import { type DefaultFunctionArgs, type FunctionReference, type FunctionType, type FunctionVisibility, type GenericDataModel, type GenericMutationCtx, type RegisteredMutation } from "convex/server";
import { type Infer, type Validator, type VAny, type VString } from "convex/values";
import type { ComponentApi } from "../component/_generated/component.js";
import { type LogLevel } from "../component/logging.js";
import { DEFAULT_RETRY_BEHAVIOR, type RetryBehavior, type RunResult, type Status, vResult } from "../component/shared.js";
import { type RunMutationCtx, type RunQueryCtx } from "./utils.js";
export { logLevel as vLogLevel, type LogLevel } from "../component/logging.js";
export { retryBehavior as vRetryBehavior } from "../component/shared.js";
export type WorkId = string & {
    __isWorkId: true;
};
export declare const vWorkId: VString<WorkId>;
export { vResult, DEFAULT_RETRY_BEHAVIOR, 
/** @deprecated Use `vResult` instead. */
vResult as resultValidator, 
/** @deprecated Use `vWorkId` instead. */
vWorkId as workIdValidator, vWorkId as vWorkIdValidator, vResult as vResultValidator, type RetryBehavior, type RunResult, };
/** Equivalent to `vOnCompleteArgs(<your-context-validator>)`. */
export declare const vOnComplete: import("convex/values").VObject<{
    context: any;
    workId: WorkId;
    result: {
        kind: "success";
        returnValue: any;
    } | {
        kind: "failed";
        error: string;
    } | {
        kind: "canceled";
    };
}, {
    workId: VString<WorkId, "required">;
    context: VAny<any, "required", string>;
    result: import("convex/values").VUnion<{
        kind: "success";
        returnValue: any;
    } | {
        kind: "failed";
        error: string;
    } | {
        kind: "canceled";
    }, [import("convex/values").VObject<{
        kind: "success";
        returnValue: any;
    }, {
        kind: import("convex/values").VLiteral<"success", "required">;
        returnValue: VAny<any, "required", string>;
    }, "required", "kind" | "returnValue" | `returnValue.${string}`>, import("convex/values").VObject<{
        kind: "failed";
        error: string;
    }, {
        kind: import("convex/values").VLiteral<"failed", "required">;
        error: VString<string, "required">;
    }, "required", "kind" | "error">, import("convex/values").VObject<{
        kind: "canceled";
    }, {
        kind: import("convex/values").VLiteral<"canceled", "required">;
    }, "required", "kind">], "required", "kind" | "returnValue" | `returnValue.${string}` | "error">;
}, "required", "context" | `context.${string}` | "workId" | "result" | "result.kind" | "result.returnValue" | `result.returnValue.${string}` | "result.error">;
/** @deprecated Use `vOnCompleteArgs()` instead. */
export declare const vOnCompleteValidator: typeof vOnCompleteArgs;
export type WorkpoolComponent = ComponentApi;
export declare class Workpool {
    component: WorkpoolComponent;
    options: WorkpoolOptions;
    /**
     * Initializes a Workpool.
     *
     * Note: if you want different pools, you need to *create different instances*
     * of Workpool in convex.config.ts. It isn't sufficient to have different
     * instances of this class.
     *
     * @param component - The component to use, like `components.workpool` from
     *   `./_generated/api.ts`.
     * @param options - The {@link WorkpoolOptions} for the Workpool.
     */
    constructor(component: WorkpoolComponent, options: WorkpoolOptions);
    /**
     * Enqueues an action to be run.
     *
     * @param ctx - The mutation or action context that can call ctx.runMutation.
     * @param fn - The action to run, like `internal.example.myAction`.
     * @param fnArgs - The arguments to pass to the action.
     * @param options - The options for the action to specify retry behavior,
     *   onComplete handling, and scheduling via `runAt` or `runAfter`.
     * @returns The ID of the work that was enqueued.
     */
    enqueueAction<Args extends DefaultFunctionArgs, ReturnType>(ctx: RunMutationCtx, fn: FunctionReference<"action", FunctionVisibility, Args, ReturnType>, fnArgs: Args, options?: RetryOption & EnqueueOptions): Promise<WorkId>;
    /**
     * Enqueues a batch of actions to be run.
     * Each action will be run independently, and the onComplete handler will
     * be called for each action.
     *
     * @param ctx - The mutation or action ctx that can call ctx.runMutation.
     * @param fn - The action to run, like `internal.example.myAction`.
     * @param argsArray - The arguments to pass to the action.
     * @param options - The options for the actions to specify retry behavior,
     *   onComplete handling, and scheduling via `runAt` or `runAfter`.
     * @returns The IDs of the work that was enqueued.
