☰

WhiteSevsUtils

一个好用的工具类

此脚本不应直接安装。它是供其他脚本使用的外部库，要使用该库请加入元指令 // @require https://update.cn-greasyfork.org/scripts/455186/1603078/WhiteSevsUtils.js 

  1. (function (global, factory) {
  2.     typeof exports === 'object' && typeof module !== 'undefined' ? module.exports = factory() :
  3.     typeof define === 'function' && define.amd ? define(factory) :
  4.     (global = typeof globalThis !== 'undefined' ? globalThis : global || self, global.Utils = factory());
  5. })(this, (function () { 'use strict';
  6.  
  7.     class ColorConversion {
  8.         /**
  9.          * 判断是否是16进制颜色
  10.          * @param str
  11.          */
  12.         isHex(str) {
  13.             if (typeof str !== "string") {
  14.                 return false;
  15.             }
  16.             if (!str.match(/^(\#|)[0-9a-fA-F]{6}$/)) {
  17.                 return false;
  18.             }
  19.             return true;
  20.         }
  21.         /**
  22.          * 16进制颜色转rgba
  23.          *
  24.          * #ff0000 转 rgba(123,123,123, 0.4)
  25.          * @param hex
  26.          * @param opacity
  27.          */
  28.         hexToRgba(hex, opacity) {
  29.             if (!this.isHex(hex)) {
  30.                 // @ts-ignore
  31.                 throw new TypeError("输入错误的hex", hex);
  32.             }
  33.             return hex && hex.replace(/\s+/g, "").length === 7
  34.                 ? "rgba(" +
  35.                     parseInt("0x" + hex.slice(1, 3)) +
  36.                     "," +
  37.                     parseInt("0x" + hex.slice(3, 5)) +
  38.                     "," +
  39.                     parseInt("0x" + hex.slice(5, 7)) +
  40.                     "," +
  41.                     opacity +
  42.                     ")"
  43.                 : "";
  44.         }
  45.         /**
  46.          * hex转rgb
  47.          * @param str
  48.          * @returns
  49.          */
  50.         hexToRgb(str) {
  51.             if (!this.isHex(str)) {
  52.                 // @ts-ignore
  53.                 throw new TypeError("输入错误的hex", str);
  54.             }
  55.             /* replace替换查找的到的字符串 */
  56.             str = str.replace("#", "");
  57.             /* match得到查询数组 */
  58.             let hxs = str.match(/../g);
  59.             for (let index = 0; index < 3; index++) {
  60.                 // @ts-ignore
  61.                 hxs[index] = parseInt(hxs[index], 16);
  62.             }
  63.             return hxs;
  64.         }
  65.         /**
  66.          * rgb转hex
  67.          * @param redValue
  68.          * @param greenValue
  69.          * @param blueValue
  70.          * @returns
  71.          */
  72.         rgbToHex(redValue, greenValue, blueValue) {
  73.             /* 验证输入的rgb值是否合法 */
  74.             let validPattern = /^\d{1,3}$/;
  75.             if (!validPattern.test(redValue.toString()) ||
  76.                 !validPattern.test(greenValue.toString()) ||
  77.                 !validPattern.test(blueValue.toString()))
  78.                 throw new TypeError("输入错误的rgb颜色值");
  79.             let hexs = [
  80.                 redValue.toString(16),
  81.                 greenValue.toString(16),
  82.                 blueValue.toString(16),
  83.             ];
  84.             for (let index = 0; index < 3; index++)
  85.                 if (hexs[index].length == 1)
  86.                     hexs[index] = "0" + hexs[index];
  87.             return "#" + hexs.join("");
  88.         }
  89.         /**
  90.          * 获取颜色变暗或亮
  91.          * @param color 颜色
  92.          * @param level 0~1.0
  93.          * @returns
  94.          */
  95.         getDarkColor(color, level) {
  96.             if (!this.isHex(color)) {
  97.                 // @ts-ignore
  98.                 throw new TypeError("输入错误的hex", color);
  99.             }
  100.             let rgbc = this.hexToRgb(color);
  101.             for (let index = 0; index < 3; index++) {
  102.                 // @ts-ignore
  103.                 rgbc[index] = Math.floor(rgbc[index] * (1 - level));
  104.             }
  105.             // @ts-ignore
  106.             return this.rgbToHex(rgbc[0], rgbc[1], rgbc[2]);
  107.         }
  108.         /**
  109.          * 获取颜色变亮
  110.          * @param color 颜色
  111.          * @param level 0~1.0
  112.          * @returns
  113.          */
  114.         getLightColor(color, level) {
  115.             if (!this.isHex(color)) {
  116.                 // @ts-ignore
  117.                 throw new TypeError("输入错误的hex", color);
  118.             }
  119.             let rgbc = this.hexToRgb(color);
  120.             for (let index = 0; index < 3; index++) {
  121.                 // @ts-ignore
  122.                 rgbc[index] = Math.floor((255 - rgbc[index]) * level + rgbc[index]);
  123.             }
  124.             // @ts-ignore
  125.             return this.rgbToHex(rgbc[0], rgbc[1], rgbc[2]);
  126.         }
  127.     }
  128.  
  129.     class GBKEncoder {
  130.         #data = [];
  131.         #U2Ghash = {};
  132.         #G2Uhash = {};
  133.         constructor() {
  134.             let dataText = 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  135.             let index = 0;
  136.             this.#data = dataText.match(/..../g);
  137.             for (let i = 0x81; i <= 0xfe; i++) {
  138.                 for (let j = 0x40; j <= 0xfe; j++) {
  139.                     this.#U2Ghash[this.#data[index++]] = ("%" +
  140.                         i.toString(16) +
  141.                         "%" +
  142.                         j.toString(16)).toUpperCase();
  143.                 }
  144.             }
  145.             for (let key in this.#U2Ghash) {
  146.                 this.#G2Uhash[this.#U2Ghash[key]] = key;
  147.             }
  148.         }
  149.         handleText(text) {
  150.             text = text
  151.                 .replace(/#(\d+)\$/g, function (a, b) {
  152.                 return Array(+b + 3).join("#");
  153.             })
  154.                 .replace(/#/g, "####")
  155.                 .replace(/(\w\w):([\w#]+)(?:,|$)/g, function (a, hd, dt) {
  156.                 return dt.replace(/../g, function (a) {
  157.                     if (a != "##") {
  158.                         return hd + a;
  159.                     }
  160.                     else {
  161.                         return a;
  162.                     }
  163.                 });
  164.             });
  165.             return text;
  166.         }
  167.         isAscii(unicode) {
  168.             return unicode <= 0x007f && unicode >= 0x0000;
  169.         }
  170.         /**
  171.          * 编码
  172.          * @param str
  173.          */
  174.         encode(str) {
  175.             let that = this;
  176.             return [...str].reduce((result, val, i) => {
  177.                 return result + toGBK(val);
  178.             }, "");
  179.             function toGBK(val) {
  180.                 let result = "";
  181.                 for (let i = 0; i < val.length; i++) {
  182.                     const codePoint = val.codePointAt(i);
  183.                     const code = String.fromCodePoint(codePoint);
  184.                     let key = codePoint.toString(16);
  185.                     key.length != 4 && (key = ("000" + key).match(/....$/)?.[0]);
  186.                     /* Add up i by code.length */
  187.                     i += code.length - 1;
  188.                     /* If code is in ascii range */
  189.                     if (that.isAscii(codePoint)) {
  190.                         result += encodeURIComponent(code);
  191.                         continue;
  192.                     }
  193.                     /* If Got encoded string from U2Ghash */
  194.                     if (that.#U2Ghash[key]) {
  195.                         result += that.#U2Ghash[key];
  196.                         continue;
  197.                     }
  198.                     /*
  199.                         If 2 or more char combines to one visible code,
  200.                         or just this code is not in GBK
  201.                     */
  202.                     result += toGBK(`&#${codePoint};`);
  203.                 }
  204.                 return result;
  205.             }
  206.         }
  207.         /**
  208.          * 解码
  209.          * @param str
  210.          */
  211.         decode(str) {
  212.             var GBKMatcher = /%[0-9A-F]{2}%[0-9A-F]{2}/;
  213.             var UTFMatcher = /%[0-9A-F]{2}/;
  214.             // @ts-ignore
  215.             var utf = true;
  216.             let that = this;
  217.             while (utf) {
  218.                 let gbkMatch = str.match(GBKMatcher);
  219.                 let utfMatch = str.match(UTFMatcher);
  220.                 utf = Boolean(utfMatch);
  221.                 if (gbkMatch && gbkMatch in that.#G2Uhash) {
  222.                     str = str.replace(gbkMatch, String.fromCharCode(("0x" + that.#G2Uhash[gbkMatch])));
  223.                 }
  224.                 else {
  225.                     // @ts-ignore
  226.                     str = str.replace(utfMatch, decodeURIComponent(utfMatch));
  227.                 }
  228.             }
  229.             return str;
  230.         }
  231.     }
  232.  
  233.     const TryCatch = function (...args) {
  234.         /* 定义变量和函数 */
  235.         let callbackFunction = null;
  236.         let context = null;
  237.         let handleError = (error) => { };
  238.         let defaultDetails = {
  239.             log: true,
  240.         };
  241.         const TryCatchCore = {
  242.             /**
  243.              *
  244.              * @param paramDetails 配置
  245.              * @returns
  246.              */
  247.             config(paramDetails) {
  248.                 defaultDetails = Object.assign(defaultDetails, paramDetails);
  249.                 return TryCatchCore;
  250.             },
  251.             /**
  252.              * 处理错误
  253.              * @param handler
  254.              */
  255.             error(handler) {
  256.                 // @ts-ignore
  257.                 handleError = handler;
  258.                 return TryCatchCore;
  259.             },
  260.             /**
  261.              * 执行传入的函数并捕获其可能抛出的错误，并通过传入的错误处理函数进行处理。
  262.              * @param callback 待执行函数，可以是 function 或者 string 类型。如果是 string 类型，则会被当做代码进行执行。
  263.              * @param __context__ 待执行函数的作用域，用于apply指定
  264.              * @returns 如果函数有返回值，则返回该返回值；否则返回 tryCatchObj 函数以支持链式调用。
  265.              * @throws {Error} 如果传入参数不符合要求，则会抛出相应类型的错误。
  266.              */
  267.             run(callback, __context__) {
  268.                 callbackFunction = callback;
  269.                 context = __context__ || this;
  270.                 let result = executeTryCatch(callbackFunction, handleError, context);
  271.                 // @ts-ignore
  272.                 return result !== undefined ? result : TryCatchCore;
  273.             },
  274.         };
  275.         /**
  276.          * 执行传入的函数并捕获其可能抛出的错误，并通过传入的错误处理函数进行处理。
  277.          * @param callback - 待执行函数，可以是 function 或者 string 类型。如果是 string 类型，则会被当做代码进行执行。
  278.          * @param handleErrorFunc - 错误处理函数，可以是 function 或者 string 类型。如果是 string 类型，则会被当做代码进行执行。
  279.          * @param funcThis - 待执行函数的作用域，用于apply指定
  280.          * @returns 如果函数有返回值，则返回该返回值；否则返回 undefined。
  281.          */
  282.         function executeTryCatch(callback, handleErrorFunc, funcThis) {
  283.             let result = undefined;
  284.             try {
  285.                 if (typeof callback === "string") {
  286.                     result = new Function(callback).apply(funcThis, args);
  287.                 }
  288.                 else {
  289.                     result = callback.apply(funcThis, args);
  290.                 }
  291.             }
  292.             catch (error) {
  293.                 if (defaultDetails.log) {
  294.                     callback = callback;
  295.                     console.log(`%c ${callback?.name ? callback?.name : callback + "出现错误"} `, "color: #f20000");
  296.                     console.log(`%c 错误原因：${error}`, "color: #f20000");
  297.                     console.trace(callback);
  298.                 }
  299.                 if (handleErrorFunc) {
  300.                     if (typeof handleErrorFunc === "string") {
  301.                         result = new Function(handleErrorFunc).apply(funcThis, [
  302.                             ...args,
  303.                             error,
  304.                         ]);
  305.                     }
  306.                     else {
  307.                         result = handleErrorFunc.apply(funcThis, [...args, error]);
  308.                     }
  309.                 }
  310.             }
  311.             return result;
  312.         }
  313.         return TryCatchCore;
  314.     };
  315.  
