export { Batch } from './batch.js';
export { Concurrency } from './concurrency.js';
export { Throttle } from './throttle.js';
export { Semaphore, SemaphoreLock } from './semaphore.js';
export { Lock } from './lock.js';
import { I as Input, T as Task, G as Group, S as SharedBase } from './shared-base-CsFeMl9A.js';

type InputType<TValue> = TValue extends Input<infer TResult> ? TResult : never;
type Overwrite<T, U> = Omit<T, keyof U> & U;
type SingleValueChain<TInput extends Input<any>, TValue = InputType<TInput>> = Overwrite<Chain<TInput, TValue>, {
    runWith(runner: SharedBase<any>): Promise<TValue>;
}>;
declare class Chain<TInput extends Input<any>, TValue = InputType<TInput>> {
    #private;
    constructor(input: TInput);
    /**
     * Performs the specified `task` function on each element in the `input`, and returns an `Chain` that contains the results.
     *
     * @template TValue Input Type.
     * @template TNew Output Type.
     * @param {Task<TValue, TNew>} task task to run.
     * @returns {Chain<TNew[], TNew>}
     */
    map<TNew>(task: Task<TValue, TNew>): Chain<TNew[], TNew>;
    /**
     * Performs the specified `task` function on each element in the `input`,
     * and returns an `Chain` that contains all of the tasks results as resolve or reject.
     *
     * @template TValue Input Type.
     * @template TNew Output Type.
     * @param {Task<TValue, TNew>} task task to run.
     * @returns {Chain<PromiseSettledResult<TNew>[], PromiseSettledResult<TNew>>}
     */
    mapSettled<TNew>(task: Task<TValue, TNew>): Chain<PromiseSettledResult<TNew>[], PromiseSettledResult<TNew>>;
    /**
     * Returns an `Chain` that contains the elements that meet the condition specified in the `predicate` function.
     *
     * @template TValue Input Type.
     * @param {Task<TValue, boolean>} predicate predicate to run.
     * @returns {Chain<TValue[], TValue>}
     */
    filter(predicate: Task<TValue, boolean>): Chain<TValue[], TValue>;
    /**
     * Returns an `Chain` that contains whether the specified `predicate` function returns true for any element of `input`.
     *
     * @template TValue Input Type.
     * @param {Task<TValue, boolean>} predicate predicate to run.
     * @returns {SingleValueChain<boolean[], boolean>}
     */
    some(predicate: Task<TValue, boolean>): SingleValueChain<boolean[], boolean>;
    /**
     * Returns the `input` value of the first `predicate` that resolves to true, and undefined otherwise.
     *
     * @template TValue Input Type.
     * @param {Task<TValue, boolean>} predicate predicate to run.
     * @returns {SingleValueChain<boolean[], TValue | undefined>}
     */
    find(predicate: Task<TValue, boolean>): SingleValueChain<TValue[], TValue | undefined>;
    /**
     * Determines whether all the elements of `input` satisfy the specified `predicate`.
     *
     * @template TValue Input Type.
     * @param {Task<TValue, boolean>} predicate predicate to run.
     * @returns {SingleValueChain<boolean[], TValue | undefined>}
     */
    every(predicate: Task<TValue, boolean>): SingleValueChain<boolean[], boolean>;
    /**
     * This method groups the elements of the `input` according to the string or symbol values returned by a provided `task`.
     *
     * The returned object has separate properties for each group, containing arrays with the elements in the group.
     *
     * @template TValue Input Type.
     * @template TNew Output Type.
     * @param {Task<TValue, string | symbol>} task task to run.
     * @returns {Chain<Group<TValue>[], Group<TValue>>}
     */
    group(task: Task<TValue, string | symbol>): Chain<Group<TValue>[], Group<TValue>>;
    runWith<TResult = TValue[]>(runner: SharedBase<any>): Promise<TResult>;
}

export { Chain, type InputType, type SingleValueChain };