     */
    enqueueActionBatch<Args extends DefaultFunctionArgs, ReturnType>(ctx: RunMutationCtx, fn: FunctionReference<"action", FunctionVisibility, Args, ReturnType>, argsArray: Array<Args>, options?: RetryOption & EnqueueOptions): Promise<WorkId[]>;
    /**
     * Enqueues a mutation to be run.
     *
     * Note: mutations are not retried by the workpool. Convex automatically
     * retries them on database conflicts and transient failures.
     * Because they're deterministic, external retries don't provide any benefit.
     *
     * @param ctx - The mutation or action context that can call ctx.runMutation.
     * @param fn - The mutation to run, like `internal.example.myMutation`.
     * @param fnArgs - The arguments to pass to the mutation.
     * @param options - The options for the mutation to specify onComplete handling
     *   and scheduling via `runAt` or `runAfter`.
     */
    enqueueMutation<Args extends DefaultFunctionArgs, ReturnType>(ctx: RunMutationCtx, fn: FunctionReference<"mutation", FunctionVisibility, Args, ReturnType>, fnArgs: Args, options?: EnqueueOptions): Promise<WorkId>;
    /**
     * Enqueues a batch of mutations to be run.
     * Each mutation will be run independently, and the onComplete handler will
     * be called for each mutation.
     *
     * @param ctx - The mutation or action context that can call ctx.runMutation.
     * @param fn - The mutation to run, like `internal.example.myMutation`.
     * @param argsArray - The arguments to pass to the mutations.
     * @param options - The options for the mutations to specify onComplete handling
     *   and scheduling via `runAt` or `runAfter`.
     */
    enqueueMutationBatch<Args extends DefaultFunctionArgs, ReturnType>(ctx: RunMutationCtx, fn: FunctionReference<"mutation", FunctionVisibility, Args, ReturnType>, argsArray: Array<Args>, options?: EnqueueOptions): Promise<WorkId[]>;
    /**
     * Enqueues a query to be run.
     * Usually not what you want, but it can be useful during workflows.
     * The query is run in a mutation and the result is returned to the caller,
     * so it can conflict if other mutations are writing the value.
     *
     * @param ctx - The mutation or action context that can call ctx.runMutation.
     * @param fn - The query to run, like `internal.example.myQuery`.
     * @param fnArgs - The arguments to pass to the query.
     * @param options - The options for the query to specify onComplete handling
     *   and scheduling via `runAt` or `runAfter`.
     */
    enqueueQuery<Args extends DefaultFunctionArgs, ReturnType>(ctx: RunMutationCtx, fn: FunctionReference<"query", FunctionVisibility, Args, ReturnType>, fnArgs: Args, options?: EnqueueOptions): Promise<WorkId>;
    /**
     * Enqueues a batch of queries to be run.
     * Each query will be run independently, and the onComplete handler will
     * be called for each query.
     *
     * @param ctx - The mutation or action context that can call ctx.runMutation.
     * @param fn - The query to run, like `internal.example.myQuery`.
     * @param argsArray - The arguments to pass to the queries.
     * @param options - The options for the queries to specify onComplete handling
     *   and scheduling via `runAt` or `runAfter`.
     */
    enqueueQueryBatch<Args extends DefaultFunctionArgs, ReturnType>(ctx: RunMutationCtx, fn: FunctionReference<"query", FunctionVisibility, Args, ReturnType>, argsArray: Array<Args>, options?: EnqueueOptions): Promise<WorkId[]>;
    /**
     * Cancels a work item. If it's already started, it will be allowed to finish
     * but will not be retried.
     *
     * @param ctx - The mutation or action context that can call ctx.runMutation.
     * @param id - The ID of the work to cancel.
     */
    cancel(ctx: RunMutationCtx, id: WorkId): Promise<void>;
    /**
     * Cancels all pending work items. See {@link cancel}.
     *
     * @param ctx - The mutation or action context that can call ctx.runMutation.
     */
    cancelAll(ctx: RunMutationCtx, options?: {
        limit?: number;
    }): Promise<void>;
    /**
     * Gets the status of a work item.
     *
     * @param ctx - The query context that can call ctx.runQuery.
     * @param id - The ID of the work to get the status of.
     * @returns The status of the work item. One of:
     * - `{ state: "pending", previousAttempts: number }`
     * - `{ state: "running", previousAttempts: number }`
     * - `{ state: "finished" }`
     */
    status(ctx: RunQueryCtx, id: WorkId): Promise<Status>;
    /**
     * Gets the status of a batch of work items.
     *
     * @param ctx - The query context that can call ctx.runQuery.
     * @param ids - The IDs of the work to get the status of.
     * @returns The status of the work items.
     */
    statusBatch(ctx: RunQueryCtx, ids: WorkId[]): Promise<Status[]>;
    /**
     * Defines a mutation that will be run after a work item completes.
