@codibre/fluent-iterable/dist/fluent-async.js

Provides LINQ-like fluent api operations for iterables and async iterables (ES2018+).

"use strict";
Object.defineProperty(exports, "__esModule", { value: true });
exports.fluentAsync = void 0;
exports.fluentEmit = fluentEmit;
const mounters_1 = require("./mounters");
const mounters_2 = require("./mounters");
const emitter_1 = require("./emitter");
const fluent_async_func_1 = require("./fluent-async-func");
Object.defineProperty(exports, "fluentAsync", { enumerable: true, get: function () { return fluent_async_func_1.fluentAsync; } });
const fluent_async_class_1 = require("./fluent-async-class");
const internal_utils_1 = require("./utils/internal-utils");
/**
 * Transforms an EventEmitter into a [[FluentAsyncIterable]].
 *
 *
 * **IMPORTANT**: the AsyncIterable created from the EventEmitter is always based on a key event which every
 * emission generates a new yielded result. The default key event is **'data'**.
 *
 * Also, the generated AsyncIterable will be infinite unless an ending event is emitted at some point.
 * The defaults ending events are **'end'** and **'close'**. So, it's important to have in mind this behavior
 * to use this feature properly. Operations that requires finiteness to be used may fall into an infinite loop.
 *
 * If you need to change the key event or other characteristics, you can do it through the **options** parameter
 * @typeparam T The type of the items in the created FluentAsyncIterable.
 * @param emitter The EventEmitter
 * @param options The EventEmitter options. Optional
 * @returns The [[FluentAsyncIterable]] instance.
 */
function fluentEmit(emitter, options) {
    return new fluent_async_class_1.FluentAsyncClass((0, emitter_1.getIterableFromEmitter)(emitter, options));
}
Object.keys(mounters_1.asyncIterableFuncs).forEach((0, internal_utils_1.addFactory)(fluent_async_class_1.addAsyncFluentMethod, mounters_1.asyncIterableFuncs));
const mountedSpecial = (0, mounters_2.mountSpecial)(mounters_1.asyncSpecial, fluent_async_func_1.fluentAsync, fluent_async_func_1.fluentAsync);
Object.keys(mountedSpecial).forEach((0, internal_utils_1.addFactory)(fluent_async_class_1.addAsyncFluentMethod, mountedSpecial));
Object.keys(mounters_1.asyncResolvingFuncs).forEach((0, internal_utils_1.addFactory)(fluent_async_class_1.addAsyncFluentResolvingMethod, mounters_1.asyncResolvingFuncs));