  316.     class CommonUtil {
  317.         assign(target = {}, source = {}, isAdd = false) {
  318.             let UtilsContext = this;
  319.             if (Array.isArray(source)) {
  320.                 let canTraverse = source.filter((item) => {
  321.                     return typeof item === "object";
  322.                 });
  323.                 if (!canTraverse.length) {
  324.                     return source;
  325.                 }
  326.             }
  327.             if (source == null) {
  328.                 return target;
  329.             }
  330.             if (target == null) {
  331.                 target = {};
  332.             }
  333.             if (isAdd) {
  334.                 for (const sourceKeyName in source) {
  335.                     const targetKeyName = sourceKeyName;
  336.                     let targetValue = target[targetKeyName];
  337.                     let sourceValue = source[sourceKeyName];
  338.                     if (typeof sourceValue === "object" &&
  339.                         sourceValue != null &&
  340.                         sourceKeyName in target &&
  341.                         !UtilsContext.isDOM(sourceValue)) {
  342.                         /* 源端的值是object类型，且不是元素节点 */
  343.                         target[sourceKeyName] = UtilsContext.assign(targetValue, sourceValue, isAdd);
  344.                         continue;
  345.                     }
  346.                     target[sourceKeyName] = sourceValue;
  347.                 }
  348.             }
  349.             else {
  350.                 for (const targetKeyName in target) {
  351.                     if (targetKeyName in source) {
  352.                         let targetValue = target[targetKeyName];
  353.                         let sourceValue = source[targetKeyName];
  354.                         if (typeof sourceValue === "object" &&
  355.                             sourceValue != null &&
  356.                             !UtilsContext.isDOM(sourceValue) &&
  357.                             Object.keys(sourceValue).length) {
  358.                             /* 源端的值是object类型，且不是元素节点 */
  359.                             target[targetKeyName] = UtilsContext.assign(targetValue, sourceValue, isAdd);
  360.                             continue;
  361.                         }
  362.                         /* 直接赋值 */
  363.                         target[targetKeyName] = sourceValue;
  364.                     }
  365.                 }
  366.             }
  367.             return target;
  368.         }
  369.         isNull(...args) {
  370.             let result = true;
  371.             let checkList = [...args];
  372.             for (const objItem of checkList) {
  373.                 let itemResult = false;
  374.                 if (objItem === null || objItem === undefined) {
  375.                     itemResult = true;
  376.                 }
  377.                 else {
  378.                     switch (typeof objItem) {
  379.                         case "object":
  380.                             if (typeof objItem[Symbol.iterator] === "function") {
  381.                                 /* 可迭代 */
  382.                                 itemResult = objItem.length === 0;
  383.                             }
  384.                             else {
  385.                                 itemResult = Object.keys(objItem).length === 0;
  386.                             }
  387.                             break;
  388.                         case "number":
  389.                             itemResult = objItem === 0;
  390.                             break;
  391.                         case "string":
  392.                             itemResult =
  393.                                 objItem.trim() === "" ||
  394.                                     objItem === "null" ||
  395.                                     objItem === "undefined";
  396.                             break;
  397.                         case "boolean":
  398.                             itemResult = !objItem;
  399.                             break;
  400.                         case "function":
  401.                             let funcStr = objItem.toString().replace(/\s/g, "");
  402.                             /* 排除()=>{}、(xxx="")=>{}、function(){}、function(xxx=""){} */
  403.                             itemResult = Boolean(funcStr.match(/^\(.*?\)=>\{\}$|^function.*?\(.*?\)\{\}$/));
  404.                             break;
  405.                     }
  406.                 }
  407.                 result = result && itemResult;
  408.             }
  409.             return result;
  410.         }
  411.         /**
  412.          * 判断对象是否是元素
  413.          * @param target
  414.          * @returns
  415.          * + true 是元素
  416.          * + false 不是元素
  417.          * @example
  418.          * Utils.isDOM(document.querySelector("a"))
  419.          * > true
  420.          */
  421.         isDOM(target) {
  422.             return target instanceof Node;
  423.         }
  424.         isNotNull(...args) {
  425.             let UtilsContext = this;
  426.             return !UtilsContext.isNull.apply(this, args);
  427.         }
  428.         deepClone(obj) {
  429.             let UtilsContext = this;
  430.             if (obj === undefined)
  431.                 return undefined;
  432.             if (obj === null)
  433.                 return null;
  434.             let clone = obj instanceof Array ? [] : {};
  435.             for (const [key, value] of Object.entries(obj)) {
  436.                 clone[key] =
  437.                     typeof value === "object" ? UtilsContext.deepClone(value) : value;
  438.             }
  439.             return clone;
  440.         }
  441.         /**
  442.          * 覆盖对象中的函数this指向
  443.          * @param target 需要覆盖的对象
  444.          * @param [objectThis] 覆盖的this指向，如果为传入，则默认为对象本身
  445.          */
  446.         coverObjectFunctionThis(target, objectThis) {
  447.             if (typeof target !== "object" || target === null) {
  448.                 throw new Error("target must be object");
  449.             }
  450.             objectThis = objectThis || target;
  451.             Object.keys(target).forEach((key) => {
  452.                 if (typeof target[key] === "function") {
  453.                     target[key] = target[key].bind(objectThis);
  454.                 }
  455.             });
  456.         }
  457.         toJSON(data, errorCallBack) {
  458.             let result = {};
  459.             if (typeof data === "object") {
  460.                 return data;
  461.             }
  462.             TryCatch()
  463.                 .config({ log: false })
  464.                 .error((error) => {
  465.                 TryCatch()
  466.                     .error(() => {
  467.                     try {
  468.                         result = new Function("return " + data)();
  469.                     }
  470.                     catch (error2) {
  471.                         if (typeof errorCallBack === "function") {
  472.                             errorCallBack(error2);
  473.                         }
  474.                     }
  475.                 })
  476.                     .run(() => {
  477.                     if (data &&
  478.                         /^[\],:{}\s]*$/.test(data
  479.                             .replace(/\\(?:["\\\/bfnrt]|u[0-9a-fA-F]{4})/g, "@")
  480.                             .replace(/"[^"\\\n\r]*"|true|false|null|-?\d+(?:\.\d*)?(?:[eE][+\-]?\d+)?/g, "]")
  481.                             .replace(/(?:^|:|,)(?:\s*\[)+/g, ""))) {
  482.                         result = new Function("return " + data)();
  483.                     }
  484.                     else {
  485.                         if (typeof errorCallBack === "function") {
  486.                             errorCallBack(new Error("target is not a JSON"));
  487.                         }
  488.                     }
  489.                 });
  490.             })
  491.                 .run(() => {
  492.                 data = data.trim();
  493.                 result = JSON.parse(data);
  494.             });
  495.             return result;
  496.         }
  497.     }
  498.     let commonUtil = new CommonUtil();
  499.  
  500.     class UtilsGMCookie {
  501.         windowApi = {
  502.             window: window,
  503.             document: document,
  504.         };
  505.         constructor(windowApiOption) {
  506.             if (windowApiOption) {
  507.                 this.windowApi = Object.assign({}, windowApiOption);
  508.             }
  509.         }
  510.         /**
  511.          * 获取Cookie分组
  512.          */
  513.         getCookiesList() {
  514.             if (this.windowApi.document.cookie.trim() === "") {
  515.                 return [];
  516.             }
  517.             return this.windowApi.document.cookie.split(";");
  518.         }
  519.         /**
  520.          * 获取单个cookie
  521.          * @param cookieName cookie名
  522.          */
  523.         get(cookieName) {
  524.             if (typeof cookieName !== "string") {
  525.                 throw new TypeError("Utils.GMCookie.get 参数cookieName 必须为字符串");
  526.             }
  527.             let cookies = this.getCookiesList();
  528.             let findValue = undefined;
  529.             for (const cookieItem of cookies) {
  530.                 let item = cookieItem.trim();
  531.                 let itemSplit = item.split("=");
  532.                 let itemName = itemSplit[0];
  533.                 itemSplit.splice(0, 1);
  534.                 let itemValue = decodeURIComponent(itemSplit.join(""));
  535.                 if (itemName === cookieName) {
  536.                     findValue = {
  537.                         domain: this.windowApi.window.location.hostname,
  538.                         expirationDate: null,
  539.                         hostOnly: true,
  540.                         httpOnly: false,
  541.                         name: cookieName,
  542.                         path: "/",
  543.                         sameSite: "unspecified",
  544.                         secure: true,
  545.                         session: false,
  546.                         value: itemValue,
  547.                     };
  548.                     break;
  549.                 }
  550.             }
  551.             return findValue;
  552.         }
  553.         /**
  554.          *  获取多组Cookie
  555.          * @param option 配置
  556.          * @param callback 获取操作后的回调
  557.          * + cookies object[]
  558.          * + error string|undefined
  559.          **/
  560.         list(option, callback) {
  561.             if (option == null) {
  562.                 throw new Error("Utils.GMCookie.list 参数不能为空");
  563.             }
  564.             let resultData = [];
  565.             try {
  566.                 let defaultOption = {
  567.                     url: this.windowApi.window.location.href,
  568.                     domain: this.windowApi.window.location.hostname,
  569.                     name: "",
  570.                     path: "/",
  571.                 };
  572.                 defaultOption = commonUtil.assign(defaultOption, option);
  573.                 let cookies = this.getCookiesList();
  574.                 cookies.forEach((item) => {
  575.                     item = item.trim();
  576.                     let itemSplit = item.split("=");
  577.                     let itemName = itemSplit[0];
  578.                     itemSplit.splice(0, 1);
  579.                     let itemValue = decodeURIComponent(itemSplit.join(""));
  580.                     let nameRegexp = defaultOption.name instanceof RegExp
  581.                         ? defaultOption.name
  582.                         : new RegExp("^" + defaultOption.name, "g");
  583.                     if (itemName.match(nameRegexp)) {
  584.                         resultData.push({
  585.                             domain: this.windowApi.window.location.hostname,
  586.                             expirationDate: null,
  587.                             hostOnly: true,
  588.                             httpOnly: false,
  589.                             name: itemName,
  590.                             path: "/",
  591.                             sameSite: "unspecified",
  592.                             secure: true,
  593.                             session: false,
  594.                             value: itemValue,
  595.                         });
  596.                     }
  597.                 });
  598.                 if (typeof callback === "function") {
  599.                     callback(resultData);
  600.                 }
  601.             }
  602.             catch (error) {
  603.                 if (typeof callback === "function") {
  604.                     callback(resultData, error);
  605.                 }
  606.             }
  607.         }
  608.         /**
  609.          *  获取多组Cookie
  610.          * @param option 配置
  611.          **/
  612.         getList(option) {
  613.             if (option == null) {
  614.                 throw new Error("Utils.GMCookie.list 参数不能为空");
  615.             }
  616.             let resultData = [];
  617.             let defaultOption = {
  618.                 url: this.windowApi.window.location.href,
  619.                 domain: this.windowApi.window.location.hostname,
  620.                 name: "",
  621.                 path: "/",
  622.             };
  623.             defaultOption = commonUtil.assign(defaultOption, option);
  624.             let cookies = this.getCookiesList();
  625.             cookies.forEach((item) => {
  626.                 item = item.trim();
  627.                 let itemSplit = item.split("=");
  628.                 let itemName = itemSplit[0];
  629.                 itemSplit.splice(0, 1);
  630.                 let itemValue = decodeURIComponent(itemSplit.join(""));
  631.                 let nameRegexp = defaultOption.name instanceof RegExp
  632.                     ? defaultOption.name
  633.                     : new RegExp("^" + defaultOption.name, "g");
  634.                 if (itemName.match(nameRegexp)) {
  635.                     resultData.push({
  636.                         domain: this.windowApi.window.location.hostname,
  637.                         expirationDate: null,
  638.                         hostOnly: true,
  639.                         httpOnly: false,
  640.                         name: itemName,
  641.                         path: "/",
  642.                         sameSite: "unspecified",
  643.                         secure: true,
  644.                         session: false,
  645.                         value: itemValue,
  646.                     });
  647.                 }
  648.             });
  649.             return resultData;
  650.         }
  651.         /**
  652.          * 设置Cookie
  653.          * @param option 配置
  654.          * @param callback 设置操作后的回调(成功/失败)
  655.          */
  656.         set(option, callback) {
  657.             let errorInfo;
  658.             try {
  659.                 let defaultOption = {
  660.                     url: this.windowApi.window.location.href,
  661.                     name: "",
  662.                     value: "",
  663.                     domain: "",
  664.                     path: "/",
  665.                     secure: true,
  666.                     httpOnly: false,
  667.                     /**
  668.                      * Expires in 30 days
  669.                      */
  670.                     expirationDate: Math.floor(Date.now()) + 60 * 60 * 24 * 30,
  671.                 };
  672.                 defaultOption = commonUtil.assign(defaultOption, option);
  673.                 let life = defaultOption.expirationDate
  674.                     ? defaultOption.expirationDate
  675.                     : Math.floor(Date.now()) + 60 * 60 * 24 * 30;
  676.                 let cookieStr = defaultOption.name +
  677.                     "=" +
  678.                     decodeURIComponent(defaultOption.value) +
  679.                     ";expires=" +
  680.                     new Date(life).toGMTString() +
  681.                     "; path=/";
  682.                 if (commonUtil.isNull(defaultOption.domain)) {
  683.                     cookieStr += "; domain=" + defaultOption.domain;
  684.                 }
  685.                 this.windowApi.document.cookie = cookieStr;
  686.             }
  687.             catch (error) {
  688.                 errorInfo = error;
  689.             }
  690.             finally {
  691.                 if (typeof callback === "function") {
  692.                     callback(errorInfo);
  693.                 }
  694.             }
  695.         }
  696.         /**
  697.          * 删除Cookie
  698.          * @param option 配置
  699.          * @param callback 删除操作后的回调(成功/失败)
  700.          */
  701.         delete(option, callback) {
  702.             let errorInfo;
  703.             try {
  704.                 let defaultOption = {
  705.                     url: this.windowApi.window.location.href,
  706.                     name: "",
  707.                     path: "/",
  708.                     firstPartyDomain: "",
  709.                 };
  710.                 defaultOption = commonUtil.assign(defaultOption, option);
  711.                 let cookieStr = `${defaultOption.name}=; expires=Thu, 01 Jan 1970 00:00:00 UTC; path=${defaultOption.path}`;
  712.                 if (commonUtil.isNull(defaultOption.firstPartyDomain)) {
  713.                     cookieStr += `; domain=${defaultOption.firstPartyDomain};`;
  714.                 }
  715.                 this.windowApi.document.cookie = cookieStr;
  716.             }
  717.             catch (error) {
  718.                 errorInfo = error;
  719.             }
  720.             finally {
  721.                 if (typeof callback === "function") {
  722.                     callback(errorInfo);
  723.                 }
  724.             }
  725.         }
  726.         /**
  727.          * 解析cookie字符串
  728.          * 例如：document.cookie
  729.          * @param cookieStr
  730.          */
  731.         parseCookie(cookieStr) {
  732.             if (cookieStr.trim() === "") {
  733.                 return [];
  734.             }
  735.             let cookies = cookieStr.split(";");
  736.             let result = [];
  737.             for (const cookieItem of cookies) {
  738.                 let item = cookieItem.trim();
  739.                 let itemSplit = item.split("=");
  740.                 let itemName = itemSplit[0];
  741.                 itemSplit.splice(0, 1);
  742.                 let itemValue = decodeURIComponent(itemSplit.join(""));
  743.                 result.push({
  744.                     key: itemName,
  745.                     value: itemValue,
  746.                 });
  747.             }
  748.             return result;
  749.         }
  750.     }
  751.  
