import { ConditionalExpression } from "./conditional-logic";
import { JsonSchema } from "./jsonforms/JsonSchema";
import { UISchemaElement } from "./jsonforms/UISchemaElement";
/**
 * KeyValuePair input parameter type.
 * This allows users to input multiple keys / values as an input.
 * To see an example of how this can be used, see the `tagging` input
 * of the `putObject` action of the AWS S3 component:
 * https://github.com/prismatic-io/examples/blob/main/components/aws-s3/src/actions.ts
 */
export interface KeyValuePair<V = unknown> {
    /** Key of the KeyValuePair. */
    key: string;
    /** Value of the KeyValuePair. */
    value: V;
}
export type Element = {
    /** The value to return for this field. */
    key: string;
    /** The string to show in the UI for this field. Defaults to the value of `key` */
    label?: string;
};
export type ObjectSelection = {
    object: Element;
    fields?: Element[];
    defaultSelected?: boolean;
}[];
export type ObjectFieldMap = {
    fields: {
        field: Element;
        mappedObject?: Element;
        mappedField?: Element;
        defaultObject?: Element;
        defaultField?: Element;
    }[];
    options?: {
        object: Element;
        fields: Element[];
    }[];
};
export type Schedule = {
    value: string;
    schedule_type: string;
    time_zone: string;
};
export type JSONForm = {
    /**
     * The data/JSON schema defines the underlying data to
     * be shown in the UI (objects, properties, and their
     * types). See https://jsonforms.io/docs
     */
    schema: JsonSchema;
    /**
     * The UI schema defines how this data is rendered as a
     * form, e.g. the order of controls, their visibility,
     * and the layout. See https://jsonforms.io/docs/uischema/
     */
    uiSchema: UISchemaElement;
    /**
     * Optional default data to use in the inputs of your form
     */
    data?: Record<string, unknown> | unknown[];
};
export type DynamicObjectSelection = string;
export type DynamicFieldSelection = string;
/** InputField type enumeration. */
export type InputFieldType = InputFieldDefinition["type"];
export declare const InputFieldDefaultMap: Record<InputFieldType, string | undefined>;
export type Inputs = Record<string, InputFieldDefinition>;
export type ConnectionInput = (StringInputField | DataInputField | TextInputField | PasswordInputField | BooleanInputField | ConnectionTemplateInputField) & {
    /** Determines if this input field should be shown in the UI. */
    shown?: boolean;
    /**
     * Determines if this input should be write-only. See
     * https://prismatic.io/docs/integrations/config-wizard/config-variables/#write-only-connection-inputs
     */
    writeOnly?: true;
};
export type OnPremConnectionInput = {
    /**
     * When this connection is attached to an on-prem agent, this
     * field will be overridden by a local on-prem value
     */
    onPremControlled: true;
} & ConnectionInput;
export type InputFieldDefinition = StringInputField | DataInputField | TextInputField | PasswordInputField | BooleanInputField | CodeInputField | ConditionalInputField | ConnectionInputField | ConnectionTemplateInputField | ObjectSelectionInputField | ObjectFieldMapInputField | JSONFormInputField | DynamicObjectSelectionInputField | DynamicFieldSelectionInputField | DateInputField | DateTimeInputField | FlowInputField;
export type InputCleanFunction<TValue, TResult = TValue> = (value: TValue) => TResult;
interface BaseInputField {
    /** Name of this field to present in the UI. */
    label: {
        key: string;
        value: string;
    } | string;
    /** Text to show in the UI as the input's placeholder. */
    placeholder?: string;
    /** Additional text to give guidance to the user configuring the input. */
    comments?: string;
    /** Example valid input for this input. */
    example?: string;
    /** Indicate if this input field is required. */
    required?: boolean;
    /** Key of the data source that can be used to set the value of this input. */
    dataSource?: string;
}
type CollectionOptions<T> = SingleValue<T> | ValueListCollection<T> | KeyValueListCollection<T>;
interface SingleValue<T> {
    /** Collection type of the input. */
    collection?: undefined;
    /** Default value for this field. */
    default?: T;
}
interface ValueListCollection<T> {
    /** Collection type of the input. */
    collection: "valuelist";
    /** Default value for this field. */
    default?: T[];
}
interface KeyValueListCollection<T> {
    /** Collection type of the input. */
    collection: "keyvaluelist";
    /** Default value for this field. */
    default?: KeyValuePair<T>[];
}
export type StringInputField = BaseInputField & {
    /** Data type the input will collect. */
    type: "string";
    /** Dictates possible choices for the input. */
    model?: InputFieldChoice[];
    /** Clean function. */
    clean?: InputCleanFunction<unknown>;
} & CollectionOptions<string>;
export type DataInputField = BaseInputField & {
    /** Data type the input will collect. */
    type: "data";
    /** Dictates possible choices for the input. */
    model?: InputFieldChoice[];
    /** Clean function. */
    clean?: InputCleanFunction<unknown>;
} & CollectionOptions<string>;
export type TextInputField = BaseInputField & {
    /** Data type the input will collect. */
    type: "text";
    /** Dictates possible choices for the input. */
    model?: InputFieldChoice[];
    /** Clean function. */
    clean?: InputCleanFunction<unknown>;
} & CollectionOptions<string>;
export type PasswordInputField = BaseInputField & {
    /** Data type the input will collect. */
    type: "password";
    /** Dictates possible choices for the input. */
    model?: InputFieldChoice[];
    /** Clean function. */
    clean?: InputCleanFunction<unknown>;
} & CollectionOptions<string>;
export type BooleanInputField = BaseInputField & {
    /** Data type the input will collect. */
    type: "boolean";
    /** Dictates possible choices for the input. */
    model?: InputFieldChoice[];
