import type { ActionContext, ActionPerformFunction } from "./ActionPerformFunction";
import type { ActionPerformReturn } from "./ActionPerformReturn";
import type { ComponentRegistry, ConfigVarExpression, TriggerReference, ValueExpression } from "./ComponentRegistry";
import type { ConfigPages, UserLevelConfigPages } from "./ConfigPages";
import type { ConfigVars } from "./ConfigVars";
import type { FlowDefinitionFlowSchema } from "./FlowSchemas";
import type { HttpResponse } from "./HttpResponse";
import type { Inputs } from "./Inputs";
import type { PollingTriggerPerformFunction } from "./PollingTriggerDefinition";
import type { ScopedConfigVarMap } from "./ScopedConfigVars";
import type { BatchConfig } from "./TriggerDefinition";
import type { TriggerEventFunction } from "./TriggerEventFunction";
import type { TriggerPayload } from "./TriggerPayload";
import type { TriggerPerformFunction } from "./TriggerPerformFunction";
import type { TriggerResult } from "./TriggerResult";
/**
 * Defines attributes of a code-native integration. See
 * https://prismatic.io/docs/integrations/code-native/
 */
export type IntegrationDefinition<TInputs extends Inputs = Inputs, TActionInputs extends Inputs = Inputs, TPayload extends TriggerPayload = TriggerPayload, TAllowsBranching extends boolean = boolean, TResult extends TriggerResult<TAllowsBranching, TPayload> = TriggerResult<TAllowsBranching, TPayload>> = {
    /** The unique name for this integration. */
    name: string;
    /** Description for this integration. */
    description?: string;
    /** Path to icon to use for this integration. Path should be relative to the built integration source. */
    iconPath?: string;
    /** Category for this integration. */
    category?: string;
    /** Documentation for this integration. */
    documentation?: string;
    /** Version identifier for this integration. */
    version?: string;
    /** Labels for this integration. */
    labels?: string[];
    /**
     * Endpoint type used by Instances of this integration.
     * A Preprocess Flow Config must be specified when using anything other than 'Flow Specific'. See
     * https://prismatic.io/docs/integrations/code-native/endpoint-config/.
     *
     *  @default `EndpointType.FlowSpecific` */
    endpointType?: EndpointType;
    /**
     * Preprocess Flow configuration for when the Trigger payload contains the flow routing attributes.
     *  Cannot specify this if a Preprocess Flow is also configured. See
     * https://prismatic.io/docs/integrations/code-native/endpoint-config/#endpoint-configuration-in-code-native-with-preprocess-flow
     */
    triggerPreprocessFlowConfig?: PreprocessFlowConfig;
    /**
     * Flows for this integration. See
     * https://prismatic.io/docs/integrations/code-native/flows/
     *
     * The trailing `any`s for `TItem`/`TPaginationState`/`TTriggerPayload` let flows with
     * different resolver item and cursor types live in one array. `integration` only holds
     * and serializes these flows (it never invokes `onExecution`), so the precise — and
     * per-flow distinct — `onExecution` param type does not need to be preserved here.
     */
    flows: Flow<TInputs, TActionInputs, TPayload, TAllowsBranching, TResult, any, any, any>[];
    /**
     * Config wizard pages for this integration. See
     * https://prismatic.io/docs/integrations/code-native/config-wizard/
     */
    configPages?: ConfigPages;
    /**
     * User Level Config Wizard Pages for this integration. See
     * https://prismatic.io/docs/integrations/code-native/config-wizard/#user-level-config-wizards-in-code-native-integrations
     */
    userLevelConfigPages?: UserLevelConfigPages;
    /** Scoped ConfigVars for this integration. */
    scopedConfigVars?: ScopedConfigVarMap;
    /** Instance Profile used for this integration.
     * If not specified, the tenant's default Instance Profile will be used.
     */
    instanceProfile?: string;
    /**
     * A list of components this code-native integration uses. See
     * https://prismatic.io/docs/integrations/code-native/existing-components/
     */
    componentRegistry?: ComponentRegistry;
};
/**
 * The trigger payload as `onExecution` sees it. When a `triggerResolver` is in
 * play, the platform replaces `body.data` with this execution's batch slice —
 * a single `TItem` when `batchSize` is 1, otherwise a `TItem[]`. When no item
 * type is known (`TItem` defaults to `unknown`), the payload is left untouched.