  752.     // @name         ajaxHooker
  753.     // @author       cxxjackie
  754.     // @version      1.4.4
  755.     // @updateLog    修复头条、抖音部分站点下this引用错误的问题。
  756.     // @supportURL   https://bbs.tampermonkey.net.cn/thread-3284-1-1.html
  757.  
  758.     const AjaxHooker = function () {
  759.     	return (function () {
  760.     		const version = "1.4.4";
  761.     		const hookInst = {
  762.     			hookFns: [],
  763.     			filters: [],
  764.     		};
  765.     		const win = window.unsafeWindow || document.defaultView || window;
  766.     		let winAh = win.__ajaxHooker;
  767.     		const resProto = win.Response.prototype;
  768.     		const xhrResponses = ["response", "responseText", "responseXML"];
  769.     		const fetchResponses = ["arrayBuffer", "blob", "formData", "json", "text"];
  770.     		const fetchInitProps = [
  771.     			"method",
  772.     			"headers",
  773.     			"body",
  774.     			"mode",
  775.     			"credentials",
  776.     			"cache",
  777.     			"redirect",
  778.     			"referrer",
  779.     			"referrerPolicy",
  780.     			"integrity",
  781.     			"keepalive",
  782.     			"signal",
  783.     			"priority",
  784.     		];
  785.     		const xhrAsyncEvents = ["readystatechange", "load", "loadend"];
  786.     		const getType = {}.toString.call.bind({}.toString);
  787.     		const getDescriptor = Object.getOwnPropertyDescriptor.bind(Object);
  788.     		const emptyFn = () => {};
  789.     		const errorFn = (e) => console.error(e);
  790.     		function isThenable(obj) {
  791.     			return (
  792.     				obj &&
  793.     				["object", "function"].includes(typeof obj) &&
  794.     				typeof obj.then === "function"
  795.     			);
  796.     		}
  797.     		function catchError(fn, ...args) {
  798.     			try {
  799.     				const result = fn(...args);
  800.     				if (isThenable(result)) return result.then(null, errorFn);
  801.     				return result;
  802.     			} catch (err) {
  803.     				console.error(err);
  804.     			}
  805.     		}
  806.     		function defineProp(obj, prop, getter, setter) {
  807.     			Object.defineProperty(obj, prop, {
  808.     				configurable: true,
  809.     				enumerable: true,
  810.     				get: getter,
  811.     				set: setter,
  812.     			});
  813.     		}
  814.     		function readonly(obj, prop, value = obj[prop]) {
  815.     			defineProp(obj, prop, () => value, emptyFn);
  816.     		}
  817.     		function writable(obj, prop, value = obj[prop]) {
  818.     			Object.defineProperty(obj, prop, {
  819.     				configurable: true,
  820.     				enumerable: true,
  821.     				writable: true,
  822.     				value: value,
  823.     			});
  824.     		}
  825.     		function parseHeaders(obj) {
  826.     			const headers = {};
  827.     			switch (getType(obj)) {
  828.     				case "[object String]":
  829.     					for (const line of obj.trim().split(/[\r\n]+/)) {
  830.     						const [header, value] = line.split(/\s*:\s*/);
  831.     						if (!header) break;
  832.     						const lheader = header.toLowerCase();
  833.     						headers[lheader] =
  834.     							lheader in headers ? `${headers[lheader]}, ${value}` : value;
  835.     					}
  836.     					break;
  837.     				case "[object Headers]":
  838.     					for (const [key, val] of obj) {
  839.     						headers[key] = val;
  840.     					}
  841.     					break;
  842.     				case "[object Object]":
  843.     					return { ...obj };
  844.     			}
  845.     			return headers;
  846.     		}
  847.     		function stopImmediatePropagation() {
  848.     			this.ajaxHooker_isStopped = true;
  849.     		}
  850.     		class SyncThenable {
  851.     			then(fn) {
  852.     				fn && fn();
  853.     				return new SyncThenable();
  854.     			}
  855.     		}
  856.     		class AHRequest {
  857.     			constructor(request) {
  858.     				this.request = request;
  859.     				this.requestClone = { ...this.request };
  860.     			}
  861.     			shouldFilter(filters) {
  862.     				const { type, url, method, async } = this.request;
  863.     				return (
  864.     					filters.length &&
  865.     					!filters.find((obj) => {
  866.     						switch (true) {
  867.     							case obj.type && obj.type !== type:
  868.     							case getType(obj.url) === "[object String]" &&
  869.     								!url.includes(obj.url):
  870.     							case getType(obj.url) === "[object RegExp]" && !obj.url.test(url):
  871.     							case obj.method &&
  872.     								obj.method.toUpperCase() !== method.toUpperCase():
  873.     							case "async" in obj && obj.async !== async:
  874.     								return false;
  875.     						}
  876.     						return true;
  877.     					})
  878.     				);
  879.     			}
  880.     			waitForRequestKeys() {
  881.     				const requestKeys = ["url", "method", "abort", "headers", "data"];
  882.     				if (!this.request.async) {
  883.     					win.__ajaxHooker.hookInsts.forEach(({ hookFns, filters }) => {
  884.     						if (this.shouldFilter(filters)) return;
  885.     						hookFns.forEach((fn) => {
  886.     							if (getType(fn) === "[object Function]")
  887.     								catchError(fn, this.request);
  888.     						});
  889.     						requestKeys.forEach((key) => {
  890.     							if (isThenable(this.request[key]))
  891.     								this.request[key] = this.requestClone[key];
  892.     						});
  893.     					});
  894.     					return new SyncThenable();
  895.     				}
  896.     				const promises = [];
  897.     				win.__ajaxHooker.hookInsts.forEach(({ hookFns, filters }) => {
  898.     					if (this.shouldFilter(filters)) return;
  899.     					promises.push(
  900.     						Promise.all(hookFns.map((fn) => catchError(fn, this.request))).then(
  901.     							() =>
  902.     								Promise.all(
  903.     									requestKeys.map((key) =>
  904.     										Promise.resolve(this.request[key]).then(
  905.     											(val) => (this.request[key] = val),
  906.     											() => (this.request[key] = this.requestClone[key])
  907.     										)
  908.     									)
  909.     								)
  910.     						)
  911.     					);
  912.     				});
  913.     				return Promise.all(promises);
  914.     			}
  915.     			waitForResponseKeys(response) {
  916.     				const responseKeys =
  917.     					this.request.type === "xhr" ? xhrResponses : fetchResponses;
  918.     				if (!this.request.async) {
  919.     					if (getType(this.request.response) === "[object Function]") {
  920.     						catchError(this.request.response, response);
  921.     						responseKeys.forEach((key) => {
  922.     							if (
  923.     								"get" in getDescriptor(response, key) ||
  924.     								isThenable(response[key])
  925.     							) {
  926.     								delete response[key];
  927.     							}
  928.     						});
  929.     					}
  930.     					return new SyncThenable();
  931.     				}
  932.     				return Promise.resolve(
  933.     					catchError(this.request.response, response)
  934.     				).then(() =>
  935.     					Promise.all(
  936.     						responseKeys.map((key) => {
  937.     							const descriptor = getDescriptor(response, key);
  938.     							if (descriptor && "value" in descriptor) {
  939.     								return Promise.resolve(descriptor.value).then(
  940.     									(val) => (response[key] = val),
  941.     									() => delete response[key]
  942.     								);
  943.     							} else {
  944.     								delete response[key];
  945.     							}
  946.     						})
  947.     					)
  948.     				);
  949.     			}
  950.     		}
  951.     		const proxyHandler = {
  952.     			get(target, prop) {
  953.     				const descriptor = getDescriptor(target, prop);
  954.     				if (
  955.     					descriptor &&
  956.     					!descriptor.configurable &&
  957.     					!descriptor.writable &&
  958.     					!descriptor.get
  959.     				)
  960.     					return target[prop];
  961.     				const ah = target.__ajaxHooker;
  962.     				if (ah && ah.proxyProps) {
  963.     					if (prop in ah.proxyProps) {
  964.     						const pDescriptor = ah.proxyProps[prop];
  965.     						if ("get" in pDescriptor) return pDescriptor.get();
  966.     						if (typeof pDescriptor.value === "function")
  967.     							return pDescriptor.value.bind(ah);
  968.     						return pDescriptor.value;
  969.     					}
  970.     					if (typeof target[prop] === "function")
  971.     						return target[prop].bind(target);
  972.     				}
  973.     				return target[prop];
  974.     			},
  975.     			set(target, prop, value) {
  976.     				const descriptor = getDescriptor(target, prop);
  977.     				if (
  978.     					descriptor &&
  979.     					!descriptor.configurable &&
  980.     					!descriptor.writable &&
  981.     					!descriptor.set
  982.     				)
  983.     					return true;
  984.     				const ah = target.__ajaxHooker;
  985.     				if (ah && ah.proxyProps && prop in ah.proxyProps) {
  986.     					const pDescriptor = ah.proxyProps[prop];
  987.     					pDescriptor.set
  988.     						? pDescriptor.set(value)
  989.     						: (pDescriptor.value = value);
  990.     				} else {
  991.     					target[prop] = value;
  992.     				}
  993.     				return true;
  994.     			},
  995.     		};
  996.     		class XhrHooker {
  997.     			constructor(xhr) {
  998.     				const ah = this;
  999.     				Object.assign(ah, {
  1000.     					originalXhr: xhr,
  1001.     					proxyXhr: new Proxy(xhr, proxyHandler),
  1002.     					resThenable: new SyncThenable(),
  1003.     					proxyProps: {},
  1004.     					proxyEvents: {},
  1005.     				});
  1006.     				xhr.addEventListener("readystatechange", (e) => {
  1007.     					if (
  1008.     						ah.proxyXhr.readyState === 4 &&
  1009.     						ah.request &&
  1010.     						typeof ah.request.response === "function"
  1011.     					) {
  1012.     						const response = {
  1013.     							finalUrl: ah.proxyXhr.responseURL,
  1014.     							status: ah.proxyXhr.status,
  1015.     							responseHeaders: parseHeaders(
  1016.     								ah.proxyXhr.getAllResponseHeaders()
  1017.     							),
  1018.     						};
  1019.     						const tempValues = {};
  1020.     						for (const key of xhrResponses) {
  1021.     							try {
  1022.     								tempValues[key] = ah.originalXhr[key];
  1023.     							} catch (err) {}
  1024.     							defineProp(
  1025.     								response,
  1026.     								key,
  1027.     								() => {
  1028.     									return (response[key] = tempValues[key]);
  1029.     								},
  1030.     								(val) => {
  1031.     									delete response[key];
  1032.     									response[key] = val;
  1033.     								}
  1034.     							);
  1035.     						}
  1036.     						ah.resThenable = new AHRequest(ah.request)
  1037.     							.waitForResponseKeys(response)
  1038.     							.then(() => {
  1039.     								for (const key of xhrResponses) {
  1040.     									ah.proxyProps[key] = {
  1041.     										get: () => {
  1042.     											if (!(key in response)) response[key] = tempValues[key];
  1043.     											return response[key];
  1044.     										},
  1045.     									};
  1046.     								}
  1047.     							});
  1048.     					}
  1049.     					ah.dispatchEvent(e);
  1050.     				});
  1051.     				xhr.addEventListener("load", (e) => ah.dispatchEvent(e));
  1052.     				xhr.addEventListener("loadend", (e) => ah.dispatchEvent(e));
  1053.     				for (const evt of xhrAsyncEvents) {
  1054.     					const onEvt = "on" + evt;
  1055.     					ah.proxyProps[onEvt] = {
  1056.     						get: () => ah.proxyEvents[onEvt] || null,
  1057.     						set: (val) => ah.addEvent(onEvt, val),
  1058.     					};
  1059.     				}
  1060.     				for (const method of [
  1061.     					"setRequestHeader",
  1062.     					"addEventListener",
  1063.     					"removeEventListener",
  1064.     					"open",
  1065.     					"send",
  1066.     				]) {
  1067.     					ah.proxyProps[method] = { value: ah[method] };
  1068.     				}
  1069.     			}
