STRUCTURE_BY_SVG_ID_DO_NOT_USE__NAME_DESC", StructureBySvgIdDoNotUseCreatedAtAsc = "STRUCTURE_BY_SVG_ID_DO_NOT_USE__CREATED_AT_ASC", StructureBySvgIdDoNotUseCreatedAtDesc = "STRUCTURE_BY_SVG_ID_DO_NOT_USE__CREATED_AT_DESC", StructureBySvgIdDoNotUseUpdatedAtAsc = "STRUCTURE_BY_SVG_ID_DO_NOT_USE__UPDATED_AT_ASC", StructureBySvgIdDoNotUseUpdatedAtDesc = "STRUCTURE_BY_SVG_ID_DO_NOT_USE__UPDATED_AT_DESC", StructureBySvgIdDoNotUseCommissionedAtAsc = "STRUCTURE_BY_SVG_ID_DO_NOT_USE__COMMISSIONED_AT_ASC", StructureBySvgIdDoNotUseCommissionedAtDesc = "STRUCTURE_BY_SVG_ID_DO_NOT_USE__COMMISSIONED_AT_DESC", StructureBySvgIdDoNotUseDescriptionAsc = "STRUCTURE_BY_SVG_ID_DO_NOT_USE__DESCRIPTION_ASC", StructureBySvgIdDoNotUseDescriptionDesc = "STRUCTURE_BY_SVG_ID_DO_NOT_USE__DESCRIPTION_DESC", StructureBySvgIdDoNotUseParametersAsc = "STRUCTURE_BY_SVG_ID_DO_NOT_USE__PARAMETERS_ASC", StructureBySvgIdDoNotUseParametersDesc = "STRUCTURE_BY_SVG_ID_DO_NOT_USE__PARAMETERS_DESC", StructureBySvgIdDoNotUseDeletedAtAsc = "STRUCTURE_BY_SVG_ID_DO_NOT_USE__DELETED_AT_ASC", StructureBySvgIdDoNotUseDeletedAtDesc = "STRUCTURE_BY_SVG_ID_DO_NOT_USE__DELETED_AT_DESC", StructureByOverviewIdDoNotUseIdAsc = "STRUCTURE_BY_OVERVIEW_ID_DO_NOT_USE__ID_ASC", StructureByOverviewIdDoNotUseIdDesc = "STRUCTURE_BY_OVERVIEW_ID_DO_NOT_USE__ID_DESC", StructureByOverviewIdDoNotUseNicknameAsc = "STRUCTURE_BY_OVERVIEW_ID_DO_NOT_USE__NICKNAME_ASC", StructureByOverviewIdDoNotUseNicknameDesc = "STRUCTURE_BY_OVERVIEW_ID_DO_NOT_USE__NICKNAME_DESC", StructureByOverviewIdDoNotUseNameAsc = "STRUCTURE_BY_OVERVIEW_ID_DO_NOT_USE__NAME_ASC", StructureByOverviewIdDoNotUseNameDesc = "STRUCTURE_BY_OVERVIEW_ID_DO_NOT_USE__NAME_DESC", StructureByOverviewIdDoNotUseCreatedAtAsc = "STRUCTURE_BY_OVERVIEW_ID_DO_NOT_USE__CREATED_AT_ASC", StructureByOverviewIdDoNotUseCreatedAtDesc = "STRUCTURE_BY_OVERVIEW_ID_DO_NOT_USE__CREATED_AT_DESC", StructureByOverviewIdDoNotUseUpdatedAtAsc = "STRUCTURE_BY_OVERVIEW_ID_DO_NOT_USE__UPDATED_AT_ASC", StructureByOverviewIdDoNotUseUpdatedAtDesc = "STRUCTURE_BY_OVERVIEW_ID_DO_NOT_USE__UPDATED_AT_DESC", StructureByOverviewIdDoNotUseCommissionedAtAsc = "STRUCTURE_BY_OVERVIEW_ID_DO_NOT_USE__COMMISSIONED_AT_ASC", StructureByOverviewIdDoNotUseCommissionedAtDesc = "STRUCTURE_BY_OVERVIEW_ID_DO_NOT_USE__COMMISSIONED_AT_DESC", StructureByOverviewIdDoNotUseDescriptionAsc = "STRUCTURE_BY_OVERVIEW_ID_DO_NOT_USE__DESCRIPTION_ASC", StructureByOverviewIdDoNotUseDescriptionDesc = "STRUCTURE_BY_OVERVIEW_ID_DO_NOT_USE__DESCRIPTION_DESC", StructureByOverviewIdDoNotUseParametersAsc = "STRUCTURE_BY_OVERVIEW_ID_DO_NOT_USE__PARAMETERS_ASC", StructureByOverviewIdDoNotUseParametersDesc = "STRUCTURE_BY_OVERVIEW_ID_DO_NOT_USE__PARAMETERS_DESC", StructureByOverviewIdDoNotUseDeletedAtAsc = "STRUCTURE_BY_OVERVIEW_ID_DO_NOT_USE__DELETED_AT_ASC", StructureByOverviewIdDoNotUseDeletedAtDesc = "STRUCTURE_BY_OVERVIEW_ID_DO_NOT_USE__DELETED_AT_DESC", ImagesByFileIdDoNotUseCountAsc = "IMAGES_BY_FILE_ID_DO_NOT_USE__COUNT_ASC", ImagesByFileIdDoNotUseCountDesc = "IMAGES_BY_FILE_ID_DO_NOT_USE__COUNT_DESC", SegmentationByFileIdDoNotUseIdAsc = "SEGMENTATION_BY_FILE_ID_DO_NOT_USE__ID_ASC", SegmentationByFileIdDoNotUseIdDesc = "SEGMENTATION_BY_FILE_ID_DO_NOT_USE__ID_DESC", SegmentationByFileIdDoNotUseNicknameAsc = "SEGMENTATION_BY_FILE_ID_DO_NOT_USE__NICKNAME_ASC", SegmentationByFileIdDoNotUseNicknameDesc = "SEGMENTATION_BY_FILE_ID_DO_NOT_USE__NICKNAME_DESC", SegmentationByFileIdDoNotUseCreatedAtAsc = "SEGMENTATION_BY_FILE_ID_DO_NOT_USE__CREATED_AT_ASC", SegmentationByFileIdDoNotUseCreatedAtDesc = "SEGMENTATION_BY_FILE_ID_DO_NOT_USE__CREATED_AT_DESC", SegmentationByFileIdDoNotUseUpdatedAtAsc = "SEGMENTATION_BY_FILE_ID_DO_NOT_USE__UPDATED_AT_ASC", SegmentationByFileIdDoNotUseUpdatedAtDesc = "SEGMENTATION_BY_FILE_ID_DO_NOT_USE__UPDATED_AT_DESC", SegmentationByFileIdDoNotUseParametersAsc = "SEGMENTATION_BY_FILE_ID_DO_NOT_USE__PARAMETERS_ASC", SegmentationByFileIdDoNotUseParametersDesc = "SEGMENTATION_BY_FILE_ID_DO_NOT_USE__PARAMETERS_DESC", SegmentationByFileIdDoNotUseDeletedAtAsc = "SEGMENTATION_BY_FILE_ID_DO_NOT_USE__DELETED_AT_ASC", SegmentationByFileIdDoNotUseDeletedAtDesc = "SEGMENTATION_BY_FILE_ID_DO_NOT_USE__DELETED_AT_DESC", AnomalyByGltfIdDoNotUseIdAsc = "ANOMALY_BY_GLTF_ID_DO_NOT_USE__ID_ASC", AnomalyByGltfIdDoNotUseIdDesc = "ANOMALY_BY_GLTF_ID_DO_NOT_USE__ID_DESC", AnomalyByGltfIdDoNotUseNicknameAsc = "ANOMALY_BY_GLTF_ID_DO_NOT_USE__NICKNAME_ASC", AnomalyByGltfIdDoNotUseNicknameDesc = "ANOMALY_BY_GLTF_ID_DO_NOT_USE__NICKNAME_DESC", AnomalyByGltfIdDoNotUseCreatedAtAsc = "ANOMALY_BY_GLTF_ID_DO_NOT_USE__CREATED_AT_ASC", AnomalyByGltfIdDoNotUseCreatedAtDesc = "ANOMALY_BY_GLTF_ID_DO_NOT_USE__CREATED_AT_DESC", AnomalyByGltfIdDoNotUseUpdatedAtAsc = "ANOMALY_BY_GLTF_ID_DO_NOT_USE__UPDATED_AT_ASC", AnomalyByGltfIdDoNotUseUpdatedAtDesc = "ANOMALY_BY_GLTF_ID_DO_NOT_USE__UPDATED_AT_DESC", AnomalyByGltfIdDoNotUseLevelAsc = "ANOMALY_BY_GLTF_ID_DO_NOT_USE__LEVEL_ASC", AnomalyByGltfIdDoNotUseLevelDesc = "ANOMALY_BY_GLTF_ID_DO_NOT_USE__LEVEL_DESC", AnomalyByGltfIdDoNotUseParametersAsc = "ANOMALY_BY_GLTF_ID_DO_NOT_USE__PARAMETERS_ASC", AnomalyByGltfIdDoNotUseParametersDesc = "ANOMALY_BY_GLTF_ID_DO_NOT_USE__PARAMETERS_DESC", AnomalyByGltfIdDoNotUseUMinAsc = "ANOMALY_BY_GLTF_ID_DO_NOT_USE__U_MIN_ASC", AnomalyByGltfIdDoNotUseUMinDesc = "ANOMALY_BY_GLTF_ID_DO_NOT_USE__U_MIN_DESC", AnomalyByGltfIdDoNotUseUMaxAsc = "ANOMALY_BY_GLTF_ID_DO_NOT_USE__U_MAX_ASC", AnomalyByGltfIdDoNotUseUMaxDesc = "ANOMALY_BY_GLTF_ID_DO_NOT_USE__U_MAX_DESC", AnomalyByGltfIdDoNotUseVMinAsc = "ANOMALY_BY_GLTF_ID_DO_NOT_USE__V_MIN_ASC", AnomalyByGltfIdDoNotUseVMinDesc = "ANOMALY_BY_GLTF_ID_DO_NOT_USE__V_MIN_DESC", AnomalyByGltfIdDoNotUseVMaxAsc = "ANOMALY_BY_GLTF_ID_DO_NOT_USE__V_MAX_ASC", AnomalyByGltfIdDoNotUseVMaxDesc = "ANOMALY_BY_GLTF_ID_DO_NOT_USE__V_MAX_DESC", AnomalyByGltfIdDoNotUseUvGeometryAsc = "ANOMALY_BY_GLTF_ID_DO_NOT_USE__UV_GEOMETRY_ASC", AnomalyByGltfIdDoNotUseUvGeometryDesc = "ANOMALY_BY_GLTF_ID_DO_NOT_USE__UV_GEOMETRY_DESC", AnomalyByGltfIdDoNotUseDescriptionAsc = "ANOMALY_BY_GLTF_ID_DO_NOT_USE__DESCRIPTION_ASC", AnomalyByGltfIdDoNotUseDescriptionDesc = "ANOMALY_BY_GLTF_ID_DO_NOT_USE__DESCRIPTION_DESC", AnomalyByGltfIdDoNotUseDeletedAtAsc = "ANOMALY_BY_GLTF_ID_DO_NOT_USE__DELETED_AT_ASC", AnomalyByGltfIdDoNotUseDeletedAtDesc = "ANOMALY_BY_GLTF_ID_DO_NOT_USE__DELETED_AT_DESC", ArtifactsByFileIdDoNotUseCountAsc = "ARTIFACTS_BY_FILE_ID_DO_NOT_USE__COUNT_ASC", ArtifactsByFileIdDoNotUseCountDesc = "ARTIFACTS_BY_FILE_ID_DO_NOT_USE__COUNT_DESC" } /** A filter to be used against many `Artifact` object types. All fields are combined with a logical ‘and.’ */ export declare type FileToManyArtifactFilter = { /** Every related `Artifact` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Artifact` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Artifact` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `Image` object types. All fields are combined with a logical ‘and.’ */ export declare type FileToManyImageFilter = { /** Every related `Image` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Image` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Image` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against Float fields. All fields are combined with a logical ‘and.’ */ export declare type FloatFilter = { /** Is null (if `true` is specified) or is not null (if `false` is specified). */ isNull?: Maybe; /** Equal to the specified value. */ equalTo?: Maybe; /** Not equal to the specified value. */ notEqualTo?: Maybe; /** Not equal to the specified value, treating null like an ordinary value. */ distinctFrom?: Maybe; /** Equal to the specified value, treating null like an ordinary value. */ notDistinctFrom?: Maybe; /** Included in the specified list. */ in?: Maybe>; /** Not included in the specified list. */ notIn?: Maybe>; /** Less than the specified value. */ lessThan?: Maybe; /** Less than or equal to the specified value. */ lessThanOrEqualTo?: Maybe; /** Greater than the specified value. */ greaterThan?: Maybe; /** Greater than or equal to the specified value. */ greaterThanOrEqualTo?: Maybe; }; /** All geometry XY types implement this interface */ export declare type GeometryGeometry = { /** Converts the object to GeoJSON */ geojson?: Maybe; /** Spatial reference identifier (SRID) */ srid: Scalars['Int']; }; export declare type GeometryGeometryCollection = GeometryInterface & GeometryGeometry & { __typename?: 'GeometryGeometryCollection'; geojson?: Maybe; srid: Scalars['Int']; geometries?: Maybe>>; }; export declare type GeometryGeometryCollectionM = GeometryInterface & GeometryGeometryM & { __typename?: 'GeometryGeometryCollectionM'; geojson?: Maybe; srid: Scalars['Int']; geometries?: Maybe>>; }; export declare type GeometryGeometryCollectionZ = GeometryInterface & GeometryGeometryZ & { __typename?: 'GeometryGeometryCollectionZ'; geojson?: Maybe; srid: Scalars['Int']; geometries?: Maybe>>; }; export declare type GeometryGeometryCollectionZm = GeometryInterface & GeometryGeometryZm & { __typename?: 'GeometryGeometryCollectionZM'; geojson?: Maybe; srid: Scalars['Int']; geometries?: Maybe>>; }; /** A filter to be used against GeometryGeometry fields. All fields are combined with a logical ‘and.’ */ export declare type GeometryGeometryFilter = { /** Bounding box is strictly above the specified geometry's bounding box. */ bboxAbove?: Maybe; /** Bounding box is strictly below the specified geometry's bounding box. */ bboxBelow?: Maybe; /** Bounding box contains the specified geometry's bounding box. */ bboxContains?: Maybe; /** Bounding box is the same as the specified geometry's bounding box. */ bboxEquals?: Maybe; /** 2D bounding box intersects the specified geometry's 2D bounding box. */ bboxIntersects2D?: Maybe; /** n-D bounding box intersects the specified geometry's n-D bounding box. */ bboxIntersectsND?: Maybe; /** Bounding box is strictly to the left of the specified geometry's bounding box. */ bboxLeftOf?: Maybe; /** Bounding box overlaps or is above the specified geometry's bounding box. */ bboxOverlapsOrAbove?: Maybe; /** Bounding box overlaps or is below the specified geometry's bounding box. */ bboxOverlapsOrBelow?: Maybe; /** Bounding box overlaps or is to the left of the specified geometry's bounding box. */ bboxOverlapsOrLeftOf?: Maybe; /** Bounding box overlaps or is to the right of the specified geometry's bounding box. */ bboxOverlapsOrRightOf?: Maybe; /** Bounding box is strictly to the right of the specified geometry's bounding box. */ bboxRightOf?: Maybe; /** * No points of the specified geometry lie in the exterior, and at least one * point of the interior of the specified geometry lies in the interior. */ contains?: Maybe; /** The specified geometry intersects the interior but not the boundary (or exterior). */ containsProperly?: Maybe; /** No point is outside the specified geometry. */ coveredBy?: Maybe; /** No point in the specified geometry is outside. */ covers?: Maybe; /** They have some, but not all, interior points in common. */ crosses?: Maybe; /** They do not share any space together. */ disjoint?: Maybe; /** They represent the same geometry. Directionality is ignored. */ equals?: Maybe; /** Coordinates and coordinate order are the same as specified geometry. */ exactlyEquals?: Maybe; /** They share any portion of space in 2D. */ intersects?: Maybe; /** They share any portion of space in 3D. */ intersects3D?: Maybe; /** They represent the same geometry and points are in the same directional order. */ orderingEquals?: Maybe; /** They share space, are of the same dimension, but are not completely contained by each other. */ overlaps?: Maybe; /** They have at least one point in common, but their interiors do not intersect. */ touches?: Maybe; /** Completely inside the specified geometry. */ within?: Maybe; }; /** All geometry XYM types implement this interface */ export declare type GeometryGeometryM = { /** Converts the object to GeoJSON */ geojson?: Maybe; /** Spatial reference identifier (SRID) */ srid: Scalars['Int']; }; /** All geometry XYZ types implement this interface */ export declare type GeometryGeometryZ = { /** Converts the object to GeoJSON */ geojson?: Maybe; /** Spatial reference identifier (SRID) */ srid: Scalars['Int']; }; /** A filter to be used against GeometryGeometryZ fields. All fields are combined with a logical ‘and.’ */ export declare type GeometryGeometryZFilter = { /** Bounding box is strictly above the specified geometry's bounding box. */ bboxAbove?: Maybe; /** Bounding box is strictly below the specified geometry's bounding box. */ bboxBelow?: Maybe; /** Bounding box contains the specified geometry's bounding box. */ bboxContains?: Maybe; /** Bounding box is the same as the specified geometry's bounding box. */ bboxEquals?: Maybe; /** 2D bounding box intersects the specified geometry's 2D bounding box. */ bboxIntersects2D?: Maybe; /** n-D bounding box intersects the specified geometry's n-D bounding box. */ bboxIntersectsND?: Maybe; /** Bounding box is strictly to the left of the specified geometry's bounding box. */ bboxLeftOf?: Maybe; /** Bounding box overlaps or is above the specified geometry's bounding box. */ bboxOverlapsOrAbove?: Maybe; /** Bounding box overlaps or is below the specified geometry's bounding box. */ bboxOverlapsOrBelow?: Maybe; /** Bounding box overlaps or is to the left of the specified geometry's bounding box. */ bboxOverlapsOrLeftOf?: Maybe; /** Bounding box overlaps or is to the right of the specified geometry's bounding box. */ bboxOverlapsOrRightOf?: Maybe; /** Bounding box is strictly to the right of the specified geometry's bounding box. */ bboxRightOf?: Maybe; /** * No points of the specified geometry lie in the exterior, and at least one * point of the interior of the specified geometry lies in the interior. */ contains?: Maybe; /** The specified geometry intersects the interior but not the boundary (or exterior). */ containsProperly?: Maybe; /** No point is outside the specified geometry. */ coveredBy?: Maybe; /** No point in the specified geometry is outside. */ covers?: Maybe; /** They have some, but not all, interior points in common. */ crosses?: Maybe; /** They do not share any space together. */ disjoint?: Maybe; /** They represent the same geometry. Directionality is ignored. */ equals?: Maybe; /** Coordinates and coordinate order are the same as specified geometry. */ exactlyEquals?: Maybe; /** They share any portion of space in 2D. */ intersects?: Maybe; /** They share any portion of space in 3D. */ intersects3D?: Maybe; /** They represent the same geometry and points are in the same directional order. */ orderingEquals?: Maybe; /** They share space, are of the same dimension, but are not completely contained by each other. */ overlaps?: Maybe; /** They have at least one point in common, but their interiors do not intersect. */ touches?: Maybe; /** Completely inside the specified geometry. */ within?: Maybe; }; /** All geometry XYZM types implement this interface */ export declare type GeometryGeometryZm = { /** Converts the object to GeoJSON */ geojson?: Maybe; /** Spatial reference identifier (SRID) */ srid: Scalars['Int']; }; /** All geometry types implement this interface */ export declare type GeometryInterface = { /** Converts the object to GeoJSON */ geojson?: Maybe; /** Spatial reference identifier (SRID) */ srid: Scalars['Int']; }; /** A filter to be used against GeometryInterface fields. All fields are combined with a logical ‘and.’ */ export declare type GeometryInterfaceFilter = { /** Bounding box is strictly above the specified geometry's bounding box. */ bboxAbove?: Maybe; /** Bounding box is strictly below the specified geometry's bounding box. */ bboxBelow?: Maybe; /** Bounding box contains the specified geometry's bounding box. */ bboxContains?: Maybe; /** Bounding box is the same as the specified geometry's bounding box. */ bboxEquals?: Maybe; /** 2D bounding box intersects the specified geometry's 2D bounding box. */ bboxIntersects2D?: Maybe; /** n-D bounding box intersects the specified geometry's n-D bounding box. */ bboxIntersectsND?: Maybe; /** Bounding box is strictly to the left of the specified geometry's bounding box. */ bboxLeftOf?: Maybe; /** Bounding box overlaps or is above the specified geometry's bounding box. */ bboxOverlapsOrAbove?: Maybe; /** Bounding box overlaps or is below the specified geometry's bounding box. */ bboxOverlapsOrBelow?: Maybe; /** Bounding box overlaps or is to the left of the specified geometry's bounding box. */ bboxOverlapsOrLeftOf?: Maybe; /** Bounding box overlaps or is to the right of the specified geometry's bounding box. */ bboxOverlapsOrRightOf?: Maybe; /** Bounding box is strictly to the right of the specified geometry's bounding box. */ bboxRightOf?: Maybe; /** * No points of the specified geometry lie in the exterior, and at least one * point of the interior of the specified geometry lies in the interior. */ contains?: Maybe; /** The specified geometry intersects the interior but not the boundary (or exterior). */ containsProperly?: Maybe; /** No point is outside the specified geometry. */ coveredBy?: Maybe; /** No point in the specified geometry is outside. */ covers?: Maybe; /** They have some, but not all, interior points in common. */ crosses?: Maybe; /** They do not share any space together. */ disjoint?: Maybe; /** They represent the same geometry. Directionality is ignored. */ equals?: Maybe; /** Coordinates and coordinate order are the same as specified geometry. */ exactlyEquals?: Maybe; /** They share any portion of space in 2D. */ intersects?: Maybe; /** They share any portion of space in 3D. */ intersects3D?: Maybe; /** They represent the same geometry and points are in the same directional order. */ orderingEquals?: Maybe; /** They share space, are of the same dimension, but are not completely contained by each other. */ overlaps?: Maybe; /** They have at least one point in common, but their interiors do not intersect. */ touches?: Maybe; /** Completely inside the specified geometry. */ within?: Maybe; }; export declare type GeometryLineString = GeometryInterface & GeometryGeometry & { __typename?: 'GeometryLineString'; geojson?: Maybe; srid: Scalars['Int']; points?: Maybe>>; }; export declare type GeometryLineStringM = GeometryInterface & GeometryGeometryM & { __typename?: 'GeometryLineStringM'; geojson?: Maybe; srid: Scalars['Int']; points?: Maybe>>; }; export declare type GeometryLineStringZ = GeometryInterface & GeometryGeometryZ & { __typename?: 'GeometryLineStringZ'; geojson?: Maybe; srid: Scalars['Int']; points?: Maybe>>; }; export declare type GeometryLineStringZm = GeometryInterface & GeometryGeometryZm & { __typename?: 'GeometryLineStringZM'; geojson?: Maybe; srid: Scalars['Int']; points?: Maybe>>; }; export declare type GeometryMultiLineString = GeometryInterface & GeometryGeometry & { __typename?: 'GeometryMultiLineString'; geojson?: Maybe; srid: Scalars['Int']; lines?: Maybe>>; }; export declare type GeometryMultiLineStringM = GeometryInterface & GeometryGeometryM & { __typename?: 'GeometryMultiLineStringM'; geojson?: Maybe; srid: Scalars['Int']; lines?: Maybe>>; }; export declare type GeometryMultiLineStringZ = GeometryInterface & GeometryGeometryZ & { __typename?: 'GeometryMultiLineStringZ'; geojson?: Maybe; srid: Scalars['Int']; lines?: Maybe>>; }; export declare type GeometryMultiLineStringZm = GeometryInterface & GeometryGeometryZm & { __typename?: 'GeometryMultiLineStringZM'; geojson?: Maybe; srid: Scalars['Int']; lines?: Maybe>>; }; export declare type GeometryMultiPoint = GeometryInterface & GeometryGeometry & { __typename?: 'GeometryMultiPoint'; geojson?: Maybe; srid: Scalars['Int']; points?: Maybe>>; }; export declare type GeometryMultiPointM = GeometryInterface & GeometryGeometryM & { __typename?: 'GeometryMultiPointM'; geojson?: Maybe; srid: Scalars['Int']; points?: Maybe>>; }; export declare type GeometryMultiPointZ = GeometryInterface & GeometryGeometryZ & { __typename?: 'GeometryMultiPointZ'; geojson?: Maybe; srid: Scalars['Int']; points?: Maybe>>; }; export declare type GeometryMultiPointZm = GeometryInterface & GeometryGeometryZm & { __typename?: 'GeometryMultiPointZM'; geojson?: Maybe; srid: Scalars['Int']; points?: Maybe>>; }; export declare type GeometryMultiPolygon = GeometryInterface & GeometryGeometry & { __typename?: 'GeometryMultiPolygon'; geojson?: Maybe; srid: Scalars['Int']; polygons?: Maybe>>; }; export declare type GeometryMultiPolygonM = GeometryInterface & GeometryGeometryM & { __typename?: 'GeometryMultiPolygonM'; geojson?: Maybe; srid: Scalars['Int']; polygons?: Maybe>>; }; export declare type GeometryMultiPolygonZ = GeometryInterface & GeometryGeometryZ & { __typename?: 'GeometryMultiPolygonZ'; geojson?: Maybe; srid: Scalars['Int']; polygons?: Maybe>>; }; export declare type GeometryMultiPolygonZm = GeometryInterface & GeometryGeometryZm & { __typename?: 'GeometryMultiPolygonZM'; geojson?: Maybe; srid: Scalars['Int']; polygons?: Maybe>>; }; export declare type GeometryPoint = GeometryInterface & GeometryGeometry & { __typename?: 'GeometryPoint'; geojson?: Maybe; srid: Scalars['Int']; x: Scalars['Float']; y: Scalars['Float']; }; /** A filter to be used against GeometryPoint fields. All fields are combined with a logical ‘and.’ */ export declare type GeometryPointFilter = { /** Bounding box is strictly above the specified geometry's bounding box. */ bboxAbove?: Maybe; /** Bounding box is strictly below the specified geometry's bounding box. */ bboxBelow?: Maybe; /** Bounding box contains the specified geometry's bounding box. */ bboxContains?: Maybe; /** Bounding box is the same as the specified geometry's bounding box. */ bboxEquals?: Maybe; /** 2D bounding box intersects the specified geometry's 2D bounding box. */ bboxIntersects2D?: Maybe; /** n-D bounding box intersects the specified geometry's n-D bounding box. */ bboxIntersectsND?: Maybe; /** Bounding box is strictly to the left of the specified geometry's bounding box. */ bboxLeftOf?: Maybe; /** Bounding box overlaps or is above the specified geometry's bounding box. */ bboxOverlapsOrAbove?: Maybe; /** Bounding box overlaps or is below the specified geometry's bounding box. */ bboxOverlapsOrBelow?: Maybe; /** Bounding box overlaps or is to the left of the specified geometry's bounding box. */ bboxOverlapsOrLeftOf?: Maybe; /** Bounding box overlaps or is to the right of the specified geometry's bounding box. */ bboxOverlapsOrRightOf?: Maybe; /** Bounding box is strictly to the right of the specified geometry's bounding box. */ bboxRightOf?: Maybe; /** * No points of the specified geometry lie in the exterior, and at least one * point of the interior of the specified geometry lies in the interior. */ contains?: Maybe; /** The specified geometry intersects the interior but not the boundary (or exterior). */ containsProperly?: Maybe; /** No point is outside the specified geometry. */ coveredBy?: Maybe; /** No point in the specified geometry is outside. */ covers?: Maybe; /** They have some, but not all, interior points in common. */ crosses?: Maybe; /** They do not share any space together. */ disjoint?: Maybe; /** They represent the same geometry. Directionality is ignored. */ equals?: Maybe; /** Coordinates and coordinate order are the same as specified geometry. */ exactlyEquals?: Maybe; /** They share any portion of space in 2D. */ intersects?: Maybe; /** They share any portion of space in 3D. */ intersects3D?: Maybe; /** They represent the same geometry and points are in the same directional order. */ orderingEquals?: Maybe; /** They share space, are of the same dimension, but are not completely contained by each other. */ overlaps?: Maybe; /** They have at least one point in common, but their interiors do not intersect. */ touches?: Maybe; /** Completely inside the specified geometry. */ within?: Maybe; }; export declare type GeometryPointM = GeometryInterface & GeometryGeometryM & { __typename?: 'GeometryPointM'; geojson?: Maybe; srid: Scalars['Int']; x: Scalars['Float']; y: Scalars['Float']; }; export declare type GeometryPointZ = GeometryInterface & GeometryGeometryZ & { __typename?: 'GeometryPointZ'; geojson?: Maybe; srid: Scalars['Int']; x: Scalars['Float']; y: Scalars['Float']; }; /** A filter to be used against GeometryPointZ fields. All fields are combined with a logical ‘and.’ */ export declare type GeometryPointZFilter = { /** Bounding box is strictly above the specified geometry's bounding box. */ bboxAbove?: Maybe; /** Bounding box is strictly below the specified geometry's bounding box. */ bboxBelow?: Maybe; /** Bounding box contains the specified geometry's bounding box. */ bboxContains?: Maybe; /** Bounding box is the same as the specified geometry's bounding box. */ bboxEquals?: Maybe; /** 2D bounding box intersects the specified geometry's 2D bounding box. */ bboxIntersects2D?: Maybe; /** n-D bounding box intersects the specified geometry's n-D bounding box. */ bboxIntersectsND?: Maybe; /** Bounding box is strictly to the left of the specified geometry's bounding box. */ bboxLeftOf?: Maybe; /** Bounding box overlaps or is above the specified geometry's bounding box. */ bboxOverlapsOrAbove?: Maybe; /** Bounding box overlaps or is below the specified geometry's bounding box. */ bboxOverlapsOrBelow?: Maybe; /** Bounding box overlaps or is to the left of the specified geometry's bounding box. */ bboxOverlapsOrLeftOf?: Maybe; /** Bounding box overlaps or is to the right of the specified geometry's bounding box. */ bboxOverlapsOrRightOf?: Maybe; /** Bounding box is strictly to the right of the specified geometry's bounding box. */ bboxRightOf?: Maybe; /** * No points of the specified geometry lie in the exterior, and at least one * point of the interior of the specified geometry lies in the interior. */ contains?: Maybe; /** The specified geometry intersects the interior but not the boundary (or exterior). */ containsProperly?: Maybe; /** No point is outside the specified geometry. */ coveredBy?: Maybe; /** No point in the specified geometry is outside. */ covers?: Maybe; /** They have some, but not all, interior points in common. */ crosses?: Maybe; /** They do not share any space together. */ disjoint?: Maybe; /** They represent the same geometry. Directionality is ignored. */ equals?: Maybe; /** Coordinates and coordinate order are the same as specified geometry. */ exactlyEquals?: Maybe; /** They share any portion of space in 2D. */ intersects?: Maybe; /** They share any portion of space in 3D. */ intersects3D?: Maybe; /** They represent the same geometry and points are in the same directional order. */ orderingEquals?: Maybe; /** They share space, are of the same dimension, but are not completely contained by each other. */ overlaps?: Maybe; /** They have at least one point in common, but their interiors do not intersect. */ touches?: Maybe; /** Completely inside the specified geometry. */ within?: Maybe; }; export declare type GeometryPointZm = GeometryInterface & GeometryGeometryZm & { __typename?: 'GeometryPointZM'; geojson?: Maybe; srid: Scalars['Int']; x: Scalars['Float']; y: Scalars['Float']; }; export declare type GeometryPolygon = GeometryInterface & GeometryGeometry & { __typename?: 'GeometryPolygon'; geojson?: Maybe; srid: Scalars['Int']; exterior?: Maybe; interiors?: Maybe>>; }; /** A filter to be used against GeometryPolygon fields. All fields are combined with a logical ‘and.’ */ export declare type GeometryPolygonFilter = { /** Bounding box is strictly above the specified geometry's bounding box. */ bboxAbove?: Maybe; /** Bounding box is strictly below the specified geometry's bounding box. */ bboxBelow?: Maybe; /** Bounding box contains the specified geometry's bounding box. */ bboxContains?: Maybe; /** Bounding box is the same as the specified geometry's bounding box. */ bboxEquals?: Maybe; /** 2D bounding box intersects the specified geometry's 2D bounding box. */ bboxIntersects2D?: Maybe; /** n-D bounding box intersects the specified geometry's n-D bounding box. */ bboxIntersectsND?: Maybe; /** Bounding box is strictly to the left of the specified geometry's bounding box. */ bboxLeftOf?: Maybe; /** Bounding box overlaps or is above the specified geometry's bounding box. */ bboxOverlapsOrAbove?: Maybe; /** Bounding box overlaps or is below the specified geometry's bounding box. */ bboxOverlapsOrBelow?: Maybe; /** Bounding box overlaps or is to the left of the specified geometry's bounding box. */ bboxOverlapsOrLeftOf?: Maybe; /** Bounding box overlaps or is to the right of the specified geometry's bounding box. */ bboxOverlapsOrRightOf?: Maybe; /** Bounding box is strictly to the right of the specified geometry's bounding box. */ bboxRightOf?: Maybe; /** * No points of the specified geometry lie in the exterior, and at least one * point of the interior of the specified geometry lies in the interior. */ contains?: Maybe; /** The specified geometry intersects the interior but not the boundary (or exterior). */ containsProperly?: Maybe; /** No point is outside the specified geometry. */ coveredBy?: Maybe; /** No point in the specified geometry is outside. */ covers?: Maybe; /** They have some, but not all, interior points in common. */ crosses?: Maybe; /** They do not share any space together. */ disjoint?: Maybe; /** They represent the same geometry. Directionality is ignored. */ equals?: Maybe; /** Coordinates and coordinate order are the same as specified geometry. */ exactlyEquals?: Maybe; /** They share any portion of space in 2D. */ intersects?: Maybe; /** They share any portion of space in 3D. */ intersects3D?: Maybe; /** They represent the same geometry and points are in the same directional order. */ orderingEquals?: Maybe; /** They share space, are of the same dimension, but are not completely contained by each other. */ overlaps?: Maybe; /** They have at least one point in common, but their interiors do not intersect. */ touches?: Maybe; /** Completely inside the specified geometry. */ within?: Maybe; }; export declare type GeometryPolygonM = GeometryInterface & GeometryGeometryM & { __typename?: 'GeometryPolygonM'; geojson?: Maybe; srid: Scalars['Int']; exterior?: Maybe; interiors?: Maybe>>; }; export declare type GeometryPolygonZ = GeometryInterface & GeometryGeometryZ & { __typename?: 'GeometryPolygonZ'; geojson?: Maybe; srid: Scalars['Int']; exterior?: Maybe; interiors?: Maybe>>; }; export declare type GeometryPolygonZm = GeometryInterface & GeometryGeometryZm & { __typename?: 'GeometryPolygonZM'; geojson?: Maybe; srid: Scalars['Int']; exterior?: Maybe; interiors?: Maybe>>; }; /** A `String` edge in the connection. */ export declare type GetParentStructureEdge = { __typename?: 'GetParentStructureEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `String` at the end of the edge. */ node?: Maybe; }; /** A connection to a list of `String` values. */ export declare type GetParentStructuresConnection = { __typename?: 'GetParentStructuresConnection'; /** A list of `String` objects. */ nodes: Array>; /** A list of edges which contains the `String` and cursor to aid in pagination. */ edges: Array; /** The count of *all* `String` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `String` edge in the connection. */ export declare type GetPublicAnomalyLevelMappingEdge = { __typename?: 'GetPublicAnomalyLevelMappingEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `String` at the end of the edge. */ node?: Maybe; }; /** A connection to a list of `String` values. */ export declare type GetPublicAnomalyLevelMappingsConnection = { __typename?: 'GetPublicAnomalyLevelMappingsConnection'; /** A list of `String` objects. */ nodes: Array>; /** A list of edges which contains the `String` and cursor to aid in pagination. */ edges: Array; /** The count of *all* `String` you could get from the connection. */ totalCount: Scalars['Int']; }; /** All input for the `hardDeleteMission` mutation. */ export declare type HardDeleteMissionInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; missionId: Scalars['String']; }; /** The output of our `hardDeleteMission` mutation. */ export declare type HardDeleteMissionPayload = { __typename?: 'HardDeleteMissionPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; mission?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `MissionPlan` that is related to this `Mission`. */ plan?: Maybe; /** Reads a single `Mission` that is related to this `Mission`. */ missionByInfra?: Maybe; /** Reads a single `MissionExecution` that is related to this `Mission`. */ elementOfExecution?: Maybe; /** Reads a single `MissionPlan` that is related to this `Mission`. */ elementOfPlan?: Maybe; /** Reads a single `Organization` that is related to this `Mission`. */ organization?: Maybe; /** An edge for our `Mission`. May be used by Relay 1. */ missionEdge?: Maybe; }; /** The output of our `hardDeleteMission` mutation. */ export declare type HardDeleteMissionPayloadMissionEdgeArgs = { orderBy?: Maybe>; }; export declare type Image = { __typename?: 'Image'; id: Scalars['String']; createdAt: Scalars['Datetime']; updatedAt: Scalars['Datetime']; metaData?: Maybe; valid?: Maybe; fallbackData?: Maybe; index?: Maybe; width?: Maybe; height?: Maybe; distance?: Maybe; cameraFieldOfViewVertical?: Maybe; cameraFieldOfViewHorizontal?: Maybe; cameraShutterSpeed?: Maybe; cameraAperture?: Maybe; cameraModel?: Maybe; cameraLensModel?: Maybe; cameraLensMake?: Maybe; cameraMake?: Maybe; description?: Maybe; distanceGradientVertical?: Maybe; cameraIso?: Maybe; distanceGradientHorizontal?: Maybe; capturedAt?: Maybe; deletedAt?: Maybe; /** Reads a single `File` that is related to this `Image`. */ file?: Maybe; /** Reads a single `MissionExecution` that is related to this `Image`. */ mission?: Maybe; /** Reads a single `Location` that is related to this `Image`. */ location?: Maybe; /** Reads a single `ImageCorrection` that is related to this `Image`. */ correction?: Maybe; /** Reads and enables pagination through a set of `Segmentation`. */ segmentationsConnection: SegmentationsConnection; /** Reads and enables pagination through a set of `Segmentation`. */ segmentations: Array; /** Reads and enables pagination through a set of `StructureImage`. */ structuresRelationConnection: StructureImagesConnection; /** Reads and enables pagination through a set of `StructureImage`. */ structuresRelation: Array; /** Reads a single `ImageCloneOf` that is related to this `Image`. */ cloneOfRelation?: Maybe; /** * Reads and enables pagination through a set of `ImageCloneOf`. * @deprecated Please use cloneOfRelation instead */ cloneOfRelationConnection: ImageCloneovesConnection; /** Reads and enables pagination through a set of `ImageCloneOf`. */ clonesRelationConnection: ImageCloneovesConnection; /** Reads and enables pagination through a set of `ImageCloneOf`. */ clonesRelation: Array; /** Reads and enables pagination through a set of `Detection`. */ detectionsConnection: DetectionsConnection; /** Reads and enables pagination through a set of `Detection`. */ detections: Array; /** Reads and enables pagination through a set of `Classification`. */ classificationsConnection: ClassificationsConnection; /** Reads and enables pagination through a set of `Classification`. */ classifications: Array; /** Reads and enables pagination through a set of `Comment`. */ commentsConnection: CommentsConnection; /** Reads and enables pagination through a set of `Comment`. */ comments: Array; /** Reads and enables pagination through a set of `PlanImage`. */ planRelationConnection: PlanImagesConnection; /** Reads and enables pagination through a set of `PlanImage`. */ planRelation: Array; /** Reads and enables pagination through a set of `ExecutionImage`. */ executionRelationConnection: ExecutionImagesConnection; /** Reads and enables pagination through a set of `ExecutionImage`. */ executionRelation: Array; cloneOf?: Maybe; /** Reads and enables pagination through a set of `Image`. */ clonesConnection: ImagesConnection; /** Reads and enables pagination through a set of `Image`. */ clones?: Maybe>>; /** Reads and enables pagination through a set of `User`. */ usersBySegmentationImageIdDoNotUseAndAuthorIdDoNotUseList: Array; /** Reads and enables pagination through a set of `AnomalyType`. */ anomalyTypesBySegmentationImageIdDoNotUseAndTypeIdDoNotUseList: Array; /** Reads and enables pagination through a set of `MissionExecution`. */ missionExecutionsBySegmentationImageIdDoNotUseAndMissionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Structure`. */ structuresConnection: ImageStructuresConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Structure`. */ structures: Array; /** Reads and enables pagination through a set of `User`. */ usersByDetectionImageIdDoNotUseAndAuthorIdDoNotUseList: Array; /** Reads and enables pagination through a set of `AnomalyType`. */ anomalyTypesByDetectionImageIdDoNotUseAndTypeIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Anomaly`. */ anomaliesByDetectionImageIdDoNotUseAndAnomalyIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Segmentation`. */ segmentationsByDetectionImageIdDoNotUseAndSegmentationIdDoNotUseList: Array; /** Reads and enables pagination through a set of `MissionExecution`. */ missionExecutionsByDetectionImageIdDoNotUseAndMissionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Structure`. */ structuresByDetectionImageIdDoNotUseAndStructureIdDoNotUseList: Array; /** Reads and enables pagination through a set of `User`. */ usersByClassificationImageIdDoNotUseAndAuthorIdDoNotUseList: Array; /** Reads and enables pagination through a set of `AnomalyType`. */ anomalyTypesByClassificationImageIdDoNotUseAndTypeIdDoNotUseList: Array; /** Reads and enables pagination through a set of `MissionExecution`. */ missionExecutionsByClassificationImageIdDoNotUseAndMissionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `User`. */ usersByCommentAboutImageIdDoNotUseAndAuthorIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Comment`. */ commentsByCommentAboutImageIdDoNotUseAndAboutCommentIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Artifact`. */ artifactsByCommentAboutImageIdDoNotUseAndAboutArtifactIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Mission`. */ missionsByCommentAboutImageIdDoNotUseAndAboutMissionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Structure`. */ structuresByCommentAboutImageIdDoNotUseAndAboutStructureIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Anomaly`. */ anomaliesByCommentAboutImageIdDoNotUseAndAboutAnomalyIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Classification`. */ classificationsByCommentAboutImageIdDoNotUseAndAboutClassificationIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Detection`. */ detectionsByCommentAboutImageIdDoNotUseAndAboutDetectionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Segmentation`. */ segmentationsByCommentAboutImageIdDoNotUseAndAboutSegmentationIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Plan`. */ plansConnection: ImagePlansConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Plan`. */ plans: Array; /** Reads and enables pagination through a set of `Execution`. */ executionsConnection: ImageExecutionsConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Execution`. */ executions: Array; }; export declare type ImageSegmentationsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageSegmentationsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageStructuresRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageStructuresRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageCloneOfRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageClonesRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageClonesRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageDetectionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageDetectionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageClassificationsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageClassificationsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageCommentsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageCommentsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImagePlanRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImagePlanRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageExecutionRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageExecutionRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageClonesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; filter?: Maybe; }; export declare type ImageClonesArgs = { first?: Maybe; offset?: Maybe; filter?: Maybe; }; export declare type ImageUsersBySegmentationImageIdDoNotUseAndAuthorIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageAnomalyTypesBySegmentationImageIdDoNotUseAndTypeIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageMissionExecutionsBySegmentationImageIdDoNotUseAndMissionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageStructuresConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageStructuresArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageUsersByDetectionImageIdDoNotUseAndAuthorIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageAnomalyTypesByDetectionImageIdDoNotUseAndTypeIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageAnomaliesByDetectionImageIdDoNotUseAndAnomalyIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageSegmentationsByDetectionImageIdDoNotUseAndSegmentationIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageMissionExecutionsByDetectionImageIdDoNotUseAndMissionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageStructuresByDetectionImageIdDoNotUseAndStructureIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageUsersByClassificationImageIdDoNotUseAndAuthorIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageAnomalyTypesByClassificationImageIdDoNotUseAndTypeIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageMissionExecutionsByClassificationImageIdDoNotUseAndMissionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageUsersByCommentAboutImageIdDoNotUseAndAuthorIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageCommentsByCommentAboutImageIdDoNotUseAndAboutCommentIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageArtifactsByCommentAboutImageIdDoNotUseAndAboutArtifactIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageMissionsByCommentAboutImageIdDoNotUseAndAboutMissionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageStructuresByCommentAboutImageIdDoNotUseAndAboutStructureIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageAnomaliesByCommentAboutImageIdDoNotUseAndAboutAnomalyIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageClassificationsByCommentAboutImageIdDoNotUseAndAboutClassificationIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageDetectionsByCommentAboutImageIdDoNotUseAndAboutDetectionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageSegmentationsByCommentAboutImageIdDoNotUseAndAboutSegmentationIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImagePlansConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImagePlansArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageExecutionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageExecutionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageCloneOf = { __typename?: 'ImageCloneOf'; a: Scalars['String']; b: Scalars['String']; /** Reads a single `Image` that is related to this `ImageCloneOf`. */ cloneOf?: Maybe; /** Reads a single `Image` that is related to this `ImageCloneOf`. */ clone?: Maybe; }; /** * A condition to be used against `ImageCloneOf` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type ImageCloneOfCondition = { /** Checks for equality with the object’s `a` field. */ a?: Maybe; /** Checks for equality with the object’s `b` field. */ b?: Maybe; }; /** A filter to be used against `ImageCloneOf` object types. All fields are combined with a logical ‘and.’ */ export declare type ImageCloneOfFilter = { /** Filter by the object’s `a` field. */ a?: Maybe; /** Filter by the object’s `b` field. */ b?: Maybe; /** Filter by the object’s `cloneOf` relation. */ cloneOf?: Maybe; /** Filter by the object’s `clone` relation. */ clone?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** The fields on `imageCloneOf` to look up the row to connect. */ export declare type ImageCloneOfImageCloneOfPkeyConnect = { a: Scalars['String']; }; /** The fields on `imageCloneOf` to look up the row to delete. */ export declare type ImageCloneOfImageCloneOfPkeyDelete = { a: Scalars['String']; }; /** An input for mutations affecting `ImageCloneOf` */ export declare type ImageCloneOfInput = { a?: Maybe; b?: Maybe; cloneOf?: Maybe<_ImageCloneOfIbfk1Input>; clone?: Maybe<_ImageCloneOfIbfk2Input>; }; /** The fields on `imageCloneOf` to look up the row to update. */ export declare type ImageCloneOfOnImageCloneOfForImageCloneOfIbfk1UsingImageCloneOfPkeyUpdate = { /** An object where the defined keys will be set on the `imageCloneOf` being updated. */ patch: UpdateImageCloneOfOnImageCloneOfForImageCloneOfIbfk1Patch; a: Scalars['String']; }; /** The fields on `imageCloneOf` to look up the row to update. */ export declare type ImageCloneOfOnImageCloneOfForImageCloneOfIbfk2UsingImageCloneOfPkeyUpdate = { /** An object where the defined keys will be set on the `imageCloneOf` being updated. */ patch: UpdateImageCloneOfOnImageCloneOfForImageCloneOfIbfk2Patch; a: Scalars['String']; }; /** Represents an update to a `ImageCloneOf`. Fields that are set will be updated. */ export declare type ImageCloneOfPatch = { a?: Maybe; b?: Maybe; cloneOf?: Maybe<_ImageCloneOfIbfk1Input>; clone?: Maybe<_ImageCloneOfIbfk2Input>; }; /** A connection to a list of `ImageCloneOf` values. */ export declare type ImageCloneovesConnection = { __typename?: 'ImageCloneovesConnection'; /** A list of `ImageCloneOf` objects. */ nodes: Array>; /** A list of edges which contains the `ImageCloneOf` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `ImageCloneOf` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `ImageCloneOf` edge in the connection. */ export declare type ImageCloneovesEdge = { __typename?: 'ImageCloneovesEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `ImageCloneOf` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `ImageCloneOf`. */ export declare enum ImageCloneovesOrderBy { Natural = "NATURAL", AAsc = "A_ASC", ADesc = "A_DESC", BAsc = "B_ASC", BDesc = "B_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", ImageByAIdAsc = "IMAGE_BY_A__ID_ASC", ImageByAIdDesc = "IMAGE_BY_A__ID_DESC", ImageByACreatedAtAsc = "IMAGE_BY_A__CREATED_AT_ASC", ImageByACreatedAtDesc = "IMAGE_BY_A__CREATED_AT_DESC", ImageByAUpdatedAtAsc = "IMAGE_BY_A__UPDATED_AT_ASC", ImageByAUpdatedAtDesc = "IMAGE_BY_A__UPDATED_AT_DESC", ImageByAMetaDataAsc = "IMAGE_BY_A__META_DATA_ASC", ImageByAMetaDataDesc = "IMAGE_BY_A__META_DATA_DESC", ImageByAValidAsc = "IMAGE_BY_A__VALID_ASC", ImageByAValidDesc = "IMAGE_BY_A__VALID_DESC", ImageByAFallbackDataAsc = "IMAGE_BY_A__FALLBACK_DATA_ASC", ImageByAFallbackDataDesc = "IMAGE_BY_A__FALLBACK_DATA_DESC", ImageByAIndexAsc = "IMAGE_BY_A__INDEX_ASC", ImageByAIndexDesc = "IMAGE_BY_A__INDEX_DESC", ImageByAWidthAsc = "IMAGE_BY_A__WIDTH_ASC", ImageByAWidthDesc = "IMAGE_BY_A__WIDTH_DESC", ImageByAHeightAsc = "IMAGE_BY_A__HEIGHT_ASC", ImageByAHeightDesc = "IMAGE_BY_A__HEIGHT_DESC", ImageByADistanceAsc = "IMAGE_BY_A__DISTANCE_ASC", ImageByADistanceDesc = "IMAGE_BY_A__DISTANCE_DESC", ImageByACameraFieldOfViewVerticalAsc = "IMAGE_BY_A__CAMERA_FIELD_OF_VIEW_VERTICAL_ASC", ImageByACameraFieldOfViewVerticalDesc = "IMAGE_BY_A__CAMERA_FIELD_OF_VIEW_VERTICAL_DESC", ImageByACameraFieldOfViewHorizontalAsc = "IMAGE_BY_A__CAMERA_FIELD_OF_VIEW_HORIZONTAL_ASC", ImageByACameraFieldOfViewHorizontalDesc = "IMAGE_BY_A__CAMERA_FIELD_OF_VIEW_HORIZONTAL_DESC", ImageByACameraShutterSpeedAsc = "IMAGE_BY_A__CAMERA_SHUTTER_SPEED_ASC", ImageByACameraShutterSpeedDesc = "IMAGE_BY_A__CAMERA_SHUTTER_SPEED_DESC", ImageByACameraApertureAsc = "IMAGE_BY_A__CAMERA_APERTURE_ASC", ImageByACameraApertureDesc = "IMAGE_BY_A__CAMERA_APERTURE_DESC", ImageByACameraModelAsc = "IMAGE_BY_A__CAMERA_MODEL_ASC", ImageByACameraModelDesc = "IMAGE_BY_A__CAMERA_MODEL_DESC", ImageByACameraLensModelAsc = "IMAGE_BY_A__CAMERA_LENS_MODEL_ASC", ImageByACameraLensModelDesc = "IMAGE_BY_A__CAMERA_LENS_MODEL_DESC", ImageByACameraLensMakeAsc = "IMAGE_BY_A__CAMERA_LENS_MAKE_ASC", ImageByACameraLensMakeDesc = "IMAGE_BY_A__CAMERA_LENS_MAKE_DESC", ImageByACameraMakeAsc = "IMAGE_BY_A__CAMERA_MAKE_ASC", ImageByACameraMakeDesc = "IMAGE_BY_A__CAMERA_MAKE_DESC", ImageByADescriptionAsc = "IMAGE_BY_A__DESCRIPTION_ASC", ImageByADescriptionDesc = "IMAGE_BY_A__DESCRIPTION_DESC", ImageByADistanceGradientVerticalAsc = "IMAGE_BY_A__DISTANCE_GRADIENT_VERTICAL_ASC", ImageByADistanceGradientVerticalDesc = "IMAGE_BY_A__DISTANCE_GRADIENT_VERTICAL_DESC", ImageByACameraIsoAsc = "IMAGE_BY_A__CAMERA_ISO_ASC", ImageByACameraIsoDesc = "IMAGE_BY_A__CAMERA_ISO_DESC", ImageByADistanceGradientHorizontalAsc = "IMAGE_BY_A__DISTANCE_GRADIENT_HORIZONTAL_ASC", ImageByADistanceGradientHorizontalDesc = "IMAGE_BY_A__DISTANCE_GRADIENT_HORIZONTAL_DESC", ImageByACapturedAtAsc = "IMAGE_BY_A__CAPTURED_AT_ASC", ImageByACapturedAtDesc = "IMAGE_BY_A__CAPTURED_AT_DESC", ImageByADeletedAtAsc = "IMAGE_BY_A__DELETED_AT_ASC", ImageByADeletedAtDesc = "IMAGE_BY_A__DELETED_AT_DESC", ImageByBIdAsc = "IMAGE_BY_B__ID_ASC", ImageByBIdDesc = "IMAGE_BY_B__ID_DESC", ImageByBCreatedAtAsc = "IMAGE_BY_B__CREATED_AT_ASC", ImageByBCreatedAtDesc = "IMAGE_BY_B__CREATED_AT_DESC", ImageByBUpdatedAtAsc = "IMAGE_BY_B__UPDATED_AT_ASC", ImageByBUpdatedAtDesc = "IMAGE_BY_B__UPDATED_AT_DESC", ImageByBMetaDataAsc = "IMAGE_BY_B__META_DATA_ASC", ImageByBMetaDataDesc = "IMAGE_BY_B__META_DATA_DESC", ImageByBValidAsc = "IMAGE_BY_B__VALID_ASC", ImageByBValidDesc = "IMAGE_BY_B__VALID_DESC", ImageByBFallbackDataAsc = "IMAGE_BY_B__FALLBACK_DATA_ASC", ImageByBFallbackDataDesc = "IMAGE_BY_B__FALLBACK_DATA_DESC", ImageByBIndexAsc = "IMAGE_BY_B__INDEX_ASC", ImageByBIndexDesc = "IMAGE_BY_B__INDEX_DESC", ImageByBWidthAsc = "IMAGE_BY_B__WIDTH_ASC", ImageByBWidthDesc = "IMAGE_BY_B__WIDTH_DESC", ImageByBHeightAsc = "IMAGE_BY_B__HEIGHT_ASC", ImageByBHeightDesc = "IMAGE_BY_B__HEIGHT_DESC", ImageByBDistanceAsc = "IMAGE_BY_B__DISTANCE_ASC", ImageByBDistanceDesc = "IMAGE_BY_B__DISTANCE_DESC", ImageByBCameraFieldOfViewVerticalAsc = "IMAGE_BY_B__CAMERA_FIELD_OF_VIEW_VERTICAL_ASC", ImageByBCameraFieldOfViewVerticalDesc = "IMAGE_BY_B__CAMERA_FIELD_OF_VIEW_VERTICAL_DESC", ImageByBCameraFieldOfViewHorizontalAsc = "IMAGE_BY_B__CAMERA_FIELD_OF_VIEW_HORIZONTAL_ASC", ImageByBCameraFieldOfViewHorizontalDesc = "IMAGE_BY_B__CAMERA_FIELD_OF_VIEW_HORIZONTAL_DESC", ImageByBCameraShutterSpeedAsc = "IMAGE_BY_B__CAMERA_SHUTTER_SPEED_ASC", ImageByBCameraShutterSpeedDesc = "IMAGE_BY_B__CAMERA_SHUTTER_SPEED_DESC", ImageByBCameraApertureAsc = "IMAGE_BY_B__CAMERA_APERTURE_ASC", ImageByBCameraApertureDesc = "IMAGE_BY_B__CAMERA_APERTURE_DESC", ImageByBCameraModelAsc = "IMAGE_BY_B__CAMERA_MODEL_ASC", ImageByBCameraModelDesc = "IMAGE_BY_B__CAMERA_MODEL_DESC", ImageByBCameraLensModelAsc = "IMAGE_BY_B__CAMERA_LENS_MODEL_ASC", ImageByBCameraLensModelDesc = "IMAGE_BY_B__CAMERA_LENS_MODEL_DESC", ImageByBCameraLensMakeAsc = "IMAGE_BY_B__CAMERA_LENS_MAKE_ASC", ImageByBCameraLensMakeDesc = "IMAGE_BY_B__CAMERA_LENS_MAKE_DESC", ImageByBCameraMakeAsc = "IMAGE_BY_B__CAMERA_MAKE_ASC", ImageByBCameraMakeDesc = "IMAGE_BY_B__CAMERA_MAKE_DESC", ImageByBDescriptionAsc = "IMAGE_BY_B__DESCRIPTION_ASC", ImageByBDescriptionDesc = "IMAGE_BY_B__DESCRIPTION_DESC", ImageByBDistanceGradientVerticalAsc = "IMAGE_BY_B__DISTANCE_GRADIENT_VERTICAL_ASC", ImageByBDistanceGradientVerticalDesc = "IMAGE_BY_B__DISTANCE_GRADIENT_VERTICAL_DESC", ImageByBCameraIsoAsc = "IMAGE_BY_B__CAMERA_ISO_ASC", ImageByBCameraIsoDesc = "IMAGE_BY_B__CAMERA_ISO_DESC", ImageByBDistanceGradientHorizontalAsc = "IMAGE_BY_B__DISTANCE_GRADIENT_HORIZONTAL_ASC", ImageByBDistanceGradientHorizontalDesc = "IMAGE_BY_B__DISTANCE_GRADIENT_HORIZONTAL_DESC", ImageByBCapturedAtAsc = "IMAGE_BY_B__CAPTURED_AT_ASC", ImageByBCapturedAtDesc = "IMAGE_BY_B__CAPTURED_AT_DESC", ImageByBDeletedAtAsc = "IMAGE_BY_B__DELETED_AT_ASC", ImageByBDeletedAtDesc = "IMAGE_BY_B__DELETED_AT_DESC" } /** A condition to be used against `Image` object types. All fields are tested for equality and combined with a logical ‘and.’ */ export declare type ImageCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `createdAt` field. */ createdAt?: Maybe; /** Checks for equality with the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Checks for equality with the object’s `metaData` field. */ metaData?: Maybe; /** Checks for equality with the object’s `valid` field. */ valid?: Maybe; /** Checks for equality with the object’s `fallbackData` field. */ fallbackData?: Maybe; /** Checks for equality with the object’s `index` field. */ index?: Maybe; /** Checks for equality with the object’s `width` field. */ width?: Maybe; /** Checks for equality with the object’s `height` field. */ height?: Maybe; /** Checks for equality with the object’s `distance` field. */ distance?: Maybe; /** Checks for equality with the object’s `cameraFieldOfViewVertical` field. */ cameraFieldOfViewVertical?: Maybe; /** Checks for equality with the object’s `cameraFieldOfViewHorizontal` field. */ cameraFieldOfViewHorizontal?: Maybe; /** Checks for equality with the object’s `cameraShutterSpeed` field. */ cameraShutterSpeed?: Maybe; /** Checks for equality with the object’s `cameraAperture` field. */ cameraAperture?: Maybe; /** Checks for equality with the object’s `cameraModel` field. */ cameraModel?: Maybe; /** Checks for equality with the object’s `cameraLensModel` field. */ cameraLensModel?: Maybe; /** Checks for equality with the object’s `cameraLensMake` field. */ cameraLensMake?: Maybe; /** Checks for equality with the object’s `cameraMake` field. */ cameraMake?: Maybe; /** Checks for equality with the object’s `description` field. */ description?: Maybe; /** Checks for equality with the object’s `distanceGradientVertical` field. */ distanceGradientVertical?: Maybe; /** Checks for equality with the object’s `cameraIso` field. */ cameraIso?: Maybe; /** Checks for equality with the object’s `distanceGradientHorizontal` field. */ distanceGradientHorizontal?: Maybe; /** Checks for equality with the object’s `capturedAt` field. */ capturedAt?: Maybe; /** Checks for equality with the object’s `deletedAt` field. */ deletedAt?: Maybe; }; export declare type ImageCorrection = { __typename?: 'ImageCorrection'; id: Scalars['String']; nickname?: Maybe; createdAt: Scalars['Datetime']; updatedAt: Scalars['Datetime']; name: Scalars['String']; overlayOpacity?: Maybe; temperature?: Maybe; tint?: Maybe; exposure?: Maybe; contrast?: Maybe; shadows?: Maybe; highlights?: Maybe; whites?: Maybe; blacks?: Maybe; clarity?: Maybe; vibrance?: Maybe; saturation?: Maybe; sharpening?: Maybe; noiseReductionLuminance?: Maybe; noiseReductionColor?: Maybe; deletedAt?: Maybe; /** Reads and enables pagination through a set of `Image`. */ imagesConnection: ImagesConnection; /** Reads and enables pagination through a set of `Image`. */ images: Array; /** Reads and enables pagination through a set of `ImageCorrectionCloneOf`. */ cloneOfRelationConnection: ImageCorrectionCloneovesConnection; /** Reads and enables pagination through a set of `ImageCorrectionCloneOf`. */ cloneOfRelation: Array; /** Reads and enables pagination through a set of `ImageCorrectionCloneOf`. */ clonesRelationConnection: ImageCorrectionCloneovesConnection; /** Reads and enables pagination through a set of `ImageCorrectionCloneOf`. */ clonesRelation: Array; /** Reads and enables pagination through a set of `File`. */ filesByImageCorrectionIdDoNotUseAndFileIdDoNotUseList: Array; /** Reads and enables pagination through a set of `MissionExecution`. */ missionExecutionsByImageCorrectionIdDoNotUseAndMissionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `ImageCorrection`. */ cloneOfConnection: ImageCorrectionCloneOfConnectionManyToManyConnection; /** Reads and enables pagination through a set of `ImageCorrection`. */ cloneOf: Array; /** Reads and enables pagination through a set of `ImageCorrection`. */ clonesConnection: ImageCorrectionClonesConnectionManyToManyConnection; /** Reads and enables pagination through a set of `ImageCorrection`. */ clones: Array; }; export declare type ImageCorrectionImagesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageCorrectionImagesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageCorrectionCloneOfRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageCorrectionCloneOfRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageCorrectionClonesRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageCorrectionClonesRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageCorrectionFilesByImageCorrectionIdDoNotUseAndFileIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageCorrectionMissionExecutionsByImageCorrectionIdDoNotUseAndMissionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageCorrectionCloneOfConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageCorrectionCloneOfArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageCorrectionClonesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageCorrectionClonesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ImageCorrectionCloneOf = { __typename?: 'ImageCorrectionCloneOf'; a: Scalars['String']; b: Scalars['String']; /** Reads a single `ImageCorrection` that is related to this `ImageCorrectionCloneOf`. */ cloneOf?: Maybe; /** Reads a single `ImageCorrection` that is related to this `ImageCorrectionCloneOf`. */ clone?: Maybe; }; /** * A condition to be used against `ImageCorrectionCloneOf` object types. All fields * are tested for equality and combined with a logical ‘and.’ */ export declare type ImageCorrectionCloneOfCondition = { /** Checks for equality with the object’s `a` field. */ a?: Maybe; /** Checks for equality with the object’s `b` field. */ b?: Maybe; }; /** A connection to a list of `ImageCorrection` values, with data from `ImageCorrectionCloneOf`. */ export declare type ImageCorrectionCloneOfConnectionManyToManyConnection = { __typename?: 'ImageCorrectionCloneOfConnectionManyToManyConnection'; /** A list of `ImageCorrection` objects. */ nodes: Array>; /** * A list of edges which contains the `ImageCorrection`, info from the * `ImageCorrectionCloneOf`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `ImageCorrection` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `ImageCorrection` edge in the connection, with data from `ImageCorrectionCloneOf`. */ export declare type ImageCorrectionCloneOfConnectionManyToManyEdge = { __typename?: 'ImageCorrectionCloneOfConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `ImageCorrection` at the end of the edge. */ node?: Maybe; }; /** A filter to be used against `ImageCorrectionCloneOf` object types. All fields are combined with a logical ‘and.’ */ export declare type ImageCorrectionCloneOfFilter = { /** Filter by the object’s `a` field. */ a?: Maybe; /** Filter by the object’s `b` field. */ b?: Maybe; /** Filter by the object’s `cloneOf` relation. */ cloneOf?: Maybe; /** Filter by the object’s `clone` relation. */ clone?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** The fields on `imageCorrectionCloneOf` to look up the row to connect. */ export declare type ImageCorrectionCloneOfImageCorrectionCloneOfPkeyConnect = { a: Scalars['String']; b: Scalars['String']; }; /** The fields on `imageCorrectionCloneOf` to look up the row to delete. */ export declare type ImageCorrectionCloneOfImageCorrectionCloneOfPkeyDelete = { a: Scalars['String']; b: Scalars['String']; }; /** An input for mutations affecting `ImageCorrectionCloneOf` */ export declare type ImageCorrectionCloneOfInput = { a?: Maybe; b?: Maybe; cloneOf?: Maybe<_ImageCorrectionCloneOfIbfk1Input>; clone?: Maybe<_ImageCorrectionCloneOfIbfk2Input>; }; /** The fields on `imageCorrectionCloneOf` to look up the row to update. */ export declare type ImageCorrectionCloneOfOnImageCorrectionCloneOfForImageCorrectionCloneOfIbfk1UsingImageCorrectionCloneOfPkeyUpdate = { /** An object where the defined keys will be set on the `imageCorrectionCloneOf` being updated. */ patch: UpdateImageCorrectionCloneOfOnImageCorrectionCloneOfForImageCorrectionCloneOfIbfk1Patch; a: Scalars['String']; b: Scalars['String']; }; /** The fields on `imageCorrectionCloneOf` to look up the row to update. */ export declare type ImageCorrectionCloneOfOnImageCorrectionCloneOfForImageCorrectionCloneOfIbfk2UsingImageCorrectionCloneOfPkeyUpdate = { /** An object where the defined keys will be set on the `imageCorrectionCloneOf` being updated. */ patch: UpdateImageCorrectionCloneOfOnImageCorrectionCloneOfForImageCorrectionCloneOfIbfk2Patch; a: Scalars['String']; b: Scalars['String']; }; /** Represents an update to a `ImageCorrectionCloneOf`. Fields that are set will be updated. */ export declare type ImageCorrectionCloneOfPatch = { a?: Maybe; b?: Maybe; cloneOf?: Maybe<_ImageCorrectionCloneOfIbfk1Input>; clone?: Maybe<_ImageCorrectionCloneOfIbfk2Input>; }; /** A connection to a list of `ImageCorrectionCloneOf` values. */ export declare type ImageCorrectionCloneovesConnection = { __typename?: 'ImageCorrectionCloneovesConnection'; /** A list of `ImageCorrectionCloneOf` objects. */ nodes: Array>; /** A list of edges which contains the `ImageCorrectionCloneOf` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `ImageCorrectionCloneOf` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `ImageCorrectionCloneOf` edge in the connection. */ export declare type ImageCorrectionCloneovesEdge = { __typename?: 'ImageCorrectionCloneovesEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `ImageCorrectionCloneOf` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `ImageCorrectionCloneOf`. */ export declare enum ImageCorrectionCloneovesOrderBy { Natural = "NATURAL", AAsc = "A_ASC", ADesc = "A_DESC", BAsc = "B_ASC", BDesc = "B_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", ImageCorrectionByAIdAsc = "IMAGE_CORRECTION_BY_A__ID_ASC", ImageCorrectionByAIdDesc = "IMAGE_CORRECTION_BY_A__ID_DESC", ImageCorrectionByANicknameAsc = "IMAGE_CORRECTION_BY_A__NICKNAME_ASC", ImageCorrectionByANicknameDesc = "IMAGE_CORRECTION_BY_A__NICKNAME_DESC", ImageCorrectionByACreatedAtAsc = "IMAGE_CORRECTION_BY_A__CREATED_AT_ASC", ImageCorrectionByACreatedAtDesc = "IMAGE_CORRECTION_BY_A__CREATED_AT_DESC", ImageCorrectionByAUpdatedAtAsc = "IMAGE_CORRECTION_BY_A__UPDATED_AT_ASC", ImageCorrectionByAUpdatedAtDesc = "IMAGE_CORRECTION_BY_A__UPDATED_AT_DESC", ImageCorrectionByANameAsc = "IMAGE_CORRECTION_BY_A__NAME_ASC", ImageCorrectionByANameDesc = "IMAGE_CORRECTION_BY_A__NAME_DESC", ImageCorrectionByAOverlayOpacityAsc = "IMAGE_CORRECTION_BY_A__OVERLAY_OPACITY_ASC", ImageCorrectionByAOverlayOpacityDesc = "IMAGE_CORRECTION_BY_A__OVERLAY_OPACITY_DESC", ImageCorrectionByATemperatureAsc = "IMAGE_CORRECTION_BY_A__TEMPERATURE_ASC", ImageCorrectionByATemperatureDesc = "IMAGE_CORRECTION_BY_A__TEMPERATURE_DESC", ImageCorrectionByATintAsc = "IMAGE_CORRECTION_BY_A__TINT_ASC", ImageCorrectionByATintDesc = "IMAGE_CORRECTION_BY_A__TINT_DESC", ImageCorrectionByAExposureAsc = "IMAGE_CORRECTION_BY_A__EXPOSURE_ASC", ImageCorrectionByAExposureDesc = "IMAGE_CORRECTION_BY_A__EXPOSURE_DESC", ImageCorrectionByAContrastAsc = "IMAGE_CORRECTION_BY_A__CONTRAST_ASC", ImageCorrectionByAContrastDesc = "IMAGE_CORRECTION_BY_A__CONTRAST_DESC", ImageCorrectionByAShadowsAsc = "IMAGE_CORRECTION_BY_A__SHADOWS_ASC", ImageCorrectionByAShadowsDesc = "IMAGE_CORRECTION_BY_A__SHADOWS_DESC", ImageCorrectionByAHighlightsAsc = "IMAGE_CORRECTION_BY_A__HIGHLIGHTS_ASC", ImageCorrectionByAHighlightsDesc = "IMAGE_CORRECTION_BY_A__HIGHLIGHTS_DESC", ImageCorrectionByAWhitesAsc = "IMAGE_CORRECTION_BY_A__WHITES_ASC", ImageCorrectionByAWhitesDesc = "IMAGE_CORRECTION_BY_A__WHITES_DESC", ImageCorrectionByABlacksAsc = "IMAGE_CORRECTION_BY_A__BLACKS_ASC", ImageCorrectionByABlacksDesc = "IMAGE_CORRECTION_BY_A__BLACKS_DESC", ImageCorrectionByAClarityAsc = "IMAGE_CORRECTION_BY_A__CLARITY_ASC", ImageCorrectionByAClarityDesc = "IMAGE_CORRECTION_BY_A__CLARITY_DESC", ImageCorrectionByAVibranceAsc = "IMAGE_CORRECTION_BY_A__VIBRANCE_ASC", ImageCorrectionByAVibranceDesc = "IMAGE_CORRECTION_BY_A__VIBRANCE_DESC", ImageCorrectionByASaturationAsc = "IMAGE_CORRECTION_BY_A__SATURATION_ASC", ImageCorrectionByASaturationDesc = "IMAGE_CORRECTION_BY_A__SATURATION_DESC", ImageCorrectionByASharpeningAsc = "IMAGE_CORRECTION_BY_A__SHARPENING_ASC", ImageCorrectionByASharpeningDesc = "IMAGE_CORRECTION_BY_A__SHARPENING_DESC", ImageCorrectionByANoiseReductionLuminanceAsc = "IMAGE_CORRECTION_BY_A__NOISE_REDUCTION_LUMINANCE_ASC", ImageCorrectionByANoiseReductionLuminanceDesc = "IMAGE_CORRECTION_BY_A__NOISE_REDUCTION_LUMINANCE_DESC", ImageCorrectionByANoiseReductionColorAsc = "IMAGE_CORRECTION_BY_A__NOISE_REDUCTION_COLOR_ASC", ImageCorrectionByANoiseReductionColorDesc = "IMAGE_CORRECTION_BY_A__NOISE_REDUCTION_COLOR_DESC", ImageCorrectionByADeletedAtAsc = "IMAGE_CORRECTION_BY_A__DELETED_AT_ASC", ImageCorrectionByADeletedAtDesc = "IMAGE_CORRECTION_BY_A__DELETED_AT_DESC", ImageCorrectionByBIdAsc = "IMAGE_CORRECTION_BY_B__ID_ASC", ImageCorrectionByBIdDesc = "IMAGE_CORRECTION_BY_B__ID_DESC", ImageCorrectionByBNicknameAsc = "IMAGE_CORRECTION_BY_B__NICKNAME_ASC", ImageCorrectionByBNicknameDesc = "IMAGE_CORRECTION_BY_B__NICKNAME_DESC", ImageCorrectionByBCreatedAtAsc = "IMAGE_CORRECTION_BY_B__CREATED_AT_ASC", ImageCorrectionByBCreatedAtDesc = "IMAGE_CORRECTION_BY_B__CREATED_AT_DESC", ImageCorrectionByBUpdatedAtAsc = "IMAGE_CORRECTION_BY_B__UPDATED_AT_ASC", ImageCorrectionByBUpdatedAtDesc = "IMAGE_CORRECTION_BY_B__UPDATED_AT_DESC", ImageCorrectionByBNameAsc = "IMAGE_CORRECTION_BY_B__NAME_ASC", ImageCorrectionByBNameDesc = "IMAGE_CORRECTION_BY_B__NAME_DESC", ImageCorrectionByBOverlayOpacityAsc = "IMAGE_CORRECTION_BY_B__OVERLAY_OPACITY_ASC", ImageCorrectionByBOverlayOpacityDesc = "IMAGE_CORRECTION_BY_B__OVERLAY_OPACITY_DESC", ImageCorrectionByBTemperatureAsc = "IMAGE_CORRECTION_BY_B__TEMPERATURE_ASC", ImageCorrectionByBTemperatureDesc = "IMAGE_CORRECTION_BY_B__TEMPERATURE_DESC", ImageCorrectionByBTintAsc = "IMAGE_CORRECTION_BY_B__TINT_ASC", ImageCorrectionByBTintDesc = "IMAGE_CORRECTION_BY_B__TINT_DESC", ImageCorrectionByBExposureAsc = "IMAGE_CORRECTION_BY_B__EXPOSURE_ASC", ImageCorrectionByBExposureDesc = "IMAGE_CORRECTION_BY_B__EXPOSURE_DESC", ImageCorrectionByBContrastAsc = "IMAGE_CORRECTION_BY_B__CONTRAST_ASC", ImageCorrectionByBContrastDesc = "IMAGE_CORRECTION_BY_B__CONTRAST_DESC", ImageCorrectionByBShadowsAsc = "IMAGE_CORRECTION_BY_B__SHADOWS_ASC", ImageCorrectionByBShadowsDesc = "IMAGE_CORRECTION_BY_B__SHADOWS_DESC", ImageCorrectionByBHighlightsAsc = "IMAGE_CORRECTION_BY_B__HIGHLIGHTS_ASC", ImageCorrectionByBHighlightsDesc = "IMAGE_CORRECTION_BY_B__HIGHLIGHTS_DESC", ImageCorrectionByBWhitesAsc = "IMAGE_CORRECTION_BY_B__WHITES_ASC", ImageCorrectionByBWhitesDesc = "IMAGE_CORRECTION_BY_B__WHITES_DESC", ImageCorrectionByBBlacksAsc = "IMAGE_CORRECTION_BY_B__BLACKS_ASC", ImageCorrectionByBBlacksDesc = "IMAGE_CORRECTION_BY_B__BLACKS_DESC", ImageCorrectionByBClarityAsc = "IMAGE_CORRECTION_BY_B__CLARITY_ASC", ImageCorrectionByBClarityDesc = "IMAGE_CORRECTION_BY_B__CLARITY_DESC", ImageCorrectionByBVibranceAsc = "IMAGE_CORRECTION_BY_B__VIBRANCE_ASC", ImageCorrectionByBVibranceDesc = "IMAGE_CORRECTION_BY_B__VIBRANCE_DESC", ImageCorrectionByBSaturationAsc = "IMAGE_CORRECTION_BY_B__SATURATION_ASC", ImageCorrectionByBSaturationDesc = "IMAGE_CORRECTION_BY_B__SATURATION_DESC", ImageCorrectionByBSharpeningAsc = "IMAGE_CORRECTION_BY_B__SHARPENING_ASC", ImageCorrectionByBSharpeningDesc = "IMAGE_CORRECTION_BY_B__SHARPENING_DESC", ImageCorrectionByBNoiseReductionLuminanceAsc = "IMAGE_CORRECTION_BY_B__NOISE_REDUCTION_LUMINANCE_ASC", ImageCorrectionByBNoiseReductionLuminanceDesc = "IMAGE_CORRECTION_BY_B__NOISE_REDUCTION_LUMINANCE_DESC", ImageCorrectionByBNoiseReductionColorAsc = "IMAGE_CORRECTION_BY_B__NOISE_REDUCTION_COLOR_ASC", ImageCorrectionByBNoiseReductionColorDesc = "IMAGE_CORRECTION_BY_B__NOISE_REDUCTION_COLOR_DESC", ImageCorrectionByBDeletedAtAsc = "IMAGE_CORRECTION_BY_B__DELETED_AT_ASC", ImageCorrectionByBDeletedAtDesc = "IMAGE_CORRECTION_BY_B__DELETED_AT_DESC", AAscBAsc = "A_ASC__B_ASC", ADescBDesc = "A_DESC__B_DESC" } /** A connection to a list of `ImageCorrection` values, with data from `ImageCorrectionCloneOf`. */ export declare type ImageCorrectionClonesConnectionManyToManyConnection = { __typename?: 'ImageCorrectionClonesConnectionManyToManyConnection'; /** A list of `ImageCorrection` objects. */ nodes: Array>; /** * A list of edges which contains the `ImageCorrection`, info from the * `ImageCorrectionCloneOf`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `ImageCorrection` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `ImageCorrection` edge in the connection, with data from `ImageCorrectionCloneOf`. */ export declare type ImageCorrectionClonesConnectionManyToManyEdge = { __typename?: 'ImageCorrectionClonesConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `ImageCorrection` at the end of the edge. */ node?: Maybe; }; /** * A condition to be used against `ImageCorrection` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type ImageCorrectionCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `nickname` field. */ nickname?: Maybe; /** Checks for equality with the object’s `createdAt` field. */ createdAt?: Maybe; /** Checks for equality with the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Checks for equality with the object’s `name` field. */ name?: Maybe; /** Checks for equality with the object’s `overlayOpacity` field. */ overlayOpacity?: Maybe; /** Checks for equality with the object’s `temperature` field. */ temperature?: Maybe; /** Checks for equality with the object’s `tint` field. */ tint?: Maybe; /** Checks for equality with the object’s `exposure` field. */ exposure?: Maybe; /** Checks for equality with the object’s `contrast` field. */ contrast?: Maybe; /** Checks for equality with the object’s `shadows` field. */ shadows?: Maybe; /** Checks for equality with the object’s `highlights` field. */ highlights?: Maybe; /** Checks for equality with the object’s `whites` field. */ whites?: Maybe; /** Checks for equality with the object’s `blacks` field. */ blacks?: Maybe; /** Checks for equality with the object’s `clarity` field. */ clarity?: Maybe; /** Checks for equality with the object’s `vibrance` field. */ vibrance?: Maybe; /** Checks for equality with the object’s `saturation` field. */ saturation?: Maybe; /** Checks for equality with the object’s `sharpening` field. */ sharpening?: Maybe; /** Checks for equality with the object’s `noiseReductionLuminance` field. */ noiseReductionLuminance?: Maybe; /** Checks for equality with the object’s `noiseReductionColor` field. */ noiseReductionColor?: Maybe; /** Checks for equality with the object’s `deletedAt` field. */ deletedAt?: Maybe; }; /** A filter to be used against `ImageCorrection` object types. All fields are combined with a logical ‘and.’ */ export declare type ImageCorrectionFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `nickname` field. */ nickname?: Maybe; /** Filter by the object’s `createdAt` field. */ createdAt?: Maybe; /** Filter by the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Filter by the object’s `name` field. */ name?: Maybe; /** Filter by the object’s `overlayOpacity` field. */ overlayOpacity?: Maybe; /** Filter by the object’s `temperature` field. */ temperature?: Maybe; /** Filter by the object’s `tint` field. */ tint?: Maybe; /** Filter by the object’s `exposure` field. */ exposure?: Maybe; /** Filter by the object’s `contrast` field. */ contrast?: Maybe; /** Filter by the object’s `shadows` field. */ shadows?: Maybe; /** Filter by the object’s `highlights` field. */ highlights?: Maybe; /** Filter by the object’s `whites` field. */ whites?: Maybe; /** Filter by the object’s `blacks` field. */ blacks?: Maybe; /** Filter by the object’s `clarity` field. */ clarity?: Maybe; /** Filter by the object’s `vibrance` field. */ vibrance?: Maybe; /** Filter by the object’s `saturation` field. */ saturation?: Maybe; /** Filter by the object’s `sharpening` field. */ sharpening?: Maybe; /** Filter by the object’s `noiseReductionLuminance` field. */ noiseReductionLuminance?: Maybe; /** Filter by the object’s `noiseReductionColor` field. */ noiseReductionColor?: Maybe; /** Filter by the object’s `deletedAt` field. */ deletedAt?: Maybe; /** Filter by the object’s `imagesConnection` relation. */ imagesConnection?: Maybe; /** Some related `imagesConnection` exist. */ imagesConnectionExist?: Maybe; /** Filter by the object’s `cloneOfRelationConnection` relation. */ cloneOfRelationConnection?: Maybe; /** Some related `cloneOfRelationConnection` exist. */ cloneOfRelationConnectionExist?: Maybe; /** Filter by the object’s `clonesRelationConnection` relation. */ clonesRelationConnection?: Maybe; /** Some related `clonesRelationConnection` exist. */ clonesRelationConnectionExist?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** The `imageCorrection` to be created by this mutation. */ export declare type ImageCorrectionFkeyImageCorrectionCreateInput = { id?: Maybe; nickname?: Maybe; name: Scalars['String']; overlayOpacity?: Maybe; temperature?: Maybe; tint?: Maybe; exposure?: Maybe; contrast?: Maybe; shadows?: Maybe; highlights?: Maybe; whites?: Maybe; blacks?: Maybe; clarity?: Maybe; vibrance?: Maybe; saturation?: Maybe; sharpening?: Maybe; noiseReductionLuminance?: Maybe; noiseReductionColor?: Maybe; images?: Maybe; cloneOfRelation?: Maybe<_ImageCorrectionCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_ImageCorrectionCloneOfIbfk2InverseInput>; }; /** Input for the nested mutation of `imageCorrection` in the `ImageInput` mutation. */ export declare type ImageCorrectionFkeyInput = { /** The primary key(s) for `imageCorrection` for the far side of the relationship. */ connectById?: Maybe; /** A `ImageCorrectionInput` object that will be created and connected to this object. */ create?: Maybe; }; /** Input for the nested mutation of `image` in the `ImageCorrectionInput` mutation. */ export declare type ImageCorrectionFkeyInverseInput = { /** The primary key(s) for `image` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `image` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** The fields on `imageCorrection` to look up the row to connect. */ export declare type ImageCorrectionImageCorrectionPkeyConnect = { id: Scalars['String']; }; /** The fields on `imageCorrection` to look up the row to delete. */ export declare type ImageCorrectionImageCorrectionPkeyDelete = { id: Scalars['String']; }; /** An input for mutations affecting `ImageCorrection` */ export declare type ImageCorrectionInput = { id?: Maybe; nickname?: Maybe; name: Scalars['String']; overlayOpacity?: Maybe; temperature?: Maybe; tint?: Maybe; exposure?: Maybe; contrast?: Maybe; shadows?: Maybe; highlights?: Maybe; whites?: Maybe; blacks?: Maybe; clarity?: Maybe; vibrance?: Maybe; saturation?: Maybe; sharpening?: Maybe; noiseReductionLuminance?: Maybe; noiseReductionColor?: Maybe; images?: Maybe; cloneOfRelation?: Maybe<_ImageCorrectionCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_ImageCorrectionCloneOfIbfk2InverseInput>; }; /** The fields on `imageCorrection` to look up the row to update. */ export declare type ImageCorrectionOnImageCorrectionCloneOfForImageCorrectionCloneOfIbfk1UsingImageCorrectionPkeyUpdate = { /** An object where the defined keys will be set on the `imageCorrection` being updated. */ patch: UpdateImageCorrectionOnImageCorrectionCloneOfForImageCorrectionCloneOfIbfk1Patch; id: Scalars['String']; }; /** The fields on `imageCorrection` to look up the row to update. */ export declare type ImageCorrectionOnImageCorrectionCloneOfForImageCorrectionCloneOfIbfk2UsingImageCorrectionPkeyUpdate = { /** An object where the defined keys will be set on the `imageCorrection` being updated. */ patch: UpdateImageCorrectionOnImageCorrectionCloneOfForImageCorrectionCloneOfIbfk2Patch; id: Scalars['String']; }; /** Represents an update to a `ImageCorrection`. Fields that are set will be updated. */ export declare type ImageCorrectionPatch = { nickname?: Maybe; name?: Maybe; overlayOpacity?: Maybe; temperature?: Maybe; tint?: Maybe; exposure?: Maybe; contrast?: Maybe; shadows?: Maybe; highlights?: Maybe; whites?: Maybe; blacks?: Maybe; clarity?: Maybe; vibrance?: Maybe; saturation?: Maybe; sharpening?: Maybe; noiseReductionLuminance?: Maybe; noiseReductionColor?: Maybe; images?: Maybe; cloneOfRelation?: Maybe<_ImageCorrectionCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_ImageCorrectionCloneOfIbfk2InverseInput>; }; /** A connection to a list of `ImageCorrection` values. */ export declare type ImageCorrectionsConnection = { __typename?: 'ImageCorrectionsConnection'; /** A list of `ImageCorrection` objects. */ nodes: Array>; /** A list of edges which contains the `ImageCorrection` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `ImageCorrection` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `ImageCorrection` edge in the connection. */ export declare type ImageCorrectionsEdge = { __typename?: 'ImageCorrectionsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `ImageCorrection` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `ImageCorrection`. */ export declare enum ImageCorrectionsOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", NicknameAsc = "NICKNAME_ASC", NicknameDesc = "NICKNAME_DESC", CreatedAtAsc = "CREATED_AT_ASC", CreatedAtDesc = "CREATED_AT_DESC", UpdatedAtAsc = "UPDATED_AT_ASC", UpdatedAtDesc = "UPDATED_AT_DESC", NameAsc = "NAME_ASC", NameDesc = "NAME_DESC", OverlayOpacityAsc = "OVERLAY_OPACITY_ASC", OverlayOpacityDesc = "OVERLAY_OPACITY_DESC", TemperatureAsc = "TEMPERATURE_ASC", TemperatureDesc = "TEMPERATURE_DESC", TintAsc = "TINT_ASC", TintDesc = "TINT_DESC", ExposureAsc = "EXPOSURE_ASC", ExposureDesc = "EXPOSURE_DESC", ContrastAsc = "CONTRAST_ASC", ContrastDesc = "CONTRAST_DESC", ShadowsAsc = "SHADOWS_ASC", ShadowsDesc = "SHADOWS_DESC", HighlightsAsc = "HIGHLIGHTS_ASC", HighlightsDesc = "HIGHLIGHTS_DESC", WhitesAsc = "WHITES_ASC", WhitesDesc = "WHITES_DESC", BlacksAsc = "BLACKS_ASC", BlacksDesc = "BLACKS_DESC", ClarityAsc = "CLARITY_ASC", ClarityDesc = "CLARITY_DESC", VibranceAsc = "VIBRANCE_ASC", VibranceDesc = "VIBRANCE_DESC", SaturationAsc = "SATURATION_ASC", SaturationDesc = "SATURATION_DESC", SharpeningAsc = "SHARPENING_ASC", SharpeningDesc = "SHARPENING_DESC", NoiseReductionLuminanceAsc = "NOISE_REDUCTION_LUMINANCE_ASC", NoiseReductionLuminanceDesc = "NOISE_REDUCTION_LUMINANCE_DESC", NoiseReductionColorAsc = "NOISE_REDUCTION_COLOR_ASC", NoiseReductionColorDesc = "NOISE_REDUCTION_COLOR_DESC", DeletedAtAsc = "DELETED_AT_ASC", DeletedAtDesc = "DELETED_AT_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", ImagesByCorrectionIdDoNotUseCountAsc = "IMAGES_BY_CORRECTION_ID_DO_NOT_USE__COUNT_ASC", ImagesByCorrectionIdDoNotUseCountDesc = "IMAGES_BY_CORRECTION_ID_DO_NOT_USE__COUNT_DESC", ImageCorrectionCloneovesByACountAsc = "IMAGE_CORRECTION_CLONEOVES_BY_A__COUNT_ASC", ImageCorrectionCloneovesByACountDesc = "IMAGE_CORRECTION_CLONEOVES_BY_A__COUNT_DESC", ImageCorrectionCloneovesByBCountAsc = "IMAGE_CORRECTION_CLONEOVES_BY_B__COUNT_ASC", ImageCorrectionCloneovesByBCountDesc = "IMAGE_CORRECTION_CLONEOVES_BY_B__COUNT_DESC" } /** A filter to be used against many `ImageCorrectionCloneOf` object types. All fields are combined with a logical ‘and.’ */ export declare type ImageCorrectionToManyImageCorrectionCloneOfFilter = { /** Every related `ImageCorrectionCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `ImageCorrectionCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `ImageCorrectionCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `Image` object types. All fields are combined with a logical ‘and.’ */ export declare type ImageCorrectionToManyImageFilter = { /** Every related `Image` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Image` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Image` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A connection to a list of `Execution` values, with data from `ExecutionImage`. */ export declare type ImageExecutionsConnectionManyToManyConnection = { __typename?: 'ImageExecutionsConnectionManyToManyConnection'; /** A list of `Execution` objects. */ nodes: Array>; /** A list of edges which contains the `Execution`, info from the `ExecutionImage`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Execution` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Execution` edge in the connection, with data from `ExecutionImage`. */ export declare type ImageExecutionsConnectionManyToManyEdge = { __typename?: 'ImageExecutionsConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Execution` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `ExecutionImage`. */ imageRelationConnection: ExecutionImagesConnection; /** Reads and enables pagination through a set of `ExecutionImage`. */ imageRelation: Array; }; /** A `Execution` edge in the connection, with data from `ExecutionImage`. */ export declare type ImageExecutionsConnectionManyToManyEdgeImageRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Execution` edge in the connection, with data from `ExecutionImage`. */ export declare type ImageExecutionsConnectionManyToManyEdgeImageRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** Input for the nested mutation of `file` in the `ImageInput` mutation. */ export declare type ImageFileFkeyInput = { /** The primary key(s) for `file` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `image` in the `FileInput` mutation. */ export declare type ImageFileFkeyInverseInput = { /** The primary key(s) for `image` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `image` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** A filter to be used against `Image` object types. All fields are combined with a logical ‘and.’ */ export declare type ImageFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `createdAt` field. */ createdAt?: Maybe; /** Filter by the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Filter by the object’s `metaData` field. */ metaData?: Maybe; /** Filter by the object’s `valid` field. */ valid?: Maybe; /** Filter by the object’s `fallbackData` field. */ fallbackData?: Maybe; /** Filter by the object’s `index` field. */ index?: Maybe; /** Filter by the object’s `width` field. */ width?: Maybe; /** Filter by the object’s `height` field. */ height?: Maybe; /** Filter by the object’s `distance` field. */ distance?: Maybe; /** Filter by the object’s `cameraFieldOfViewVertical` field. */ cameraFieldOfViewVertical?: Maybe; /** Filter by the object’s `cameraFieldOfViewHorizontal` field. */ cameraFieldOfViewHorizontal?: Maybe; /** Filter by the object’s `cameraShutterSpeed` field. */ cameraShutterSpeed?: Maybe; /** Filter by the object’s `cameraAperture` field. */ cameraAperture?: Maybe; /** Filter by the object’s `cameraModel` field. */ cameraModel?: Maybe; /** Filter by the object’s `cameraLensModel` field. */ cameraLensModel?: Maybe; /** Filter by the object’s `cameraLensMake` field. */ cameraLensMake?: Maybe; /** Filter by the object’s `cameraMake` field. */ cameraMake?: Maybe; /** Filter by the object’s `description` field. */ description?: Maybe; /** Filter by the object’s `distanceGradientVertical` field. */ distanceGradientVertical?: Maybe; /** Filter by the object’s `cameraIso` field. */ cameraIso?: Maybe; /** Filter by the object’s `distanceGradientHorizontal` field. */ distanceGradientHorizontal?: Maybe; /** Filter by the object’s `capturedAt` field. */ capturedAt?: Maybe; /** Filter by the object’s `deletedAt` field. */ deletedAt?: Maybe; /** Filter by the object’s `cloneOf` field. */ cloneOf?: Maybe; /** Filter by the object’s `segmentationsConnection` relation. */ segmentationsConnection?: Maybe; /** Some related `segmentationsConnection` exist. */ segmentationsConnectionExist?: Maybe; /** Filter by the object’s `structuresRelationConnection` relation. */ structuresRelationConnection?: Maybe; /** Some related `structuresRelationConnection` exist. */ structuresRelationConnectionExist?: Maybe; /** Filter by the object’s `cloneOfRelation` relation. */ cloneOfRelation?: Maybe; /** A related `cloneOfRelation` exists. */ cloneOfRelationExists?: Maybe; /** Filter by the object’s `clonesRelationConnection` relation. */ clonesRelationConnection?: Maybe; /** Some related `clonesRelationConnection` exist. */ clonesRelationConnectionExist?: Maybe; /** Filter by the object’s `detectionsConnection` relation. */ detectionsConnection?: Maybe; /** Some related `detectionsConnection` exist. */ detectionsConnectionExist?: Maybe; /** Filter by the object’s `classificationsConnection` relation. */ classificationsConnection?: Maybe; /** Some related `classificationsConnection` exist. */ classificationsConnectionExist?: Maybe; /** Filter by the object’s `commentsConnection` relation. */ commentsConnection?: Maybe; /** Some related `commentsConnection` exist. */ commentsConnectionExist?: Maybe; /** Filter by the object’s `planRelationConnection` relation. */ planRelationConnection?: Maybe; /** Some related `planRelationConnection` exist. */ planRelationConnectionExist?: Maybe; /** Filter by the object’s `executionRelationConnection` relation. */ executionRelationConnection?: Maybe; /** Some related `executionRelationConnection` exist. */ executionRelationConnectionExist?: Maybe; /** Filter by the object’s `file` relation. */ file?: Maybe; /** A related `file` exists. */ fileExists?: Maybe; /** Filter by the object’s `mission` relation. */ mission?: Maybe; /** A related `mission` exists. */ missionExists?: Maybe; /** Filter by the object’s `location` relation. */ location?: Maybe; /** A related `location` exists. */ locationExists?: Maybe; /** Filter by the object’s `correction` relation. */ correction?: Maybe; /** A related `correction` exists. */ correctionExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** The fields on `image` to look up the row to connect. */ export declare type ImageImageLocationKeyConnect = { locationIdDoNotUse: Scalars['String']; }; /** The fields on `image` to look up the row to delete. */ export declare type ImageImageLocationKeyDelete = { locationIdDoNotUse: Scalars['String']; }; /** The fields on `image` to look up the row to connect. */ export declare type ImageImagePkeyConnect = { id: Scalars['String']; }; /** The fields on `image` to look up the row to delete. */ export declare type ImageImagePkeyDelete = { id: Scalars['String']; }; /** An input for mutations affecting `Image` */ export declare type ImageInput = { id?: Maybe; metaData?: Maybe; valid?: Maybe; fallbackData?: Maybe; index?: Maybe; width?: Maybe; height?: Maybe; distance?: Maybe; cameraFieldOfViewVertical?: Maybe; cameraFieldOfViewHorizontal?: Maybe; cameraShutterSpeed?: Maybe; cameraAperture?: Maybe; cameraModel?: Maybe; cameraLensModel?: Maybe; cameraLensMake?: Maybe; cameraMake?: Maybe; description?: Maybe; distanceGradientVertical?: Maybe; cameraIso?: Maybe; distanceGradientHorizontal?: Maybe; capturedAt?: Maybe; file?: Maybe; mission?: Maybe; location?: Maybe; correction?: Maybe; segmentations?: Maybe; structuresRelation?: Maybe<_StructureImagesIbfk1InverseInput>; cloneOfRelation?: Maybe<_ImageCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_ImageCloneOfIbfk2InverseInput>; detections?: Maybe; classifications?: Maybe; comments?: Maybe; planRelation?: Maybe<_PlanImageImageIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionImageImageIdFkeyInverseInput>; }; /** Input for the nested mutation of `location` in the `ImageInput` mutation. */ export declare type ImageLocationFkeyInput = { /** The primary key(s) for `location` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `image` in the `LocationInput` mutation. */ export declare type ImageLocationFkeyInverseInput = { /** The primary key(s) for `image` for the far side of the relationship. */ connectById?: Maybe; /** Flag indicating whether all other `image` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** Input for the nested mutation of `missionExecution` in the `ImageInput` mutation. */ export declare type ImageMissionFkeyInput = { /** The primary key(s) for `missionExecution` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `image` in the `MissionExecutionInput` mutation. */ export declare type ImageMissionFkeyInverseInput = { /** The primary key(s) for `image` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `image` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** The fields on `image` to look up the row to update. */ export declare type ImageOnExecutionImageForExecutionImageImageIdFkeyUsingImageLocationKeyUpdate = { /** An object where the defined keys will be set on the `image` being updated. */ patch: UpdateImageOnExecutionImageForExecutionImageImageIdFkeyPatch; }; /** The fields on `image` to look up the row to update. */ export declare type ImageOnExecutionImageForExecutionImageImageIdFkeyUsingImagePkeyUpdate = { /** An object where the defined keys will be set on the `image` being updated. */ patch: UpdateImageOnExecutionImageForExecutionImageImageIdFkeyPatch; id: Scalars['String']; }; /** The fields on `image` to look up the row to update. */ export declare type ImageOnImageCloneOfForImageCloneOfIbfk1UsingImageLocationKeyUpdate = { /** An object where the defined keys will be set on the `image` being updated. */ patch: UpdateImageOnImageCloneOfForImageCloneOfIbfk1Patch; }; /** The fields on `image` to look up the row to update. */ export declare type ImageOnImageCloneOfForImageCloneOfIbfk1UsingImagePkeyUpdate = { /** An object where the defined keys will be set on the `image` being updated. */ patch: UpdateImageOnImageCloneOfForImageCloneOfIbfk1Patch; id: Scalars['String']; }; /** The fields on `image` to look up the row to update. */ export declare type ImageOnImageCloneOfForImageCloneOfIbfk2UsingImageLocationKeyUpdate = { /** An object where the defined keys will be set on the `image` being updated. */ patch: UpdateImageOnImageCloneOfForImageCloneOfIbfk2Patch; }; /** The fields on `image` to look up the row to update. */ export declare type ImageOnImageCloneOfForImageCloneOfIbfk2UsingImagePkeyUpdate = { /** An object where the defined keys will be set on the `image` being updated. */ patch: UpdateImageOnImageCloneOfForImageCloneOfIbfk2Patch; id: Scalars['String']; }; /** The fields on `image` to look up the row to update. */ export declare type ImageOnPlanImageForPlanImageImageIdFkeyUsingImageLocationKeyUpdate = { /** An object where the defined keys will be set on the `image` being updated. */ patch: UpdateImageOnPlanImageForPlanImageImageIdFkeyPatch; }; /** The fields on `image` to look up the row to update. */ export declare type ImageOnPlanImageForPlanImageImageIdFkeyUsingImagePkeyUpdate = { /** An object where the defined keys will be set on the `image` being updated. */ patch: UpdateImageOnPlanImageForPlanImageImageIdFkeyPatch; id: Scalars['String']; }; /** Represents an update to a `Image`. Fields that are set will be updated. */ export declare type ImagePatch = { metaData?: Maybe; valid?: Maybe; fallbackData?: Maybe; index?: Maybe; width?: Maybe; height?: Maybe; distance?: Maybe; cameraFieldOfViewVertical?: Maybe; cameraFieldOfViewHorizontal?: Maybe; cameraShutterSpeed?: Maybe; cameraAperture?: Maybe; cameraModel?: Maybe; cameraLensModel?: Maybe; cameraLensMake?: Maybe; cameraMake?: Maybe; description?: Maybe; distanceGradientVertical?: Maybe; cameraIso?: Maybe; distanceGradientHorizontal?: Maybe; capturedAt?: Maybe; file?: Maybe; mission?: Maybe; location?: Maybe; correction?: Maybe; segmentations?: Maybe; structuresRelation?: Maybe<_StructureImagesIbfk1InverseInput>; cloneOfRelation?: Maybe<_ImageCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_ImageCloneOfIbfk2InverseInput>; detections?: Maybe; classifications?: Maybe; comments?: Maybe; planRelation?: Maybe<_PlanImageImageIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionImageImageIdFkeyInverseInput>; }; /** A connection to a list of `Plan` values, with data from `PlanImage`. */ export declare type ImagePlansConnectionManyToManyConnection = { __typename?: 'ImagePlansConnectionManyToManyConnection'; /** A list of `Plan` objects. */ nodes: Array>; /** A list of edges which contains the `Plan`, info from the `PlanImage`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Plan` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Plan` edge in the connection, with data from `PlanImage`. */ export declare type ImagePlansConnectionManyToManyEdge = { __typename?: 'ImagePlansConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Plan` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `PlanImage`. */ imageRelationConnection: PlanImagesConnection; /** Reads and enables pagination through a set of `PlanImage`. */ imageRelation: Array; }; /** A `Plan` edge in the connection, with data from `PlanImage`. */ export declare type ImagePlansConnectionManyToManyEdgeImageRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Plan` edge in the connection, with data from `PlanImage`. */ export declare type ImagePlansConnectionManyToManyEdgeImageRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A connection to a list of `Image` values. */ export declare type ImagesConnection = { __typename?: 'ImagesConnection'; /** A list of `Image` objects. */ nodes: Array>; /** A list of edges which contains the `Image` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Image` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Image` edge in the connection. */ export declare type ImagesEdge = { __typename?: 'ImagesEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Image` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `Image`. */ export declare enum ImagesOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", CreatedAtAsc = "CREATED_AT_ASC", CreatedAtDesc = "CREATED_AT_DESC", UpdatedAtAsc = "UPDATED_AT_ASC", UpdatedAtDesc = "UPDATED_AT_DESC", MetaDataAsc = "META_DATA_ASC", MetaDataDesc = "META_DATA_DESC", ValidAsc = "VALID_ASC", ValidDesc = "VALID_DESC", FallbackDataAsc = "FALLBACK_DATA_ASC", FallbackDataDesc = "FALLBACK_DATA_DESC", IndexAsc = "INDEX_ASC", IndexDesc = "INDEX_DESC", WidthAsc = "WIDTH_ASC", WidthDesc = "WIDTH_DESC", HeightAsc = "HEIGHT_ASC", HeightDesc = "HEIGHT_DESC", DistanceAsc = "DISTANCE_ASC", DistanceDesc = "DISTANCE_DESC", CameraFieldOfViewVerticalAsc = "CAMERA_FIELD_OF_VIEW_VERTICAL_ASC", CameraFieldOfViewVerticalDesc = "CAMERA_FIELD_OF_VIEW_VERTICAL_DESC", CameraFieldOfViewHorizontalAsc = "CAMERA_FIELD_OF_VIEW_HORIZONTAL_ASC", CameraFieldOfViewHorizontalDesc = "CAMERA_FIELD_OF_VIEW_HORIZONTAL_DESC", CameraShutterSpeedAsc = "CAMERA_SHUTTER_SPEED_ASC", CameraShutterSpeedDesc = "CAMERA_SHUTTER_SPEED_DESC", CameraApertureAsc = "CAMERA_APERTURE_ASC", CameraApertureDesc = "CAMERA_APERTURE_DESC", CameraModelAsc = "CAMERA_MODEL_ASC", CameraModelDesc = "CAMERA_MODEL_DESC", CameraLensModelAsc = "CAMERA_LENS_MODEL_ASC", CameraLensModelDesc = "CAMERA_LENS_MODEL_DESC", CameraLensMakeAsc = "CAMERA_LENS_MAKE_ASC", CameraLensMakeDesc = "CAMERA_LENS_MAKE_DESC", CameraMakeAsc = "CAMERA_MAKE_ASC", CameraMakeDesc = "CAMERA_MAKE_DESC", DescriptionAsc = "DESCRIPTION_ASC", DescriptionDesc = "DESCRIPTION_DESC", DistanceGradientVerticalAsc = "DISTANCE_GRADIENT_VERTICAL_ASC", DistanceGradientVerticalDesc = "DISTANCE_GRADIENT_VERTICAL_DESC", CameraIsoAsc = "CAMERA_ISO_ASC", CameraIsoDesc = "CAMERA_ISO_DESC", DistanceGradientHorizontalAsc = "DISTANCE_GRADIENT_HORIZONTAL_ASC", DistanceGradientHorizontalDesc = "DISTANCE_GRADIENT_HORIZONTAL_DESC", CapturedAtAsc = "CAPTURED_AT_ASC", CapturedAtDesc = "CAPTURED_AT_DESC", DeletedAtAsc = "DELETED_AT_ASC", DeletedAtDesc = "DELETED_AT_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", FileByFileIdDoNotUseIdAsc = "FILE_BY_FILE_ID_DO_NOT_USE__ID_ASC", FileByFileIdDoNotUseIdDesc = "FILE_BY_FILE_ID_DO_NOT_USE__ID_DESC", FileByFileIdDoNotUseNicknameAsc = "FILE_BY_FILE_ID_DO_NOT_USE__NICKNAME_ASC", FileByFileIdDoNotUseNicknameDesc = "FILE_BY_FILE_ID_DO_NOT_USE__NICKNAME_DESC", FileByFileIdDoNotUseNameAsc = "FILE_BY_FILE_ID_DO_NOT_USE__NAME_ASC", FileByFileIdDoNotUseNameDesc = "FILE_BY_FILE_ID_DO_NOT_USE__NAME_DESC", FileByFileIdDoNotUseCreatedAtAsc = "FILE_BY_FILE_ID_DO_NOT_USE__CREATED_AT_ASC", FileByFileIdDoNotUseCreatedAtDesc = "FILE_BY_FILE_ID_DO_NOT_USE__CREATED_AT_DESC", FileByFileIdDoNotUseUpdatedAtAsc = "FILE_BY_FILE_ID_DO_NOT_USE__UPDATED_AT_ASC", FileByFileIdDoNotUseUpdatedAtDesc = "FILE_BY_FILE_ID_DO_NOT_USE__UPDATED_AT_DESC", FileByFileIdDoNotUseContentTypeAsc = "FILE_BY_FILE_ID_DO_NOT_USE__CONTENT_TYPE_ASC", FileByFileIdDoNotUseContentTypeDesc = "FILE_BY_FILE_ID_DO_NOT_USE__CONTENT_TYPE_DESC", FileByFileIdDoNotUseSecretAsc = "FILE_BY_FILE_ID_DO_NOT_USE__SECRET_ASC", FileByFileIdDoNotUseSecretDesc = "FILE_BY_FILE_ID_DO_NOT_USE__SECRET_DESC", FileByFileIdDoNotUseSizeAsc = "FILE_BY_FILE_ID_DO_NOT_USE__SIZE_ASC", FileByFileIdDoNotUseSizeDesc = "FILE_BY_FILE_ID_DO_NOT_USE__SIZE_DESC", FileByFileIdDoNotUseUrlAsc = "FILE_BY_FILE_ID_DO_NOT_USE__URL_ASC", FileByFileIdDoNotUseUrlDesc = "FILE_BY_FILE_ID_DO_NOT_USE__URL_DESC", FileByFileIdDoNotUseDeletedAtAsc = "FILE_BY_FILE_ID_DO_NOT_USE__DELETED_AT_ASC", FileByFileIdDoNotUseDeletedAtDesc = "FILE_BY_FILE_ID_DO_NOT_USE__DELETED_AT_DESC", MissionExecutionByMissionIdDoNotUseIdAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__ID_ASC", MissionExecutionByMissionIdDoNotUseIdDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__ID_DESC", MissionExecutionByMissionIdDoNotUseNicknameAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__NICKNAME_ASC", MissionExecutionByMissionIdDoNotUseNicknameDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__NICKNAME_DESC", MissionExecutionByMissionIdDoNotUseCreatedAtAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__CREATED_AT_ASC", MissionExecutionByMissionIdDoNotUseCreatedAtDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__CREATED_AT_DESC", MissionExecutionByMissionIdDoNotUseUpdatedAtAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__UPDATED_AT_ASC", MissionExecutionByMissionIdDoNotUseUpdatedAtDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__UPDATED_AT_DESC", MissionExecutionByMissionIdDoNotUseExecutionAtAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__EXECUTION_AT_ASC", MissionExecutionByMissionIdDoNotUseExecutionAtDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__EXECUTION_AT_DESC", MissionExecutionByMissionIdDoNotUseInspectionAtAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__INSPECTION_AT_ASC", MissionExecutionByMissionIdDoNotUseInspectionAtDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__INSPECTION_AT_DESC", MissionExecutionByMissionIdDoNotUseExpertValidationAtAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__EXPERT_VALIDATION_AT_ASC", MissionExecutionByMissionIdDoNotUseExpertValidationAtDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__EXPERT_VALIDATION_AT_DESC", MissionExecutionByMissionIdDoNotUseTrajectoryAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__TRAJECTORY_ASC", MissionExecutionByMissionIdDoNotUseTrajectoryDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__TRAJECTORY_DESC", MissionExecutionByMissionIdDoNotUseParametersAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__PARAMETERS_ASC", MissionExecutionByMissionIdDoNotUseParametersDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__PARAMETERS_DESC", MissionExecutionByMissionIdDoNotUseDeletedAtAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__DELETED_AT_ASC", MissionExecutionByMissionIdDoNotUseDeletedAtDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__DELETED_AT_DESC", LocationByLocationIdDoNotUseIdAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__ID_ASC", LocationByLocationIdDoNotUseIdDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__ID_DESC", LocationByLocationIdDoNotUseNicknameAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__NICKNAME_ASC", LocationByLocationIdDoNotUseNicknameDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__NICKNAME_DESC", LocationByLocationIdDoNotUseErrorRadiusAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__ERROR_RADIUS_ASC", LocationByLocationIdDoNotUseErrorRadiusDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__ERROR_RADIUS_DESC", LocationByLocationIdDoNotUseNameAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__NAME_ASC", LocationByLocationIdDoNotUseNameDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__NAME_DESC", LocationByLocationIdDoNotUseLatitudeAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__LATITUDE_ASC", LocationByLocationIdDoNotUseLatitudeDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__LATITUDE_DESC", LocationByLocationIdDoNotUseLongitudeAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__LONGITUDE_ASC", LocationByLocationIdDoNotUseLongitudeDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__LONGITUDE_DESC", LocationByLocationIdDoNotUseAltitudeAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__ALTITUDE_ASC", LocationByLocationIdDoNotUseAltitudeDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__ALTITUDE_DESC", LocationByLocationIdDoNotUseRollAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__ROLL_ASC", LocationByLocationIdDoNotUseRollDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__ROLL_DESC", LocationByLocationIdDoNotUsePitchAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__PITCH_ASC", LocationByLocationIdDoNotUsePitchDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__PITCH_DESC", LocationByLocationIdDoNotUseYawAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__YAW_ASC", LocationByLocationIdDoNotUseYawDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__YAW_DESC", LocationByLocationIdDoNotUsePositionAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__POSITION_ASC", LocationByLocationIdDoNotUsePositionDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__POSITION_DESC", LocationByLocationIdDoNotUseOldGeometryAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__OLD_GEOMETRY_ASC", LocationByLocationIdDoNotUseOldGeometryDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__OLD_GEOMETRY_DESC", LocationByLocationIdDoNotUseUpdatedAtAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__UPDATED_AT_ASC", LocationByLocationIdDoNotUseUpdatedAtDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__UPDATED_AT_DESC", LocationByLocationIdDoNotUseCreatedAtAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__CREATED_AT_ASC", LocationByLocationIdDoNotUseCreatedAtDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__CREATED_AT_DESC", LocationByLocationIdDoNotUseGeoPoint2DAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__GEO_POINT2_D_ASC", LocationByLocationIdDoNotUseGeoPoint2DDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__GEO_POINT2_D_DESC", LocationByLocationIdDoNotUseGeoPoint3DAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__GEO_POINT3_D_ASC", LocationByLocationIdDoNotUseGeoPoint3DDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__GEO_POINT3_D_DESC", LocationByLocationIdDoNotUseDeletedAtAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__DELETED_AT_ASC", LocationByLocationIdDoNotUseDeletedAtDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__DELETED_AT_DESC", LocationByLocationIdDoNotUseGeometry3DAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__GEOMETRY3_D_ASC", LocationByLocationIdDoNotUseGeometry3DDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__GEOMETRY3_D_DESC", LocationByLocationIdDoNotUseGeometry2DAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__GEOMETRY2_D_ASC", LocationByLocationIdDoNotUseGeometry2DDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__GEOMETRY2_D_DESC", ImageCorrectionByCorrectionIdDoNotUseIdAsc = "IMAGE_CORRECTION_BY_CORRECTION_ID_DO_NOT_USE__ID_ASC", ImageCorrectionByCorrectionIdDoNotUseIdDesc = "IMAGE_CORRECTION_BY_CORRECTION_ID_DO_NOT_USE__ID_DESC", ImageCorrectionByCorrectionIdDoNotUseNicknameAsc = "IMAGE_CORRECTION_BY_CORRECTION_ID_DO_NOT_USE__NICKNAME_ASC", ImageCorrectionByCorrectionIdDoNotUseNicknameDesc = "IMAGE_CORRECTION_BY_CORRECTION_ID_DO_NOT_USE__NICKNAME_DESC", ImageCorrectionByCorrectionIdDoNotUseCreatedAtAsc = "IMAGE_CORRECTION_BY_CORRECTION_ID_DO_NOT_USE__CREATED_AT_ASC", ImageCorrectionByCorrectionIdDoNotUseCreatedAtDesc = "IMAGE_CORRECTION_BY_CORRECTION_ID_DO_NOT_USE__CREATED_AT_DESC", ImageCorrectionByCorrectionIdDoNotUseUpdatedAtAsc = "IMAGE_CORRECTION_BY_CORRECTION_ID_DO_NOT_USE__UPDATED_AT_ASC", ImageCorrectionByCorrectionIdDoNotUseUpdatedAtDesc = "IMAGE_CORRECTION_BY_CORRECTION_ID_DO_NOT_USE__UPDATED_AT_DESC", ImageCorrectionByCorrectionIdDoNotUseNameAsc = "IMAGE_CORRECTION_BY_CORRECTION_ID_DO_NOT_USE__NAME_ASC", ImageCorrectionByCorrectionIdDoNotUseNameDesc = "IMAGE_CORRECTION_BY_CORRECTION_ID_DO_NOT_USE__NAME_DESC", ImageCorrectionByCorrectionIdDoNotUseOverlayOpacityAsc = "IMAGE_CORRECTION_BY_CORRECTION_ID_DO_NOT_USE__OVERLAY_OPACITY_ASC", ImageCorrectionByCorrectionIdDoNotUseOverlayOpacityDesc = "IMAGE_CORRECTION_BY_CORRECTION_ID_DO_NOT_USE__OVERLAY_OPACITY_DESC", ImageCorrectionByCorrectionIdDoNotUseTemperatureAsc = "IMAGE_CORRECTION_BY_CORRECTION_ID_DO_NOT_USE__TEMPERATURE_ASC", ImageCorrectionByCorrectionIdDoNotUseTemperatureDesc = "IMAGE_CORRECTION_BY_CORRECTION_ID_DO_NOT_USE__TEMPERATURE_DESC", ImageCorrectionByCorrectionIdDoNotUseTintAsc = "IMAGE_CORRECTION_BY_CORRECTION_ID_DO_NOT_USE__TINT_ASC", ImageCorrectionByCorrectionIdDoNotUseTintDesc = "IMAGE_CORRECTION_BY_CORRECTION_ID_DO_NOT_USE__TINT_DESC", ImageCorrectionByCorrectionIdDoNotUseExposureAsc = "IMAGE_CORRECTION_BY_CORRECTION_ID_DO_NOT_USE__EXPOSURE_ASC", ImageCorrectionByCorrectionIdDoNotUseExposureDesc = "IMAGE_CORRECTION_BY_CORRECTION_ID_DO_NOT_USE__EXPOSURE_DESC", ImageCorrectionByCorrectionIdDoNotUseContrastAsc = "IMAGE_CORRECTION_BY_CORRECTION_ID_DO_NOT_USE__CONTRAST_ASC", ImageCorrectionByCorrectionIdDoNotUseContrastDesc = "IMAGE_CORRECTION_BY_CORRECTION_ID_DO_NOT_USE__CONTRAST_DESC", ImageCorrectionByCorrectionIdDoNotUseShadowsAsc = "IMAGE_CORRECTION_BY_CORRECTION_ID_DO_NOT_USE__SHADOWS_ASC", ImageCorrectionByCorrectionIdDoNotUseShadowsDesc = "IMAGE_CORRECTION_BY_CORRECTION_ID_DO_NOT_USE__SHADOWS_DESC", ImageCorrectionByCorrectionIdDoNotUseHighlightsAsc = "IMAGE_CORRECTION_BY_CORRECTION_ID_DO_NOT_USE__HIGHLIGHTS_ASC", ImageCorrectionByCorrectionIdDoNotUseHighlightsDesc = "IMAGE_CORRECTION_BY_CORRECTION_ID_DO_NOT_USE__HIGHLIGHTS_DESC", ImageCorrectionByCorrectionIdDoNotUseWhitesAsc = "IMAGE_CORRECTION_BY_CORRECTION_ID_DO_NOT_USE__WHITES_ASC", ImageCorrectionByCorrectionIdDoNotUseWhitesDesc = "IMAGE_CORRECTION_BY_CORRECTION_ID_DO_NOT_USE__WHITES_DESC", ImageCorrectionByCorrectionIdDoNotUseBlacksAsc = "IMAGE_CORRECTION_BY_CORRECTION_ID_DO_NOT_USE__BLACKS_ASC", ImageCorrectionByCorrectionIdDoNotUseBlacksDesc = "IMAGE_CORRECTION_BY_CORRECTION_ID_DO_NOT_USE__BLACKS_DESC", ImageCorrectionByCorrectionIdDoNotUseClarityAsc = "IMAGE_CORRECTION_BY_CORRECTION_ID_DO_NOT_USE__CLARITY_ASC", ImageCorrectionByCorrectionIdDoNotUseClarityDesc = "IMAGE_CORRECTION_BY_CORRECTION_ID_DO_NOT_USE__CLARITY_DESC", ImageCorrectionByCorrectionIdDoNotUseVibranceAsc = "IMAGE_CORRECTION_BY_CORRECTION_ID_DO_NOT_USE__VIBRANCE_ASC", ImageCorrectionByCorrectionIdDoNotUseVibranceDesc = "IMAGE_CORRECTION_BY_CORRECTION_ID_DO_NOT_USE__VIBRANCE_DESC", ImageCorrectionByCorrectionIdDoNotUseSaturationAsc = "IMAGE_CORRECTION_BY_CORRECTION_ID_DO_NOT_USE__SATURATION_ASC", ImageCorrectionByCorrectionIdDoNotUseSaturationDesc = "IMAGE_CORRECTION_BY_CORRECTION_ID_DO_NOT_USE__SATURATION_DESC", ImageCorrectionByCorrectionIdDoNotUseSharpeningAsc = "IMAGE_CORRECTION_BY_CORRECTION_ID_DO_NOT_USE__SHARPENING_ASC", ImageCorrectionByCorrectionIdDoNotUseSharpeningDesc = "IMAGE_CORRECTION_BY_CORRECTION_ID_DO_NOT_USE__SHARPENING_DESC", ImageCorrectionByCorrectionIdDoNotUseNoiseReductionLuminanceAsc = "IMAGE_CORRECTION_BY_CORRECTION_ID_DO_NOT_USE__NOISE_REDUCTION_LUMINANCE_ASC", ImageCorrectionByCorrectionIdDoNotUseNoiseReductionLuminanceDesc = "IMAGE_CORRECTION_BY_CORRECTION_ID_DO_NOT_USE__NOISE_REDUCTION_LUMINANCE_DESC", ImageCorrectionByCorrectionIdDoNotUseNoiseReductionColorAsc = "IMAGE_CORRECTION_BY_CORRECTION_ID_DO_NOT_USE__NOISE_REDUCTION_COLOR_ASC", ImageCorrectionByCorrectionIdDoNotUseNoiseReductionColorDesc = "IMAGE_CORRECTION_BY_CORRECTION_ID_DO_NOT_USE__NOISE_REDUCTION_COLOR_DESC", ImageCorrectionByCorrectionIdDoNotUseDeletedAtAsc = "IMAGE_CORRECTION_BY_CORRECTION_ID_DO_NOT_USE__DELETED_AT_ASC", ImageCorrectionByCorrectionIdDoNotUseDeletedAtDesc = "IMAGE_CORRECTION_BY_CORRECTION_ID_DO_NOT_USE__DELETED_AT_DESC", SegmentationsByImageIdDoNotUseCountAsc = "SEGMENTATIONS_BY_IMAGE_ID_DO_NOT_USE__COUNT_ASC", SegmentationsByImageIdDoNotUseCountDesc = "SEGMENTATIONS_BY_IMAGE_ID_DO_NOT_USE__COUNT_DESC", StructureImagesByACountAsc = "STRUCTURE_IMAGES_BY_A__COUNT_ASC", StructureImagesByACountDesc = "STRUCTURE_IMAGES_BY_A__COUNT_DESC", ImageCloneOfByAAAsc = "IMAGE_CLONE_OF_BY_A__A_ASC", ImageCloneOfByAADesc = "IMAGE_CLONE_OF_BY_A__A_DESC", ImageCloneOfByABAsc = "IMAGE_CLONE_OF_BY_A__B_ASC", ImageCloneOfByABDesc = "IMAGE_CLONE_OF_BY_A__B_DESC", ImageCloneovesByBCountAsc = "IMAGE_CLONEOVES_BY_B__COUNT_ASC", ImageCloneovesByBCountDesc = "IMAGE_CLONEOVES_BY_B__COUNT_DESC", DetectionsByImageIdDoNotUseCountAsc = "DETECTIONS_BY_IMAGE_ID_DO_NOT_USE__COUNT_ASC", DetectionsByImageIdDoNotUseCountDesc = "DETECTIONS_BY_IMAGE_ID_DO_NOT_USE__COUNT_DESC", ClassificationsByImageIdDoNotUseCountAsc = "CLASSIFICATIONS_BY_IMAGE_ID_DO_NOT_USE__COUNT_ASC", ClassificationsByImageIdDoNotUseCountDesc = "CLASSIFICATIONS_BY_IMAGE_ID_DO_NOT_USE__COUNT_DESC", CommentsByAboutImageIdDoNotUseCountAsc = "COMMENTS_BY_ABOUT_IMAGE_ID_DO_NOT_USE__COUNT_ASC", CommentsByAboutImageIdDoNotUseCountDesc = "COMMENTS_BY_ABOUT_IMAGE_ID_DO_NOT_USE__COUNT_DESC", PlanImagesByImageIdCountAsc = "PLAN_IMAGES_BY_IMAGE_ID__COUNT_ASC", PlanImagesByImageIdCountDesc = "PLAN_IMAGES_BY_IMAGE_ID__COUNT_DESC", ExecutionImagesByImageIdCountAsc = "EXECUTION_IMAGES_BY_IMAGE_ID__COUNT_ASC", ExecutionImagesByImageIdCountDesc = "EXECUTION_IMAGES_BY_IMAGE_ID__COUNT_DESC" } /** A connection to a list of `Structure` values, with data from `StructureImage`. */ export declare type ImageStructuresConnectionManyToManyConnection = { __typename?: 'ImageStructuresConnectionManyToManyConnection'; /** A list of `Structure` objects. */ nodes: Array>; /** A list of edges which contains the `Structure`, info from the `StructureImage`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Structure` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Structure` edge in the connection, with data from `StructureImage`. */ export declare type ImageStructuresConnectionManyToManyEdge = { __typename?: 'ImageStructuresConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Structure` at the end of the edge. */ node?: Maybe; }; /** A filter to be used against many `Classification` object types. All fields are combined with a logical ‘and.’ */ export declare type ImageToManyClassificationFilter = { /** Every related `Classification` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Classification` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Classification` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `Comment` object types. All fields are combined with a logical ‘and.’ */ export declare type ImageToManyCommentFilter = { /** Every related `Comment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Comment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Comment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `Detection` object types. All fields are combined with a logical ‘and.’ */ export declare type ImageToManyDetectionFilter = { /** Every related `Detection` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Detection` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Detection` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `ExecutionImage` object types. All fields are combined with a logical ‘and.’ */ export declare type ImageToManyExecutionImageFilter = { /** Every related `ExecutionImage` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `ExecutionImage` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `ExecutionImage` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `ImageCloneOf` object types. All fields are combined with a logical ‘and.’ */ export declare type ImageToManyImageCloneOfFilter = { /** Every related `ImageCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `ImageCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `ImageCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `PlanImage` object types. All fields are combined with a logical ‘and.’ */ export declare type ImageToManyPlanImageFilter = { /** Every related `PlanImage` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `PlanImage` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `PlanImage` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `Segmentation` object types. All fields are combined with a logical ‘and.’ */ export declare type ImageToManySegmentationFilter = { /** Every related `Segmentation` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Segmentation` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Segmentation` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `StructureImage` object types. All fields are combined with a logical ‘and.’ */ export declare type ImageToManyStructureImageFilter = { /** Every related `StructureImage` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `StructureImage` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `StructureImage` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** All input for the `impersonateUser` mutation. */ export declare type ImpersonateUserInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; email: Scalars['String']; }; /** The output of our `impersonateUser` mutation. */ export declare type ImpersonateUserPayload = { __typename?: 'ImpersonateUserPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; jwtUserToken?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; }; /** A filter to be used against Int fields. All fields are combined with a logical ‘and.’ */ export declare type IntFilter = { /** Is null (if `true` is specified) or is not null (if `false` is specified). */ isNull?: Maybe; /** Equal to the specified value. */ equalTo?: Maybe; /** Not equal to the specified value. */ notEqualTo?: Maybe; /** Not equal to the specified value, treating null like an ordinary value. */ distinctFrom?: Maybe; /** Equal to the specified value, treating null like an ordinary value. */ notDistinctFrom?: Maybe; /** Included in the specified list. */ in?: Maybe>; /** Not included in the specified list. */ notIn?: Maybe>; /** Less than the specified value. */ lessThan?: Maybe; /** Less than or equal to the specified value. */ lessThanOrEqualTo?: Maybe; /** Greater than the specified value. */ greaterThan?: Maybe; /** Greater than or equal to the specified value. */ greaterThanOrEqualTo?: Maybe; }; /** A filter to be used against JSON fields. All fields are combined with a logical ‘and.’ */ export declare type JsonFilter = { /** Is null (if `true` is specified) or is not null (if `false` is specified). */ isNull?: Maybe; /** Equal to the specified value. */ equalTo?: Maybe; /** Not equal to the specified value. */ notEqualTo?: Maybe; /** Not equal to the specified value, treating null like an ordinary value. */ distinctFrom?: Maybe; /** Equal to the specified value, treating null like an ordinary value. */ notDistinctFrom?: Maybe; /** Included in the specified list. */ in?: Maybe>; /** Not included in the specified list. */ notIn?: Maybe>; /** Less than the specified value. */ lessThan?: Maybe; /** Less than or equal to the specified value. */ lessThanOrEqualTo?: Maybe; /** Greater than the specified value. */ greaterThan?: Maybe; /** Greater than or equal to the specified value. */ greaterThanOrEqualTo?: Maybe; /** Contains the specified JSON. */ contains?: Maybe; /** Contains the specified key. */ containsKey?: Maybe; /** Contains all of the specified keys. */ containsAllKeys?: Maybe>; /** Contains any of the specified keys. */ containsAnyKeys?: Maybe>; /** Contained by the specified JSON. */ containedBy?: Maybe; }; export declare type ListenPayload = { __typename?: 'ListenPayload'; /** Our root query field type. Allows us to run any query from our subscription payload. */ query?: Maybe; }; export declare type Location = { __typename?: 'Location'; id: Scalars['String']; nickname?: Maybe; errorRadius?: Maybe; name?: Maybe; latitude: Scalars['Float']; longitude: Scalars['Float']; altitude?: Maybe; roll?: Maybe; pitch?: Maybe; yaw?: Maybe; position?: Maybe; updatedAt: Scalars['Datetime']; createdAt: Scalars['Datetime']; geoPoint2D?: Maybe; geoPoint3D?: Maybe; deletedAt?: Maybe; geometry3D?: Maybe; geometry2D?: Maybe; /** Reads a single `Structure` that is related to this `Location`. */ structure?: Maybe; /** * Reads and enables pagination through a set of `Structure`. * @deprecated Please use structure instead */ structureConnection: StructuresConnection; /** Reads a single `Image` that is related to this `Location`. */ image?: Maybe; /** * Reads and enables pagination through a set of `Image`. * @deprecated Please use image instead */ imageConnection: ImagesConnection; /** Reads a single `Anomaly` that is related to this `Location`. */ anomaly?: Maybe; /** * Reads and enables pagination through a set of `Anomaly`. * @deprecated Please use anomaly instead */ anomalyConnection: AnomaliesConnection; /** Reads a single `Artifact` that is related to this `Location`. */ artifact?: Maybe; /** * Reads and enables pagination through a set of `Artifact`. * @deprecated Please use artifact instead */ artifactConnection: ArtifactsConnection; /** Reads a single `LocationCloneOf` that is related to this `Location`. */ cloneOfRelation?: Maybe; /** * Reads and enables pagination through a set of `LocationCloneOf`. * @deprecated Please use cloneOfRelation instead */ cloneOfRelationConnection: LocationCloneovesConnection; /** Reads and enables pagination through a set of `LocationCloneOf`. */ clonesRelationConnection: LocationCloneovesConnection; /** Reads and enables pagination through a set of `LocationCloneOf`. */ clonesRelation: Array; /** Reads and enables pagination through a set of `PlanLocation`. */ planRelationConnection: PlanLocationsConnection; /** Reads and enables pagination through a set of `PlanLocation`. */ planRelation: Array; /** Reads and enables pagination through a set of `ExecutionLocation`. */ executionRelationConnection: ExecutionLocationsConnection; /** Reads and enables pagination through a set of `ExecutionLocation`. */ executionRelation: Array; area?: Maybe; cloneOf?: Maybe; /** Reads and enables pagination through a set of `Location`. */ clonesConnection: LocationsConnection; /** Reads and enables pagination through a set of `Location`. */ clones?: Maybe>>; geoPoint?: Maybe; geometry?: Maybe; landcover?: Maybe>>; landcoverDetailsConnection: LocationLandcoverDetailsConnection; landcoverDetails?: Maybe>>; length?: Maybe; /** Reads and enables pagination through a set of `Location`. */ locationsRelatedConnection: LocationsConnection; /** Reads and enables pagination through a set of `Location`. */ locationsRelated?: Maybe>>; perimeter?: Maybe; /** Reads and enables pagination through a set of `Plan`. */ plansConnection: LocationPlansConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Plan`. */ plans: Array; /** Reads and enables pagination through a set of `Execution`. */ executionsConnection: LocationExecutionsConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Execution`. */ executions: Array; }; export declare type LocationStructureConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type LocationImageConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type LocationAnomalyConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type LocationArtifactConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type LocationCloneOfRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type LocationClonesRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type LocationClonesRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type LocationPlanRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type LocationPlanRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type LocationExecutionRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type LocationExecutionRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type LocationClonesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; filter?: Maybe; }; export declare type LocationClonesArgs = { first?: Maybe; offset?: Maybe; filter?: Maybe; }; export declare type LocationLandcoverArgs = { distance?: Maybe; }; export declare type LocationLandcoverDetailsConnectionArgs = { distance?: Maybe; first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; filter?: Maybe; }; export declare type LocationLandcoverDetailsArgs = { distance?: Maybe; first?: Maybe; offset?: Maybe; filter?: Maybe; }; export declare type LocationLocationsRelatedConnectionArgs = { operation: Scalars['String']; distance: Scalars['BigFloat']; first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; filter?: Maybe; }; export declare type LocationLocationsRelatedArgs = { operation: Scalars['String']; distance: Scalars['BigFloat']; first?: Maybe; offset?: Maybe; filter?: Maybe; }; export declare type LocationPlansConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type LocationPlansArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type LocationExecutionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type LocationExecutionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type LocationCloneOf = { __typename?: 'LocationCloneOf'; a: Scalars['String']; b: Scalars['String']; /** Reads a single `Location` that is related to this `LocationCloneOf`. */ cloneOf?: Maybe; /** Reads a single `Location` that is related to this `LocationCloneOf`. */ clone?: Maybe; }; /** * A condition to be used against `LocationCloneOf` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type LocationCloneOfCondition = { /** Checks for equality with the object’s `a` field. */ a?: Maybe; /** Checks for equality with the object’s `b` field. */ b?: Maybe; }; /** A filter to be used against `LocationCloneOf` object types. All fields are combined with a logical ‘and.’ */ export declare type LocationCloneOfFilter = { /** Filter by the object’s `a` field. */ a?: Maybe; /** Filter by the object’s `b` field. */ b?: Maybe; /** Filter by the object’s `cloneOf` relation. */ cloneOf?: Maybe; /** Filter by the object’s `clone` relation. */ clone?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `LocationCloneOf` */ export declare type LocationCloneOfInput = { a?: Maybe; b?: Maybe; cloneOf?: Maybe<_LocationCloneOfIbfk1Input>; clone?: Maybe<_LocationCloneOfIbfk2Input>; }; /** The fields on `locationCloneOf` to look up the row to connect. */ export declare type LocationCloneOfLocationCloneOfPkeyConnect = { a: Scalars['String']; }; /** The fields on `locationCloneOf` to look up the row to delete. */ export declare type LocationCloneOfLocationCloneOfPkeyDelete = { a: Scalars['String']; }; /** The fields on `locationCloneOf` to look up the row to update. */ export declare type LocationCloneOfOnLocationCloneOfForLocationCloneOfIbfk1UsingLocationCloneOfPkeyUpdate = { /** An object where the defined keys will be set on the `locationCloneOf` being updated. */ patch: UpdateLocationCloneOfOnLocationCloneOfForLocationCloneOfIbfk1Patch; a: Scalars['String']; }; /** The fields on `locationCloneOf` to look up the row to update. */ export declare type LocationCloneOfOnLocationCloneOfForLocationCloneOfIbfk2UsingLocationCloneOfPkeyUpdate = { /** An object where the defined keys will be set on the `locationCloneOf` being updated. */ patch: UpdateLocationCloneOfOnLocationCloneOfForLocationCloneOfIbfk2Patch; a: Scalars['String']; }; /** Represents an update to a `LocationCloneOf`. Fields that are set will be updated. */ export declare type LocationCloneOfPatch = { a?: Maybe; b?: Maybe; cloneOf?: Maybe<_LocationCloneOfIbfk1Input>; clone?: Maybe<_LocationCloneOfIbfk2Input>; }; /** A connection to a list of `LocationCloneOf` values. */ export declare type LocationCloneovesConnection = { __typename?: 'LocationCloneovesConnection'; /** A list of `LocationCloneOf` objects. */ nodes: Array>; /** A list of edges which contains the `LocationCloneOf` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `LocationCloneOf` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `LocationCloneOf` edge in the connection. */ export declare type LocationCloneovesEdge = { __typename?: 'LocationCloneovesEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `LocationCloneOf` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `LocationCloneOf`. */ export declare enum LocationCloneovesOrderBy { Natural = "NATURAL", AAsc = "A_ASC", ADesc = "A_DESC", BAsc = "B_ASC", BDesc = "B_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", LocationByAIdAsc = "LOCATION_BY_A__ID_ASC", LocationByAIdDesc = "LOCATION_BY_A__ID_DESC", LocationByANicknameAsc = "LOCATION_BY_A__NICKNAME_ASC", LocationByANicknameDesc = "LOCATION_BY_A__NICKNAME_DESC", LocationByAErrorRadiusAsc = "LOCATION_BY_A__ERROR_RADIUS_ASC", LocationByAErrorRadiusDesc = "LOCATION_BY_A__ERROR_RADIUS_DESC", LocationByANameAsc = "LOCATION_BY_A__NAME_ASC", LocationByANameDesc = "LOCATION_BY_A__NAME_DESC", LocationByALatitudeAsc = "LOCATION_BY_A__LATITUDE_ASC", LocationByALatitudeDesc = "LOCATION_BY_A__LATITUDE_DESC", LocationByALongitudeAsc = "LOCATION_BY_A__LONGITUDE_ASC", LocationByALongitudeDesc = "LOCATION_BY_A__LONGITUDE_DESC", LocationByAAltitudeAsc = "LOCATION_BY_A__ALTITUDE_ASC", LocationByAAltitudeDesc = "LOCATION_BY_A__ALTITUDE_DESC", LocationByARollAsc = "LOCATION_BY_A__ROLL_ASC", LocationByARollDesc = "LOCATION_BY_A__ROLL_DESC", LocationByAPitchAsc = "LOCATION_BY_A__PITCH_ASC", LocationByAPitchDesc = "LOCATION_BY_A__PITCH_DESC", LocationByAYawAsc = "LOCATION_BY_A__YAW_ASC", LocationByAYawDesc = "LOCATION_BY_A__YAW_DESC", LocationByAPositionAsc = "LOCATION_BY_A__POSITION_ASC", LocationByAPositionDesc = "LOCATION_BY_A__POSITION_DESC", LocationByAOldGeometryAsc = "LOCATION_BY_A__OLD_GEOMETRY_ASC", LocationByAOldGeometryDesc = "LOCATION_BY_A__OLD_GEOMETRY_DESC", LocationByAUpdatedAtAsc = "LOCATION_BY_A__UPDATED_AT_ASC", LocationByAUpdatedAtDesc = "LOCATION_BY_A__UPDATED_AT_DESC", LocationByACreatedAtAsc = "LOCATION_BY_A__CREATED_AT_ASC", LocationByACreatedAtDesc = "LOCATION_BY_A__CREATED_AT_DESC", LocationByAGeoPoint2DAsc = "LOCATION_BY_A__GEO_POINT2_D_ASC", LocationByAGeoPoint2DDesc = "LOCATION_BY_A__GEO_POINT2_D_DESC", LocationByAGeoPoint3DAsc = "LOCATION_BY_A__GEO_POINT3_D_ASC", LocationByAGeoPoint3DDesc = "LOCATION_BY_A__GEO_POINT3_D_DESC", LocationByADeletedAtAsc = "LOCATION_BY_A__DELETED_AT_ASC", LocationByADeletedAtDesc = "LOCATION_BY_A__DELETED_AT_DESC", LocationByAGeometry3DAsc = "LOCATION_BY_A__GEOMETRY3_D_ASC", LocationByAGeometry3DDesc = "LOCATION_BY_A__GEOMETRY3_D_DESC", LocationByAGeometry2DAsc = "LOCATION_BY_A__GEOMETRY2_D_ASC", LocationByAGeometry2DDesc = "LOCATION_BY_A__GEOMETRY2_D_DESC", LocationByBIdAsc = "LOCATION_BY_B__ID_ASC", LocationByBIdDesc = "LOCATION_BY_B__ID_DESC", LocationByBNicknameAsc = "LOCATION_BY_B__NICKNAME_ASC", LocationByBNicknameDesc = "LOCATION_BY_B__NICKNAME_DESC", LocationByBErrorRadiusAsc = "LOCATION_BY_B__ERROR_RADIUS_ASC", LocationByBErrorRadiusDesc = "LOCATION_BY_B__ERROR_RADIUS_DESC", LocationByBNameAsc = "LOCATION_BY_B__NAME_ASC", LocationByBNameDesc = "LOCATION_BY_B__NAME_DESC", LocationByBLatitudeAsc = "LOCATION_BY_B__LATITUDE_ASC", LocationByBLatitudeDesc = "LOCATION_BY_B__LATITUDE_DESC", LocationByBLongitudeAsc = "LOCATION_BY_B__LONGITUDE_ASC", LocationByBLongitudeDesc = "LOCATION_BY_B__LONGITUDE_DESC", LocationByBAltitudeAsc = "LOCATION_BY_B__ALTITUDE_ASC", LocationByBAltitudeDesc = "LOCATION_BY_B__ALTITUDE_DESC", LocationByBRollAsc = "LOCATION_BY_B__ROLL_ASC", LocationByBRollDesc = "LOCATION_BY_B__ROLL_DESC", LocationByBPitchAsc = "LOCATION_BY_B__PITCH_ASC", LocationByBPitchDesc = "LOCATION_BY_B__PITCH_DESC", LocationByBYawAsc = "LOCATION_BY_B__YAW_ASC", LocationByBYawDesc = "LOCATION_BY_B__YAW_DESC", LocationByBPositionAsc = "LOCATION_BY_B__POSITION_ASC", LocationByBPositionDesc = "LOCATION_BY_B__POSITION_DESC", LocationByBOldGeometryAsc = "LOCATION_BY_B__OLD_GEOMETRY_ASC", LocationByBOldGeometryDesc = "LOCATION_BY_B__OLD_GEOMETRY_DESC", LocationByBUpdatedAtAsc = "LOCATION_BY_B__UPDATED_AT_ASC", LocationByBUpdatedAtDesc = "LOCATION_BY_B__UPDATED_AT_DESC", LocationByBCreatedAtAsc = "LOCATION_BY_B__CREATED_AT_ASC", LocationByBCreatedAtDesc = "LOCATION_BY_B__CREATED_AT_DESC", LocationByBGeoPoint2DAsc = "LOCATION_BY_B__GEO_POINT2_D_ASC", LocationByBGeoPoint2DDesc = "LOCATION_BY_B__GEO_POINT2_D_DESC", LocationByBGeoPoint3DAsc = "LOCATION_BY_B__GEO_POINT3_D_ASC", LocationByBGeoPoint3DDesc = "LOCATION_BY_B__GEO_POINT3_D_DESC", LocationByBDeletedAtAsc = "LOCATION_BY_B__DELETED_AT_ASC", LocationByBDeletedAtDesc = "LOCATION_BY_B__DELETED_AT_DESC", LocationByBGeometry3DAsc = "LOCATION_BY_B__GEOMETRY3_D_ASC", LocationByBGeometry3DDesc = "LOCATION_BY_B__GEOMETRY3_D_DESC", LocationByBGeometry2DAsc = "LOCATION_BY_B__GEOMETRY2_D_ASC", LocationByBGeometry2DDesc = "LOCATION_BY_B__GEOMETRY2_D_DESC" } /** * A condition to be used against `Location` object types. All fields are tested * for equality and combined with a logical ‘and.’ */ export declare type LocationCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `nickname` field. */ nickname?: Maybe; /** Checks for equality with the object’s `errorRadius` field. */ errorRadius?: Maybe; /** Checks for equality with the object’s `name` field. */ name?: Maybe; /** Checks for equality with the object’s `latitude` field. */ latitude?: Maybe; /** Checks for equality with the object’s `longitude` field. */ longitude?: Maybe; /** Checks for equality with the object’s `altitude` field. */ altitude?: Maybe; /** Checks for equality with the object’s `roll` field. */ roll?: Maybe; /** Checks for equality with the object’s `pitch` field. */ pitch?: Maybe; /** Checks for equality with the object’s `yaw` field. */ yaw?: Maybe; /** Checks for equality with the object’s `position` field. */ position?: Maybe; /** Checks for equality with the object’s `oldGeometry` field. */ oldGeometry?: Maybe; /** Checks for equality with the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Checks for equality with the object’s `createdAt` field. */ createdAt?: Maybe; /** Checks for equality with the object’s `geoPoint2D` field. */ geoPoint2D?: Maybe; /** Checks for equality with the object’s `geoPoint3D` field. */ geoPoint3D?: Maybe; /** Checks for equality with the object’s `deletedAt` field. */ deletedAt?: Maybe; /** Checks for equality with the object’s `geometry3D` field. */ geometry3D?: Maybe; /** Checks for equality with the object’s `geometry2D` field. */ geometry2D?: Maybe; }; /** A connection to a list of `Execution` values, with data from `ExecutionLocation`. */ export declare type LocationExecutionsConnectionManyToManyConnection = { __typename?: 'LocationExecutionsConnectionManyToManyConnection'; /** A list of `Execution` objects. */ nodes: Array>; /** A list of edges which contains the `Execution`, info from the `ExecutionLocation`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Execution` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Execution` edge in the connection, with data from `ExecutionLocation`. */ export declare type LocationExecutionsConnectionManyToManyEdge = { __typename?: 'LocationExecutionsConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Execution` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `ExecutionLocation`. */ locationRelationConnection: ExecutionLocationsConnection; /** Reads and enables pagination through a set of `ExecutionLocation`. */ locationRelation: Array; }; /** A `Execution` edge in the connection, with data from `ExecutionLocation`. */ export declare type LocationExecutionsConnectionManyToManyEdgeLocationRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Execution` edge in the connection, with data from `ExecutionLocation`. */ export declare type LocationExecutionsConnectionManyToManyEdgeLocationRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A filter to be used against `Location` object types. All fields are combined with a logical ‘and.’ */ export declare type LocationFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `nickname` field. */ nickname?: Maybe; /** Filter by the object’s `errorRadius` field. */ errorRadius?: Maybe; /** Filter by the object’s `name` field. */ name?: Maybe; /** Filter by the object’s `latitude` field. */ latitude?: Maybe; /** Filter by the object’s `longitude` field. */ longitude?: Maybe; /** Filter by the object’s `altitude` field. */ altitude?: Maybe; /** Filter by the object’s `roll` field. */ roll?: Maybe; /** Filter by the object’s `pitch` field. */ pitch?: Maybe; /** Filter by the object’s `yaw` field. */ yaw?: Maybe; /** Filter by the object’s `position` field. */ position?: Maybe; /** Filter by the object’s `oldGeometry` field. */ oldGeometry?: Maybe; /** Filter by the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Filter by the object’s `createdAt` field. */ createdAt?: Maybe; /** Filter by the object’s `geoPoint2D` field. */ geoPoint2D?: Maybe; /** Filter by the object’s `geoPoint3D` field. */ geoPoint3D?: Maybe; /** Filter by the object’s `deletedAt` field. */ deletedAt?: Maybe; /** Filter by the object’s `geometry3D` field. */ geometry3D?: Maybe; /** Filter by the object’s `geometry2D` field. */ geometry2D?: Maybe; /** Filter by the object’s `area` field. */ area?: Maybe; /** Filter by the object’s `cloneOf` field. */ cloneOf?: Maybe; /** Filter by the object’s `geoPoint` field. */ geoPoint?: Maybe; /** Filter by the object’s `geometry` field. */ geometry?: Maybe; /** Filter by the object’s `landcover` field. */ landcover?: Maybe; /** Filter by the object’s `length` field. */ length?: Maybe; /** Filter by the object’s `perimeter` field. */ perimeter?: Maybe; /** Filter by the object’s `structure` relation. */ structure?: Maybe; /** A related `structure` exists. */ structureExists?: Maybe; /** Filter by the object’s `image` relation. */ image?: Maybe; /** A related `image` exists. */ imageExists?: Maybe; /** Filter by the object’s `anomaly` relation. */ anomaly?: Maybe; /** A related `anomaly` exists. */ anomalyExists?: Maybe; /** Filter by the object’s `artifact` relation. */ artifact?: Maybe; /** A related `artifact` exists. */ artifactExists?: Maybe; /** Filter by the object’s `cloneOfRelation` relation. */ cloneOfRelation?: Maybe; /** A related `cloneOfRelation` exists. */ cloneOfRelationExists?: Maybe; /** Filter by the object’s `clonesRelationConnection` relation. */ clonesRelationConnection?: Maybe; /** Some related `clonesRelationConnection` exist. */ clonesRelationConnectionExist?: Maybe; /** Filter by the object’s `planRelationConnection` relation. */ planRelationConnection?: Maybe; /** Some related `planRelationConnection` exist. */ planRelationConnectionExist?: Maybe; /** Filter by the object’s `executionRelationConnection` relation. */ executionRelationConnection?: Maybe; /** Some related `executionRelationConnection` exist. */ executionRelationConnectionExist?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `Location` */ export declare type LocationInput = { id?: Maybe; nickname?: Maybe; errorRadius?: Maybe; name?: Maybe; latitude: Scalars['Float']; longitude: Scalars['Float']; altitude?: Maybe; roll?: Maybe; pitch?: Maybe; yaw?: Maybe; position?: Maybe; geometry3D?: Maybe; geometry2D?: Maybe; structure?: Maybe; image?: Maybe; anomaly?: Maybe; artifact?: Maybe; cloneOfRelation?: Maybe<_LocationCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_LocationCloneOfIbfk2InverseInput>; planRelation?: Maybe<_PlanLocationLocationIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionLocationLocationIdFkeyInverseInput>; }; /** A `LocationLandcoverDetailsRecord` edge in the connection. */ export declare type LocationLandcoverDetailEdge = { __typename?: 'LocationLandcoverDetailEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `LocationLandcoverDetailsRecord` at the end of the edge. */ node?: Maybe; }; /** A connection to a list of `LocationLandcoverDetailsRecord` values. */ export declare type LocationLandcoverDetailsConnection = { __typename?: 'LocationLandcoverDetailsConnection'; /** A list of `LocationLandcoverDetailsRecord` objects. */ nodes: Array>; /** A list of edges which contains the `LocationLandcoverDetailsRecord` and cursor to aid in pagination. */ edges: Array; /** The count of *all* `LocationLandcoverDetailsRecord` you could get from the connection. */ totalCount: Scalars['Int']; }; /** The return type of our `landcoverDetailsConnection` query. */ export declare type LocationLandcoverDetailsRecord = { __typename?: 'LocationLandcoverDetailsRecord'; year?: Maybe; product?: Maybe; legend?: Maybe>>; }; /** A filter to be used against `LocationLandcoverDetailsRecord` object types. All fields are combined with a logical ‘and.’ */ export declare type LocationLandcoverDetailsRecordFilter = { /** Filter by the object’s `year` field. */ year?: Maybe; /** Filter by the object’s `product` field. */ product?: Maybe; /** Filter by the object’s `legend` field. */ legend?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** The fields on `location` to look up the row to connect. */ export declare type LocationLocationPkeyConnect = { id: Scalars['String']; }; /** The fields on `location` to look up the row to delete. */ export declare type LocationLocationPkeyDelete = { id: Scalars['String']; }; /** The fields on `location` to look up the row to update. */ export declare type LocationOnExecutionLocationForExecutionLocationLocationIdFkeyUsingLocationPkeyUpdate = { /** An object where the defined keys will be set on the `location` being updated. */ patch: UpdateLocationOnExecutionLocationForExecutionLocationLocationIdFkeyPatch; id: Scalars['String']; }; /** The fields on `location` to look up the row to update. */ export declare type LocationOnLocationCloneOfForLocationCloneOfIbfk1UsingLocationPkeyUpdate = { /** An object where the defined keys will be set on the `location` being updated. */ patch: UpdateLocationOnLocationCloneOfForLocationCloneOfIbfk1Patch; id: Scalars['String']; }; /** The fields on `location` to look up the row to update. */ export declare type LocationOnLocationCloneOfForLocationCloneOfIbfk2UsingLocationPkeyUpdate = { /** An object where the defined keys will be set on the `location` being updated. */ patch: UpdateLocationOnLocationCloneOfForLocationCloneOfIbfk2Patch; id: Scalars['String']; }; /** The fields on `location` to look up the row to update. */ export declare type LocationOnPlanLocationForPlanLocationLocationIdFkeyUsingLocationPkeyUpdate = { /** An object where the defined keys will be set on the `location` being updated. */ patch: UpdateLocationOnPlanLocationForPlanLocationLocationIdFkeyPatch; id: Scalars['String']; }; /** Represents an update to a `Location`. Fields that are set will be updated. */ export declare type LocationPatch = { nickname?: Maybe; errorRadius?: Maybe; name?: Maybe; latitude?: Maybe; longitude?: Maybe; altitude?: Maybe; roll?: Maybe; pitch?: Maybe; yaw?: Maybe; position?: Maybe; geometry3D?: Maybe; geometry2D?: Maybe; structure?: Maybe; image?: Maybe; anomaly?: Maybe; artifact?: Maybe; cloneOfRelation?: Maybe<_LocationCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_LocationCloneOfIbfk2InverseInput>; planRelation?: Maybe<_PlanLocationLocationIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionLocationLocationIdFkeyInverseInput>; }; /** A connection to a list of `Plan` values, with data from `PlanLocation`. */ export declare type LocationPlansConnectionManyToManyConnection = { __typename?: 'LocationPlansConnectionManyToManyConnection'; /** A list of `Plan` objects. */ nodes: Array>; /** A list of edges which contains the `Plan`, info from the `PlanLocation`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Plan` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Plan` edge in the connection, with data from `PlanLocation`. */ export declare type LocationPlansConnectionManyToManyEdge = { __typename?: 'LocationPlansConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Plan` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `PlanLocation`. */ locationRelationConnection: PlanLocationsConnection; /** Reads and enables pagination through a set of `PlanLocation`. */ locationRelation: Array; }; /** A `Plan` edge in the connection, with data from `PlanLocation`. */ export declare type LocationPlansConnectionManyToManyEdgeLocationRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Plan` edge in the connection, with data from `PlanLocation`. */ export declare type LocationPlansConnectionManyToManyEdgeLocationRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A connection to a list of `Location` values. */ export declare type LocationsConnection = { __typename?: 'LocationsConnection'; /** A list of `Location` objects. */ nodes: Array>; /** A list of edges which contains the `Location` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Location` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Location` edge in the connection. */ export declare type LocationsEdge = { __typename?: 'LocationsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Location` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `Location`. */ export declare enum LocationsOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", NicknameAsc = "NICKNAME_ASC", NicknameDesc = "NICKNAME_DESC", ErrorRadiusAsc = "ERROR_RADIUS_ASC", ErrorRadiusDesc = "ERROR_RADIUS_DESC", NameAsc = "NAME_ASC", NameDesc = "NAME_DESC", LatitudeAsc = "LATITUDE_ASC", LatitudeDesc = "LATITUDE_DESC", LongitudeAsc = "LONGITUDE_ASC", LongitudeDesc = "LONGITUDE_DESC", AltitudeAsc = "ALTITUDE_ASC", AltitudeDesc = "ALTITUDE_DESC", RollAsc = "ROLL_ASC", RollDesc = "ROLL_DESC", PitchAsc = "PITCH_ASC", PitchDesc = "PITCH_DESC", YawAsc = "YAW_ASC", YawDesc = "YAW_DESC", PositionAsc = "POSITION_ASC", PositionDesc = "POSITION_DESC", OldGeometryAsc = "OLD_GEOMETRY_ASC", OldGeometryDesc = "OLD_GEOMETRY_DESC", UpdatedAtAsc = "UPDATED_AT_ASC", UpdatedAtDesc = "UPDATED_AT_DESC", CreatedAtAsc = "CREATED_AT_ASC", CreatedAtDesc = "CREATED_AT_DESC", GeoPoint2DAsc = "GEO_POINT2_D_ASC", GeoPoint2DDesc = "GEO_POINT2_D_DESC", GeoPoint3DAsc = "GEO_POINT3_D_ASC", GeoPoint3DDesc = "GEO_POINT3_D_DESC", DeletedAtAsc = "DELETED_AT_ASC", DeletedAtDesc = "DELETED_AT_DESC", Geometry3DAsc = "GEOMETRY3_D_ASC", Geometry3DDesc = "GEOMETRY3_D_DESC", Geometry2DAsc = "GEOMETRY2_D_ASC", Geometry2DDesc = "GEOMETRY2_D_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", StructureByLocationIdDoNotUseIdAsc = "STRUCTURE_BY_LOCATION_ID_DO_NOT_USE__ID_ASC", StructureByLocationIdDoNotUseIdDesc = "STRUCTURE_BY_LOCATION_ID_DO_NOT_USE__ID_DESC", StructureByLocationIdDoNotUseNicknameAsc = "STRUCTURE_BY_LOCATION_ID_DO_NOT_USE__NICKNAME_ASC", StructureByLocationIdDoNotUseNicknameDesc = "STRUCTURE_BY_LOCATION_ID_DO_NOT_USE__NICKNAME_DESC", StructureByLocationIdDoNotUseNameAsc = "STRUCTURE_BY_LOCATION_ID_DO_NOT_USE__NAME_ASC", StructureByLocationIdDoNotUseNameDesc = "STRUCTURE_BY_LOCATION_ID_DO_NOT_USE__NAME_DESC", StructureByLocationIdDoNotUseCreatedAtAsc = "STRUCTURE_BY_LOCATION_ID_DO_NOT_USE__CREATED_AT_ASC", StructureByLocationIdDoNotUseCreatedAtDesc = "STRUCTURE_BY_LOCATION_ID_DO_NOT_USE__CREATED_AT_DESC", StructureByLocationIdDoNotUseUpdatedAtAsc = "STRUCTURE_BY_LOCATION_ID_DO_NOT_USE__UPDATED_AT_ASC", StructureByLocationIdDoNotUseUpdatedAtDesc = "STRUCTURE_BY_LOCATION_ID_DO_NOT_USE__UPDATED_AT_DESC", StructureByLocationIdDoNotUseCommissionedAtAsc = "STRUCTURE_BY_LOCATION_ID_DO_NOT_USE__COMMISSIONED_AT_ASC", StructureByLocationIdDoNotUseCommissionedAtDesc = "STRUCTURE_BY_LOCATION_ID_DO_NOT_USE__COMMISSIONED_AT_DESC", StructureByLocationIdDoNotUseDescriptionAsc = "STRUCTURE_BY_LOCATION_ID_DO_NOT_USE__DESCRIPTION_ASC", StructureByLocationIdDoNotUseDescriptionDesc = "STRUCTURE_BY_LOCATION_ID_DO_NOT_USE__DESCRIPTION_DESC", StructureByLocationIdDoNotUseParametersAsc = "STRUCTURE_BY_LOCATION_ID_DO_NOT_USE__PARAMETERS_ASC", StructureByLocationIdDoNotUseParametersDesc = "STRUCTURE_BY_LOCATION_ID_DO_NOT_USE__PARAMETERS_DESC", StructureByLocationIdDoNotUseDeletedAtAsc = "STRUCTURE_BY_LOCATION_ID_DO_NOT_USE__DELETED_AT_ASC", StructureByLocationIdDoNotUseDeletedAtDesc = "STRUCTURE_BY_LOCATION_ID_DO_NOT_USE__DELETED_AT_DESC", ImageByLocationIdDoNotUseIdAsc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__ID_ASC", ImageByLocationIdDoNotUseIdDesc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__ID_DESC", ImageByLocationIdDoNotUseCreatedAtAsc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__CREATED_AT_ASC", ImageByLocationIdDoNotUseCreatedAtDesc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__CREATED_AT_DESC", ImageByLocationIdDoNotUseUpdatedAtAsc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__UPDATED_AT_ASC", ImageByLocationIdDoNotUseUpdatedAtDesc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__UPDATED_AT_DESC", ImageByLocationIdDoNotUseMetaDataAsc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__META_DATA_ASC", ImageByLocationIdDoNotUseMetaDataDesc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__META_DATA_DESC", ImageByLocationIdDoNotUseValidAsc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__VALID_ASC", ImageByLocationIdDoNotUseValidDesc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__VALID_DESC", ImageByLocationIdDoNotUseFallbackDataAsc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__FALLBACK_DATA_ASC", ImageByLocationIdDoNotUseFallbackDataDesc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__FALLBACK_DATA_DESC", ImageByLocationIdDoNotUseIndexAsc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__INDEX_ASC", ImageByLocationIdDoNotUseIndexDesc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__INDEX_DESC", ImageByLocationIdDoNotUseWidthAsc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__WIDTH_ASC", ImageByLocationIdDoNotUseWidthDesc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__WIDTH_DESC", ImageByLocationIdDoNotUseHeightAsc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__HEIGHT_ASC", ImageByLocationIdDoNotUseHeightDesc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__HEIGHT_DESC", ImageByLocationIdDoNotUseDistanceAsc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__DISTANCE_ASC", ImageByLocationIdDoNotUseDistanceDesc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__DISTANCE_DESC", ImageByLocationIdDoNotUseCameraFieldOfViewVerticalAsc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__CAMERA_FIELD_OF_VIEW_VERTICAL_ASC", ImageByLocationIdDoNotUseCameraFieldOfViewVerticalDesc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__CAMERA_FIELD_OF_VIEW_VERTICAL_DESC", ImageByLocationIdDoNotUseCameraFieldOfViewHorizontalAsc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__CAMERA_FIELD_OF_VIEW_HORIZONTAL_ASC", ImageByLocationIdDoNotUseCameraFieldOfViewHorizontalDesc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__CAMERA_FIELD_OF_VIEW_HORIZONTAL_DESC", ImageByLocationIdDoNotUseCameraShutterSpeedAsc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__CAMERA_SHUTTER_SPEED_ASC", ImageByLocationIdDoNotUseCameraShutterSpeedDesc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__CAMERA_SHUTTER_SPEED_DESC", ImageByLocationIdDoNotUseCameraApertureAsc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__CAMERA_APERTURE_ASC", ImageByLocationIdDoNotUseCameraApertureDesc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__CAMERA_APERTURE_DESC", ImageByLocationIdDoNotUseCameraModelAsc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__CAMERA_MODEL_ASC", ImageByLocationIdDoNotUseCameraModelDesc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__CAMERA_MODEL_DESC", ImageByLocationIdDoNotUseCameraLensModelAsc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__CAMERA_LENS_MODEL_ASC", ImageByLocationIdDoNotUseCameraLensModelDesc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__CAMERA_LENS_MODEL_DESC", ImageByLocationIdDoNotUseCameraLensMakeAsc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__CAMERA_LENS_MAKE_ASC", ImageByLocationIdDoNotUseCameraLensMakeDesc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__CAMERA_LENS_MAKE_DESC", ImageByLocationIdDoNotUseCameraMakeAsc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__CAMERA_MAKE_ASC", ImageByLocationIdDoNotUseCameraMakeDesc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__CAMERA_MAKE_DESC", ImageByLocationIdDoNotUseDescriptionAsc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__DESCRIPTION_ASC", ImageByLocationIdDoNotUseDescriptionDesc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__DESCRIPTION_DESC", ImageByLocationIdDoNotUseDistanceGradientVerticalAsc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__DISTANCE_GRADIENT_VERTICAL_ASC", ImageByLocationIdDoNotUseDistanceGradientVerticalDesc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__DISTANCE_GRADIENT_VERTICAL_DESC", ImageByLocationIdDoNotUseCameraIsoAsc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__CAMERA_ISO_ASC", ImageByLocationIdDoNotUseCameraIsoDesc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__CAMERA_ISO_DESC", ImageByLocationIdDoNotUseDistanceGradientHorizontalAsc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__DISTANCE_GRADIENT_HORIZONTAL_ASC", ImageByLocationIdDoNotUseDistanceGradientHorizontalDesc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__DISTANCE_GRADIENT_HORIZONTAL_DESC", ImageByLocationIdDoNotUseCapturedAtAsc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__CAPTURED_AT_ASC", ImageByLocationIdDoNotUseCapturedAtDesc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__CAPTURED_AT_DESC", ImageByLocationIdDoNotUseDeletedAtAsc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__DELETED_AT_ASC", ImageByLocationIdDoNotUseDeletedAtDesc = "IMAGE_BY_LOCATION_ID_DO_NOT_USE__DELETED_AT_DESC", AnomalyByLocationIdDoNotUseIdAsc = "ANOMALY_BY_LOCATION_ID_DO_NOT_USE__ID_ASC", AnomalyByLocationIdDoNotUseIdDesc = "ANOMALY_BY_LOCATION_ID_DO_NOT_USE__ID_DESC", AnomalyByLocationIdDoNotUseNicknameAsc = "ANOMALY_BY_LOCATION_ID_DO_NOT_USE__NICKNAME_ASC", AnomalyByLocationIdDoNotUseNicknameDesc = "ANOMALY_BY_LOCATION_ID_DO_NOT_USE__NICKNAME_DESC", AnomalyByLocationIdDoNotUseCreatedAtAsc = "ANOMALY_BY_LOCATION_ID_DO_NOT_USE__CREATED_AT_ASC", AnomalyByLocationIdDoNotUseCreatedAtDesc = "ANOMALY_BY_LOCATION_ID_DO_NOT_USE__CREATED_AT_DESC", AnomalyByLocationIdDoNotUseUpdatedAtAsc = "ANOMALY_BY_LOCATION_ID_DO_NOT_USE__UPDATED_AT_ASC", AnomalyByLocationIdDoNotUseUpdatedAtDesc = "ANOMALY_BY_LOCATION_ID_DO_NOT_USE__UPDATED_AT_DESC", AnomalyByLocationIdDoNotUseLevelAsc = "ANOMALY_BY_LOCATION_ID_DO_NOT_USE__LEVEL_ASC", AnomalyByLocationIdDoNotUseLevelDesc = "ANOMALY_BY_LOCATION_ID_DO_NOT_USE__LEVEL_DESC", AnomalyByLocationIdDoNotUseParametersAsc = "ANOMALY_BY_LOCATION_ID_DO_NOT_USE__PARAMETERS_ASC", AnomalyByLocationIdDoNotUseParametersDesc = "ANOMALY_BY_LOCATION_ID_DO_NOT_USE__PARAMETERS_DESC", AnomalyByLocationIdDoNotUseUMinAsc = "ANOMALY_BY_LOCATION_ID_DO_NOT_USE__U_MIN_ASC", AnomalyByLocationIdDoNotUseUMinDesc = "ANOMALY_BY_LOCATION_ID_DO_NOT_USE__U_MIN_DESC", AnomalyByLocationIdDoNotUseUMaxAsc = "ANOMALY_BY_LOCATION_ID_DO_NOT_USE__U_MAX_ASC", AnomalyByLocationIdDoNotUseUMaxDesc = "ANOMALY_BY_LOCATION_ID_DO_NOT_USE__U_MAX_DESC", AnomalyByLocationIdDoNotUseVMinAsc = "ANOMALY_BY_LOCATION_ID_DO_NOT_USE__V_MIN_ASC", AnomalyByLocationIdDoNotUseVMinDesc = "ANOMALY_BY_LOCATION_ID_DO_NOT_USE__V_MIN_DESC", AnomalyByLocationIdDoNotUseVMaxAsc = "ANOMALY_BY_LOCATION_ID_DO_NOT_USE__V_MAX_ASC", AnomalyByLocationIdDoNotUseVMaxDesc = "ANOMALY_BY_LOCATION_ID_DO_NOT_USE__V_MAX_DESC", AnomalyByLocationIdDoNotUseUvGeometryAsc = "ANOMALY_BY_LOCATION_ID_DO_NOT_USE__UV_GEOMETRY_ASC", AnomalyByLocationIdDoNotUseUvGeometryDesc = "ANOMALY_BY_LOCATION_ID_DO_NOT_USE__UV_GEOMETRY_DESC", AnomalyByLocationIdDoNotUseDescriptionAsc = "ANOMALY_BY_LOCATION_ID_DO_NOT_USE__DESCRIPTION_ASC", AnomalyByLocationIdDoNotUseDescriptionDesc = "ANOMALY_BY_LOCATION_ID_DO_NOT_USE__DESCRIPTION_DESC", AnomalyByLocationIdDoNotUseDeletedAtAsc = "ANOMALY_BY_LOCATION_ID_DO_NOT_USE__DELETED_AT_ASC", AnomalyByLocationIdDoNotUseDeletedAtDesc = "ANOMALY_BY_LOCATION_ID_DO_NOT_USE__DELETED_AT_DESC", ArtifactByLocationIdDoNotUseIdAsc = "ARTIFACT_BY_LOCATION_ID_DO_NOT_USE__ID_ASC", ArtifactByLocationIdDoNotUseIdDesc = "ARTIFACT_BY_LOCATION_ID_DO_NOT_USE__ID_DESC", ArtifactByLocationIdDoNotUseNicknameAsc = "ARTIFACT_BY_LOCATION_ID_DO_NOT_USE__NICKNAME_ASC", ArtifactByLocationIdDoNotUseNicknameDesc = "ARTIFACT_BY_LOCATION_ID_DO_NOT_USE__NICKNAME_DESC", ArtifactByLocationIdDoNotUseCreatedAtAsc = "ARTIFACT_BY_LOCATION_ID_DO_NOT_USE__CREATED_AT_ASC", ArtifactByLocationIdDoNotUseCreatedAtDesc = "ARTIFACT_BY_LOCATION_ID_DO_NOT_USE__CREATED_AT_DESC", ArtifactByLocationIdDoNotUseUpdatedAtAsc = "ARTIFACT_BY_LOCATION_ID_DO_NOT_USE__UPDATED_AT_ASC", ArtifactByLocationIdDoNotUseUpdatedAtDesc = "ARTIFACT_BY_LOCATION_ID_DO_NOT_USE__UPDATED_AT_DESC", ArtifactByLocationIdDoNotUseNameAsc = "ARTIFACT_BY_LOCATION_ID_DO_NOT_USE__NAME_ASC", ArtifactByLocationIdDoNotUseNameDesc = "ARTIFACT_BY_LOCATION_ID_DO_NOT_USE__NAME_DESC", ArtifactByLocationIdDoNotUseTypeAsc = "ARTIFACT_BY_LOCATION_ID_DO_NOT_USE__TYPE_ASC", ArtifactByLocationIdDoNotUseTypeDesc = "ARTIFACT_BY_LOCATION_ID_DO_NOT_USE__TYPE_DESC", ArtifactByLocationIdDoNotUseIndexAsc = "ARTIFACT_BY_LOCATION_ID_DO_NOT_USE__INDEX_ASC", ArtifactByLocationIdDoNotUseIndexDesc = "ARTIFACT_BY_LOCATION_ID_DO_NOT_USE__INDEX_DESC", ArtifactByLocationIdDoNotUseParametersAsc = "ARTIFACT_BY_LOCATION_ID_DO_NOT_USE__PARAMETERS_ASC", ArtifactByLocationIdDoNotUseParametersDesc = "ARTIFACT_BY_LOCATION_ID_DO_NOT_USE__PARAMETERS_DESC", ArtifactByLocationIdDoNotUseFallbackDataAsc = "ARTIFACT_BY_LOCATION_ID_DO_NOT_USE__FALLBACK_DATA_ASC", ArtifactByLocationIdDoNotUseFallbackDataDesc = "ARTIFACT_BY_LOCATION_ID_DO_NOT_USE__FALLBACK_DATA_DESC", ArtifactByLocationIdDoNotUseDescriptionAsc = "ARTIFACT_BY_LOCATION_ID_DO_NOT_USE__DESCRIPTION_ASC", ArtifactByLocationIdDoNotUseDescriptionDesc = "ARTIFACT_BY_LOCATION_ID_DO_NOT_USE__DESCRIPTION_DESC", ArtifactByLocationIdDoNotUseDeletedAtAsc = "ARTIFACT_BY_LOCATION_ID_DO_NOT_USE__DELETED_AT_ASC", ArtifactByLocationIdDoNotUseDeletedAtDesc = "ARTIFACT_BY_LOCATION_ID_DO_NOT_USE__DELETED_AT_DESC", LocationCloneOfByAAAsc = "LOCATION_CLONE_OF_BY_A__A_ASC", LocationCloneOfByAADesc = "LOCATION_CLONE_OF_BY_A__A_DESC", LocationCloneOfByABAsc = "LOCATION_CLONE_OF_BY_A__B_ASC", LocationCloneOfByABDesc = "LOCATION_CLONE_OF_BY_A__B_DESC", LocationCloneovesByBCountAsc = "LOCATION_CLONEOVES_BY_B__COUNT_ASC", LocationCloneovesByBCountDesc = "LOCATION_CLONEOVES_BY_B__COUNT_DESC", PlanLocationsByLocationIdCountAsc = "PLAN_LOCATIONS_BY_LOCATION_ID__COUNT_ASC", PlanLocationsByLocationIdCountDesc = "PLAN_LOCATIONS_BY_LOCATION_ID__COUNT_DESC", ExecutionLocationsByLocationIdCountAsc = "EXECUTION_LOCATIONS_BY_LOCATION_ID__COUNT_ASC", ExecutionLocationsByLocationIdCountDesc = "EXECUTION_LOCATIONS_BY_LOCATION_ID__COUNT_DESC" } /** A filter to be used against many `ExecutionLocation` object types. All fields are combined with a logical ‘and.’ */ export declare type LocationToManyExecutionLocationFilter = { /** Every related `ExecutionLocation` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `ExecutionLocation` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `ExecutionLocation` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `LocationCloneOf` object types. All fields are combined with a logical ‘and.’ */ export declare type LocationToManyLocationCloneOfFilter = { /** Every related `LocationCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `LocationCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `LocationCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `PlanLocation` object types. All fields are combined with a logical ‘and.’ */ export declare type LocationToManyPlanLocationFilter = { /** Every related `PlanLocation` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `PlanLocation` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `PlanLocation` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; export declare type MergeAnomaliesInput = { ids: Array; }; export declare type MergeAnomaliesPayload = { __typename?: 'MergeAnomaliesPayload'; anomaly?: Maybe; query?: Maybe; }; export declare type Mission = { __typename?: 'Mission'; id: Scalars['String']; nickname?: Maybe; name?: Maybe; type?: Maybe; createdAt: Scalars['Datetime']; updatedAt: Scalars['Datetime']; deletedAt?: Maybe; infra?: Maybe; description?: Maybe; /** Reads a single `MissionPlan` that is related to this `Mission`. */ plan?: Maybe; /** Reads a single `Mission` that is related to this `Mission`. */ missionByInfra?: Maybe; /** Reads a single `MissionExecution` that is related to this `Mission`. */ elementOfExecution?: Maybe; /** Reads a single `MissionPlan` that is related to this `Mission`. */ elementOfPlan?: Maybe; /** Reads a single `Organization` that is related to this `Mission`. */ organization?: Maybe; /** Reads and enables pagination through a set of `Mission`. */ missionsByInfraConnection: MissionsConnection; /** Reads and enables pagination through a set of `Mission`. */ missionsByInfra: Array; /** Reads a single `MissionExecution` that is related to this `Mission`. */ execution?: Maybe; /** * Reads and enables pagination through a set of `MissionExecution`. * @deprecated Please use execution instead */ executionConnection: MissionExecutionsConnection; /** Reads and enables pagination through a set of `Artifact`. */ artifactsConnection: ArtifactsConnection; /** Reads and enables pagination through a set of `Artifact`. */ artifacts: Array; /** Reads and enables pagination through a set of `ActivityAssignment`. */ assignmentsConnection: ActivityAssignmentsConnection; /** Reads and enables pagination through a set of `ActivityAssignment`. */ assignments: Array; /** Reads and enables pagination through a set of `Comment`. */ commentsConnection: CommentsConnection; /** Reads and enables pagination through a set of `Comment`. */ comments: Array; /** Reads a single `MissionCloneOf` that is related to this `Mission`. */ cloneOfRelation?: Maybe; /** * Reads and enables pagination through a set of `MissionCloneOf`. * @deprecated Please use cloneOfRelation instead */ cloneOfRelationConnection: MissionCloneovesConnection; /** Reads and enables pagination through a set of `MissionCloneOf`. */ clonesRelationConnection: MissionCloneovesConnection; /** Reads and enables pagination through a set of `MissionCloneOf`. */ clonesRelation: Array; /** Reads and enables pagination through a set of `MissionClient`. */ clientsRelationConnection: MissionClientsConnection; /** Reads and enables pagination through a set of `MissionClient`. */ clientsRelation: Array; /** Reads and enables pagination through a set of `MissionExpert`. */ expertsRelationConnection: MissionExpertsConnection; /** Reads and enables pagination through a set of `MissionExpert`. */ expertsRelation: Array; /** Reads and enables pagination through a set of `MissionInspector`. */ inspectorsRelationConnection: MissionInspectorsConnection; /** Reads and enables pagination through a set of `MissionInspector`. */ inspectorsRelation: Array; /** Reads and enables pagination through a set of `MissionOperator`. */ operatorsRelationConnection: MissionOperatorsConnection; /** Reads and enables pagination through a set of `MissionOperator`. */ operatorsRelation: Array; cloneOf?: Maybe; /** Reads and enables pagination through a set of `Mission`. */ clonesConnection: MissionsConnection; /** Reads and enables pagination through a set of `Mission`. */ clones?: Maybe>>; /** Reads and enables pagination through a set of `MissionExecution`. */ missionExecutionsByMissionInfraAndElementOfExecutionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `MissionPlan`. */ missionPlansByMissionInfraAndElementOfPlanIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Organization`. */ organizationsByMissionInfraAndOrganizationIdDoNotUseList: Array; /** Reads and enables pagination through a set of `File`. */ filesByArtifactMissionIdDoNotUseAndFileIdDoNotUseList: Array; /** Reads and enables pagination through a set of `MissionPlan`. */ missionPlansByArtifactMissionIdDoNotUseAndPlanIdDoNotUseList: Array; /** Reads and enables pagination through a set of `MissionExecution`. */ missionExecutionsByArtifactMissionIdDoNotUseAndMissionExecutionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Organization`. */ organizationsByActivityAssignmentMissionIdDoNotUseAndOrganizationIdDoNotUseList: Array; /** Reads and enables pagination through a set of `User`. */ usersByActivityAssignmentMissionIdDoNotUseAndUserIdDoNotUseList: Array; /** Reads and enables pagination through a set of `User`. */ usersByCommentAboutMissionIdDoNotUseAndAuthorIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Comment`. */ commentsByCommentAboutMissionIdDoNotUseAndAboutCommentIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Artifact`. */ artifactsByCommentAboutMissionIdDoNotUseAndAboutArtifactIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Structure`. */ structuresByCommentAboutMissionIdDoNotUseAndAboutStructureIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Anomaly`. */ anomaliesByCommentAboutMissionIdDoNotUseAndAboutAnomalyIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Classification`. */ classificationsByCommentAboutMissionIdDoNotUseAndAboutClassificationIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Detection`. */ detectionsByCommentAboutMissionIdDoNotUseAndAboutDetectionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Segmentation`. */ segmentationsByCommentAboutMissionIdDoNotUseAndAboutSegmentationIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Image`. */ imagesByCommentAboutMissionIdDoNotUseAndAboutImageIdDoNotUseList: Array; /** Reads and enables pagination through a set of `User`. */ clientsConnection: MissionClientsConnectionManyToManyConnection; /** Reads and enables pagination through a set of `User`. */ clients: Array; /** Reads and enables pagination through a set of `User`. */ expertsConnection: MissionExpertsConnectionManyToManyConnection; /** Reads and enables pagination through a set of `User`. */ experts: Array; /** Reads and enables pagination through a set of `User`. */ inspectorsConnection: MissionInspectorsConnectionManyToManyConnection; /** Reads and enables pagination through a set of `User`. */ inspectors: Array; /** Reads and enables pagination through a set of `User`. */ operatorsConnection: MissionOperatorsConnectionManyToManyConnection; /** Reads and enables pagination through a set of `User`. */ operators: Array; }; export declare type MissionMissionsByInfraConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionMissionsByInfraArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExecutionConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionArtifactsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionArtifactsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionAssignmentsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionAssignmentsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionCommentsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionCommentsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionCloneOfRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionClonesRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionClonesRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionClientsRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionClientsRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExpertsRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExpertsRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionInspectorsRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionInspectorsRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionOperatorsRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionOperatorsRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionClonesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; filter?: Maybe; }; export declare type MissionClonesArgs = { first?: Maybe; offset?: Maybe; filter?: Maybe; }; export declare type MissionMissionExecutionsByMissionInfraAndElementOfExecutionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionMissionPlansByMissionInfraAndElementOfPlanIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionOrganizationsByMissionInfraAndOrganizationIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionFilesByArtifactMissionIdDoNotUseAndFileIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionMissionPlansByArtifactMissionIdDoNotUseAndPlanIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionMissionExecutionsByArtifactMissionIdDoNotUseAndMissionExecutionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionOrganizationsByActivityAssignmentMissionIdDoNotUseAndOrganizationIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionUsersByActivityAssignmentMissionIdDoNotUseAndUserIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionUsersByCommentAboutMissionIdDoNotUseAndAuthorIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionCommentsByCommentAboutMissionIdDoNotUseAndAboutCommentIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionArtifactsByCommentAboutMissionIdDoNotUseAndAboutArtifactIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionStructuresByCommentAboutMissionIdDoNotUseAndAboutStructureIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionAnomaliesByCommentAboutMissionIdDoNotUseAndAboutAnomalyIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionClassificationsByCommentAboutMissionIdDoNotUseAndAboutClassificationIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionDetectionsByCommentAboutMissionIdDoNotUseAndAboutDetectionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionSegmentationsByCommentAboutMissionIdDoNotUseAndAboutSegmentationIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionImagesByCommentAboutMissionIdDoNotUseAndAboutImageIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionClientsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionClientsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExpertsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExpertsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionInspectorsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionInspectorsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionOperatorsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionOperatorsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A connection to a list of `MissionAnomaly` values. */ export declare type MissionAnomaliesConnection = { __typename?: 'MissionAnomaliesConnection'; /** A list of `MissionAnomaly` objects. */ nodes: Array>; /** A list of edges which contains the `MissionAnomaly` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `MissionAnomaly` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `MissionAnomaly` edge in the connection. */ export declare type MissionAnomaliesEdge = { __typename?: 'MissionAnomaliesEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `MissionAnomaly` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `MissionAnomaly`. */ export declare enum MissionAnomaliesOrderBy { Natural = "NATURAL", AAsc = "A_ASC", ADesc = "A_DESC", BAsc = "B_ASC", BDesc = "B_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", AnomalyByAIdAsc = "ANOMALY_BY_A__ID_ASC", AnomalyByAIdDesc = "ANOMALY_BY_A__ID_DESC", AnomalyByANicknameAsc = "ANOMALY_BY_A__NICKNAME_ASC", AnomalyByANicknameDesc = "ANOMALY_BY_A__NICKNAME_DESC", AnomalyByACreatedAtAsc = "ANOMALY_BY_A__CREATED_AT_ASC", AnomalyByACreatedAtDesc = "ANOMALY_BY_A__CREATED_AT_DESC", AnomalyByAUpdatedAtAsc = "ANOMALY_BY_A__UPDATED_AT_ASC", AnomalyByAUpdatedAtDesc = "ANOMALY_BY_A__UPDATED_AT_DESC", AnomalyByALevelAsc = "ANOMALY_BY_A__LEVEL_ASC", AnomalyByALevelDesc = "ANOMALY_BY_A__LEVEL_DESC", AnomalyByAParametersAsc = "ANOMALY_BY_A__PARAMETERS_ASC", AnomalyByAParametersDesc = "ANOMALY_BY_A__PARAMETERS_DESC", AnomalyByAUMinAsc = "ANOMALY_BY_A__U_MIN_ASC", AnomalyByAUMinDesc = "ANOMALY_BY_A__U_MIN_DESC", AnomalyByAUMaxAsc = "ANOMALY_BY_A__U_MAX_ASC", AnomalyByAUMaxDesc = "ANOMALY_BY_A__U_MAX_DESC", AnomalyByAVMinAsc = "ANOMALY_BY_A__V_MIN_ASC", AnomalyByAVMinDesc = "ANOMALY_BY_A__V_MIN_DESC", AnomalyByAVMaxAsc = "ANOMALY_BY_A__V_MAX_ASC", AnomalyByAVMaxDesc = "ANOMALY_BY_A__V_MAX_DESC", AnomalyByAUvGeometryAsc = "ANOMALY_BY_A__UV_GEOMETRY_ASC", AnomalyByAUvGeometryDesc = "ANOMALY_BY_A__UV_GEOMETRY_DESC", AnomalyByADescriptionAsc = "ANOMALY_BY_A__DESCRIPTION_ASC", AnomalyByADescriptionDesc = "ANOMALY_BY_A__DESCRIPTION_DESC", AnomalyByADeletedAtAsc = "ANOMALY_BY_A__DELETED_AT_ASC", AnomalyByADeletedAtDesc = "ANOMALY_BY_A__DELETED_AT_DESC", MissionExecutionByBIdAsc = "MISSION_EXECUTION_BY_B__ID_ASC", MissionExecutionByBIdDesc = "MISSION_EXECUTION_BY_B__ID_DESC", MissionExecutionByBNicknameAsc = "MISSION_EXECUTION_BY_B__NICKNAME_ASC", MissionExecutionByBNicknameDesc = "MISSION_EXECUTION_BY_B__NICKNAME_DESC", MissionExecutionByBCreatedAtAsc = "MISSION_EXECUTION_BY_B__CREATED_AT_ASC", MissionExecutionByBCreatedAtDesc = "MISSION_EXECUTION_BY_B__CREATED_AT_DESC", MissionExecutionByBUpdatedAtAsc = "MISSION_EXECUTION_BY_B__UPDATED_AT_ASC", MissionExecutionByBUpdatedAtDesc = "MISSION_EXECUTION_BY_B__UPDATED_AT_DESC", MissionExecutionByBExecutionAtAsc = "MISSION_EXECUTION_BY_B__EXECUTION_AT_ASC", MissionExecutionByBExecutionAtDesc = "MISSION_EXECUTION_BY_B__EXECUTION_AT_DESC", MissionExecutionByBInspectionAtAsc = "MISSION_EXECUTION_BY_B__INSPECTION_AT_ASC", MissionExecutionByBInspectionAtDesc = "MISSION_EXECUTION_BY_B__INSPECTION_AT_DESC", MissionExecutionByBExpertValidationAtAsc = "MISSION_EXECUTION_BY_B__EXPERT_VALIDATION_AT_ASC", MissionExecutionByBExpertValidationAtDesc = "MISSION_EXECUTION_BY_B__EXPERT_VALIDATION_AT_DESC", MissionExecutionByBTrajectoryAsc = "MISSION_EXECUTION_BY_B__TRAJECTORY_ASC", MissionExecutionByBTrajectoryDesc = "MISSION_EXECUTION_BY_B__TRAJECTORY_DESC", MissionExecutionByBParametersAsc = "MISSION_EXECUTION_BY_B__PARAMETERS_ASC", MissionExecutionByBParametersDesc = "MISSION_EXECUTION_BY_B__PARAMETERS_DESC", MissionExecutionByBDeletedAtAsc = "MISSION_EXECUTION_BY_B__DELETED_AT_ASC", MissionExecutionByBDeletedAtDesc = "MISSION_EXECUTION_BY_B__DELETED_AT_DESC", AAscBAsc = "A_ASC__B_ASC", ADescBDesc = "A_DESC__B_DESC" } export declare type MissionAnomaly = { __typename?: 'MissionAnomaly'; a: Scalars['String']; b: Scalars['String']; /** Reads a single `Anomaly` that is related to this `MissionAnomaly`. */ anomaly?: Maybe; /** Reads a single `MissionExecution` that is related to this `MissionAnomaly`. */ mission?: Maybe; }; /** * A condition to be used against `MissionAnomaly` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type MissionAnomalyCondition = { /** Checks for equality with the object’s `a` field. */ a?: Maybe; /** Checks for equality with the object’s `b` field. */ b?: Maybe; }; /** A filter to be used against `MissionAnomaly` object types. All fields are combined with a logical ‘and.’ */ export declare type MissionAnomalyFilter = { /** Filter by the object’s `a` field. */ a?: Maybe; /** Filter by the object’s `b` field. */ b?: Maybe; /** Filter by the object’s `anomaly` relation. */ anomaly?: Maybe; /** Filter by the object’s `mission` relation. */ mission?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `MissionAnomaly` */ export declare type MissionAnomalyInput = { a?: Maybe; b?: Maybe; anomaly?: Maybe<_MissionAnomaliesIbfk1Input>; mission?: Maybe<_MissionAnomaliesIbfk2Input>; }; /** The fields on `missionAnomaly` to look up the row to connect. */ export declare type MissionAnomalyMissionAnomaliesPkeyConnect = { a: Scalars['String']; b: Scalars['String']; }; /** The fields on `missionAnomaly` to look up the row to delete. */ export declare type MissionAnomalyMissionAnomaliesPkeyDelete = { a: Scalars['String']; b: Scalars['String']; }; /** The fields on `missionAnomaly` to look up the row to update. */ export declare type MissionAnomalyOnMissionAnomalyForMissionAnomaliesIbfk1UsingMissionAnomaliesPkeyUpdate = { /** An object where the defined keys will be set on the `missionAnomaly` being updated. */ patch: UpdateMissionAnomalyOnMissionAnomalyForMissionAnomaliesIbfk1Patch; a: Scalars['String']; b: Scalars['String']; }; /** The fields on `missionAnomaly` to look up the row to update. */ export declare type MissionAnomalyOnMissionAnomalyForMissionAnomaliesIbfk2UsingMissionAnomaliesPkeyUpdate = { /** An object where the defined keys will be set on the `missionAnomaly` being updated. */ patch: UpdateMissionAnomalyOnMissionAnomalyForMissionAnomaliesIbfk2Patch; a: Scalars['String']; b: Scalars['String']; }; /** Represents an update to a `MissionAnomaly`. Fields that are set will be updated. */ export declare type MissionAnomalyPatch = { a?: Maybe; b?: Maybe; anomaly?: Maybe<_MissionAnomaliesIbfk1Input>; mission?: Maybe<_MissionAnomaliesIbfk2Input>; }; export declare type MissionClient = { __typename?: 'MissionClient'; a?: Maybe; b?: Maybe; /** Reads a single `Mission` that is related to this `MissionClient`. */ mission?: Maybe; /** Reads a single `User` that is related to this `MissionClient`. */ client?: Maybe; }; /** * A condition to be used against `MissionClient` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type MissionClientCondition = { /** Checks for equality with the object’s `a` field. */ a?: Maybe; /** Checks for equality with the object’s `b` field. */ b?: Maybe; }; /** A filter to be used against `MissionClient` object types. All fields are combined with a logical ‘and.’ */ export declare type MissionClientFilter = { /** Filter by the object’s `a` field. */ a?: Maybe; /** Filter by the object’s `b` field. */ b?: Maybe; /** Filter by the object’s `mission` relation. */ mission?: Maybe; /** A related `mission` exists. */ missionExists?: Maybe; /** Filter by the object’s `client` relation. */ client?: Maybe; /** A related `client` exists. */ clientExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `MissionClient` */ export declare type MissionClientInput = { a?: Maybe; b?: Maybe; mission?: Maybe; client?: Maybe; }; /** A connection to a list of `MissionClient` values. */ export declare type MissionClientsConnection = { __typename?: 'MissionClientsConnection'; /** A list of `MissionClient` objects. */ nodes: Array>; /** A list of edges which contains the `MissionClient` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `MissionClient` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A connection to a list of `User` values, with data from `MissionClient`. */ export declare type MissionClientsConnectionManyToManyConnection = { __typename?: 'MissionClientsConnectionManyToManyConnection'; /** A list of `User` objects. */ nodes: Array>; /** A list of edges which contains the `User`, info from the `MissionClient`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `User` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `User` edge in the connection, with data from `MissionClient`. */ export declare type MissionClientsConnectionManyToManyEdge = { __typename?: 'MissionClientsConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `User` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `MissionClient`. */ clientOfMissionsRelationConnection: MissionClientsConnection; /** Reads and enables pagination through a set of `MissionClient`. */ clientOfMissionsRelation: Array; }; /** A `User` edge in the connection, with data from `MissionClient`. */ export declare type MissionClientsConnectionManyToManyEdgeClientOfMissionsRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `User` edge in the connection, with data from `MissionClient`. */ export declare type MissionClientsConnectionManyToManyEdgeClientOfMissionsRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `MissionClient` edge in the connection. */ export declare type MissionClientsEdge = { __typename?: 'MissionClientsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `MissionClient` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `MissionClient`. */ export declare enum MissionClientsOrderBy { Natural = "NATURAL", AAsc = "A_ASC", ADesc = "A_DESC", BAsc = "B_ASC", BDesc = "B_DESC", MissionByAIdAsc = "MISSION_BY_A__ID_ASC", MissionByAIdDesc = "MISSION_BY_A__ID_DESC", MissionByANicknameAsc = "MISSION_BY_A__NICKNAME_ASC", MissionByANicknameDesc = "MISSION_BY_A__NICKNAME_DESC", MissionByANameAsc = "MISSION_BY_A__NAME_ASC", MissionByANameDesc = "MISSION_BY_A__NAME_DESC", MissionByATypeAsc = "MISSION_BY_A__TYPE_ASC", MissionByATypeDesc = "MISSION_BY_A__TYPE_DESC", MissionByACreatedAtAsc = "MISSION_BY_A__CREATED_AT_ASC", MissionByACreatedAtDesc = "MISSION_BY_A__CREATED_AT_DESC", MissionByAUpdatedAtAsc = "MISSION_BY_A__UPDATED_AT_ASC", MissionByAUpdatedAtDesc = "MISSION_BY_A__UPDATED_AT_DESC", MissionByADeletedAtAsc = "MISSION_BY_A__DELETED_AT_ASC", MissionByADeletedAtDesc = "MISSION_BY_A__DELETED_AT_DESC", MissionByAInfraAsc = "MISSION_BY_A__INFRA_ASC", MissionByAInfraDesc = "MISSION_BY_A__INFRA_DESC", MissionByADescriptionAsc = "MISSION_BY_A__DESCRIPTION_ASC", MissionByADescriptionDesc = "MISSION_BY_A__DESCRIPTION_DESC", UserByBIdAsc = "USER_BY_B__ID_ASC", UserByBIdDesc = "USER_BY_B__ID_DESC", UserByBNicknameAsc = "USER_BY_B__NICKNAME_ASC", UserByBNicknameDesc = "USER_BY_B__NICKNAME_DESC", UserByBNameAsc = "USER_BY_B__NAME_ASC", UserByBNameDesc = "USER_BY_B__NAME_DESC", UserByBEmailAsc = "USER_BY_B__EMAIL_ASC", UserByBEmailDesc = "USER_BY_B__EMAIL_DESC", UserByBPasswordAsc = "USER_BY_B__PASSWORD_ASC", UserByBPasswordDesc = "USER_BY_B__PASSWORD_DESC", UserByBDescriptionAsc = "USER_BY_B__DESCRIPTION_ASC", UserByBDescriptionDesc = "USER_BY_B__DESCRIPTION_DESC", UserByBCreatedAtAsc = "USER_BY_B__CREATED_AT_ASC", UserByBCreatedAtDesc = "USER_BY_B__CREATED_AT_DESC", UserByBUpdatedAtAsc = "USER_BY_B__UPDATED_AT_ASC", UserByBUpdatedAtDesc = "USER_BY_B__UPDATED_AT_DESC", UserByBActivatedAtAsc = "USER_BY_B__ACTIVATED_AT_ASC", UserByBActivatedAtDesc = "USER_BY_B__ACTIVATED_AT_DESC", UserByBDateOfBirthAsc = "USER_BY_B__DATE_OF_BIRTH_ASC", UserByBDateOfBirthDesc = "USER_BY_B__DATE_OF_BIRTH_DESC", UserByBParametersAsc = "USER_BY_B__PARAMETERS_ASC", UserByBParametersDesc = "USER_BY_B__PARAMETERS_DESC", UserByBLanguageAsc = "USER_BY_B__LANGUAGE_ASC", UserByBLanguageDesc = "USER_BY_B__LANGUAGE_DESC", UserByBDeletedAtAsc = "USER_BY_B__DELETED_AT_ASC", UserByBDeletedAtDesc = "USER_BY_B__DELETED_AT_DESC" } export declare type MissionCloneOf = { __typename?: 'MissionCloneOf'; a: Scalars['String']; b: Scalars['String']; /** Reads a single `Mission` that is related to this `MissionCloneOf`. */ cloneOf?: Maybe; /** Reads a single `Mission` that is related to this `MissionCloneOf`. */ clone?: Maybe; }; /** * A condition to be used against `MissionCloneOf` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type MissionCloneOfCondition = { /** Checks for equality with the object’s `a` field. */ a?: Maybe; /** Checks for equality with the object’s `b` field. */ b?: Maybe; }; /** A filter to be used against `MissionCloneOf` object types. All fields are combined with a logical ‘and.’ */ export declare type MissionCloneOfFilter = { /** Filter by the object’s `a` field. */ a?: Maybe; /** Filter by the object’s `b` field. */ b?: Maybe; /** Filter by the object’s `cloneOf` relation. */ cloneOf?: Maybe; /** Filter by the object’s `clone` relation. */ clone?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `MissionCloneOf` */ export declare type MissionCloneOfInput = { a?: Maybe; b?: Maybe; cloneOf?: Maybe<_MissionCloneOfIbfk1Input>; clone?: Maybe<_MissionCloneOfIbfk2Input>; }; /** The fields on `missionCloneOf` to look up the row to connect. */ export declare type MissionCloneOfMissionCloneOfPkeyConnect = { a: Scalars['String']; }; /** The fields on `missionCloneOf` to look up the row to delete. */ export declare type MissionCloneOfMissionCloneOfPkeyDelete = { a: Scalars['String']; }; /** The fields on `missionCloneOf` to look up the row to update. */ export declare type MissionCloneOfOnMissionCloneOfForMissionCloneOfIbfk1UsingMissionCloneOfPkeyUpdate = { /** An object where the defined keys will be set on the `missionCloneOf` being updated. */ patch: UpdateMissionCloneOfOnMissionCloneOfForMissionCloneOfIbfk1Patch; a: Scalars['String']; }; /** The fields on `missionCloneOf` to look up the row to update. */ export declare type MissionCloneOfOnMissionCloneOfForMissionCloneOfIbfk2UsingMissionCloneOfPkeyUpdate = { /** An object where the defined keys will be set on the `missionCloneOf` being updated. */ patch: UpdateMissionCloneOfOnMissionCloneOfForMissionCloneOfIbfk2Patch; a: Scalars['String']; }; /** Represents an update to a `MissionCloneOf`. Fields that are set will be updated. */ export declare type MissionCloneOfPatch = { a?: Maybe; b?: Maybe; cloneOf?: Maybe<_MissionCloneOfIbfk1Input>; clone?: Maybe<_MissionCloneOfIbfk2Input>; }; /** A connection to a list of `MissionCloneOf` values. */ export declare type MissionCloneovesConnection = { __typename?: 'MissionCloneovesConnection'; /** A list of `MissionCloneOf` objects. */ nodes: Array>; /** A list of edges which contains the `MissionCloneOf` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `MissionCloneOf` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `MissionCloneOf` edge in the connection. */ export declare type MissionCloneovesEdge = { __typename?: 'MissionCloneovesEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `MissionCloneOf` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `MissionCloneOf`. */ export declare enum MissionCloneovesOrderBy { Natural = "NATURAL", AAsc = "A_ASC", ADesc = "A_DESC", BAsc = "B_ASC", BDesc = "B_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", MissionByAIdAsc = "MISSION_BY_A__ID_ASC", MissionByAIdDesc = "MISSION_BY_A__ID_DESC", MissionByANicknameAsc = "MISSION_BY_A__NICKNAME_ASC", MissionByANicknameDesc = "MISSION_BY_A__NICKNAME_DESC", MissionByANameAsc = "MISSION_BY_A__NAME_ASC", MissionByANameDesc = "MISSION_BY_A__NAME_DESC", MissionByATypeAsc = "MISSION_BY_A__TYPE_ASC", MissionByATypeDesc = "MISSION_BY_A__TYPE_DESC", MissionByACreatedAtAsc = "MISSION_BY_A__CREATED_AT_ASC", MissionByACreatedAtDesc = "MISSION_BY_A__CREATED_AT_DESC", MissionByAUpdatedAtAsc = "MISSION_BY_A__UPDATED_AT_ASC", MissionByAUpdatedAtDesc = "MISSION_BY_A__UPDATED_AT_DESC", MissionByADeletedAtAsc = "MISSION_BY_A__DELETED_AT_ASC", MissionByADeletedAtDesc = "MISSION_BY_A__DELETED_AT_DESC", MissionByAInfraAsc = "MISSION_BY_A__INFRA_ASC", MissionByAInfraDesc = "MISSION_BY_A__INFRA_DESC", MissionByADescriptionAsc = "MISSION_BY_A__DESCRIPTION_ASC", MissionByADescriptionDesc = "MISSION_BY_A__DESCRIPTION_DESC", MissionByBIdAsc = "MISSION_BY_B__ID_ASC", MissionByBIdDesc = "MISSION_BY_B__ID_DESC", MissionByBNicknameAsc = "MISSION_BY_B__NICKNAME_ASC", MissionByBNicknameDesc = "MISSION_BY_B__NICKNAME_DESC", MissionByBNameAsc = "MISSION_BY_B__NAME_ASC", MissionByBNameDesc = "MISSION_BY_B__NAME_DESC", MissionByBTypeAsc = "MISSION_BY_B__TYPE_ASC", MissionByBTypeDesc = "MISSION_BY_B__TYPE_DESC", MissionByBCreatedAtAsc = "MISSION_BY_B__CREATED_AT_ASC", MissionByBCreatedAtDesc = "MISSION_BY_B__CREATED_AT_DESC", MissionByBUpdatedAtAsc = "MISSION_BY_B__UPDATED_AT_ASC", MissionByBUpdatedAtDesc = "MISSION_BY_B__UPDATED_AT_DESC", MissionByBDeletedAtAsc = "MISSION_BY_B__DELETED_AT_ASC", MissionByBDeletedAtDesc = "MISSION_BY_B__DELETED_AT_DESC", MissionByBInfraAsc = "MISSION_BY_B__INFRA_ASC", MissionByBInfraDesc = "MISSION_BY_B__INFRA_DESC", MissionByBDescriptionAsc = "MISSION_BY_B__DESCRIPTION_ASC", MissionByBDescriptionDesc = "MISSION_BY_B__DESCRIPTION_DESC" } /** A condition to be used against `Mission` object types. All fields are tested for equality and combined with a logical ‘and.’ */ export declare type MissionCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `nickname` field. */ nickname?: Maybe; /** Checks for equality with the object’s `name` field. */ name?: Maybe; /** Checks for equality with the object’s `type` field. */ type?: Maybe; /** Checks for equality with the object’s `createdAt` field. */ createdAt?: Maybe; /** Checks for equality with the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Checks for equality with the object’s `deletedAt` field. */ deletedAt?: Maybe; /** Checks for equality with the object’s `infra` field. */ infra?: Maybe; /** Checks for equality with the object’s `description` field. */ description?: Maybe; }; /** Input for the nested mutation of `missionExecution` in the `MissionInput` mutation. */ export declare type MissionElementOfExecutionFkeyInput = { /** The primary key(s) for `missionExecution` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `mission` in the `MissionExecutionInput` mutation. */ export declare type MissionElementOfExecutionFkeyInverseInput = { /** The primary key(s) for `mission` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `mission` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** Input for the nested mutation of `missionPlan` in the `MissionInput` mutation. */ export declare type MissionElementOfPlanFkeyInput = { /** The primary key(s) for `missionPlan` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `mission` in the `MissionPlanInput` mutation. */ export declare type MissionElementOfPlanFkeyInverseInput = { /** The primary key(s) for `mission` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `mission` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; export declare type MissionExecution = { __typename?: 'MissionExecution'; id: Scalars['String']; nickname?: Maybe; createdAt: Scalars['Datetime']; updatedAt: Scalars['Datetime']; executionAt?: Maybe; inspectionAt?: Maybe; expertValidationAt?: Maybe; trajectory?: Maybe; parameters?: Maybe; deletedAt?: Maybe; /** Reads a single `Mission` that is related to this `MissionExecution`. */ mission?: Maybe; /** Reads and enables pagination through a set of `Mission`. */ elementsConnection: MissionsConnection; /** Reads and enables pagination through a set of `Mission`. */ elements: Array; /** Reads and enables pagination through a set of `Image`. */ imagesConnection: ImagesConnection; /** Reads and enables pagination through a set of `Image`. */ images: Array; /** Reads and enables pagination through a set of `Segmentation`. */ segmentationsConnection: SegmentationsConnection; /** Reads and enables pagination through a set of `Segmentation`. */ segmentations: Array; /** Reads and enables pagination through a set of `Artifact`. */ artifactsConnection: ArtifactsConnection; /** Reads and enables pagination through a set of `Artifact`. */ artifacts: Array; /** Reads and enables pagination through a set of `Detection`. */ detectionsConnection: DetectionsConnection; /** Reads and enables pagination through a set of `Detection`. */ detections: Array; /** Reads and enables pagination through a set of `Classification`. */ classificationsConnection: ClassificationsConnection; /** Reads and enables pagination through a set of `Classification`. */ classifications: Array; /** Reads and enables pagination through a set of `MissionAnomaly`. */ anomaliesRelationConnection: MissionAnomaliesConnection; /** Reads and enables pagination through a set of `MissionAnomaly`. */ anomaliesRelation: Array; /** Reads a single `MissionExecutionCloneOf` that is related to this `MissionExecution`. */ cloneOfRelation?: Maybe; /** * Reads and enables pagination through a set of `MissionExecutionCloneOf`. * @deprecated Please use cloneOfRelation instead */ cloneOfRelationConnection: MissionExecutionCloneovesConnection; /** Reads and enables pagination through a set of `MissionExecutionCloneOf`. */ clonesRelationConnection: MissionExecutionCloneovesConnection; /** Reads and enables pagination through a set of `MissionExecutionCloneOf`. */ clonesRelation: Array; cloneOf?: Maybe; /** Reads and enables pagination through a set of `MissionExecution`. */ clonesConnection: MissionExecutionsConnection; /** Reads and enables pagination through a set of `MissionExecution`. */ clones?: Maybe>>; /** Reads and enables pagination through a set of `Mission`. */ missionsByMissionElementOfExecutionIdDoNotUseAndInfra: MissionExecutionMissionsByMissionElementOfExecutionIdDoNotUseAndInfraManyToManyConnection; /** Reads and enables pagination through a set of `Mission`. */ missionsByMissionElementOfExecutionIdDoNotUseAndInfraList: Array; /** Reads and enables pagination through a set of `MissionPlan`. */ missionPlansByMissionElementOfExecutionIdDoNotUseAndElementOfPlanIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Organization`. */ organizationsByMissionElementOfExecutionIdDoNotUseAndOrganizationIdDoNotUseList: Array; /** Reads and enables pagination through a set of `File`. */ filesByImageMissionIdDoNotUseAndFileIdDoNotUseList: Array; /** Reads and enables pagination through a set of `ImageCorrection`. */ imageCorrectionsByImageMissionIdDoNotUseAndCorrectionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `User`. */ usersBySegmentationMissionIdDoNotUseAndAuthorIdDoNotUseList: Array; /** Reads and enables pagination through a set of `AnomalyType`. */ anomalyTypesBySegmentationMissionIdDoNotUseAndTypeIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Image`. */ imagesBySegmentationMissionIdDoNotUseAndImageIdDoNotUseList: Array; /** Reads and enables pagination through a set of `File`. */ filesByArtifactMissionExecutionIdDoNotUseAndFileIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Mission`. */ missionsByArtifactMissionExecutionIdDoNotUseAndMissionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `MissionPlan`. */ missionPlansByArtifactMissionExecutionIdDoNotUseAndPlanIdDoNotUseList: Array; /** Reads and enables pagination through a set of `User`. */ usersByDetectionMissionIdDoNotUseAndAuthorIdDoNotUseList: Array; /** Reads and enables pagination through a set of `AnomalyType`. */ anomalyTypesByDetectionMissionIdDoNotUseAndTypeIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Anomaly`. */ anomaliesByDetectionMissionIdDoNotUseAndAnomalyIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Image`. */ imagesByDetectionMissionIdDoNotUseAndImageIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Segmentation`. */ segmentationsByDetectionMissionIdDoNotUseAndSegmentationIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Structure`. */ structuresByDetectionMissionIdDoNotUseAndStructureIdDoNotUseList: Array; /** Reads and enables pagination through a set of `User`. */ usersByClassificationMissionIdDoNotUseAndAuthorIdDoNotUseList: Array; /** Reads and enables pagination through a set of `AnomalyType`. */ anomalyTypesByClassificationMissionIdDoNotUseAndTypeIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Image`. */ imagesByClassificationMissionIdDoNotUseAndImageIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Anomaly`. */ anomaliesConnection: MissionExecutionAnomaliesConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Anomaly`. */ anomalies: Array; }; export declare type MissionExecutionElementsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExecutionElementsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExecutionImagesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExecutionImagesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExecutionSegmentationsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExecutionSegmentationsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExecutionArtifactsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExecutionArtifactsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExecutionDetectionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExecutionDetectionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExecutionClassificationsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExecutionClassificationsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExecutionAnomaliesRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExecutionAnomaliesRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExecutionCloneOfRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExecutionClonesRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExecutionClonesRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExecutionClonesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; filter?: Maybe; }; export declare type MissionExecutionClonesArgs = { first?: Maybe; offset?: Maybe; filter?: Maybe; }; export declare type MissionExecutionMissionsByMissionElementOfExecutionIdDoNotUseAndInfraArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExecutionMissionsByMissionElementOfExecutionIdDoNotUseAndInfraListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExecutionMissionPlansByMissionElementOfExecutionIdDoNotUseAndElementOfPlanIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExecutionOrganizationsByMissionElementOfExecutionIdDoNotUseAndOrganizationIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExecutionFilesByImageMissionIdDoNotUseAndFileIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExecutionImageCorrectionsByImageMissionIdDoNotUseAndCorrectionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExecutionUsersBySegmentationMissionIdDoNotUseAndAuthorIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExecutionAnomalyTypesBySegmentationMissionIdDoNotUseAndTypeIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExecutionImagesBySegmentationMissionIdDoNotUseAndImageIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExecutionFilesByArtifactMissionExecutionIdDoNotUseAndFileIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExecutionMissionsByArtifactMissionExecutionIdDoNotUseAndMissionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExecutionMissionPlansByArtifactMissionExecutionIdDoNotUseAndPlanIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExecutionUsersByDetectionMissionIdDoNotUseAndAuthorIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExecutionAnomalyTypesByDetectionMissionIdDoNotUseAndTypeIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExecutionAnomaliesByDetectionMissionIdDoNotUseAndAnomalyIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExecutionImagesByDetectionMissionIdDoNotUseAndImageIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExecutionSegmentationsByDetectionMissionIdDoNotUseAndSegmentationIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExecutionStructuresByDetectionMissionIdDoNotUseAndStructureIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExecutionUsersByClassificationMissionIdDoNotUseAndAuthorIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExecutionAnomalyTypesByClassificationMissionIdDoNotUseAndTypeIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExecutionImagesByClassificationMissionIdDoNotUseAndImageIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExecutionAnomaliesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionExecutionAnomaliesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A connection to a list of `Anomaly` values, with data from `MissionAnomaly`. */ export declare type MissionExecutionAnomaliesConnectionManyToManyConnection = { __typename?: 'MissionExecutionAnomaliesConnectionManyToManyConnection'; /** A list of `Anomaly` objects. */ nodes: Array>; /** A list of edges which contains the `Anomaly`, info from the `MissionAnomaly`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Anomaly` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Anomaly` edge in the connection, with data from `MissionAnomaly`. */ export declare type MissionExecutionAnomaliesConnectionManyToManyEdge = { __typename?: 'MissionExecutionAnomaliesConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Anomaly` at the end of the edge. */ node?: Maybe; }; export declare type MissionExecutionCloneOf = { __typename?: 'MissionExecutionCloneOf'; a: Scalars['String']; b: Scalars['String']; /** Reads a single `MissionExecution` that is related to this `MissionExecutionCloneOf`. */ cloneOf?: Maybe; /** Reads a single `MissionExecution` that is related to this `MissionExecutionCloneOf`. */ clone?: Maybe; }; /** * A condition to be used against `MissionExecutionCloneOf` object types. All * fields are tested for equality and combined with a logical ‘and.’ */ export declare type MissionExecutionCloneOfCondition = { /** Checks for equality with the object’s `a` field. */ a?: Maybe; /** Checks for equality with the object’s `b` field. */ b?: Maybe; }; /** A filter to be used against `MissionExecutionCloneOf` object types. All fields are combined with a logical ‘and.’ */ export declare type MissionExecutionCloneOfFilter = { /** Filter by the object’s `a` field. */ a?: Maybe; /** Filter by the object’s `b` field. */ b?: Maybe; /** Filter by the object’s `cloneOf` relation. */ cloneOf?: Maybe; /** Filter by the object’s `clone` relation. */ clone?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `MissionExecutionCloneOf` */ export declare type MissionExecutionCloneOfInput = { a?: Maybe; b?: Maybe; cloneOf?: Maybe<_MissionExecutionCloneOfIbfk1Input>; clone?: Maybe<_MissionExecutionCloneOfIbfk2Input>; }; /** The fields on `missionExecutionCloneOf` to look up the row to connect. */ export declare type MissionExecutionCloneOfMissionExecutionCloneOfPkeyConnect = { a: Scalars['String']; }; /** The fields on `missionExecutionCloneOf` to look up the row to delete. */ export declare type MissionExecutionCloneOfMissionExecutionCloneOfPkeyDelete = { a: Scalars['String']; }; /** The fields on `missionExecutionCloneOf` to look up the row to update. */ export declare type MissionExecutionCloneOfOnMissionExecutionCloneOfForMissionExecutionCloneOfIbfk1UsingMissionExecutionCloneOfPkeyUpdate = { /** An object where the defined keys will be set on the `missionExecutionCloneOf` being updated. */ patch: UpdateMissionExecutionCloneOfOnMissionExecutionCloneOfForMissionExecutionCloneOfIbfk1Patch; a: Scalars['String']; }; /** The fields on `missionExecutionCloneOf` to look up the row to update. */ export declare type MissionExecutionCloneOfOnMissionExecutionCloneOfForMissionExecutionCloneOfIbfk2UsingMissionExecutionCloneOfPkeyUpdate = { /** An object where the defined keys will be set on the `missionExecutionCloneOf` being updated. */ patch: UpdateMissionExecutionCloneOfOnMissionExecutionCloneOfForMissionExecutionCloneOfIbfk2Patch; a: Scalars['String']; }; /** Represents an update to a `MissionExecutionCloneOf`. Fields that are set will be updated. */ export declare type MissionExecutionCloneOfPatch = { a?: Maybe; b?: Maybe; cloneOf?: Maybe<_MissionExecutionCloneOfIbfk1Input>; clone?: Maybe<_MissionExecutionCloneOfIbfk2Input>; }; /** A connection to a list of `MissionExecutionCloneOf` values. */ export declare type MissionExecutionCloneovesConnection = { __typename?: 'MissionExecutionCloneovesConnection'; /** A list of `MissionExecutionCloneOf` objects. */ nodes: Array>; /** A list of edges which contains the `MissionExecutionCloneOf` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `MissionExecutionCloneOf` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `MissionExecutionCloneOf` edge in the connection. */ export declare type MissionExecutionCloneovesEdge = { __typename?: 'MissionExecutionCloneovesEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `MissionExecutionCloneOf` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `MissionExecutionCloneOf`. */ export declare enum MissionExecutionCloneovesOrderBy { Natural = "NATURAL", AAsc = "A_ASC", ADesc = "A_DESC", BAsc = "B_ASC", BDesc = "B_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", MissionExecutionByAIdAsc = "MISSION_EXECUTION_BY_A__ID_ASC", MissionExecutionByAIdDesc = "MISSION_EXECUTION_BY_A__ID_DESC", MissionExecutionByANicknameAsc = "MISSION_EXECUTION_BY_A__NICKNAME_ASC", MissionExecutionByANicknameDesc = "MISSION_EXECUTION_BY_A__NICKNAME_DESC", MissionExecutionByACreatedAtAsc = "MISSION_EXECUTION_BY_A__CREATED_AT_ASC", MissionExecutionByACreatedAtDesc = "MISSION_EXECUTION_BY_A__CREATED_AT_DESC", MissionExecutionByAUpdatedAtAsc = "MISSION_EXECUTION_BY_A__UPDATED_AT_ASC", MissionExecutionByAUpdatedAtDesc = "MISSION_EXECUTION_BY_A__UPDATED_AT_DESC", MissionExecutionByAExecutionAtAsc = "MISSION_EXECUTION_BY_A__EXECUTION_AT_ASC", MissionExecutionByAExecutionAtDesc = "MISSION_EXECUTION_BY_A__EXECUTION_AT_DESC", MissionExecutionByAInspectionAtAsc = "MISSION_EXECUTION_BY_A__INSPECTION_AT_ASC", MissionExecutionByAInspectionAtDesc = "MISSION_EXECUTION_BY_A__INSPECTION_AT_DESC", MissionExecutionByAExpertValidationAtAsc = "MISSION_EXECUTION_BY_A__EXPERT_VALIDATION_AT_ASC", MissionExecutionByAExpertValidationAtDesc = "MISSION_EXECUTION_BY_A__EXPERT_VALIDATION_AT_DESC", MissionExecutionByATrajectoryAsc = "MISSION_EXECUTION_BY_A__TRAJECTORY_ASC", MissionExecutionByATrajectoryDesc = "MISSION_EXECUTION_BY_A__TRAJECTORY_DESC", MissionExecutionByAParametersAsc = "MISSION_EXECUTION_BY_A__PARAMETERS_ASC", MissionExecutionByAParametersDesc = "MISSION_EXECUTION_BY_A__PARAMETERS_DESC", MissionExecutionByADeletedAtAsc = "MISSION_EXECUTION_BY_A__DELETED_AT_ASC", MissionExecutionByADeletedAtDesc = "MISSION_EXECUTION_BY_A__DELETED_AT_DESC", MissionExecutionByBIdAsc = "MISSION_EXECUTION_BY_B__ID_ASC", MissionExecutionByBIdDesc = "MISSION_EXECUTION_BY_B__ID_DESC", MissionExecutionByBNicknameAsc = "MISSION_EXECUTION_BY_B__NICKNAME_ASC", MissionExecutionByBNicknameDesc = "MISSION_EXECUTION_BY_B__NICKNAME_DESC", MissionExecutionByBCreatedAtAsc = "MISSION_EXECUTION_BY_B__CREATED_AT_ASC", MissionExecutionByBCreatedAtDesc = "MISSION_EXECUTION_BY_B__CREATED_AT_DESC", MissionExecutionByBUpdatedAtAsc = "MISSION_EXECUTION_BY_B__UPDATED_AT_ASC", MissionExecutionByBUpdatedAtDesc = "MISSION_EXECUTION_BY_B__UPDATED_AT_DESC", MissionExecutionByBExecutionAtAsc = "MISSION_EXECUTION_BY_B__EXECUTION_AT_ASC", MissionExecutionByBExecutionAtDesc = "MISSION_EXECUTION_BY_B__EXECUTION_AT_DESC", MissionExecutionByBInspectionAtAsc = "MISSION_EXECUTION_BY_B__INSPECTION_AT_ASC", MissionExecutionByBInspectionAtDesc = "MISSION_EXECUTION_BY_B__INSPECTION_AT_DESC", MissionExecutionByBExpertValidationAtAsc = "MISSION_EXECUTION_BY_B__EXPERT_VALIDATION_AT_ASC", MissionExecutionByBExpertValidationAtDesc = "MISSION_EXECUTION_BY_B__EXPERT_VALIDATION_AT_DESC", MissionExecutionByBTrajectoryAsc = "MISSION_EXECUTION_BY_B__TRAJECTORY_ASC", MissionExecutionByBTrajectoryDesc = "MISSION_EXECUTION_BY_B__TRAJECTORY_DESC", MissionExecutionByBParametersAsc = "MISSION_EXECUTION_BY_B__PARAMETERS_ASC", MissionExecutionByBParametersDesc = "MISSION_EXECUTION_BY_B__PARAMETERS_DESC", MissionExecutionByBDeletedAtAsc = "MISSION_EXECUTION_BY_B__DELETED_AT_ASC", MissionExecutionByBDeletedAtDesc = "MISSION_EXECUTION_BY_B__DELETED_AT_DESC" } /** * A condition to be used against `MissionExecution` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type MissionExecutionCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `nickname` field. */ nickname?: Maybe; /** Checks for equality with the object’s `createdAt` field. */ createdAt?: Maybe; /** Checks for equality with the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Checks for equality with the object’s `executionAt` field. */ executionAt?: Maybe; /** Checks for equality with the object’s `inspectionAt` field. */ inspectionAt?: Maybe; /** Checks for equality with the object’s `expertValidationAt` field. */ expertValidationAt?: Maybe; /** Checks for equality with the object’s `trajectory` field. */ trajectory?: Maybe; /** Checks for equality with the object’s `parameters` field. */ parameters?: Maybe; /** Checks for equality with the object’s `deletedAt` field. */ deletedAt?: Maybe; }; /** A filter to be used against `MissionExecution` object types. All fields are combined with a logical ‘and.’ */ export declare type MissionExecutionFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `nickname` field. */ nickname?: Maybe; /** Filter by the object’s `createdAt` field. */ createdAt?: Maybe; /** Filter by the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Filter by the object’s `executionAt` field. */ executionAt?: Maybe; /** Filter by the object’s `inspectionAt` field. */ inspectionAt?: Maybe; /** Filter by the object’s `expertValidationAt` field. */ expertValidationAt?: Maybe; /** Filter by the object’s `trajectory` field. */ trajectory?: Maybe; /** Filter by the object’s `parameters` field. */ parameters?: Maybe; /** Filter by the object’s `deletedAt` field. */ deletedAt?: Maybe; /** Filter by the object’s `cloneOf` field. */ cloneOf?: Maybe; /** Filter by the object’s `elementsConnection` relation. */ elementsConnection?: Maybe; /** Some related `elementsConnection` exist. */ elementsConnectionExist?: Maybe; /** Filter by the object’s `imagesConnection` relation. */ imagesConnection?: Maybe; /** Some related `imagesConnection` exist. */ imagesConnectionExist?: Maybe; /** Filter by the object’s `segmentationsConnection` relation. */ segmentationsConnection?: Maybe; /** Some related `segmentationsConnection` exist. */ segmentationsConnectionExist?: Maybe; /** Filter by the object’s `artifactsConnection` relation. */ artifactsConnection?: Maybe; /** Some related `artifactsConnection` exist. */ artifactsConnectionExist?: Maybe; /** Filter by the object’s `detectionsConnection` relation. */ detectionsConnection?: Maybe; /** Some related `detectionsConnection` exist. */ detectionsConnectionExist?: Maybe; /** Filter by the object’s `classificationsConnection` relation. */ classificationsConnection?: Maybe; /** Some related `classificationsConnection` exist. */ classificationsConnectionExist?: Maybe; /** Filter by the object’s `anomaliesRelationConnection` relation. */ anomaliesRelationConnection?: Maybe; /** Some related `anomaliesRelationConnection` exist. */ anomaliesRelationConnectionExist?: Maybe; /** Filter by the object’s `cloneOfRelation` relation. */ cloneOfRelation?: Maybe; /** A related `cloneOfRelation` exists. */ cloneOfRelationExists?: Maybe; /** Filter by the object’s `clonesRelationConnection` relation. */ clonesRelationConnection?: Maybe; /** Some related `clonesRelationConnection` exist. */ clonesRelationConnectionExist?: Maybe; /** Filter by the object’s `mission` relation. */ mission?: Maybe; /** A related `mission` exists. */ missionExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `MissionExecution` */ export declare type MissionExecutionInput = { id?: Maybe; nickname?: Maybe; executionAt?: Maybe; inspectionAt?: Maybe; expertValidationAt?: Maybe; trajectory?: Maybe; parameters?: Maybe; mission?: Maybe; elements?: Maybe; images?: Maybe; segmentations?: Maybe; artifacts?: Maybe; detections?: Maybe; classifications?: Maybe; anomaliesRelation?: Maybe<_MissionAnomaliesIbfk2InverseInput>; cloneOfRelation?: Maybe<_MissionExecutionCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_MissionExecutionCloneOfIbfk2InverseInput>; }; /** The fields on `missionExecution` to look up the row to connect. */ export declare type MissionExecutionMissionExecutionMissionKeyConnect = { missionIdDoNotUse: Scalars['String']; }; /** The fields on `missionExecution` to look up the row to delete. */ export declare type MissionExecutionMissionExecutionMissionKeyDelete = { missionIdDoNotUse: Scalars['String']; }; /** The fields on `missionExecution` to look up the row to connect. */ export declare type MissionExecutionMissionExecutionPkeyConnect = { id: Scalars['String']; }; /** The fields on `missionExecution` to look up the row to delete. */ export declare type MissionExecutionMissionExecutionPkeyDelete = { id: Scalars['String']; }; /** Input for the nested mutation of `mission` in the `MissionExecutionInput` mutation. */ export declare type MissionExecutionMissionFkeyInput = { /** The primary key(s) for `mission` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `missionExecution` in the `MissionInput` mutation. */ export declare type MissionExecutionMissionFkeyInverseInput = { /** The primary key(s) for `missionExecution` for the far side of the relationship. */ connectById?: Maybe; /** Flag indicating whether all other `missionExecution` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** A `MissionExecutionInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `missionExecution` to be created by this mutation. */ export declare type MissionExecutionMissionFkeyMissionExecutionCreateInput = { id?: Maybe; nickname?: Maybe; executionAt?: Maybe; inspectionAt?: Maybe; expertValidationAt?: Maybe; trajectory?: Maybe; parameters?: Maybe; mission?: Maybe; elements?: Maybe; images?: Maybe; segmentations?: Maybe; artifacts?: Maybe; detections?: Maybe; classifications?: Maybe; anomaliesRelation?: Maybe<_MissionAnomaliesIbfk2InverseInput>; cloneOfRelation?: Maybe<_MissionExecutionCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_MissionExecutionCloneOfIbfk2InverseInput>; }; /** A connection to a list of `Mission` values, with data from `Mission`. */ export declare type MissionExecutionMissionsByMissionElementOfExecutionIdDoNotUseAndInfraManyToManyConnection = { __typename?: 'MissionExecutionMissionsByMissionElementOfExecutionIdDoNotUseAndInfraManyToManyConnection'; /** A list of `Mission` objects. */ nodes: Array>; /** A list of edges which contains the `Mission`, info from the `Mission`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Mission` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Mission` edge in the connection, with data from `Mission`. */ export declare type MissionExecutionMissionsByMissionElementOfExecutionIdDoNotUseAndInfraManyToManyEdge = { __typename?: 'MissionExecutionMissionsByMissionElementOfExecutionIdDoNotUseAndInfraManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Mission` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `Mission`. */ missionsByInfraConnection: MissionsConnection; /** Reads and enables pagination through a set of `Mission`. */ missionsByInfra: Array; }; /** A `Mission` edge in the connection, with data from `Mission`. */ export declare type MissionExecutionMissionsByMissionElementOfExecutionIdDoNotUseAndInfraManyToManyEdgeMissionsByInfraConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Mission` edge in the connection, with data from `Mission`. */ export declare type MissionExecutionMissionsByMissionElementOfExecutionIdDoNotUseAndInfraManyToManyEdgeMissionsByInfraArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The fields on `missionExecution` to look up the row to update. */ export declare type MissionExecutionOnMissionExecutionCloneOfForMissionExecutionCloneOfIbfk1UsingMissionExecutionMissionKeyUpdate = { /** An object where the defined keys will be set on the `missionExecution` being updated. */ patch: UpdateMissionExecutionOnMissionExecutionCloneOfForMissionExecutionCloneOfIbfk1Patch; }; /** The fields on `missionExecution` to look up the row to update. */ export declare type MissionExecutionOnMissionExecutionCloneOfForMissionExecutionCloneOfIbfk1UsingMissionExecutionPkeyUpdate = { /** An object where the defined keys will be set on the `missionExecution` being updated. */ patch: UpdateMissionExecutionOnMissionExecutionCloneOfForMissionExecutionCloneOfIbfk1Patch; id: Scalars['String']; }; /** The fields on `missionExecution` to look up the row to update. */ export declare type MissionExecutionOnMissionExecutionCloneOfForMissionExecutionCloneOfIbfk2UsingMissionExecutionMissionKeyUpdate = { /** An object where the defined keys will be set on the `missionExecution` being updated. */ patch: UpdateMissionExecutionOnMissionExecutionCloneOfForMissionExecutionCloneOfIbfk2Patch; }; /** The fields on `missionExecution` to look up the row to update. */ export declare type MissionExecutionOnMissionExecutionCloneOfForMissionExecutionCloneOfIbfk2UsingMissionExecutionPkeyUpdate = { /** An object where the defined keys will be set on the `missionExecution` being updated. */ patch: UpdateMissionExecutionOnMissionExecutionCloneOfForMissionExecutionCloneOfIbfk2Patch; id: Scalars['String']; }; /** Represents an update to a `MissionExecution`. Fields that are set will be updated. */ export declare type MissionExecutionPatch = { nickname?: Maybe; executionAt?: Maybe; inspectionAt?: Maybe; expertValidationAt?: Maybe; trajectory?: Maybe; parameters?: Maybe; mission?: Maybe; elements?: Maybe; images?: Maybe; segmentations?: Maybe; artifacts?: Maybe; detections?: Maybe; classifications?: Maybe; anomaliesRelation?: Maybe<_MissionAnomaliesIbfk2InverseInput>; cloneOfRelation?: Maybe<_MissionExecutionCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_MissionExecutionCloneOfIbfk2InverseInput>; }; /** A connection to a list of `MissionExecution` values. */ export declare type MissionExecutionsConnection = { __typename?: 'MissionExecutionsConnection'; /** A list of `MissionExecution` objects. */ nodes: Array>; /** A list of edges which contains the `MissionExecution` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `MissionExecution` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `MissionExecution` edge in the connection. */ export declare type MissionExecutionsEdge = { __typename?: 'MissionExecutionsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `MissionExecution` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `MissionExecution`. */ export declare enum MissionExecutionsOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", NicknameAsc = "NICKNAME_ASC", NicknameDesc = "NICKNAME_DESC", CreatedAtAsc = "CREATED_AT_ASC", CreatedAtDesc = "CREATED_AT_DESC", UpdatedAtAsc = "UPDATED_AT_ASC", UpdatedAtDesc = "UPDATED_AT_DESC", ExecutionAtAsc = "EXECUTION_AT_ASC", ExecutionAtDesc = "EXECUTION_AT_DESC", InspectionAtAsc = "INSPECTION_AT_ASC", InspectionAtDesc = "INSPECTION_AT_DESC", ExpertValidationAtAsc = "EXPERT_VALIDATION_AT_ASC", ExpertValidationAtDesc = "EXPERT_VALIDATION_AT_DESC", TrajectoryAsc = "TRAJECTORY_ASC", TrajectoryDesc = "TRAJECTORY_DESC", ParametersAsc = "PARAMETERS_ASC", ParametersDesc = "PARAMETERS_DESC", DeletedAtAsc = "DELETED_AT_ASC", DeletedAtDesc = "DELETED_AT_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", MissionByMissionIdDoNotUseIdAsc = "MISSION_BY_MISSION_ID_DO_NOT_USE__ID_ASC", MissionByMissionIdDoNotUseIdDesc = "MISSION_BY_MISSION_ID_DO_NOT_USE__ID_DESC", MissionByMissionIdDoNotUseNicknameAsc = "MISSION_BY_MISSION_ID_DO_NOT_USE__NICKNAME_ASC", MissionByMissionIdDoNotUseNicknameDesc = "MISSION_BY_MISSION_ID_DO_NOT_USE__NICKNAME_DESC", MissionByMissionIdDoNotUseNameAsc = "MISSION_BY_MISSION_ID_DO_NOT_USE__NAME_ASC", MissionByMissionIdDoNotUseNameDesc = "MISSION_BY_MISSION_ID_DO_NOT_USE__NAME_DESC", MissionByMissionIdDoNotUseTypeAsc = "MISSION_BY_MISSION_ID_DO_NOT_USE__TYPE_ASC", MissionByMissionIdDoNotUseTypeDesc = "MISSION_BY_MISSION_ID_DO_NOT_USE__TYPE_DESC", MissionByMissionIdDoNotUseCreatedAtAsc = "MISSION_BY_MISSION_ID_DO_NOT_USE__CREATED_AT_ASC", MissionByMissionIdDoNotUseCreatedAtDesc = "MISSION_BY_MISSION_ID_DO_NOT_USE__CREATED_AT_DESC", MissionByMissionIdDoNotUseUpdatedAtAsc = "MISSION_BY_MISSION_ID_DO_NOT_USE__UPDATED_AT_ASC", MissionByMissionIdDoNotUseUpdatedAtDesc = "MISSION_BY_MISSION_ID_DO_NOT_USE__UPDATED_AT_DESC", MissionByMissionIdDoNotUseDeletedAtAsc = "MISSION_BY_MISSION_ID_DO_NOT_USE__DELETED_AT_ASC", MissionByMissionIdDoNotUseDeletedAtDesc = "MISSION_BY_MISSION_ID_DO_NOT_USE__DELETED_AT_DESC", MissionByMissionIdDoNotUseInfraAsc = "MISSION_BY_MISSION_ID_DO_NOT_USE__INFRA_ASC", MissionByMissionIdDoNotUseInfraDesc = "MISSION_BY_MISSION_ID_DO_NOT_USE__INFRA_DESC", MissionByMissionIdDoNotUseDescriptionAsc = "MISSION_BY_MISSION_ID_DO_NOT_USE__DESCRIPTION_ASC", MissionByMissionIdDoNotUseDescriptionDesc = "MISSION_BY_MISSION_ID_DO_NOT_USE__DESCRIPTION_DESC", MissionsByElementOfExecutionIdDoNotUseCountAsc = "MISSIONS_BY_ELEMENT_OF_EXECUTION_ID_DO_NOT_USE__COUNT_ASC", MissionsByElementOfExecutionIdDoNotUseCountDesc = "MISSIONS_BY_ELEMENT_OF_EXECUTION_ID_DO_NOT_USE__COUNT_DESC", ImagesByMissionIdDoNotUseCountAsc = "IMAGES_BY_MISSION_ID_DO_NOT_USE__COUNT_ASC", ImagesByMissionIdDoNotUseCountDesc = "IMAGES_BY_MISSION_ID_DO_NOT_USE__COUNT_DESC", SegmentationsByMissionIdDoNotUseCountAsc = "SEGMENTATIONS_BY_MISSION_ID_DO_NOT_USE__COUNT_ASC", SegmentationsByMissionIdDoNotUseCountDesc = "SEGMENTATIONS_BY_MISSION_ID_DO_NOT_USE__COUNT_DESC", ArtifactsByMissionExecutionIdDoNotUseCountAsc = "ARTIFACTS_BY_MISSION_EXECUTION_ID_DO_NOT_USE__COUNT_ASC", ArtifactsByMissionExecutionIdDoNotUseCountDesc = "ARTIFACTS_BY_MISSION_EXECUTION_ID_DO_NOT_USE__COUNT_DESC", DetectionsByMissionIdDoNotUseCountAsc = "DETECTIONS_BY_MISSION_ID_DO_NOT_USE__COUNT_ASC", DetectionsByMissionIdDoNotUseCountDesc = "DETECTIONS_BY_MISSION_ID_DO_NOT_USE__COUNT_DESC", ClassificationsByMissionIdDoNotUseCountAsc = "CLASSIFICATIONS_BY_MISSION_ID_DO_NOT_USE__COUNT_ASC", ClassificationsByMissionIdDoNotUseCountDesc = "CLASSIFICATIONS_BY_MISSION_ID_DO_NOT_USE__COUNT_DESC", MissionAnomaliesByBCountAsc = "MISSION_ANOMALIES_BY_B__COUNT_ASC", MissionAnomaliesByBCountDesc = "MISSION_ANOMALIES_BY_B__COUNT_DESC", MissionExecutionCloneOfByAAAsc = "MISSION_EXECUTION_CLONE_OF_BY_A__A_ASC", MissionExecutionCloneOfByAADesc = "MISSION_EXECUTION_CLONE_OF_BY_A__A_DESC", MissionExecutionCloneOfByABAsc = "MISSION_EXECUTION_CLONE_OF_BY_A__B_ASC", MissionExecutionCloneOfByABDesc = "MISSION_EXECUTION_CLONE_OF_BY_A__B_DESC", MissionExecutionCloneovesByBCountAsc = "MISSION_EXECUTION_CLONEOVES_BY_B__COUNT_ASC", MissionExecutionCloneovesByBCountDesc = "MISSION_EXECUTION_CLONEOVES_BY_B__COUNT_DESC" } /** A filter to be used against many `Artifact` object types. All fields are combined with a logical ‘and.’ */ export declare type MissionExecutionToManyArtifactFilter = { /** Every related `Artifact` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Artifact` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Artifact` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `Classification` object types. All fields are combined with a logical ‘and.’ */ export declare type MissionExecutionToManyClassificationFilter = { /** Every related `Classification` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Classification` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Classification` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `Detection` object types. All fields are combined with a logical ‘and.’ */ export declare type MissionExecutionToManyDetectionFilter = { /** Every related `Detection` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Detection` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Detection` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `Image` object types. All fields are combined with a logical ‘and.’ */ export declare type MissionExecutionToManyImageFilter = { /** Every related `Image` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Image` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Image` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `MissionAnomaly` object types. All fields are combined with a logical ‘and.’ */ export declare type MissionExecutionToManyMissionAnomalyFilter = { /** Every related `MissionAnomaly` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `MissionAnomaly` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `MissionAnomaly` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `MissionExecutionCloneOf` object types. All fields are combined with a logical ‘and.’ */ export declare type MissionExecutionToManyMissionExecutionCloneOfFilter = { /** Every related `MissionExecutionCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `MissionExecutionCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `MissionExecutionCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `Mission` object types. All fields are combined with a logical ‘and.’ */ export declare type MissionExecutionToManyMissionFilter = { /** Every related `Mission` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Mission` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Mission` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `Segmentation` object types. All fields are combined with a logical ‘and.’ */ export declare type MissionExecutionToManySegmentationFilter = { /** Every related `Segmentation` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Segmentation` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Segmentation` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; export declare type MissionExpert = { __typename?: 'MissionExpert'; a?: Maybe; b?: Maybe; /** Reads a single `Mission` that is related to this `MissionExpert`. */ mission?: Maybe; /** Reads a single `User` that is related to this `MissionExpert`. */ expert?: Maybe; }; /** * A condition to be used against `MissionExpert` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type MissionExpertCondition = { /** Checks for equality with the object’s `a` field. */ a?: Maybe; /** Checks for equality with the object’s `b` field. */ b?: Maybe; }; /** A filter to be used against `MissionExpert` object types. All fields are combined with a logical ‘and.’ */ export declare type MissionExpertFilter = { /** Filter by the object’s `a` field. */ a?: Maybe; /** Filter by the object’s `b` field. */ b?: Maybe; /** Filter by the object’s `mission` relation. */ mission?: Maybe; /** A related `mission` exists. */ missionExists?: Maybe; /** Filter by the object’s `expert` relation. */ expert?: Maybe; /** A related `expert` exists. */ expertExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `MissionExpert` */ export declare type MissionExpertInput = { a?: Maybe; b?: Maybe; mission?: Maybe; expert?: Maybe; }; /** A connection to a list of `MissionExpert` values. */ export declare type MissionExpertsConnection = { __typename?: 'MissionExpertsConnection'; /** A list of `MissionExpert` objects. */ nodes: Array>; /** A list of edges which contains the `MissionExpert` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `MissionExpert` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A connection to a list of `User` values, with data from `MissionExpert`. */ export declare type MissionExpertsConnectionManyToManyConnection = { __typename?: 'MissionExpertsConnectionManyToManyConnection'; /** A list of `User` objects. */ nodes: Array>; /** A list of edges which contains the `User`, info from the `MissionExpert`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `User` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `User` edge in the connection, with data from `MissionExpert`. */ export declare type MissionExpertsConnectionManyToManyEdge = { __typename?: 'MissionExpertsConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `User` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `MissionExpert`. */ expertOfMissionsRelationConnection: MissionExpertsConnection; /** Reads and enables pagination through a set of `MissionExpert`. */ expertOfMissionsRelation: Array; }; /** A `User` edge in the connection, with data from `MissionExpert`. */ export declare type MissionExpertsConnectionManyToManyEdgeExpertOfMissionsRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `User` edge in the connection, with data from `MissionExpert`. */ export declare type MissionExpertsConnectionManyToManyEdgeExpertOfMissionsRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `MissionExpert` edge in the connection. */ export declare type MissionExpertsEdge = { __typename?: 'MissionExpertsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `MissionExpert` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `MissionExpert`. */ export declare enum MissionExpertsOrderBy { Natural = "NATURAL", AAsc = "A_ASC", ADesc = "A_DESC", BAsc = "B_ASC", BDesc = "B_DESC", MissionByAIdAsc = "MISSION_BY_A__ID_ASC", MissionByAIdDesc = "MISSION_BY_A__ID_DESC", MissionByANicknameAsc = "MISSION_BY_A__NICKNAME_ASC", MissionByANicknameDesc = "MISSION_BY_A__NICKNAME_DESC", MissionByANameAsc = "MISSION_BY_A__NAME_ASC", MissionByANameDesc = "MISSION_BY_A__NAME_DESC", MissionByATypeAsc = "MISSION_BY_A__TYPE_ASC", MissionByATypeDesc = "MISSION_BY_A__TYPE_DESC", MissionByACreatedAtAsc = "MISSION_BY_A__CREATED_AT_ASC", MissionByACreatedAtDesc = "MISSION_BY_A__CREATED_AT_DESC", MissionByAUpdatedAtAsc = "MISSION_BY_A__UPDATED_AT_ASC", MissionByAUpdatedAtDesc = "MISSION_BY_A__UPDATED_AT_DESC", MissionByADeletedAtAsc = "MISSION_BY_A__DELETED_AT_ASC", MissionByADeletedAtDesc = "MISSION_BY_A__DELETED_AT_DESC", MissionByAInfraAsc = "MISSION_BY_A__INFRA_ASC", MissionByAInfraDesc = "MISSION_BY_A__INFRA_DESC", MissionByADescriptionAsc = "MISSION_BY_A__DESCRIPTION_ASC", MissionByADescriptionDesc = "MISSION_BY_A__DESCRIPTION_DESC", UserByBIdAsc = "USER_BY_B__ID_ASC", UserByBIdDesc = "USER_BY_B__ID_DESC", UserByBNicknameAsc = "USER_BY_B__NICKNAME_ASC", UserByBNicknameDesc = "USER_BY_B__NICKNAME_DESC", UserByBNameAsc = "USER_BY_B__NAME_ASC", UserByBNameDesc = "USER_BY_B__NAME_DESC", UserByBEmailAsc = "USER_BY_B__EMAIL_ASC", UserByBEmailDesc = "USER_BY_B__EMAIL_DESC", UserByBPasswordAsc = "USER_BY_B__PASSWORD_ASC", UserByBPasswordDesc = "USER_BY_B__PASSWORD_DESC", UserByBDescriptionAsc = "USER_BY_B__DESCRIPTION_ASC", UserByBDescriptionDesc = "USER_BY_B__DESCRIPTION_DESC", UserByBCreatedAtAsc = "USER_BY_B__CREATED_AT_ASC", UserByBCreatedAtDesc = "USER_BY_B__CREATED_AT_DESC", UserByBUpdatedAtAsc = "USER_BY_B__UPDATED_AT_ASC", UserByBUpdatedAtDesc = "USER_BY_B__UPDATED_AT_DESC", UserByBActivatedAtAsc = "USER_BY_B__ACTIVATED_AT_ASC", UserByBActivatedAtDesc = "USER_BY_B__ACTIVATED_AT_DESC", UserByBDateOfBirthAsc = "USER_BY_B__DATE_OF_BIRTH_ASC", UserByBDateOfBirthDesc = "USER_BY_B__DATE_OF_BIRTH_DESC", UserByBParametersAsc = "USER_BY_B__PARAMETERS_ASC", UserByBParametersDesc = "USER_BY_B__PARAMETERS_DESC", UserByBLanguageAsc = "USER_BY_B__LANGUAGE_ASC", UserByBLanguageDesc = "USER_BY_B__LANGUAGE_DESC", UserByBDeletedAtAsc = "USER_BY_B__DELETED_AT_ASC", UserByBDeletedAtDesc = "USER_BY_B__DELETED_AT_DESC" } /** A filter to be used against `Mission` object types. All fields are combined with a logical ‘and.’ */ export declare type MissionFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `nickname` field. */ nickname?: Maybe; /** Filter by the object’s `name` field. */ name?: Maybe; /** Filter by the object’s `type` field. */ type?: Maybe; /** Filter by the object’s `createdAt` field. */ createdAt?: Maybe; /** Filter by the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Filter by the object’s `deletedAt` field. */ deletedAt?: Maybe; /** Filter by the object’s `infra` field. */ infra?: Maybe; /** Filter by the object’s `description` field. */ description?: Maybe; /** Filter by the object’s `cloneOf` field. */ cloneOf?: Maybe; /** Filter by the object’s `missionsByInfraConnection` relation. */ missionsByInfraConnection?: Maybe; /** Some related `missionsByInfraConnection` exist. */ missionsByInfraConnectionExist?: Maybe; /** Filter by the object’s `execution` relation. */ execution?: Maybe; /** A related `execution` exists. */ executionExists?: Maybe; /** Filter by the object’s `artifactsConnection` relation. */ artifactsConnection?: Maybe; /** Some related `artifactsConnection` exist. */ artifactsConnectionExist?: Maybe; /** Filter by the object’s `assignmentsConnection` relation. */ assignmentsConnection?: Maybe; /** Some related `assignmentsConnection` exist. */ assignmentsConnectionExist?: Maybe; /** Filter by the object’s `commentsConnection` relation. */ commentsConnection?: Maybe; /** Some related `commentsConnection` exist. */ commentsConnectionExist?: Maybe; /** Filter by the object’s `cloneOfRelation` relation. */ cloneOfRelation?: Maybe; /** A related `cloneOfRelation` exists. */ cloneOfRelationExists?: Maybe; /** Filter by the object’s `clonesRelationConnection` relation. */ clonesRelationConnection?: Maybe; /** Some related `clonesRelationConnection` exist. */ clonesRelationConnectionExist?: Maybe; /** Filter by the object’s `clientsRelationConnection` relation. */ clientsRelationConnection?: Maybe; /** Some related `clientsRelationConnection` exist. */ clientsRelationConnectionExist?: Maybe; /** Filter by the object’s `expertsRelationConnection` relation. */ expertsRelationConnection?: Maybe; /** Some related `expertsRelationConnection` exist. */ expertsRelationConnectionExist?: Maybe; /** Filter by the object’s `inspectorsRelationConnection` relation. */ inspectorsRelationConnection?: Maybe; /** Some related `inspectorsRelationConnection` exist. */ inspectorsRelationConnectionExist?: Maybe; /** Filter by the object’s `operatorsRelationConnection` relation. */ operatorsRelationConnection?: Maybe; /** Some related `operatorsRelationConnection` exist. */ operatorsRelationConnectionExist?: Maybe; /** Filter by the object’s `plan` relation. */ plan?: Maybe; /** A related `plan` exists. */ planExists?: Maybe; /** Filter by the object’s `missionByInfra` relation. */ missionByInfra?: Maybe; /** A related `missionByInfra` exists. */ missionByInfraExists?: Maybe; /** Filter by the object’s `elementOfExecution` relation. */ elementOfExecution?: Maybe; /** A related `elementOfExecution` exists. */ elementOfExecutionExists?: Maybe; /** Filter by the object’s `elementOfPlan` relation. */ elementOfPlan?: Maybe; /** A related `elementOfPlan` exists. */ elementOfPlanExists?: Maybe; /** Filter by the object’s `organization` relation. */ organization?: Maybe; /** A related `organization` exists. */ organizationExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** Input for the nested mutation of `mission` in the `MissionInput` mutation. */ export declare type MissionInfraFkeyInput = { /** The primary key(s) for `mission` for the far side of the relationship. */ connectById?: Maybe; }; /** An input for mutations affecting `Mission` */ export declare type MissionInput = { id?: Maybe; nickname?: Maybe; name?: Maybe; type?: Maybe; infra?: Maybe; description?: Maybe; plan?: Maybe; missionToInfra?: Maybe; elementOfExecution?: Maybe; elementOfPlan?: Maybe; organization?: Maybe; execution?: Maybe; artifacts?: Maybe; assignments?: Maybe; comments?: Maybe; cloneOfRelation?: Maybe<_MissionCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_MissionCloneOfIbfk2InverseInput>; clientsRelation?: Maybe; expertsRelation?: Maybe; inspectorsRelation?: Maybe; operatorsRelation?: Maybe; }; export declare type MissionInspector = { __typename?: 'MissionInspector'; a?: Maybe; b?: Maybe; /** Reads a single `Mission` that is related to this `MissionInspector`. */ mission?: Maybe; /** Reads a single `User` that is related to this `MissionInspector`. */ inspector?: Maybe; }; /** * A condition to be used against `MissionInspector` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type MissionInspectorCondition = { /** Checks for equality with the object’s `a` field. */ a?: Maybe; /** Checks for equality with the object’s `b` field. */ b?: Maybe; }; /** A filter to be used against `MissionInspector` object types. All fields are combined with a logical ‘and.’ */ export declare type MissionInspectorFilter = { /** Filter by the object’s `a` field. */ a?: Maybe; /** Filter by the object’s `b` field. */ b?: Maybe; /** Filter by the object’s `mission` relation. */ mission?: Maybe; /** A related `mission` exists. */ missionExists?: Maybe; /** Filter by the object’s `inspector` relation. */ inspector?: Maybe; /** A related `inspector` exists. */ inspectorExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `MissionInspector` */ export declare type MissionInspectorInput = { a?: Maybe; b?: Maybe; mission?: Maybe; inspector?: Maybe; }; /** A connection to a list of `MissionInspector` values. */ export declare type MissionInspectorsConnection = { __typename?: 'MissionInspectorsConnection'; /** A list of `MissionInspector` objects. */ nodes: Array>; /** A list of edges which contains the `MissionInspector` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `MissionInspector` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A connection to a list of `User` values, with data from `MissionInspector`. */ export declare type MissionInspectorsConnectionManyToManyConnection = { __typename?: 'MissionInspectorsConnectionManyToManyConnection'; /** A list of `User` objects. */ nodes: Array>; /** A list of edges which contains the `User`, info from the `MissionInspector`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `User` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `User` edge in the connection, with data from `MissionInspector`. */ export declare type MissionInspectorsConnectionManyToManyEdge = { __typename?: 'MissionInspectorsConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `User` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `MissionInspector`. */ inspectorOfMissionsRelationConnection: MissionInspectorsConnection; /** Reads and enables pagination through a set of `MissionInspector`. */ inspectorOfMissionsRelation: Array; }; /** A `User` edge in the connection, with data from `MissionInspector`. */ export declare type MissionInspectorsConnectionManyToManyEdgeInspectorOfMissionsRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `User` edge in the connection, with data from `MissionInspector`. */ export declare type MissionInspectorsConnectionManyToManyEdgeInspectorOfMissionsRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `MissionInspector` edge in the connection. */ export declare type MissionInspectorsEdge = { __typename?: 'MissionInspectorsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `MissionInspector` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `MissionInspector`. */ export declare enum MissionInspectorsOrderBy { Natural = "NATURAL", AAsc = "A_ASC", ADesc = "A_DESC", BAsc = "B_ASC", BDesc = "B_DESC", MissionByAIdAsc = "MISSION_BY_A__ID_ASC", MissionByAIdDesc = "MISSION_BY_A__ID_DESC", MissionByANicknameAsc = "MISSION_BY_A__NICKNAME_ASC", MissionByANicknameDesc = "MISSION_BY_A__NICKNAME_DESC", MissionByANameAsc = "MISSION_BY_A__NAME_ASC", MissionByANameDesc = "MISSION_BY_A__NAME_DESC", MissionByATypeAsc = "MISSION_BY_A__TYPE_ASC", MissionByATypeDesc = "MISSION_BY_A__TYPE_DESC", MissionByACreatedAtAsc = "MISSION_BY_A__CREATED_AT_ASC", MissionByACreatedAtDesc = "MISSION_BY_A__CREATED_AT_DESC", MissionByAUpdatedAtAsc = "MISSION_BY_A__UPDATED_AT_ASC", MissionByAUpdatedAtDesc = "MISSION_BY_A__UPDATED_AT_DESC", MissionByADeletedAtAsc = "MISSION_BY_A__DELETED_AT_ASC", MissionByADeletedAtDesc = "MISSION_BY_A__DELETED_AT_DESC", MissionByAInfraAsc = "MISSION_BY_A__INFRA_ASC", MissionByAInfraDesc = "MISSION_BY_A__INFRA_DESC", MissionByADescriptionAsc = "MISSION_BY_A__DESCRIPTION_ASC", MissionByADescriptionDesc = "MISSION_BY_A__DESCRIPTION_DESC", UserByBIdAsc = "USER_BY_B__ID_ASC", UserByBIdDesc = "USER_BY_B__ID_DESC", UserByBNicknameAsc = "USER_BY_B__NICKNAME_ASC", UserByBNicknameDesc = "USER_BY_B__NICKNAME_DESC", UserByBNameAsc = "USER_BY_B__NAME_ASC", UserByBNameDesc = "USER_BY_B__NAME_DESC", UserByBEmailAsc = "USER_BY_B__EMAIL_ASC", UserByBEmailDesc = "USER_BY_B__EMAIL_DESC", UserByBPasswordAsc = "USER_BY_B__PASSWORD_ASC", UserByBPasswordDesc = "USER_BY_B__PASSWORD_DESC", UserByBDescriptionAsc = "USER_BY_B__DESCRIPTION_ASC", UserByBDescriptionDesc = "USER_BY_B__DESCRIPTION_DESC", UserByBCreatedAtAsc = "USER_BY_B__CREATED_AT_ASC", UserByBCreatedAtDesc = "USER_BY_B__CREATED_AT_DESC", UserByBUpdatedAtAsc = "USER_BY_B__UPDATED_AT_ASC", UserByBUpdatedAtDesc = "USER_BY_B__UPDATED_AT_DESC", UserByBActivatedAtAsc = "USER_BY_B__ACTIVATED_AT_ASC", UserByBActivatedAtDesc = "USER_BY_B__ACTIVATED_AT_DESC", UserByBDateOfBirthAsc = "USER_BY_B__DATE_OF_BIRTH_ASC", UserByBDateOfBirthDesc = "USER_BY_B__DATE_OF_BIRTH_DESC", UserByBParametersAsc = "USER_BY_B__PARAMETERS_ASC", UserByBParametersDesc = "USER_BY_B__PARAMETERS_DESC", UserByBLanguageAsc = "USER_BY_B__LANGUAGE_ASC", UserByBLanguageDesc = "USER_BY_B__LANGUAGE_DESC", UserByBDeletedAtAsc = "USER_BY_B__DELETED_AT_ASC", UserByBDeletedAtDesc = "USER_BY_B__DELETED_AT_DESC" } /** The fields on `mission` to look up the row to connect. */ export declare type MissionMissionPkeyConnect = { id: Scalars['String']; }; /** The fields on `mission` to look up the row to delete. */ export declare type MissionMissionPkeyDelete = { id: Scalars['String']; }; /** The fields on `mission` to look up the row to connect. */ export declare type MissionMissionPlanKeyConnect = { planIdDoNotUse: Scalars['String']; }; /** The fields on `mission` to look up the row to delete. */ export declare type MissionMissionPlanKeyDelete = { planIdDoNotUse: Scalars['String']; }; /** The fields on `mission` to look up the row to update. */ export declare type MissionOnMissionCloneOfForMissionCloneOfIbfk1UsingMissionPkeyUpdate = { /** An object where the defined keys will be set on the `mission` being updated. */ patch: UpdateMissionOnMissionCloneOfForMissionCloneOfIbfk1Patch; id: Scalars['String']; }; /** The fields on `mission` to look up the row to update. */ export declare type MissionOnMissionCloneOfForMissionCloneOfIbfk1UsingMissionPlanKeyUpdate = { /** An object where the defined keys will be set on the `mission` being updated. */ patch: UpdateMissionOnMissionCloneOfForMissionCloneOfIbfk1Patch; }; /** The fields on `mission` to look up the row to update. */ export declare type MissionOnMissionCloneOfForMissionCloneOfIbfk2UsingMissionPkeyUpdate = { /** An object where the defined keys will be set on the `mission` being updated. */ patch: UpdateMissionOnMissionCloneOfForMissionCloneOfIbfk2Patch; id: Scalars['String']; }; /** The fields on `mission` to look up the row to update. */ export declare type MissionOnMissionCloneOfForMissionCloneOfIbfk2UsingMissionPlanKeyUpdate = { /** An object where the defined keys will be set on the `mission` being updated. */ patch: UpdateMissionOnMissionCloneOfForMissionCloneOfIbfk2Patch; }; export declare type MissionOperator = { __typename?: 'MissionOperator'; a?: Maybe; b?: Maybe; /** Reads a single `Mission` that is related to this `MissionOperator`. */ mission?: Maybe; /** Reads a single `User` that is related to this `MissionOperator`. */ operator?: Maybe; }; /** * A condition to be used against `MissionOperator` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type MissionOperatorCondition = { /** Checks for equality with the object’s `a` field. */ a?: Maybe; /** Checks for equality with the object’s `b` field. */ b?: Maybe; }; /** A filter to be used against `MissionOperator` object types. All fields are combined with a logical ‘and.’ */ export declare type MissionOperatorFilter = { /** Filter by the object’s `a` field. */ a?: Maybe; /** Filter by the object’s `b` field. */ b?: Maybe; /** Filter by the object’s `mission` relation. */ mission?: Maybe; /** A related `mission` exists. */ missionExists?: Maybe; /** Filter by the object’s `operator` relation. */ operator?: Maybe; /** A related `operator` exists. */ operatorExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `MissionOperator` */ export declare type MissionOperatorInput = { a?: Maybe; b?: Maybe; mission?: Maybe; operator?: Maybe; }; /** A connection to a list of `MissionOperator` values. */ export declare type MissionOperatorsConnection = { __typename?: 'MissionOperatorsConnection'; /** A list of `MissionOperator` objects. */ nodes: Array>; /** A list of edges which contains the `MissionOperator` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `MissionOperator` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A connection to a list of `User` values, with data from `MissionOperator`. */ export declare type MissionOperatorsConnectionManyToManyConnection = { __typename?: 'MissionOperatorsConnectionManyToManyConnection'; /** A list of `User` objects. */ nodes: Array>; /** A list of edges which contains the `User`, info from the `MissionOperator`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `User` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `User` edge in the connection, with data from `MissionOperator`. */ export declare type MissionOperatorsConnectionManyToManyEdge = { __typename?: 'MissionOperatorsConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `User` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `MissionOperator`. */ operatorOfMissionsRelationConnection: MissionOperatorsConnection; /** Reads and enables pagination through a set of `MissionOperator`. */ operatorOfMissionsRelation: Array; }; /** A `User` edge in the connection, with data from `MissionOperator`. */ export declare type MissionOperatorsConnectionManyToManyEdgeOperatorOfMissionsRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `User` edge in the connection, with data from `MissionOperator`. */ export declare type MissionOperatorsConnectionManyToManyEdgeOperatorOfMissionsRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `MissionOperator` edge in the connection. */ export declare type MissionOperatorsEdge = { __typename?: 'MissionOperatorsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `MissionOperator` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `MissionOperator`. */ export declare enum MissionOperatorsOrderBy { Natural = "NATURAL", AAsc = "A_ASC", ADesc = "A_DESC", BAsc = "B_ASC", BDesc = "B_DESC", MissionByAIdAsc = "MISSION_BY_A__ID_ASC", MissionByAIdDesc = "MISSION_BY_A__ID_DESC", MissionByANicknameAsc = "MISSION_BY_A__NICKNAME_ASC", MissionByANicknameDesc = "MISSION_BY_A__NICKNAME_DESC", MissionByANameAsc = "MISSION_BY_A__NAME_ASC", MissionByANameDesc = "MISSION_BY_A__NAME_DESC", MissionByATypeAsc = "MISSION_BY_A__TYPE_ASC", MissionByATypeDesc = "MISSION_BY_A__TYPE_DESC", MissionByACreatedAtAsc = "MISSION_BY_A__CREATED_AT_ASC", MissionByACreatedAtDesc = "MISSION_BY_A__CREATED_AT_DESC", MissionByAUpdatedAtAsc = "MISSION_BY_A__UPDATED_AT_ASC", MissionByAUpdatedAtDesc = "MISSION_BY_A__UPDATED_AT_DESC", MissionByADeletedAtAsc = "MISSION_BY_A__DELETED_AT_ASC", MissionByADeletedAtDesc = "MISSION_BY_A__DELETED_AT_DESC", MissionByAInfraAsc = "MISSION_BY_A__INFRA_ASC", MissionByAInfraDesc = "MISSION_BY_A__INFRA_DESC", MissionByADescriptionAsc = "MISSION_BY_A__DESCRIPTION_ASC", MissionByADescriptionDesc = "MISSION_BY_A__DESCRIPTION_DESC", UserByBIdAsc = "USER_BY_B__ID_ASC", UserByBIdDesc = "USER_BY_B__ID_DESC", UserByBNicknameAsc = "USER_BY_B__NICKNAME_ASC", UserByBNicknameDesc = "USER_BY_B__NICKNAME_DESC", UserByBNameAsc = "USER_BY_B__NAME_ASC", UserByBNameDesc = "USER_BY_B__NAME_DESC", UserByBEmailAsc = "USER_BY_B__EMAIL_ASC", UserByBEmailDesc = "USER_BY_B__EMAIL_DESC", UserByBPasswordAsc = "USER_BY_B__PASSWORD_ASC", UserByBPasswordDesc = "USER_BY_B__PASSWORD_DESC", UserByBDescriptionAsc = "USER_BY_B__DESCRIPTION_ASC", UserByBDescriptionDesc = "USER_BY_B__DESCRIPTION_DESC", UserByBCreatedAtAsc = "USER_BY_B__CREATED_AT_ASC", UserByBCreatedAtDesc = "USER_BY_B__CREATED_AT_DESC", UserByBUpdatedAtAsc = "USER_BY_B__UPDATED_AT_ASC", UserByBUpdatedAtDesc = "USER_BY_B__UPDATED_AT_DESC", UserByBActivatedAtAsc = "USER_BY_B__ACTIVATED_AT_ASC", UserByBActivatedAtDesc = "USER_BY_B__ACTIVATED_AT_DESC", UserByBDateOfBirthAsc = "USER_BY_B__DATE_OF_BIRTH_ASC", UserByBDateOfBirthDesc = "USER_BY_B__DATE_OF_BIRTH_DESC", UserByBParametersAsc = "USER_BY_B__PARAMETERS_ASC", UserByBParametersDesc = "USER_BY_B__PARAMETERS_DESC", UserByBLanguageAsc = "USER_BY_B__LANGUAGE_ASC", UserByBLanguageDesc = "USER_BY_B__LANGUAGE_DESC", UserByBDeletedAtAsc = "USER_BY_B__DELETED_AT_ASC", UserByBDeletedAtDesc = "USER_BY_B__DELETED_AT_DESC" } /** Input for the nested mutation of `organization` in the `MissionInput` mutation. */ export declare type MissionOrganizationFkeyInput = { /** The primary key(s) for `organization` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `mission` in the `OrganizationInput` mutation. */ export declare type MissionOrganizationFkeyInverseInput = { /** The primary key(s) for `mission` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `mission` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** Represents an update to a `Mission`. Fields that are set will be updated. */ export declare type MissionPatch = { nickname?: Maybe; name?: Maybe; type?: Maybe; infra?: Maybe; description?: Maybe; plan?: Maybe; missionToInfra?: Maybe; elementOfExecution?: Maybe; elementOfPlan?: Maybe; organization?: Maybe; execution?: Maybe; artifacts?: Maybe; assignments?: Maybe; comments?: Maybe; cloneOfRelation?: Maybe<_MissionCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_MissionCloneOfIbfk2InverseInput>; clientsRelation?: Maybe; expertsRelation?: Maybe; inspectorsRelation?: Maybe; operatorsRelation?: Maybe; }; export declare type MissionPlan = { __typename?: 'MissionPlan'; id: Scalars['String']; nickname?: Maybe; createdAt: Scalars['Datetime']; updatedAt: Scalars['Datetime']; executionAt?: Maybe; inspectionAt?: Maybe; expertValidationAt?: Maybe; parameters?: Maybe; deletedAt?: Maybe; /** Reads a single `Mission` that is related to this `MissionPlan`. */ mission?: Maybe; /** * Reads and enables pagination through a set of `Mission`. * @deprecated Please use mission instead */ missionConnection: MissionsConnection; /** Reads and enables pagination through a set of `Mission`. */ elementsConnection: MissionsConnection; /** Reads and enables pagination through a set of `Mission`. */ elements: Array; /** Reads and enables pagination through a set of `Artifact`. */ artifactsConnection: ArtifactsConnection; /** Reads and enables pagination through a set of `Artifact`. */ artifacts: Array; /** Reads a single `MissionPlanCloneOf` that is related to this `MissionPlan`. */ cloneOfRelation?: Maybe; /** * Reads and enables pagination through a set of `MissionPlanCloneOf`. * @deprecated Please use cloneOfRelation instead */ cloneOfRelationConnection: MissionPlanCloneovesConnection; /** Reads and enables pagination through a set of `MissionPlanCloneOf`. */ clonesRelationConnection: MissionPlanCloneovesConnection; /** Reads and enables pagination through a set of `MissionPlanCloneOf`. */ clonesRelation: Array; /** Reads and enables pagination through a set of `StructurePlan`. */ structurePlansConnection: StructurePlansConnection; /** Reads and enables pagination through a set of `StructurePlan`. */ structurePlans: Array; /** Reads and enables pagination through a set of `_MissionPlanArtifact`. */ _missionPlanArtifactsByBConnection: _MissionPlanArtifactsConnection; /** Reads and enables pagination through a set of `_MissionPlanArtifact`. */ _missionPlanArtifactsByB: Array<_MissionPlanArtifact>; cloneOf?: Maybe; /** Reads and enables pagination through a set of `MissionPlan`. */ clonesConnection: MissionPlansConnection; /** Reads and enables pagination through a set of `MissionPlan`. */ clones?: Maybe>>; /** Reads and enables pagination through a set of `Mission`. */ missionsByMissionElementOfPlanIdDoNotUseAndInfra: MissionPlanMissionsByMissionElementOfPlanIdDoNotUseAndInfraManyToManyConnection; /** Reads and enables pagination through a set of `Mission`. */ missionsByMissionElementOfPlanIdDoNotUseAndInfraList: Array; /** Reads and enables pagination through a set of `MissionExecution`. */ missionExecutionsByMissionElementOfPlanIdDoNotUseAndElementOfExecutionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Organization`. */ organizationsByMissionElementOfPlanIdDoNotUseAndOrganizationIdDoNotUseList: Array; /** Reads and enables pagination through a set of `File`. */ filesByArtifactPlanIdDoNotUseAndFileIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Mission`. */ missionsByArtifactPlanIdDoNotUseAndMissionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `MissionExecution`. */ missionExecutionsByArtifactPlanIdDoNotUseAndMissionExecutionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `_MissionPlanArtifact`. */ _missionPlanArtifactsByMissionPlanArtifactBAndA: MissionPlanMissionPlanArtifactsByMissionPlanArtifactBAndAManyToManyConnection; /** Reads and enables pagination through a set of `_MissionPlanArtifact`. */ _missionPlanArtifactsByMissionPlanArtifactBAndAList: Array<_MissionPlanArtifact>; }; export declare type MissionPlanMissionConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionPlanElementsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionPlanElementsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionPlanArtifactsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionPlanArtifactsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionPlanCloneOfRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionPlanClonesRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionPlanClonesRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionPlanStructurePlansConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionPlanStructurePlansArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionPlan_MissionPlanArtifactsByBConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe<_MissionPlanArtifactCondition>; filter?: Maybe<_MissionPlanArtifactFilter>; }; export declare type MissionPlan_MissionPlanArtifactsByBArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe<_MissionPlanArtifactCondition>; filter?: Maybe<_MissionPlanArtifactFilter>; }; export declare type MissionPlanClonesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; filter?: Maybe; }; export declare type MissionPlanClonesArgs = { first?: Maybe; offset?: Maybe; filter?: Maybe; }; export declare type MissionPlanMissionsByMissionElementOfPlanIdDoNotUseAndInfraArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionPlanMissionsByMissionElementOfPlanIdDoNotUseAndInfraListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionPlanMissionExecutionsByMissionElementOfPlanIdDoNotUseAndElementOfExecutionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionPlanOrganizationsByMissionElementOfPlanIdDoNotUseAndOrganizationIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionPlanFilesByArtifactPlanIdDoNotUseAndFileIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionPlanMissionsByArtifactPlanIdDoNotUseAndMissionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionPlanMissionExecutionsByArtifactPlanIdDoNotUseAndMissionExecutionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type MissionPlan_MissionPlanArtifactsByMissionPlanArtifactBAndAArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe<_MissionPlanArtifactCondition>; filter?: Maybe<_MissionPlanArtifactFilter>; }; export declare type MissionPlan_MissionPlanArtifactsByMissionPlanArtifactBAndAListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe<_MissionPlanArtifactCondition>; filter?: Maybe<_MissionPlanArtifactFilter>; }; export declare type MissionPlanCloneOf = { __typename?: 'MissionPlanCloneOf'; a: Scalars['String']; b: Scalars['String']; /** Reads a single `MissionPlan` that is related to this `MissionPlanCloneOf`. */ cloneOf?: Maybe; /** Reads a single `MissionPlan` that is related to this `MissionPlanCloneOf`. */ clone?: Maybe; }; /** * A condition to be used against `MissionPlanCloneOf` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type MissionPlanCloneOfCondition = { /** Checks for equality with the object’s `a` field. */ a?: Maybe; /** Checks for equality with the object’s `b` field. */ b?: Maybe; }; /** A filter to be used against `MissionPlanCloneOf` object types. All fields are combined with a logical ‘and.’ */ export declare type MissionPlanCloneOfFilter = { /** Filter by the object’s `a` field. */ a?: Maybe; /** Filter by the object’s `b` field. */ b?: Maybe; /** Filter by the object’s `cloneOf` relation. */ cloneOf?: Maybe; /** Filter by the object’s `clone` relation. */ clone?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `MissionPlanCloneOf` */ export declare type MissionPlanCloneOfInput = { a?: Maybe; b?: Maybe; cloneOf?: Maybe<_MissionPlanCloneOfIbfk1Input>; clone?: Maybe<_MissionPlanCloneOfIbfk2Input>; }; /** The fields on `missionPlanCloneOf` to look up the row to connect. */ export declare type MissionPlanCloneOfMissionPlanCloneOfPkeyConnect = { a: Scalars['String']; }; /** The fields on `missionPlanCloneOf` to look up the row to delete. */ export declare type MissionPlanCloneOfMissionPlanCloneOfPkeyDelete = { a: Scalars['String']; }; /** The fields on `missionPlanCloneOf` to look up the row to update. */ export declare type MissionPlanCloneOfOnMissionPlanCloneOfForMissionPlanCloneOfIbfk1UsingMissionPlanCloneOfPkeyUpdate = { /** An object where the defined keys will be set on the `missionPlanCloneOf` being updated. */ patch: UpdateMissionPlanCloneOfOnMissionPlanCloneOfForMissionPlanCloneOfIbfk1Patch; a: Scalars['String']; }; /** The fields on `missionPlanCloneOf` to look up the row to update. */ export declare type MissionPlanCloneOfOnMissionPlanCloneOfForMissionPlanCloneOfIbfk2UsingMissionPlanCloneOfPkeyUpdate = { /** An object where the defined keys will be set on the `missionPlanCloneOf` being updated. */ patch: UpdateMissionPlanCloneOfOnMissionPlanCloneOfForMissionPlanCloneOfIbfk2Patch; a: Scalars['String']; }; /** Represents an update to a `MissionPlanCloneOf`. Fields that are set will be updated. */ export declare type MissionPlanCloneOfPatch = { a?: Maybe; b?: Maybe; cloneOf?: Maybe<_MissionPlanCloneOfIbfk1Input>; clone?: Maybe<_MissionPlanCloneOfIbfk2Input>; }; /** A connection to a list of `MissionPlanCloneOf` values. */ export declare type MissionPlanCloneovesConnection = { __typename?: 'MissionPlanCloneovesConnection'; /** A list of `MissionPlanCloneOf` objects. */ nodes: Array>; /** A list of edges which contains the `MissionPlanCloneOf` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `MissionPlanCloneOf` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `MissionPlanCloneOf` edge in the connection. */ export declare type MissionPlanCloneovesEdge = { __typename?: 'MissionPlanCloneovesEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `MissionPlanCloneOf` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `MissionPlanCloneOf`. */ export declare enum MissionPlanCloneovesOrderBy { Natural = "NATURAL", AAsc = "A_ASC", ADesc = "A_DESC", BAsc = "B_ASC", BDesc = "B_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", MissionPlanByAIdAsc = "MISSION_PLAN_BY_A__ID_ASC", MissionPlanByAIdDesc = "MISSION_PLAN_BY_A__ID_DESC", MissionPlanByANicknameAsc = "MISSION_PLAN_BY_A__NICKNAME_ASC", MissionPlanByANicknameDesc = "MISSION_PLAN_BY_A__NICKNAME_DESC", MissionPlanByACreatedAtAsc = "MISSION_PLAN_BY_A__CREATED_AT_ASC", MissionPlanByACreatedAtDesc = "MISSION_PLAN_BY_A__CREATED_AT_DESC", MissionPlanByAUpdatedAtAsc = "MISSION_PLAN_BY_A__UPDATED_AT_ASC", MissionPlanByAUpdatedAtDesc = "MISSION_PLAN_BY_A__UPDATED_AT_DESC", MissionPlanByAExecutionAtAsc = "MISSION_PLAN_BY_A__EXECUTION_AT_ASC", MissionPlanByAExecutionAtDesc = "MISSION_PLAN_BY_A__EXECUTION_AT_DESC", MissionPlanByAInspectionAtAsc = "MISSION_PLAN_BY_A__INSPECTION_AT_ASC", MissionPlanByAInspectionAtDesc = "MISSION_PLAN_BY_A__INSPECTION_AT_DESC", MissionPlanByAExpertValidationAtAsc = "MISSION_PLAN_BY_A__EXPERT_VALIDATION_AT_ASC", MissionPlanByAExpertValidationAtDesc = "MISSION_PLAN_BY_A__EXPERT_VALIDATION_AT_DESC", MissionPlanByAParametersAsc = "MISSION_PLAN_BY_A__PARAMETERS_ASC", MissionPlanByAParametersDesc = "MISSION_PLAN_BY_A__PARAMETERS_DESC", MissionPlanByADeletedAtAsc = "MISSION_PLAN_BY_A__DELETED_AT_ASC", MissionPlanByADeletedAtDesc = "MISSION_PLAN_BY_A__DELETED_AT_DESC", MissionPlanByBIdAsc = "MISSION_PLAN_BY_B__ID_ASC", MissionPlanByBIdDesc = "MISSION_PLAN_BY_B__ID_DESC", MissionPlanByBNicknameAsc = "MISSION_PLAN_BY_B__NICKNAME_ASC", MissionPlanByBNicknameDesc = "MISSION_PLAN_BY_B__NICKNAME_DESC", MissionPlanByBCreatedAtAsc = "MISSION_PLAN_BY_B__CREATED_AT_ASC", MissionPlanByBCreatedAtDesc = "MISSION_PLAN_BY_B__CREATED_AT_DESC", MissionPlanByBUpdatedAtAsc = "MISSION_PLAN_BY_B__UPDATED_AT_ASC", MissionPlanByBUpdatedAtDesc = "MISSION_PLAN_BY_B__UPDATED_AT_DESC", MissionPlanByBExecutionAtAsc = "MISSION_PLAN_BY_B__EXECUTION_AT_ASC", MissionPlanByBExecutionAtDesc = "MISSION_PLAN_BY_B__EXECUTION_AT_DESC", MissionPlanByBInspectionAtAsc = "MISSION_PLAN_BY_B__INSPECTION_AT_ASC", MissionPlanByBInspectionAtDesc = "MISSION_PLAN_BY_B__INSPECTION_AT_DESC", MissionPlanByBExpertValidationAtAsc = "MISSION_PLAN_BY_B__EXPERT_VALIDATION_AT_ASC", MissionPlanByBExpertValidationAtDesc = "MISSION_PLAN_BY_B__EXPERT_VALIDATION_AT_DESC", MissionPlanByBParametersAsc = "MISSION_PLAN_BY_B__PARAMETERS_ASC", MissionPlanByBParametersDesc = "MISSION_PLAN_BY_B__PARAMETERS_DESC", MissionPlanByBDeletedAtAsc = "MISSION_PLAN_BY_B__DELETED_AT_ASC", MissionPlanByBDeletedAtDesc = "MISSION_PLAN_BY_B__DELETED_AT_DESC" } /** * A condition to be used against `MissionPlan` object types. All fields are tested * for equality and combined with a logical ‘and.’ */ export declare type MissionPlanCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `nickname` field. */ nickname?: Maybe; /** Checks for equality with the object’s `createdAt` field. */ createdAt?: Maybe; /** Checks for equality with the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Checks for equality with the object’s `executionAt` field. */ executionAt?: Maybe; /** Checks for equality with the object’s `inspectionAt` field. */ inspectionAt?: Maybe; /** Checks for equality with the object’s `expertValidationAt` field. */ expertValidationAt?: Maybe; /** Checks for equality with the object’s `parameters` field. */ parameters?: Maybe; /** Checks for equality with the object’s `deletedAt` field. */ deletedAt?: Maybe; }; /** A filter to be used against `MissionPlan` object types. All fields are combined with a logical ‘and.’ */ export declare type MissionPlanFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `nickname` field. */ nickname?: Maybe; /** Filter by the object’s `createdAt` field. */ createdAt?: Maybe; /** Filter by the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Filter by the object’s `executionAt` field. */ executionAt?: Maybe; /** Filter by the object’s `inspectionAt` field. */ inspectionAt?: Maybe; /** Filter by the object’s `expertValidationAt` field. */ expertValidationAt?: Maybe; /** Filter by the object’s `parameters` field. */ parameters?: Maybe; /** Filter by the object’s `deletedAt` field. */ deletedAt?: Maybe; /** Filter by the object’s `cloneOf` field. */ cloneOf?: Maybe; /** Filter by the object’s `mission` relation. */ mission?: Maybe; /** A related `mission` exists. */ missionExists?: Maybe; /** Filter by the object’s `elementsConnection` relation. */ elementsConnection?: Maybe; /** Some related `elementsConnection` exist. */ elementsConnectionExist?: Maybe; /** Filter by the object’s `artifactsConnection` relation. */ artifactsConnection?: Maybe; /** Some related `artifactsConnection` exist. */ artifactsConnectionExist?: Maybe; /** Filter by the object’s `cloneOfRelation` relation. */ cloneOfRelation?: Maybe; /** A related `cloneOfRelation` exists. */ cloneOfRelationExists?: Maybe; /** Filter by the object’s `clonesRelationConnection` relation. */ clonesRelationConnection?: Maybe; /** Some related `clonesRelationConnection` exist. */ clonesRelationConnectionExist?: Maybe; /** Filter by the object’s `structurePlansConnection` relation. */ structurePlansConnection?: Maybe; /** Some related `structurePlansConnection` exist. */ structurePlansConnectionExist?: Maybe; /** Filter by the object’s `_missionPlanArtifactsByBConnection` relation. */ _missionPlanArtifactsByBConnection?: Maybe; /** Some related `_missionPlanArtifactsByBConnection` exist. */ _missionPlanArtifactsByBConnectionExist?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** Input for the nested mutation of `missionPlan` in the `MissionInput` mutation. */ export declare type MissionPlanFkeyInput = { /** The primary key(s) for `missionPlan` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `mission` in the `MissionPlanInput` mutation. */ export declare type MissionPlanFkeyInverseInput = { /** The primary key(s) for `mission` for the far side of the relationship. */ connectById?: Maybe; /** Flag indicating whether all other `mission` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** An input for mutations affecting `MissionPlan` */ export declare type MissionPlanInput = { id?: Maybe; nickname?: Maybe; executionAt?: Maybe; inspectionAt?: Maybe; expertValidationAt?: Maybe; parameters?: Maybe; mission?: Maybe; elements?: Maybe; artifacts?: Maybe; cloneOfRelation?: Maybe<_MissionPlanCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_MissionPlanCloneOfIbfk2InverseInput>; structurePlans?: Maybe; _missionPlanArtifactsUsingId?: Maybe<_MissionPlanArtifactsIbfk2InverseInput>; }; /** A connection to a list of `_MissionPlanArtifact` values, with data from `_MissionPlanArtifact`. */ export declare type MissionPlanMissionPlanArtifactsByMissionPlanArtifactBAndAManyToManyConnection = { __typename?: 'MissionPlanMissionPlanArtifactsByMissionPlanArtifactBAndAManyToManyConnection'; /** A list of `_MissionPlanArtifact` objects. */ nodes: Array>; /** * A list of edges which contains the `_MissionPlanArtifact`, info from the * `_MissionPlanArtifact`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `_MissionPlanArtifact` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `_MissionPlanArtifact` edge in the connection, with data from `_MissionPlanArtifact`. */ export declare type MissionPlanMissionPlanArtifactsByMissionPlanArtifactBAndAManyToManyEdge = { __typename?: 'MissionPlanMissionPlanArtifactsByMissionPlanArtifactBAndAManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `_MissionPlanArtifact` at the end of the edge. */ node?: Maybe<_MissionPlanArtifact>; /** Reads and enables pagination through a set of `_MissionPlanArtifact`. */ _missionPlanArtifactsByAConnection: _MissionPlanArtifactsConnection; /** Reads and enables pagination through a set of `_MissionPlanArtifact`. */ _missionPlanArtifactsByA: Array<_MissionPlanArtifact>; }; /** A `_MissionPlanArtifact` edge in the connection, with data from `_MissionPlanArtifact`. */ export declare type MissionPlanMissionPlanArtifactsByMissionPlanArtifactBAndAManyToManyEdge_MissionPlanArtifactsByAConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe<_MissionPlanArtifactCondition>; filter?: Maybe<_MissionPlanArtifactFilter>; }; /** A `_MissionPlanArtifact` edge in the connection, with data from `_MissionPlanArtifact`. */ export declare type MissionPlanMissionPlanArtifactsByMissionPlanArtifactBAndAManyToManyEdge_MissionPlanArtifactsByAArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe<_MissionPlanArtifactCondition>; filter?: Maybe<_MissionPlanArtifactFilter>; }; /** The fields on `missionPlan` to look up the row to connect. */ export declare type MissionPlanMissionPlanPkeyConnect = { id: Scalars['String']; }; /** The fields on `missionPlan` to look up the row to delete. */ export declare type MissionPlanMissionPlanPkeyDelete = { id: Scalars['String']; }; /** A connection to a list of `Mission` values, with data from `Mission`. */ export declare type MissionPlanMissionsByMissionElementOfPlanIdDoNotUseAndInfraManyToManyConnection = { __typename?: 'MissionPlanMissionsByMissionElementOfPlanIdDoNotUseAndInfraManyToManyConnection'; /** A list of `Mission` objects. */ nodes: Array>; /** A list of edges which contains the `Mission`, info from the `Mission`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Mission` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Mission` edge in the connection, with data from `Mission`. */ export declare type MissionPlanMissionsByMissionElementOfPlanIdDoNotUseAndInfraManyToManyEdge = { __typename?: 'MissionPlanMissionsByMissionElementOfPlanIdDoNotUseAndInfraManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Mission` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `Mission`. */ missionsByInfraConnection: MissionsConnection; /** Reads and enables pagination through a set of `Mission`. */ missionsByInfra: Array; }; /** A `Mission` edge in the connection, with data from `Mission`. */ export declare type MissionPlanMissionsByMissionElementOfPlanIdDoNotUseAndInfraManyToManyEdgeMissionsByInfraConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Mission` edge in the connection, with data from `Mission`. */ export declare type MissionPlanMissionsByMissionElementOfPlanIdDoNotUseAndInfraManyToManyEdgeMissionsByInfraArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The fields on `missionPlan` to look up the row to update. */ export declare type MissionPlanOnMissionPlanArtifactForMissionPlanArtifactsIbfk2UsingMissionPlanPkeyUpdate = { /** An object where the defined keys will be set on the `missionPlan` being updated. */ patch: UpdateMissionPlanOnMissionPlanArtifactForMissionPlanArtifactsIbfk2Patch; id: Scalars['String']; }; /** The fields on `missionPlan` to look up the row to update. */ export declare type MissionPlanOnMissionPlanCloneOfForMissionPlanCloneOfIbfk1UsingMissionPlanPkeyUpdate = { /** An object where the defined keys will be set on the `missionPlan` being updated. */ patch: UpdateMissionPlanOnMissionPlanCloneOfForMissionPlanCloneOfIbfk1Patch; id: Scalars['String']; }; /** The fields on `missionPlan` to look up the row to update. */ export declare type MissionPlanOnMissionPlanCloneOfForMissionPlanCloneOfIbfk2UsingMissionPlanPkeyUpdate = { /** An object where the defined keys will be set on the `missionPlan` being updated. */ patch: UpdateMissionPlanOnMissionPlanCloneOfForMissionPlanCloneOfIbfk2Patch; id: Scalars['String']; }; /** Represents an update to a `MissionPlan`. Fields that are set will be updated. */ export declare type MissionPlanPatch = { nickname?: Maybe; executionAt?: Maybe; inspectionAt?: Maybe; expertValidationAt?: Maybe; parameters?: Maybe; mission?: Maybe; elements?: Maybe; artifacts?: Maybe; cloneOfRelation?: Maybe<_MissionPlanCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_MissionPlanCloneOfIbfk2InverseInput>; structurePlans?: Maybe; _missionPlanArtifactsUsingId?: Maybe<_MissionPlanArtifactsIbfk2InverseInput>; }; /** A connection to a list of `MissionPlan` values. */ export declare type MissionPlansConnection = { __typename?: 'MissionPlansConnection'; /** A list of `MissionPlan` objects. */ nodes: Array>; /** A list of edges which contains the `MissionPlan` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `MissionPlan` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `MissionPlan` edge in the connection. */ export declare type MissionPlansEdge = { __typename?: 'MissionPlansEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `MissionPlan` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `MissionPlan`. */ export declare enum MissionPlansOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", NicknameAsc = "NICKNAME_ASC", NicknameDesc = "NICKNAME_DESC", CreatedAtAsc = "CREATED_AT_ASC", CreatedAtDesc = "CREATED_AT_DESC", UpdatedAtAsc = "UPDATED_AT_ASC", UpdatedAtDesc = "UPDATED_AT_DESC", ExecutionAtAsc = "EXECUTION_AT_ASC", ExecutionAtDesc = "EXECUTION_AT_DESC", InspectionAtAsc = "INSPECTION_AT_ASC", InspectionAtDesc = "INSPECTION_AT_DESC", ExpertValidationAtAsc = "EXPERT_VALIDATION_AT_ASC", ExpertValidationAtDesc = "EXPERT_VALIDATION_AT_DESC", ParametersAsc = "PARAMETERS_ASC", ParametersDesc = "PARAMETERS_DESC", DeletedAtAsc = "DELETED_AT_ASC", DeletedAtDesc = "DELETED_AT_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", MissionByPlanIdDoNotUseIdAsc = "MISSION_BY_PLAN_ID_DO_NOT_USE__ID_ASC", MissionByPlanIdDoNotUseIdDesc = "MISSION_BY_PLAN_ID_DO_NOT_USE__ID_DESC", MissionByPlanIdDoNotUseNicknameAsc = "MISSION_BY_PLAN_ID_DO_NOT_USE__NICKNAME_ASC", MissionByPlanIdDoNotUseNicknameDesc = "MISSION_BY_PLAN_ID_DO_NOT_USE__NICKNAME_DESC", MissionByPlanIdDoNotUseNameAsc = "MISSION_BY_PLAN_ID_DO_NOT_USE__NAME_ASC", MissionByPlanIdDoNotUseNameDesc = "MISSION_BY_PLAN_ID_DO_NOT_USE__NAME_DESC", MissionByPlanIdDoNotUseTypeAsc = "MISSION_BY_PLAN_ID_DO_NOT_USE__TYPE_ASC", MissionByPlanIdDoNotUseTypeDesc = "MISSION_BY_PLAN_ID_DO_NOT_USE__TYPE_DESC", MissionByPlanIdDoNotUseCreatedAtAsc = "MISSION_BY_PLAN_ID_DO_NOT_USE__CREATED_AT_ASC", MissionByPlanIdDoNotUseCreatedAtDesc = "MISSION_BY_PLAN_ID_DO_NOT_USE__CREATED_AT_DESC", MissionByPlanIdDoNotUseUpdatedAtAsc = "MISSION_BY_PLAN_ID_DO_NOT_USE__UPDATED_AT_ASC", MissionByPlanIdDoNotUseUpdatedAtDesc = "MISSION_BY_PLAN_ID_DO_NOT_USE__UPDATED_AT_DESC", MissionByPlanIdDoNotUseDeletedAtAsc = "MISSION_BY_PLAN_ID_DO_NOT_USE__DELETED_AT_ASC", MissionByPlanIdDoNotUseDeletedAtDesc = "MISSION_BY_PLAN_ID_DO_NOT_USE__DELETED_AT_DESC", MissionByPlanIdDoNotUseInfraAsc = "MISSION_BY_PLAN_ID_DO_NOT_USE__INFRA_ASC", MissionByPlanIdDoNotUseInfraDesc = "MISSION_BY_PLAN_ID_DO_NOT_USE__INFRA_DESC", MissionByPlanIdDoNotUseDescriptionAsc = "MISSION_BY_PLAN_ID_DO_NOT_USE__DESCRIPTION_ASC", MissionByPlanIdDoNotUseDescriptionDesc = "MISSION_BY_PLAN_ID_DO_NOT_USE__DESCRIPTION_DESC", MissionsByElementOfPlanIdDoNotUseCountAsc = "MISSIONS_BY_ELEMENT_OF_PLAN_ID_DO_NOT_USE__COUNT_ASC", MissionsByElementOfPlanIdDoNotUseCountDesc = "MISSIONS_BY_ELEMENT_OF_PLAN_ID_DO_NOT_USE__COUNT_DESC", ArtifactsByPlanIdDoNotUseCountAsc = "ARTIFACTS_BY_PLAN_ID_DO_NOT_USE__COUNT_ASC", ArtifactsByPlanIdDoNotUseCountDesc = "ARTIFACTS_BY_PLAN_ID_DO_NOT_USE__COUNT_DESC", MissionPlanCloneOfByAAAsc = "MISSION_PLAN_CLONE_OF_BY_A__A_ASC", MissionPlanCloneOfByAADesc = "MISSION_PLAN_CLONE_OF_BY_A__A_DESC", MissionPlanCloneOfByABAsc = "MISSION_PLAN_CLONE_OF_BY_A__B_ASC", MissionPlanCloneOfByABDesc = "MISSION_PLAN_CLONE_OF_BY_A__B_DESC", MissionPlanCloneovesByBCountAsc = "MISSION_PLAN_CLONEOVES_BY_B__COUNT_ASC", MissionPlanCloneovesByBCountDesc = "MISSION_PLAN_CLONEOVES_BY_B__COUNT_DESC", StructurePlansByMissionPlanIdDoNotUseCountAsc = "STRUCTURE_PLANS_BY_MISSION_PLAN_ID_DO_NOT_USE__COUNT_ASC", StructurePlansByMissionPlanIdDoNotUseCountDesc = "STRUCTURE_PLANS_BY_MISSION_PLAN_ID_DO_NOT_USE__COUNT_DESC", MissionPlanArtifactsByBCountAsc = "_MISSION_PLAN_ARTIFACTS_BY_B__COUNT_ASC", MissionPlanArtifactsByBCountDesc = "_MISSION_PLAN_ARTIFACTS_BY_B__COUNT_DESC" } /** A filter to be used against many `Artifact` object types. All fields are combined with a logical ‘and.’ */ export declare type MissionPlanToManyArtifactFilter = { /** Every related `Artifact` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Artifact` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Artifact` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `Mission` object types. All fields are combined with a logical ‘and.’ */ export declare type MissionPlanToManyMissionFilter = { /** Every related `Mission` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Mission` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Mission` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `_MissionPlanArtifact` object types. All fields are combined with a logical ‘and.’ */ export declare type MissionPlanToManyMissionPlanArtifactFilter = { /** Every related `_MissionPlanArtifact` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe<_MissionPlanArtifactFilter>; /** Some related `_MissionPlanArtifact` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe<_MissionPlanArtifactFilter>; /** No related `_MissionPlanArtifact` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe<_MissionPlanArtifactFilter>; }; /** A filter to be used against many `MissionPlanCloneOf` object types. All fields are combined with a logical ‘and.’ */ export declare type MissionPlanToManyMissionPlanCloneOfFilter = { /** Every related `MissionPlanCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `MissionPlanCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `MissionPlanCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `StructurePlan` object types. All fields are combined with a logical ‘and.’ */ export declare type MissionPlanToManyStructurePlanFilter = { /** Every related `StructurePlan` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `StructurePlan` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `StructurePlan` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A connection to a list of `Mission` values. */ export declare type MissionsConnection = { __typename?: 'MissionsConnection'; /** A list of `Mission` objects. */ nodes: Array>; /** A list of edges which contains the `Mission` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Mission` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Mission` edge in the connection. */ export declare type MissionsEdge = { __typename?: 'MissionsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Mission` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `Mission`. */ export declare enum MissionsOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", NicknameAsc = "NICKNAME_ASC", NicknameDesc = "NICKNAME_DESC", NameAsc = "NAME_ASC", NameDesc = "NAME_DESC", TypeAsc = "TYPE_ASC", TypeDesc = "TYPE_DESC", CreatedAtAsc = "CREATED_AT_ASC", CreatedAtDesc = "CREATED_AT_DESC", UpdatedAtAsc = "UPDATED_AT_ASC", UpdatedAtDesc = "UPDATED_AT_DESC", DeletedAtAsc = "DELETED_AT_ASC", DeletedAtDesc = "DELETED_AT_DESC", InfraAsc = "INFRA_ASC", InfraDesc = "INFRA_DESC", DescriptionAsc = "DESCRIPTION_ASC", DescriptionDesc = "DESCRIPTION_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", MissionPlanByPlanIdDoNotUseIdAsc = "MISSION_PLAN_BY_PLAN_ID_DO_NOT_USE__ID_ASC", MissionPlanByPlanIdDoNotUseIdDesc = "MISSION_PLAN_BY_PLAN_ID_DO_NOT_USE__ID_DESC", MissionPlanByPlanIdDoNotUseNicknameAsc = "MISSION_PLAN_BY_PLAN_ID_DO_NOT_USE__NICKNAME_ASC", MissionPlanByPlanIdDoNotUseNicknameDesc = "MISSION_PLAN_BY_PLAN_ID_DO_NOT_USE__NICKNAME_DESC", MissionPlanByPlanIdDoNotUseCreatedAtAsc = "MISSION_PLAN_BY_PLAN_ID_DO_NOT_USE__CREATED_AT_ASC", MissionPlanByPlanIdDoNotUseCreatedAtDesc = "MISSION_PLAN_BY_PLAN_ID_DO_NOT_USE__CREATED_AT_DESC", MissionPlanByPlanIdDoNotUseUpdatedAtAsc = "MISSION_PLAN_BY_PLAN_ID_DO_NOT_USE__UPDATED_AT_ASC", MissionPlanByPlanIdDoNotUseUpdatedAtDesc = "MISSION_PLAN_BY_PLAN_ID_DO_NOT_USE__UPDATED_AT_DESC", MissionPlanByPlanIdDoNotUseExecutionAtAsc = "MISSION_PLAN_BY_PLAN_ID_DO_NOT_USE__EXECUTION_AT_ASC", MissionPlanByPlanIdDoNotUseExecutionAtDesc = "MISSION_PLAN_BY_PLAN_ID_DO_NOT_USE__EXECUTION_AT_DESC", MissionPlanByPlanIdDoNotUseInspectionAtAsc = "MISSION_PLAN_BY_PLAN_ID_DO_NOT_USE__INSPECTION_AT_ASC", MissionPlanByPlanIdDoNotUseInspectionAtDesc = "MISSION_PLAN_BY_PLAN_ID_DO_NOT_USE__INSPECTION_AT_DESC", MissionPlanByPlanIdDoNotUseExpertValidationAtAsc = "MISSION_PLAN_BY_PLAN_ID_DO_NOT_USE__EXPERT_VALIDATION_AT_ASC", MissionPlanByPlanIdDoNotUseExpertValidationAtDesc = "MISSION_PLAN_BY_PLAN_ID_DO_NOT_USE__EXPERT_VALIDATION_AT_DESC", MissionPlanByPlanIdDoNotUseParametersAsc = "MISSION_PLAN_BY_PLAN_ID_DO_NOT_USE__PARAMETERS_ASC", MissionPlanByPlanIdDoNotUseParametersDesc = "MISSION_PLAN_BY_PLAN_ID_DO_NOT_USE__PARAMETERS_DESC", MissionPlanByPlanIdDoNotUseDeletedAtAsc = "MISSION_PLAN_BY_PLAN_ID_DO_NOT_USE__DELETED_AT_ASC", MissionPlanByPlanIdDoNotUseDeletedAtDesc = "MISSION_PLAN_BY_PLAN_ID_DO_NOT_USE__DELETED_AT_DESC", MissionByInfraIdAsc = "MISSION_BY_INFRA__ID_ASC", MissionByInfraIdDesc = "MISSION_BY_INFRA__ID_DESC", MissionByInfraNicknameAsc = "MISSION_BY_INFRA__NICKNAME_ASC", MissionByInfraNicknameDesc = "MISSION_BY_INFRA__NICKNAME_DESC", MissionByInfraNameAsc = "MISSION_BY_INFRA__NAME_ASC", MissionByInfraNameDesc = "MISSION_BY_INFRA__NAME_DESC", MissionByInfraTypeAsc = "MISSION_BY_INFRA__TYPE_ASC", MissionByInfraTypeDesc = "MISSION_BY_INFRA__TYPE_DESC", MissionByInfraCreatedAtAsc = "MISSION_BY_INFRA__CREATED_AT_ASC", MissionByInfraCreatedAtDesc = "MISSION_BY_INFRA__CREATED_AT_DESC", MissionByInfraUpdatedAtAsc = "MISSION_BY_INFRA__UPDATED_AT_ASC", MissionByInfraUpdatedAtDesc = "MISSION_BY_INFRA__UPDATED_AT_DESC", MissionByInfraDeletedAtAsc = "MISSION_BY_INFRA__DELETED_AT_ASC", MissionByInfraDeletedAtDesc = "MISSION_BY_INFRA__DELETED_AT_DESC", MissionByInfraInfraAsc = "MISSION_BY_INFRA__INFRA_ASC", MissionByInfraInfraDesc = "MISSION_BY_INFRA__INFRA_DESC", MissionByInfraDescriptionAsc = "MISSION_BY_INFRA__DESCRIPTION_ASC", MissionByInfraDescriptionDesc = "MISSION_BY_INFRA__DESCRIPTION_DESC", MissionExecutionByElementOfExecutionIdDoNotUseIdAsc = "MISSION_EXECUTION_BY_ELEMENT_OF_EXECUTION_ID_DO_NOT_USE__ID_ASC", MissionExecutionByElementOfExecutionIdDoNotUseIdDesc = "MISSION_EXECUTION_BY_ELEMENT_OF_EXECUTION_ID_DO_NOT_USE__ID_DESC", MissionExecutionByElementOfExecutionIdDoNotUseNicknameAsc = "MISSION_EXECUTION_BY_ELEMENT_OF_EXECUTION_ID_DO_NOT_USE__NICKNAME_ASC", MissionExecutionByElementOfExecutionIdDoNotUseNicknameDesc = "MISSION_EXECUTION_BY_ELEMENT_OF_EXECUTION_ID_DO_NOT_USE__NICKNAME_DESC", MissionExecutionByElementOfExecutionIdDoNotUseCreatedAtAsc = "MISSION_EXECUTION_BY_ELEMENT_OF_EXECUTION_ID_DO_NOT_USE__CREATED_AT_ASC", MissionExecutionByElementOfExecutionIdDoNotUseCreatedAtDesc = "MISSION_EXECUTION_BY_ELEMENT_OF_EXECUTION_ID_DO_NOT_USE__CREATED_AT_DESC", MissionExecutionByElementOfExecutionIdDoNotUseUpdatedAtAsc = "MISSION_EXECUTION_BY_ELEMENT_OF_EXECUTION_ID_DO_NOT_USE__UPDATED_AT_ASC", MissionExecutionByElementOfExecutionIdDoNotUseUpdatedAtDesc = "MISSION_EXECUTION_BY_ELEMENT_OF_EXECUTION_ID_DO_NOT_USE__UPDATED_AT_DESC", MissionExecutionByElementOfExecutionIdDoNotUseExecutionAtAsc = "MISSION_EXECUTION_BY_ELEMENT_OF_EXECUTION_ID_DO_NOT_USE__EXECUTION_AT_ASC", MissionExecutionByElementOfExecutionIdDoNotUseExecutionAtDesc = "MISSION_EXECUTION_BY_ELEMENT_OF_EXECUTION_ID_DO_NOT_USE__EXECUTION_AT_DESC", MissionExecutionByElementOfExecutionIdDoNotUseInspectionAtAsc = "MISSION_EXECUTION_BY_ELEMENT_OF_EXECUTION_ID_DO_NOT_USE__INSPECTION_AT_ASC", MissionExecutionByElementOfExecutionIdDoNotUseInspectionAtDesc = "MISSION_EXECUTION_BY_ELEMENT_OF_EXECUTION_ID_DO_NOT_USE__INSPECTION_AT_DESC", MissionExecutionByElementOfExecutionIdDoNotUseExpertValidationAtAsc = "MISSION_EXECUTION_BY_ELEMENT_OF_EXECUTION_ID_DO_NOT_USE__EXPERT_VALIDATION_AT_ASC", MissionExecutionByElementOfExecutionIdDoNotUseExpertValidationAtDesc = "MISSION_EXECUTION_BY_ELEMENT_OF_EXECUTION_ID_DO_NOT_USE__EXPERT_VALIDATION_AT_DESC", MissionExecutionByElementOfExecutionIdDoNotUseTrajectoryAsc = "MISSION_EXECUTION_BY_ELEMENT_OF_EXECUTION_ID_DO_NOT_USE__TRAJECTORY_ASC", MissionExecutionByElementOfExecutionIdDoNotUseTrajectoryDesc = "MISSION_EXECUTION_BY_ELEMENT_OF_EXECUTION_ID_DO_NOT_USE__TRAJECTORY_DESC", MissionExecutionByElementOfExecutionIdDoNotUseParametersAsc = "MISSION_EXECUTION_BY_ELEMENT_OF_EXECUTION_ID_DO_NOT_USE__PARAMETERS_ASC", MissionExecutionByElementOfExecutionIdDoNotUseParametersDesc = "MISSION_EXECUTION_BY_ELEMENT_OF_EXECUTION_ID_DO_NOT_USE__PARAMETERS_DESC", MissionExecutionByElementOfExecutionIdDoNotUseDeletedAtAsc = "MISSION_EXECUTION_BY_ELEMENT_OF_EXECUTION_ID_DO_NOT_USE__DELETED_AT_ASC", MissionExecutionByElementOfExecutionIdDoNotUseDeletedAtDesc = "MISSION_EXECUTION_BY_ELEMENT_OF_EXECUTION_ID_DO_NOT_USE__DELETED_AT_DESC", MissionPlanByElementOfPlanIdDoNotUseIdAsc = "MISSION_PLAN_BY_ELEMENT_OF_PLAN_ID_DO_NOT_USE__ID_ASC", MissionPlanByElementOfPlanIdDoNotUseIdDesc = "MISSION_PLAN_BY_ELEMENT_OF_PLAN_ID_DO_NOT_USE__ID_DESC", MissionPlanByElementOfPlanIdDoNotUseNicknameAsc = "MISSION_PLAN_BY_ELEMENT_OF_PLAN_ID_DO_NOT_USE__NICKNAME_ASC", MissionPlanByElementOfPlanIdDoNotUseNicknameDesc = "MISSION_PLAN_BY_ELEMENT_OF_PLAN_ID_DO_NOT_USE__NICKNAME_DESC", MissionPlanByElementOfPlanIdDoNotUseCreatedAtAsc = "MISSION_PLAN_BY_ELEMENT_OF_PLAN_ID_DO_NOT_USE__CREATED_AT_ASC", MissionPlanByElementOfPlanIdDoNotUseCreatedAtDesc = "MISSION_PLAN_BY_ELEMENT_OF_PLAN_ID_DO_NOT_USE__CREATED_AT_DESC", MissionPlanByElementOfPlanIdDoNotUseUpdatedAtAsc = "MISSION_PLAN_BY_ELEMENT_OF_PLAN_ID_DO_NOT_USE__UPDATED_AT_ASC", MissionPlanByElementOfPlanIdDoNotUseUpdatedAtDesc = "MISSION_PLAN_BY_ELEMENT_OF_PLAN_ID_DO_NOT_USE__UPDATED_AT_DESC", MissionPlanByElementOfPlanIdDoNotUseExecutionAtAsc = "MISSION_PLAN_BY_ELEMENT_OF_PLAN_ID_DO_NOT_USE__EXECUTION_AT_ASC", MissionPlanByElementOfPlanIdDoNotUseExecutionAtDesc = "MISSION_PLAN_BY_ELEMENT_OF_PLAN_ID_DO_NOT_USE__EXECUTION_AT_DESC", MissionPlanByElementOfPlanIdDoNotUseInspectionAtAsc = "MISSION_PLAN_BY_ELEMENT_OF_PLAN_ID_DO_NOT_USE__INSPECTION_AT_ASC", MissionPlanByElementOfPlanIdDoNotUseInspectionAtDesc = "MISSION_PLAN_BY_ELEMENT_OF_PLAN_ID_DO_NOT_USE__INSPECTION_AT_DESC", MissionPlanByElementOfPlanIdDoNotUseExpertValidationAtAsc = "MISSION_PLAN_BY_ELEMENT_OF_PLAN_ID_DO_NOT_USE__EXPERT_VALIDATION_AT_ASC", MissionPlanByElementOfPlanIdDoNotUseExpertValidationAtDesc = "MISSION_PLAN_BY_ELEMENT_OF_PLAN_ID_DO_NOT_USE__EXPERT_VALIDATION_AT_DESC", MissionPlanByElementOfPlanIdDoNotUseParametersAsc = "MISSION_PLAN_BY_ELEMENT_OF_PLAN_ID_DO_NOT_USE__PARAMETERS_ASC", MissionPlanByElementOfPlanIdDoNotUseParametersDesc = "MISSION_PLAN_BY_ELEMENT_OF_PLAN_ID_DO_NOT_USE__PARAMETERS_DESC", MissionPlanByElementOfPlanIdDoNotUseDeletedAtAsc = "MISSION_PLAN_BY_ELEMENT_OF_PLAN_ID_DO_NOT_USE__DELETED_AT_ASC", MissionPlanByElementOfPlanIdDoNotUseDeletedAtDesc = "MISSION_PLAN_BY_ELEMENT_OF_PLAN_ID_DO_NOT_USE__DELETED_AT_DESC", OrganizationByOrganizationIdDoNotUseIdAsc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__ID_ASC", OrganizationByOrganizationIdDoNotUseIdDesc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__ID_DESC", OrganizationByOrganizationIdDoNotUseNicknameAsc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__NICKNAME_ASC", OrganizationByOrganizationIdDoNotUseNicknameDesc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__NICKNAME_DESC", OrganizationByOrganizationIdDoNotUseNameAsc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__NAME_ASC", OrganizationByOrganizationIdDoNotUseNameDesc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__NAME_DESC", OrganizationByOrganizationIdDoNotUseDescriptionAsc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__DESCRIPTION_ASC", OrganizationByOrganizationIdDoNotUseDescriptionDesc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__DESCRIPTION_DESC", OrganizationByOrganizationIdDoNotUseCreatedAtAsc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__CREATED_AT_ASC", OrganizationByOrganizationIdDoNotUseCreatedAtDesc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__CREATED_AT_DESC", OrganizationByOrganizationIdDoNotUseUpdatedAtAsc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__UPDATED_AT_ASC", OrganizationByOrganizationIdDoNotUseUpdatedAtDesc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__UPDATED_AT_DESC", OrganizationByOrganizationIdDoNotUseSubscriptionPlanAsc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__SUBSCRIPTION_PLAN_ASC", OrganizationByOrganizationIdDoNotUseSubscriptionPlanDesc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__SUBSCRIPTION_PLAN_DESC", OrganizationByOrganizationIdDoNotUseDeletedAtAsc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__DELETED_AT_ASC", OrganizationByOrganizationIdDoNotUseDeletedAtDesc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__DELETED_AT_DESC", MissionsByInfraCountAsc = "MISSIONS_BY_INFRA__COUNT_ASC", MissionsByInfraCountDesc = "MISSIONS_BY_INFRA__COUNT_DESC", MissionExecutionByMissionIdDoNotUseIdAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__ID_ASC", MissionExecutionByMissionIdDoNotUseIdDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__ID_DESC", MissionExecutionByMissionIdDoNotUseNicknameAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__NICKNAME_ASC", MissionExecutionByMissionIdDoNotUseNicknameDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__NICKNAME_DESC", MissionExecutionByMissionIdDoNotUseCreatedAtAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__CREATED_AT_ASC", MissionExecutionByMissionIdDoNotUseCreatedAtDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__CREATED_AT_DESC", MissionExecutionByMissionIdDoNotUseUpdatedAtAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__UPDATED_AT_ASC", MissionExecutionByMissionIdDoNotUseUpdatedAtDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__UPDATED_AT_DESC", MissionExecutionByMissionIdDoNotUseExecutionAtAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__EXECUTION_AT_ASC", MissionExecutionByMissionIdDoNotUseExecutionAtDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__EXECUTION_AT_DESC", MissionExecutionByMissionIdDoNotUseInspectionAtAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__INSPECTION_AT_ASC", MissionExecutionByMissionIdDoNotUseInspectionAtDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__INSPECTION_AT_DESC", MissionExecutionByMissionIdDoNotUseExpertValidationAtAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__EXPERT_VALIDATION_AT_ASC", MissionExecutionByMissionIdDoNotUseExpertValidationAtDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__EXPERT_VALIDATION_AT_DESC", MissionExecutionByMissionIdDoNotUseTrajectoryAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__TRAJECTORY_ASC", MissionExecutionByMissionIdDoNotUseTrajectoryDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__TRAJECTORY_DESC", MissionExecutionByMissionIdDoNotUseParametersAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__PARAMETERS_ASC", MissionExecutionByMissionIdDoNotUseParametersDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__PARAMETERS_DESC", MissionExecutionByMissionIdDoNotUseDeletedAtAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__DELETED_AT_ASC", MissionExecutionByMissionIdDoNotUseDeletedAtDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__DELETED_AT_DESC", ArtifactsByMissionIdDoNotUseCountAsc = "ARTIFACTS_BY_MISSION_ID_DO_NOT_USE__COUNT_ASC", ArtifactsByMissionIdDoNotUseCountDesc = "ARTIFACTS_BY_MISSION_ID_DO_NOT_USE__COUNT_DESC", ActivityAssignmentsByMissionIdDoNotUseCountAsc = "ACTIVITY_ASSIGNMENTS_BY_MISSION_ID_DO_NOT_USE__COUNT_ASC", ActivityAssignmentsByMissionIdDoNotUseCountDesc = "ACTIVITY_ASSIGNMENTS_BY_MISSION_ID_DO_NOT_USE__COUNT_DESC", CommentsByAboutMissionIdDoNotUseCountAsc = "COMMENTS_BY_ABOUT_MISSION_ID_DO_NOT_USE__COUNT_ASC", CommentsByAboutMissionIdDoNotUseCountDesc = "COMMENTS_BY_ABOUT_MISSION_ID_DO_NOT_USE__COUNT_DESC", MissionCloneOfByAAAsc = "MISSION_CLONE_OF_BY_A__A_ASC", MissionCloneOfByAADesc = "MISSION_CLONE_OF_BY_A__A_DESC", MissionCloneOfByABAsc = "MISSION_CLONE_OF_BY_A__B_ASC", MissionCloneOfByABDesc = "MISSION_CLONE_OF_BY_A__B_DESC", MissionCloneovesByBCountAsc = "MISSION_CLONEOVES_BY_B__COUNT_ASC", MissionCloneovesByBCountDesc = "MISSION_CLONEOVES_BY_B__COUNT_DESC", MissionClientsByACountAsc = "MISSION_CLIENTS_BY_A__COUNT_ASC", MissionClientsByACountDesc = "MISSION_CLIENTS_BY_A__COUNT_DESC", MissionExpertsByACountAsc = "MISSION_EXPERTS_BY_A__COUNT_ASC", MissionExpertsByACountDesc = "MISSION_EXPERTS_BY_A__COUNT_DESC", MissionInspectorsByACountAsc = "MISSION_INSPECTORS_BY_A__COUNT_ASC", MissionInspectorsByACountDesc = "MISSION_INSPECTORS_BY_A__COUNT_DESC", MissionOperatorsByACountAsc = "MISSION_OPERATORS_BY_A__COUNT_ASC", MissionOperatorsByACountDesc = "MISSION_OPERATORS_BY_A__COUNT_DESC" } /** A filter to be used against many `ActivityAssignment` object types. All fields are combined with a logical ‘and.’ */ export declare type MissionToManyActivityAssignmentFilter = { /** Every related `ActivityAssignment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `ActivityAssignment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `ActivityAssignment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `Artifact` object types. All fields are combined with a logical ‘and.’ */ export declare type MissionToManyArtifactFilter = { /** Every related `Artifact` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Artifact` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Artifact` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `Comment` object types. All fields are combined with a logical ‘and.’ */ export declare type MissionToManyCommentFilter = { /** Every related `Comment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Comment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Comment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `MissionClient` object types. All fields are combined with a logical ‘and.’ */ export declare type MissionToManyMissionClientFilter = { /** Every related `MissionClient` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `MissionClient` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `MissionClient` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `MissionCloneOf` object types. All fields are combined with a logical ‘and.’ */ export declare type MissionToManyMissionCloneOfFilter = { /** Every related `MissionCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `MissionCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `MissionCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `MissionExpert` object types. All fields are combined with a logical ‘and.’ */ export declare type MissionToManyMissionExpertFilter = { /** Every related `MissionExpert` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `MissionExpert` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `MissionExpert` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `Mission` object types. All fields are combined with a logical ‘and.’ */ export declare type MissionToManyMissionFilter = { /** Every related `Mission` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Mission` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Mission` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `MissionInspector` object types. All fields are combined with a logical ‘and.’ */ export declare type MissionToManyMissionInspectorFilter = { /** Every related `MissionInspector` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `MissionInspector` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `MissionInspector` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `MissionOperator` object types. All fields are combined with a logical ‘and.’ */ export declare type MissionToManyMissionOperatorFilter = { /** Every related `MissionOperator` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `MissionOperator` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `MissionOperator` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type Mutation = { __typename?: 'Mutation'; /** Creates a single `ActivityAssignment`. */ createActivityAssignment?: Maybe; /** Creates a single `Anomaly`. */ createAnomaly?: Maybe; /** Creates a single `AnomalyLevelMapping`. */ createAnomalyLevelMapping?: Maybe; /** Creates a single `AnomalyType`. */ createAnomalyType?: Maybe; /** Creates a single `Artifact`. */ createArtifact?: Maybe; /** Creates a single `Classification`. */ createClassification?: Maybe; /** Creates a single `Comment`. */ createComment?: Maybe; /** Creates a single `Detection`. */ createDetection?: Maybe; /** Creates a single `Event`. */ createEvent?: Maybe; /** Creates a single `Execution`. */ createExecution?: Maybe; /** Creates a single `File`. */ createFile?: Maybe; /** Creates a single `Image`. */ createImage?: Maybe; /** Creates a single `ImageCorrection`. */ createImageCorrection?: Maybe; /** Creates a single `Location`. */ createLocation?: Maybe; /** Creates a single `Mission`. */ createMission?: Maybe; /** Creates a single `MissionExecution`. */ createMissionExecution?: Maybe; /** Creates a single `MissionPlan`. */ createMissionPlan?: Maybe; /** Creates a single `Organization`. */ createOrganization?: Maybe; /** Creates a single `Plan`. */ createPlan?: Maybe; /** Creates a single `Segmentation`. */ createSegmentation?: Maybe; /** Creates a single `Structure`. */ createStructure?: Maybe; /** Creates a single `StructureModel`. */ createStructureModel?: Maybe; /** Creates a single `StructurePlan`. */ createStructurePlan?: Maybe; /** Creates a single `User`. */ createUser?: Maybe; /** Creates a single `View`. */ createView?: Maybe; /** Creates a single `ViewAssignment`. */ createViewAssignment?: Maybe; /** Creates a single `ViewToken`. */ createViewToken?: Maybe; /** Creates a single `AnomalyClassification`. */ createAnomalyClassification?: Maybe; /** Creates a single `AnomalyCloneOf`. */ createAnomalyCloneOf?: Maybe; /** Creates a single `AnomalyLevelMappingCloneOf`. */ createAnomalyLevelMappingCloneOf?: Maybe; /** Creates a single `AnomalySegmentation`. */ createAnomalySegmentation?: Maybe; /** Creates a single `AnomalyTypeCloneOf`. */ createAnomalyTypeCloneOf?: Maybe; /** Creates a single `AnomalyTypeLevelMapping`. */ createAnomalyTypeLevelMapping?: Maybe; /** Creates a single `ArtifactCloneOf`. */ createArtifactCloneOf?: Maybe; /** Creates a single `ClassificationCloneOf`. */ createClassificationCloneOf?: Maybe; /** Creates a single `CommentCloneOf`. */ createCommentCloneOf?: Maybe; /** Creates a single `DetectionCloneOf`. */ createDetectionCloneOf?: Maybe; /** Creates a single `EventExecutionsCreated`. */ createEventExecutionsCreated?: Maybe; /** Creates a single `EventExecutionsRead`. */ createEventExecutionsRead?: Maybe; /** Creates a single `EventExecutionsUpdated`. */ createEventExecutionsUpdated?: Maybe; /** Creates a single `EventPlansCreated`. */ createEventPlansCreated?: Maybe; /** Creates a single `EventPlansRead`. */ createEventPlansRead?: Maybe; /** Creates a single `EventPlansUpdated`. */ createEventPlansUpdated?: Maybe; /** Creates a single `ExecutionAnomaly`. */ createExecutionAnomaly?: Maybe; /** Creates a single `ExecutionArtifact`. */ createExecutionArtifact?: Maybe; /** Creates a single `ExecutionChild`. */ createExecutionChild?: Maybe; /** Creates a single `ExecutionComment`. */ createExecutionComment?: Maybe; /** Creates a single `ExecutionCreatorPlanCreated`. */ createExecutionCreatorPlanCreated?: Maybe; /** Creates a single `ExecutionDetection`. */ createExecutionDetection?: Maybe; /** Creates a single `ExecutionFollower`. */ createExecutionFollower?: Maybe; /** Creates a single `ExecutionImage`. */ createExecutionImage?: Maybe; /** Creates a single `ExecutionLocation`. */ createExecutionLocation?: Maybe; /** Creates a single `ExecutionOrganization`. */ createExecutionOrganization?: Maybe; /** Creates a single `ExecutionStructure`. */ createExecutionStructure?: Maybe; /** Creates a single `ExecutionUser`. */ createExecutionUser?: Maybe; /** Creates a single `ImageCloneOf`. */ createImageCloneOf?: Maybe; /** Creates a single `ImageCorrectionCloneOf`. */ createImageCorrectionCloneOf?: Maybe; /** Creates a single `LocationCloneOf`. */ createLocationCloneOf?: Maybe; /** Creates a single `MissionAnomaly`. */ createMissionAnomaly?: Maybe; /** Creates a single `MissionClient`. */ createMissionClient?: Maybe; /** Creates a single `MissionCloneOf`. */ createMissionCloneOf?: Maybe; /** Creates a single `MissionExecutionCloneOf`. */ createMissionExecutionCloneOf?: Maybe; /** Creates a single `MissionExpert`. */ createMissionExpert?: Maybe; /** Creates a single `MissionInspector`. */ createMissionInspector?: Maybe; /** Creates a single `MissionOperator`. */ createMissionOperator?: Maybe; /** Creates a single `_MissionPlanArtifact`. */ createMissionPlanArtifact?: Maybe; /** Creates a single `MissionPlanCloneOf`. */ createMissionPlanCloneOf?: Maybe; /** Creates a single `OrganizationAdmin`. */ createOrganizationAdmin?: Maybe; /** Creates a single `OrganizationAnomalyLevelMapping`. */ createOrganizationAnomalyLevelMapping?: Maybe; /** Creates a single `OrganizationUser`. */ createOrganizationUser?: Maybe; /** Creates a single `PlanAnomaly`. */ createPlanAnomaly?: Maybe; /** Creates a single `PlanArtifact`. */ createPlanArtifact?: Maybe; /** Creates a single `PlanAssignment`. */ createPlanAssignment?: Maybe; /** Creates a single `PlanChild`. */ createPlanChild?: Maybe; /** Creates a single `PlanComment`. */ createPlanComment?: Maybe; /** Creates a single `PlanCreatorExecutionCreated`. */ createPlanCreatorExecutionCreated?: Maybe; /** Creates a single `PlanDetection`. */ createPlanDetection?: Maybe; /** Creates a single `PlanFollower`. */ createPlanFollower?: Maybe; /** Creates a single `PlanImage`. */ createPlanImage?: Maybe; /** Creates a single `PlanLocation`. */ createPlanLocation?: Maybe; /** Creates a single `PlanOrganization`. */ createPlanOrganization?: Maybe; /** Creates a single `PlanStructure`. */ createPlanStructure?: Maybe; /** Creates a single `PlanUser`. */ createPlanUser?: Maybe; /** Creates a single `_RelayId`. */ createRelayId?: Maybe; /** Creates a single `SegmentationCloneOf`. */ createSegmentationCloneOf?: Maybe; /** Creates a single `StructureArtifact`. */ createStructureArtifact?: Maybe; /** Creates a single `StructureChild`. */ createStructureChild?: Maybe; /** Creates a single `StructureCloneOf`. */ createStructureCloneOf?: Maybe; /** Creates a single `StructureDeveloper`. */ createStructureDeveloper?: Maybe; /** Creates a single `StructureImage`. */ createStructureImage?: Maybe; /** Creates a single `StructureModelCloneOf`. */ createStructureModelCloneOf?: Maybe; /** Creates a single `StructureModelOwner`. */ createStructureModelOwner?: Maybe; /** Creates a single `StructureOperator`. */ createStructureOperator?: Maybe; /** Creates a single `StructureOwner`. */ createStructureOwner?: Maybe; /** Creates a single `StructurePlanCloneOf`. */ createStructurePlanCloneOf?: Maybe; /** Creates a single `StructurePlanStructure`. */ createStructurePlanStructure?: Maybe; /** Creates a single `ViewChild`. */ createViewChild?: Maybe; /** Updates a single `ActivityAssignment` using a unique key and a patch. */ updateActivityAssignment?: Maybe; /** Updates a single `Anomaly` using a unique key and a patch. */ updateAnomaly?: Maybe; /** Updates a single `AnomalyLevelMapping` using a unique key and a patch. */ updateAnomalyLevelMapping?: Maybe; /** Updates a single `AnomalyType` using a unique key and a patch. */ updateAnomalyType?: Maybe; /** Updates a single `Artifact` using a unique key and a patch. */ updateArtifact?: Maybe; /** Updates a single `Classification` using a unique key and a patch. */ updateClassification?: Maybe; /** Updates a single `Comment` using a unique key and a patch. */ updateComment?: Maybe; /** Updates a single `Detection` using a unique key and a patch. */ updateDetection?: Maybe; /** Updates a single `Event` using a unique key and a patch. */ updateEvent?: Maybe; /** Updates a single `Execution` using a unique key and a patch. */ updateExecution?: Maybe; /** Updates a single `File` using a unique key and a patch. */ updateFile?: Maybe; /** Updates a single `Image` using a unique key and a patch. */ updateImage?: Maybe; /** Updates a single `ImageCorrection` using a unique key and a patch. */ updateImageCorrection?: Maybe; /** Updates a single `Location` using a unique key and a patch. */ updateLocation?: Maybe; /** Updates a single `Mission` using a unique key and a patch. */ updateMission?: Maybe; /** Updates a single `MissionExecution` using a unique key and a patch. */ updateMissionExecution?: Maybe; /** Updates a single `MissionPlan` using a unique key and a patch. */ updateMissionPlan?: Maybe; /** Updates a single `Organization` using a unique key and a patch. */ updateOrganization?: Maybe; /** Updates a single `Plan` using a unique key and a patch. */ updatePlan?: Maybe; /** Updates a single `Segmentation` using a unique key and a patch. */ updateSegmentation?: Maybe; /** Updates a single `Structure` using a unique key and a patch. */ updateStructure?: Maybe; /** Updates a single `StructureModel` using a unique key and a patch. */ updateStructureModel?: Maybe; /** Updates a single `StructurePlan` using a unique key and a patch. */ updateStructurePlan?: Maybe; /** Updates a single `User` using a unique key and a patch. */ updateUser?: Maybe; /** Updates a single `User` using a unique key and a patch. */ updateUserByEmail?: Maybe; /** Updates a single `View` using a unique key and a patch. */ updateView?: Maybe; /** Updates a single `ViewAssignment` using a unique key and a patch. */ updateViewAssignment?: Maybe; /** Updates a single `ViewToken` using a unique key and a patch. */ updateViewToken?: Maybe; /** Updates a single `AnomalyClassification` using a unique key and a patch. */ updateAnomalyClassification?: Maybe; /** Updates a single `AnomalyCloneOf` using a unique key and a patch. */ updateAnomalyCloneOf?: Maybe; /** Updates a single `AnomalyLevelMappingCloneOf` using a unique key and a patch. */ updateAnomalyLevelMappingCloneOf?: Maybe; /** Updates a single `AnomalySegmentation` using a unique key and a patch. */ updateAnomalySegmentation?: Maybe; /** Updates a single `AnomalyTypeCloneOf` using a unique key and a patch. */ updateAnomalyTypeCloneOf?: Maybe; /** Updates a single `AnomalyTypeLevelMapping` using a unique key and a patch. */ updateAnomalyTypeLevelMapping?: Maybe; /** Updates a single `ArtifactCloneOf` using a unique key and a patch. */ updateArtifactCloneOf?: Maybe; /** Updates a single `ClassificationCloneOf` using a unique key and a patch. */ updateClassificationCloneOf?: Maybe; /** Updates a single `CommentCloneOf` using a unique key and a patch. */ updateCommentCloneOf?: Maybe; /** Updates a single `DetectionCloneOf` using a unique key and a patch. */ updateDetectionCloneOf?: Maybe; /** Updates a single `EventExecutionsCreated` using a unique key and a patch. */ updateEventExecutionsCreated?: Maybe; /** Updates a single `EventExecutionsRead` using a unique key and a patch. */ updateEventExecutionsRead?: Maybe; /** Updates a single `EventExecutionsUpdated` using a unique key and a patch. */ updateEventExecutionsUpdated?: Maybe; /** Updates a single `EventPlansCreated` using a unique key and a patch. */ updateEventPlansCreated?: Maybe; /** Updates a single `EventPlansRead` using a unique key and a patch. */ updateEventPlansRead?: Maybe; /** Updates a single `EventPlansUpdated` using a unique key and a patch. */ updateEventPlansUpdated?: Maybe; /** Updates a single `ExecutionAnomaly` using a unique key and a patch. */ updateExecutionAnomaly?: Maybe; /** Updates a single `ExecutionArtifact` using a unique key and a patch. */ updateExecutionArtifact?: Maybe; /** Updates a single `ExecutionChild` using a unique key and a patch. */ updateExecutionChild?: Maybe; /** Updates a single `ExecutionComment` using a unique key and a patch. */ updateExecutionComment?: Maybe; /** Updates a single `ExecutionCreatorPlanCreated` using a unique key and a patch. */ updateExecutionCreatorPlanCreated?: Maybe; /** Updates a single `ExecutionDetection` using a unique key and a patch. */ updateExecutionDetection?: Maybe; /** Updates a single `ExecutionFollower` using a unique key and a patch. */ updateExecutionFollower?: Maybe; /** Updates a single `ExecutionImage` using a unique key and a patch. */ updateExecutionImage?: Maybe; /** Updates a single `ExecutionLocation` using a unique key and a patch. */ updateExecutionLocation?: Maybe; /** Updates a single `ExecutionOrganization` using a unique key and a patch. */ updateExecutionOrganization?: Maybe; /** Updates a single `ExecutionStructure` using a unique key and a patch. */ updateExecutionStructure?: Maybe; /** Updates a single `ExecutionUser` using a unique key and a patch. */ updateExecutionUser?: Maybe; /** Updates a single `ImageCloneOf` using a unique key and a patch. */ updateImageCloneOf?: Maybe; /** Updates a single `ImageCorrectionCloneOf` using a unique key and a patch. */ updateImageCorrectionCloneOf?: Maybe; /** Updates a single `LocationCloneOf` using a unique key and a patch. */ updateLocationCloneOf?: Maybe; /** Updates a single `MissionAnomaly` using a unique key and a patch. */ updateMissionAnomaly?: Maybe; /** Updates a single `MissionCloneOf` using a unique key and a patch. */ updateMissionCloneOf?: Maybe; /** Updates a single `MissionExecutionCloneOf` using a unique key and a patch. */ updateMissionExecutionCloneOf?: Maybe; /** Updates a single `_MissionPlanArtifact` using a unique key and a patch. */ updateMissionPlanArtifact?: Maybe; /** Updates a single `MissionPlanCloneOf` using a unique key and a patch. */ updateMissionPlanCloneOf?: Maybe; /** Updates a single `OrganizationAdmin` using a unique key and a patch. */ updateOrganizationAdmin?: Maybe; /** Updates a single `OrganizationAnomalyLevelMapping` using a unique key and a patch. */ updateOrganizationAnomalyLevelMapping?: Maybe; /** Updates a single `OrganizationUser` using a unique key and a patch. */ updateOrganizationUser?: Maybe; /** Updates a single `PlanAnomaly` using a unique key and a patch. */ updatePlanAnomaly?: Maybe; /** Updates a single `PlanArtifact` using a unique key and a patch. */ updatePlanArtifact?: Maybe; /** Updates a single `PlanAssignment` using a unique key and a patch. */ updatePlanAssignment?: Maybe; /** Updates a single `PlanChild` using a unique key and a patch. */ updatePlanChild?: Maybe; /** Updates a single `PlanComment` using a unique key and a patch. */ updatePlanComment?: Maybe; /** Updates a single `PlanCreatorExecutionCreated` using a unique key and a patch. */ updatePlanCreatorExecutionCreated?: Maybe; /** Updates a single `PlanDetection` using a unique key and a patch. */ updatePlanDetection?: Maybe; /** Updates a single `PlanFollower` using a unique key and a patch. */ updatePlanFollower?: Maybe; /** Updates a single `PlanImage` using a unique key and a patch. */ updatePlanImage?: Maybe; /** Updates a single `PlanLocation` using a unique key and a patch. */ updatePlanLocation?: Maybe; /** Updates a single `PlanOrganization` using a unique key and a patch. */ updatePlanOrganization?: Maybe; /** Updates a single `PlanStructure` using a unique key and a patch. */ updatePlanStructure?: Maybe; /** Updates a single `PlanUser` using a unique key and a patch. */ updatePlanUser?: Maybe; /** Updates a single `_RelayId` using a unique key and a patch. */ updateRelayId?: Maybe; /** Updates a single `SegmentationCloneOf` using a unique key and a patch. */ updateSegmentationCloneOf?: Maybe; /** Updates a single `StructureArtifact` using a unique key and a patch. */ updateStructureArtifact?: Maybe; /** Updates a single `StructureChild` using a unique key and a patch. */ updateStructureChild?: Maybe; /** Updates a single `StructureCloneOf` using a unique key and a patch. */ updateStructureCloneOf?: Maybe; /** Updates a single `StructureDeveloper` using a unique key and a patch. */ updateStructureDeveloper?: Maybe; /** Updates a single `StructureImage` using a unique key and a patch. */ updateStructureImage?: Maybe; /** Updates a single `StructureModelCloneOf` using a unique key and a patch. */ updateStructureModelCloneOf?: Maybe; /** Updates a single `StructureModelOwner` using a unique key and a patch. */ updateStructureModelOwner?: Maybe; /** Updates a single `StructureOperator` using a unique key and a patch. */ updateStructureOperator?: Maybe; /** Updates a single `StructureOwner` using a unique key and a patch. */ updateStructureOwner?: Maybe; /** Updates a single `StructurePlanCloneOf` using a unique key and a patch. */ updateStructurePlanCloneOf?: Maybe; /** Updates a single `StructurePlanStructure` using a unique key and a patch. */ updateStructurePlanStructure?: Maybe; /** Updates a single `ViewChild` using a unique key and a patch. */ updateViewChild?: Maybe; /** Deletes a single `ActivityAssignment` using a unique key. */ deleteActivityAssignment?: Maybe; /** Deletes a single `Anomaly` using a unique key. */ deleteAnomaly?: Maybe; /** Deletes a single `AnomalyLevelMapping` using a unique key. */ deleteAnomalyLevelMapping?: Maybe; /** Deletes a single `AnomalyType` using a unique key. */ deleteAnomalyType?: Maybe; /** Deletes a single `Artifact` using a unique key. */ deleteArtifact?: Maybe; /** Deletes a single `Classification` using a unique key. */ deleteClassification?: Maybe; /** Deletes a single `Comment` using a unique key. */ deleteComment?: Maybe; /** Deletes a single `Detection` using a unique key. */ deleteDetection?: Maybe; /** Deletes a single `Event` using a unique key. */ deleteEvent?: Maybe; /** Deletes a single `Execution` using a unique key. */ deleteExecution?: Maybe; /** Deletes a single `File` using a unique key. */ deleteFile?: Maybe; /** Deletes a single `Image` using a unique key. */ deleteImage?: Maybe; /** Deletes a single `ImageCorrection` using a unique key. */ deleteImageCorrection?: Maybe; /** Deletes a single `Location` using a unique key. */ deleteLocation?: Maybe; /** Deletes a single `Mission` using a unique key. */ deleteMission?: Maybe; /** Deletes a single `MissionExecution` using a unique key. */ deleteMissionExecution?: Maybe; /** Deletes a single `MissionPlan` using a unique key. */ deleteMissionPlan?: Maybe; /** Deletes a single `Organization` using a unique key. */ deleteOrganization?: Maybe; /** Deletes a single `Plan` using a unique key. */ deletePlan?: Maybe; /** Deletes a single `Segmentation` using a unique key. */ deleteSegmentation?: Maybe; /** Deletes a single `Structure` using a unique key. */ deleteStructure?: Maybe; /** Deletes a single `StructureModel` using a unique key. */ deleteStructureModel?: Maybe; /** Deletes a single `StructurePlan` using a unique key. */ deleteStructurePlan?: Maybe; /** Deletes a single `User` using a unique key. */ deleteUser?: Maybe; /** Deletes a single `User` using a unique key. */ deleteUserByEmail?: Maybe; /** Deletes a single `View` using a unique key. */ deleteView?: Maybe; /** Deletes a single `ViewAssignment` using a unique key. */ deleteViewAssignment?: Maybe; /** Deletes a single `ViewToken` using a unique key. */ deleteViewToken?: Maybe; /** Deletes a single `AnomalyClassification` using a unique key. */ deleteAnomalyClassification?: Maybe; /** Deletes a single `AnomalyCloneOf` using a unique key. */ deleteAnomalyCloneOf?: Maybe; /** Deletes a single `AnomalyLevelMappingCloneOf` using a unique key. */ deleteAnomalyLevelMappingCloneOf?: Maybe; /** Deletes a single `AnomalySegmentation` using a unique key. */ deleteAnomalySegmentation?: Maybe; /** Deletes a single `AnomalyTypeCloneOf` using a unique key. */ deleteAnomalyTypeCloneOf?: Maybe; /** Deletes a single `AnomalyTypeLevelMapping` using a unique key. */ deleteAnomalyTypeLevelMapping?: Maybe; /** Deletes a single `ArtifactCloneOf` using a unique key. */ deleteArtifactCloneOf?: Maybe; /** Deletes a single `ClassificationCloneOf` using a unique key. */ deleteClassificationCloneOf?: Maybe; /** Deletes a single `CommentCloneOf` using a unique key. */ deleteCommentCloneOf?: Maybe; /** Deletes a single `DetectionCloneOf` using a unique key. */ deleteDetectionCloneOf?: Maybe; /** Deletes a single `EventExecutionsCreated` using a unique key. */ deleteEventExecutionsCreated?: Maybe; /** Deletes a single `EventExecutionsRead` using a unique key. */ deleteEventExecutionsRead?: Maybe; /** Deletes a single `EventExecutionsUpdated` using a unique key. */ deleteEventExecutionsUpdated?: Maybe; /** Deletes a single `EventPlansCreated` using a unique key. */ deleteEventPlansCreated?: Maybe; /** Deletes a single `EventPlansRead` using a unique key. */ deleteEventPlansRead?: Maybe; /** Deletes a single `EventPlansUpdated` using a unique key. */ deleteEventPlansUpdated?: Maybe; /** Deletes a single `ExecutionAnomaly` using a unique key. */ deleteExecutionAnomaly?: Maybe; /** Deletes a single `ExecutionArtifact` using a unique key. */ deleteExecutionArtifact?: Maybe; /** Deletes a single `ExecutionChild` using a unique key. */ deleteExecutionChild?: Maybe; /** Deletes a single `ExecutionComment` using a unique key. */ deleteExecutionComment?: Maybe; /** Deletes a single `ExecutionCreatorPlanCreated` using a unique key. */ deleteExecutionCreatorPlanCreated?: Maybe; /** Deletes a single `ExecutionDetection` using a unique key. */ deleteExecutionDetection?: Maybe; /** Deletes a single `ExecutionFollower` using a unique key. */ deleteExecutionFollower?: Maybe; /** Deletes a single `ExecutionImage` using a unique key. */ deleteExecutionImage?: Maybe; /** Deletes a single `ExecutionLocation` using a unique key. */ deleteExecutionLocation?: Maybe; /** Deletes a single `ExecutionOrganization` using a unique key. */ deleteExecutionOrganization?: Maybe; /** Deletes a single `ExecutionStructure` using a unique key. */ deleteExecutionStructure?: Maybe; /** Deletes a single `ExecutionUser` using a unique key. */ deleteExecutionUser?: Maybe; /** Deletes a single `ImageCloneOf` using a unique key. */ deleteImageCloneOf?: Maybe; /** Deletes a single `ImageCorrectionCloneOf` using a unique key. */ deleteImageCorrectionCloneOf?: Maybe; /** Deletes a single `LocationCloneOf` using a unique key. */ deleteLocationCloneOf?: Maybe; /** Deletes a single `MissionAnomaly` using a unique key. */ deleteMissionAnomaly?: Maybe; /** Deletes a single `MissionCloneOf` using a unique key. */ deleteMissionCloneOf?: Maybe; /** Deletes a single `MissionExecutionCloneOf` using a unique key. */ deleteMissionExecutionCloneOf?: Maybe; /** Deletes a single `_MissionPlanArtifact` using a unique key. */ deleteMissionPlanArtifact?: Maybe; /** Deletes a single `MissionPlanCloneOf` using a unique key. */ deleteMissionPlanCloneOf?: Maybe; /** Deletes a single `OrganizationAdmin` using a unique key. */ deleteOrganizationAdmin?: Maybe; /** Deletes a single `OrganizationAnomalyLevelMapping` using a unique key. */ deleteOrganizationAnomalyLevelMapping?: Maybe; /** Deletes a single `OrganizationUser` using a unique key. */ deleteOrganizationUser?: Maybe; /** Deletes a single `PlanAnomaly` using a unique key. */ deletePlanAnomaly?: Maybe; /** Deletes a single `PlanArtifact` using a unique key. */ deletePlanArtifact?: Maybe; /** Deletes a single `PlanAssignment` using a unique key. */ deletePlanAssignment?: Maybe; /** Deletes a single `PlanChild` using a unique key. */ deletePlanChild?: Maybe; /** Deletes a single `PlanComment` using a unique key. */ deletePlanComment?: Maybe; /** Deletes a single `PlanCreatorExecutionCreated` using a unique key. */ deletePlanCreatorExecutionCreated?: Maybe; /** Deletes a single `PlanDetection` using a unique key. */ deletePlanDetection?: Maybe; /** Deletes a single `PlanFollower` using a unique key. */ deletePlanFollower?: Maybe; /** Deletes a single `PlanImage` using a unique key. */ deletePlanImage?: Maybe; /** Deletes a single `PlanLocation` using a unique key. */ deletePlanLocation?: Maybe; /** Deletes a single `PlanOrganization` using a unique key. */ deletePlanOrganization?: Maybe; /** Deletes a single `PlanStructure` using a unique key. */ deletePlanStructure?: Maybe; /** Deletes a single `PlanUser` using a unique key. */ deletePlanUser?: Maybe; /** Deletes a single `_RelayId` using a unique key. */ deleteRelayId?: Maybe; /** Deletes a single `SegmentationCloneOf` using a unique key. */ deleteSegmentationCloneOf?: Maybe; /** Deletes a single `StructureArtifact` using a unique key. */ deleteStructureArtifact?: Maybe; /** Deletes a single `StructureChild` using a unique key. */ deleteStructureChild?: Maybe; /** Deletes a single `StructureCloneOf` using a unique key. */ deleteStructureCloneOf?: Maybe; /** Deletes a single `StructureDeveloper` using a unique key. */ deleteStructureDeveloper?: Maybe; /** Deletes a single `StructureImage` using a unique key. */ deleteStructureImage?: Maybe; /** Deletes a single `StructureModelCloneOf` using a unique key. */ deleteStructureModelCloneOf?: Maybe; /** Deletes a single `StructureModelOwner` using a unique key. */ deleteStructureModelOwner?: Maybe; /** Deletes a single `StructureOperator` using a unique key. */ deleteStructureOperator?: Maybe; /** Deletes a single `StructureOwner` using a unique key. */ deleteStructureOwner?: Maybe; /** Deletes a single `StructurePlanCloneOf` using a unique key. */ deleteStructurePlanCloneOf?: Maybe; /** Deletes a single `StructurePlanStructure` using a unique key. */ deleteStructurePlanStructure?: Maybe; /** Deletes a single `ViewChild` using a unique key. */ deleteViewChild?: Maybe; /** Creates a JWT token that will securely identify a person and give them certain permissions. This token expires in 2 days. */ authenticateUser?: Maybe; hardDeleteMission?: Maybe; impersonateUser?: Maybe; /** Generate a random cuid */ randomId?: Maybe; recoverMission?: Maybe; /** Registers a single user and creates a Sterblue account. */ registerUser?: Maybe; mergeAnomalies?: Maybe; splitAnomaly?: Maybe; getSignedUrl?: Maybe; createAnomaliesFromSelection?: Maybe; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateActivityAssignmentArgs = { input: CreateActivityAssignmentInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateAnomalyArgs = { input: CreateAnomalyInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateAnomalyLevelMappingArgs = { input: CreateAnomalyLevelMappingInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateAnomalyTypeArgs = { input: CreateAnomalyTypeInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateArtifactArgs = { input: CreateArtifactInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateClassificationArgs = { input: CreateClassificationInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateCommentArgs = { input: CreateCommentInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateDetectionArgs = { input: CreateDetectionInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateEventArgs = { input: CreateEventInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateExecutionArgs = { input: CreateExecutionInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateFileArgs = { input: CreateFileInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateImageArgs = { input: CreateImageInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateImageCorrectionArgs = { input: CreateImageCorrectionInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateLocationArgs = { input: CreateLocationInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateMissionArgs = { input: CreateMissionInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateMissionExecutionArgs = { input: CreateMissionExecutionInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateMissionPlanArgs = { input: CreateMissionPlanInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateOrganizationArgs = { input: CreateOrganizationInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreatePlanArgs = { input: CreatePlanInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateSegmentationArgs = { input: CreateSegmentationInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateStructureArgs = { input: CreateStructureInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateStructureModelArgs = { input: CreateStructureModelInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateStructurePlanArgs = { input: CreateStructurePlanInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateUserArgs = { input: CreateUserInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateViewArgs = { input: CreateViewInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateViewAssignmentArgs = { input: CreateViewAssignmentInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateViewTokenArgs = { input: CreateViewTokenInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateAnomalyClassificationArgs = { input: CreateAnomalyClassificationInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateAnomalyCloneOfArgs = { input: CreateAnomalyCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateAnomalyLevelMappingCloneOfArgs = { input: CreateAnomalyLevelMappingCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateAnomalySegmentationArgs = { input: CreateAnomalySegmentationInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateAnomalyTypeCloneOfArgs = { input: CreateAnomalyTypeCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateAnomalyTypeLevelMappingArgs = { input: CreateAnomalyTypeLevelMappingInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateArtifactCloneOfArgs = { input: CreateArtifactCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateClassificationCloneOfArgs = { input: CreateClassificationCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateCommentCloneOfArgs = { input: CreateCommentCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateDetectionCloneOfArgs = { input: CreateDetectionCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateEventExecutionsCreatedArgs = { input: CreateEventExecutionsCreatedInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateEventExecutionsReadArgs = { input: CreateEventExecutionsReadInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateEventExecutionsUpdatedArgs = { input: CreateEventExecutionsUpdatedInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateEventPlansCreatedArgs = { input: CreateEventPlansCreatedInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateEventPlansReadArgs = { input: CreateEventPlansReadInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateEventPlansUpdatedArgs = { input: CreateEventPlansUpdatedInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateExecutionAnomalyArgs = { input: CreateExecutionAnomalyInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateExecutionArtifactArgs = { input: CreateExecutionArtifactInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateExecutionChildArgs = { input: CreateExecutionChildInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateExecutionCommentArgs = { input: CreateExecutionCommentInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateExecutionCreatorPlanCreatedArgs = { input: CreateExecutionCreatorPlanCreatedInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateExecutionDetectionArgs = { input: CreateExecutionDetectionInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateExecutionFollowerArgs = { input: CreateExecutionFollowerInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateExecutionImageArgs = { input: CreateExecutionImageInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateExecutionLocationArgs = { input: CreateExecutionLocationInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateExecutionOrganizationArgs = { input: CreateExecutionOrganizationInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateExecutionStructureArgs = { input: CreateExecutionStructureInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateExecutionUserArgs = { input: CreateExecutionUserInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateImageCloneOfArgs = { input: CreateImageCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateImageCorrectionCloneOfArgs = { input: CreateImageCorrectionCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateLocationCloneOfArgs = { input: CreateLocationCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateMissionAnomalyArgs = { input: CreateMissionAnomalyInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateMissionClientArgs = { input: CreateMissionClientInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateMissionCloneOfArgs = { input: CreateMissionCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateMissionExecutionCloneOfArgs = { input: CreateMissionExecutionCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateMissionExpertArgs = { input: CreateMissionExpertInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateMissionInspectorArgs = { input: CreateMissionInspectorInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateMissionOperatorArgs = { input: CreateMissionOperatorInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateMissionPlanArtifactArgs = { input: CreateMissionPlanArtifactInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateMissionPlanCloneOfArgs = { input: CreateMissionPlanCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateOrganizationAdminArgs = { input: CreateOrganizationAdminInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateOrganizationAnomalyLevelMappingArgs = { input: CreateOrganizationAnomalyLevelMappingInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateOrganizationUserArgs = { input: CreateOrganizationUserInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreatePlanAnomalyArgs = { input: CreatePlanAnomalyInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreatePlanArtifactArgs = { input: CreatePlanArtifactInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreatePlanAssignmentArgs = { input: CreatePlanAssignmentInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreatePlanChildArgs = { input: CreatePlanChildInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreatePlanCommentArgs = { input: CreatePlanCommentInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreatePlanCreatorExecutionCreatedArgs = { input: CreatePlanCreatorExecutionCreatedInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreatePlanDetectionArgs = { input: CreatePlanDetectionInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreatePlanFollowerArgs = { input: CreatePlanFollowerInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreatePlanImageArgs = { input: CreatePlanImageInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreatePlanLocationArgs = { input: CreatePlanLocationInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreatePlanOrganizationArgs = { input: CreatePlanOrganizationInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreatePlanStructureArgs = { input: CreatePlanStructureInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreatePlanUserArgs = { input: CreatePlanUserInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateRelayIdArgs = { input: CreateRelayIdInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateSegmentationCloneOfArgs = { input: CreateSegmentationCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateStructureArtifactArgs = { input: CreateStructureArtifactInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateStructureChildArgs = { input: CreateStructureChildInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateStructureCloneOfArgs = { input: CreateStructureCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateStructureDeveloperArgs = { input: CreateStructureDeveloperInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateStructureImageArgs = { input: CreateStructureImageInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateStructureModelCloneOfArgs = { input: CreateStructureModelCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateStructureModelOwnerArgs = { input: CreateStructureModelOwnerInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateStructureOperatorArgs = { input: CreateStructureOperatorInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateStructureOwnerArgs = { input: CreateStructureOwnerInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateStructurePlanCloneOfArgs = { input: CreateStructurePlanCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateStructurePlanStructureArgs = { input: CreateStructurePlanStructureInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateViewChildArgs = { input: CreateViewChildInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateActivityAssignmentArgs = { input: UpdateActivityAssignmentInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateAnomalyArgs = { input: UpdateAnomalyInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateAnomalyLevelMappingArgs = { input: UpdateAnomalyLevelMappingInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateAnomalyTypeArgs = { input: UpdateAnomalyTypeInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateArtifactArgs = { input: UpdateArtifactInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateClassificationArgs = { input: UpdateClassificationInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateCommentArgs = { input: UpdateCommentInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateDetectionArgs = { input: UpdateDetectionInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateEventArgs = { input: UpdateEventInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateExecutionArgs = { input: UpdateExecutionInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateFileArgs = { input: UpdateFileInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateImageArgs = { input: UpdateImageInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateImageCorrectionArgs = { input: UpdateImageCorrectionInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateLocationArgs = { input: UpdateLocationInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateMissionArgs = { input: UpdateMissionInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateMissionExecutionArgs = { input: UpdateMissionExecutionInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateMissionPlanArgs = { input: UpdateMissionPlanInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateOrganizationArgs = { input: UpdateOrganizationInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdatePlanArgs = { input: UpdatePlanInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateSegmentationArgs = { input: UpdateSegmentationInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateStructureArgs = { input: UpdateStructureInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateStructureModelArgs = { input: UpdateStructureModelInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateStructurePlanArgs = { input: UpdateStructurePlanInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateUserArgs = { input: UpdateUserInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateUserByEmailArgs = { input: UpdateUserByEmailInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateViewArgs = { input: UpdateViewInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateViewAssignmentArgs = { input: UpdateViewAssignmentInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateViewTokenArgs = { input: UpdateViewTokenInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateAnomalyClassificationArgs = { input: UpdateAnomalyClassificationInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateAnomalyCloneOfArgs = { input: UpdateAnomalyCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateAnomalyLevelMappingCloneOfArgs = { input: UpdateAnomalyLevelMappingCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateAnomalySegmentationArgs = { input: UpdateAnomalySegmentationInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateAnomalyTypeCloneOfArgs = { input: UpdateAnomalyTypeCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateAnomalyTypeLevelMappingArgs = { input: UpdateAnomalyTypeLevelMappingInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateArtifactCloneOfArgs = { input: UpdateArtifactCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateClassificationCloneOfArgs = { input: UpdateClassificationCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateCommentCloneOfArgs = { input: UpdateCommentCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateDetectionCloneOfArgs = { input: UpdateDetectionCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateEventExecutionsCreatedArgs = { input: UpdateEventExecutionsCreatedInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateEventExecutionsReadArgs = { input: UpdateEventExecutionsReadInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateEventExecutionsUpdatedArgs = { input: UpdateEventExecutionsUpdatedInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateEventPlansCreatedArgs = { input: UpdateEventPlansCreatedInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateEventPlansReadArgs = { input: UpdateEventPlansReadInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateEventPlansUpdatedArgs = { input: UpdateEventPlansUpdatedInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateExecutionAnomalyArgs = { input: UpdateExecutionAnomalyInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateExecutionArtifactArgs = { input: UpdateExecutionArtifactInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateExecutionChildArgs = { input: UpdateExecutionChildInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateExecutionCommentArgs = { input: UpdateExecutionCommentInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateExecutionCreatorPlanCreatedArgs = { input: UpdateExecutionCreatorPlanCreatedInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateExecutionDetectionArgs = { input: UpdateExecutionDetectionInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateExecutionFollowerArgs = { input: UpdateExecutionFollowerInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateExecutionImageArgs = { input: UpdateExecutionImageInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateExecutionLocationArgs = { input: UpdateExecutionLocationInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateExecutionOrganizationArgs = { input: UpdateExecutionOrganizationInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateExecutionStructureArgs = { input: UpdateExecutionStructureInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateExecutionUserArgs = { input: UpdateExecutionUserInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateImageCloneOfArgs = { input: UpdateImageCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateImageCorrectionCloneOfArgs = { input: UpdateImageCorrectionCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateLocationCloneOfArgs = { input: UpdateLocationCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateMissionAnomalyArgs = { input: UpdateMissionAnomalyInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateMissionCloneOfArgs = { input: UpdateMissionCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateMissionExecutionCloneOfArgs = { input: UpdateMissionExecutionCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateMissionPlanArtifactArgs = { input: UpdateMissionPlanArtifactInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateMissionPlanCloneOfArgs = { input: UpdateMissionPlanCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateOrganizationAdminArgs = { input: UpdateOrganizationAdminInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateOrganizationAnomalyLevelMappingArgs = { input: UpdateOrganizationAnomalyLevelMappingInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateOrganizationUserArgs = { input: UpdateOrganizationUserInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdatePlanAnomalyArgs = { input: UpdatePlanAnomalyInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdatePlanArtifactArgs = { input: UpdatePlanArtifactInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdatePlanAssignmentArgs = { input: UpdatePlanAssignmentInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdatePlanChildArgs = { input: UpdatePlanChildInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdatePlanCommentArgs = { input: UpdatePlanCommentInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdatePlanCreatorExecutionCreatedArgs = { input: UpdatePlanCreatorExecutionCreatedInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdatePlanDetectionArgs = { input: UpdatePlanDetectionInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdatePlanFollowerArgs = { input: UpdatePlanFollowerInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdatePlanImageArgs = { input: UpdatePlanImageInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdatePlanLocationArgs = { input: UpdatePlanLocationInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdatePlanOrganizationArgs = { input: UpdatePlanOrganizationInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdatePlanStructureArgs = { input: UpdatePlanStructureInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdatePlanUserArgs = { input: UpdatePlanUserInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateRelayIdArgs = { input: UpdateRelayIdInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateSegmentationCloneOfArgs = { input: UpdateSegmentationCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateStructureArtifactArgs = { input: UpdateStructureArtifactInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateStructureChildArgs = { input: UpdateStructureChildInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateStructureCloneOfArgs = { input: UpdateStructureCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateStructureDeveloperArgs = { input: UpdateStructureDeveloperInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateStructureImageArgs = { input: UpdateStructureImageInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateStructureModelCloneOfArgs = { input: UpdateStructureModelCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateStructureModelOwnerArgs = { input: UpdateStructureModelOwnerInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateStructureOperatorArgs = { input: UpdateStructureOperatorInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateStructureOwnerArgs = { input: UpdateStructureOwnerInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateStructurePlanCloneOfArgs = { input: UpdateStructurePlanCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateStructurePlanStructureArgs = { input: UpdateStructurePlanStructureInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationUpdateViewChildArgs = { input: UpdateViewChildInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteActivityAssignmentArgs = { input: DeleteActivityAssignmentInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteAnomalyArgs = { input: DeleteAnomalyInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteAnomalyLevelMappingArgs = { input: DeleteAnomalyLevelMappingInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteAnomalyTypeArgs = { input: DeleteAnomalyTypeInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteArtifactArgs = { input: DeleteArtifactInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteClassificationArgs = { input: DeleteClassificationInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteCommentArgs = { input: DeleteCommentInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteDetectionArgs = { input: DeleteDetectionInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteEventArgs = { input: DeleteEventInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteExecutionArgs = { input: DeleteExecutionInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteFileArgs = { input: DeleteFileInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteImageArgs = { input: DeleteImageInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteImageCorrectionArgs = { input: DeleteImageCorrectionInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteLocationArgs = { input: DeleteLocationInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteMissionArgs = { input: DeleteMissionInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteMissionExecutionArgs = { input: DeleteMissionExecutionInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteMissionPlanArgs = { input: DeleteMissionPlanInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteOrganizationArgs = { input: DeleteOrganizationInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeletePlanArgs = { input: DeletePlanInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteSegmentationArgs = { input: DeleteSegmentationInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteStructureArgs = { input: DeleteStructureInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteStructureModelArgs = { input: DeleteStructureModelInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteStructurePlanArgs = { input: DeleteStructurePlanInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteUserArgs = { input: DeleteUserInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteUserByEmailArgs = { input: DeleteUserByEmailInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteViewArgs = { input: DeleteViewInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteViewAssignmentArgs = { input: DeleteViewAssignmentInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteViewTokenArgs = { input: DeleteViewTokenInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteAnomalyClassificationArgs = { input: DeleteAnomalyClassificationInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteAnomalyCloneOfArgs = { input: DeleteAnomalyCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteAnomalyLevelMappingCloneOfArgs = { input: DeleteAnomalyLevelMappingCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteAnomalySegmentationArgs = { input: DeleteAnomalySegmentationInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteAnomalyTypeCloneOfArgs = { input: DeleteAnomalyTypeCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteAnomalyTypeLevelMappingArgs = { input: DeleteAnomalyTypeLevelMappingInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteArtifactCloneOfArgs = { input: DeleteArtifactCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteClassificationCloneOfArgs = { input: DeleteClassificationCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteCommentCloneOfArgs = { input: DeleteCommentCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteDetectionCloneOfArgs = { input: DeleteDetectionCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteEventExecutionsCreatedArgs = { input: DeleteEventExecutionsCreatedInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteEventExecutionsReadArgs = { input: DeleteEventExecutionsReadInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteEventExecutionsUpdatedArgs = { input: DeleteEventExecutionsUpdatedInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteEventPlansCreatedArgs = { input: DeleteEventPlansCreatedInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteEventPlansReadArgs = { input: DeleteEventPlansReadInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteEventPlansUpdatedArgs = { input: DeleteEventPlansUpdatedInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteExecutionAnomalyArgs = { input: DeleteExecutionAnomalyInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteExecutionArtifactArgs = { input: DeleteExecutionArtifactInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteExecutionChildArgs = { input: DeleteExecutionChildInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteExecutionCommentArgs = { input: DeleteExecutionCommentInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteExecutionCreatorPlanCreatedArgs = { input: DeleteExecutionCreatorPlanCreatedInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteExecutionDetectionArgs = { input: DeleteExecutionDetectionInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteExecutionFollowerArgs = { input: DeleteExecutionFollowerInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteExecutionImageArgs = { input: DeleteExecutionImageInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteExecutionLocationArgs = { input: DeleteExecutionLocationInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteExecutionOrganizationArgs = { input: DeleteExecutionOrganizationInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteExecutionStructureArgs = { input: DeleteExecutionStructureInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteExecutionUserArgs = { input: DeleteExecutionUserInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteImageCloneOfArgs = { input: DeleteImageCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteImageCorrectionCloneOfArgs = { input: DeleteImageCorrectionCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteLocationCloneOfArgs = { input: DeleteLocationCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteMissionAnomalyArgs = { input: DeleteMissionAnomalyInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteMissionCloneOfArgs = { input: DeleteMissionCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteMissionExecutionCloneOfArgs = { input: DeleteMissionExecutionCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteMissionPlanArtifactArgs = { input: DeleteMissionPlanArtifactInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteMissionPlanCloneOfArgs = { input: DeleteMissionPlanCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteOrganizationAdminArgs = { input: DeleteOrganizationAdminInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteOrganizationAnomalyLevelMappingArgs = { input: DeleteOrganizationAnomalyLevelMappingInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteOrganizationUserArgs = { input: DeleteOrganizationUserInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeletePlanAnomalyArgs = { input: DeletePlanAnomalyInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeletePlanArtifactArgs = { input: DeletePlanArtifactInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeletePlanAssignmentArgs = { input: DeletePlanAssignmentInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeletePlanChildArgs = { input: DeletePlanChildInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeletePlanCommentArgs = { input: DeletePlanCommentInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeletePlanCreatorExecutionCreatedArgs = { input: DeletePlanCreatorExecutionCreatedInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeletePlanDetectionArgs = { input: DeletePlanDetectionInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeletePlanFollowerArgs = { input: DeletePlanFollowerInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeletePlanImageArgs = { input: DeletePlanImageInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeletePlanLocationArgs = { input: DeletePlanLocationInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeletePlanOrganizationArgs = { input: DeletePlanOrganizationInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeletePlanStructureArgs = { input: DeletePlanStructureInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeletePlanUserArgs = { input: DeletePlanUserInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteRelayIdArgs = { input: DeleteRelayIdInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteSegmentationCloneOfArgs = { input: DeleteSegmentationCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteStructureArtifactArgs = { input: DeleteStructureArtifactInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteStructureChildArgs = { input: DeleteStructureChildInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteStructureCloneOfArgs = { input: DeleteStructureCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteStructureDeveloperArgs = { input: DeleteStructureDeveloperInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteStructureImageArgs = { input: DeleteStructureImageInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteStructureModelCloneOfArgs = { input: DeleteStructureModelCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteStructureModelOwnerArgs = { input: DeleteStructureModelOwnerInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteStructureOperatorArgs = { input: DeleteStructureOperatorInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteStructureOwnerArgs = { input: DeleteStructureOwnerInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteStructurePlanCloneOfArgs = { input: DeleteStructurePlanCloneOfInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteStructurePlanStructureArgs = { input: DeleteStructurePlanStructureInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationDeleteViewChildArgs = { input: DeleteViewChildInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationAuthenticateUserArgs = { input: AuthenticateUserInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationHardDeleteMissionArgs = { input: HardDeleteMissionInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationImpersonateUserArgs = { input: ImpersonateUserInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationRandomIdArgs = { input: RandomIdInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationRecoverMissionArgs = { input: RecoverMissionInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationRegisterUserArgs = { input: RegisterUserInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationMergeAnomaliesArgs = { input: MergeAnomaliesInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationSplitAnomalyArgs = { input: SplitAnomalyInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationGetSignedUrlArgs = { input: SignedUrlInput; }; /** The root mutation type which contains root level fields which mutate data. */ export declare type MutationCreateAnomaliesFromSelectionArgs = { input: CreateAnomaliesFromSelectionInput; }; export declare type Organization = { __typename?: 'Organization'; id: Scalars['String']; nickname?: Maybe; name: Scalars['String']; description?: Maybe; createdAt: Scalars['Datetime']; updatedAt: Scalars['Datetime']; subscriptionPlan: Scalars['String']; deletedAt?: Maybe; /** Reads a single `File` that is related to this `Organization`. */ picture?: Maybe; /** Reads and enables pagination through a set of `StructureModel`. */ structureModelsConnection: StructureModelsConnection; /** Reads and enables pagination through a set of `StructureModel`. */ structureModels: Array; /** Reads and enables pagination through a set of `Structure`. */ structuresConnection: StructuresConnection; /** Reads and enables pagination through a set of `Structure`. */ structures: Array; /** Reads and enables pagination through a set of `StructureModelOwner`. */ ownedStructureModelsRelationConnection: StructureModelOwnersConnection; /** Reads and enables pagination through a set of `StructureModelOwner`. */ ownedStructureModelsRelation: Array; /** Reads and enables pagination through a set of `Mission`. */ missionsConnection: MissionsConnection; /** Reads and enables pagination through a set of `Mission`. */ missions: Array; /** Reads and enables pagination through a set of `OrganizationUser`. */ usersRelationConnection: OrganizationUsersConnection; /** Reads and enables pagination through a set of `OrganizationUser`. */ usersRelation: Array; /** Reads and enables pagination through a set of `ActivityAssignment`. */ assignmentsConnection: ActivityAssignmentsConnection; /** Reads and enables pagination through a set of `ActivityAssignment`. */ assignments: Array; /** Reads and enables pagination through a set of `OrganizationAnomalyLevelMapping`. */ anomalyLevelMappingsRelationConnection: OrganizationAnomalyLevelMappingsConnection; /** Reads and enables pagination through a set of `OrganizationAnomalyLevelMapping`. */ anomalyLevelMappingsRelation: Array; /** Reads and enables pagination through a set of `OrganizationAdmin`. */ adminsRelationConnection: OrganizationAdminsConnection; /** Reads and enables pagination through a set of `OrganizationAdmin`. */ adminsRelation: Array; /** Reads and enables pagination through a set of `PlanOrganization`. */ planRelationConnection: PlanOrganizationsConnection; /** Reads and enables pagination through a set of `PlanOrganization`. */ planRelation: Array; /** Reads and enables pagination through a set of `ExecutionOrganization`. */ executionRelationConnection: ExecutionOrganizationsConnection; /** Reads and enables pagination through a set of `ExecutionOrganization`. */ executionRelation: Array; /** Reads and enables pagination through a set of `StructureModel`. */ structureModelsByStructureOrganizationIdDoNotUseAndModelIdDoNotUseList: Array; /** Reads and enables pagination through a set of `StructureModel`. */ ownedStructureModelsConnection: OrganizationOwnedStructureModelsConnectionManyToManyConnection; /** Reads and enables pagination through a set of `StructureModel`. */ ownedStructureModels: Array; /** Reads and enables pagination through a set of `Mission`. */ missionsByMissionOrganizationIdDoNotUseAndInfra: OrganizationMissionsByMissionOrganizationIdDoNotUseAndInfraManyToManyConnection; /** Reads and enables pagination through a set of `Mission`. */ missionsByMissionOrganizationIdDoNotUseAndInfraList: Array; /** Reads and enables pagination through a set of `MissionExecution`. */ missionExecutionsByMissionOrganizationIdDoNotUseAndElementOfExecutionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `MissionPlan`. */ missionPlansByMissionOrganizationIdDoNotUseAndElementOfPlanIdDoNotUseList: Array; /** Reads and enables pagination through a set of `User`. */ usersConnection: OrganizationUsersConnectionManyToManyConnection; /** Reads and enables pagination through a set of `User`. */ users: Array; /** Reads and enables pagination through a set of `Mission`. */ missionsByActivityAssignmentOrganizationIdDoNotUseAndMissionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `User`. */ usersByActivityAssignmentOrganizationIdDoNotUseAndUserIdDoNotUseList: Array; /** Reads and enables pagination through a set of `AnomalyLevelMapping`. */ anomalyLevelMappingsConnection: OrganizationAnomalyLevelMappingsConnectionManyToManyConnection; /** Reads and enables pagination through a set of `AnomalyLevelMapping`. */ anomalyLevelMappings: Array; /** Reads and enables pagination through a set of `User`. */ adminsConnection: OrganizationAdminsConnectionManyToManyConnection; /** Reads and enables pagination through a set of `User`. */ admins: Array; /** Reads and enables pagination through a set of `Plan`. */ plansConnection: OrganizationPlansConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Plan`. */ plans: Array; /** Reads and enables pagination through a set of `Execution`. */ executionsConnection: OrganizationExecutionsConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Execution`. */ executions: Array; }; export declare type OrganizationStructureModelsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type OrganizationStructureModelsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type OrganizationStructuresConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type OrganizationStructuresArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type OrganizationOwnedStructureModelsRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type OrganizationOwnedStructureModelsRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type OrganizationMissionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type OrganizationMissionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type OrganizationUsersRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type OrganizationUsersRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type OrganizationAssignmentsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type OrganizationAssignmentsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type OrganizationAnomalyLevelMappingsRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type OrganizationAnomalyLevelMappingsRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type OrganizationAdminsRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type OrganizationAdminsRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type OrganizationPlanRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type OrganizationPlanRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type OrganizationExecutionRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type OrganizationExecutionRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type OrganizationStructureModelsByStructureOrganizationIdDoNotUseAndModelIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type OrganizationOwnedStructureModelsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type OrganizationOwnedStructureModelsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type OrganizationMissionsByMissionOrganizationIdDoNotUseAndInfraArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type OrganizationMissionsByMissionOrganizationIdDoNotUseAndInfraListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type OrganizationMissionExecutionsByMissionOrganizationIdDoNotUseAndElementOfExecutionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type OrganizationMissionPlansByMissionOrganizationIdDoNotUseAndElementOfPlanIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type OrganizationUsersConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type OrganizationUsersArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type OrganizationMissionsByActivityAssignmentOrganizationIdDoNotUseAndMissionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type OrganizationUsersByActivityAssignmentOrganizationIdDoNotUseAndUserIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type OrganizationAnomalyLevelMappingsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type OrganizationAnomalyLevelMappingsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type OrganizationAdminsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type OrganizationAdminsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type OrganizationPlansConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type OrganizationPlansArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type OrganizationExecutionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type OrganizationExecutionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type OrganizationAdmin = { __typename?: 'OrganizationAdmin'; a: Scalars['String']; b: Scalars['String']; /** Reads a single `Organization` that is related to this `OrganizationAdmin`. */ organization?: Maybe; /** Reads a single `User` that is related to this `OrganizationAdmin`. */ admin?: Maybe; }; /** * A condition to be used against `OrganizationAdmin` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type OrganizationAdminCondition = { /** Checks for equality with the object’s `a` field. */ a?: Maybe; /** Checks for equality with the object’s `b` field. */ b?: Maybe; }; /** A filter to be used against `OrganizationAdmin` object types. All fields are combined with a logical ‘and.’ */ export declare type OrganizationAdminFilter = { /** Filter by the object’s `a` field. */ a?: Maybe; /** Filter by the object’s `b` field. */ b?: Maybe; /** Filter by the object’s `organization` relation. */ organization?: Maybe; /** Filter by the object’s `admin` relation. */ admin?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `OrganizationAdmin` */ export declare type OrganizationAdminInput = { a?: Maybe; b?: Maybe; organization?: Maybe<_OrganizationAdminIbfk1Input>; admin?: Maybe<_OrganizationAdminIbfk2Input>; }; /** The fields on `organizationAdmin` to look up the row to update. */ export declare type OrganizationAdminOnOrganizationAdminForOrganizationAdminIbfk1UsingOrganizationAdminPkeyUpdate = { /** An object where the defined keys will be set on the `organizationAdmin` being updated. */ patch: UpdateOrganizationAdminOnOrganizationAdminForOrganizationAdminIbfk1Patch; a: Scalars['String']; b: Scalars['String']; }; /** The fields on `organizationAdmin` to look up the row to update. */ export declare type OrganizationAdminOnOrganizationAdminForOrganizationAdminIbfk2UsingOrganizationAdminPkeyUpdate = { /** An object where the defined keys will be set on the `organizationAdmin` being updated. */ patch: UpdateOrganizationAdminOnOrganizationAdminForOrganizationAdminIbfk2Patch; a: Scalars['String']; b: Scalars['String']; }; /** The fields on `organizationAdmin` to look up the row to connect. */ export declare type OrganizationAdminOrganizationAdminPkeyConnect = { a: Scalars['String']; b: Scalars['String']; }; /** The fields on `organizationAdmin` to look up the row to delete. */ export declare type OrganizationAdminOrganizationAdminPkeyDelete = { a: Scalars['String']; b: Scalars['String']; }; /** Represents an update to a `OrganizationAdmin`. Fields that are set will be updated. */ export declare type OrganizationAdminPatch = { a?: Maybe; b?: Maybe; organization?: Maybe<_OrganizationAdminIbfk1Input>; admin?: Maybe<_OrganizationAdminIbfk2Input>; }; /** A connection to a list of `OrganizationAdmin` values. */ export declare type OrganizationAdminsConnection = { __typename?: 'OrganizationAdminsConnection'; /** A list of `OrganizationAdmin` objects. */ nodes: Array>; /** A list of edges which contains the `OrganizationAdmin` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `OrganizationAdmin` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A connection to a list of `User` values, with data from `OrganizationAdmin`. */ export declare type OrganizationAdminsConnectionManyToManyConnection = { __typename?: 'OrganizationAdminsConnectionManyToManyConnection'; /** A list of `User` objects. */ nodes: Array>; /** A list of edges which contains the `User`, info from the `OrganizationAdmin`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `User` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `User` edge in the connection, with data from `OrganizationAdmin`. */ export declare type OrganizationAdminsConnectionManyToManyEdge = { __typename?: 'OrganizationAdminsConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `User` at the end of the edge. */ node?: Maybe; }; /** A `OrganizationAdmin` edge in the connection. */ export declare type OrganizationAdminsEdge = { __typename?: 'OrganizationAdminsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `OrganizationAdmin` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `OrganizationAdmin`. */ export declare enum OrganizationAdminsOrderBy { Natural = "NATURAL", AAsc = "A_ASC", ADesc = "A_DESC", BAsc = "B_ASC", BDesc = "B_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", OrganizationByAIdAsc = "ORGANIZATION_BY_A__ID_ASC", OrganizationByAIdDesc = "ORGANIZATION_BY_A__ID_DESC", OrganizationByANicknameAsc = "ORGANIZATION_BY_A__NICKNAME_ASC", OrganizationByANicknameDesc = "ORGANIZATION_BY_A__NICKNAME_DESC", OrganizationByANameAsc = "ORGANIZATION_BY_A__NAME_ASC", OrganizationByANameDesc = "ORGANIZATION_BY_A__NAME_DESC", OrganizationByADescriptionAsc = "ORGANIZATION_BY_A__DESCRIPTION_ASC", OrganizationByADescriptionDesc = "ORGANIZATION_BY_A__DESCRIPTION_DESC", OrganizationByACreatedAtAsc = "ORGANIZATION_BY_A__CREATED_AT_ASC", OrganizationByACreatedAtDesc = "ORGANIZATION_BY_A__CREATED_AT_DESC", OrganizationByAUpdatedAtAsc = "ORGANIZATION_BY_A__UPDATED_AT_ASC", OrganizationByAUpdatedAtDesc = "ORGANIZATION_BY_A__UPDATED_AT_DESC", OrganizationByASubscriptionPlanAsc = "ORGANIZATION_BY_A__SUBSCRIPTION_PLAN_ASC", OrganizationByASubscriptionPlanDesc = "ORGANIZATION_BY_A__SUBSCRIPTION_PLAN_DESC", OrganizationByADeletedAtAsc = "ORGANIZATION_BY_A__DELETED_AT_ASC", OrganizationByADeletedAtDesc = "ORGANIZATION_BY_A__DELETED_AT_DESC", UserByBIdAsc = "USER_BY_B__ID_ASC", UserByBIdDesc = "USER_BY_B__ID_DESC", UserByBNicknameAsc = "USER_BY_B__NICKNAME_ASC", UserByBNicknameDesc = "USER_BY_B__NICKNAME_DESC", UserByBNameAsc = "USER_BY_B__NAME_ASC", UserByBNameDesc = "USER_BY_B__NAME_DESC", UserByBEmailAsc = "USER_BY_B__EMAIL_ASC", UserByBEmailDesc = "USER_BY_B__EMAIL_DESC", UserByBPasswordAsc = "USER_BY_B__PASSWORD_ASC", UserByBPasswordDesc = "USER_BY_B__PASSWORD_DESC", UserByBDescriptionAsc = "USER_BY_B__DESCRIPTION_ASC", UserByBDescriptionDesc = "USER_BY_B__DESCRIPTION_DESC", UserByBCreatedAtAsc = "USER_BY_B__CREATED_AT_ASC", UserByBCreatedAtDesc = "USER_BY_B__CREATED_AT_DESC", UserByBUpdatedAtAsc = "USER_BY_B__UPDATED_AT_ASC", UserByBUpdatedAtDesc = "USER_BY_B__UPDATED_AT_DESC", UserByBActivatedAtAsc = "USER_BY_B__ACTIVATED_AT_ASC", UserByBActivatedAtDesc = "USER_BY_B__ACTIVATED_AT_DESC", UserByBDateOfBirthAsc = "USER_BY_B__DATE_OF_BIRTH_ASC", UserByBDateOfBirthDesc = "USER_BY_B__DATE_OF_BIRTH_DESC", UserByBParametersAsc = "USER_BY_B__PARAMETERS_ASC", UserByBParametersDesc = "USER_BY_B__PARAMETERS_DESC", UserByBLanguageAsc = "USER_BY_B__LANGUAGE_ASC", UserByBLanguageDesc = "USER_BY_B__LANGUAGE_DESC", UserByBDeletedAtAsc = "USER_BY_B__DELETED_AT_ASC", UserByBDeletedAtDesc = "USER_BY_B__DELETED_AT_DESC", AAscBAsc = "A_ASC__B_ASC", ADescBDesc = "A_DESC__B_DESC" } export declare type OrganizationAnomalyLevelMapping = { __typename?: 'OrganizationAnomalyLevelMapping'; a: Scalars['String']; b: Scalars['String']; /** Reads a single `AnomalyLevelMapping` that is related to this `OrganizationAnomalyLevelMapping`. */ anomalyLevelMapping?: Maybe; /** Reads a single `Organization` that is related to this `OrganizationAnomalyLevelMapping`. */ organization?: Maybe; }; /** * A condition to be used against `OrganizationAnomalyLevelMapping` object types. * All fields are tested for equality and combined with a logical ‘and.’ */ export declare type OrganizationAnomalyLevelMappingCondition = { /** Checks for equality with the object’s `a` field. */ a?: Maybe; /** Checks for equality with the object’s `b` field. */ b?: Maybe; }; /** A filter to be used against `OrganizationAnomalyLevelMapping` object types. All fields are combined with a logical ‘and.’ */ export declare type OrganizationAnomalyLevelMappingFilter = { /** Filter by the object’s `a` field. */ a?: Maybe; /** Filter by the object’s `b` field. */ b?: Maybe; /** Filter by the object’s `anomalyLevelMapping` relation. */ anomalyLevelMapping?: Maybe; /** Filter by the object’s `organization` relation. */ organization?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `OrganizationAnomalyLevelMapping` */ export declare type OrganizationAnomalyLevelMappingInput = { a?: Maybe; b?: Maybe; anomalyLevelMapping?: Maybe<_OrganizationAnomalyLevelMappingIbfk1Input>; organization?: Maybe<_OrganizationAnomalyLevelMappingIbfk2Input>; }; /** The fields on `organizationAnomalyLevelMapping` to look up the row to update. */ export declare type OrganizationAnomalyLevelMappingOnOrganizationAnomalyLevelMappingForOrganizationAnomalyLevelMappingIbfk1UsingOrganizationAnomalyLevelMappingPkeyUpdate = { /** An object where the defined keys will be set on the `organizationAnomalyLevelMapping` being updated. */ patch: UpdateOrganizationAnomalyLevelMappingOnOrganizationAnomalyLevelMappingForOrganizationAnomalyLevelMappingIbfk1Patch; a: Scalars['String']; b: Scalars['String']; }; /** The fields on `organizationAnomalyLevelMapping` to look up the row to update. */ export declare type OrganizationAnomalyLevelMappingOnOrganizationAnomalyLevelMappingForOrganizationAnomalyLevelMappingIbfk2UsingOrganizationAnomalyLevelMappingPkeyUpdate = { /** An object where the defined keys will be set on the `organizationAnomalyLevelMapping` being updated. */ patch: UpdateOrganizationAnomalyLevelMappingOnOrganizationAnomalyLevelMappingForOrganizationAnomalyLevelMappingIbfk2Patch; a: Scalars['String']; b: Scalars['String']; }; /** The fields on `organizationAnomalyLevelMapping` to look up the row to connect. */ export declare type OrganizationAnomalyLevelMappingOrganizationAnomalyLevelMappingPkeyConnect = { a: Scalars['String']; b: Scalars['String']; }; /** The fields on `organizationAnomalyLevelMapping` to look up the row to delete. */ export declare type OrganizationAnomalyLevelMappingOrganizationAnomalyLevelMappingPkeyDelete = { a: Scalars['String']; b: Scalars['String']; }; /** Represents an update to a `OrganizationAnomalyLevelMapping`. Fields that are set will be updated. */ export declare type OrganizationAnomalyLevelMappingPatch = { a?: Maybe; b?: Maybe; anomalyLevelMapping?: Maybe<_OrganizationAnomalyLevelMappingIbfk1Input>; organization?: Maybe<_OrganizationAnomalyLevelMappingIbfk2Input>; }; /** A connection to a list of `OrganizationAnomalyLevelMapping` values. */ export declare type OrganizationAnomalyLevelMappingsConnection = { __typename?: 'OrganizationAnomalyLevelMappingsConnection'; /** A list of `OrganizationAnomalyLevelMapping` objects. */ nodes: Array>; /** A list of edges which contains the `OrganizationAnomalyLevelMapping` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `OrganizationAnomalyLevelMapping` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A connection to a list of `AnomalyLevelMapping` values, with data from `OrganizationAnomalyLevelMapping`. */ export declare type OrganizationAnomalyLevelMappingsConnectionManyToManyConnection = { __typename?: 'OrganizationAnomalyLevelMappingsConnectionManyToManyConnection'; /** A list of `AnomalyLevelMapping` objects. */ nodes: Array>; /** * A list of edges which contains the `AnomalyLevelMapping`, info from the * `OrganizationAnomalyLevelMapping`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `AnomalyLevelMapping` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `AnomalyLevelMapping` edge in the connection, with data from `OrganizationAnomalyLevelMapping`. */ export declare type OrganizationAnomalyLevelMappingsConnectionManyToManyEdge = { __typename?: 'OrganizationAnomalyLevelMappingsConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `AnomalyLevelMapping` at the end of the edge. */ node?: Maybe; }; /** A `OrganizationAnomalyLevelMapping` edge in the connection. */ export declare type OrganizationAnomalyLevelMappingsEdge = { __typename?: 'OrganizationAnomalyLevelMappingsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `OrganizationAnomalyLevelMapping` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `OrganizationAnomalyLevelMapping`. */ export declare enum OrganizationAnomalyLevelMappingsOrderBy { Natural = "NATURAL", AAsc = "A_ASC", ADesc = "A_DESC", BAsc = "B_ASC", BDesc = "B_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", AnomalyLevelMappingByAIdAsc = "ANOMALY_LEVEL_MAPPING_BY_A__ID_ASC", AnomalyLevelMappingByAIdDesc = "ANOMALY_LEVEL_MAPPING_BY_A__ID_DESC", AnomalyLevelMappingByANicknameAsc = "ANOMALY_LEVEL_MAPPING_BY_A__NICKNAME_ASC", AnomalyLevelMappingByANicknameDesc = "ANOMALY_LEVEL_MAPPING_BY_A__NICKNAME_DESC", AnomalyLevelMappingByACreatedAtAsc = "ANOMALY_LEVEL_MAPPING_BY_A__CREATED_AT_ASC", AnomalyLevelMappingByACreatedAtDesc = "ANOMALY_LEVEL_MAPPING_BY_A__CREATED_AT_DESC", AnomalyLevelMappingByAUpdatedAtAsc = "ANOMALY_LEVEL_MAPPING_BY_A__UPDATED_AT_ASC", AnomalyLevelMappingByAUpdatedAtDesc = "ANOMALY_LEVEL_MAPPING_BY_A__UPDATED_AT_DESC", AnomalyLevelMappingByANameAsc = "ANOMALY_LEVEL_MAPPING_BY_A__NAME_ASC", AnomalyLevelMappingByANameDesc = "ANOMALY_LEVEL_MAPPING_BY_A__NAME_DESC", AnomalyLevelMappingByADescriptionAsc = "ANOMALY_LEVEL_MAPPING_BY_A__DESCRIPTION_ASC", AnomalyLevelMappingByADescriptionDesc = "ANOMALY_LEVEL_MAPPING_BY_A__DESCRIPTION_DESC", AnomalyLevelMappingByAStructureTypeAsc = "ANOMALY_LEVEL_MAPPING_BY_A__STRUCTURE_TYPE_ASC", AnomalyLevelMappingByAStructureTypeDesc = "ANOMALY_LEVEL_MAPPING_BY_A__STRUCTURE_TYPE_DESC", AnomalyLevelMappingByAParametersAsc = "ANOMALY_LEVEL_MAPPING_BY_A__PARAMETERS_ASC", AnomalyLevelMappingByAParametersDesc = "ANOMALY_LEVEL_MAPPING_BY_A__PARAMETERS_DESC", AnomalyLevelMappingByACsvConfigAsc = "ANOMALY_LEVEL_MAPPING_BY_A__CSV_CONFIG_ASC", AnomalyLevelMappingByACsvConfigDesc = "ANOMALY_LEVEL_MAPPING_BY_A__CSV_CONFIG_DESC", AnomalyLevelMappingByADeletedAtAsc = "ANOMALY_LEVEL_MAPPING_BY_A__DELETED_AT_ASC", AnomalyLevelMappingByADeletedAtDesc = "ANOMALY_LEVEL_MAPPING_BY_A__DELETED_AT_DESC", OrganizationByBIdAsc = "ORGANIZATION_BY_B__ID_ASC", OrganizationByBIdDesc = "ORGANIZATION_BY_B__ID_DESC", OrganizationByBNicknameAsc = "ORGANIZATION_BY_B__NICKNAME_ASC", OrganizationByBNicknameDesc = "ORGANIZATION_BY_B__NICKNAME_DESC", OrganizationByBNameAsc = "ORGANIZATION_BY_B__NAME_ASC", OrganizationByBNameDesc = "ORGANIZATION_BY_B__NAME_DESC", OrganizationByBDescriptionAsc = "ORGANIZATION_BY_B__DESCRIPTION_ASC", OrganizationByBDescriptionDesc = "ORGANIZATION_BY_B__DESCRIPTION_DESC", OrganizationByBCreatedAtAsc = "ORGANIZATION_BY_B__CREATED_AT_ASC", OrganizationByBCreatedAtDesc = "ORGANIZATION_BY_B__CREATED_AT_DESC", OrganizationByBUpdatedAtAsc = "ORGANIZATION_BY_B__UPDATED_AT_ASC", OrganizationByBUpdatedAtDesc = "ORGANIZATION_BY_B__UPDATED_AT_DESC", OrganizationByBSubscriptionPlanAsc = "ORGANIZATION_BY_B__SUBSCRIPTION_PLAN_ASC", OrganizationByBSubscriptionPlanDesc = "ORGANIZATION_BY_B__SUBSCRIPTION_PLAN_DESC", OrganizationByBDeletedAtAsc = "ORGANIZATION_BY_B__DELETED_AT_ASC", OrganizationByBDeletedAtDesc = "ORGANIZATION_BY_B__DELETED_AT_DESC", AAscBAsc = "A_ASC__B_ASC", ADescBDesc = "A_DESC__B_DESC" } /** * A condition to be used against `Organization` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type OrganizationCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `nickname` field. */ nickname?: Maybe; /** Checks for equality with the object’s `name` field. */ name?: Maybe; /** Checks for equality with the object’s `description` field. */ description?: Maybe; /** Checks for equality with the object’s `createdAt` field. */ createdAt?: Maybe; /** Checks for equality with the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Checks for equality with the object’s `subscriptionPlan` field. */ subscriptionPlan?: Maybe; /** Checks for equality with the object’s `deletedAt` field. */ deletedAt?: Maybe; }; /** A connection to a list of `Execution` values, with data from `ExecutionOrganization`. */ export declare type OrganizationExecutionsConnectionManyToManyConnection = { __typename?: 'OrganizationExecutionsConnectionManyToManyConnection'; /** A list of `Execution` objects. */ nodes: Array>; /** * A list of edges which contains the `Execution`, info from the * `ExecutionOrganization`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Execution` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Execution` edge in the connection, with data from `ExecutionOrganization`. */ export declare type OrganizationExecutionsConnectionManyToManyEdge = { __typename?: 'OrganizationExecutionsConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Execution` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `ExecutionOrganization`. */ organizationRelationConnection: ExecutionOrganizationsConnection; /** Reads and enables pagination through a set of `ExecutionOrganization`. */ organizationRelation: Array; }; /** A `Execution` edge in the connection, with data from `ExecutionOrganization`. */ export declare type OrganizationExecutionsConnectionManyToManyEdgeOrganizationRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Execution` edge in the connection, with data from `ExecutionOrganization`. */ export declare type OrganizationExecutionsConnectionManyToManyEdgeOrganizationRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A filter to be used against `Organization` object types. All fields are combined with a logical ‘and.’ */ export declare type OrganizationFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `nickname` field. */ nickname?: Maybe; /** Filter by the object’s `name` field. */ name?: Maybe; /** Filter by the object’s `description` field. */ description?: Maybe; /** Filter by the object’s `createdAt` field. */ createdAt?: Maybe; /** Filter by the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Filter by the object’s `subscriptionPlan` field. */ subscriptionPlan?: Maybe; /** Filter by the object’s `deletedAt` field. */ deletedAt?: Maybe; /** Filter by the object’s `structureModelsConnection` relation. */ structureModelsConnection?: Maybe; /** Some related `structureModelsConnection` exist. */ structureModelsConnectionExist?: Maybe; /** Filter by the object’s `structuresConnection` relation. */ structuresConnection?: Maybe; /** Some related `structuresConnection` exist. */ structuresConnectionExist?: Maybe; /** Filter by the object’s `ownedStructureModelsRelationConnection` relation. */ ownedStructureModelsRelationConnection?: Maybe; /** Some related `ownedStructureModelsRelationConnection` exist. */ ownedStructureModelsRelationConnectionExist?: Maybe; /** Filter by the object’s `missionsConnection` relation. */ missionsConnection?: Maybe; /** Some related `missionsConnection` exist. */ missionsConnectionExist?: Maybe; /** Filter by the object’s `usersRelationConnection` relation. */ usersRelationConnection?: Maybe; /** Some related `usersRelationConnection` exist. */ usersRelationConnectionExist?: Maybe; /** Filter by the object’s `assignmentsConnection` relation. */ assignmentsConnection?: Maybe; /** Some related `assignmentsConnection` exist. */ assignmentsConnectionExist?: Maybe; /** Filter by the object’s `anomalyLevelMappingsRelationConnection` relation. */ anomalyLevelMappingsRelationConnection?: Maybe; /** Some related `anomalyLevelMappingsRelationConnection` exist. */ anomalyLevelMappingsRelationConnectionExist?: Maybe; /** Filter by the object’s `adminsRelationConnection` relation. */ adminsRelationConnection?: Maybe; /** Some related `adminsRelationConnection` exist. */ adminsRelationConnectionExist?: Maybe; /** Filter by the object’s `planRelationConnection` relation. */ planRelationConnection?: Maybe; /** Some related `planRelationConnection` exist. */ planRelationConnectionExist?: Maybe; /** Filter by the object’s `executionRelationConnection` relation. */ executionRelationConnection?: Maybe; /** Some related `executionRelationConnection` exist. */ executionRelationConnectionExist?: Maybe; /** Filter by the object’s `picture` relation. */ picture?: Maybe; /** A related `picture` exists. */ pictureExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `Organization` */ export declare type OrganizationInput = { id?: Maybe; nickname?: Maybe; name: Scalars['String']; description?: Maybe; subscriptionPlan?: Maybe; picture?: Maybe; usersRelation?: Maybe<_OrganizationUsersIbfk1InverseInput>; anomalyLevelMappingsRelation?: Maybe<_OrganizationAnomalyLevelMappingIbfk2InverseInput>; adminsRelation?: Maybe<_OrganizationAdminIbfk1InverseInput>; planRelation?: Maybe<_PlanOrganizationOrganizationIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionOrganizationOrganizationIdFkeyInverseInput>; }; /** A connection to a list of `Mission` values, with data from `Mission`. */ export declare type OrganizationMissionsByMissionOrganizationIdDoNotUseAndInfraManyToManyConnection = { __typename?: 'OrganizationMissionsByMissionOrganizationIdDoNotUseAndInfraManyToManyConnection'; /** A list of `Mission` objects. */ nodes: Array>; /** A list of edges which contains the `Mission`, info from the `Mission`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Mission` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Mission` edge in the connection, with data from `Mission`. */ export declare type OrganizationMissionsByMissionOrganizationIdDoNotUseAndInfraManyToManyEdge = { __typename?: 'OrganizationMissionsByMissionOrganizationIdDoNotUseAndInfraManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Mission` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `Mission`. */ missionsByInfraConnection: MissionsConnection; /** Reads and enables pagination through a set of `Mission`. */ missionsByInfra: Array; }; /** A `Mission` edge in the connection, with data from `Mission`. */ export declare type OrganizationMissionsByMissionOrganizationIdDoNotUseAndInfraManyToManyEdgeMissionsByInfraConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Mission` edge in the connection, with data from `Mission`. */ export declare type OrganizationMissionsByMissionOrganizationIdDoNotUseAndInfraManyToManyEdgeMissionsByInfraArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The fields on `organization` to look up the row to update. */ export declare type OrganizationOnExecutionOrganizationForExecutionOrganizationOrganizationIdFkeyUsingOrganizationPictureKeyUpdate = { /** An object where the defined keys will be set on the `organization` being updated. */ patch: UpdateOrganizationOnExecutionOrganizationForExecutionOrganizationOrganizationIdFkeyPatch; }; /** The fields on `organization` to look up the row to update. */ export declare type OrganizationOnExecutionOrganizationForExecutionOrganizationOrganizationIdFkeyUsingOrganizationPkeyUpdate = { /** An object where the defined keys will be set on the `organization` being updated. */ patch: UpdateOrganizationOnExecutionOrganizationForExecutionOrganizationOrganizationIdFkeyPatch; id: Scalars['String']; }; /** The fields on `organization` to look up the row to update. */ export declare type OrganizationOnPlanOrganizationForPlanOrganizationOrganizationIdFkeyUsingOrganizationPictureKeyUpdate = { /** An object where the defined keys will be set on the `organization` being updated. */ patch: UpdateOrganizationOnPlanOrganizationForPlanOrganizationOrganizationIdFkeyPatch; }; /** The fields on `organization` to look up the row to update. */ export declare type OrganizationOnPlanOrganizationForPlanOrganizationOrganizationIdFkeyUsingOrganizationPkeyUpdate = { /** An object where the defined keys will be set on the `organization` being updated. */ patch: UpdateOrganizationOnPlanOrganizationForPlanOrganizationOrganizationIdFkeyPatch; id: Scalars['String']; }; /** The fields on `organization` to look up the row to connect. */ export declare type OrganizationOrganizationPictureKeyConnect = { pictureIdDoNotUse: Scalars['String']; }; /** The fields on `organization` to look up the row to delete. */ export declare type OrganizationOrganizationPictureKeyDelete = { pictureIdDoNotUse: Scalars['String']; }; /** The fields on `organization` to look up the row to connect. */ export declare type OrganizationOrganizationPkeyConnect = { id: Scalars['String']; }; /** The fields on `organization` to look up the row to delete. */ export declare type OrganizationOrganizationPkeyDelete = { id: Scalars['String']; }; /** A connection to a list of `StructureModel` values, with data from `StructureModelOwner`. */ export declare type OrganizationOwnedStructureModelsConnectionManyToManyConnection = { __typename?: 'OrganizationOwnedStructureModelsConnectionManyToManyConnection'; /** A list of `StructureModel` objects. */ nodes: Array>; /** * A list of edges which contains the `StructureModel`, info from the * `StructureModelOwner`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `StructureModel` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `StructureModel` edge in the connection, with data from `StructureModelOwner`. */ export declare type OrganizationOwnedStructureModelsConnectionManyToManyEdge = { __typename?: 'OrganizationOwnedStructureModelsConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `StructureModel` at the end of the edge. */ node?: Maybe; }; /** Represents an update to a `Organization`. Fields that are set will be updated. */ export declare type OrganizationPatch = { nickname?: Maybe; name?: Maybe; description?: Maybe; subscriptionPlan?: Maybe; picture?: Maybe; structureModels?: Maybe; structures?: Maybe; ownedStructureModelsRelation?: Maybe<_StructureModelOwnersIbfk1InverseInput>; missions?: Maybe; usersRelation?: Maybe<_OrganizationUsersIbfk1InverseInput>; assignments?: Maybe; anomalyLevelMappingsRelation?: Maybe<_OrganizationAnomalyLevelMappingIbfk2InverseInput>; adminsRelation?: Maybe<_OrganizationAdminIbfk1InverseInput>; planRelation?: Maybe<_PlanOrganizationOrganizationIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionOrganizationOrganizationIdFkeyInverseInput>; }; /** The `file` to be created by this mutation. */ export declare type OrganizationPictureFkeyFileCreateInput = { id?: Maybe; nickname?: Maybe; name: Scalars['String']; contentType: Scalars['String']; secret: Scalars['String']; size: Scalars['Int']; url: Scalars['String']; userPicture?: Maybe; organizationPicture?: Maybe; structureModelGltf?: Maybe; structureModelSvg?: Maybe; structureGltf?: Maybe; structureSvg?: Maybe; structureOverview?: Maybe; images?: Maybe; segmentation?: Maybe; anomalyGltf?: Maybe; artifacts?: Maybe; }; /** Input for the nested mutation of `file` in the `OrganizationInput` mutation. */ export declare type OrganizationPictureFkeyInput = { /** The primary key(s) for `file` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `file` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `file` for the far side of the relationship. */ updateById?: Maybe; /** A `FileInput` object that will be created and connected to this object. */ create?: Maybe; }; /** Input for the nested mutation of `organization` in the `FileInput` mutation. */ export declare type OrganizationPictureFkeyInverseInput = { /** The primary key(s) for `organization` for the far side of the relationship. */ connectById?: Maybe; /** Flag indicating whether all other `organization` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** A connection to a list of `Plan` values, with data from `PlanOrganization`. */ export declare type OrganizationPlansConnectionManyToManyConnection = { __typename?: 'OrganizationPlansConnectionManyToManyConnection'; /** A list of `Plan` objects. */ nodes: Array>; /** A list of edges which contains the `Plan`, info from the `PlanOrganization`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Plan` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Plan` edge in the connection, with data from `PlanOrganization`. */ export declare type OrganizationPlansConnectionManyToManyEdge = { __typename?: 'OrganizationPlansConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Plan` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `PlanOrganization`. */ organizationRelationConnection: PlanOrganizationsConnection; /** Reads and enables pagination through a set of `PlanOrganization`. */ organizationRelation: Array; }; /** A `Plan` edge in the connection, with data from `PlanOrganization`. */ export declare type OrganizationPlansConnectionManyToManyEdgeOrganizationRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Plan` edge in the connection, with data from `PlanOrganization`. */ export declare type OrganizationPlansConnectionManyToManyEdgeOrganizationRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A connection to a list of `Organization` values. */ export declare type OrganizationsConnection = { __typename?: 'OrganizationsConnection'; /** A list of `Organization` objects. */ nodes: Array>; /** A list of edges which contains the `Organization` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Organization` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Organization` edge in the connection. */ export declare type OrganizationsEdge = { __typename?: 'OrganizationsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Organization` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `Organization`. */ export declare enum OrganizationsOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", NicknameAsc = "NICKNAME_ASC", NicknameDesc = "NICKNAME_DESC", NameAsc = "NAME_ASC", NameDesc = "NAME_DESC", DescriptionAsc = "DESCRIPTION_ASC", DescriptionDesc = "DESCRIPTION_DESC", CreatedAtAsc = "CREATED_AT_ASC", CreatedAtDesc = "CREATED_AT_DESC", UpdatedAtAsc = "UPDATED_AT_ASC", UpdatedAtDesc = "UPDATED_AT_DESC", SubscriptionPlanAsc = "SUBSCRIPTION_PLAN_ASC", SubscriptionPlanDesc = "SUBSCRIPTION_PLAN_DESC", DeletedAtAsc = "DELETED_AT_ASC", DeletedAtDesc = "DELETED_AT_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", FileByPictureIdDoNotUseIdAsc = "FILE_BY_PICTURE_ID_DO_NOT_USE__ID_ASC", FileByPictureIdDoNotUseIdDesc = "FILE_BY_PICTURE_ID_DO_NOT_USE__ID_DESC", FileByPictureIdDoNotUseNicknameAsc = "FILE_BY_PICTURE_ID_DO_NOT_USE__NICKNAME_ASC", FileByPictureIdDoNotUseNicknameDesc = "FILE_BY_PICTURE_ID_DO_NOT_USE__NICKNAME_DESC", FileByPictureIdDoNotUseNameAsc = "FILE_BY_PICTURE_ID_DO_NOT_USE__NAME_ASC", FileByPictureIdDoNotUseNameDesc = "FILE_BY_PICTURE_ID_DO_NOT_USE__NAME_DESC", FileByPictureIdDoNotUseCreatedAtAsc = "FILE_BY_PICTURE_ID_DO_NOT_USE__CREATED_AT_ASC", FileByPictureIdDoNotUseCreatedAtDesc = "FILE_BY_PICTURE_ID_DO_NOT_USE__CREATED_AT_DESC", FileByPictureIdDoNotUseUpdatedAtAsc = "FILE_BY_PICTURE_ID_DO_NOT_USE__UPDATED_AT_ASC", FileByPictureIdDoNotUseUpdatedAtDesc = "FILE_BY_PICTURE_ID_DO_NOT_USE__UPDATED_AT_DESC", FileByPictureIdDoNotUseContentTypeAsc = "FILE_BY_PICTURE_ID_DO_NOT_USE__CONTENT_TYPE_ASC", FileByPictureIdDoNotUseContentTypeDesc = "FILE_BY_PICTURE_ID_DO_NOT_USE__CONTENT_TYPE_DESC", FileByPictureIdDoNotUseSecretAsc = "FILE_BY_PICTURE_ID_DO_NOT_USE__SECRET_ASC", FileByPictureIdDoNotUseSecretDesc = "FILE_BY_PICTURE_ID_DO_NOT_USE__SECRET_DESC", FileByPictureIdDoNotUseSizeAsc = "FILE_BY_PICTURE_ID_DO_NOT_USE__SIZE_ASC", FileByPictureIdDoNotUseSizeDesc = "FILE_BY_PICTURE_ID_DO_NOT_USE__SIZE_DESC", FileByPictureIdDoNotUseUrlAsc = "FILE_BY_PICTURE_ID_DO_NOT_USE__URL_ASC", FileByPictureIdDoNotUseUrlDesc = "FILE_BY_PICTURE_ID_DO_NOT_USE__URL_DESC", FileByPictureIdDoNotUseDeletedAtAsc = "FILE_BY_PICTURE_ID_DO_NOT_USE__DELETED_AT_ASC", FileByPictureIdDoNotUseDeletedAtDesc = "FILE_BY_PICTURE_ID_DO_NOT_USE__DELETED_AT_DESC", StructureModelsByManufacturerIdDoNotUseCountAsc = "STRUCTURE_MODELS_BY_MANUFACTURER_ID_DO_NOT_USE__COUNT_ASC", StructureModelsByManufacturerIdDoNotUseCountDesc = "STRUCTURE_MODELS_BY_MANUFACTURER_ID_DO_NOT_USE__COUNT_DESC", StructuresByOrganizationIdDoNotUseCountAsc = "STRUCTURES_BY_ORGANIZATION_ID_DO_NOT_USE__COUNT_ASC", StructuresByOrganizationIdDoNotUseCountDesc = "STRUCTURES_BY_ORGANIZATION_ID_DO_NOT_USE__COUNT_DESC", StructureModelOwnersByACountAsc = "STRUCTURE_MODEL_OWNERS_BY_A__COUNT_ASC", StructureModelOwnersByACountDesc = "STRUCTURE_MODEL_OWNERS_BY_A__COUNT_DESC", MissionsByOrganizationIdDoNotUseCountAsc = "MISSIONS_BY_ORGANIZATION_ID_DO_NOT_USE__COUNT_ASC", MissionsByOrganizationIdDoNotUseCountDesc = "MISSIONS_BY_ORGANIZATION_ID_DO_NOT_USE__COUNT_DESC", OrganizationUsersByACountAsc = "ORGANIZATION_USERS_BY_A__COUNT_ASC", OrganizationUsersByACountDesc = "ORGANIZATION_USERS_BY_A__COUNT_DESC", ActivityAssignmentsByOrganizationIdDoNotUseCountAsc = "ACTIVITY_ASSIGNMENTS_BY_ORGANIZATION_ID_DO_NOT_USE__COUNT_ASC", ActivityAssignmentsByOrganizationIdDoNotUseCountDesc = "ACTIVITY_ASSIGNMENTS_BY_ORGANIZATION_ID_DO_NOT_USE__COUNT_DESC", OrganizationAnomalyLevelMappingsByBCountAsc = "ORGANIZATION_ANOMALY_LEVEL_MAPPINGS_BY_B__COUNT_ASC", OrganizationAnomalyLevelMappingsByBCountDesc = "ORGANIZATION_ANOMALY_LEVEL_MAPPINGS_BY_B__COUNT_DESC", OrganizationAdminsByACountAsc = "ORGANIZATION_ADMINS_BY_A__COUNT_ASC", OrganizationAdminsByACountDesc = "ORGANIZATION_ADMINS_BY_A__COUNT_DESC", PlanOrganizationsByOrganizationIdCountAsc = "PLAN_ORGANIZATIONS_BY_ORGANIZATION_ID__COUNT_ASC", PlanOrganizationsByOrganizationIdCountDesc = "PLAN_ORGANIZATIONS_BY_ORGANIZATION_ID__COUNT_DESC", ExecutionOrganizationsByOrganizationIdCountAsc = "EXECUTION_ORGANIZATIONS_BY_ORGANIZATION_ID__COUNT_ASC", ExecutionOrganizationsByOrganizationIdCountDesc = "EXECUTION_ORGANIZATIONS_BY_ORGANIZATION_ID__COUNT_DESC" } /** A filter to be used against many `ActivityAssignment` object types. All fields are combined with a logical ‘and.’ */ export declare type OrganizationToManyActivityAssignmentFilter = { /** Every related `ActivityAssignment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `ActivityAssignment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `ActivityAssignment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `ExecutionOrganization` object types. All fields are combined with a logical ‘and.’ */ export declare type OrganizationToManyExecutionOrganizationFilter = { /** Every related `ExecutionOrganization` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `ExecutionOrganization` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `ExecutionOrganization` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `Mission` object types. All fields are combined with a logical ‘and.’ */ export declare type OrganizationToManyMissionFilter = { /** Every related `Mission` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Mission` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Mission` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `OrganizationAdmin` object types. All fields are combined with a logical ‘and.’ */ export declare type OrganizationToManyOrganizationAdminFilter = { /** Every related `OrganizationAdmin` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `OrganizationAdmin` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `OrganizationAdmin` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** * A filter to be used against many `OrganizationAnomalyLevelMapping` object types. * All fields are combined with a logical ‘and.’ */ export declare type OrganizationToManyOrganizationAnomalyLevelMappingFilter = { /** Every related `OrganizationAnomalyLevelMapping` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `OrganizationAnomalyLevelMapping` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `OrganizationAnomalyLevelMapping` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `OrganizationUser` object types. All fields are combined with a logical ‘and.’ */ export declare type OrganizationToManyOrganizationUserFilter = { /** Every related `OrganizationUser` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `OrganizationUser` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `OrganizationUser` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `PlanOrganization` object types. All fields are combined with a logical ‘and.’ */ export declare type OrganizationToManyPlanOrganizationFilter = { /** Every related `PlanOrganization` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `PlanOrganization` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `PlanOrganization` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `Structure` object types. All fields are combined with a logical ‘and.’ */ export declare type OrganizationToManyStructureFilter = { /** Every related `Structure` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Structure` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Structure` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `StructureModel` object types. All fields are combined with a logical ‘and.’ */ export declare type OrganizationToManyStructureModelFilter = { /** Every related `StructureModel` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `StructureModel` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `StructureModel` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `StructureModelOwner` object types. All fields are combined with a logical ‘and.’ */ export declare type OrganizationToManyStructureModelOwnerFilter = { /** Every related `StructureModelOwner` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `StructureModelOwner` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `StructureModelOwner` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; export declare type OrganizationUser = { __typename?: 'OrganizationUser'; a: Scalars['String']; b: Scalars['String']; /** Reads a single `Organization` that is related to this `OrganizationUser`. */ organization?: Maybe; /** Reads a single `User` that is related to this `OrganizationUser`. */ user?: Maybe; }; /** * A condition to be used against `OrganizationUser` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type OrganizationUserCondition = { /** Checks for equality with the object’s `a` field. */ a?: Maybe; /** Checks for equality with the object’s `b` field. */ b?: Maybe; }; /** A filter to be used against `OrganizationUser` object types. All fields are combined with a logical ‘and.’ */ export declare type OrganizationUserFilter = { /** Filter by the object’s `a` field. */ a?: Maybe; /** Filter by the object’s `b` field. */ b?: Maybe; /** Filter by the object’s `organization` relation. */ organization?: Maybe; /** Filter by the object’s `user` relation. */ user?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `OrganizationUser` */ export declare type OrganizationUserInput = { a?: Maybe; b?: Maybe; organization?: Maybe<_OrganizationUsersIbfk1Input>; user?: Maybe<_OrganizationUsersIbfk2Input>; }; /** The fields on `organizationUser` to look up the row to update. */ export declare type OrganizationUserOnOrganizationUserForOrganizationUsersIbfk1UsingOrganizationUsersPkeyUpdate = { /** An object where the defined keys will be set on the `organizationUser` being updated. */ patch: UpdateOrganizationUserOnOrganizationUserForOrganizationUsersIbfk1Patch; a: Scalars['String']; b: Scalars['String']; }; /** The fields on `organizationUser` to look up the row to update. */ export declare type OrganizationUserOnOrganizationUserForOrganizationUsersIbfk2UsingOrganizationUsersPkeyUpdate = { /** An object where the defined keys will be set on the `organizationUser` being updated. */ patch: UpdateOrganizationUserOnOrganizationUserForOrganizationUsersIbfk2Patch; a: Scalars['String']; b: Scalars['String']; }; /** The fields on `organizationUser` to look up the row to connect. */ export declare type OrganizationUserOrganizationUsersPkeyConnect = { a: Scalars['String']; b: Scalars['String']; }; /** The fields on `organizationUser` to look up the row to delete. */ export declare type OrganizationUserOrganizationUsersPkeyDelete = { a: Scalars['String']; b: Scalars['String']; }; /** Represents an update to a `OrganizationUser`. Fields that are set will be updated. */ export declare type OrganizationUserPatch = { a?: Maybe; b?: Maybe; organization?: Maybe<_OrganizationUsersIbfk1Input>; user?: Maybe<_OrganizationUsersIbfk2Input>; }; /** A connection to a list of `OrganizationUser` values. */ export declare type OrganizationUsersConnection = { __typename?: 'OrganizationUsersConnection'; /** A list of `OrganizationUser` objects. */ nodes: Array>; /** A list of edges which contains the `OrganizationUser` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `OrganizationUser` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A connection to a list of `User` values, with data from `OrganizationUser`. */ export declare type OrganizationUsersConnectionManyToManyConnection = { __typename?: 'OrganizationUsersConnectionManyToManyConnection'; /** A list of `User` objects. */ nodes: Array>; /** A list of edges which contains the `User`, info from the `OrganizationUser`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `User` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `User` edge in the connection, with data from `OrganizationUser`. */ export declare type OrganizationUsersConnectionManyToManyEdge = { __typename?: 'OrganizationUsersConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `User` at the end of the edge. */ node?: Maybe; }; /** A `OrganizationUser` edge in the connection. */ export declare type OrganizationUsersEdge = { __typename?: 'OrganizationUsersEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `OrganizationUser` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `OrganizationUser`. */ export declare enum OrganizationUsersOrderBy { Natural = "NATURAL", AAsc = "A_ASC", ADesc = "A_DESC", BAsc = "B_ASC", BDesc = "B_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", OrganizationByAIdAsc = "ORGANIZATION_BY_A__ID_ASC", OrganizationByAIdDesc = "ORGANIZATION_BY_A__ID_DESC", OrganizationByANicknameAsc = "ORGANIZATION_BY_A__NICKNAME_ASC", OrganizationByANicknameDesc = "ORGANIZATION_BY_A__NICKNAME_DESC", OrganizationByANameAsc = "ORGANIZATION_BY_A__NAME_ASC", OrganizationByANameDesc = "ORGANIZATION_BY_A__NAME_DESC", OrganizationByADescriptionAsc = "ORGANIZATION_BY_A__DESCRIPTION_ASC", OrganizationByADescriptionDesc = "ORGANIZATION_BY_A__DESCRIPTION_DESC", OrganizationByACreatedAtAsc = "ORGANIZATION_BY_A__CREATED_AT_ASC", OrganizationByACreatedAtDesc = "ORGANIZATION_BY_A__CREATED_AT_DESC", OrganizationByAUpdatedAtAsc = "ORGANIZATION_BY_A__UPDATED_AT_ASC", OrganizationByAUpdatedAtDesc = "ORGANIZATION_BY_A__UPDATED_AT_DESC", OrganizationByASubscriptionPlanAsc = "ORGANIZATION_BY_A__SUBSCRIPTION_PLAN_ASC", OrganizationByASubscriptionPlanDesc = "ORGANIZATION_BY_A__SUBSCRIPTION_PLAN_DESC", OrganizationByADeletedAtAsc = "ORGANIZATION_BY_A__DELETED_AT_ASC", OrganizationByADeletedAtDesc = "ORGANIZATION_BY_A__DELETED_AT_DESC", UserByBIdAsc = "USER_BY_B__ID_ASC", UserByBIdDesc = "USER_BY_B__ID_DESC", UserByBNicknameAsc = "USER_BY_B__NICKNAME_ASC", UserByBNicknameDesc = "USER_BY_B__NICKNAME_DESC", UserByBNameAsc = "USER_BY_B__NAME_ASC", UserByBNameDesc = "USER_BY_B__NAME_DESC", UserByBEmailAsc = "USER_BY_B__EMAIL_ASC", UserByBEmailDesc = "USER_BY_B__EMAIL_DESC", UserByBPasswordAsc = "USER_BY_B__PASSWORD_ASC", UserByBPasswordDesc = "USER_BY_B__PASSWORD_DESC", UserByBDescriptionAsc = "USER_BY_B__DESCRIPTION_ASC", UserByBDescriptionDesc = "USER_BY_B__DESCRIPTION_DESC", UserByBCreatedAtAsc = "USER_BY_B__CREATED_AT_ASC", UserByBCreatedAtDesc = "USER_BY_B__CREATED_AT_DESC", UserByBUpdatedAtAsc = "USER_BY_B__UPDATED_AT_ASC", UserByBUpdatedAtDesc = "USER_BY_B__UPDATED_AT_DESC", UserByBActivatedAtAsc = "USER_BY_B__ACTIVATED_AT_ASC", UserByBActivatedAtDesc = "USER_BY_B__ACTIVATED_AT_DESC", UserByBDateOfBirthAsc = "USER_BY_B__DATE_OF_BIRTH_ASC", UserByBDateOfBirthDesc = "USER_BY_B__DATE_OF_BIRTH_DESC", UserByBParametersAsc = "USER_BY_B__PARAMETERS_ASC", UserByBParametersDesc = "USER_BY_B__PARAMETERS_DESC", UserByBLanguageAsc = "USER_BY_B__LANGUAGE_ASC", UserByBLanguageDesc = "USER_BY_B__LANGUAGE_DESC", UserByBDeletedAtAsc = "USER_BY_B__DELETED_AT_ASC", UserByBDeletedAtDesc = "USER_BY_B__DELETED_AT_DESC", AAscBAsc = "A_ASC__B_ASC", ADescBDesc = "A_DESC__B_DESC" } /** A `String` edge in the connection. */ export declare type OwnerViewAssigmentsViewIdEdge = { __typename?: 'OwnerViewAssigmentsViewIdEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `String` at the end of the edge. */ node?: Maybe; }; /** A connection to a list of `String` values. */ export declare type OwnerViewAssigmentsViewIdsConnection = { __typename?: 'OwnerViewAssigmentsViewIdsConnection'; /** A list of `String` objects. */ nodes: Array>; /** A list of edges which contains the `String` and cursor to aid in pagination. */ edges: Array; /** The count of *all* `String` you could get from the connection. */ totalCount: Scalars['Int']; }; /** Information about pagination in a connection. */ export declare type PageInfo = { __typename?: 'PageInfo'; /** When paginating forwards, are there more items? */ hasNextPage: Scalars['Boolean']; /** When paginating backwards, are there more items? */ hasPreviousPage: Scalars['Boolean']; /** When paginating backwards, the cursor to continue. */ startCursor?: Maybe; /** When paginating forwards, the cursor to continue. */ endCursor?: Maybe; }; export declare type Plan = { __typename?: 'Plan'; id: Scalars['String']; type?: Maybe; version?: Maybe; createdAt?: Maybe; updatedAt?: Maybe; deletedAt?: Maybe; clones?: Maybe; dueAt?: Maybe; parameters?: Maybe; /** Reads a single `Plan` that is related to this `Plan`. */ planByClones?: Maybe; /** Reads and enables pagination through a set of `PlanAssignment`. */ assignedUserRelationConnection: PlanAssignmentsConnection; /** Reads and enables pagination through a set of `PlanAssignment`. */ assignedUserRelation: Array; /** Reads and enables pagination through a set of `Plan`. */ plansByClonesConnection: PlansConnection; /** Reads and enables pagination through a set of `Plan`. */ plansByClones: Array; /** Reads and enables pagination through a set of `PlanFollower`. */ basePlansRelationConnection: PlanFollowersConnection; /** Reads and enables pagination through a set of `PlanFollower`. */ basePlansRelation: Array; /** Reads and enables pagination through a set of `PlanFollower`. */ followerPlansRelationConnection: PlanFollowersConnection; /** Reads and enables pagination through a set of `PlanFollower`. */ followerPlansRelation: Array; /** Reads and enables pagination through a set of `EventPlansCreated`. */ activitiesCreatingRelationConnection: EventPlansCreatedsConnection; /** Reads and enables pagination through a set of `EventPlansCreated`. */ activitiesCreatingRelation: Array; /** Reads and enables pagination through a set of `EventPlansRead`. */ activitiesReadingRelationConnection: EventPlansReadsConnection; /** Reads and enables pagination through a set of `EventPlansRead`. */ activitiesReadingRelation: Array; /** Reads and enables pagination through a set of `EventPlansUpdated`. */ activitiesUpdatingRelationConnection: EventPlansUpdatedsConnection; /** Reads and enables pagination through a set of `EventPlansUpdated`. */ activitiesUpdatingRelation: Array; /** Reads and enables pagination through a set of `PlanCreatorExecutionCreated`. */ createdExecutionRelationConnection: PlanCreatorExecutionCreatedsConnection; /** Reads and enables pagination through a set of `PlanCreatorExecutionCreated`. */ createdExecutionRelation: Array; /** Reads and enables pagination through a set of `ExecutionCreatorPlanCreated`. */ creatorExecutionRelationConnection: ExecutionCreatorPlanCreatedsConnection; /** Reads and enables pagination through a set of `ExecutionCreatorPlanCreated`. */ creatorExecutionRelation: Array; /** Reads and enables pagination through a set of `PlanChild`. */ childPlansRelationConnection: PlanChildrenConnection; /** Reads and enables pagination through a set of `PlanChild`. */ childPlansRelation: Array; /** Reads and enables pagination through a set of `PlanChild`. */ parentPlansRelationConnection: PlanChildrenConnection; /** Reads and enables pagination through a set of `PlanChild`. */ parentPlansRelation: Array; /** Reads and enables pagination through a set of `PlanAnomaly`. */ anomalyRelationConnection: PlanAnomaliesConnection; /** Reads and enables pagination through a set of `PlanAnomaly`. */ anomalyRelation: Array; /** Reads and enables pagination through a set of `PlanUser`. */ userRelationConnection: PlanUsersConnection; /** Reads and enables pagination through a set of `PlanUser`. */ userRelation: Array; /** Reads and enables pagination through a set of `PlanOrganization`. */ organizationRelationConnection: PlanOrganizationsConnection; /** Reads and enables pagination through a set of `PlanOrganization`. */ organizationRelation: Array; /** Reads and enables pagination through a set of `PlanComment`. */ commentRelationConnection: PlanCommentsConnection; /** Reads and enables pagination through a set of `PlanComment`. */ commentRelation: Array; /** Reads and enables pagination through a set of `PlanDetection`. */ detectionRelationConnection: PlanDetectionsConnection; /** Reads and enables pagination through a set of `PlanDetection`. */ detectionRelation: Array; /** Reads and enables pagination through a set of `PlanImage`. */ imageRelationConnection: PlanImagesConnection; /** Reads and enables pagination through a set of `PlanImage`. */ imageRelation: Array; /** Reads and enables pagination through a set of `PlanArtifact`. */ artifactRelationConnection: PlanArtifactsConnection; /** Reads and enables pagination through a set of `PlanArtifact`. */ artifactRelation: Array; /** Reads and enables pagination through a set of `PlanStructure`. */ structureRelationConnection: PlanStructuresConnection; /** Reads and enables pagination through a set of `PlanStructure`. */ structureRelation: Array; /** Reads and enables pagination through a set of `PlanLocation`. */ locationRelationConnection: PlanLocationsConnection; /** Reads and enables pagination through a set of `PlanLocation`. */ locationRelation: Array; /** Reads and enables pagination through a set of `User`. */ assignedUsersConnection: PlanAssignedUsersConnectionManyToManyConnection; /** Reads and enables pagination through a set of `User`. */ assignedUsers: Array; /** Reads and enables pagination through a set of `Plan`. */ basePlansConnection: PlanBasePlansConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Plan`. */ basePlans: Array; /** Reads and enables pagination through a set of `Plan`. */ followerPlansConnection: PlanFollowerPlansConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Plan`. */ followerPlans: Array; /** Reads and enables pagination through a set of `Event`. */ createdByActivitiesConnection: PlanCreatedByActivitiesConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Event`. */ createdByEvents: Array; /** Reads and enables pagination through a set of `Event`. */ readByActivitiesConnection: PlanReadByActivitiesConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Event`. */ readByEvents: Array; /** Reads and enables pagination through a set of `Event`. */ updatedByActivitiesConnection: PlanUpdatedByActivitiesConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Event`. */ updatedByEvents: Array; /** Reads and enables pagination through a set of `Execution`. */ createdExecutionsConnection: PlanCreatedExecutionsConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Execution`. */ createdExecutions: Array; /** Reads and enables pagination through a set of `Execution`. */ creatorExecutionsConnection: PlanCreatorExecutionsConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Execution`. */ creatorExecutions: Array; /** Reads and enables pagination through a set of `Plan`. */ childPlansConnection: PlanChildPlansConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Plan`. */ childPlans: Array; /** Reads and enables pagination through a set of `Plan`. */ parentPlansConnection: PlanParentPlansConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Plan`. */ parentPlans: Array; /** Reads and enables pagination through a set of `Anomaly`. */ anomaliesConnection: PlanAnomaliesConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Anomaly`. */ anomalies: Array; /** Reads and enables pagination through a set of `User`. */ usersConnection: PlanUsersConnectionManyToManyConnection; /** Reads and enables pagination through a set of `User`. */ users: Array; /** Reads and enables pagination through a set of `Organization`. */ organizationsConnection: PlanOrganizationsConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Organization`. */ organizations: Array; /** Reads and enables pagination through a set of `Comment`. */ commentsConnection: PlanCommentsConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Comment`. */ comments: Array; /** Reads and enables pagination through a set of `Detection`. */ detectionsConnection: PlanDetectionsConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Detection`. */ detections: Array; /** Reads and enables pagination through a set of `Image`. */ imagesConnection: PlanImagesConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Image`. */ images: Array; /** Reads and enables pagination through a set of `Artifact`. */ artifactConnection: PlanArtifactConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Artifact`. */ artifacts: Array; /** Reads and enables pagination through a set of `Structure`. */ structuresConnection: PlanStructuresConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Structure`. */ structures: Array; /** Reads and enables pagination through a set of `Location`. */ locationsConnection: PlanLocationsConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Location`. */ locations: Array; }; export declare type PlanAssignedUserRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanAssignedUserRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanPlansByClonesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanPlansByClonesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanBasePlansRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanBasePlansRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanFollowerPlansRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanFollowerPlansRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanActivitiesCreatingRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanActivitiesCreatingRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanActivitiesReadingRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanActivitiesReadingRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanActivitiesUpdatingRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanActivitiesUpdatingRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanCreatedExecutionRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanCreatedExecutionRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanCreatorExecutionRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanCreatorExecutionRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanChildPlansRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanChildPlansRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanParentPlansRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanParentPlansRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanAnomalyRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanAnomalyRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanUserRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanUserRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanOrganizationRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanOrganizationRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanCommentRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanCommentRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanDetectionRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanDetectionRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanImageRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanImageRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanArtifactRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanArtifactRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanStructureRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanStructureRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanLocationRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanLocationRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanAssignedUsersConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanAssignedUsersArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanBasePlansConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanBasePlansArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanFollowerPlansConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanFollowerPlansArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanCreatedByActivitiesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanCreatedByEventsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanReadByActivitiesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanReadByEventsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanUpdatedByActivitiesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanUpdatedByEventsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanCreatedExecutionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanCreatedExecutionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanCreatorExecutionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanCreatorExecutionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanChildPlansConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanChildPlansArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanParentPlansConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanParentPlansArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanAnomaliesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanAnomaliesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanUsersConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanUsersArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanOrganizationsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanOrganizationsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanCommentsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanCommentsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanDetectionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanDetectionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanImagesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanImagesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanArtifactConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanArtifactsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanStructuresConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanStructuresArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanLocationsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanLocationsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A connection to a list of `PlanAnomaly` values. */ export declare type PlanAnomaliesConnection = { __typename?: 'PlanAnomaliesConnection'; /** A list of `PlanAnomaly` objects. */ nodes: Array>; /** A list of edges which contains the `PlanAnomaly` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `PlanAnomaly` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A connection to a list of `Anomaly` values, with data from `PlanAnomaly`. */ export declare type PlanAnomaliesConnectionManyToManyConnection = { __typename?: 'PlanAnomaliesConnectionManyToManyConnection'; /** A list of `Anomaly` objects. */ nodes: Array>; /** A list of edges which contains the `Anomaly`, info from the `PlanAnomaly`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Anomaly` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Anomaly` edge in the connection, with data from `PlanAnomaly`. */ export declare type PlanAnomaliesConnectionManyToManyEdge = { __typename?: 'PlanAnomaliesConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Anomaly` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `PlanAnomaly`. */ planRelationConnection: PlanAnomaliesConnection; /** Reads and enables pagination through a set of `PlanAnomaly`. */ planRelation: Array; }; /** A `Anomaly` edge in the connection, with data from `PlanAnomaly`. */ export declare type PlanAnomaliesConnectionManyToManyEdgePlanRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Anomaly` edge in the connection, with data from `PlanAnomaly`. */ export declare type PlanAnomaliesConnectionManyToManyEdgePlanRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `PlanAnomaly` edge in the connection. */ export declare type PlanAnomaliesEdge = { __typename?: 'PlanAnomaliesEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `PlanAnomaly` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `PlanAnomaly`. */ export declare enum PlanAnomaliesOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", PlanIdAsc = "PLAN_ID_ASC", PlanIdDesc = "PLAN_ID_DESC", AnomalyIdAsc = "ANOMALY_ID_ASC", AnomalyIdDesc = "ANOMALY_ID_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", PlanByPlanIdIdAsc = "PLAN_BY_PLAN_ID__ID_ASC", PlanByPlanIdIdDesc = "PLAN_BY_PLAN_ID__ID_DESC", PlanByPlanIdTypeAsc = "PLAN_BY_PLAN_ID__TYPE_ASC", PlanByPlanIdTypeDesc = "PLAN_BY_PLAN_ID__TYPE_DESC", PlanByPlanIdVersionAsc = "PLAN_BY_PLAN_ID__VERSION_ASC", PlanByPlanIdVersionDesc = "PLAN_BY_PLAN_ID__VERSION_DESC", PlanByPlanIdCreatedAtAsc = "PLAN_BY_PLAN_ID__CREATED_AT_ASC", PlanByPlanIdCreatedAtDesc = "PLAN_BY_PLAN_ID__CREATED_AT_DESC", PlanByPlanIdUpdatedAtAsc = "PLAN_BY_PLAN_ID__UPDATED_AT_ASC", PlanByPlanIdUpdatedAtDesc = "PLAN_BY_PLAN_ID__UPDATED_AT_DESC", PlanByPlanIdDeletedAtAsc = "PLAN_BY_PLAN_ID__DELETED_AT_ASC", PlanByPlanIdDeletedAtDesc = "PLAN_BY_PLAN_ID__DELETED_AT_DESC", PlanByPlanIdClonesAsc = "PLAN_BY_PLAN_ID__CLONES_ASC", PlanByPlanIdClonesDesc = "PLAN_BY_PLAN_ID__CLONES_DESC", PlanByPlanIdDueAtAsc = "PLAN_BY_PLAN_ID__DUE_AT_ASC", PlanByPlanIdDueAtDesc = "PLAN_BY_PLAN_ID__DUE_AT_DESC", PlanByPlanIdParametersAsc = "PLAN_BY_PLAN_ID__PARAMETERS_ASC", PlanByPlanIdParametersDesc = "PLAN_BY_PLAN_ID__PARAMETERS_DESC", AnomalyByAnomalyIdIdAsc = "ANOMALY_BY_ANOMALY_ID__ID_ASC", AnomalyByAnomalyIdIdDesc = "ANOMALY_BY_ANOMALY_ID__ID_DESC", AnomalyByAnomalyIdNicknameAsc = "ANOMALY_BY_ANOMALY_ID__NICKNAME_ASC", AnomalyByAnomalyIdNicknameDesc = "ANOMALY_BY_ANOMALY_ID__NICKNAME_DESC", AnomalyByAnomalyIdCreatedAtAsc = "ANOMALY_BY_ANOMALY_ID__CREATED_AT_ASC", AnomalyByAnomalyIdCreatedAtDesc = "ANOMALY_BY_ANOMALY_ID__CREATED_AT_DESC", AnomalyByAnomalyIdUpdatedAtAsc = "ANOMALY_BY_ANOMALY_ID__UPDATED_AT_ASC", AnomalyByAnomalyIdUpdatedAtDesc = "ANOMALY_BY_ANOMALY_ID__UPDATED_AT_DESC", AnomalyByAnomalyIdLevelAsc = "ANOMALY_BY_ANOMALY_ID__LEVEL_ASC", AnomalyByAnomalyIdLevelDesc = "ANOMALY_BY_ANOMALY_ID__LEVEL_DESC", AnomalyByAnomalyIdParametersAsc = "ANOMALY_BY_ANOMALY_ID__PARAMETERS_ASC", AnomalyByAnomalyIdParametersDesc = "ANOMALY_BY_ANOMALY_ID__PARAMETERS_DESC", AnomalyByAnomalyIdUMinAsc = "ANOMALY_BY_ANOMALY_ID__U_MIN_ASC", AnomalyByAnomalyIdUMinDesc = "ANOMALY_BY_ANOMALY_ID__U_MIN_DESC", AnomalyByAnomalyIdUMaxAsc = "ANOMALY_BY_ANOMALY_ID__U_MAX_ASC", AnomalyByAnomalyIdUMaxDesc = "ANOMALY_BY_ANOMALY_ID__U_MAX_DESC", AnomalyByAnomalyIdVMinAsc = "ANOMALY_BY_ANOMALY_ID__V_MIN_ASC", AnomalyByAnomalyIdVMinDesc = "ANOMALY_BY_ANOMALY_ID__V_MIN_DESC", AnomalyByAnomalyIdVMaxAsc = "ANOMALY_BY_ANOMALY_ID__V_MAX_ASC", AnomalyByAnomalyIdVMaxDesc = "ANOMALY_BY_ANOMALY_ID__V_MAX_DESC", AnomalyByAnomalyIdUvGeometryAsc = "ANOMALY_BY_ANOMALY_ID__UV_GEOMETRY_ASC", AnomalyByAnomalyIdUvGeometryDesc = "ANOMALY_BY_ANOMALY_ID__UV_GEOMETRY_DESC", AnomalyByAnomalyIdDescriptionAsc = "ANOMALY_BY_ANOMALY_ID__DESCRIPTION_ASC", AnomalyByAnomalyIdDescriptionDesc = "ANOMALY_BY_ANOMALY_ID__DESCRIPTION_DESC", AnomalyByAnomalyIdDeletedAtAsc = "ANOMALY_BY_ANOMALY_ID__DELETED_AT_ASC", AnomalyByAnomalyIdDeletedAtDesc = "ANOMALY_BY_ANOMALY_ID__DELETED_AT_DESC" } export declare type PlanAnomaly = { __typename?: 'PlanAnomaly'; id: Scalars['String']; planId?: Maybe; anomalyId?: Maybe; /** Reads a single `Plan` that is related to this `PlanAnomaly`. */ plan?: Maybe; /** Reads a single `Anomaly` that is related to this `PlanAnomaly`. */ anomaly?: Maybe; }; /** * A condition to be used against `PlanAnomaly` object types. All fields are tested * for equality and combined with a logical ‘and.’ */ export declare type PlanAnomalyCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `planId` field. */ planId?: Maybe; /** Checks for equality with the object’s `anomalyId` field. */ anomalyId?: Maybe; }; /** A filter to be used against `PlanAnomaly` object types. All fields are combined with a logical ‘and.’ */ export declare type PlanAnomalyFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `planId` field. */ planId?: Maybe; /** Filter by the object’s `anomalyId` field. */ anomalyId?: Maybe; /** Filter by the object’s `plan` relation. */ plan?: Maybe; /** A related `plan` exists. */ planExists?: Maybe; /** Filter by the object’s `anomaly` relation. */ anomaly?: Maybe; /** A related `anomaly` exists. */ anomalyExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `PlanAnomaly` */ export declare type PlanAnomalyInput = { id?: Maybe; planId?: Maybe; anomalyId?: Maybe; plan?: Maybe<_PlanAnomalyPlanIdFkeyInput>; anomaly?: Maybe<_PlanAnomalyAnomalyIdFkeyInput>; }; /** The fields on `planAnomaly` to look up the row to update. */ export declare type PlanAnomalyOnPlanAnomalyForPlanAnomalyAnomalyIdFkeyUsingPlanAnomalyPkeyUpdate = { /** An object where the defined keys will be set on the `planAnomaly` being updated. */ patch: UpdatePlanAnomalyOnPlanAnomalyForPlanAnomalyAnomalyIdFkeyPatch; id: Scalars['String']; }; /** The fields on `planAnomaly` to look up the row to update. */ export declare type PlanAnomalyOnPlanAnomalyForPlanAnomalyPlanIdFkeyUsingPlanAnomalyPkeyUpdate = { /** An object where the defined keys will be set on the `planAnomaly` being updated. */ patch: UpdatePlanAnomalyOnPlanAnomalyForPlanAnomalyPlanIdFkeyPatch; id: Scalars['String']; }; /** Represents an update to a `PlanAnomaly`. Fields that are set will be updated. */ export declare type PlanAnomalyPatch = { id?: Maybe; planId?: Maybe; anomalyId?: Maybe; plan?: Maybe<_PlanAnomalyPlanIdFkeyInput>; anomaly?: Maybe<_PlanAnomalyAnomalyIdFkeyInput>; }; /** The fields on `planAnomaly` to look up the row to connect. */ export declare type PlanAnomalyPlanAnomalyPkeyConnect = { id: Scalars['String']; }; /** The fields on `planAnomaly` to look up the row to delete. */ export declare type PlanAnomalyPlanAnomalyPkeyDelete = { id: Scalars['String']; }; export declare type PlanArtifact = { __typename?: 'PlanArtifact'; id: Scalars['String']; planId?: Maybe; artifactId?: Maybe; /** Reads a single `Plan` that is related to this `PlanArtifact`. */ plan?: Maybe; /** Reads a single `Artifact` that is related to this `PlanArtifact`. */ artifact?: Maybe; }; /** * A condition to be used against `PlanArtifact` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type PlanArtifactCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `planId` field. */ planId?: Maybe; /** Checks for equality with the object’s `artifactId` field. */ artifactId?: Maybe; }; /** A connection to a list of `Artifact` values, with data from `PlanArtifact`. */ export declare type PlanArtifactConnectionManyToManyConnection = { __typename?: 'PlanArtifactConnectionManyToManyConnection'; /** A list of `Artifact` objects. */ nodes: Array>; /** A list of edges which contains the `Artifact`, info from the `PlanArtifact`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Artifact` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Artifact` edge in the connection, with data from `PlanArtifact`. */ export declare type PlanArtifactConnectionManyToManyEdge = { __typename?: 'PlanArtifactConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Artifact` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `PlanArtifact`. */ planRelationConnection: PlanArtifactsConnection; /** Reads and enables pagination through a set of `PlanArtifact`. */ planRelation: Array; }; /** A `Artifact` edge in the connection, with data from `PlanArtifact`. */ export declare type PlanArtifactConnectionManyToManyEdgePlanRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Artifact` edge in the connection, with data from `PlanArtifact`. */ export declare type PlanArtifactConnectionManyToManyEdgePlanRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A filter to be used against `PlanArtifact` object types. All fields are combined with a logical ‘and.’ */ export declare type PlanArtifactFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `planId` field. */ planId?: Maybe; /** Filter by the object’s `artifactId` field. */ artifactId?: Maybe; /** Filter by the object’s `plan` relation. */ plan?: Maybe; /** A related `plan` exists. */ planExists?: Maybe; /** Filter by the object’s `artifact` relation. */ artifact?: Maybe; /** A related `artifact` exists. */ artifactExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `PlanArtifact` */ export declare type PlanArtifactInput = { id?: Maybe; planId?: Maybe; artifactId?: Maybe; plan?: Maybe<_PlanArtifactPlanIdFkeyInput>; artifact?: Maybe<_PlanArtifactArtifactIdFkeyInput>; }; /** The fields on `planArtifact` to look up the row to update. */ export declare type PlanArtifactOnPlanArtifactForPlanArtifactArtifactIdFkeyUsingPlanArtifactPkeyUpdate = { /** An object where the defined keys will be set on the `planArtifact` being updated. */ patch: UpdatePlanArtifactOnPlanArtifactForPlanArtifactArtifactIdFkeyPatch; id: Scalars['String']; }; /** The fields on `planArtifact` to look up the row to update. */ export declare type PlanArtifactOnPlanArtifactForPlanArtifactPlanIdFkeyUsingPlanArtifactPkeyUpdate = { /** An object where the defined keys will be set on the `planArtifact` being updated. */ patch: UpdatePlanArtifactOnPlanArtifactForPlanArtifactPlanIdFkeyPatch; id: Scalars['String']; }; /** Represents an update to a `PlanArtifact`. Fields that are set will be updated. */ export declare type PlanArtifactPatch = { id?: Maybe; planId?: Maybe; artifactId?: Maybe; plan?: Maybe<_PlanArtifactPlanIdFkeyInput>; artifact?: Maybe<_PlanArtifactArtifactIdFkeyInput>; }; /** The fields on `planArtifact` to look up the row to connect. */ export declare type PlanArtifactPlanArtifactPkeyConnect = { id: Scalars['String']; }; /** The fields on `planArtifact` to look up the row to delete. */ export declare type PlanArtifactPlanArtifactPkeyDelete = { id: Scalars['String']; }; /** A connection to a list of `PlanArtifact` values. */ export declare type PlanArtifactsConnection = { __typename?: 'PlanArtifactsConnection'; /** A list of `PlanArtifact` objects. */ nodes: Array>; /** A list of edges which contains the `PlanArtifact` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `PlanArtifact` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `PlanArtifact` edge in the connection. */ export declare type PlanArtifactsEdge = { __typename?: 'PlanArtifactsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `PlanArtifact` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `PlanArtifact`. */ export declare enum PlanArtifactsOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", PlanIdAsc = "PLAN_ID_ASC", PlanIdDesc = "PLAN_ID_DESC", ArtifactIdAsc = "ARTIFACT_ID_ASC", ArtifactIdDesc = "ARTIFACT_ID_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", PlanByPlanIdIdAsc = "PLAN_BY_PLAN_ID__ID_ASC", PlanByPlanIdIdDesc = "PLAN_BY_PLAN_ID__ID_DESC", PlanByPlanIdTypeAsc = "PLAN_BY_PLAN_ID__TYPE_ASC", PlanByPlanIdTypeDesc = "PLAN_BY_PLAN_ID__TYPE_DESC", PlanByPlanIdVersionAsc = "PLAN_BY_PLAN_ID__VERSION_ASC", PlanByPlanIdVersionDesc = "PLAN_BY_PLAN_ID__VERSION_DESC", PlanByPlanIdCreatedAtAsc = "PLAN_BY_PLAN_ID__CREATED_AT_ASC", PlanByPlanIdCreatedAtDesc = "PLAN_BY_PLAN_ID__CREATED_AT_DESC", PlanByPlanIdUpdatedAtAsc = "PLAN_BY_PLAN_ID__UPDATED_AT_ASC", PlanByPlanIdUpdatedAtDesc = "PLAN_BY_PLAN_ID__UPDATED_AT_DESC", PlanByPlanIdDeletedAtAsc = "PLAN_BY_PLAN_ID__DELETED_AT_ASC", PlanByPlanIdDeletedAtDesc = "PLAN_BY_PLAN_ID__DELETED_AT_DESC", PlanByPlanIdClonesAsc = "PLAN_BY_PLAN_ID__CLONES_ASC", PlanByPlanIdClonesDesc = "PLAN_BY_PLAN_ID__CLONES_DESC", PlanByPlanIdDueAtAsc = "PLAN_BY_PLAN_ID__DUE_AT_ASC", PlanByPlanIdDueAtDesc = "PLAN_BY_PLAN_ID__DUE_AT_DESC", PlanByPlanIdParametersAsc = "PLAN_BY_PLAN_ID__PARAMETERS_ASC", PlanByPlanIdParametersDesc = "PLAN_BY_PLAN_ID__PARAMETERS_DESC", ArtifactByArtifactIdIdAsc = "ARTIFACT_BY_ARTIFACT_ID__ID_ASC", ArtifactByArtifactIdIdDesc = "ARTIFACT_BY_ARTIFACT_ID__ID_DESC", ArtifactByArtifactIdNicknameAsc = "ARTIFACT_BY_ARTIFACT_ID__NICKNAME_ASC", ArtifactByArtifactIdNicknameDesc = "ARTIFACT_BY_ARTIFACT_ID__NICKNAME_DESC", ArtifactByArtifactIdCreatedAtAsc = "ARTIFACT_BY_ARTIFACT_ID__CREATED_AT_ASC", ArtifactByArtifactIdCreatedAtDesc = "ARTIFACT_BY_ARTIFACT_ID__CREATED_AT_DESC", ArtifactByArtifactIdUpdatedAtAsc = "ARTIFACT_BY_ARTIFACT_ID__UPDATED_AT_ASC", ArtifactByArtifactIdUpdatedAtDesc = "ARTIFACT_BY_ARTIFACT_ID__UPDATED_AT_DESC", ArtifactByArtifactIdNameAsc = "ARTIFACT_BY_ARTIFACT_ID__NAME_ASC", ArtifactByArtifactIdNameDesc = "ARTIFACT_BY_ARTIFACT_ID__NAME_DESC", ArtifactByArtifactIdTypeAsc = "ARTIFACT_BY_ARTIFACT_ID__TYPE_ASC", ArtifactByArtifactIdTypeDesc = "ARTIFACT_BY_ARTIFACT_ID__TYPE_DESC", ArtifactByArtifactIdIndexAsc = "ARTIFACT_BY_ARTIFACT_ID__INDEX_ASC", ArtifactByArtifactIdIndexDesc = "ARTIFACT_BY_ARTIFACT_ID__INDEX_DESC", ArtifactByArtifactIdParametersAsc = "ARTIFACT_BY_ARTIFACT_ID__PARAMETERS_ASC", ArtifactByArtifactIdParametersDesc = "ARTIFACT_BY_ARTIFACT_ID__PARAMETERS_DESC", ArtifactByArtifactIdFallbackDataAsc = "ARTIFACT_BY_ARTIFACT_ID__FALLBACK_DATA_ASC", ArtifactByArtifactIdFallbackDataDesc = "ARTIFACT_BY_ARTIFACT_ID__FALLBACK_DATA_DESC", ArtifactByArtifactIdDescriptionAsc = "ARTIFACT_BY_ARTIFACT_ID__DESCRIPTION_ASC", ArtifactByArtifactIdDescriptionDesc = "ARTIFACT_BY_ARTIFACT_ID__DESCRIPTION_DESC", ArtifactByArtifactIdDeletedAtAsc = "ARTIFACT_BY_ARTIFACT_ID__DELETED_AT_ASC", ArtifactByArtifactIdDeletedAtDesc = "ARTIFACT_BY_ARTIFACT_ID__DELETED_AT_DESC" } /** A connection to a list of `User` values, with data from `PlanAssignment`. */ export declare type PlanAssignedUsersConnectionManyToManyConnection = { __typename?: 'PlanAssignedUsersConnectionManyToManyConnection'; /** A list of `User` objects. */ nodes: Array>; /** A list of edges which contains the `User`, info from the `PlanAssignment`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `User` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `User` edge in the connection, with data from `PlanAssignment`. */ export declare type PlanAssignedUsersConnectionManyToManyEdge = { __typename?: 'PlanAssignedUsersConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `User` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `PlanAssignment`. */ assignedPlansRelationConnection: PlanAssignmentsConnection; /** Reads and enables pagination through a set of `PlanAssignment`. */ assignedPlansRelation: Array; }; /** A `User` edge in the connection, with data from `PlanAssignment`. */ export declare type PlanAssignedUsersConnectionManyToManyEdgeAssignedPlansRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `User` edge in the connection, with data from `PlanAssignment`. */ export declare type PlanAssignedUsersConnectionManyToManyEdgeAssignedPlansRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanAssignment = { __typename?: 'PlanAssignment'; id: Scalars['String']; createdAt?: Maybe; updatedAt?: Maybe; deletedAt?: Maybe; user?: Maybe; plan?: Maybe; /** Reads a single `User` that is related to this `PlanAssignment`. */ assignedUser?: Maybe; /** Reads a single `Plan` that is related to this `PlanAssignment`. */ assignedPlan?: Maybe; }; /** * A condition to be used against `PlanAssignment` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type PlanAssignmentCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `createdAt` field. */ createdAt?: Maybe; /** Checks for equality with the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Checks for equality with the object’s `deletedAt` field. */ deletedAt?: Maybe; /** Checks for equality with the object’s `user` field. */ user?: Maybe; /** Checks for equality with the object’s `plan` field. */ plan?: Maybe; }; /** A filter to be used against `PlanAssignment` object types. All fields are combined with a logical ‘and.’ */ export declare type PlanAssignmentFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `createdAt` field. */ createdAt?: Maybe; /** Filter by the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Filter by the object’s `deletedAt` field. */ deletedAt?: Maybe; /** Filter by the object’s `user` field. */ user?: Maybe; /** Filter by the object’s `plan` field. */ plan?: Maybe; /** Filter by the object’s `assignedUser` relation. */ assignedUser?: Maybe; /** A related `assignedUser` exists. */ assignedUserExists?: Maybe; /** Filter by the object’s `assignedPlan` relation. */ assignedPlan?: Maybe; /** A related `assignedPlan` exists. */ assignedPlanExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `PlanAssignment` */ export declare type PlanAssignmentInput = { id?: Maybe; createdAt?: Maybe; updatedAt?: Maybe; deletedAt?: Maybe; user?: Maybe; plan?: Maybe; assignedUser?: Maybe<_PlanAssignmentUserFkeyInput>; assignedPlan?: Maybe<_PlanAssignmentPlanFkeyInput>; }; /** The fields on `planAssignment` to look up the row to update. */ export declare type PlanAssignmentOnPlanAssignmentForPlanAssignmentPlanFkeyUsingPlanAssignmentPkeyUpdate = { /** An object where the defined keys will be set on the `planAssignment` being updated. */ patch: UpdatePlanAssignmentOnPlanAssignmentForPlanAssignmentPlanFkeyPatch; id: Scalars['String']; }; /** Represents an update to a `PlanAssignment`. Fields that are set will be updated. */ export declare type PlanAssignmentPatch = { id?: Maybe; createdAt?: Maybe; updatedAt?: Maybe; deletedAt?: Maybe; user?: Maybe; plan?: Maybe; assignedUser?: Maybe<_PlanAssignmentUserFkeyInput>; assignedPlan?: Maybe<_PlanAssignmentPlanFkeyInput>; }; /** The fields on `planAssignment` to look up the row to connect. */ export declare type PlanAssignmentPlanAssignmentPkeyConnect = { id: Scalars['String']; }; /** The fields on `planAssignment` to look up the row to delete. */ export declare type PlanAssignmentPlanAssignmentPkeyDelete = { id: Scalars['String']; }; /** A connection to a list of `PlanAssignment` values. */ export declare type PlanAssignmentsConnection = { __typename?: 'PlanAssignmentsConnection'; /** A list of `PlanAssignment` objects. */ nodes: Array>; /** A list of edges which contains the `PlanAssignment` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `PlanAssignment` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `PlanAssignment` edge in the connection. */ export declare type PlanAssignmentsEdge = { __typename?: 'PlanAssignmentsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `PlanAssignment` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `PlanAssignment`. */ export declare enum PlanAssignmentsOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", CreatedAtAsc = "CREATED_AT_ASC", CreatedAtDesc = "CREATED_AT_DESC", UpdatedAtAsc = "UPDATED_AT_ASC", UpdatedAtDesc = "UPDATED_AT_DESC", DeletedAtAsc = "DELETED_AT_ASC", DeletedAtDesc = "DELETED_AT_DESC", UserAsc = "USER_ASC", UserDesc = "USER_DESC", PlanAsc = "PLAN_ASC", PlanDesc = "PLAN_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", UserByUserIdAsc = "USER_BY_USER__ID_ASC", UserByUserIdDesc = "USER_BY_USER__ID_DESC", UserByUserNicknameAsc = "USER_BY_USER__NICKNAME_ASC", UserByUserNicknameDesc = "USER_BY_USER__NICKNAME_DESC", UserByUserNameAsc = "USER_BY_USER__NAME_ASC", UserByUserNameDesc = "USER_BY_USER__NAME_DESC", UserByUserEmailAsc = "USER_BY_USER__EMAIL_ASC", UserByUserEmailDesc = "USER_BY_USER__EMAIL_DESC", UserByUserPasswordAsc = "USER_BY_USER__PASSWORD_ASC", UserByUserPasswordDesc = "USER_BY_USER__PASSWORD_DESC", UserByUserDescriptionAsc = "USER_BY_USER__DESCRIPTION_ASC", UserByUserDescriptionDesc = "USER_BY_USER__DESCRIPTION_DESC", UserByUserCreatedAtAsc = "USER_BY_USER__CREATED_AT_ASC", UserByUserCreatedAtDesc = "USER_BY_USER__CREATED_AT_DESC", UserByUserUpdatedAtAsc = "USER_BY_USER__UPDATED_AT_ASC", UserByUserUpdatedAtDesc = "USER_BY_USER__UPDATED_AT_DESC", UserByUserActivatedAtAsc = "USER_BY_USER__ACTIVATED_AT_ASC", UserByUserActivatedAtDesc = "USER_BY_USER__ACTIVATED_AT_DESC", UserByUserDateOfBirthAsc = "USER_BY_USER__DATE_OF_BIRTH_ASC", UserByUserDateOfBirthDesc = "USER_BY_USER__DATE_OF_BIRTH_DESC", UserByUserParametersAsc = "USER_BY_USER__PARAMETERS_ASC", UserByUserParametersDesc = "USER_BY_USER__PARAMETERS_DESC", UserByUserLanguageAsc = "USER_BY_USER__LANGUAGE_ASC", UserByUserLanguageDesc = "USER_BY_USER__LANGUAGE_DESC", UserByUserDeletedAtAsc = "USER_BY_USER__DELETED_AT_ASC", UserByUserDeletedAtDesc = "USER_BY_USER__DELETED_AT_DESC", PlanByPlanIdAsc = "PLAN_BY_PLAN__ID_ASC", PlanByPlanIdDesc = "PLAN_BY_PLAN__ID_DESC", PlanByPlanTypeAsc = "PLAN_BY_PLAN__TYPE_ASC", PlanByPlanTypeDesc = "PLAN_BY_PLAN__TYPE_DESC", PlanByPlanVersionAsc = "PLAN_BY_PLAN__VERSION_ASC", PlanByPlanVersionDesc = "PLAN_BY_PLAN__VERSION_DESC", PlanByPlanCreatedAtAsc = "PLAN_BY_PLAN__CREATED_AT_ASC", PlanByPlanCreatedAtDesc = "PLAN_BY_PLAN__CREATED_AT_DESC", PlanByPlanUpdatedAtAsc = "PLAN_BY_PLAN__UPDATED_AT_ASC", PlanByPlanUpdatedAtDesc = "PLAN_BY_PLAN__UPDATED_AT_DESC", PlanByPlanDeletedAtAsc = "PLAN_BY_PLAN__DELETED_AT_ASC", PlanByPlanDeletedAtDesc = "PLAN_BY_PLAN__DELETED_AT_DESC", PlanByPlanClonesAsc = "PLAN_BY_PLAN__CLONES_ASC", PlanByPlanClonesDesc = "PLAN_BY_PLAN__CLONES_DESC", PlanByPlanDueAtAsc = "PLAN_BY_PLAN__DUE_AT_ASC", PlanByPlanDueAtDesc = "PLAN_BY_PLAN__DUE_AT_DESC", PlanByPlanParametersAsc = "PLAN_BY_PLAN__PARAMETERS_ASC", PlanByPlanParametersDesc = "PLAN_BY_PLAN__PARAMETERS_DESC" } /** A connection to a list of `Plan` values, with data from `PlanFollower`. */ export declare type PlanBasePlansConnectionManyToManyConnection = { __typename?: 'PlanBasePlansConnectionManyToManyConnection'; /** A list of `Plan` objects. */ nodes: Array>; /** A list of edges which contains the `Plan`, info from the `PlanFollower`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Plan` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Plan` edge in the connection, with data from `PlanFollower`. */ export declare type PlanBasePlansConnectionManyToManyEdge = { __typename?: 'PlanBasePlansConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Plan` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `PlanFollower`. */ followerPlansRelationConnection: PlanFollowersConnection; /** Reads and enables pagination through a set of `PlanFollower`. */ followerPlansRelation: Array; }; /** A `Plan` edge in the connection, with data from `PlanFollower`. */ export declare type PlanBasePlansConnectionManyToManyEdgeFollowerPlansRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Plan` edge in the connection, with data from `PlanFollower`. */ export declare type PlanBasePlansConnectionManyToManyEdgeFollowerPlansRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanChild = { __typename?: 'PlanChild'; id: Scalars['String']; parent?: Maybe; child?: Maybe; /** Reads a single `Plan` that is related to this `PlanChild`. */ parentPlan?: Maybe; /** Reads a single `Plan` that is related to this `PlanChild`. */ childPlan?: Maybe; }; /** * A condition to be used against `PlanChild` object types. All fields are tested * for equality and combined with a logical ‘and.’ */ export declare type PlanChildCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `parent` field. */ parent?: Maybe; /** Checks for equality with the object’s `child` field. */ child?: Maybe; }; /** A filter to be used against `PlanChild` object types. All fields are combined with a logical ‘and.’ */ export declare type PlanChildFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `parent` field. */ parent?: Maybe; /** Filter by the object’s `child` field. */ child?: Maybe; /** Filter by the object’s `parentPlan` relation. */ parentPlan?: Maybe; /** A related `parentPlan` exists. */ parentPlanExists?: Maybe; /** Filter by the object’s `childPlan` relation. */ childPlan?: Maybe; /** A related `childPlan` exists. */ childPlanExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `PlanChild` */ export declare type PlanChildInput = { id: Scalars['String']; parent?: Maybe; child?: Maybe; parentPlan?: Maybe<_PlanChildrenParentFkeyInput>; childPlan?: Maybe<_PlanChildrenChildFkeyInput>; }; /** The fields on `planChild` to look up the row to update. */ export declare type PlanChildOnPlanChildForPlanChildrenChildFkeyUsingPlanChildrenPkeyUpdate = { /** An object where the defined keys will be set on the `planChild` being updated. */ patch: UpdatePlanChildOnPlanChildForPlanChildrenChildFkeyPatch; id: Scalars['String']; }; /** The fields on `planChild` to look up the row to update. */ export declare type PlanChildOnPlanChildForPlanChildrenParentFkeyUsingPlanChildrenPkeyUpdate = { /** An object where the defined keys will be set on the `planChild` being updated. */ patch: UpdatePlanChildOnPlanChildForPlanChildrenParentFkeyPatch; id: Scalars['String']; }; /** Represents an update to a `PlanChild`. Fields that are set will be updated. */ export declare type PlanChildPatch = { id?: Maybe; parent?: Maybe; child?: Maybe; parentPlan?: Maybe<_PlanChildrenParentFkeyInput>; childPlan?: Maybe<_PlanChildrenChildFkeyInput>; }; /** The fields on `planChild` to look up the row to connect. */ export declare type PlanChildPlanChildrenPkeyConnect = { id: Scalars['String']; }; /** The fields on `planChild` to look up the row to delete. */ export declare type PlanChildPlanChildrenPkeyDelete = { id: Scalars['String']; }; /** A connection to a list of `Plan` values, with data from `PlanChild`. */ export declare type PlanChildPlansConnectionManyToManyConnection = { __typename?: 'PlanChildPlansConnectionManyToManyConnection'; /** A list of `Plan` objects. */ nodes: Array>; /** A list of edges which contains the `Plan`, info from the `PlanChild`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Plan` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Plan` edge in the connection, with data from `PlanChild`. */ export declare type PlanChildPlansConnectionManyToManyEdge = { __typename?: 'PlanChildPlansConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Plan` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `PlanChild`. */ parentPlansRelationConnection: PlanChildrenConnection; /** Reads and enables pagination through a set of `PlanChild`. */ parentPlansRelation: Array; }; /** A `Plan` edge in the connection, with data from `PlanChild`. */ export declare type PlanChildPlansConnectionManyToManyEdgeParentPlansRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Plan` edge in the connection, with data from `PlanChild`. */ export declare type PlanChildPlansConnectionManyToManyEdgeParentPlansRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A connection to a list of `PlanChild` values. */ export declare type PlanChildrenConnection = { __typename?: 'PlanChildrenConnection'; /** A list of `PlanChild` objects. */ nodes: Array>; /** A list of edges which contains the `PlanChild` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `PlanChild` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `PlanChild` edge in the connection. */ export declare type PlanChildrenEdge = { __typename?: 'PlanChildrenEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `PlanChild` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `PlanChild`. */ export declare enum PlanChildrenOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", ParentAsc = "PARENT_ASC", ParentDesc = "PARENT_DESC", ChildAsc = "CHILD_ASC", ChildDesc = "CHILD_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", PlanByParentIdAsc = "PLAN_BY_PARENT__ID_ASC", PlanByParentIdDesc = "PLAN_BY_PARENT__ID_DESC", PlanByParentTypeAsc = "PLAN_BY_PARENT__TYPE_ASC", PlanByParentTypeDesc = "PLAN_BY_PARENT__TYPE_DESC", PlanByParentVersionAsc = "PLAN_BY_PARENT__VERSION_ASC", PlanByParentVersionDesc = "PLAN_BY_PARENT__VERSION_DESC", PlanByParentCreatedAtAsc = "PLAN_BY_PARENT__CREATED_AT_ASC", PlanByParentCreatedAtDesc = "PLAN_BY_PARENT__CREATED_AT_DESC", PlanByParentUpdatedAtAsc = "PLAN_BY_PARENT__UPDATED_AT_ASC", PlanByParentUpdatedAtDesc = "PLAN_BY_PARENT__UPDATED_AT_DESC", PlanByParentDeletedAtAsc = "PLAN_BY_PARENT__DELETED_AT_ASC", PlanByParentDeletedAtDesc = "PLAN_BY_PARENT__DELETED_AT_DESC", PlanByParentClonesAsc = "PLAN_BY_PARENT__CLONES_ASC", PlanByParentClonesDesc = "PLAN_BY_PARENT__CLONES_DESC", PlanByParentDueAtAsc = "PLAN_BY_PARENT__DUE_AT_ASC", PlanByParentDueAtDesc = "PLAN_BY_PARENT__DUE_AT_DESC", PlanByParentParametersAsc = "PLAN_BY_PARENT__PARAMETERS_ASC", PlanByParentParametersDesc = "PLAN_BY_PARENT__PARAMETERS_DESC", PlanByChildIdAsc = "PLAN_BY_CHILD__ID_ASC", PlanByChildIdDesc = "PLAN_BY_CHILD__ID_DESC", PlanByChildTypeAsc = "PLAN_BY_CHILD__TYPE_ASC", PlanByChildTypeDesc = "PLAN_BY_CHILD__TYPE_DESC", PlanByChildVersionAsc = "PLAN_BY_CHILD__VERSION_ASC", PlanByChildVersionDesc = "PLAN_BY_CHILD__VERSION_DESC", PlanByChildCreatedAtAsc = "PLAN_BY_CHILD__CREATED_AT_ASC", PlanByChildCreatedAtDesc = "PLAN_BY_CHILD__CREATED_AT_DESC", PlanByChildUpdatedAtAsc = "PLAN_BY_CHILD__UPDATED_AT_ASC", PlanByChildUpdatedAtDesc = "PLAN_BY_CHILD__UPDATED_AT_DESC", PlanByChildDeletedAtAsc = "PLAN_BY_CHILD__DELETED_AT_ASC", PlanByChildDeletedAtDesc = "PLAN_BY_CHILD__DELETED_AT_DESC", PlanByChildClonesAsc = "PLAN_BY_CHILD__CLONES_ASC", PlanByChildClonesDesc = "PLAN_BY_CHILD__CLONES_DESC", PlanByChildDueAtAsc = "PLAN_BY_CHILD__DUE_AT_ASC", PlanByChildDueAtDesc = "PLAN_BY_CHILD__DUE_AT_DESC", PlanByChildParametersAsc = "PLAN_BY_CHILD__PARAMETERS_ASC", PlanByChildParametersDesc = "PLAN_BY_CHILD__PARAMETERS_DESC" } /** Input for the nested mutation of `plan` in the `PlanInput` mutation. */ export declare type PlanClonesFkeyInput = { /** The primary key(s) for `plan` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `plan` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `plan` for the far side of the relationship. */ updateById?: Maybe; /** A `PlanInput` object that will be created and connected to this object. */ create?: Maybe; }; /** The `plan` to be created by this mutation. */ export declare type PlanClonesFkeyPlanCreateInput = { id?: Maybe; type?: Maybe; version?: Maybe; dueAt?: Maybe; parameters?: Maybe; planToClones?: Maybe; assignedUserRelation?: Maybe<_PlanAssignmentPlanFkeyInverseInput>; basePlansRelation?: Maybe<_PlanFollowersFollowerFkeyInverseInput>; followerPlansRelation?: Maybe<_PlanFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventPlansCreatedPlanFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventPlansReadPlanFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventPlansUpdatedPlanFkeyInverseInput>; createdExecutionRelation?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInverseInput>; creatorExecutionRelation?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInverseInput>; childPlansRelation?: Maybe<_PlanChildrenParentFkeyInverseInput>; parentPlansRelation?: Maybe<_PlanChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_PlanAnomalyPlanIdFkeyInverseInput>; userRelation?: Maybe<_PlanUserPlanIdFkeyInverseInput>; organizationRelation?: Maybe<_PlanOrganizationPlanIdFkeyInverseInput>; commentRelation?: Maybe<_PlanCommentPlanIdFkeyInverseInput>; detectionRelation?: Maybe<_PlanDetectionPlanIdFkeyInverseInput>; imageRelation?: Maybe<_PlanImagePlanIdFkeyInverseInput>; artifactRelation?: Maybe<_PlanArtifactPlanIdFkeyInverseInput>; structureRelation?: Maybe<_PlanStructurePlanIdFkeyInverseInput>; locationRelation?: Maybe<_PlanLocationPlanIdFkeyInverseInput>; }; export declare type PlanComment = { __typename?: 'PlanComment'; id: Scalars['String']; planId?: Maybe; commentId?: Maybe; /** Reads a single `Plan` that is related to this `PlanComment`. */ plan?: Maybe; /** Reads a single `Comment` that is related to this `PlanComment`. */ comment?: Maybe; }; /** * A condition to be used against `PlanComment` object types. All fields are tested * for equality and combined with a logical ‘and.’ */ export declare type PlanCommentCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `planId` field. */ planId?: Maybe; /** Checks for equality with the object’s `commentId` field. */ commentId?: Maybe; }; /** A filter to be used against `PlanComment` object types. All fields are combined with a logical ‘and.’ */ export declare type PlanCommentFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `planId` field. */ planId?: Maybe; /** Filter by the object’s `commentId` field. */ commentId?: Maybe; /** Filter by the object’s `plan` relation. */ plan?: Maybe; /** A related `plan` exists. */ planExists?: Maybe; /** Filter by the object’s `comment` relation. */ comment?: Maybe; /** A related `comment` exists. */ commentExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `PlanComment` */ export declare type PlanCommentInput = { id?: Maybe; planId?: Maybe; commentId?: Maybe; plan?: Maybe<_PlanCommentPlanIdFkeyInput>; comment?: Maybe<_PlanCommentCommentIdFkeyInput>; }; /** The fields on `planComment` to look up the row to update. */ export declare type PlanCommentOnPlanCommentForPlanCommentCommentIdFkeyUsingPlanCommentPkeyUpdate = { /** An object where the defined keys will be set on the `planComment` being updated. */ patch: UpdatePlanCommentOnPlanCommentForPlanCommentCommentIdFkeyPatch; id: Scalars['String']; }; /** The fields on `planComment` to look up the row to update. */ export declare type PlanCommentOnPlanCommentForPlanCommentPlanIdFkeyUsingPlanCommentPkeyUpdate = { /** An object where the defined keys will be set on the `planComment` being updated. */ patch: UpdatePlanCommentOnPlanCommentForPlanCommentPlanIdFkeyPatch; id: Scalars['String']; }; /** Represents an update to a `PlanComment`. Fields that are set will be updated. */ export declare type PlanCommentPatch = { id?: Maybe; planId?: Maybe; commentId?: Maybe; plan?: Maybe<_PlanCommentPlanIdFkeyInput>; comment?: Maybe<_PlanCommentCommentIdFkeyInput>; }; /** The fields on `planComment` to look up the row to connect. */ export declare type PlanCommentPlanCommentPkeyConnect = { id: Scalars['String']; }; /** The fields on `planComment` to look up the row to delete. */ export declare type PlanCommentPlanCommentPkeyDelete = { id: Scalars['String']; }; /** A connection to a list of `PlanComment` values. */ export declare type PlanCommentsConnection = { __typename?: 'PlanCommentsConnection'; /** A list of `PlanComment` objects. */ nodes: Array>; /** A list of edges which contains the `PlanComment` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `PlanComment` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A connection to a list of `Comment` values, with data from `PlanComment`. */ export declare type PlanCommentsConnectionManyToManyConnection = { __typename?: 'PlanCommentsConnectionManyToManyConnection'; /** A list of `Comment` objects. */ nodes: Array>; /** A list of edges which contains the `Comment`, info from the `PlanComment`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Comment` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Comment` edge in the connection, with data from `PlanComment`. */ export declare type PlanCommentsConnectionManyToManyEdge = { __typename?: 'PlanCommentsConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Comment` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `PlanComment`. */ planRelationConnection: PlanCommentsConnection; /** Reads and enables pagination through a set of `PlanComment`. */ planRelation: Array; }; /** A `Comment` edge in the connection, with data from `PlanComment`. */ export declare type PlanCommentsConnectionManyToManyEdgePlanRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Comment` edge in the connection, with data from `PlanComment`. */ export declare type PlanCommentsConnectionManyToManyEdgePlanRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `PlanComment` edge in the connection. */ export declare type PlanCommentsEdge = { __typename?: 'PlanCommentsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `PlanComment` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `PlanComment`. */ export declare enum PlanCommentsOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", PlanIdAsc = "PLAN_ID_ASC", PlanIdDesc = "PLAN_ID_DESC", CommentIdAsc = "COMMENT_ID_ASC", CommentIdDesc = "COMMENT_ID_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", PlanByPlanIdIdAsc = "PLAN_BY_PLAN_ID__ID_ASC", PlanByPlanIdIdDesc = "PLAN_BY_PLAN_ID__ID_DESC", PlanByPlanIdTypeAsc = "PLAN_BY_PLAN_ID__TYPE_ASC", PlanByPlanIdTypeDesc = "PLAN_BY_PLAN_ID__TYPE_DESC", PlanByPlanIdVersionAsc = "PLAN_BY_PLAN_ID__VERSION_ASC", PlanByPlanIdVersionDesc = "PLAN_BY_PLAN_ID__VERSION_DESC", PlanByPlanIdCreatedAtAsc = "PLAN_BY_PLAN_ID__CREATED_AT_ASC", PlanByPlanIdCreatedAtDesc = "PLAN_BY_PLAN_ID__CREATED_AT_DESC", PlanByPlanIdUpdatedAtAsc = "PLAN_BY_PLAN_ID__UPDATED_AT_ASC", PlanByPlanIdUpdatedAtDesc = "PLAN_BY_PLAN_ID__UPDATED_AT_DESC", PlanByPlanIdDeletedAtAsc = "PLAN_BY_PLAN_ID__DELETED_AT_ASC", PlanByPlanIdDeletedAtDesc = "PLAN_BY_PLAN_ID__DELETED_AT_DESC", PlanByPlanIdClonesAsc = "PLAN_BY_PLAN_ID__CLONES_ASC", PlanByPlanIdClonesDesc = "PLAN_BY_PLAN_ID__CLONES_DESC", PlanByPlanIdDueAtAsc = "PLAN_BY_PLAN_ID__DUE_AT_ASC", PlanByPlanIdDueAtDesc = "PLAN_BY_PLAN_ID__DUE_AT_DESC", PlanByPlanIdParametersAsc = "PLAN_BY_PLAN_ID__PARAMETERS_ASC", PlanByPlanIdParametersDesc = "PLAN_BY_PLAN_ID__PARAMETERS_DESC", CommentByCommentIdIdAsc = "COMMENT_BY_COMMENT_ID__ID_ASC", CommentByCommentIdIdDesc = "COMMENT_BY_COMMENT_ID__ID_DESC", CommentByCommentIdNicknameAsc = "COMMENT_BY_COMMENT_ID__NICKNAME_ASC", CommentByCommentIdNicknameDesc = "COMMENT_BY_COMMENT_ID__NICKNAME_DESC", CommentByCommentIdCreatedAtAsc = "COMMENT_BY_COMMENT_ID__CREATED_AT_ASC", CommentByCommentIdCreatedAtDesc = "COMMENT_BY_COMMENT_ID__CREATED_AT_DESC", CommentByCommentIdUpdatedAtAsc = "COMMENT_BY_COMMENT_ID__UPDATED_AT_ASC", CommentByCommentIdUpdatedAtDesc = "COMMENT_BY_COMMENT_ID__UPDATED_AT_DESC", CommentByCommentIdDeletedAtAsc = "COMMENT_BY_COMMENT_ID__DELETED_AT_ASC", CommentByCommentIdDeletedAtDesc = "COMMENT_BY_COMMENT_ID__DELETED_AT_DESC", CommentByCommentIdContentAsc = "COMMENT_BY_COMMENT_ID__CONTENT_ASC", CommentByCommentIdContentDesc = "COMMENT_BY_COMMENT_ID__CONTENT_DESC", CommentByCommentIdDataAsc = "COMMENT_BY_COMMENT_ID__DATA_ASC", CommentByCommentIdDataDesc = "COMMENT_BY_COMMENT_ID__DATA_DESC", CommentByCommentIdTypeAsc = "COMMENT_BY_COMMENT_ID__TYPE_ASC", CommentByCommentIdTypeDesc = "COMMENT_BY_COMMENT_ID__TYPE_DESC" } /** A condition to be used against `Plan` object types. All fields are tested for equality and combined with a logical ‘and.’ */ export declare type PlanCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `type` field. */ type?: Maybe; /** Checks for equality with the object’s `version` field. */ version?: Maybe; /** Checks for equality with the object’s `createdAt` field. */ createdAt?: Maybe; /** Checks for equality with the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Checks for equality with the object’s `deletedAt` field. */ deletedAt?: Maybe; /** Checks for equality with the object’s `clones` field. */ clones?: Maybe; /** Checks for equality with the object’s `dueAt` field. */ dueAt?: Maybe; /** Checks for equality with the object’s `parameters` field. */ parameters?: Maybe; }; /** A connection to a list of `Event` values, with data from `EventPlansCreated`. */ export declare type PlanCreatedByActivitiesConnectionManyToManyConnection = { __typename?: 'PlanCreatedByActivitiesConnectionManyToManyConnection'; /** A list of `Event` objects. */ nodes: Array>; /** A list of edges which contains the `Event`, info from the `EventPlansCreated`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Event` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Event` edge in the connection, with data from `EventPlansCreated`. */ export declare type PlanCreatedByActivitiesConnectionManyToManyEdge = { __typename?: 'PlanCreatedByActivitiesConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Event` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `EventPlansCreated`. */ plansCreatedRelationConnection: EventPlansCreatedsConnection; /** Reads and enables pagination through a set of `EventPlansCreated`. */ plansCreatedRelation: Array; }; /** A `Event` edge in the connection, with data from `EventPlansCreated`. */ export declare type PlanCreatedByActivitiesConnectionManyToManyEdgePlansCreatedRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Event` edge in the connection, with data from `EventPlansCreated`. */ export declare type PlanCreatedByActivitiesConnectionManyToManyEdgePlansCreatedRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A connection to a list of `Execution` values, with data from `PlanCreatorExecutionCreated`. */ export declare type PlanCreatedExecutionsConnectionManyToManyConnection = { __typename?: 'PlanCreatedExecutionsConnectionManyToManyConnection'; /** A list of `Execution` objects. */ nodes: Array>; /** * A list of edges which contains the `Execution`, info from the * `PlanCreatorExecutionCreated`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Execution` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Execution` edge in the connection, with data from `PlanCreatorExecutionCreated`. */ export declare type PlanCreatedExecutionsConnectionManyToManyEdge = { __typename?: 'PlanCreatedExecutionsConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Execution` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `PlanCreatorExecutionCreated`. */ creatorPlanRelationConnection: PlanCreatorExecutionCreatedsConnection; /** Reads and enables pagination through a set of `PlanCreatorExecutionCreated`. */ creatorPlanRelation: Array; }; /** A `Execution` edge in the connection, with data from `PlanCreatorExecutionCreated`. */ export declare type PlanCreatedExecutionsConnectionManyToManyEdgeCreatorPlanRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Execution` edge in the connection, with data from `PlanCreatorExecutionCreated`. */ export declare type PlanCreatedExecutionsConnectionManyToManyEdgeCreatorPlanRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanCreatorExecutionCreated = { __typename?: 'PlanCreatorExecutionCreated'; id: Scalars['String']; execution?: Maybe; plan?: Maybe; /** Reads a single `Execution` that is related to this `PlanCreatorExecutionCreated`. */ createdExecution?: Maybe; /** Reads a single `Plan` that is related to this `PlanCreatorExecutionCreated`. */ creatorPlan?: Maybe; }; /** * A condition to be used against `PlanCreatorExecutionCreated` object types. All * fields are tested for equality and combined with a logical ‘and.’ */ export declare type PlanCreatorExecutionCreatedCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `execution` field. */ execution?: Maybe; /** Checks for equality with the object’s `plan` field. */ plan?: Maybe; }; /** A filter to be used against `PlanCreatorExecutionCreated` object types. All fields are combined with a logical ‘and.’ */ export declare type PlanCreatorExecutionCreatedFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `execution` field. */ execution?: Maybe; /** Filter by the object’s `plan` field. */ plan?: Maybe; /** Filter by the object’s `createdExecution` relation. */ createdExecution?: Maybe; /** A related `createdExecution` exists. */ createdExecutionExists?: Maybe; /** Filter by the object’s `creatorPlan` relation. */ creatorPlan?: Maybe; /** A related `creatorPlan` exists. */ creatorPlanExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `PlanCreatorExecutionCreated` */ export declare type PlanCreatorExecutionCreatedInput = { id: Scalars['String']; execution?: Maybe; plan?: Maybe; createdExecution?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInput>; creatorPlan?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInput>; }; /** The fields on `planCreatorExecutionCreated` to look up the row to update. */ export declare type PlanCreatorExecutionCreatedOnPlanCreatorExecutionCreatedForPlanCreatorExecutionCreatedExecutionFkeyUsingPlanCreatorExecutionCreatedPkeyUpdate = { /** An object where the defined keys will be set on the `planCreatorExecutionCreated` being updated. */ patch: UpdatePlanCreatorExecutionCreatedOnPlanCreatorExecutionCreatedForPlanCreatorExecutionCreatedExecutionFkeyPatch; id: Scalars['String']; }; /** The fields on `planCreatorExecutionCreated` to look up the row to update. */ export declare type PlanCreatorExecutionCreatedOnPlanCreatorExecutionCreatedForPlanCreatorExecutionCreatedPlanFkeyUsingPlanCreatorExecutionCreatedPkeyUpdate = { /** An object where the defined keys will be set on the `planCreatorExecutionCreated` being updated. */ patch: UpdatePlanCreatorExecutionCreatedOnPlanCreatorExecutionCreatedForPlanCreatorExecutionCreatedPlanFkeyPatch; id: Scalars['String']; }; /** Represents an update to a `PlanCreatorExecutionCreated`. Fields that are set will be updated. */ export declare type PlanCreatorExecutionCreatedPatch = { id?: Maybe; execution?: Maybe; plan?: Maybe; createdExecution?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInput>; creatorPlan?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInput>; }; /** The fields on `planCreatorExecutionCreated` to look up the row to connect. */ export declare type PlanCreatorExecutionCreatedPlanCreatorExecutionCreatedPkeyConnect = { id: Scalars['String']; }; /** The fields on `planCreatorExecutionCreated` to look up the row to delete. */ export declare type PlanCreatorExecutionCreatedPlanCreatorExecutionCreatedPkeyDelete = { id: Scalars['String']; }; /** A connection to a list of `PlanCreatorExecutionCreated` values. */ export declare type PlanCreatorExecutionCreatedsConnection = { __typename?: 'PlanCreatorExecutionCreatedsConnection'; /** A list of `PlanCreatorExecutionCreated` objects. */ nodes: Array>; /** A list of edges which contains the `PlanCreatorExecutionCreated` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `PlanCreatorExecutionCreated` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `PlanCreatorExecutionCreated` edge in the connection. */ export declare type PlanCreatorExecutionCreatedsEdge = { __typename?: 'PlanCreatorExecutionCreatedsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `PlanCreatorExecutionCreated` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `PlanCreatorExecutionCreated`. */ export declare enum PlanCreatorExecutionCreatedsOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", ExecutionAsc = "EXECUTION_ASC", ExecutionDesc = "EXECUTION_DESC", PlanAsc = "PLAN_ASC", PlanDesc = "PLAN_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", ExecutionByExecutionIdAsc = "EXECUTION_BY_EXECUTION__ID_ASC", ExecutionByExecutionIdDesc = "EXECUTION_BY_EXECUTION__ID_DESC", ExecutionByExecutionTypeAsc = "EXECUTION_BY_EXECUTION__TYPE_ASC", ExecutionByExecutionTypeDesc = "EXECUTION_BY_EXECUTION__TYPE_DESC", ExecutionByExecutionVersionAsc = "EXECUTION_BY_EXECUTION__VERSION_ASC", ExecutionByExecutionVersionDesc = "EXECUTION_BY_EXECUTION__VERSION_DESC", ExecutionByExecutionCreatedAtAsc = "EXECUTION_BY_EXECUTION__CREATED_AT_ASC", ExecutionByExecutionCreatedAtDesc = "EXECUTION_BY_EXECUTION__CREATED_AT_DESC", ExecutionByExecutionUpdatedAtAsc = "EXECUTION_BY_EXECUTION__UPDATED_AT_ASC", ExecutionByExecutionUpdatedAtDesc = "EXECUTION_BY_EXECUTION__UPDATED_AT_DESC", ExecutionByExecutionDeletedAtAsc = "EXECUTION_BY_EXECUTION__DELETED_AT_ASC", ExecutionByExecutionDeletedAtDesc = "EXECUTION_BY_EXECUTION__DELETED_AT_DESC", ExecutionByExecutionClonesAsc = "EXECUTION_BY_EXECUTION__CLONES_ASC", ExecutionByExecutionClonesDesc = "EXECUTION_BY_EXECUTION__CLONES_DESC", ExecutionByExecutionSucceededAtAsc = "EXECUTION_BY_EXECUTION__SUCCEEDED_AT_ASC", ExecutionByExecutionSucceededAtDesc = "EXECUTION_BY_EXECUTION__SUCCEEDED_AT_DESC", ExecutionByExecutionCancelledAtAsc = "EXECUTION_BY_EXECUTION__CANCELLED_AT_ASC", ExecutionByExecutionCancelledAtDesc = "EXECUTION_BY_EXECUTION__CANCELLED_AT_DESC", ExecutionByExecutionStartedAtAsc = "EXECUTION_BY_EXECUTION__STARTED_AT_ASC", ExecutionByExecutionStartedAtDesc = "EXECUTION_BY_EXECUTION__STARTED_AT_DESC", ExecutionByExecutionParametersAsc = "EXECUTION_BY_EXECUTION__PARAMETERS_ASC", ExecutionByExecutionParametersDesc = "EXECUTION_BY_EXECUTION__PARAMETERS_DESC", PlanByPlanIdAsc = "PLAN_BY_PLAN__ID_ASC", PlanByPlanIdDesc = "PLAN_BY_PLAN__ID_DESC", PlanByPlanTypeAsc = "PLAN_BY_PLAN__TYPE_ASC", PlanByPlanTypeDesc = "PLAN_BY_PLAN__TYPE_DESC", PlanByPlanVersionAsc = "PLAN_BY_PLAN__VERSION_ASC", PlanByPlanVersionDesc = "PLAN_BY_PLAN__VERSION_DESC", PlanByPlanCreatedAtAsc = "PLAN_BY_PLAN__CREATED_AT_ASC", PlanByPlanCreatedAtDesc = "PLAN_BY_PLAN__CREATED_AT_DESC", PlanByPlanUpdatedAtAsc = "PLAN_BY_PLAN__UPDATED_AT_ASC", PlanByPlanUpdatedAtDesc = "PLAN_BY_PLAN__UPDATED_AT_DESC", PlanByPlanDeletedAtAsc = "PLAN_BY_PLAN__DELETED_AT_ASC", PlanByPlanDeletedAtDesc = "PLAN_BY_PLAN__DELETED_AT_DESC", PlanByPlanClonesAsc = "PLAN_BY_PLAN__CLONES_ASC", PlanByPlanClonesDesc = "PLAN_BY_PLAN__CLONES_DESC", PlanByPlanDueAtAsc = "PLAN_BY_PLAN__DUE_AT_ASC", PlanByPlanDueAtDesc = "PLAN_BY_PLAN__DUE_AT_DESC", PlanByPlanParametersAsc = "PLAN_BY_PLAN__PARAMETERS_ASC", PlanByPlanParametersDesc = "PLAN_BY_PLAN__PARAMETERS_DESC" } /** A connection to a list of `Execution` values, with data from `ExecutionCreatorPlanCreated`. */ export declare type PlanCreatorExecutionsConnectionManyToManyConnection = { __typename?: 'PlanCreatorExecutionsConnectionManyToManyConnection'; /** A list of `Execution` objects. */ nodes: Array>; /** * A list of edges which contains the `Execution`, info from the * `ExecutionCreatorPlanCreated`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Execution` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Execution` edge in the connection, with data from `ExecutionCreatorPlanCreated`. */ export declare type PlanCreatorExecutionsConnectionManyToManyEdge = { __typename?: 'PlanCreatorExecutionsConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Execution` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `ExecutionCreatorPlanCreated`. */ createdPlanRelationConnection: ExecutionCreatorPlanCreatedsConnection; /** Reads and enables pagination through a set of `ExecutionCreatorPlanCreated`. */ createdPlanRelation: Array; }; /** A `Execution` edge in the connection, with data from `ExecutionCreatorPlanCreated`. */ export declare type PlanCreatorExecutionsConnectionManyToManyEdgeCreatedPlanRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Execution` edge in the connection, with data from `ExecutionCreatorPlanCreated`. */ export declare type PlanCreatorExecutionsConnectionManyToManyEdgeCreatedPlanRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanDetection = { __typename?: 'PlanDetection'; id: Scalars['String']; planId?: Maybe; detectionId?: Maybe; /** Reads a single `Plan` that is related to this `PlanDetection`. */ plan?: Maybe; /** Reads a single `Detection` that is related to this `PlanDetection`. */ detection?: Maybe; }; /** * A condition to be used against `PlanDetection` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type PlanDetectionCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `planId` field. */ planId?: Maybe; /** Checks for equality with the object’s `detectionId` field. */ detectionId?: Maybe; }; /** A filter to be used against `PlanDetection` object types. All fields are combined with a logical ‘and.’ */ export declare type PlanDetectionFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `planId` field. */ planId?: Maybe; /** Filter by the object’s `detectionId` field. */ detectionId?: Maybe; /** Filter by the object’s `plan` relation. */ plan?: Maybe; /** A related `plan` exists. */ planExists?: Maybe; /** Filter by the object’s `detection` relation. */ detection?: Maybe; /** A related `detection` exists. */ detectionExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `PlanDetection` */ export declare type PlanDetectionInput = { id?: Maybe; planId?: Maybe; detectionId?: Maybe; plan?: Maybe<_PlanDetectionPlanIdFkeyInput>; detection?: Maybe<_PlanDetectionDetectionIdFkeyInput>; }; /** The fields on `planDetection` to look up the row to update. */ export declare type PlanDetectionOnPlanDetectionForPlanDetectionDetectionIdFkeyUsingPlanDetectionPkeyUpdate = { /** An object where the defined keys will be set on the `planDetection` being updated. */ patch: UpdatePlanDetectionOnPlanDetectionForPlanDetectionDetectionIdFkeyPatch; id: Scalars['String']; }; /** The fields on `planDetection` to look up the row to update. */ export declare type PlanDetectionOnPlanDetectionForPlanDetectionPlanIdFkeyUsingPlanDetectionPkeyUpdate = { /** An object where the defined keys will be set on the `planDetection` being updated. */ patch: UpdatePlanDetectionOnPlanDetectionForPlanDetectionPlanIdFkeyPatch; id: Scalars['String']; }; /** Represents an update to a `PlanDetection`. Fields that are set will be updated. */ export declare type PlanDetectionPatch = { id?: Maybe; planId?: Maybe; detectionId?: Maybe; plan?: Maybe<_PlanDetectionPlanIdFkeyInput>; detection?: Maybe<_PlanDetectionDetectionIdFkeyInput>; }; /** The fields on `planDetection` to look up the row to connect. */ export declare type PlanDetectionPlanDetectionPkeyConnect = { id: Scalars['String']; }; /** The fields on `planDetection` to look up the row to delete. */ export declare type PlanDetectionPlanDetectionPkeyDelete = { id: Scalars['String']; }; /** A connection to a list of `PlanDetection` values. */ export declare type PlanDetectionsConnection = { __typename?: 'PlanDetectionsConnection'; /** A list of `PlanDetection` objects. */ nodes: Array>; /** A list of edges which contains the `PlanDetection` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `PlanDetection` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A connection to a list of `Detection` values, with data from `PlanDetection`. */ export declare type PlanDetectionsConnectionManyToManyConnection = { __typename?: 'PlanDetectionsConnectionManyToManyConnection'; /** A list of `Detection` objects. */ nodes: Array>; /** A list of edges which contains the `Detection`, info from the `PlanDetection`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Detection` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Detection` edge in the connection, with data from `PlanDetection`. */ export declare type PlanDetectionsConnectionManyToManyEdge = { __typename?: 'PlanDetectionsConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Detection` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `PlanDetection`. */ planRelationConnection: PlanDetectionsConnection; /** Reads and enables pagination through a set of `PlanDetection`. */ planRelation: Array; }; /** A `Detection` edge in the connection, with data from `PlanDetection`. */ export declare type PlanDetectionsConnectionManyToManyEdgePlanRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Detection` edge in the connection, with data from `PlanDetection`. */ export declare type PlanDetectionsConnectionManyToManyEdgePlanRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `PlanDetection` edge in the connection. */ export declare type PlanDetectionsEdge = { __typename?: 'PlanDetectionsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `PlanDetection` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `PlanDetection`. */ export declare enum PlanDetectionsOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", PlanIdAsc = "PLAN_ID_ASC", PlanIdDesc = "PLAN_ID_DESC", DetectionIdAsc = "DETECTION_ID_ASC", DetectionIdDesc = "DETECTION_ID_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", PlanByPlanIdIdAsc = "PLAN_BY_PLAN_ID__ID_ASC", PlanByPlanIdIdDesc = "PLAN_BY_PLAN_ID__ID_DESC", PlanByPlanIdTypeAsc = "PLAN_BY_PLAN_ID__TYPE_ASC", PlanByPlanIdTypeDesc = "PLAN_BY_PLAN_ID__TYPE_DESC", PlanByPlanIdVersionAsc = "PLAN_BY_PLAN_ID__VERSION_ASC", PlanByPlanIdVersionDesc = "PLAN_BY_PLAN_ID__VERSION_DESC", PlanByPlanIdCreatedAtAsc = "PLAN_BY_PLAN_ID__CREATED_AT_ASC", PlanByPlanIdCreatedAtDesc = "PLAN_BY_PLAN_ID__CREATED_AT_DESC", PlanByPlanIdUpdatedAtAsc = "PLAN_BY_PLAN_ID__UPDATED_AT_ASC", PlanByPlanIdUpdatedAtDesc = "PLAN_BY_PLAN_ID__UPDATED_AT_DESC", PlanByPlanIdDeletedAtAsc = "PLAN_BY_PLAN_ID__DELETED_AT_ASC", PlanByPlanIdDeletedAtDesc = "PLAN_BY_PLAN_ID__DELETED_AT_DESC", PlanByPlanIdClonesAsc = "PLAN_BY_PLAN_ID__CLONES_ASC", PlanByPlanIdClonesDesc = "PLAN_BY_PLAN_ID__CLONES_DESC", PlanByPlanIdDueAtAsc = "PLAN_BY_PLAN_ID__DUE_AT_ASC", PlanByPlanIdDueAtDesc = "PLAN_BY_PLAN_ID__DUE_AT_DESC", PlanByPlanIdParametersAsc = "PLAN_BY_PLAN_ID__PARAMETERS_ASC", PlanByPlanIdParametersDesc = "PLAN_BY_PLAN_ID__PARAMETERS_DESC", DetectionByDetectionIdIdAsc = "DETECTION_BY_DETECTION_ID__ID_ASC", DetectionByDetectionIdIdDesc = "DETECTION_BY_DETECTION_ID__ID_DESC", DetectionByDetectionIdNicknameAsc = "DETECTION_BY_DETECTION_ID__NICKNAME_ASC", DetectionByDetectionIdNicknameDesc = "DETECTION_BY_DETECTION_ID__NICKNAME_DESC", DetectionByDetectionIdCreatedAtAsc = "DETECTION_BY_DETECTION_ID__CREATED_AT_ASC", DetectionByDetectionIdCreatedAtDesc = "DETECTION_BY_DETECTION_ID__CREATED_AT_DESC", DetectionByDetectionIdUpdatedAtAsc = "DETECTION_BY_DETECTION_ID__UPDATED_AT_ASC", DetectionByDetectionIdUpdatedAtDesc = "DETECTION_BY_DETECTION_ID__UPDATED_AT_DESC", DetectionByDetectionIdLeftAsc = "DETECTION_BY_DETECTION_ID__LEFT_ASC", DetectionByDetectionIdLeftDesc = "DETECTION_BY_DETECTION_ID__LEFT_DESC", DetectionByDetectionIdLevelAsc = "DETECTION_BY_DETECTION_ID__LEVEL_ASC", DetectionByDetectionIdLevelDesc = "DETECTION_BY_DETECTION_ID__LEVEL_DESC", DetectionByDetectionIdTopAsc = "DETECTION_BY_DETECTION_ID__TOP_ASC", DetectionByDetectionIdTopDesc = "DETECTION_BY_DETECTION_ID__TOP_DESC", DetectionByDetectionIdWidthAsc = "DETECTION_BY_DETECTION_ID__WIDTH_ASC", DetectionByDetectionIdWidthDesc = "DETECTION_BY_DETECTION_ID__WIDTH_DESC", DetectionByDetectionIdHeightAsc = "DETECTION_BY_DETECTION_ID__HEIGHT_ASC", DetectionByDetectionIdHeightDesc = "DETECTION_BY_DETECTION_ID__HEIGHT_DESC", DetectionByDetectionIdOldGeometryAsc = "DETECTION_BY_DETECTION_ID__OLD_GEOMETRY_ASC", DetectionByDetectionIdOldGeometryDesc = "DETECTION_BY_DETECTION_ID__OLD_GEOMETRY_DESC", DetectionByDetectionIdRightAsc = "DETECTION_BY_DETECTION_ID__RIGHT_ASC", DetectionByDetectionIdRightDesc = "DETECTION_BY_DETECTION_ID__RIGHT_DESC", DetectionByDetectionIdBottomAsc = "DETECTION_BY_DETECTION_ID__BOTTOM_ASC", DetectionByDetectionIdBottomDesc = "DETECTION_BY_DETECTION_ID__BOTTOM_DESC", DetectionByDetectionIdConfidenceScoreAsc = "DETECTION_BY_DETECTION_ID__CONFIDENCE_SCORE_ASC", DetectionByDetectionIdConfidenceScoreDesc = "DETECTION_BY_DETECTION_ID__CONFIDENCE_SCORE_DESC", DetectionByDetectionIdUMinAsc = "DETECTION_BY_DETECTION_ID__U_MIN_ASC", DetectionByDetectionIdUMinDesc = "DETECTION_BY_DETECTION_ID__U_MIN_DESC", DetectionByDetectionIdUMaxAsc = "DETECTION_BY_DETECTION_ID__U_MAX_ASC", DetectionByDetectionIdUMaxDesc = "DETECTION_BY_DETECTION_ID__U_MAX_DESC", DetectionByDetectionIdVMinAsc = "DETECTION_BY_DETECTION_ID__V_MIN_ASC", DetectionByDetectionIdVMinDesc = "DETECTION_BY_DETECTION_ID__V_MIN_DESC", DetectionByDetectionIdVMaxAsc = "DETECTION_BY_DETECTION_ID__V_MAX_ASC", DetectionByDetectionIdVMaxDesc = "DETECTION_BY_DETECTION_ID__V_MAX_DESC", DetectionByDetectionIdOldUvGeometryAsc = "DETECTION_BY_DETECTION_ID__OLD_UV_GEOMETRY_ASC", DetectionByDetectionIdOldUvGeometryDesc = "DETECTION_BY_DETECTION_ID__OLD_UV_GEOMETRY_DESC", DetectionByDetectionIdDescriptionAsc = "DETECTION_BY_DETECTION_ID__DESCRIPTION_ASC", DetectionByDetectionIdDescriptionDesc = "DETECTION_BY_DETECTION_ID__DESCRIPTION_DESC", DetectionByDetectionIdDeletedAtAsc = "DETECTION_BY_DETECTION_ID__DELETED_AT_ASC", DetectionByDetectionIdDeletedAtDesc = "DETECTION_BY_DETECTION_ID__DELETED_AT_DESC", DetectionByDetectionIdGeometryAsc = "DETECTION_BY_DETECTION_ID__GEOMETRY_ASC", DetectionByDetectionIdGeometryDesc = "DETECTION_BY_DETECTION_ID__GEOMETRY_DESC", DetectionByDetectionIdUvGeometryAsc = "DETECTION_BY_DETECTION_ID__UV_GEOMETRY_ASC", DetectionByDetectionIdUvGeometryDesc = "DETECTION_BY_DETECTION_ID__UV_GEOMETRY_DESC" } /** A filter to be used against `Plan` object types. All fields are combined with a logical ‘and.’ */ export declare type PlanFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `type` field. */ type?: Maybe; /** Filter by the object’s `version` field. */ version?: Maybe; /** Filter by the object’s `createdAt` field. */ createdAt?: Maybe; /** Filter by the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Filter by the object’s `deletedAt` field. */ deletedAt?: Maybe; /** Filter by the object’s `clones` field. */ clones?: Maybe; /** Filter by the object’s `dueAt` field. */ dueAt?: Maybe; /** Filter by the object’s `parameters` field. */ parameters?: Maybe; /** Filter by the object’s `assignedUserRelationConnection` relation. */ assignedUserRelationConnection?: Maybe; /** Some related `assignedUserRelationConnection` exist. */ assignedUserRelationConnectionExist?: Maybe; /** Filter by the object’s `plansByClonesConnection` relation. */ plansByClonesConnection?: Maybe; /** Some related `plansByClonesConnection` exist. */ plansByClonesConnectionExist?: Maybe; /** Filter by the object’s `basePlansRelationConnection` relation. */ basePlansRelationConnection?: Maybe; /** Some related `basePlansRelationConnection` exist. */ basePlansRelationConnectionExist?: Maybe; /** Filter by the object’s `followerPlansRelationConnection` relation. */ followerPlansRelationConnection?: Maybe; /** Some related `followerPlansRelationConnection` exist. */ followerPlansRelationConnectionExist?: Maybe; /** Filter by the object’s `activitiesCreatingRelationConnection` relation. */ activitiesCreatingRelationConnection?: Maybe; /** Some related `activitiesCreatingRelationConnection` exist. */ activitiesCreatingRelationConnectionExist?: Maybe; /** Filter by the object’s `activitiesReadingRelationConnection` relation. */ activitiesReadingRelationConnection?: Maybe; /** Some related `activitiesReadingRelationConnection` exist. */ activitiesReadingRelationConnectionExist?: Maybe; /** Filter by the object’s `activitiesUpdatingRelationConnection` relation. */ activitiesUpdatingRelationConnection?: Maybe; /** Some related `activitiesUpdatingRelationConnection` exist. */ activitiesUpdatingRelationConnectionExist?: Maybe; /** Filter by the object’s `createdExecutionRelationConnection` relation. */ createdExecutionRelationConnection?: Maybe; /** Some related `createdExecutionRelationConnection` exist. */ createdExecutionRelationConnectionExist?: Maybe; /** Filter by the object’s `creatorExecutionRelationConnection` relation. */ creatorExecutionRelationConnection?: Maybe; /** Some related `creatorExecutionRelationConnection` exist. */ creatorExecutionRelationConnectionExist?: Maybe; /** Filter by the object’s `childPlansRelationConnection` relation. */ childPlansRelationConnection?: Maybe; /** Some related `childPlansRelationConnection` exist. */ childPlansRelationConnectionExist?: Maybe; /** Filter by the object’s `parentPlansRelationConnection` relation. */ parentPlansRelationConnection?: Maybe; /** Some related `parentPlansRelationConnection` exist. */ parentPlansRelationConnectionExist?: Maybe; /** Filter by the object’s `anomalyRelationConnection` relation. */ anomalyRelationConnection?: Maybe; /** Some related `anomalyRelationConnection` exist. */ anomalyRelationConnectionExist?: Maybe; /** Filter by the object’s `userRelationConnection` relation. */ userRelationConnection?: Maybe; /** Some related `userRelationConnection` exist. */ userRelationConnectionExist?: Maybe; /** Filter by the object’s `organizationRelationConnection` relation. */ organizationRelationConnection?: Maybe; /** Some related `organizationRelationConnection` exist. */ organizationRelationConnectionExist?: Maybe; /** Filter by the object’s `commentRelationConnection` relation. */ commentRelationConnection?: Maybe; /** Some related `commentRelationConnection` exist. */ commentRelationConnectionExist?: Maybe; /** Filter by the object’s `detectionRelationConnection` relation. */ detectionRelationConnection?: Maybe; /** Some related `detectionRelationConnection` exist. */ detectionRelationConnectionExist?: Maybe; /** Filter by the object’s `imageRelationConnection` relation. */ imageRelationConnection?: Maybe; /** Some related `imageRelationConnection` exist. */ imageRelationConnectionExist?: Maybe; /** Filter by the object’s `artifactRelationConnection` relation. */ artifactRelationConnection?: Maybe; /** Some related `artifactRelationConnection` exist. */ artifactRelationConnectionExist?: Maybe; /** Filter by the object’s `structureRelationConnection` relation. */ structureRelationConnection?: Maybe; /** Some related `structureRelationConnection` exist. */ structureRelationConnectionExist?: Maybe; /** Filter by the object’s `locationRelationConnection` relation. */ locationRelationConnection?: Maybe; /** Some related `locationRelationConnection` exist. */ locationRelationConnectionExist?: Maybe; /** Filter by the object’s `planByClones` relation. */ planByClones?: Maybe; /** A related `planByClones` exists. */ planByClonesExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; export declare type PlanFollower = { __typename?: 'PlanFollower'; id: Scalars['String']; follower?: Maybe; base?: Maybe; /** Reads a single `Plan` that is related to this `PlanFollower`. */ followerPlan?: Maybe; /** Reads a single `Plan` that is related to this `PlanFollower`. */ basePlan?: Maybe; }; /** * A condition to be used against `PlanFollower` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type PlanFollowerCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `follower` field. */ follower?: Maybe; /** Checks for equality with the object’s `base` field. */ base?: Maybe; }; /** A filter to be used against `PlanFollower` object types. All fields are combined with a logical ‘and.’ */ export declare type PlanFollowerFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `follower` field. */ follower?: Maybe; /** Filter by the object’s `base` field. */ base?: Maybe; /** Filter by the object’s `followerPlan` relation. */ followerPlan?: Maybe; /** A related `followerPlan` exists. */ followerPlanExists?: Maybe; /** Filter by the object’s `basePlan` relation. */ basePlan?: Maybe; /** A related `basePlan` exists. */ basePlanExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `PlanFollower` */ export declare type PlanFollowerInput = { id: Scalars['String']; follower?: Maybe; base?: Maybe; followerPlan?: Maybe<_PlanFollowersFollowerFkeyInput>; basePlan?: Maybe<_PlanFollowersBaseFkeyInput>; }; /** The fields on `planFollower` to look up the row to update. */ export declare type PlanFollowerOnPlanFollowerForPlanFollowersBaseFkeyUsingPlanFollowersPkeyUpdate = { /** An object where the defined keys will be set on the `planFollower` being updated. */ patch: UpdatePlanFollowerOnPlanFollowerForPlanFollowersBaseFkeyPatch; id: Scalars['String']; }; /** The fields on `planFollower` to look up the row to update. */ export declare type PlanFollowerOnPlanFollowerForPlanFollowersFollowerFkeyUsingPlanFollowersPkeyUpdate = { /** An object where the defined keys will be set on the `planFollower` being updated. */ patch: UpdatePlanFollowerOnPlanFollowerForPlanFollowersFollowerFkeyPatch; id: Scalars['String']; }; /** Represents an update to a `PlanFollower`. Fields that are set will be updated. */ export declare type PlanFollowerPatch = { id?: Maybe; follower?: Maybe; base?: Maybe; followerPlan?: Maybe<_PlanFollowersFollowerFkeyInput>; basePlan?: Maybe<_PlanFollowersBaseFkeyInput>; }; /** The fields on `planFollower` to look up the row to connect. */ export declare type PlanFollowerPlanFollowersPkeyConnect = { id: Scalars['String']; }; /** The fields on `planFollower` to look up the row to delete. */ export declare type PlanFollowerPlanFollowersPkeyDelete = { id: Scalars['String']; }; /** A connection to a list of `Plan` values, with data from `PlanFollower`. */ export declare type PlanFollowerPlansConnectionManyToManyConnection = { __typename?: 'PlanFollowerPlansConnectionManyToManyConnection'; /** A list of `Plan` objects. */ nodes: Array>; /** A list of edges which contains the `Plan`, info from the `PlanFollower`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Plan` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Plan` edge in the connection, with data from `PlanFollower`. */ export declare type PlanFollowerPlansConnectionManyToManyEdge = { __typename?: 'PlanFollowerPlansConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Plan` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `PlanFollower`. */ basePlansRelationConnection: PlanFollowersConnection; /** Reads and enables pagination through a set of `PlanFollower`. */ basePlansRelation: Array; }; /** A `Plan` edge in the connection, with data from `PlanFollower`. */ export declare type PlanFollowerPlansConnectionManyToManyEdgeBasePlansRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Plan` edge in the connection, with data from `PlanFollower`. */ export declare type PlanFollowerPlansConnectionManyToManyEdgeBasePlansRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A connection to a list of `PlanFollower` values. */ export declare type PlanFollowersConnection = { __typename?: 'PlanFollowersConnection'; /** A list of `PlanFollower` objects. */ nodes: Array>; /** A list of edges which contains the `PlanFollower` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `PlanFollower` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `PlanFollower` edge in the connection. */ export declare type PlanFollowersEdge = { __typename?: 'PlanFollowersEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `PlanFollower` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `PlanFollower`. */ export declare enum PlanFollowersOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", FollowerAsc = "FOLLOWER_ASC", FollowerDesc = "FOLLOWER_DESC", BaseAsc = "BASE_ASC", BaseDesc = "BASE_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", PlanByFollowerIdAsc = "PLAN_BY_FOLLOWER__ID_ASC", PlanByFollowerIdDesc = "PLAN_BY_FOLLOWER__ID_DESC", PlanByFollowerTypeAsc = "PLAN_BY_FOLLOWER__TYPE_ASC", PlanByFollowerTypeDesc = "PLAN_BY_FOLLOWER__TYPE_DESC", PlanByFollowerVersionAsc = "PLAN_BY_FOLLOWER__VERSION_ASC", PlanByFollowerVersionDesc = "PLAN_BY_FOLLOWER__VERSION_DESC", PlanByFollowerCreatedAtAsc = "PLAN_BY_FOLLOWER__CREATED_AT_ASC", PlanByFollowerCreatedAtDesc = "PLAN_BY_FOLLOWER__CREATED_AT_DESC", PlanByFollowerUpdatedAtAsc = "PLAN_BY_FOLLOWER__UPDATED_AT_ASC", PlanByFollowerUpdatedAtDesc = "PLAN_BY_FOLLOWER__UPDATED_AT_DESC", PlanByFollowerDeletedAtAsc = "PLAN_BY_FOLLOWER__DELETED_AT_ASC", PlanByFollowerDeletedAtDesc = "PLAN_BY_FOLLOWER__DELETED_AT_DESC", PlanByFollowerClonesAsc = "PLAN_BY_FOLLOWER__CLONES_ASC", PlanByFollowerClonesDesc = "PLAN_BY_FOLLOWER__CLONES_DESC", PlanByFollowerDueAtAsc = "PLAN_BY_FOLLOWER__DUE_AT_ASC", PlanByFollowerDueAtDesc = "PLAN_BY_FOLLOWER__DUE_AT_DESC", PlanByFollowerParametersAsc = "PLAN_BY_FOLLOWER__PARAMETERS_ASC", PlanByFollowerParametersDesc = "PLAN_BY_FOLLOWER__PARAMETERS_DESC", PlanByBaseIdAsc = "PLAN_BY_BASE__ID_ASC", PlanByBaseIdDesc = "PLAN_BY_BASE__ID_DESC", PlanByBaseTypeAsc = "PLAN_BY_BASE__TYPE_ASC", PlanByBaseTypeDesc = "PLAN_BY_BASE__TYPE_DESC", PlanByBaseVersionAsc = "PLAN_BY_BASE__VERSION_ASC", PlanByBaseVersionDesc = "PLAN_BY_BASE__VERSION_DESC", PlanByBaseCreatedAtAsc = "PLAN_BY_BASE__CREATED_AT_ASC", PlanByBaseCreatedAtDesc = "PLAN_BY_BASE__CREATED_AT_DESC", PlanByBaseUpdatedAtAsc = "PLAN_BY_BASE__UPDATED_AT_ASC", PlanByBaseUpdatedAtDesc = "PLAN_BY_BASE__UPDATED_AT_DESC", PlanByBaseDeletedAtAsc = "PLAN_BY_BASE__DELETED_AT_ASC", PlanByBaseDeletedAtDesc = "PLAN_BY_BASE__DELETED_AT_DESC", PlanByBaseClonesAsc = "PLAN_BY_BASE__CLONES_ASC", PlanByBaseClonesDesc = "PLAN_BY_BASE__CLONES_DESC", PlanByBaseDueAtAsc = "PLAN_BY_BASE__DUE_AT_ASC", PlanByBaseDueAtDesc = "PLAN_BY_BASE__DUE_AT_DESC", PlanByBaseParametersAsc = "PLAN_BY_BASE__PARAMETERS_ASC", PlanByBaseParametersDesc = "PLAN_BY_BASE__PARAMETERS_DESC" } export declare type PlanImage = { __typename?: 'PlanImage'; id: Scalars['String']; planId?: Maybe; imageId?: Maybe; /** Reads a single `Plan` that is related to this `PlanImage`. */ plan?: Maybe; /** Reads a single `Image` that is related to this `PlanImage`. */ image?: Maybe; }; /** * A condition to be used against `PlanImage` object types. All fields are tested * for equality and combined with a logical ‘and.’ */ export declare type PlanImageCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `planId` field. */ planId?: Maybe; /** Checks for equality with the object’s `imageId` field. */ imageId?: Maybe; }; /** A filter to be used against `PlanImage` object types. All fields are combined with a logical ‘and.’ */ export declare type PlanImageFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `planId` field. */ planId?: Maybe; /** Filter by the object’s `imageId` field. */ imageId?: Maybe; /** Filter by the object’s `plan` relation. */ plan?: Maybe; /** A related `plan` exists. */ planExists?: Maybe; /** Filter by the object’s `image` relation. */ image?: Maybe; /** A related `image` exists. */ imageExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `PlanImage` */ export declare type PlanImageInput = { id?: Maybe; planId?: Maybe; imageId?: Maybe; plan?: Maybe<_PlanImagePlanIdFkeyInput>; image?: Maybe<_PlanImageImageIdFkeyInput>; }; /** The fields on `planImage` to look up the row to update. */ export declare type PlanImageOnPlanImageForPlanImageImageIdFkeyUsingPlanImagePkeyUpdate = { /** An object where the defined keys will be set on the `planImage` being updated. */ patch: UpdatePlanImageOnPlanImageForPlanImageImageIdFkeyPatch; id: Scalars['String']; }; /** The fields on `planImage` to look up the row to update. */ export declare type PlanImageOnPlanImageForPlanImagePlanIdFkeyUsingPlanImagePkeyUpdate = { /** An object where the defined keys will be set on the `planImage` being updated. */ patch: UpdatePlanImageOnPlanImageForPlanImagePlanIdFkeyPatch; id: Scalars['String']; }; /** Represents an update to a `PlanImage`. Fields that are set will be updated. */ export declare type PlanImagePatch = { id?: Maybe; planId?: Maybe; imageId?: Maybe; plan?: Maybe<_PlanImagePlanIdFkeyInput>; image?: Maybe<_PlanImageImageIdFkeyInput>; }; /** The fields on `planImage` to look up the row to connect. */ export declare type PlanImagePlanImagePkeyConnect = { id: Scalars['String']; }; /** The fields on `planImage` to look up the row to delete. */ export declare type PlanImagePlanImagePkeyDelete = { id: Scalars['String']; }; /** A connection to a list of `PlanImage` values. */ export declare type PlanImagesConnection = { __typename?: 'PlanImagesConnection'; /** A list of `PlanImage` objects. */ nodes: Array>; /** A list of edges which contains the `PlanImage` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `PlanImage` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A connection to a list of `Image` values, with data from `PlanImage`. */ export declare type PlanImagesConnectionManyToManyConnection = { __typename?: 'PlanImagesConnectionManyToManyConnection'; /** A list of `Image` objects. */ nodes: Array>; /** A list of edges which contains the `Image`, info from the `PlanImage`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Image` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Image` edge in the connection, with data from `PlanImage`. */ export declare type PlanImagesConnectionManyToManyEdge = { __typename?: 'PlanImagesConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Image` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `PlanImage`. */ planRelationConnection: PlanImagesConnection; /** Reads and enables pagination through a set of `PlanImage`. */ planRelation: Array; }; /** A `Image` edge in the connection, with data from `PlanImage`. */ export declare type PlanImagesConnectionManyToManyEdgePlanRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Image` edge in the connection, with data from `PlanImage`. */ export declare type PlanImagesConnectionManyToManyEdgePlanRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `PlanImage` edge in the connection. */ export declare type PlanImagesEdge = { __typename?: 'PlanImagesEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `PlanImage` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `PlanImage`. */ export declare enum PlanImagesOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", PlanIdAsc = "PLAN_ID_ASC", PlanIdDesc = "PLAN_ID_DESC", ImageIdAsc = "IMAGE_ID_ASC", ImageIdDesc = "IMAGE_ID_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", PlanByPlanIdIdAsc = "PLAN_BY_PLAN_ID__ID_ASC", PlanByPlanIdIdDesc = "PLAN_BY_PLAN_ID__ID_DESC", PlanByPlanIdTypeAsc = "PLAN_BY_PLAN_ID__TYPE_ASC", PlanByPlanIdTypeDesc = "PLAN_BY_PLAN_ID__TYPE_DESC", PlanByPlanIdVersionAsc = "PLAN_BY_PLAN_ID__VERSION_ASC", PlanByPlanIdVersionDesc = "PLAN_BY_PLAN_ID__VERSION_DESC", PlanByPlanIdCreatedAtAsc = "PLAN_BY_PLAN_ID__CREATED_AT_ASC", PlanByPlanIdCreatedAtDesc = "PLAN_BY_PLAN_ID__CREATED_AT_DESC", PlanByPlanIdUpdatedAtAsc = "PLAN_BY_PLAN_ID__UPDATED_AT_ASC", PlanByPlanIdUpdatedAtDesc = "PLAN_BY_PLAN_ID__UPDATED_AT_DESC", PlanByPlanIdDeletedAtAsc = "PLAN_BY_PLAN_ID__DELETED_AT_ASC", PlanByPlanIdDeletedAtDesc = "PLAN_BY_PLAN_ID__DELETED_AT_DESC", PlanByPlanIdClonesAsc = "PLAN_BY_PLAN_ID__CLONES_ASC", PlanByPlanIdClonesDesc = "PLAN_BY_PLAN_ID__CLONES_DESC", PlanByPlanIdDueAtAsc = "PLAN_BY_PLAN_ID__DUE_AT_ASC", PlanByPlanIdDueAtDesc = "PLAN_BY_PLAN_ID__DUE_AT_DESC", PlanByPlanIdParametersAsc = "PLAN_BY_PLAN_ID__PARAMETERS_ASC", PlanByPlanIdParametersDesc = "PLAN_BY_PLAN_ID__PARAMETERS_DESC", ImageByImageIdIdAsc = "IMAGE_BY_IMAGE_ID__ID_ASC", ImageByImageIdIdDesc = "IMAGE_BY_IMAGE_ID__ID_DESC", ImageByImageIdCreatedAtAsc = "IMAGE_BY_IMAGE_ID__CREATED_AT_ASC", ImageByImageIdCreatedAtDesc = "IMAGE_BY_IMAGE_ID__CREATED_AT_DESC", ImageByImageIdUpdatedAtAsc = "IMAGE_BY_IMAGE_ID__UPDATED_AT_ASC", ImageByImageIdUpdatedAtDesc = "IMAGE_BY_IMAGE_ID__UPDATED_AT_DESC", ImageByImageIdMetaDataAsc = "IMAGE_BY_IMAGE_ID__META_DATA_ASC", ImageByImageIdMetaDataDesc = "IMAGE_BY_IMAGE_ID__META_DATA_DESC", ImageByImageIdValidAsc = "IMAGE_BY_IMAGE_ID__VALID_ASC", ImageByImageIdValidDesc = "IMAGE_BY_IMAGE_ID__VALID_DESC", ImageByImageIdFallbackDataAsc = "IMAGE_BY_IMAGE_ID__FALLBACK_DATA_ASC", ImageByImageIdFallbackDataDesc = "IMAGE_BY_IMAGE_ID__FALLBACK_DATA_DESC", ImageByImageIdIndexAsc = "IMAGE_BY_IMAGE_ID__INDEX_ASC", ImageByImageIdIndexDesc = "IMAGE_BY_IMAGE_ID__INDEX_DESC", ImageByImageIdWidthAsc = "IMAGE_BY_IMAGE_ID__WIDTH_ASC", ImageByImageIdWidthDesc = "IMAGE_BY_IMAGE_ID__WIDTH_DESC", ImageByImageIdHeightAsc = "IMAGE_BY_IMAGE_ID__HEIGHT_ASC", ImageByImageIdHeightDesc = "IMAGE_BY_IMAGE_ID__HEIGHT_DESC", ImageByImageIdDistanceAsc = "IMAGE_BY_IMAGE_ID__DISTANCE_ASC", ImageByImageIdDistanceDesc = "IMAGE_BY_IMAGE_ID__DISTANCE_DESC", ImageByImageIdCameraFieldOfViewVerticalAsc = "IMAGE_BY_IMAGE_ID__CAMERA_FIELD_OF_VIEW_VERTICAL_ASC", ImageByImageIdCameraFieldOfViewVerticalDesc = "IMAGE_BY_IMAGE_ID__CAMERA_FIELD_OF_VIEW_VERTICAL_DESC", ImageByImageIdCameraFieldOfViewHorizontalAsc = "IMAGE_BY_IMAGE_ID__CAMERA_FIELD_OF_VIEW_HORIZONTAL_ASC", ImageByImageIdCameraFieldOfViewHorizontalDesc = "IMAGE_BY_IMAGE_ID__CAMERA_FIELD_OF_VIEW_HORIZONTAL_DESC", ImageByImageIdCameraShutterSpeedAsc = "IMAGE_BY_IMAGE_ID__CAMERA_SHUTTER_SPEED_ASC", ImageByImageIdCameraShutterSpeedDesc = "IMAGE_BY_IMAGE_ID__CAMERA_SHUTTER_SPEED_DESC", ImageByImageIdCameraApertureAsc = "IMAGE_BY_IMAGE_ID__CAMERA_APERTURE_ASC", ImageByImageIdCameraApertureDesc = "IMAGE_BY_IMAGE_ID__CAMERA_APERTURE_DESC", ImageByImageIdCameraModelAsc = "IMAGE_BY_IMAGE_ID__CAMERA_MODEL_ASC", ImageByImageIdCameraModelDesc = "IMAGE_BY_IMAGE_ID__CAMERA_MODEL_DESC", ImageByImageIdCameraLensModelAsc = "IMAGE_BY_IMAGE_ID__CAMERA_LENS_MODEL_ASC", ImageByImageIdCameraLensModelDesc = "IMAGE_BY_IMAGE_ID__CAMERA_LENS_MODEL_DESC", ImageByImageIdCameraLensMakeAsc = "IMAGE_BY_IMAGE_ID__CAMERA_LENS_MAKE_ASC", ImageByImageIdCameraLensMakeDesc = "IMAGE_BY_IMAGE_ID__CAMERA_LENS_MAKE_DESC", ImageByImageIdCameraMakeAsc = "IMAGE_BY_IMAGE_ID__CAMERA_MAKE_ASC", ImageByImageIdCameraMakeDesc = "IMAGE_BY_IMAGE_ID__CAMERA_MAKE_DESC", ImageByImageIdDescriptionAsc = "IMAGE_BY_IMAGE_ID__DESCRIPTION_ASC", ImageByImageIdDescriptionDesc = "IMAGE_BY_IMAGE_ID__DESCRIPTION_DESC", ImageByImageIdDistanceGradientVerticalAsc = "IMAGE_BY_IMAGE_ID__DISTANCE_GRADIENT_VERTICAL_ASC", ImageByImageIdDistanceGradientVerticalDesc = "IMAGE_BY_IMAGE_ID__DISTANCE_GRADIENT_VERTICAL_DESC", ImageByImageIdCameraIsoAsc = "IMAGE_BY_IMAGE_ID__CAMERA_ISO_ASC", ImageByImageIdCameraIsoDesc = "IMAGE_BY_IMAGE_ID__CAMERA_ISO_DESC", ImageByImageIdDistanceGradientHorizontalAsc = "IMAGE_BY_IMAGE_ID__DISTANCE_GRADIENT_HORIZONTAL_ASC", ImageByImageIdDistanceGradientHorizontalDesc = "IMAGE_BY_IMAGE_ID__DISTANCE_GRADIENT_HORIZONTAL_DESC", ImageByImageIdCapturedAtAsc = "IMAGE_BY_IMAGE_ID__CAPTURED_AT_ASC", ImageByImageIdCapturedAtDesc = "IMAGE_BY_IMAGE_ID__CAPTURED_AT_DESC", ImageByImageIdDeletedAtAsc = "IMAGE_BY_IMAGE_ID__DELETED_AT_ASC", ImageByImageIdDeletedAtDesc = "IMAGE_BY_IMAGE_ID__DELETED_AT_DESC" } /** An input for mutations affecting `Plan` */ export declare type PlanInput = { id?: Maybe; type?: Maybe; version?: Maybe; clones?: Maybe; dueAt?: Maybe; parameters?: Maybe; planToClones?: Maybe; assignedUserRelation?: Maybe<_PlanAssignmentPlanFkeyInverseInput>; basePlansRelation?: Maybe<_PlanFollowersFollowerFkeyInverseInput>; followerPlansRelation?: Maybe<_PlanFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventPlansCreatedPlanFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventPlansReadPlanFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventPlansUpdatedPlanFkeyInverseInput>; createdExecutionRelation?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInverseInput>; creatorExecutionRelation?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInverseInput>; childPlansRelation?: Maybe<_PlanChildrenParentFkeyInverseInput>; parentPlansRelation?: Maybe<_PlanChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_PlanAnomalyPlanIdFkeyInverseInput>; userRelation?: Maybe<_PlanUserPlanIdFkeyInverseInput>; organizationRelation?: Maybe<_PlanOrganizationPlanIdFkeyInverseInput>; commentRelation?: Maybe<_PlanCommentPlanIdFkeyInverseInput>; detectionRelation?: Maybe<_PlanDetectionPlanIdFkeyInverseInput>; imageRelation?: Maybe<_PlanImagePlanIdFkeyInverseInput>; artifactRelation?: Maybe<_PlanArtifactPlanIdFkeyInverseInput>; structureRelation?: Maybe<_PlanStructurePlanIdFkeyInverseInput>; locationRelation?: Maybe<_PlanLocationPlanIdFkeyInverseInput>; }; export declare type PlanLocation = { __typename?: 'PlanLocation'; id: Scalars['String']; planId?: Maybe; locationId?: Maybe; /** Reads a single `Plan` that is related to this `PlanLocation`. */ plan?: Maybe; /** Reads a single `Location` that is related to this `PlanLocation`. */ location?: Maybe; }; /** * A condition to be used against `PlanLocation` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type PlanLocationCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `planId` field. */ planId?: Maybe; /** Checks for equality with the object’s `locationId` field. */ locationId?: Maybe; }; /** A filter to be used against `PlanLocation` object types. All fields are combined with a logical ‘and.’ */ export declare type PlanLocationFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `planId` field. */ planId?: Maybe; /** Filter by the object’s `locationId` field. */ locationId?: Maybe; /** Filter by the object’s `plan` relation. */ plan?: Maybe; /** A related `plan` exists. */ planExists?: Maybe; /** Filter by the object’s `location` relation. */ location?: Maybe; /** A related `location` exists. */ locationExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `PlanLocation` */ export declare type PlanLocationInput = { id?: Maybe; planId?: Maybe; locationId?: Maybe; plan?: Maybe<_PlanLocationPlanIdFkeyInput>; location?: Maybe<_PlanLocationLocationIdFkeyInput>; }; /** The fields on `planLocation` to look up the row to update. */ export declare type PlanLocationOnPlanLocationForPlanLocationLocationIdFkeyUsingPlanLocationPkeyUpdate = { /** An object where the defined keys will be set on the `planLocation` being updated. */ patch: UpdatePlanLocationOnPlanLocationForPlanLocationLocationIdFkeyPatch; id: Scalars['String']; }; /** The fields on `planLocation` to look up the row to update. */ export declare type PlanLocationOnPlanLocationForPlanLocationPlanIdFkeyUsingPlanLocationPkeyUpdate = { /** An object where the defined keys will be set on the `planLocation` being updated. */ patch: UpdatePlanLocationOnPlanLocationForPlanLocationPlanIdFkeyPatch; id: Scalars['String']; }; /** Represents an update to a `PlanLocation`. Fields that are set will be updated. */ export declare type PlanLocationPatch = { id?: Maybe; planId?: Maybe; locationId?: Maybe; plan?: Maybe<_PlanLocationPlanIdFkeyInput>; location?: Maybe<_PlanLocationLocationIdFkeyInput>; }; /** The fields on `planLocation` to look up the row to connect. */ export declare type PlanLocationPlanLocationPkeyConnect = { id: Scalars['String']; }; /** The fields on `planLocation` to look up the row to delete. */ export declare type PlanLocationPlanLocationPkeyDelete = { id: Scalars['String']; }; /** A connection to a list of `PlanLocation` values. */ export declare type PlanLocationsConnection = { __typename?: 'PlanLocationsConnection'; /** A list of `PlanLocation` objects. */ nodes: Array>; /** A list of edges which contains the `PlanLocation` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `PlanLocation` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A connection to a list of `Location` values, with data from `PlanLocation`. */ export declare type PlanLocationsConnectionManyToManyConnection = { __typename?: 'PlanLocationsConnectionManyToManyConnection'; /** A list of `Location` objects. */ nodes: Array>; /** A list of edges which contains the `Location`, info from the `PlanLocation`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Location` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Location` edge in the connection, with data from `PlanLocation`. */ export declare type PlanLocationsConnectionManyToManyEdge = { __typename?: 'PlanLocationsConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Location` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `PlanLocation`. */ planRelationConnection: PlanLocationsConnection; /** Reads and enables pagination through a set of `PlanLocation`. */ planRelation: Array; }; /** A `Location` edge in the connection, with data from `PlanLocation`. */ export declare type PlanLocationsConnectionManyToManyEdgePlanRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Location` edge in the connection, with data from `PlanLocation`. */ export declare type PlanLocationsConnectionManyToManyEdgePlanRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `PlanLocation` edge in the connection. */ export declare type PlanLocationsEdge = { __typename?: 'PlanLocationsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `PlanLocation` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `PlanLocation`. */ export declare enum PlanLocationsOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", PlanIdAsc = "PLAN_ID_ASC", PlanIdDesc = "PLAN_ID_DESC", LocationIdAsc = "LOCATION_ID_ASC", LocationIdDesc = "LOCATION_ID_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", PlanByPlanIdIdAsc = "PLAN_BY_PLAN_ID__ID_ASC", PlanByPlanIdIdDesc = "PLAN_BY_PLAN_ID__ID_DESC", PlanByPlanIdTypeAsc = "PLAN_BY_PLAN_ID__TYPE_ASC", PlanByPlanIdTypeDesc = "PLAN_BY_PLAN_ID__TYPE_DESC", PlanByPlanIdVersionAsc = "PLAN_BY_PLAN_ID__VERSION_ASC", PlanByPlanIdVersionDesc = "PLAN_BY_PLAN_ID__VERSION_DESC", PlanByPlanIdCreatedAtAsc = "PLAN_BY_PLAN_ID__CREATED_AT_ASC", PlanByPlanIdCreatedAtDesc = "PLAN_BY_PLAN_ID__CREATED_AT_DESC", PlanByPlanIdUpdatedAtAsc = "PLAN_BY_PLAN_ID__UPDATED_AT_ASC", PlanByPlanIdUpdatedAtDesc = "PLAN_BY_PLAN_ID__UPDATED_AT_DESC", PlanByPlanIdDeletedAtAsc = "PLAN_BY_PLAN_ID__DELETED_AT_ASC", PlanByPlanIdDeletedAtDesc = "PLAN_BY_PLAN_ID__DELETED_AT_DESC", PlanByPlanIdClonesAsc = "PLAN_BY_PLAN_ID__CLONES_ASC", PlanByPlanIdClonesDesc = "PLAN_BY_PLAN_ID__CLONES_DESC", PlanByPlanIdDueAtAsc = "PLAN_BY_PLAN_ID__DUE_AT_ASC", PlanByPlanIdDueAtDesc = "PLAN_BY_PLAN_ID__DUE_AT_DESC", PlanByPlanIdParametersAsc = "PLAN_BY_PLAN_ID__PARAMETERS_ASC", PlanByPlanIdParametersDesc = "PLAN_BY_PLAN_ID__PARAMETERS_DESC", LocationByLocationIdIdAsc = "LOCATION_BY_LOCATION_ID__ID_ASC", LocationByLocationIdIdDesc = "LOCATION_BY_LOCATION_ID__ID_DESC", LocationByLocationIdNicknameAsc = "LOCATION_BY_LOCATION_ID__NICKNAME_ASC", LocationByLocationIdNicknameDesc = "LOCATION_BY_LOCATION_ID__NICKNAME_DESC", LocationByLocationIdErrorRadiusAsc = "LOCATION_BY_LOCATION_ID__ERROR_RADIUS_ASC", LocationByLocationIdErrorRadiusDesc = "LOCATION_BY_LOCATION_ID__ERROR_RADIUS_DESC", LocationByLocationIdNameAsc = "LOCATION_BY_LOCATION_ID__NAME_ASC", LocationByLocationIdNameDesc = "LOCATION_BY_LOCATION_ID__NAME_DESC", LocationByLocationIdLatitudeAsc = "LOCATION_BY_LOCATION_ID__LATITUDE_ASC", LocationByLocationIdLatitudeDesc = "LOCATION_BY_LOCATION_ID__LATITUDE_DESC", LocationByLocationIdLongitudeAsc = "LOCATION_BY_LOCATION_ID__LONGITUDE_ASC", LocationByLocationIdLongitudeDesc = "LOCATION_BY_LOCATION_ID__LONGITUDE_DESC", LocationByLocationIdAltitudeAsc = "LOCATION_BY_LOCATION_ID__ALTITUDE_ASC", LocationByLocationIdAltitudeDesc = "LOCATION_BY_LOCATION_ID__ALTITUDE_DESC", LocationByLocationIdRollAsc = "LOCATION_BY_LOCATION_ID__ROLL_ASC", LocationByLocationIdRollDesc = "LOCATION_BY_LOCATION_ID__ROLL_DESC", LocationByLocationIdPitchAsc = "LOCATION_BY_LOCATION_ID__PITCH_ASC", LocationByLocationIdPitchDesc = "LOCATION_BY_LOCATION_ID__PITCH_DESC", LocationByLocationIdYawAsc = "LOCATION_BY_LOCATION_ID__YAW_ASC", LocationByLocationIdYawDesc = "LOCATION_BY_LOCATION_ID__YAW_DESC", LocationByLocationIdPositionAsc = "LOCATION_BY_LOCATION_ID__POSITION_ASC", LocationByLocationIdPositionDesc = "LOCATION_BY_LOCATION_ID__POSITION_DESC", LocationByLocationIdOldGeometryAsc = "LOCATION_BY_LOCATION_ID__OLD_GEOMETRY_ASC", LocationByLocationIdOldGeometryDesc = "LOCATION_BY_LOCATION_ID__OLD_GEOMETRY_DESC", LocationByLocationIdUpdatedAtAsc = "LOCATION_BY_LOCATION_ID__UPDATED_AT_ASC", LocationByLocationIdUpdatedAtDesc = "LOCATION_BY_LOCATION_ID__UPDATED_AT_DESC", LocationByLocationIdCreatedAtAsc = "LOCATION_BY_LOCATION_ID__CREATED_AT_ASC", LocationByLocationIdCreatedAtDesc = "LOCATION_BY_LOCATION_ID__CREATED_AT_DESC", LocationByLocationIdGeoPoint2DAsc = "LOCATION_BY_LOCATION_ID__GEO_POINT2_D_ASC", LocationByLocationIdGeoPoint2DDesc = "LOCATION_BY_LOCATION_ID__GEO_POINT2_D_DESC", LocationByLocationIdGeoPoint3DAsc = "LOCATION_BY_LOCATION_ID__GEO_POINT3_D_ASC", LocationByLocationIdGeoPoint3DDesc = "LOCATION_BY_LOCATION_ID__GEO_POINT3_D_DESC", LocationByLocationIdDeletedAtAsc = "LOCATION_BY_LOCATION_ID__DELETED_AT_ASC", LocationByLocationIdDeletedAtDesc = "LOCATION_BY_LOCATION_ID__DELETED_AT_DESC", LocationByLocationIdGeometry3DAsc = "LOCATION_BY_LOCATION_ID__GEOMETRY3_D_ASC", LocationByLocationIdGeometry3DDesc = "LOCATION_BY_LOCATION_ID__GEOMETRY3_D_DESC", LocationByLocationIdGeometry2DAsc = "LOCATION_BY_LOCATION_ID__GEOMETRY2_D_ASC", LocationByLocationIdGeometry2DDesc = "LOCATION_BY_LOCATION_ID__GEOMETRY2_D_DESC" } /** The fields on `plan` to look up the row to update. */ export declare type PlanOnEventPlansCreatedForEventPlansCreatedPlanFkeyUsingPlanPkeyUpdate = { /** An object where the defined keys will be set on the `plan` being updated. */ patch: UpdatePlanOnEventPlansCreatedForEventPlansCreatedPlanFkeyPatch; id: Scalars['String']; }; /** The fields on `plan` to look up the row to update. */ export declare type PlanOnEventPlansReadForEventPlansReadPlanFkeyUsingPlanPkeyUpdate = { /** An object where the defined keys will be set on the `plan` being updated. */ patch: UpdatePlanOnEventPlansReadForEventPlansReadPlanFkeyPatch; id: Scalars['String']; }; /** The fields on `plan` to look up the row to update. */ export declare type PlanOnEventPlansUpdatedForEventPlansUpdatedPlanFkeyUsingPlanPkeyUpdate = { /** An object where the defined keys will be set on the `plan` being updated. */ patch: UpdatePlanOnEventPlansUpdatedForEventPlansUpdatedPlanFkeyPatch; id: Scalars['String']; }; /** The fields on `plan` to look up the row to update. */ export declare type PlanOnExecutionCreatorPlanCreatedForExecutionCreatorPlanCreatedPlanFkeyUsingPlanPkeyUpdate = { /** An object where the defined keys will be set on the `plan` being updated. */ patch: UpdatePlanOnExecutionCreatorPlanCreatedForExecutionCreatorPlanCreatedPlanFkeyPatch; id: Scalars['String']; }; /** The fields on `plan` to look up the row to update. */ export declare type PlanOnPlanAnomalyForPlanAnomalyPlanIdFkeyUsingPlanPkeyUpdate = { /** An object where the defined keys will be set on the `plan` being updated. */ patch: UpdatePlanOnPlanAnomalyForPlanAnomalyPlanIdFkeyPatch; id: Scalars['String']; }; /** The fields on `plan` to look up the row to update. */ export declare type PlanOnPlanArtifactForPlanArtifactPlanIdFkeyUsingPlanPkeyUpdate = { /** An object where the defined keys will be set on the `plan` being updated. */ patch: UpdatePlanOnPlanArtifactForPlanArtifactPlanIdFkeyPatch; id: Scalars['String']; }; /** The fields on `plan` to look up the row to update. */ export declare type PlanOnPlanAssignmentForPlanAssignmentPlanFkeyUsingPlanPkeyUpdate = { /** An object where the defined keys will be set on the `plan` being updated. */ patch: UpdatePlanOnPlanAssignmentForPlanAssignmentPlanFkeyPatch; id: Scalars['String']; }; /** The fields on `plan` to look up the row to update. */ export declare type PlanOnPlanChildForPlanChildrenChildFkeyUsingPlanPkeyUpdate = { /** An object where the defined keys will be set on the `plan` being updated. */ patch: UpdatePlanOnPlanChildForPlanChildrenChildFkeyPatch; id: Scalars['String']; }; /** The fields on `plan` to look up the row to update. */ export declare type PlanOnPlanChildForPlanChildrenParentFkeyUsingPlanPkeyUpdate = { /** An object where the defined keys will be set on the `plan` being updated. */ patch: UpdatePlanOnPlanChildForPlanChildrenParentFkeyPatch; id: Scalars['String']; }; /** The fields on `plan` to look up the row to update. */ export declare type PlanOnPlanCommentForPlanCommentPlanIdFkeyUsingPlanPkeyUpdate = { /** An object where the defined keys will be set on the `plan` being updated. */ patch: UpdatePlanOnPlanCommentForPlanCommentPlanIdFkeyPatch; id: Scalars['String']; }; /** The fields on `plan` to look up the row to update. */ export declare type PlanOnPlanCreatorExecutionCreatedForPlanCreatorExecutionCreatedPlanFkeyUsingPlanPkeyUpdate = { /** An object where the defined keys will be set on the `plan` being updated. */ patch: UpdatePlanOnPlanCreatorExecutionCreatedForPlanCreatorExecutionCreatedPlanFkeyPatch; id: Scalars['String']; }; /** The fields on `plan` to look up the row to update. */ export declare type PlanOnPlanDetectionForPlanDetectionPlanIdFkeyUsingPlanPkeyUpdate = { /** An object where the defined keys will be set on the `plan` being updated. */ patch: UpdatePlanOnPlanDetectionForPlanDetectionPlanIdFkeyPatch; id: Scalars['String']; }; /** The fields on `plan` to look up the row to update. */ export declare type PlanOnPlanFollowerForPlanFollowersBaseFkeyUsingPlanPkeyUpdate = { /** An object where the defined keys will be set on the `plan` being updated. */ patch: UpdatePlanOnPlanFollowerForPlanFollowersBaseFkeyPatch; id: Scalars['String']; }; /** The fields on `plan` to look up the row to update. */ export declare type PlanOnPlanFollowerForPlanFollowersFollowerFkeyUsingPlanPkeyUpdate = { /** An object where the defined keys will be set on the `plan` being updated. */ patch: UpdatePlanOnPlanFollowerForPlanFollowersFollowerFkeyPatch; id: Scalars['String']; }; /** The fields on `plan` to look up the row to update. */ export declare type PlanOnPlanForPlanClonesFkeyUsingPlanPkeyUpdate = { /** An object where the defined keys will be set on the `plan` being updated. */ patch: UpdatePlanOnPlanForPlanClonesFkeyPatch; id: Scalars['String']; }; /** The fields on `plan` to look up the row to update. */ export declare type PlanOnPlanImageForPlanImagePlanIdFkeyUsingPlanPkeyUpdate = { /** An object where the defined keys will be set on the `plan` being updated. */ patch: UpdatePlanOnPlanImageForPlanImagePlanIdFkeyPatch; id: Scalars['String']; }; /** The fields on `plan` to look up the row to update. */ export declare type PlanOnPlanLocationForPlanLocationPlanIdFkeyUsingPlanPkeyUpdate = { /** An object where the defined keys will be set on the `plan` being updated. */ patch: UpdatePlanOnPlanLocationForPlanLocationPlanIdFkeyPatch; id: Scalars['String']; }; /** The fields on `plan` to look up the row to update. */ export declare type PlanOnPlanOrganizationForPlanOrganizationPlanIdFkeyUsingPlanPkeyUpdate = { /** An object where the defined keys will be set on the `plan` being updated. */ patch: UpdatePlanOnPlanOrganizationForPlanOrganizationPlanIdFkeyPatch; id: Scalars['String']; }; /** The fields on `plan` to look up the row to update. */ export declare type PlanOnPlanStructureForPlanStructurePlanIdFkeyUsingPlanPkeyUpdate = { /** An object where the defined keys will be set on the `plan` being updated. */ patch: UpdatePlanOnPlanStructureForPlanStructurePlanIdFkeyPatch; id: Scalars['String']; }; /** The fields on `plan` to look up the row to update. */ export declare type PlanOnPlanUserForPlanUserPlanIdFkeyUsingPlanPkeyUpdate = { /** An object where the defined keys will be set on the `plan` being updated. */ patch: UpdatePlanOnPlanUserForPlanUserPlanIdFkeyPatch; id: Scalars['String']; }; export declare type PlanOrganization = { __typename?: 'PlanOrganization'; id: Scalars['String']; planId?: Maybe; organizationId?: Maybe; /** Reads a single `Plan` that is related to this `PlanOrganization`. */ plan?: Maybe; /** Reads a single `Organization` that is related to this `PlanOrganization`. */ organization?: Maybe; }; /** * A condition to be used against `PlanOrganization` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type PlanOrganizationCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `planId` field. */ planId?: Maybe; /** Checks for equality with the object’s `organizationId` field. */ organizationId?: Maybe; }; /** A filter to be used against `PlanOrganization` object types. All fields are combined with a logical ‘and.’ */ export declare type PlanOrganizationFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `planId` field. */ planId?: Maybe; /** Filter by the object’s `organizationId` field. */ organizationId?: Maybe; /** Filter by the object’s `plan` relation. */ plan?: Maybe; /** A related `plan` exists. */ planExists?: Maybe; /** Filter by the object’s `organization` relation. */ organization?: Maybe; /** A related `organization` exists. */ organizationExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `PlanOrganization` */ export declare type PlanOrganizationInput = { id?: Maybe; planId?: Maybe; organizationId?: Maybe; plan?: Maybe<_PlanOrganizationPlanIdFkeyInput>; organization?: Maybe<_PlanOrganizationOrganizationIdFkeyInput>; }; /** The fields on `planOrganization` to look up the row to update. */ export declare type PlanOrganizationOnPlanOrganizationForPlanOrganizationOrganizationIdFkeyUsingPlanOrganizationPkeyUpdate = { /** An object where the defined keys will be set on the `planOrganization` being updated. */ patch: UpdatePlanOrganizationOnPlanOrganizationForPlanOrganizationOrganizationIdFkeyPatch; id: Scalars['String']; }; /** The fields on `planOrganization` to look up the row to update. */ export declare type PlanOrganizationOnPlanOrganizationForPlanOrganizationPlanIdFkeyUsingPlanOrganizationPkeyUpdate = { /** An object where the defined keys will be set on the `planOrganization` being updated. */ patch: UpdatePlanOrganizationOnPlanOrganizationForPlanOrganizationPlanIdFkeyPatch; id: Scalars['String']; }; /** Represents an update to a `PlanOrganization`. Fields that are set will be updated. */ export declare type PlanOrganizationPatch = { id?: Maybe; planId?: Maybe; organizationId?: Maybe; plan?: Maybe<_PlanOrganizationPlanIdFkeyInput>; organization?: Maybe<_PlanOrganizationOrganizationIdFkeyInput>; }; /** The fields on `planOrganization` to look up the row to connect. */ export declare type PlanOrganizationPlanOrganizationPkeyConnect = { id: Scalars['String']; }; /** The fields on `planOrganization` to look up the row to delete. */ export declare type PlanOrganizationPlanOrganizationPkeyDelete = { id: Scalars['String']; }; /** A connection to a list of `PlanOrganization` values. */ export declare type PlanOrganizationsConnection = { __typename?: 'PlanOrganizationsConnection'; /** A list of `PlanOrganization` objects. */ nodes: Array>; /** A list of edges which contains the `PlanOrganization` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `PlanOrganization` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A connection to a list of `Organization` values, with data from `PlanOrganization`. */ export declare type PlanOrganizationsConnectionManyToManyConnection = { __typename?: 'PlanOrganizationsConnectionManyToManyConnection'; /** A list of `Organization` objects. */ nodes: Array>; /** A list of edges which contains the `Organization`, info from the `PlanOrganization`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Organization` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Organization` edge in the connection, with data from `PlanOrganization`. */ export declare type PlanOrganizationsConnectionManyToManyEdge = { __typename?: 'PlanOrganizationsConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Organization` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `PlanOrganization`. */ planRelationConnection: PlanOrganizationsConnection; /** Reads and enables pagination through a set of `PlanOrganization`. */ planRelation: Array; }; /** A `Organization` edge in the connection, with data from `PlanOrganization`. */ export declare type PlanOrganizationsConnectionManyToManyEdgePlanRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Organization` edge in the connection, with data from `PlanOrganization`. */ export declare type PlanOrganizationsConnectionManyToManyEdgePlanRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `PlanOrganization` edge in the connection. */ export declare type PlanOrganizationsEdge = { __typename?: 'PlanOrganizationsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `PlanOrganization` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `PlanOrganization`. */ export declare enum PlanOrganizationsOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", PlanIdAsc = "PLAN_ID_ASC", PlanIdDesc = "PLAN_ID_DESC", OrganizationIdAsc = "ORGANIZATION_ID_ASC", OrganizationIdDesc = "ORGANIZATION_ID_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", PlanByPlanIdIdAsc = "PLAN_BY_PLAN_ID__ID_ASC", PlanByPlanIdIdDesc = "PLAN_BY_PLAN_ID__ID_DESC", PlanByPlanIdTypeAsc = "PLAN_BY_PLAN_ID__TYPE_ASC", PlanByPlanIdTypeDesc = "PLAN_BY_PLAN_ID__TYPE_DESC", PlanByPlanIdVersionAsc = "PLAN_BY_PLAN_ID__VERSION_ASC", PlanByPlanIdVersionDesc = "PLAN_BY_PLAN_ID__VERSION_DESC", PlanByPlanIdCreatedAtAsc = "PLAN_BY_PLAN_ID__CREATED_AT_ASC", PlanByPlanIdCreatedAtDesc = "PLAN_BY_PLAN_ID__CREATED_AT_DESC", PlanByPlanIdUpdatedAtAsc = "PLAN_BY_PLAN_ID__UPDATED_AT_ASC", PlanByPlanIdUpdatedAtDesc = "PLAN_BY_PLAN_ID__UPDATED_AT_DESC", PlanByPlanIdDeletedAtAsc = "PLAN_BY_PLAN_ID__DELETED_AT_ASC", PlanByPlanIdDeletedAtDesc = "PLAN_BY_PLAN_ID__DELETED_AT_DESC", PlanByPlanIdClonesAsc = "PLAN_BY_PLAN_ID__CLONES_ASC", PlanByPlanIdClonesDesc = "PLAN_BY_PLAN_ID__CLONES_DESC", PlanByPlanIdDueAtAsc = "PLAN_BY_PLAN_ID__DUE_AT_ASC", PlanByPlanIdDueAtDesc = "PLAN_BY_PLAN_ID__DUE_AT_DESC", PlanByPlanIdParametersAsc = "PLAN_BY_PLAN_ID__PARAMETERS_ASC", PlanByPlanIdParametersDesc = "PLAN_BY_PLAN_ID__PARAMETERS_DESC", OrganizationByOrganizationIdIdAsc = "ORGANIZATION_BY_ORGANIZATION_ID__ID_ASC", OrganizationByOrganizationIdIdDesc = "ORGANIZATION_BY_ORGANIZATION_ID__ID_DESC", OrganizationByOrganizationIdNicknameAsc = "ORGANIZATION_BY_ORGANIZATION_ID__NICKNAME_ASC", OrganizationByOrganizationIdNicknameDesc = "ORGANIZATION_BY_ORGANIZATION_ID__NICKNAME_DESC", OrganizationByOrganizationIdNameAsc = "ORGANIZATION_BY_ORGANIZATION_ID__NAME_ASC", OrganizationByOrganizationIdNameDesc = "ORGANIZATION_BY_ORGANIZATION_ID__NAME_DESC", OrganizationByOrganizationIdDescriptionAsc = "ORGANIZATION_BY_ORGANIZATION_ID__DESCRIPTION_ASC", OrganizationByOrganizationIdDescriptionDesc = "ORGANIZATION_BY_ORGANIZATION_ID__DESCRIPTION_DESC", OrganizationByOrganizationIdCreatedAtAsc = "ORGANIZATION_BY_ORGANIZATION_ID__CREATED_AT_ASC", OrganizationByOrganizationIdCreatedAtDesc = "ORGANIZATION_BY_ORGANIZATION_ID__CREATED_AT_DESC", OrganizationByOrganizationIdUpdatedAtAsc = "ORGANIZATION_BY_ORGANIZATION_ID__UPDATED_AT_ASC", OrganizationByOrganizationIdUpdatedAtDesc = "ORGANIZATION_BY_ORGANIZATION_ID__UPDATED_AT_DESC", OrganizationByOrganizationIdSubscriptionPlanAsc = "ORGANIZATION_BY_ORGANIZATION_ID__SUBSCRIPTION_PLAN_ASC", OrganizationByOrganizationIdSubscriptionPlanDesc = "ORGANIZATION_BY_ORGANIZATION_ID__SUBSCRIPTION_PLAN_DESC", OrganizationByOrganizationIdDeletedAtAsc = "ORGANIZATION_BY_ORGANIZATION_ID__DELETED_AT_ASC", OrganizationByOrganizationIdDeletedAtDesc = "ORGANIZATION_BY_ORGANIZATION_ID__DELETED_AT_DESC" } /** A connection to a list of `Plan` values, with data from `PlanChild`. */ export declare type PlanParentPlansConnectionManyToManyConnection = { __typename?: 'PlanParentPlansConnectionManyToManyConnection'; /** A list of `Plan` objects. */ nodes: Array>; /** A list of edges which contains the `Plan`, info from the `PlanChild`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Plan` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Plan` edge in the connection, with data from `PlanChild`. */ export declare type PlanParentPlansConnectionManyToManyEdge = { __typename?: 'PlanParentPlansConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Plan` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `PlanChild`. */ childPlansRelationConnection: PlanChildrenConnection; /** Reads and enables pagination through a set of `PlanChild`. */ childPlansRelation: Array; }; /** A `Plan` edge in the connection, with data from `PlanChild`. */ export declare type PlanParentPlansConnectionManyToManyEdgeChildPlansRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Plan` edge in the connection, with data from `PlanChild`. */ export declare type PlanParentPlansConnectionManyToManyEdgeChildPlansRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A connection to a list of `String` values. */ export declare type PlanParentsTransitiveConnection = { __typename?: 'PlanParentsTransitiveConnection'; /** A list of `String` objects. */ nodes: Array>; /** A list of edges which contains the `String` and cursor to aid in pagination. */ edges: Array; /** The count of *all* `String` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `String` edge in the connection. */ export declare type PlanParentsTransitiveEdge = { __typename?: 'PlanParentsTransitiveEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `String` at the end of the edge. */ node?: Maybe; }; /** A connection to a list of `String` values. */ export declare type PlanParentsTransitiveWithRootConnection = { __typename?: 'PlanParentsTransitiveWithRootConnection'; /** A list of `String` objects. */ nodes: Array>; /** A list of edges which contains the `String` and cursor to aid in pagination. */ edges: Array; /** The count of *all* `String` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `String` edge in the connection. */ export declare type PlanParentsTransitiveWithRootEdge = { __typename?: 'PlanParentsTransitiveWithRootEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `String` at the end of the edge. */ node?: Maybe; }; /** Represents an update to a `Plan`. Fields that are set will be updated. */ export declare type PlanPatch = { type?: Maybe; version?: Maybe; clones?: Maybe; dueAt?: Maybe; parameters?: Maybe; planToClones?: Maybe; assignedUserRelation?: Maybe<_PlanAssignmentPlanFkeyInverseInput>; basePlansRelation?: Maybe<_PlanFollowersFollowerFkeyInverseInput>; followerPlansRelation?: Maybe<_PlanFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventPlansCreatedPlanFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventPlansReadPlanFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventPlansUpdatedPlanFkeyInverseInput>; createdExecutionRelation?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInverseInput>; creatorExecutionRelation?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInverseInput>; childPlansRelation?: Maybe<_PlanChildrenParentFkeyInverseInput>; parentPlansRelation?: Maybe<_PlanChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_PlanAnomalyPlanIdFkeyInverseInput>; userRelation?: Maybe<_PlanUserPlanIdFkeyInverseInput>; organizationRelation?: Maybe<_PlanOrganizationPlanIdFkeyInverseInput>; commentRelation?: Maybe<_PlanCommentPlanIdFkeyInverseInput>; detectionRelation?: Maybe<_PlanDetectionPlanIdFkeyInverseInput>; imageRelation?: Maybe<_PlanImagePlanIdFkeyInverseInput>; artifactRelation?: Maybe<_PlanArtifactPlanIdFkeyInverseInput>; structureRelation?: Maybe<_PlanStructurePlanIdFkeyInverseInput>; locationRelation?: Maybe<_PlanLocationPlanIdFkeyInverseInput>; }; /** The fields on `plan` to look up the row to connect. */ export declare type PlanPlanPkeyConnect = { id: Scalars['String']; }; /** The fields on `plan` to look up the row to delete. */ export declare type PlanPlanPkeyDelete = { id: Scalars['String']; }; /** A connection to a list of `Event` values, with data from `EventPlansRead`. */ export declare type PlanReadByActivitiesConnectionManyToManyConnection = { __typename?: 'PlanReadByActivitiesConnectionManyToManyConnection'; /** A list of `Event` objects. */ nodes: Array>; /** A list of edges which contains the `Event`, info from the `EventPlansRead`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Event` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Event` edge in the connection, with data from `EventPlansRead`. */ export declare type PlanReadByActivitiesConnectionManyToManyEdge = { __typename?: 'PlanReadByActivitiesConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Event` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `EventPlansRead`. */ plansReadRelationConnection: EventPlansReadsConnection; /** Reads and enables pagination through a set of `EventPlansRead`. */ plansReadRelation: Array; }; /** A `Event` edge in the connection, with data from `EventPlansRead`. */ export declare type PlanReadByActivitiesConnectionManyToManyEdgePlansReadRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Event` edge in the connection, with data from `EventPlansRead`. */ export declare type PlanReadByActivitiesConnectionManyToManyEdgePlansReadRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A connection to a list of `Plan` values. */ export declare type PlansConnection = { __typename?: 'PlansConnection'; /** A list of `Plan` objects. */ nodes: Array>; /** A list of edges which contains the `Plan` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Plan` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Plan` edge in the connection. */ export declare type PlansEdge = { __typename?: 'PlansEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Plan` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `Plan`. */ export declare enum PlansOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", TypeAsc = "TYPE_ASC", TypeDesc = "TYPE_DESC", VersionAsc = "VERSION_ASC", VersionDesc = "VERSION_DESC", CreatedAtAsc = "CREATED_AT_ASC", CreatedAtDesc = "CREATED_AT_DESC", UpdatedAtAsc = "UPDATED_AT_ASC", UpdatedAtDesc = "UPDATED_AT_DESC", DeletedAtAsc = "DELETED_AT_ASC", DeletedAtDesc = "DELETED_AT_DESC", ClonesAsc = "CLONES_ASC", ClonesDesc = "CLONES_DESC", DueAtAsc = "DUE_AT_ASC", DueAtDesc = "DUE_AT_DESC", ParametersAsc = "PARAMETERS_ASC", ParametersDesc = "PARAMETERS_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", PlanByClonesIdAsc = "PLAN_BY_CLONES__ID_ASC", PlanByClonesIdDesc = "PLAN_BY_CLONES__ID_DESC", PlanByClonesTypeAsc = "PLAN_BY_CLONES__TYPE_ASC", PlanByClonesTypeDesc = "PLAN_BY_CLONES__TYPE_DESC", PlanByClonesVersionAsc = "PLAN_BY_CLONES__VERSION_ASC", PlanByClonesVersionDesc = "PLAN_BY_CLONES__VERSION_DESC", PlanByClonesCreatedAtAsc = "PLAN_BY_CLONES__CREATED_AT_ASC", PlanByClonesCreatedAtDesc = "PLAN_BY_CLONES__CREATED_AT_DESC", PlanByClonesUpdatedAtAsc = "PLAN_BY_CLONES__UPDATED_AT_ASC", PlanByClonesUpdatedAtDesc = "PLAN_BY_CLONES__UPDATED_AT_DESC", PlanByClonesDeletedAtAsc = "PLAN_BY_CLONES__DELETED_AT_ASC", PlanByClonesDeletedAtDesc = "PLAN_BY_CLONES__DELETED_AT_DESC", PlanByClonesClonesAsc = "PLAN_BY_CLONES__CLONES_ASC", PlanByClonesClonesDesc = "PLAN_BY_CLONES__CLONES_DESC", PlanByClonesDueAtAsc = "PLAN_BY_CLONES__DUE_AT_ASC", PlanByClonesDueAtDesc = "PLAN_BY_CLONES__DUE_AT_DESC", PlanByClonesParametersAsc = "PLAN_BY_CLONES__PARAMETERS_ASC", PlanByClonesParametersDesc = "PLAN_BY_CLONES__PARAMETERS_DESC", PlanAssignmentsByPlanCountAsc = "PLAN_ASSIGNMENTS_BY_PLAN__COUNT_ASC", PlanAssignmentsByPlanCountDesc = "PLAN_ASSIGNMENTS_BY_PLAN__COUNT_DESC", PlansByClonesCountAsc = "PLANS_BY_CLONES__COUNT_ASC", PlansByClonesCountDesc = "PLANS_BY_CLONES__COUNT_DESC", PlanFollowersByFollowerCountAsc = "PLAN_FOLLOWERS_BY_FOLLOWER__COUNT_ASC", PlanFollowersByFollowerCountDesc = "PLAN_FOLLOWERS_BY_FOLLOWER__COUNT_DESC", PlanFollowersByBaseCountAsc = "PLAN_FOLLOWERS_BY_BASE__COUNT_ASC", PlanFollowersByBaseCountDesc = "PLAN_FOLLOWERS_BY_BASE__COUNT_DESC", EventPlansCreatedsByPlanCountAsc = "EVENT_PLANS_CREATEDS_BY_PLAN__COUNT_ASC", EventPlansCreatedsByPlanCountDesc = "EVENT_PLANS_CREATEDS_BY_PLAN__COUNT_DESC", EventPlansReadsByPlanCountAsc = "EVENT_PLANS_READS_BY_PLAN__COUNT_ASC", EventPlansReadsByPlanCountDesc = "EVENT_PLANS_READS_BY_PLAN__COUNT_DESC", EventPlansUpdatedsByPlanCountAsc = "EVENT_PLANS_UPDATEDS_BY_PLAN__COUNT_ASC", EventPlansUpdatedsByPlanCountDesc = "EVENT_PLANS_UPDATEDS_BY_PLAN__COUNT_DESC", PlanCreatorExecutionCreatedsByPlanCountAsc = "PLAN_CREATOR_EXECUTION_CREATEDS_BY_PLAN__COUNT_ASC", PlanCreatorExecutionCreatedsByPlanCountDesc = "PLAN_CREATOR_EXECUTION_CREATEDS_BY_PLAN__COUNT_DESC", ExecutionCreatorPlanCreatedsByPlanCountAsc = "EXECUTION_CREATOR_PLAN_CREATEDS_BY_PLAN__COUNT_ASC", ExecutionCreatorPlanCreatedsByPlanCountDesc = "EXECUTION_CREATOR_PLAN_CREATEDS_BY_PLAN__COUNT_DESC", PlanChildrenByParentCountAsc = "PLAN_CHILDREN_BY_PARENT__COUNT_ASC", PlanChildrenByParentCountDesc = "PLAN_CHILDREN_BY_PARENT__COUNT_DESC", PlanChildrenByChildCountAsc = "PLAN_CHILDREN_BY_CHILD__COUNT_ASC", PlanChildrenByChildCountDesc = "PLAN_CHILDREN_BY_CHILD__COUNT_DESC", PlanAnomaliesByPlanIdCountAsc = "PLAN_ANOMALIES_BY_PLAN_ID__COUNT_ASC", PlanAnomaliesByPlanIdCountDesc = "PLAN_ANOMALIES_BY_PLAN_ID__COUNT_DESC", PlanUsersByPlanIdCountAsc = "PLAN_USERS_BY_PLAN_ID__COUNT_ASC", PlanUsersByPlanIdCountDesc = "PLAN_USERS_BY_PLAN_ID__COUNT_DESC", PlanOrganizationsByPlanIdCountAsc = "PLAN_ORGANIZATIONS_BY_PLAN_ID__COUNT_ASC", PlanOrganizationsByPlanIdCountDesc = "PLAN_ORGANIZATIONS_BY_PLAN_ID__COUNT_DESC", PlanCommentsByPlanIdCountAsc = "PLAN_COMMENTS_BY_PLAN_ID__COUNT_ASC", PlanCommentsByPlanIdCountDesc = "PLAN_COMMENTS_BY_PLAN_ID__COUNT_DESC", PlanDetectionsByPlanIdCountAsc = "PLAN_DETECTIONS_BY_PLAN_ID__COUNT_ASC", PlanDetectionsByPlanIdCountDesc = "PLAN_DETECTIONS_BY_PLAN_ID__COUNT_DESC", PlanImagesByPlanIdCountAsc = "PLAN_IMAGES_BY_PLAN_ID__COUNT_ASC", PlanImagesByPlanIdCountDesc = "PLAN_IMAGES_BY_PLAN_ID__COUNT_DESC", PlanArtifactsByPlanIdCountAsc = "PLAN_ARTIFACTS_BY_PLAN_ID__COUNT_ASC", PlanArtifactsByPlanIdCountDesc = "PLAN_ARTIFACTS_BY_PLAN_ID__COUNT_DESC", PlanStructuresByPlanIdCountAsc = "PLAN_STRUCTURES_BY_PLAN_ID__COUNT_ASC", PlanStructuresByPlanIdCountDesc = "PLAN_STRUCTURES_BY_PLAN_ID__COUNT_DESC", PlanLocationsByPlanIdCountAsc = "PLAN_LOCATIONS_BY_PLAN_ID__COUNT_ASC", PlanLocationsByPlanIdCountDesc = "PLAN_LOCATIONS_BY_PLAN_ID__COUNT_DESC" } export declare type PlanStructure = { __typename?: 'PlanStructure'; id: Scalars['String']; planId?: Maybe; structureId?: Maybe; /** Reads a single `Plan` that is related to this `PlanStructure`. */ plan?: Maybe; /** Reads a single `Structure` that is related to this `PlanStructure`. */ structure?: Maybe; }; /** * A condition to be used against `PlanStructure` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type PlanStructureCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `planId` field. */ planId?: Maybe; /** Checks for equality with the object’s `structureId` field. */ structureId?: Maybe; }; /** A filter to be used against `PlanStructure` object types. All fields are combined with a logical ‘and.’ */ export declare type PlanStructureFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `planId` field. */ planId?: Maybe; /** Filter by the object’s `structureId` field. */ structureId?: Maybe; /** Filter by the object’s `plan` relation. */ plan?: Maybe; /** A related `plan` exists. */ planExists?: Maybe; /** Filter by the object’s `structure` relation. */ structure?: Maybe; /** A related `structure` exists. */ structureExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `PlanStructure` */ export declare type PlanStructureInput = { id?: Maybe; planId?: Maybe; structureId?: Maybe; plan?: Maybe<_PlanStructurePlanIdFkeyInput>; structure?: Maybe<_PlanStructureStructureIdFkeyInput>; }; /** The fields on `planStructure` to look up the row to update. */ export declare type PlanStructureOnPlanStructureForPlanStructurePlanIdFkeyUsingPlanStructurePkeyUpdate = { /** An object where the defined keys will be set on the `planStructure` being updated. */ patch: UpdatePlanStructureOnPlanStructureForPlanStructurePlanIdFkeyPatch; id: Scalars['String']; }; /** The fields on `planStructure` to look up the row to update. */ export declare type PlanStructureOnPlanStructureForPlanStructureStructureIdFkeyUsingPlanStructurePkeyUpdate = { /** An object where the defined keys will be set on the `planStructure` being updated. */ patch: UpdatePlanStructureOnPlanStructureForPlanStructureStructureIdFkeyPatch; id: Scalars['String']; }; /** Represents an update to a `PlanStructure`. Fields that are set will be updated. */ export declare type PlanStructurePatch = { id?: Maybe; planId?: Maybe; structureId?: Maybe; plan?: Maybe<_PlanStructurePlanIdFkeyInput>; structure?: Maybe<_PlanStructureStructureIdFkeyInput>; }; /** The fields on `planStructure` to look up the row to connect. */ export declare type PlanStructurePlanStructurePkeyConnect = { id: Scalars['String']; }; /** The fields on `planStructure` to look up the row to delete. */ export declare type PlanStructurePlanStructurePkeyDelete = { id: Scalars['String']; }; /** A connection to a list of `PlanStructure` values. */ export declare type PlanStructuresConnection = { __typename?: 'PlanStructuresConnection'; /** A list of `PlanStructure` objects. */ nodes: Array>; /** A list of edges which contains the `PlanStructure` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `PlanStructure` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A connection to a list of `Structure` values, with data from `PlanStructure`. */ export declare type PlanStructuresConnectionManyToManyConnection = { __typename?: 'PlanStructuresConnectionManyToManyConnection'; /** A list of `Structure` objects. */ nodes: Array>; /** A list of edges which contains the `Structure`, info from the `PlanStructure`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Structure` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Structure` edge in the connection, with data from `PlanStructure`. */ export declare type PlanStructuresConnectionManyToManyEdge = { __typename?: 'PlanStructuresConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Structure` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `PlanStructure`. */ planRelationConnection: PlanStructuresConnection; /** Reads and enables pagination through a set of `PlanStructure`. */ planRelation: Array; }; /** A `Structure` edge in the connection, with data from `PlanStructure`. */ export declare type PlanStructuresConnectionManyToManyEdgePlanRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Structure` edge in the connection, with data from `PlanStructure`. */ export declare type PlanStructuresConnectionManyToManyEdgePlanRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `PlanStructure` edge in the connection. */ export declare type PlanStructuresEdge = { __typename?: 'PlanStructuresEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `PlanStructure` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `PlanStructure`. */ export declare enum PlanStructuresOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", PlanIdAsc = "PLAN_ID_ASC", PlanIdDesc = "PLAN_ID_DESC", StructureIdAsc = "STRUCTURE_ID_ASC", StructureIdDesc = "STRUCTURE_ID_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", PlanByPlanIdIdAsc = "PLAN_BY_PLAN_ID__ID_ASC", PlanByPlanIdIdDesc = "PLAN_BY_PLAN_ID__ID_DESC", PlanByPlanIdTypeAsc = "PLAN_BY_PLAN_ID__TYPE_ASC", PlanByPlanIdTypeDesc = "PLAN_BY_PLAN_ID__TYPE_DESC", PlanByPlanIdVersionAsc = "PLAN_BY_PLAN_ID__VERSION_ASC", PlanByPlanIdVersionDesc = "PLAN_BY_PLAN_ID__VERSION_DESC", PlanByPlanIdCreatedAtAsc = "PLAN_BY_PLAN_ID__CREATED_AT_ASC", PlanByPlanIdCreatedAtDesc = "PLAN_BY_PLAN_ID__CREATED_AT_DESC", PlanByPlanIdUpdatedAtAsc = "PLAN_BY_PLAN_ID__UPDATED_AT_ASC", PlanByPlanIdUpdatedAtDesc = "PLAN_BY_PLAN_ID__UPDATED_AT_DESC", PlanByPlanIdDeletedAtAsc = "PLAN_BY_PLAN_ID__DELETED_AT_ASC", PlanByPlanIdDeletedAtDesc = "PLAN_BY_PLAN_ID__DELETED_AT_DESC", PlanByPlanIdClonesAsc = "PLAN_BY_PLAN_ID__CLONES_ASC", PlanByPlanIdClonesDesc = "PLAN_BY_PLAN_ID__CLONES_DESC", PlanByPlanIdDueAtAsc = "PLAN_BY_PLAN_ID__DUE_AT_ASC", PlanByPlanIdDueAtDesc = "PLAN_BY_PLAN_ID__DUE_AT_DESC", PlanByPlanIdParametersAsc = "PLAN_BY_PLAN_ID__PARAMETERS_ASC", PlanByPlanIdParametersDesc = "PLAN_BY_PLAN_ID__PARAMETERS_DESC", StructureByStructureIdIdAsc = "STRUCTURE_BY_STRUCTURE_ID__ID_ASC", StructureByStructureIdIdDesc = "STRUCTURE_BY_STRUCTURE_ID__ID_DESC", StructureByStructureIdNicknameAsc = "STRUCTURE_BY_STRUCTURE_ID__NICKNAME_ASC", StructureByStructureIdNicknameDesc = "STRUCTURE_BY_STRUCTURE_ID__NICKNAME_DESC", StructureByStructureIdNameAsc = "STRUCTURE_BY_STRUCTURE_ID__NAME_ASC", StructureByStructureIdNameDesc = "STRUCTURE_BY_STRUCTURE_ID__NAME_DESC", StructureByStructureIdCreatedAtAsc = "STRUCTURE_BY_STRUCTURE_ID__CREATED_AT_ASC", StructureByStructureIdCreatedAtDesc = "STRUCTURE_BY_STRUCTURE_ID__CREATED_AT_DESC", StructureByStructureIdUpdatedAtAsc = "STRUCTURE_BY_STRUCTURE_ID__UPDATED_AT_ASC", StructureByStructureIdUpdatedAtDesc = "STRUCTURE_BY_STRUCTURE_ID__UPDATED_AT_DESC", StructureByStructureIdCommissionedAtAsc = "STRUCTURE_BY_STRUCTURE_ID__COMMISSIONED_AT_ASC", StructureByStructureIdCommissionedAtDesc = "STRUCTURE_BY_STRUCTURE_ID__COMMISSIONED_AT_DESC", StructureByStructureIdDescriptionAsc = "STRUCTURE_BY_STRUCTURE_ID__DESCRIPTION_ASC", StructureByStructureIdDescriptionDesc = "STRUCTURE_BY_STRUCTURE_ID__DESCRIPTION_DESC", StructureByStructureIdParametersAsc = "STRUCTURE_BY_STRUCTURE_ID__PARAMETERS_ASC", StructureByStructureIdParametersDesc = "STRUCTURE_BY_STRUCTURE_ID__PARAMETERS_DESC", StructureByStructureIdDeletedAtAsc = "STRUCTURE_BY_STRUCTURE_ID__DELETED_AT_ASC", StructureByStructureIdDeletedAtDesc = "STRUCTURE_BY_STRUCTURE_ID__DELETED_AT_DESC" } /** A filter to be used against many `EventPlansCreated` object types. All fields are combined with a logical ‘and.’ */ export declare type PlanToManyEventPlansCreatedFilter = { /** Every related `EventPlansCreated` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `EventPlansCreated` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `EventPlansCreated` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `EventPlansRead` object types. All fields are combined with a logical ‘and.’ */ export declare type PlanToManyEventPlansReadFilter = { /** Every related `EventPlansRead` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `EventPlansRead` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `EventPlansRead` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `EventPlansUpdated` object types. All fields are combined with a logical ‘and.’ */ export declare type PlanToManyEventPlansUpdatedFilter = { /** Every related `EventPlansUpdated` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `EventPlansUpdated` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `EventPlansUpdated` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `ExecutionCreatorPlanCreated` object types. All fields are combined with a logical ‘and.’ */ export declare type PlanToManyExecutionCreatorPlanCreatedFilter = { /** Every related `ExecutionCreatorPlanCreated` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `ExecutionCreatorPlanCreated` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `ExecutionCreatorPlanCreated` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `PlanAnomaly` object types. All fields are combined with a logical ‘and.’ */ export declare type PlanToManyPlanAnomalyFilter = { /** Every related `PlanAnomaly` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `PlanAnomaly` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `PlanAnomaly` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `PlanArtifact` object types. All fields are combined with a logical ‘and.’ */ export declare type PlanToManyPlanArtifactFilter = { /** Every related `PlanArtifact` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `PlanArtifact` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `PlanArtifact` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `PlanAssignment` object types. All fields are combined with a logical ‘and.’ */ export declare type PlanToManyPlanAssignmentFilter = { /** Every related `PlanAssignment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `PlanAssignment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `PlanAssignment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `PlanChild` object types. All fields are combined with a logical ‘and.’ */ export declare type PlanToManyPlanChildFilter = { /** Every related `PlanChild` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `PlanChild` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `PlanChild` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `PlanComment` object types. All fields are combined with a logical ‘and.’ */ export declare type PlanToManyPlanCommentFilter = { /** Every related `PlanComment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `PlanComment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `PlanComment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `PlanCreatorExecutionCreated` object types. All fields are combined with a logical ‘and.’ */ export declare type PlanToManyPlanCreatorExecutionCreatedFilter = { /** Every related `PlanCreatorExecutionCreated` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `PlanCreatorExecutionCreated` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `PlanCreatorExecutionCreated` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `PlanDetection` object types. All fields are combined with a logical ‘and.’ */ export declare type PlanToManyPlanDetectionFilter = { /** Every related `PlanDetection` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `PlanDetection` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `PlanDetection` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `Plan` object types. All fields are combined with a logical ‘and.’ */ export declare type PlanToManyPlanFilter = { /** Every related `Plan` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Plan` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Plan` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `PlanFollower` object types. All fields are combined with a logical ‘and.’ */ export declare type PlanToManyPlanFollowerFilter = { /** Every related `PlanFollower` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `PlanFollower` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `PlanFollower` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `PlanImage` object types. All fields are combined with a logical ‘and.’ */ export declare type PlanToManyPlanImageFilter = { /** Every related `PlanImage` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `PlanImage` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `PlanImage` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `PlanLocation` object types. All fields are combined with a logical ‘and.’ */ export declare type PlanToManyPlanLocationFilter = { /** Every related `PlanLocation` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `PlanLocation` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `PlanLocation` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `PlanOrganization` object types. All fields are combined with a logical ‘and.’ */ export declare type PlanToManyPlanOrganizationFilter = { /** Every related `PlanOrganization` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `PlanOrganization` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `PlanOrganization` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `PlanStructure` object types. All fields are combined with a logical ‘and.’ */ export declare type PlanToManyPlanStructureFilter = { /** Every related `PlanStructure` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `PlanStructure` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `PlanStructure` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `PlanUser` object types. All fields are combined with a logical ‘and.’ */ export declare type PlanToManyPlanUserFilter = { /** Every related `PlanUser` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `PlanUser` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `PlanUser` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A connection to a list of `Event` values, with data from `EventPlansUpdated`. */ export declare type PlanUpdatedByActivitiesConnectionManyToManyConnection = { __typename?: 'PlanUpdatedByActivitiesConnectionManyToManyConnection'; /** A list of `Event` objects. */ nodes: Array>; /** A list of edges which contains the `Event`, info from the `EventPlansUpdated`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Event` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Event` edge in the connection, with data from `EventPlansUpdated`. */ export declare type PlanUpdatedByActivitiesConnectionManyToManyEdge = { __typename?: 'PlanUpdatedByActivitiesConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Event` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `EventPlansUpdated`. */ plansUpdatedRelationConnection: EventPlansUpdatedsConnection; /** Reads and enables pagination through a set of `EventPlansUpdated`. */ plansUpdatedRelation: Array; }; /** A `Event` edge in the connection, with data from `EventPlansUpdated`. */ export declare type PlanUpdatedByActivitiesConnectionManyToManyEdgePlansUpdatedRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Event` edge in the connection, with data from `EventPlansUpdated`. */ export declare type PlanUpdatedByActivitiesConnectionManyToManyEdgePlansUpdatedRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type PlanUser = { __typename?: 'PlanUser'; id: Scalars['String']; planId?: Maybe; userId?: Maybe; /** Reads a single `Plan` that is related to this `PlanUser`. */ plan?: Maybe; /** Reads a single `User` that is related to this `PlanUser`. */ user?: Maybe; }; /** * A condition to be used against `PlanUser` object types. All fields are tested * for equality and combined with a logical ‘and.’ */ export declare type PlanUserCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `planId` field. */ planId?: Maybe; /** Checks for equality with the object’s `userId` field. */ userId?: Maybe; }; /** A filter to be used against `PlanUser` object types. All fields are combined with a logical ‘and.’ */ export declare type PlanUserFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `planId` field. */ planId?: Maybe; /** Filter by the object’s `userId` field. */ userId?: Maybe; /** Filter by the object’s `plan` relation. */ plan?: Maybe; /** A related `plan` exists. */ planExists?: Maybe; /** Filter by the object’s `user` relation. */ user?: Maybe; /** A related `user` exists. */ userExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `PlanUser` */ export declare type PlanUserInput = { id?: Maybe; planId?: Maybe; userId?: Maybe; plan?: Maybe<_PlanUserPlanIdFkeyInput>; user?: Maybe<_PlanUserUserIdFkeyInput>; }; /** The fields on `planUser` to look up the row to update. */ export declare type PlanUserOnPlanUserForPlanUserPlanIdFkeyUsingPlanUserPkeyUpdate = { /** An object where the defined keys will be set on the `planUser` being updated. */ patch: UpdatePlanUserOnPlanUserForPlanUserPlanIdFkeyPatch; id: Scalars['String']; }; /** The fields on `planUser` to look up the row to update. */ export declare type PlanUserOnPlanUserForPlanUserUserIdFkeyUsingPlanUserPkeyUpdate = { /** An object where the defined keys will be set on the `planUser` being updated. */ patch: UpdatePlanUserOnPlanUserForPlanUserUserIdFkeyPatch; id: Scalars['String']; }; /** Represents an update to a `PlanUser`. Fields that are set will be updated. */ export declare type PlanUserPatch = { id?: Maybe; planId?: Maybe; userId?: Maybe; plan?: Maybe<_PlanUserPlanIdFkeyInput>; user?: Maybe<_PlanUserUserIdFkeyInput>; }; /** The fields on `planUser` to look up the row to connect. */ export declare type PlanUserPlanUserPkeyConnect = { id: Scalars['String']; }; /** The fields on `planUser` to look up the row to delete. */ export declare type PlanUserPlanUserPkeyDelete = { id: Scalars['String']; }; /** A connection to a list of `PlanUser` values. */ export declare type PlanUsersConnection = { __typename?: 'PlanUsersConnection'; /** A list of `PlanUser` objects. */ nodes: Array>; /** A list of edges which contains the `PlanUser` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `PlanUser` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A connection to a list of `User` values, with data from `PlanUser`. */ export declare type PlanUsersConnectionManyToManyConnection = { __typename?: 'PlanUsersConnectionManyToManyConnection'; /** A list of `User` objects. */ nodes: Array>; /** A list of edges which contains the `User`, info from the `PlanUser`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `User` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `User` edge in the connection, with data from `PlanUser`. */ export declare type PlanUsersConnectionManyToManyEdge = { __typename?: 'PlanUsersConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `User` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `PlanUser`. */ planRelationConnection: PlanUsersConnection; /** Reads and enables pagination through a set of `PlanUser`. */ planRelation: Array; }; /** A `User` edge in the connection, with data from `PlanUser`. */ export declare type PlanUsersConnectionManyToManyEdgePlanRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `User` edge in the connection, with data from `PlanUser`. */ export declare type PlanUsersConnectionManyToManyEdgePlanRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `PlanUser` edge in the connection. */ export declare type PlanUsersEdge = { __typename?: 'PlanUsersEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `PlanUser` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `PlanUser`. */ export declare enum PlanUsersOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", PlanIdAsc = "PLAN_ID_ASC", PlanIdDesc = "PLAN_ID_DESC", UserIdAsc = "USER_ID_ASC", UserIdDesc = "USER_ID_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", PlanByPlanIdIdAsc = "PLAN_BY_PLAN_ID__ID_ASC", PlanByPlanIdIdDesc = "PLAN_BY_PLAN_ID__ID_DESC", PlanByPlanIdTypeAsc = "PLAN_BY_PLAN_ID__TYPE_ASC", PlanByPlanIdTypeDesc = "PLAN_BY_PLAN_ID__TYPE_DESC", PlanByPlanIdVersionAsc = "PLAN_BY_PLAN_ID__VERSION_ASC", PlanByPlanIdVersionDesc = "PLAN_BY_PLAN_ID__VERSION_DESC", PlanByPlanIdCreatedAtAsc = "PLAN_BY_PLAN_ID__CREATED_AT_ASC", PlanByPlanIdCreatedAtDesc = "PLAN_BY_PLAN_ID__CREATED_AT_DESC", PlanByPlanIdUpdatedAtAsc = "PLAN_BY_PLAN_ID__UPDATED_AT_ASC", PlanByPlanIdUpdatedAtDesc = "PLAN_BY_PLAN_ID__UPDATED_AT_DESC", PlanByPlanIdDeletedAtAsc = "PLAN_BY_PLAN_ID__DELETED_AT_ASC", PlanByPlanIdDeletedAtDesc = "PLAN_BY_PLAN_ID__DELETED_AT_DESC", PlanByPlanIdClonesAsc = "PLAN_BY_PLAN_ID__CLONES_ASC", PlanByPlanIdClonesDesc = "PLAN_BY_PLAN_ID__CLONES_DESC", PlanByPlanIdDueAtAsc = "PLAN_BY_PLAN_ID__DUE_AT_ASC", PlanByPlanIdDueAtDesc = "PLAN_BY_PLAN_ID__DUE_AT_DESC", PlanByPlanIdParametersAsc = "PLAN_BY_PLAN_ID__PARAMETERS_ASC", PlanByPlanIdParametersDesc = "PLAN_BY_PLAN_ID__PARAMETERS_DESC", UserByUserIdIdAsc = "USER_BY_USER_ID__ID_ASC", UserByUserIdIdDesc = "USER_BY_USER_ID__ID_DESC", UserByUserIdNicknameAsc = "USER_BY_USER_ID__NICKNAME_ASC", UserByUserIdNicknameDesc = "USER_BY_USER_ID__NICKNAME_DESC", UserByUserIdNameAsc = "USER_BY_USER_ID__NAME_ASC", UserByUserIdNameDesc = "USER_BY_USER_ID__NAME_DESC", UserByUserIdEmailAsc = "USER_BY_USER_ID__EMAIL_ASC", UserByUserIdEmailDesc = "USER_BY_USER_ID__EMAIL_DESC", UserByUserIdPasswordAsc = "USER_BY_USER_ID__PASSWORD_ASC", UserByUserIdPasswordDesc = "USER_BY_USER_ID__PASSWORD_DESC", UserByUserIdDescriptionAsc = "USER_BY_USER_ID__DESCRIPTION_ASC", UserByUserIdDescriptionDesc = "USER_BY_USER_ID__DESCRIPTION_DESC", UserByUserIdCreatedAtAsc = "USER_BY_USER_ID__CREATED_AT_ASC", UserByUserIdCreatedAtDesc = "USER_BY_USER_ID__CREATED_AT_DESC", UserByUserIdUpdatedAtAsc = "USER_BY_USER_ID__UPDATED_AT_ASC", UserByUserIdUpdatedAtDesc = "USER_BY_USER_ID__UPDATED_AT_DESC", UserByUserIdActivatedAtAsc = "USER_BY_USER_ID__ACTIVATED_AT_ASC", UserByUserIdActivatedAtDesc = "USER_BY_USER_ID__ACTIVATED_AT_DESC", UserByUserIdDateOfBirthAsc = "USER_BY_USER_ID__DATE_OF_BIRTH_ASC", UserByUserIdDateOfBirthDesc = "USER_BY_USER_ID__DATE_OF_BIRTH_DESC", UserByUserIdParametersAsc = "USER_BY_USER_ID__PARAMETERS_ASC", UserByUserIdParametersDesc = "USER_BY_USER_ID__PARAMETERS_DESC", UserByUserIdLanguageAsc = "USER_BY_USER_ID__LANGUAGE_ASC", UserByUserIdLanguageDesc = "USER_BY_USER_ID__LANGUAGE_DESC", UserByUserIdDeletedAtAsc = "USER_BY_USER_ID__DELETED_AT_ASC", UserByUserIdDeletedAtDesc = "USER_BY_USER_ID__DELETED_AT_DESC" } /** The root query type which gives access points into the data universe. */ export declare type Query = { __typename?: 'Query'; /** * Exposes the root query type nested one level down. This is helpful for Relay 1 * which can only query top level fields if they are in a particular form. */ query: Query; /** Reads and enables pagination through a set of `ActivityAssignment`. */ activityAssignmentsConnection?: Maybe; /** Reads a set of `ActivityAssignment`. */ activityAssignments?: Maybe>; /** Reads and enables pagination through a set of `Anomaly`. */ anomaliesConnection?: Maybe; /** Reads a set of `Anomaly`. */ anomalies?: Maybe>; /** Reads and enables pagination through a set of `AnomalyLevelMapping`. */ anomalyLevelMappingsConnection?: Maybe; /** Reads a set of `AnomalyLevelMapping`. */ anomalyLevelMappings?: Maybe>; /** Reads and enables pagination through a set of `AnomalyType`. */ anomalyTypesConnection?: Maybe; /** Reads a set of `AnomalyType`. */ anomalyTypes?: Maybe>; /** Reads and enables pagination through a set of `Artifact`. */ artifactsConnection?: Maybe; /** Reads a set of `Artifact`. */ artifacts?: Maybe>; /** Reads and enables pagination through a set of `Classification`. */ classificationsConnection?: Maybe; /** Reads a set of `Classification`. */ classifications?: Maybe>; /** Reads and enables pagination through a set of `Comment`. */ commentsConnection?: Maybe; /** Reads a set of `Comment`. */ comments?: Maybe>; /** Reads and enables pagination through a set of `Detection`. */ detectionsConnection?: Maybe; /** Reads a set of `Detection`. */ detections?: Maybe>; /** Reads and enables pagination through a set of `Event`. */ eventsConnection?: Maybe; /** Reads a set of `Event`. */ events?: Maybe>; /** Reads and enables pagination through a set of `Execution`. */ executionsConnection?: Maybe; /** Reads a set of `Execution`. */ executions?: Maybe>; /** Reads and enables pagination through a set of `File`. */ filesConnection?: Maybe; /** Reads a set of `File`. */ files?: Maybe>; /** Reads and enables pagination through a set of `Image`. */ imagesConnection?: Maybe; /** Reads a set of `Image`. */ images?: Maybe>; /** Reads and enables pagination through a set of `ImageCorrection`. */ imageCorrectionsConnection?: Maybe; /** Reads a set of `ImageCorrection`. */ imageCorrections?: Maybe>; /** Reads and enables pagination through a set of `Mission`. */ missionsConnection?: Maybe; /** Reads a set of `Mission`. */ missions?: Maybe>; /** Reads and enables pagination through a set of `MissionExecution`. */ missionExecutionsConnection?: Maybe; /** Reads a set of `MissionExecution`. */ missionExecutions?: Maybe>; /** Reads and enables pagination through a set of `MissionPlan`. */ missionPlansConnection?: Maybe; /** Reads a set of `MissionPlan`. */ missionPlans?: Maybe>; /** Reads and enables pagination through a set of `Organization`. */ organizationsConnection?: Maybe; /** Reads a set of `Organization`. */ organizations?: Maybe>; /** Reads and enables pagination through a set of `Plan`. */ plansConnection?: Maybe; /** Reads a set of `Plan`. */ plans?: Maybe>; /** Reads and enables pagination through a set of `Segmentation`. */ segmentationsConnection?: Maybe; /** Reads a set of `Segmentation`. */ segmentations?: Maybe>; /** Reads and enables pagination through a set of `Structure`. */ structuresConnection?: Maybe; /** Reads a set of `Structure`. */ structures?: Maybe>; /** Reads and enables pagination through a set of `StructureModel`. */ structureModelsConnection?: Maybe; /** Reads a set of `StructureModel`. */ structureModels?: Maybe>; /** Reads and enables pagination through a set of `StructurePlan`. */ structurePlansConnection?: Maybe; /** Reads a set of `StructurePlan`. */ structurePlans?: Maybe>; /** Reads and enables pagination through a set of `User`. */ usersConnection?: Maybe; /** Reads a set of `User`. */ users?: Maybe>; /** Reads and enables pagination through a set of `View`. */ viewsConnection?: Maybe; /** Reads a set of `View`. */ views?: Maybe>; /** Reads and enables pagination through a set of `ViewAssignment`. */ viewAssignmentsConnection?: Maybe; /** Reads a set of `ViewAssignment`. */ viewAssignments?: Maybe>; /** Reads and enables pagination through a set of `ViewToken`. */ viewTokensConnection?: Maybe; /** Reads a set of `ViewToken`. */ viewTokens?: Maybe>; /** Reads and enables pagination through a set of `AnomalyClassification`. */ anomalyClassificationsConnection?: Maybe; /** Reads a set of `AnomalyClassification`. */ anomalyClassifications?: Maybe>; /** Reads and enables pagination through a set of `AnomalyCloneOf`. */ anomalyCloneovesConnection?: Maybe; /** Reads a set of `AnomalyCloneOf`. */ anomalyCloneoves?: Maybe>; /** Reads and enables pagination through a set of `AnomalyLevelMappingCloneOf`. */ anomalyLevelMappingCloneovesConnection?: Maybe; /** Reads a set of `AnomalyLevelMappingCloneOf`. */ anomalyLevelMappingCloneoves?: Maybe>; /** Reads and enables pagination through a set of `AnomalySegmentation`. */ anomalySegmentationsConnection?: Maybe; /** Reads a set of `AnomalySegmentation`. */ anomalySegmentations?: Maybe>; /** Reads and enables pagination through a set of `AnomalyTypeCloneOf`. */ anomalyTypeCloneovesConnection?: Maybe; /** Reads a set of `AnomalyTypeCloneOf`. */ anomalyTypeCloneoves?: Maybe>; /** Reads and enables pagination through a set of `AnomalyTypeLevelMapping`. */ anomalyTypeLevelMappingsConnection?: Maybe; /** Reads a set of `AnomalyTypeLevelMapping`. */ anomalyTypeLevelMappings?: Maybe>; /** Reads and enables pagination through a set of `ArtifactCloneOf`. */ artifactCloneovesConnection?: Maybe; /** Reads a set of `ArtifactCloneOf`. */ artifactCloneoves?: Maybe>; /** Reads and enables pagination through a set of `ClassificationCloneOf`. */ classificationCloneovesConnection?: Maybe; /** Reads a set of `ClassificationCloneOf`. */ classificationCloneoves?: Maybe>; /** Reads and enables pagination through a set of `CommentCloneOf`. */ commentCloneovesConnection?: Maybe; /** Reads a set of `CommentCloneOf`. */ commentCloneoves?: Maybe>; /** Reads and enables pagination through a set of `DetectionCloneOf`. */ detectionCloneovesConnection?: Maybe; /** Reads a set of `DetectionCloneOf`. */ detectionCloneoves?: Maybe>; /** Reads and enables pagination through a set of `EventExecutionsCreated`. */ eventExecutionsCreatedsConnection?: Maybe; /** Reads a set of `EventExecutionsCreated`. */ eventExecutionsCreateds?: Maybe>; /** Reads and enables pagination through a set of `EventExecutionsRead`. */ eventExecutionsReadsConnection?: Maybe; /** Reads a set of `EventExecutionsRead`. */ eventExecutionsReads?: Maybe>; /** Reads and enables pagination through a set of `EventExecutionsUpdated`. */ eventExecutionsUpdatedsConnection?: Maybe; /** Reads a set of `EventExecutionsUpdated`. */ eventExecutionsUpdateds?: Maybe>; /** Reads and enables pagination through a set of `EventPlansCreated`. */ eventPlansCreatedsConnection?: Maybe; /** Reads a set of `EventPlansCreated`. */ eventPlansCreateds?: Maybe>; /** Reads and enables pagination through a set of `EventPlansRead`. */ eventPlansReadsConnection?: Maybe; /** Reads a set of `EventPlansRead`. */ eventPlansReads?: Maybe>; /** Reads and enables pagination through a set of `EventPlansUpdated`. */ eventPlansUpdatedsConnection?: Maybe; /** Reads a set of `EventPlansUpdated`. */ eventPlansUpdateds?: Maybe>; /** Reads and enables pagination through a set of `ExecutionAnomaly`. */ executionAnomaliesConnection?: Maybe; /** Reads a set of `ExecutionAnomaly`. */ executionAnomalies?: Maybe>; /** Reads and enables pagination through a set of `ExecutionArtifact`. */ executionArtifactsConnection?: Maybe; /** Reads a set of `ExecutionArtifact`. */ executionArtifacts?: Maybe>; /** Reads and enables pagination through a set of `ExecutionChild`. */ executionChildrenConnection?: Maybe; /** Reads a set of `ExecutionChild`. */ executionChildren?: Maybe>; /** Reads and enables pagination through a set of `ExecutionComment`. */ executionCommentsConnection?: Maybe; /** Reads a set of `ExecutionComment`. */ executionComments?: Maybe>; /** Reads and enables pagination through a set of `ExecutionCreatorPlanCreated`. */ executionCreatorPlanCreatedsConnection?: Maybe; /** Reads a set of `ExecutionCreatorPlanCreated`. */ executionCreatorPlanCreateds?: Maybe>; /** Reads and enables pagination through a set of `ExecutionDetection`. */ executionDetectionsConnection?: Maybe; /** Reads a set of `ExecutionDetection`. */ executionDetections?: Maybe>; /** Reads and enables pagination through a set of `ExecutionFollower`. */ executionFollowersConnection?: Maybe; /** Reads a set of `ExecutionFollower`. */ executionFollowers?: Maybe>; /** Reads and enables pagination through a set of `ExecutionImage`. */ executionImagesConnection?: Maybe; /** Reads a set of `ExecutionImage`. */ executionImages?: Maybe>; /** Reads and enables pagination through a set of `ExecutionLocation`. */ executionLocationsConnection?: Maybe; /** Reads a set of `ExecutionLocation`. */ executionLocations?: Maybe>; /** Reads and enables pagination through a set of `ExecutionOrganization`. */ executionOrganizationsConnection?: Maybe; /** Reads a set of `ExecutionOrganization`. */ executionOrganizations?: Maybe>; /** Reads and enables pagination through a set of `ExecutionStructure`. */ executionStructuresConnection?: Maybe; /** Reads a set of `ExecutionStructure`. */ executionStructures?: Maybe>; /** Reads and enables pagination through a set of `ExecutionUser`. */ executionUsersConnection?: Maybe; /** Reads a set of `ExecutionUser`. */ executionUsers?: Maybe>; /** Reads and enables pagination through a set of `ImageCloneOf`. */ imageCloneovesConnection?: Maybe; /** Reads a set of `ImageCloneOf`. */ imageCloneoves?: Maybe>; /** Reads and enables pagination through a set of `ImageCorrectionCloneOf`. */ imageCorrectionCloneovesConnection?: Maybe; /** Reads a set of `ImageCorrectionCloneOf`. */ imageCorrectionCloneoves?: Maybe>; /** Reads and enables pagination through a set of `LocationCloneOf`. */ locationCloneovesConnection?: Maybe; /** Reads a set of `LocationCloneOf`. */ locationCloneoves?: Maybe>; /** Reads and enables pagination through a set of `MissionAnomaly`. */ missionAnomaliesConnection?: Maybe; /** Reads a set of `MissionAnomaly`. */ missionAnomalies?: Maybe>; /** Reads and enables pagination through a set of `MissionClient`. */ missionClientsConnection?: Maybe; /** Reads a set of `MissionClient`. */ missionClients?: Maybe>; /** Reads and enables pagination through a set of `MissionCloneOf`. */ missionCloneovesConnection?: Maybe; /** Reads a set of `MissionCloneOf`. */ missionCloneoves?: Maybe>; /** Reads and enables pagination through a set of `MissionExecutionCloneOf`. */ missionExecutionCloneovesConnection?: Maybe; /** Reads a set of `MissionExecutionCloneOf`. */ missionExecutionCloneoves?: Maybe>; /** Reads and enables pagination through a set of `MissionExpert`. */ missionExpertsConnection?: Maybe; /** Reads a set of `MissionExpert`. */ missionExperts?: Maybe>; /** Reads and enables pagination through a set of `MissionInspector`. */ missionInspectorsConnection?: Maybe; /** Reads a set of `MissionInspector`. */ missionInspectors?: Maybe>; /** Reads and enables pagination through a set of `MissionOperator`. */ missionOperatorsConnection?: Maybe; /** Reads a set of `MissionOperator`. */ missionOperators?: Maybe>; /** Reads and enables pagination through a set of `_MissionPlanArtifact`. */ _missionPlanArtifactsConnection?: Maybe<_MissionPlanArtifactsConnection>; /** Reads a set of `_MissionPlanArtifact`. */ _missionPlanArtifacts?: Maybe>; /** Reads and enables pagination through a set of `MissionPlanCloneOf`. */ missionPlanCloneovesConnection?: Maybe; /** Reads a set of `MissionPlanCloneOf`. */ missionPlanCloneoves?: Maybe>; /** Reads and enables pagination through a set of `OrganizationAdmin`. */ organizationAdminsConnection?: Maybe; /** Reads a set of `OrganizationAdmin`. */ organizationAdmins?: Maybe>; /** Reads and enables pagination through a set of `OrganizationAnomalyLevelMapping`. */ organizationAnomalyLevelMappingsConnection?: Maybe; /** Reads a set of `OrganizationAnomalyLevelMapping`. */ organizationAnomalyLevelMappings?: Maybe>; /** Reads and enables pagination through a set of `OrganizationUser`. */ organizationUsersConnection?: Maybe; /** Reads a set of `OrganizationUser`. */ organizationUsers?: Maybe>; /** Reads and enables pagination through a set of `PlanAnomaly`. */ planAnomaliesConnection?: Maybe; /** Reads a set of `PlanAnomaly`. */ planAnomalies?: Maybe>; /** Reads and enables pagination through a set of `PlanArtifact`. */ planArtifactsConnection?: Maybe; /** Reads a set of `PlanArtifact`. */ planArtifacts?: Maybe>; /** Reads and enables pagination through a set of `PlanAssignment`. */ planAssignmentsConnection?: Maybe; /** Reads a set of `PlanAssignment`. */ planAssignments?: Maybe>; /** Reads and enables pagination through a set of `PlanChild`. */ planChildrenConnection?: Maybe; /** Reads a set of `PlanChild`. */ planChildren?: Maybe>; /** Reads and enables pagination through a set of `PlanComment`. */ planCommentsConnection?: Maybe; /** Reads a set of `PlanComment`. */ planComments?: Maybe>; /** Reads and enables pagination through a set of `PlanCreatorExecutionCreated`. */ planCreatorExecutionCreatedsConnection?: Maybe; /** Reads a set of `PlanCreatorExecutionCreated`. */ planCreatorExecutionCreateds?: Maybe>; /** Reads and enables pagination through a set of `PlanDetection`. */ planDetectionsConnection?: Maybe; /** Reads a set of `PlanDetection`. */ planDetections?: Maybe>; /** Reads and enables pagination through a set of `PlanFollower`. */ planFollowersConnection?: Maybe; /** Reads a set of `PlanFollower`. */ planFollowers?: Maybe>; /** Reads and enables pagination through a set of `PlanImage`. */ planImagesConnection?: Maybe; /** Reads a set of `PlanImage`. */ planImages?: Maybe>; /** Reads and enables pagination through a set of `PlanLocation`. */ planLocationsConnection?: Maybe; /** Reads a set of `PlanLocation`. */ planLocations?: Maybe>; /** Reads and enables pagination through a set of `PlanOrganization`. */ planOrganizationsConnection?: Maybe; /** Reads a set of `PlanOrganization`. */ planOrganizations?: Maybe>; /** Reads and enables pagination through a set of `PlanStructure`. */ planStructuresConnection?: Maybe; /** Reads a set of `PlanStructure`. */ planStructures?: Maybe>; /** Reads and enables pagination through a set of `PlanUser`. */ planUsersConnection?: Maybe; /** Reads a set of `PlanUser`. */ planUsers?: Maybe>; /** Reads and enables pagination through a set of `_RelayId`. */ _relayIdsConnection?: Maybe<_RelayIdsConnection>; /** Reads a set of `_RelayId`. */ _relayIds?: Maybe>; /** Reads and enables pagination through a set of `SegmentationCloneOf`. */ segmentationCloneovesConnection?: Maybe; /** Reads a set of `SegmentationCloneOf`. */ segmentationCloneoves?: Maybe>; /** Reads and enables pagination through a set of `StructureArtifact`. */ structureArtifactsConnection?: Maybe; /** Reads a set of `StructureArtifact`. */ structureArtifacts?: Maybe>; /** Reads and enables pagination through a set of `StructureChild`. */ structureChildrenConnection?: Maybe; /** Reads a set of `StructureChild`. */ structureChildren?: Maybe>; /** Reads and enables pagination through a set of `StructureCloneOf`. */ structureCloneovesConnection?: Maybe; /** Reads a set of `StructureCloneOf`. */ structureCloneoves?: Maybe>; /** Reads and enables pagination through a set of `StructureDeveloper`. */ structureDevelopersConnection?: Maybe; /** Reads a set of `StructureDeveloper`. */ structureDevelopers?: Maybe>; /** Reads and enables pagination through a set of `StructureImage`. */ structureImagesConnection?: Maybe; /** Reads a set of `StructureImage`. */ structureImages?: Maybe>; /** Reads and enables pagination through a set of `StructureModelCloneOf`. */ structureModelCloneovesConnection?: Maybe; /** Reads a set of `StructureModelCloneOf`. */ structureModelCloneoves?: Maybe>; /** Reads and enables pagination through a set of `StructureModelOwner`. */ structureModelOwnersConnection?: Maybe; /** Reads a set of `StructureModelOwner`. */ structureModelOwners?: Maybe>; /** Reads and enables pagination through a set of `StructureOperator`. */ structureOperatorsConnection?: Maybe; /** Reads a set of `StructureOperator`. */ structureOperators?: Maybe>; /** Reads and enables pagination through a set of `StructureOwner`. */ structureOwnersConnection?: Maybe; /** Reads a set of `StructureOwner`. */ structureOwners?: Maybe>; /** Reads and enables pagination through a set of `StructurePlanCloneOf`. */ structurePlanCloneovesConnection?: Maybe; /** Reads a set of `StructurePlanCloneOf`. */ structurePlanCloneoves?: Maybe>; /** Reads and enables pagination through a set of `StructurePlanStructure`. */ structurePlanStructuresConnection?: Maybe; /** Reads a set of `StructurePlanStructure`. */ structurePlanStructures?: Maybe>; /** Reads and enables pagination through a set of `ViewChild`. */ viewChildrenConnection?: Maybe; /** Reads a set of `ViewChild`. */ viewChildren?: Maybe>; activityAssignment?: Maybe; anomaly?: Maybe; anomalyLevelMapping?: Maybe; anomalyType?: Maybe; artifact?: Maybe; classification?: Maybe; comment?: Maybe; detection?: Maybe; event?: Maybe; execution?: Maybe; file?: Maybe; image?: Maybe; imageCorrection?: Maybe; location?: Maybe; mission?: Maybe; missionExecution?: Maybe; missionPlan?: Maybe; organization?: Maybe; plan?: Maybe; segmentation?: Maybe; structure?: Maybe; structureModel?: Maybe; structurePlan?: Maybe; user?: Maybe; userByEmail?: Maybe; view?: Maybe; viewAssignment?: Maybe; viewToken?: Maybe; anomalyClassification?: Maybe; anomalyCloneOf?: Maybe; anomalyLevelMappingCloneOf?: Maybe; anomalySegmentation?: Maybe; anomalyTypeCloneOf?: Maybe; anomalyTypeLevelMapping?: Maybe; artifactCloneOf?: Maybe; classificationCloneOf?: Maybe; commentCloneOf?: Maybe; detectionCloneOf?: Maybe; eventExecutionsCreated?: Maybe; eventExecutionsRead?: Maybe; eventExecutionsUpdated?: Maybe; eventPlansCreated?: Maybe; eventPlansRead?: Maybe; eventPlansUpdated?: Maybe; executionAnomaly?: Maybe; executionArtifact?: Maybe; executionChild?: Maybe; executionComment?: Maybe; executionCreatorPlanCreated?: Maybe; executionDetection?: Maybe; executionFollower?: Maybe; executionImage?: Maybe; executionLocation?: Maybe; executionOrganization?: Maybe; executionStructure?: Maybe; executionUser?: Maybe; imageCloneOf?: Maybe; imageCorrectionCloneOf?: Maybe; locationCloneOf?: Maybe; missionAnomaly?: Maybe; missionCloneOf?: Maybe; missionExecutionCloneOf?: Maybe; _missionPlanArtifact?: Maybe<_MissionPlanArtifact>; missionPlanCloneOf?: Maybe; organizationAdmin?: Maybe; organizationAnomalyLevelMapping?: Maybe; organizationUser?: Maybe; planAnomaly?: Maybe; planArtifact?: Maybe; planAssignment?: Maybe; planChild?: Maybe; planComment?: Maybe; planCreatorExecutionCreated?: Maybe; planDetection?: Maybe; planFollower?: Maybe; planImage?: Maybe; planLocation?: Maybe; planOrganization?: Maybe; planStructure?: Maybe; planUser?: Maybe; _relayId?: Maybe<_RelayId>; segmentationCloneOf?: Maybe; structureArtifact?: Maybe; structureChild?: Maybe; structureCloneOf?: Maybe; structureDeveloper?: Maybe; structureImage?: Maybe; structureModelCloneOf?: Maybe; structureModelOwner?: Maybe; structureOperator?: Maybe; structureOwner?: Maybe; structurePlanCloneOf?: Maybe; structurePlanStructure?: Maybe; viewChild?: Maybe; executionCanReadCreatorPlanLevel1?: Maybe; executionCanReadCreatorPlanLevel2?: Maybe; executionCanReadCreatorPlanLevel3?: Maybe; executionParentsTransitiveConnection: ExecutionParentsTransitiveConnection; executionParentsTransitive?: Maybe>>; executionParentsTransitiveWithRootConnection: ExecutionParentsTransitiveWithRootConnection; executionParentsTransitiveWithRoot?: Maybe>>; executionWorkflowGrandparentsConnection: ExecutionWorkflowGrandparentsConnection; executionWorkflowGrandparents?: Maybe>>; planParentsTransitiveConnection: PlanParentsTransitiveConnection; planParentsTransitive?: Maybe>>; planParentsTransitiveWithRootConnection: PlanParentsTransitiveWithRootConnection; planParentsTransitiveWithRoot?: Maybe>>; base36Decode?: Maybe; base36Encode?: Maybe; canReadPlanParentsConnection: CanReadPlanParentsConnection; canReadPlanParents?: Maybe>>; geojsonToValidGeometry?: Maybe; geojsonToValidPolygon?: Maybe; geometryToValidGeometry?: Maybe; geometryToValidPolygon?: Maybe; getParentStructuresConnection: GetParentStructuresConnection; getParentStructures?: Maybe>>; getPublicAnomalyLevelMappingsConnection: GetPublicAnomalyLevelMappingsConnection; getPublicAnomalyLevelMappings?: Maybe>>; /** Admin only function. */ loggedInUser?: Maybe; /** Gets the person email who was identified by our JWT. */ loggedInUserEmail?: Maybe; /** Gets the person ID who was identified by our JWT. */ loggedInUserId?: Maybe; /** Gets the person ROLE. */ loggedInUserRole?: Maybe; missionName?: Maybe; organizationSubscriptionPlan?: Maybe; ownerViewAssigmentsViewIdsConnection: OwnerViewAssigmentsViewIdsConnection; ownerViewAssigmentsViewIds?: Maybe>>; viewerActivityAssignmentMissionIdsConnection: ViewerActivityAssignmentMissionIdsConnection; viewerActivityAssignmentMissionIds?: Maybe>>; }; /** The root query type which gives access points into the data universe. */ export declare type QueryActivityAssignmentsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryActivityAssignmentsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryAnomaliesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryAnomaliesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryAnomalyLevelMappingsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryAnomalyLevelMappingsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryAnomalyTypesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryAnomalyTypesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryArtifactsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryArtifactsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryClassificationsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryClassificationsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryCommentsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryCommentsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryDetectionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryDetectionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryEventsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryEventsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryFilesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryFilesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryImagesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryImagesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryImageCorrectionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryImageCorrectionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryMissionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryMissionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryMissionExecutionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryMissionExecutionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryMissionPlansConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryMissionPlansArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryOrganizationsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryOrganizationsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlansConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlansArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QuerySegmentationsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QuerySegmentationsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryStructuresConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryStructuresArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryStructureModelsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryStructureModelsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryStructurePlansConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryStructurePlansArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryUsersConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryUsersArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryViewsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryViewsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryViewAssignmentsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryViewAssignmentsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryViewTokensConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryViewTokensArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryAnomalyClassificationsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryAnomalyClassificationsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryAnomalyCloneovesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryAnomalyCloneovesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryAnomalyLevelMappingCloneovesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryAnomalyLevelMappingCloneovesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryAnomalySegmentationsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryAnomalySegmentationsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryAnomalyTypeCloneovesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryAnomalyTypeCloneovesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryAnomalyTypeLevelMappingsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryAnomalyTypeLevelMappingsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryArtifactCloneovesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryArtifactCloneovesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryClassificationCloneovesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryClassificationCloneovesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryCommentCloneovesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryCommentCloneovesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryDetectionCloneovesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryDetectionCloneovesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryEventExecutionsCreatedsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryEventExecutionsCreatedsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryEventExecutionsReadsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryEventExecutionsReadsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryEventExecutionsUpdatedsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryEventExecutionsUpdatedsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryEventPlansCreatedsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryEventPlansCreatedsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryEventPlansReadsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryEventPlansReadsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryEventPlansUpdatedsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryEventPlansUpdatedsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionAnomaliesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionAnomaliesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionArtifactsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionArtifactsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionChildrenConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionChildrenArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionCommentsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionCommentsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionCreatorPlanCreatedsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionCreatorPlanCreatedsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionDetectionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionDetectionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionFollowersConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionFollowersArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionImagesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionImagesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionLocationsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionLocationsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionOrganizationsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionOrganizationsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionStructuresConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionStructuresArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionUsersConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionUsersArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryImageCloneovesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryImageCloneovesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryImageCorrectionCloneovesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryImageCorrectionCloneovesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryLocationCloneovesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryLocationCloneovesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryMissionAnomaliesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryMissionAnomaliesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryMissionClientsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryMissionClientsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryMissionCloneovesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryMissionCloneovesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryMissionExecutionCloneovesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryMissionExecutionCloneovesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryMissionExpertsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryMissionExpertsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryMissionInspectorsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryMissionInspectorsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryMissionOperatorsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryMissionOperatorsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type Query_MissionPlanArtifactsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe<_MissionPlanArtifactCondition>; filter?: Maybe<_MissionPlanArtifactFilter>; }; /** The root query type which gives access points into the data universe. */ export declare type Query_MissionPlanArtifactsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe<_MissionPlanArtifactCondition>; filter?: Maybe<_MissionPlanArtifactFilter>; }; /** The root query type which gives access points into the data universe. */ export declare type QueryMissionPlanCloneovesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryMissionPlanCloneovesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryOrganizationAdminsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryOrganizationAdminsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryOrganizationAnomalyLevelMappingsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryOrganizationAnomalyLevelMappingsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryOrganizationUsersConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryOrganizationUsersArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanAnomaliesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanAnomaliesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanArtifactsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanArtifactsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanAssignmentsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanAssignmentsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanChildrenConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanChildrenArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanCommentsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanCommentsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanCreatorExecutionCreatedsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanCreatorExecutionCreatedsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanDetectionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanDetectionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanFollowersConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanFollowersArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanImagesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanImagesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanLocationsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanLocationsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanOrganizationsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanOrganizationsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanStructuresConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanStructuresArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanUsersConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanUsersArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type Query_RelayIdsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe<_RelayIdCondition>; filter?: Maybe<_RelayIdFilter>; }; /** The root query type which gives access points into the data universe. */ export declare type Query_RelayIdsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe<_RelayIdCondition>; filter?: Maybe<_RelayIdFilter>; }; /** The root query type which gives access points into the data universe. */ export declare type QuerySegmentationCloneovesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QuerySegmentationCloneovesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryStructureArtifactsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryStructureArtifactsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryStructureChildrenConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryStructureChildrenArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryStructureCloneovesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryStructureCloneovesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryStructureDevelopersConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryStructureDevelopersArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryStructureImagesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryStructureImagesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryStructureModelCloneovesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryStructureModelCloneovesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryStructureModelOwnersConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryStructureModelOwnersArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryStructureOperatorsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryStructureOperatorsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryStructureOwnersConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryStructureOwnersArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryStructurePlanCloneovesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryStructurePlanCloneovesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryStructurePlanStructuresConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryStructurePlanStructuresArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryViewChildrenConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryViewChildrenArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryActivityAssignmentArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryAnomalyArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryAnomalyLevelMappingArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryAnomalyTypeArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryArtifactArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryClassificationArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryCommentArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryDetectionArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryEventArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryFileArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryImageArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryImageCorrectionArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryLocationArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryMissionArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryMissionExecutionArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryMissionPlanArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryOrganizationArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QuerySegmentationArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryStructureArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryStructureModelArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryStructurePlanArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryUserArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryUserByEmailArgs = { email: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryViewArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryViewAssignmentArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryViewTokenArgs = { tokenNodeId: Scalars['String']; position: Scalars['Int']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryAnomalyClassificationArgs = { a: Scalars['String']; b: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryAnomalyCloneOfArgs = { a: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryAnomalyLevelMappingCloneOfArgs = { a: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryAnomalySegmentationArgs = { a: Scalars['String']; b: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryAnomalyTypeCloneOfArgs = { a: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryAnomalyTypeLevelMappingArgs = { a: Scalars['String']; b: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryArtifactCloneOfArgs = { a: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryClassificationCloneOfArgs = { a: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryCommentCloneOfArgs = { a: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryDetectionCloneOfArgs = { a: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryEventExecutionsCreatedArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryEventExecutionsReadArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryEventExecutionsUpdatedArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryEventPlansCreatedArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryEventPlansReadArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryEventPlansUpdatedArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionAnomalyArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionArtifactArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionChildArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionCommentArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionCreatorPlanCreatedArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionDetectionArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionFollowerArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionImageArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionLocationArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionOrganizationArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionStructureArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionUserArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryImageCloneOfArgs = { a: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryImageCorrectionCloneOfArgs = { a: Scalars['String']; b: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryLocationCloneOfArgs = { a: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryMissionAnomalyArgs = { a: Scalars['String']; b: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryMissionCloneOfArgs = { a: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryMissionExecutionCloneOfArgs = { a: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type Query_MissionPlanArtifactArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryMissionPlanCloneOfArgs = { a: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryOrganizationAdminArgs = { a: Scalars['String']; b: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryOrganizationAnomalyLevelMappingArgs = { a: Scalars['String']; b: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryOrganizationUserArgs = { a: Scalars['String']; b: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanAnomalyArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanArtifactArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanAssignmentArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanChildArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanCommentArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanCreatorExecutionCreatedArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanDetectionArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanFollowerArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanImageArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanLocationArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanOrganizationArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanStructureArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanUserArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type Query_RelayIdArgs = { id: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QuerySegmentationCloneOfArgs = { a: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryStructureArtifactArgs = { a: Scalars['String']; b: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryStructureChildArgs = { a: Scalars['String']; b: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryStructureCloneOfArgs = { a: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryStructureDeveloperArgs = { a: Scalars['String']; b: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryStructureImageArgs = { a: Scalars['String']; b: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryStructureModelCloneOfArgs = { a: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryStructureModelOwnerArgs = { a: Scalars['String']; b: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryStructureOperatorArgs = { a: Scalars['String']; b: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryStructureOwnerArgs = { a: Scalars['String']; b: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryStructurePlanCloneOfArgs = { a: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryStructurePlanStructureArgs = { a: Scalars['String']; b: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryViewChildArgs = { a: Scalars['String']; b: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionCanReadCreatorPlanLevel1Args = { executionid: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionCanReadCreatorPlanLevel2Args = { executionid: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionCanReadCreatorPlanLevel3Args = { executionid: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionParentsTransitiveConnectionArgs = { executionid: Scalars['String']; first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionParentsTransitiveArgs = { executionid: Scalars['String']; first?: Maybe; offset?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionParentsTransitiveWithRootConnectionArgs = { executionid: Scalars['String']; first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionParentsTransitiveWithRootArgs = { executionid: Scalars['String']; first?: Maybe; offset?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionWorkflowGrandparentsConnectionArgs = { executionid: Scalars['String']; first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryExecutionWorkflowGrandparentsArgs = { executionid: Scalars['String']; first?: Maybe; offset?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanParentsTransitiveConnectionArgs = { planid: Scalars['String']; first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanParentsTransitiveArgs = { planid: Scalars['String']; first?: Maybe; offset?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanParentsTransitiveWithRootConnectionArgs = { planid: Scalars['String']; first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryPlanParentsTransitiveWithRootArgs = { planid: Scalars['String']; first?: Maybe; offset?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryBase36DecodeArgs = { base36: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryBase36EncodeArgs = { digits: Scalars['BigInt']; minWidth?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryCanReadPlanParentsConnectionArgs = { planid: Scalars['String']; first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryCanReadPlanParentsArgs = { planid: Scalars['String']; first?: Maybe; offset?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryGeojsonToValidGeometryArgs = { s: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryGeojsonToValidPolygonArgs = { s: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryGeometryToValidGeometryArgs = { g: Scalars['GeoJSON']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryGeometryToValidPolygonArgs = { g: Scalars['GeoJSON']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryGetParentStructuresConnectionArgs = { arg0: Scalars['String']; first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryGetParentStructuresArgs = { arg0: Scalars['String']; first?: Maybe; offset?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryGetPublicAnomalyLevelMappingsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryGetPublicAnomalyLevelMappingsArgs = { first?: Maybe; offset?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryMissionNameArgs = { arg0: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryOrganizationSubscriptionPlanArgs = { arg0: Scalars['String']; }; /** The root query type which gives access points into the data universe. */ export declare type QueryOwnerViewAssigmentsViewIdsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryOwnerViewAssigmentsViewIdsArgs = { first?: Maybe; offset?