 */
export type BatchedTriggerPayload<TPayload extends TriggerPayload, TItem> = unknown extends TItem ? TPayload : Omit<TPayload, "body"> & {
    body: {
        data: TItem | TItem[];
        contentType?: string;
    };
};
/**
 * The page of records a batched trigger fire (`onTrigger`/`onDeploy`) returns. The author
 * returns the items plus, when paginating, the cursor for the next page. spectral wraps the
 * items into the wire trigger payload (`body.data`), carries the `paginationState` to the next
 * round, and synthesizes the resolver that reads both back. There is no separate pagination
 * callback to define.
 */
export interface BatchedTriggerReturn<TItem, TPaginationState extends Record<string, unknown> = Record<string, unknown>> {
    /** The records produced by this trigger fire. Chunked into batches of the flow's `batchConfig.batchSize`. */
    items: TItem[];
    /**
     * Cursor for the next page. Return it to paginate — the fire is re-invoked with this object on
     * `payload.paginationState`. Omit or return `null` to stop. Compute it here from the fetch
     * response, where the next-page token is still in scope.
     */
    paginationState?: TPaginationState | null;
    /** Optional HTTP response to the request that invoked the integration. */
    response?: HttpResponse;
}
/**
 * A batched trigger built by {@link batchFlowTrigger}. Bundles the normal and on-deploy trigger
 * fires, each returning `{ items, paginationState? }`. The two type parameters — supplied
 * explicitly to `batchFlowTrigger<TItem, TPaginationState>(...)` — flow through to the rest of
 * the flow: `TItem` types `onExecution`'s `params.onTrigger.results.body.data`, and
 * `TPaginationState` types both `payload.paginationState` (read on the way in) and the
 * `paginationState` each fire returns (the next page's cursor).
 */
export interface BatchTrigger<TItem, TPaginationState extends Record<string, unknown> = Record<string, unknown>> {
    /**
     * The trigger function for this flow. Fetches a page of records and returns them as `items`,
     * plus the next page's `paginationState` to paginate (omit/`null` to stop). Read the cursor for
     * the current page from `payload.paginationState`.
     */
    onTrigger: (context: ActionContext<ConfigVars>, payload: TriggerPayload<TPaginationState>) => Promise<BatchedTriggerReturn<TItem, TPaginationState>>;
    /**
     * The on-deploy trigger fire, run once on initial instance deploy. Same shape as `onTrigger`;
     * return `paginationState` to paginate the backfill.
     */
    onDeploy?: (context: ActionContext<ConfigVars>, payload: TriggerPayload<TPaginationState>) => Promise<BatchedTriggerReturn<TItem, TPaginationState>>;
}
export type FlowOnExecution<TTriggerPayload extends TriggerPayload, TItem = unknown> = ActionPerformFunction<{
    onTrigger: {
        type: "data";
        label: string;
        clean: (value: unknown) => {
            results: BatchedTriggerPayload<TTriggerPayload, TItem>;
        };
    };
}, ConfigVars, {
    [Key in keyof ComponentRegistry]: ComponentRegistry[Key]["actions"];
}, false, ActionPerformReturn<false, unknown>>;
export type FlowExecutionContext = ActionContext<ConfigVars, {
    [Key in keyof ComponentRegistry]: ComponentRegistry[Key]["actions"];
}>;
export type FlowExecutionContextActions = FlowExecutionContext["components"];
/**
 * The batch-discriminated fields of a flow. A flow either batches or it does not, and
 * the presence of `batchConfig` is the discriminant TypeScript uses to choose a member:
 *
 * - {@link BatchFields}: `batchConfig` is present, which requires a batched `trigger`
 *   (built with {@link batchFlowTrigger}). The flat `onTrigger`/`onDeployTrigger` are
 *   forbidden — the trigger fires live inside the `trigger` object.
 * - {@link NonBatchFields}: `batchConfig`/`trigger` are absent; the flow uses the plain
 *   `onTrigger`/`onDeployTrigger` on its variant.