  1070.     			toJSON() {} // Converting circular structure to JSON
  1071.     			addEvent(type, event) {
  1072.     				if (type.startsWith("on")) {
  1073.     					this.proxyEvents[type] = typeof event === "function" ? event : null;
  1074.     				} else {
  1075.     					if (typeof event === "object" && event !== null)
  1076.     						event = event.handleEvent;
  1077.     					if (typeof event !== "function") return;
  1078.     					this.proxyEvents[type] = this.proxyEvents[type] || new Set();
  1079.     					this.proxyEvents[type].add(event);
  1080.     				}
  1081.     			}
  1082.     			removeEvent(type, event) {
  1083.     				if (type.startsWith("on")) {
  1084.     					this.proxyEvents[type] = null;
  1085.     				} else {
  1086.     					if (typeof event === "object" && event !== null)
  1087.     						event = event.handleEvent;
  1088.     					this.proxyEvents[type] && this.proxyEvents[type].delete(event);
  1089.     				}
  1090.     			}
  1091.     			dispatchEvent(e) {
  1092.     				e.stopImmediatePropagation = stopImmediatePropagation;
  1093.     				defineProp(e, "target", () => this.proxyXhr);
  1094.     				defineProp(e, "currentTarget", () => this.proxyXhr);
  1095.     				this.proxyEvents[e.type] &&
  1096.     					this.proxyEvents[e.type].forEach((fn) => {
  1097.     						this.resThenable.then(
  1098.     							() => !e.ajaxHooker_isStopped && fn.call(this.proxyXhr, e)
  1099.     						);
  1100.     					});
  1101.     				if (e.ajaxHooker_isStopped) return;
  1102.     				const onEvent = this.proxyEvents["on" + e.type];
  1103.     				onEvent && this.resThenable.then(onEvent.bind(this.proxyXhr, e));
  1104.     			}
  1105.     			setRequestHeader(header, value) {
  1106.     				this.originalXhr.setRequestHeader(header, value);
  1107.     				if (!this.request) return;
  1108.     				const headers = this.request.headers;
  1109.     				headers[header] =
  1110.     					header in headers ? `${headers[header]}, ${value}` : value;
  1111.     			}
  1112.     			addEventListener(...args) {
  1113.     				if (xhrAsyncEvents.includes(args[0])) {
  1114.     					this.addEvent(args[0], args[1]);
  1115.     				} else {
  1116.     					this.originalXhr.addEventListener(...args);
  1117.     				}
  1118.     			}
  1119.     			removeEventListener(...args) {
  1120.     				if (xhrAsyncEvents.includes(args[0])) {
  1121.     					this.removeEvent(args[0], args[1]);
  1122.     				} else {
  1123.     					this.originalXhr.removeEventListener(...args);
  1124.     				}
  1125.     			}
  1126.     			open(method, url, async = true, ...args) {
  1127.     				this.request = {
  1128.     					type: "xhr",
  1129.     					url: url.toString(),
  1130.     					method: method.toUpperCase(),
  1131.     					abort: false,
  1132.     					headers: {},
  1133.     					data: null,
  1134.     					response: null,
  1135.     					async: !!async,
  1136.     				};
  1137.     				this.openArgs = args;
  1138.     				this.resThenable = new SyncThenable();
  1139.     				[
  1140.     					"responseURL",
  1141.     					"readyState",
  1142.     					"status",
  1143.     					"statusText",
  1144.     					...xhrResponses,
  1145.     				].forEach((key) => {
  1146.     					delete this.proxyProps[key];
  1147.     				});
  1148.     				return this.originalXhr.open(method, url, async, ...args);
  1149.     			}
  1150.     			send(data) {
  1151.     				const ah = this;
  1152.     				const xhr = ah.originalXhr;
  1153.     				const request = ah.request;
  1154.     				if (!request) return xhr.send(data);
  1155.     				request.data = data;
  1156.     				new AHRequest(request).waitForRequestKeys().then(() => {
  1157.     					if (request.abort) {
  1158.     						if (typeof request.response === "function") {
  1159.     							Object.assign(ah.proxyProps, {
  1160.     								responseURL: { value: request.url },
  1161.     								readyState: { value: 4 },
  1162.     								status: { value: 200 },
  1163.     								statusText: { value: "OK" },
  1164.     							});
  1165.     							xhrAsyncEvents.forEach((evt) =>
  1166.     								xhr.dispatchEvent(new Event(evt))
  1167.     							);
  1168.     						}
  1169.     					} else {
  1170.     						xhr.open(
  1171.     							request.method,
  1172.     							request.url,
  1173.     							request.async,
  1174.     							...ah.openArgs
  1175.     						);
  1176.     						for (const header in request.headers) {
  1177.     							xhr.setRequestHeader(header, request.headers[header]);
  1178.     						}
  1179.     						xhr.send(request.data);
  1180.     					}
  1181.     				});
  1182.     			}
  1183.     		}
  1184.     		function fakeXHR() {
  1185.     			const xhr = new winAh.realXHR();
  1186.     			if ("__ajaxHooker" in xhr)
  1187.     				console.warn("检测到不同版本的ajaxHooker，可能发生冲突！");
  1188.     			xhr.__ajaxHooker = new XhrHooker(xhr);
  1189.     			return xhr.__ajaxHooker.proxyXhr;
  1190.     		}
  1191.     		fakeXHR.prototype = win.XMLHttpRequest.prototype;
  1192.     		Object.keys(win.XMLHttpRequest).forEach(
  1193.     			(key) => (fakeXHR[key] = win.XMLHttpRequest[key])
  1194.     		);
  1195.     		function fakeFetch(url, options = {}) {
  1196.     			if (!url) return winAh.realFetch.call(win, url, options);
  1197.     			return new Promise(async (resolve, reject) => {
  1198.     				const init = {};
  1199.     				if (getType(url) === "[object Request]") {
  1200.     					for (const prop of fetchInitProps) init[prop] = url[prop];
  1201.     					if (url.body) init.body = await url.arrayBuffer();
  1202.     					url = url.url;
  1203.     				}
  1204.     				url = url.toString();
  1205.     				Object.assign(init, options);
  1206.     				init.method = init.method || "GET";
  1207.     				init.headers = init.headers || {};
  1208.     				const request = {
  1209.     					type: "fetch",
  1210.     					url: url,
  1211.     					method: init.method.toUpperCase(),
  1212.     					abort: false,
  1213.     					headers: parseHeaders(init.headers),
  1214.     					data: init.body,
  1215.     					response: null,
  1216.     					async: true,
  1217.     				};
  1218.     				const req = new AHRequest(request);
  1219.     				await req.waitForRequestKeys();
  1220.     				if (request.abort) {
  1221.     					if (typeof request.response === "function") {
  1222.     						const response = {
  1223.     							finalUrl: request.url,
  1224.     							status: 200,
  1225.     							responseHeaders: {},
  1226.     						};
  1227.     						await req.waitForResponseKeys(response);
  1228.     						const key = fetchResponses.find((k) => k in response);
  1229.     						let val = response[key];
  1230.     						if (key === "json" && typeof val === "object") {
  1231.     							val = catchError(JSON.stringify.bind(JSON), val);
  1232.     						}
  1233.     						const res = new Response(val, {
  1234.     							status: 200,
  1235.     							statusText: "OK",
  1236.     						});
  1237.     						defineProp(res, "type", () => "basic");
  1238.     						defineProp(res, "url", () => request.url);
  1239.     						resolve(res);
  1240.     					} else {
  1241.     						reject(new DOMException("aborted", "AbortError"));
  1242.     					}
  1243.     					return;
  1244.     				}
  1245.     				init.method = request.method;
  1246.     				init.headers = request.headers;
  1247.     				init.body = request.data;
  1248.     				winAh.realFetch.call(win, request.url, init).then((res) => {
  1249.     					if (typeof request.response === "function") {
  1250.     						const response = {
  1251.     							finalUrl: res.url,
  1252.     							status: res.status,
  1253.     							responseHeaders: parseHeaders(res.headers),
  1254.     						};
  1255.     						fetchResponses.forEach(
  1256.     							(key) =>
  1257.     								(res[key] = function () {
  1258.     									if (key in response) return Promise.resolve(response[key]);
  1259.     									return resProto[key].call(this).then((val) => {
  1260.     										response[key] = val;
  1261.     										return req
  1262.     											.waitForResponseKeys(response)
  1263.     											.then(() => (key in response ? response[key] : val));
  1264.     									});
  1265.     								})
  1266.     						);
  1267.     					}
  1268.     					resolve(res);
  1269.     				}, reject);
  1270.     			});
  1271.     		}
  1272.     		function fakeFetchClone() {
  1273.     			const descriptors = Object.getOwnPropertyDescriptors(this);
  1274.     			const res = winAh.realFetchClone.call(this);
  1275.     			Object.defineProperties(res, descriptors);
  1276.     			return res;
  1277.     		}
  1278.     		winAh = win.__ajaxHooker = winAh || {
  1279.     			version,
  1280.     			fakeXHR,
  1281.     			fakeFetch,
  1282.     			fakeFetchClone,
  1283.     			realXHR: win.XMLHttpRequest,
  1284.     			realFetch: win.fetch,
  1285.     			realFetchClone: resProto.clone,
  1286.     			hookInsts: new Set(),
  1287.     		};
  1288.     		if (winAh.version !== version)
  1289.     			console.warn("检测到不同版本的ajaxHooker，可能发生冲突！");
  1290.     		win.XMLHttpRequest = winAh.fakeXHR;
  1291.     		win.fetch = winAh.fakeFetch;
  1292.     		resProto.clone = winAh.fakeFetchClone;
  1293.     		winAh.hookInsts.add(hookInst);
  1294.     		// 针对头条、抖音 secsdk.umd.js 的兼容性处理
  1295.     		class AHFunction {
  1296.     			call(thisArg, ...args) {
  1297.     				if (
  1298.     					thisArg &&
  1299.     					thisArg.__ajaxHooker &&
  1300.     					thisArg.__ajaxHooker.proxyXhr === thisArg
  1301.     				) {
  1302.     					thisArg = thisArg.__ajaxHooker.originalXhr;
  1303.     				}
  1304.     				return Reflect.apply(this, thisArg, args);
  1305.     			}
  1306.     			apply(thisArg, args) {
  1307.     				if (
  1308.     					thisArg &&
  1309.     					thisArg.__ajaxHooker &&
  1310.     					thisArg.__ajaxHooker.proxyXhr === thisArg
  1311.     				) {
  1312.     					thisArg = thisArg.__ajaxHooker.originalXhr;
  1313.     				}
  1314.     				return Reflect.apply(this, thisArg, args || []);
  1315.     			}
  1316.     		}
  1317.     		function hookSecsdk(csrf) {
  1318.     			Object.setPrototypeOf(
  1319.     				csrf.nativeXMLHttpRequestSetRequestHeader,
  1320.     				AHFunction.prototype
  1321.     			);
  1322.     			Object.setPrototypeOf(
  1323.     				csrf.nativeXMLHttpRequestOpen,
  1324.     				AHFunction.prototype
  1325.     			);
  1326.     			Object.setPrototypeOf(
  1327.     				csrf.nativeXMLHttpRequestSend,
  1328.     				AHFunction.prototype
  1329.     			);
  1330.     		}
  1331.     		if (win.secsdk) {
  1332.     			if (win.secsdk.csrf && win.secsdk.csrf.nativeXMLHttpRequestOpen)
  1333.     				hookSecsdk(win.secsdk.csrf);
  1334.     		} else {
  1335.     			defineProp(win, "secsdk", emptyFn, (secsdk) => {
  1336.     				delete win.secsdk;
  1337.     				win.secsdk = secsdk;
  1338.     				defineProp(secsdk, "csrf", emptyFn, (csrf) => {
  1339.     					delete secsdk.csrf;
  1340.     					secsdk.csrf = csrf;
  1341.     					if (csrf.nativeXMLHttpRequestOpen) hookSecsdk(csrf);
  1342.     				});
  1343.     			});
  1344.     		}
  1345.     		return {
  1346.     			hook: (fn) => hookInst.hookFns.push(fn),
  1347.     			filter: (arr) => {
  1348.     				if (Array.isArray(arr)) hookInst.filters = arr;
  1349.     			},
  1350.     			protect: () => {
  1351.     				readonly(win, "XMLHttpRequest", winAh.fakeXHR);
  1352.     				readonly(win, "fetch", winAh.fakeFetch);
  1353.     				readonly(resProto, "clone", winAh.fakeFetchClone);
  1354.     			},
  1355.     			unhook: () => {
  1356.     				winAh.hookInsts.delete(hookInst);
  1357.     				if (!winAh.hookInsts.size) {
  1358.     					writable(win, "XMLHttpRequest", winAh.realXHR);
  1359.     					writable(win, "fetch", winAh.realFetch);
  1360.     					writable(resProto, "clone", winAh.realFetchClone);
  1361.     					delete win.__ajaxHooker;
  1362.     				}
  1363.     			},
  1364.     		};
  1365.     	})();
  1366.     };
  1367.  