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryViewerActivityAssignmentMissionIdsConnectionArgs = { roles?: Maybe>>; first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; filter?: Maybe; }; /** The root query type which gives access points into the data universe. */ export declare type QueryViewerActivityAssignmentMissionIdsArgs = { roles?: Maybe>>; first?: Maybe; offset?: Maybe; filter?: Maybe; }; /** All input for the `randomId` mutation. */ export declare type RandomIdInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; }; /** The output of our `randomId` mutation. */ export declare type RandomIdPayload = { __typename?: 'RandomIdPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; string?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; }; /** All input for the `recoverMission` mutation. */ export declare type RecoverMissionInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; missionId: Scalars['String']; }; /** The output of our `recoverMission` mutation. */ export declare type RecoverMissionPayload = { __typename?: 'RecoverMissionPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; mission?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `MissionPlan` that is related to this `Mission`. */ plan?: Maybe; /** Reads a single `Mission` that is related to this `Mission`. */ missionByInfra?: Maybe; /** Reads a single `MissionExecution` that is related to this `Mission`. */ elementOfExecution?: Maybe; /** Reads a single `MissionPlan` that is related to this `Mission`. */ elementOfPlan?: Maybe; /** Reads a single `Organization` that is related to this `Mission`. */ organization?: Maybe; /** An edge for our `Mission`. May be used by Relay 1. */ missionEdge?: Maybe; }; /** The output of our `recoverMission` mutation. */ export declare type RecoverMissionPayloadMissionEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `registerUser` mutation. */ export declare type RegisterUserInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; name: Scalars['String']; email: Scalars['String']; password: Scalars['String']; }; /** The output of our `registerUser` mutation. */ export declare type RegisterUserPayload = { __typename?: 'RegisterUserPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; user?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `File` that is related to this `User`. */ picture?: Maybe; /** An edge for our `User`. May be used by Relay 1. */ userEdge?: Maybe; }; /** The output of our `registerUser` mutation. */ export declare type RegisterUserPayloadUserEdgeArgs = { orderBy?: Maybe>; }; export declare type Segmentation = { __typename?: 'Segmentation'; id: Scalars['String']; nickname?: Maybe; createdAt: Scalars['Datetime']; updatedAt: Scalars['Datetime']; parameters?: Maybe; deletedAt?: Maybe; /** Reads a single `User` that is related to this `Segmentation`. */ author?: Maybe; /** Reads a single `AnomalyType` that is related to this `Segmentation`. */ type?: Maybe; /** Reads a single `File` that is related to this `Segmentation`. */ file?: Maybe; /** Reads a single `Image` that is related to this `Segmentation`. */ image?: Maybe; /** Reads a single `MissionExecution` that is related to this `Segmentation`. */ mission?: Maybe; /** Reads and enables pagination through a set of `Detection`. */ detectionsConnection: DetectionsConnection; /** Reads and enables pagination through a set of `Detection`. */ detections: Array; /** Reads and enables pagination through a set of `AnomalySegmentation`. */ anomaliesRelationConnection: AnomalySegmentationsConnection; /** Reads and enables pagination through a set of `AnomalySegmentation`. */ anomaliesRelation: Array; /** Reads a single `SegmentationCloneOf` that is related to this `Segmentation`. */ cloneOfRelation?: Maybe; /** * Reads and enables pagination through a set of `SegmentationCloneOf`. * @deprecated Please use cloneOfRelation instead */ cloneOfRelationConnection: SegmentationCloneovesConnection; /** Reads and enables pagination through a set of `SegmentationCloneOf`. */ clonesRelationConnection: SegmentationCloneovesConnection; /** Reads and enables pagination through a set of `SegmentationCloneOf`. */ clonesRelation: Array; /** Reads and enables pagination through a set of `Comment`. */ commentsConnection: CommentsConnection; /** Reads and enables pagination through a set of `Comment`. */ comments: Array; cloneOf?: Maybe; /** Reads and enables pagination through a set of `Segmentation`. */ clonesConnection: SegmentationsConnection; /** Reads and enables pagination through a set of `Segmentation`. */ clones?: Maybe>>; /** Reads and enables pagination through a set of `User`. */ usersByDetectionSegmentationIdDoNotUseAndAuthorIdDoNotUseList: Array; /** Reads and enables pagination through a set of `AnomalyType`. */ anomalyTypesByDetectionSegmentationIdDoNotUseAndTypeIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Anomaly`. */ anomaliesByDetectionSegmentationIdDoNotUseAndAnomalyIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Image`. */ imagesByDetectionSegmentationIdDoNotUseAndImageIdDoNotUseList: Array; /** Reads and enables pagination through a set of `MissionExecution`. */ missionExecutionsByDetectionSegmentationIdDoNotUseAndMissionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Structure`. */ structuresByDetectionSegmentationIdDoNotUseAndStructureIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Anomaly`. */ anomaliesConnection: SegmentationAnomaliesConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Anomaly`. */ anomalies: Array; /** Reads and enables pagination through a set of `User`. */ usersByCommentAboutSegmentationIdDoNotUseAndAuthorIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Comment`. */ commentsByCommentAboutSegmentationIdDoNotUseAndAboutCommentIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Artifact`. */ artifactsByCommentAboutSegmentationIdDoNotUseAndAboutArtifactIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Mission`. */ missionsByCommentAboutSegmentationIdDoNotUseAndAboutMissionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Structure`. */ structuresByCommentAboutSegmentationIdDoNotUseAndAboutStructureIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Anomaly`. */ anomaliesByCommentAboutSegmentationIdDoNotUseAndAboutAnomalyIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Classification`. */ classificationsByCommentAboutSegmentationIdDoNotUseAndAboutClassificationIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Detection`. */ detectionsByCommentAboutSegmentationIdDoNotUseAndAboutDetectionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Image`. */ imagesByCommentAboutSegmentationIdDoNotUseAndAboutImageIdDoNotUseList: Array; }; export declare type SegmentationDetectionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type SegmentationDetectionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type SegmentationAnomaliesRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type SegmentationAnomaliesRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type SegmentationCloneOfRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type SegmentationClonesRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type SegmentationClonesRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type SegmentationCommentsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type SegmentationCommentsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type SegmentationClonesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; filter?: Maybe; }; export declare type SegmentationClonesArgs = { first?: Maybe; offset?: Maybe; filter?: Maybe; }; export declare type SegmentationUsersByDetectionSegmentationIdDoNotUseAndAuthorIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type SegmentationAnomalyTypesByDetectionSegmentationIdDoNotUseAndTypeIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type SegmentationAnomaliesByDetectionSegmentationIdDoNotUseAndAnomalyIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type SegmentationImagesByDetectionSegmentationIdDoNotUseAndImageIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type SegmentationMissionExecutionsByDetectionSegmentationIdDoNotUseAndMissionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type SegmentationStructuresByDetectionSegmentationIdDoNotUseAndStructureIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type SegmentationAnomaliesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type SegmentationAnomaliesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type SegmentationUsersByCommentAboutSegmentationIdDoNotUseAndAuthorIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type SegmentationCommentsByCommentAboutSegmentationIdDoNotUseAndAboutCommentIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type SegmentationArtifactsByCommentAboutSegmentationIdDoNotUseAndAboutArtifactIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type SegmentationMissionsByCommentAboutSegmentationIdDoNotUseAndAboutMissionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type SegmentationStructuresByCommentAboutSegmentationIdDoNotUseAndAboutStructureIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type SegmentationAnomaliesByCommentAboutSegmentationIdDoNotUseAndAboutAnomalyIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type SegmentationClassificationsByCommentAboutSegmentationIdDoNotUseAndAboutClassificationIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type SegmentationDetectionsByCommentAboutSegmentationIdDoNotUseAndAboutDetectionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type SegmentationImagesByCommentAboutSegmentationIdDoNotUseAndAboutImageIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A connection to a list of `Anomaly` values, with data from `AnomalySegmentation`. */ export declare type SegmentationAnomaliesConnectionManyToManyConnection = { __typename?: 'SegmentationAnomaliesConnectionManyToManyConnection'; /** A list of `Anomaly` objects. */ nodes: Array>; /** A list of edges which contains the `Anomaly`, info from the `AnomalySegmentation`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Anomaly` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Anomaly` edge in the connection, with data from `AnomalySegmentation`. */ export declare type SegmentationAnomaliesConnectionManyToManyEdge = { __typename?: 'SegmentationAnomaliesConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Anomaly` at the end of the edge. */ node?: Maybe; }; /** Input for the nested mutation of `user` in the `SegmentationInput` mutation. */ export declare type SegmentationAuthorFkeyInput = { /** The primary key(s) for `user` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `user` for the far side of the relationship. */ connectByEmail?: Maybe; }; /** Input for the nested mutation of `segmentation` in the `UserInput` mutation. */ export declare type SegmentationAuthorFkeyInverseInput = { /** The primary key(s) for `segmentation` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `segmentation` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; export declare type SegmentationCloneOf = { __typename?: 'SegmentationCloneOf'; a: Scalars['String']; b: Scalars['String']; /** Reads a single `Segmentation` that is related to this `SegmentationCloneOf`. */ cloneOf?: Maybe; /** Reads a single `Segmentation` that is related to this `SegmentationCloneOf`. */ clone?: Maybe; }; /** * A condition to be used against `SegmentationCloneOf` object types. All fields * are tested for equality and combined with a logical ‘and.’ */ export declare type SegmentationCloneOfCondition = { /** Checks for equality with the object’s `a` field. */ a?: Maybe; /** Checks for equality with the object’s `b` field. */ b?: Maybe; }; /** A filter to be used against `SegmentationCloneOf` object types. All fields are combined with a logical ‘and.’ */ export declare type SegmentationCloneOfFilter = { /** Filter by the object’s `a` field. */ a?: Maybe; /** Filter by the object’s `b` field. */ b?: Maybe; /** Filter by the object’s `cloneOf` relation. */ cloneOf?: Maybe; /** Filter by the object’s `clone` relation. */ clone?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `SegmentationCloneOf` */ export declare type SegmentationCloneOfInput = { a?: Maybe; b?: Maybe; cloneOf?: Maybe<_SegmentationCloneOfIbfk1Input>; clone?: Maybe<_SegmentationCloneOfIbfk2Input>; }; /** The fields on `segmentationCloneOf` to look up the row to update. */ export declare type SegmentationCloneOfOnSegmentationCloneOfForSegmentationCloneOfIbfk1UsingSegmentationCloneOfPkeyUpdate = { /** An object where the defined keys will be set on the `segmentationCloneOf` being updated. */ patch: UpdateSegmentationCloneOfOnSegmentationCloneOfForSegmentationCloneOfIbfk1Patch; a: Scalars['String']; }; /** The fields on `segmentationCloneOf` to look up the row to update. */ export declare type SegmentationCloneOfOnSegmentationCloneOfForSegmentationCloneOfIbfk2UsingSegmentationCloneOfPkeyUpdate = { /** An object where the defined keys will be set on the `segmentationCloneOf` being updated. */ patch: UpdateSegmentationCloneOfOnSegmentationCloneOfForSegmentationCloneOfIbfk2Patch; a: Scalars['String']; }; /** Represents an update to a `SegmentationCloneOf`. Fields that are set will be updated. */ export declare type SegmentationCloneOfPatch = { a?: Maybe; b?: Maybe; cloneOf?: Maybe<_SegmentationCloneOfIbfk1Input>; clone?: Maybe<_SegmentationCloneOfIbfk2Input>; }; /** The fields on `segmentationCloneOf` to look up the row to connect. */ export declare type SegmentationCloneOfSegmentationCloneOfPkeyConnect = { a: Scalars['String']; }; /** The fields on `segmentationCloneOf` to look up the row to delete. */ export declare type SegmentationCloneOfSegmentationCloneOfPkeyDelete = { a: Scalars['String']; }; /** A connection to a list of `SegmentationCloneOf` values. */ export declare type SegmentationCloneovesConnection = { __typename?: 'SegmentationCloneovesConnection'; /** A list of `SegmentationCloneOf` objects. */ nodes: Array>; /** A list of edges which contains the `SegmentationCloneOf` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `SegmentationCloneOf` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `SegmentationCloneOf` edge in the connection. */ export declare type SegmentationCloneovesEdge = { __typename?: 'SegmentationCloneovesEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `SegmentationCloneOf` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `SegmentationCloneOf`. */ export declare enum SegmentationCloneovesOrderBy { Natural = "NATURAL", AAsc = "A_ASC", ADesc = "A_DESC", BAsc = "B_ASC", BDesc = "B_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", SegmentationByAIdAsc = "SEGMENTATION_BY_A__ID_ASC", SegmentationByAIdDesc = "SEGMENTATION_BY_A__ID_DESC", SegmentationByANicknameAsc = "SEGMENTATION_BY_A__NICKNAME_ASC", SegmentationByANicknameDesc = "SEGMENTATION_BY_A__NICKNAME_DESC", SegmentationByACreatedAtAsc = "SEGMENTATION_BY_A__CREATED_AT_ASC", SegmentationByACreatedAtDesc = "SEGMENTATION_BY_A__CREATED_AT_DESC", SegmentationByAUpdatedAtAsc = "SEGMENTATION_BY_A__UPDATED_AT_ASC", SegmentationByAUpdatedAtDesc = "SEGMENTATION_BY_A__UPDATED_AT_DESC", SegmentationByAParametersAsc = "SEGMENTATION_BY_A__PARAMETERS_ASC", SegmentationByAParametersDesc = "SEGMENTATION_BY_A__PARAMETERS_DESC", SegmentationByADeletedAtAsc = "SEGMENTATION_BY_A__DELETED_AT_ASC", SegmentationByADeletedAtDesc = "SEGMENTATION_BY_A__DELETED_AT_DESC", SegmentationByBIdAsc = "SEGMENTATION_BY_B__ID_ASC", SegmentationByBIdDesc = "SEGMENTATION_BY_B__ID_DESC", SegmentationByBNicknameAsc = "SEGMENTATION_BY_B__NICKNAME_ASC", SegmentationByBNicknameDesc = "SEGMENTATION_BY_B__NICKNAME_DESC", SegmentationByBCreatedAtAsc = "SEGMENTATION_BY_B__CREATED_AT_ASC", SegmentationByBCreatedAtDesc = "SEGMENTATION_BY_B__CREATED_AT_DESC", SegmentationByBUpdatedAtAsc = "SEGMENTATION_BY_B__UPDATED_AT_ASC", SegmentationByBUpdatedAtDesc = "SEGMENTATION_BY_B__UPDATED_AT_DESC", SegmentationByBParametersAsc = "SEGMENTATION_BY_B__PARAMETERS_ASC", SegmentationByBParametersDesc = "SEGMENTATION_BY_B__PARAMETERS_DESC", SegmentationByBDeletedAtAsc = "SEGMENTATION_BY_B__DELETED_AT_ASC", SegmentationByBDeletedAtDesc = "SEGMENTATION_BY_B__DELETED_AT_DESC" } /** * A condition to be used against `Segmentation` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type SegmentationCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `nickname` field. */ nickname?: Maybe; /** Checks for equality with the object’s `createdAt` field. */ createdAt?: Maybe; /** Checks for equality with the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Checks for equality with the object’s `parameters` field. */ parameters?: Maybe; /** Checks for equality with the object’s `deletedAt` field. */ deletedAt?: Maybe; }; /** Input for the nested mutation of `file` in the `SegmentationInput` mutation. */ export declare type SegmentationFileFkeyInput = { /** The primary key(s) for `file` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `segmentation` in the `FileInput` mutation. */ export declare type SegmentationFileFkeyInverseInput = { /** The primary key(s) for `segmentation` for the far side of the relationship. */ connectById?: Maybe; /** Flag indicating whether all other `segmentation` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** A filter to be used against `Segmentation` object types. All fields are combined with a logical ‘and.’ */ export declare type SegmentationFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `nickname` field. */ nickname?: Maybe; /** Filter by the object’s `createdAt` field. */ createdAt?: Maybe; /** Filter by the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Filter by the object’s `parameters` field. */ parameters?: Maybe; /** Filter by the object’s `deletedAt` field. */ deletedAt?: Maybe; /** Filter by the object’s `cloneOf` field. */ cloneOf?: Maybe; /** Filter by the object’s `detectionsConnection` relation. */ detectionsConnection?: Maybe; /** Some related `detectionsConnection` exist. */ detectionsConnectionExist?: Maybe; /** Filter by the object’s `anomaliesRelationConnection` relation. */ anomaliesRelationConnection?: Maybe; /** Some related `anomaliesRelationConnection` exist. */ anomaliesRelationConnectionExist?: Maybe; /** Filter by the object’s `cloneOfRelation` relation. */ cloneOfRelation?: Maybe; /** A related `cloneOfRelation` exists. */ cloneOfRelationExists?: Maybe; /** Filter by the object’s `clonesRelationConnection` relation. */ clonesRelationConnection?: Maybe; /** Some related `clonesRelationConnection` exist. */ clonesRelationConnectionExist?: Maybe; /** Filter by the object’s `commentsConnection` relation. */ commentsConnection?: Maybe; /** Some related `commentsConnection` exist. */ commentsConnectionExist?: Maybe; /** Filter by the object’s `author` relation. */ author?: Maybe; /** A related `author` exists. */ authorExists?: Maybe; /** Filter by the object’s `type` relation. */ type?: Maybe; /** A related `type` exists. */ typeExists?: Maybe; /** Filter by the object’s `file` relation. */ file?: Maybe; /** A related `file` exists. */ fileExists?: Maybe; /** Filter by the object’s `image` relation. */ image?: Maybe; /** A related `image` exists. */ imageExists?: Maybe; /** Filter by the object’s `mission` relation. */ mission?: Maybe; /** A related `mission` exists. */ missionExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** Input for the nested mutation of `image` in the `SegmentationInput` mutation. */ export declare type SegmentationImageFkeyInput = { /** The primary key(s) for `image` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `segmentation` in the `ImageInput` mutation. */ export declare type SegmentationImageFkeyInverseInput = { /** The primary key(s) for `segmentation` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `segmentation` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** An input for mutations affecting `Segmentation` */ export declare type SegmentationInput = { id?: Maybe; nickname?: Maybe; parameters?: Maybe; author?: Maybe; type?: Maybe; file?: Maybe; image?: Maybe; mission?: Maybe; detections?: Maybe; anomaliesRelation?: Maybe<_AnomalySegmentationIbfk2InverseInput>; cloneOfRelation?: Maybe<_SegmentationCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_SegmentationCloneOfIbfk2InverseInput>; comments?: Maybe; }; /** Input for the nested mutation of `missionExecution` in the `SegmentationInput` mutation. */ export declare type SegmentationMissionExecutionFkeyInput = { /** The primary key(s) for `missionExecution` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `segmentation` in the `MissionExecutionInput` mutation. */ export declare type SegmentationMissionExecutionFkeyInverseInput = { /** The primary key(s) for `segmentation` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `segmentation` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** The fields on `segmentation` to look up the row to update. */ export declare type SegmentationOnSegmentationCloneOfForSegmentationCloneOfIbfk1UsingSegmentationFileKeyUpdate = { /** An object where the defined keys will be set on the `segmentation` being updated. */ patch: UpdateSegmentationOnSegmentationCloneOfForSegmentationCloneOfIbfk1Patch; }; /** The fields on `segmentation` to look up the row to update. */ export declare type SegmentationOnSegmentationCloneOfForSegmentationCloneOfIbfk1UsingSegmentationPkeyUpdate = { /** An object where the defined keys will be set on the `segmentation` being updated. */ patch: UpdateSegmentationOnSegmentationCloneOfForSegmentationCloneOfIbfk1Patch; id: Scalars['String']; }; /** The fields on `segmentation` to look up the row to update. */ export declare type SegmentationOnSegmentationCloneOfForSegmentationCloneOfIbfk2UsingSegmentationFileKeyUpdate = { /** An object where the defined keys will be set on the `segmentation` being updated. */ patch: UpdateSegmentationOnSegmentationCloneOfForSegmentationCloneOfIbfk2Patch; }; /** The fields on `segmentation` to look up the row to update. */ export declare type SegmentationOnSegmentationCloneOfForSegmentationCloneOfIbfk2UsingSegmentationPkeyUpdate = { /** An object where the defined keys will be set on the `segmentation` being updated. */ patch: UpdateSegmentationOnSegmentationCloneOfForSegmentationCloneOfIbfk2Patch; id: Scalars['String']; }; /** Represents an update to a `Segmentation`. Fields that are set will be updated. */ export declare type SegmentationPatch = { nickname?: Maybe; parameters?: Maybe; author?: Maybe; type?: Maybe; file?: Maybe; image?: Maybe; mission?: Maybe; detections?: Maybe; anomaliesRelation?: Maybe<_AnomalySegmentationIbfk2InverseInput>; cloneOfRelation?: Maybe<_SegmentationCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_SegmentationCloneOfIbfk2InverseInput>; comments?: Maybe; }; /** A connection to a list of `Segmentation` values. */ export declare type SegmentationsConnection = { __typename?: 'SegmentationsConnection'; /** A list of `Segmentation` objects. */ nodes: Array>; /** A list of edges which contains the `Segmentation` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Segmentation` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Segmentation` edge in the connection. */ export declare type SegmentationsEdge = { __typename?: 'SegmentationsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Segmentation` at the end of the edge. */ node?: Maybe; }; /** The fields on `segmentation` to look up the row to connect. */ export declare type SegmentationSegmentationFileKeyConnect = { fileIdDoNotUse: Scalars['String']; }; /** The fields on `segmentation` to look up the row to delete. */ export declare type SegmentationSegmentationFileKeyDelete = { fileIdDoNotUse: Scalars['String']; }; /** The fields on `segmentation` to look up the row to connect. */ export declare type SegmentationSegmentationPkeyConnect = { id: Scalars['String']; }; /** The fields on `segmentation` to look up the row to delete. */ export declare type SegmentationSegmentationPkeyDelete = { id: Scalars['String']; }; /** Methods to use when ordering `Segmentation`. */ export declare enum SegmentationsOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", NicknameAsc = "NICKNAME_ASC", NicknameDesc = "NICKNAME_DESC", CreatedAtAsc = "CREATED_AT_ASC", CreatedAtDesc = "CREATED_AT_DESC", UpdatedAtAsc = "UPDATED_AT_ASC", UpdatedAtDesc = "UPDATED_AT_DESC", ParametersAsc = "PARAMETERS_ASC", ParametersDesc = "PARAMETERS_DESC", DeletedAtAsc = "DELETED_AT_ASC", DeletedAtDesc = "DELETED_AT_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", UserByAuthorIdDoNotUseIdAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__ID_ASC", UserByAuthorIdDoNotUseIdDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__ID_DESC", UserByAuthorIdDoNotUseNicknameAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__NICKNAME_ASC", UserByAuthorIdDoNotUseNicknameDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__NICKNAME_DESC", UserByAuthorIdDoNotUseNameAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__NAME_ASC", UserByAuthorIdDoNotUseNameDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__NAME_DESC", UserByAuthorIdDoNotUseEmailAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__EMAIL_ASC", UserByAuthorIdDoNotUseEmailDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__EMAIL_DESC", UserByAuthorIdDoNotUsePasswordAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__PASSWORD_ASC", UserByAuthorIdDoNotUsePasswordDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__PASSWORD_DESC", UserByAuthorIdDoNotUseDescriptionAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__DESCRIPTION_ASC", UserByAuthorIdDoNotUseDescriptionDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__DESCRIPTION_DESC", UserByAuthorIdDoNotUseCreatedAtAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__CREATED_AT_ASC", UserByAuthorIdDoNotUseCreatedAtDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__CREATED_AT_DESC", UserByAuthorIdDoNotUseUpdatedAtAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__UPDATED_AT_ASC", UserByAuthorIdDoNotUseUpdatedAtDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__UPDATED_AT_DESC", UserByAuthorIdDoNotUseActivatedAtAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__ACTIVATED_AT_ASC", UserByAuthorIdDoNotUseActivatedAtDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__ACTIVATED_AT_DESC", UserByAuthorIdDoNotUseDateOfBirthAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__DATE_OF_BIRTH_ASC", UserByAuthorIdDoNotUseDateOfBirthDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__DATE_OF_BIRTH_DESC", UserByAuthorIdDoNotUseParametersAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__PARAMETERS_ASC", UserByAuthorIdDoNotUseParametersDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__PARAMETERS_DESC", UserByAuthorIdDoNotUseLanguageAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__LANGUAGE_ASC", UserByAuthorIdDoNotUseLanguageDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__LANGUAGE_DESC", UserByAuthorIdDoNotUseDeletedAtAsc = "USER_BY_AUTHOR_ID_DO_NOT_USE__DELETED_AT_ASC", UserByAuthorIdDoNotUseDeletedAtDesc = "USER_BY_AUTHOR_ID_DO_NOT_USE__DELETED_AT_DESC", AnomalyTypeByTypeIdDoNotUseIdAsc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__ID_ASC", AnomalyTypeByTypeIdDoNotUseIdDesc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__ID_DESC", AnomalyTypeByTypeIdDoNotUseNicknameAsc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__NICKNAME_ASC", AnomalyTypeByTypeIdDoNotUseNicknameDesc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__NICKNAME_DESC", AnomalyTypeByTypeIdDoNotUseCreatedAtAsc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__CREATED_AT_ASC", AnomalyTypeByTypeIdDoNotUseCreatedAtDesc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__CREATED_AT_DESC", AnomalyTypeByTypeIdDoNotUseUpdatedAtAsc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__UPDATED_AT_ASC", AnomalyTypeByTypeIdDoNotUseUpdatedAtDesc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__UPDATED_AT_DESC", AnomalyTypeByTypeIdDoNotUseNameAsc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__NAME_ASC", AnomalyTypeByTypeIdDoNotUseNameDesc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__NAME_DESC", AnomalyTypeByTypeIdDoNotUseStructureTypeAsc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__STRUCTURE_TYPE_ASC", AnomalyTypeByTypeIdDoNotUseStructureTypeDesc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__STRUCTURE_TYPE_DESC", AnomalyTypeByTypeIdDoNotUseLevelAsc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__LEVEL_ASC", AnomalyTypeByTypeIdDoNotUseLevelDesc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__LEVEL_DESC", AnomalyTypeByTypeIdDoNotUseParametersAsc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__PARAMETERS_ASC", AnomalyTypeByTypeIdDoNotUseParametersDesc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__PARAMETERS_DESC", AnomalyTypeByTypeIdDoNotUseDescriptionAsc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__DESCRIPTION_ASC", AnomalyTypeByTypeIdDoNotUseDescriptionDesc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__DESCRIPTION_DESC", AnomalyTypeByTypeIdDoNotUseDeletedAtAsc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__DELETED_AT_ASC", AnomalyTypeByTypeIdDoNotUseDeletedAtDesc = "ANOMALY_TYPE_BY_TYPE_ID_DO_NOT_USE__DELETED_AT_DESC", FileByFileIdDoNotUseIdAsc = "FILE_BY_FILE_ID_DO_NOT_USE__ID_ASC", FileByFileIdDoNotUseIdDesc = "FILE_BY_FILE_ID_DO_NOT_USE__ID_DESC", FileByFileIdDoNotUseNicknameAsc = "FILE_BY_FILE_ID_DO_NOT_USE__NICKNAME_ASC", FileByFileIdDoNotUseNicknameDesc = "FILE_BY_FILE_ID_DO_NOT_USE__NICKNAME_DESC", FileByFileIdDoNotUseNameAsc = "FILE_BY_FILE_ID_DO_NOT_USE__NAME_ASC", FileByFileIdDoNotUseNameDesc = "FILE_BY_FILE_ID_DO_NOT_USE__NAME_DESC", FileByFileIdDoNotUseCreatedAtAsc = "FILE_BY_FILE_ID_DO_NOT_USE__CREATED_AT_ASC", FileByFileIdDoNotUseCreatedAtDesc = "FILE_BY_FILE_ID_DO_NOT_USE__CREATED_AT_DESC", FileByFileIdDoNotUseUpdatedAtAsc = "FILE_BY_FILE_ID_DO_NOT_USE__UPDATED_AT_ASC", FileByFileIdDoNotUseUpdatedAtDesc = "FILE_BY_FILE_ID_DO_NOT_USE__UPDATED_AT_DESC", FileByFileIdDoNotUseContentTypeAsc = "FILE_BY_FILE_ID_DO_NOT_USE__CONTENT_TYPE_ASC", FileByFileIdDoNotUseContentTypeDesc = "FILE_BY_FILE_ID_DO_NOT_USE__CONTENT_TYPE_DESC", FileByFileIdDoNotUseSecretAsc = "FILE_BY_FILE_ID_DO_NOT_USE__SECRET_ASC", FileByFileIdDoNotUseSecretDesc = "FILE_BY_FILE_ID_DO_NOT_USE__SECRET_DESC", FileByFileIdDoNotUseSizeAsc = "FILE_BY_FILE_ID_DO_NOT_USE__SIZE_ASC", FileByFileIdDoNotUseSizeDesc = "FILE_BY_FILE_ID_DO_NOT_USE__SIZE_DESC", FileByFileIdDoNotUseUrlAsc = "FILE_BY_FILE_ID_DO_NOT_USE__URL_ASC", FileByFileIdDoNotUseUrlDesc = "FILE_BY_FILE_ID_DO_NOT_USE__URL_DESC", FileByFileIdDoNotUseDeletedAtAsc = "FILE_BY_FILE_ID_DO_NOT_USE__DELETED_AT_ASC", FileByFileIdDoNotUseDeletedAtDesc = "FILE_BY_FILE_ID_DO_NOT_USE__DELETED_AT_DESC", ImageByImageIdDoNotUseIdAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__ID_ASC", ImageByImageIdDoNotUseIdDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__ID_DESC", ImageByImageIdDoNotUseCreatedAtAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CREATED_AT_ASC", ImageByImageIdDoNotUseCreatedAtDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CREATED_AT_DESC", ImageByImageIdDoNotUseUpdatedAtAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__UPDATED_AT_ASC", ImageByImageIdDoNotUseUpdatedAtDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__UPDATED_AT_DESC", ImageByImageIdDoNotUseMetaDataAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__META_DATA_ASC", ImageByImageIdDoNotUseMetaDataDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__META_DATA_DESC", ImageByImageIdDoNotUseValidAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__VALID_ASC", ImageByImageIdDoNotUseValidDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__VALID_DESC", ImageByImageIdDoNotUseFallbackDataAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__FALLBACK_DATA_ASC", ImageByImageIdDoNotUseFallbackDataDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__FALLBACK_DATA_DESC", ImageByImageIdDoNotUseIndexAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__INDEX_ASC", ImageByImageIdDoNotUseIndexDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__INDEX_DESC", ImageByImageIdDoNotUseWidthAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__WIDTH_ASC", ImageByImageIdDoNotUseWidthDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__WIDTH_DESC", ImageByImageIdDoNotUseHeightAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__HEIGHT_ASC", ImageByImageIdDoNotUseHeightDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__HEIGHT_DESC", ImageByImageIdDoNotUseDistanceAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__DISTANCE_ASC", ImageByImageIdDoNotUseDistanceDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__DISTANCE_DESC", ImageByImageIdDoNotUseCameraFieldOfViewVerticalAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_FIELD_OF_VIEW_VERTICAL_ASC", ImageByImageIdDoNotUseCameraFieldOfViewVerticalDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_FIELD_OF_VIEW_VERTICAL_DESC", ImageByImageIdDoNotUseCameraFieldOfViewHorizontalAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_FIELD_OF_VIEW_HORIZONTAL_ASC", ImageByImageIdDoNotUseCameraFieldOfViewHorizontalDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_FIELD_OF_VIEW_HORIZONTAL_DESC", ImageByImageIdDoNotUseCameraShutterSpeedAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_SHUTTER_SPEED_ASC", ImageByImageIdDoNotUseCameraShutterSpeedDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_SHUTTER_SPEED_DESC", ImageByImageIdDoNotUseCameraApertureAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_APERTURE_ASC", ImageByImageIdDoNotUseCameraApertureDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_APERTURE_DESC", ImageByImageIdDoNotUseCameraModelAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_MODEL_ASC", ImageByImageIdDoNotUseCameraModelDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_MODEL_DESC", ImageByImageIdDoNotUseCameraLensModelAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_LENS_MODEL_ASC", ImageByImageIdDoNotUseCameraLensModelDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_LENS_MODEL_DESC", ImageByImageIdDoNotUseCameraLensMakeAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_LENS_MAKE_ASC", ImageByImageIdDoNotUseCameraLensMakeDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_LENS_MAKE_DESC", ImageByImageIdDoNotUseCameraMakeAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_MAKE_ASC", ImageByImageIdDoNotUseCameraMakeDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_MAKE_DESC", ImageByImageIdDoNotUseDescriptionAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__DESCRIPTION_ASC", ImageByImageIdDoNotUseDescriptionDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__DESCRIPTION_DESC", ImageByImageIdDoNotUseDistanceGradientVerticalAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__DISTANCE_GRADIENT_VERTICAL_ASC", ImageByImageIdDoNotUseDistanceGradientVerticalDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__DISTANCE_GRADIENT_VERTICAL_DESC", ImageByImageIdDoNotUseCameraIsoAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_ISO_ASC", ImageByImageIdDoNotUseCameraIsoDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAMERA_ISO_DESC", ImageByImageIdDoNotUseDistanceGradientHorizontalAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__DISTANCE_GRADIENT_HORIZONTAL_ASC", ImageByImageIdDoNotUseDistanceGradientHorizontalDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__DISTANCE_GRADIENT_HORIZONTAL_DESC", ImageByImageIdDoNotUseCapturedAtAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAPTURED_AT_ASC", ImageByImageIdDoNotUseCapturedAtDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__CAPTURED_AT_DESC", ImageByImageIdDoNotUseDeletedAtAsc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__DELETED_AT_ASC", ImageByImageIdDoNotUseDeletedAtDesc = "IMAGE_BY_IMAGE_ID_DO_NOT_USE__DELETED_AT_DESC", MissionExecutionByMissionIdDoNotUseIdAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__ID_ASC", MissionExecutionByMissionIdDoNotUseIdDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__ID_DESC", MissionExecutionByMissionIdDoNotUseNicknameAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__NICKNAME_ASC", MissionExecutionByMissionIdDoNotUseNicknameDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__NICKNAME_DESC", MissionExecutionByMissionIdDoNotUseCreatedAtAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__CREATED_AT_ASC", MissionExecutionByMissionIdDoNotUseCreatedAtDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__CREATED_AT_DESC", MissionExecutionByMissionIdDoNotUseUpdatedAtAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__UPDATED_AT_ASC", MissionExecutionByMissionIdDoNotUseUpdatedAtDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__UPDATED_AT_DESC", MissionExecutionByMissionIdDoNotUseExecutionAtAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__EXECUTION_AT_ASC", MissionExecutionByMissionIdDoNotUseExecutionAtDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__EXECUTION_AT_DESC", MissionExecutionByMissionIdDoNotUseInspectionAtAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__INSPECTION_AT_ASC", MissionExecutionByMissionIdDoNotUseInspectionAtDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__INSPECTION_AT_DESC", MissionExecutionByMissionIdDoNotUseExpertValidationAtAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__EXPERT_VALIDATION_AT_ASC", MissionExecutionByMissionIdDoNotUseExpertValidationAtDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__EXPERT_VALIDATION_AT_DESC", MissionExecutionByMissionIdDoNotUseTrajectoryAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__TRAJECTORY_ASC", MissionExecutionByMissionIdDoNotUseTrajectoryDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__TRAJECTORY_DESC", MissionExecutionByMissionIdDoNotUseParametersAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__PARAMETERS_ASC", MissionExecutionByMissionIdDoNotUseParametersDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__PARAMETERS_DESC", MissionExecutionByMissionIdDoNotUseDeletedAtAsc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__DELETED_AT_ASC", MissionExecutionByMissionIdDoNotUseDeletedAtDesc = "MISSION_EXECUTION_BY_MISSION_ID_DO_NOT_USE__DELETED_AT_DESC", DetectionsBySegmentationIdDoNotUseCountAsc = "DETECTIONS_BY_SEGMENTATION_ID_DO_NOT_USE__COUNT_ASC", DetectionsBySegmentationIdDoNotUseCountDesc = "DETECTIONS_BY_SEGMENTATION_ID_DO_NOT_USE__COUNT_DESC", AnomalySegmentationsByBCountAsc = "ANOMALY_SEGMENTATIONS_BY_B__COUNT_ASC", AnomalySegmentationsByBCountDesc = "ANOMALY_SEGMENTATIONS_BY_B__COUNT_DESC", SegmentationCloneOfByAAAsc = "SEGMENTATION_CLONE_OF_BY_A__A_ASC", SegmentationCloneOfByAADesc = "SEGMENTATION_CLONE_OF_BY_A__A_DESC", SegmentationCloneOfByABAsc = "SEGMENTATION_CLONE_OF_BY_A__B_ASC", SegmentationCloneOfByABDesc = "SEGMENTATION_CLONE_OF_BY_A__B_DESC", SegmentationCloneovesByBCountAsc = "SEGMENTATION_CLONEOVES_BY_B__COUNT_ASC", SegmentationCloneovesByBCountDesc = "SEGMENTATION_CLONEOVES_BY_B__COUNT_DESC", CommentsByAboutSegmentationIdDoNotUseCountAsc = "COMMENTS_BY_ABOUT_SEGMENTATION_ID_DO_NOT_USE__COUNT_ASC", CommentsByAboutSegmentationIdDoNotUseCountDesc = "COMMENTS_BY_ABOUT_SEGMENTATION_ID_DO_NOT_USE__COUNT_DESC" } /** A filter to be used against many `AnomalySegmentation` object types. All fields are combined with a logical ‘and.’ */ export declare type SegmentationToManyAnomalySegmentationFilter = { /** Every related `AnomalySegmentation` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `AnomalySegmentation` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `AnomalySegmentation` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `Comment` object types. All fields are combined with a logical ‘and.’ */ export declare type SegmentationToManyCommentFilter = { /** Every related `Comment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Comment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Comment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `Detection` object types. All fields are combined with a logical ‘and.’ */ export declare type SegmentationToManyDetectionFilter = { /** Every related `Detection` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Detection` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Detection` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `SegmentationCloneOf` object types. All fields are combined with a logical ‘and.’ */ export declare type SegmentationToManySegmentationCloneOfFilter = { /** Every related `SegmentationCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `SegmentationCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `SegmentationCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** Input for the nested mutation of `anomalyType` in the `SegmentationInput` mutation. */ export declare type SegmentationTypeFkeyInput = { /** The primary key(s) for `anomalyType` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `segmentation` in the `AnomalyTypeInput` mutation. */ export declare type SegmentationTypeFkeyInverseInput = { /** The primary key(s) for `segmentation` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `segmentation` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; export declare type SignedUrlInput = { type: Scalars['String']; fullPath: Scalars['String']; }; export declare type SignedUrlPayload = { __typename?: 'SignedUrlPayload'; signedUrl: Scalars['String']; }; export declare type SplitAnomalyInput = { id: Scalars['ID']; }; export declare type SplitAnomalyPayload = { __typename?: 'SplitAnomalyPayload'; anomalies: Array; query?: Maybe; }; /** A filter to be used against String fields. All fields are combined with a logical ‘and.’ */ export declare type StringFilter = { /** Is null (if `true` is specified) or is not null (if `false` is specified). */ isNull?: Maybe; /** Equal to the specified value. */ equalTo?: Maybe; /** Not equal to the specified value. */ notEqualTo?: Maybe; /** Not equal to the specified value, treating null like an ordinary value. */ distinctFrom?: Maybe; /** Equal to the specified value, treating null like an ordinary value. */ notDistinctFrom?: Maybe; /** Included in the specified list. */ in?: Maybe>; /** Not included in the specified list. */ notIn?: Maybe>; /** Less than the specified value. */ lessThan?: Maybe; /** Less than or equal to the specified value. */ lessThanOrEqualTo?: Maybe; /** Greater than the specified value. */ greaterThan?: Maybe; /** Greater than or equal to the specified value. */ greaterThanOrEqualTo?: Maybe; /** Contains the specified string (case-sensitive). */ includes?: Maybe; /** Does not contain the specified string (case-sensitive). */ notIncludes?: Maybe; /** Contains the specified string (case-insensitive). */ includesInsensitive?: Maybe; /** Does not contain the specified string (case-insensitive). */ notIncludesInsensitive?: Maybe; /** Starts with the specified string (case-sensitive). */ startsWith?: Maybe; /** Does not start with the specified string (case-sensitive). */ notStartsWith?: Maybe; /** Starts with the specified string (case-insensitive). */ startsWithInsensitive?: Maybe; /** Does not start with the specified string (case-insensitive). */ notStartsWithInsensitive?: Maybe; /** Ends with the specified string (case-sensitive). */ endsWith?: Maybe; /** Does not end with the specified string (case-sensitive). */ notEndsWith?: Maybe; /** Ends with the specified string (case-insensitive). */ endsWithInsensitive?: Maybe; /** Does not end with the specified string (case-insensitive). */ notEndsWithInsensitive?: Maybe; /** * Matches the specified pattern (case-sensitive). An underscore (_) matches any * single character; a percent sign (%) matches any sequence of zero or more characters. */ like?: Maybe; /** * Does not match the specified pattern (case-sensitive). An underscore (_) * matches any single character; a percent sign (%) matches any sequence of zero * or more characters. */ notLike?: Maybe; /** * Matches the specified pattern (case-insensitive). An underscore (_) matches * any single character; a percent sign (%) matches any sequence of zero or more characters. */ likeInsensitive?: Maybe; /** * Does not match the specified pattern (case-insensitive). An underscore (_) * matches any single character; a percent sign (%) matches any sequence of zero * or more characters. */ notLikeInsensitive?: Maybe; /** Equal to the specified value (case-insensitive). */ equalToInsensitive?: Maybe; /** Not equal to the specified value (case-insensitive). */ notEqualToInsensitive?: Maybe; /** Not equal to the specified value, treating null like an ordinary value (case-insensitive). */ distinctFromInsensitive?: Maybe; /** Equal to the specified value, treating null like an ordinary value (case-insensitive). */ notDistinctFromInsensitive?: Maybe; /** Included in the specified list (case-insensitive). */ inInsensitive?: Maybe>; /** Not included in the specified list (case-insensitive). */ notInInsensitive?: Maybe>; /** Less than the specified value (case-insensitive). */ lessThanInsensitive?: Maybe; /** Less than or equal to the specified value (case-insensitive). */ lessThanOrEqualToInsensitive?: Maybe; /** Greater than the specified value (case-insensitive). */ greaterThanInsensitive?: Maybe; /** Greater than or equal to the specified value (case-insensitive). */ greaterThanOrEqualToInsensitive?: Maybe; }; /** A filter to be used against String List fields. All fields are combined with a logical ‘and.’ */ export declare type StringListFilter = { /** Is null (if `true` is specified) or is not null (if `false` is specified). */ isNull?: Maybe; /** Equal to the specified value. */ equalTo?: Maybe>>; /** Not equal to the specified value. */ notEqualTo?: Maybe>>; /** Not equal to the specified value, treating null like an ordinary value. */ distinctFrom?: Maybe>>; /** Equal to the specified value, treating null like an ordinary value. */ notDistinctFrom?: Maybe>>; /** Less than the specified value. */ lessThan?: Maybe>>; /** Less than or equal to the specified value. */ lessThanOrEqualTo?: Maybe>>; /** Greater than the specified value. */ greaterThan?: Maybe>>; /** Greater than or equal to the specified value. */ greaterThanOrEqualTo?: Maybe>>; /** Contains the specified list of values. */ contains?: Maybe>>; /** Contained by the specified list of values. */ containedBy?: Maybe>>; /** Overlaps the specified list of values. */ overlaps?: Maybe>>; /** Any array item is equal to the specified value. */ anyEqualTo?: Maybe; /** Any array item is not equal to the specified value. */ anyNotEqualTo?: Maybe; /** Any array item is less than the specified value. */ anyLessThan?: Maybe; /** Any array item is less than or equal to the specified value. */ anyLessThanOrEqualTo?: Maybe; /** Any array item is greater than the specified value. */ anyGreaterThan?: Maybe; /** Any array item is greater than or equal to the specified value. */ anyGreaterThanOrEqualTo?: Maybe; }; export declare type Structure = { __typename?: 'Structure'; id: Scalars['String']; nickname?: Maybe; name: Scalars['String']; createdAt: Scalars['Datetime']; updatedAt: Scalars['Datetime']; commissionedAt?: Maybe; description?: Maybe; parameters?: Maybe; deletedAt?: Maybe; /** Reads a single `Location` that is related to this `Structure`. */ location?: Maybe; /** Reads a single `StructureModel` that is related to this `Structure`. */ model?: Maybe; /** Reads a single `Organization` that is related to this `Structure`. */ organization?: Maybe; /** Reads a single `File` that is related to this `Structure`. */ gltf?: Maybe; /** Reads a single `File` that is related to this `Structure`. */ svg?: Maybe; /** Reads a single `File` that is related to this `Structure`. */ overview?: Maybe; /** Reads and enables pagination through a set of `StructureChild`. */ parentsRelationConnection: StructureChildrenConnection; /** Reads and enables pagination through a set of `StructureChild`. */ parentsRelation: Array; /** Reads and enables pagination through a set of `StructureChild`. */ childrenRelationConnection: StructureChildrenConnection; /** Reads and enables pagination through a set of `StructureChild`. */ childrenRelation: Array; /** Reads and enables pagination through a set of `Anomaly`. */ anomaliesConnection: AnomaliesConnection; /** Reads and enables pagination through a set of `Anomaly`. */ anomalies: Array; /** Reads and enables pagination through a set of `StructureImage`. */ imagesRelationConnection: StructureImagesConnection; /** Reads and enables pagination through a set of `StructureImage`. */ imagesRelation: Array; /** Reads and enables pagination through a set of `StructureArtifact`. */ artifactsRelationConnection: StructureArtifactsConnection; /** Reads and enables pagination through a set of `StructureArtifact`. */ artifactsRelation: Array; /** Reads and enables pagination through a set of `StructureDeveloper`. */ developersRelationConnection: StructureDevelopersConnection; /** Reads and enables pagination through a set of `StructureDeveloper`. */ developersRelation: Array; /** Reads and enables pagination through a set of `StructureOperator`. */ operatorsRelationConnection: StructureOperatorsConnection; /** Reads and enables pagination through a set of `StructureOperator`. */ operatorsRelation: Array; /** Reads and enables pagination through a set of `Detection`. */ detectionsConnection: DetectionsConnection; /** Reads and enables pagination through a set of `Detection`. */ detections: Array; /** Reads a single `StructureCloneOf` that is related to this `Structure`. */ cloneOfRelation?: Maybe; /** * Reads and enables pagination through a set of `StructureCloneOf`. * @deprecated Please use cloneOfRelation instead */ cloneOfRelationConnection: StructureCloneovesConnection; /** Reads and enables pagination through a set of `StructureCloneOf`. */ clonesRelationConnection: StructureCloneovesConnection; /** Reads and enables pagination through a set of `StructureCloneOf`. */ clonesRelation: Array; /** Reads and enables pagination through a set of `Comment`. */ commentsConnection: CommentsConnection; /** Reads and enables pagination through a set of `Comment`. */ comments: Array; /** Reads and enables pagination through a set of `StructureOwner`. */ ownersRelationConnection: StructureOwnersConnection; /** Reads and enables pagination through a set of `StructureOwner`. */ ownersRelation: Array; /** Reads and enables pagination through a set of `StructurePlanStructure`. */ missionStructurePlansRelationConnection: StructurePlanStructuresConnection; /** Reads and enables pagination through a set of `StructurePlanStructure`. */ missionStructurePlansRelation: Array; /** Reads and enables pagination through a set of `PlanStructure`. */ planRelationConnection: PlanStructuresConnection; /** Reads and enables pagination through a set of `PlanStructure`. */ planRelation: Array; /** Reads and enables pagination through a set of `ExecutionStructure`. */ executionRelationConnection: ExecutionStructuresConnection; /** Reads and enables pagination through a set of `ExecutionStructure`. */ executionRelation: Array; /** Reads and enables pagination through a set of `Anomaly`. */ allAnomaliesConnection: AnomaliesConnection; /** Reads and enables pagination through a set of `Anomaly`. */ allAnomalies?: Maybe>>; /** Reads and enables pagination through a set of `Structure`. */ childrenTransitiveConnection: StructuresConnection; /** Reads and enables pagination through a set of `Structure`. */ childrenTransitive?: Maybe>>; cloneOf?: Maybe; /** Reads and enables pagination through a set of `Structure`. */ clonesConnection: StructuresConnection; /** Reads and enables pagination through a set of `Structure`. */ clones?: Maybe>>; /** Reads and enables pagination through a set of `Structure`. */ parentsTransitiveConnection: StructuresConnection; /** Reads and enables pagination through a set of `Structure`. */ parentsTransitive?: Maybe>>; /** Reads and enables pagination through a set of `Structure`. */ parentsConnection: StructureParentsConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Structure`. */ parents: Array; /** Reads and enables pagination through a set of `Structure`. */ childrenConnection: StructureChildrenConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Structure`. */ children: Array; /** Reads and enables pagination through a set of `AnomalyType`. */ anomalyTypesByAnomalyStructureIdDoNotUseAndTypeIdDoNotUseList: Array; /** Reads and enables pagination through a set of `User`. */ usersByAnomalyStructureIdDoNotUseAndAuthorIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Image`. */ imagesConnection: StructureImagesConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Image`. */ images: Array; /** Reads and enables pagination through a set of `Artifact`. */ artifactsConnection: StructureArtifactsConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Artifact`. */ artifacts: Array; /** Reads and enables pagination through a set of `User`. */ developersConnection: StructureDevelopersConnectionManyToManyConnection; /** Reads and enables pagination through a set of `User`. */ developers: Array; /** Reads and enables pagination through a set of `User`. */ operatorsConnection: StructureOperatorsConnectionManyToManyConnection; /** Reads and enables pagination through a set of `User`. */ operators: Array; /** Reads and enables pagination through a set of `User`. */ usersByDetectionStructureIdDoNotUseAndAuthorIdDoNotUseList: Array; /** Reads and enables pagination through a set of `AnomalyType`. */ anomalyTypesByDetectionStructureIdDoNotUseAndTypeIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Anomaly`. */ anomaliesByDetectionStructureIdDoNotUseAndAnomalyIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Image`. */ imagesByDetectionStructureIdDoNotUseAndImageIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Segmentation`. */ segmentationsByDetectionStructureIdDoNotUseAndSegmentationIdDoNotUseList: Array; /** Reads and enables pagination through a set of `MissionExecution`. */ missionExecutionsByDetectionStructureIdDoNotUseAndMissionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `User`. */ usersByCommentAboutStructureIdDoNotUseAndAuthorIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Comment`. */ commentsByCommentAboutStructureIdDoNotUseAndAboutCommentIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Artifact`. */ artifactsByCommentAboutStructureIdDoNotUseAndAboutArtifactIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Mission`. */ missionsByCommentAboutStructureIdDoNotUseAndAboutMissionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Anomaly`. */ anomaliesByCommentAboutStructureIdDoNotUseAndAboutAnomalyIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Classification`. */ classificationsByCommentAboutStructureIdDoNotUseAndAboutClassificationIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Detection`. */ detectionsByCommentAboutStructureIdDoNotUseAndAboutDetectionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Segmentation`. */ segmentationsByCommentAboutStructureIdDoNotUseAndAboutSegmentationIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Image`. */ imagesByCommentAboutStructureIdDoNotUseAndAboutImageIdDoNotUseList: Array; /** Reads and enables pagination through a set of `User`. */ ownersConnection: StructureOwnersConnectionManyToManyConnection; /** Reads and enables pagination through a set of `User`. */ owners: Array; /** Reads and enables pagination through a set of `StructurePlan`. */ missionStructurePlansConnection: StructureMissionStructurePlansConnectionManyToManyConnection; /** Reads and enables pagination through a set of `StructurePlan`. */ missionStructurePlans: Array; /** Reads and enables pagination through a set of `Plan`. */ plansConnection: StructurePlansConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Plan`. */ plans: Array; /** Reads and enables pagination through a set of `Execution`. */ executionsConnection: StructureExecutionsConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Execution`. */ executions: Array; }; export declare type StructureParentsRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureParentsRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureChildrenRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureChildrenRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureAnomaliesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureAnomaliesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureImagesRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureImagesRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureArtifactsRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureArtifactsRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureDevelopersRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureDevelopersRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureOperatorsRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureOperatorsRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureDetectionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureDetectionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureCloneOfRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureClonesRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureClonesRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureCommentsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureCommentsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureOwnersRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureOwnersRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureMissionStructurePlansRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureMissionStructurePlansRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructurePlanRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructurePlanRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureExecutionRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureExecutionRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureAllAnomaliesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; filter?: Maybe; }; export declare type StructureAllAnomaliesArgs = { first?: Maybe; offset?: Maybe; filter?: Maybe; }; export declare type StructureChildrenTransitiveConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; filter?: Maybe; }; export declare type StructureChildrenTransitiveArgs = { first?: Maybe; offset?: Maybe; filter?: Maybe; }; export declare type StructureClonesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; filter?: Maybe; }; export declare type StructureClonesArgs = { first?: Maybe; offset?: Maybe; filter?: Maybe; }; export declare type StructureParentsTransitiveConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; filter?: Maybe; }; export declare type StructureParentsTransitiveArgs = { first?: Maybe; offset?: Maybe; filter?: Maybe; }; export declare type StructureParentsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureParentsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureChildrenConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureChildrenArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureAnomalyTypesByAnomalyStructureIdDoNotUseAndTypeIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureUsersByAnomalyStructureIdDoNotUseAndAuthorIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureImagesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureImagesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureArtifactsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureArtifactsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureDevelopersConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureDevelopersArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureOperatorsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureOperatorsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureUsersByDetectionStructureIdDoNotUseAndAuthorIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureAnomalyTypesByDetectionStructureIdDoNotUseAndTypeIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureAnomaliesByDetectionStructureIdDoNotUseAndAnomalyIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureImagesByDetectionStructureIdDoNotUseAndImageIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureSegmentationsByDetectionStructureIdDoNotUseAndSegmentationIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureMissionExecutionsByDetectionStructureIdDoNotUseAndMissionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureUsersByCommentAboutStructureIdDoNotUseAndAuthorIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureCommentsByCommentAboutStructureIdDoNotUseAndAboutCommentIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureArtifactsByCommentAboutStructureIdDoNotUseAndAboutArtifactIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureMissionsByCommentAboutStructureIdDoNotUseAndAboutMissionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureAnomaliesByCommentAboutStructureIdDoNotUseAndAboutAnomalyIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureClassificationsByCommentAboutStructureIdDoNotUseAndAboutClassificationIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureDetectionsByCommentAboutStructureIdDoNotUseAndAboutDetectionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureSegmentationsByCommentAboutStructureIdDoNotUseAndAboutSegmentationIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureImagesByCommentAboutStructureIdDoNotUseAndAboutImageIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureOwnersConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureOwnersArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureMissionStructurePlansConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureMissionStructurePlansArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructurePlansConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructurePlansArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureExecutionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureExecutionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureArtifact = { __typename?: 'StructureArtifact'; a: Scalars['String']; b: Scalars['String']; /** Reads a single `Artifact` that is related to this `StructureArtifact`. */ artifact?: Maybe; /** Reads a single `Structure` that is related to this `StructureArtifact`. */ structure?: Maybe; }; /** * A condition to be used against `StructureArtifact` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type StructureArtifactCondition = { /** Checks for equality with the object’s `a` field. */ a?: Maybe; /** Checks for equality with the object’s `b` field. */ b?: Maybe; }; /** A filter to be used against `StructureArtifact` object types. All fields are combined with a logical ‘and.’ */ export declare type StructureArtifactFilter = { /** Filter by the object’s `a` field. */ a?: Maybe; /** Filter by the object’s `b` field. */ b?: Maybe; /** Filter by the object’s `artifact` relation. */ artifact?: Maybe; /** Filter by the object’s `structure` relation. */ structure?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `StructureArtifact` */ export declare type StructureArtifactInput = { a?: Maybe; b?: Maybe; artifact?: Maybe<_StructureArtifactsIbfk1Input>; structure?: Maybe<_StructureArtifactsIbfk2Input>; }; /** The fields on `structureArtifact` to look up the row to update. */ export declare type StructureArtifactOnStructureArtifactForStructureArtifactsIbfk1UsingStructureArtifactsPkeyUpdate = { /** An object where the defined keys will be set on the `structureArtifact` being updated. */ patch: UpdateStructureArtifactOnStructureArtifactForStructureArtifactsIbfk1Patch; a: Scalars['String']; b: Scalars['String']; }; /** The fields on `structureArtifact` to look up the row to update. */ export declare type StructureArtifactOnStructureArtifactForStructureArtifactsIbfk2UsingStructureArtifactsPkeyUpdate = { /** An object where the defined keys will be set on the `structureArtifact` being updated. */ patch: UpdateStructureArtifactOnStructureArtifactForStructureArtifactsIbfk2Patch; a: Scalars['String']; b: Scalars['String']; }; /** Represents an update to a `StructureArtifact`. Fields that are set will be updated. */ export declare type StructureArtifactPatch = { a?: Maybe; b?: Maybe; artifact?: Maybe<_StructureArtifactsIbfk1Input>; structure?: Maybe<_StructureArtifactsIbfk2Input>; }; /** A connection to a list of `StructureArtifact` values. */ export declare type StructureArtifactsConnection = { __typename?: 'StructureArtifactsConnection'; /** A list of `StructureArtifact` objects. */ nodes: Array>; /** A list of edges which contains the `StructureArtifact` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `StructureArtifact` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A connection to a list of `Artifact` values, with data from `StructureArtifact`. */ export declare type StructureArtifactsConnectionManyToManyConnection = { __typename?: 'StructureArtifactsConnectionManyToManyConnection'; /** A list of `Artifact` objects. */ nodes: Array>; /** A list of edges which contains the `Artifact`, info from the `StructureArtifact`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Artifact` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Artifact` edge in the connection, with data from `StructureArtifact`. */ export declare type StructureArtifactsConnectionManyToManyEdge = { __typename?: 'StructureArtifactsConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Artifact` at the end of the edge. */ node?: Maybe; }; /** A `StructureArtifact` edge in the connection. */ export declare type StructureArtifactsEdge = { __typename?: 'StructureArtifactsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `StructureArtifact` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `StructureArtifact`. */ export declare enum StructureArtifactsOrderBy { Natural = "NATURAL", AAsc = "A_ASC", ADesc = "A_DESC", BAsc = "B_ASC", BDesc = "B_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", ArtifactByAIdAsc = "ARTIFACT_BY_A__ID_ASC", ArtifactByAIdDesc = "ARTIFACT_BY_A__ID_DESC", ArtifactByANicknameAsc = "ARTIFACT_BY_A__NICKNAME_ASC", ArtifactByANicknameDesc = "ARTIFACT_BY_A__NICKNAME_DESC", ArtifactByACreatedAtAsc = "ARTIFACT_BY_A__CREATED_AT_ASC", ArtifactByACreatedAtDesc = "ARTIFACT_BY_A__CREATED_AT_DESC", ArtifactByAUpdatedAtAsc = "ARTIFACT_BY_A__UPDATED_AT_ASC", ArtifactByAUpdatedAtDesc = "ARTIFACT_BY_A__UPDATED_AT_DESC", ArtifactByANameAsc = "ARTIFACT_BY_A__NAME_ASC", ArtifactByANameDesc = "ARTIFACT_BY_A__NAME_DESC", ArtifactByATypeAsc = "ARTIFACT_BY_A__TYPE_ASC", ArtifactByATypeDesc = "ARTIFACT_BY_A__TYPE_DESC", ArtifactByAIndexAsc = "ARTIFACT_BY_A__INDEX_ASC", ArtifactByAIndexDesc = "ARTIFACT_BY_A__INDEX_DESC", ArtifactByAParametersAsc = "ARTIFACT_BY_A__PARAMETERS_ASC", ArtifactByAParametersDesc = "ARTIFACT_BY_A__PARAMETERS_DESC", ArtifactByAFallbackDataAsc = "ARTIFACT_BY_A__FALLBACK_DATA_ASC", ArtifactByAFallbackDataDesc = "ARTIFACT_BY_A__FALLBACK_DATA_DESC", ArtifactByADescriptionAsc = "ARTIFACT_BY_A__DESCRIPTION_ASC", ArtifactByADescriptionDesc = "ARTIFACT_BY_A__DESCRIPTION_DESC", ArtifactByADeletedAtAsc = "ARTIFACT_BY_A__DELETED_AT_ASC", ArtifactByADeletedAtDesc = "ARTIFACT_BY_A__DELETED_AT_DESC", StructureByBIdAsc = "STRUCTURE_BY_B__ID_ASC", StructureByBIdDesc = "STRUCTURE_BY_B__ID_DESC", StructureByBNicknameAsc = "STRUCTURE_BY_B__NICKNAME_ASC", StructureByBNicknameDesc = "STRUCTURE_BY_B__NICKNAME_DESC", StructureByBNameAsc = "STRUCTURE_BY_B__NAME_ASC", StructureByBNameDesc = "STRUCTURE_BY_B__NAME_DESC", StructureByBCreatedAtAsc = "STRUCTURE_BY_B__CREATED_AT_ASC", StructureByBCreatedAtDesc = "STRUCTURE_BY_B__CREATED_AT_DESC", StructureByBUpdatedAtAsc = "STRUCTURE_BY_B__UPDATED_AT_ASC", StructureByBUpdatedAtDesc = "STRUCTURE_BY_B__UPDATED_AT_DESC", StructureByBCommissionedAtAsc = "STRUCTURE_BY_B__COMMISSIONED_AT_ASC", StructureByBCommissionedAtDesc = "STRUCTURE_BY_B__COMMISSIONED_AT_DESC", StructureByBDescriptionAsc = "STRUCTURE_BY_B__DESCRIPTION_ASC", StructureByBDescriptionDesc = "STRUCTURE_BY_B__DESCRIPTION_DESC", StructureByBParametersAsc = "STRUCTURE_BY_B__PARAMETERS_ASC", StructureByBParametersDesc = "STRUCTURE_BY_B__PARAMETERS_DESC", StructureByBDeletedAtAsc = "STRUCTURE_BY_B__DELETED_AT_ASC", StructureByBDeletedAtDesc = "STRUCTURE_BY_B__DELETED_AT_DESC", AAscBAsc = "A_ASC__B_ASC", ADescBDesc = "A_DESC__B_DESC" } /** The fields on `structureArtifact` to look up the row to connect. */ export declare type StructureArtifactStructureArtifactsPkeyConnect = { a: Scalars['String']; b: Scalars['String']; }; /** The fields on `structureArtifact` to look up the row to delete. */ export declare type StructureArtifactStructureArtifactsPkeyDelete = { a: Scalars['String']; b: Scalars['String']; }; export declare type StructureChild = { __typename?: 'StructureChild'; a: Scalars['String']; b: Scalars['String']; /** Reads a single `Structure` that is related to this `StructureChild`. */ child?: Maybe; /** Reads a single `Structure` that is related to this `StructureChild`. */ parent?: Maybe; }; /** * A condition to be used against `StructureChild` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type StructureChildCondition = { /** Checks for equality with the object’s `a` field. */ a?: Maybe; /** Checks for equality with the object’s `b` field. */ b?: Maybe; }; /** A filter to be used against `StructureChild` object types. All fields are combined with a logical ‘and.’ */ export declare type StructureChildFilter = { /** Filter by the object’s `a` field. */ a?: Maybe; /** Filter by the object’s `b` field. */ b?: Maybe; /** Filter by the object’s `child` relation. */ child?: Maybe; /** Filter by the object’s `parent` relation. */ parent?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `StructureChild` */ export declare type StructureChildInput = { a?: Maybe; b?: Maybe; child?: Maybe<_StructureChildrenIbfk1Input>; parent?: Maybe<_StructureChildrenIbfk2Input>; }; /** The fields on `structureChild` to look up the row to update. */ export declare type StructureChildOnStructureChildForStructureChildrenIbfk1UsingStructureChildrenPkeyUpdate = { /** An object where the defined keys will be set on the `structureChild` being updated. */ patch: UpdateStructureChildOnStructureChildForStructureChildrenIbfk1Patch; a: Scalars['String']; b: Scalars['String']; }; /** The fields on `structureChild` to look up the row to update. */ export declare type StructureChildOnStructureChildForStructureChildrenIbfk2UsingStructureChildrenPkeyUpdate = { /** An object where the defined keys will be set on the `structureChild` being updated. */ patch: UpdateStructureChildOnStructureChildForStructureChildrenIbfk2Patch; a: Scalars['String']; b: Scalars['String']; }; /** Represents an update to a `StructureChild`. Fields that are set will be updated. */ export declare type StructureChildPatch = { a?: Maybe; b?: Maybe; child?: Maybe<_StructureChildrenIbfk1Input>; parent?: Maybe<_StructureChildrenIbfk2Input>; }; /** A connection to a list of `StructureChild` values. */ export declare type StructureChildrenConnection = { __typename?: 'StructureChildrenConnection'; /** A list of `StructureChild` objects. */ nodes: Array>; /** A list of edges which contains the `StructureChild` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `StructureChild` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A connection to a list of `Structure` values, with data from `StructureChild`. */ export declare type StructureChildrenConnectionManyToManyConnection = { __typename?: 'StructureChildrenConnectionManyToManyConnection'; /** A list of `Structure` objects. */ nodes: Array>; /** A list of edges which contains the `Structure`, info from the `StructureChild`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Structure` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Structure` edge in the connection, with data from `StructureChild`. */ export declare type StructureChildrenConnectionManyToManyEdge = { __typename?: 'StructureChildrenConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Structure` at the end of the edge. */ node?: Maybe; }; /** A `StructureChild` edge in the connection. */ export declare type StructureChildrenEdge = { __typename?: 'StructureChildrenEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `StructureChild` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `StructureChild`. */ export declare enum StructureChildrenOrderBy { Natural = "NATURAL", AAsc = "A_ASC", ADesc = "A_DESC", BAsc = "B_ASC", BDesc = "B_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", StructureByAIdAsc = "STRUCTURE_BY_A__ID_ASC", StructureByAIdDesc = "STRUCTURE_BY_A__ID_DESC", StructureByANicknameAsc = "STRUCTURE_BY_A__NICKNAME_ASC", StructureByANicknameDesc = "STRUCTURE_BY_A__NICKNAME_DESC", StructureByANameAsc = "STRUCTURE_BY_A__NAME_ASC", StructureByANameDesc = "STRUCTURE_BY_A__NAME_DESC", StructureByACreatedAtAsc = "STRUCTURE_BY_A__CREATED_AT_ASC", StructureByACreatedAtDesc = "STRUCTURE_BY_A__CREATED_AT_DESC", StructureByAUpdatedAtAsc = "STRUCTURE_BY_A__UPDATED_AT_ASC", StructureByAUpdatedAtDesc = "STRUCTURE_BY_A__UPDATED_AT_DESC", StructureByACommissionedAtAsc = "STRUCTURE_BY_A__COMMISSIONED_AT_ASC", StructureByACommissionedAtDesc = "STRUCTURE_BY_A__COMMISSIONED_AT_DESC", StructureByADescriptionAsc = "STRUCTURE_BY_A__DESCRIPTION_ASC", StructureByADescriptionDesc = "STRUCTURE_BY_A__DESCRIPTION_DESC", StructureByAParametersAsc = "STRUCTURE_BY_A__PARAMETERS_ASC", StructureByAParametersDesc = "STRUCTURE_BY_A__PARAMETERS_DESC", StructureByADeletedAtAsc = "STRUCTURE_BY_A__DELETED_AT_ASC", StructureByADeletedAtDesc = "STRUCTURE_BY_A__DELETED_AT_DESC", StructureByBIdAsc = "STRUCTURE_BY_B__ID_ASC", StructureByBIdDesc = "STRUCTURE_BY_B__ID_DESC", StructureByBNicknameAsc = "STRUCTURE_BY_B__NICKNAME_ASC", StructureByBNicknameDesc = "STRUCTURE_BY_B__NICKNAME_DESC", StructureByBNameAsc = "STRUCTURE_BY_B__NAME_ASC", StructureByBNameDesc = "STRUCTURE_BY_B__NAME_DESC", StructureByBCreatedAtAsc = "STRUCTURE_BY_B__CREATED_AT_ASC", StructureByBCreatedAtDesc = "STRUCTURE_BY_B__CREATED_AT_DESC", StructureByBUpdatedAtAsc = "STRUCTURE_BY_B__UPDATED_AT_ASC", StructureByBUpdatedAtDesc = "STRUCTURE_BY_B__UPDATED_AT_DESC", StructureByBCommissionedAtAsc = "STRUCTURE_BY_B__COMMISSIONED_AT_ASC", StructureByBCommissionedAtDesc = "STRUCTURE_BY_B__COMMISSIONED_AT_DESC", StructureByBDescriptionAsc = "STRUCTURE_BY_B__DESCRIPTION_ASC", StructureByBDescriptionDesc = "STRUCTURE_BY_B__DESCRIPTION_DESC", StructureByBParametersAsc = "STRUCTURE_BY_B__PARAMETERS_ASC", StructureByBParametersDesc = "STRUCTURE_BY_B__PARAMETERS_DESC", StructureByBDeletedAtAsc = "STRUCTURE_BY_B__DELETED_AT_ASC", StructureByBDeletedAtDesc = "STRUCTURE_BY_B__DELETED_AT_DESC", AAscBAsc = "A_ASC__B_ASC", ADescBDesc = "A_DESC__B_DESC" } /** The fields on `structureChild` to look up the row to connect. */ export declare type StructureChildStructureChildrenPkeyConnect = { a: Scalars['String']; b: Scalars['String']; }; /** The fields on `structureChild` to look up the row to delete. */ export declare type StructureChildStructureChildrenPkeyDelete = { a: Scalars['String']; b: Scalars['String']; }; export declare type StructureCloneOf = { __typename?: 'StructureCloneOf'; a: Scalars['String']; b: Scalars['String']; /** Reads a single `Structure` that is related to this `StructureCloneOf`. */ cloneOf?: Maybe; /** Reads a single `Structure` that is related to this `StructureCloneOf`. */ clone?: Maybe; }; /** * A condition to be used against `StructureCloneOf` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type StructureCloneOfCondition = { /** Checks for equality with the object’s `a` field. */ a?: Maybe; /** Checks for equality with the object’s `b` field. */ b?: Maybe; }; /** A filter to be used against `StructureCloneOf` object types. All fields are combined with a logical ‘and.’ */ export declare type StructureCloneOfFilter = { /** Filter by the object’s `a` field. */ a?: Maybe; /** Filter by the object’s `b` field. */ b?: Maybe; /** Filter by the object’s `cloneOf` relation. */ cloneOf?: Maybe; /** Filter by the object’s `clone` relation. */ clone?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `StructureCloneOf` */ export declare type StructureCloneOfInput = { a?: Maybe; b?: Maybe; cloneOf?: Maybe<_StructureCloneOfIbfk1Input>; clone?: Maybe<_StructureCloneOfIbfk2Input>; }; /** The fields on `structureCloneOf` to look up the row to update. */ export declare type StructureCloneOfOnStructureCloneOfForStructureCloneOfIbfk1UsingStructureCloneOfPkeyUpdate = { /** An object where the defined keys will be set on the `structureCloneOf` being updated. */ patch: UpdateStructureCloneOfOnStructureCloneOfForStructureCloneOfIbfk1Patch; a: Scalars['String']; }; /** The fields on `structureCloneOf` to look up the row to update. */ export declare type StructureCloneOfOnStructureCloneOfForStructureCloneOfIbfk2UsingStructureCloneOfPkeyUpdate = { /** An object where the defined keys will be set on the `structureCloneOf` being updated. */ patch: UpdateStructureCloneOfOnStructureCloneOfForStructureCloneOfIbfk2Patch; a: Scalars['String']; }; /** Represents an update to a `StructureCloneOf`. Fields that are set will be updated. */ export declare type StructureCloneOfPatch = { a?: Maybe; b?: Maybe; cloneOf?: Maybe<_StructureCloneOfIbfk1Input>; clone?: Maybe<_StructureCloneOfIbfk2Input>; }; /** The fields on `structureCloneOf` to look up the row to connect. */ export declare type StructureCloneOfStructureCloneOfPkeyConnect = { a: Scalars['String']; }; /** The fields on `structureCloneOf` to look up the row to delete. */ export declare type StructureCloneOfStructureCloneOfPkeyDelete = { a: Scalars['String']; }; /** A connection to a list of `StructureCloneOf` values. */ export declare type StructureCloneovesConnection = { __typename?: 'StructureCloneovesConnection'; /** A list of `StructureCloneOf` objects. */ nodes: Array>; /** A list of edges which contains the `StructureCloneOf` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `StructureCloneOf` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `StructureCloneOf` edge in the connection. */ export declare type StructureCloneovesEdge = { __typename?: 'StructureCloneovesEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `StructureCloneOf` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `StructureCloneOf`. */ export declare enum StructureCloneovesOrderBy { Natural = "NATURAL", AAsc = "A_ASC", ADesc = "A_DESC", BAsc = "B_ASC", BDesc = "B_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", StructureByAIdAsc = "STRUCTURE_BY_A__ID_ASC", StructureByAIdDesc = "STRUCTURE_BY_A__ID_DESC", StructureByANicknameAsc = "STRUCTURE_BY_A__NICKNAME_ASC", StructureByANicknameDesc = "STRUCTURE_BY_A__NICKNAME_DESC", StructureByANameAsc = "STRUCTURE_BY_A__NAME_ASC", StructureByANameDesc = "STRUCTURE_BY_A__NAME_DESC", StructureByACreatedAtAsc = "STRUCTURE_BY_A__CREATED_AT_ASC", StructureByACreatedAtDesc = "STRUCTURE_BY_A__CREATED_AT_DESC", StructureByAUpdatedAtAsc = "STRUCTURE_BY_A__UPDATED_AT_ASC", StructureByAUpdatedAtDesc = "STRUCTURE_BY_A__UPDATED_AT_DESC", StructureByACommissionedAtAsc = "STRUCTURE_BY_A__COMMISSIONED_AT_ASC", StructureByACommissionedAtDesc = "STRUCTURE_BY_A__COMMISSIONED_AT_DESC", StructureByADescriptionAsc = "STRUCTURE_BY_A__DESCRIPTION_ASC", StructureByADescriptionDesc = "STRUCTURE_BY_A__DESCRIPTION_DESC", StructureByAParametersAsc = "STRUCTURE_BY_A__PARAMETERS_ASC", StructureByAParametersDesc = "STRUCTURE_BY_A__PARAMETERS_DESC", StructureByADeletedAtAsc = "STRUCTURE_BY_A__DELETED_AT_ASC", StructureByADeletedAtDesc = "STRUCTURE_BY_A__DELETED_AT_DESC", StructureByBIdAsc = "STRUCTURE_BY_B__ID_ASC", StructureByBIdDesc = "STRUCTURE_BY_B__ID_DESC", StructureByBNicknameAsc = "STRUCTURE_BY_B__NICKNAME_ASC", StructureByBNicknameDesc = "STRUCTURE_BY_B__NICKNAME_DESC", StructureByBNameAsc = "STRUCTURE_BY_B__NAME_ASC", StructureByBNameDesc = "STRUCTURE_BY_B__NAME_DESC", StructureByBCreatedAtAsc = "STRUCTURE_BY_B__CREATED_AT_ASC", StructureByBCreatedAtDesc = "STRUCTURE_BY_B__CREATED_AT_DESC", StructureByBUpdatedAtAsc = "STRUCTURE_BY_B__UPDATED_AT_ASC", StructureByBUpdatedAtDesc = "STRUCTURE_BY_B__UPDATED_AT_DESC", StructureByBCommissionedAtAsc = "STRUCTURE_BY_B__COMMISSIONED_AT_ASC", StructureByBCommissionedAtDesc = "STRUCTURE_BY_B__COMMISSIONED_AT_DESC", StructureByBDescriptionAsc = "STRUCTURE_BY_B__DESCRIPTION_ASC", StructureByBDescriptionDesc = "STRUCTURE_BY_B__DESCRIPTION_DESC", StructureByBParametersAsc = "STRUCTURE_BY_B__PARAMETERS_ASC", StructureByBParametersDesc = "STRUCTURE_BY_B__PARAMETERS_DESC", StructureByBDeletedAtAsc = "STRUCTURE_BY_B__DELETED_AT_ASC", StructureByBDeletedAtDesc = "STRUCTURE_BY_B__DELETED_AT_DESC" } /** * A condition to be used against `Structure` object types. All fields are tested * for equality and combined with a logical ‘and.’ */ export declare type StructureCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `nickname` field. */ nickname?: Maybe; /** Checks for equality with the object’s `name` field. */ name?: Maybe; /** Checks for equality with the object’s `createdAt` field. */ createdAt?: Maybe; /** Checks for equality with the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Checks for equality with the object’s `commissionedAt` field. */ commissionedAt?: Maybe; /** Checks for equality with the object’s `description` field. */ description?: Maybe; /** Checks for equality with the object’s `parameters` field. */ parameters?: Maybe; /** Checks for equality with the object’s `deletedAt` field. */ deletedAt?: Maybe; }; export declare type StructureDeveloper = { __typename?: 'StructureDeveloper'; a: Scalars['String']; b: Scalars['String']; /** Reads a single `Structure` that is related to this `StructureDeveloper`. */ structure?: Maybe; /** Reads a single `User` that is related to this `StructureDeveloper`. */ developer?: Maybe; }; /** * A condition to be used against `StructureDeveloper` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type StructureDeveloperCondition = { /** Checks for equality with the object’s `a` field. */ a?: Maybe; /** Checks for equality with the object’s `b` field. */ b?: Maybe; }; /** A filter to be used against `StructureDeveloper` object types. All fields are combined with a logical ‘and.’ */ export declare type StructureDeveloperFilter = { /** Filter by the object’s `a` field. */ a?: Maybe; /** Filter by the object’s `b` field. */ b?: Maybe; /** Filter by the object’s `structure` relation. */ structure?: Maybe; /** Filter by the object’s `developer` relation. */ developer?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `StructureDeveloper` */ export declare type StructureDeveloperInput = { a?: Maybe; b?: Maybe; structure?: Maybe<_StructureDevelopersIbfk1Input>; developer?: Maybe<_StructureDevelopersIbfk2Input>; }; /** The fields on `structureDeveloper` to look up the row to update. */ export declare type StructureDeveloperOnStructureDeveloperForStructureDevelopersIbfk1UsingStructureDevelopersPkeyUpdate = { /** An object where the defined keys will be set on the `structureDeveloper` being updated. */ patch: UpdateStructureDeveloperOnStructureDeveloperForStructureDevelopersIbfk1Patch; a: Scalars['String']; b: Scalars['String']; }; /** The fields on `structureDeveloper` to look up the row to update. */ export declare type StructureDeveloperOnStructureDeveloperForStructureDevelopersIbfk2UsingStructureDevelopersPkeyUpdate = { /** An object where the defined keys will be set on the `structureDeveloper` being updated. */ patch: UpdateStructureDeveloperOnStructureDeveloperForStructureDevelopersIbfk2Patch; a: Scalars['String']; b: Scalars['String']; }; /** Represents an update to a `StructureDeveloper`. Fields that are set will be updated. */ export declare type StructureDeveloperPatch = { a?: Maybe; b?: Maybe; structure?: Maybe<_StructureDevelopersIbfk1Input>; developer?: Maybe<_StructureDevelopersIbfk2Input>; }; /** A connection to a list of `StructureDeveloper` values. */ export declare type StructureDevelopersConnection = { __typename?: 'StructureDevelopersConnection'; /** A list of `StructureDeveloper` objects. */ nodes: Array>; /** A list of edges which contains the `StructureDeveloper` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `StructureDeveloper` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A connection to a list of `User` values, with data from `StructureDeveloper`. */ export declare type StructureDevelopersConnectionManyToManyConnection = { __typename?: 'StructureDevelopersConnectionManyToManyConnection'; /** A list of `User` objects. */ nodes: Array>; /** A list of edges which contains the `User`, info from the `StructureDeveloper`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `User` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `User` edge in the connection, with data from `StructureDeveloper`. */ export declare type StructureDevelopersConnectionManyToManyEdge = { __typename?: 'StructureDevelopersConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `User` at the end of the edge. */ node?: Maybe; }; /** A `StructureDeveloper` edge in the connection. */ export declare type StructureDevelopersEdge = { __typename?: 'StructureDevelopersEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `StructureDeveloper` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `StructureDeveloper`. */ export declare enum StructureDevelopersOrderBy { Natural = "NATURAL", AAsc = "A_ASC", ADesc = "A_DESC", BAsc = "B_ASC", BDesc = "B_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", StructureByAIdAsc = "STRUCTURE_BY_A__ID_ASC", StructureByAIdDesc = "STRUCTURE_BY_A__ID_DESC", StructureByANicknameAsc = "STRUCTURE_BY_A__NICKNAME_ASC", StructureByANicknameDesc = "STRUCTURE_BY_A__NICKNAME_DESC", StructureByANameAsc = "STRUCTURE_BY_A__NAME_ASC", StructureByANameDesc = "STRUCTURE_BY_A__NAME_DESC", StructureByACreatedAtAsc = "STRUCTURE_BY_A__CREATED_AT_ASC", StructureByACreatedAtDesc = "STRUCTURE_BY_A__CREATED_AT_DESC", StructureByAUpdatedAtAsc = "STRUCTURE_BY_A__UPDATED_AT_ASC", StructureByAUpdatedAtDesc = "STRUCTURE_BY_A__UPDATED_AT_DESC", StructureByACommissionedAtAsc = "STRUCTURE_BY_A__COMMISSIONED_AT_ASC", StructureByACommissionedAtDesc = "STRUCTURE_BY_A__COMMISSIONED_AT_DESC", StructureByADescriptionAsc = "STRUCTURE_BY_A__DESCRIPTION_ASC", StructureByADescriptionDesc = "STRUCTURE_BY_A__DESCRIPTION_DESC", StructureByAParametersAsc = "STRUCTURE_BY_A__PARAMETERS_ASC", StructureByAParametersDesc = "STRUCTURE_BY_A__PARAMETERS_DESC", StructureByADeletedAtAsc = "STRUCTURE_BY_A__DELETED_AT_ASC", StructureByADeletedAtDesc = "STRUCTURE_BY_A__DELETED_AT_DESC", UserByBIdAsc = "USER_BY_B__ID_ASC", UserByBIdDesc = "USER_BY_B__ID_DESC", UserByBNicknameAsc = "USER_BY_B__NICKNAME_ASC", UserByBNicknameDesc = "USER_BY_B__NICKNAME_DESC", UserByBNameAsc = "USER_BY_B__NAME_ASC", UserByBNameDesc = "USER_BY_B__NAME_DESC", UserByBEmailAsc = "USER_BY_B__EMAIL_ASC", UserByBEmailDesc = "USER_BY_B__EMAIL_DESC", UserByBPasswordAsc = "USER_BY_B__PASSWORD_ASC", UserByBPasswordDesc = "USER_BY_B__PASSWORD_DESC", UserByBDescriptionAsc = "USER_BY_B__DESCRIPTION_ASC", UserByBDescriptionDesc = "USER_BY_B__DESCRIPTION_DESC", UserByBCreatedAtAsc = "USER_BY_B__CREATED_AT_ASC", UserByBCreatedAtDesc = "USER_BY_B__CREATED_AT_DESC", UserByBUpdatedAtAsc = "USER_BY_B__UPDATED_AT_ASC", UserByBUpdatedAtDesc = "USER_BY_B__UPDATED_AT_DESC", UserByBActivatedAtAsc = "USER_BY_B__ACTIVATED_AT_ASC", UserByBActivatedAtDesc = "USER_BY_B__ACTIVATED_AT_DESC", UserByBDateOfBirthAsc = "USER_BY_B__DATE_OF_BIRTH_ASC", UserByBDateOfBirthDesc = "USER_BY_B__DATE_OF_BIRTH_DESC", UserByBParametersAsc = "USER_BY_B__PARAMETERS_ASC", UserByBParametersDesc = "USER_BY_B__PARAMETERS_DESC", UserByBLanguageAsc = "USER_BY_B__LANGUAGE_ASC", UserByBLanguageDesc = "USER_BY_B__LANGUAGE_DESC", UserByBDeletedAtAsc = "USER_BY_B__DELETED_AT_ASC", UserByBDeletedAtDesc = "USER_BY_B__DELETED_AT_DESC", AAscBAsc = "A_ASC__B_ASC", ADescBDesc = "A_DESC__B_DESC" } /** The fields on `structureDeveloper` to look up the row to connect. */ export declare type StructureDeveloperStructureDevelopersPkeyConnect = { a: Scalars['String']; b: Scalars['String']; }; /** The fields on `structureDeveloper` to look up the row to delete. */ export declare type StructureDeveloperStructureDevelopersPkeyDelete = { a: Scalars['String']; b: Scalars['String']; }; /** A connection to a list of `Execution` values, with data from `ExecutionStructure`. */ export declare type StructureExecutionsConnectionManyToManyConnection = { __typename?: 'StructureExecutionsConnectionManyToManyConnection'; /** A list of `Execution` objects. */ nodes: Array>; /** A list of edges which contains the `Execution`, info from the `ExecutionStructure`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Execution` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Execution` edge in the connection, with data from `ExecutionStructure`. */ export declare type StructureExecutionsConnectionManyToManyEdge = { __typename?: 'StructureExecutionsConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Execution` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `ExecutionStructure`. */ structureRelationConnection: ExecutionStructuresConnection; /** Reads and enables pagination through a set of `ExecutionStructure`. */ structureRelation: Array; }; /** A `Execution` edge in the connection, with data from `ExecutionStructure`. */ export declare type StructureExecutionsConnectionManyToManyEdgeStructureRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Execution` edge in the connection, with data from `ExecutionStructure`. */ export declare type StructureExecutionsConnectionManyToManyEdgeStructureRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A filter to be used against `Structure` object types. All fields are combined with a logical ‘and.’ */ export declare type StructureFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `nickname` field. */ nickname?: Maybe; /** Filter by the object’s `name` field. */ name?: Maybe; /** Filter by the object’s `createdAt` field. */ createdAt?: Maybe; /** Filter by the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Filter by the object’s `commissionedAt` field. */ commissionedAt?: Maybe; /** Filter by the object’s `description` field. */ description?: Maybe; /** Filter by the object’s `parameters` field. */ parameters?: Maybe; /** Filter by the object’s `deletedAt` field. */ deletedAt?: Maybe; /** Filter by the object’s `cloneOf` field. */ cloneOf?: Maybe; /** Filter by the object’s `parentsRelationConnection` relation. */ parentsRelationConnection?: Maybe; /** Some related `parentsRelationConnection` exist. */ parentsRelationConnectionExist?: Maybe; /** Filter by the object’s `childrenRelationConnection` relation. */ childrenRelationConnection?: Maybe; /** Some related `childrenRelationConnection` exist. */ childrenRelationConnectionExist?: Maybe; /** Filter by the object’s `anomaliesConnection` relation. */ anomaliesConnection?: Maybe; /** Some related `anomaliesConnection` exist. */ anomaliesConnectionExist?: Maybe; /** Filter by the object’s `imagesRelationConnection` relation. */ imagesRelationConnection?: Maybe; /** Some related `imagesRelationConnection` exist. */ imagesRelationConnectionExist?: Maybe; /** Filter by the object’s `artifactsRelationConnection` relation. */ artifactsRelationConnection?: Maybe; /** Some related `artifactsRelationConnection` exist. */ artifactsRelationConnectionExist?: Maybe; /** Filter by the object’s `developersRelationConnection` relation. */ developersRelationConnection?: Maybe; /** Some related `developersRelationConnection` exist. */ developersRelationConnectionExist?: Maybe; /** Filter by the object’s `operatorsRelationConnection` relation. */ operatorsRelationConnection?: Maybe; /** Some related `operatorsRelationConnection` exist. */ operatorsRelationConnectionExist?: Maybe; /** Filter by the object’s `detectionsConnection` relation. */ detectionsConnection?: Maybe; /** Some related `detectionsConnection` exist. */ detectionsConnectionExist?: Maybe; /** Filter by the object’s `cloneOfRelation` relation. */ cloneOfRelation?: Maybe; /** A related `cloneOfRelation` exists. */ cloneOfRelationExists?: Maybe; /** Filter by the object’s `clonesRelationConnection` relation. */ clonesRelationConnection?: Maybe; /** Some related `clonesRelationConnection` exist. */ clonesRelationConnectionExist?: Maybe; /** Filter by the object’s `commentsConnection` relation. */ commentsConnection?: Maybe; /** Some related `commentsConnection` exist. */ commentsConnectionExist?: Maybe; /** Filter by the object’s `ownersRelationConnection` relation. */ ownersRelationConnection?: Maybe; /** Some related `ownersRelationConnection` exist. */ ownersRelationConnectionExist?: Maybe; /** Filter by the object’s `missionStructurePlansRelationConnection` relation. */ missionStructurePlansRelationConnection?: Maybe; /** Some related `missionStructurePlansRelationConnection` exist. */ missionStructurePlansRelationConnectionExist?: Maybe; /** Filter by the object’s `planRelationConnection` relation. */ planRelationConnection?: Maybe; /** Some related `planRelationConnection` exist. */ planRelationConnectionExist?: Maybe; /** Filter by the object’s `executionRelationConnection` relation. */ executionRelationConnection?: Maybe; /** Some related `executionRelationConnection` exist. */ executionRelationConnectionExist?: Maybe; /** Filter by the object’s `location` relation. */ location?: Maybe; /** A related `location` exists. */ locationExists?: Maybe; /** Filter by the object’s `model` relation. */ model?: Maybe; /** A related `model` exists. */ modelExists?: Maybe; /** Filter by the object’s `organization` relation. */ organization?: Maybe; /** A related `organization` exists. */ organizationExists?: Maybe; /** Filter by the object’s `gltf` relation. */ gltf?: Maybe; /** A related `gltf` exists. */ gltfExists?: Maybe; /** Filter by the object’s `svg` relation. */ svg?: Maybe; /** A related `svg` exists. */ svgExists?: Maybe; /** Filter by the object’s `overview` relation. */ overview?: Maybe; /** A related `overview` exists. */ overviewExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** The `file` to be created by this mutation. */ export declare type StructureGltfFkeyFileCreateInput = { id?: Maybe; nickname?: Maybe; name: Scalars['String']; contentType: Scalars['String']; secret: Scalars['String']; size: Scalars['Int']; url: Scalars['String']; userPicture?: Maybe; organizationPicture?: Maybe; structureModelGltf?: Maybe; structureModelSvg?: Maybe; structureGltf?: Maybe; structureSvg?: Maybe; structureOverview?: Maybe; images?: Maybe; segmentation?: Maybe; anomalyGltf?: Maybe; artifacts?: Maybe; }; /** Input for the nested mutation of `file` in the `StructureInput` mutation. */ export declare type StructureGltfFkeyInput = { /** The primary key(s) for `file` for the far side of the relationship. */ connectById?: Maybe; /** A `FileInput` object that will be created and connected to this object. */ create?: Maybe; }; /** Input for the nested mutation of `structure` in the `FileInput` mutation. */ export declare type StructureGltfFkeyInverseInput = { /** The primary key(s) for `structure` for the far side of the relationship. */ connectById?: Maybe; /** Flag indicating whether all other `structure` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; export declare type StructureImage = { __typename?: 'StructureImage'; a: Scalars['String']; b: Scalars['String']; /** Reads a single `Image` that is related to this `StructureImage`. */ image?: Maybe; /** Reads a single `Structure` that is related to this `StructureImage`. */ structure?: Maybe; }; /** * A condition to be used against `StructureImage` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type StructureImageCondition = { /** Checks for equality with the object’s `a` field. */ a?: Maybe; /** Checks for equality with the object’s `b` field. */ b?: Maybe; }; /** A filter to be used against `StructureImage` object types. All fields are combined with a logical ‘and.’ */ export declare type StructureImageFilter = { /** Filter by the object’s `a` field. */ a?: Maybe; /** Filter by the object’s `b` field. */ b?: Maybe; /** Filter by the object’s `image` relation. */ image?: Maybe; /** Filter by the object’s `structure` relation. */ structure?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `StructureImage` */ export declare type StructureImageInput = { a?: Maybe; b?: Maybe; image?: Maybe<_StructureImagesIbfk1Input>; structure?: Maybe<_StructureImagesIbfk2Input>; }; /** The fields on `structureImage` to look up the row to update. */ export declare type StructureImageOnStructureImageForStructureImagesIbfk1UsingStructureImagesPkeyUpdate = { /** An object where the defined keys will be set on the `structureImage` being updated. */ patch: UpdateStructureImageOnStructureImageForStructureImagesIbfk1Patch; a: Scalars['String']; b: Scalars['String']; }; /** The fields on `structureImage` to look up the row to update. */ export declare type StructureImageOnStructureImageForStructureImagesIbfk2UsingStructureImagesPkeyUpdate = { /** An object where the defined keys will be set on the `structureImage` being updated. */ patch: UpdateStructureImageOnStructureImageForStructureImagesIbfk2Patch; a: Scalars['String']; b: Scalars['String']; }; /** Represents an update to a `StructureImage`. Fields that are set will be updated. */ export declare type StructureImagePatch = { a?: Maybe; b?: Maybe; image?: Maybe<_StructureImagesIbfk1Input>; structure?: Maybe<_StructureImagesIbfk2Input>; }; /** A connection to a list of `StructureImage` values. */ export declare type StructureImagesConnection = { __typename?: 'StructureImagesConnection'; /** A list of `StructureImage` objects. */ nodes: Array>; /** A list of edges which contains the `StructureImage` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `StructureImage` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A connection to a list of `Image` values, with data from `StructureImage`. */ export declare type StructureImagesConnectionManyToManyConnection = { __typename?: 'StructureImagesConnectionManyToManyConnection'; /** A list of `Image` objects. */ nodes: Array>; /** A list of edges which contains the `Image`, info from the `StructureImage`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Image` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Image` edge in the connection, with data from `StructureImage`. */ export declare type StructureImagesConnectionManyToManyEdge = { __typename?: 'StructureImagesConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Image` at the end of the edge. */ node?: Maybe; }; /** A `StructureImage` edge in the connection. */ export declare type StructureImagesEdge = { __typename?: 'StructureImagesEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `StructureImage` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `StructureImage`. */ export declare enum StructureImagesOrderBy { Natural = "NATURAL", AAsc = "A_ASC", ADesc = "A_DESC", BAsc = "B_ASC", BDesc = "B_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", ImageByAIdAsc = "IMAGE_BY_A__ID_ASC", ImageByAIdDesc = "IMAGE_BY_A__ID_DESC", ImageByACreatedAtAsc = "IMAGE_BY_A__CREATED_AT_ASC", ImageByACreatedAtDesc = "IMAGE_BY_A__CREATED_AT_DESC", ImageByAUpdatedAtAsc = "IMAGE_BY_A__UPDATED_AT_ASC", ImageByAUpdatedAtDesc = "IMAGE_BY_A__UPDATED_AT_DESC", ImageByAMetaDataAsc = "IMAGE_BY_A__META_DATA_ASC", ImageByAMetaDataDesc = "IMAGE_BY_A__META_DATA_DESC", ImageByAValidAsc = "IMAGE_BY_A__VALID_ASC", ImageByAValidDesc = "IMAGE_BY_A__VALID_DESC", ImageByAFallbackDataAsc = "IMAGE_BY_A__FALLBACK_DATA_ASC", ImageByAFallbackDataDesc = "IMAGE_BY_A__FALLBACK_DATA_DESC", ImageByAIndexAsc = "IMAGE_BY_A__INDEX_ASC", ImageByAIndexDesc = "IMAGE_BY_A__INDEX_DESC", ImageByAWidthAsc = "IMAGE_BY_A__WIDTH_ASC", ImageByAWidthDesc = "IMAGE_BY_A__WIDTH_DESC", ImageByAHeightAsc = "IMAGE_BY_A__HEIGHT_ASC", ImageByAHeightDesc = "IMAGE_BY_A__HEIGHT_DESC", ImageByADistanceAsc = "IMAGE_BY_A__DISTANCE_ASC", ImageByADistanceDesc = "IMAGE_BY_A__DISTANCE_DESC", ImageByACameraFieldOfViewVerticalAsc = "IMAGE_BY_A__CAMERA_FIELD_OF_VIEW_VERTICAL_ASC", ImageByACameraFieldOfViewVerticalDesc = "IMAGE_BY_A__CAMERA_FIELD_OF_VIEW_VERTICAL_DESC", ImageByACameraFieldOfViewHorizontalAsc = "IMAGE_BY_A__CAMERA_FIELD_OF_VIEW_HORIZONTAL_ASC", ImageByACameraFieldOfViewHorizontalDesc = "IMAGE_BY_A__CAMERA_FIELD_OF_VIEW_HORIZONTAL_DESC", ImageByACameraShutterSpeedAsc = "IMAGE_BY_A__CAMERA_SHUTTER_SPEED_ASC", ImageByACameraShutterSpeedDesc = "IMAGE_BY_A__CAMERA_SHUTTER_SPEED_DESC", ImageByACameraApertureAsc = "IMAGE_BY_A__CAMERA_APERTURE_ASC", ImageByACameraApertureDesc = "IMAGE_BY_A__CAMERA_APERTURE_DESC", ImageByACameraModelAsc = "IMAGE_BY_A__CAMERA_MODEL_ASC", ImageByACameraModelDesc = "IMAGE_BY_A__CAMERA_MODEL_DESC", ImageByACameraLensModelAsc = "IMAGE_BY_A__CAMERA_LENS_MODEL_ASC", ImageByACameraLensModelDesc = "IMAGE_BY_A__CAMERA_LENS_MODEL_DESC", ImageByACameraLensMakeAsc = "IMAGE_BY_A__CAMERA_LENS_MAKE_ASC", ImageByACameraLensMakeDesc = "IMAGE_BY_A__CAMERA_LENS_MAKE_DESC", ImageByACameraMakeAsc = "IMAGE_BY_A__CAMERA_MAKE_ASC", ImageByACameraMakeDesc = "IMAGE_BY_A__CAMERA_MAKE_DESC", ImageByADescriptionAsc = "IMAGE_BY_A__DESCRIPTION_ASC", ImageByADescriptionDesc = "IMAGE_BY_A__DESCRIPTION_DESC", ImageByADistanceGradientVerticalAsc = "IMAGE_BY_A__DISTANCE_GRADIENT_VERTICAL_ASC", ImageByADistanceGradientVerticalDesc = "IMAGE_BY_A__DISTANCE_GRADIENT_VERTICAL_DESC", ImageByACameraIsoAsc = "IMAGE_BY_A__CAMERA_ISO_ASC", ImageByACameraIsoDesc = "IMAGE_BY_A__CAMERA_ISO_DESC", ImageByADistanceGradientHorizontalAsc = "IMAGE_BY_A__DISTANCE_GRADIENT_HORIZONTAL_ASC", ImageByADistanceGradientHorizontalDesc = "IMAGE_BY_A__DISTANCE_GRADIENT_HORIZONTAL_DESC", ImageByACapturedAtAsc = "IMAGE_BY_A__CAPTURED_AT_ASC", ImageByACapturedAtDesc = "IMAGE_BY_A__CAPTURED_AT_DESC", ImageByADeletedAtAsc = "IMAGE_BY_A__DELETED_AT_ASC", ImageByADeletedAtDesc = "IMAGE_BY_A__DELETED_AT_DESC", StructureByBIdAsc = "STRUCTURE_BY_B__ID_ASC", StructureByBIdDesc = "STRUCTURE_BY_B__ID_DESC", StructureByBNicknameAsc = "STRUCTURE_BY_B__NICKNAME_ASC", StructureByBNicknameDesc = "STRUCTURE_BY_B__NICKNAME_DESC", StructureByBNameAsc = "STRUCTURE_BY_B__NAME_ASC", StructureByBNameDesc = "STRUCTURE_BY_B__NAME_DESC", StructureByBCreatedAtAsc = "STRUCTURE_BY_B__CREATED_AT_ASC", StructureByBCreatedAtDesc = "STRUCTURE_BY_B__CREATED_AT_DESC", StructureByBUpdatedAtAsc = "STRUCTURE_BY_B__UPDATED_AT_ASC", StructureByBUpdatedAtDesc = "STRUCTURE_BY_B__UPDATED_AT_DESC", StructureByBCommissionedAtAsc = "STRUCTURE_BY_B__COMMISSIONED_AT_ASC", StructureByBCommissionedAtDesc = "STRUCTURE_BY_B__COMMISSIONED_AT_DESC", StructureByBDescriptionAsc = "STRUCTURE_BY_B__DESCRIPTION_ASC", StructureByBDescriptionDesc = "STRUCTURE_BY_B__DESCRIPTION_DESC", StructureByBParametersAsc = "STRUCTURE_BY_B__PARAMETERS_ASC", StructureByBParametersDesc = "STRUCTURE_BY_B__PARAMETERS_DESC", StructureByBDeletedAtAsc = "STRUCTURE_BY_B__DELETED_AT_ASC", StructureByBDeletedAtDesc = "STRUCTURE_BY_B__DELETED_AT_DESC", AAscBAsc = "A_ASC__B_ASC", ADescBDesc = "A_DESC__B_DESC" } /** The fields on `structureImage` to look up the row to connect. */ export declare type StructureImageStructureImagesPkeyConnect = { a: Scalars['String']; b: Scalars['String']; }; /** The fields on `structureImage` to look up the row to delete. */ export declare type StructureImageStructureImagesPkeyDelete = { a: Scalars['String']; b: Scalars['String']; }; /** An input for mutations affecting `Structure` */ export declare type StructureInput = { id?: Maybe; nickname?: Maybe; name: Scalars['String']; commissionedAt?: Maybe; description?: Maybe; parameters?: Maybe; location?: Maybe; model?: Maybe; organization?: Maybe; gltf?: Maybe; svg?: Maybe; overview?: Maybe; parentsRelation?: Maybe<_StructureChildrenIbfk1InverseInput>; childrenRelation?: Maybe<_StructureChildrenIbfk2InverseInput>; anomalies?: Maybe; imagesRelation?: Maybe<_StructureImagesIbfk2InverseInput>; artifactsRelation?: Maybe<_StructureArtifactsIbfk2InverseInput>; developersRelation?: Maybe<_StructureDevelopersIbfk1InverseInput>; operatorsRelation?: Maybe<_StructureOperatorsIbfk1InverseInput>; detections?: Maybe; cloneOfRelation?: Maybe<_StructureCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_StructureCloneOfIbfk2InverseInput>; comments?: Maybe; ownersRelation?: Maybe<_StructureOwnersIbfk1InverseInput>; missionStructurePlansRelation?: Maybe<_StructurePlanStructuresIbfk1InverseInput>; planRelation?: Maybe<_PlanStructureStructureIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionStructureStructureIdFkeyInverseInput>; }; /** Input for the nested mutation of `location` in the `StructureInput` mutation. */ export declare type StructureLocationFkeyInput = { /** The primary key(s) for `location` for the far side of the relationship. */ connectById?: Maybe; /** A `LocationInput` object that will be created and connected to this object. */ create?: Maybe; }; /** Input for the nested mutation of `structure` in the `LocationInput` mutation. */ export declare type StructureLocationFkeyInverseInput = { /** The primary key(s) for `structure` for the far side of the relationship. */ connectById?: Maybe; /** Flag indicating whether all other `structure` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** The `location` to be created by this mutation. */ export declare type StructureLocationFkeyLocationCreateInput = { id?: Maybe; nickname?: Maybe; errorRadius?: Maybe; name?: Maybe; latitude: Scalars['Float']; longitude: Scalars['Float']; altitude?: Maybe; roll?: Maybe; pitch?: Maybe; yaw?: Maybe; position?: Maybe; geometry3D?: Maybe; geometry2D?: Maybe; structure?: Maybe; image?: Maybe; anomaly?: Maybe; artifact?: Maybe; cloneOfRelation?: Maybe<_LocationCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_LocationCloneOfIbfk2InverseInput>; planRelation?: Maybe<_PlanLocationLocationIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionLocationLocationIdFkeyInverseInput>; }; /** A connection to a list of `StructurePlan` values, with data from `StructurePlanStructure`. */ export declare type StructureMissionStructurePlansConnectionManyToManyConnection = { __typename?: 'StructureMissionStructurePlansConnectionManyToManyConnection'; /** A list of `StructurePlan` objects. */ nodes: Array>; /** * A list of edges which contains the `StructurePlan`, info from the * `StructurePlanStructure`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `StructurePlan` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `StructurePlan` edge in the connection, with data from `StructurePlanStructure`. */ export declare type StructureMissionStructurePlansConnectionManyToManyEdge = { __typename?: 'StructureMissionStructurePlansConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `StructurePlan` at the end of the edge. */ node?: Maybe; }; export declare type StructureModel = { __typename?: 'StructureModel'; id: Scalars['String']; nickname?: Maybe; name: Scalars['String']; type: Scalars['String']; createdAt: Scalars['Datetime']; updatedAt: Scalars['Datetime']; description?: Maybe; parameters?: Maybe; deletedAt?: Maybe; /** Reads a single `File` that is related to this `StructureModel`. */ gltf?: Maybe; /** Reads a single `File` that is related to this `StructureModel`. */ svg?: Maybe; /** Reads a single `Organization` that is related to this `StructureModel`. */ manufacturer?: Maybe; /** Reads and enables pagination through a set of `Structure`. */ structuresConnection: StructuresConnection; /** Reads and enables pagination through a set of `Structure`. */ structures: Array; /** Reads and enables pagination through a set of `StructureModelOwner`. */ ownersRelationConnection: StructureModelOwnersConnection; /** Reads and enables pagination through a set of `StructureModelOwner`. */ ownersRelation: Array; /** Reads a single `StructureModelCloneOf` that is related to this `StructureModel`. */ cloneOfRelation?: Maybe; /** * Reads and enables pagination through a set of `StructureModelCloneOf`. * @deprecated Please use cloneOfRelation instead */ cloneOfRelationConnection: StructureModelCloneovesConnection; /** Reads and enables pagination through a set of `StructureModelCloneOf`. */ clonesRelationConnection: StructureModelCloneovesConnection; /** Reads and enables pagination through a set of `StructureModelCloneOf`. */ clonesRelation: Array; cloneOf?: Maybe; /** Reads and enables pagination through a set of `StructureModel`. */ clonesConnection: StructureModelsConnection; /** Reads and enables pagination through a set of `StructureModel`. */ clones?: Maybe>>; /** Reads and enables pagination through a set of `Organization`. */ organizationsByStructureModelIdDoNotUseAndOrganizationIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Organization`. */ ownersConnection: StructureModelOwnersConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Organization`. */ owners: Array; }; export declare type StructureModelStructuresConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureModelStructuresArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureModelOwnersRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureModelOwnersRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureModelCloneOfRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureModelClonesRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureModelClonesRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureModelClonesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; filter?: Maybe; }; export declare type StructureModelClonesArgs = { first?: Maybe; offset?: Maybe; filter?: Maybe; }; export declare type StructureModelOrganizationsByStructureModelIdDoNotUseAndOrganizationIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureModelOwnersConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureModelOwnersArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructureModelCloneOf = { __typename?: 'StructureModelCloneOf'; a: Scalars['String']; b: Scalars['String']; /** Reads a single `StructureModel` that is related to this `StructureModelCloneOf`. */ cloneOf?: Maybe; /** Reads a single `StructureModel` that is related to this `StructureModelCloneOf`. */ clone?: Maybe; }; /** * A condition to be used against `StructureModelCloneOf` object types. All fields * are tested for equality and combined with a logical ‘and.’ */ export declare type StructureModelCloneOfCondition = { /** Checks for equality with the object’s `a` field. */ a?: Maybe; /** Checks for equality with the object’s `b` field. */ b?: Maybe; }; /** A filter to be used against `StructureModelCloneOf` object types. All fields are combined with a logical ‘and.’ */ export declare type StructureModelCloneOfFilter = { /** Filter by the object’s `a` field. */ a?: Maybe; /** Filter by the object’s `b` field. */ b?: Maybe; /** Filter by the object’s `cloneOf` relation. */ cloneOf?: Maybe; /** Filter by the object’s `clone` relation. */ clone?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `StructureModelCloneOf` */ export declare type StructureModelCloneOfInput = { a?: Maybe; b?: Maybe; cloneOf?: Maybe<_StructureModelCloneOfIbfk1Input>; clone?: Maybe<_StructureModelCloneOfIbfk2Input>; }; /** The fields on `structureModelCloneOf` to look up the row to update. */ export declare type StructureModelCloneOfOnStructureModelCloneOfForStructureModelCloneOfIbfk1UsingStructureModelCloneOfPkeyUpdate = { /** An object where the defined keys will be set on the `structureModelCloneOf` being updated. */ patch: UpdateStructureModelCloneOfOnStructureModelCloneOfForStructureModelCloneOfIbfk1Patch; a: Scalars['String']; }; /** The fields on `structureModelCloneOf` to look up the row to update. */ export declare type StructureModelCloneOfOnStructureModelCloneOfForStructureModelCloneOfIbfk2UsingStructureModelCloneOfPkeyUpdate = { /** An object where the defined keys will be set on the `structureModelCloneOf` being updated. */ patch: UpdateStructureModelCloneOfOnStructureModelCloneOfForStructureModelCloneOfIbfk2Patch; a: Scalars['String']; }; /** Represents an update to a `StructureModelCloneOf`. Fields that are set will be updated. */ export declare type StructureModelCloneOfPatch = { a?: Maybe; b?: Maybe; cloneOf?: Maybe<_StructureModelCloneOfIbfk1Input>; clone?: Maybe<_StructureModelCloneOfIbfk2Input>; }; /** The fields on `structureModelCloneOf` to look up the row to connect. */ export declare type StructureModelCloneOfStructureModelCloneOfPkeyConnect = { a: Scalars['String']; }; /** The fields on `structureModelCloneOf` to look up the row to delete. */ export declare type StructureModelCloneOfStructureModelCloneOfPkeyDelete = { a: Scalars['String']; }; /** A connection to a list of `StructureModelCloneOf` values. */ export declare type StructureModelCloneovesConnection = { __typename?: 'StructureModelCloneovesConnection'; /** A list of `StructureModelCloneOf` objects. */ nodes: Array>; /** A list of edges which contains the `StructureModelCloneOf` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `StructureModelCloneOf` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `StructureModelCloneOf` edge in the connection. */ export declare type StructureModelCloneovesEdge = { __typename?: 'StructureModelCloneovesEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `StructureModelCloneOf` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `StructureModelCloneOf`. */ export declare enum StructureModelCloneovesOrderBy { Natural = "NATURAL", AAsc = "A_ASC", ADesc = "A_DESC", BAsc = "B_ASC", BDesc = "B_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", StructureModelByAIdAsc = "STRUCTURE_MODEL_BY_A__ID_ASC", StructureModelByAIdDesc = "STRUCTURE_MODEL_BY_A__ID_DESC", StructureModelByANicknameAsc = "STRUCTURE_MODEL_BY_A__NICKNAME_ASC", StructureModelByANicknameDesc = "STRUCTURE_MODEL_BY_A__NICKNAME_DESC", StructureModelByANameAsc = "STRUCTURE_MODEL_BY_A__NAME_ASC", StructureModelByANameDesc = "STRUCTURE_MODEL_BY_A__NAME_DESC", StructureModelByATypeAsc = "STRUCTURE_MODEL_BY_A__TYPE_ASC", StructureModelByATypeDesc = "STRUCTURE_MODEL_BY_A__TYPE_DESC", StructureModelByACreatedAtAsc = "STRUCTURE_MODEL_BY_A__CREATED_AT_ASC", StructureModelByACreatedAtDesc = "STRUCTURE_MODEL_BY_A__CREATED_AT_DESC", StructureModelByAUpdatedAtAsc = "STRUCTURE_MODEL_BY_A__UPDATED_AT_ASC", StructureModelByAUpdatedAtDesc = "STRUCTURE_MODEL_BY_A__UPDATED_AT_DESC", StructureModelByADescriptionAsc = "STRUCTURE_MODEL_BY_A__DESCRIPTION_ASC", StructureModelByADescriptionDesc = "STRUCTURE_MODEL_BY_A__DESCRIPTION_DESC", StructureModelByAParametersAsc = "STRUCTURE_MODEL_BY_A__PARAMETERS_ASC", StructureModelByAParametersDesc = "STRUCTURE_MODEL_BY_A__PARAMETERS_DESC", StructureModelByADeletedAtAsc = "STRUCTURE_MODEL_BY_A__DELETED_AT_ASC", StructureModelByADeletedAtDesc = "STRUCTURE_MODEL_BY_A__DELETED_AT_DESC", StructureModelByBIdAsc = "STRUCTURE_MODEL_BY_B__ID_ASC", StructureModelByBIdDesc = "STRUCTURE_MODEL_BY_B__ID_DESC", StructureModelByBNicknameAsc = "STRUCTURE_MODEL_BY_B__NICKNAME_ASC", StructureModelByBNicknameDesc = "STRUCTURE_MODEL_BY_B__NICKNAME_DESC", StructureModelByBNameAsc = "STRUCTURE_MODEL_BY_B__NAME_ASC", StructureModelByBNameDesc = "STRUCTURE_MODEL_BY_B__NAME_DESC", StructureModelByBTypeAsc = "STRUCTURE_MODEL_BY_B__TYPE_ASC", StructureModelByBTypeDesc = "STRUCTURE_MODEL_BY_B__TYPE_DESC", StructureModelByBCreatedAtAsc = "STRUCTURE_MODEL_BY_B__CREATED_AT_ASC", StructureModelByBCreatedAtDesc = "STRUCTURE_MODEL_BY_B__CREATED_AT_DESC", StructureModelByBUpdatedAtAsc = "STRUCTURE_MODEL_BY_B__UPDATED_AT_ASC", StructureModelByBUpdatedAtDesc = "STRUCTURE_MODEL_BY_B__UPDATED_AT_DESC", StructureModelByBDescriptionAsc = "STRUCTURE_MODEL_BY_B__DESCRIPTION_ASC", StructureModelByBDescriptionDesc = "STRUCTURE_MODEL_BY_B__DESCRIPTION_DESC", StructureModelByBParametersAsc = "STRUCTURE_MODEL_BY_B__PARAMETERS_ASC", StructureModelByBParametersDesc = "STRUCTURE_MODEL_BY_B__PARAMETERS_DESC", StructureModelByBDeletedAtAsc = "STRUCTURE_MODEL_BY_B__DELETED_AT_ASC", StructureModelByBDeletedAtDesc = "STRUCTURE_MODEL_BY_B__DELETED_AT_DESC" } /** * A condition to be used against `StructureModel` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type StructureModelCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `nickname` field. */ nickname?: Maybe; /** Checks for equality with the object’s `name` field. */ name?: Maybe; /** Checks for equality with the object’s `type` field. */ type?: Maybe; /** Checks for equality with the object’s `createdAt` field. */ createdAt?: Maybe; /** Checks for equality with the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Checks for equality with the object’s `description` field. */ description?: Maybe; /** Checks for equality with the object’s `parameters` field. */ parameters?: Maybe; /** Checks for equality with the object’s `deletedAt` field. */ deletedAt?: Maybe; }; /** A filter to be used against `StructureModel` object types. All fields are combined with a logical ‘and.’ */ export declare type StructureModelFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `nickname` field. */ nickname?: Maybe; /** Filter by the object’s `name` field. */ name?: Maybe; /** Filter by the object’s `type` field. */ type?: Maybe; /** Filter by the object’s `createdAt` field. */ createdAt?: Maybe; /** Filter by the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Filter by the object’s `description` field. */ description?: Maybe; /** Filter by the object’s `parameters` field. */ parameters?: Maybe; /** Filter by the object’s `deletedAt` field. */ deletedAt?: Maybe; /** Filter by the object’s `cloneOf` field. */ cloneOf?: Maybe; /** Filter by the object’s `structuresConnection` relation. */ structuresConnection?: Maybe; /** Some related `structuresConnection` exist. */ structuresConnectionExist?: Maybe; /** Filter by the object’s `ownersRelationConnection` relation. */ ownersRelationConnection?: Maybe; /** Some related `ownersRelationConnection` exist. */ ownersRelationConnectionExist?: Maybe; /** Filter by the object’s `cloneOfRelation` relation. */ cloneOfRelation?: Maybe; /** A related `cloneOfRelation` exists. */ cloneOfRelationExists?: Maybe; /** Filter by the object’s `clonesRelationConnection` relation. */ clonesRelationConnection?: Maybe; /** Some related `clonesRelationConnection` exist. */ clonesRelationConnectionExist?: Maybe; /** Filter by the object’s `gltf` relation. */ gltf?: Maybe; /** A related `gltf` exists. */ gltfExists?: Maybe; /** Filter by the object’s `svg` relation. */ svg?: Maybe; /** A related `svg` exists. */ svgExists?: Maybe; /** Filter by the object’s `manufacturer` relation. */ manufacturer?: Maybe; /** A related `manufacturer` exists. */ manufacturerExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** Input for the nested mutation of `structureModel` in the `StructureInput` mutation. */ export declare type StructureModelFkeyInput = { /** The primary key(s) for `structureModel` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `structure` in the `StructureModelInput` mutation. */ export declare type StructureModelFkeyInverseInput = { /** The primary key(s) for `structure` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `structure` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** Input for the nested mutation of `file` in the `StructureModelInput` mutation. */ export declare type StructureModelGltfFkeyInput = { /** The primary key(s) for `file` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `structureModel` in the `FileInput` mutation. */ export declare type StructureModelGltfFkeyInverseInput = { /** The primary key(s) for `structureModel` for the far side of the relationship. */ connectById?: Maybe; /** Flag indicating whether all other `structureModel` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** An input for mutations affecting `StructureModel` */ export declare type StructureModelInput = { id?: Maybe; nickname?: Maybe; name: Scalars['String']; type: Scalars['String']; description?: Maybe; parameters?: Maybe; gltf?: Maybe; svg?: Maybe; manufacturer?: Maybe; structures?: Maybe; ownersRelation?: Maybe<_StructureModelOwnersIbfk2InverseInput>; cloneOfRelation?: Maybe<_StructureModelCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_StructureModelCloneOfIbfk2InverseInput>; }; /** Input for the nested mutation of `organization` in the `StructureModelInput` mutation. */ export declare type StructureModelManufacturerFkeyInput = { /** The primary key(s) for `organization` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `structureModel` in the `OrganizationInput` mutation. */ export declare type StructureModelManufacturerFkeyInverseInput = { /** The primary key(s) for `structureModel` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `structureModel` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** The fields on `structureModel` to look up the row to update. */ export declare type StructureModelOnStructureModelCloneOfForStructureModelCloneOfIbfk1UsingStructureModelGltfKeyUpdate = { /** An object where the defined keys will be set on the `structureModel` being updated. */ patch: UpdateStructureModelOnStructureModelCloneOfForStructureModelCloneOfIbfk1Patch; }; /** The fields on `structureModel` to look up the row to update. */ export declare type StructureModelOnStructureModelCloneOfForStructureModelCloneOfIbfk1UsingStructureModelPkeyUpdate = { /** An object where the defined keys will be set on the `structureModel` being updated. */ patch: UpdateStructureModelOnStructureModelCloneOfForStructureModelCloneOfIbfk1Patch; id: Scalars['String']; }; /** The fields on `structureModel` to look up the row to update. */ export declare type StructureModelOnStructureModelCloneOfForStructureModelCloneOfIbfk1UsingStructureModelSvgKeyUpdate = { /** An object where the defined keys will be set on the `structureModel` being updated. */ patch: UpdateStructureModelOnStructureModelCloneOfForStructureModelCloneOfIbfk1Patch; }; /** The fields on `structureModel` to look up the row to update. */ export declare type StructureModelOnStructureModelCloneOfForStructureModelCloneOfIbfk2UsingStructureModelGltfKeyUpdate = { /** An object where the defined keys will be set on the `structureModel` being updated. */ patch: UpdateStructureModelOnStructureModelCloneOfForStructureModelCloneOfIbfk2Patch; }; /** The fields on `structureModel` to look up the row to update. */ export declare type StructureModelOnStructureModelCloneOfForStructureModelCloneOfIbfk2UsingStructureModelPkeyUpdate = { /** An object where the defined keys will be set on the `structureModel` being updated. */ patch: UpdateStructureModelOnStructureModelCloneOfForStructureModelCloneOfIbfk2Patch; id: Scalars['String']; }; /** The fields on `structureModel` to look up the row to update. */ export declare type StructureModelOnStructureModelCloneOfForStructureModelCloneOfIbfk2UsingStructureModelSvgKeyUpdate = { /** An object where the defined keys will be set on the `structureModel` being updated. */ patch: UpdateStructureModelOnStructureModelCloneOfForStructureModelCloneOfIbfk2Patch; }; export declare type StructureModelOwner = { __typename?: 'StructureModelOwner'; a: Scalars['String']; b: Scalars['String']; /** Reads a single `Organization` that is related to this `StructureModelOwner`. */ organization?: Maybe; /** Reads a single `StructureModel` that is related to this `StructureModelOwner`. */ structureModel?: Maybe; }; /** * A condition to be used against `StructureModelOwner` object types. All fields * are tested for equality and combined with a logical ‘and.’ */ export declare type StructureModelOwnerCondition = { /** Checks for equality with the object’s `a` field. */ a?: Maybe; /** Checks for equality with the object’s `b` field. */ b?: Maybe; }; /** A filter to be used against `StructureModelOwner` object types. All fields are combined with a logical ‘and.’ */ export declare type StructureModelOwnerFilter = { /** Filter by the object’s `a` field. */ a?: Maybe; /** Filter by the object’s `b` field. */ b?: Maybe; /** Filter by the object’s `organization` relation. */ organization?: Maybe; /** Filter by the object’s `structureModel` relation. */ structureModel?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `StructureModelOwner` */ export declare type StructureModelOwnerInput = { a?: Maybe; b?: Maybe; organization?: Maybe<_StructureModelOwnersIbfk1Input>; structureModel?: Maybe<_StructureModelOwnersIbfk2Input>; }; /** The fields on `structureModelOwner` to look up the row to update. */ export declare type StructureModelOwnerOnStructureModelOwnerForStructureModelOwnersIbfk1UsingStructureModelOwnersPkeyUpdate = { /** An object where the defined keys will be set on the `structureModelOwner` being updated. */ patch: UpdateStructureModelOwnerOnStructureModelOwnerForStructureModelOwnersIbfk1Patch; a: Scalars['String']; b: Scalars['String']; }; /** The fields on `structureModelOwner` to look up the row to update. */ export declare type StructureModelOwnerOnStructureModelOwnerForStructureModelOwnersIbfk2UsingStructureModelOwnersPkeyUpdate = { /** An object where the defined keys will be set on the `structureModelOwner` being updated. */ patch: UpdateStructureModelOwnerOnStructureModelOwnerForStructureModelOwnersIbfk2Patch; a: Scalars['String']; b: Scalars['String']; }; /** Represents an update to a `StructureModelOwner`. Fields that are set will be updated. */ export declare type StructureModelOwnerPatch = { a?: Maybe; b?: Maybe; organization?: Maybe<_StructureModelOwnersIbfk1Input>; structureModel?: Maybe<_StructureModelOwnersIbfk2Input>; }; /** A connection to a list of `StructureModelOwner` values. */ export declare type StructureModelOwnersConnection = { __typename?: 'StructureModelOwnersConnection'; /** A list of `StructureModelOwner` objects. */ nodes: Array>; /** A list of edges which contains the `StructureModelOwner` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `StructureModelOwner` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A connection to a list of `Organization` values, with data from `StructureModelOwner`. */ export declare type StructureModelOwnersConnectionManyToManyConnection = { __typename?: 'StructureModelOwnersConnectionManyToManyConnection'; /** A list of `Organization` objects. */ nodes: Array>; /** * A list of edges which contains the `Organization`, info from the * `StructureModelOwner`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Organization` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Organization` edge in the connection, with data from `StructureModelOwner`. */ export declare type StructureModelOwnersConnectionManyToManyEdge = { __typename?: 'StructureModelOwnersConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Organization` at the end of the edge. */ node?: Maybe; }; /** A `StructureModelOwner` edge in the connection. */ export declare type StructureModelOwnersEdge = { __typename?: 'StructureModelOwnersEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `StructureModelOwner` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `StructureModelOwner`. */ export declare enum StructureModelOwnersOrderBy { Natural = "NATURAL", AAsc = "A_ASC", ADesc = "A_DESC", BAsc = "B_ASC", BDesc = "B_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", OrganizationByAIdAsc = "ORGANIZATION_BY_A__ID_ASC", OrganizationByAIdDesc = "ORGANIZATION_BY_A__ID_DESC", OrganizationByANicknameAsc = "ORGANIZATION_BY_A__NICKNAME_ASC", OrganizationByANicknameDesc = "ORGANIZATION_BY_A__NICKNAME_DESC", OrganizationByANameAsc = "ORGANIZATION_BY_A__NAME_ASC", OrganizationByANameDesc = "ORGANIZATION_BY_A__NAME_DESC", OrganizationByADescriptionAsc = "ORGANIZATION_BY_A__DESCRIPTION_ASC", OrganizationByADescriptionDesc = "ORGANIZATION_BY_A__DESCRIPTION_DESC", OrganizationByACreatedAtAsc = "ORGANIZATION_BY_A__CREATED_AT_ASC", OrganizationByACreatedAtDesc = "ORGANIZATION_BY_A__CREATED_AT_DESC", OrganizationByAUpdatedAtAsc = "ORGANIZATION_BY_A__UPDATED_AT_ASC", OrganizationByAUpdatedAtDesc = "ORGANIZATION_BY_A__UPDATED_AT_DESC", OrganizationByASubscriptionPlanAsc = "ORGANIZATION_BY_A__SUBSCRIPTION_PLAN_ASC", OrganizationByASubscriptionPlanDesc = "ORGANIZATION_BY_A__SUBSCRIPTION_PLAN_DESC", OrganizationByADeletedAtAsc = "ORGANIZATION_BY_A__DELETED_AT_ASC", OrganizationByADeletedAtDesc = "ORGANIZATION_BY_A__DELETED_AT_DESC", StructureModelByBIdAsc = "STRUCTURE_MODEL_BY_B__ID_ASC", StructureModelByBIdDesc = "STRUCTURE_MODEL_BY_B__ID_DESC", StructureModelByBNicknameAsc = "STRUCTURE_MODEL_BY_B__NICKNAME_ASC", StructureModelByBNicknameDesc = "STRUCTURE_MODEL_BY_B__NICKNAME_DESC", StructureModelByBNameAsc = "STRUCTURE_MODEL_BY_B__NAME_ASC", StructureModelByBNameDesc = "STRUCTURE_MODEL_BY_B__NAME_DESC", StructureModelByBTypeAsc = "STRUCTURE_MODEL_BY_B__TYPE_ASC", StructureModelByBTypeDesc = "STRUCTURE_MODEL_BY_B__TYPE_DESC", StructureModelByBCreatedAtAsc = "STRUCTURE_MODEL_BY_B__CREATED_AT_ASC", StructureModelByBCreatedAtDesc = "STRUCTURE_MODEL_BY_B__CREATED_AT_DESC", StructureModelByBUpdatedAtAsc = "STRUCTURE_MODEL_BY_B__UPDATED_AT_ASC", StructureModelByBUpdatedAtDesc = "STRUCTURE_MODEL_BY_B__UPDATED_AT_DESC", StructureModelByBDescriptionAsc = "STRUCTURE_MODEL_BY_B__DESCRIPTION_ASC", StructureModelByBDescriptionDesc = "STRUCTURE_MODEL_BY_B__DESCRIPTION_DESC", StructureModelByBParametersAsc = "STRUCTURE_MODEL_BY_B__PARAMETERS_ASC", StructureModelByBParametersDesc = "STRUCTURE_MODEL_BY_B__PARAMETERS_DESC", StructureModelByBDeletedAtAsc = "STRUCTURE_MODEL_BY_B__DELETED_AT_ASC", StructureModelByBDeletedAtDesc = "STRUCTURE_MODEL_BY_B__DELETED_AT_DESC", AAscBAsc = "A_ASC__B_ASC", ADescBDesc = "A_DESC__B_DESC" } /** The fields on `structureModelOwner` to look up the row to connect. */ export declare type StructureModelOwnerStructureModelOwnersPkeyConnect = { a: Scalars['String']; b: Scalars['String']; }; /** The fields on `structureModelOwner` to look up the row to delete. */ export declare type StructureModelOwnerStructureModelOwnersPkeyDelete = { a: Scalars['String']; b: Scalars['String']; }; /** Represents an update to a `StructureModel`. Fields that are set will be updated. */ export declare type StructureModelPatch = { nickname?: Maybe; name?: Maybe; type?: Maybe; description?: Maybe; parameters?: Maybe; gltf?: Maybe; svg?: Maybe; manufacturer?: Maybe; structures?: Maybe; ownersRelation?: Maybe<_StructureModelOwnersIbfk2InverseInput>; cloneOfRelation?: Maybe<_StructureModelCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_StructureModelCloneOfIbfk2InverseInput>; }; /** A connection to a list of `StructureModel` values. */ export declare type StructureModelsConnection = { __typename?: 'StructureModelsConnection'; /** A list of `StructureModel` objects. */ nodes: Array>; /** A list of edges which contains the `StructureModel` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `StructureModel` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `StructureModel` edge in the connection. */ export declare type StructureModelsEdge = { __typename?: 'StructureModelsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `StructureModel` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `StructureModel`. */ export declare enum StructureModelsOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", NicknameAsc = "NICKNAME_ASC", NicknameDesc = "NICKNAME_DESC", NameAsc = "NAME_ASC", NameDesc = "NAME_DESC", TypeAsc = "TYPE_ASC", TypeDesc = "TYPE_DESC", CreatedAtAsc = "CREATED_AT_ASC", CreatedAtDesc = "CREATED_AT_DESC", UpdatedAtAsc = "UPDATED_AT_ASC", UpdatedAtDesc = "UPDATED_AT_DESC", DescriptionAsc = "DESCRIPTION_ASC", DescriptionDesc = "DESCRIPTION_DESC", ParametersAsc = "PARAMETERS_ASC", ParametersDesc = "PARAMETERS_DESC", DeletedAtAsc = "DELETED_AT_ASC", DeletedAtDesc = "DELETED_AT_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", FileByGltfIdDoNotUseIdAsc = "FILE_BY_GLTF_ID_DO_NOT_USE__ID_ASC", FileByGltfIdDoNotUseIdDesc = "FILE_BY_GLTF_ID_DO_NOT_USE__ID_DESC", FileByGltfIdDoNotUseNicknameAsc = "FILE_BY_GLTF_ID_DO_NOT_USE__NICKNAME_ASC", FileByGltfIdDoNotUseNicknameDesc = "FILE_BY_GLTF_ID_DO_NOT_USE__NICKNAME_DESC", FileByGltfIdDoNotUseNameAsc = "FILE_BY_GLTF_ID_DO_NOT_USE__NAME_ASC", FileByGltfIdDoNotUseNameDesc = "FILE_BY_GLTF_ID_DO_NOT_USE__NAME_DESC", FileByGltfIdDoNotUseCreatedAtAsc = "FILE_BY_GLTF_ID_DO_NOT_USE__CREATED_AT_ASC", FileByGltfIdDoNotUseCreatedAtDesc = "FILE_BY_GLTF_ID_DO_NOT_USE__CREATED_AT_DESC", FileByGltfIdDoNotUseUpdatedAtAsc = "FILE_BY_GLTF_ID_DO_NOT_USE__UPDATED_AT_ASC", FileByGltfIdDoNotUseUpdatedAtDesc = "FILE_BY_GLTF_ID_DO_NOT_USE__UPDATED_AT_DESC", FileByGltfIdDoNotUseContentTypeAsc = "FILE_BY_GLTF_ID_DO_NOT_USE__CONTENT_TYPE_ASC", FileByGltfIdDoNotUseContentTypeDesc = "FILE_BY_GLTF_ID_DO_NOT_USE__CONTENT_TYPE_DESC", FileByGltfIdDoNotUseSecretAsc = "FILE_BY_GLTF_ID_DO_NOT_USE__SECRET_ASC", FileByGltfIdDoNotUseSecretDesc = "FILE_BY_GLTF_ID_DO_NOT_USE__SECRET_DESC", FileByGltfIdDoNotUseSizeAsc = "FILE_BY_GLTF_ID_DO_NOT_USE__SIZE_ASC", FileByGltfIdDoNotUseSizeDesc = "FILE_BY_GLTF_ID_DO_NOT_USE__SIZE_DESC", FileByGltfIdDoNotUseUrlAsc = "FILE_BY_GLTF_ID_DO_NOT_USE__URL_ASC", FileByGltfIdDoNotUseUrlDesc = "FILE_BY_GLTF_ID_DO_NOT_USE__URL_DESC", FileByGltfIdDoNotUseDeletedAtAsc = "FILE_BY_GLTF_ID_DO_NOT_USE__DELETED_AT_ASC", FileByGltfIdDoNotUseDeletedAtDesc = "FILE_BY_GLTF_ID_DO_NOT_USE__DELETED_AT_DESC", FileBySvgIdDoNotUseIdAsc = "FILE_BY_SVG_ID_DO_NOT_USE__ID_ASC", FileBySvgIdDoNotUseIdDesc = "FILE_BY_SVG_ID_DO_NOT_USE__ID_DESC", FileBySvgIdDoNotUseNicknameAsc = "FILE_BY_SVG_ID_DO_NOT_USE__NICKNAME_ASC", FileBySvgIdDoNotUseNicknameDesc = "FILE_BY_SVG_ID_DO_NOT_USE__NICKNAME_DESC", FileBySvgIdDoNotUseNameAsc = "FILE_BY_SVG_ID_DO_NOT_USE__NAME_ASC", FileBySvgIdDoNotUseNameDesc = "FILE_BY_SVG_ID_DO_NOT_USE__NAME_DESC", FileBySvgIdDoNotUseCreatedAtAsc = "FILE_BY_SVG_ID_DO_NOT_USE__CREATED_AT_ASC", FileBySvgIdDoNotUseCreatedAtDesc = "FILE_BY_SVG_ID_DO_NOT_USE__CREATED_AT_DESC", FileBySvgIdDoNotUseUpdatedAtAsc = "FILE_BY_SVG_ID_DO_NOT_USE__UPDATED_AT_ASC", FileBySvgIdDoNotUseUpdatedAtDesc = "FILE_BY_SVG_ID_DO_NOT_USE__UPDATED_AT_DESC", FileBySvgIdDoNotUseContentTypeAsc = "FILE_BY_SVG_ID_DO_NOT_USE__CONTENT_TYPE_ASC", FileBySvgIdDoNotUseContentTypeDesc = "FILE_BY_SVG_ID_DO_NOT_USE__CONTENT_TYPE_DESC", FileBySvgIdDoNotUseSecretAsc = "FILE_BY_SVG_ID_DO_NOT_USE__SECRET_ASC", FileBySvgIdDoNotUseSecretDesc = "FILE_BY_SVG_ID_DO_NOT_USE__SECRET_DESC", FileBySvgIdDoNotUseSizeAsc = "FILE_BY_SVG_ID_DO_NOT_USE__SIZE_ASC", FileBySvgIdDoNotUseSizeDesc = "FILE_BY_SVG_ID_DO_NOT_USE__SIZE_DESC", FileBySvgIdDoNotUseUrlAsc = "FILE_BY_SVG_ID_DO_NOT_USE__URL_ASC", FileBySvgIdDoNotUseUrlDesc = "FILE_BY_SVG_ID_DO_NOT_USE__URL_DESC", FileBySvgIdDoNotUseDeletedAtAsc = "FILE_BY_SVG_ID_DO_NOT_USE__DELETED_AT_ASC", FileBySvgIdDoNotUseDeletedAtDesc = "FILE_BY_SVG_ID_DO_NOT_USE__DELETED_AT_DESC", OrganizationByManufacturerIdDoNotUseIdAsc = "ORGANIZATION_BY_MANUFACTURER_ID_DO_NOT_USE__ID_ASC", OrganizationByManufacturerIdDoNotUseIdDesc = "ORGANIZATION_BY_MANUFACTURER_ID_DO_NOT_USE__ID_DESC", OrganizationByManufacturerIdDoNotUseNicknameAsc = "ORGANIZATION_BY_MANUFACTURER_ID_DO_NOT_USE__NICKNAME_ASC", OrganizationByManufacturerIdDoNotUseNicknameDesc = "ORGANIZATION_BY_MANUFACTURER_ID_DO_NOT_USE__NICKNAME_DESC", OrganizationByManufacturerIdDoNotUseNameAsc = "ORGANIZATION_BY_MANUFACTURER_ID_DO_NOT_USE__NAME_ASC", OrganizationByManufacturerIdDoNotUseNameDesc = "ORGANIZATION_BY_MANUFACTURER_ID_DO_NOT_USE__NAME_DESC", OrganizationByManufacturerIdDoNotUseDescriptionAsc = "ORGANIZATION_BY_MANUFACTURER_ID_DO_NOT_USE__DESCRIPTION_ASC", OrganizationByManufacturerIdDoNotUseDescriptionDesc = "ORGANIZATION_BY_MANUFACTURER_ID_DO_NOT_USE__DESCRIPTION_DESC", OrganizationByManufacturerIdDoNotUseCreatedAtAsc = "ORGANIZATION_BY_MANUFACTURER_ID_DO_NOT_USE__CREATED_AT_ASC", OrganizationByManufacturerIdDoNotUseCreatedAtDesc = "ORGANIZATION_BY_MANUFACTURER_ID_DO_NOT_USE__CREATED_AT_DESC", OrganizationByManufacturerIdDoNotUseUpdatedAtAsc = "ORGANIZATION_BY_MANUFACTURER_ID_DO_NOT_USE__UPDATED_AT_ASC", OrganizationByManufacturerIdDoNotUseUpdatedAtDesc = "ORGANIZATION_BY_MANUFACTURER_ID_DO_NOT_USE__UPDATED_AT_DESC", OrganizationByManufacturerIdDoNotUseSubscriptionPlanAsc = "ORGANIZATION_BY_MANUFACTURER_ID_DO_NOT_USE__SUBSCRIPTION_PLAN_ASC", OrganizationByManufacturerIdDoNotUseSubscriptionPlanDesc = "ORGANIZATION_BY_MANUFACTURER_ID_DO_NOT_USE__SUBSCRIPTION_PLAN_DESC", OrganizationByManufacturerIdDoNotUseDeletedAtAsc = "ORGANIZATION_BY_MANUFACTURER_ID_DO_NOT_USE__DELETED_AT_ASC", OrganizationByManufacturerIdDoNotUseDeletedAtDesc = "ORGANIZATION_BY_MANUFACTURER_ID_DO_NOT_USE__DELETED_AT_DESC", StructuresByModelIdDoNotUseCountAsc = "STRUCTURES_BY_MODEL_ID_DO_NOT_USE__COUNT_ASC", StructuresByModelIdDoNotUseCountDesc = "STRUCTURES_BY_MODEL_ID_DO_NOT_USE__COUNT_DESC", StructureModelOwnersByBCountAsc = "STRUCTURE_MODEL_OWNERS_BY_B__COUNT_ASC", StructureModelOwnersByBCountDesc = "STRUCTURE_MODEL_OWNERS_BY_B__COUNT_DESC", StructureModelCloneOfByAAAsc = "STRUCTURE_MODEL_CLONE_OF_BY_A__A_ASC", StructureModelCloneOfByAADesc = "STRUCTURE_MODEL_CLONE_OF_BY_A__A_DESC", StructureModelCloneOfByABAsc = "STRUCTURE_MODEL_CLONE_OF_BY_A__B_ASC", StructureModelCloneOfByABDesc = "STRUCTURE_MODEL_CLONE_OF_BY_A__B_DESC", StructureModelCloneovesByBCountAsc = "STRUCTURE_MODEL_CLONEOVES_BY_B__COUNT_ASC", StructureModelCloneovesByBCountDesc = "STRUCTURE_MODEL_CLONEOVES_BY_B__COUNT_DESC" } /** The fields on `structureModel` to look up the row to connect. */ export declare type StructureModelStructureModelGltfKeyConnect = { gltfIdDoNotUse: Scalars['String']; }; /** The fields on `structureModel` to look up the row to delete. */ export declare type StructureModelStructureModelGltfKeyDelete = { gltfIdDoNotUse: Scalars['String']; }; /** The fields on `structureModel` to look up the row to connect. */ export declare type StructureModelStructureModelPkeyConnect = { id: Scalars['String']; }; /** The fields on `structureModel` to look up the row to delete. */ export declare type StructureModelStructureModelPkeyDelete = { id: Scalars['String']; }; /** The fields on `structureModel` to look up the row to connect. */ export declare type StructureModelStructureModelSvgKeyConnect = { svgIdDoNotUse: Scalars['String']; }; /** The fields on `structureModel` to look up the row to delete. */ export declare type StructureModelStructureModelSvgKeyDelete = { svgIdDoNotUse: Scalars['String']; }; /** Input for the nested mutation of `file` in the `StructureModelInput` mutation. */ export declare type StructureModelSvgFkeyInput = { /** The primary key(s) for `file` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `structureModel` in the `FileInput` mutation. */ export declare type StructureModelSvgFkeyInverseInput = { /** The primary key(s) for `structureModel` for the far side of the relationship. */ connectById?: Maybe; /** Flag indicating whether all other `structureModel` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** A filter to be used against many `Structure` object types. All fields are combined with a logical ‘and.’ */ export declare type StructureModelToManyStructureFilter = { /** Every related `Structure` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Structure` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Structure` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `StructureModelCloneOf` object types. All fields are combined with a logical ‘and.’ */ export declare type StructureModelToManyStructureModelCloneOfFilter = { /** Every related `StructureModelCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `StructureModelCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `StructureModelCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `StructureModelOwner` object types. All fields are combined with a logical ‘and.’ */ export declare type StructureModelToManyStructureModelOwnerFilter = { /** Every related `StructureModelOwner` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `StructureModelOwner` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `StructureModelOwner` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** The fields on `structure` to look up the row to update. */ export declare type StructureOnExecutionStructureForExecutionStructureStructureIdFkeyUsingStructureGltfKeyUpdate = { /** An object where the defined keys will be set on the `structure` being updated. */ patch: UpdateStructureOnExecutionStructureForExecutionStructureStructureIdFkeyPatch; }; /** The fields on `structure` to look up the row to update. */ export declare type StructureOnExecutionStructureForExecutionStructureStructureIdFkeyUsingStructureLocationKeyUpdate = { /** An object where the defined keys will be set on the `structure` being updated. */ patch: UpdateStructureOnExecutionStructureForExecutionStructureStructureIdFkeyPatch; }; /** The fields on `structure` to look up the row to update. */ export declare type StructureOnExecutionStructureForExecutionStructureStructureIdFkeyUsingStructureOverviewKeyUpdate = { /** An object where the defined keys will be set on the `structure` being updated. */ patch: UpdateStructureOnExecutionStructureForExecutionStructureStructureIdFkeyPatch; }; /** The fields on `structure` to look up the row to update. */ export declare type StructureOnExecutionStructureForExecutionStructureStructureIdFkeyUsingStructurePkeyUpdate = { /** An object where the defined keys will be set on the `structure` being updated. */ patch: UpdateStructureOnExecutionStructureForExecutionStructureStructureIdFkeyPatch; id: Scalars['String']; }; /** The fields on `structure` to look up the row to update. */ export declare type StructureOnExecutionStructureForExecutionStructureStructureIdFkeyUsingStructureSvgKeyUpdate = { /** An object where the defined keys will be set on the `structure` being updated. */ patch: UpdateStructureOnExecutionStructureForExecutionStructureStructureIdFkeyPatch; }; /** The fields on `structure` to look up the row to update. */ export declare type StructureOnPlanStructureForPlanStructureStructureIdFkeyUsingStructureGltfKeyUpdate = { /** An object where the defined keys will be set on the `structure` being updated. */ patch: UpdateStructureOnPlanStructureForPlanStructureStructureIdFkeyPatch; }; /** The fields on `structure` to look up the row to update. */ export declare type StructureOnPlanStructureForPlanStructureStructureIdFkeyUsingStructureLocationKeyUpdate = { /** An object where the defined keys will be set on the `structure` being updated. */ patch: UpdateStructureOnPlanStructureForPlanStructureStructureIdFkeyPatch; }; /** The fields on `structure` to look up the row to update. */ export declare type StructureOnPlanStructureForPlanStructureStructureIdFkeyUsingStructureOverviewKeyUpdate = { /** An object where the defined keys will be set on the `structure` being updated. */ patch: UpdateStructureOnPlanStructureForPlanStructureStructureIdFkeyPatch; }; /** The fields on `structure` to look up the row to update. */ export declare type StructureOnPlanStructureForPlanStructureStructureIdFkeyUsingStructurePkeyUpdate = { /** An object where the defined keys will be set on the `structure` being updated. */ patch: UpdateStructureOnPlanStructureForPlanStructureStructureIdFkeyPatch; id: Scalars['String']; }; /** The fields on `structure` to look up the row to update. */ export declare type StructureOnPlanStructureForPlanStructureStructureIdFkeyUsingStructureSvgKeyUpdate = { /** An object where the defined keys will be set on the `structure` being updated. */ patch: UpdateStructureOnPlanStructureForPlanStructureStructureIdFkeyPatch; }; /** The fields on `structure` to look up the row to update. */ export declare type StructureOnStructureCloneOfForStructureCloneOfIbfk1UsingStructureGltfKeyUpdate = { /** An object where the defined keys will be set on the `structure` being updated. */ patch: UpdateStructureOnStructureCloneOfForStructureCloneOfIbfk1Patch; }; /** The fields on `structure` to look up the row to update. */ export declare type StructureOnStructureCloneOfForStructureCloneOfIbfk1UsingStructureLocationKeyUpdate = { /** An object where the defined keys will be set on the `structure` being updated. */ patch: UpdateStructureOnStructureCloneOfForStructureCloneOfIbfk1Patch; }; /** The fields on `structure` to look up the row to update. */ export declare type StructureOnStructureCloneOfForStructureCloneOfIbfk1UsingStructureOverviewKeyUpdate = { /** An object where the defined keys will be set on the `structure` being updated. */ patch: UpdateStructureOnStructureCloneOfForStructureCloneOfIbfk1Patch; }; /** The fields on `structure` to look up the row to update. */ export declare type StructureOnStructureCloneOfForStructureCloneOfIbfk1UsingStructurePkeyUpdate = { /** An object where the defined keys will be set on the `structure` being updated. */ patch: UpdateStructureOnStructureCloneOfForStructureCloneOfIbfk1Patch; id: Scalars['String']; }; /** The fields on `structure` to look up the row to update. */ export declare type StructureOnStructureCloneOfForStructureCloneOfIbfk1UsingStructureSvgKeyUpdate = { /** An object where the defined keys will be set on the `structure` being updated. */ patch: UpdateStructureOnStructureCloneOfForStructureCloneOfIbfk1Patch; }; /** The fields on `structure` to look up the row to update. */ export declare type StructureOnStructureCloneOfForStructureCloneOfIbfk2UsingStructureGltfKeyUpdate = { /** An object where the defined keys will be set on the `structure` being updated. */ patch: UpdateStructureOnStructureCloneOfForStructureCloneOfIbfk2Patch; }; /** The fields on `structure` to look up the row to update. */ export declare type StructureOnStructureCloneOfForStructureCloneOfIbfk2UsingStructureLocationKeyUpdate = { /** An object where the defined keys will be set on the `structure` being updated. */ patch: UpdateStructureOnStructureCloneOfForStructureCloneOfIbfk2Patch; }; /** The fields on `structure` to look up the row to update. */ export declare type StructureOnStructureCloneOfForStructureCloneOfIbfk2UsingStructureOverviewKeyUpdate = { /** An object where the defined keys will be set on the `structure` being updated. */ patch: UpdateStructureOnStructureCloneOfForStructureCloneOfIbfk2Patch; }; /** The fields on `structure` to look up the row to update. */ export declare type StructureOnStructureCloneOfForStructureCloneOfIbfk2UsingStructurePkeyUpdate = { /** An object where the defined keys will be set on the `structure` being updated. */ patch: UpdateStructureOnStructureCloneOfForStructureCloneOfIbfk2Patch; id: Scalars['String']; }; /** The fields on `structure` to look up the row to update. */ export declare type StructureOnStructureCloneOfForStructureCloneOfIbfk2UsingStructureSvgKeyUpdate = { /** An object where the defined keys will be set on the `structure` being updated. */ patch: UpdateStructureOnStructureCloneOfForStructureCloneOfIbfk2Patch; }; export declare type StructureOperator = { __typename?: 'StructureOperator'; a: Scalars['String']; b: Scalars['String']; /** Reads a single `Structure` that is related to this `StructureOperator`. */ structure?: Maybe; /** Reads a single `User` that is related to this `StructureOperator`. */ operator?: Maybe; }; /** * A condition to be used against `StructureOperator` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type StructureOperatorCondition = { /** Checks for equality with the object’s `a` field. */ a?: Maybe; /** Checks for equality with the object’s `b` field. */ b?: Maybe; }; /** A filter to be used against `StructureOperator` object types. All fields are combined with a logical ‘and.’ */ export declare type StructureOperatorFilter = { /** Filter by the object’s `a` field. */ a?: Maybe; /** Filter by the object’s `b` field. */ b?: Maybe; /** Filter by the object’s `structure` relation. */ structure?: Maybe; /** Filter by the object’s `operator` relation. */ operator?