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// Copyright (c) 2020 Jozty. All rights reserved. MIT license.
import { slice } from './slice.ts';import { dispatch } from './utils/dispatch.ts';import TakeTransformer from './utils/Transformers/take.ts';import curryN from './utils/curry_n.ts';import type { InferType, PH } from './utils/types.ts';
// @typestype Take_2 = <L extends ArrayLike<any> | string>(list: L) => InferType<L>;
type Take_1<L extends ArrayLike<any> | string> = (n: number) => InferType<L>;
type Take =  & ((n: number) => Take_2)  & (<L extends ArrayLike<any> | string>(    n: PH,    list: L,  ) => Take_1<InferType<L>>)  & (<L extends ArrayLike<any> | string>(n: number, list: L) => InferType<L>);
function _take<L extends ArrayLike<any> | string, T>(  n: number,  list: L,) {  return slice(0, n < 0 ? Infinity : n, list);}
const dispatchedTake = dispatch(TakeTransformer as any, _take);
/** * Returns first `n` elements of the array or string. * * Acts as a transducer if a transformer is given in `list`. */export const take: Take = curryN(2, dispatchedTake);