  1368.     // ==UserScript==
  1369.     // @name         ajaxHooker
  1370.     // @author       cxxjackie
  1371.     // @version      1.2.4
  1372.     // @supportURL   https://bbs.tampermonkey.net.cn/thread-3284-1-1.html
  1373.     // ==/UserScript==
  1374.  
  1375.     const AjaxHooker1_2_4 = function () {
  1376.     	return (function () {
  1377.     		const win = window.unsafeWindow || document.defaultView || window;
  1378.     		const hookFns = [];
  1379.     		const realXhr = win.XMLHttpRequest;
  1380.     		const resProto = win.Response.prototype;
  1381.     		const toString = Object.prototype.toString;
  1382.     		const realFetch = win.fetch;
  1383.     		const xhrResponses = ["response", "responseText", "responseXML"];
  1384.     		const fetchResponses = ["arrayBuffer", "blob", "formData", "json", "text"];
  1385.     		const xhrAsyncEvents = ["readystatechange", "load", "loadend"];
  1386.     		let filter;
  1387.     		function emptyFn() {}
  1388.     		function errorFn(err) {
  1389.     			console.error(err);
  1390.     		}
  1391.     		function defineProp(obj, prop, getter, setter) {
  1392.     			Object.defineProperty(obj, prop, {
  1393.     				configurable: true,
  1394.     				enumerable: true,
  1395.     				get: getter,
  1396.     				set: setter,
  1397.     			});
  1398.     		}
  1399.     		function readonly(obj, prop, value = obj[prop]) {
  1400.     			defineProp(obj, prop, () => value, emptyFn);
  1401.     		}
  1402.     		function writable(obj, prop, value = obj[prop]) {
  1403.     			Object.defineProperty(obj, prop, {
  1404.     				configurable: true,
  1405.     				enumerable: true,
  1406.     				writable: true,
  1407.     				value: value,
  1408.     			});
  1409.     		}
  1410.     		function toFilterObj(obj) {
  1411.     			return {
  1412.     				type: obj.type,
  1413.     				url: obj.url,
  1414.     				method: obj.method && obj.method.toUpperCase(),
  1415.     			};
  1416.     		}
  1417.     		function shouldFilter(type, url, method) {
  1418.     			return (
  1419.     				filter &&
  1420.     				!filter.find(
  1421.     					(obj) =>
  1422.     						(!obj.type || obj.type === type) &&
  1423.     						(!obj.url ||
  1424.     							(toString.call(obj.url) === "[object String]"
  1425.     								? url.includes(obj.url)
  1426.     								: obj.url.test(url))) &&
  1427.     						(!obj.method || obj.method === method.toUpperCase())
  1428.     				)
  1429.     			);
  1430.     		}
  1431.     		function lookupGetter(obj, prop) {
  1432.     			let getter;
  1433.     			let proto = obj;
  1434.     			while (proto) {
  1435.     				const descriptor = Object.getOwnPropertyDescriptor(proto, prop);
  1436.     				getter = descriptor && descriptor.get;
  1437.     				if (getter) break;
  1438.     				proto = Object.getPrototypeOf(proto);
  1439.     			}
  1440.     			return getter ? getter.bind(obj) : emptyFn;
  1441.     		}
  1442.     		function waitForHookFns(request) {
  1443.     			return Promise.all(
  1444.     				hookFns.map((fn) => Promise.resolve(fn(request)).then(emptyFn, errorFn))
  1445.     			);
  1446.     		}
  1447.     		function waitForRequestKeys(request, requestClone) {
  1448.     			return Promise.all(
  1449.     				["url", "method", "abort", "headers", "data"].map((key) => {
  1450.     					return Promise.resolve(request[key]).then(
  1451.     						(val) => (request[key] = val),
  1452.     						() => (request[key] = requestClone[key])
  1453.     					);
  1454.     				})
  1455.     			);
  1456.     		}
  1457.     		function fakeEventSIP() {
  1458.     			this.ajaxHooker_stopped = true;
  1459.     		}
  1460.     		function xhrDelegateEvent(e) {
  1461.     			const xhr = e.target;
  1462.     			e.stopImmediatePropagation = fakeEventSIP;
  1463.     			xhr.__ajaxHooker.hookedEvents[e.type].forEach(
  1464.     				(fn) => !e.ajaxHooker_stopped && fn.call(xhr, e)
  1465.     			);
  1466.     			const onEvent = xhr.__ajaxHooker.hookedEvents["on" + e.type];
  1467.     			typeof onEvent === "function" && onEvent.call(xhr, e);
  1468.     		}
  1469.     		function xhrReadyStateChange(e) {
  1470.     			if (e.target.readyState === 4) {
  1471.     				e.target.dispatchEvent(
  1472.     					new CustomEvent("ajaxHooker_responseReady", { detail: e })
  1473.     				);
  1474.     			} else {
  1475.     				e.target.__ajaxHooker.delegateEvent(e);
  1476.     			}
  1477.     		}
  1478.     		function xhrLoadAndLoadend(e) {
  1479.     			e.target.__ajaxHooker.delegateEvent(e);
  1480.     		}
  1481.     		function fakeXhrOpen(method, url, ...args) {
  1482.     			const ah = this.__ajaxHooker;
  1483.     			ah.url = url.toString();
  1484.     			ah.method = method.toUpperCase();
  1485.     			ah.openArgs = args;
  1486.     			ah.headers = {};
  1487.     			return ah.originalMethods.open(method, url, ...args);
  1488.     		}
  1489.     		function fakeXhr() {
  1490.     			const xhr = new realXhr();
  1491.     			let ah = xhr.__ajaxHooker;
  1492.     			if (!ah) {
  1493.     				ah = xhr.__ajaxHooker = {
  1494.     					headers: {},
  1495.     					hookedEvents: {
  1496.     						readystatechange: new Set(),
  1497.     						load: new Set(),
  1498.     						loadend: new Set(),
  1499.     					},
  1500.     					delegateEvent: xhrDelegateEvent,
  1501.     					originalGetters: {},
  1502.     					originalMethods: {},
  1503.     				};
  1504.     				xhr.addEventListener("readystatechange", xhrReadyStateChange);
  1505.     				xhr.addEventListener("load", xhrLoadAndLoadend);
  1506.     				xhr.addEventListener("loadend", xhrLoadAndLoadend);
  1507.     				for (const key of xhrResponses) {
  1508.     					ah.originalGetters[key] = lookupGetter(xhr, key);
  1509.     				}
  1510.     				for (const method of [
  1511.     					"open",
  1512.     					"setRequestHeader",
  1513.     					"addEventListener",
  1514.     					"removeEventListener",
  1515.     				]) {
  1516.     					ah.originalMethods[method] = xhr[method].bind(xhr);
  1517.     				}
  1518.     				xhr.open = fakeXhrOpen;
  1519.     				xhr.setRequestHeader = (header, value) => {
  1520.     					ah.originalMethods.setRequestHeader(header, value);
  1521.     					if (xhr.readyState === 1) {
  1522.     						if (ah.headers[header]) {
  1523.     							ah.headers[header] += ", " + value;
  1524.     						} else {
  1525.     							ah.headers[header] = value;
  1526.     						}
  1527.     					}
  1528.     				};
  1529.     				xhr.addEventListener = function (...args) {
  1530.     					if (xhrAsyncEvents.includes(args[0])) {
  1531.     						ah.hookedEvents[args[0]].add(args[1]);
  1532.     					} else {
  1533.     						ah.originalMethods.addEventListener(...args);
  1534.     					}
  1535.     				};
  1536.     				xhr.removeEventListener = function (...args) {
  1537.     					if (xhrAsyncEvents.includes(args[0])) {
  1538.     						ah.hookedEvents[args[0]].delete(args[1]);
  1539.     					} else {
  1540.     						ah.originalMethods.removeEventListener(...args);
  1541.     					}
  1542.     				};
  1543.     				xhrAsyncEvents.forEach((evt) => {
  1544.     					const onEvt = "on" + evt;
  1545.     					defineProp(
  1546.     						xhr,
  1547.     						onEvt,
  1548.     						() => {
  1549.     							return ah.hookedEvents[onEvt] || null;
  1550.     						},
  1551.     						(val) => {
  1552.     							ah.hookedEvents[onEvt] = typeof val === "function" ? val : null;
  1553.     						}
  1554.     					);
  1555.     				});
  1556.     			}
  1557.     			const realSend = xhr.send.bind(xhr);
  1558.     			xhr.send = function (data) {
  1559.     				if (xhr.readyState !== 1) return realSend(data);
  1560.     				ah.delegateEvent = xhrDelegateEvent;
  1561.     				xhrResponses.forEach((prop) => {
  1562.     					delete xhr[prop]; // delete descriptor
  1563.     				});
  1564.     				if (shouldFilter("xhr", ah.url, ah.method)) {
  1565.     					xhr.addEventListener("ajaxHooker_responseReady", (e) => {
  1566.     						ah.delegateEvent(e.detail);
  1567.     					});
  1568.     					return realSend(data);
  1569.     				}
  1570.     				try {
  1571.     					const request = {
  1572.     						type: "xhr",
  1573.     						url: ah.url,
  1574.     						method: ah.method,
  1575.     						abort: false,
  1576.     						headers: ah.headers,
  1577.     						data: data,
  1578.     						response: null,
  1579.     					};
  1580.     					const requestClone = { ...request };
  1581.     					waitForHookFns(request).then(() => {
  1582.     						waitForRequestKeys(request, requestClone).then(() => {
  1583.     							if (request.abort) return;
  1584.     							ah.originalMethods.open(
  1585.     								request.method,
  1586.     								request.url,
  1587.     								...ah.openArgs
  1588.     							);
  1589.     							for (const header in request.headers) {
  1590.     								ah.originalMethods.setRequestHeader(
  1591.     									header,
  1592.     									request.headers[header]
  1593.     								);
  1594.     							}
  1595.     							data = request.data;
  1596.     							xhr.addEventListener("ajaxHooker_responseReady", (e) => {
  1597.     								try {
  1598.     									if (typeof request.response === "function") {
  1599.     										const arg = {
  1600.     											finalUrl: xhr.responseURL,
  1601.     											status: xhr.status,
  1602.     											responseHeaders: {},
  1603.     										};
  1604.     										for (const line of xhr
  1605.     											.getAllResponseHeaders()
  1606.     											.trim()
  1607.     											.split(/[\r\n]+/)) {
  1608.     											const parts = line.split(/:\s*/);
  1609.     											if (parts.length === 2) {
  1610.     												const lheader = parts[0].toLowerCase();
  1611.     												if (arg.responseHeaders[lheader]) {
  1612.     													arg.responseHeaders[lheader] += ", " + parts[1];
  1613.     												} else {
  1614.     													arg.responseHeaders[lheader] = parts[1];
  1615.     												}
  1616.     											}
  1617.     										}
  1618.     										xhrResponses.forEach((prop) => {
  1619.     											defineProp(
  1620.     												arg,
  1621.     												prop,
  1622.     												() => {
  1623.     													return (arg[prop] = ah.originalGetters[prop]());
  1624.     												},
  1625.     												(val) => {
  1626.     													delete arg[prop];
  1627.     													arg[prop] = val;
  1628.     												}
  1629.     											);
  1630.     											defineProp(xhr, prop, () => {
  1631.     												const val = ah.originalGetters[prop]();
  1632.     												xhr.dispatchEvent(
  1633.     													new CustomEvent("ajaxHooker_readResponse", {
  1634.     														detail: { prop, val },
  1635.     													})
  1636.     												);
  1637.     												return val;
  1638.     											});
  1639.     										});
  1640.     										xhr.addEventListener("ajaxHooker_readResponse", (e) => {
  1641.     											arg[e.detail.prop] = e.detail.val;
  1642.     										});
  1643.     										const resPromise = Promise.resolve(
  1644.     											request.response(arg)
  1645.     										).then(() => {
  1646.     											const task = [];
  1647.     											xhrResponses.forEach((prop) => {
  1648.     												const descriptor = Object.getOwnPropertyDescriptor(
  1649.     													arg,
  1650.     													prop
  1651.     												);
  1652.     												if (descriptor && "value" in descriptor) {
  1653.     													task.push(
  1654.     														Promise.resolve(descriptor.value).then((val) => {
  1655.     															arg[prop] = val;
  1656.     															defineProp(xhr, prop, () => {
  1657.     																xhr.dispatchEvent(
  1658.     																	new CustomEvent("ajaxHooker_readResponse", {
  1659.     																		detail: { prop, val },
  1660.     																	})
  1661.     																);
  1662.     																return val;
  1663.     															});
  1664.     														}, emptyFn)
  1665.     													);
  1666.     												}
  1667.     											});
  1668.     											return Promise.all(task);
  1669.     										}, errorFn);
  1670.     										const eventsClone = {};
  1671.     										xhrAsyncEvents.forEach((type) => {
  1672.     											eventsClone[type] = new Set([...ah.hookedEvents[type]]);
  1673.     											eventsClone["on" + type] = ah.hookedEvents["on" + type];
  1674.     										});
  1675.     										ah.delegateEvent = (event) =>
  1676.     											resPromise.then(() => {
  1677.     												event.stopImmediatePropagation = fakeEventSIP;
  1678.     												eventsClone[event.type].forEach(
  1679.     													(fn) =>
  1680.     														!event.ajaxHooker_stopped && fn.call(xhr, event)
  1681.     												);
  1682.     												const onEvent = eventsClone["on" + event.type];
  1683.     												typeof onEvent === "function" &&
  1684.     													onEvent.call(xhr, event);
  1685.     											});
  1686.     									}
  1687.     								} catch (err) {
  1688.     									console.error(err);
  1689.     								}
  1690.     								ah.delegateEvent(e.detail);
  1691.     							});
  1692.     							realSend(data);