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `StructureOperator` */ export declare type StructureOperatorInput = { a?: Maybe; b?: Maybe; structure?: Maybe<_StructureOperatorsIbfk1Input>; operator?: Maybe<_StructureOperatorsIbfk2Input>; }; /** The fields on `structureOperator` to look up the row to update. */ export declare type StructureOperatorOnStructureOperatorForStructureOperatorsIbfk1UsingStructureOperatorsPkeyUpdate = { /** An object where the defined keys will be set on the `structureOperator` being updated. */ patch: UpdateStructureOperatorOnStructureOperatorForStructureOperatorsIbfk1Patch; a: Scalars['String']; b: Scalars['String']; }; /** The fields on `structureOperator` to look up the row to update. */ export declare type StructureOperatorOnStructureOperatorForStructureOperatorsIbfk2UsingStructureOperatorsPkeyUpdate = { /** An object where the defined keys will be set on the `structureOperator` being updated. */ patch: UpdateStructureOperatorOnStructureOperatorForStructureOperatorsIbfk2Patch; a: Scalars['String']; b: Scalars['String']; }; /** Represents an update to a `StructureOperator`. Fields that are set will be updated. */ export declare type StructureOperatorPatch = { a?: Maybe; b?: Maybe; structure?: Maybe<_StructureOperatorsIbfk1Input>; operator?: Maybe<_StructureOperatorsIbfk2Input>; }; /** A connection to a list of `StructureOperator` values. */ export declare type StructureOperatorsConnection = { __typename?: 'StructureOperatorsConnection'; /** A list of `StructureOperator` objects. */ nodes: Array>; /** A list of edges which contains the `StructureOperator` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `StructureOperator` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A connection to a list of `User` values, with data from `StructureOperator`. */ export declare type StructureOperatorsConnectionManyToManyConnection = { __typename?: 'StructureOperatorsConnectionManyToManyConnection'; /** A list of `User` objects. */ nodes: Array>; /** A list of edges which contains the `User`, info from the `StructureOperator`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `User` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `User` edge in the connection, with data from `StructureOperator`. */ export declare type StructureOperatorsConnectionManyToManyEdge = { __typename?: 'StructureOperatorsConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `User` at the end of the edge. */ node?: Maybe; }; /** A `StructureOperator` edge in the connection. */ export declare type StructureOperatorsEdge = { __typename?: 'StructureOperatorsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `StructureOperator` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `StructureOperator`. */ export declare enum StructureOperatorsOrderBy { Natural = "NATURAL", AAsc = "A_ASC", ADesc = "A_DESC", BAsc = "B_ASC", BDesc = "B_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", StructureByAIdAsc = "STRUCTURE_BY_A__ID_ASC", StructureByAIdDesc = "STRUCTURE_BY_A__ID_DESC", StructureByANicknameAsc = "STRUCTURE_BY_A__NICKNAME_ASC", StructureByANicknameDesc = "STRUCTURE_BY_A__NICKNAME_DESC", StructureByANameAsc = "STRUCTURE_BY_A__NAME_ASC", StructureByANameDesc = "STRUCTURE_BY_A__NAME_DESC", StructureByACreatedAtAsc = "STRUCTURE_BY_A__CREATED_AT_ASC", StructureByACreatedAtDesc = "STRUCTURE_BY_A__CREATED_AT_DESC", StructureByAUpdatedAtAsc = "STRUCTURE_BY_A__UPDATED_AT_ASC", StructureByAUpdatedAtDesc = "STRUCTURE_BY_A__UPDATED_AT_DESC", StructureByACommissionedAtAsc = "STRUCTURE_BY_A__COMMISSIONED_AT_ASC", StructureByACommissionedAtDesc = "STRUCTURE_BY_A__COMMISSIONED_AT_DESC", StructureByADescriptionAsc = "STRUCTURE_BY_A__DESCRIPTION_ASC", StructureByADescriptionDesc = "STRUCTURE_BY_A__DESCRIPTION_DESC", StructureByAParametersAsc = "STRUCTURE_BY_A__PARAMETERS_ASC", StructureByAParametersDesc = "STRUCTURE_BY_A__PARAMETERS_DESC", StructureByADeletedAtAsc = "STRUCTURE_BY_A__DELETED_AT_ASC", StructureByADeletedAtDesc = "STRUCTURE_BY_A__DELETED_AT_DESC", UserByBIdAsc = "USER_BY_B__ID_ASC", UserByBIdDesc = "USER_BY_B__ID_DESC", UserByBNicknameAsc = "USER_BY_B__NICKNAME_ASC", UserByBNicknameDesc = "USER_BY_B__NICKNAME_DESC", UserByBNameAsc = "USER_BY_B__NAME_ASC", UserByBNameDesc = "USER_BY_B__NAME_DESC", UserByBEmailAsc = "USER_BY_B__EMAIL_ASC", UserByBEmailDesc = "USER_BY_B__EMAIL_DESC", UserByBPasswordAsc = "USER_BY_B__PASSWORD_ASC", UserByBPasswordDesc = "USER_BY_B__PASSWORD_DESC", UserByBDescriptionAsc = "USER_BY_B__DESCRIPTION_ASC", UserByBDescriptionDesc = "USER_BY_B__DESCRIPTION_DESC", UserByBCreatedAtAsc = "USER_BY_B__CREATED_AT_ASC", UserByBCreatedAtDesc = "USER_BY_B__CREATED_AT_DESC", UserByBUpdatedAtAsc = "USER_BY_B__UPDATED_AT_ASC", UserByBUpdatedAtDesc = "USER_BY_B__UPDATED_AT_DESC", UserByBActivatedAtAsc = "USER_BY_B__ACTIVATED_AT_ASC", UserByBActivatedAtDesc = "USER_BY_B__ACTIVATED_AT_DESC", UserByBDateOfBirthAsc = "USER_BY_B__DATE_OF_BIRTH_ASC", UserByBDateOfBirthDesc = "USER_BY_B__DATE_OF_BIRTH_DESC", UserByBParametersAsc = "USER_BY_B__PARAMETERS_ASC", UserByBParametersDesc = "USER_BY_B__PARAMETERS_DESC", UserByBLanguageAsc = "USER_BY_B__LANGUAGE_ASC", UserByBLanguageDesc = "USER_BY_B__LANGUAGE_DESC", UserByBDeletedAtAsc = "USER_BY_B__DELETED_AT_ASC", UserByBDeletedAtDesc = "USER_BY_B__DELETED_AT_DESC", AAscBAsc = "A_ASC__B_ASC", ADescBDesc = "A_DESC__B_DESC" } /** The fields on `structureOperator` to look up the row to connect. */ export declare type StructureOperatorStructureOperatorsPkeyConnect = { a: Scalars['String']; b: Scalars['String']; }; /** The fields on `structureOperator` to look up the row to delete. */ export declare type StructureOperatorStructureOperatorsPkeyDelete = { a: Scalars['String']; b: Scalars['String']; }; /** Input for the nested mutation of `organization` in the `StructureInput` mutation. */ export declare type StructureOrganizationFkeyInput = { /** The primary key(s) for `organization` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `structure` in the `OrganizationInput` mutation. */ export declare type StructureOrganizationFkeyInverseInput = { /** The primary key(s) for `structure` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `structure` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** Input for the nested mutation of `file` in the `StructureInput` mutation. */ export declare type StructureOverviewFkeyInput = { /** The primary key(s) for `file` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `structure` in the `FileInput` mutation. */ export declare type StructureOverviewFkeyInverseInput = { /** The primary key(s) for `structure` for the far side of the relationship. */ connectById?: Maybe; /** Flag indicating whether all other `structure` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; export declare type StructureOwner = { __typename?: 'StructureOwner'; a: Scalars['String']; b: Scalars['String']; /** Reads a single `Structure` that is related to this `StructureOwner`. */ structure?: Maybe; /** Reads a single `User` that is related to this `StructureOwner`. */ owner?: Maybe; }; /** * A condition to be used against `StructureOwner` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type StructureOwnerCondition = { /** Checks for equality with the object’s `a` field. */ a?: Maybe; /** Checks for equality with the object’s `b` field. */ b?: Maybe; }; /** A filter to be used against `StructureOwner` object types. All fields are combined with a logical ‘and.’ */ export declare type StructureOwnerFilter = { /** Filter by the object’s `a` field. */ a?: Maybe; /** Filter by the object’s `b` field. */ b?: Maybe; /** Filter by the object’s `structure` relation. */ structure?: Maybe; /** Filter by the object’s `owner` relation. */ owner?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `StructureOwner` */ export declare type StructureOwnerInput = { a?: Maybe; b?: Maybe; structure?: Maybe<_StructureOwnersIbfk1Input>; owner?: Maybe<_StructureOwnersIbfk2Input>; }; /** The fields on `structureOwner` to look up the row to update. */ export declare type StructureOwnerOnStructureOwnerForStructureOwnersIbfk1UsingStructureOwnersPkeyUpdate = { /** An object where the defined keys will be set on the `structureOwner` being updated. */ patch: UpdateStructureOwnerOnStructureOwnerForStructureOwnersIbfk1Patch; a: Scalars['String']; b: Scalars['String']; }; /** The fields on `structureOwner` to look up the row to update. */ export declare type StructureOwnerOnStructureOwnerForStructureOwnersIbfk2UsingStructureOwnersPkeyUpdate = { /** An object where the defined keys will be set on the `structureOwner` being updated. */ patch: UpdateStructureOwnerOnStructureOwnerForStructureOwnersIbfk2Patch; a: Scalars['String']; b: Scalars['String']; }; /** Represents an update to a `StructureOwner`. Fields that are set will be updated. */ export declare type StructureOwnerPatch = { a?: Maybe; b?: Maybe; structure?: Maybe<_StructureOwnersIbfk1Input>; owner?: Maybe<_StructureOwnersIbfk2Input>; }; /** A connection to a list of `StructureOwner` values. */ export declare type StructureOwnersConnection = { __typename?: 'StructureOwnersConnection'; /** A list of `StructureOwner` objects. */ nodes: Array>; /** A list of edges which contains the `StructureOwner` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `StructureOwner` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A connection to a list of `User` values, with data from `StructureOwner`. */ export declare type StructureOwnersConnectionManyToManyConnection = { __typename?: 'StructureOwnersConnectionManyToManyConnection'; /** A list of `User` objects. */ nodes: Array>; /** A list of edges which contains the `User`, info from the `StructureOwner`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `User` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `User` edge in the connection, with data from `StructureOwner`. */ export declare type StructureOwnersConnectionManyToManyEdge = { __typename?: 'StructureOwnersConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `User` at the end of the edge. */ node?: Maybe; }; /** A `StructureOwner` edge in the connection. */ export declare type StructureOwnersEdge = { __typename?: 'StructureOwnersEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `StructureOwner` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `StructureOwner`. */ export declare enum StructureOwnersOrderBy { Natural = "NATURAL", AAsc = "A_ASC", ADesc = "A_DESC", BAsc = "B_ASC", BDesc = "B_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", StructureByAIdAsc = "STRUCTURE_BY_A__ID_ASC", StructureByAIdDesc = "STRUCTURE_BY_A__ID_DESC", StructureByANicknameAsc = "STRUCTURE_BY_A__NICKNAME_ASC", StructureByANicknameDesc = "STRUCTURE_BY_A__NICKNAME_DESC", StructureByANameAsc = "STRUCTURE_BY_A__NAME_ASC", StructureByANameDesc = "STRUCTURE_BY_A__NAME_DESC", StructureByACreatedAtAsc = "STRUCTURE_BY_A__CREATED_AT_ASC", StructureByACreatedAtDesc = "STRUCTURE_BY_A__CREATED_AT_DESC", StructureByAUpdatedAtAsc = "STRUCTURE_BY_A__UPDATED_AT_ASC", StructureByAUpdatedAtDesc = "STRUCTURE_BY_A__UPDATED_AT_DESC", StructureByACommissionedAtAsc = "STRUCTURE_BY_A__COMMISSIONED_AT_ASC", StructureByACommissionedAtDesc = "STRUCTURE_BY_A__COMMISSIONED_AT_DESC", StructureByADescriptionAsc = "STRUCTURE_BY_A__DESCRIPTION_ASC", StructureByADescriptionDesc = "STRUCTURE_BY_A__DESCRIPTION_DESC", StructureByAParametersAsc = "STRUCTURE_BY_A__PARAMETERS_ASC", StructureByAParametersDesc = "STRUCTURE_BY_A__PARAMETERS_DESC", StructureByADeletedAtAsc = "STRUCTURE_BY_A__DELETED_AT_ASC", StructureByADeletedAtDesc = "STRUCTURE_BY_A__DELETED_AT_DESC", UserByBIdAsc = "USER_BY_B__ID_ASC", UserByBIdDesc = "USER_BY_B__ID_DESC", UserByBNicknameAsc = "USER_BY_B__NICKNAME_ASC", UserByBNicknameDesc = "USER_BY_B__NICKNAME_DESC", UserByBNameAsc = "USER_BY_B__NAME_ASC", UserByBNameDesc = "USER_BY_B__NAME_DESC", UserByBEmailAsc = "USER_BY_B__EMAIL_ASC", UserByBEmailDesc = "USER_BY_B__EMAIL_DESC", UserByBPasswordAsc = "USER_BY_B__PASSWORD_ASC", UserByBPasswordDesc = "USER_BY_B__PASSWORD_DESC", UserByBDescriptionAsc = "USER_BY_B__DESCRIPTION_ASC", UserByBDescriptionDesc = "USER_BY_B__DESCRIPTION_DESC", UserByBCreatedAtAsc = "USER_BY_B__CREATED_AT_ASC", UserByBCreatedAtDesc = "USER_BY_B__CREATED_AT_DESC", UserByBUpdatedAtAsc = "USER_BY_B__UPDATED_AT_ASC", UserByBUpdatedAtDesc = "USER_BY_B__UPDATED_AT_DESC", UserByBActivatedAtAsc = "USER_BY_B__ACTIVATED_AT_ASC", UserByBActivatedAtDesc = "USER_BY_B__ACTIVATED_AT_DESC", UserByBDateOfBirthAsc = "USER_BY_B__DATE_OF_BIRTH_ASC", UserByBDateOfBirthDesc = "USER_BY_B__DATE_OF_BIRTH_DESC", UserByBParametersAsc = "USER_BY_B__PARAMETERS_ASC", UserByBParametersDesc = "USER_BY_B__PARAMETERS_DESC", UserByBLanguageAsc = "USER_BY_B__LANGUAGE_ASC", UserByBLanguageDesc = "USER_BY_B__LANGUAGE_DESC", UserByBDeletedAtAsc = "USER_BY_B__DELETED_AT_ASC", UserByBDeletedAtDesc = "USER_BY_B__DELETED_AT_DESC", AAscBAsc = "A_ASC__B_ASC", ADescBDesc = "A_DESC__B_DESC" } /** The fields on `structureOwner` to look up the row to connect. */ export declare type StructureOwnerStructureOwnersPkeyConnect = { a: Scalars['String']; b: Scalars['String']; }; /** The fields on `structureOwner` to look up the row to delete. */ export declare type StructureOwnerStructureOwnersPkeyDelete = { a: Scalars['String']; b: Scalars['String']; }; /** A connection to a list of `Structure` values, with data from `StructureChild`. */ export declare type StructureParentsConnectionManyToManyConnection = { __typename?: 'StructureParentsConnectionManyToManyConnection'; /** A list of `Structure` objects. */ nodes: Array>; /** A list of edges which contains the `Structure`, info from the `StructureChild`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Structure` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Structure` edge in the connection, with data from `StructureChild`. */ export declare type StructureParentsConnectionManyToManyEdge = { __typename?: 'StructureParentsConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Structure` at the end of the edge. */ node?: Maybe; }; /** Represents an update to a `Structure`. Fields that are set will be updated. */ export declare type StructurePatch = { nickname?: Maybe; name?: Maybe; commissionedAt?: Maybe; description?: Maybe; parameters?: Maybe; location?: Maybe; model?: Maybe; organization?: Maybe; gltf?: Maybe; svg?: Maybe; overview?: Maybe; parentsRelation?: Maybe<_StructureChildrenIbfk1InverseInput>; childrenRelation?: Maybe<_StructureChildrenIbfk2InverseInput>; anomalies?: Maybe; imagesRelation?: Maybe<_StructureImagesIbfk2InverseInput>; artifactsRelation?: Maybe<_StructureArtifactsIbfk2InverseInput>; developersRelation?: Maybe<_StructureDevelopersIbfk1InverseInput>; operatorsRelation?: Maybe<_StructureOperatorsIbfk1InverseInput>; detections?: Maybe; cloneOfRelation?: Maybe<_StructureCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_StructureCloneOfIbfk2InverseInput>; comments?: Maybe; ownersRelation?: Maybe<_StructureOwnersIbfk1InverseInput>; missionStructurePlansRelation?: Maybe<_StructurePlanStructuresIbfk1InverseInput>; planRelation?: Maybe<_PlanStructureStructureIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionStructureStructureIdFkeyInverseInput>; }; export declare type StructurePlan = { __typename?: 'StructurePlan'; id: Scalars['String']; nickname?: Maybe; createdAt: Scalars['Datetime']; updatedAt: Scalars['Datetime']; index?: Maybe; x?: Maybe; y?: Maybe; z?: Maybe; t?: Maybe; role: Scalars['String']; parameters?: Maybe; deletedAt?: Maybe; /** Reads a single `MissionPlan` that is related to this `StructurePlan`. */ missionPlan?: Maybe; /** Reads a single `StructurePlanCloneOf` that is related to this `StructurePlan`. */ cloneOfRelation?: Maybe; /** * Reads and enables pagination through a set of `StructurePlanCloneOf`. * @deprecated Please use cloneOfRelation instead */ cloneOfRelationConnection: StructurePlanCloneovesConnection; /** Reads and enables pagination through a set of `StructurePlanCloneOf`. */ clonesRelationConnection: StructurePlanCloneovesConnection; /** Reads and enables pagination through a set of `StructurePlanCloneOf`. */ clonesRelation: Array; /** Reads and enables pagination through a set of `StructurePlanStructure`. */ structuresRelationConnection: StructurePlanStructuresConnection; /** Reads and enables pagination through a set of `StructurePlanStructure`. */ structuresRelation: Array; cloneOf?: Maybe; /** Reads and enables pagination through a set of `StructurePlan`. */ clonesConnection: StructurePlansConnection; /** Reads and enables pagination through a set of `StructurePlan`. */ clones?: Maybe>>; /** Reads and enables pagination through a set of `Structure`. */ structuresConnection: StructurePlanStructuresConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Structure`. */ structures: Array; }; export declare type StructurePlanCloneOfRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructurePlanClonesRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructurePlanClonesRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructurePlanStructuresRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructurePlanStructuresRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructurePlanClonesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; filter?: Maybe; }; export declare type StructurePlanClonesArgs = { first?: Maybe; offset?: Maybe; filter?: Maybe; }; export declare type StructurePlanStructuresConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructurePlanStructuresArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type StructurePlanCloneOf = { __typename?: 'StructurePlanCloneOf'; a: Scalars['String']; b: Scalars['String']; /** Reads a single `StructurePlan` that is related to this `StructurePlanCloneOf`. */ cloneOf?: Maybe; /** Reads a single `StructurePlan` that is related to this `StructurePlanCloneOf`. */ clone?: Maybe; }; /** * A condition to be used against `StructurePlanCloneOf` object types. All fields * are tested for equality and combined with a logical ‘and.’ */ export declare type StructurePlanCloneOfCondition = { /** Checks for equality with the object’s `a` field. */ a?: Maybe; /** Checks for equality with the object’s `b` field. */ b?: Maybe; }; /** A filter to be used against `StructurePlanCloneOf` object types. All fields are combined with a logical ‘and.’ */ export declare type StructurePlanCloneOfFilter = { /** Filter by the object’s `a` field. */ a?: Maybe; /** Filter by the object’s `b` field. */ b?: Maybe; /** Filter by the object’s `cloneOf` relation. */ cloneOf?: Maybe; /** Filter by the object’s `clone` relation. */ clone?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `StructurePlanCloneOf` */ export declare type StructurePlanCloneOfInput = { a?: Maybe; b?: Maybe; cloneOf?: Maybe<_StructurePlanCloneOfIbfk1Input>; clone?: Maybe<_StructurePlanCloneOfIbfk2Input>; }; /** The fields on `structurePlanCloneOf` to look up the row to update. */ export declare type StructurePlanCloneOfOnStructurePlanCloneOfForStructurePlanCloneOfIbfk1UsingStructurePlanCloneOfPkeyUpdate = { /** An object where the defined keys will be set on the `structurePlanCloneOf` being updated. */ patch: UpdateStructurePlanCloneOfOnStructurePlanCloneOfForStructurePlanCloneOfIbfk1Patch; a: Scalars['String']; }; /** The fields on `structurePlanCloneOf` to look up the row to update. */ export declare type StructurePlanCloneOfOnStructurePlanCloneOfForStructurePlanCloneOfIbfk2UsingStructurePlanCloneOfPkeyUpdate = { /** An object where the defined keys will be set on the `structurePlanCloneOf` being updated. */ patch: UpdateStructurePlanCloneOfOnStructurePlanCloneOfForStructurePlanCloneOfIbfk2Patch; a: Scalars['String']; }; /** Represents an update to a `StructurePlanCloneOf`. Fields that are set will be updated. */ export declare type StructurePlanCloneOfPatch = { a?: Maybe; b?: Maybe; cloneOf?: Maybe<_StructurePlanCloneOfIbfk1Input>; clone?: Maybe<_StructurePlanCloneOfIbfk2Input>; }; /** The fields on `structurePlanCloneOf` to look up the row to connect. */ export declare type StructurePlanCloneOfStructurePlanCloneOfPkeyConnect = { a: Scalars['String']; }; /** The fields on `structurePlanCloneOf` to look up the row to delete. */ export declare type StructurePlanCloneOfStructurePlanCloneOfPkeyDelete = { a: Scalars['String']; }; /** A connection to a list of `StructurePlanCloneOf` values. */ export declare type StructurePlanCloneovesConnection = { __typename?: 'StructurePlanCloneovesConnection'; /** A list of `StructurePlanCloneOf` objects. */ nodes: Array>; /** A list of edges which contains the `StructurePlanCloneOf` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `StructurePlanCloneOf` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `StructurePlanCloneOf` edge in the connection. */ export declare type StructurePlanCloneovesEdge = { __typename?: 'StructurePlanCloneovesEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `StructurePlanCloneOf` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `StructurePlanCloneOf`. */ export declare enum StructurePlanCloneovesOrderBy { Natural = "NATURAL", AAsc = "A_ASC", ADesc = "A_DESC", BAsc = "B_ASC", BDesc = "B_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", StructurePlanByAIdAsc = "STRUCTURE_PLAN_BY_A__ID_ASC", StructurePlanByAIdDesc = "STRUCTURE_PLAN_BY_A__ID_DESC", StructurePlanByANicknameAsc = "STRUCTURE_PLAN_BY_A__NICKNAME_ASC", StructurePlanByANicknameDesc = "STRUCTURE_PLAN_BY_A__NICKNAME_DESC", StructurePlanByACreatedAtAsc = "STRUCTURE_PLAN_BY_A__CREATED_AT_ASC", StructurePlanByACreatedAtDesc = "STRUCTURE_PLAN_BY_A__CREATED_AT_DESC", StructurePlanByAUpdatedAtAsc = "STRUCTURE_PLAN_BY_A__UPDATED_AT_ASC", StructurePlanByAUpdatedAtDesc = "STRUCTURE_PLAN_BY_A__UPDATED_AT_DESC", StructurePlanByAIndexAsc = "STRUCTURE_PLAN_BY_A__INDEX_ASC", StructurePlanByAIndexDesc = "STRUCTURE_PLAN_BY_A__INDEX_DESC", StructurePlanByAXAsc = "STRUCTURE_PLAN_BY_A__X_ASC", StructurePlanByAXDesc = "STRUCTURE_PLAN_BY_A__X_DESC", StructurePlanByAYAsc = "STRUCTURE_PLAN_BY_A__Y_ASC", StructurePlanByAYDesc = "STRUCTURE_PLAN_BY_A__Y_DESC", StructurePlanByAZAsc = "STRUCTURE_PLAN_BY_A__Z_ASC", StructurePlanByAZDesc = "STRUCTURE_PLAN_BY_A__Z_DESC", StructurePlanByATAsc = "STRUCTURE_PLAN_BY_A__T_ASC", StructurePlanByATDesc = "STRUCTURE_PLAN_BY_A__T_DESC", StructurePlanByARoleAsc = "STRUCTURE_PLAN_BY_A__ROLE_ASC", StructurePlanByARoleDesc = "STRUCTURE_PLAN_BY_A__ROLE_DESC", StructurePlanByAParametersAsc = "STRUCTURE_PLAN_BY_A__PARAMETERS_ASC", StructurePlanByAParametersDesc = "STRUCTURE_PLAN_BY_A__PARAMETERS_DESC", StructurePlanByADeletedAtAsc = "STRUCTURE_PLAN_BY_A__DELETED_AT_ASC", StructurePlanByADeletedAtDesc = "STRUCTURE_PLAN_BY_A__DELETED_AT_DESC", StructurePlanByBIdAsc = "STRUCTURE_PLAN_BY_B__ID_ASC", StructurePlanByBIdDesc = "STRUCTURE_PLAN_BY_B__ID_DESC", StructurePlanByBNicknameAsc = "STRUCTURE_PLAN_BY_B__NICKNAME_ASC", StructurePlanByBNicknameDesc = "STRUCTURE_PLAN_BY_B__NICKNAME_DESC", StructurePlanByBCreatedAtAsc = "STRUCTURE_PLAN_BY_B__CREATED_AT_ASC", StructurePlanByBCreatedAtDesc = "STRUCTURE_PLAN_BY_B__CREATED_AT_DESC", StructurePlanByBUpdatedAtAsc = "STRUCTURE_PLAN_BY_B__UPDATED_AT_ASC", StructurePlanByBUpdatedAtDesc = "STRUCTURE_PLAN_BY_B__UPDATED_AT_DESC", StructurePlanByBIndexAsc = "STRUCTURE_PLAN_BY_B__INDEX_ASC", StructurePlanByBIndexDesc = "STRUCTURE_PLAN_BY_B__INDEX_DESC", StructurePlanByBXAsc = "STRUCTURE_PLAN_BY_B__X_ASC", StructurePlanByBXDesc = "STRUCTURE_PLAN_BY_B__X_DESC", StructurePlanByBYAsc = "STRUCTURE_PLAN_BY_B__Y_ASC", StructurePlanByBYDesc = "STRUCTURE_PLAN_BY_B__Y_DESC", StructurePlanByBZAsc = "STRUCTURE_PLAN_BY_B__Z_ASC", StructurePlanByBZDesc = "STRUCTURE_PLAN_BY_B__Z_DESC", StructurePlanByBTAsc = "STRUCTURE_PLAN_BY_B__T_ASC", StructurePlanByBTDesc = "STRUCTURE_PLAN_BY_B__T_DESC", StructurePlanByBRoleAsc = "STRUCTURE_PLAN_BY_B__ROLE_ASC", StructurePlanByBRoleDesc = "STRUCTURE_PLAN_BY_B__ROLE_DESC", StructurePlanByBParametersAsc = "STRUCTURE_PLAN_BY_B__PARAMETERS_ASC", StructurePlanByBParametersDesc = "STRUCTURE_PLAN_BY_B__PARAMETERS_DESC", StructurePlanByBDeletedAtAsc = "STRUCTURE_PLAN_BY_B__DELETED_AT_ASC", StructurePlanByBDeletedAtDesc = "STRUCTURE_PLAN_BY_B__DELETED_AT_DESC" } /** * A condition to be used against `StructurePlan` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type StructurePlanCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `nickname` field. */ nickname?: Maybe; /** Checks for equality with the object’s `createdAt` field. */ createdAt?: Maybe; /** Checks for equality with the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Checks for equality with the object’s `index` field. */ index?: Maybe; /** Checks for equality with the object’s `x` field. */ x?: Maybe; /** Checks for equality with the object’s `y` field. */ y?: Maybe; /** Checks for equality with the object’s `z` field. */ z?: Maybe; /** Checks for equality with the object’s `t` field. */ t?: Maybe; /** Checks for equality with the object’s `role` field. */ role?: Maybe; /** Checks for equality with the object’s `parameters` field. */ parameters?: Maybe; /** Checks for equality with the object’s `deletedAt` field. */ deletedAt?: Maybe; }; /** A filter to be used against `StructurePlan` object types. All fields are combined with a logical ‘and.’ */ export declare type StructurePlanFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `nickname` field. */ nickname?: Maybe; /** Filter by the object’s `createdAt` field. */ createdAt?: Maybe; /** Filter by the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Filter by the object’s `index` field. */ index?: Maybe; /** Filter by the object’s `x` field. */ x?: Maybe; /** Filter by the object’s `y` field. */ y?: Maybe; /** Filter by the object’s `z` field. */ z?: Maybe; /** Filter by the object’s `t` field. */ t?: Maybe; /** Filter by the object’s `role` field. */ role?: Maybe; /** Filter by the object’s `parameters` field. */ parameters?: Maybe; /** Filter by the object’s `deletedAt` field. */ deletedAt?: Maybe; /** Filter by the object’s `cloneOf` field. */ cloneOf?: Maybe; /** Filter by the object’s `cloneOfRelation` relation. */ cloneOfRelation?: Maybe; /** A related `cloneOfRelation` exists. */ cloneOfRelationExists?: Maybe; /** Filter by the object’s `clonesRelationConnection` relation. */ clonesRelationConnection?: Maybe; /** Some related `clonesRelationConnection` exist. */ clonesRelationConnectionExist?: Maybe; /** Filter by the object’s `structuresRelationConnection` relation. */ structuresRelationConnection?: Maybe; /** Some related `structuresRelationConnection` exist. */ structuresRelationConnectionExist?: Maybe; /** Filter by the object’s `missionPlan` relation. */ missionPlan?: Maybe; /** A related `missionPlan` exists. */ missionPlanExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `StructurePlan` */ export declare type StructurePlanInput = { id?: Maybe; nickname?: Maybe; index?: Maybe; x?: Maybe; y?: Maybe; z?: Maybe; t?: Maybe; role: Scalars['String']; parameters?: Maybe; missionPlan?: Maybe; cloneOfRelation?: Maybe<_StructurePlanCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_StructurePlanCloneOfIbfk2InverseInput>; structuresRelation?: Maybe<_StructurePlanStructuresIbfk2InverseInput>; }; /** Input for the nested mutation of `missionPlan` in the `StructurePlanInput` mutation. */ export declare type StructurePlanMissionPlanFkeyInput = { /** The primary key(s) for `missionPlan` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `structurePlan` in the `MissionPlanInput` mutation. */ export declare type StructurePlanMissionPlanFkeyInverseInput = { /** The primary key(s) for `structurePlan` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `structurePlan` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** A `StructurePlanInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `structurePlan` to be created by this mutation. */ export declare type StructurePlanMissionPlanFkeyStructurePlanCreateInput = { id?: Maybe; nickname?: Maybe; index?: Maybe; x?: Maybe; y?: Maybe; z?: Maybe; t?: Maybe; role: Scalars['String']; parameters?: Maybe; missionPlan?: Maybe; cloneOfRelation?: Maybe<_StructurePlanCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_StructurePlanCloneOfIbfk2InverseInput>; structuresRelation?: Maybe<_StructurePlanStructuresIbfk2InverseInput>; }; /** The fields on `structurePlan` to look up the row to update. */ export declare type StructurePlanOnStructurePlanCloneOfForStructurePlanCloneOfIbfk1UsingStructurePlanPkeyUpdate = { /** An object where the defined keys will be set on the `structurePlan` being updated. */ patch: UpdateStructurePlanOnStructurePlanCloneOfForStructurePlanCloneOfIbfk1Patch; id: Scalars['String']; }; /** The fields on `structurePlan` to look up the row to update. */ export declare type StructurePlanOnStructurePlanCloneOfForStructurePlanCloneOfIbfk2UsingStructurePlanPkeyUpdate = { /** An object where the defined keys will be set on the `structurePlan` being updated. */ patch: UpdateStructurePlanOnStructurePlanCloneOfForStructurePlanCloneOfIbfk2Patch; id: Scalars['String']; }; /** Represents an update to a `StructurePlan`. Fields that are set will be updated. */ export declare type StructurePlanPatch = { nickname?: Maybe; index?: Maybe; x?: Maybe; y?: Maybe; z?: Maybe; t?: Maybe; role?: Maybe; parameters?: Maybe; missionPlan?: Maybe; cloneOfRelation?: Maybe<_StructurePlanCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_StructurePlanCloneOfIbfk2InverseInput>; structuresRelation?: Maybe<_StructurePlanStructuresIbfk2InverseInput>; }; /** A connection to a list of `StructurePlan` values. */ export declare type StructurePlansConnection = { __typename?: 'StructurePlansConnection'; /** A list of `StructurePlan` objects. */ nodes: Array>; /** A list of edges which contains the `StructurePlan` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `StructurePlan` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A connection to a list of `Plan` values, with data from `PlanStructure`. */ export declare type StructurePlansConnectionManyToManyConnection = { __typename?: 'StructurePlansConnectionManyToManyConnection'; /** A list of `Plan` objects. */ nodes: Array>; /** A list of edges which contains the `Plan`, info from the `PlanStructure`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Plan` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Plan` edge in the connection, with data from `PlanStructure`. */ export declare type StructurePlansConnectionManyToManyEdge = { __typename?: 'StructurePlansConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Plan` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `PlanStructure`. */ structureRelationConnection: PlanStructuresConnection; /** Reads and enables pagination through a set of `PlanStructure`. */ structureRelation: Array; }; /** A `Plan` edge in the connection, with data from `PlanStructure`. */ export declare type StructurePlansConnectionManyToManyEdgeStructureRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Plan` edge in the connection, with data from `PlanStructure`. */ export declare type StructurePlansConnectionManyToManyEdgeStructureRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `StructurePlan` edge in the connection. */ export declare type StructurePlansEdge = { __typename?: 'StructurePlansEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `StructurePlan` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `StructurePlan`. */ export declare enum StructurePlansOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", NicknameAsc = "NICKNAME_ASC", NicknameDesc = "NICKNAME_DESC", CreatedAtAsc = "CREATED_AT_ASC", CreatedAtDesc = "CREATED_AT_DESC", UpdatedAtAsc = "UPDATED_AT_ASC", UpdatedAtDesc = "UPDATED_AT_DESC", IndexAsc = "INDEX_ASC", IndexDesc = "INDEX_DESC", XAsc = "X_ASC", XDesc = "X_DESC", YAsc = "Y_ASC", YDesc = "Y_DESC", ZAsc = "Z_ASC", ZDesc = "Z_DESC", TAsc = "T_ASC", TDesc = "T_DESC", RoleAsc = "ROLE_ASC", RoleDesc = "ROLE_DESC", ParametersAsc = "PARAMETERS_ASC", ParametersDesc = "PARAMETERS_DESC", DeletedAtAsc = "DELETED_AT_ASC", DeletedAtDesc = "DELETED_AT_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", MissionPlanByMissionPlanIdDoNotUseIdAsc = "MISSION_PLAN_BY_MISSION_PLAN_ID_DO_NOT_USE__ID_ASC", MissionPlanByMissionPlanIdDoNotUseIdDesc = "MISSION_PLAN_BY_MISSION_PLAN_ID_DO_NOT_USE__ID_DESC", MissionPlanByMissionPlanIdDoNotUseNicknameAsc = "MISSION_PLAN_BY_MISSION_PLAN_ID_DO_NOT_USE__NICKNAME_ASC", MissionPlanByMissionPlanIdDoNotUseNicknameDesc = "MISSION_PLAN_BY_MISSION_PLAN_ID_DO_NOT_USE__NICKNAME_DESC", MissionPlanByMissionPlanIdDoNotUseCreatedAtAsc = "MISSION_PLAN_BY_MISSION_PLAN_ID_DO_NOT_USE__CREATED_AT_ASC", MissionPlanByMissionPlanIdDoNotUseCreatedAtDesc = "MISSION_PLAN_BY_MISSION_PLAN_ID_DO_NOT_USE__CREATED_AT_DESC", MissionPlanByMissionPlanIdDoNotUseUpdatedAtAsc = "MISSION_PLAN_BY_MISSION_PLAN_ID_DO_NOT_USE__UPDATED_AT_ASC", MissionPlanByMissionPlanIdDoNotUseUpdatedAtDesc = "MISSION_PLAN_BY_MISSION_PLAN_ID_DO_NOT_USE__UPDATED_AT_DESC", MissionPlanByMissionPlanIdDoNotUseExecutionAtAsc = "MISSION_PLAN_BY_MISSION_PLAN_ID_DO_NOT_USE__EXECUTION_AT_ASC", MissionPlanByMissionPlanIdDoNotUseExecutionAtDesc = "MISSION_PLAN_BY_MISSION_PLAN_ID_DO_NOT_USE__EXECUTION_AT_DESC", MissionPlanByMissionPlanIdDoNotUseInspectionAtAsc = "MISSION_PLAN_BY_MISSION_PLAN_ID_DO_NOT_USE__INSPECTION_AT_ASC", MissionPlanByMissionPlanIdDoNotUseInspectionAtDesc = "MISSION_PLAN_BY_MISSION_PLAN_ID_DO_NOT_USE__INSPECTION_AT_DESC", MissionPlanByMissionPlanIdDoNotUseExpertValidationAtAsc = "MISSION_PLAN_BY_MISSION_PLAN_ID_DO_NOT_USE__EXPERT_VALIDATION_AT_ASC", MissionPlanByMissionPlanIdDoNotUseExpertValidationAtDesc = "MISSION_PLAN_BY_MISSION_PLAN_ID_DO_NOT_USE__EXPERT_VALIDATION_AT_DESC", MissionPlanByMissionPlanIdDoNotUseParametersAsc = "MISSION_PLAN_BY_MISSION_PLAN_ID_DO_NOT_USE__PARAMETERS_ASC", MissionPlanByMissionPlanIdDoNotUseParametersDesc = "MISSION_PLAN_BY_MISSION_PLAN_ID_DO_NOT_USE__PARAMETERS_DESC", MissionPlanByMissionPlanIdDoNotUseDeletedAtAsc = "MISSION_PLAN_BY_MISSION_PLAN_ID_DO_NOT_USE__DELETED_AT_ASC", MissionPlanByMissionPlanIdDoNotUseDeletedAtDesc = "MISSION_PLAN_BY_MISSION_PLAN_ID_DO_NOT_USE__DELETED_AT_DESC", StructurePlanCloneOfByAAAsc = "STRUCTURE_PLAN_CLONE_OF_BY_A__A_ASC", StructurePlanCloneOfByAADesc = "STRUCTURE_PLAN_CLONE_OF_BY_A__A_DESC", StructurePlanCloneOfByABAsc = "STRUCTURE_PLAN_CLONE_OF_BY_A__B_ASC", StructurePlanCloneOfByABDesc = "STRUCTURE_PLAN_CLONE_OF_BY_A__B_DESC", StructurePlanCloneovesByBCountAsc = "STRUCTURE_PLAN_CLONEOVES_BY_B__COUNT_ASC", StructurePlanCloneovesByBCountDesc = "STRUCTURE_PLAN_CLONEOVES_BY_B__COUNT_DESC", StructurePlanStructuresByBCountAsc = "STRUCTURE_PLAN_STRUCTURES_BY_B__COUNT_ASC", StructurePlanStructuresByBCountDesc = "STRUCTURE_PLAN_STRUCTURES_BY_B__COUNT_DESC" } export declare type StructurePlanStructure = { __typename?: 'StructurePlanStructure'; a: Scalars['String']; b: Scalars['String']; /** Reads a single `Structure` that is related to this `StructurePlanStructure`. */ structure?: Maybe; /** Reads a single `StructurePlan` that is related to this `StructurePlanStructure`. */ missionStructurePlan?: Maybe; }; /** * A condition to be used against `StructurePlanStructure` object types. All fields * are tested for equality and combined with a logical ‘and.’ */ export declare type StructurePlanStructureCondition = { /** Checks for equality with the object’s `a` field. */ a?: Maybe; /** Checks for equality with the object’s `b` field. */ b?: Maybe; }; /** A filter to be used against `StructurePlanStructure` object types. All fields are combined with a logical ‘and.’ */ export declare type StructurePlanStructureFilter = { /** Filter by the object’s `a` field. */ a?: Maybe; /** Filter by the object’s `b` field. */ b?: Maybe; /** Filter by the object’s `structure` relation. */ structure?: Maybe; /** Filter by the object’s `missionStructurePlan` relation. */ missionStructurePlan?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `StructurePlanStructure` */ export declare type StructurePlanStructureInput = { a?: Maybe; b?: Maybe; structure?: Maybe<_StructurePlanStructuresIbfk1Input>; missionStructurePlan?: Maybe<_StructurePlanStructuresIbfk2Input>; }; /** The fields on `structurePlanStructure` to look up the row to update. */ export declare type StructurePlanStructureOnStructurePlanStructureForStructurePlanStructuresIbfk1UsingStructurePlanStructuresPkeyUpdate = { /** An object where the defined keys will be set on the `structurePlanStructure` being updated. */ patch: UpdateStructurePlanStructureOnStructurePlanStructureForStructurePlanStructuresIbfk1Patch; a: Scalars['String']; b: Scalars['String']; }; /** The fields on `structurePlanStructure` to look up the row to update. */ export declare type StructurePlanStructureOnStructurePlanStructureForStructurePlanStructuresIbfk2UsingStructurePlanStructuresPkeyUpdate = { /** An object where the defined keys will be set on the `structurePlanStructure` being updated. */ patch: UpdateStructurePlanStructureOnStructurePlanStructureForStructurePlanStructuresIbfk2Patch; a: Scalars['String']; b: Scalars['String']; }; /** Represents an update to a `StructurePlanStructure`. Fields that are set will be updated. */ export declare type StructurePlanStructurePatch = { a?: Maybe; b?: Maybe; structure?: Maybe<_StructurePlanStructuresIbfk1Input>; missionStructurePlan?: Maybe<_StructurePlanStructuresIbfk2Input>; }; /** The fields on `structurePlan` to look up the row to connect. */ export declare type StructurePlanStructurePlanPkeyConnect = { id: Scalars['String']; }; /** The fields on `structurePlan` to look up the row to delete. */ export declare type StructurePlanStructurePlanPkeyDelete = { id: Scalars['String']; }; /** A connection to a list of `StructurePlanStructure` values. */ export declare type StructurePlanStructuresConnection = { __typename?: 'StructurePlanStructuresConnection'; /** A list of `StructurePlanStructure` objects. */ nodes: Array>; /** A list of edges which contains the `StructurePlanStructure` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `StructurePlanStructure` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A connection to a list of `Structure` values, with data from `StructurePlanStructure`. */ export declare type StructurePlanStructuresConnectionManyToManyConnection = { __typename?: 'StructurePlanStructuresConnectionManyToManyConnection'; /** A list of `Structure` objects. */ nodes: Array>; /** * A list of edges which contains the `Structure`, info from the * `StructurePlanStructure`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Structure` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Structure` edge in the connection, with data from `StructurePlanStructure`. */ export declare type StructurePlanStructuresConnectionManyToManyEdge = { __typename?: 'StructurePlanStructuresConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Structure` at the end of the edge. */ node?: Maybe; }; /** A `StructurePlanStructure` edge in the connection. */ export declare type StructurePlanStructuresEdge = { __typename?: 'StructurePlanStructuresEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `StructurePlanStructure` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `StructurePlanStructure`. */ export declare enum StructurePlanStructuresOrderBy { Natural = "NATURAL", AAsc = "A_ASC", ADesc = "A_DESC", BAsc = "B_ASC", BDesc = "B_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", StructureByAIdAsc = "STRUCTURE_BY_A__ID_ASC", StructureByAIdDesc = "STRUCTURE_BY_A__ID_DESC", StructureByANicknameAsc = "STRUCTURE_BY_A__NICKNAME_ASC", StructureByANicknameDesc = "STRUCTURE_BY_A__NICKNAME_DESC", StructureByANameAsc = "STRUCTURE_BY_A__NAME_ASC", StructureByANameDesc = "STRUCTURE_BY_A__NAME_DESC", StructureByACreatedAtAsc = "STRUCTURE_BY_A__CREATED_AT_ASC", StructureByACreatedAtDesc = "STRUCTURE_BY_A__CREATED_AT_DESC", StructureByAUpdatedAtAsc = "STRUCTURE_BY_A__UPDATED_AT_ASC", StructureByAUpdatedAtDesc = "STRUCTURE_BY_A__UPDATED_AT_DESC", StructureByACommissionedAtAsc = "STRUCTURE_BY_A__COMMISSIONED_AT_ASC", StructureByACommissionedAtDesc = "STRUCTURE_BY_A__COMMISSIONED_AT_DESC", StructureByADescriptionAsc = "STRUCTURE_BY_A__DESCRIPTION_ASC", StructureByADescriptionDesc = "STRUCTURE_BY_A__DESCRIPTION_DESC", StructureByAParametersAsc = "STRUCTURE_BY_A__PARAMETERS_ASC", StructureByAParametersDesc = "STRUCTURE_BY_A__PARAMETERS_DESC", StructureByADeletedAtAsc = "STRUCTURE_BY_A__DELETED_AT_ASC", StructureByADeletedAtDesc = "STRUCTURE_BY_A__DELETED_AT_DESC", StructurePlanByBIdAsc = "STRUCTURE_PLAN_BY_B__ID_ASC", StructurePlanByBIdDesc = "STRUCTURE_PLAN_BY_B__ID_DESC", StructurePlanByBNicknameAsc = "STRUCTURE_PLAN_BY_B__NICKNAME_ASC", StructurePlanByBNicknameDesc = "STRUCTURE_PLAN_BY_B__NICKNAME_DESC", StructurePlanByBCreatedAtAsc = "STRUCTURE_PLAN_BY_B__CREATED_AT_ASC", StructurePlanByBCreatedAtDesc = "STRUCTURE_PLAN_BY_B__CREATED_AT_DESC", StructurePlanByBUpdatedAtAsc = "STRUCTURE_PLAN_BY_B__UPDATED_AT_ASC", StructurePlanByBUpdatedAtDesc = "STRUCTURE_PLAN_BY_B__UPDATED_AT_DESC", StructurePlanByBIndexAsc = "STRUCTURE_PLAN_BY_B__INDEX_ASC", StructurePlanByBIndexDesc = "STRUCTURE_PLAN_BY_B__INDEX_DESC", StructurePlanByBXAsc = "STRUCTURE_PLAN_BY_B__X_ASC", StructurePlanByBXDesc = "STRUCTURE_PLAN_BY_B__X_DESC", StructurePlanByBYAsc = "STRUCTURE_PLAN_BY_B__Y_ASC", StructurePlanByBYDesc = "STRUCTURE_PLAN_BY_B__Y_DESC", StructurePlanByBZAsc = "STRUCTURE_PLAN_BY_B__Z_ASC", StructurePlanByBZDesc = "STRUCTURE_PLAN_BY_B__Z_DESC", StructurePlanByBTAsc = "STRUCTURE_PLAN_BY_B__T_ASC", StructurePlanByBTDesc = "STRUCTURE_PLAN_BY_B__T_DESC", StructurePlanByBRoleAsc = "STRUCTURE_PLAN_BY_B__ROLE_ASC", StructurePlanByBRoleDesc = "STRUCTURE_PLAN_BY_B__ROLE_DESC", StructurePlanByBParametersAsc = "STRUCTURE_PLAN_BY_B__PARAMETERS_ASC", StructurePlanByBParametersDesc = "STRUCTURE_PLAN_BY_B__PARAMETERS_DESC", StructurePlanByBDeletedAtAsc = "STRUCTURE_PLAN_BY_B__DELETED_AT_ASC", StructurePlanByBDeletedAtDesc = "STRUCTURE_PLAN_BY_B__DELETED_AT_DESC", AAscBAsc = "A_ASC__B_ASC", ADescBDesc = "A_DESC__B_DESC" } /** The fields on `structurePlanStructure` to look up the row to connect. */ export declare type StructurePlanStructureStructurePlanStructuresPkeyConnect = { a: Scalars['String']; b: Scalars['String']; }; /** The fields on `structurePlanStructure` to look up the row to delete. */ export declare type StructurePlanStructureStructurePlanStructuresPkeyDelete = { a: Scalars['String']; b: Scalars['String']; }; /** A filter to be used against many `StructurePlanCloneOf` object types. All fields are combined with a logical ‘and.’ */ export declare type StructurePlanToManyStructurePlanCloneOfFilter = { /** Every related `StructurePlanCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `StructurePlanCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `StructurePlanCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `StructurePlanStructure` object types. All fields are combined with a logical ‘and.’ */ export declare type StructurePlanToManyStructurePlanStructureFilter = { /** Every related `StructurePlanStructure` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `StructurePlanStructure` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `StructurePlanStructure` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A connection to a list of `Structure` values. */ export declare type StructuresConnection = { __typename?: 'StructuresConnection'; /** A list of `Structure` objects. */ nodes: Array>; /** A list of edges which contains the `Structure` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Structure` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Structure` edge in the connection. */ export declare type StructuresEdge = { __typename?: 'StructuresEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Structure` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `Structure`. */ export declare enum StructuresOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", NicknameAsc = "NICKNAME_ASC", NicknameDesc = "NICKNAME_DESC", NameAsc = "NAME_ASC", NameDesc = "NAME_DESC", CreatedAtAsc = "CREATED_AT_ASC", CreatedAtDesc = "CREATED_AT_DESC", UpdatedAtAsc = "UPDATED_AT_ASC", UpdatedAtDesc = "UPDATED_AT_DESC", CommissionedAtAsc = "COMMISSIONED_AT_ASC", CommissionedAtDesc = "COMMISSIONED_AT_DESC", DescriptionAsc = "DESCRIPTION_ASC", DescriptionDesc = "DESCRIPTION_DESC", ParametersAsc = "PARAMETERS_ASC", ParametersDesc = "PARAMETERS_DESC", DeletedAtAsc = "DELETED_AT_ASC", DeletedAtDesc = "DELETED_AT_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", LocationByLocationIdDoNotUseIdAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__ID_ASC", LocationByLocationIdDoNotUseIdDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__ID_DESC", LocationByLocationIdDoNotUseNicknameAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__NICKNAME_ASC", LocationByLocationIdDoNotUseNicknameDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__NICKNAME_DESC", LocationByLocationIdDoNotUseErrorRadiusAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__ERROR_RADIUS_ASC", LocationByLocationIdDoNotUseErrorRadiusDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__ERROR_RADIUS_DESC", LocationByLocationIdDoNotUseNameAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__NAME_ASC", LocationByLocationIdDoNotUseNameDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__NAME_DESC", LocationByLocationIdDoNotUseLatitudeAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__LATITUDE_ASC", LocationByLocationIdDoNotUseLatitudeDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__LATITUDE_DESC", LocationByLocationIdDoNotUseLongitudeAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__LONGITUDE_ASC", LocationByLocationIdDoNotUseLongitudeDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__LONGITUDE_DESC", LocationByLocationIdDoNotUseAltitudeAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__ALTITUDE_ASC", LocationByLocationIdDoNotUseAltitudeDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__ALTITUDE_DESC", LocationByLocationIdDoNotUseRollAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__ROLL_ASC", LocationByLocationIdDoNotUseRollDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__ROLL_DESC", LocationByLocationIdDoNotUsePitchAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__PITCH_ASC", LocationByLocationIdDoNotUsePitchDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__PITCH_DESC", LocationByLocationIdDoNotUseYawAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__YAW_ASC", LocationByLocationIdDoNotUseYawDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__YAW_DESC", LocationByLocationIdDoNotUsePositionAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__POSITION_ASC", LocationByLocationIdDoNotUsePositionDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__POSITION_DESC", LocationByLocationIdDoNotUseOldGeometryAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__OLD_GEOMETRY_ASC", LocationByLocationIdDoNotUseOldGeometryDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__OLD_GEOMETRY_DESC", LocationByLocationIdDoNotUseUpdatedAtAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__UPDATED_AT_ASC", LocationByLocationIdDoNotUseUpdatedAtDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__UPDATED_AT_DESC", LocationByLocationIdDoNotUseCreatedAtAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__CREATED_AT_ASC", LocationByLocationIdDoNotUseCreatedAtDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__CREATED_AT_DESC", LocationByLocationIdDoNotUseGeoPoint2DAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__GEO_POINT2_D_ASC", LocationByLocationIdDoNotUseGeoPoint2DDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__GEO_POINT2_D_DESC", LocationByLocationIdDoNotUseGeoPoint3DAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__GEO_POINT3_D_ASC", LocationByLocationIdDoNotUseGeoPoint3DDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__GEO_POINT3_D_DESC", LocationByLocationIdDoNotUseDeletedAtAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__DELETED_AT_ASC", LocationByLocationIdDoNotUseDeletedAtDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__DELETED_AT_DESC", LocationByLocationIdDoNotUseGeometry3DAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__GEOMETRY3_D_ASC", LocationByLocationIdDoNotUseGeometry3DDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__GEOMETRY3_D_DESC", LocationByLocationIdDoNotUseGeometry2DAsc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__GEOMETRY2_D_ASC", LocationByLocationIdDoNotUseGeometry2DDesc = "LOCATION_BY_LOCATION_ID_DO_NOT_USE__GEOMETRY2_D_DESC", StructureModelByModelIdDoNotUseIdAsc = "STRUCTURE_MODEL_BY_MODEL_ID_DO_NOT_USE__ID_ASC", StructureModelByModelIdDoNotUseIdDesc = "STRUCTURE_MODEL_BY_MODEL_ID_DO_NOT_USE__ID_DESC", StructureModelByModelIdDoNotUseNicknameAsc = "STRUCTURE_MODEL_BY_MODEL_ID_DO_NOT_USE__NICKNAME_ASC", StructureModelByModelIdDoNotUseNicknameDesc = "STRUCTURE_MODEL_BY_MODEL_ID_DO_NOT_USE__NICKNAME_DESC", StructureModelByModelIdDoNotUseNameAsc = "STRUCTURE_MODEL_BY_MODEL_ID_DO_NOT_USE__NAME_ASC", StructureModelByModelIdDoNotUseNameDesc = "STRUCTURE_MODEL_BY_MODEL_ID_DO_NOT_USE__NAME_DESC", StructureModelByModelIdDoNotUseTypeAsc = "STRUCTURE_MODEL_BY_MODEL_ID_DO_NOT_USE__TYPE_ASC", StructureModelByModelIdDoNotUseTypeDesc = "STRUCTURE_MODEL_BY_MODEL_ID_DO_NOT_USE__TYPE_DESC", StructureModelByModelIdDoNotUseCreatedAtAsc = "STRUCTURE_MODEL_BY_MODEL_ID_DO_NOT_USE__CREATED_AT_ASC", StructureModelByModelIdDoNotUseCreatedAtDesc = "STRUCTURE_MODEL_BY_MODEL_ID_DO_NOT_USE__CREATED_AT_DESC", StructureModelByModelIdDoNotUseUpdatedAtAsc = "STRUCTURE_MODEL_BY_MODEL_ID_DO_NOT_USE__UPDATED_AT_ASC", StructureModelByModelIdDoNotUseUpdatedAtDesc = "STRUCTURE_MODEL_BY_MODEL_ID_DO_NOT_USE__UPDATED_AT_DESC", StructureModelByModelIdDoNotUseDescriptionAsc = "STRUCTURE_MODEL_BY_MODEL_ID_DO_NOT_USE__DESCRIPTION_ASC", StructureModelByModelIdDoNotUseDescriptionDesc = "STRUCTURE_MODEL_BY_MODEL_ID_DO_NOT_USE__DESCRIPTION_DESC", StructureModelByModelIdDoNotUseParametersAsc = "STRUCTURE_MODEL_BY_MODEL_ID_DO_NOT_USE__PARAMETERS_ASC", StructureModelByModelIdDoNotUseParametersDesc = "STRUCTURE_MODEL_BY_MODEL_ID_DO_NOT_USE__PARAMETERS_DESC", StructureModelByModelIdDoNotUseDeletedAtAsc = "STRUCTURE_MODEL_BY_MODEL_ID_DO_NOT_USE__DELETED_AT_ASC", StructureModelByModelIdDoNotUseDeletedAtDesc = "STRUCTURE_MODEL_BY_MODEL_ID_DO_NOT_USE__DELETED_AT_DESC", OrganizationByOrganizationIdDoNotUseIdAsc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__ID_ASC", OrganizationByOrganizationIdDoNotUseIdDesc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__ID_DESC", OrganizationByOrganizationIdDoNotUseNicknameAsc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__NICKNAME_ASC", OrganizationByOrganizationIdDoNotUseNicknameDesc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__NICKNAME_DESC", OrganizationByOrganizationIdDoNotUseNameAsc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__NAME_ASC", OrganizationByOrganizationIdDoNotUseNameDesc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__NAME_DESC", OrganizationByOrganizationIdDoNotUseDescriptionAsc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__DESCRIPTION_ASC", OrganizationByOrganizationIdDoNotUseDescriptionDesc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__DESCRIPTION_DESC", OrganizationByOrganizationIdDoNotUseCreatedAtAsc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__CREATED_AT_ASC", OrganizationByOrganizationIdDoNotUseCreatedAtDesc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__CREATED_AT_DESC", OrganizationByOrganizationIdDoNotUseUpdatedAtAsc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__UPDATED_AT_ASC", OrganizationByOrganizationIdDoNotUseUpdatedAtDesc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__UPDATED_AT_DESC", OrganizationByOrganizationIdDoNotUseSubscriptionPlanAsc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__SUBSCRIPTION_PLAN_ASC", OrganizationByOrganizationIdDoNotUseSubscriptionPlanDesc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__SUBSCRIPTION_PLAN_DESC", OrganizationByOrganizationIdDoNotUseDeletedAtAsc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__DELETED_AT_ASC", OrganizationByOrganizationIdDoNotUseDeletedAtDesc = "ORGANIZATION_BY_ORGANIZATION_ID_DO_NOT_USE__DELETED_AT_DESC", FileByGltfIdDoNotUseIdAsc = "FILE_BY_GLTF_ID_DO_NOT_USE__ID_ASC", FileByGltfIdDoNotUseIdDesc = "FILE_BY_GLTF_ID_DO_NOT_USE__ID_DESC", FileByGltfIdDoNotUseNicknameAsc = "FILE_BY_GLTF_ID_DO_NOT_USE__NICKNAME_ASC", FileByGltfIdDoNotUseNicknameDesc = "FILE_BY_GLTF_ID_DO_NOT_USE__NICKNAME_DESC", FileByGltfIdDoNotUseNameAsc = "FILE_BY_GLTF_ID_DO_NOT_USE__NAME_ASC", FileByGltfIdDoNotUseNameDesc = "FILE_BY_GLTF_ID_DO_NOT_USE__NAME_DESC", FileByGltfIdDoNotUseCreatedAtAsc = "FILE_BY_GLTF_ID_DO_NOT_USE__CREATED_AT_ASC", FileByGltfIdDoNotUseCreatedAtDesc = "FILE_BY_GLTF_ID_DO_NOT_USE__CREATED_AT_DESC", FileByGltfIdDoNotUseUpdatedAtAsc = "FILE_BY_GLTF_ID_DO_NOT_USE__UPDATED_AT_ASC", FileByGltfIdDoNotUseUpdatedAtDesc = "FILE_BY_GLTF_ID_DO_NOT_USE__UPDATED_AT_DESC", FileByGltfIdDoNotUseContentTypeAsc = "FILE_BY_GLTF_ID_DO_NOT_USE__CONTENT_TYPE_ASC", FileByGltfIdDoNotUseContentTypeDesc = "FILE_BY_GLTF_ID_DO_NOT_USE__CONTENT_TYPE_DESC", FileByGltfIdDoNotUseSecretAsc = "FILE_BY_GLTF_ID_DO_NOT_USE__SECRET_ASC", FileByGltfIdDoNotUseSecretDesc = "FILE_BY_GLTF_ID_DO_NOT_USE__SECRET_DESC", FileByGltfIdDoNotUseSizeAsc = "FILE_BY_GLTF_ID_DO_NOT_USE__SIZE_ASC", FileByGltfIdDoNotUseSizeDesc = "FILE_BY_GLTF_ID_DO_NOT_USE__SIZE_DESC", FileByGltfIdDoNotUseUrlAsc = "FILE_BY_GLTF_ID_DO_NOT_USE__URL_ASC", FileByGltfIdDoNotUseUrlDesc = "FILE_BY_GLTF_ID_DO_NOT_USE__URL_DESC", FileByGltfIdDoNotUseDeletedAtAsc = "FILE_BY_GLTF_ID_DO_NOT_USE__DELETED_AT_ASC", FileByGltfIdDoNotUseDeletedAtDesc = "FILE_BY_GLTF_ID_DO_NOT_USE__DELETED_AT_DESC", FileBySvgIdDoNotUseIdAsc = "FILE_BY_SVG_ID_DO_NOT_USE__ID_ASC", FileBySvgIdDoNotUseIdDesc = "FILE_BY_SVG_ID_DO_NOT_USE__ID_DESC", FileBySvgIdDoNotUseNicknameAsc = "FILE_BY_SVG_ID_DO_NOT_USE__NICKNAME_ASC", FileBySvgIdDoNotUseNicknameDesc = "FILE_BY_SVG_ID_DO_NOT_USE__NICKNAME_DESC", FileBySvgIdDoNotUseNameAsc = "FILE_BY_SVG_ID_DO_NOT_USE__NAME_ASC", FileBySvgIdDoNotUseNameDesc = "FILE_BY_SVG_ID_DO_NOT_USE__NAME_DESC", FileBySvgIdDoNotUseCreatedAtAsc = "FILE_BY_SVG_ID_DO_NOT_USE__CREATED_AT_ASC", FileBySvgIdDoNotUseCreatedAtDesc = "FILE_BY_SVG_ID_DO_NOT_USE__CREATED_AT_DESC", FileBySvgIdDoNotUseUpdatedAtAsc = "FILE_BY_SVG_ID_DO_NOT_USE__UPDATED_AT_ASC", FileBySvgIdDoNotUseUpdatedAtDesc = "FILE_BY_SVG_ID_DO_NOT_USE__UPDATED_AT_DESC", FileBySvgIdDoNotUseContentTypeAsc = "FILE_BY_SVG_ID_DO_NOT_USE__CONTENT_TYPE_ASC", FileBySvgIdDoNotUseContentTypeDesc = "FILE_BY_SVG_ID_DO_NOT_USE__CONTENT_TYPE_DESC", FileBySvgIdDoNotUseSecretAsc = "FILE_BY_SVG_ID_DO_NOT_USE__SECRET_ASC", FileBySvgIdDoNotUseSecretDesc = "FILE_BY_SVG_ID_DO_NOT_USE__SECRET_DESC", FileBySvgIdDoNotUseSizeAsc = "FILE_BY_SVG_ID_DO_NOT_USE__SIZE_ASC", FileBySvgIdDoNotUseSizeDesc = "FILE_BY_SVG_ID_DO_NOT_USE__SIZE_DESC", FileBySvgIdDoNotUseUrlAsc = "FILE_BY_SVG_ID_DO_NOT_USE__URL_ASC", FileBySvgIdDoNotUseUrlDesc = "FILE_BY_SVG_ID_DO_NOT_USE__URL_DESC", FileBySvgIdDoNotUseDeletedAtAsc = "FILE_BY_SVG_ID_DO_NOT_USE__DELETED_AT_ASC", FileBySvgIdDoNotUseDeletedAtDesc = "FILE_BY_SVG_ID_DO_NOT_USE__DELETED_AT_DESC", FileByOverviewIdDoNotUseIdAsc = "FILE_BY_OVERVIEW_ID_DO_NOT_USE__ID_ASC", FileByOverviewIdDoNotUseIdDesc = "FILE_BY_OVERVIEW_ID_DO_NOT_USE__ID_DESC", FileByOverviewIdDoNotUseNicknameAsc = "FILE_BY_OVERVIEW_ID_DO_NOT_USE__NICKNAME_ASC", FileByOverviewIdDoNotUseNicknameDesc = "FILE_BY_OVERVIEW_ID_DO_NOT_USE__NICKNAME_DESC", FileByOverviewIdDoNotUseNameAsc = "FILE_BY_OVERVIEW_ID_DO_NOT_USE__NAME_ASC", FileByOverviewIdDoNotUseNameDesc = "FILE_BY_OVERVIEW_ID_DO_NOT_USE__NAME_DESC", FileByOverviewIdDoNotUseCreatedAtAsc = "FILE_BY_OVERVIEW_ID_DO_NOT_USE__CREATED_AT_ASC", FileByOverviewIdDoNotUseCreatedAtDesc = "FILE_BY_OVERVIEW_ID_DO_NOT_USE__CREATED_AT_DESC", FileByOverviewIdDoNotUseUpdatedAtAsc = "FILE_BY_OVERVIEW_ID_DO_NOT_USE__UPDATED_AT_ASC", FileByOverviewIdDoNotUseUpdatedAtDesc = "FILE_BY_OVERVIEW_ID_DO_NOT_USE__UPDATED_AT_DESC", FileByOverviewIdDoNotUseContentTypeAsc = "FILE_BY_OVERVIEW_ID_DO_NOT_USE__CONTENT_TYPE_ASC", FileByOverviewIdDoNotUseContentTypeDesc = "FILE_BY_OVERVIEW_ID_DO_NOT_USE__CONTENT_TYPE_DESC", FileByOverviewIdDoNotUseSecretAsc = "FILE_BY_OVERVIEW_ID_DO_NOT_USE__SECRET_ASC", FileByOverviewIdDoNotUseSecretDesc = "FILE_BY_OVERVIEW_ID_DO_NOT_USE__SECRET_DESC", FileByOverviewIdDoNotUseSizeAsc = "FILE_BY_OVERVIEW_ID_DO_NOT_USE__SIZE_ASC", FileByOverviewIdDoNotUseSizeDesc = "FILE_BY_OVERVIEW_ID_DO_NOT_USE__SIZE_DESC", FileByOverviewIdDoNotUseUrlAsc = "FILE_BY_OVERVIEW_ID_DO_NOT_USE__URL_ASC", FileByOverviewIdDoNotUseUrlDesc = "FILE_BY_OVERVIEW_ID_DO_NOT_USE__URL_DESC", FileByOverviewIdDoNotUseDeletedAtAsc = "FILE_BY_OVERVIEW_ID_DO_NOT_USE__DELETED_AT_ASC", FileByOverviewIdDoNotUseDeletedAtDesc = "FILE_BY_OVERVIEW_ID_DO_NOT_USE__DELETED_AT_DESC", StructureChildrenByACountAsc = "STRUCTURE_CHILDREN_BY_A__COUNT_ASC", StructureChildrenByACountDesc = "STRUCTURE_CHILDREN_BY_A__COUNT_DESC", StructureChildrenByBCountAsc = "STRUCTURE_CHILDREN_BY_B__COUNT_ASC", StructureChildrenByBCountDesc = "STRUCTURE_CHILDREN_BY_B__COUNT_DESC", AnomaliesByStructureIdDoNotUseCountAsc = "ANOMALIES_BY_STRUCTURE_ID_DO_NOT_USE__COUNT_ASC", AnomaliesByStructureIdDoNotUseCountDesc = "ANOMALIES_BY_STRUCTURE_ID_DO_NOT_USE__COUNT_DESC", StructureImagesByBCountAsc = "STRUCTURE_IMAGES_BY_B__COUNT_ASC", StructureImagesByBCountDesc = "STRUCTURE_IMAGES_BY_B__COUNT_DESC", StructureArtifactsByBCountAsc = "STRUCTURE_ARTIFACTS_BY_B__COUNT_ASC", StructureArtifactsByBCountDesc = "STRUCTURE_ARTIFACTS_BY_B__COUNT_DESC", StructureDevelopersByACountAsc = "STRUCTURE_DEVELOPERS_BY_A__COUNT_ASC", StructureDevelopersByACountDesc = "STRUCTURE_DEVELOPERS_BY_A__COUNT_DESC", StructureOperatorsByACountAsc = "STRUCTURE_OPERATORS_BY_A__COUNT_ASC", StructureOperatorsByACountDesc = "STRUCTURE_OPERATORS_BY_A__COUNT_DESC", DetectionsByStructureIdDoNotUseCountAsc = "DETECTIONS_BY_STRUCTURE_ID_DO_NOT_USE__COUNT_ASC", DetectionsByStructureIdDoNotUseCountDesc = "DETECTIONS_BY_STRUCTURE_ID_DO_NOT_USE__COUNT_DESC", StructureCloneOfByAAAsc = "STRUCTURE_CLONE_OF_BY_A__A_ASC", StructureCloneOfByAADesc = "STRUCTURE_CLONE_OF_BY_A__A_DESC", StructureCloneOfByABAsc = "STRUCTURE_CLONE_OF_BY_A__B_ASC", StructureCloneOfByABDesc = "STRUCTURE_CLONE_OF_BY_A__B_DESC", StructureCloneovesByBCountAsc = "STRUCTURE_CLONEOVES_BY_B__COUNT_ASC", StructureCloneovesByBCountDesc = "STRUCTURE_CLONEOVES_BY_B__COUNT_DESC", CommentsByAboutStructureIdDoNotUseCountAsc = "COMMENTS_BY_ABOUT_STRUCTURE_ID_DO_NOT_USE__COUNT_ASC", CommentsByAboutStructureIdDoNotUseCountDesc = "COMMENTS_BY_ABOUT_STRUCTURE_ID_DO_NOT_USE__COUNT_DESC", StructureOwnersByACountAsc = "STRUCTURE_OWNERS_BY_A__COUNT_ASC", StructureOwnersByACountDesc = "STRUCTURE_OWNERS_BY_A__COUNT_DESC", StructurePlanStructuresByACountAsc = "STRUCTURE_PLAN_STRUCTURES_BY_A__COUNT_ASC", StructurePlanStructuresByACountDesc = "STRUCTURE_PLAN_STRUCTURES_BY_A__COUNT_DESC", PlanStructuresByStructureIdCountAsc = "PLAN_STRUCTURES_BY_STRUCTURE_ID__COUNT_ASC", PlanStructuresByStructureIdCountDesc = "PLAN_STRUCTURES_BY_STRUCTURE_ID__COUNT_DESC", ExecutionStructuresByStructureIdCountAsc = "EXECUTION_STRUCTURES_BY_STRUCTURE_ID__COUNT_ASC", ExecutionStructuresByStructureIdCountDesc = "EXECUTION_STRUCTURES_BY_STRUCTURE_ID__COUNT_DESC" } /** The fields on `structure` to look up the row to connect. */ export declare type StructureStructureGltfKeyConnect = { gltfIdDoNotUse: Scalars['String']; }; /** The fields on `structure` to look up the row to delete. */ export declare type StructureStructureGltfKeyDelete = { gltfIdDoNotUse: Scalars['String']; }; /** The fields on `structure` to look up the row to connect. */ export declare type StructureStructureLocationKeyConnect = { locationIdDoNotUse: Scalars['String']; }; /** The fields on `structure` to look up the row to delete. */ export declare type StructureStructureLocationKeyDelete = { locationIdDoNotUse: Scalars['String']; }; /** The fields on `structure` to look up the row to connect. */ export declare type StructureStructureOverviewKeyConnect = { overviewIdDoNotUse: Scalars['String']; }; /** The fields on `structure` to look up the row to delete. */ export declare type StructureStructureOverviewKeyDelete = { overviewIdDoNotUse: Scalars['String']; }; /** The fields on `structure` to look up the row to connect. */ export declare type StructureStructurePkeyConnect = { id: Scalars['String']; }; /** The fields on `structure` to look up the row to delete. */ export declare type StructureStructurePkeyDelete = { id: Scalars['String']; }; /** The fields on `structure` to look up the row to connect. */ export declare type StructureStructureSvgKeyConnect = { svgIdDoNotUse: Scalars['String']; }; /** The fields on `structure` to look up the row to delete. */ export declare type StructureStructureSvgKeyDelete = { svgIdDoNotUse: Scalars['String']; }; /** Input for the nested mutation of `file` in the `StructureInput` mutation. */ export declare type StructureSvgFkeyInput = { /** The primary key(s) for `file` for the far side of the relationship. */ connectById?: Maybe; }; /** Input for the nested mutation of `structure` in the `FileInput` mutation. */ export declare type StructureSvgFkeyInverseInput = { /** The primary key(s) for `structure` for the far side of the relationship. */ connectById?: Maybe; /** Flag indicating whether all other `structure` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** A filter to be used against many `Anomaly` object types. All fields are combined with a logical ‘and.’ */ export declare type StructureToManyAnomalyFilter = { /** Every related `Anomaly` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Anomaly` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Anomaly` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `Comment` object types. All fields are combined with a logical ‘and.’ */ export declare type StructureToManyCommentFilter = { /** Every related `Comment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Comment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Comment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `Detection` object types. All fields are combined with a logical ‘and.’ */ export declare type StructureToManyDetectionFilter = { /** Every related `Detection` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Detection` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Detection` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `ExecutionStructure` object types. All fields are combined with a logical ‘and.’ */ export declare type StructureToManyExecutionStructureFilter = { /** Every related `ExecutionStructure` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `ExecutionStructure` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `ExecutionStructure` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `PlanStructure` object types. All fields are combined with a logical ‘and.’ */ export declare type StructureToManyPlanStructureFilter = { /** Every related `PlanStructure` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `PlanStructure` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `PlanStructure` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `StructureArtifact` object types. All fields are combined with a logical ‘and.’ */ export declare type StructureToManyStructureArtifactFilter = { /** Every related `StructureArtifact` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `StructureArtifact` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `StructureArtifact` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `StructureChild` object types. All fields are combined with a logical ‘and.’ */ export declare type StructureToManyStructureChildFilter = { /** Every related `StructureChild` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `StructureChild` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `StructureChild` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `StructureCloneOf` object types. All fields are combined with a logical ‘and.’ */ export declare type StructureToManyStructureCloneOfFilter = { /** Every related `StructureCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `StructureCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `StructureCloneOf` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `StructureDeveloper` object types. All fields are combined with a logical ‘and.’ */ export declare type StructureToManyStructureDeveloperFilter = { /** Every related `StructureDeveloper` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `StructureDeveloper` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `StructureDeveloper` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `StructureImage` object types. All fields are combined with a logical ‘and.’ */ export declare type StructureToManyStructureImageFilter = { /** Every related `StructureImage` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `StructureImage` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `StructureImage` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `StructureOperator` object types. All fields are combined with a logical ‘and.’ */ export declare type StructureToManyStructureOperatorFilter = { /** Every related `StructureOperator` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `StructureOperator` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `StructureOperator` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `StructureOwner` object types. All fields are combined with a logical ‘and.’ */ export declare type StructureToManyStructureOwnerFilter = { /** Every related `StructureOwner` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `StructureOwner` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `StructureOwner` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `StructurePlanStructure` object types. All fields are combined with a logical ‘and.’ */ export declare type StructureToManyStructurePlanStructureFilter = { /** Every related `StructurePlanStructure` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `StructurePlanStructure` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `StructurePlanStructure` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type Subscription = { __typename?: 'Subscription'; /** * Exposes the root query type nested one level down. This is helpful for Relay 1 * which can only query top level fields if they are in a particular form. (live) */ query: Query; /** Reads and enables pagination through a set of `ActivityAssignment`. (live) */ activityAssignmentsConnection?: Maybe; /** Reads a set of `ActivityAssignment`. (live) */ activityAssignments?: Maybe>; /** Reads and enables pagination through a set of `Anomaly`. (live) */ anomaliesConnection?: Maybe; /** Reads a set of `Anomaly`. (live) */ anomalies?: Maybe>; /** Reads and enables pagination through a set of `AnomalyLevelMapping`. (live) */ anomalyLevelMappingsConnection?: Maybe; /** Reads a set of `AnomalyLevelMapping`. (live) */ anomalyLevelMappings?: Maybe>; /** Reads and enables pagination through a set of `AnomalyType`. (live) */ anomalyTypesConnection?: Maybe; /** Reads a set of `AnomalyType`. (live) */ anomalyTypes?: Maybe>; /** Reads and enables pagination through a set of `Artifact`. (live) */ artifactsConnection?: Maybe; /** Reads a set of `Artifact`. (live) */ artifacts?: Maybe>; /** Reads and enables pagination through a set of `Classification`. (live) */ classificationsConnection?: Maybe; /** Reads a set of `Classification`. (live) */ classifications?: Maybe>; /** Reads and enables pagination through a set of `Comment`. (live) */ commentsConnection?: Maybe; /** Reads a set of `Comment`. (live) */ comments?: Maybe>; /** Reads and enables pagination through a set of `Detection`. (live) */ detectionsConnection?: Maybe; /** Reads a set of `Detection`. (live) */ detections?: Maybe>; /** Reads and enables pagination through a set of `Event`. (live) */ eventsConnection?: Maybe; /** Reads a set of `Event`. (live) */ events?: Maybe>; /** Reads and enables pagination through a set of `Execution`. (live) */ executionsConnection?: Maybe; /** Reads a set of `Execution`. (live) */ executions?: Maybe>; /** Reads and enables pagination through a set of `File`. (live) */ filesConnection?: Maybe; /** Reads a set of `File`. (live) */ files?: Maybe>; /** Reads and enables pagination through a set of `Image`. (live) */ imagesConnection?: Maybe; /** Reads a set of `Image`. (live) */ images?: Maybe>; /** Reads and enables pagination through a set of `ImageCorrection`. (live) */ imageCorrectionsConnection?: Maybe; /** Reads a set of `ImageCorrection`. (live) */ imageCorrections?: Maybe>; /** Reads and enables pagination through a set of `Mission`. (live) */ missionsConnection?: Maybe; /** Reads a set of `Mission`. (live) */ missions?: Maybe>; /** Reads and enables pagination through a set of `MissionExecution`. (live) */ missionExecutionsConnection?: Maybe; /** Reads a set of `MissionExecution`. (live) */ missionExecutions?: Maybe>; /** Reads and enables pagination through a set of `MissionPlan`. (live) */ missionPlansConnection?: Maybe; /** Reads a set of `MissionPlan`. (live) */ missionPlans?: Maybe>; /** Reads and enables pagination through a set of `Organization`. (live) */ organizationsConnection?: Maybe; /** Reads a set of `Organization`. (live) */ organizations?: Maybe>; /** Reads and enables pagination through a set of `Plan`. (live) */ plansConnection?: Maybe; /** Reads a set of `Plan`. (live) */ plans?: Maybe>; /** Reads and enables pagination through a set of `Segmentation`. (live) */ segmentationsConnection?: Maybe; /** Reads a set of `Segmentation`. (live) */ segmentations?: Maybe>; /** Reads and enables pagination through a set of `Structure`. (live) */ structuresConnection?: Maybe; /** Reads a set of `Structure`. (live) */ structures?: Maybe>; /** Reads and enables pagination through a set of `StructureModel`. (live) */ structureModelsConnection?: Maybe; /** Reads a set of `StructureModel`. (live) */ structureModels?: Maybe>; /** Reads and enables pagination through a set of `StructurePlan`. (live) */ structurePlansConnection?: Maybe; /** Reads a set of `StructurePlan`. (live) */ structurePlans?: Maybe>; /** Reads and enables pagination through a set of `User`. (live) */ usersConnection?: Maybe; /** Reads a set of `User`. (live) */ users?: Maybe>; /** Reads and enables pagination through a set of `View`. (live) */ viewsConnection?: Maybe; /** Reads a set of `View`. (live) */ views?: Maybe>; /** Reads and enables pagination through a set of `ViewAssignment`. (live) */ viewAssignmentsConnection?: Maybe; /** Reads a set of `ViewAssignment`. (live) */ viewAssignments?: Maybe>; /** Reads and enables pagination through a set of `ViewToken`. (live) */ viewTokensConnection?: Maybe; /** Reads a set of `ViewToken`. (live) */ viewTokens?: Maybe>; /** Reads and enables pagination through a set of `AnomalyClassification`. (live) */ anomalyClassificationsConnection?: Maybe; /** Reads a set of `AnomalyClassification`. (live) */ anomalyClassifications?: Maybe>; /** Reads and enables pagination through a set of `AnomalyCloneOf`. (live) */ anomalyCloneovesConnection?: Maybe; /** Reads a set of `AnomalyCloneOf`. (live) */ anomalyCloneoves?: Maybe>; /** Reads and enables pagination through a set of `AnomalyLevelMappingCloneOf`. (live) */ anomalyLevelMappingCloneovesConnection?: Maybe; /** Reads a set of `AnomalyLevelMappingCloneOf`. (live) */ anomalyLevelMappingCloneoves?: Maybe>; /** Reads and enables pagination through a set of `AnomalySegmentation`. (live) */ anomalySegmentationsConnection?: Maybe; /** Reads a set of `AnomalySegmentation`. (live) */ anomalySegmentations?: Maybe>; /** Reads and enables pagination through a set of `AnomalyTypeCloneOf`. (live) */ anomalyTypeCloneovesConnection?: Maybe; /** Reads a set of `AnomalyTypeCloneOf`. (live) */ anomalyTypeCloneoves?: Maybe>; /** Reads and enables pagination through a set of `AnomalyTypeLevelMapping`. (live) */ anomalyTypeLevelMappingsConnection?: Maybe; /** Reads a set of `AnomalyTypeLevelMapping`. (live) */ anomalyTypeLevelMappings?: Maybe>; /** Reads and enables pagination through a set of `ArtifactCloneOf`. (live) */ artifactCloneovesConnection?: Maybe; /** Reads a set of `ArtifactCloneOf`. (live) */ artifactCloneoves?: Maybe>; /** Reads and enables pagination through a set of `ClassificationCloneOf`. (live) */ classificationCloneovesConnection?: Maybe; /** Reads a set of `ClassificationCloneOf`. (live) */ classificationCloneoves?: Maybe>; /** Reads and enables pagination through a set of `CommentCloneOf`. (live) */ commentCloneovesConnection?: Maybe; /** Reads a set of `CommentCloneOf`. (live) */ commentCloneoves?: Maybe>; /** Reads and enables pagination through a set of `DetectionCloneOf`. (live) */ detectionCloneovesConnection?: Maybe; /** Reads a set of `DetectionCloneOf`. (live) */ detectionCloneoves?: Maybe>; /** Reads and enables pagination through a set of `EventExecutionsCreated`. (live) */ eventExecutionsCreatedsConnection?: Maybe; /** Reads a set of `EventExecutionsCreated`. (live) */ eventExecutionsCreateds?: Maybe>; /** Reads and enables pagination through a set of `EventExecutionsRead`. (live) */ eventExecutionsReadsConnection?: Maybe; /** Reads a set of `EventExecutionsRead`. (live) */ eventExecutionsReads?: Maybe>; /** Reads and enables pagination through a set of `EventExecutionsUpdated`. (live) */ eventExecutionsUpdatedsConnection?: Maybe; /** Reads a set of `EventExecutionsUpdated`. (live) */ eventExecutionsUpdateds?: Maybe>; /** Reads and enables pagination through a set of `EventPlansCreated`. (live) */ eventPlansCreatedsConnection?: Maybe; /** Reads a set of `EventPlansCreated`. (live) */ eventPlansCreateds?: Maybe>; /** Reads and enables pagination through a set of `EventPlansRead`. (live) */ eventPlansReadsConnection?: Maybe; /** Reads a set of `EventPlansRead`. (live) */ eventPlansReads?: Maybe>; /** Reads and enables pagination through a set of `EventPlansUpdated`. (live) */ eventPlansUpdatedsConnection?: Maybe; /** Reads a set of `EventPlansUpdated`. (live) */ eventPlansUpdateds?: Maybe>; /** Reads and enables pagination through a set of `ExecutionAnomaly`. (live) */ executionAnomaliesConnection?: Maybe; /** Reads a set of `ExecutionAnomaly`. (live) */ executionAnomalies?: Maybe>; /** Reads and enables pagination through a set of `ExecutionArtifact`. (live) */ executionArtifactsConnection?: Maybe; /** Reads a set of `ExecutionArtifact`. (live) */ executionArtifacts?: Maybe>; /** Reads and enables pagination through a set of `ExecutionChild`. (live) */ executionChildrenConnection?: Maybe; /** Reads a set of `ExecutionChild`. (live) */ executionChildren?: Maybe>; /** Reads and enables pagination through a set of `ExecutionComment`. (live) */ executionCommentsConnection?: Maybe; /** Reads a set of `ExecutionComment`. (live) */ executionComments?: Maybe>; /** Reads and enables pagination through a set of `ExecutionCreatorPlanCreated`. (live) */ executionCreatorPlanCreatedsConnection?: Maybe; /** Reads a set of `ExecutionCreatorPlanCreated`. (live) */ executionCreatorPlanCreateds?: Maybe>; /** Reads and enables pagination through a set of `ExecutionDetection`. (live) */ executionDetectionsConnection?: Maybe; /** Reads a set of `ExecutionDetection`. (live) */ executionDetections?: Maybe>; /** Reads and enables pagination through a set of `ExecutionFollower`. (live) */ executionFollowersConnection?: Maybe; /** Reads a set of `ExecutionFollower`. (live) */ executionFollowers?: Maybe>; /** Reads and enables pagination through a set of `ExecutionImage`. (live) */ executionImagesConnection?: Maybe; /** Reads a set of `ExecutionImage`. (live) */ executionImages?: Maybe>; /** Reads and enables pagination through a set of `ExecutionLocation`. (live) */ executionLocationsConnection?: Maybe; /** Reads a set of `ExecutionLocation`. (live) */ executionLocations?: Maybe>; /** Reads and enables pagination through a set of `ExecutionOrganization`. (live) */ executionOrganizationsConnection?: Maybe; /** Reads a set of `ExecutionOrganization`. (live) */ executionOrganizations?: Maybe>; /** Reads and enables pagination through a set of `ExecutionStructure`. (live) */ executionStructuresConnection?: Maybe; /** Reads a set of `ExecutionStructure`. (live) */ executionStructures?: Maybe>; /** Reads and enables pagination through a set of `ExecutionUser`. (live) */ executionUsersConnection?: Maybe; /** Reads a set of `ExecutionUser`. (live) */ executionUsers?: Maybe>; /** Reads and enables pagination through a set of `ImageCloneOf`. (live) */ imageCloneovesConnection?: Maybe; /** Reads a set of `ImageCloneOf`. (live) */ imageCloneoves?: Maybe>; /** Reads and enables pagination through a set of `ImageCorrectionCloneOf`. (live) */ imageCorrectionCloneovesConnection?: Maybe; /** Reads a set of `ImageCorrectionCloneOf`. (live) */ imageCorrectionCloneoves?: Maybe>; /** Reads and enables pagination through a set of `LocationCloneOf`. (live) */ locationCloneovesConnection?: Maybe; /** Reads a set of `LocationCloneOf`. (live) */ locationCloneoves?: Maybe>; /** Reads and enables pagination through a set of `MissionAnomaly`. (live) */ missionAnomaliesConnection?: Maybe; /** Reads a set of `MissionAnomaly`. (live) */ missionAnomalies?: Maybe>; /** Reads and enables pagination through a set of `MissionClient`. (live) */ missionClientsConnection?: Maybe; /** Reads a set of `MissionClient`. (live) */ missionClients?: Maybe>; /** Reads and enables pagination through a set of `MissionCloneOf`. (live) */ missionCloneovesConnection?: Maybe; /** Reads a set of `MissionCloneOf`. (live) */ missionCloneoves?: Maybe>; /** Reads and enables pagination through a set of `MissionExecutionCloneOf`. (live) */ missionExecutionCloneovesConnection?: Maybe; /** Reads a set of `MissionExecutionCloneOf`. (live) */ missionExecutionCloneoves?: Maybe>; /** Reads and enables pagination through a set of `MissionExpert`. (live) */ missionExpertsConnection?: Maybe; /** Reads a set of `MissionExpert`. (live) */ missionExperts?: Maybe>; /** Reads and enables pagination through a set of `MissionInspector`. (live) */ missionInspectorsConnection?: Maybe; /** Reads a set of `MissionInspector`. (live) */ missionInspectors?: Maybe>; /** Reads and enables pagination through a set of `MissionOperator`. (live) */ missionOperatorsConnection?: Maybe; /** Reads a set of `MissionOperator`. (live) */ missionOperators?: Maybe>; /** Reads and enables pagination through a set of `_MissionPlanArtifact`. (live) */ _missionPlanArtifactsConnection?: Maybe<_MissionPlanArtifactsConnection>; /** Reads a set of `_MissionPlanArtifact`. (live) */ _missionPlanArtifacts?: Maybe>; /** Reads and enables pagination through a set of `MissionPlanCloneOf`. (live) */ missionPlanCloneovesConnection?: Maybe; /** Reads a set of `MissionPlanCloneOf`. (live) */ missionPlanCloneoves?: Maybe>; /** Reads and enables pagination through a set of `OrganizationAdmin`. (live) */ organizationAdminsConnection?: Maybe; /** Reads a set of `OrganizationAdmin`. (live) */ organizationAdmins?: Maybe>; /** Reads and enables pagination through a set of `OrganizationAnomalyLevelMapping`. (live) */ organizationAnomalyLevelMappingsConnection?: Maybe; /** Reads a set of `OrganizationAnomalyLevelMapping`. (live) */ organizationAnomalyLevelMappings?: Maybe>; /** Reads and enables pagination through a set of `OrganizationUser`. (live) */ organizationUsersConnection?: Maybe; /** Reads a set of `OrganizationUser`. (live) */ organizationUsers?: Maybe>; /** Reads and enables pagination through a set of `PlanAnomaly`. (live) */ planAnomaliesConnection?: Maybe; /** Reads a set of `PlanAnomaly`. (live) */ planAnomalies?: Maybe>; /** Reads and enables pagination through a set of `PlanArtifact`. (live) */ planArtifactsConnection?: Maybe; /** Reads a set of `PlanArtifact`. (live) */ planArtifacts?: Maybe>; /** Reads and enables pagination through a set of `PlanAssignment`. (live) */ planAssignmentsConnection?: Maybe; /** Reads a set of `PlanAssignment`. (live) */ planAssignments?: Maybe>; /** Reads and enables pagination through a set of `PlanChild`. (live) */ planChildrenConnection?: Maybe; /** Reads a set of `PlanChild`. (live) */ planChildren?: Maybe>; /** Reads and enables pagination through a set of `PlanComment`. (live) */ planCommentsConnection?: Maybe; /** Reads a set of `PlanComment`. (live) */ planComments?: Maybe>; /** Reads and enables pagination through a set of `PlanCreatorExecutionCreated`. (live) */ planCreatorExecutionCreatedsConnection?: Maybe; /** Reads a set of `PlanCreatorExecutionCreated`. (live) */ planCreatorExecutionCreateds?: Maybe>; /** Reads and enables pagination through a set of `PlanDetection`. (live) */ planDetectionsConnection?: Maybe; /** Reads a set of `PlanDetection`. (live) */ planDetections?: Maybe>; /** Reads and enables pagination through a set of `PlanFollower`. (live) */ planFollowersConnection?: Maybe; /** Reads a set of `PlanFollower`. (live) */ planFollowers?: Maybe>; /** Reads and enables pagination through a set of `PlanImage`. (live) */ planImagesConnection?: Maybe; /** Reads a set of `PlanImage`. (live) */ planImages?: Maybe>; /** Reads and enables pagination through a set of `PlanLocation`. (live) */ planLocationsConnection?: Maybe; /** Reads a set of `PlanLocation`. (live) */ planLocations?: Maybe>; /** Reads and enables pagination through a set of `PlanOrganization`. (live) */ planOrganizationsConnection?: Maybe; /** Reads a set of `PlanOrganization`. (live) */ planOrganizations?: Maybe>; /** Reads and enables pagination through a set of `PlanStructure`. (live) */ planStructuresConnection?: Maybe; /** Reads a set of `PlanStructure`. (live) */ planStructures?: Maybe>; /** Reads and enables pagination through a set of `PlanUser`. (live) */ planUsersConnection?: Maybe; /** Reads a set of `PlanUser`. (live) */ planUsers?: Maybe>; /** Reads and enables pagination through a set of `_RelayId`. (live) */ _relayIdsConnection?: Maybe<_RelayIdsConnection>; /** Reads a set of `_RelayId`. (live) */ _relayIds?: Maybe>; /** Reads and enables pagination through a set of `SegmentationCloneOf`. (live) */ segmentationCloneovesConnection?: Maybe; /** Reads a set of `SegmentationCloneOf`. (live) */ segmentationCloneoves?: Maybe>; /** Reads and enables pagination through a set of `StructureArtifact`. (live) */ structureArtifactsConnection?: Maybe; /** Reads a set of `StructureArtifact`. (live) */ structureArtifacts?: Maybe>; /** Reads and enables pagination through a set of `StructureChild`. (live) */ structureChildrenConnection?: Maybe; /** Reads a set of `StructureChild`. (live) */ structureChildren?: Maybe>; /** Reads and enables pagination through a set of `StructureCloneOf`. (live) */ structureCloneovesConnection?: Maybe; /** Reads a set of `StructureCloneOf`. (live) */ structureCloneoves?: Maybe>; /** Reads and enables pagination through a set of `StructureDeveloper`. (live) */ structureDevelopersConnection?: Maybe; /** Reads a set of `StructureDeveloper`. (live) */ structureDevelopers?: Maybe>; /** Reads and enables pagination through a set of `StructureImage`. (live) */ structureImagesConnection?: Maybe; /** Reads a set of `StructureImage`. (live) */ structureImages?: Maybe>; /** Reads and enables pagination through a set of `StructureModelCloneOf`. (live) */ structureModelCloneovesConnection?: Maybe; /** Reads a set of `StructureModelCloneOf`. (live) */ structureModelCloneoves?: Maybe>; /** Reads and enables pagination through a set of `StructureModelOwner`. (live) */ structureModelOwnersConnection?: Maybe; /** Reads a set of `StructureModelOwner`. (live) */ structureModelOwners?: Maybe>; /** Reads and enables pagination through a set of `StructureOperator`. (live) */ structureOperatorsConnection?: Maybe; /** Reads a set of `StructureOperator`. (live) */ structureOperators?: Maybe>; /** Reads and enables pagination through a set of `StructureOwner`. (live) */ structureOwnersConnection?: Maybe; /** Reads a set of `StructureOwner`. (live) */ structureOwners?: Maybe>; /** Reads and enables pagination through a set of `StructurePlanCloneOf`. (live) */ structurePlanCloneovesConnection?: Maybe; /** Reads a set of `StructurePlanCloneOf`. (live) */ structurePlanCloneoves?: Maybe>; /** Reads and enables pagination through a set of `StructurePlanStructure`. (live) */ structurePlanStructuresConnection?: Maybe; /** Reads a set of `StructurePlanStructure`. (live) */ structurePlanStructures?: Maybe>; /** Reads and enables pagination through a set of `ViewChild`. (live) */ viewChildrenConnection?: Maybe; /** Reads a set of `ViewChild`. (live) */ viewChildren?: Maybe>; /** (live) */ activityAssignment?: Maybe; /** (live) */ anomaly?: Maybe; /** (live) */ anomalyLevelMapping?: Maybe; /** (live) */ anomalyType?: Maybe; /** (live) */ artifact?: Maybe; /** (live) */ classification?: Maybe; /** (live) */ comment?: Maybe; /** (live) */ detection?: Maybe; /** (live) */ event?: Maybe; /** (live) */ execution?: Maybe; /** (live) */ file?: Maybe; /** (live) */ image?: Maybe; /** (live) */ imageCorrection?: Maybe; /** (live) */ location?: Maybe; /** (live) */ mission?: Maybe; /** (live) */ missionExecution?: Maybe; /** (live) */ missionPlan?: Maybe; /** (live) */ organization?: Maybe; /** (live) */ plan?: Maybe; /** (live) */ segmentation?: Maybe; /** (live) */ structure?: Maybe; /** (live) */ structureModel?: Maybe; /** (live) */ structurePlan?: Maybe; /** (live) */ user?: Maybe; /** (live) */ userByEmail?: Maybe; /** (live) */ view?: Maybe; /** (live) */ viewAssignment?: Maybe; /** (live) */ viewToken?: Maybe; /** (live) */ anomalyClassification?: Maybe; /** (live) */ anomalyCloneOf?: Maybe; /** (live) */ anomalyLevelMappingCloneOf?: Maybe; /** (live) */ anomalySegmentation?: Maybe; /** (live) */ anomalyTypeCloneOf?: Maybe; /** (live) */ anomalyTypeLevelMapping?: Maybe; /** (live) */ artifactCloneOf?: Maybe; /** (live) */ classificationCloneOf?: Maybe; /** (live) */ commentCloneOf?: Maybe; /** (live) */ detectionCloneOf?: Maybe; /** (live) */ eventExecutionsCreated?: Maybe; /** (live) */ eventExecutionsRead?: Maybe; /** (live) */ eventExecutionsUpdated?: Maybe; /** (live) */ eventPlansCreated?: Maybe; /** (live) */ eventPlansRead?: Maybe; /** (live) */ eventPlansUpdated?: Maybe; /** (live) */ executionAnomaly?: Maybe; /** (live) */ executionArtifact?: Maybe; /** (live) */ executionChild?: Maybe; /** (live) */ executionComment?: Maybe; /** (live) */ executionCreatorPlanCreated?: Maybe; /** (live) */ executionDetection?: Maybe; /** (live) */ executionFollower?: Maybe; /** (live) */ executionImage?: Maybe; /** (live) */ executionLocation?: Maybe; /** (live) */ executionOrganization?: Maybe; /** (live) */ executionStructure?: Maybe; /** (live) */ executionUser?: Maybe; /** (live) */ imageCloneOf?: Maybe; /** (live) */ imageCorrectionCloneOf?: Maybe; /** (live) */ locationCloneOf?: Maybe; /** (live) */ missionAnomaly?: Maybe; /** (live) */ missionCloneOf?: Maybe; /** (live) */ missionExecutionCloneOf?: Maybe; /** (live) */ _missionPlanArtifact?: Maybe<_MissionPlanArtifact>; /** (live) */ missionPlanCloneOf?: Maybe; /** (live) */ organizationAdmin?: Maybe; /** (live) */ organizationAnomalyLevelMapping?: Maybe; /** (live) */ organizationUser?: Maybe; /** (live) */ planAnomaly?: Maybe; /** (live) */ planArtifact?: Maybe; /** (live) */ planAssignment?: Maybe; /** (live) */ planChild?: Maybe; /** (live) */ planComment?: Maybe; /** (live) */ planCreatorExecutionCreated?: Maybe; /** (live) */ planDetection?: Maybe; /** (live) */ planFollower?: Maybe; /** (live) */ planImage?: Maybe; /** (live) */ planLocation?: Maybe; /** (live) */ planOrganization?: Maybe; /** (live) */ planStructure?: Maybe; /** (live) */ planUser?: Maybe; /** (live) */ _relayId?: Maybe<_RelayId>; /** (live) */ segmentationCloneOf?: Maybe; /** (live) */ structureArtifact?: Maybe; /** (live) */ structureChild?: Maybe; /** (live) */ structureCloneOf?: Maybe; /** (live) */ structureDeveloper?: Maybe; /** (live) */ structureImage?: Maybe; /** (live) */ structureModelCloneOf?: Maybe; /** (live) */ structureModelOwner?: Maybe; /** (live) */ structureOperator?: Maybe; /** (live) */ structureOwner?: Maybe; /** (live) */ structurePlanCloneOf?: Maybe; /** (live) */ structurePlanStructure?: Maybe; /** (live) */ viewChild?: Maybe; /** (live) */ executionCanReadCreatorPlanLevel1?: Maybe; /** (live) */ executionCanReadCreatorPlanLevel2?: Maybe; /** (live) */ executionCanReadCreatorPlanLevel3?: Maybe; /** (live) */ executionParentsTransitiveConnection: ExecutionParentsTransitiveConnection; /** (live) */ executionParentsTransitive?: Maybe>>; /** (live) */ executionParentsTransitiveWithRootConnection: ExecutionParentsTransitiveWithRootConnection; /** (live) */ executionParentsTransitiveWithRoot?: Maybe>>; /** (live) */ executionWorkflowGrandparentsConnection: ExecutionWorkflowGrandparentsConnection; /** (live) */ executionWorkflowGrandparents?: Maybe>>; /** (live) */ planParentsTransitiveConnection: PlanParentsTransitiveConnection; /** (live) */ planParentsTransitive?: Maybe>>; /** (live) */ planParentsTransitiveWithRootConnection: PlanParentsTransitiveWithRootConnection; /** (live) */ planParentsTransitiveWithRoot?: Maybe>>; /** (live) */ base36Decode?: Maybe; /** (live) */ base36Encode?: Maybe; /** (live) */ canReadPlanParentsConnection: CanReadPlanParentsConnection; /** (live) */ canReadPlanParents?: Maybe>>; /** (live) */ geojsonToValidGeometry?: Maybe; /** (live) */ geojsonToValidPolygon?: Maybe; /** (live) */ geometryToValidGeometry?: Maybe; /** (live) */ geometryToValidPolygon?: Maybe; /** (live) */ getParentStructuresConnection: GetParentStructuresConnection; /** (live) */ getParentStructures?: Maybe>>; /** (live) */ getPublicAnomalyLevelMappingsConnection: GetPublicAnomalyLevelMappingsConnection; /** (live) */ getPublicAnomalyLevelMappings?: Maybe>>; /** Admin only function. (live) */ loggedInUser?: Maybe; /** Gets the person email who was identified by our JWT. (live) */ loggedInUserEmail?: Maybe; /** Gets the person ID who was identified by our JWT. (live) */ loggedInUserId?: Maybe; /** Gets the person ROLE. (live) */ loggedInUserRole?: Maybe; /** (live) */ missionName?: Maybe; /** (live) */ organizationSubscriptionPlan?: Maybe; /** (live) */ ownerViewAssigmentsViewIdsConnection: OwnerViewAssigmentsViewIdsConnection; /** (live) */ ownerViewAssigmentsViewIds?: Maybe>>; /** (live) */ viewerActivityAssignmentMissionIdsConnection: ViewerActivityAssignmentMissionIdsConnection; /** (live) */ viewerActivityAssignmentMissionIds?: Maybe>>; listen: ListenPayload; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionActivityAssignmentsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionActivityAssignmentsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionAnomaliesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionAnomaliesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionAnomalyLevelMappingsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionAnomalyLevelMappingsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionAnomalyTypesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionAnomalyTypesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionArtifactsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionArtifactsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionClassificationsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionClassificationsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionCommentsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionCommentsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionDetectionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionDetectionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionEventsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionEventsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionFilesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionFilesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionImagesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionImagesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionImageCorrectionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionImageCorrectionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionMissionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionMissionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionMissionExecutionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionMissionExecutionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionMissionPlansConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionMissionPlansArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionOrganizationsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionOrganizationsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlansConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlansArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionSegmentationsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionSegmentationsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionStructuresConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionStructuresArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionStructureModelsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionStructureModelsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionStructurePlansConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionStructurePlansArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionUsersConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionUsersArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionViewsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionViewsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionViewAssignmentsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionViewAssignmentsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionViewTokensConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionViewTokensArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionAnomalyClassificationsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionAnomalyClassificationsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionAnomalyCloneovesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionAnomalyCloneovesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionAnomalyLevelMappingCloneovesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionAnomalyLevelMappingCloneovesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionAnomalySegmentationsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionAnomalySegmentationsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionAnomalyTypeCloneovesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionAnomalyTypeCloneovesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionAnomalyTypeLevelMappingsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionAnomalyTypeLevelMappingsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionArtifactCloneovesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionArtifactCloneovesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionClassificationCloneovesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionClassificationCloneovesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionCommentCloneovesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionCommentCloneovesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionDetectionCloneovesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionDetectionCloneovesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionEventExecutionsCreatedsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionEventExecutionsCreatedsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionEventExecutionsReadsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionEventExecutionsReadsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionEventExecutionsUpdatedsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionEventExecutionsUpdatedsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionEventPlansCreatedsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionEventPlansCreatedsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionEventPlansReadsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionEventPlansReadsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionEventPlansUpdatedsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionEventPlansUpdatedsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionAnomaliesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionAnomaliesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionArtifactsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionArtifactsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionChildrenConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionChildrenArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionCommentsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionCommentsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionCreatorPlanCreatedsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionCreatorPlanCreatedsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionDetectionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionDetectionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionFollowersConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionFollowersArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionImagesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionImagesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionLocationsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionLocationsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionOrganizationsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionOrganizationsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionStructuresConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionStructuresArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionUsersConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionUsersArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionImageCloneovesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionImageCloneovesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionImageCorrectionCloneovesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionImageCorrectionCloneovesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionLocationCloneovesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionLocationCloneovesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionMissionAnomaliesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionMissionAnomaliesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionMissionClientsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionMissionClientsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionMissionCloneovesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionMissionCloneovesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionMissionExecutionCloneovesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionMissionExecutionCloneovesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionMissionExpertsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionMissionExpertsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionMissionInspectorsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionMissionInspectorsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionMissionOperatorsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionMissionOperatorsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type Subscription_MissionPlanArtifactsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe<_MissionPlanArtifactCondition>; filter?: Maybe<_MissionPlanArtifactFilter>; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type Subscription_MissionPlanArtifactsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe<_MissionPlanArtifactCondition>; filter?: Maybe<_MissionPlanArtifactFilter>; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionMissionPlanCloneovesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionMissionPlanCloneovesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionOrganizationAdminsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionOrganizationAdminsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionOrganizationAnomalyLevelMappingsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionOrganizationAnomalyLevelMappingsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionOrganizationUsersConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionOrganizationUsersArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanAnomaliesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanAnomaliesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanArtifactsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanArtifactsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanAssignmentsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanAssignmentsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanChildrenConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanChildrenArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanCommentsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanCommentsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanCreatorExecutionCreatedsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanCreatorExecutionCreatedsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanDetectionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanDetectionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanFollowersConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanFollowersArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanImagesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanImagesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanLocationsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanLocationsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanOrganizationsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanOrganizationsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanStructuresConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanStructuresArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanUsersConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanUsersArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type Subscription_RelayIdsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe<_RelayIdCondition>; filter?: Maybe<_RelayIdFilter>; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type Subscription_RelayIdsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe<_RelayIdCondition>; filter?: Maybe<_RelayIdFilter>; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionSegmentationCloneovesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionSegmentationCloneovesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionStructureArtifactsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionStructureArtifactsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionStructureChildrenConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionStructureChildrenArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionStructureCloneovesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionStructureCloneovesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionStructureDevelopersConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionStructureDevelopersArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionStructureImagesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionStructureImagesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionStructureModelCloneovesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionStructureModelCloneovesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionStructureModelOwnersConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionStructureModelOwnersArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionStructureOperatorsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionStructureOperatorsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionStructureOwnersConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionStructureOwnersArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionStructurePlanCloneovesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionStructurePlanCloneovesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionStructurePlanStructuresConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionStructurePlanStructuresArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionViewChildrenConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionViewChildrenArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionActivityAssignmentArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionAnomalyArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionAnomalyLevelMappingArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionAnomalyTypeArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionArtifactArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionClassificationArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionCommentArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionDetectionArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionEventArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionFileArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionImageArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionImageCorrectionArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionLocationArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionMissionArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionMissionExecutionArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionMissionPlanArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionOrganizationArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionSegmentationArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionStructureArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionStructureModelArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionStructurePlanArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionUserArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionUserByEmailArgs = { email: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionViewArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionViewAssignmentArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionViewTokenArgs = { tokenNodeId: Scalars['String']; position: Scalars['Int']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionAnomalyClassificationArgs = { a: Scalars['String']; b: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionAnomalyCloneOfArgs = { a: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionAnomalyLevelMappingCloneOfArgs = { a: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionAnomalySegmentationArgs = { a: Scalars['String']; b: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionAnomalyTypeCloneOfArgs = { a: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionAnomalyTypeLevelMappingArgs = { a: Scalars['String']; b: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionArtifactCloneOfArgs = { a: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionClassificationCloneOfArgs = { a: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionCommentCloneOfArgs = { a: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionDetectionCloneOfArgs = { a: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionEventExecutionsCreatedArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionEventExecutionsReadArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionEventExecutionsUpdatedArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionEventPlansCreatedArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionEventPlansReadArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionEventPlansUpdatedArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionAnomalyArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionArtifactArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionChildArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionCommentArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionCreatorPlanCreatedArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionDetectionArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionFollowerArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionImageArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionLocationArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionOrganizationArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionStructureArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionUserArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionImageCloneOfArgs = { a: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionImageCorrectionCloneOfArgs = { a: Scalars['String']; b: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionLocationCloneOfArgs = { a: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionMissionAnomalyArgs = { a: Scalars['String']; b: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionMissionCloneOfArgs = { a: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionMissionExecutionCloneOfArgs = { a: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type Subscription_MissionPlanArtifactArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionMissionPlanCloneOfArgs = { a: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionOrganizationAdminArgs = { a: Scalars['String']; b: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionOrganizationAnomalyLevelMappingArgs = { a: Scalars['String']; b: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionOrganizationUserArgs = { a: Scalars['String']; b: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanAnomalyArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanArtifactArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanAssignmentArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanChildArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanCommentArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanCreatorExecutionCreatedArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanDetectionArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanFollowerArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanImageArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanLocationArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanOrganizationArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanStructureArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanUserArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type Subscription_RelayIdArgs = { id: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionSegmentationCloneOfArgs = { a: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionStructureArtifactArgs = { a: Scalars['String']; b: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionStructureChildArgs = { a: Scalars['String']; b: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionStructureCloneOfArgs = { a: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionStructureDeveloperArgs = { a: Scalars['String']; b: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionStructureImageArgs = { a: Scalars['String']; b: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionStructureModelCloneOfArgs = { a: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionStructureModelOwnerArgs = { a: Scalars['String']; b: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionStructureOperatorArgs = { a: Scalars['String']; b: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionStructureOwnerArgs = { a: Scalars['String']; b: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionStructurePlanCloneOfArgs = { a: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionStructurePlanStructureArgs = { a: Scalars['String']; b: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionViewChildArgs = { a: Scalars['String']; b: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionCanReadCreatorPlanLevel1Args = { executionid: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionCanReadCreatorPlanLevel2Args = { executionid: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionCanReadCreatorPlanLevel3Args = { executionid: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionParentsTransitiveConnectionArgs = { executionid: Scalars['String']; first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionParentsTransitiveArgs = { executionid: Scalars['String']; first?: Maybe; offset?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionParentsTransitiveWithRootConnectionArgs = { executionid: Scalars['String']; first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionParentsTransitiveWithRootArgs = { executionid: Scalars['String']; first?: Maybe; offset?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionWorkflowGrandparentsConnectionArgs = { executionid: Scalars['String']; first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionExecutionWorkflowGrandparentsArgs = { executionid: Scalars['String']; first?: Maybe; offset?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanParentsTransitiveConnectionArgs = { planid: Scalars['String']; first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanParentsTransitiveArgs = { planid: Scalars['String']; first?: Maybe; offset?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanParentsTransitiveWithRootConnectionArgs = { planid: Scalars['String']; first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionPlanParentsTransitiveWithRootArgs = { planid: Scalars['String']; first?: Maybe; offset?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionBase36DecodeArgs = { base36: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionBase36EncodeArgs = { digits: Scalars['BigInt']; minWidth?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionCanReadPlanParentsConnectionArgs = { planid: Scalars['String']; first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionCanReadPlanParentsArgs = { planid: Scalars['String']; first?: Maybe; offset?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionGeojsonToValidGeometryArgs = { s: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionGeojsonToValidPolygonArgs = { s: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionGeometryToValidGeometryArgs = { g: Scalars['GeoJSON']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionGeometryToValidPolygonArgs = { g: Scalars['GeoJSON']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionGetParentStructuresConnectionArgs = { arg0: Scalars['String']; first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionGetParentStructuresArgs = { arg0: Scalars['String']; first?: Maybe; offset?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionGetPublicAnomalyLevelMappingsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionGetPublicAnomalyLevelMappingsArgs = { first?: Maybe; offset?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionMissionNameArgs = { arg0: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionOrganizationSubscriptionPlanArgs = { arg0: Scalars['String']; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionOwnerViewAssigmentsViewIdsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionOwnerViewAssigmentsViewIdsArgs = { first?: Maybe; offset?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionViewerActivityAssignmentMissionIdsConnectionArgs = { roles?: Maybe>>; first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionViewerActivityAssignmentMissionIdsArgs = { roles?: Maybe>>; first?: Maybe; offset?: Maybe; filter?: Maybe; }; /** * The root subscription type: contains events and live queries you can subscribe to with the `subscription` operation. * * #### Live Queries * * Live query fields are differentiated by containing `(live)` at the end of their * description, they are added for each field in the `Query` type. When you * subscribe to a live query field, the selection set will be evaluated and sent to * the client, and then most things\* that would cause the output of the selection * set to change will trigger the selection set to be re-evaluated and the results * to be re-sent to the client. * * _(\* Not everything: typically only changes to persisted data referenced by the query are detected, not computed fields.)_ * * Live queries can be very expensive, so try and keep them small and focussed. * * #### Events * * Event fields will run their selection set when, and only when, the specified * server-side event occurs. This makes them a lot more efficient than Live * Queries, but it is still recommended that you keep payloads fairly small. */ export declare type SubscriptionListenArgs = { topic: Scalars['String']; }; /** All input for the `updateActivityAssignment` mutation. */ export declare type UpdateActivityAssignmentInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `ActivityAssignment` being updated. */ patch: ActivityAssignmentPatch; id: Scalars['String']; }; /** The output of our update `ActivityAssignment` mutation. */ export declare type UpdateActivityAssignmentPayload = { __typename?: 'UpdateActivityAssignmentPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ActivityAssignment` that was updated by this mutation. */ activityAssignment?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Mission` that is related to this `ActivityAssignment`. */ mission?: Maybe; /** Reads a single `Organization` that is related to this `ActivityAssignment`. */ organization?: Maybe; /** Reads a single `User` that is related to this `ActivityAssignment`. */ user?: Maybe; /** An edge for our `ActivityAssignment`. May be used by Relay 1. */ activityAssignmentEdge?: Maybe; }; /** The output of our update `ActivityAssignment` mutation. */ export declare type UpdateActivityAssignmentPayloadActivityAssignmentEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateAnomalyClassification` mutation. */ export declare type UpdateAnomalyClassificationInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `AnomalyClassification` being updated. */ patch: AnomalyClassificationPatch; a: Scalars['String']; b: Scalars['String']; }; /** An object where the defined keys will be set on the `anomalyClassification` being updated. */ export declare type UpdateAnomalyClassificationOnAnomalyClassificationForAnomalyClassificationIbfk1Patch = { b?: Maybe; anomaly?: Maybe<_AnomalyClassificationIbfk1Input>; classification?: Maybe<_AnomalyClassificationIbfk2Input>; }; /** An object where the defined keys will be set on the `anomalyClassification` being updated. */ export declare type UpdateAnomalyClassificationOnAnomalyClassificationForAnomalyClassificationIbfk2Patch = { a?: Maybe; anomaly?: Maybe<_AnomalyClassificationIbfk1Input>; classification?: Maybe<_AnomalyClassificationIbfk2Input>; }; /** The output of our update `AnomalyClassification` mutation. */ export declare type UpdateAnomalyClassificationPayload = { __typename?: 'UpdateAnomalyClassificationPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `AnomalyClassification` that was updated by this mutation. */ anomalyClassification?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Anomaly` that is related to this `AnomalyClassification`. */ anomaly?: Maybe; /** Reads a single `Classification` that is related to this `AnomalyClassification`. */ classification?: Maybe; /** An edge for our `AnomalyClassification`. May be used by Relay 1. */ anomalyClassificationEdge?: Maybe; }; /** The output of our update `AnomalyClassification` mutation. */ export declare type UpdateAnomalyClassificationPayloadAnomalyClassificationEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateAnomalyCloneOf` mutation. */ export declare type UpdateAnomalyCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `AnomalyCloneOf` being updated. */ patch: AnomalyCloneOfPatch; a: Scalars['String']; }; /** An object where the defined keys will be set on the `anomalyCloneOf` being updated. */ export declare type UpdateAnomalyCloneOfOnAnomalyCloneOfForAnomalyCloneOfIbfk1Patch = { b?: Maybe; cloneOf?: Maybe<_AnomalyCloneOfIbfk1Input>; clone?: Maybe<_AnomalyCloneOfIbfk2Input>; }; /** An object where the defined keys will be set on the `anomalyCloneOf` being updated. */ export declare type UpdateAnomalyCloneOfOnAnomalyCloneOfForAnomalyCloneOfIbfk2Patch = { a?: Maybe; cloneOf?: Maybe<_AnomalyCloneOfIbfk1Input>; clone?: Maybe<_AnomalyCloneOfIbfk2Input>; }; /** The output of our update `AnomalyCloneOf` mutation. */ export declare type UpdateAnomalyCloneOfPayload = { __typename?: 'UpdateAnomalyCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `AnomalyCloneOf` that was updated by this mutation. */ anomalyCloneOf?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Anomaly` that is related to this `AnomalyCloneOf`. */ cloneOf?: Maybe; /** Reads a single `Anomaly` that is related to this `AnomalyCloneOf`. */ clone?: Maybe; /** An edge for our `AnomalyCloneOf`. May be used by Relay 1. */ anomalyCloneOfEdge?: Maybe; }; /** The output of our update `AnomalyCloneOf` mutation. */ export declare type UpdateAnomalyCloneOfPayloadAnomalyCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateAnomaly` mutation. */ export declare type UpdateAnomalyInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `Anomaly` being updated. */ patch: AnomalyPatch; id: Scalars['String']; }; /** All input for the `updateAnomalyLevelMappingCloneOf` mutation. */ export declare type UpdateAnomalyLevelMappingCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `AnomalyLevelMappingCloneOf` being updated. */ patch: AnomalyLevelMappingCloneOfPatch; a: Scalars['String']; }; /** An object where the defined keys will be set on the `anomalyLevelMappingCloneOf` being updated. */ export declare type UpdateAnomalyLevelMappingCloneOfOnAnomalyLevelMappingCloneOfForAnomalyLevelMappingCloneOfIbfk1Patch = { b?: Maybe; cloneOf?: Maybe<_AnomalyLevelMappingCloneOfIbfk1Input>; clone?: Maybe<_AnomalyLevelMappingCloneOfIbfk2Input>; }; /** An object where the defined keys will be set on the `anomalyLevelMappingCloneOf` being updated. */ export declare type UpdateAnomalyLevelMappingCloneOfOnAnomalyLevelMappingCloneOfForAnomalyLevelMappingCloneOfIbfk2Patch = { a?: Maybe; cloneOf?: Maybe<_AnomalyLevelMappingCloneOfIbfk1Input>; clone?: Maybe<_AnomalyLevelMappingCloneOfIbfk2Input>; }; /** The output of our update `AnomalyLevelMappingCloneOf` mutation. */ export declare type UpdateAnomalyLevelMappingCloneOfPayload = { __typename?: 'UpdateAnomalyLevelMappingCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `AnomalyLevelMappingCloneOf` that was updated by this mutation. */ anomalyLevelMappingCloneOf?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `AnomalyLevelMapping` that is related to this `AnomalyLevelMappingCloneOf`. */ cloneOf?: Maybe; /** Reads a single `AnomalyLevelMapping` that is related to this `AnomalyLevelMappingCloneOf`. */ clone?: Maybe; /** An edge for our `AnomalyLevelMappingCloneOf`. May be used by Relay 1. */ anomalyLevelMappingCloneOfEdge?: Maybe; }; /** The output of our update `AnomalyLevelMappingCloneOf` mutation. */ export declare type UpdateAnomalyLevelMappingCloneOfPayloadAnomalyLevelMappingCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateAnomalyLevelMapping` mutation. */ export declare type UpdateAnomalyLevelMappingInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `AnomalyLevelMapping` being updated. */ patch: AnomalyLevelMappingPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `anomalyLevelMapping` being updated. */ export declare type UpdateAnomalyLevelMappingOnAnomalyLevelMappingCloneOfForAnomalyLevelMappingCloneOfIbfk1Patch = { nickname?: Maybe; name?: Maybe; description?: Maybe; structureType?: Maybe; parameters?: Maybe; csvConfig?: Maybe; anomalyTypesRelation?: Maybe<_AnomalyTypeLevelMappingIbfk1InverseInput>; cloneOfRelation?: Maybe<_AnomalyLevelMappingCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_AnomalyLevelMappingCloneOfIbfk2InverseInput>; organizationsRelation?: Maybe<_OrganizationAnomalyLevelMappingIbfk1InverseInput>; }; /** An object where the defined keys will be set on the `anomalyLevelMapping` being updated. */ export declare type UpdateAnomalyLevelMappingOnAnomalyLevelMappingCloneOfForAnomalyLevelMappingCloneOfIbfk2Patch = { nickname?: Maybe; name?: Maybe; description?: Maybe; structureType?: Maybe; parameters?: Maybe; csvConfig?: Maybe; anomalyTypesRelation?: Maybe<_AnomalyTypeLevelMappingIbfk1InverseInput>; cloneOfRelation?: Maybe<_AnomalyLevelMappingCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_AnomalyLevelMappingCloneOfIbfk2InverseInput>; organizationsRelation?: Maybe<_OrganizationAnomalyLevelMappingIbfk1InverseInput>; }; /** The output of our update `AnomalyLevelMapping` mutation. */ export declare type UpdateAnomalyLevelMappingPayload = { __typename?: 'UpdateAnomalyLevelMappingPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `AnomalyLevelMapping` that was updated by this mutation. */ anomalyLevelMapping?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** An edge for our `AnomalyLevelMapping`. May be used by Relay 1. */ anomalyLevelMappingEdge?: Maybe; }; /** The output of our update `AnomalyLevelMapping` mutation. */ export declare type UpdateAnomalyLevelMappingPayloadAnomalyLevelMappingEdgeArgs = { orderBy?: Maybe>; }; /** An object where the defined keys will be set on the `anomaly` being updated. */ export declare type UpdateAnomalyOnAnomalyCloneOfForAnomalyCloneOfIbfk1Patch = { nickname?: Maybe; level?: Maybe; parameters?: Maybe; uMin?: Maybe; uMax?: Maybe; vMin?: Maybe; vMax?: Maybe; uvGeometry?: Maybe; description?: Maybe; type?: Maybe; location?: Maybe; structure?: Maybe; author?: Maybe; gltf?: Maybe; cloneOfRelation?: Maybe<_AnomalyCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_AnomalyCloneOfIbfk2InverseInput>; detections?: Maybe; segmentationsRelation?: Maybe<_AnomalySegmentationIbfk1InverseInput>; comments?: Maybe; missionsRelation?: Maybe<_MissionAnomaliesIbfk1InverseInput>; classificationsRelation?: Maybe<_AnomalyClassificationIbfk1InverseInput>; planRelation?: Maybe<_PlanAnomalyAnomalyIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionAnomalyAnomalyIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `anomaly` being updated. */ export declare type UpdateAnomalyOnAnomalyCloneOfForAnomalyCloneOfIbfk2Patch = { nickname?: Maybe; level?: Maybe; parameters?: Maybe; uMin?: Maybe; uMax?: Maybe; vMin?: Maybe; vMax?: Maybe; uvGeometry?: Maybe; description?: Maybe; type?: Maybe; location?: Maybe; structure?: Maybe; author?: Maybe; gltf?: Maybe; cloneOfRelation?: Maybe<_AnomalyCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_AnomalyCloneOfIbfk2InverseInput>; detections?: Maybe; segmentationsRelation?: Maybe<_AnomalySegmentationIbfk1InverseInput>; comments?: Maybe; missionsRelation?: Maybe<_MissionAnomaliesIbfk1InverseInput>; classificationsRelation?: Maybe<_AnomalyClassificationIbfk1InverseInput>; planRelation?: Maybe<_PlanAnomalyAnomalyIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionAnomalyAnomalyIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `anomaly` being updated. */ export declare type UpdateAnomalyOnExecutionAnomalyForExecutionAnomalyAnomalyIdFkeyPatch = { nickname?: Maybe; level?: Maybe; parameters?: Maybe; uMin?: Maybe; uMax?: Maybe; vMin?: Maybe; vMax?: Maybe; uvGeometry?: Maybe; description?: Maybe; type?: Maybe; location?: Maybe; structure?: Maybe; author?: Maybe; gltf?: Maybe; cloneOfRelation?: Maybe<_AnomalyCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_AnomalyCloneOfIbfk2InverseInput>; detections?: Maybe; segmentationsRelation?: Maybe<_AnomalySegmentationIbfk1InverseInput>; comments?: Maybe; missionsRelation?: Maybe<_MissionAnomaliesIbfk1InverseInput>; classificationsRelation?: Maybe<_AnomalyClassificationIbfk1InverseInput>; planRelation?: Maybe<_PlanAnomalyAnomalyIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionAnomalyAnomalyIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `anomaly` being updated. */ export declare type UpdateAnomalyOnPlanAnomalyForPlanAnomalyAnomalyIdFkeyPatch = { nickname?: Maybe; level?: Maybe; parameters?: Maybe; uMin?: Maybe; uMax?: Maybe; vMin?: Maybe; vMax?: Maybe; uvGeometry?: Maybe; description?: Maybe; type?: Maybe; location?: Maybe; structure?: Maybe; author?: Maybe; gltf?: Maybe; cloneOfRelation?: Maybe<_AnomalyCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_AnomalyCloneOfIbfk2InverseInput>; detections?: Maybe; segmentationsRelation?: Maybe<_AnomalySegmentationIbfk1InverseInput>; comments?: Maybe; missionsRelation?: Maybe<_MissionAnomaliesIbfk1InverseInput>; classificationsRelation?: Maybe<_AnomalyClassificationIbfk1InverseInput>; planRelation?: Maybe<_PlanAnomalyAnomalyIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionAnomalyAnomalyIdFkeyInverseInput>; }; /** The output of our update `Anomaly` mutation. */ export declare type UpdateAnomalyPayload = { __typename?: 'UpdateAnomalyPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `Anomaly` that was updated by this mutation. */ anomaly?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `AnomalyType` that is related to this `Anomaly`. */ type?: Maybe; /** Reads a single `Location` that is related to this `Anomaly`. */ location?: Maybe; /** Reads a single `Structure` that is related to this `Anomaly`. */ structure?: Maybe; /** Reads a single `User` that is related to this `Anomaly`. */ author?: Maybe; /** Reads a single `File` that is related to this `Anomaly`. */ gltf?: Maybe; /** An edge for our `Anomaly`. May be used by Relay 1. */ anomalyEdge?: Maybe; }; /** The output of our update `Anomaly` mutation. */ export declare type UpdateAnomalyPayloadAnomalyEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateAnomalySegmentation` mutation. */ export declare type UpdateAnomalySegmentationInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `AnomalySegmentation` being updated. */ patch: AnomalySegmentationPatch; a: Scalars['String']; b: Scalars['String']; }; /** An object where the defined keys will be set on the `anomalySegmentation` being updated. */ export declare type UpdateAnomalySegmentationOnAnomalySegmentationForAnomalySegmentationIbfk1Patch = { b?: Maybe; anomaly?: Maybe<_AnomalySegmentationIbfk1Input>; segmentation?: Maybe<_AnomalySegmentationIbfk2Input>; }; /** An object where the defined keys will be set on the `anomalySegmentation` being updated. */ export declare type UpdateAnomalySegmentationOnAnomalySegmentationForAnomalySegmentationIbfk2Patch = { a?: Maybe; anomaly?: Maybe<_AnomalySegmentationIbfk1Input>; segmentation?: Maybe<_AnomalySegmentationIbfk2Input>; }; /** The output of our update `AnomalySegmentation` mutation. */ export declare type UpdateAnomalySegmentationPayload = { __typename?: 'UpdateAnomalySegmentationPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `AnomalySegmentation` that was updated by this mutation. */ anomalySegmentation?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Anomaly` that is related to this `AnomalySegmentation`. */ anomaly?: Maybe; /** Reads a single `Segmentation` that is related to this `AnomalySegmentation`. */ segmentation?: Maybe; /** An edge for our `AnomalySegmentation`. May be used by Relay 1. */ anomalySegmentationEdge?: Maybe; }; /** The output of our update `AnomalySegmentation` mutation. */ export declare type UpdateAnomalySegmentationPayloadAnomalySegmentationEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateAnomalyTypeCloneOf` mutation. */ export declare type UpdateAnomalyTypeCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `AnomalyTypeCloneOf` being updated. */ patch: AnomalyTypeCloneOfPatch; a: Scalars['String']; }; /** An object where the defined keys will be set on the `anomalyTypeCloneOf` being updated. */ export declare type UpdateAnomalyTypeCloneOfOnAnomalyTypeCloneOfForAnomalyTypeCloneOfIbfk1Patch = { b?: Maybe; cloneOf?: Maybe<_AnomalyTypeCloneOfIbfk1Input>; clone?: Maybe<_AnomalyTypeCloneOfIbfk2Input>; }; /** An object where the defined keys will be set on the `anomalyTypeCloneOf` being updated. */ export declare type UpdateAnomalyTypeCloneOfOnAnomalyTypeCloneOfForAnomalyTypeCloneOfIbfk2Patch = { a?: Maybe; cloneOf?: Maybe<_AnomalyTypeCloneOfIbfk1Input>; clone?: Maybe<_AnomalyTypeCloneOfIbfk2Input>; }; /** The output of our update `AnomalyTypeCloneOf` mutation. */ export declare type UpdateAnomalyTypeCloneOfPayload = { __typename?: 'UpdateAnomalyTypeCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `AnomalyTypeCloneOf` that was updated by this mutation. */ anomalyTypeCloneOf?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `AnomalyType` that is related to this `AnomalyTypeCloneOf`. */ cloneOf?: Maybe; /** Reads a single `AnomalyType` that is related to this `AnomalyTypeCloneOf`. */ clone?: Maybe; /** An edge for our `AnomalyTypeCloneOf`. May be used by Relay 1. */ anomalyTypeCloneOfEdge?: Maybe; }; /** The output of our update `AnomalyTypeCloneOf` mutation. */ export declare type UpdateAnomalyTypeCloneOfPayloadAnomalyTypeCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateAnomalyType` mutation. */ export declare type UpdateAnomalyTypeInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `AnomalyType` being updated. */ patch: AnomalyTypePatch; id: Scalars['String']; }; /** All input for the `updateAnomalyTypeLevelMapping` mutation. */ export declare type UpdateAnomalyTypeLevelMappingInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `AnomalyTypeLevelMapping` being updated. */ patch: AnomalyTypeLevelMappingPatch; a: Scalars['String']; b: Scalars['String']; }; /** An object where the defined keys will be set on the `anomalyTypeLevelMapping` being updated. */ export declare type UpdateAnomalyTypeLevelMappingOnAnomalyTypeLevelMappingForAnomalyTypeLevelMappingIbfk1Patch = { b?: Maybe; levelMapping?: Maybe<_AnomalyTypeLevelMappingIbfk1Input>; anomalyType?: Maybe<_AnomalyTypeLevelMappingIbfk2Input>; }; /** An object where the defined keys will be set on the `anomalyTypeLevelMapping` being updated. */ export declare type UpdateAnomalyTypeLevelMappingOnAnomalyTypeLevelMappingForAnomalyTypeLevelMappingIbfk2Patch = { a?: Maybe; levelMapping?: Maybe<_AnomalyTypeLevelMappingIbfk1Input>; anomalyType?: Maybe<_AnomalyTypeLevelMappingIbfk2Input>; }; /** The output of our update `AnomalyTypeLevelMapping` mutation. */ export declare type UpdateAnomalyTypeLevelMappingPayload = { __typename?: 'UpdateAnomalyTypeLevelMappingPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `AnomalyTypeLevelMapping` that was updated by this mutation. */ anomalyTypeLevelMapping?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `AnomalyLevelMapping` that is related to this `AnomalyTypeLevelMapping`. */ levelMapping?: Maybe; /** Reads a single `AnomalyType` that is related to this `AnomalyTypeLevelMapping`. */ anomalyType?: Maybe; /** An edge for our `AnomalyTypeLevelMapping`. May be used by Relay 1. */ anomalyTypeLevelMappingEdge?: Maybe; }; /** The output of our update `AnomalyTypeLevelMapping` mutation. */ export declare type UpdateAnomalyTypeLevelMappingPayloadAnomalyTypeLevelMappingEdgeArgs = { orderBy?: Maybe>; }; /** An object where the defined keys will be set on the `anomalyType` being updated. */ export declare type UpdateAnomalyTypeOnAnomalyTypeCloneOfForAnomalyTypeCloneOfIbfk1Patch = { nickname?: Maybe; name?: Maybe; structureType?: Maybe; level?: Maybe; parameters?: Maybe; description?: Maybe; segmentations?: Maybe; anomalies?: Maybe; detections?: Maybe; cloneOfRelation?: Maybe<_AnomalyTypeCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_AnomalyTypeCloneOfIbfk2InverseInput>; classifications?: Maybe; levelMappingsRelation?: Maybe<_AnomalyTypeLevelMappingIbfk2InverseInput>; }; /** An object where the defined keys will be set on the `anomalyType` being updated. */ export declare type UpdateAnomalyTypeOnAnomalyTypeCloneOfForAnomalyTypeCloneOfIbfk2Patch = { nickname?: Maybe; name?: Maybe; structureType?: Maybe; level?: Maybe; parameters?: Maybe; description?: Maybe; segmentations?: Maybe; anomalies?: Maybe; detections?: Maybe; cloneOfRelation?: Maybe<_AnomalyTypeCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_AnomalyTypeCloneOfIbfk2InverseInput>; classifications?: Maybe; levelMappingsRelation?: Maybe<_AnomalyTypeLevelMappingIbfk2InverseInput>; }; /** The output of our update `AnomalyType` mutation. */ export declare type UpdateAnomalyTypePayload = { __typename?: 'UpdateAnomalyTypePayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `AnomalyType` that was updated by this mutation. */ anomalyType?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** An edge for our `AnomalyType`. May be used by Relay 1. */ anomalyTypeEdge?: Maybe; }; /** The output of our update `AnomalyType` mutation. */ export declare type UpdateAnomalyTypePayloadAnomalyTypeEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateArtifactCloneOf` mutation. */ export declare type UpdateArtifactCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `ArtifactCloneOf` being updated. */ patch: ArtifactCloneOfPatch; a: Scalars['String']; }; /** An object where the defined keys will be set on the `artifactCloneOf` being updated. */ export declare type UpdateArtifactCloneOfOnArtifactCloneOfForArtifactCloneOfIbfk1Patch = { b?: Maybe; cloneOf?: Maybe<_ArtifactCloneOfIbfk1Input>; clone?: Maybe<_ArtifactCloneOfIbfk2Input>; }; /** An object where the defined keys will be set on the `artifactCloneOf` being updated. */ export declare type UpdateArtifactCloneOfOnArtifactCloneOfForArtifactCloneOfIbfk2Patch = { a?: Maybe; cloneOf?: Maybe<_ArtifactCloneOfIbfk1Input>; clone?: Maybe<_ArtifactCloneOfIbfk2Input>; }; /** The output of our update `ArtifactCloneOf` mutation. */ export declare type UpdateArtifactCloneOfPayload = { __typename?: 'UpdateArtifactCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ArtifactCloneOf` that was updated by this mutation. */ artifactCloneOf?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Artifact` that is related to this `ArtifactCloneOf`. */ cloneOf?: Maybe; /** Reads a single `Artifact` that is related to this `ArtifactCloneOf`. */ clone?: Maybe; /** An edge for our `ArtifactCloneOf`. May be used by Relay 1. */ artifactCloneOfEdge?: Maybe; }; /** The output of our update `ArtifactCloneOf` mutation. */ export declare type UpdateArtifactCloneOfPayloadArtifactCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateArtifact` mutation. */ export declare type UpdateArtifactInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `Artifact` being updated. */ patch: ArtifactPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `artifact` being updated. */ export declare type UpdateArtifactOnArtifactCloneOfForArtifactCloneOfIbfk1Patch = { nickname?: Maybe; name?: Maybe; type?: Maybe; index?: Maybe; parameters?: Maybe; fallbackData?: Maybe; description?: Maybe; file?: Maybe; location?: Maybe; mission?: Maybe; plan?: Maybe; missionExecution?: Maybe; structuresRelation?: Maybe<_StructureArtifactsIbfk1InverseInput>; comments?: Maybe; cloneOfRelation?: Maybe<_ArtifactCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_ArtifactCloneOfIbfk2InverseInput>; planRelation?: Maybe<_PlanArtifactArtifactIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionArtifactArtifactIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `artifact` being updated. */ export declare type UpdateArtifactOnArtifactCloneOfForArtifactCloneOfIbfk2Patch = { nickname?: Maybe; name?: Maybe; type?: Maybe; index?: Maybe; parameters?: Maybe; fallbackData?: Maybe; description?: Maybe; file?: Maybe; location?: Maybe; mission?: Maybe; plan?: Maybe; missionExecution?: Maybe; structuresRelation?: Maybe<_StructureArtifactsIbfk1InverseInput>; comments?: Maybe; cloneOfRelation?: Maybe<_ArtifactCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_ArtifactCloneOfIbfk2InverseInput>; planRelation?: Maybe<_PlanArtifactArtifactIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionArtifactArtifactIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `artifact` being updated. */ export declare type UpdateArtifactOnExecutionArtifactForExecutionArtifactArtifactIdFkeyPatch = { nickname?: Maybe; name?: Maybe; type?: Maybe; index?: Maybe; parameters?: Maybe; fallbackData?: Maybe; description?: Maybe; file?: Maybe; location?: Maybe; mission?: Maybe; plan?: Maybe; missionExecution?: Maybe; structuresRelation?: Maybe<_StructureArtifactsIbfk1InverseInput>; comments?: Maybe; cloneOfRelation?: Maybe<_ArtifactCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_ArtifactCloneOfIbfk2InverseInput>; planRelation?: Maybe<_PlanArtifactArtifactIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionArtifactArtifactIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `artifact` being updated. */ export declare type UpdateArtifactOnPlanArtifactForPlanArtifactArtifactIdFkeyPatch = { nickname?: Maybe; name?: Maybe; type?: Maybe; index?: Maybe; parameters?: Maybe; fallbackData?: Maybe; description?: Maybe; file?: Maybe; location?: Maybe; mission?: Maybe; plan?: Maybe; missionExecution?: Maybe; structuresRelation?: Maybe<_StructureArtifactsIbfk1InverseInput>; comments?: Maybe; cloneOfRelation?: Maybe<_ArtifactCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_ArtifactCloneOfIbfk2InverseInput>; planRelation?: Maybe<_PlanArtifactArtifactIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionArtifactArtifactIdFkeyInverseInput>; }; /** The output of our update `Artifact` mutation. */ export declare type UpdateArtifactPayload = { __typename?: 'UpdateArtifactPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `Artifact` that was updated by this mutation. */ artifact?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `File` that is related to this `Artifact`. */ file?: Maybe; /** Reads a single `Location` that is related to this `Artifact`. */ location?: Maybe; /** Reads a single `Mission` that is related to this `Artifact`. */ mission?: Maybe; /** Reads a single `MissionPlan` that is related to this `Artifact`. */ plan?: Maybe; /** Reads a single `MissionExecution` that is related to this `Artifact`. */ missionExecution?: Maybe; /** An edge for our `Artifact`. May be used by Relay 1. */ artifactEdge?: Maybe; }; /** The output of our update `Artifact` mutation. */ export declare type UpdateArtifactPayloadArtifactEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateClassificationCloneOf` mutation. */ export declare type UpdateClassificationCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `ClassificationCloneOf` being updated. */ patch: ClassificationCloneOfPatch; a: Scalars['String']; }; /** An object where the defined keys will be set on the `classificationCloneOf` being updated. */ export declare type UpdateClassificationCloneOfOnClassificationCloneOfForClassificationCloneOfIbfk1Patch = { b?: Maybe; cloneOf?: Maybe<_ClassificationCloneOfIbfk1Input>; clone?: Maybe<_ClassificationCloneOfIbfk2Input>; }; /** An object where the defined keys will be set on the `classificationCloneOf` being updated. */ export declare type UpdateClassificationCloneOfOnClassificationCloneOfForClassificationCloneOfIbfk2Patch = { a?: Maybe; cloneOf?: Maybe<_ClassificationCloneOfIbfk1Input>; clone?: Maybe<_ClassificationCloneOfIbfk2Input>; }; /** The output of our update `ClassificationCloneOf` mutation. */ export declare type UpdateClassificationCloneOfPayload = { __typename?: 'UpdateClassificationCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ClassificationCloneOf` that was updated by this mutation. */ classificationCloneOf?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Classification` that is related to this `ClassificationCloneOf`. */ cloneOf?: Maybe; /** Reads a single `Classification` that is related to this `ClassificationCloneOf`. */ clone?: Maybe; /** An edge for our `ClassificationCloneOf`. May be used by Relay 1. */ classificationCloneOfEdge?: Maybe; }; /** The output of our update `ClassificationCloneOf` mutation. */ export declare type UpdateClassificationCloneOfPayloadClassificationCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateClassification` mutation. */ export declare type UpdateClassificationInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `Classification` being updated. */ patch: ClassificationPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `classification` being updated. */ export declare type UpdateClassificationOnClassificationCloneOfForClassificationCloneOfIbfk1Patch = { nickname?: Maybe; value?: Maybe; author?: Maybe; type?: Maybe; image?: Maybe; mission?: Maybe; comments?: Maybe; cloneOfRelation?: Maybe<_ClassificationCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_ClassificationCloneOfIbfk2InverseInput>; anomaliesRelation?: Maybe<_AnomalyClassificationIbfk2InverseInput>; }; /** An object where the defined keys will be set on the `classification` being updated. */ export declare type UpdateClassificationOnClassificationCloneOfForClassificationCloneOfIbfk2Patch = { nickname?: Maybe; value?: Maybe; author?: Maybe; type?: Maybe; image?: Maybe; mission?: Maybe; comments?: Maybe; cloneOfRelation?: Maybe<_ClassificationCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_ClassificationCloneOfIbfk2InverseInput>; anomaliesRelation?: Maybe<_AnomalyClassificationIbfk2InverseInput>; }; /** The output of our update `Classification` mutation. */ export declare type UpdateClassificationPayload = { __typename?: 'UpdateClassificationPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `Classification` that was updated by this mutation. */ classification?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `User` that is related to this `Classification`. */ author?: Maybe; /** Reads a single `AnomalyType` that is related to this `Classification`. */ type?: Maybe; /** Reads a single `Image` that is related to this `Classification`. */ image?: Maybe; /** Reads a single `MissionExecution` that is related to this `Classification`. */ mission?: Maybe; /** An edge for our `Classification`. May be used by Relay 1. */ classificationEdge?: Maybe; }; /** The output of our update `Classification` mutation. */ export declare type UpdateClassificationPayloadClassificationEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateCommentCloneOf` mutation. */ export declare type UpdateCommentCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `CommentCloneOf` being updated. */ patch: CommentCloneOfPatch; a: Scalars['String']; }; /** An object where the defined keys will be set on the `commentCloneOf` being updated. */ export declare type UpdateCommentCloneOfOnCommentCloneOfForCommentCloneOfIbfk1Patch = { b?: Maybe; cloneOf?: Maybe<_CommentCloneOfIbfk1Input>; clone?: Maybe<_CommentCloneOfIbfk2Input>; }; /** An object where the defined keys will be set on the `commentCloneOf` being updated. */ export declare type UpdateCommentCloneOfOnCommentCloneOfForCommentCloneOfIbfk2Patch = { a?: Maybe; cloneOf?: Maybe<_CommentCloneOfIbfk1Input>; clone?: Maybe<_CommentCloneOfIbfk2Input>; }; /** The output of our update `CommentCloneOf` mutation. */ export declare type UpdateCommentCloneOfPayload = { __typename?: 'UpdateCommentCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `CommentCloneOf` that was updated by this mutation. */ commentCloneOf?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Comment` that is related to this `CommentCloneOf`. */ cloneOf?: Maybe; /** Reads a single `Comment` that is related to this `CommentCloneOf`. */ clone?: Maybe; /** An edge for our `CommentCloneOf`. May be used by Relay 1. */ commentCloneOfEdge?: Maybe; }; /** The output of our update `CommentCloneOf` mutation. */ export declare type UpdateCommentCloneOfPayloadCommentCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateComment` mutation. */ export declare type UpdateCommentInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `Comment` being updated. */ patch: CommentPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `comment` being updated. */ export declare type UpdateCommentOnCommentCloneOfForCommentCloneOfIbfk1Patch = { content?: Maybe; author?: Maybe; aboutComment?: Maybe; aboutArtifact?: Maybe; aboutMission?: Maybe; aboutStructure?: Maybe; aboutAnomaly?: Maybe; aboutClassification?: Maybe; aboutDetection?: Maybe; aboutSegmentation?: Maybe; aboutImage?: Maybe; cloneOfRelation?: Maybe<_CommentCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_CommentCloneOfIbfk2InverseInput>; planRelation?: Maybe<_PlanCommentCommentIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionCommentCommentIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `comment` being updated. */ export declare type UpdateCommentOnCommentCloneOfForCommentCloneOfIbfk2Patch = { content?: Maybe; author?: Maybe; aboutComment?: Maybe; aboutArtifact?: Maybe; aboutMission?: Maybe; aboutStructure?: Maybe; aboutAnomaly?: Maybe; aboutClassification?: Maybe; aboutDetection?: Maybe; aboutSegmentation?: Maybe; aboutImage?: Maybe; cloneOfRelation?: Maybe<_CommentCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_CommentCloneOfIbfk2InverseInput>; planRelation?: Maybe<_PlanCommentCommentIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionCommentCommentIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `comment` being updated. */ export declare type UpdateCommentOnExecutionCommentForExecutionCommentCommentIdFkeyPatch = { content?: Maybe; author?: Maybe; aboutComment?: Maybe; aboutArtifact?: Maybe; aboutMission?: Maybe; aboutStructure?: Maybe; aboutAnomaly?: Maybe; aboutClassification?: Maybe; aboutDetection?: Maybe; aboutSegmentation?: Maybe; aboutImage?: Maybe; cloneOfRelation?: Maybe<_CommentCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_CommentCloneOfIbfk2InverseInput>; planRelation?: Maybe<_PlanCommentCommentIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionCommentCommentIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `comment` being updated. */ export declare type UpdateCommentOnPlanCommentForPlanCommentCommentIdFkeyPatch = { content?: Maybe; author?: Maybe; aboutComment?: Maybe; aboutArtifact?: Maybe; aboutMission?: Maybe; aboutStructure?: Maybe; aboutAnomaly?: Maybe; aboutClassification?: Maybe; aboutDetection?: Maybe; aboutSegmentation?: Maybe; aboutImage?: Maybe; cloneOfRelation?: Maybe<_CommentCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_CommentCloneOfIbfk2InverseInput>; planRelation?: Maybe<_PlanCommentCommentIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionCommentCommentIdFkeyInverseInput>; }; /** The output of our update `Comment` mutation. */ export declare type UpdateCommentPayload = { __typename?: 'UpdateCommentPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `Comment` that was updated by this mutation. */ comment?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `User` that is related to this `Comment`. */ author?: Maybe; /** Reads a single `Comment` that is related to this `Comment`. */ aboutComment?: Maybe; /** Reads a single `Artifact` that is related to this `Comment`. */ aboutArtifact?: Maybe; /** Reads a single `Mission` that is related to this `Comment`. */ aboutMission?: Maybe; /** Reads a single `Structure` that is related to this `Comment`. */ aboutStructure?: Maybe; /** Reads a single `Anomaly` that is related to this `Comment`. */ aboutAnomaly?: Maybe; /** Reads a single `Classification` that is related to this `Comment`. */ aboutClassification?: Maybe; /** Reads a single `Detection` that is related to this `Comment`. */ aboutDetection?: Maybe; /** Reads a single `Segmentation` that is related to this `Comment`. */ aboutSegmentation?: Maybe; /** Reads a single `Image` that is related to this `Comment`. */ aboutImage?: Maybe; /** An edge for our `Comment`. May be used by Relay 1. */ commentEdge?: Maybe; }; /** The output of our update `Comment` mutation. */ export declare type UpdateCommentPayloadCommentEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateDetectionCloneOf` mutation. */ export declare type UpdateDetectionCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `DetectionCloneOf` being updated. */ patch: DetectionCloneOfPatch; a: Scalars['String']; }; /** An object where the defined keys will be set on the `detectionCloneOf` being updated. */ export declare type UpdateDetectionCloneOfOnDetectionCloneOfForDetectionCloneOfIbfk1Patch = { b?: Maybe; cloneOf?: Maybe<_DetectionCloneOfIbfk1Input>; clone?: Maybe<_DetectionCloneOfIbfk2Input>; }; /** An object where the defined keys will be set on the `detectionCloneOf` being updated. */ export declare type UpdateDetectionCloneOfOnDetectionCloneOfForDetectionCloneOfIbfk2Patch = { a?: Maybe; cloneOf?: Maybe<_DetectionCloneOfIbfk1Input>; clone?: Maybe<_DetectionCloneOfIbfk2Input>; }; /** The output of our update `DetectionCloneOf` mutation. */ export declare type UpdateDetectionCloneOfPayload = { __typename?: 'UpdateDetectionCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `DetectionCloneOf` that was updated by this mutation. */ detectionCloneOf?