"use strict"; import {Utils} from "../../Utils/Utils.ecma.js"; import {Check} from "../../Utils/Check.ecma.js"; /** * @typedef {import("../FormatModule.ecma.js").FormatModule} FormatModule */ /** * @class SerieFormat * @constructor * @param {!FormatModule} format * @returns {void} * @access public * @static */ export const SerieFormat = (function(){ /** * @constructs SerieFormat * @param {!FormatModule} format * @returns {void} * @access private * @static */ const SerieFormat = function(format){ /** @type {SerieFormat} */ const self = this; /** * @returns {void} * @access private */ const constructor = () => { format.modes.serie = self.get; format.checks.serie = self.check; }; /** * @param {!(string|Array.)} inputs * @param {!Object.} [shared = {}] * @param {!Array.} [fragments = []] * @returns {string} * @access public */ this.get = (inputs, shared = {}, fragments = []) => { Check.is_string(inputs) && (inputs = inputs.split("|").map(range => range.split("-").map(Number))); shared.serie === undefined || (inputs = inputs.filter(range => ( !Check.is_array(range) ? shared.serie < range : range.length == 1 ? shared.serie < range[0] : shared.serie < range[1]))); /** @type {number|[number]|[number, number]} */ const range = Utils.get_random(inputs); if(!Check.is_array(range)) return shared.serie = range; if(range.length == 1) return shared.serie = range[0]; /** @type {number} */ let value; while((value = Utils.get_random(...range)) <= shared.serie); return shared.serie = value; }; /** * @param {!string} string * @param {!(string|Array.)} inputs * @param {!Object.} [shared = {}] * @param {!Array.} [fragments = []] * @returns {number} * @access public */ this.check = (string, inputs, shared = {}, fragments = []) => FormatModule.check_range(string, inputs); constructor(); }; return SerieFormat; })();