  1693.     						});
  1694.     					});
  1695.     				} catch (err) {
  1696.     					console.error(err);
  1697.     					realSend(data);
  1698.     				}
  1699.     			};
  1700.     			return xhr;
  1701.     		}
  1702.     		function hookFetchResponse(response, arg, callback) {
  1703.     			fetchResponses.forEach((prop) => {
  1704.     				response[prop] = () =>
  1705.     					new Promise((resolve, reject) => {
  1706.     						resProto[prop].call(response).then((res) => {
  1707.     							if (prop in arg) {
  1708.     								resolve(arg[prop]);
  1709.     							} else {
  1710.     								try {
  1711.     									arg[prop] = res;
  1712.     									Promise.resolve(callback(arg)).then(() => {
  1713.     										if (prop in arg) {
  1714.     											Promise.resolve(arg[prop]).then(
  1715.     												(val) => resolve((arg[prop] = val)),
  1716.     												() => resolve(res)
  1717.     											);
  1718.     										} else {
  1719.     											resolve(res);
  1720.     										}
  1721.     									}, errorFn);
  1722.     								} catch (err) {
  1723.     									console.error(err);
  1724.     									resolve(res);
  1725.     								}
  1726.     							}
  1727.     						}, reject);
  1728.     					});
  1729.     			});
  1730.     		}
  1731.     		function fakeFetch(url, init) {
  1732.     			if (url && typeof url.toString === "function") {
  1733.     				url = url.toString();
  1734.     				init = init || {};
  1735.     				init.method = init.method || "GET";
  1736.     				init.headers = init.headers || {};
  1737.     				if (shouldFilter("fetch", url, init.method))
  1738.     					return realFetch.call(win, url, init);
  1739.     				const request = {
  1740.     					type: "fetch",
  1741.     					url: url,
  1742.     					method: init.method.toUpperCase(),
  1743.     					abort: false,
  1744.     					headers: {},
  1745.     					data: init.body,
  1746.     					response: null,
  1747.     				};
  1748.     				if (toString.call(init.headers) === "[object Headers]") {
  1749.     					for (const [key, val] of init.headers) {
  1750.     						request.headers[key] = val;
  1751.     					}
  1752.     				} else {
  1753.     					request.headers = { ...init.headers };
  1754.     				}
  1755.     				const requestClone = { ...request };
  1756.     				return new Promise((resolve, reject) => {
  1757.     					try {
  1758.     						waitForHookFns(request).then(() => {
  1759.     							waitForRequestKeys(request, requestClone).then(() => {
  1760.     								if (request.abort) return reject("aborted");
  1761.     								url = request.url;
  1762.     								init.method = request.method;
  1763.     								init.headers = request.headers;
  1764.     								init.body = request.data;
  1765.     								realFetch.call(win, url, init).then((response) => {
  1766.     									if (typeof request.response === "function") {
  1767.     										const arg = {
  1768.     											finalUrl: response.url,
  1769.     											status: response.status,
  1770.     											responseHeaders: {},
  1771.     										};
  1772.     										for (const [key, val] of response.headers) {
  1773.     											arg.responseHeaders[key] = val;
  1774.     										}
  1775.     										hookFetchResponse(response, arg, request.response);
  1776.     										response.clone = () => {
  1777.     											const resClone = resProto.clone.call(response);
  1778.     											hookFetchResponse(resClone, arg, request.response);
  1779.     											return resClone;
  1780.     										};
  1781.     									}
  1782.     									resolve(response);
  1783.     								}, reject);
  1784.     							});
  1785.     						});
  1786.     					} catch (err) {
  1787.     						console.error(err);
  1788.     						return realFetch.call(win, url, init);
  1789.     					}
  1790.     				});
  1791.     			} else {
  1792.     				return realFetch.call(win, url, init);
  1793.     			}
  1794.     		}
  1795.     		win.XMLHttpRequest = fakeXhr;
  1796.     		Object.keys(realXhr).forEach((key) => (fakeXhr[key] = realXhr[key]));
  1797.     		fakeXhr.prototype = realXhr.prototype;
  1798.     		win.fetch = fakeFetch;
  1799.     		return {
  1800.     			hook: (fn) => hookFns.push(fn),
  1801.     			filter: (arr) => {
  1802.     				filter = Array.isArray(arr) && arr.map(toFilterObj);
  1803.     			},
  1804.     			protect: () => {
  1805.     				readonly(win, "XMLHttpRequest", fakeXhr);
  1806.     				readonly(win, "fetch", fakeFetch);
  1807.     			},
  1808.     			unhook: () => {
  1809.     				writable(win, "XMLHttpRequest", realXhr);
  1810.     				writable(win, "fetch", realFetch);
  1811.     			},
  1812.     		};
  1813.     	})();
  1814.     };
  1815.  
  1816.     class GMMenu {
  1817.         GM_Api = {
  1818.             /**
  1819.              * 获取存储的数据
  1820.              */
  1821.             getValue: null,
  1822.             /**
  1823.              * 设置数据到存储
  1824.              */
  1825.             setValue: null,
  1826.             /**
  1827.              * 注册菜单
  1828.              */
  1829.             registerMenuCommand: null,
  1830.             /**
  1831.              * 卸载菜单
  1832.              */
  1833.             unregisterMenuCommand: null,
  1834.         };
  1835.         MenuHandle = {
  1836.             context: this,
  1837.             $data: {
  1838.                 /**
  1839.                  * 菜单数据
  1840.                  */
  1841.                 data: [],
  1842.                 /**
  1843.                  * 本地存储的键名
  1844.                  */
  1845.                 key: "GM_Menu_Local_Map",
  1846.             },
  1847.             $default: {
  1848.                 /** 自动刷新网页，默认为true */
  1849.                 autoReload: true,
  1850.                 /**
  1851.                  * 菜单isStoreValue的默认值
  1852.                  */
  1853.                 isStoreValue: true,
  1854.             },
  1855.             $emoji: {
  1856.                 /**
  1857.                  * 菜单enable为true的emoji
  1858.                  */
  1859.                 success: "✅",
  1860.                 /**
  1861.                  * 菜单enable为false的emoji
  1862.                  */
  1863.                 error: "❌",
  1864.             },
  1865.             /**
  1866.              * 初始化数据
  1867.              */
  1868.             init() {
  1869.                 for (let index = 0; index < this.$data.data.length; index++) {
  1870.                     let menuOption = this.$data.data[index]["data"];
  1871.                     menuOption.enable = Boolean(this.getLocalMenuData(menuOption.key, menuOption.enable));
  1872.                     if (typeof menuOption.showText !== "function") {
  1873.                         menuOption.showText = (menuText, menuEnable) => {
  1874.                             if (menuEnable) {
  1875.                                 return this.$emoji.success + " " + menuText;
  1876.                             }
  1877.                             else {
  1878.                                 return this.$emoji.error + " " + menuText;
  1879.                             }
  1880.                         };
  1881.                     }
  1882.                 }
  1883.             },
  1884.             /**
  1885.              * 注册油猴菜单
  1886.              * @param menuOptions 如果存在，使用它
  1887.              */
  1888.             register(menuOptions) {
  1889.                 let that = this;
  1890.                 if (menuOptions == null) {
  1891.                     throw new TypeError("register菜单数据不能为空");
  1892.                 }
  1893.                 if (!Array.isArray(menuOptions)) {
  1894.                     menuOptions = [menuOptions];
  1895.                 }
  1896.                 for (let index = 0; index < menuOptions.length; index++) {
  1897.                     let cloneMenuOptionData = commonUtil.deepClone(menuOptions[index].data);
  1898.                     const { showText, clickCallBack } = this.handleMenuData(cloneMenuOptionData);
  1899.                     let menuId = that.context.GM_Api.registerMenuCommand(showText, clickCallBack);
  1900.                     menuOptions[index].id = menuId;
  1901.                     cloneMenuOptionData.deleteMenu = function () {
  1902.                         that.context.GM_Api.unregisterMenuCommand(menuId);
  1903.                     };
  1904.                     Reflect.deleteProperty(menuOptions[index], "handleData");
  1905.                     menuOptions[index].handleData = cloneMenuOptionData;
  1906.                 }
  1907.             },
  1908.             /**
  1909.              * 获取本地存储菜单键值
  1910.              * @param {string} key 键
  1911.              */
  1912.             getLocalMenuData(key, defaultValue) {
  1913.                 let localData = this.context.GM_Api.getValue(this.$data.key, {});
  1914.                 if (key in localData) {
  1915.                     return localData[key];
  1916.                 }
  1917.                 else {
  1918.                     return defaultValue;
  1919.                 }
  1920.             },
  1921.             /**
  1922.              * 设置本地存储菜单键值
  1923.              * @param key 键
  1924.              * @param value 值
  1925.              */
  1926.             setLocalMenuData(key, value) {
  1927.                 let localData = this.context.GM_Api.getValue(this.$data.key, {});
  1928.                 localData[key] = value;
  1929.                 this.context.GM_Api.setValue(this.$data.key, localData);
  1930.             },
  1931.             /**
  1932.              * 处理初始化配置
  1933.              * @param menuOption
  1934.              */
  1935.             handleInitDetail(menuOption) {
  1936.                 menuOption.enable = Boolean(this.getLocalMenuData(menuOption.key, menuOption.enable));
  1937.                 if (typeof menuOption.showText !== "function") {
  1938.                     menuOption.showText = (menuText, menuEnable) => {
  1939.                         if (menuEnable) {
  1940.                             return this.$emoji.success + " " + menuText;
  1941.                         }
  1942.                         else {
  1943.                             return this.$emoji.error + " " + menuText;
  1944.                         }
  1945.                     };
  1946.                 }
  1947.                 return menuOption;
  1948.             },
  1949.             /**
  1950.              * 对菜单数据进行处理
  1951.              * @param menuOption
  1952.              */
  1953.             handleMenuData(menuOption) {
  1954.                 let that = this;
  1955.                 let menuLocalDataItemKey = menuOption.key;
  1956.                 /* 菜单默认开启的状态 */
  1957.                 let defaultEnable = Boolean(this.getLocalMenuData(menuLocalDataItemKey, menuOption.enable));
  1958.                 /** 油猴菜单上显示的文本 */
  1959.                 let showText = menuOption.showText(menuOption.text, defaultEnable);
  1960.                 // @ts-ignore
  1961.                 ({
  1962.                     /**
  1963.                      * 菜单的id
  1964.                      */
  1965.                     id: menuOption.id,
  1966.                     /**
  1967.                      * 点击菜单项后是否应关闭弹出菜单
  1968.                      */
  1969.                     autoClose: menuOption.autoClose,
  1970.                     /**
  1971.                      * 菜单项的可选访问键
  1972.                      */
  1973.                     accessKey: menuOption.accessKey,
  1974.                     /**
  1975.                      * 菜单项的鼠标悬浮上的工具提示
  1976.                      */
  1977.                     title: menuOption.title,
  1978.                 });
  1979.                 /* 点击菜单后触发callback后的网页是否刷新 */
  1980.                 menuOption.autoReload =
  1981.                     typeof menuOption.autoReload !== "boolean"
  1982.                         ? this.$default.autoReload
  1983.                         : menuOption.autoReload;
  1984.                 /* 点击菜单后触发callback后的网页是否存储值 */
  1985.                 menuOption.isStoreValue =
  1986.                     typeof menuOption.isStoreValue !== "boolean"
  1987.                         ? this.$default.isStoreValue
  1988.                         : menuOption.isStoreValue;
  1989.                 /**
  1990.                  * 用户点击菜单后的回调函数
  1991.                  * @param event
  1992.                  */
  1993.                 function clickCallBack(event) {
  1994.                     let localEnable = Boolean(that.getLocalMenuData(menuLocalDataItemKey, defaultEnable));
  1995.                     if (menuOption.isStoreValue) {
  1996.                         that.setLocalMenuData(menuLocalDataItemKey, !localEnable);
  1997.                     }
  1998.                     if (typeof menuOption.callback === "function") {
  1999.                         menuOption.callback({
  2000.                             key: menuLocalDataItemKey,
  2001.                             enable: !localEnable,
  2002.                             oldEnable: localEnable,
  2003.                             event: event,
  2004.                             storeValue(value) {
  2005.                                 that.setLocalMenuData(menuLocalDataItemKey, value);
  2006.                             },