     * You can pass this to a call to enqueue* like so:
     * ```ts
     * export const myOnComplete = workpool.defineOnComplete({
     *   context: v.literal("myContextValue"), // optional
     *   handler: async (ctx, {workId, context, result}) => {
     *     // ... do something with the result
     *   },
     * });
     *
     * // in some other function:
     * const workId = await workpool.enqueueAction(ctx, internal.foo.bar, {
     *   // ... args to action
     * }, {
     *   onComplete: internal.foo.myOnComplete,
     * });
     * ```
     */
    defineOnComplete<DataModel extends GenericDataModel, V extends Validator<any, any, any> = VAny<any, "optional">>({ context, handler, }: {
        context?: V;
        handler: (ctx: GenericMutationCtx<DataModel>, args: {
            workId: WorkId;
            context: Infer<V>;
            result: RunResult;
        }) => Promise<void>;
    }): RegisteredMutation<"internal", OnCompleteArgs, null>;
}
/**
 * Returns a validator to use for the onComplete mutation.
 * To be used like:
 * ```ts
 * export const myOnComplete = internalMutation({
 *   args: vOnCompleteArgs(v.string()),
 *   handler: async (ctx, {workId, context, result}) => {
 *     // context has been validated as a string
 *     // ... do something with the result
 *   },
 * });
 * @param context - The context validator. If not provided, it will be `v.any()`.
 * @returns The validator for the onComplete mutation.
 */
export declare function vOnCompleteArgs<V extends Validator<any, "required", any> = VAny>(context?: V): import("convex/values").VObject<import("convex/server").Expand<{ [Property in V["isOptional"] extends "optional" ? "context" : never]?: Exclude<Infer<{
    workId: VString<WorkId, "required">;
    context: V;
    result: import("convex/values").VUnion<{
        kind: "success";
        returnValue: any;
    } | {
        kind: "failed";
        error: string;
    } | {
        kind: "canceled";
    }, [import("convex/values").VObject<{
        kind: "success";
        returnValue: any;
    }, {
        kind: import("convex/values").VLiteral<"success", "required">;
        returnValue: VAny<any, "required", string>;
    }, "required", "kind" | "returnValue" | `returnValue.${string}`>, import("convex/values").VObject<{
        kind: "failed";
        error: string;
    }, {
        kind: import("convex/values").VLiteral<"failed", "required">;
        error: VString<string, "required">;
    }, "required", "kind" | "error">, import("convex/values").VObject<{
        kind: "canceled";
    }, {
        kind: import("convex/values").VLiteral<"canceled", "required">;
    }, "required", "kind">], "required", "kind" | "returnValue" | `returnValue.${string}` | "error">;
}[Property]>, undefined> | undefined; } & { [Property_1 in Exclude<"context", V["isOptional"] extends "optional" ? "context" : never> | Exclude<"workId", V["isOptional"] extends "optional" ? "context" : never> | Exclude<"result", V["isOptional"] extends "optional" ? "context" : never>]: Infer<{
    workId: VString<WorkId, "required">;
    context: V;
    result: import("convex/values").VUnion<{
        kind: "success";
        returnValue: any;
    } | {
        kind: "failed";
        error: string;
    } | {
        kind: "canceled";
    }, [import("convex/values").VObject<{
        kind: "success";
        returnValue: any;
    }, {
        kind: import("convex/values").VLiteral<"success", "required">;
        returnValue: VAny<any, "required", string>;
    }, "required", "kind" | "returnValue" | `returnValue.${string}`>, import("convex/values").VObject<{
        kind: "failed";
        error: string;
    }, {
        kind: import("convex/values").VLiteral<"failed", "required">;
        error: VString<string, "required">;
    }, "required", "kind" | "error">, import("convex/values").VObject<{
        kind: "canceled";
    }, {
        kind: import("convex/values").VLiteral<"canceled", "required">;
    }, "required", "kind">], "required", "kind" | "returnValue" | `returnValue.${string}` | "error">;
}[Property_1]>; }>, {
    workId: VString<WorkId, "required">;
    context: V;
    result: import("convex/values").VUnion<{
        kind: "success";
        returnValue: any;
    } | {
        kind: "failed";
        error: string;
    } | {
        kind: "canceled";
    }, [import("convex/values").VObject<{
        kind: "success";
        returnValue: any;
    }, {
        kind: import("convex/values").VLiteral<"success", "required">;
        returnValue: VAny<any, "required", string>;
    }, "required", "kind" | "returnValue" | `returnValue.${string}`>, import("convex/values").VObject<{
        kind: "failed";
        error: string;
    }, {
        kind: import("convex/values").VLiteral<"failed", "required">;
        error: VString<string, "required">;
    }, "required", "kind" | "error">, import("convex/values").VObject<{
        kind: "canceled";
    }, {
        kind: import("convex/values").VLiteral<"canceled", "required">;
    }, "required", "kind">], "required", "kind" | "returnValue" | `returnValue.${string}` | "error">;
}, "required", "context" | "workId" | "result" | `context.${V["fieldPaths"]}` | "result.kind" | "result.returnValue" | `result.returnValue.${string}` | "result.error">;
export type RetryOption = {
    /** Whether to retry the action if it fails.