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Detection` that is related to this `DetectionCloneOf`. */ cloneOf?: Maybe; /** Reads a single `Detection` that is related to this `DetectionCloneOf`. */ clone?: Maybe; /** An edge for our `DetectionCloneOf`. May be used by Relay 1. */ detectionCloneOfEdge?: Maybe; }; /** The output of our update `DetectionCloneOf` mutation. */ export declare type UpdateDetectionCloneOfPayloadDetectionCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateDetection` mutation. */ export declare type UpdateDetectionInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `Detection` being updated. */ patch: DetectionPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `detection` being updated. */ export declare type UpdateDetectionOnDetectionCloneOfForDetectionCloneOfIbfk1Patch = { nickname?: Maybe; left?: Maybe; level?: Maybe; top?: Maybe; width?: Maybe; height?: Maybe; right?: Maybe; bottom?: Maybe; confidenceScore?: Maybe; uMin?: Maybe; uMax?: Maybe; vMin?: Maybe; vMax?: Maybe; description?: Maybe; geometry?: Maybe; uvGeometry?: Maybe; author?: Maybe; type?: Maybe; anomaly?: Maybe; segmentation?: Maybe; mission?: Maybe; structure?: Maybe; cloneOfRelation?: Maybe<_DetectionCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_DetectionCloneOfIbfk2InverseInput>; comments?: Maybe; planRelation?: Maybe<_PlanDetectionDetectionIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionDetectionDetectionIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `detection` being updated. */ export declare type UpdateDetectionOnDetectionCloneOfForDetectionCloneOfIbfk2Patch = { nickname?: Maybe; left?: Maybe; level?: Maybe; top?: Maybe; width?: Maybe; height?: Maybe; right?: Maybe; bottom?: Maybe; confidenceScore?: Maybe; uMin?: Maybe; uMax?: Maybe; vMin?: Maybe; vMax?: Maybe; description?: Maybe; geometry?: Maybe; uvGeometry?: Maybe; author?: Maybe; type?: Maybe; anomaly?: Maybe; segmentation?: Maybe; mission?: Maybe; structure?: Maybe; cloneOfRelation?: Maybe<_DetectionCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_DetectionCloneOfIbfk2InverseInput>; comments?: Maybe; planRelation?: Maybe<_PlanDetectionDetectionIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionDetectionDetectionIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `detection` being updated. */ export declare type UpdateDetectionOnExecutionDetectionForExecutionDetectionDetectionIdFkeyPatch = { nickname?: Maybe; left?: Maybe; level?: Maybe; top?: Maybe; width?: Maybe; height?: Maybe; right?: Maybe; bottom?: Maybe; confidenceScore?: Maybe; uMin?: Maybe; uMax?: Maybe; vMin?: Maybe; vMax?: Maybe; description?: Maybe; geometry?: Maybe; uvGeometry?: Maybe; author?: Maybe; type?: Maybe; anomaly?: Maybe; segmentation?: Maybe; mission?: Maybe; structure?: Maybe; cloneOfRelation?: Maybe<_DetectionCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_DetectionCloneOfIbfk2InverseInput>; comments?: Maybe; planRelation?: Maybe<_PlanDetectionDetectionIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionDetectionDetectionIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `detection` being updated. */ export declare type UpdateDetectionOnPlanDetectionForPlanDetectionDetectionIdFkeyPatch = { nickname?: Maybe; left?: Maybe; level?: Maybe; top?: Maybe; width?: Maybe; height?: Maybe; right?: Maybe; bottom?: Maybe; confidenceScore?: Maybe; uMin?: Maybe; uMax?: Maybe; vMin?: Maybe; vMax?: Maybe; description?: Maybe; geometry?: Maybe; uvGeometry?: Maybe; author?: Maybe; type?: Maybe; anomaly?: Maybe; segmentation?: Maybe; mission?: Maybe; structure?: Maybe; cloneOfRelation?: Maybe<_DetectionCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_DetectionCloneOfIbfk2InverseInput>; comments?: Maybe; planRelation?: Maybe<_PlanDetectionDetectionIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionDetectionDetectionIdFkeyInverseInput>; }; /** The output of our update `Detection` mutation. */ export declare type UpdateDetectionPayload = { __typename?: 'UpdateDetectionPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `Detection` that was updated by this mutation. */ detection?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `User` that is related to this `Detection`. */ author?: Maybe; /** Reads a single `AnomalyType` that is related to this `Detection`. */ type?: Maybe; /** Reads a single `Anomaly` that is related to this `Detection`. */ anomaly?: Maybe; /** Reads a single `Image` that is related to this `Detection`. */ image?: Maybe; /** Reads a single `Segmentation` that is related to this `Detection`. */ segmentation?: Maybe; /** Reads a single `MissionExecution` that is related to this `Detection`. */ mission?: Maybe; /** Reads a single `Structure` that is related to this `Detection`. */ structure?: Maybe; /** An edge for our `Detection`. May be used by Relay 1. */ detectionEdge?: Maybe; }; /** The output of our update `Detection` mutation. */ export declare type UpdateDetectionPayloadDetectionEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateEventExecutionsCreated` mutation. */ export declare type UpdateEventExecutionsCreatedInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `EventExecutionsCreated` being updated. */ patch: EventExecutionsCreatedPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `eventExecutionsCreated` being updated. */ export declare type UpdateEventExecutionsCreatedOnEventExecutionsCreatedForEventExecutionsCreatedEventFkeyPatch = { id?: Maybe; execution?: Maybe; executionCreated?: Maybe<_EventExecutionsCreatedExecutionFkeyInput>; createdByEvent?: Maybe<_EventExecutionsCreatedEventFkeyInput>; }; /** An object where the defined keys will be set on the `eventExecutionsCreated` being updated. */ export declare type UpdateEventExecutionsCreatedOnEventExecutionsCreatedForEventExecutionsCreatedExecutionFkeyPatch = { id?: Maybe; event?: Maybe; executionCreated?: Maybe<_EventExecutionsCreatedExecutionFkeyInput>; createdByEvent?: Maybe<_EventExecutionsCreatedEventFkeyInput>; }; /** The output of our update `EventExecutionsCreated` mutation. */ export declare type UpdateEventExecutionsCreatedPayload = { __typename?: 'UpdateEventExecutionsCreatedPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `EventExecutionsCreated` that was updated by this mutation. */ eventExecutionsCreated?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `EventExecutionsCreated`. */ executionCreated?: Maybe; /** Reads a single `Event` that is related to this `EventExecutionsCreated`. */ createdByEvent?: Maybe; /** An edge for our `EventExecutionsCreated`. May be used by Relay 1. */ eventExecutionsCreatedEdge?: Maybe; }; /** The output of our update `EventExecutionsCreated` mutation. */ export declare type UpdateEventExecutionsCreatedPayloadEventExecutionsCreatedEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateEventExecutionsRead` mutation. */ export declare type UpdateEventExecutionsReadInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `EventExecutionsRead` being updated. */ patch: EventExecutionsReadPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `eventExecutionsRead` being updated. */ export declare type UpdateEventExecutionsReadOnEventExecutionsReadForEventExecutionsReadEventFkeyPatch = { id?: Maybe; execution?: Maybe; executionRead?: Maybe<_EventExecutionsReadExecutionFkeyInput>; readByEvent?: Maybe<_EventExecutionsReadEventFkeyInput>; }; /** An object where the defined keys will be set on the `eventExecutionsRead` being updated. */ export declare type UpdateEventExecutionsReadOnEventExecutionsReadForEventExecutionsReadExecutionFkeyPatch = { id?: Maybe; event?: Maybe; executionRead?: Maybe<_EventExecutionsReadExecutionFkeyInput>; readByEvent?: Maybe<_EventExecutionsReadEventFkeyInput>; }; /** The output of our update `EventExecutionsRead` mutation. */ export declare type UpdateEventExecutionsReadPayload = { __typename?: 'UpdateEventExecutionsReadPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `EventExecutionsRead` that was updated by this mutation. */ eventExecutionsRead?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `EventExecutionsRead`. */ executionRead?: Maybe; /** Reads a single `Event` that is related to this `EventExecutionsRead`. */ readByEvent?: Maybe; /** An edge for our `EventExecutionsRead`. May be used by Relay 1. */ eventExecutionsReadEdge?: Maybe; }; /** The output of our update `EventExecutionsRead` mutation. */ export declare type UpdateEventExecutionsReadPayloadEventExecutionsReadEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateEventExecutionsUpdated` mutation. */ export declare type UpdateEventExecutionsUpdatedInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `EventExecutionsUpdated` being updated. */ patch: EventExecutionsUpdatedPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `eventExecutionsUpdated` being updated. */ export declare type UpdateEventExecutionsUpdatedOnEventExecutionsUpdatedForEventExecutionsUpdatedEventFkeyPatch = { id?: Maybe; execution?: Maybe; executionUpdated?: Maybe<_EventExecutionsUpdatedExecutionFkeyInput>; updatedByEvent?: Maybe<_EventExecutionsUpdatedEventFkeyInput>; }; /** An object where the defined keys will be set on the `eventExecutionsUpdated` being updated. */ export declare type UpdateEventExecutionsUpdatedOnEventExecutionsUpdatedForEventExecutionsUpdatedExecutionFkeyPatch = { id?: Maybe; event?: Maybe; executionUpdated?: Maybe<_EventExecutionsUpdatedExecutionFkeyInput>; updatedByEvent?: Maybe<_EventExecutionsUpdatedEventFkeyInput>; }; /** The output of our update `EventExecutionsUpdated` mutation. */ export declare type UpdateEventExecutionsUpdatedPayload = { __typename?: 'UpdateEventExecutionsUpdatedPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `EventExecutionsUpdated` that was updated by this mutation. */ eventExecutionsUpdated?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `EventExecutionsUpdated`. */ executionUpdated?: Maybe; /** Reads a single `Event` that is related to this `EventExecutionsUpdated`. */ updatedByEvent?: Maybe; /** An edge for our `EventExecutionsUpdated`. May be used by Relay 1. */ eventExecutionsUpdatedEdge?: Maybe; }; /** The output of our update `EventExecutionsUpdated` mutation. */ export declare type UpdateEventExecutionsUpdatedPayloadEventExecutionsUpdatedEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateEvent` mutation. */ export declare type UpdateEventInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `Event` being updated. */ patch: EventPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `event` being updated. */ export declare type UpdateEventOnEventExecutionsCreatedForEventExecutionsCreatedEventFkeyPatch = { id?: Maybe; type?: Maybe; version?: Maybe; creatorAgent?: Maybe; parameters?: Maybe; createdAt?: Maybe; updatedAt?: Maybe; deletedAt?: Maybe; clones?: Maybe; eventToClones?: Maybe; plansCreatedRelation?: Maybe<_EventPlansCreatedEventFkeyInverseInput>; plansReadRelation?: Maybe<_EventPlansReadEventFkeyInverseInput>; plansUpdatedRelation?: Maybe<_EventPlansUpdatedEventFkeyInverseInput>; executionsCreatedRelation?: Maybe<_EventExecutionsCreatedEventFkeyInverseInput>; executionsReadRelation?: Maybe<_EventExecutionsReadEventFkeyInverseInput>; executionsUpdatedRelation?: Maybe<_EventExecutionsUpdatedEventFkeyInverseInput>; }; /** An object where the defined keys will be set on the `event` being updated. */ export declare type UpdateEventOnEventExecutionsReadForEventExecutionsReadEventFkeyPatch = { id?: Maybe; type?: Maybe; version?: Maybe; creatorAgent?: Maybe; parameters?: Maybe; createdAt?: Maybe; updatedAt?: Maybe; deletedAt?: Maybe; clones?: Maybe; eventToClones?: Maybe; plansCreatedRelation?: Maybe<_EventPlansCreatedEventFkeyInverseInput>; plansReadRelation?: Maybe<_EventPlansReadEventFkeyInverseInput>; plansUpdatedRelation?: Maybe<_EventPlansUpdatedEventFkeyInverseInput>; executionsCreatedRelation?: Maybe<_EventExecutionsCreatedEventFkeyInverseInput>; executionsReadRelation?: Maybe<_EventExecutionsReadEventFkeyInverseInput>; executionsUpdatedRelation?: Maybe<_EventExecutionsUpdatedEventFkeyInverseInput>; }; /** An object where the defined keys will be set on the `event` being updated. */ export declare type UpdateEventOnEventExecutionsUpdatedForEventExecutionsUpdatedEventFkeyPatch = { id?: Maybe; type?: Maybe; version?: Maybe; creatorAgent?: Maybe; parameters?: Maybe; createdAt?: Maybe; updatedAt?: Maybe; deletedAt?: Maybe; clones?: Maybe; eventToClones?: Maybe; plansCreatedRelation?: Maybe<_EventPlansCreatedEventFkeyInverseInput>; plansReadRelation?: Maybe<_EventPlansReadEventFkeyInverseInput>; plansUpdatedRelation?: Maybe<_EventPlansUpdatedEventFkeyInverseInput>; executionsCreatedRelation?: Maybe<_EventExecutionsCreatedEventFkeyInverseInput>; executionsReadRelation?: Maybe<_EventExecutionsReadEventFkeyInverseInput>; executionsUpdatedRelation?: Maybe<_EventExecutionsUpdatedEventFkeyInverseInput>; }; /** An object where the defined keys will be set on the `event` being updated. */ export declare type UpdateEventOnEventForEventClonesFkeyPatch = { id?: Maybe; type?: Maybe; version?: Maybe; creatorAgent?: Maybe; parameters?: Maybe; createdAt?: Maybe; updatedAt?: Maybe; deletedAt?: Maybe; eventToClones?: Maybe; plansCreatedRelation?: Maybe<_EventPlansCreatedEventFkeyInverseInput>; plansReadRelation?: Maybe<_EventPlansReadEventFkeyInverseInput>; plansUpdatedRelation?: Maybe<_EventPlansUpdatedEventFkeyInverseInput>; executionsCreatedRelation?: Maybe<_EventExecutionsCreatedEventFkeyInverseInput>; executionsReadRelation?: Maybe<_EventExecutionsReadEventFkeyInverseInput>; executionsUpdatedRelation?: Maybe<_EventExecutionsUpdatedEventFkeyInverseInput>; }; /** An object where the defined keys will be set on the `event` being updated. */ export declare type UpdateEventOnEventPlansCreatedForEventPlansCreatedEventFkeyPatch = { id?: Maybe; type?: Maybe; version?: Maybe; creatorAgent?: Maybe; parameters?: Maybe; createdAt?: Maybe; updatedAt?: Maybe; deletedAt?: Maybe; clones?: Maybe; eventToClones?: Maybe; plansCreatedRelation?: Maybe<_EventPlansCreatedEventFkeyInverseInput>; plansReadRelation?: Maybe<_EventPlansReadEventFkeyInverseInput>; plansUpdatedRelation?: Maybe<_EventPlansUpdatedEventFkeyInverseInput>; executionsCreatedRelation?: Maybe<_EventExecutionsCreatedEventFkeyInverseInput>; executionsReadRelation?: Maybe<_EventExecutionsReadEventFkeyInverseInput>; executionsUpdatedRelation?: Maybe<_EventExecutionsUpdatedEventFkeyInverseInput>; }; /** An object where the defined keys will be set on the `event` being updated. */ export declare type UpdateEventOnEventPlansReadForEventPlansReadEventFkeyPatch = { id?: Maybe; type?: Maybe; version?: Maybe; creatorAgent?: Maybe; parameters?: Maybe; createdAt?: Maybe; updatedAt?: Maybe; deletedAt?: Maybe; clones?: Maybe; eventToClones?: Maybe; plansCreatedRelation?: Maybe<_EventPlansCreatedEventFkeyInverseInput>; plansReadRelation?: Maybe<_EventPlansReadEventFkeyInverseInput>; plansUpdatedRelation?: Maybe<_EventPlansUpdatedEventFkeyInverseInput>; executionsCreatedRelation?: Maybe<_EventExecutionsCreatedEventFkeyInverseInput>; executionsReadRelation?: Maybe<_EventExecutionsReadEventFkeyInverseInput>; executionsUpdatedRelation?: Maybe<_EventExecutionsUpdatedEventFkeyInverseInput>; }; /** An object where the defined keys will be set on the `event` being updated. */ export declare type UpdateEventOnEventPlansUpdatedForEventPlansUpdatedEventFkeyPatch = { id?: Maybe; type?: Maybe; version?: Maybe; creatorAgent?: Maybe; parameters?: Maybe; createdAt?: Maybe; updatedAt?: Maybe; deletedAt?: Maybe; clones?: Maybe; eventToClones?: Maybe; plansCreatedRelation?: Maybe<_EventPlansCreatedEventFkeyInverseInput>; plansReadRelation?: Maybe<_EventPlansReadEventFkeyInverseInput>; plansUpdatedRelation?: Maybe<_EventPlansUpdatedEventFkeyInverseInput>; executionsCreatedRelation?: Maybe<_EventExecutionsCreatedEventFkeyInverseInput>; executionsReadRelation?: Maybe<_EventExecutionsReadEventFkeyInverseInput>; executionsUpdatedRelation?: Maybe<_EventExecutionsUpdatedEventFkeyInverseInput>; }; /** The output of our update `Event` mutation. */ export declare type UpdateEventPayload = { __typename?: 'UpdateEventPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `Event` that was updated by this mutation. */ event?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Event` that is related to this `Event`. */ eventByClones?: Maybe; /** An edge for our `Event`. May be used by Relay 1. */ eventEdge?: Maybe; }; /** The output of our update `Event` mutation. */ export declare type UpdateEventPayloadEventEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateEventPlansCreated` mutation. */ export declare type UpdateEventPlansCreatedInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `EventPlansCreated` being updated. */ patch: EventPlansCreatedPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `eventPlansCreated` being updated. */ export declare type UpdateEventPlansCreatedOnEventPlansCreatedForEventPlansCreatedEventFkeyPatch = { id?: Maybe; plan?: Maybe; planCreated?: Maybe<_EventPlansCreatedPlanFkeyInput>; createdByEvent?: Maybe<_EventPlansCreatedEventFkeyInput>; }; /** An object where the defined keys will be set on the `eventPlansCreated` being updated. */ export declare type UpdateEventPlansCreatedOnEventPlansCreatedForEventPlansCreatedPlanFkeyPatch = { id?: Maybe; event?: Maybe; planCreated?: Maybe<_EventPlansCreatedPlanFkeyInput>; createdByEvent?: Maybe<_EventPlansCreatedEventFkeyInput>; }; /** The output of our update `EventPlansCreated` mutation. */ export declare type UpdateEventPlansCreatedPayload = { __typename?: 'UpdateEventPlansCreatedPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `EventPlansCreated` that was updated by this mutation. */ eventPlansCreated?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `EventPlansCreated`. */ planCreated?: Maybe; /** Reads a single `Event` that is related to this `EventPlansCreated`. */ createdByEvent?: Maybe; /** An edge for our `EventPlansCreated`. May be used by Relay 1. */ eventPlansCreatedEdge?: Maybe; }; /** The output of our update `EventPlansCreated` mutation. */ export declare type UpdateEventPlansCreatedPayloadEventPlansCreatedEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateEventPlansRead` mutation. */ export declare type UpdateEventPlansReadInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `EventPlansRead` being updated. */ patch: EventPlansReadPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `eventPlansRead` being updated. */ export declare type UpdateEventPlansReadOnEventPlansReadForEventPlansReadEventFkeyPatch = { id?: Maybe; plan?: Maybe; planRead?: Maybe<_EventPlansReadPlanFkeyInput>; readByEvent?: Maybe<_EventPlansReadEventFkeyInput>; }; /** An object where the defined keys will be set on the `eventPlansRead` being updated. */ export declare type UpdateEventPlansReadOnEventPlansReadForEventPlansReadPlanFkeyPatch = { id?: Maybe; event?: Maybe; planRead?: Maybe<_EventPlansReadPlanFkeyInput>; readByEvent?: Maybe<_EventPlansReadEventFkeyInput>; }; /** The output of our update `EventPlansRead` mutation. */ export declare type UpdateEventPlansReadPayload = { __typename?: 'UpdateEventPlansReadPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `EventPlansRead` that was updated by this mutation. */ eventPlansRead?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `EventPlansRead`. */ planRead?: Maybe; /** Reads a single `Event` that is related to this `EventPlansRead`. */ readByEvent?: Maybe; /** An edge for our `EventPlansRead`. May be used by Relay 1. */ eventPlansReadEdge?: Maybe; }; /** The output of our update `EventPlansRead` mutation. */ export declare type UpdateEventPlansReadPayloadEventPlansReadEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateEventPlansUpdated` mutation. */ export declare type UpdateEventPlansUpdatedInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `EventPlansUpdated` being updated. */ patch: EventPlansUpdatedPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `eventPlansUpdated` being updated. */ export declare type UpdateEventPlansUpdatedOnEventPlansUpdatedForEventPlansUpdatedEventFkeyPatch = { id?: Maybe; plan?: Maybe; planUpdated?: Maybe<_EventPlansUpdatedPlanFkeyInput>; updatedByEvent?: Maybe<_EventPlansUpdatedEventFkeyInput>; }; /** An object where the defined keys will be set on the `eventPlansUpdated` being updated. */ export declare type UpdateEventPlansUpdatedOnEventPlansUpdatedForEventPlansUpdatedPlanFkeyPatch = { id?: Maybe; event?: Maybe; planUpdated?: Maybe<_EventPlansUpdatedPlanFkeyInput>; updatedByEvent?: Maybe<_EventPlansUpdatedEventFkeyInput>; }; /** The output of our update `EventPlansUpdated` mutation. */ export declare type UpdateEventPlansUpdatedPayload = { __typename?: 'UpdateEventPlansUpdatedPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `EventPlansUpdated` that was updated by this mutation. */ eventPlansUpdated?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `EventPlansUpdated`. */ planUpdated?: Maybe; /** Reads a single `Event` that is related to this `EventPlansUpdated`. */ updatedByEvent?: Maybe; /** An edge for our `EventPlansUpdated`. May be used by Relay 1. */ eventPlansUpdatedEdge?: Maybe; }; /** The output of our update `EventPlansUpdated` mutation. */ export declare type UpdateEventPlansUpdatedPayloadEventPlansUpdatedEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateExecutionAnomaly` mutation. */ export declare type UpdateExecutionAnomalyInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `ExecutionAnomaly` being updated. */ patch: ExecutionAnomalyPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `executionAnomaly` being updated. */ export declare type UpdateExecutionAnomalyOnExecutionAnomalyForExecutionAnomalyAnomalyIdFkeyPatch = { id?: Maybe; executionId?: Maybe; execution?: Maybe<_ExecutionAnomalyExecutionIdFkeyInput>; anomaly?: Maybe<_ExecutionAnomalyAnomalyIdFkeyInput>; }; /** An object where the defined keys will be set on the `executionAnomaly` being updated. */ export declare type UpdateExecutionAnomalyOnExecutionAnomalyForExecutionAnomalyExecutionIdFkeyPatch = { id?: Maybe; anomalyId?: Maybe; execution?: Maybe<_ExecutionAnomalyExecutionIdFkeyInput>; anomaly?: Maybe<_ExecutionAnomalyAnomalyIdFkeyInput>; }; /** The output of our update `ExecutionAnomaly` mutation. */ export declare type UpdateExecutionAnomalyPayload = { __typename?: 'UpdateExecutionAnomalyPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ExecutionAnomaly` that was updated by this mutation. */ executionAnomaly?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionAnomaly`. */ execution?: Maybe; /** Reads a single `Anomaly` that is related to this `ExecutionAnomaly`. */ anomaly?: Maybe; /** An edge for our `ExecutionAnomaly`. May be used by Relay 1. */ executionAnomalyEdge?: Maybe; }; /** The output of our update `ExecutionAnomaly` mutation. */ export declare type UpdateExecutionAnomalyPayloadExecutionAnomalyEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateExecutionArtifact` mutation. */ export declare type UpdateExecutionArtifactInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `ExecutionArtifact` being updated. */ patch: ExecutionArtifactPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `executionArtifact` being updated. */ export declare type UpdateExecutionArtifactOnExecutionArtifactForExecutionArtifactArtifactIdFkeyPatch = { id?: Maybe; executionId?: Maybe; execution?: Maybe<_ExecutionArtifactExecutionIdFkeyInput>; artifact?: Maybe<_ExecutionArtifactArtifactIdFkeyInput>; }; /** An object where the defined keys will be set on the `executionArtifact` being updated. */ export declare type UpdateExecutionArtifactOnExecutionArtifactForExecutionArtifactExecutionIdFkeyPatch = { id?: Maybe; artifactId?: Maybe; execution?: Maybe<_ExecutionArtifactExecutionIdFkeyInput>; artifact?: Maybe<_ExecutionArtifactArtifactIdFkeyInput>; }; /** The output of our update `ExecutionArtifact` mutation. */ export declare type UpdateExecutionArtifactPayload = { __typename?: 'UpdateExecutionArtifactPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ExecutionArtifact` that was updated by this mutation. */ executionArtifact?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionArtifact`. */ execution?: Maybe; /** Reads a single `Artifact` that is related to this `ExecutionArtifact`. */ artifact?: Maybe; /** An edge for our `ExecutionArtifact`. May be used by Relay 1. */ executionArtifactEdge?: Maybe; }; /** The output of our update `ExecutionArtifact` mutation. */ export declare type UpdateExecutionArtifactPayloadExecutionArtifactEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateExecutionChild` mutation. */ export declare type UpdateExecutionChildInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `ExecutionChild` being updated. */ patch: ExecutionChildPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `executionChild` being updated. */ export declare type UpdateExecutionChildOnExecutionChildForExecutionChildrenChildFkeyPatch = { id?: Maybe; parent?: Maybe; parentExecution?: Maybe<_ExecutionChildrenParentFkeyInput>; childExecution?: Maybe<_ExecutionChildrenChildFkeyInput>; }; /** An object where the defined keys will be set on the `executionChild` being updated. */ export declare type UpdateExecutionChildOnExecutionChildForExecutionChildrenParentFkeyPatch = { id?: Maybe; child?: Maybe; parentExecution?: Maybe<_ExecutionChildrenParentFkeyInput>; childExecution?: Maybe<_ExecutionChildrenChildFkeyInput>; }; /** The output of our update `ExecutionChild` mutation. */ export declare type UpdateExecutionChildPayload = { __typename?: 'UpdateExecutionChildPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ExecutionChild` that was updated by this mutation. */ executionChild?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionChild`. */ parentExecution?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionChild`. */ childExecution?: Maybe; /** An edge for our `ExecutionChild`. May be used by Relay 1. */ executionChildEdge?: Maybe; }; /** The output of our update `ExecutionChild` mutation. */ export declare type UpdateExecutionChildPayloadExecutionChildEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateExecutionComment` mutation. */ export declare type UpdateExecutionCommentInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `ExecutionComment` being updated. */ patch: ExecutionCommentPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `executionComment` being updated. */ export declare type UpdateExecutionCommentOnExecutionCommentForExecutionCommentCommentIdFkeyPatch = { id?: Maybe; executionId?: Maybe; execution?: Maybe<_ExecutionCommentExecutionIdFkeyInput>; comment?: Maybe<_ExecutionCommentCommentIdFkeyInput>; }; /** An object where the defined keys will be set on the `executionComment` being updated. */ export declare type UpdateExecutionCommentOnExecutionCommentForExecutionCommentExecutionIdFkeyPatch = { id?: Maybe; commentId?: Maybe; execution?: Maybe<_ExecutionCommentExecutionIdFkeyInput>; comment?: Maybe<_ExecutionCommentCommentIdFkeyInput>; }; /** The output of our update `ExecutionComment` mutation. */ export declare type UpdateExecutionCommentPayload = { __typename?: 'UpdateExecutionCommentPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ExecutionComment` that was updated by this mutation. */ executionComment?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionComment`. */ execution?: Maybe; /** Reads a single `Comment` that is related to this `ExecutionComment`. */ comment?: Maybe; /** An edge for our `ExecutionComment`. May be used by Relay 1. */ executionCommentEdge?: Maybe; }; /** The output of our update `ExecutionComment` mutation. */ export declare type UpdateExecutionCommentPayloadExecutionCommentEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateExecutionCreatorPlanCreated` mutation. */ export declare type UpdateExecutionCreatorPlanCreatedInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `ExecutionCreatorPlanCreated` being updated. */ patch: ExecutionCreatorPlanCreatedPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `executionCreatorPlanCreated` being updated. */ export declare type UpdateExecutionCreatorPlanCreatedOnExecutionCreatorPlanCreatedForExecutionCreatorPlanCreatedExecutionFkeyPatch = { id?: Maybe; plan?: Maybe; creatorExecution?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInput>; createdPlan?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInput>; }; /** An object where the defined keys will be set on the `executionCreatorPlanCreated` being updated. */ export declare type UpdateExecutionCreatorPlanCreatedOnExecutionCreatorPlanCreatedForExecutionCreatorPlanCreatedPlanFkeyPatch = { id?: Maybe; execution?: Maybe; creatorExecution?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInput>; createdPlan?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInput>; }; /** The output of our update `ExecutionCreatorPlanCreated` mutation. */ export declare type UpdateExecutionCreatorPlanCreatedPayload = { __typename?: 'UpdateExecutionCreatorPlanCreatedPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ExecutionCreatorPlanCreated` that was updated by this mutation. */ executionCreatorPlanCreated?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionCreatorPlanCreated`. */ creatorExecution?: Maybe; /** Reads a single `Plan` that is related to this `ExecutionCreatorPlanCreated`. */ createdPlan?: Maybe; /** An edge for our `ExecutionCreatorPlanCreated`. May be used by Relay 1. */ executionCreatorPlanCreatedEdge?: Maybe; }; /** The output of our update `ExecutionCreatorPlanCreated` mutation. */ export declare type UpdateExecutionCreatorPlanCreatedPayloadExecutionCreatorPlanCreatedEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateExecutionDetection` mutation. */ export declare type UpdateExecutionDetectionInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `ExecutionDetection` being updated. */ patch: ExecutionDetectionPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `executionDetection` being updated. */ export declare type UpdateExecutionDetectionOnExecutionDetectionForExecutionDetectionDetectionIdFkeyPatch = { id?: Maybe; executionId?: Maybe; execution?: Maybe<_ExecutionDetectionExecutionIdFkeyInput>; detection?: Maybe<_ExecutionDetectionDetectionIdFkeyInput>; }; /** An object where the defined keys will be set on the `executionDetection` being updated. */ export declare type UpdateExecutionDetectionOnExecutionDetectionForExecutionDetectionExecutionIdFkeyPatch = { id?: Maybe; detectionId?: Maybe; execution?: Maybe<_ExecutionDetectionExecutionIdFkeyInput>; detection?: Maybe<_ExecutionDetectionDetectionIdFkeyInput>; }; /** The output of our update `ExecutionDetection` mutation. */ export declare type UpdateExecutionDetectionPayload = { __typename?: 'UpdateExecutionDetectionPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ExecutionDetection` that was updated by this mutation. */ executionDetection?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionDetection`. */ execution?: Maybe; /** Reads a single `Detection` that is related to this `ExecutionDetection`. */ detection?: Maybe; /** An edge for our `ExecutionDetection`. May be used by Relay 1. */ executionDetectionEdge?: Maybe; }; /** The output of our update `ExecutionDetection` mutation. */ export declare type UpdateExecutionDetectionPayloadExecutionDetectionEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateExecutionFollower` mutation. */ export declare type UpdateExecutionFollowerInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `ExecutionFollower` being updated. */ patch: ExecutionFollowerPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `executionFollower` being updated. */ export declare type UpdateExecutionFollowerOnExecutionFollowerForExecutionFollowersBaseFkeyPatch = { id?: Maybe; follower?: Maybe; followerExecution?: Maybe<_ExecutionFollowersFollowerFkeyInput>; baseExecution?: Maybe<_ExecutionFollowersBaseFkeyInput>; }; /** An object where the defined keys will be set on the `executionFollower` being updated. */ export declare type UpdateExecutionFollowerOnExecutionFollowerForExecutionFollowersFollowerFkeyPatch = { id?: Maybe; base?: Maybe; followerExecution?: Maybe<_ExecutionFollowersFollowerFkeyInput>; baseExecution?: Maybe<_ExecutionFollowersBaseFkeyInput>; }; /** The output of our update `ExecutionFollower` mutation. */ export declare type UpdateExecutionFollowerPayload = { __typename?: 'UpdateExecutionFollowerPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ExecutionFollower` that was updated by this mutation. */ executionFollower?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionFollower`. */ followerExecution?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionFollower`. */ baseExecution?: Maybe; /** An edge for our `ExecutionFollower`. May be used by Relay 1. */ executionFollowerEdge?: Maybe; }; /** The output of our update `ExecutionFollower` mutation. */ export declare type UpdateExecutionFollowerPayloadExecutionFollowerEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateExecutionImage` mutation. */ export declare type UpdateExecutionImageInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `ExecutionImage` being updated. */ patch: ExecutionImagePatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `executionImage` being updated. */ export declare type UpdateExecutionImageOnExecutionImageForExecutionImageExecutionIdFkeyPatch = { id?: Maybe; imageId?: Maybe; execution?: Maybe<_ExecutionImageExecutionIdFkeyInput>; image?: Maybe<_ExecutionImageImageIdFkeyInput>; }; /** An object where the defined keys will be set on the `executionImage` being updated. */ export declare type UpdateExecutionImageOnExecutionImageForExecutionImageImageIdFkeyPatch = { id?: Maybe; executionId?: Maybe; execution?: Maybe<_ExecutionImageExecutionIdFkeyInput>; image?: Maybe<_ExecutionImageImageIdFkeyInput>; }; /** The output of our update `ExecutionImage` mutation. */ export declare type UpdateExecutionImagePayload = { __typename?: 'UpdateExecutionImagePayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ExecutionImage` that was updated by this mutation. */ executionImage?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionImage`. */ execution?: Maybe; /** Reads a single `Image` that is related to this `ExecutionImage`. */ image?: Maybe; /** An edge for our `ExecutionImage`. May be used by Relay 1. */ executionImageEdge?: Maybe; }; /** The output of our update `ExecutionImage` mutation. */ export declare type UpdateExecutionImagePayloadExecutionImageEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateExecution` mutation. */ export declare type UpdateExecutionInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `Execution` being updated. */ patch: ExecutionPatch; id: Scalars['String']; }; /** All input for the `updateExecutionLocation` mutation. */ export declare type UpdateExecutionLocationInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `ExecutionLocation` being updated. */ patch: ExecutionLocationPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `executionLocation` being updated. */ export declare type UpdateExecutionLocationOnExecutionLocationForExecutionLocationExecutionIdFkeyPatch = { id?: Maybe; locationId?: Maybe; execution?: Maybe<_ExecutionLocationExecutionIdFkeyInput>; location?: Maybe<_ExecutionLocationLocationIdFkeyInput>; }; /** An object where the defined keys will be set on the `executionLocation` being updated. */ export declare type UpdateExecutionLocationOnExecutionLocationForExecutionLocationLocationIdFkeyPatch = { id?: Maybe; executionId?: Maybe; execution?: Maybe<_ExecutionLocationExecutionIdFkeyInput>; location?: Maybe<_ExecutionLocationLocationIdFkeyInput>; }; /** The output of our update `ExecutionLocation` mutation. */ export declare type UpdateExecutionLocationPayload = { __typename?: 'UpdateExecutionLocationPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ExecutionLocation` that was updated by this mutation. */ executionLocation?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionLocation`. */ execution?: Maybe; /** Reads a single `Location` that is related to this `ExecutionLocation`. */ location?: Maybe; /** An edge for our `ExecutionLocation`. May be used by Relay 1. */ executionLocationEdge?: Maybe; }; /** The output of our update `ExecutionLocation` mutation. */ export declare type UpdateExecutionLocationPayloadExecutionLocationEdgeArgs = { orderBy?: Maybe>; }; /** An object where the defined keys will be set on the `execution` being updated. */ export declare type UpdateExecutionOnEventExecutionsCreatedForEventExecutionsCreatedExecutionFkeyPatch = { type?: Maybe; version?: Maybe; clones?: Maybe; succeededAt?: Maybe; cancelledAt?: Maybe; startedAt?: Maybe; parameters?: Maybe; executionToClones?: Maybe; baseExecutionsRelation?: Maybe<_ExecutionFollowersFollowerFkeyInverseInput>; followerExecutionsRelation?: Maybe<_ExecutionFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventExecutionsCreatedExecutionFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventExecutionsReadExecutionFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventExecutionsUpdatedExecutionFkeyInverseInput>; creatorPlanRelation?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInverseInput>; createdPlanRelation?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInverseInput>; childExecutionsRelation?: Maybe<_ExecutionChildrenParentFkeyInverseInput>; parentExecutionsRelation?: Maybe<_ExecutionChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_ExecutionAnomalyExecutionIdFkeyInverseInput>; userRelation?: Maybe<_ExecutionUserExecutionIdFkeyInverseInput>; organizationRelation?: Maybe<_ExecutionOrganizationExecutionIdFkeyInverseInput>; commentRelation?: Maybe<_ExecutionCommentExecutionIdFkeyInverseInput>; detectionRelation?: Maybe<_ExecutionDetectionExecutionIdFkeyInverseInput>; imageRelation?: Maybe<_ExecutionImageExecutionIdFkeyInverseInput>; artifactRelation?: Maybe<_ExecutionArtifactExecutionIdFkeyInverseInput>; structureRelation?: Maybe<_ExecutionStructureExecutionIdFkeyInverseInput>; locationRelation?: Maybe<_ExecutionLocationExecutionIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `execution` being updated. */ export declare type UpdateExecutionOnEventExecutionsReadForEventExecutionsReadExecutionFkeyPatch = { type?: Maybe; version?: Maybe; clones?: Maybe; succeededAt?: Maybe; cancelledAt?: Maybe; startedAt?: Maybe; parameters?: Maybe; executionToClones?: Maybe; baseExecutionsRelation?: Maybe<_ExecutionFollowersFollowerFkeyInverseInput>; followerExecutionsRelation?: Maybe<_ExecutionFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventExecutionsCreatedExecutionFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventExecutionsReadExecutionFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventExecutionsUpdatedExecutionFkeyInverseInput>; creatorPlanRelation?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInverseInput>; createdPlanRelation?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInverseInput>; childExecutionsRelation?: Maybe<_ExecutionChildrenParentFkeyInverseInput>; parentExecutionsRelation?: Maybe<_ExecutionChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_ExecutionAnomalyExecutionIdFkeyInverseInput>; userRelation?: Maybe<_ExecutionUserExecutionIdFkeyInverseInput>; organizationRelation?: Maybe<_ExecutionOrganizationExecutionIdFkeyInverseInput>; commentRelation?: Maybe<_ExecutionCommentExecutionIdFkeyInverseInput>; detectionRelation?: Maybe<_ExecutionDetectionExecutionIdFkeyInverseInput>; imageRelation?: Maybe<_ExecutionImageExecutionIdFkeyInverseInput>; artifactRelation?: Maybe<_ExecutionArtifactExecutionIdFkeyInverseInput>; structureRelation?: Maybe<_ExecutionStructureExecutionIdFkeyInverseInput>; locationRelation?: Maybe<_ExecutionLocationExecutionIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `execution` being updated. */ export declare type UpdateExecutionOnEventExecutionsUpdatedForEventExecutionsUpdatedExecutionFkeyPatch = { type?: Maybe; version?: Maybe; clones?: Maybe; succeededAt?: Maybe; cancelledAt?: Maybe; startedAt?: Maybe; parameters?: Maybe; executionToClones?: Maybe; baseExecutionsRelation?: Maybe<_ExecutionFollowersFollowerFkeyInverseInput>; followerExecutionsRelation?: Maybe<_ExecutionFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventExecutionsCreatedExecutionFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventExecutionsReadExecutionFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventExecutionsUpdatedExecutionFkeyInverseInput>; creatorPlanRelation?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInverseInput>; createdPlanRelation?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInverseInput>; childExecutionsRelation?: Maybe<_ExecutionChildrenParentFkeyInverseInput>; parentExecutionsRelation?: Maybe<_ExecutionChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_ExecutionAnomalyExecutionIdFkeyInverseInput>; userRelation?: Maybe<_ExecutionUserExecutionIdFkeyInverseInput>; organizationRelation?: Maybe<_ExecutionOrganizationExecutionIdFkeyInverseInput>; commentRelation?: Maybe<_ExecutionCommentExecutionIdFkeyInverseInput>; detectionRelation?: Maybe<_ExecutionDetectionExecutionIdFkeyInverseInput>; imageRelation?: Maybe<_ExecutionImageExecutionIdFkeyInverseInput>; artifactRelation?: Maybe<_ExecutionArtifactExecutionIdFkeyInverseInput>; structureRelation?: Maybe<_ExecutionStructureExecutionIdFkeyInverseInput>; locationRelation?: Maybe<_ExecutionLocationExecutionIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `execution` being updated. */ export declare type UpdateExecutionOnExecutionAnomalyForExecutionAnomalyExecutionIdFkeyPatch = { type?: Maybe; version?: Maybe; clones?: Maybe; succeededAt?: Maybe; cancelledAt?: Maybe; startedAt?: Maybe; parameters?: Maybe; executionToClones?: Maybe; baseExecutionsRelation?: Maybe<_ExecutionFollowersFollowerFkeyInverseInput>; followerExecutionsRelation?: Maybe<_ExecutionFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventExecutionsCreatedExecutionFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventExecutionsReadExecutionFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventExecutionsUpdatedExecutionFkeyInverseInput>; creatorPlanRelation?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInverseInput>; createdPlanRelation?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInverseInput>; childExecutionsRelation?: Maybe<_ExecutionChildrenParentFkeyInverseInput>; parentExecutionsRelation?: Maybe<_ExecutionChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_ExecutionAnomalyExecutionIdFkeyInverseInput>; userRelation?: Maybe<_ExecutionUserExecutionIdFkeyInverseInput>; organizationRelation?: Maybe<_ExecutionOrganizationExecutionIdFkeyInverseInput>; commentRelation?: Maybe<_ExecutionCommentExecutionIdFkeyInverseInput>; detectionRelation?: Maybe<_ExecutionDetectionExecutionIdFkeyInverseInput>; imageRelation?: Maybe<_ExecutionImageExecutionIdFkeyInverseInput>; artifactRelation?: Maybe<_ExecutionArtifactExecutionIdFkeyInverseInput>; structureRelation?: Maybe<_ExecutionStructureExecutionIdFkeyInverseInput>; locationRelation?: Maybe<_ExecutionLocationExecutionIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `execution` being updated. */ export declare type UpdateExecutionOnExecutionArtifactForExecutionArtifactExecutionIdFkeyPatch = { type?: Maybe; version?: Maybe; clones?: Maybe; succeededAt?: Maybe; cancelledAt?: Maybe; startedAt?: Maybe; parameters?: Maybe; executionToClones?: Maybe; baseExecutionsRelation?: Maybe<_ExecutionFollowersFollowerFkeyInverseInput>; followerExecutionsRelation?: Maybe<_ExecutionFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventExecutionsCreatedExecutionFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventExecutionsReadExecutionFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventExecutionsUpdatedExecutionFkeyInverseInput>; creatorPlanRelation?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInverseInput>; createdPlanRelation?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInverseInput>; childExecutionsRelation?: Maybe<_ExecutionChildrenParentFkeyInverseInput>; parentExecutionsRelation?: Maybe<_ExecutionChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_ExecutionAnomalyExecutionIdFkeyInverseInput>; userRelation?: Maybe<_ExecutionUserExecutionIdFkeyInverseInput>; organizationRelation?: Maybe<_ExecutionOrganizationExecutionIdFkeyInverseInput>; commentRelation?: Maybe<_ExecutionCommentExecutionIdFkeyInverseInput>; detectionRelation?: Maybe<_ExecutionDetectionExecutionIdFkeyInverseInput>; imageRelation?: Maybe<_ExecutionImageExecutionIdFkeyInverseInput>; artifactRelation?: Maybe<_ExecutionArtifactExecutionIdFkeyInverseInput>; structureRelation?: Maybe<_ExecutionStructureExecutionIdFkeyInverseInput>; locationRelation?: Maybe<_ExecutionLocationExecutionIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `execution` being updated. */ export declare type UpdateExecutionOnExecutionChildForExecutionChildrenChildFkeyPatch = { type?: Maybe; version?: Maybe; clones?: Maybe; succeededAt?: Maybe; cancelledAt?: Maybe; startedAt?: Maybe; parameters?: Maybe; executionToClones?: Maybe; baseExecutionsRelation?: Maybe<_ExecutionFollowersFollowerFkeyInverseInput>; followerExecutionsRelation?: Maybe<_ExecutionFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventExecutionsCreatedExecutionFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventExecutionsReadExecutionFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventExecutionsUpdatedExecutionFkeyInverseInput>; creatorPlanRelation?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInverseInput>; createdPlanRelation?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInverseInput>; childExecutionsRelation?: Maybe<_ExecutionChildrenParentFkeyInverseInput>; parentExecutionsRelation?: Maybe<_ExecutionChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_ExecutionAnomalyExecutionIdFkeyInverseInput>; userRelation?: Maybe<_ExecutionUserExecutionIdFkeyInverseInput>; organizationRelation?: Maybe<_ExecutionOrganizationExecutionIdFkeyInverseInput>; commentRelation?: Maybe<_ExecutionCommentExecutionIdFkeyInverseInput>; detectionRelation?: Maybe<_ExecutionDetectionExecutionIdFkeyInverseInput>; imageRelation?: Maybe<_ExecutionImageExecutionIdFkeyInverseInput>; artifactRelation?: Maybe<_ExecutionArtifactExecutionIdFkeyInverseInput>; structureRelation?: Maybe<_ExecutionStructureExecutionIdFkeyInverseInput>; locationRelation?: Maybe<_ExecutionLocationExecutionIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `execution` being updated. */ export declare type UpdateExecutionOnExecutionChildForExecutionChildrenParentFkeyPatch = { type?: Maybe; version?: Maybe; clones?: Maybe; succeededAt?: Maybe; cancelledAt?: Maybe; startedAt?: Maybe; parameters?: Maybe; executionToClones?: Maybe; baseExecutionsRelation?: Maybe<_ExecutionFollowersFollowerFkeyInverseInput>; followerExecutionsRelation?: Maybe<_ExecutionFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventExecutionsCreatedExecutionFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventExecutionsReadExecutionFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventExecutionsUpdatedExecutionFkeyInverseInput>; creatorPlanRelation?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInverseInput>; createdPlanRelation?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInverseInput>; childExecutionsRelation?: Maybe<_ExecutionChildrenParentFkeyInverseInput>; parentExecutionsRelation?: Maybe<_ExecutionChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_ExecutionAnomalyExecutionIdFkeyInverseInput>; userRelation?: Maybe<_ExecutionUserExecutionIdFkeyInverseInput>; organizationRelation?: Maybe<_ExecutionOrganizationExecutionIdFkeyInverseInput>; commentRelation?: Maybe<_ExecutionCommentExecutionIdFkeyInverseInput>; detectionRelation?: Maybe<_ExecutionDetectionExecutionIdFkeyInverseInput>; imageRelation?: Maybe<_ExecutionImageExecutionIdFkeyInverseInput>; artifactRelation?: Maybe<_ExecutionArtifactExecutionIdFkeyInverseInput>; structureRelation?: Maybe<_ExecutionStructureExecutionIdFkeyInverseInput>; locationRelation?: Maybe<_ExecutionLocationExecutionIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `execution` being updated. */ export declare type UpdateExecutionOnExecutionCommentForExecutionCommentExecutionIdFkeyPatch = { type?: Maybe; version?: Maybe; clones?: Maybe; succeededAt?: Maybe; cancelledAt?: Maybe; startedAt?: Maybe; parameters?: Maybe; executionToClones?: Maybe; baseExecutionsRelation?: Maybe<_ExecutionFollowersFollowerFkeyInverseInput>; followerExecutionsRelation?: Maybe<_ExecutionFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventExecutionsCreatedExecutionFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventExecutionsReadExecutionFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventExecutionsUpdatedExecutionFkeyInverseInput>; creatorPlanRelation?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInverseInput>; createdPlanRelation?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInverseInput>; childExecutionsRelation?: Maybe<_ExecutionChildrenParentFkeyInverseInput>; parentExecutionsRelation?: Maybe<_ExecutionChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_ExecutionAnomalyExecutionIdFkeyInverseInput>; userRelation?: Maybe<_ExecutionUserExecutionIdFkeyInverseInput>; organizationRelation?: Maybe<_ExecutionOrganizationExecutionIdFkeyInverseInput>; commentRelation?: Maybe<_ExecutionCommentExecutionIdFkeyInverseInput>; detectionRelation?: Maybe<_ExecutionDetectionExecutionIdFkeyInverseInput>; imageRelation?: Maybe<_ExecutionImageExecutionIdFkeyInverseInput>; artifactRelation?: Maybe<_ExecutionArtifactExecutionIdFkeyInverseInput>; structureRelation?: Maybe<_ExecutionStructureExecutionIdFkeyInverseInput>; locationRelation?: Maybe<_ExecutionLocationExecutionIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `execution` being updated. */ export declare type UpdateExecutionOnExecutionCreatorPlanCreatedForExecutionCreatorPlanCreatedExecutionFkeyPatch = { type?: Maybe; version?: Maybe; clones?: Maybe; succeededAt?: Maybe; cancelledAt?: Maybe; startedAt?: Maybe; parameters?: Maybe; executionToClones?: Maybe; baseExecutionsRelation?: Maybe<_ExecutionFollowersFollowerFkeyInverseInput>; followerExecutionsRelation?: Maybe<_ExecutionFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventExecutionsCreatedExecutionFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventExecutionsReadExecutionFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventExecutionsUpdatedExecutionFkeyInverseInput>; creatorPlanRelation?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInverseInput>; createdPlanRelation?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInverseInput>; childExecutionsRelation?: Maybe<_ExecutionChildrenParentFkeyInverseInput>; parentExecutionsRelation?: Maybe<_ExecutionChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_ExecutionAnomalyExecutionIdFkeyInverseInput>; userRelation?: Maybe<_ExecutionUserExecutionIdFkeyInverseInput>; organizationRelation?: Maybe<_ExecutionOrganizationExecutionIdFkeyInverseInput>; commentRelation?: Maybe<_ExecutionCommentExecutionIdFkeyInverseInput>; detectionRelation?: Maybe<_ExecutionDetectionExecutionIdFkeyInverseInput>; imageRelation?: Maybe<_ExecutionImageExecutionIdFkeyInverseInput>; artifactRelation?: Maybe<_ExecutionArtifactExecutionIdFkeyInverseInput>; structureRelation?: Maybe<_ExecutionStructureExecutionIdFkeyInverseInput>; locationRelation?: Maybe<_ExecutionLocationExecutionIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `execution` being updated. */ export declare type UpdateExecutionOnExecutionDetectionForExecutionDetectionExecutionIdFkeyPatch = { type?: Maybe; version?: Maybe; clones?: Maybe; succeededAt?: Maybe; cancelledAt?: Maybe; startedAt?: Maybe; parameters?: Maybe; executionToClones?: Maybe; baseExecutionsRelation?: Maybe<_ExecutionFollowersFollowerFkeyInverseInput>; followerExecutionsRelation?: Maybe<_ExecutionFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventExecutionsCreatedExecutionFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventExecutionsReadExecutionFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventExecutionsUpdatedExecutionFkeyInverseInput>; creatorPlanRelation?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInverseInput>; createdPlanRelation?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInverseInput>; childExecutionsRelation?: Maybe<_ExecutionChildrenParentFkeyInverseInput>; parentExecutionsRelation?: Maybe<_ExecutionChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_ExecutionAnomalyExecutionIdFkeyInverseInput>; userRelation?: Maybe<_ExecutionUserExecutionIdFkeyInverseInput>; organizationRelation?: Maybe<_ExecutionOrganizationExecutionIdFkeyInverseInput>; commentRelation?: Maybe<_ExecutionCommentExecutionIdFkeyInverseInput>; detectionRelation?: Maybe<_ExecutionDetectionExecutionIdFkeyInverseInput>; imageRelation?: Maybe<_ExecutionImageExecutionIdFkeyInverseInput>; artifactRelation?: Maybe<_ExecutionArtifactExecutionIdFkeyInverseInput>; structureRelation?: Maybe<_ExecutionStructureExecutionIdFkeyInverseInput>; locationRelation?: Maybe<_ExecutionLocationExecutionIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `execution` being updated. */ export declare type UpdateExecutionOnExecutionFollowerForExecutionFollowersBaseFkeyPatch = { type?: Maybe; version?: Maybe; clones?: Maybe; succeededAt?: Maybe; cancelledAt?: Maybe; startedAt?: Maybe; parameters?: Maybe; executionToClones?: Maybe; baseExecutionsRelation?: Maybe<_ExecutionFollowersFollowerFkeyInverseInput>; followerExecutionsRelation?: Maybe<_ExecutionFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventExecutionsCreatedExecutionFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventExecutionsReadExecutionFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventExecutionsUpdatedExecutionFkeyInverseInput>; creatorPlanRelation?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInverseInput>; createdPlanRelation?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInverseInput>; childExecutionsRelation?: Maybe<_ExecutionChildrenParentFkeyInverseInput>; parentExecutionsRelation?: Maybe<_ExecutionChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_ExecutionAnomalyExecutionIdFkeyInverseInput>; userRelation?: Maybe<_ExecutionUserExecutionIdFkeyInverseInput>; organizationRelation?: Maybe<_ExecutionOrganizationExecutionIdFkeyInverseInput>; commentRelation?: Maybe<_ExecutionCommentExecutionIdFkeyInverseInput>; detectionRelation?: Maybe<_ExecutionDetectionExecutionIdFkeyInverseInput>; imageRelation?: Maybe<_ExecutionImageExecutionIdFkeyInverseInput>; artifactRelation?: Maybe<_ExecutionArtifactExecutionIdFkeyInverseInput>; structureRelation?: Maybe<_ExecutionStructureExecutionIdFkeyInverseInput>; locationRelation?: Maybe<_ExecutionLocationExecutionIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `execution` being updated. */ export declare type UpdateExecutionOnExecutionFollowerForExecutionFollowersFollowerFkeyPatch = { type?: Maybe; version?: Maybe; clones?: Maybe; succeededAt?: Maybe; cancelledAt?: Maybe; startedAt?: Maybe; parameters?: Maybe; executionToClones?: Maybe; baseExecutionsRelation?: Maybe<_ExecutionFollowersFollowerFkeyInverseInput>; followerExecutionsRelation?: Maybe<_ExecutionFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventExecutionsCreatedExecutionFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventExecutionsReadExecutionFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventExecutionsUpdatedExecutionFkeyInverseInput>; creatorPlanRelation?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInverseInput>; createdPlanRelation?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInverseInput>; childExecutionsRelation?: Maybe<_ExecutionChildrenParentFkeyInverseInput>; parentExecutionsRelation?: Maybe<_ExecutionChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_ExecutionAnomalyExecutionIdFkeyInverseInput>; userRelation?: Maybe<_ExecutionUserExecutionIdFkeyInverseInput>; organizationRelation?: Maybe<_ExecutionOrganizationExecutionIdFkeyInverseInput>; commentRelation?: Maybe<_ExecutionCommentExecutionIdFkeyInverseInput>; detectionRelation?: Maybe<_ExecutionDetectionExecutionIdFkeyInverseInput>; imageRelation?: Maybe<_ExecutionImageExecutionIdFkeyInverseInput>; artifactRelation?: Maybe<_ExecutionArtifactExecutionIdFkeyInverseInput>; structureRelation?: Maybe<_ExecutionStructureExecutionIdFkeyInverseInput>; locationRelation?: Maybe<_ExecutionLocationExecutionIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `execution` being updated. */ export declare type UpdateExecutionOnExecutionForExecutionClonesFkeyPatch = { type?: Maybe; version?: Maybe; succeededAt?: Maybe; cancelledAt?: Maybe; startedAt?: Maybe; parameters?: Maybe; executionToClones?: Maybe; baseExecutionsRelation?: Maybe<_ExecutionFollowersFollowerFkeyInverseInput>; followerExecutionsRelation?: Maybe<_ExecutionFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventExecutionsCreatedExecutionFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventExecutionsReadExecutionFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventExecutionsUpdatedExecutionFkeyInverseInput>; creatorPlanRelation?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInverseInput>; createdPlanRelation?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInverseInput>; childExecutionsRelation?: Maybe<_ExecutionChildrenParentFkeyInverseInput>; parentExecutionsRelation?: Maybe<_ExecutionChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_ExecutionAnomalyExecutionIdFkeyInverseInput>; userRelation?: Maybe<_ExecutionUserExecutionIdFkeyInverseInput>; organizationRelation?: Maybe<_ExecutionOrganizationExecutionIdFkeyInverseInput>; commentRelation?: Maybe<_ExecutionCommentExecutionIdFkeyInverseInput>; detectionRelation?: Maybe<_ExecutionDetectionExecutionIdFkeyInverseInput>; imageRelation?: Maybe<_ExecutionImageExecutionIdFkeyInverseInput>; artifactRelation?: Maybe<_ExecutionArtifactExecutionIdFkeyInverseInput>; structureRelation?: Maybe<_ExecutionStructureExecutionIdFkeyInverseInput>; locationRelation?: Maybe<_ExecutionLocationExecutionIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `execution` being updated. */ export declare type UpdateExecutionOnExecutionImageForExecutionImageExecutionIdFkeyPatch = { type?: Maybe; version?: Maybe; clones?: Maybe; succeededAt?: Maybe; cancelledAt?: Maybe; startedAt?: Maybe; parameters?: Maybe; executionToClones?: Maybe; baseExecutionsRelation?: Maybe<_ExecutionFollowersFollowerFkeyInverseInput>; followerExecutionsRelation?: Maybe<_ExecutionFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventExecutionsCreatedExecutionFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventExecutionsReadExecutionFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventExecutionsUpdatedExecutionFkeyInverseInput>; creatorPlanRelation?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInverseInput>; createdPlanRelation?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInverseInput>; childExecutionsRelation?: Maybe<_ExecutionChildrenParentFkeyInverseInput>; parentExecutionsRelation?: Maybe<_ExecutionChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_ExecutionAnomalyExecutionIdFkeyInverseInput>; userRelation?: Maybe<_ExecutionUserExecutionIdFkeyInverseInput>; organizationRelation?: Maybe<_ExecutionOrganizationExecutionIdFkeyInverseInput>; commentRelation?: Maybe<_ExecutionCommentExecutionIdFkeyInverseInput>; detectionRelation?: Maybe<_ExecutionDetectionExecutionIdFkeyInverseInput>; imageRelation?: Maybe<_ExecutionImageExecutionIdFkeyInverseInput>; artifactRelation?: Maybe<_ExecutionArtifactExecutionIdFkeyInverseInput>; structureRelation?: Maybe<_ExecutionStructureExecutionIdFkeyInverseInput>; locationRelation?: Maybe<_ExecutionLocationExecutionIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `execution` being updated. */ export declare type UpdateExecutionOnExecutionLocationForExecutionLocationExecutionIdFkeyPatch = { type?: Maybe; version?: Maybe; clones?: Maybe; succeededAt?: Maybe; cancelledAt?: Maybe; startedAt?: Maybe; parameters?: Maybe; executionToClones?: Maybe; baseExecutionsRelation?: Maybe<_ExecutionFollowersFollowerFkeyInverseInput>; followerExecutionsRelation?: Maybe<_ExecutionFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventExecutionsCreatedExecutionFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventExecutionsReadExecutionFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventExecutionsUpdatedExecutionFkeyInverseInput>; creatorPlanRelation?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInverseInput>; createdPlanRelation?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInverseInput>; childExecutionsRelation?: Maybe<_ExecutionChildrenParentFkeyInverseInput>; parentExecutionsRelation?: Maybe<_ExecutionChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_ExecutionAnomalyExecutionIdFkeyInverseInput>; userRelation?: Maybe<_ExecutionUserExecutionIdFkeyInverseInput>; organizationRelation?: Maybe<_ExecutionOrganizationExecutionIdFkeyInverseInput>; commentRelation?: Maybe<_ExecutionCommentExecutionIdFkeyInverseInput>; detectionRelation?: Maybe<_ExecutionDetectionExecutionIdFkeyInverseInput>; imageRelation?: Maybe<_ExecutionImageExecutionIdFkeyInverseInput>; artifactRelation?: Maybe<_ExecutionArtifactExecutionIdFkeyInverseInput>; structureRelation?: Maybe<_ExecutionStructureExecutionIdFkeyInverseInput>; locationRelation?: Maybe<_ExecutionLocationExecutionIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `execution` being updated. */ export declare type UpdateExecutionOnExecutionOrganizationForExecutionOrganizationExecutionIdFkeyPatch = { type?: Maybe; version?: Maybe; clones?: Maybe; succeededAt?: Maybe; cancelledAt?: Maybe; startedAt?: Maybe; parameters?: Maybe; executionToClones?: Maybe; baseExecutionsRelation?: Maybe<_ExecutionFollowersFollowerFkeyInverseInput>; followerExecutionsRelation?: Maybe<_ExecutionFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventExecutionsCreatedExecutionFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventExecutionsReadExecutionFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventExecutionsUpdatedExecutionFkeyInverseInput>; creatorPlanRelation?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInverseInput>; createdPlanRelation?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInverseInput>; childExecutionsRelation?: Maybe<_ExecutionChildrenParentFkeyInverseInput>; parentExecutionsRelation?: Maybe<_ExecutionChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_ExecutionAnomalyExecutionIdFkeyInverseInput>; userRelation?: Maybe<_ExecutionUserExecutionIdFkeyInverseInput>; organizationRelation?: Maybe<_ExecutionOrganizationExecutionIdFkeyInverseInput>; commentRelation?: Maybe<_ExecutionCommentExecutionIdFkeyInverseInput>; detectionRelation?: Maybe<_ExecutionDetectionExecutionIdFkeyInverseInput>; imageRelation?: Maybe<_ExecutionImageExecutionIdFkeyInverseInput>; artifactRelation?: Maybe<_ExecutionArtifactExecutionIdFkeyInverseInput>; structureRelation?: Maybe<_ExecutionStructureExecutionIdFkeyInverseInput>; locationRelation?: Maybe<_ExecutionLocationExecutionIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `execution` being updated. */ export declare type UpdateExecutionOnExecutionStructureForExecutionStructureExecutionIdFkeyPatch = { type?: Maybe; version?: Maybe; clones?: Maybe; succeededAt?: Maybe; cancelledAt?: Maybe; startedAt?: Maybe; parameters?: Maybe; executionToClones?: Maybe; baseExecutionsRelation?: Maybe<_ExecutionFollowersFollowerFkeyInverseInput>; followerExecutionsRelation?: Maybe<_ExecutionFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventExecutionsCreatedExecutionFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventExecutionsReadExecutionFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventExecutionsUpdatedExecutionFkeyInverseInput>; creatorPlanRelation?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInverseInput>; createdPlanRelation?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInverseInput>; childExecutionsRelation?: Maybe<_ExecutionChildrenParentFkeyInverseInput>; parentExecutionsRelation?: Maybe<_ExecutionChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_ExecutionAnomalyExecutionIdFkeyInverseInput>; userRelation?: Maybe<_ExecutionUserExecutionIdFkeyInverseInput>; organizationRelation?: Maybe<_ExecutionOrganizationExecutionIdFkeyInverseInput>; commentRelation?: Maybe<_ExecutionCommentExecutionIdFkeyInverseInput>; detectionRelation?: Maybe<_ExecutionDetectionExecutionIdFkeyInverseInput>; imageRelation?: Maybe<_ExecutionImageExecutionIdFkeyInverseInput>; artifactRelation?: Maybe<_ExecutionArtifactExecutionIdFkeyInverseInput>; structureRelation?: Maybe<_ExecutionStructureExecutionIdFkeyInverseInput>; locationRelation?: Maybe<_ExecutionLocationExecutionIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `execution` being updated. */ export declare type UpdateExecutionOnExecutionUserForExecutionUserExecutionIdFkeyPatch = { type?: Maybe; version?: Maybe; clones?: Maybe; succeededAt?: Maybe; cancelledAt?: Maybe; startedAt?: Maybe; parameters?: Maybe; executionToClones?: Maybe; baseExecutionsRelation?: Maybe<_ExecutionFollowersFollowerFkeyInverseInput>; followerExecutionsRelation?: Maybe<_ExecutionFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventExecutionsCreatedExecutionFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventExecutionsReadExecutionFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventExecutionsUpdatedExecutionFkeyInverseInput>; creatorPlanRelation?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInverseInput>; createdPlanRelation?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInverseInput>; childExecutionsRelation?: Maybe<_ExecutionChildrenParentFkeyInverseInput>; parentExecutionsRelation?: Maybe<_ExecutionChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_ExecutionAnomalyExecutionIdFkeyInverseInput>; userRelation?: Maybe<_ExecutionUserExecutionIdFkeyInverseInput>; organizationRelation?: Maybe<_ExecutionOrganizationExecutionIdFkeyInverseInput>; commentRelation?: Maybe<_ExecutionCommentExecutionIdFkeyInverseInput>; detectionRelation?: Maybe<_ExecutionDetectionExecutionIdFkeyInverseInput>; imageRelation?: Maybe<_ExecutionImageExecutionIdFkeyInverseInput>; artifactRelation?: Maybe<_ExecutionArtifactExecutionIdFkeyInverseInput>; structureRelation?: Maybe<_ExecutionStructureExecutionIdFkeyInverseInput>; locationRelation?: Maybe<_ExecutionLocationExecutionIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `execution` being updated. */ export declare type UpdateExecutionOnPlanCreatorExecutionCreatedForPlanCreatorExecutionCreatedExecutionFkeyPatch = { type?: Maybe; version?: Maybe; clones?: Maybe; succeededAt?: Maybe; cancelledAt?: Maybe; startedAt?: Maybe; parameters?: Maybe; executionToClones?: Maybe; baseExecutionsRelation?: Maybe<_ExecutionFollowersFollowerFkeyInverseInput>; followerExecutionsRelation?: Maybe<_ExecutionFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventExecutionsCreatedExecutionFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventExecutionsReadExecutionFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventExecutionsUpdatedExecutionFkeyInverseInput>; creatorPlanRelation?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInverseInput>; createdPlanRelation?: Maybe<_ExecutionCreatorPlanCreatedExecutionFkeyInverseInput>; childExecutionsRelation?: Maybe<_ExecutionChildrenParentFkeyInverseInput>; parentExecutionsRelation?: Maybe<_ExecutionChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_ExecutionAnomalyExecutionIdFkeyInverseInput>; userRelation?: Maybe<_ExecutionUserExecutionIdFkeyInverseInput>; organizationRelation?: Maybe<_ExecutionOrganizationExecutionIdFkeyInverseInput>; commentRelation?: Maybe<_ExecutionCommentExecutionIdFkeyInverseInput>; detectionRelation?: Maybe<_ExecutionDetectionExecutionIdFkeyInverseInput>; imageRelation?: Maybe<_ExecutionImageExecutionIdFkeyInverseInput>; artifactRelation?: Maybe<_ExecutionArtifactExecutionIdFkeyInverseInput>; structureRelation?: Maybe<_ExecutionStructureExecutionIdFkeyInverseInput>; locationRelation?: Maybe<_ExecutionLocationExecutionIdFkeyInverseInput>; }; /** All input for the `updateExecutionOrganization` mutation. */ export declare type UpdateExecutionOrganizationInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `ExecutionOrganization` being updated. */ patch: ExecutionOrganizationPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `executionOrganization` being updated. */ export declare type UpdateExecutionOrganizationOnExecutionOrganizationForExecutionOrganizationExecutionIdFkeyPatch = { id?: Maybe; organizationId?: Maybe; execution?: Maybe<_ExecutionOrganizationExecutionIdFkeyInput>; organization?: Maybe<_ExecutionOrganizationOrganizationIdFkeyInput>; }; /** An object where the defined keys will be set on the `executionOrganization` being updated. */ export declare type UpdateExecutionOrganizationOnExecutionOrganizationForExecutionOrganizationOrganizationIdFkeyPatch = { id?: Maybe; executionId?: Maybe; execution?: Maybe<_ExecutionOrganizationExecutionIdFkeyInput>; organization?: Maybe<_ExecutionOrganizationOrganizationIdFkeyInput>; }; /** The output of our update `ExecutionOrganization` mutation. */ export declare type UpdateExecutionOrganizationPayload = { __typename?: 'UpdateExecutionOrganizationPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ExecutionOrganization` that was updated by this mutation. */ executionOrganization?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionOrganization`. */ execution?: Maybe; /** Reads a single `Organization` that is related to this `ExecutionOrganization`. */ organization?: Maybe; /** An edge for our `ExecutionOrganization`. May be used by Relay 1. */ executionOrganizationEdge?: Maybe; }; /** The output of our update `ExecutionOrganization` mutation. */ export declare type UpdateExecutionOrganizationPayloadExecutionOrganizationEdgeArgs = { orderBy?: Maybe>; }; /** The output of our update `Execution` mutation. */ export declare type UpdateExecutionPayload = { __typename?: 'UpdateExecutionPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `Execution` that was updated by this mutation. */ execution?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `Execution`. */ executionByClones?: Maybe; /** An edge for our `Execution`. May be used by Relay 1. */ executionEdge?: Maybe; }; /** The output of our update `Execution` mutation. */ export declare type UpdateExecutionPayloadExecutionEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateExecutionStructure` mutation. */ export declare type UpdateExecutionStructureInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `ExecutionStructure` being updated. */ patch: ExecutionStructurePatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `executionStructure` being updated. */ export declare type UpdateExecutionStructureOnExecutionStructureForExecutionStructureExecutionIdFkeyPatch = { id?: Maybe; structureId?: Maybe; execution?: Maybe<_ExecutionStructureExecutionIdFkeyInput>; structure?: Maybe<_ExecutionStructureStructureIdFkeyInput>; }; /** An object where the defined keys will be set on the `executionStructure` being updated. */ export declare type UpdateExecutionStructureOnExecutionStructureForExecutionStructureStructureIdFkeyPatch = { id?: Maybe; executionId?: Maybe; execution?: Maybe<_ExecutionStructureExecutionIdFkeyInput>; structure?: Maybe<_ExecutionStructureStructureIdFkeyInput>; }; /** The output of our update `ExecutionStructure` mutation. */ export declare type UpdateExecutionStructurePayload = { __typename?: 'UpdateExecutionStructurePayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ExecutionStructure` that was updated by this mutation. */ executionStructure?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionStructure`. */ execution?: Maybe; /** Reads a single `Structure` that is related to this `ExecutionStructure`. */ structure?: Maybe; /** An edge for our `ExecutionStructure`. May be used by Relay 1. */ executionStructureEdge?: Maybe; }; /** The output of our update `ExecutionStructure` mutation. */ export declare type UpdateExecutionStructurePayloadExecutionStructureEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateExecutionUser` mutation. */ export declare type UpdateExecutionUserInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `ExecutionUser` being updated. */ patch: ExecutionUserPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `executionUser` being updated. */ export declare type UpdateExecutionUserOnExecutionUserForExecutionUserExecutionIdFkeyPatch = { id?: Maybe; userId?: Maybe; execution?: Maybe<_ExecutionUserExecutionIdFkeyInput>; user?: Maybe<_ExecutionUserUserIdFkeyInput>; }; /** An object where the defined keys will be set on the `executionUser` being updated. */ export declare type UpdateExecutionUserOnExecutionUserForExecutionUserUserIdFkeyPatch = { id?: Maybe; executionId?: Maybe; execution?: Maybe<_ExecutionUserExecutionIdFkeyInput>; user?: Maybe<_ExecutionUserUserIdFkeyInput>; }; /** The output of our update `ExecutionUser` mutation. */ export declare type UpdateExecutionUserPayload = { __typename?: 'UpdateExecutionUserPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ExecutionUser` that was updated by this mutation. */ executionUser?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `ExecutionUser`. */ execution?: Maybe; /** Reads a single `User` that is related to this `ExecutionUser`. */ user?: Maybe; /** An edge for our `ExecutionUser`. May be used by Relay 1. */ executionUserEdge?: Maybe; }; /** The output of our update `ExecutionUser` mutation. */ export declare type UpdateExecutionUserPayloadExecutionUserEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateFile` mutation. */ export declare type UpdateFileInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `File` being updated. */ patch: FilePatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `file` being updated. */ export declare type UpdateFileOnOrganizationForOrganizationPictureFkeyPatch = { nickname?: Maybe; name?: Maybe; contentType?: Maybe; secret?: Maybe; size?: Maybe; url?: Maybe; userPicture?: Maybe; organizationPicture?: Maybe; structureModelGltf?: Maybe; structureModelSvg?: Maybe; structureGltf?: Maybe; structureSvg?: Maybe; structureOverview?: Maybe; images?: Maybe; segmentation?: Maybe; anomalyGltf?: Maybe; artifacts?: Maybe; }; /** An object where the defined keys will be set on the `file` being updated. */ export declare type UpdateFileOnUserForUserPictureFkeyPatch = { nickname?: Maybe; name?: Maybe; contentType?: Maybe; secret?: Maybe; size?: Maybe; url?: Maybe; userPicture?: Maybe; organizationPicture?: Maybe; structureModelGltf?: Maybe; structureModelSvg?: Maybe; structureGltf?: Maybe; structureSvg?: Maybe; structureOverview?: Maybe; images?: Maybe; segmentation?: Maybe; anomalyGltf?: Maybe; artifacts?: Maybe; }; /** The output of our update `File` mutation. */ export declare type UpdateFilePayload = { __typename?: 'UpdateFilePayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `File` that was updated by this mutation. */ file?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** An edge for our `File`. May be used by Relay 1. */ fileEdge?: Maybe; }; /** The output of our update `File` mutation. */ export declare type UpdateFilePayloadFileEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateImageCloneOf` mutation. */ export declare type UpdateImageCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `ImageCloneOf` being updated. */ patch: ImageCloneOfPatch; a: Scalars['String']; }; /** An object where the defined keys will be set on the `imageCloneOf` being updated. */ export declare type UpdateImageCloneOfOnImageCloneOfForImageCloneOfIbfk1Patch = { b?: Maybe; cloneOf?: Maybe<_ImageCloneOfIbfk1Input>; clone?: Maybe<_ImageCloneOfIbfk2Input>; }; /** An object where the defined keys will be set on the `imageCloneOf` being updated. */ export declare type UpdateImageCloneOfOnImageCloneOfForImageCloneOfIbfk2Patch = { a?: Maybe; cloneOf?: Maybe<_ImageCloneOfIbfk1Input>; clone?: Maybe<_ImageCloneOfIbfk2Input>; }; /** The output of our update `ImageCloneOf` mutation. */ export declare type UpdateImageCloneOfPayload = { __typename?: 'UpdateImageCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ImageCloneOf` that was updated by this mutation. */ imageCloneOf?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Image` that is related to this `ImageCloneOf`. */ cloneOf?: Maybe; /** Reads a single `Image` that is related to this `ImageCloneOf`. */ clone?: Maybe; /** An edge for our `ImageCloneOf`. May be used by Relay 1. */ imageCloneOfEdge?: Maybe; }; /** The output of our update `ImageCloneOf` mutation. */ export declare type UpdateImageCloneOfPayloadImageCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateImageCorrectionCloneOf` mutation. */ export declare type UpdateImageCorrectionCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `ImageCorrectionCloneOf` being updated. */ patch: ImageCorrectionCloneOfPatch; a: Scalars['String']; b: Scalars['String']; }; /** An object where the defined keys will be set on the `imageCorrectionCloneOf` being updated. */ export declare type UpdateImageCorrectionCloneOfOnImageCorrectionCloneOfForImageCorrectionCloneOfIbfk1Patch = { b?: Maybe; cloneOf?: Maybe<_ImageCorrectionCloneOfIbfk1Input>; clone?: Maybe<_ImageCorrectionCloneOfIbfk2Input>; }; /** An object where the defined keys will be set on the `imageCorrectionCloneOf` being updated. */ export declare type UpdateImageCorrectionCloneOfOnImageCorrectionCloneOfForImageCorrectionCloneOfIbfk2Patch = { a?: Maybe; cloneOf?: Maybe<_ImageCorrectionCloneOfIbfk1Input>; clone?: Maybe<_ImageCorrectionCloneOfIbfk2Input>; }; /** The output of our update `ImageCorrectionCloneOf` mutation. */ export declare type UpdateImageCorrectionCloneOfPayload = { __typename?: 'UpdateImageCorrectionCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ImageCorrectionCloneOf` that was updated by this mutation. */ imageCorrectionCloneOf?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `ImageCorrection` that is related to this `ImageCorrectionCloneOf`. */ cloneOf?: Maybe; /** Reads a single `ImageCorrection` that is related to this `ImageCorrectionCloneOf`. */ clone?: Maybe; /** An edge for our `ImageCorrectionCloneOf`. May be used by Relay 1. */ imageCorrectionCloneOfEdge?: Maybe; }; /** The output of our update `ImageCorrectionCloneOf` mutation. */ export declare type UpdateImageCorrectionCloneOfPayloadImageCorrectionCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateImageCorrection` mutation. */ export declare type UpdateImageCorrectionInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `ImageCorrection` being updated. */ patch: ImageCorrectionPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `imageCorrection` being updated. */ export declare type UpdateImageCorrectionOnImageCorrectionCloneOfForImageCorrectionCloneOfIbfk1Patch = { nickname?: Maybe; name?: Maybe; overlayOpacity?: Maybe; temperature?: Maybe; tint?: Maybe; exposure?: Maybe; contrast?: Maybe; shadows?: Maybe; highlights?: Maybe; whites?: Maybe; blacks?: Maybe; clarity?: Maybe; vibrance?: Maybe; saturation?: Maybe; sharpening?: Maybe; noiseReductionLuminance?: Maybe; noiseReductionColor?: Maybe; images?: Maybe; cloneOfRelation?: Maybe<_ImageCorrectionCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_ImageCorrectionCloneOfIbfk2InverseInput>; }; /** An object where the defined keys will be set on the `imageCorrection` being updated. */ export declare type UpdateImageCorrectionOnImageCorrectionCloneOfForImageCorrectionCloneOfIbfk2Patch = { nickname?: Maybe; name?: Maybe; overlayOpacity?: Maybe; temperature?: Maybe; tint?: Maybe; exposure?: Maybe; contrast?: Maybe; shadows?: Maybe; highlights?: Maybe; whites?: Maybe; blacks?: Maybe; clarity?: Maybe; vibrance?: Maybe; saturation?: Maybe; sharpening?: Maybe; noiseReductionLuminance?: Maybe; noiseReductionColor?: Maybe; images?: Maybe; cloneOfRelation?: Maybe<_ImageCorrectionCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_ImageCorrectionCloneOfIbfk2InverseInput>; }; /** The output of our update `ImageCorrection` mutation. */ export declare type UpdateImageCorrectionPayload = { __typename?: 'UpdateImageCorrectionPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ImageCorrection` that was updated by this mutation. */ imageCorrection?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** An edge for our `ImageCorrection`. May be used by Relay 1. */ imageCorrectionEdge?: Maybe; }; /** The output of our update `ImageCorrection` mutation. */ export declare type UpdateImageCorrectionPayloadImageCorrectionEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateImage` mutation. */ export declare type UpdateImageInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `Image` being updated. */ patch: ImagePatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `image` being updated. */ export declare type UpdateImageOnExecutionImageForExecutionImageImageIdFkeyPatch = { metaData?: Maybe; valid?: Maybe; fallbackData?: Maybe; index?: Maybe; width?: Maybe; height?: Maybe; distance?: Maybe; cameraFieldOfViewVertical?: Maybe; cameraFieldOfViewHorizontal?: Maybe; cameraShutterSpeed?: Maybe; cameraAperture?: Maybe; cameraModel?: Maybe; cameraLensModel?: Maybe; cameraLensMake?: Maybe; cameraMake?: Maybe; description?: Maybe; distanceGradientVertical?: Maybe; cameraIso?: Maybe; distanceGradientHorizontal?: Maybe; capturedAt?: Maybe; file?: Maybe; mission?: Maybe; location?: Maybe; correction?: Maybe; segmentations?: Maybe; structuresRelation?: Maybe<_StructureImagesIbfk1InverseInput>; cloneOfRelation?: Maybe<_ImageCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_ImageCloneOfIbfk2InverseInput>; detections?: Maybe; classifications?: Maybe; comments?: Maybe; planRelation?: Maybe<_PlanImageImageIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionImageImageIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `image` being updated. */ export declare type UpdateImageOnImageCloneOfForImageCloneOfIbfk1Patch = { metaData?: Maybe; valid?: Maybe; fallbackData?: Maybe; index?: Maybe; width?: Maybe; height?: Maybe; distance?: Maybe; cameraFieldOfViewVertical?: Maybe; cameraFieldOfViewHorizontal?: Maybe; cameraShutterSpeed?: Maybe; cameraAperture?: Maybe; cameraModel?: Maybe; cameraLensModel?: Maybe; cameraLensMake?: Maybe; cameraMake?: Maybe; description?: Maybe; distanceGradientVertical?: Maybe; cameraIso?: Maybe; distanceGradientHorizontal?: Maybe; capturedAt?: Maybe; file?: Maybe; mission?: Maybe; location?: Maybe; correction?: Maybe; segmentations?: Maybe; structuresRelation?: Maybe<_StructureImagesIbfk1InverseInput>; cloneOfRelation?: Maybe<_ImageCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_ImageCloneOfIbfk2InverseInput>; detections?: Maybe; classifications?: Maybe; comments?: Maybe; planRelation?: Maybe<_PlanImageImageIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionImageImageIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `image` being updated. */ export declare type UpdateImageOnImageCloneOfForImageCloneOfIbfk2Patch = { metaData?: Maybe; valid?: Maybe; fallbackData?: Maybe; index?: Maybe; width?: Maybe; height?: Maybe; distance?: Maybe; cameraFieldOfViewVertical?: Maybe; cameraFieldOfViewHorizontal?: Maybe; cameraShutterSpeed?: Maybe; cameraAperture?: Maybe; cameraModel?: Maybe; cameraLensModel?: Maybe; cameraLensMake?: Maybe; cameraMake?: Maybe; description?: Maybe; distanceGradientVertical?: Maybe; cameraIso?: Maybe; distanceGradientHorizontal?: Maybe; capturedAt?: Maybe; file?: Maybe; mission?: Maybe; location?: Maybe; correction?: Maybe; segmentations?: Maybe; structuresRelation?: Maybe<_StructureImagesIbfk1InverseInput>; cloneOfRelation?: Maybe<_ImageCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_ImageCloneOfIbfk2InverseInput>; detections?: Maybe; classifications?: Maybe; comments?: Maybe; planRelation?: Maybe<_PlanImageImageIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionImageImageIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `image` being updated. */ export declare type UpdateImageOnPlanImageForPlanImageImageIdFkeyPatch = { metaData?: Maybe; valid?: Maybe; fallbackData?: Maybe; index?: Maybe; width?: Maybe; height?: Maybe; distance?: Maybe; cameraFieldOfViewVertical?: Maybe; cameraFieldOfViewHorizontal?: Maybe; cameraShutterSpeed?: Maybe; cameraAperture?: Maybe; cameraModel?: Maybe; cameraLensModel?: Maybe; cameraLensMake?: Maybe; cameraMake?: Maybe; description?: Maybe; distanceGradientVertical?: Maybe; cameraIso?: Maybe; distanceGradientHorizontal?: Maybe; capturedAt?: Maybe; file?: Maybe; mission?: Maybe; location?: Maybe; correction?: Maybe; segmentations?: Maybe; structuresRelation?: Maybe<_StructureImagesIbfk1InverseInput>; cloneOfRelation?: Maybe<_ImageCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_ImageCloneOfIbfk2InverseInput>; detections?: Maybe; classifications?: Maybe; comments?: Maybe; planRelation?: Maybe<_PlanImageImageIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionImageImageIdFkeyInverseInput>; }; /** The output of our update `Image` mutation. */ export declare type UpdateImagePayload = { __typename?: 'UpdateImagePayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `Image` that was updated by this mutation. */ image?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `File` that is related to this `Image`. */ file?: Maybe; /** Reads a single `MissionExecution` that is related to this `Image`. */ mission?: Maybe; /** Reads a single `Location` that is related to this `Image`. */ location?: Maybe; /** Reads a single `ImageCorrection` that is related to this `Image`. */ correction?: Maybe; /** An edge for our `Image`. May be used by Relay 1. */ imageEdge?: Maybe; }; /** The output of our update `Image` mutation. */ export declare type UpdateImagePayloadImageEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateLocationCloneOf` mutation. */ export declare type UpdateLocationCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `LocationCloneOf` being updated. */ patch: LocationCloneOfPatch; a: Scalars['String']; }; /** An object where the defined keys will be set on the `locationCloneOf` being updated. */ export declare type UpdateLocationCloneOfOnLocationCloneOfForLocationCloneOfIbfk1Patch = { b?: Maybe; cloneOf?: Maybe<_LocationCloneOfIbfk1Input>; clone?: Maybe<_LocationCloneOfIbfk2Input>; }; /** An object where the defined keys will be set on the `locationCloneOf` being updated. */ export declare type UpdateLocationCloneOfOnLocationCloneOfForLocationCloneOfIbfk2Patch = { a?: Maybe; cloneOf?: Maybe<_LocationCloneOfIbfk1Input>; clone?: Maybe<_LocationCloneOfIbfk2Input>; }; /** The output of our update `LocationCloneOf` mutation. */ export declare type UpdateLocationCloneOfPayload = { __typename?: 'UpdateLocationCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `LocationCloneOf` that was updated by this mutation. */ locationCloneOf?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Location` that is related to this `LocationCloneOf`. */ cloneOf?: Maybe; /** Reads a single `Location` that is related to this `LocationCloneOf`. */ clone?: Maybe; /** An edge for our `LocationCloneOf`. May be used by Relay 1. */ locationCloneOfEdge?: Maybe; }; /** The output of our update `LocationCloneOf` mutation. */ export declare type UpdateLocationCloneOfPayloadLocationCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateLocation` mutation. */ export declare type UpdateLocationInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `Location` being updated. */ patch: LocationPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `location` being updated. */ export declare type UpdateLocationOnExecutionLocationForExecutionLocationLocationIdFkeyPatch = { nickname?: Maybe; errorRadius?: Maybe; name?: Maybe; latitude?: Maybe; longitude?: Maybe; altitude?: Maybe; roll?: Maybe; pitch?: Maybe; yaw?: Maybe; position?: Maybe; geometry3D?: Maybe; geometry2D?: Maybe; structure?: Maybe; image?: Maybe; anomaly?: Maybe; artifact?: Maybe; cloneOfRelation?: Maybe<_LocationCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_LocationCloneOfIbfk2InverseInput>; planRelation?: Maybe<_PlanLocationLocationIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionLocationLocationIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `location` being updated. */ export declare type UpdateLocationOnLocationCloneOfForLocationCloneOfIbfk1Patch = { nickname?: Maybe; errorRadius?: Maybe; name?: Maybe; latitude?: Maybe; longitude?: Maybe; altitude?: Maybe; roll?: Maybe; pitch?: Maybe; yaw?: Maybe; position?: Maybe; geometry3D?: Maybe; geometry2D?: Maybe; structure?: Maybe; image?: Maybe; anomaly?: Maybe; artifact?: Maybe; cloneOfRelation?: Maybe<_LocationCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_LocationCloneOfIbfk2InverseInput>; planRelation?: Maybe<_PlanLocationLocationIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionLocationLocationIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `location` being updated. */ export declare type UpdateLocationOnLocationCloneOfForLocationCloneOfIbfk2Patch = { nickname?: Maybe; errorRadius?: Maybe; name?: Maybe; latitude?: Maybe; longitude?: Maybe; altitude?: Maybe; roll?: Maybe; pitch?: Maybe; yaw?: Maybe; position?: Maybe; geometry3D?: Maybe; geometry2D?: Maybe; structure?: Maybe; image?: Maybe; anomaly?: Maybe; artifact?: Maybe; cloneOfRelation?: Maybe<_LocationCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_LocationCloneOfIbfk2InverseInput>; planRelation?: Maybe<_PlanLocationLocationIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionLocationLocationIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `location` being updated. */ export declare type UpdateLocationOnPlanLocationForPlanLocationLocationIdFkeyPatch = { nickname?: Maybe; errorRadius?: Maybe; name?: Maybe; latitude?: Maybe; longitude?: Maybe; altitude?: Maybe; roll?: Maybe; pitch?: Maybe; yaw?: Maybe; position?: Maybe; geometry3D?: Maybe; geometry2D?: Maybe; structure?: Maybe; image?: Maybe; anomaly?: Maybe; artifact?: Maybe; cloneOfRelation?: Maybe<_LocationCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_LocationCloneOfIbfk2InverseInput>; planRelation?: Maybe<_PlanLocationLocationIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionLocationLocationIdFkeyInverseInput>; }; /** The output of our update `Location` mutation. */ export declare type UpdateLocationPayload = { __typename?: 'UpdateLocationPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `Location` that was updated by this mutation. */ location?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** An edge for our `Location`. May be used by Relay 1. */ locationEdge?: Maybe; }; /** The output of our update `Location` mutation. */ export declare type UpdateLocationPayloadLocationEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateMissionAnomaly` mutation. */ export declare type UpdateMissionAnomalyInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `MissionAnomaly` being updated. */ patch: MissionAnomalyPatch; a: Scalars['String']; b: Scalars['String']; }; /** An object where the defined keys will be set on the `missionAnomaly` being updated. */ export declare type UpdateMissionAnomalyOnMissionAnomalyForMissionAnomaliesIbfk1Patch = { b?: Maybe; anomaly?: Maybe<_MissionAnomaliesIbfk1Input>; mission?: Maybe<_MissionAnomaliesIbfk2Input>; }; /** An object where the defined keys will be set on the `missionAnomaly` being updated. */ export declare type UpdateMissionAnomalyOnMissionAnomalyForMissionAnomaliesIbfk2Patch = { a?: Maybe; anomaly?: Maybe<_MissionAnomaliesIbfk1Input>; mission?: Maybe<_MissionAnomaliesIbfk2Input>; }; /** The output of our update `MissionAnomaly` mutation. */ export declare type UpdateMissionAnomalyPayload = { __typename?: 'UpdateMissionAnomalyPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `MissionAnomaly` that was updated by this mutation. */ missionAnomaly?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Anomaly` that is related to this `MissionAnomaly`. */ anomaly?: Maybe; /** Reads a single `MissionExecution` that is related to this `MissionAnomaly`. */ mission?: Maybe; /** An edge for our `MissionAnomaly`. May be used by Relay 1. */ missionAnomalyEdge?: Maybe; }; /** The output of our update `MissionAnomaly` mutation. */ export declare type UpdateMissionAnomalyPayloadMissionAnomalyEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateMissionCloneOf` mutation. */ export declare type UpdateMissionCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `MissionCloneOf` being updated. */ patch: MissionCloneOfPatch; a: Scalars['String']; }; /** An object where the defined keys will be set on the `missionCloneOf` being updated. */ export declare type UpdateMissionCloneOfOnMissionCloneOfForMissionCloneOfIbfk1Patch = { b?: Maybe; cloneOf?: Maybe<_MissionCloneOfIbfk1Input>; clone?: Maybe<_MissionCloneOfIbfk2Input>; }; /** An object where the defined keys will be set on the `missionCloneOf` being updated. */ export declare type UpdateMissionCloneOfOnMissionCloneOfForMissionCloneOfIbfk2Patch = { a?: Maybe; cloneOf?: Maybe<_MissionCloneOfIbfk1Input>; clone?: Maybe<_MissionCloneOfIbfk2Input>; }; /** The output of our update `MissionCloneOf` mutation. */ export declare type UpdateMissionCloneOfPayload = { __typename?: 'UpdateMissionCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `MissionCloneOf` that was updated by this mutation. */ missionCloneOf?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Mission` that is related to this `MissionCloneOf`. */ cloneOf?: Maybe; /** Reads a single `Mission` that is related to this `MissionCloneOf`. */ clone?: Maybe; /** An edge for our `MissionCloneOf`. May be used by Relay 1. */ missionCloneOfEdge?: Maybe; }; /** The output of our update `MissionCloneOf` mutation. */ export declare type UpdateMissionCloneOfPayloadMissionCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateMissionExecutionCloneOf` mutation. */ export declare type UpdateMissionExecutionCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `MissionExecutionCloneOf` being updated. */ patch: MissionExecutionCloneOfPatch; a: Scalars['String']; }; /** An object where the defined keys will be set on the `missionExecutionCloneOf` being updated. */ export declare type UpdateMissionExecutionCloneOfOnMissionExecutionCloneOfForMissionExecutionCloneOfIbfk1Patch = { b?: Maybe; cloneOf?: Maybe<_MissionExecutionCloneOfIbfk1Input>; clone?: Maybe<_MissionExecutionCloneOfIbfk2Input>; }; /** An object where the defined keys will be set on the `missionExecutionCloneOf` being updated. */ export declare type UpdateMissionExecutionCloneOfOnMissionExecutionCloneOfForMissionExecutionCloneOfIbfk2Patch = { a?: Maybe; cloneOf?: Maybe<_MissionExecutionCloneOfIbfk1Input>; clone?: Maybe<_MissionExecutionCloneOfIbfk2Input>; }; /** The output of our update `MissionExecutionCloneOf` mutation. */ export declare type UpdateMissionExecutionCloneOfPayload = { __typename?: 'UpdateMissionExecutionCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `MissionExecutionCloneOf` that was updated by this mutation. */ missionExecutionCloneOf?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `MissionExecution` that is related to this `MissionExecutionCloneOf`. */ cloneOf?: Maybe; /** Reads a single `MissionExecution` that is related to this `MissionExecutionCloneOf`. */ clone?: Maybe; /** An edge for our `MissionExecutionCloneOf`. May be used by Relay 1. */ missionExecutionCloneOfEdge?: Maybe; }; /** The output of our update `MissionExecutionCloneOf` mutation. */ export declare type UpdateMissionExecutionCloneOfPayloadMissionExecutionCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateMissionExecution` mutation. */ export declare type UpdateMissionExecutionInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `MissionExecution` being updated. */ patch: MissionExecutionPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `missionExecution` being updated. */ export declare type UpdateMissionExecutionOnMissionExecutionCloneOfForMissionExecutionCloneOfIbfk1Patch = { nickname?: Maybe; executionAt?: Maybe; inspectionAt?: Maybe; expertValidationAt?: Maybe; trajectory?: Maybe; parameters?: Maybe; mission?: Maybe; elements?: Maybe; images?: Maybe; segmentations?: Maybe; artifacts?: Maybe; detections?: Maybe; classifications?: Maybe; anomaliesRelation?: Maybe<_MissionAnomaliesIbfk2InverseInput>; cloneOfRelation?: Maybe<_MissionExecutionCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_MissionExecutionCloneOfIbfk2InverseInput>; }; /** An object where the defined keys will be set on the `missionExecution` being updated. */ export declare type UpdateMissionExecutionOnMissionExecutionCloneOfForMissionExecutionCloneOfIbfk2Patch = { nickname?: Maybe; executionAt?: Maybe; inspectionAt?: Maybe; expertValidationAt?: Maybe; trajectory?: Maybe; parameters?: Maybe; mission?: Maybe; elements?: Maybe; images?: Maybe; segmentations?: Maybe; artifacts?: Maybe; detections?: Maybe; classifications?: Maybe; anomaliesRelation?: Maybe<_MissionAnomaliesIbfk2InverseInput>; cloneOfRelation?: Maybe<_MissionExecutionCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_MissionExecutionCloneOfIbfk2InverseInput>; }; /** The output of our update `MissionExecution` mutation. */ export declare type UpdateMissionExecutionPayload = { __typename?: 'UpdateMissionExecutionPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `MissionExecution` that was updated by this mutation. */ missionExecution?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Mission` that is related to this `MissionExecution`. */ mission?: Maybe; /** An edge for our `MissionExecution`. May be used by Relay 1. */ missionExecutionEdge?: Maybe; }; /** The output of our update `MissionExecution` mutation. */ export declare type UpdateMissionExecutionPayloadMissionExecutionEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateMission` mutation. */ export declare type UpdateMissionInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `Mission` being updated. */ patch: MissionPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `mission` being updated. */ export declare type UpdateMissionOnMissionCloneOfForMissionCloneOfIbfk1Patch = { nickname?: Maybe; name?: Maybe; type?: Maybe; infra?: Maybe; description?: Maybe; plan?: Maybe; missionToInfra?: Maybe; elementOfExecution?: Maybe; elementOfPlan?: Maybe; organization?: Maybe; execution?: Maybe; artifacts?: Maybe; assignments?: Maybe; comments?: Maybe; cloneOfRelation?: Maybe<_MissionCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_MissionCloneOfIbfk2InverseInput>; clientsRelation?: Maybe; expertsRelation?: Maybe; inspectorsRelation?: Maybe; operatorsRelation?: Maybe; }; /** An object where the defined keys will be set on the `mission` being updated. */ export declare type UpdateMissionOnMissionCloneOfForMissionCloneOfIbfk2Patch = { nickname?: Maybe; name?: Maybe; type?: Maybe; infra?: Maybe; description?: Maybe; plan?: Maybe; missionToInfra?: Maybe; elementOfExecution?: Maybe; elementOfPlan?: Maybe; organization?: Maybe; execution?: Maybe; artifacts?: Maybe; assignments?: Maybe; comments?: Maybe; cloneOfRelation?: Maybe<_MissionCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_MissionCloneOfIbfk2InverseInput>; clientsRelation?: Maybe; expertsRelation?: Maybe; inspectorsRelation?: Maybe; operatorsRelation?: Maybe; }; /** The output of our update `Mission` mutation. */ export declare type UpdateMissionPayload = { __typename?: 'UpdateMissionPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `Mission` that was updated by this mutation. */ mission?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `MissionPlan` that is related to this `Mission`. */ plan?: Maybe; /** Reads a single `Mission` that is related to this `Mission`. */ missionByInfra?: Maybe; /** Reads a single `MissionExecution` that is related to this `Mission`. */ elementOfExecution?: Maybe; /** Reads a single `MissionPlan` that is related to this `Mission`. */ elementOfPlan?: Maybe; /** Reads a single `Organization` that is related to this `Mission`. */ organization?: Maybe; /** An edge for our `Mission`. May be used by Relay 1. */ missionEdge?: Maybe; }; /** The output of our update `Mission` mutation. */ export declare type UpdateMissionPayloadMissionEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateMissionPlanArtifact` mutation. */ export declare type UpdateMissionPlanArtifactInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `_MissionPlanArtifact` being updated. */ patch: _MissionPlanArtifactPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `_missionPlanArtifact` being updated. */ export declare type UpdateMissionPlanArtifactOnMissionPlanArtifactForMissionPlanArtifactsIbfk1Patch = { id?: Maybe; b?: Maybe; _missionPlanArtifactToA?: Maybe<_MissionPlanArtifactsIbfk1Input>; missionPlanToB?: Maybe<_MissionPlanArtifactsIbfk2Input>; }; /** An object where the defined keys will be set on the `_missionPlanArtifact` being updated. */ export declare type UpdateMissionPlanArtifactOnMissionPlanArtifactForMissionPlanArtifactsIbfk2Patch = { id?: Maybe; a?: Maybe; _missionPlanArtifactToA?: Maybe<_MissionPlanArtifactsIbfk1Input>; missionPlanToB?: Maybe<_MissionPlanArtifactsIbfk2Input>; }; /** The output of our update `_MissionPlanArtifact` mutation. */ export declare type UpdateMissionPlanArtifactPayload = { __typename?: 'UpdateMissionPlanArtifactPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `_MissionPlanArtifact` that was updated by this mutation. */ _missionPlanArtifact?: Maybe<_MissionPlanArtifact>; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `_MissionPlanArtifact` that is related to this `_MissionPlanArtifact`. */ _missionPlanArtifactByA?: Maybe<_MissionPlanArtifact>; /** Reads a single `MissionPlan` that is related to this `_MissionPlanArtifact`. */ missionPlanByB?: Maybe; /** An edge for our `_MissionPlanArtifact`. May be used by Relay 1. */ _missionPlanArtifactEdge?: Maybe<_MissionPlanArtifactsEdge>; }; /** The output of our update `_MissionPlanArtifact` mutation. */ export declare type UpdateMissionPlanArtifactPayload_MissionPlanArtifactEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateMissionPlanCloneOf` mutation. */ export declare type UpdateMissionPlanCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `MissionPlanCloneOf` being updated. */ patch: MissionPlanCloneOfPatch; a: Scalars['String']; }; /** An object where the defined keys will be set on the `missionPlanCloneOf` being updated. */ export declare type UpdateMissionPlanCloneOfOnMissionPlanCloneOfForMissionPlanCloneOfIbfk1Patch = { b?: Maybe; cloneOf?: Maybe<_MissionPlanCloneOfIbfk1Input>; clone?: Maybe<_MissionPlanCloneOfIbfk2Input>; }; /** An object where the defined keys will be set on the `missionPlanCloneOf` being updated. */ export declare type UpdateMissionPlanCloneOfOnMissionPlanCloneOfForMissionPlanCloneOfIbfk2Patch = { a?: Maybe; cloneOf?: Maybe<_MissionPlanCloneOfIbfk1Input>; clone?: Maybe<_MissionPlanCloneOfIbfk2Input>; }; /** The output of our update `MissionPlanCloneOf` mutation. */ export declare type UpdateMissionPlanCloneOfPayload = { __typename?: 'UpdateMissionPlanCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `MissionPlanCloneOf` that was updated by this mutation. */ missionPlanCloneOf?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `MissionPlan` that is related to this `MissionPlanCloneOf`. */ cloneOf?: Maybe; /** Reads a single `MissionPlan` that is related to this `MissionPlanCloneOf`. */ clone?: Maybe; /** An edge for our `MissionPlanCloneOf`. May be used by Relay 1. */ missionPlanCloneOfEdge?: Maybe; }; /** The output of our update `MissionPlanCloneOf` mutation. */ export declare type UpdateMissionPlanCloneOfPayloadMissionPlanCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateMissionPlan` mutation. */ export declare type UpdateMissionPlanInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `MissionPlan` being updated. */ patch: MissionPlanPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `missionPlan` being updated. */ export declare type UpdateMissionPlanOnMissionPlanArtifactForMissionPlanArtifactsIbfk2Patch = { nickname?: Maybe; executionAt?: Maybe; inspectionAt?: Maybe; expertValidationAt?: Maybe; parameters?: Maybe; mission?: Maybe; elements?: Maybe; artifacts?: Maybe; cloneOfRelation?: Maybe<_MissionPlanCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_MissionPlanCloneOfIbfk2InverseInput>; structurePlans?: Maybe; _missionPlanArtifactsUsingId?: Maybe<_MissionPlanArtifactsIbfk2InverseInput>; }; /** An object where the defined keys will be set on the `missionPlan` being updated. */ export declare type UpdateMissionPlanOnMissionPlanCloneOfForMissionPlanCloneOfIbfk1Patch = { nickname?: Maybe; executionAt?: Maybe; inspectionAt?: Maybe; expertValidationAt?: Maybe; parameters?: Maybe; mission?: Maybe; elements?: Maybe; artifacts?: Maybe; cloneOfRelation?: Maybe<_MissionPlanCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_MissionPlanCloneOfIbfk2InverseInput>; structurePlans?: Maybe; _missionPlanArtifactsUsingId?: Maybe<_MissionPlanArtifactsIbfk2InverseInput>; }; /** An object where the defined keys will be set on the `missionPlan` being updated. */ export declare type UpdateMissionPlanOnMissionPlanCloneOfForMissionPlanCloneOfIbfk2Patch = { nickname?: Maybe; executionAt?: Maybe; inspectionAt?: Maybe; expertValidationAt?: Maybe; parameters?: Maybe; mission?: Maybe; elements?: Maybe; artifacts?: Maybe; cloneOfRelation?: Maybe<_MissionPlanCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_MissionPlanCloneOfIbfk2InverseInput>; structurePlans?: Maybe; _missionPlanArtifactsUsingId?: Maybe<_MissionPlanArtifactsIbfk2InverseInput>; }; /** The output of our update `MissionPlan` mutation. */ export declare type UpdateMissionPlanPayload = { __typename?: 'UpdateMissionPlanPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `MissionPlan` that was updated by this mutation. */ missionPlan?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** An edge for our `MissionPlan`. May be used by Relay 1. */ missionPlanEdge?: Maybe; }; /** The output of our update `MissionPlan` mutation. */ export declare type UpdateMissionPlanPayloadMissionPlanEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateOrganizationAdmin` mutation. */ export declare type UpdateOrganizationAdminInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `OrganizationAdmin` being updated. */ patch: OrganizationAdminPatch; a: Scalars['String']; b: Scalars['String']; }; /** An object where the defined keys will be set on the `organizationAdmin` being updated. */ export declare type UpdateOrganizationAdminOnOrganizationAdminForOrganizationAdminIbfk1Patch = { b?: Maybe; organization?: Maybe<_OrganizationAdminIbfk1Input>; admin?: Maybe<_OrganizationAdminIbfk2Input>; }; /** An object where the defined keys will be set on the `organizationAdmin` being updated. */ export declare type UpdateOrganizationAdminOnOrganizationAdminForOrganizationAdminIbfk2Patch = { a?: Maybe; organization?: Maybe<_OrganizationAdminIbfk1Input>; admin?: Maybe<_OrganizationAdminIbfk2Input>; }; /** The output of our update `OrganizationAdmin` mutation. */ export declare type UpdateOrganizationAdminPayload = { __typename?: 'UpdateOrganizationAdminPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `OrganizationAdmin` that was updated by this mutation. */ organizationAdmin?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Organization` that is related to this `OrganizationAdmin`. */ organization?: Maybe; /** Reads a single `User` that is related to this `OrganizationAdmin`. */ admin?: Maybe; /** An edge for our `OrganizationAdmin`. May be used by Relay 1. */ organizationAdminEdge?: Maybe; }; /** The output of our update `OrganizationAdmin` mutation. */ export declare type UpdateOrganizationAdminPayloadOrganizationAdminEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateOrganizationAnomalyLevelMapping` mutation. */ export declare type UpdateOrganizationAnomalyLevelMappingInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `OrganizationAnomalyLevelMapping` being updated. */ patch: OrganizationAnomalyLevelMappingPatch; a: Scalars['String']; b: Scalars['String']; }; /** An object where the defined keys will be set on the `organizationAnomalyLevelMapping` being updated. */ export declare type UpdateOrganizationAnomalyLevelMappingOnOrganizationAnomalyLevelMappingForOrganizationAnomalyLevelMappingIbfk1Patch = { b?: Maybe; anomalyLevelMapping?: Maybe<_OrganizationAnomalyLevelMappingIbfk1Input>; organization?: Maybe<_OrganizationAnomalyLevelMappingIbfk2Input>; }; /** An object where the defined keys will be set on the `organizationAnomalyLevelMapping` being updated. */ export declare type UpdateOrganizationAnomalyLevelMappingOnOrganizationAnomalyLevelMappingForOrganizationAnomalyLevelMappingIbfk2Patch = { a?: Maybe; anomalyLevelMapping?: Maybe<_OrganizationAnomalyLevelMappingIbfk1Input>; organization?: Maybe<_OrganizationAnomalyLevelMappingIbfk2Input>; }; /** The output of our update `OrganizationAnomalyLevelMapping` mutation. */ export declare type UpdateOrganizationAnomalyLevelMappingPayload = { __typename?: 'UpdateOrganizationAnomalyLevelMappingPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `OrganizationAnomalyLevelMapping` that was updated by this mutation. */ organizationAnomalyLevelMapping?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `AnomalyLevelMapping` that is related to this `OrganizationAnomalyLevelMapping`. */ anomalyLevelMapping?: Maybe; /** Reads a single `Organization` that is related to this `OrganizationAnomalyLevelMapping`. */ organization?: Maybe; /** An edge for our `OrganizationAnomalyLevelMapping`. May be used by Relay 1. */ organizationAnomalyLevelMappingEdge?: Maybe; }; /** The output of our update `OrganizationAnomalyLevelMapping` mutation. */ export declare type UpdateOrganizationAnomalyLevelMappingPayloadOrganizationAnomalyLevelMappingEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateOrganization` mutation. */ export declare type UpdateOrganizationInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `Organization` being updated. */ patch: OrganizationPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `organization` being updated. */ export declare type UpdateOrganizationOnExecutionOrganizationForExecutionOrganizationOrganizationIdFkeyPatch = { nickname?: Maybe; name?: Maybe; description?: Maybe; subscriptionPlan?: Maybe; picture?: Maybe; structureModels?: Maybe; structures?: Maybe; ownedStructureModelsRelation?: Maybe<_StructureModelOwnersIbfk1InverseInput>; missions?: Maybe; usersRelation?: Maybe<_OrganizationUsersIbfk1InverseInput>; assignments?: Maybe; anomalyLevelMappingsRelation?: Maybe<_OrganizationAnomalyLevelMappingIbfk2InverseInput>; adminsRelation?: Maybe<_OrganizationAdminIbfk1InverseInput>; planRelation?: Maybe<_PlanOrganizationOrganizationIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionOrganizationOrganizationIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `organization` being updated. */ export declare type UpdateOrganizationOnPlanOrganizationForPlanOrganizationOrganizationIdFkeyPatch = { nickname?: Maybe; name?: Maybe; description?: Maybe; subscriptionPlan?: Maybe; picture?: Maybe; structureModels?: Maybe; structures?: Maybe; ownedStructureModelsRelation?: Maybe<_StructureModelOwnersIbfk1InverseInput>; missions?: Maybe; usersRelation?: Maybe<_OrganizationUsersIbfk1InverseInput>; assignments?: Maybe; anomalyLevelMappingsRelation?: Maybe<_OrganizationAnomalyLevelMappingIbfk2InverseInput>; adminsRelation?: Maybe<_OrganizationAdminIbfk1InverseInput>; planRelation?: Maybe<_PlanOrganizationOrganizationIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionOrganizationOrganizationIdFkeyInverseInput>; }; /** The output of our update `Organization` mutation. */ export declare type UpdateOrganizationPayload = { __typename?: 'UpdateOrganizationPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `Organization` that was updated by this mutation. */ organization?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `File` that is related to this `Organization`. */ picture?: Maybe; /** An edge for our `Organization`. May be used by Relay 1. */ organizationEdge?: Maybe; }; /** The output of our update `Organization` mutation. */ export declare type UpdateOrganizationPayloadOrganizationEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateOrganizationUser` mutation. */ export declare type UpdateOrganizationUserInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `OrganizationUser` being updated. */ patch: OrganizationUserPatch; a: Scalars['String']; b: Scalars['String']; }; /** An object where the defined keys will be set on the `organizationUser` being updated. */ export declare type UpdateOrganizationUserOnOrganizationUserForOrganizationUsersIbfk1Patch = { b?: Maybe; organization?: Maybe<_OrganizationUsersIbfk1Input>; user?: Maybe<_OrganizationUsersIbfk2Input>; }; /** An object where the defined keys will be set on the `organizationUser` being updated. */ export declare type UpdateOrganizationUserOnOrganizationUserForOrganizationUsersIbfk2Patch = { a?: Maybe; organization?: Maybe<_OrganizationUsersIbfk1Input>; user?: Maybe<_OrganizationUsersIbfk2Input>; }; /** The output of our update `OrganizationUser` mutation. */ export declare type UpdateOrganizationUserPayload = { __typename?: 'UpdateOrganizationUserPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `OrganizationUser` that was updated by this mutation. */ organizationUser?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Organization` that is related to this `OrganizationUser`. */ organization?: Maybe; /** Reads a single `User` that is related to this `OrganizationUser`. */ user?: Maybe; /** An edge for our `OrganizationUser`. May be used by Relay 1. */ organizationUserEdge?: Maybe; }; /** The output of our update `OrganizationUser` mutation. */ export declare type UpdateOrganizationUserPayloadOrganizationUserEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updatePlanAnomaly` mutation. */ export declare type UpdatePlanAnomalyInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `PlanAnomaly` being updated. */ patch: PlanAnomalyPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `planAnomaly` being updated. */ export declare type UpdatePlanAnomalyOnPlanAnomalyForPlanAnomalyAnomalyIdFkeyPatch = { id?: Maybe; planId?: Maybe; plan?: Maybe<_PlanAnomalyPlanIdFkeyInput>; anomaly?: Maybe<_PlanAnomalyAnomalyIdFkeyInput>; }; /** An object where the defined keys will be set on the `planAnomaly` being updated. */ export declare type UpdatePlanAnomalyOnPlanAnomalyForPlanAnomalyPlanIdFkeyPatch = { id?: Maybe; anomalyId?: Maybe; plan?: Maybe<_PlanAnomalyPlanIdFkeyInput>; anomaly?: Maybe<_PlanAnomalyAnomalyIdFkeyInput>; }; /** The output of our update `PlanAnomaly` mutation. */ export declare type UpdatePlanAnomalyPayload = { __typename?: 'UpdatePlanAnomalyPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `PlanAnomaly` that was updated by this mutation. */ planAnomaly?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `PlanAnomaly`. */ plan?: Maybe; /** Reads a single `Anomaly` that is related to this `PlanAnomaly`. */ anomaly?: Maybe; /** An edge for our `PlanAnomaly`. May be used by Relay 1. */ planAnomalyEdge?: Maybe; }; /** The output of our update `PlanAnomaly` mutation. */ export declare type UpdatePlanAnomalyPayloadPlanAnomalyEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updatePlanArtifact` mutation. */ export declare type UpdatePlanArtifactInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `PlanArtifact` being updated. */ patch: PlanArtifactPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `planArtifact` being updated. */ export declare type UpdatePlanArtifactOnPlanArtifactForPlanArtifactArtifactIdFkeyPatch = { id?: Maybe; planId?: Maybe; plan?: Maybe<_PlanArtifactPlanIdFkeyInput>; artifact?: Maybe<_PlanArtifactArtifactIdFkeyInput>; }; /** An object where the defined keys will be set on the `planArtifact` being updated. */ export declare type UpdatePlanArtifactOnPlanArtifactForPlanArtifactPlanIdFkeyPatch = { id?: Maybe; artifactId?: Maybe; plan?: Maybe<_PlanArtifactPlanIdFkeyInput>; artifact?: Maybe<_PlanArtifactArtifactIdFkeyInput>; }; /** The output of our update `PlanArtifact` mutation. */ export declare type UpdatePlanArtifactPayload = { __typename?: 'UpdatePlanArtifactPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `PlanArtifact` that was updated by this mutation. */ planArtifact?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `PlanArtifact`. */ plan?: Maybe; /** Reads a single `Artifact` that is related to this `PlanArtifact`. */ artifact?: Maybe; /** An edge for our `PlanArtifact`. May be used by Relay 1. */ planArtifactEdge?: Maybe; }; /** The output of our update `PlanArtifact` mutation. */ export declare type UpdatePlanArtifactPayloadPlanArtifactEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updatePlanAssignment` mutation. */ export declare type UpdatePlanAssignmentInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `PlanAssignment` being updated. */ patch: PlanAssignmentPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `planAssignment` being updated. */ export declare type UpdatePlanAssignmentOnPlanAssignmentForPlanAssignmentPlanFkeyPatch = { id?: Maybe; createdAt?: Maybe; updatedAt?: Maybe; deletedAt?: Maybe; user?: Maybe; assignedUser?: Maybe<_PlanAssignmentUserFkeyInput>; assignedPlan?: Maybe<_PlanAssignmentPlanFkeyInput>; }; /** The output of our update `PlanAssignment` mutation. */ export declare type UpdatePlanAssignmentPayload = { __typename?: 'UpdatePlanAssignmentPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `PlanAssignment` that was updated by this mutation. */ planAssignment?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `User` that is related to this `PlanAssignment`. */ assignedUser?: Maybe; /** Reads a single `Plan` that is related to this `PlanAssignment`. */ assignedPlan?: Maybe; /** An edge for our `PlanAssignment`. May be used by Relay 1. */ planAssignmentEdge?: Maybe; }; /** The output of our update `PlanAssignment` mutation. */ export declare type UpdatePlanAssignmentPayloadPlanAssignmentEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updatePlanChild` mutation. */ export declare type UpdatePlanChildInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `PlanChild` being updated. */ patch: PlanChildPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `planChild` being updated. */ export declare type UpdatePlanChildOnPlanChildForPlanChildrenChildFkeyPatch = { id?: Maybe; parent?: Maybe; parentPlan?: Maybe<_PlanChildrenParentFkeyInput>; childPlan?: Maybe<_PlanChildrenChildFkeyInput>; }; /** An object where the defined keys will be set on the `planChild` being updated. */ export declare type UpdatePlanChildOnPlanChildForPlanChildrenParentFkeyPatch = { id?: Maybe; child?: Maybe; parentPlan?: Maybe<_PlanChildrenParentFkeyInput>; childPlan?: Maybe<_PlanChildrenChildFkeyInput>; }; /** The output of our update `PlanChild` mutation. */ export declare type UpdatePlanChildPayload = { __typename?: 'UpdatePlanChildPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `PlanChild` that was updated by this mutation. */ planChild?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `PlanChild`. */ parentPlan?: Maybe; /** Reads a single `Plan` that is related to this `PlanChild`. */ childPlan?: Maybe; /** An edge for our `PlanChild`. May be used by Relay 1. */ planChildEdge?: Maybe; }; /** The output of our update `PlanChild` mutation. */ export declare type UpdatePlanChildPayloadPlanChildEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updatePlanComment` mutation. */ export declare type UpdatePlanCommentInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `PlanComment` being updated. */ patch: PlanCommentPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `planComment` being updated. */ export declare type UpdatePlanCommentOnPlanCommentForPlanCommentCommentIdFkeyPatch = { id?: Maybe; planId?: Maybe; plan?: Maybe<_PlanCommentPlanIdFkeyInput>; comment?: Maybe<_PlanCommentCommentIdFkeyInput>; }; /** An object where the defined keys will be set on the `planComment` being updated. */ export declare type UpdatePlanCommentOnPlanCommentForPlanCommentPlanIdFkeyPatch = { id?: Maybe; commentId?: Maybe; plan?: Maybe<_PlanCommentPlanIdFkeyInput>; comment?: Maybe<_PlanCommentCommentIdFkeyInput>; }; /** The output of our update `PlanComment` mutation. */ export declare type UpdatePlanCommentPayload = { __typename?: 'UpdatePlanCommentPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `PlanComment` that was updated by this mutation. */ planComment?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `PlanComment`. */ plan?: Maybe; /** Reads a single `Comment` that is related to this `PlanComment`. */ comment?: Maybe; /** An edge for our `PlanComment`. May be used by Relay 1. */ planCommentEdge?: Maybe; }; /** The output of our update `PlanComment` mutation. */ export declare type UpdatePlanCommentPayloadPlanCommentEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updatePlanCreatorExecutionCreated` mutation. */ export declare type UpdatePlanCreatorExecutionCreatedInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `PlanCreatorExecutionCreated` being updated. */ patch: PlanCreatorExecutionCreatedPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `planCreatorExecutionCreated` being updated. */ export declare type UpdatePlanCreatorExecutionCreatedOnPlanCreatorExecutionCreatedForPlanCreatorExecutionCreatedExecutionFkeyPatch = { id?: Maybe; plan?: Maybe; createdExecution?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInput>; creatorPlan?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInput>; }; /** An object where the defined keys will be set on the `planCreatorExecutionCreated` being updated. */ export declare type UpdatePlanCreatorExecutionCreatedOnPlanCreatorExecutionCreatedForPlanCreatorExecutionCreatedPlanFkeyPatch = { id?: Maybe; execution?: Maybe; createdExecution?: Maybe<_PlanCreatorExecutionCreatedExecutionFkeyInput>; creatorPlan?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInput>; }; /** The output of our update `PlanCreatorExecutionCreated` mutation. */ export declare type UpdatePlanCreatorExecutionCreatedPayload = { __typename?: 'UpdatePlanCreatorExecutionCreatedPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `PlanCreatorExecutionCreated` that was updated by this mutation. */ planCreatorExecutionCreated?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Execution` that is related to this `PlanCreatorExecutionCreated`. */ createdExecution?: Maybe; /** Reads a single `Plan` that is related to this `PlanCreatorExecutionCreated`. */ creatorPlan?: Maybe; /** An edge for our `PlanCreatorExecutionCreated`. May be used by Relay 1. */ planCreatorExecutionCreatedEdge?: Maybe; }; /** The output of our update `PlanCreatorExecutionCreated` mutation. */ export declare type UpdatePlanCreatorExecutionCreatedPayloadPlanCreatorExecutionCreatedEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updatePlanDetection` mutation. */ export declare type UpdatePlanDetectionInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `PlanDetection` being updated. */ patch: PlanDetectionPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `planDetection` being updated. */ export declare type UpdatePlanDetectionOnPlanDetectionForPlanDetectionDetectionIdFkeyPatch = { id?: Maybe; planId?: Maybe; plan?: Maybe<_PlanDetectionPlanIdFkeyInput>; detection?: Maybe<_PlanDetectionDetectionIdFkeyInput>; }; /** An object where the defined keys will be set on the `planDetection` being updated. */ export declare type UpdatePlanDetectionOnPlanDetectionForPlanDetectionPlanIdFkeyPatch = { id?: Maybe; detectionId?: Maybe; plan?: Maybe<_PlanDetectionPlanIdFkeyInput>; detection?: Maybe<_PlanDetectionDetectionIdFkeyInput>; }; /** The output of our update `PlanDetection` mutation. */ export declare type UpdatePlanDetectionPayload = { __typename?: 'UpdatePlanDetectionPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `PlanDetection` that was updated by this mutation. */ planDetection?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `PlanDetection`. */ plan?: Maybe; /** Reads a single `Detection` that is related to this `PlanDetection`. */ detection?: Maybe; /** An edge for our `PlanDetection`. May be used by Relay 1. */ planDetectionEdge?: Maybe; }; /** The output of our update `PlanDetection` mutation. */ export declare type UpdatePlanDetectionPayloadPlanDetectionEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updatePlanFollower` mutation. */ export declare type UpdatePlanFollowerInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `PlanFollower` being updated. */ patch: PlanFollowerPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `planFollower` being updated. */ export declare type UpdatePlanFollowerOnPlanFollowerForPlanFollowersBaseFkeyPatch = { id?: Maybe; follower?: Maybe; followerPlan?: Maybe<_PlanFollowersFollowerFkeyInput>; basePlan?: Maybe<_PlanFollowersBaseFkeyInput>; }; /** An object where the defined keys will be set on the `planFollower` being updated. */ export declare type UpdatePlanFollowerOnPlanFollowerForPlanFollowersFollowerFkeyPatch = { id?: Maybe; base?: Maybe; followerPlan?: Maybe<_PlanFollowersFollowerFkeyInput>; basePlan?: Maybe<_PlanFollowersBaseFkeyInput>; }; /** The output of our update `PlanFollower` mutation. */ export declare type UpdatePlanFollowerPayload = { __typename?: 'UpdatePlanFollowerPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `PlanFollower` that was updated by this mutation. */ planFollower?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `PlanFollower`. */ followerPlan?: Maybe; /** Reads a single `Plan` that is related to this `PlanFollower`. */ basePlan?: Maybe; /** An edge for our `PlanFollower`. May be used by Relay 1. */ planFollowerEdge?: Maybe; }; /** The output of our update `PlanFollower` mutation. */ export declare type UpdatePlanFollowerPayloadPlanFollowerEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updatePlanImage` mutation. */ export declare type UpdatePlanImageInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `PlanImage` being updated. */ patch: PlanImagePatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `planImage` being updated. */ export declare type UpdatePlanImageOnPlanImageForPlanImageImageIdFkeyPatch = { id?: Maybe; planId?: Maybe; plan?: Maybe<_PlanImagePlanIdFkeyInput>; image?: Maybe<_PlanImageImageIdFkeyInput>; }; /** An object where the defined keys will be set on the `planImage` being updated. */ export declare type UpdatePlanImageOnPlanImageForPlanImagePlanIdFkeyPatch = { id?: Maybe; imageId?: Maybe; plan?: Maybe<_PlanImagePlanIdFkeyInput>; image?: Maybe<_PlanImageImageIdFkeyInput>; }; /** The output of our update `PlanImage` mutation. */ export declare type UpdatePlanImagePayload = { __typename?: 'UpdatePlanImagePayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `PlanImage` that was updated by this mutation. */ planImage?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `PlanImage`. */ plan?: Maybe; /** Reads a single `Image` that is related to this `PlanImage`. */ image?: Maybe; /** An edge for our `PlanImage`. May be used by Relay 1. */ planImageEdge?: Maybe; }; /** The output of our update `PlanImage` mutation. */ export declare type UpdatePlanImagePayloadPlanImageEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updatePlan` mutation. */ export declare type UpdatePlanInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `Plan` being updated. */ patch: PlanPatch; id: Scalars['String']; }; /** All input for the `updatePlanLocation` mutation. */ export declare type UpdatePlanLocationInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `PlanLocation` being updated. */ patch: PlanLocationPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `planLocation` being updated. */ export declare type UpdatePlanLocationOnPlanLocationForPlanLocationLocationIdFkeyPatch = { id?: Maybe; planId?: Maybe; plan?: Maybe<_PlanLocationPlanIdFkeyInput>; location?: Maybe<_PlanLocationLocationIdFkeyInput>; }; /** An object where the defined keys will be set on the `planLocation` being updated. */ export declare type UpdatePlanLocationOnPlanLocationForPlanLocationPlanIdFkeyPatch = { id?: Maybe; locationId?: Maybe; plan?: Maybe<_PlanLocationPlanIdFkeyInput>; location?: Maybe<_PlanLocationLocationIdFkeyInput>; }; /** The output of our update `PlanLocation` mutation. */ export declare type UpdatePlanLocationPayload = { __typename?: 'UpdatePlanLocationPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `PlanLocation` that was updated by this mutation. */ planLocation?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `PlanLocation`. */ plan?: Maybe; /** Reads a single `Location` that is related to this `PlanLocation`. */ location?: Maybe; /** An edge for our `PlanLocation`. May be used by Relay 1. */ planLocationEdge?: Maybe; }; /** The output of our update `PlanLocation` mutation. */ export declare type UpdatePlanLocationPayloadPlanLocationEdgeArgs = { orderBy?: Maybe>; }; /** An object where the defined keys will be set on the `plan` being updated. */ export declare type UpdatePlanOnEventPlansCreatedForEventPlansCreatedPlanFkeyPatch = { type?: Maybe; version?: Maybe; clones?: Maybe; dueAt?: Maybe; parameters?: Maybe; planToClones?: Maybe; assignedUserRelation?: Maybe<_PlanAssignmentPlanFkeyInverseInput>; basePlansRelation?: Maybe<_PlanFollowersFollowerFkeyInverseInput>; followerPlansRelation?: Maybe<_PlanFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventPlansCreatedPlanFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventPlansReadPlanFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventPlansUpdatedPlanFkeyInverseInput>; createdExecutionRelation?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInverseInput>; creatorExecutionRelation?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInverseInput>; childPlansRelation?: Maybe<_PlanChildrenParentFkeyInverseInput>; parentPlansRelation?: Maybe<_PlanChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_PlanAnomalyPlanIdFkeyInverseInput>; userRelation?: Maybe<_PlanUserPlanIdFkeyInverseInput>; organizationRelation?: Maybe<_PlanOrganizationPlanIdFkeyInverseInput>; commentRelation?: Maybe<_PlanCommentPlanIdFkeyInverseInput>; detectionRelation?: Maybe<_PlanDetectionPlanIdFkeyInverseInput>; imageRelation?: Maybe<_PlanImagePlanIdFkeyInverseInput>; artifactRelation?: Maybe<_PlanArtifactPlanIdFkeyInverseInput>; structureRelation?: Maybe<_PlanStructurePlanIdFkeyInverseInput>; locationRelation?: Maybe<_PlanLocationPlanIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `plan` being updated. */ export declare type UpdatePlanOnEventPlansReadForEventPlansReadPlanFkeyPatch = { type?: Maybe; version?: Maybe; clones?: Maybe; dueAt?: Maybe; parameters?: Maybe; planToClones?: Maybe; assignedUserRelation?: Maybe<_PlanAssignmentPlanFkeyInverseInput>; basePlansRelation?: Maybe<_PlanFollowersFollowerFkeyInverseInput>; followerPlansRelation?: Maybe<_PlanFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventPlansCreatedPlanFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventPlansReadPlanFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventPlansUpdatedPlanFkeyInverseInput>; createdExecutionRelation?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInverseInput>; creatorExecutionRelation?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInverseInput>; childPlansRelation?: Maybe<_PlanChildrenParentFkeyInverseInput>; parentPlansRelation?: Maybe<_PlanChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_PlanAnomalyPlanIdFkeyInverseInput>; userRelation?: Maybe<_PlanUserPlanIdFkeyInverseInput>; organizationRelation?: Maybe<_PlanOrganizationPlanIdFkeyInverseInput>; commentRelation?: Maybe<_PlanCommentPlanIdFkeyInverseInput>; detectionRelation?: Maybe<_PlanDetectionPlanIdFkeyInverseInput>; imageRelation?: Maybe<_PlanImagePlanIdFkeyInverseInput>; artifactRelation?: Maybe<_PlanArtifactPlanIdFkeyInverseInput>; structureRelation?: Maybe<_PlanStructurePlanIdFkeyInverseInput>; locationRelation?: Maybe<_PlanLocationPlanIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `plan` being updated. */ export declare type UpdatePlanOnEventPlansUpdatedForEventPlansUpdatedPlanFkeyPatch = { type?: Maybe; version?: Maybe; clones?: Maybe; dueAt?: Maybe; parameters?: Maybe; planToClones?: Maybe; assignedUserRelation?: Maybe<_PlanAssignmentPlanFkeyInverseInput>; basePlansRelation?: Maybe<_PlanFollowersFollowerFkeyInverseInput>; followerPlansRelation?: Maybe<_PlanFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventPlansCreatedPlanFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventPlansReadPlanFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventPlansUpdatedPlanFkeyInverseInput>; createdExecutionRelation?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInverseInput>; creatorExecutionRelation?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInverseInput>; childPlansRelation?: Maybe<_PlanChildrenParentFkeyInverseInput>; parentPlansRelation?: Maybe<_PlanChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_PlanAnomalyPlanIdFkeyInverseInput>; userRelation?: Maybe<_PlanUserPlanIdFkeyInverseInput>; organizationRelation?: Maybe<_PlanOrganizationPlanIdFkeyInverseInput>; commentRelation?: Maybe<_PlanCommentPlanIdFkeyInverseInput>; detectionRelation?: Maybe<_PlanDetectionPlanIdFkeyInverseInput>; imageRelation?: Maybe<_PlanImagePlanIdFkeyInverseInput>; artifactRelation?: Maybe<_PlanArtifactPlanIdFkeyInverseInput>; structureRelation?: Maybe<_PlanStructurePlanIdFkeyInverseInput>; locationRelation?: Maybe<_PlanLocationPlanIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `plan` being updated. */ export declare type UpdatePlanOnExecutionCreatorPlanCreatedForExecutionCreatorPlanCreatedPlanFkeyPatch = { type?: Maybe; version?: Maybe; clones?: Maybe; dueAt?: Maybe; parameters?: Maybe; planToClones?: Maybe; assignedUserRelation?: Maybe<_PlanAssignmentPlanFkeyInverseInput>; basePlansRelation?: Maybe<_PlanFollowersFollowerFkeyInverseInput>; followerPlansRelation?: Maybe<_PlanFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventPlansCreatedPlanFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventPlansReadPlanFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventPlansUpdatedPlanFkeyInverseInput>; createdExecutionRelation?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInverseInput>; creatorExecutionRelation?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInverseInput>; childPlansRelation?: Maybe<_PlanChildrenParentFkeyInverseInput>; parentPlansRelation?: Maybe<_PlanChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_PlanAnomalyPlanIdFkeyInverseInput>; userRelation?: Maybe<_PlanUserPlanIdFkeyInverseInput>; organizationRelation?: Maybe<_PlanOrganizationPlanIdFkeyInverseInput>; commentRelation?: Maybe<_PlanCommentPlanIdFkeyInverseInput>; detectionRelation?: Maybe<_PlanDetectionPlanIdFkeyInverseInput>; imageRelation?: Maybe<_PlanImagePlanIdFkeyInverseInput>; artifactRelation?: Maybe<_PlanArtifactPlanIdFkeyInverseInput>; structureRelation?: Maybe<_PlanStructurePlanIdFkeyInverseInput>; locationRelation?: Maybe<_PlanLocationPlanIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `plan` being updated. */ export declare type UpdatePlanOnPlanAnomalyForPlanAnomalyPlanIdFkeyPatch = { type?: Maybe; version?: Maybe; clones?: Maybe; dueAt?: Maybe; parameters?: Maybe; planToClones?: Maybe; assignedUserRelation?: Maybe<_PlanAssignmentPlanFkeyInverseInput>; basePlansRelation?: Maybe<_PlanFollowersFollowerFkeyInverseInput>; followerPlansRelation?: Maybe<_PlanFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventPlansCreatedPlanFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventPlansReadPlanFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventPlansUpdatedPlanFkeyInverseInput>; createdExecutionRelation?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInverseInput>; creatorExecutionRelation?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInverseInput>; childPlansRelation?: Maybe<_PlanChildrenParentFkeyInverseInput>; parentPlansRelation?: Maybe<_PlanChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_PlanAnomalyPlanIdFkeyInverseInput>; userRelation?: Maybe<_PlanUserPlanIdFkeyInverseInput>; organizationRelation?: Maybe<_PlanOrganizationPlanIdFkeyInverseInput>; commentRelation?: Maybe<_PlanCommentPlanIdFkeyInverseInput>; detectionRelation?: Maybe<_PlanDetectionPlanIdFkeyInverseInput>; imageRelation?: Maybe<_PlanImagePlanIdFkeyInverseInput>; artifactRelation?: Maybe<_PlanArtifactPlanIdFkeyInverseInput>; structureRelation?: Maybe<_PlanStructurePlanIdFkeyInverseInput>; locationRelation?: Maybe<_PlanLocationPlanIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `plan` being updated. */ export declare type UpdatePlanOnPlanArtifactForPlanArtifactPlanIdFkeyPatch = { type?: Maybe; version?: Maybe; clones?: Maybe; dueAt?: Maybe; parameters?: Maybe; planToClones?: Maybe; assignedUserRelation?: Maybe<_PlanAssignmentPlanFkeyInverseInput>; basePlansRelation?: Maybe<_PlanFollowersFollowerFkeyInverseInput>; followerPlansRelation?: Maybe<_PlanFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventPlansCreatedPlanFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventPlansReadPlanFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventPlansUpdatedPlanFkeyInverseInput>; createdExecutionRelation?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInverseInput>; creatorExecutionRelation?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInverseInput>; childPlansRelation?: Maybe<_PlanChildrenParentFkeyInverseInput>; parentPlansRelation?: Maybe<_PlanChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_PlanAnomalyPlanIdFkeyInverseInput>; userRelation?: Maybe<_PlanUserPlanIdFkeyInverseInput>; organizationRelation?: Maybe<_PlanOrganizationPlanIdFkeyInverseInput>; commentRelation?: Maybe<_PlanCommentPlanIdFkeyInverseInput>; detectionRelation?: Maybe<_PlanDetectionPlanIdFkeyInverseInput>; imageRelation?: Maybe<_PlanImagePlanIdFkeyInverseInput>; artifactRelation?: Maybe<_PlanArtifactPlanIdFkeyInverseInput>; structureRelation?: Maybe<_PlanStructurePlanIdFkeyInverseInput>; locationRelation?: Maybe<_PlanLocationPlanIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `plan` being updated. */ export declare type UpdatePlanOnPlanAssignmentForPlanAssignmentPlanFkeyPatch = { type?: Maybe; version?: Maybe; clones?: Maybe; dueAt?: Maybe; parameters?: Maybe; planToClones?: Maybe; assignedUserRelation?: Maybe<_PlanAssignmentPlanFkeyInverseInput>; basePlansRelation?: Maybe<_PlanFollowersFollowerFkeyInverseInput>; followerPlansRelation?: Maybe<_PlanFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventPlansCreatedPlanFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventPlansReadPlanFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventPlansUpdatedPlanFkeyInverseInput>; createdExecutionRelation?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInverseInput>; creatorExecutionRelation?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInverseInput>; childPlansRelation?: Maybe<_PlanChildrenParentFkeyInverseInput>; parentPlansRelation?: Maybe<_PlanChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_PlanAnomalyPlanIdFkeyInverseInput>; userRelation?: Maybe<_PlanUserPlanIdFkeyInverseInput>; organizationRelation?: Maybe<_PlanOrganizationPlanIdFkeyInverseInput>; commentRelation?: Maybe<_PlanCommentPlanIdFkeyInverseInput>; detectionRelation?: Maybe<_PlanDetectionPlanIdFkeyInverseInput>; imageRelation?: Maybe<_PlanImagePlanIdFkeyInverseInput>; artifactRelation?: Maybe<_PlanArtifactPlanIdFkeyInverseInput>; structureRelation?: Maybe<_PlanStructurePlanIdFkeyInverseInput>; locationRelation?: Maybe<_PlanLocationPlanIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `plan` being updated. */ export declare type UpdatePlanOnPlanChildForPlanChildrenChildFkeyPatch = { type?: Maybe; version?: Maybe; clones?: Maybe; dueAt?: Maybe; parameters?: Maybe; planToClones?: Maybe; assignedUserRelation?: Maybe<_PlanAssignmentPlanFkeyInverseInput>; basePlansRelation?: Maybe<_PlanFollowersFollowerFkeyInverseInput>; followerPlansRelation?: Maybe<_PlanFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventPlansCreatedPlanFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventPlansReadPlanFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventPlansUpdatedPlanFkeyInverseInput>; createdExecutionRelation?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInverseInput>; creatorExecutionRelation?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInverseInput>; childPlansRelation?: Maybe<_PlanChildrenParentFkeyInverseInput>; parentPlansRelation?: Maybe<_PlanChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_PlanAnomalyPlanIdFkeyInverseInput>; userRelation?: Maybe<_PlanUserPlanIdFkeyInverseInput>; organizationRelation?: Maybe<_PlanOrganizationPlanIdFkeyInverseInput>; commentRelation?: Maybe<_PlanCommentPlanIdFkeyInverseInput>; detectionRelation?: Maybe<_PlanDetectionPlanIdFkeyInverseInput>; imageRelation?: Maybe<_PlanImagePlanIdFkeyInverseInput>; artifactRelation?: Maybe<_PlanArtifactPlanIdFkeyInverseInput>; structureRelation?: Maybe<_PlanStructurePlanIdFkeyInverseInput>; locationRelation?: Maybe<_PlanLocationPlanIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `plan` being updated. */ export declare type UpdatePlanOnPlanChildForPlanChildrenParentFkeyPatch = { type?: Maybe; version?: Maybe; clones?: Maybe; dueAt?: Maybe; parameters?: Maybe; planToClones?: Maybe; assignedUserRelation?: Maybe<_PlanAssignmentPlanFkeyInverseInput>; basePlansRelation?: Maybe<_PlanFollowersFollowerFkeyInverseInput>; followerPlansRelation?: Maybe<_PlanFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventPlansCreatedPlanFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventPlansReadPlanFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventPlansUpdatedPlanFkeyInverseInput>; createdExecutionRelation?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInverseInput>; creatorExecutionRelation?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInverseInput>; childPlansRelation?: Maybe<_PlanChildrenParentFkeyInverseInput>; parentPlansRelation?: Maybe<_PlanChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_PlanAnomalyPlanIdFkeyInverseInput>; userRelation?: Maybe<_PlanUserPlanIdFkeyInverseInput>; organizationRelation?: Maybe<_PlanOrganizationPlanIdFkeyInverseInput>; commentRelation?: Maybe<_PlanCommentPlanIdFkeyInverseInput>; detectionRelation?: Maybe<_PlanDetectionPlanIdFkeyInverseInput>; imageRelation?: Maybe<_PlanImagePlanIdFkeyInverseInput>; artifactRelation?: Maybe<_PlanArtifactPlanIdFkeyInverseInput>; structureRelation?: Maybe<_PlanStructurePlanIdFkeyInverseInput>; locationRelation?: Maybe<_PlanLocationPlanIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `plan` being updated. */ export declare type UpdatePlanOnPlanCommentForPlanCommentPlanIdFkeyPatch = { type?: Maybe; version?: Maybe; clones?: Maybe; dueAt?: Maybe; parameters?: Maybe; planToClones?: Maybe; assignedUserRelation?: Maybe<_PlanAssignmentPlanFkeyInverseInput>; basePlansRelation?: Maybe<_PlanFollowersFollowerFkeyInverseInput>; followerPlansRelation?: Maybe<_PlanFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventPlansCreatedPlanFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventPlansReadPlanFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventPlansUpdatedPlanFkeyInverseInput>; createdExecutionRelation?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInverseInput>; creatorExecutionRelation?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInverseInput>; childPlansRelation?: Maybe<_PlanChildrenParentFkeyInverseInput>; parentPlansRelation?: Maybe<_PlanChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_PlanAnomalyPlanIdFkeyInverseInput>; userRelation?: Maybe<_PlanUserPlanIdFkeyInverseInput>; organizationRelation?: Maybe<_PlanOrganizationPlanIdFkeyInverseInput>; commentRelation?: Maybe<_PlanCommentPlanIdFkeyInverseInput>; detectionRelation?: Maybe<_PlanDetectionPlanIdFkeyInverseInput>; imageRelation?: Maybe<_PlanImagePlanIdFkeyInverseInput>; artifactRelation?: Maybe<_PlanArtifactPlanIdFkeyInverseInput>; structureRelation?: Maybe<_PlanStructurePlanIdFkeyInverseInput>; locationRelation?: Maybe<_PlanLocationPlanIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `plan` being updated. */ export declare type UpdatePlanOnPlanCreatorExecutionCreatedForPlanCreatorExecutionCreatedPlanFkeyPatch = { type?: Maybe; version?: Maybe; clones?: Maybe; dueAt?: Maybe; parameters?: Maybe; planToClones?: Maybe; assignedUserRelation?: Maybe<_PlanAssignmentPlanFkeyInverseInput>; basePlansRelation?: Maybe<_PlanFollowersFollowerFkeyInverseInput>; followerPlansRelation?: Maybe<_PlanFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventPlansCreatedPlanFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventPlansReadPlanFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventPlansUpdatedPlanFkeyInverseInput>; createdExecutionRelation?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInverseInput>; creatorExecutionRelation?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInverseInput>; childPlansRelation?: Maybe<_PlanChildrenParentFkeyInverseInput>; parentPlansRelation?: Maybe<_PlanChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_PlanAnomalyPlanIdFkeyInverseInput>; userRelation?: Maybe<_PlanUserPlanIdFkeyInverseInput>; organizationRelation?: Maybe<_PlanOrganizationPlanIdFkeyInverseInput>; commentRelation?: Maybe<_PlanCommentPlanIdFkeyInverseInput>; detectionRelation?: Maybe<_PlanDetectionPlanIdFkeyInverseInput>; imageRelation?: Maybe<_PlanImagePlanIdFkeyInverseInput>; artifactRelation?: Maybe<_PlanArtifactPlanIdFkeyInverseInput>; structureRelation?: Maybe<_PlanStructurePlanIdFkeyInverseInput>; locationRelation?: Maybe<_PlanLocationPlanIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `plan` being updated. */ export declare type UpdatePlanOnPlanDetectionForPlanDetectionPlanIdFkeyPatch = { type?: Maybe; version?: Maybe; clones?: Maybe; dueAt?: Maybe; parameters?: Maybe; planToClones?: Maybe; assignedUserRelation?: Maybe<_PlanAssignmentPlanFkeyInverseInput>; basePlansRelation?: Maybe<_PlanFollowersFollowerFkeyInverseInput>; followerPlansRelation?: Maybe<_PlanFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventPlansCreatedPlanFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventPlansReadPlanFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventPlansUpdatedPlanFkeyInverseInput>; createdExecutionRelation?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInverseInput>; creatorExecutionRelation?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInverseInput>; childPlansRelation?: Maybe<_PlanChildrenParentFkeyInverseInput>; parentPlansRelation?: Maybe<_PlanChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_PlanAnomalyPlanIdFkeyInverseInput>; userRelation?: Maybe<_PlanUserPlanIdFkeyInverseInput>; organizationRelation?: Maybe<_PlanOrganizationPlanIdFkeyInverseInput>; commentRelation?: Maybe<_PlanCommentPlanIdFkeyInverseInput>; detectionRelation?: Maybe<_PlanDetectionPlanIdFkeyInverseInput>; imageRelation?: Maybe<_PlanImagePlanIdFkeyInverseInput>; artifactRelation?: Maybe<_PlanArtifactPlanIdFkeyInverseInput>; structureRelation?: Maybe<_PlanStructurePlanIdFkeyInverseInput>; locationRelation?: Maybe<_PlanLocationPlanIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `plan` being updated. */ export declare type UpdatePlanOnPlanFollowerForPlanFollowersBaseFkeyPatch = { type?: Maybe; version?: Maybe; clones?: Maybe; dueAt?: Maybe; parameters?: Maybe; planToClones?: Maybe; assignedUserRelation?: Maybe<_PlanAssignmentPlanFkeyInverseInput>; basePlansRelation?: Maybe<_PlanFollowersFollowerFkeyInverseInput>; followerPlansRelation?: Maybe<_PlanFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventPlansCreatedPlanFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventPlansReadPlanFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventPlansUpdatedPlanFkeyInverseInput>; createdExecutionRelation?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInverseInput>; creatorExecutionRelation?