/** biome-ignore-all lint/style/noNonNullAssertion: <> */
/** biome-ignore-all lint/style/useNamingConvention: <> */
/** biome-ignore-all lint/nursery/noShadow: <> */
/** biome-ignore-all lint/suspicious/noExplicitAny: <> */
/** biome-ignore-all lint/nursery/noUselessUndefined: <> */
import type { Fn, Option, OrdResult } from '@chzky/core';
import { AnyErrorMachine } from '@chzky/core';
import { VectorSize, VectorState } from '../../../mod.js';
/** ## `AsyncVectorUsedError` : AsyncVector已经被使用,不能再次被消费 */
export declare class AsyncVectorUsedError extends AnyErrorMachine<'Error'> {
}
/** ## `AsyncVectorInfiniteLengthError` : AsyncVector的长度为无限,无法生成有限长度的数据结构 */
export declare class AsyncVectorInfiniteLengthError extends AnyErrorMachine<'Error'> {
}
export declare enum VECERROR {
    NO_CHANGE_SUPPORT = "\u65E0\u6CD5\u8F6C\u5316\u6210\u975EArray\u7C7B\u578B",
    NO_CHNAGE_INFINITY = "\u65E0\u9650\u957F\u5EA6\u7684Vector\u65E0\u6CD5\u8F6C\u5316\u6210Array",
    UNZIP_TYPE_ERROR = "unzip\u53EA\u5BF9\u957F\u5EA6\u4E3A\u4E8C\u7684\u5143\u7EC4\u6570\u7EC4\u6709\u6548"
}
export declare function state_check(state: VectorState): void;
export declare function size_check(state: VectorSize): void;
export declare function init_from_iter<T>(iter: AsyncIterable<T>): AsyncGenerator<T>;
export declare function as_array<T>(gen: AsyncGenerator<T>): Promise<Array<T>>;
export declare function map<T, R>(gen: AsyncGenerator<T>, cb: Fn<T, R>): AsyncGenerator<R>;
export declare function filter<T>(gen: AsyncGenerator<T>, cb: Fn<T, boolean>): AsyncGenerator<T>;
export declare function filter_map<T, R>(gen: AsyncGenerator<T>, cb: Fn<T, Option<R>>): AsyncGenerator<R>;
export declare function inspect<T>(gen: AsyncGenerator<T>, cb: Fn<T, unknown>): AsyncGenerator<T>;
export declare function take<T>(gen: AsyncGenerator<T>, count: number): AsyncGenerator<T>;
export declare function drop<T>(gen: AsyncGenerator<T>, count: number): AsyncGenerator<T>;
export declare function step_by<T>(gen: AsyncGenerator<T>, step: number): AsyncGenerator<T>;
export declare function chain<T>(gen1: AsyncGenerator<T>, gen2: AsyncGenerator<T>): AsyncGenerator<T>;
export declare function zip<T, R>(gen1: AsyncGenerator<T>, gen2: AsyncGenerator<R>): AsyncGenerator<[T, R]>;
export declare function cycle<T>(gen: AsyncGenerator<T>): AsyncGenerator<T>;
export declare function intersperse<T, R>(gen: AsyncGenerator<T>, separator: R): AsyncGenerator<T | R>;
export declare function reduce<T, R>(gen: AsyncGenerator<T>, cb: (acc: T | R, cur: T) => R, init?: R | T): Promise<Option<R>>;
export declare function find<T>(gen: AsyncGenerator<T>, cb: Fn<T, boolean>): Promise<T | undefined>;
export declare function every<T>(gen: AsyncGenerator<T>, cb: Fn<T, boolean>): Promise<boolean>;
export declare function some<T>(gen: AsyncGenerator<T>, cb: Fn<T, boolean>): Promise<boolean>;
export declare function nth<T>(gen: AsyncGenerator<T>, n: number): Promise<T | undefined>;
export declare function partition<T>(gen: AsyncGenerator<T>, cb: Fn<T, boolean>): Promise<[Array<T>, Array<T>]>;
export declare function position<T>(gen: AsyncGenerator<T>, predicate: T): Promise<number>;
export declare function min<T>(gen: AsyncGenerator<T>): Promise<T | undefined>;
export declare function max<T>(gen: AsyncGenerator<T>): Promise<T | undefined>;
export declare function min_by<T>(gen: AsyncGenerator<T>, cb: (now: T, min: T) => OrdResult): Promise<T | undefined>;
export declare function max_by<T>(gen: AsyncGenerator<T>, cb: (now: T, min: T) => OrdResult): Promise<T | undefined>;
export declare function last<T>(gen: AsyncGenerator<T>): Promise<T | undefined>;
export declare function stream<T>(gen: AsyncGenerator<T>, cb: (item: T, next: Fn<void, void>, cancel: Fn<void, void>) => unknown): Promise<void>;
export declare function each<T>(gen: AsyncGenerator<T>, cb: Fn<T, unknown>): Promise<void>;
export declare function stop_for<T>(gen: AsyncGenerator<T>, cb: Fn<T, boolean>): AsyncGenerator<T>;
export declare function copy<T>(gen: AsyncGenerator<T>): [AsyncGenerator<T>, AsyncGenerator<T>];
export declare function unzip<T, U>(gen: AsyncGenerator<[T, U]>): AsyncGenerator<[Array<T>, Array<U>]>;
//# sourceMappingURL=core.d.ts.map