  2007.                         });
  2008.                     }
  2009.                     /* 不刷新网页就刷新菜单 */
  2010.                     if (menuOption.autoReload) {
  2011.                         window.location.reload();
  2012.                     }
  2013.                     else {
  2014.                         that.context.update();
  2015.                     }
  2016.                 }
  2017.                 return {
  2018.                     showText,
  2019.                     clickCallBack,
  2020.                 };
  2021.             },
  2022.             /**
  2023.              * 获取目标菜单配置数据
  2024.              * @param menuKey 菜单-键key
  2025.              */
  2026.             getMenuData(menuKey) {
  2027.                 return this.$data.data.find((item) => item.data.key === menuKey);
  2028.             },
  2029.             /**
  2030.              * 获取目标菜单配置
  2031.              * @param menuKey 菜单-键key
  2032.              */
  2033.             getMenuOption(menuKey) {
  2034.                 return this.$data.data.find((item) => item.data.key === menuKey)?.data;
  2035.             },
  2036.             /**
  2037.              * 获取目标菜单处理后的配置
  2038.              * @param menuKey 菜单-键key
  2039.              */
  2040.             getMenuHandledOption(menuKey) {
  2041.                 return this.$data.data.find((item) => item.handleData.key === menuKey)
  2042.                     ?.handleData;
  2043.             },
  2044.         };
  2045.         constructor(details) {
  2046.             this.GM_Api.getValue = details.GM_getValue;
  2047.             this.GM_Api.setValue = details.GM_setValue;
  2048.             this.GM_Api.registerMenuCommand = details.GM_registerMenuCommand;
  2049.             this.GM_Api.unregisterMenuCommand = details.GM_unregisterMenuCommand;
  2050.             this.MenuHandle.$default.autoReload =
  2051.                 typeof details.autoReload === "boolean" ? details.autoReload : true;
  2052.             for (const keyName of Object.keys(this.GM_Api)) {
  2053.                 if (typeof this.GM_Api[keyName] !== "function") {
  2054.                     throw new Error(`Utils.GM_Menu 请在脚本开头加上 @grant  ${keyName}，且传入该对象`);
  2055.                 }
  2056.             }
  2057.             this.add(details?.data || []);
  2058.         }
  2059.         /**
  2060.          * 新增菜单数据
  2061.          * @param menuOption
  2062.          */
  2063.         __add(menuOption) {
  2064.             if (Array.isArray(menuOption)) {
  2065.                 for (let index = 0; index < menuOption.length; index++) {
  2066.                     const option = menuOption[index];
  2067.                     this.MenuHandle.$data.data.push({
  2068.                         data: option,
  2069.                         id: undefined,
  2070.                     });
  2071.                 }
  2072.             }
  2073.             else {
  2074.                 this.MenuHandle.$data.data.push({
  2075.                     data: menuOption,
  2076.                     id: undefined,
  2077.                 });
  2078.             }
  2079.         }
  2080.         /**
  2081.          * 新增菜单数据
  2082.          *
  2083.          * 自动调用.update()
  2084.          * @param menuOption
  2085.          */
  2086.         add(menuOption) {
  2087.             this.__add(menuOption);
  2088.             this.update();
  2089.         }
  2090.         /**
  2091.          * 更新菜单数据
  2092.          *
  2093.          * 实现方式：先取消注册所有已注册的菜单、再依次注册所有菜单项
  2094.          *
  2095.          * 如果菜单不存在，新增菜单项
  2096.          *
  2097.          * 如果菜单已存在，新菜单项覆盖旧的菜单项
  2098.          * @param options 数据
  2099.          */
  2100.         update(options) {
  2101.             let menuOptionList = [];
  2102.             if (Array.isArray(options)) {
  2103.                 menuOptionList = [...menuOptionList, ...options];
  2104.             }
  2105.             else if (options != null) {
  2106.                 menuOptionList = [...menuOptionList, options];
  2107.             }
  2108.             menuOptionList.forEach((menuOption) => {
  2109.                 let oldMenuOption = this.MenuHandle.getMenuOption(menuOption.key);
  2110.                 if (oldMenuOption) {
  2111.                     // 覆盖
  2112.                     Object.assign(oldMenuOption, menuOption);
  2113.                 }
  2114.                 else {
  2115.                     this.__add(menuOption);
  2116.                 }
  2117.             });
  2118.             this.MenuHandle.$data.data.forEach((value) => {
  2119.                 if (value.handleData) {
  2120.                     value.handleData.deleteMenu();
  2121.                 }
  2122.             });
  2123.             this.MenuHandle.init();
  2124.             this.MenuHandle.register(this.MenuHandle.$data.data);
  2125.         }
  2126.         /**
  2127.          * 卸载菜单
  2128.          * @param menuId 已注册的菜单id
  2129.          */
  2130.         delete(menuId) {
  2131.             this.GM_Api.unregisterMenuCommand(menuId);
  2132.         }
  2133.         /**
  2134.          * 根据键值获取enable值
  2135.          * @param menuKey 菜单-键key
  2136.          * @deprecated
  2137.          */
  2138.         get(menuKey) {
  2139.             return this.getEnable(menuKey);
  2140.         }
  2141.         /**
  2142.          * 根据键值获取enable值
  2143.          * @param menuKey 菜单-键key
  2144.          */
  2145.         getEnable(menuKey) {
  2146.             return this.MenuHandle.getMenuHandledOption(menuKey).enable;
  2147.         }
  2148.         /**
  2149.          * 根据键值获取text值
  2150.          * @param menuKey 菜单-键key
  2151.          */
  2152.         getText(menuKey) {
  2153.             return this.MenuHandle.getMenuHandledOption(menuKey).text;
  2154.         }
  2155.         /**
  2156.          * 根据键值获取showText函数的值
  2157.          * @param menuKey 菜单-键key
  2158.          */
  2159.         getShowTextValue(menuKey) {
  2160.             return this.MenuHandle.getMenuHandledOption(menuKey).showText(this.getText(menuKey), this.getEnable(menuKey));
  2161.         }
  2162.         /**
  2163.          * 获取当前已注册菜单的id
  2164.          * @param menuKey
  2165.          */
  2166.         getMenuId(menuKey) {
  2167.             let result = null;
  2168.             for (let index = 0; index < this.MenuHandle.$data.data.length; index++) {
  2169.                 const optionData = this.MenuHandle.$data.data[index];
  2170.                 if (optionData.handleData.key === menuKey) {
  2171.                     result = optionData.id;
  2172.                     break;
  2173.                 }
  2174.             }
  2175.             return result;
  2176.         }
  2177.         /**
  2178.          * 根据键值获取accessKey值
  2179.          * @param menuKey 菜单-键key
  2180.          */
  2181.         getAccessKey(menuKey) {
  2182.             return this.MenuHandle.getMenuHandledOption(menuKey)?.accessKey;
  2183.         }
  2184.         /**
  2185.          * 根据键值获取autoClose值
  2186.          * @param menuKey 菜单-键key
  2187.          */
  2188.         getAutoClose(menuKey) {
  2189.             return this.MenuHandle.getMenuHandledOption(menuKey)?.autoClose;
  2190.         }
  2191.         /**
  2192.          * 根据键值获取autoReload值
  2193.          * @param menuKey 菜单-键key
  2194.          */
  2195.         getAutoReload(menuKey) {
  2196.             return this.MenuHandle.getMenuHandledOption(menuKey)?.autoReload;
  2197.         }
  2198.         /**
  2199.          * 根据键值获取callback函数
  2200.          * @param menuKey 菜单-键key
  2201.          */
  2202.         getCallBack(menuKey) {
  2203.             return this.MenuHandle.getMenuHandledOption(menuKey)?.callback;
  2204.         }
  2205.         /**
  2206.          * 获取当enable为true时默认显示在菜单中前面的emoji图标
  2207.          */
  2208.         getEnableTrueEmoji() {
  2209.             return this.MenuHandle.$emoji.success;
  2210.         }
  2211.         /**
  2212.          * 获取当enable为false时默认显示在菜单中前面的emoji图标
  2213.          */
  2214.         getEnableFalseEmoji() {
  2215.             return this.MenuHandle.$emoji.error;
  2216.         }
  2217.         /**
  2218.          * 获取本地存储的菜单外部的键名
  2219.          * @param keyName
  2220.          */
  2221.         getLocalStorageKeyName() {
  2222.             return this.MenuHandle.$data.key;
  2223.         }
  2224.         /**
  2225.          * 设置菜单的值
  2226.          * @param menuKey 菜单-键key
  2227.          * @param value 需要设置的值
  2228.          */
  2229.         setValue(menuKey, value) {
  2230.             this.MenuHandle.setLocalMenuData(menuKey, value);
  2231.         }
  2232.         /**
  2233.          * 设置菜单的值
  2234.          * @param menuKey 菜单-键key
  2235.          * @param value 需要设置的值
  2236.          */
  2237.         setEnable(menuKey, value) {
  2238.             this.setValue(menuKey, Boolean(value));
  2239.         }
  2240.         /**
  2241.          * 设置当enable为true时默认显示在菜单中前面的emoji图标
  2242.          * @param emojiString
  2243.          */
  2244.         setEnableTrueEmoji(emojiString) {
  2245.             if (typeof emojiString !== "string") {
  2246.                 throw new Error("参数emojiString必须是string类型");
  2247.             }
  2248.             this.MenuHandle.$emoji.success = emojiString;
  2249.         }
  2250.         /**
  2251.          * 设置当enable为false时默认显示在菜单中前面的emoji图标
  2252.          * @param emojiString
  2253.          */
  2254.         setEnableFalseEmoji(emojiString) {
  2255.             if (typeof emojiString !== "string") {
  2256.                 throw new Error("参数emojiString必须是string类型");
  2257.             }
  2258.             this.MenuHandle.$emoji.error = emojiString;
  2259.         }
  2260.         /**
  2261.          * 设置本地存储的菜单外部的键名
  2262.          * @param keyName
  2263.          */
  2264.         setLocalStorageKeyName(keyName) {
  2265.             if (typeof keyName !== "string") {
  2266.                 throw new Error("参数keyName必须是string类型");
  2267.             }
  2268.             this.MenuHandle.$data.key = keyName;
  2269.         }
  2270.     }
  2271.  
  2272.     class Hooks {
  2273.         /**
  2274.          * 在Function原型上添加自定义方法.hook和.unhook
  2275.          */
  2276.         initEnv() {
  2277.             Function.prototype.hook = function (realFunc, hookFunc, context) {
  2278.                 let _context = null; //函数上下文
  2279.                 let _funcName = null; //函数名
  2280.                 _context = context || window;
  2281.                 _funcName = getFuncName(this);
  2282.                 _context["realFunc_" + _funcName] = this;
  2283.                 if (_context[_funcName].prototype &&
  2284.                     _context[_funcName].prototype.isHooked) {
  2285.                     console.log("Already has been hooked,unhook first");
  2286.                     return false;
  2287.                 }
  2288.                 function getFuncName(fn) {
  2289.                     // 获取函数名
  2290.                     let strFunc = fn.toString();
  2291.                     let _regex = /function\s+(\w+)\s*\(/;
  2292.                     let patten = strFunc.match(_regex);
  2293.                     if (patten) {
  2294.                         return patten[1];
  2295.                     }
  2296.                     return "";
  2297.                 }
  2298.                 try {
  2299.                     new Function("_context", "_funcName", "hookFunc", `_context[_funcName] = function ${_funcName}() {
  2300.         let args = Array.prototype.slice.call(arguments, 0);
  2301.         let obj = this;
  2302.         hookFunc.apply(obj, args);
  2303.         return _context['realFunc_${_funcName}'].apply(obj, args);
  2304.     };`)(_context, _funcName, hookFunc);
  2305.                     _context[_funcName].prototype.isHooked = true;
  2306.                     return true;
  2307.                 }
  2308.                 catch (e) {
  2309.                     console.log("Hook failed,check the params.");
  2310.                     return false;
  2311.                 }
  2312.             };
  2313.             Function.prototype.unhook = function (realFunc, funcName, context) {
  2314.                 let _context = null;
  2315.                 let _funcName = null;
  2316.                 _context = context || window;
  2317.                 _funcName = funcName;
  2318.                 if (!_context[_funcName].prototype.isHooked) {
  2319.                     console.log("No function is hooked on");
  2320.                     return false;
  2321.                 }
  2322.                 _context[_funcName] = _context["realFunc" + _funcName];
  2323.                 Reflect.deleteProperty(_context, "realFunc_" + _funcName);
  2324.                 return true;
  2325.             };
  2326.         }
  2327.         /**
  2328.          * 删除在Function原型上添加的自定义方法.hook和.unhook
  2329.          */
  2330.         cleanEnv() {
  2331.             if (Function.prototype.hasOwnProperty("hook")) {
  2332.                 Reflect.deleteProperty(Function.prototype, "hook");
  2333.             }
  2334.             if (Function.prototype.hasOwnProperty("unhook")) {
  2335.                 Reflect.deleteProperty(Function.prototype, "unhook");
  2336.             }
  2337.             return true;
  2338.         }
  2339.     }
  2340.  