    /** Clean function. */
    clean?: InputCleanFunction<unknown>;
} & CollectionOptions<string>;
export type ConnectionTemplateInputField = BaseInputField & {
    /** Data type the InputField will collect. */
    type: "template";
    /** Default templated string. */
    templateValue: string;
    /** Will not be user-facing. */
    shown?: false;
    /** Clean function */
    clean?: InputCleanFunction<unknown>;
} & CollectionOptions<string>;
/** Defines attributes of a CodeInputField. */
export type CodeInputField = BaseInputField & {
    /** Data type the input will collect. */
    type: "code";
    /** Code language for syntax highlighting. For no syntax highlighting, choose "plaintext" */
    language: "css" | "graphql" | "handlebars" | "hcl" | "html" | "javascript" | "json" | "liquid" | "markdown" | "mysql" | "pgsql" | "plaintext" | "sql" | "typescript" | "xml" | "yaml";
    /** Dictates possible choices for the input. */
    model?: InputFieldChoice[];
    /** Clean function. */
    clean?: InputCleanFunction<unknown>;
} & CollectionOptions<string>;
/** Defines attributes of a ConditionalInputField. */
export interface ConditionalInputField extends BaseInputField {
    /** Data type the input will collect. */
    type: "conditional";
    /** Collection type of the InputField. */
    collection: InputFieldCollection;
    /** Default value for this field. */
    default?: ConditionalExpression;
    /** Clean function. */
    clean?: InputCleanFunction<this["default"] | null>;
}
/** Defines attributes of a ConnectionInputField. */
export interface ConnectionInputField extends BaseInputField {
    /** Data type the input will collect. */
    type: "connection";
    /** Collection type of the InputField. */
    collection?: InputFieldCollection;
    /** Default value for this field. */
    default?: Connection;
    /** Clean function. */
    clean?: InputCleanFunction<this["default"] | null>;
}
export interface Connection {
    /** Programmatic unique key of the connection type. */
    key: string;
    /** Name of the config variable hosting this connection. */
    configVarKey: string;
    /** Values of input fields supplied to this connection. */
    fields: {
        [key: string]: unknown;
    };
    /** If this connection implements OAuth 2.0, this will be an object with properties like `access_token` and `refresh_token` */
    token?: Record<string, unknown>;
    /** If this connection implements OAuth 2.0, this will contain metadata about the OAuth 2.0 tokens (like expiration time, etc). */
    context?: Record<string, unknown>;
}
/** Defines attributes of an ObjectSelectionInputField. */
export interface ObjectSelectionInputField extends BaseInputField {
    /** Data type the input will collect. */
    type: "objectSelection";
    /** Collection type of the InputField. */
    collection?: InputFieldCollection;
    /** Default value for this field. */
    default?: ObjectSelection;
    /** Clean function. */
    clean?: InputCleanFunction<this["default"]>;
}
/** Defines attributes of an ObjectFieldMapInputField. */
export interface ObjectFieldMapInputField extends BaseInputField {
    /** Data type the input will collect. */
    type: "objectFieldMap";
    /** Collection type of the InputField. */
    collection?: InputFieldCollection;
    /** Default value for this field. */
    default?: ObjectFieldMap;
    /** Clean function. */
    clean?: InputCleanFunction<this["default"]>;
}
/** Defines attributes of a JSONFormInputField. */
export interface JSONFormInputField extends BaseInputField {
    /** Data type the input will collect. */
    type: "jsonForm";
    /** Collection type of the InputField. */
    collection?: InputFieldCollection;
    /** Default value for this field. */
    default?: JSONForm;
    /** Clean function. */
    clean?: InputCleanFunction<this["default"]>;
}
/** Defines attributes of a DynamicObjectSelectionInputField. */
export interface DynamicObjectSelectionInputField extends BaseInputField {
    /** Data type the input will collect. */
    type: "dynamicObjectSelection";
    /** Collection type of the InputField. */
    collection?: InputFieldCollection;
    /** Default value for this field. */
    default?: unknown;
    /** Clean function. */
    clean?: InputCleanFunction<this["default"]>;
}
/** Defines attributes of a SelectedFieldInputField. */
export interface DynamicFieldSelectionInputField extends BaseInputField {
    /** Data type the input will collect. */
    type: "dynamicFieldSelection";
    /** Collection type of the InputField. */
    collection?: InputFieldCollection;
    /** Default value for this field. */
    default?: unknown;
    /** Clean function. */
    clean?: InputCleanFunction<this["default"]>;
}
export type DateInputField = BaseInputField & {
    /** Data type the input will collect. */
    type: "date";
    /** Dictates possible choices for the input. */
    model?: InputFieldChoice[];
    /** Clean function. */
    clean?: InputCleanFunction<unknown>;
} & CollectionOptions<string>;
export type DateTimeInputField = BaseInputField & {
    /** Data type the input will collect. */
    type: "timestamp";
    /** Dictates possible choices for the input. */
    model?: InputFieldChoice[];
    /** Clean function. */
    clean?: InputCleanFunction<unknown>;
} & CollectionOptions<string>;
/** Defines a single Choice option for a InputField. */
export interface InputFieldChoice {
    /** Label to display for this Choice. */
    label: string;
    /** Value to use if this Choice is chosen. */
    value: string;
}
/** InputField collection enumeration. */
export type InputFieldCollection = "valuelist" | "keyvaluelist";
/** Config variable result collection. */
export type ConfigVarResultCollection = Record<string, string | Schedule | Connection | unknown | ObjectSelection | ObjectFieldMap>;
export type FlowInputField = BaseInputField & {
    /** Data type the input will collect. */
    type: "flow";
    /** Clean function. */
    clean?: InputCleanFunction<unknown>;
} & CollectionOptions<string>;
export {};