 *
 * Discrimination is structural — it depends only on whether the object literal you write
 * has a `batchConfig` key — so it works without TypeScript having to infer any type
 * parameter from the value. The batched-vs-not shape of `onExecution`'s payload is handled
 * separately, on `FlowBase`, via `TItem`: when a `trigger` is present `TItem` is inferred
 * (so `onExecution` sees `TItem | TItem[]`); otherwise it stays `unknown` and the payload
 * is left untouched (see {@link BatchedTriggerPayload}). Keeping `onExecution` out of this
 * union is deliberate — a function property living in a union member loses contextual
 * parameter typing, which would make `onExecution`'s `context`/`params` implicitly `any`.
 */
interface BatchFields<TItem, TPaginationState extends Record<string, unknown>> {
    /**
     * Batch-dispatch config for this flow. Items returned by the `trigger`'s fires are chunked
     * into batches of `batchSize`. For a CNI flow this value is authoritative (what's written
     * here is what's used). Its presence requires a batched `trigger`.
     */
    batchConfig: BatchConfig;
    /**
     * The batched trigger for this flow, built with {@link batchFlowTrigger}. Its fires
     * (`onTrigger`/`onDeploy`) return just `items`; spectral synthesizes the resolver that
     * extracts them and maps the pagination callbacks. Required when `batchConfig` is set.
     */
    trigger: BatchTrigger<TItem, TPaginationState>;
    /** A batched flow's trigger fires live inside `trigger`; the flat `onTrigger` is forbidden. */
    onTrigger?: never;
    /** A batched flow's on-deploy fire lives inside `trigger`; the flat `onDeployTrigger` is forbidden. */
    onDeployTrigger?: never;
}
interface NonBatchFields {
    /** A non-batching flow may not declare batch config. */
    batchConfig?: never;
    /** A non-batching flow may not declare a batched trigger. */
    trigger?: never;
}
/**
 * The discriminated union coupling `batchConfig` and the batched `trigger`. Intersected
 * into each flow variant at {@link Flow}.
 */
type BatchDiscriminant<TItem, TPaginationState extends Record<string, unknown>> = BatchFields<TItem, TPaginationState> | NonBatchFields;
/** Base properties shared by all flow types. */
interface FlowBase<TTriggerPayload extends TriggerPayload = TriggerPayload, TItem = unknown> {
    /** The unique name for this flow. */
    name: string;
    /** A unique, unchanging value that is used to maintain identity for the flow even if the name changes. */
    stableKey: string;
    /** Description for this flow. */
    description?: string;
    /**
     * Preprocess flow configuration for when the result of this flow contains the flow routing attributes.
     * Only one flow per integration may define this.
     */
    preprocessFlowConfig?: PreprocessFlowConfig;
    /** Value that specifies whether this flow is synchronous. @default `false` */
    isSynchronous?: boolean;
    /** Value that specifies whether this flow is an AI agent flow on the integrations MCP server. @default `false` */
    isAgentFlow?: boolean;
    /** Retry Configuration for this flow. */
    retryConfig?: RetryConfig;
    /** Queue Configuration for this flow. */
    queueConfig?: QueueConfig;
    /**
     * Security configuration to use for the endpoint of this flow.
     * @default `EndpointSecurityType.CustomerOptional`
     */
    endpointSecurityType?: EndpointSecurityType;
    /**
     * List of API key(s) to use for the endpoint of this flow
     * when the endpoint security type is `EndpointSecurityType.Organization`.
     */
    organizationApiKeys?: string[];
    testApiKeys?: string[];
    /** Error handling configuration. */
    errorConfig?: StepErrorConfig;
    /** Optional schemas definitions for the flow. Currently only for use with AI agents. */
    schemas?: Record<string, FlowDefinitionFlowSchema> & {
        invoke: FlowDefinitionFlowSchema;
    };
    /**
     * Specifies the function to execute when an instance of this integration is deployed. See
     * https://prismatic.io/docs/custom-connectors/triggers/#instance-deploy-and-delete-events-for-triggers
     */
    onInstanceDeploy?: TriggerEventFunction<Inputs, ConfigVars>;
    /**
     * Specifies the function to execute when an instance of an integration is deleted. See
     * https://prismatic.io/docs/custom-connectors/triggers/#instance-deploy-and-delete-events-for-triggers
     */
    onInstanceDelete?: TriggerEventFunction<Inputs, ConfigVars>;
    /**
     * Optional webhook lifecycle handlers for create and delete operations. See
     * https://prismatic.io/docs/custom-connectors/triggers/#webhook-lifecycle-events
     */
    webhookLifecycleHandlers?: {
        /** Function to execute to configure a webhook. */
        create: TriggerEventFunction<Inputs, ConfigVars>;
        /** Function to execute for webhook teardown. */
        delete: TriggerEventFunction<Inputs, ConfigVars>;
    };
    /**
     * Specifies the main function for this flow which is run when this flow is invoked.