     * If false, the action won’t be retried.
     * If true, it will use the default retry behavior.
     * If custom behavior is provided, it will retry using that behavior.
     * If unset, it will use the Workpool's configured default.
     */
    retry?: boolean | RetryBehavior;
};
export type WorkpoolOptions = {
    /** How many actions/mutations can be running at once within this pool.
     * Suggested max: 100 on Pro, 20 on free plan.
     * If set to 0, no new work will be started.
     */
    maxParallelism?: number;
    /** How much to log. This is updated on each call to `enqueue*`,
     * `status`, or `cancel*`.
     * Default is REPORT, which logs warnings, errors, and a periodic report.
     * With INFO, you can also see events for started and completed work.
     * Stats generated can be parsed by tools like
     * [Axiom](https://axiom.co) for monitoring.
     * With DEBUG, you can see timers and internal events for work being
     * scheduled.
     */
    logLevel?: LogLevel;
} & WorkpoolRetryOptions;
export type WorkpoolRetryOptions = {
    /** Default retry behavior for enqueued actions.
     * Note: setting this doesn't mean actions will be retried by default.
     * To retry actions by default, set `retryActionsByDefault: true`.
     * See {@link RetryBehavior}.
     */
    defaultRetryBehavior?: RetryBehavior;
    /** Whether to retry actions that fail by default. Default: false.
     * NOTE: Only enable this if your actions are idempotent.
     * See the docs (README.md) for more details.
     */
    retryActionsByDefault?: boolean;
};
export type EnqueueOptions = {
    /**
     * The name of the function. By default, if you pass in api.foo.bar.baz,
     * it will use "foo/bar:baz" as the name. If you pass in a function handle,
     * it will use the function handle directly.
     */
    name?: string;
    /**
     * A mutation to run after the function succeeds, fails, or is canceled.
     * The context type is for your use, feel free to provide a validator for it.
     * e.g.
     * ```ts
     * export const completion = workpool.defineOnComplete({
     *   context: v.string(),
     *   handler: async (ctx, {workId, context, result}) => {
     *     // context has been validated as a string
     *     // ... do something with the result
     *   },
     * });
     * ```
     * or more manually:
     * ```ts
     * export const completion = internalMutation({
     *  args: vOnCompleteArgs(v.string()),
     *  handler: async (ctx, args) => {
     *    console.log(args.result, "Got Context back -> ", args.context, Date.now() - args.context);
     *  },
     * });
     * ```
     */
    onComplete?: FunctionReference<"mutation", FunctionVisibility, OnCompleteArgs> | null;
    /**
     * A context object to pass to the `onComplete` mutation.
     * Useful for passing data from the enqueue site to the onComplete site.
     */
    context?: unknown;
} & ({
    /**
     * The time (ms since epoch) to run the action at.
     * If not provided, the action will be run as soon as possible.
     * Note: this is advisory only. It may run later.
     */
    runAt?: number;
    runAfter?: never;
} | {
    /**
     * The number of milliseconds to run the action after.
     * If not provided, the action will be run as soon as possible.
     * Note: this is advisory only. It may run later.
     */
    runAfter?: number;
    runAt?: never;
});
export type OnCompleteArgs = {
    /**
     * The ID of the work that completed.
     */
    workId: string;
    /**
     * The context object passed when enqueuing the work.
     * Useful for passing data from the enqueue site to the onComplete site.
     */
    context: unknown;
    /**
     * The result of the run that completed.
     */
    result: RunResult;
};
export declare function enqueueBatch<FnType extends FunctionType, Args extends DefaultFunctionArgs, ReturnType>(component: WorkpoolComponent, ctx: RunMutationCtx, fnType: FnType, fn: FunctionReference<FnType, FunctionVisibility, Args, ReturnType>, fnArgsArray: Array<Args>, options: EnqueueOptions & {
    retryBehavior?: RetryBehavior;
    maxParallelism?: number;
    logLevel?: LogLevel;
}): Promise<WorkId[]>;
export declare function enqueue<FnType extends FunctionType, Args extends DefaultFunctionArgs, ReturnType>(component: WorkpoolComponent, ctx: RunMutationCtx, fnType: FnType, fn: FunctionReference<FnType, FunctionVisibility, Args, ReturnType>, fnArgs: Args, options: EnqueueOptions & {
    retryBehavior?: RetryBehavior;
    maxParallelism?: number;
    logLevel?: LogLevel;
}): Promise<WorkId>;
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