itertools-ts/es/index.js

Extended itertools port for TypeScript and JavaScript. Provides a huge set of functions for working with iterable collections (including async ones)

import { chunkwise, chunkwiseOverlap, compress, dropWhile, enumerate, filter, flatMap, flatten, groupBy, keys, limit, map, pairwise, repeat, skip, slice, sort, takeWhile, values, chunkwiseAsync, chunkwiseOverlapAsync, compressAsync, dropWhileAsync, enumerateAsync, filterAsync, flatMapAsync, flattenAsync, groupByAsync, keysAsync, limitAsync, mapAsync, pairwiseAsync, repeatAsync, skipAsync, sliceAsync, sortAsync, takeWhileAsync, valuesAsync, } from "./single";
import { count, cycle, cycleAsync, repeat as infiniteRepeat } from "./infinite";
import { runningAverage, runningDifference, runningMax, runningMin, runningProduct, runningTotal, runningAverageAsync, runningDifferenceAsync, runningMaxAsync, runningMinAsync, runningProductAsync, runningTotalAsync, } from "./math";
import { chain, zip, zipFilled, zipLongest, zipEqual, chainAsync, zipAsync, zipFilledAsync, zipLongestAsync, zipEqualAsync, } from "./multi";
import { distinct, intersection, partialIntersection, symmetricDifference, union, cartesianProduct as cartesianProductDeprecated, distinctAsync, intersectionAsync, partialIntersectionAsync, symmetricDifferenceAsync, unionAsync, cartesianProductAsync as cartesianProductAsyncDeprecated, } from "./set";
import { cartesianProduct, permutations, combinations, cartesianProductAsync, permutationsAsync, combinationsAsync, } from "./combinatorics";
import { toAverage, toCount, toMax, toMin, toMinMax, toProduct, toRange, toSum, toValue, toFirst, toFirstAndLast, toLast, toAverageAsync, toCountAsync, toFirstAsync, toFirstAndLastAsync, toLastAsync, toMaxAsync, toMinAsync, toMinMaxAsync, toProductAsync, toRangeAsync, toSumAsync, toValueAsync, } from "./reduce";
import { Stream } from "./stream";
import { AsyncStream } from "./async-stream";
import { allMatch, allUnique, anyMatch, exactlyN, isEmpty, isAsyncIterable, isIterable, isIterator, isReversed, isSorted, isString, noneMatch, same, sameCount, allMatchAsync, allUniqueAsync, anyMatchAsync, exactlyNAsync, isEmptyAsync, isReversedAsync, isSortedAsync, noneMatchAsync, sameAsync, sameCountAsync, } from "./summary";
import { tee, toArray, toAsyncIterable, toAsyncIterator, toIterable, toIterator, toMap, toSet, teeAsync, toArrayAsync, toMapAsync, toSetAsync, } from "./transform";
import { createPipe } from "./pipe";
import { InvalidArgumentError, LengthError } from "./exceptions";
export const single = {
    chunkwise,
    chunkwiseOverlap,
    compress,
    dropWhile,
    enumerate,
    filter,
    flatMap,
    flatten,
    groupBy,
    keys,
    limit,
    map,
    pairwise,
    repeat,
    skip,
    slice,
    sort,
    takeWhile,
    values,
    chunkwiseAsync,
    chunkwiseOverlapAsync,
    compressAsync,
    dropWhileAsync,
    enumerateAsync,
    filterAsync,
    flatMapAsync,
    flattenAsync,
    groupByAsync,
    keysAsync,
    limitAsync,
    mapAsync,
    pairwiseAsync,
    repeatAsync,
    skipAsync,
    sliceAsync,
    sortAsync,
    takeWhileAsync,
    valuesAsync,
};
export const infinite = {
    count,
    cycle,
    cycleAsync,
    repeat: infiniteRepeat,
};
export const math = {
    runningAverage,
    runningDifference,
    runningMax,
    runningMin,
    runningProduct,
    runningTotal,
    runningAverageAsync,
    runningDifferenceAsync,
    runningMaxAsync,
    runningMinAsync,
    runningProductAsync,
    runningTotalAsync,
};
export const multi = {
    chain,
    zip,
    zipFilled,
    zipLongest,
    zipEqual,
    chainAsync,
    zipAsync,
    zipFilledAsync,
    zipLongestAsync,
    zipEqualAsync,
};
export const set = {
    distinct,
    intersection,
    partialIntersection,
    symmetricDifference,
    union,
    distinctAsync,
    intersectionAsync,
    partialIntersectionAsync,
    symmetricDifferenceAsync,
    unionAsync,
    /**
     * @deprecated Use `combinatorics.cartesianProduct()` instead.
     */
    cartesianProduct: cartesianProductDeprecated,
    /**
     * @deprecated Use `combinatorics.cartesianProductAsync()` instead.
     */
    cartesianProductAsync: cartesianProductAsyncDeprecated,
};
export const combinatorics = {
    cartesianProduct,
    permutations,
    combinations,
    cartesianProductAsync,
    permutationsAsync,
    combinationsAsync,
};
export const reduce = {
    toAverage,
    toCount,
    toFirst,
    toFirstAndLast,
    toLast,
    toMax,
    toMin,
    toMinMax,
    toProduct,
    toRange,
    toSum,
    toValue,
    toAverageAsync,
    toCountAsync,
    toFirstAsync,
    toFirstAndLastAsync,
    toLastAsync,
    toMaxAsync,
    toMinAsync,
    toMinMaxAsync,
    toProductAsync,
    toRangeAsync,
    toSumAsync,
    toValueAsync,
};
export const summary = {
    allMatch,
    allUnique,
    anyMatch,
    exactlyN,
    isEmpty,
    isAsyncIterable,
    isIterable,
    isIterator,
    isReversed,
    isSorted,
    isString,
    noneMatch,
    same,
    sameCount,
    allMatchAsync,
    allUniqueAsync,
    anyMatchAsync,
    exactlyNAsync,
    isEmptyAsync,
    isReversedAsync,
    isSortedAsync,
    noneMatchAsync,
    sameAsync,
    sameCountAsync,
};
export const transform = {
    tee,
    toArray,
    toAsyncIterable,
    toAsyncIterator,
    toIterable,
    toIterator,
    toMap,
    toSet,
    teeAsync,
    toArrayAsync,
    toMapAsync,
    toSetAsync,
};
export { Stream, AsyncStream };
export { createPipe };
export { InvalidArgumentError, LengthError };
//# sourceMappingURL=index.js.map