     * When the flow batches (has a `triggerResolver`/`onDeployResolver`, so `TItem` is
     * inferred), `params.onTrigger.results.body.data` is typed as the resolved item type
     * (`TItem | TItem[]`); otherwise the trigger payload is left untouched.
     */
    onExecution: FlowOnExecution<TTriggerPayload, TItem>;
}
export type StandardTriggerType = "standard";
/** A standard flow with a webhook or scheduled trigger (non-polling). */
interface StandardFlow<TInputs extends Inputs = Inputs, TPayload extends TriggerPayload = TriggerPayload, TAllowsBranching extends boolean = false, TResult extends TriggerResult<TAllowsBranching, TPayload> = TriggerResult<TAllowsBranching, TPayload>, TTriggerPayload extends TriggerPayload = TriggerPayload, TItem = unknown, TPaginationState extends Record<string, unknown> = Record<string, unknown>> extends FlowBase<TTriggerPayload, TItem> {
    triggerType?: StandardTriggerType;
    /** Schedule configuration that defines the frequency with which this flow will be automatically executed. */
    schedule?: (ValueExpression<string> | ConfigVarExpression) & {
        timezone?: string;
    };
    /** Specifies the trigger function for this flow, which returns a payload and optional HTTP response. */
    onTrigger?: TriggerReference | TriggerPerformFunction<TInputs, ConfigVars, TAllowsBranching, TResult, TPaginationState>;
    /**
     * Function to execute on initial instance deploy, in addition to (and independent of) `onTrigger`.
     * Typically used to backfill baseline records for systems whose webhooks only emit future events.
     */
    onDeployTrigger?: TriggerPerformFunction<TInputs, ConfigVars, TAllowsBranching, TResult, TPaginationState>;
}
export type PollingTriggerType = "polling";
/** A polling flow that runs on a schedule and has access to polling context (getState/setState). */
interface PollingFlow<TInputs extends Inputs, TActionInputs extends Inputs, TPayload extends TriggerPayload = TriggerPayload, TAllowsBranching extends boolean = boolean, TResult extends TriggerResult<TAllowsBranching, TPayload> = TriggerResult<TAllowsBranching, TPayload>, TTriggerPayload extends TriggerPayload = TriggerPayload, TItem = unknown, TPaginationState extends Record<string, unknown> = Record<string, unknown>> extends FlowBase<TTriggerPayload, TItem> {
    /**
     * Type of trigger for this flow. A "polling" trigger runs on a schedule
     * and can use context.polling.* functions. Requires schedule to be set.
     */
    triggerType: PollingTriggerType;
    /** Schedule configuration that defines the frequency with which this flow will be automatically executed. Required for polling triggers. */
    schedule: (ValueExpression<string> | ConfigVarExpression) & {
        timezone?: string;
    };
    /**
     * Specifies the trigger function for this flow.
     */
    onTrigger: PollingTriggerPerformFunction<TInputs, TActionInputs, ConfigVars, TPayload, TAllowsBranching, TResult>;
    /**
     * Function to execute on initial instance deploy, in addition to (and independent of) `onTrigger`.
     * Typically used to backfill baseline records for systems whose webhooks only emit future events.