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInverseInput>; childPlansRelation?: Maybe<_PlanChildrenParentFkeyInverseInput>; parentPlansRelation?: Maybe<_PlanChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_PlanAnomalyPlanIdFkeyInverseInput>; userRelation?: Maybe<_PlanUserPlanIdFkeyInverseInput>; organizationRelation?: Maybe<_PlanOrganizationPlanIdFkeyInverseInput>; commentRelation?: Maybe<_PlanCommentPlanIdFkeyInverseInput>; detectionRelation?: Maybe<_PlanDetectionPlanIdFkeyInverseInput>; imageRelation?: Maybe<_PlanImagePlanIdFkeyInverseInput>; artifactRelation?: Maybe<_PlanArtifactPlanIdFkeyInverseInput>; structureRelation?: Maybe<_PlanStructurePlanIdFkeyInverseInput>; locationRelation?: Maybe<_PlanLocationPlanIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `plan` being updated. */ export declare type UpdatePlanOnPlanFollowerForPlanFollowersFollowerFkeyPatch = { type?: Maybe; version?: Maybe; clones?: Maybe; dueAt?: Maybe; parameters?: Maybe; planToClones?: Maybe; assignedUserRelation?: Maybe<_PlanAssignmentPlanFkeyInverseInput>; basePlansRelation?: Maybe<_PlanFollowersFollowerFkeyInverseInput>; followerPlansRelation?: Maybe<_PlanFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventPlansCreatedPlanFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventPlansReadPlanFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventPlansUpdatedPlanFkeyInverseInput>; createdExecutionRelation?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInverseInput>; creatorExecutionRelation?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInverseInput>; childPlansRelation?: Maybe<_PlanChildrenParentFkeyInverseInput>; parentPlansRelation?: Maybe<_PlanChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_PlanAnomalyPlanIdFkeyInverseInput>; userRelation?: Maybe<_PlanUserPlanIdFkeyInverseInput>; organizationRelation?: Maybe<_PlanOrganizationPlanIdFkeyInverseInput>; commentRelation?: Maybe<_PlanCommentPlanIdFkeyInverseInput>; detectionRelation?: Maybe<_PlanDetectionPlanIdFkeyInverseInput>; imageRelation?: Maybe<_PlanImagePlanIdFkeyInverseInput>; artifactRelation?: Maybe<_PlanArtifactPlanIdFkeyInverseInput>; structureRelation?: Maybe<_PlanStructurePlanIdFkeyInverseInput>; locationRelation?: Maybe<_PlanLocationPlanIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `plan` being updated. */ export declare type UpdatePlanOnPlanForPlanClonesFkeyPatch = { type?: Maybe; version?: Maybe; dueAt?: Maybe; parameters?: Maybe; planToClones?: Maybe; assignedUserRelation?: Maybe<_PlanAssignmentPlanFkeyInverseInput>; basePlansRelation?: Maybe<_PlanFollowersFollowerFkeyInverseInput>; followerPlansRelation?: Maybe<_PlanFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventPlansCreatedPlanFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventPlansReadPlanFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventPlansUpdatedPlanFkeyInverseInput>; createdExecutionRelation?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInverseInput>; creatorExecutionRelation?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInverseInput>; childPlansRelation?: Maybe<_PlanChildrenParentFkeyInverseInput>; parentPlansRelation?: Maybe<_PlanChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_PlanAnomalyPlanIdFkeyInverseInput>; userRelation?: Maybe<_PlanUserPlanIdFkeyInverseInput>; organizationRelation?: Maybe<_PlanOrganizationPlanIdFkeyInverseInput>; commentRelation?: Maybe<_PlanCommentPlanIdFkeyInverseInput>; detectionRelation?: Maybe<_PlanDetectionPlanIdFkeyInverseInput>; imageRelation?: Maybe<_PlanImagePlanIdFkeyInverseInput>; artifactRelation?: Maybe<_PlanArtifactPlanIdFkeyInverseInput>; structureRelation?: Maybe<_PlanStructurePlanIdFkeyInverseInput>; locationRelation?: Maybe<_PlanLocationPlanIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `plan` being updated. */ export declare type UpdatePlanOnPlanImageForPlanImagePlanIdFkeyPatch = { type?: Maybe; version?: Maybe; clones?: Maybe; dueAt?: Maybe; parameters?: Maybe; planToClones?: Maybe; assignedUserRelation?: Maybe<_PlanAssignmentPlanFkeyInverseInput>; basePlansRelation?: Maybe<_PlanFollowersFollowerFkeyInverseInput>; followerPlansRelation?: Maybe<_PlanFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventPlansCreatedPlanFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventPlansReadPlanFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventPlansUpdatedPlanFkeyInverseInput>; createdExecutionRelation?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInverseInput>; creatorExecutionRelation?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInverseInput>; childPlansRelation?: Maybe<_PlanChildrenParentFkeyInverseInput>; parentPlansRelation?: Maybe<_PlanChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_PlanAnomalyPlanIdFkeyInverseInput>; userRelation?: Maybe<_PlanUserPlanIdFkeyInverseInput>; organizationRelation?: Maybe<_PlanOrganizationPlanIdFkeyInverseInput>; commentRelation?: Maybe<_PlanCommentPlanIdFkeyInverseInput>; detectionRelation?: Maybe<_PlanDetectionPlanIdFkeyInverseInput>; imageRelation?: Maybe<_PlanImagePlanIdFkeyInverseInput>; artifactRelation?: Maybe<_PlanArtifactPlanIdFkeyInverseInput>; structureRelation?: Maybe<_PlanStructurePlanIdFkeyInverseInput>; locationRelation?: Maybe<_PlanLocationPlanIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `plan` being updated. */ export declare type UpdatePlanOnPlanLocationForPlanLocationPlanIdFkeyPatch = { type?: Maybe; version?: Maybe; clones?: Maybe; dueAt?: Maybe; parameters?: Maybe; planToClones?: Maybe; assignedUserRelation?: Maybe<_PlanAssignmentPlanFkeyInverseInput>; basePlansRelation?: Maybe<_PlanFollowersFollowerFkeyInverseInput>; followerPlansRelation?: Maybe<_PlanFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventPlansCreatedPlanFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventPlansReadPlanFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventPlansUpdatedPlanFkeyInverseInput>; createdExecutionRelation?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInverseInput>; creatorExecutionRelation?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInverseInput>; childPlansRelation?: Maybe<_PlanChildrenParentFkeyInverseInput>; parentPlansRelation?: Maybe<_PlanChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_PlanAnomalyPlanIdFkeyInverseInput>; userRelation?: Maybe<_PlanUserPlanIdFkeyInverseInput>; organizationRelation?: Maybe<_PlanOrganizationPlanIdFkeyInverseInput>; commentRelation?: Maybe<_PlanCommentPlanIdFkeyInverseInput>; detectionRelation?: Maybe<_PlanDetectionPlanIdFkeyInverseInput>; imageRelation?: Maybe<_PlanImagePlanIdFkeyInverseInput>; artifactRelation?: Maybe<_PlanArtifactPlanIdFkeyInverseInput>; structureRelation?: Maybe<_PlanStructurePlanIdFkeyInverseInput>; locationRelation?: Maybe<_PlanLocationPlanIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `plan` being updated. */ export declare type UpdatePlanOnPlanOrganizationForPlanOrganizationPlanIdFkeyPatch = { type?: Maybe; version?: Maybe; clones?: Maybe; dueAt?: Maybe; parameters?: Maybe; planToClones?: Maybe; assignedUserRelation?: Maybe<_PlanAssignmentPlanFkeyInverseInput>; basePlansRelation?: Maybe<_PlanFollowersFollowerFkeyInverseInput>; followerPlansRelation?: Maybe<_PlanFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventPlansCreatedPlanFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventPlansReadPlanFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventPlansUpdatedPlanFkeyInverseInput>; createdExecutionRelation?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInverseInput>; creatorExecutionRelation?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInverseInput>; childPlansRelation?: Maybe<_PlanChildrenParentFkeyInverseInput>; parentPlansRelation?: Maybe<_PlanChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_PlanAnomalyPlanIdFkeyInverseInput>; userRelation?: Maybe<_PlanUserPlanIdFkeyInverseInput>; organizationRelation?: Maybe<_PlanOrganizationPlanIdFkeyInverseInput>; commentRelation?: Maybe<_PlanCommentPlanIdFkeyInverseInput>; detectionRelation?: Maybe<_PlanDetectionPlanIdFkeyInverseInput>; imageRelation?: Maybe<_PlanImagePlanIdFkeyInverseInput>; artifactRelation?: Maybe<_PlanArtifactPlanIdFkeyInverseInput>; structureRelation?: Maybe<_PlanStructurePlanIdFkeyInverseInput>; locationRelation?: Maybe<_PlanLocationPlanIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `plan` being updated. */ export declare type UpdatePlanOnPlanStructureForPlanStructurePlanIdFkeyPatch = { type?: Maybe; version?: Maybe; clones?: Maybe; dueAt?: Maybe; parameters?: Maybe; planToClones?: Maybe; assignedUserRelation?: Maybe<_PlanAssignmentPlanFkeyInverseInput>; basePlansRelation?: Maybe<_PlanFollowersFollowerFkeyInverseInput>; followerPlansRelation?: Maybe<_PlanFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventPlansCreatedPlanFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventPlansReadPlanFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventPlansUpdatedPlanFkeyInverseInput>; createdExecutionRelation?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInverseInput>; creatorExecutionRelation?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInverseInput>; childPlansRelation?: Maybe<_PlanChildrenParentFkeyInverseInput>; parentPlansRelation?: Maybe<_PlanChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_PlanAnomalyPlanIdFkeyInverseInput>; userRelation?: Maybe<_PlanUserPlanIdFkeyInverseInput>; organizationRelation?: Maybe<_PlanOrganizationPlanIdFkeyInverseInput>; commentRelation?: Maybe<_PlanCommentPlanIdFkeyInverseInput>; detectionRelation?: Maybe<_PlanDetectionPlanIdFkeyInverseInput>; imageRelation?: Maybe<_PlanImagePlanIdFkeyInverseInput>; artifactRelation?: Maybe<_PlanArtifactPlanIdFkeyInverseInput>; structureRelation?: Maybe<_PlanStructurePlanIdFkeyInverseInput>; locationRelation?: Maybe<_PlanLocationPlanIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `plan` being updated. */ export declare type UpdatePlanOnPlanUserForPlanUserPlanIdFkeyPatch = { type?: Maybe; version?: Maybe; clones?: Maybe; dueAt?: Maybe; parameters?: Maybe; planToClones?: Maybe; assignedUserRelation?: Maybe<_PlanAssignmentPlanFkeyInverseInput>; basePlansRelation?: Maybe<_PlanFollowersFollowerFkeyInverseInput>; followerPlansRelation?: Maybe<_PlanFollowersBaseFkeyInverseInput>; activitiesCreatingRelation?: Maybe<_EventPlansCreatedPlanFkeyInverseInput>; activitiesReadingRelation?: Maybe<_EventPlansReadPlanFkeyInverseInput>; activitiesUpdatingRelation?: Maybe<_EventPlansUpdatedPlanFkeyInverseInput>; createdExecutionRelation?: Maybe<_PlanCreatorExecutionCreatedPlanFkeyInverseInput>; creatorExecutionRelation?: Maybe<_ExecutionCreatorPlanCreatedPlanFkeyInverseInput>; childPlansRelation?: Maybe<_PlanChildrenParentFkeyInverseInput>; parentPlansRelation?: Maybe<_PlanChildrenChildFkeyInverseInput>; anomalyRelation?: Maybe<_PlanAnomalyPlanIdFkeyInverseInput>; userRelation?: Maybe<_PlanUserPlanIdFkeyInverseInput>; organizationRelation?: Maybe<_PlanOrganizationPlanIdFkeyInverseInput>; commentRelation?: Maybe<_PlanCommentPlanIdFkeyInverseInput>; detectionRelation?: Maybe<_PlanDetectionPlanIdFkeyInverseInput>; imageRelation?: Maybe<_PlanImagePlanIdFkeyInverseInput>; artifactRelation?: Maybe<_PlanArtifactPlanIdFkeyInverseInput>; structureRelation?: Maybe<_PlanStructurePlanIdFkeyInverseInput>; locationRelation?: Maybe<_PlanLocationPlanIdFkeyInverseInput>; }; /** All input for the `updatePlanOrganization` mutation. */ export declare type UpdatePlanOrganizationInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `PlanOrganization` being updated. */ patch: PlanOrganizationPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `planOrganization` being updated. */ export declare type UpdatePlanOrganizationOnPlanOrganizationForPlanOrganizationOrganizationIdFkeyPatch = { id?: Maybe; planId?: Maybe; plan?: Maybe<_PlanOrganizationPlanIdFkeyInput>; organization?: Maybe<_PlanOrganizationOrganizationIdFkeyInput>; }; /** An object where the defined keys will be set on the `planOrganization` being updated. */ export declare type UpdatePlanOrganizationOnPlanOrganizationForPlanOrganizationPlanIdFkeyPatch = { id?: Maybe; organizationId?: Maybe; plan?: Maybe<_PlanOrganizationPlanIdFkeyInput>; organization?: Maybe<_PlanOrganizationOrganizationIdFkeyInput>; }; /** The output of our update `PlanOrganization` mutation. */ export declare type UpdatePlanOrganizationPayload = { __typename?: 'UpdatePlanOrganizationPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `PlanOrganization` that was updated by this mutation. */ planOrganization?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `PlanOrganization`. */ plan?: Maybe; /** Reads a single `Organization` that is related to this `PlanOrganization`. */ organization?: Maybe; /** An edge for our `PlanOrganization`. May be used by Relay 1. */ planOrganizationEdge?: Maybe; }; /** The output of our update `PlanOrganization` mutation. */ export declare type UpdatePlanOrganizationPayloadPlanOrganizationEdgeArgs = { orderBy?: Maybe>; }; /** The output of our update `Plan` mutation. */ export declare type UpdatePlanPayload = { __typename?: 'UpdatePlanPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `Plan` that was updated by this mutation. */ plan?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `Plan`. */ planByClones?: Maybe; /** An edge for our `Plan`. May be used by Relay 1. */ planEdge?: Maybe; }; /** The output of our update `Plan` mutation. */ export declare type UpdatePlanPayloadPlanEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updatePlanStructure` mutation. */ export declare type UpdatePlanStructureInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `PlanStructure` being updated. */ patch: PlanStructurePatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `planStructure` being updated. */ export declare type UpdatePlanStructureOnPlanStructureForPlanStructurePlanIdFkeyPatch = { id?: Maybe; structureId?: Maybe; plan?: Maybe<_PlanStructurePlanIdFkeyInput>; structure?: Maybe<_PlanStructureStructureIdFkeyInput>; }; /** An object where the defined keys will be set on the `planStructure` being updated. */ export declare type UpdatePlanStructureOnPlanStructureForPlanStructureStructureIdFkeyPatch = { id?: Maybe; planId?: Maybe; plan?: Maybe<_PlanStructurePlanIdFkeyInput>; structure?: Maybe<_PlanStructureStructureIdFkeyInput>; }; /** The output of our update `PlanStructure` mutation. */ export declare type UpdatePlanStructurePayload = { __typename?: 'UpdatePlanStructurePayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `PlanStructure` that was updated by this mutation. */ planStructure?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `PlanStructure`. */ plan?: Maybe; /** Reads a single `Structure` that is related to this `PlanStructure`. */ structure?: Maybe; /** An edge for our `PlanStructure`. May be used by Relay 1. */ planStructureEdge?: Maybe; }; /** The output of our update `PlanStructure` mutation. */ export declare type UpdatePlanStructurePayloadPlanStructureEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updatePlanUser` mutation. */ export declare type UpdatePlanUserInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `PlanUser` being updated. */ patch: PlanUserPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `planUser` being updated. */ export declare type UpdatePlanUserOnPlanUserForPlanUserPlanIdFkeyPatch = { id?: Maybe; userId?: Maybe; plan?: Maybe<_PlanUserPlanIdFkeyInput>; user?: Maybe<_PlanUserUserIdFkeyInput>; }; /** An object where the defined keys will be set on the `planUser` being updated. */ export declare type UpdatePlanUserOnPlanUserForPlanUserUserIdFkeyPatch = { id?: Maybe; planId?: Maybe; plan?: Maybe<_PlanUserPlanIdFkeyInput>; user?: Maybe<_PlanUserUserIdFkeyInput>; }; /** The output of our update `PlanUser` mutation. */ export declare type UpdatePlanUserPayload = { __typename?: 'UpdatePlanUserPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `PlanUser` that was updated by this mutation. */ planUser?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Plan` that is related to this `PlanUser`. */ plan?: Maybe; /** Reads a single `User` that is related to this `PlanUser`. */ user?: Maybe; /** An edge for our `PlanUser`. May be used by Relay 1. */ planUserEdge?: Maybe; }; /** The output of our update `PlanUser` mutation. */ export declare type UpdatePlanUserPayloadPlanUserEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateRelayId` mutation. */ export declare type UpdateRelayIdInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `_RelayId` being updated. */ patch: _RelayIdPatch; id: Scalars['String']; }; /** The output of our update `_RelayId` mutation. */ export declare type UpdateRelayIdPayload = { __typename?: 'UpdateRelayIdPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `_RelayId` that was updated by this mutation. */ _relayId?: Maybe<_RelayId>; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** An edge for our `_RelayId`. May be used by Relay 1. */ _relayIdEdge?: Maybe<_RelayIdsEdge>; }; /** The output of our update `_RelayId` mutation. */ export declare type UpdateRelayIdPayload_RelayIdEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateSegmentationCloneOf` mutation. */ export declare type UpdateSegmentationCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `SegmentationCloneOf` being updated. */ patch: SegmentationCloneOfPatch; a: Scalars['String']; }; /** An object where the defined keys will be set on the `segmentationCloneOf` being updated. */ export declare type UpdateSegmentationCloneOfOnSegmentationCloneOfForSegmentationCloneOfIbfk1Patch = { b?: Maybe; cloneOf?: Maybe<_SegmentationCloneOfIbfk1Input>; clone?: Maybe<_SegmentationCloneOfIbfk2Input>; }; /** An object where the defined keys will be set on the `segmentationCloneOf` being updated. */ export declare type UpdateSegmentationCloneOfOnSegmentationCloneOfForSegmentationCloneOfIbfk2Patch = { a?: Maybe; cloneOf?: Maybe<_SegmentationCloneOfIbfk1Input>; clone?: Maybe<_SegmentationCloneOfIbfk2Input>; }; /** The output of our update `SegmentationCloneOf` mutation. */ export declare type UpdateSegmentationCloneOfPayload = { __typename?: 'UpdateSegmentationCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `SegmentationCloneOf` that was updated by this mutation. */ segmentationCloneOf?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Segmentation` that is related to this `SegmentationCloneOf`. */ cloneOf?: Maybe; /** Reads a single `Segmentation` that is related to this `SegmentationCloneOf`. */ clone?: Maybe; /** An edge for our `SegmentationCloneOf`. May be used by Relay 1. */ segmentationCloneOfEdge?: Maybe; }; /** The output of our update `SegmentationCloneOf` mutation. */ export declare type UpdateSegmentationCloneOfPayloadSegmentationCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateSegmentation` mutation. */ export declare type UpdateSegmentationInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `Segmentation` being updated. */ patch: SegmentationPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `segmentation` being updated. */ export declare type UpdateSegmentationOnSegmentationCloneOfForSegmentationCloneOfIbfk1Patch = { nickname?: Maybe; parameters?: Maybe; author?: Maybe; type?: Maybe; file?: Maybe; image?: Maybe; mission?: Maybe; detections?: Maybe; anomaliesRelation?: Maybe<_AnomalySegmentationIbfk2InverseInput>; cloneOfRelation?: Maybe<_SegmentationCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_SegmentationCloneOfIbfk2InverseInput>; comments?: Maybe; }; /** An object where the defined keys will be set on the `segmentation` being updated. */ export declare type UpdateSegmentationOnSegmentationCloneOfForSegmentationCloneOfIbfk2Patch = { nickname?: Maybe; parameters?: Maybe; author?: Maybe; type?: Maybe; file?: Maybe; image?: Maybe; mission?: Maybe; detections?: Maybe; anomaliesRelation?: Maybe<_AnomalySegmentationIbfk2InverseInput>; cloneOfRelation?: Maybe<_SegmentationCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_SegmentationCloneOfIbfk2InverseInput>; comments?: Maybe; }; /** The output of our update `Segmentation` mutation. */ export declare type UpdateSegmentationPayload = { __typename?: 'UpdateSegmentationPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `Segmentation` that was updated by this mutation. */ segmentation?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `User` that is related to this `Segmentation`. */ author?: Maybe; /** Reads a single `AnomalyType` that is related to this `Segmentation`. */ type?: Maybe; /** Reads a single `File` that is related to this `Segmentation`. */ file?: Maybe; /** Reads a single `Image` that is related to this `Segmentation`. */ image?: Maybe; /** Reads a single `MissionExecution` that is related to this `Segmentation`. */ mission?: Maybe; /** An edge for our `Segmentation`. May be used by Relay 1. */ segmentationEdge?: Maybe; }; /** The output of our update `Segmentation` mutation. */ export declare type UpdateSegmentationPayloadSegmentationEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateStructureArtifact` mutation. */ export declare type UpdateStructureArtifactInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `StructureArtifact` being updated. */ patch: StructureArtifactPatch; a: Scalars['String']; b: Scalars['String']; }; /** An object where the defined keys will be set on the `structureArtifact` being updated. */ export declare type UpdateStructureArtifactOnStructureArtifactForStructureArtifactsIbfk1Patch = { b?: Maybe; artifact?: Maybe<_StructureArtifactsIbfk1Input>; structure?: Maybe<_StructureArtifactsIbfk2Input>; }; /** An object where the defined keys will be set on the `structureArtifact` being updated. */ export declare type UpdateStructureArtifactOnStructureArtifactForStructureArtifactsIbfk2Patch = { a?: Maybe; artifact?: Maybe<_StructureArtifactsIbfk1Input>; structure?: Maybe<_StructureArtifactsIbfk2Input>; }; /** The output of our update `StructureArtifact` mutation. */ export declare type UpdateStructureArtifactPayload = { __typename?: 'UpdateStructureArtifactPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `StructureArtifact` that was updated by this mutation. */ structureArtifact?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Artifact` that is related to this `StructureArtifact`. */ artifact?: Maybe; /** Reads a single `Structure` that is related to this `StructureArtifact`. */ structure?: Maybe; /** An edge for our `StructureArtifact`. May be used by Relay 1. */ structureArtifactEdge?: Maybe; }; /** The output of our update `StructureArtifact` mutation. */ export declare type UpdateStructureArtifactPayloadStructureArtifactEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateStructureChild` mutation. */ export declare type UpdateStructureChildInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `StructureChild` being updated. */ patch: StructureChildPatch; a: Scalars['String']; b: Scalars['String']; }; /** An object where the defined keys will be set on the `structureChild` being updated. */ export declare type UpdateStructureChildOnStructureChildForStructureChildrenIbfk1Patch = { b?: Maybe; child?: Maybe<_StructureChildrenIbfk1Input>; parent?: Maybe<_StructureChildrenIbfk2Input>; }; /** An object where the defined keys will be set on the `structureChild` being updated. */ export declare type UpdateStructureChildOnStructureChildForStructureChildrenIbfk2Patch = { a?: Maybe; child?: Maybe<_StructureChildrenIbfk1Input>; parent?: Maybe<_StructureChildrenIbfk2Input>; }; /** The output of our update `StructureChild` mutation. */ export declare type UpdateStructureChildPayload = { __typename?: 'UpdateStructureChildPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `StructureChild` that was updated by this mutation. */ structureChild?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Structure` that is related to this `StructureChild`. */ child?: Maybe; /** Reads a single `Structure` that is related to this `StructureChild`. */ parent?: Maybe; /** An edge for our `StructureChild`. May be used by Relay 1. */ structureChildEdge?: Maybe; }; /** The output of our update `StructureChild` mutation. */ export declare type UpdateStructureChildPayloadStructureChildEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateStructureCloneOf` mutation. */ export declare type UpdateStructureCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `StructureCloneOf` being updated. */ patch: StructureCloneOfPatch; a: Scalars['String']; }; /** An object where the defined keys will be set on the `structureCloneOf` being updated. */ export declare type UpdateStructureCloneOfOnStructureCloneOfForStructureCloneOfIbfk1Patch = { b?: Maybe; cloneOf?: Maybe<_StructureCloneOfIbfk1Input>; clone?: Maybe<_StructureCloneOfIbfk2Input>; }; /** An object where the defined keys will be set on the `structureCloneOf` being updated. */ export declare type UpdateStructureCloneOfOnStructureCloneOfForStructureCloneOfIbfk2Patch = { a?: Maybe; cloneOf?: Maybe<_StructureCloneOfIbfk1Input>; clone?: Maybe<_StructureCloneOfIbfk2Input>; }; /** The output of our update `StructureCloneOf` mutation. */ export declare type UpdateStructureCloneOfPayload = { __typename?: 'UpdateStructureCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `StructureCloneOf` that was updated by this mutation. */ structureCloneOf?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Structure` that is related to this `StructureCloneOf`. */ cloneOf?: Maybe; /** Reads a single `Structure` that is related to this `StructureCloneOf`. */ clone?: Maybe; /** An edge for our `StructureCloneOf`. May be used by Relay 1. */ structureCloneOfEdge?: Maybe; }; /** The output of our update `StructureCloneOf` mutation. */ export declare type UpdateStructureCloneOfPayloadStructureCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateStructureDeveloper` mutation. */ export declare type UpdateStructureDeveloperInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `StructureDeveloper` being updated. */ patch: StructureDeveloperPatch; a: Scalars['String']; b: Scalars['String']; }; /** An object where the defined keys will be set on the `structureDeveloper` being updated. */ export declare type UpdateStructureDeveloperOnStructureDeveloperForStructureDevelopersIbfk1Patch = { b?: Maybe; structure?: Maybe<_StructureDevelopersIbfk1Input>; developer?: Maybe<_StructureDevelopersIbfk2Input>; }; /** An object where the defined keys will be set on the `structureDeveloper` being updated. */ export declare type UpdateStructureDeveloperOnStructureDeveloperForStructureDevelopersIbfk2Patch = { a?: Maybe; structure?: Maybe<_StructureDevelopersIbfk1Input>; developer?: Maybe<_StructureDevelopersIbfk2Input>; }; /** The output of our update `StructureDeveloper` mutation. */ export declare type UpdateStructureDeveloperPayload = { __typename?: 'UpdateStructureDeveloperPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `StructureDeveloper` that was updated by this mutation. */ structureDeveloper?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Structure` that is related to this `StructureDeveloper`. */ structure?: Maybe; /** Reads a single `User` that is related to this `StructureDeveloper`. */ developer?: Maybe; /** An edge for our `StructureDeveloper`. May be used by Relay 1. */ structureDeveloperEdge?: Maybe; }; /** The output of our update `StructureDeveloper` mutation. */ export declare type UpdateStructureDeveloperPayloadStructureDeveloperEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateStructureImage` mutation. */ export declare type UpdateStructureImageInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `StructureImage` being updated. */ patch: StructureImagePatch; a: Scalars['String']; b: Scalars['String']; }; /** An object where the defined keys will be set on the `structureImage` being updated. */ export declare type UpdateStructureImageOnStructureImageForStructureImagesIbfk1Patch = { b?: Maybe; image?: Maybe<_StructureImagesIbfk1Input>; structure?: Maybe<_StructureImagesIbfk2Input>; }; /** An object where the defined keys will be set on the `structureImage` being updated. */ export declare type UpdateStructureImageOnStructureImageForStructureImagesIbfk2Patch = { a?: Maybe; image?: Maybe<_StructureImagesIbfk1Input>; structure?: Maybe<_StructureImagesIbfk2Input>; }; /** The output of our update `StructureImage` mutation. */ export declare type UpdateStructureImagePayload = { __typename?: 'UpdateStructureImagePayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `StructureImage` that was updated by this mutation. */ structureImage?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Image` that is related to this `StructureImage`. */ image?: Maybe; /** Reads a single `Structure` that is related to this `StructureImage`. */ structure?: Maybe; /** An edge for our `StructureImage`. May be used by Relay 1. */ structureImageEdge?: Maybe; }; /** The output of our update `StructureImage` mutation. */ export declare type UpdateStructureImagePayloadStructureImageEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateStructure` mutation. */ export declare type UpdateStructureInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `Structure` being updated. */ patch: StructurePatch; id: Scalars['String']; }; /** All input for the `updateStructureModelCloneOf` mutation. */ export declare type UpdateStructureModelCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `StructureModelCloneOf` being updated. */ patch: StructureModelCloneOfPatch; a: Scalars['String']; }; /** An object where the defined keys will be set on the `structureModelCloneOf` being updated. */ export declare type UpdateStructureModelCloneOfOnStructureModelCloneOfForStructureModelCloneOfIbfk1Patch = { b?: Maybe; cloneOf?: Maybe<_StructureModelCloneOfIbfk1Input>; clone?: Maybe<_StructureModelCloneOfIbfk2Input>; }; /** An object where the defined keys will be set on the `structureModelCloneOf` being updated. */ export declare type UpdateStructureModelCloneOfOnStructureModelCloneOfForStructureModelCloneOfIbfk2Patch = { a?: Maybe; cloneOf?: Maybe<_StructureModelCloneOfIbfk1Input>; clone?: Maybe<_StructureModelCloneOfIbfk2Input>; }; /** The output of our update `StructureModelCloneOf` mutation. */ export declare type UpdateStructureModelCloneOfPayload = { __typename?: 'UpdateStructureModelCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `StructureModelCloneOf` that was updated by this mutation. */ structureModelCloneOf?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `StructureModel` that is related to this `StructureModelCloneOf`. */ cloneOf?: Maybe; /** Reads a single `StructureModel` that is related to this `StructureModelCloneOf`. */ clone?: Maybe; /** An edge for our `StructureModelCloneOf`. May be used by Relay 1. */ structureModelCloneOfEdge?: Maybe; }; /** The output of our update `StructureModelCloneOf` mutation. */ export declare type UpdateStructureModelCloneOfPayloadStructureModelCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateStructureModel` mutation. */ export declare type UpdateStructureModelInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `StructureModel` being updated. */ patch: StructureModelPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `structureModel` being updated. */ export declare type UpdateStructureModelOnStructureModelCloneOfForStructureModelCloneOfIbfk1Patch = { nickname?: Maybe; name?: Maybe; type?: Maybe; description?: Maybe; parameters?: Maybe; gltf?: Maybe; svg?: Maybe; manufacturer?: Maybe; structures?: Maybe; ownersRelation?: Maybe<_StructureModelOwnersIbfk2InverseInput>; cloneOfRelation?: Maybe<_StructureModelCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_StructureModelCloneOfIbfk2InverseInput>; }; /** An object where the defined keys will be set on the `structureModel` being updated. */ export declare type UpdateStructureModelOnStructureModelCloneOfForStructureModelCloneOfIbfk2Patch = { nickname?: Maybe; name?: Maybe; type?: Maybe; description?: Maybe; parameters?: Maybe; gltf?: Maybe; svg?: Maybe; manufacturer?: Maybe; structures?: Maybe; ownersRelation?: Maybe<_StructureModelOwnersIbfk2InverseInput>; cloneOfRelation?: Maybe<_StructureModelCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_StructureModelCloneOfIbfk2InverseInput>; }; /** All input for the `updateStructureModelOwner` mutation. */ export declare type UpdateStructureModelOwnerInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `StructureModelOwner` being updated. */ patch: StructureModelOwnerPatch; a: Scalars['String']; b: Scalars['String']; }; /** An object where the defined keys will be set on the `structureModelOwner` being updated. */ export declare type UpdateStructureModelOwnerOnStructureModelOwnerForStructureModelOwnersIbfk1Patch = { b?: Maybe; organization?: Maybe<_StructureModelOwnersIbfk1Input>; structureModel?: Maybe<_StructureModelOwnersIbfk2Input>; }; /** An object where the defined keys will be set on the `structureModelOwner` being updated. */ export declare type UpdateStructureModelOwnerOnStructureModelOwnerForStructureModelOwnersIbfk2Patch = { a?: Maybe; organization?: Maybe<_StructureModelOwnersIbfk1Input>; structureModel?: Maybe<_StructureModelOwnersIbfk2Input>; }; /** The output of our update `StructureModelOwner` mutation. */ export declare type UpdateStructureModelOwnerPayload = { __typename?: 'UpdateStructureModelOwnerPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `StructureModelOwner` that was updated by this mutation. */ structureModelOwner?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Organization` that is related to this `StructureModelOwner`. */ organization?: Maybe; /** Reads a single `StructureModel` that is related to this `StructureModelOwner`. */ structureModel?: Maybe; /** An edge for our `StructureModelOwner`. May be used by Relay 1. */ structureModelOwnerEdge?: Maybe; }; /** The output of our update `StructureModelOwner` mutation. */ export declare type UpdateStructureModelOwnerPayloadStructureModelOwnerEdgeArgs = { orderBy?: Maybe>; }; /** The output of our update `StructureModel` mutation. */ export declare type UpdateStructureModelPayload = { __typename?: 'UpdateStructureModelPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `StructureModel` that was updated by this mutation. */ structureModel?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `File` that is related to this `StructureModel`. */ gltf?: Maybe; /** Reads a single `File` that is related to this `StructureModel`. */ svg?: Maybe; /** Reads a single `Organization` that is related to this `StructureModel`. */ manufacturer?: Maybe; /** An edge for our `StructureModel`. May be used by Relay 1. */ structureModelEdge?: Maybe; }; /** The output of our update `StructureModel` mutation. */ export declare type UpdateStructureModelPayloadStructureModelEdgeArgs = { orderBy?: Maybe>; }; /** An object where the defined keys will be set on the `structure` being updated. */ export declare type UpdateStructureOnExecutionStructureForExecutionStructureStructureIdFkeyPatch = { nickname?: Maybe; name?: Maybe; commissionedAt?: Maybe; description?: Maybe; parameters?: Maybe; location?: Maybe; model?: Maybe; organization?: Maybe; gltf?: Maybe; svg?: Maybe; overview?: Maybe; parentsRelation?: Maybe<_StructureChildrenIbfk1InverseInput>; childrenRelation?: Maybe<_StructureChildrenIbfk2InverseInput>; anomalies?: Maybe; imagesRelation?: Maybe<_StructureImagesIbfk2InverseInput>; artifactsRelation?: Maybe<_StructureArtifactsIbfk2InverseInput>; developersRelation?: Maybe<_StructureDevelopersIbfk1InverseInput>; operatorsRelation?: Maybe<_StructureOperatorsIbfk1InverseInput>; detections?: Maybe; cloneOfRelation?: Maybe<_StructureCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_StructureCloneOfIbfk2InverseInput>; comments?: Maybe; ownersRelation?: Maybe<_StructureOwnersIbfk1InverseInput>; missionStructurePlansRelation?: Maybe<_StructurePlanStructuresIbfk1InverseInput>; planRelation?: Maybe<_PlanStructureStructureIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionStructureStructureIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `structure` being updated. */ export declare type UpdateStructureOnPlanStructureForPlanStructureStructureIdFkeyPatch = { nickname?: Maybe; name?: Maybe; commissionedAt?: Maybe; description?: Maybe; parameters?: Maybe; location?: Maybe; model?: Maybe; organization?: Maybe; gltf?: Maybe; svg?: Maybe; overview?: Maybe; parentsRelation?: Maybe<_StructureChildrenIbfk1InverseInput>; childrenRelation?: Maybe<_StructureChildrenIbfk2InverseInput>; anomalies?: Maybe; imagesRelation?: Maybe<_StructureImagesIbfk2InverseInput>; artifactsRelation?: Maybe<_StructureArtifactsIbfk2InverseInput>; developersRelation?: Maybe<_StructureDevelopersIbfk1InverseInput>; operatorsRelation?: Maybe<_StructureOperatorsIbfk1InverseInput>; detections?: Maybe; cloneOfRelation?: Maybe<_StructureCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_StructureCloneOfIbfk2InverseInput>; comments?: Maybe; ownersRelation?: Maybe<_StructureOwnersIbfk1InverseInput>; missionStructurePlansRelation?: Maybe<_StructurePlanStructuresIbfk1InverseInput>; planRelation?: Maybe<_PlanStructureStructureIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionStructureStructureIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `structure` being updated. */ export declare type UpdateStructureOnStructureCloneOfForStructureCloneOfIbfk1Patch = { nickname?: Maybe; name?: Maybe; commissionedAt?: Maybe; description?: Maybe; parameters?: Maybe; location?: Maybe; model?: Maybe; organization?: Maybe; gltf?: Maybe; svg?: Maybe; overview?: Maybe; parentsRelation?: Maybe<_StructureChildrenIbfk1InverseInput>; childrenRelation?: Maybe<_StructureChildrenIbfk2InverseInput>; anomalies?: Maybe; imagesRelation?: Maybe<_StructureImagesIbfk2InverseInput>; artifactsRelation?: Maybe<_StructureArtifactsIbfk2InverseInput>; developersRelation?: Maybe<_StructureDevelopersIbfk1InverseInput>; operatorsRelation?: Maybe<_StructureOperatorsIbfk1InverseInput>; detections?: Maybe; cloneOfRelation?: Maybe<_StructureCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_StructureCloneOfIbfk2InverseInput>; comments?: Maybe; ownersRelation?: Maybe<_StructureOwnersIbfk1InverseInput>; missionStructurePlansRelation?: Maybe<_StructurePlanStructuresIbfk1InverseInput>; planRelation?: Maybe<_PlanStructureStructureIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionStructureStructureIdFkeyInverseInput>; }; /** An object where the defined keys will be set on the `structure` being updated. */ export declare type UpdateStructureOnStructureCloneOfForStructureCloneOfIbfk2Patch = { nickname?: Maybe; name?: Maybe; commissionedAt?: Maybe; description?: Maybe; parameters?: Maybe; location?: Maybe; model?: Maybe; organization?: Maybe; gltf?: Maybe; svg?: Maybe; overview?: Maybe; parentsRelation?: Maybe<_StructureChildrenIbfk1InverseInput>; childrenRelation?: Maybe<_StructureChildrenIbfk2InverseInput>; anomalies?: Maybe; imagesRelation?: Maybe<_StructureImagesIbfk2InverseInput>; artifactsRelation?: Maybe<_StructureArtifactsIbfk2InverseInput>; developersRelation?: Maybe<_StructureDevelopersIbfk1InverseInput>; operatorsRelation?: Maybe<_StructureOperatorsIbfk1InverseInput>; detections?: Maybe; cloneOfRelation?: Maybe<_StructureCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_StructureCloneOfIbfk2InverseInput>; comments?: Maybe; ownersRelation?: Maybe<_StructureOwnersIbfk1InverseInput>; missionStructurePlansRelation?: Maybe<_StructurePlanStructuresIbfk1InverseInput>; planRelation?: Maybe<_PlanStructureStructureIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionStructureStructureIdFkeyInverseInput>; }; /** All input for the `updateStructureOperator` mutation. */ export declare type UpdateStructureOperatorInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `StructureOperator` being updated. */ patch: StructureOperatorPatch; a: Scalars['String']; b: Scalars['String']; }; /** An object where the defined keys will be set on the `structureOperator` being updated. */ export declare type UpdateStructureOperatorOnStructureOperatorForStructureOperatorsIbfk1Patch = { b?: Maybe; structure?: Maybe<_StructureOperatorsIbfk1Input>; operator?: Maybe<_StructureOperatorsIbfk2Input>; }; /** An object where the defined keys will be set on the `structureOperator` being updated. */ export declare type UpdateStructureOperatorOnStructureOperatorForStructureOperatorsIbfk2Patch = { a?: Maybe; structure?: Maybe<_StructureOperatorsIbfk1Input>; operator?: Maybe<_StructureOperatorsIbfk2Input>; }; /** The output of our update `StructureOperator` mutation. */ export declare type UpdateStructureOperatorPayload = { __typename?: 'UpdateStructureOperatorPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `StructureOperator` that was updated by this mutation. */ structureOperator?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Structure` that is related to this `StructureOperator`. */ structure?: Maybe; /** Reads a single `User` that is related to this `StructureOperator`. */ operator?: Maybe; /** An edge for our `StructureOperator`. May be used by Relay 1. */ structureOperatorEdge?: Maybe; }; /** The output of our update `StructureOperator` mutation. */ export declare type UpdateStructureOperatorPayloadStructureOperatorEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateStructureOwner` mutation. */ export declare type UpdateStructureOwnerInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `StructureOwner` being updated. */ patch: StructureOwnerPatch; a: Scalars['String']; b: Scalars['String']; }; /** An object where the defined keys will be set on the `structureOwner` being updated. */ export declare type UpdateStructureOwnerOnStructureOwnerForStructureOwnersIbfk1Patch = { b?: Maybe; structure?: Maybe<_StructureOwnersIbfk1Input>; owner?: Maybe<_StructureOwnersIbfk2Input>; }; /** An object where the defined keys will be set on the `structureOwner` being updated. */ export declare type UpdateStructureOwnerOnStructureOwnerForStructureOwnersIbfk2Patch = { a?: Maybe; structure?: Maybe<_StructureOwnersIbfk1Input>; owner?: Maybe<_StructureOwnersIbfk2Input>; }; /** The output of our update `StructureOwner` mutation. */ export declare type UpdateStructureOwnerPayload = { __typename?: 'UpdateStructureOwnerPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `StructureOwner` that was updated by this mutation. */ structureOwner?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Structure` that is related to this `StructureOwner`. */ structure?: Maybe; /** Reads a single `User` that is related to this `StructureOwner`. */ owner?: Maybe; /** An edge for our `StructureOwner`. May be used by Relay 1. */ structureOwnerEdge?: Maybe; }; /** The output of our update `StructureOwner` mutation. */ export declare type UpdateStructureOwnerPayloadStructureOwnerEdgeArgs = { orderBy?: Maybe>; }; /** The output of our update `Structure` mutation. */ export declare type UpdateStructurePayload = { __typename?: 'UpdateStructurePayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `Structure` that was updated by this mutation. */ structure?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Location` that is related to this `Structure`. */ location?: Maybe; /** Reads a single `StructureModel` that is related to this `Structure`. */ model?: Maybe; /** Reads a single `Organization` that is related to this `Structure`. */ organization?: Maybe; /** Reads a single `File` that is related to this `Structure`. */ gltf?: Maybe; /** Reads a single `File` that is related to this `Structure`. */ svg?: Maybe; /** Reads a single `File` that is related to this `Structure`. */ overview?: Maybe; /** An edge for our `Structure`. May be used by Relay 1. */ structureEdge?: Maybe; }; /** The output of our update `Structure` mutation. */ export declare type UpdateStructurePayloadStructureEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateStructurePlanCloneOf` mutation. */ export declare type UpdateStructurePlanCloneOfInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `StructurePlanCloneOf` being updated. */ patch: StructurePlanCloneOfPatch; a: Scalars['String']; }; /** An object where the defined keys will be set on the `structurePlanCloneOf` being updated. */ export declare type UpdateStructurePlanCloneOfOnStructurePlanCloneOfForStructurePlanCloneOfIbfk1Patch = { b?: Maybe; cloneOf?: Maybe<_StructurePlanCloneOfIbfk1Input>; clone?: Maybe<_StructurePlanCloneOfIbfk2Input>; }; /** An object where the defined keys will be set on the `structurePlanCloneOf` being updated. */ export declare type UpdateStructurePlanCloneOfOnStructurePlanCloneOfForStructurePlanCloneOfIbfk2Patch = { a?: Maybe; cloneOf?: Maybe<_StructurePlanCloneOfIbfk1Input>; clone?: Maybe<_StructurePlanCloneOfIbfk2Input>; }; /** The output of our update `StructurePlanCloneOf` mutation. */ export declare type UpdateStructurePlanCloneOfPayload = { __typename?: 'UpdateStructurePlanCloneOfPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `StructurePlanCloneOf` that was updated by this mutation. */ structurePlanCloneOf?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `StructurePlan` that is related to this `StructurePlanCloneOf`. */ cloneOf?: Maybe; /** Reads a single `StructurePlan` that is related to this `StructurePlanCloneOf`. */ clone?: Maybe; /** An edge for our `StructurePlanCloneOf`. May be used by Relay 1. */ structurePlanCloneOfEdge?: Maybe; }; /** The output of our update `StructurePlanCloneOf` mutation. */ export declare type UpdateStructurePlanCloneOfPayloadStructurePlanCloneOfEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateStructurePlan` mutation. */ export declare type UpdateStructurePlanInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `StructurePlan` being updated. */ patch: StructurePlanPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `structurePlan` being updated. */ export declare type UpdateStructurePlanOnStructurePlanCloneOfForStructurePlanCloneOfIbfk1Patch = { nickname?: Maybe; index?: Maybe; x?: Maybe; y?: Maybe; z?: Maybe; t?: Maybe; role?: Maybe; parameters?: Maybe; missionPlan?: Maybe; cloneOfRelation?: Maybe<_StructurePlanCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_StructurePlanCloneOfIbfk2InverseInput>; structuresRelation?: Maybe<_StructurePlanStructuresIbfk2InverseInput>; }; /** An object where the defined keys will be set on the `structurePlan` being updated. */ export declare type UpdateStructurePlanOnStructurePlanCloneOfForStructurePlanCloneOfIbfk2Patch = { nickname?: Maybe; index?: Maybe; x?: Maybe; y?: Maybe; z?: Maybe; t?: Maybe; role?: Maybe; parameters?: Maybe; missionPlan?: Maybe; cloneOfRelation?: Maybe<_StructurePlanCloneOfIbfk1InverseInput>; clonesRelation?: Maybe<_StructurePlanCloneOfIbfk2InverseInput>; structuresRelation?: Maybe<_StructurePlanStructuresIbfk2InverseInput>; }; /** The output of our update `StructurePlan` mutation. */ export declare type UpdateStructurePlanPayload = { __typename?: 'UpdateStructurePlanPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `StructurePlan` that was updated by this mutation. */ structurePlan?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `MissionPlan` that is related to this `StructurePlan`. */ missionPlan?: Maybe; /** An edge for our `StructurePlan`. May be used by Relay 1. */ structurePlanEdge?: Maybe; }; /** The output of our update `StructurePlan` mutation. */ export declare type UpdateStructurePlanPayloadStructurePlanEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateStructurePlanStructure` mutation. */ export declare type UpdateStructurePlanStructureInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `StructurePlanStructure` being updated. */ patch: StructurePlanStructurePatch; a: Scalars['String']; b: Scalars['String']; }; /** An object where the defined keys will be set on the `structurePlanStructure` being updated. */ export declare type UpdateStructurePlanStructureOnStructurePlanStructureForStructurePlanStructuresIbfk1Patch = { b?: Maybe; structure?: Maybe<_StructurePlanStructuresIbfk1Input>; missionStructurePlan?: Maybe<_StructurePlanStructuresIbfk2Input>; }; /** An object where the defined keys will be set on the `structurePlanStructure` being updated. */ export declare type UpdateStructurePlanStructureOnStructurePlanStructureForStructurePlanStructuresIbfk2Patch = { a?: Maybe; structure?: Maybe<_StructurePlanStructuresIbfk1Input>; missionStructurePlan?: Maybe<_StructurePlanStructuresIbfk2Input>; }; /** The output of our update `StructurePlanStructure` mutation. */ export declare type UpdateStructurePlanStructurePayload = { __typename?: 'UpdateStructurePlanStructurePayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `StructurePlanStructure` that was updated by this mutation. */ structurePlanStructure?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `Structure` that is related to this `StructurePlanStructure`. */ structure?: Maybe; /** Reads a single `StructurePlan` that is related to this `StructurePlanStructure`. */ missionStructurePlan?: Maybe; /** An edge for our `StructurePlanStructure`. May be used by Relay 1. */ structurePlanStructureEdge?: Maybe; }; /** The output of our update `StructurePlanStructure` mutation. */ export declare type UpdateStructurePlanStructurePayloadStructurePlanStructureEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateUserByEmail` mutation. */ export declare type UpdateUserByEmailInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `User` being updated. */ patch: UserPatch; email: Scalars['String']; }; /** All input for the `updateUser` mutation. */ export declare type UpdateUserInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `User` being updated. */ patch: UserPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `user` being updated. */ export declare type UpdateUserOnExecutionUserForExecutionUserUserIdFkeyPatch = { nickname?: Maybe; name?: Maybe; email?: Maybe; password?: Maybe; description?: Maybe; activatedAt?: Maybe; dateOfBirth?: Maybe; parameters?: Maybe; language?: Maybe; picture?: Maybe; viewAssignments?: Maybe; segmentations?: Maybe; anomalies?: Maybe; developerOfStructuresRelation?: Maybe<_StructureDevelopersIbfk2InverseInput>; operatorOfStructuresRelation?: Maybe<_StructureOperatorsIbfk2InverseInput>; detections?: Maybe; organizationsRelation?: Maybe<_OrganizationUsersIbfk2InverseInput>; assignments?: Maybe; classifications?: Maybe; comments?: Maybe; ownerOfStructuresRelation?: Maybe<_StructureOwnersIbfk2InverseInput>; adminInRelation?: Maybe<_OrganizationAdminIbfk2InverseInput>; assignedPlansRelation?: Maybe<_PlanAssignmentUserFkeyInverseInput>; planRelation?: Maybe<_PlanUserUserIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionUserUserIdFkeyInverseInput>; clientOfMissionsRelation?: Maybe; expertOfMissionsRelation?: Maybe; inspectorOfMissionsRelation?: Maybe; operatorOfMissionsRelation?: Maybe; }; /** An object where the defined keys will be set on the `user` being updated. */ export declare type UpdateUserOnPlanAssignmentForPlanAssignmentUserFkeyPatch = { nickname?: Maybe; name?: Maybe; email?: Maybe; password?: Maybe; description?: Maybe; activatedAt?: Maybe; dateOfBirth?: Maybe; parameters?: Maybe; language?: Maybe; picture?: Maybe; viewAssignments?: Maybe; segmentations?: Maybe; anomalies?: Maybe; developerOfStructuresRelation?: Maybe<_StructureDevelopersIbfk2InverseInput>; operatorOfStructuresRelation?: Maybe<_StructureOperatorsIbfk2InverseInput>; detections?: Maybe; organizationsRelation?: Maybe<_OrganizationUsersIbfk2InverseInput>; assignments?: Maybe; classifications?: Maybe; comments?: Maybe; ownerOfStructuresRelation?: Maybe<_StructureOwnersIbfk2InverseInput>; adminInRelation?: Maybe<_OrganizationAdminIbfk2InverseInput>; assignedPlansRelation?: Maybe<_PlanAssignmentUserFkeyInverseInput>; planRelation?: Maybe<_PlanUserUserIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionUserUserIdFkeyInverseInput>; clientOfMissionsRelation?: Maybe; expertOfMissionsRelation?: Maybe; inspectorOfMissionsRelation?: Maybe; operatorOfMissionsRelation?: Maybe; }; /** An object where the defined keys will be set on the `user` being updated. */ export declare type UpdateUserOnPlanUserForPlanUserUserIdFkeyPatch = { nickname?: Maybe; name?: Maybe; email?: Maybe; password?: Maybe; description?: Maybe; activatedAt?: Maybe; dateOfBirth?: Maybe; parameters?: Maybe; language?: Maybe; picture?: Maybe; viewAssignments?: Maybe; segmentations?: Maybe; anomalies?: Maybe; developerOfStructuresRelation?: Maybe<_StructureDevelopersIbfk2InverseInput>; operatorOfStructuresRelation?: Maybe<_StructureOperatorsIbfk2InverseInput>; detections?: Maybe; organizationsRelation?: Maybe<_OrganizationUsersIbfk2InverseInput>; assignments?: Maybe; classifications?: Maybe; comments?: Maybe; ownerOfStructuresRelation?: Maybe<_StructureOwnersIbfk2InverseInput>; adminInRelation?: Maybe<_OrganizationAdminIbfk2InverseInput>; assignedPlansRelation?: Maybe<_PlanAssignmentUserFkeyInverseInput>; planRelation?: Maybe<_PlanUserUserIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionUserUserIdFkeyInverseInput>; clientOfMissionsRelation?: Maybe; expertOfMissionsRelation?: Maybe; inspectorOfMissionsRelation?: Maybe; operatorOfMissionsRelation?: Maybe; }; /** An object where the defined keys will be set on the `user` being updated. */ export declare type UpdateUserOnViewAssignmentForViewAssignmentUserFkeyPatch = { nickname?: Maybe; name?: Maybe; email?: Maybe; password?: Maybe; description?: Maybe; activatedAt?: Maybe; dateOfBirth?: Maybe; parameters?: Maybe; language?: Maybe; picture?: Maybe; viewAssignments?: Maybe; segmentations?: Maybe; anomalies?: Maybe; developerOfStructuresRelation?: Maybe<_StructureDevelopersIbfk2InverseInput>; operatorOfStructuresRelation?: Maybe<_StructureOperatorsIbfk2InverseInput>; detections?: Maybe; organizationsRelation?: Maybe<_OrganizationUsersIbfk2InverseInput>; assignments?: Maybe; classifications?: Maybe; comments?: Maybe; ownerOfStructuresRelation?: Maybe<_StructureOwnersIbfk2InverseInput>; adminInRelation?: Maybe<_OrganizationAdminIbfk2InverseInput>; assignedPlansRelation?: Maybe<_PlanAssignmentUserFkeyInverseInput>; planRelation?: Maybe<_PlanUserUserIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionUserUserIdFkeyInverseInput>; clientOfMissionsRelation?: Maybe; expertOfMissionsRelation?: Maybe; inspectorOfMissionsRelation?: Maybe; operatorOfMissionsRelation?: Maybe; }; /** The output of our update `User` mutation. */ export declare type UpdateUserPayload = { __typename?: 'UpdateUserPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `User` that was updated by this mutation. */ user?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `File` that is related to this `User`. */ picture?: Maybe; /** An edge for our `User`. May be used by Relay 1. */ userEdge?: Maybe; }; /** The output of our update `User` mutation. */ export declare type UpdateUserPayloadUserEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateViewAssignment` mutation. */ export declare type UpdateViewAssignmentInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `ViewAssignment` being updated. */ patch: ViewAssignmentPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `viewAssignment` being updated. */ export declare type UpdateViewAssignmentOnViewAssignmentForViewAssignmentViewFkeyPatch = { role?: Maybe; view?: Maybe; user?: Maybe; }; /** The output of our update `ViewAssignment` mutation. */ export declare type UpdateViewAssignmentPayload = { __typename?: 'UpdateViewAssignmentPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ViewAssignment` that was updated by this mutation. */ viewAssignment?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `View` that is related to this `ViewAssignment`. */ view?: Maybe; /** Reads a single `User` that is related to this `ViewAssignment`. */ user?: Maybe; /** An edge for our `ViewAssignment`. May be used by Relay 1. */ viewAssignmentEdge?: Maybe; }; /** The output of our update `ViewAssignment` mutation. */ export declare type UpdateViewAssignmentPayloadViewAssignmentEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateViewChild` mutation. */ export declare type UpdateViewChildInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `ViewChild` being updated. */ patch: ViewChildPatch; a: Scalars['String']; b: Scalars['String']; }; /** An object where the defined keys will be set on the `viewChild` being updated. */ export declare type UpdateViewChildOnViewChildForViewChildrenIbfk1Patch = { b?: Maybe; parent?: Maybe<_ViewChildrenIbfk1Input>; child?: Maybe<_ViewChildrenIbfk2Input>; }; /** An object where the defined keys will be set on the `viewChild` being updated. */ export declare type UpdateViewChildOnViewChildForViewChildrenIbfk2Patch = { a?: Maybe; parent?: Maybe<_ViewChildrenIbfk1Input>; child?: Maybe<_ViewChildrenIbfk2Input>; }; /** The output of our update `ViewChild` mutation. */ export declare type UpdateViewChildPayload = { __typename?: 'UpdateViewChildPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ViewChild` that was updated by this mutation. */ viewChild?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `View` that is related to this `ViewChild`. */ parent?: Maybe; /** Reads a single `View` that is related to this `ViewChild`. */ child?: Maybe; /** An edge for our `ViewChild`. May be used by Relay 1. */ viewChildEdge?: Maybe; }; /** The output of our update `ViewChild` mutation. */ export declare type UpdateViewChildPayloadViewChildEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateView` mutation. */ export declare type UpdateViewInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `View` being updated. */ patch: ViewPatch; id: Scalars['String']; }; /** An object where the defined keys will be set on the `view` being updated. */ export declare type UpdateViewOnViewAssignmentForViewAssignmentViewFkeyPatch = { name?: Maybe; parameters?: Maybe; assignments?: Maybe; viewTokensUsingId?: Maybe; childrenRelation?: Maybe<_ViewChildrenIbfk1InverseInput>; parentsRelation?: Maybe<_ViewChildrenIbfk2InverseInput>; }; /** An object where the defined keys will be set on the `view` being updated. */ export declare type UpdateViewOnViewChildForViewChildrenIbfk1Patch = { name?: Maybe; parameters?: Maybe; assignments?: Maybe; viewTokensUsingId?: Maybe; childrenRelation?: Maybe<_ViewChildrenIbfk1InverseInput>; parentsRelation?: Maybe<_ViewChildrenIbfk2InverseInput>; }; /** An object where the defined keys will be set on the `view` being updated. */ export declare type UpdateViewOnViewChildForViewChildrenIbfk2Patch = { name?: Maybe; parameters?: Maybe; assignments?: Maybe; viewTokensUsingId?: Maybe; childrenRelation?: Maybe<_ViewChildrenIbfk1InverseInput>; parentsRelation?: Maybe<_ViewChildrenIbfk2InverseInput>; }; /** An object where the defined keys will be set on the `view` being updated. */ export declare type UpdateViewOnViewTokenForViewTokensViewFkeyPatch = { name?: Maybe; parameters?: Maybe; assignments?: Maybe; viewTokensUsingId?: Maybe; childrenRelation?: Maybe<_ViewChildrenIbfk1InverseInput>; parentsRelation?: Maybe<_ViewChildrenIbfk2InverseInput>; }; /** The output of our update `View` mutation. */ export declare type UpdateViewPayload = { __typename?: 'UpdateViewPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `View` that was updated by this mutation. */ view?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** An edge for our `View`. May be used by Relay 1. */ viewEdge?: Maybe; }; /** The output of our update `View` mutation. */ export declare type UpdateViewPayloadViewEdgeArgs = { orderBy?: Maybe>; }; /** All input for the `updateViewToken` mutation. */ export declare type UpdateViewTokenInput = { /** * An arbitrary string value with no semantic meaning. Will be included in the * payload verbatim. May be used to track mutations by the client. */ clientMutationId?: Maybe; /** An object where the defined keys will be set on the `ViewToken` being updated. */ patch: ViewTokenPatch; tokenNodeId: Scalars['String']; position: Scalars['Int']; }; /** An object where the defined keys will be set on the `viewToken` being updated. */ export declare type UpdateViewTokenOnViewTokenForViewTokensViewFkeyPatch = { position?: Maybe; value?: Maybe; viewToNodeId?: Maybe; }; /** The output of our update `ViewToken` mutation. */ export declare type UpdateViewTokenPayload = { __typename?: 'UpdateViewTokenPayload'; /** * The exact same `clientMutationId` that was provided in the mutation input, * unchanged and unused. May be used by a client to track mutations. */ clientMutationId?: Maybe; /** The `ViewToken` that was updated by this mutation. */ viewToken?: Maybe; /** Our root query field type. Allows us to run any query from our mutation payload. */ query?: Maybe; /** Reads a single `View` that is related to this `ViewToken`. */ tokenNode?: Maybe; /** An edge for our `ViewToken`. May be used by Relay 1. */ viewTokenEdge?: Maybe; }; /** The output of our update `ViewToken` mutation. */ export declare type UpdateViewTokenPayloadViewTokenEdgeArgs = { orderBy?: Maybe>; }; export declare type User = { __typename?: 'User'; id: Scalars['String']; nickname?: Maybe; name: Scalars['String']; email: Scalars['String']; password: Scalars['String']; description?: Maybe; createdAt: Scalars['Datetime']; updatedAt: Scalars['Datetime']; activatedAt?: Maybe; dateOfBirth?: Maybe; parameters?: Maybe; language?: Maybe; deletedAt?: Maybe; /** Reads a single `File` that is related to this `User`. */ picture?: Maybe; /** Reads and enables pagination through a set of `ViewAssignment`. */ viewAssignmentsConnection: ViewAssignmentsConnection; /** Reads and enables pagination through a set of `ViewAssignment`. */ viewAssignments: Array; /** Reads and enables pagination through a set of `Segmentation`. */ segmentationsConnection: SegmentationsConnection; /** Reads and enables pagination through a set of `Segmentation`. */ segmentations: Array; /** Reads and enables pagination through a set of `Anomaly`. */ anomaliesConnection: AnomaliesConnection; /** Reads and enables pagination through a set of `Anomaly`. */ anomalies: Array; /** Reads and enables pagination through a set of `StructureDeveloper`. */ developerOfStructuresRelationConnection: StructureDevelopersConnection; /** Reads and enables pagination through a set of `StructureDeveloper`. */ developerOfStructuresRelation: Array; /** Reads and enables pagination through a set of `StructureOperator`. */ operatorOfStructuresRelationConnection: StructureOperatorsConnection; /** Reads and enables pagination through a set of `StructureOperator`. */ operatorOfStructuresRelation: Array; /** Reads and enables pagination through a set of `Detection`. */ detectionsConnection: DetectionsConnection; /** Reads and enables pagination through a set of `Detection`. */ detections: Array; /** Reads and enables pagination through a set of `OrganizationUser`. */ organizationsRelationConnection: OrganizationUsersConnection; /** Reads and enables pagination through a set of `OrganizationUser`. */ organizationsRelation: Array; /** Reads and enables pagination through a set of `ActivityAssignment`. */ assignmentsConnection: ActivityAssignmentsConnection; /** Reads and enables pagination through a set of `ActivityAssignment`. */ assignments: Array; /** Reads and enables pagination through a set of `Classification`. */ classificationsConnection: ClassificationsConnection; /** Reads and enables pagination through a set of `Classification`. */ classifications: Array; /** Reads and enables pagination through a set of `Comment`. */ commentsConnection: CommentsConnection; /** Reads and enables pagination through a set of `Comment`. */ comments: Array; /** Reads and enables pagination through a set of `StructureOwner`. */ ownerOfStructuresRelationConnection: StructureOwnersConnection; /** Reads and enables pagination through a set of `StructureOwner`. */ ownerOfStructuresRelation: Array; /** Reads and enables pagination through a set of `OrganizationAdmin`. */ adminInRelationConnection: OrganizationAdminsConnection; /** Reads and enables pagination through a set of `OrganizationAdmin`. */ adminInRelation: Array; /** Reads and enables pagination through a set of `PlanAssignment`. */ assignedPlansRelationConnection: PlanAssignmentsConnection; /** Reads and enables pagination through a set of `PlanAssignment`. */ assignedPlansRelation: Array; /** Reads and enables pagination through a set of `PlanUser`. */ planRelationConnection: PlanUsersConnection; /** Reads and enables pagination through a set of `PlanUser`. */ planRelation: Array; /** Reads and enables pagination through a set of `ExecutionUser`. */ executionRelationConnection: ExecutionUsersConnection; /** Reads and enables pagination through a set of `ExecutionUser`. */ executionRelation: Array; /** Reads and enables pagination through a set of `MissionClient`. */ clientOfMissionsRelationConnection: MissionClientsConnection; /** Reads and enables pagination through a set of `MissionClient`. */ clientOfMissionsRelation: Array; /** Reads and enables pagination through a set of `MissionExpert`. */ expertOfMissionsRelationConnection: MissionExpertsConnection; /** Reads and enables pagination through a set of `MissionExpert`. */ expertOfMissionsRelation: Array; /** Reads and enables pagination through a set of `MissionInspector`. */ inspectorOfMissionsRelationConnection: MissionInspectorsConnection; /** Reads and enables pagination through a set of `MissionInspector`. */ inspectorOfMissionsRelation: Array; /** Reads and enables pagination through a set of `MissionOperator`. */ operatorOfMissionsRelationConnection: MissionOperatorsConnection; /** Reads and enables pagination through a set of `MissionOperator`. */ operatorOfMissionsRelation: Array; /** Reads and enables pagination through a set of `View`. */ viewsByViewAssignmentUserIdDoNotUseAndViewIdDoNotUseList: Array; /** Reads and enables pagination through a set of `AnomalyType`. */ anomalyTypesBySegmentationAuthorIdDoNotUseAndTypeIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Image`. */ imagesBySegmentationAuthorIdDoNotUseAndImageIdDoNotUseList: Array; /** Reads and enables pagination through a set of `MissionExecution`. */ missionExecutionsBySegmentationAuthorIdDoNotUseAndMissionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `AnomalyType`. */ anomalyTypesByAnomalyAuthorIdDoNotUseAndTypeIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Structure`. */ structuresByAnomalyAuthorIdDoNotUseAndStructureIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Structure`. */ developerOfStructuresConnection: UserDeveloperOfStructuresConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Structure`. */ developerOfStructures: Array; /** Reads and enables pagination through a set of `Structure`. */ operatorOfStructuresConnection: UserOperatorOfStructuresConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Structure`. */ operatorOfStructures: Array; /** Reads and enables pagination through a set of `AnomalyType`. */ anomalyTypesByDetectionAuthorIdDoNotUseAndTypeIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Anomaly`. */ anomaliesByDetectionAuthorIdDoNotUseAndAnomalyIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Image`. */ imagesByDetectionAuthorIdDoNotUseAndImageIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Segmentation`. */ segmentationsByDetectionAuthorIdDoNotUseAndSegmentationIdDoNotUseList: Array; /** Reads and enables pagination through a set of `MissionExecution`. */ missionExecutionsByDetectionAuthorIdDoNotUseAndMissionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Structure`. */ structuresByDetectionAuthorIdDoNotUseAndStructureIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Organization`. */ organizationsConnection: UserOrganizationsConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Organization`. */ organizations: Array; /** Reads and enables pagination through a set of `Mission`. */ missionsByActivityAssignmentUserIdDoNotUseAndMissionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Organization`. */ organizationsByActivityAssignmentUserIdDoNotUseAndOrganizationIdDoNotUseList: Array; /** Reads and enables pagination through a set of `AnomalyType`. */ anomalyTypesByClassificationAuthorIdDoNotUseAndTypeIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Image`. */ imagesByClassificationAuthorIdDoNotUseAndImageIdDoNotUseList: Array; /** Reads and enables pagination through a set of `MissionExecution`. */ missionExecutionsByClassificationAuthorIdDoNotUseAndMissionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Comment`. */ commentsByCommentAuthorIdDoNotUseAndAboutCommentIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Artifact`. */ artifactsByCommentAuthorIdDoNotUseAndAboutArtifactIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Mission`. */ missionsByCommentAuthorIdDoNotUseAndAboutMissionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Structure`. */ structuresByCommentAuthorIdDoNotUseAndAboutStructureIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Anomaly`. */ anomaliesByCommentAuthorIdDoNotUseAndAboutAnomalyIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Classification`. */ classificationsByCommentAuthorIdDoNotUseAndAboutClassificationIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Detection`. */ detectionsByCommentAuthorIdDoNotUseAndAboutDetectionIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Segmentation`. */ segmentationsByCommentAuthorIdDoNotUseAndAboutSegmentationIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Image`. */ imagesByCommentAuthorIdDoNotUseAndAboutImageIdDoNotUseList: Array; /** Reads and enables pagination through a set of `Structure`. */ ownerOfStructuresConnection: UserOwnerOfStructuresConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Structure`. */ ownerOfStructures: Array; /** Reads and enables pagination through a set of `Organization`. */ adminInConnection: UserAdminInConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Organization`. */ adminIn: Array; /** Reads and enables pagination through a set of `Plan`. */ assignedPlansConnection: UserAssignedPlansConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Plan`. */ assignedPlans: Array; /** Reads and enables pagination through a set of `Plan`. */ plansConnection: UserPlansConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Plan`. */ plans: Array; /** Reads and enables pagination through a set of `Execution`. */ executionsConnection: UserExecutionsConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Execution`. */ executions: Array; /** Reads and enables pagination through a set of `Mission`. */ clientOfMissionsConnection: UserClientOfMissionsConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Mission`. */ clientOfMissions: Array; /** Reads and enables pagination through a set of `Mission`. */ expertOfMissionsConnection: UserExpertOfMissionsConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Mission`. */ expertOfMissions: Array; /** Reads and enables pagination through a set of `Mission`. */ inspectorOfMissionsConnection: UserInspectorOfMissionsConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Mission`. */ inspectorOfMissions: Array; /** Reads and enables pagination through a set of `Mission`. */ operatorOfMissionsConnection: UserOperatorOfMissionsConnectionManyToManyConnection; /** Reads and enables pagination through a set of `Mission`. */ operatorOfMissions: Array; }; export declare type UserViewAssignmentsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserViewAssignmentsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserSegmentationsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserSegmentationsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserAnomaliesConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserAnomaliesArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserDeveloperOfStructuresRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserDeveloperOfStructuresRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserOperatorOfStructuresRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserOperatorOfStructuresRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserDetectionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserDetectionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserOrganizationsRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserOrganizationsRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserAssignmentsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserAssignmentsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserClassificationsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserClassificationsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserCommentsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserCommentsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserOwnerOfStructuresRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserOwnerOfStructuresRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserAdminInRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserAdminInRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserAssignedPlansRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserAssignedPlansRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserPlanRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserPlanRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserExecutionRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserExecutionRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserClientOfMissionsRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserClientOfMissionsRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserExpertOfMissionsRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserExpertOfMissionsRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserInspectorOfMissionsRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserInspectorOfMissionsRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserOperatorOfMissionsRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserOperatorOfMissionsRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserViewsByViewAssignmentUserIdDoNotUseAndViewIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserAnomalyTypesBySegmentationAuthorIdDoNotUseAndTypeIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserImagesBySegmentationAuthorIdDoNotUseAndImageIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserMissionExecutionsBySegmentationAuthorIdDoNotUseAndMissionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserAnomalyTypesByAnomalyAuthorIdDoNotUseAndTypeIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserStructuresByAnomalyAuthorIdDoNotUseAndStructureIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserDeveloperOfStructuresConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserDeveloperOfStructuresArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserOperatorOfStructuresConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserOperatorOfStructuresArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserAnomalyTypesByDetectionAuthorIdDoNotUseAndTypeIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserAnomaliesByDetectionAuthorIdDoNotUseAndAnomalyIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserImagesByDetectionAuthorIdDoNotUseAndImageIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserSegmentationsByDetectionAuthorIdDoNotUseAndSegmentationIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserMissionExecutionsByDetectionAuthorIdDoNotUseAndMissionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserStructuresByDetectionAuthorIdDoNotUseAndStructureIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserOrganizationsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserOrganizationsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserMissionsByActivityAssignmentUserIdDoNotUseAndMissionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserOrganizationsByActivityAssignmentUserIdDoNotUseAndOrganizationIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserAnomalyTypesByClassificationAuthorIdDoNotUseAndTypeIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserImagesByClassificationAuthorIdDoNotUseAndImageIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserMissionExecutionsByClassificationAuthorIdDoNotUseAndMissionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserCommentsByCommentAuthorIdDoNotUseAndAboutCommentIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserArtifactsByCommentAuthorIdDoNotUseAndAboutArtifactIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserMissionsByCommentAuthorIdDoNotUseAndAboutMissionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserStructuresByCommentAuthorIdDoNotUseAndAboutStructureIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserAnomaliesByCommentAuthorIdDoNotUseAndAboutAnomalyIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserClassificationsByCommentAuthorIdDoNotUseAndAboutClassificationIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserDetectionsByCommentAuthorIdDoNotUseAndAboutDetectionIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserSegmentationsByCommentAuthorIdDoNotUseAndAboutSegmentationIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserImagesByCommentAuthorIdDoNotUseAndAboutImageIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserOwnerOfStructuresConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserOwnerOfStructuresArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserAdminInConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserAdminInArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserAssignedPlansConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserAssignedPlansArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserPlansConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserPlansArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserExecutionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserExecutionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserClientOfMissionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserClientOfMissionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserExpertOfMissionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserExpertOfMissionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserInspectorOfMissionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserInspectorOfMissionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserOperatorOfMissionsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type UserOperatorOfMissionsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A connection to a list of `Organization` values, with data from `OrganizationAdmin`. */ export declare type UserAdminInConnectionManyToManyConnection = { __typename?: 'UserAdminInConnectionManyToManyConnection'; /** A list of `Organization` objects. */ nodes: Array>; /** A list of edges which contains the `Organization`, info from the `OrganizationAdmin`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Organization` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Organization` edge in the connection, with data from `OrganizationAdmin`. */ export declare type UserAdminInConnectionManyToManyEdge = { __typename?: 'UserAdminInConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Organization` at the end of the edge. */ node?: Maybe; }; /** A connection to a list of `Plan` values, with data from `PlanAssignment`. */ export declare type UserAssignedPlansConnectionManyToManyConnection = { __typename?: 'UserAssignedPlansConnectionManyToManyConnection'; /** A list of `Plan` objects. */ nodes: Array>; /** A list of edges which contains the `Plan`, info from the `PlanAssignment`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Plan` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Plan` edge in the connection, with data from `PlanAssignment`. */ export declare type UserAssignedPlansConnectionManyToManyEdge = { __typename?: 'UserAssignedPlansConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Plan` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `PlanAssignment`. */ assignedUserRelationConnection: PlanAssignmentsConnection; /** Reads and enables pagination through a set of `PlanAssignment`. */ assignedUserRelation: Array; }; /** A `Plan` edge in the connection, with data from `PlanAssignment`. */ export declare type UserAssignedPlansConnectionManyToManyEdgeAssignedUserRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Plan` edge in the connection, with data from `PlanAssignment`. */ export declare type UserAssignedPlansConnectionManyToManyEdgeAssignedUserRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A connection to a list of `Mission` values, with data from `MissionClient`. */ export declare type UserClientOfMissionsConnectionManyToManyConnection = { __typename?: 'UserClientOfMissionsConnectionManyToManyConnection'; /** A list of `Mission` objects. */ nodes: Array>; /** A list of edges which contains the `Mission`, info from the `MissionClient`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Mission` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Mission` edge in the connection, with data from `MissionClient`. */ export declare type UserClientOfMissionsConnectionManyToManyEdge = { __typename?: 'UserClientOfMissionsConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Mission` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `MissionClient`. */ clientsRelationConnection: MissionClientsConnection; /** Reads and enables pagination through a set of `MissionClient`. */ clientsRelation: Array; }; /** A `Mission` edge in the connection, with data from `MissionClient`. */ export declare type UserClientOfMissionsConnectionManyToManyEdgeClientsRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Mission` edge in the connection, with data from `MissionClient`. */ export declare type UserClientOfMissionsConnectionManyToManyEdgeClientsRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A condition to be used against `User` object types. All fields are tested for equality and combined with a logical ‘and.’ */ export declare type UserCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `nickname` field. */ nickname?: Maybe; /** Checks for equality with the object’s `name` field. */ name?: Maybe; /** Checks for equality with the object’s `email` field. */ email?: Maybe; /** Checks for equality with the object’s `password` field. */ password?: Maybe; /** Checks for equality with the object’s `description` field. */ description?: Maybe; /** Checks for equality with the object’s `createdAt` field. */ createdAt?: Maybe; /** Checks for equality with the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Checks for equality with the object’s `activatedAt` field. */ activatedAt?: Maybe; /** Checks for equality with the object’s `dateOfBirth` field. */ dateOfBirth?: Maybe; /** Checks for equality with the object’s `parameters` field. */ parameters?: Maybe; /** Checks for equality with the object’s `language` field. */ language?: Maybe; /** Checks for equality with the object’s `deletedAt` field. */ deletedAt?: Maybe; }; /** The fields on `user` to look up the row to connect. */ export declare type UserConstraintUserEmailConnect = { email: Scalars['String']; }; /** The fields on `user` to look up the row to delete. */ export declare type UserConstraintUserEmailDelete = { email: Scalars['String']; }; /** A connection to a list of `Structure` values, with data from `StructureDeveloper`. */ export declare type UserDeveloperOfStructuresConnectionManyToManyConnection = { __typename?: 'UserDeveloperOfStructuresConnectionManyToManyConnection'; /** A list of `Structure` objects. */ nodes: Array>; /** A list of edges which contains the `Structure`, info from the `StructureDeveloper`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Structure` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Structure` edge in the connection, with data from `StructureDeveloper`. */ export declare type UserDeveloperOfStructuresConnectionManyToManyEdge = { __typename?: 'UserDeveloperOfStructuresConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Structure` at the end of the edge. */ node?: Maybe; }; /** A connection to a list of `Execution` values, with data from `ExecutionUser`. */ export declare type UserExecutionsConnectionManyToManyConnection = { __typename?: 'UserExecutionsConnectionManyToManyConnection'; /** A list of `Execution` objects. */ nodes: Array>; /** A list of edges which contains the `Execution`, info from the `ExecutionUser`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Execution` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Execution` edge in the connection, with data from `ExecutionUser`. */ export declare type UserExecutionsConnectionManyToManyEdge = { __typename?: 'UserExecutionsConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Execution` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `ExecutionUser`. */ userRelationConnection: ExecutionUsersConnection; /** Reads and enables pagination through a set of `ExecutionUser`. */ userRelation: Array; }; /** A `Execution` edge in the connection, with data from `ExecutionUser`. */ export declare type UserExecutionsConnectionManyToManyEdgeUserRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Execution` edge in the connection, with data from `ExecutionUser`. */ export declare type UserExecutionsConnectionManyToManyEdgeUserRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A connection to a list of `Mission` values, with data from `MissionExpert`. */ export declare type UserExpertOfMissionsConnectionManyToManyConnection = { __typename?: 'UserExpertOfMissionsConnectionManyToManyConnection'; /** A list of `Mission` objects. */ nodes: Array>; /** A list of edges which contains the `Mission`, info from the `MissionExpert`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Mission` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Mission` edge in the connection, with data from `MissionExpert`. */ export declare type UserExpertOfMissionsConnectionManyToManyEdge = { __typename?: 'UserExpertOfMissionsConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Mission` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `MissionExpert`. */ expertsRelationConnection: MissionExpertsConnection; /** Reads and enables pagination through a set of `MissionExpert`. */ expertsRelation: Array; }; /** A `Mission` edge in the connection, with data from `MissionExpert`. */ export declare type UserExpertOfMissionsConnectionManyToManyEdgeExpertsRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Mission` edge in the connection, with data from `MissionExpert`. */ export declare type UserExpertOfMissionsConnectionManyToManyEdgeExpertsRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A filter to be used against `User` object types. All fields are combined with a logical ‘and.’ */ export declare type UserFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `nickname` field. */ nickname?: Maybe; /** Filter by the object’s `name` field. */ name?: Maybe; /** Filter by the object’s `email` field. */ email?: Maybe; /** Filter by the object’s `password` field. */ password?: Maybe; /** Filter by the object’s `description` field. */ description?: Maybe; /** Filter by the object’s `createdAt` field. */ createdAt?: Maybe; /** Filter by the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Filter by the object’s `activatedAt` field. */ activatedAt?: Maybe; /** Filter by the object’s `dateOfBirth` field. */ dateOfBirth?: Maybe; /** Filter by the object’s `parameters` field. */ parameters?: Maybe; /** Filter by the object’s `language` field. */ language?: Maybe; /** Filter by the object’s `deletedAt` field. */ deletedAt?: Maybe; /** Filter by the object’s `viewAssignmentsConnection` relation. */ viewAssignmentsConnection?: Maybe; /** Some related `viewAssignmentsConnection` exist. */ viewAssignmentsConnectionExist?: Maybe; /** Filter by the object’s `segmentationsConnection` relation. */ segmentationsConnection?: Maybe; /** Some related `segmentationsConnection` exist. */ segmentationsConnectionExist?: Maybe; /** Filter by the object’s `anomaliesConnection` relation. */ anomaliesConnection?: Maybe; /** Some related `anomaliesConnection` exist. */ anomaliesConnectionExist?: Maybe; /** Filter by the object’s `developerOfStructuresRelationConnection` relation. */ developerOfStructuresRelationConnection?: Maybe; /** Some related `developerOfStructuresRelationConnection` exist. */ developerOfStructuresRelationConnectionExist?: Maybe; /** Filter by the object’s `operatorOfStructuresRelationConnection` relation. */ operatorOfStructuresRelationConnection?: Maybe; /** Some related `operatorOfStructuresRelationConnection` exist. */ operatorOfStructuresRelationConnectionExist?: Maybe; /** Filter by the object’s `detectionsConnection` relation. */ detectionsConnection?: Maybe; /** Some related `detectionsConnection` exist. */ detectionsConnectionExist?: Maybe; /** Filter by the object’s `organizationsRelationConnection` relation. */ organizationsRelationConnection?: Maybe; /** Some related `organizationsRelationConnection` exist. */ organizationsRelationConnectionExist?: Maybe; /** Filter by the object’s `assignmentsConnection` relation. */ assignmentsConnection?: Maybe; /** Some related `assignmentsConnection` exist. */ assignmentsConnectionExist?: Maybe; /** Filter by the object’s `classificationsConnection` relation. */ classificationsConnection?: Maybe; /** Some related `classificationsConnection` exist. */ classificationsConnectionExist?: Maybe; /** Filter by the object’s `commentsConnection` relation. */ commentsConnection?: Maybe; /** Some related `commentsConnection` exist. */ commentsConnectionExist?: Maybe; /** Filter by the object’s `ownerOfStructuresRelationConnection` relation. */ ownerOfStructuresRelationConnection?: Maybe; /** Some related `ownerOfStructuresRelationConnection` exist. */ ownerOfStructuresRelationConnectionExist?: Maybe; /** Filter by the object’s `adminInRelationConnection` relation. */ adminInRelationConnection?: Maybe; /** Some related `adminInRelationConnection` exist. */ adminInRelationConnectionExist?: Maybe; /** Filter by the object’s `assignedPlansRelationConnection` relation. */ assignedPlansRelationConnection?: Maybe; /** Some related `assignedPlansRelationConnection` exist. */ assignedPlansRelationConnectionExist?: Maybe; /** Filter by the object’s `planRelationConnection` relation. */ planRelationConnection?: Maybe; /** Some related `planRelationConnection` exist. */ planRelationConnectionExist?: Maybe; /** Filter by the object’s `executionRelationConnection` relation. */ executionRelationConnection?: Maybe; /** Some related `executionRelationConnection` exist. */ executionRelationConnectionExist?: Maybe; /** Filter by the object’s `clientOfMissionsRelationConnection` relation. */ clientOfMissionsRelationConnection?: Maybe; /** Some related `clientOfMissionsRelationConnection` exist. */ clientOfMissionsRelationConnectionExist?: Maybe; /** Filter by the object’s `expertOfMissionsRelationConnection` relation. */ expertOfMissionsRelationConnection?: Maybe; /** Some related `expertOfMissionsRelationConnection` exist. */ expertOfMissionsRelationConnectionExist?: Maybe; /** Filter by the object’s `inspectorOfMissionsRelationConnection` relation. */ inspectorOfMissionsRelationConnection?: Maybe; /** Some related `inspectorOfMissionsRelationConnection` exist. */ inspectorOfMissionsRelationConnectionExist?: Maybe; /** Filter by the object’s `operatorOfMissionsRelationConnection` relation. */ operatorOfMissionsRelationConnection?: Maybe; /** Some related `operatorOfMissionsRelationConnection` exist. */ operatorOfMissionsRelationConnectionExist?: Maybe; /** Filter by the object’s `picture` relation. */ picture?: Maybe; /** A related `picture` exists. */ pictureExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `User` */ export declare type UserInput = { id?: Maybe; nickname?: Maybe; name: Scalars['String']; email: Scalars['String']; password: Scalars['String']; description?: Maybe; activatedAt?: Maybe; dateOfBirth?: Maybe; parameters?: Maybe; language?: Maybe; picture?: Maybe; organizationsRelation?: Maybe<_OrganizationUsersIbfk2InverseInput>; assignments?: Maybe; adminInRelation?: Maybe<_OrganizationAdminIbfk2InverseInput>; planRelation?: Maybe<_PlanUserUserIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionUserUserIdFkeyInverseInput>; }; /** A connection to a list of `Mission` values, with data from `MissionInspector`. */ export declare type UserInspectorOfMissionsConnectionManyToManyConnection = { __typename?: 'UserInspectorOfMissionsConnectionManyToManyConnection'; /** A list of `Mission` objects. */ nodes: Array>; /** A list of edges which contains the `Mission`, info from the `MissionInspector`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Mission` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Mission` edge in the connection, with data from `MissionInspector`. */ export declare type UserInspectorOfMissionsConnectionManyToManyEdge = { __typename?: 'UserInspectorOfMissionsConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Mission` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `MissionInspector`. */ inspectorsRelationConnection: MissionInspectorsConnection; /** Reads and enables pagination through a set of `MissionInspector`. */ inspectorsRelation: Array; }; /** A `Mission` edge in the connection, with data from `MissionInspector`. */ export declare type UserInspectorOfMissionsConnectionManyToManyEdgeInspectorsRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Mission` edge in the connection, with data from `MissionInspector`. */ export declare type UserInspectorOfMissionsConnectionManyToManyEdgeInspectorsRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** The fields on `user` to look up the row to update. */ export declare type UserOnExecutionUserForExecutionUserUserIdFkeyUsingConstraintUserEmailUpdate = { /** An object where the defined keys will be set on the `user` being updated. */ patch: UpdateUserOnExecutionUserForExecutionUserUserIdFkeyPatch; email: Scalars['String']; }; /** The fields on `user` to look up the row to update. */ export declare type UserOnExecutionUserForExecutionUserUserIdFkeyUsingUserPictureKeyUpdate = { /** An object where the defined keys will be set on the `user` being updated. */ patch: UpdateUserOnExecutionUserForExecutionUserUserIdFkeyPatch; }; /** The fields on `user` to look up the row to update. */ export declare type UserOnExecutionUserForExecutionUserUserIdFkeyUsingUserPkeyUpdate = { /** An object where the defined keys will be set on the `user` being updated. */ patch: UpdateUserOnExecutionUserForExecutionUserUserIdFkeyPatch; id: Scalars['String']; }; /** The fields on `user` to look up the row to update. */ export declare type UserOnPlanAssignmentForPlanAssignmentUserFkeyUsingConstraintUserEmailUpdate = { /** An object where the defined keys will be set on the `user` being updated. */ patch: UpdateUserOnPlanAssignmentForPlanAssignmentUserFkeyPatch; email: Scalars['String']; }; /** The fields on `user` to look up the row to update. */ export declare type UserOnPlanAssignmentForPlanAssignmentUserFkeyUsingUserPictureKeyUpdate = { /** An object where the defined keys will be set on the `user` being updated. */ patch: UpdateUserOnPlanAssignmentForPlanAssignmentUserFkeyPatch; }; /** The fields on `user` to look up the row to update. */ export declare type UserOnPlanAssignmentForPlanAssignmentUserFkeyUsingUserPkeyUpdate = { /** An object where the defined keys will be set on the `user` being updated. */ patch: UpdateUserOnPlanAssignmentForPlanAssignmentUserFkeyPatch; id: Scalars['String']; }; /** The fields on `user` to look up the row to update. */ export declare type UserOnPlanUserForPlanUserUserIdFkeyUsingConstraintUserEmailUpdate = { /** An object where the defined keys will be set on the `user` being updated. */ patch: UpdateUserOnPlanUserForPlanUserUserIdFkeyPatch; email: Scalars['String']; }; /** The fields on `user` to look up the row to update. */ export declare type UserOnPlanUserForPlanUserUserIdFkeyUsingUserPictureKeyUpdate = { /** An object where the defined keys will be set on the `user` being updated. */ patch: UpdateUserOnPlanUserForPlanUserUserIdFkeyPatch; }; /** The fields on `user` to look up the row to update. */ export declare type UserOnPlanUserForPlanUserUserIdFkeyUsingUserPkeyUpdate = { /** An object where the defined keys will be set on the `user` being updated. */ patch: UpdateUserOnPlanUserForPlanUserUserIdFkeyPatch; id: Scalars['String']; }; /** The fields on `user` to look up the row to update. */ export declare type UserOnViewAssignmentForViewAssignmentUserFkeyUsingConstraintUserEmailUpdate = { /** An object where the defined keys will be set on the `user` being updated. */ patch: UpdateUserOnViewAssignmentForViewAssignmentUserFkeyPatch; email: Scalars['String']; }; /** The fields on `user` to look up the row to update. */ export declare type UserOnViewAssignmentForViewAssignmentUserFkeyUsingUserPictureKeyUpdate = { /** An object where the defined keys will be set on the `user` being updated. */ patch: UpdateUserOnViewAssignmentForViewAssignmentUserFkeyPatch; }; /** The fields on `user` to look up the row to update. */ export declare type UserOnViewAssignmentForViewAssignmentUserFkeyUsingUserPkeyUpdate = { /** An object where the defined keys will be set on the `user` being updated. */ patch: UpdateUserOnViewAssignmentForViewAssignmentUserFkeyPatch; id: Scalars['String']; }; /** A connection to a list of `Mission` values, with data from `MissionOperator`. */ export declare type UserOperatorOfMissionsConnectionManyToManyConnection = { __typename?: 'UserOperatorOfMissionsConnectionManyToManyConnection'; /** A list of `Mission` objects. */ nodes: Array>; /** A list of edges which contains the `Mission`, info from the `MissionOperator`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Mission` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Mission` edge in the connection, with data from `MissionOperator`. */ export declare type UserOperatorOfMissionsConnectionManyToManyEdge = { __typename?: 'UserOperatorOfMissionsConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Mission` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `MissionOperator`. */ operatorsRelationConnection: MissionOperatorsConnection; /** Reads and enables pagination through a set of `MissionOperator`. */ operatorsRelation: Array; }; /** A `Mission` edge in the connection, with data from `MissionOperator`. */ export declare type UserOperatorOfMissionsConnectionManyToManyEdgeOperatorsRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Mission` edge in the connection, with data from `MissionOperator`. */ export declare type UserOperatorOfMissionsConnectionManyToManyEdgeOperatorsRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A connection to a list of `Structure` values, with data from `StructureOperator`. */ export declare type UserOperatorOfStructuresConnectionManyToManyConnection = { __typename?: 'UserOperatorOfStructuresConnectionManyToManyConnection'; /** A list of `Structure` objects. */ nodes: Array>; /** A list of edges which contains the `Structure`, info from the `StructureOperator`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Structure` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Structure` edge in the connection, with data from `StructureOperator`. */ export declare type UserOperatorOfStructuresConnectionManyToManyEdge = { __typename?: 'UserOperatorOfStructuresConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Structure` at the end of the edge. */ node?: Maybe; }; /** A connection to a list of `Organization` values, with data from `OrganizationUser`. */ export declare type UserOrganizationsConnectionManyToManyConnection = { __typename?: 'UserOrganizationsConnectionManyToManyConnection'; /** A list of `Organization` objects. */ nodes: Array>; /** A list of edges which contains the `Organization`, info from the `OrganizationUser`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Organization` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Organization` edge in the connection, with data from `OrganizationUser`. */ export declare type UserOrganizationsConnectionManyToManyEdge = { __typename?: 'UserOrganizationsConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Organization` at the end of the edge. */ node?: Maybe; }; /** A connection to a list of `Structure` values, with data from `StructureOwner`. */ export declare type UserOwnerOfStructuresConnectionManyToManyConnection = { __typename?: 'UserOwnerOfStructuresConnectionManyToManyConnection'; /** A list of `Structure` objects. */ nodes: Array>; /** A list of edges which contains the `Structure`, info from the `StructureOwner`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Structure` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Structure` edge in the connection, with data from `StructureOwner`. */ export declare type UserOwnerOfStructuresConnectionManyToManyEdge = { __typename?: 'UserOwnerOfStructuresConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Structure` at the end of the edge. */ node?: Maybe; }; /** Represents an update to a `User`. Fields that are set will be updated. */ export declare type UserPatch = { nickname?: Maybe; name?: Maybe; email?: Maybe; password?: Maybe; description?: Maybe; activatedAt?: Maybe; dateOfBirth?: Maybe; parameters?: Maybe; language?: Maybe; picture?: Maybe; viewAssignments?: Maybe; segmentations?: Maybe; anomalies?: Maybe; developerOfStructuresRelation?: Maybe<_StructureDevelopersIbfk2InverseInput>; operatorOfStructuresRelation?: Maybe<_StructureOperatorsIbfk2InverseInput>; detections?: Maybe; organizationsRelation?: Maybe<_OrganizationUsersIbfk2InverseInput>; assignments?: Maybe; classifications?: Maybe; comments?: Maybe; ownerOfStructuresRelation?: Maybe<_StructureOwnersIbfk2InverseInput>; adminInRelation?: Maybe<_OrganizationAdminIbfk2InverseInput>; assignedPlansRelation?: Maybe<_PlanAssignmentUserFkeyInverseInput>; planRelation?: Maybe<_PlanUserUserIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionUserUserIdFkeyInverseInput>; clientOfMissionsRelation?: Maybe; expertOfMissionsRelation?: Maybe; inspectorOfMissionsRelation?: Maybe; operatorOfMissionsRelation?: Maybe; }; /** The `file` to be created by this mutation. */ export declare type UserPictureFkeyFileCreateInput = { id?: Maybe; nickname?: Maybe; name: Scalars['String']; contentType: Scalars['String']; secret: Scalars['String']; size: Scalars['Int']; url: Scalars['String']; userPicture?: Maybe; organizationPicture?: Maybe; structureModelGltf?: Maybe; structureModelSvg?: Maybe; structureGltf?: Maybe; structureSvg?: Maybe; structureOverview?: Maybe; images?: Maybe; segmentation?: Maybe; anomalyGltf?: Maybe; artifacts?: Maybe; }; /** Input for the nested mutation of `file` in the `UserInput` mutation. */ export declare type UserPictureFkeyInput = { /** The primary key(s) for `file` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `file` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `file` for the far side of the relationship. */ updateById?: Maybe; /** A `FileInput` object that will be created and connected to this object. */ create?: Maybe; }; /** Input for the nested mutation of `user` in the `FileInput` mutation. */ export declare type UserPictureFkeyInverseInput = { /** The primary key(s) for `user` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `user` for the far side of the relationship. */ connectByEmail?: Maybe; }; /** A connection to a list of `Plan` values, with data from `PlanUser`. */ export declare type UserPlansConnectionManyToManyConnection = { __typename?: 'UserPlansConnectionManyToManyConnection'; /** A list of `Plan` objects. */ nodes: Array>; /** A list of edges which contains the `Plan`, info from the `PlanUser`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `Plan` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `Plan` edge in the connection, with data from `PlanUser`. */ export declare type UserPlansConnectionManyToManyEdge = { __typename?: 'UserPlansConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `Plan` at the end of the edge. */ node?: Maybe; /** Reads and enables pagination through a set of `PlanUser`. */ userRelationConnection: PlanUsersConnection; /** Reads and enables pagination through a set of `PlanUser`. */ userRelation: Array; }; /** A `Plan` edge in the connection, with data from `PlanUser`. */ export declare type UserPlansConnectionManyToManyEdgeUserRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A `Plan` edge in the connection, with data from `PlanUser`. */ export declare type UserPlansConnectionManyToManyEdgeUserRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; /** A connection to a list of `User` values. */ export declare type UsersConnection = { __typename?: 'UsersConnection'; /** A list of `User` objects. */ nodes: Array>; /** A list of edges which contains the `User` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `User` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `User` edge in the connection. */ export declare type UsersEdge = { __typename?: 'UsersEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `User` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `User`. */ export declare enum UsersOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", NicknameAsc = "NICKNAME_ASC", NicknameDesc = "NICKNAME_DESC", NameAsc = "NAME_ASC", NameDesc = "NAME_DESC", EmailAsc = "EMAIL_ASC", EmailDesc = "EMAIL_DESC", PasswordAsc = "PASSWORD_ASC", PasswordDesc = "PASSWORD_DESC", DescriptionAsc = "DESCRIPTION_ASC", DescriptionDesc = "DESCRIPTION_DESC", CreatedAtAsc = "CREATED_AT_ASC", CreatedAtDesc = "CREATED_AT_DESC", UpdatedAtAsc = "UPDATED_AT_ASC", UpdatedAtDesc = "UPDATED_AT_DESC", ActivatedAtAsc = "ACTIVATED_AT_ASC", ActivatedAtDesc = "ACTIVATED_AT_DESC", DateOfBirthAsc = "DATE_OF_BIRTH_ASC", DateOfBirthDesc = "DATE_OF_BIRTH_DESC", ParametersAsc = "PARAMETERS_ASC", ParametersDesc = "PARAMETERS_DESC", LanguageAsc = "LANGUAGE_ASC", LanguageDesc = "LANGUAGE_DESC", DeletedAtAsc = "DELETED_AT_ASC", DeletedAtDesc = "DELETED_AT_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", FileByPictureIdDoNotUseIdAsc = "FILE_BY_PICTURE_ID_DO_NOT_USE__ID_ASC", FileByPictureIdDoNotUseIdDesc = "FILE_BY_PICTURE_ID_DO_NOT_USE__ID_DESC", FileByPictureIdDoNotUseNicknameAsc = "FILE_BY_PICTURE_ID_DO_NOT_USE__NICKNAME_ASC", FileByPictureIdDoNotUseNicknameDesc = "FILE_BY_PICTURE_ID_DO_NOT_USE__NICKNAME_DESC", FileByPictureIdDoNotUseNameAsc = "FILE_BY_PICTURE_ID_DO_NOT_USE__NAME_ASC", FileByPictureIdDoNotUseNameDesc = "FILE_BY_PICTURE_ID_DO_NOT_USE__NAME_DESC", FileByPictureIdDoNotUseCreatedAtAsc = "FILE_BY_PICTURE_ID_DO_NOT_USE__CREATED_AT_ASC", FileByPictureIdDoNotUseCreatedAtDesc = "FILE_BY_PICTURE_ID_DO_NOT_USE__CREATED_AT_DESC", FileByPictureIdDoNotUseUpdatedAtAsc = "FILE_BY_PICTURE_ID_DO_NOT_USE__UPDATED_AT_ASC", FileByPictureIdDoNotUseUpdatedAtDesc = "FILE_BY_PICTURE_ID_DO_NOT_USE__UPDATED_AT_DESC", FileByPictureIdDoNotUseContentTypeAsc = "FILE_BY_PICTURE_ID_DO_NOT_USE__CONTENT_TYPE_ASC", FileByPictureIdDoNotUseContentTypeDesc = "FILE_BY_PICTURE_ID_DO_NOT_USE__CONTENT_TYPE_DESC", FileByPictureIdDoNotUseSecretAsc = "FILE_BY_PICTURE_ID_DO_NOT_USE__SECRET_ASC", FileByPictureIdDoNotUseSecretDesc = "FILE_BY_PICTURE_ID_DO_NOT_USE__SECRET_DESC", FileByPictureIdDoNotUseSizeAsc = "FILE_BY_PICTURE_ID_DO_NOT_USE__SIZE_ASC", FileByPictureIdDoNotUseSizeDesc = "FILE_BY_PICTURE_ID_DO_NOT_USE__SIZE_DESC", FileByPictureIdDoNotUseUrlAsc = "FILE_BY_PICTURE_ID_DO_NOT_USE__URL_ASC", FileByPictureIdDoNotUseUrlDesc = "FILE_BY_PICTURE_ID_DO_NOT_USE__URL_DESC", FileByPictureIdDoNotUseDeletedAtAsc = "FILE_BY_PICTURE_ID_DO_NOT_USE__DELETED_AT_ASC", FileByPictureIdDoNotUseDeletedAtDesc = "FILE_BY_PICTURE_ID_DO_NOT_USE__DELETED_AT_DESC", ViewAssignmentsByUserIdDoNotUseCountAsc = "VIEW_ASSIGNMENTS_BY_USER_ID_DO_NOT_USE__COUNT_ASC", ViewAssignmentsByUserIdDoNotUseCountDesc = "VIEW_ASSIGNMENTS_BY_USER_ID_DO_NOT_USE__COUNT_DESC", SegmentationsByAuthorIdDoNotUseCountAsc = "SEGMENTATIONS_BY_AUTHOR_ID_DO_NOT_USE__COUNT_ASC", SegmentationsByAuthorIdDoNotUseCountDesc = "SEGMENTATIONS_BY_AUTHOR_ID_DO_NOT_USE__COUNT_DESC", AnomaliesByAuthorIdDoNotUseCountAsc = "ANOMALIES_BY_AUTHOR_ID_DO_NOT_USE__COUNT_ASC", AnomaliesByAuthorIdDoNotUseCountDesc = "ANOMALIES_BY_AUTHOR_ID_DO_NOT_USE__COUNT_DESC", StructureDevelopersByBCountAsc = "STRUCTURE_DEVELOPERS_BY_B__COUNT_ASC", StructureDevelopersByBCountDesc = "STRUCTURE_DEVELOPERS_BY_B__COUNT_DESC", StructureOperatorsByBCountAsc = "STRUCTURE_OPERATORS_BY_B__COUNT_ASC", StructureOperatorsByBCountDesc = "STRUCTURE_OPERATORS_BY_B__COUNT_DESC", DetectionsByAuthorIdDoNotUseCountAsc = "DETECTIONS_BY_AUTHOR_ID_DO_NOT_USE__COUNT_ASC", DetectionsByAuthorIdDoNotUseCountDesc = "DETECTIONS_BY_AUTHOR_ID_DO_NOT_USE__COUNT_DESC", OrganizationUsersByBCountAsc = "ORGANIZATION_USERS_BY_B__COUNT_ASC", OrganizationUsersByBCountDesc = "ORGANIZATION_USERS_BY_B__COUNT_DESC", ActivityAssignmentsByUserIdDoNotUseCountAsc = "ACTIVITY_ASSIGNMENTS_BY_USER_ID_DO_NOT_USE__COUNT_ASC", ActivityAssignmentsByUserIdDoNotUseCountDesc = "ACTIVITY_ASSIGNMENTS_BY_USER_ID_DO_NOT_USE__COUNT_DESC", ClassificationsByAuthorIdDoNotUseCountAsc = "CLASSIFICATIONS_BY_AUTHOR_ID_DO_NOT_USE__COUNT_ASC", ClassificationsByAuthorIdDoNotUseCountDesc = "CLASSIFICATIONS_BY_AUTHOR_ID_DO_NOT_USE__COUNT_DESC", CommentsByAuthorIdDoNotUseCountAsc = "COMMENTS_BY_AUTHOR_ID_DO_NOT_USE__COUNT_ASC", CommentsByAuthorIdDoNotUseCountDesc = "COMMENTS_BY_AUTHOR_ID_DO_NOT_USE__COUNT_DESC", StructureOwnersByBCountAsc = "STRUCTURE_OWNERS_BY_B__COUNT_ASC", StructureOwnersByBCountDesc = "STRUCTURE_OWNERS_BY_B__COUNT_DESC", OrganizationAdminsByBCountAsc = "ORGANIZATION_ADMINS_BY_B__COUNT_ASC", OrganizationAdminsByBCountDesc = "ORGANIZATION_ADMINS_BY_B__COUNT_DESC", PlanAssignmentsByUserCountAsc = "PLAN_ASSIGNMENTS_BY_USER__COUNT_ASC", PlanAssignmentsByUserCountDesc = "PLAN_ASSIGNMENTS_BY_USER__COUNT_DESC", PlanUsersByUserIdCountAsc = "PLAN_USERS_BY_USER_ID__COUNT_ASC", PlanUsersByUserIdCountDesc = "PLAN_USERS_BY_USER_ID__COUNT_DESC", ExecutionUsersByUserIdCountAsc = "EXECUTION_USERS_BY_USER_ID__COUNT_ASC", ExecutionUsersByUserIdCountDesc = "EXECUTION_USERS_BY_USER_ID__COUNT_DESC", MissionClientsByBCountAsc = "MISSION_CLIENTS_BY_B__COUNT_ASC", MissionClientsByBCountDesc = "MISSION_CLIENTS_BY_B__COUNT_DESC", MissionExpertsByBCountAsc = "MISSION_EXPERTS_BY_B__COUNT_ASC", MissionExpertsByBCountDesc = "MISSION_EXPERTS_BY_B__COUNT_DESC", MissionInspectorsByBCountAsc = "MISSION_INSPECTORS_BY_B__COUNT_ASC", MissionInspectorsByBCountDesc = "MISSION_INSPECTORS_BY_B__COUNT_DESC", MissionOperatorsByBCountAsc = "MISSION_OPERATORS_BY_B__COUNT_ASC", MissionOperatorsByBCountDesc = "MISSION_OPERATORS_BY_B__COUNT_DESC" } /** A filter to be used against many `ActivityAssignment` object types. All fields are combined with a logical ‘and.’ */ export declare type UserToManyActivityAssignmentFilter = { /** Every related `ActivityAssignment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `ActivityAssignment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `ActivityAssignment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `Anomaly` object types. All fields are combined with a logical ‘and.’ */ export declare type UserToManyAnomalyFilter = { /** Every related `Anomaly` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Anomaly` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Anomaly` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `Classification` object types. All fields are combined with a logical ‘and.’ */ export declare type UserToManyClassificationFilter = { /** Every related `Classification` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Classification` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Classification` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `Comment` object types. All fields are combined with a logical ‘and.’ */ export declare type UserToManyCommentFilter = { /** Every related `Comment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Comment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Comment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `Detection` object types. All fields are combined with a logical ‘and.’ */ export declare type UserToManyDetectionFilter = { /** Every related `Detection` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Detection` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Detection` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `ExecutionUser` object types. All fields are combined with a logical ‘and.’ */ export declare type UserToManyExecutionUserFilter = { /** Every related `ExecutionUser` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `ExecutionUser` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `ExecutionUser` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `MissionClient` object types. All fields are combined with a logical ‘and.’ */ export declare type UserToManyMissionClientFilter = { /** Every related `MissionClient` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `MissionClient` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `MissionClient` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `MissionExpert` object types. All fields are combined with a logical ‘and.’ */ export declare type UserToManyMissionExpertFilter = { /** Every related `MissionExpert` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `MissionExpert` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `MissionExpert` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `MissionInspector` object types. All fields are combined with a logical ‘and.’ */ export declare type UserToManyMissionInspectorFilter = { /** Every related `MissionInspector` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `MissionInspector` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `MissionInspector` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `MissionOperator` object types. All fields are combined with a logical ‘and.’ */ export declare type UserToManyMissionOperatorFilter = { /** Every related `MissionOperator` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `MissionOperator` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `MissionOperator` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `OrganizationAdmin` object types. All fields are combined with a logical ‘and.’ */ export declare type UserToManyOrganizationAdminFilter = { /** Every related `OrganizationAdmin` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `OrganizationAdmin` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `OrganizationAdmin` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `OrganizationUser` object types. All fields are combined with a logical ‘and.’ */ export declare type UserToManyOrganizationUserFilter = { /** Every related `OrganizationUser` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `OrganizationUser` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `OrganizationUser` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `PlanAssignment` object types. All fields are combined with a logical ‘and.’ */ export declare type UserToManyPlanAssignmentFilter = { /** Every related `PlanAssignment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `PlanAssignment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `PlanAssignment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `PlanUser` object types. All fields are combined with a logical ‘and.’ */ export declare type UserToManyPlanUserFilter = { /** Every related `PlanUser` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `PlanUser` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `PlanUser` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `Segmentation` object types. All fields are combined with a logical ‘and.’ */ export declare type UserToManySegmentationFilter = { /** Every related `Segmentation` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `Segmentation` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `Segmentation` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `StructureDeveloper` object types. All fields are combined with a logical ‘and.’ */ export declare type UserToManyStructureDeveloperFilter = { /** Every related `StructureDeveloper` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `StructureDeveloper` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `StructureDeveloper` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `StructureOperator` object types. All fields are combined with a logical ‘and.’ */ export declare type UserToManyStructureOperatorFilter = { /** Every related `StructureOperator` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `StructureOperator` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `StructureOperator` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `StructureOwner` object types. All fields are combined with a logical ‘and.’ */ export declare type UserToManyStructureOwnerFilter = { /** Every related `StructureOwner` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `StructureOwner` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `StructureOwner` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `ViewAssignment` object types. All fields are combined with a logical ‘and.’ */ export declare type UserToManyViewAssignmentFilter = { /** Every related `ViewAssignment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `ViewAssignment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `ViewAssignment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** The fields on `user` to look up the row to connect. */ export declare type UserUserPictureKeyConnect = { pictureIdDoNotUse: Scalars['String']; }; /** The fields on `user` to look up the row to delete. */ export declare type UserUserPictureKeyDelete = { pictureIdDoNotUse: Scalars['String']; }; /** The fields on `user` to look up the row to connect. */ export declare type UserUserPkeyConnect = { id: Scalars['String']; }; /** The fields on `user` to look up the row to delete. */ export declare type UserUserPkeyDelete = { id: Scalars['String']; }; export declare type View = { __typename?: 'View'; id: Scalars['String']; name: Scalars['String']; createdAt: Scalars['Datetime']; updatedAt: Scalars['Datetime']; parameters: Scalars['String']; deletedAt?: Maybe; /** Reads and enables pagination through a set of `ViewAssignment`. */ assignmentsConnection: ViewAssignmentsConnection; /** Reads and enables pagination through a set of `ViewAssignment`. */ assignments: Array; /** Reads and enables pagination through a set of `ViewToken`. */ viewTokensByTokenNodeIdConnection: ViewTokensConnection; /** Reads and enables pagination through a set of `ViewToken`. */ viewTokensByTokenNodeId: Array; /** Reads and enables pagination through a set of `ViewChild`. */ childrenRelationConnection: ViewChildrenConnection; /** Reads and enables pagination through a set of `ViewChild`. */ childrenRelation: Array; /** Reads and enables pagination through a set of `ViewChild`. */ parentsRelationConnection: ViewChildrenConnection; /** Reads and enables pagination through a set of `ViewChild`. */ parentsRelation: Array; /** Reads and enables pagination through a set of `User`. */ usersByViewAssignmentViewIdDoNotUseAndUserIdDoNotUseList: Array; /** Reads and enables pagination through a set of `View`. */ childrenConnection: ViewChildrenConnectionManyToManyConnection; /** Reads and enables pagination through a set of `View`. */ children: Array; /** Reads and enables pagination through a set of `View`. */ parentsConnection: ViewParentsConnectionManyToManyConnection; /** Reads and enables pagination through a set of `View`. */ parents: Array; }; export declare type ViewAssignmentsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ViewAssignmentsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ViewViewTokensByTokenNodeIdConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ViewViewTokensByTokenNodeIdArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ViewChildrenRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ViewChildrenRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ViewParentsRelationConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ViewParentsRelationArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ViewUsersByViewAssignmentViewIdDoNotUseAndUserIdDoNotUseListArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ViewChildrenConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ViewChildrenArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ViewParentsConnectionArgs = { first?: Maybe; last?: Maybe; offset?: Maybe; before?: Maybe; after?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ViewParentsArgs = { first?: Maybe; offset?: Maybe; orderBy?: Maybe>; condition?: Maybe; filter?: Maybe; }; export declare type ViewAssignment = { __typename?: 'ViewAssignment'; id: Scalars['String']; createdAt: Scalars['Datetime']; updatedAt: Scalars['Datetime']; role?: Maybe; deletedAt?: Maybe; /** Reads a single `View` that is related to this `ViewAssignment`. */ view?: Maybe; /** Reads a single `User` that is related to this `ViewAssignment`. */ user?: Maybe; }; /** * A condition to be used against `ViewAssignment` object types. All fields are * tested for equality and combined with a logical ‘and.’ */ export declare type ViewAssignmentCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `createdAt` field. */ createdAt?: Maybe; /** Checks for equality with the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Checks for equality with the object’s `role` field. */ role?: Maybe; /** Checks for equality with the object’s `deletedAt` field. */ deletedAt?: Maybe; }; /** A filter to be used against `ViewAssignment` object types. All fields are combined with a logical ‘and.’ */ export declare type ViewAssignmentFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `createdAt` field. */ createdAt?: Maybe; /** Filter by the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Filter by the object’s `role` field. */ role?: Maybe; /** Filter by the object’s `deletedAt` field. */ deletedAt?: Maybe; /** Filter by the object’s `view` relation. */ view?: Maybe; /** A related `view` exists. */ viewExists?: Maybe; /** Filter by the object’s `user` relation. */ user?: Maybe; /** A related `user` exists. */ userExists?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `ViewAssignment` */ export declare type ViewAssignmentInput = { id?: Maybe; role?: Maybe; view?: Maybe; user?: Maybe; }; /** The fields on `viewAssignment` to look up the row to update. */ export declare type ViewAssignmentOnViewAssignmentForViewAssignmentViewFkeyUsingViewAssignmentPkeyUpdate = { /** An object where the defined keys will be set on the `viewAssignment` being updated. */ patch: UpdateViewAssignmentOnViewAssignmentForViewAssignmentViewFkeyPatch; id: Scalars['String']; }; /** Represents an update to a `ViewAssignment`. Fields that are set will be updated. */ export declare type ViewAssignmentPatch = { role?: Maybe; view?: Maybe; user?: Maybe; }; /** A connection to a list of `ViewAssignment` values. */ export declare type ViewAssignmentsConnection = { __typename?: 'ViewAssignmentsConnection'; /** A list of `ViewAssignment` objects. */ nodes: Array>; /** A list of edges which contains the `ViewAssignment` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `ViewAssignment` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `ViewAssignment` edge in the connection. */ export declare type ViewAssignmentsEdge = { __typename?: 'ViewAssignmentsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `ViewAssignment` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `ViewAssignment`. */ export declare enum ViewAssignmentsOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", CreatedAtAsc = "CREATED_AT_ASC", CreatedAtDesc = "CREATED_AT_DESC", UpdatedAtAsc = "UPDATED_AT_ASC", UpdatedAtDesc = "UPDATED_AT_DESC", RoleAsc = "ROLE_ASC", RoleDesc = "ROLE_DESC", DeletedAtAsc = "DELETED_AT_ASC", DeletedAtDesc = "DELETED_AT_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", ViewByViewIdDoNotUseIdAsc = "VIEW_BY_VIEW_ID_DO_NOT_USE__ID_ASC", ViewByViewIdDoNotUseIdDesc = "VIEW_BY_VIEW_ID_DO_NOT_USE__ID_DESC", ViewByViewIdDoNotUseNameAsc = "VIEW_BY_VIEW_ID_DO_NOT_USE__NAME_ASC", ViewByViewIdDoNotUseNameDesc = "VIEW_BY_VIEW_ID_DO_NOT_USE__NAME_DESC", ViewByViewIdDoNotUseCreatedAtAsc = "VIEW_BY_VIEW_ID_DO_NOT_USE__CREATED_AT_ASC", ViewByViewIdDoNotUseCreatedAtDesc = "VIEW_BY_VIEW_ID_DO_NOT_USE__CREATED_AT_DESC", ViewByViewIdDoNotUseUpdatedAtAsc = "VIEW_BY_VIEW_ID_DO_NOT_USE__UPDATED_AT_ASC", ViewByViewIdDoNotUseUpdatedAtDesc = "VIEW_BY_VIEW_ID_DO_NOT_USE__UPDATED_AT_DESC", ViewByViewIdDoNotUseParametersAsc = "VIEW_BY_VIEW_ID_DO_NOT_USE__PARAMETERS_ASC", ViewByViewIdDoNotUseParametersDesc = "VIEW_BY_VIEW_ID_DO_NOT_USE__PARAMETERS_DESC", ViewByViewIdDoNotUseDeletedAtAsc = "VIEW_BY_VIEW_ID_DO_NOT_USE__DELETED_AT_ASC", ViewByViewIdDoNotUseDeletedAtDesc = "VIEW_BY_VIEW_ID_DO_NOT_USE__DELETED_AT_DESC", UserByUserIdDoNotUseIdAsc = "USER_BY_USER_ID_DO_NOT_USE__ID_ASC", UserByUserIdDoNotUseIdDesc = "USER_BY_USER_ID_DO_NOT_USE__ID_DESC", UserByUserIdDoNotUseNicknameAsc = "USER_BY_USER_ID_DO_NOT_USE__NICKNAME_ASC", UserByUserIdDoNotUseNicknameDesc = "USER_BY_USER_ID_DO_NOT_USE__NICKNAME_DESC", UserByUserIdDoNotUseNameAsc = "USER_BY_USER_ID_DO_NOT_USE__NAME_ASC", UserByUserIdDoNotUseNameDesc = "USER_BY_USER_ID_DO_NOT_USE__NAME_DESC", UserByUserIdDoNotUseEmailAsc = "USER_BY_USER_ID_DO_NOT_USE__EMAIL_ASC", UserByUserIdDoNotUseEmailDesc = "USER_BY_USER_ID_DO_NOT_USE__EMAIL_DESC", UserByUserIdDoNotUsePasswordAsc = "USER_BY_USER_ID_DO_NOT_USE__PASSWORD_ASC", UserByUserIdDoNotUsePasswordDesc = "USER_BY_USER_ID_DO_NOT_USE__PASSWORD_DESC", UserByUserIdDoNotUseDescriptionAsc = "USER_BY_USER_ID_DO_NOT_USE__DESCRIPTION_ASC", UserByUserIdDoNotUseDescriptionDesc = "USER_BY_USER_ID_DO_NOT_USE__DESCRIPTION_DESC", UserByUserIdDoNotUseCreatedAtAsc = "USER_BY_USER_ID_DO_NOT_USE__CREATED_AT_ASC", UserByUserIdDoNotUseCreatedAtDesc = "USER_BY_USER_ID_DO_NOT_USE__CREATED_AT_DESC", UserByUserIdDoNotUseUpdatedAtAsc = "USER_BY_USER_ID_DO_NOT_USE__UPDATED_AT_ASC", UserByUserIdDoNotUseUpdatedAtDesc = "USER_BY_USER_ID_DO_NOT_USE__UPDATED_AT_DESC", UserByUserIdDoNotUseActivatedAtAsc = "USER_BY_USER_ID_DO_NOT_USE__ACTIVATED_AT_ASC", UserByUserIdDoNotUseActivatedAtDesc = "USER_BY_USER_ID_DO_NOT_USE__ACTIVATED_AT_DESC", UserByUserIdDoNotUseDateOfBirthAsc = "USER_BY_USER_ID_DO_NOT_USE__DATE_OF_BIRTH_ASC", UserByUserIdDoNotUseDateOfBirthDesc = "USER_BY_USER_ID_DO_NOT_USE__DATE_OF_BIRTH_DESC", UserByUserIdDoNotUseParametersAsc = "USER_BY_USER_ID_DO_NOT_USE__PARAMETERS_ASC", UserByUserIdDoNotUseParametersDesc = "USER_BY_USER_ID_DO_NOT_USE__PARAMETERS_DESC", UserByUserIdDoNotUseLanguageAsc = "USER_BY_USER_ID_DO_NOT_USE__LANGUAGE_ASC", UserByUserIdDoNotUseLanguageDesc = "USER_BY_USER_ID_DO_NOT_USE__LANGUAGE_DESC", UserByUserIdDoNotUseDeletedAtAsc = "USER_BY_USER_ID_DO_NOT_USE__DELETED_AT_ASC", UserByUserIdDoNotUseDeletedAtDesc = "USER_BY_USER_ID_DO_NOT_USE__DELETED_AT_DESC" } /** Input for the nested mutation of `user` in the `ViewAssignmentInput` mutation. */ export declare type ViewAssignmentUserFkeyInput = { /** The primary key(s) for `user` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `user` for the far side of the relationship. */ connectByEmail?: Maybe; /** The primary key(s) for `user` for the far side of the relationship. */ connectByPicture?: Maybe; /** The primary key(s) for `user` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) for `user` for the far side of the relationship. */ deleteByEmail?: Maybe; /** The primary key(s) for `user` for the far side of the relationship. */ deleteByPicture?: Maybe; /** The primary key(s) and patch data for `user` for the far side of the relationship. */ updateById?: Maybe; /** The primary key(s) and patch data for `user` for the far side of the relationship. */ updateByEmail?: Maybe; /** The primary key(s) and patch data for `user` for the far side of the relationship. */ updateByPicture?: Maybe; /** A `UserInput` object that will be created and connected to this object. */ create?: Maybe; }; /** Input for the nested mutation of `viewAssignment` in the `UserInput` mutation. */ export declare type ViewAssignmentUserFkeyInverseInput = { /** The primary key(s) for `viewAssignment` for the far side of the relationship. */ connectById?: Maybe>; /** Flag indicating whether all other `viewAssignment` records that match this relationship should be removed. */ deleteOthers?: Maybe; }; /** The `user` to be created by this mutation. */ export declare type ViewAssignmentUserFkeyUserCreateInput = { id?: Maybe; nickname?: Maybe; name: Scalars['String']; email: Scalars['String']; password: Scalars['String']; description?: Maybe; activatedAt?: Maybe; dateOfBirth?: Maybe; parameters?: Maybe; language?: Maybe; picture?: Maybe; organizationsRelation?: Maybe<_OrganizationUsersIbfk2InverseInput>; assignments?: Maybe; adminInRelation?: Maybe<_OrganizationAdminIbfk2InverseInput>; planRelation?: Maybe<_PlanUserUserIdFkeyInverseInput>; executionRelation?: Maybe<_ExecutionUserUserIdFkeyInverseInput>; }; /** The fields on `viewAssignment` to look up the row to connect. */ export declare type ViewAssignmentViewAssignmentPkeyConnect = { id: Scalars['String']; }; /** The fields on `viewAssignment` to look up the row to delete. */ export declare type ViewAssignmentViewAssignmentPkeyDelete = { id: Scalars['String']; }; /** Input for the nested mutation of `view` in the `ViewAssignmentInput` mutation. */ export declare type ViewAssignmentViewFkeyInput = { /** The primary key(s) for `view` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `view` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `view` for the far side of the relationship. */ updateById?: Maybe; /** A `ViewInput` object that will be created and connected to this object. */ create?: Maybe; }; /** Input for the nested mutation of `viewAssignment` in the `ViewInput` mutation. */ export declare type ViewAssignmentViewFkeyInverseInput = { /** Flag indicating whether all other `viewAssignment` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `viewAssignment` for the far side of the relationship. */ connectById?: Maybe>; /** The primary key(s) for `viewAssignment` for the far side of the relationship. */ deleteById?: Maybe>; /** The primary key(s) and patch data for `viewAssignment` for the far side of the relationship. */ updateById?: Maybe>; /** A `ViewAssignmentInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `viewAssignment` to be created by this mutation. */ export declare type ViewAssignmentViewFkeyViewAssignmentCreateInput = { id?: Maybe; role?: Maybe; view?: Maybe; user?: Maybe; }; /** The `view` to be created by this mutation. */ export declare type ViewAssignmentViewFkeyViewCreateInput = { id?: Maybe; name: Scalars['String']; parameters: Scalars['String']; assignments?: Maybe; viewTokensUsingId?: Maybe; childrenRelation?: Maybe<_ViewChildrenIbfk1InverseInput>; parentsRelation?: Maybe<_ViewChildrenIbfk2InverseInput>; }; export declare type ViewChild = { __typename?: 'ViewChild'; a: Scalars['String']; b: Scalars['String']; /** Reads a single `View` that is related to this `ViewChild`. */ parent?: Maybe; /** Reads a single `View` that is related to this `ViewChild`. */ child?: Maybe; }; /** * A condition to be used against `ViewChild` object types. All fields are tested * for equality and combined with a logical ‘and.’ */ export declare type ViewChildCondition = { /** Checks for equality with the object’s `a` field. */ a?: Maybe; /** Checks for equality with the object’s `b` field. */ b?: Maybe; }; /** A filter to be used against `ViewChild` object types. All fields are combined with a logical ‘and.’ */ export declare type ViewChildFilter = { /** Filter by the object’s `a` field. */ a?: Maybe; /** Filter by the object’s `b` field. */ b?: Maybe; /** Filter by the object’s `parent` relation. */ parent?: Maybe; /** Filter by the object’s `child` relation. */ child?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `ViewChild` */ export declare type ViewChildInput = { a?: Maybe; b?: Maybe; parent?: Maybe<_ViewChildrenIbfk1Input>; child?: Maybe<_ViewChildrenIbfk2Input>; }; /** The fields on `viewChild` to look up the row to update. */ export declare type ViewChildOnViewChildForViewChildrenIbfk1UsingViewChildrenPkeyUpdate = { /** An object where the defined keys will be set on the `viewChild` being updated. */ patch: UpdateViewChildOnViewChildForViewChildrenIbfk1Patch; a: Scalars['String']; b: Scalars['String']; }; /** The fields on `viewChild` to look up the row to update. */ export declare type ViewChildOnViewChildForViewChildrenIbfk2UsingViewChildrenPkeyUpdate = { /** An object where the defined keys will be set on the `viewChild` being updated. */ patch: UpdateViewChildOnViewChildForViewChildrenIbfk2Patch; a: Scalars['String']; b: Scalars['String']; }; /** Represents an update to a `ViewChild`. Fields that are set will be updated. */ export declare type ViewChildPatch = { a?: Maybe; b?: Maybe; parent?: Maybe<_ViewChildrenIbfk1Input>; child?: Maybe<_ViewChildrenIbfk2Input>; }; /** A connection to a list of `ViewChild` values. */ export declare type ViewChildrenConnection = { __typename?: 'ViewChildrenConnection'; /** A list of `ViewChild` objects. */ nodes: Array>; /** A list of edges which contains the `ViewChild` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `ViewChild` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A connection to a list of `View` values, with data from `ViewChild`. */ export declare type ViewChildrenConnectionManyToManyConnection = { __typename?: 'ViewChildrenConnectionManyToManyConnection'; /** A list of `View` objects. */ nodes: Array>; /** A list of edges which contains the `View`, info from the `ViewChild`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `View` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `View` edge in the connection, with data from `ViewChild`. */ export declare type ViewChildrenConnectionManyToManyEdge = { __typename?: 'ViewChildrenConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `View` at the end of the edge. */ node?: Maybe; }; /** A `ViewChild` edge in the connection. */ export declare type ViewChildrenEdge = { __typename?: 'ViewChildrenEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `ViewChild` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `ViewChild`. */ export declare enum ViewChildrenOrderBy { Natural = "NATURAL", AAsc = "A_ASC", ADesc = "A_DESC", BAsc = "B_ASC", BDesc = "B_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", ViewByAIdAsc = "VIEW_BY_A__ID_ASC", ViewByAIdDesc = "VIEW_BY_A__ID_DESC", ViewByANameAsc = "VIEW_BY_A__NAME_ASC", ViewByANameDesc = "VIEW_BY_A__NAME_DESC", ViewByACreatedAtAsc = "VIEW_BY_A__CREATED_AT_ASC", ViewByACreatedAtDesc = "VIEW_BY_A__CREATED_AT_DESC", ViewByAUpdatedAtAsc = "VIEW_BY_A__UPDATED_AT_ASC", ViewByAUpdatedAtDesc = "VIEW_BY_A__UPDATED_AT_DESC", ViewByAParametersAsc = "VIEW_BY_A__PARAMETERS_ASC", ViewByAParametersDesc = "VIEW_BY_A__PARAMETERS_DESC", ViewByADeletedAtAsc = "VIEW_BY_A__DELETED_AT_ASC", ViewByADeletedAtDesc = "VIEW_BY_A__DELETED_AT_DESC", ViewByBIdAsc = "VIEW_BY_B__ID_ASC", ViewByBIdDesc = "VIEW_BY_B__ID_DESC", ViewByBNameAsc = "VIEW_BY_B__NAME_ASC", ViewByBNameDesc = "VIEW_BY_B__NAME_DESC", ViewByBCreatedAtAsc = "VIEW_BY_B__CREATED_AT_ASC", ViewByBCreatedAtDesc = "VIEW_BY_B__CREATED_AT_DESC", ViewByBUpdatedAtAsc = "VIEW_BY_B__UPDATED_AT_ASC", ViewByBUpdatedAtDesc = "VIEW_BY_B__UPDATED_AT_DESC", ViewByBParametersAsc = "VIEW_BY_B__PARAMETERS_ASC", ViewByBParametersDesc = "VIEW_BY_B__PARAMETERS_DESC", ViewByBDeletedAtAsc = "VIEW_BY_B__DELETED_AT_ASC", ViewByBDeletedAtDesc = "VIEW_BY_B__DELETED_AT_DESC", AAscBAsc = "A_ASC__B_ASC", ADescBDesc = "A_DESC__B_DESC" } /** The fields on `viewChild` to look up the row to connect. */ export declare type ViewChildViewChildrenPkeyConnect = { a: Scalars['String']; b: Scalars['String']; }; /** The fields on `viewChild` to look up the row to delete. */ export declare type ViewChildViewChildrenPkeyDelete = { a: Scalars['String']; b: Scalars['String']; }; /** A condition to be used against `View` object types. All fields are tested for equality and combined with a logical ‘and.’ */ export declare type ViewCondition = { /** Checks for equality with the object’s `id` field. */ id?: Maybe; /** Checks for equality with the object’s `name` field. */ name?: Maybe; /** Checks for equality with the object’s `createdAt` field. */ createdAt?: Maybe; /** Checks for equality with the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Checks for equality with the object’s `parameters` field. */ parameters?: Maybe; /** Checks for equality with the object’s `deletedAt` field. */ deletedAt?: Maybe; }; /** A `String` edge in the connection. */ export declare type ViewerActivityAssignmentMissionIdEdge = { __typename?: 'ViewerActivityAssignmentMissionIdEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `String` at the end of the edge. */ node?: Maybe; }; /** A connection to a list of `String` values. */ export declare type ViewerActivityAssignmentMissionIdsConnection = { __typename?: 'ViewerActivityAssignmentMissionIdsConnection'; /** A list of `String` objects. */ nodes: Array>; /** A list of edges which contains the `String` and cursor to aid in pagination. */ edges: Array; /** The count of *all* `String` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A filter to be used against `View` object types. All fields are combined with a logical ‘and.’ */ export declare type ViewFilter = { /** Filter by the object’s `id` field. */ id?: Maybe; /** Filter by the object’s `name` field. */ name?: Maybe; /** Filter by the object’s `createdAt` field. */ createdAt?: Maybe; /** Filter by the object’s `updatedAt` field. */ updatedAt?: Maybe; /** Filter by the object’s `parameters` field. */ parameters?: Maybe; /** Filter by the object’s `deletedAt` field. */ deletedAt?: Maybe; /** Filter by the object’s `assignmentsConnection` relation. */ assignmentsConnection?: Maybe; /** Some related `assignmentsConnection` exist. */ assignmentsConnectionExist?: Maybe; /** Filter by the object’s `viewTokensByTokenNodeIdConnection` relation. */ viewTokensByTokenNodeIdConnection?: Maybe; /** Some related `viewTokensByTokenNodeIdConnection` exist. */ viewTokensByTokenNodeIdConnectionExist?: Maybe; /** Filter by the object’s `childrenRelationConnection` relation. */ childrenRelationConnection?: Maybe; /** Some related `childrenRelationConnection` exist. */ childrenRelationConnectionExist?: Maybe; /** Filter by the object’s `parentsRelationConnection` relation. */ parentsRelationConnection?: Maybe; /** Some related `parentsRelationConnection` exist. */ parentsRelationConnectionExist?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `View` */ export declare type ViewInput = { id?: Maybe; name: Scalars['String']; parameters: Scalars['String']; assignments?: Maybe; viewTokensUsingId?: Maybe; childrenRelation?: Maybe<_ViewChildrenIbfk1InverseInput>; parentsRelation?: Maybe<_ViewChildrenIbfk2InverseInput>; }; /** The fields on `view` to look up the row to update. */ export declare type ViewOnViewAssignmentForViewAssignmentViewFkeyUsingViewPkeyUpdate = { /** An object where the defined keys will be set on the `view` being updated. */ patch: UpdateViewOnViewAssignmentForViewAssignmentViewFkeyPatch; id: Scalars['String']; }; /** The fields on `view` to look up the row to update. */ export declare type ViewOnViewChildForViewChildrenIbfk1UsingViewPkeyUpdate = { /** An object where the defined keys will be set on the `view` being updated. */ patch: UpdateViewOnViewChildForViewChildrenIbfk1Patch; id: Scalars['String']; }; /** The fields on `view` to look up the row to update. */ export declare type ViewOnViewChildForViewChildrenIbfk2UsingViewPkeyUpdate = { /** An object where the defined keys will be set on the `view` being updated. */ patch: UpdateViewOnViewChildForViewChildrenIbfk2Patch; id: Scalars['String']; }; /** The fields on `view` to look up the row to update. */ export declare type ViewOnViewTokenForViewTokensViewFkeyUsingViewPkeyUpdate = { /** An object where the defined keys will be set on the `view` being updated. */ patch: UpdateViewOnViewTokenForViewTokensViewFkeyPatch; id: Scalars['String']; }; /** A connection to a list of `View` values, with data from `ViewChild`. */ export declare type ViewParentsConnectionManyToManyConnection = { __typename?: 'ViewParentsConnectionManyToManyConnection'; /** A list of `View` objects. */ nodes: Array>; /** A list of edges which contains the `View`, info from the `ViewChild`, and the cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `View` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `View` edge in the connection, with data from `ViewChild`. */ export declare type ViewParentsConnectionManyToManyEdge = { __typename?: 'ViewParentsConnectionManyToManyEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `View` at the end of the edge. */ node?: Maybe; }; /** Represents an update to a `View`. Fields that are set will be updated. */ export declare type ViewPatch = { name?: Maybe; parameters?: Maybe; assignments?: Maybe; viewTokensUsingId?: Maybe; childrenRelation?: Maybe<_ViewChildrenIbfk1InverseInput>; parentsRelation?: Maybe<_ViewChildrenIbfk2InverseInput>; }; /** A connection to a list of `View` values. */ export declare type ViewsConnection = { __typename?: 'ViewsConnection'; /** A list of `View` objects. */ nodes: Array>; /** A list of edges which contains the `View` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `View` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `View` edge in the connection. */ export declare type ViewsEdge = { __typename?: 'ViewsEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `View` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `View`. */ export declare enum ViewsOrderBy { Natural = "NATURAL", IdAsc = "ID_ASC", IdDesc = "ID_DESC", NameAsc = "NAME_ASC", NameDesc = "NAME_DESC", CreatedAtAsc = "CREATED_AT_ASC", CreatedAtDesc = "CREATED_AT_DESC", UpdatedAtAsc = "UPDATED_AT_ASC", UpdatedAtDesc = "UPDATED_AT_DESC", ParametersAsc = "PARAMETERS_ASC", ParametersDesc = "PARAMETERS_DESC", DeletedAtAsc = "DELETED_AT_ASC", DeletedAtDesc = "DELETED_AT_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", ViewAssignmentsByViewIdDoNotUseCountAsc = "VIEW_ASSIGNMENTS_BY_VIEW_ID_DO_NOT_USE__COUNT_ASC", ViewAssignmentsByViewIdDoNotUseCountDesc = "VIEW_ASSIGNMENTS_BY_VIEW_ID_DO_NOT_USE__COUNT_DESC", ViewTokensByTokenNodeIdCountAsc = "VIEW_TOKENS_BY_TOKEN_NODE_ID__COUNT_ASC", ViewTokensByTokenNodeIdCountDesc = "VIEW_TOKENS_BY_TOKEN_NODE_ID__COUNT_DESC", ViewChildrenByACountAsc = "VIEW_CHILDREN_BY_A__COUNT_ASC", ViewChildrenByACountDesc = "VIEW_CHILDREN_BY_A__COUNT_DESC", ViewChildrenByBCountAsc = "VIEW_CHILDREN_BY_B__COUNT_ASC", ViewChildrenByBCountDesc = "VIEW_CHILDREN_BY_B__COUNT_DESC" } export declare type ViewToken = { __typename?: 'ViewToken'; tokenNodeId: Scalars['String']; position: Scalars['Int']; value: Scalars['String']; /** Reads a single `View` that is related to this `ViewToken`. */ tokenNode?: Maybe; }; /** * A condition to be used against `ViewToken` object types. All fields are tested * for equality and combined with a logical ‘and.’ */ export declare type ViewTokenCondition = { /** Checks for equality with the object’s `tokenNodeId` field. */ tokenNodeId?: Maybe; /** Checks for equality with the object’s `position` field. */ position?: Maybe; /** Checks for equality with the object’s `value` field. */ value?: Maybe; }; /** A filter to be used against `ViewToken` object types. All fields are combined with a logical ‘and.’ */ export declare type ViewTokenFilter = { /** Filter by the object’s `tokenNodeId` field. */ tokenNodeId?: Maybe; /** Filter by the object’s `position` field. */ position?: Maybe; /** Filter by the object’s `value` field. */ value?: Maybe; /** Filter by the object’s `tokenNode` relation. */ tokenNode?: Maybe; /** Checks for all expressions in this list. */ and?: Maybe>; /** Checks for any expressions in this list. */ or?: Maybe>; /** Negates the expression. */ not?: Maybe; }; /** An input for mutations affecting `ViewToken` */ export declare type ViewTokenInput = { tokenNodeId?: Maybe; position: Scalars['Int']; value: Scalars['String']; viewToNodeId?: Maybe; }; /** The fields on `viewToken` to look up the row to update. */ export declare type ViewTokenOnViewTokenForViewTokensViewFkeyUsingViewTokensPkeyUpdate = { /** An object where the defined keys will be set on the `viewToken` being updated. */ patch: UpdateViewTokenOnViewTokenForViewTokensViewFkeyPatch; tokenNodeId: Scalars['String']; position: Scalars['Int']; }; /** Represents an update to a `ViewToken`. Fields that are set will be updated. */ export declare type ViewTokenPatch = { tokenNodeId?: Maybe; position?: Maybe; value?: Maybe; viewToNodeId?: Maybe; }; /** A connection to a list of `ViewToken` values. */ export declare type ViewTokensConnection = { __typename?: 'ViewTokensConnection'; /** A list of `ViewToken` objects. */ nodes: Array>; /** A list of edges which contains the `ViewToken` and cursor to aid in pagination. */ edges: Array; /** Information to aid in pagination. */ pageInfo: PageInfo; /** The count of *all* `ViewToken` you could get from the connection. */ totalCount: Scalars['Int']; }; /** A `ViewToken` edge in the connection. */ export declare type ViewTokensEdge = { __typename?: 'ViewTokensEdge'; /** A cursor for use in pagination. */ cursor?: Maybe; /** The `ViewToken` at the end of the edge. */ node?: Maybe; }; /** Methods to use when ordering `ViewToken`. */ export declare enum ViewTokensOrderBy { Natural = "NATURAL", TokenNodeIdAsc = "TOKEN_NODE_ID_ASC", TokenNodeIdDesc = "TOKEN_NODE_ID_DESC", PositionAsc = "POSITION_ASC", PositionDesc = "POSITION_DESC", ValueAsc = "VALUE_ASC", ValueDesc = "VALUE_DESC", PrimaryKeyAsc = "PRIMARY_KEY_ASC", PrimaryKeyDesc = "PRIMARY_KEY_DESC", ViewByTokenNodeIdIdAsc = "VIEW_BY_TOKEN_NODE_ID__ID_ASC", ViewByTokenNodeIdIdDesc = "VIEW_BY_TOKEN_NODE_ID__ID_DESC", ViewByTokenNodeIdNameAsc = "VIEW_BY_TOKEN_NODE_ID__NAME_ASC", ViewByTokenNodeIdNameDesc = "VIEW_BY_TOKEN_NODE_ID__NAME_DESC", ViewByTokenNodeIdCreatedAtAsc = "VIEW_BY_TOKEN_NODE_ID__CREATED_AT_ASC", ViewByTokenNodeIdCreatedAtDesc = "VIEW_BY_TOKEN_NODE_ID__CREATED_AT_DESC", ViewByTokenNodeIdUpdatedAtAsc = "VIEW_BY_TOKEN_NODE_ID__UPDATED_AT_ASC", ViewByTokenNodeIdUpdatedAtDesc = "VIEW_BY_TOKEN_NODE_ID__UPDATED_AT_DESC", ViewByTokenNodeIdParametersAsc = "VIEW_BY_TOKEN_NODE_ID__PARAMETERS_ASC", ViewByTokenNodeIdParametersDesc = "VIEW_BY_TOKEN_NODE_ID__PARAMETERS_DESC", ViewByTokenNodeIdDeletedAtAsc = "VIEW_BY_TOKEN_NODE_ID__DELETED_AT_ASC", ViewByTokenNodeIdDeletedAtDesc = "VIEW_BY_TOKEN_NODE_ID__DELETED_AT_DESC", TokenNodeIdAscPositionAsc = "TOKEN_NODE_ID_ASC__POSITION_ASC", TokenNodeIdDescPositionDesc = "TOKEN_NODE_ID_DESC__POSITION_DESC" } /** Input for the nested mutation of `view` in the `ViewTokenInput` mutation. */ export declare type ViewTokensViewFkeyInput = { /** The primary key(s) for `view` for the far side of the relationship. */ connectById?: Maybe; /** The primary key(s) for `view` for the far side of the relationship. */ deleteById?: Maybe; /** The primary key(s) and patch data for `view` for the far side of the relationship. */ updateById?: Maybe; /** A `ViewInput` object that will be created and connected to this object. */ create?: Maybe; }; /** Input for the nested mutation of `viewToken` in the `ViewInput` mutation. */ export declare type ViewTokensViewFkeyInverseInput = { /** Flag indicating whether all other `viewToken` records that match this relationship should be removed. */ deleteOthers?: Maybe; /** The primary key(s) for `viewToken` for the far side of the relationship. */ connectByNodeIdAndPosition?: Maybe>; /** The primary key(s) for `viewToken` for the far side of the relationship. */ deleteByNodeIdAndPosition?: Maybe>; /** The primary key(s) and patch data for `viewToken` for the far side of the relationship. */ updateByNodeIdAndPosition?: Maybe>; /** A `ViewTokenInput` object that will be created and connected to this object. */ create?: Maybe>; }; /** The `view` to be created by this mutation. */ export declare type ViewTokensViewFkeyViewCreateInput = { id?: Maybe; name: Scalars['String']; parameters: Scalars['String']; assignments?: Maybe; viewTokensUsingId?: Maybe; childrenRelation?: Maybe<_ViewChildrenIbfk1InverseInput>; parentsRelation?: Maybe<_ViewChildrenIbfk2InverseInput>; }; /** The `viewToken` to be created by this mutation. */ export declare type ViewTokensViewFkeyViewTokensCreateInput = { position: Scalars['Int']; value: Scalars['String']; viewToNodeId?: Maybe; }; /** The fields on `viewToken` to look up the row to connect. */ export declare type ViewTokenViewTokensPkeyConnect = { tokenNodeId: Scalars['String']; position: Scalars['Int']; }; /** The fields on `viewToken` to look up the row to delete. */ export declare type ViewTokenViewTokensPkeyDelete = { tokenNodeId: Scalars['String']; position: Scalars['Int']; }; /** A filter to be used against many `ViewAssignment` object types. All fields are combined with a logical ‘and.’ */ export declare type ViewToManyViewAssignmentFilter = { /** Every related `ViewAssignment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `ViewAssignment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `ViewAssignment` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `ViewChild` object types. All fields are combined with a logical ‘and.’ */ export declare type ViewToManyViewChildFilter = { /** Every related `ViewChild` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `ViewChild` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `ViewChild` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** A filter to be used against many `ViewToken` object types. All fields are combined with a logical ‘and.’ */ export declare type ViewToManyViewTokenFilter = { /** Every related `ViewToken` matches the filter criteria. All fields are combined with a logical ‘and.’ */ every?: Maybe; /** Some related `ViewToken` matches the filter criteria. All fields are combined with a logical ‘and.’ */ some?: Maybe; /** No related `ViewToken` matches the filter criteria. All fields are combined with a logical ‘and.’ */ none?: Maybe; }; /** The fields on `view` to look up the row to connect. */ export declare type ViewViewPkeyConnect = { id: Scalars['String']; }; /** The fields on `view` to look up the row to delete. */ export declare type ViewViewPkeyDelete = { id: Scalars['String']; };