     */
    onDeployTrigger?: TriggerPerformFunction<TInputs, ConfigVars, TAllowsBranching, TResult, TPaginationState>;
}
/** Defines attributes of a flow of a code-native integration. */
export type Flow<TInputs extends Inputs, TActionInputs extends Inputs, TPayload extends TriggerPayload = TriggerPayload, TAllowsBranching extends boolean = boolean, TResult extends TriggerResult<TAllowsBranching, TPayload> = TriggerResult<TAllowsBranching, TPayload>, TTriggerPayload extends TriggerPayload = TriggerPayload, TItem = unknown, TPaginationState extends Record<string, unknown> = Record<string, unknown>> = (StandardFlow<TInputs, TPayload, TAllowsBranching, TResult, TTriggerPayload, TItem, TPaginationState> & BatchDiscriminant<TItem, TPaginationState>) | (PollingFlow<TInputs, TActionInputs, TPayload, TAllowsBranching, TResult, TTriggerPayload, TItem, TPaginationState> & BatchDiscriminant<TItem, TPaginationState>);
export type FlowTriggerType = PollingTriggerType | StandardTriggerType;
/** Defines attributes of a Preprocess flow Configuration used by a flow of an integration. */
export type PreprocessFlowConfig = {
    /** Name of the field in the data payload returned by the Preprocess flow to use for a flow Name. */
    flowNameField: string;
    /** Name of the field in the data payload returned by the Preprocess flow to use for an External Customer Id. */
    externalCustomerIdField?: string;
    /** Name of the field in the data payload returned by the Preprocess flow to use for an External Customer User Id. */
    externalCustomerUserIdField?: string;
};
/** Defines attributes of a retry configuration used by a flow of an integration. */
export type RetryConfig = {
    /** The maximum number of retry attempts. Must be between 0 and 10. */
    maxAttempts: number;
    /** The delay in minutes to wait between retry attempts. Must be between 0 and 60. */
    delayMinutes: number;
    /** Specifies whether to use exponential backoff to calculate the delay between retry attempts. */
    usesExponentialBackoff: boolean;
    /** Name of the field in the data payload returned by the flow's trigger to use as a Unique Request ID for retry request cancellation. */
    uniqueRequestIdField?: string;
};
/** Defines attributes of a queue configuration used by a flow of an integration. */
export type StandardQueueConfig = {
    /** Determines whether the flow should be executed using FIFO ordering. Not valid for synchronous or scheduled flows. */
    usesFifoQueue?: boolean;
    /** Reference to the field in the flow's trigger return payload; used to determine whether to queue the execution. */
    dedupeIdField?: string;
    /** Determines whether the flow should be setup for singleton executions. Only valid for scheduled/polling trigger-based flows. */
    singletonExecutions?: boolean;
    /** The maximum number of concurrent executions for this flow. Must be between 2 and 15. */
    concurrencyLimit?: number;
};
export type ParallelQueueConfig = {
    /** No limits. All requests processed simultaneously. */
    type: "parallel";
};
export type ThrottledQueueConfig = {
    /** Set the max concurrent executions per instance. */
    type: "throttled";
    /** The maximum number of concurrent executions for this flow. Must be between 2 and 15. */
    concurrencyLimit?: number;
    /** Reference to the field in the flow's trigger return payload; used to determine whether to queue the execution. */
    dedupeIdField?: string;
};
export type SequentialQueueConfig = {
    /** Processed one at a time, in order received. */
    type: "sequential";
    /** Reference to the field in the flow's trigger return payload; used to determine whether to queue the execution. */
    dedupeIdField?: string;
};
export type QueueConfig = ParallelQueueConfig | ThrottledQueueConfig | SequentialQueueConfig | StandardQueueConfig;
/** Defines attributes of a step error configuration used to determine how to handle errors during flow step execution. */
export type StepErrorConfig = {
    /** Defines the type of error handler. */
    errorHandlerType: StepErrorHandlerType;
    /** The maximum number of retry attempts. Must be between 0 and 5. */
    maxAttempts?: number;
    /** The delay in seconds to wait between retry attempts. Must be between 0 and 60. */
    delaySeconds?: number;
    /** Specifies whether to use exponential backoff to calculate the delay between retry attempts. @default false */
    usesExponentialBackoff?: boolean;
    /** Specifies whether to ignore the final error after the final retry attempt. @default false */
    ignoreFinalError?: boolean;
};
/** Choices of Endpoint Types that may be used by Instances of an integration. */
export type EndpointType = "flow_specific" | "instance_specific" | "shared_instance";
/** Choices of Endpoint Security Types that may be used by endpoints of a flow. */
export type EndpointSecurityType = "unsecured" | "customer_optional" | "customer_required" | "organization";
/** Choices of Step Error Handlers that define the behavior when a step error occurs. */
export type StepErrorHandlerType = "fail" | "ignore" | "retry";
export {};