  2341.     /**
  2342.      * 生成uuid
  2343.      */
  2344.     const GenerateUUID = function () {
  2345.         if (typeof window?.crypto?.randomUUID === "function") {
  2346.             return window.crypto.randomUUID();
  2347.         }
  2348.         else {
  2349.             return "xxxxxxxx-xxxx-4xxx-yxxx-xxxxxxxxxxxx".replace(/[xy]/g, function (charStr) {
  2350.                 var randomValue = (Math.random() * 16) | 0, randomCharValue = charStr === "x" ? randomValue : (randomValue & 0x3) | 0x8;
  2351.                 return randomCharValue.toString(16);
  2352.             });
  2353.         }
  2354.     };
  2355.  
  2356.     class Httpx {
  2357.         GM_Api = {
  2358.             xmlHttpRequest: null,
  2359.         };
  2360.         HttpxRequestHook = {
  2361.             /**
  2362.              * @private
  2363.              */
  2364.             $config: {
  2365.                 configList: [],
  2366.             },
  2367.             /**
  2368.              * 发送请求前的回调
  2369.              * 如果返回false则阻止本次返回
  2370.              * @param details 当前的请求配置
  2371.              * @private
  2372.              */
  2373.             async beforeRequestCallBack(details) {
  2374.                 if (typeof details.allowInterceptConfig === "boolean") {
  2375.                     if (!details.allowInterceptConfig) {
  2376.                         // 不允许拦截
  2377.                         return details;
  2378.                     }
  2379.                 }
  2380.                 else {
  2381.                     if (details.allowInterceptConfig != null) {
  2382.                         // 配置存在
  2383.                         // 细分处理是否拦截
  2384.                         if (typeof details.allowInterceptConfig.beforeRequest === "boolean" &&
  2385.                             !details.allowInterceptConfig.beforeRequest) {
  2386.                             // 设置了禁止拦截
  2387.                             return details;
  2388.                         }
  2389.                     }
  2390.                 }
  2391.                 for (let index = 0; index < this.$config.configList.length; index++) {
  2392.                     let item = this.$config.configList[index];
  2393.                     if (typeof item.fn === "function") {
  2394.                         let result = await item.fn(details);
  2395.                         if (result == null) {
  2396.                             return;
  2397.                         }
  2398.                     }
  2399.                 }
  2400.                 return details;
  2401.             },
  2402.             /**
  2403.              * 添加请求前的回调处理配置
  2404.              */
  2405.             add(fn) {
  2406.                 if (typeof fn === "function") {
  2407.                     let uuid = GenerateUUID();
  2408.                     this.$config.configList.push({
  2409.                         id: uuid,
  2410.                         fn: fn,
  2411.                     });
  2412.                     return uuid;
  2413.                 }
  2414.                 else {
  2415.                     console.warn("[Httpx-HttpxRequestHook.addBeforeRequestCallBack] fn is not a function");
  2416.                 }
  2417.             },
  2418.             /**
  2419.              * 删除请求前的回调处理配置
  2420.              * @param id
  2421.              */
  2422.             delete(id) {
  2423.                 if (typeof id === "string") {
  2424.                     let findIndex = this.$config.configList.findIndex((item) => item.id === id);
  2425.                     if (findIndex !== -1) {
  2426.                         this.$config.configList.splice(findIndex, 1);
  2427.                         return true;
  2428.                     }
  2429.                 }
  2430.                 return false;
  2431.             },
  2432.             /**
  2433.              * 清空设置的请求前的回调处理配置
  2434.              */
  2435.             clearAll() {
  2436.                 this.$config.configList = [];
  2437.             },
  2438.         };
  2439.         HttpxResponseHook = {
  2440.             /**
  2441.              * @private
  2442.              */
  2443.             $config: {
  2444.                 configList: [],
  2445.             },
  2446.             /**
  2447.              * 成功的回调
  2448.              * @param response 响应
  2449.              * @param details 请求的配置
  2450.              */
  2451.             async successResponseCallBack(response, details) {
  2452.                 if (typeof details.allowInterceptConfig === "boolean") {
  2453.                     if (!details.allowInterceptConfig) {
  2454.                         // 不允许拦截
  2455.                         return details;
  2456.                     }
  2457.                 }
  2458.                 else {
  2459.                     if (details.allowInterceptConfig != null) {
  2460.                         // 配置存在
  2461.                         // 细分处理是否拦截
  2462.                         if (typeof details.allowInterceptConfig.afterResponseSuccess ===
  2463.                             "boolean" &&
  2464.                             !details.allowInterceptConfig.afterResponseSuccess) {
  2465.                             // 设置了禁止拦截
  2466.                             return details;
  2467.                         }
  2468.                     }
  2469.                 }
  2470.                 for (let index = 0; index < this.$config.configList.length; index++) {
  2471.                     let item = this.$config.configList[index];
  2472.                     if (typeof item.successFn === "function") {
  2473.                         let result = await item.successFn(response, details);
  2474.                         if (result == null) {
  2475.                             return;
  2476.                         }
  2477.                     }
  2478.                 }
  2479.                 return response;
  2480.             },
  2481.             /**
  2482.              * 失败的回调
  2483.              * @param data 配置
  2484.              * @returns
  2485.              * 返回null|undefined就是拦截掉了
  2486.              */
  2487.             async errorResponseCallBack(data) {
  2488.                 if (typeof data.details.allowInterceptConfig === "boolean") {
  2489.                     if (!data.details.allowInterceptConfig) {
  2490.                         // 不允许拦截
  2491.                         return data;
  2492.                     }
  2493.                 }
  2494.                 else {
  2495.                     if (data.details.allowInterceptConfig != null) {
  2496.                         // 配置存在
  2497.                         // 细分处理是否拦截
  2498.                         if (typeof data.details.allowInterceptConfig.afterResponseError ===
  2499.                             "boolean" &&
  2500.                             !data.details.allowInterceptConfig.afterResponseError) {
  2501.                             // 设置了禁止拦截
  2502.                             return data;
  2503.                         }
  2504.                     }
  2505.                 }
  2506.                 for (let index = 0; index < this.$config.configList.length; index++) {
  2507.                     let item = this.$config.configList[index];
  2508.                     if (typeof item.errorFn === "function") {
  2509.                         let result = await item.errorFn(data);
  2510.                         if (result == null) {
  2511.                             return;
  2512.                         }
  2513.                     }
  2514.                 }
  2515.                 return data;
  2516.             },
  2517.             /**
  2518.              * 添加请求前的回调处理配置
  2519.              */
  2520.             add(successFn, errorFn) {
  2521.                 let id = GenerateUUID();
  2522.                 this.$config.configList.push({
  2523.                     id: id,
  2524.                     successFn: successFn,
  2525.                     errorFn: errorFn,
  2526.                 });
  2527.                 return id;
  2528.             },
  2529.             /**
  2530.              * 删除请求前的回调处理配置
  2531.              * @param id
  2532.              */
  2533.             delete(id) {
  2534.                 if (typeof id === "string") {
  2535.                     let findIndex = this.$config.configList.findIndex((item) => item.id === id);
  2536.                     if (findIndex !== -1) {
  2537.                         this.$config.configList.splice(findIndex, 1);
  2538.                         return true;
  2539.                     }
  2540.                 }
  2541.                 return false;
  2542.             },
  2543.             /**
  2544.              * 清空设置的请求前的回调处理配置
  2545.              */
  2546.             clearAll() {
  2547.                 this.$config.configList = [];
  2548.             },
  2549.         };
  2550.         HttpxRequestOption = {
  2551.             context: this,
  2552.             /**
  2553.              * 对请求的参数进行合并处理
  2554.              */
  2555.             handleBeforeRequestOptionArgs(...args) {
  2556.                 let option = {};
  2557.                 if (typeof args[0] === "string") {
  2558.                     /* 传入的是url，转为配置 */
  2559.                     let url = args[0];
  2560.                     option.url = url;
  2561.                     if (typeof args[1] === "object") {
  2562.                         /* 处理第二个参数details */
  2563.                         let optionArg = args[1];
  2564.                         commonUtil.assign(option, optionArg, true);
  2565.                         option.url = url;
  2566.                     }
  2567.                 }
  2568.                 else {
  2569.                     /* 传入的是配置 */
  2570.                     let optionArg = args[0];
  2571.                     commonUtil.assign(option, optionArg, true);
  2572.                 }
  2573.                 return option;
  2574.             },
  2575.             /**
  2576.              * 获取请求配置
  2577.              * @param method 当前请求方法，默认get
  2578.              * @param userRequestOption 用户的请求配置
  2579.              * @param resolve promise回调
  2580.              * @param reject 抛出错误回调
  2581.              */
  2582.             getRequestOption(method, userRequestOption, resolve, reject) {
  2583.                 let that = this;
  2584.                 let url = userRequestOption.url || this.context.#defaultRequestOption.url;
  2585.                 if (typeof url === "string") {
  2586.                     // 去除左右空格
  2587.                     url = url.trim();
  2588.                     if (url.startsWith("http://") || url.startsWith("https://")) ;
  2589.                     else {
  2590.                         if (typeof this.context.#defaultInitOption.baseURL === "string") {
  2591.                             // 设置了基础域
  2592.                             url = this.context.#defaultInitOption.baseURL + url;
  2593.                         }
  2594.                     }
  2595.                 }
  2596.                 let requestOption = {
  2597.                     url: url,
  2598.                     method: (method || "GET").toString().toUpperCase().trim(),
  2599.                     timeout: userRequestOption.timeout ||
  2600.                         this.context.#defaultRequestOption.timeout,
  2601.                     responseType: userRequestOption.responseType ||
  2602.                         this.context.#defaultRequestOption.responseType,
  2603.                     /* 对象使用深拷贝 */
  2604.                     headers: commonUtil.deepClone(this.context.#defaultRequestOption.headers),
  2605.                     data: userRequestOption.data || this.context.#defaultRequestOption.data,
  2606.                     redirect: userRequestOption.redirect ||
  2607.                         this.context.#defaultRequestOption.redirect,
  2608.                     cookie: userRequestOption.cookie || this.context.#defaultRequestOption.cookie,
  2609.                     cookiePartition: userRequestOption.cookiePartition ||
  2610.                         this.context.#defaultRequestOption.cookiePartition,
  2611.                     binary: userRequestOption.binary || this.context.#defaultRequestOption.binary,
  2612.                     nocache: userRequestOption.nocache ||
  2613.                         this.context.#defaultRequestOption.nocache,
  2614.                     revalidate: userRequestOption.revalidate ||
  2615.                         this.context.#defaultRequestOption.revalidate,
  2616.                     /* 对象使用深拷贝 */
  2617.                     context: commonUtil.deepClone(userRequestOption.context ||
  2618.                         this.context.#defaultRequestOption.context),
  2619.                     overrideMimeType: userRequestOption.overrideMimeType ||
  2620.                         this.context.#defaultRequestOption.overrideMimeType,
  2621.                     anonymous: userRequestOption.anonymous ||
  2622.                         this.context.#defaultRequestOption.anonymous,
  2623.                     fetch: userRequestOption.fetch || this.context.#defaultRequestOption.fetch,
  2624.                     /* 对象使用深拷贝 */
  2625.                     fetchInit: commonUtil.deepClone(this.context.#defaultRequestOption.fetchInit),
  2626.                     allowInterceptConfig: {
  2627.                         beforeRequest: this.context.#defaultRequestOption
  2628.                             .allowInterceptConfig.beforeRequest,
  2629.                         afterResponseSuccess: this.context.#defaultRequestOption
  2630.                             .allowInterceptConfig.afterResponseSuccess,
  2631.                         afterResponseError: this.context.#defaultRequestOption
  2632.                             .allowInterceptConfig.afterResponseError,
  2633.                     },
  2634.                     user: userRequestOption.user || this.context.#defaultRequestOption.user,
  2635.                     password: userRequestOption.password ||
  2636.                         this.context.#defaultRequestOption.password,
  2637.                     onabort(...args) {
  2638.                         that.context.HttpxCallBack.onAbort(userRequestOption, resolve, reject, args);
  2639.                     },
  2640.                     onerror(...args) {
  2641.                         that.context.HttpxCallBack.onError(userRequestOption, resolve, reject, args);
  2642.                     },
  2643.                     onloadstart(...args) {
  2644.                         that.context.HttpxCallBack.onLoadStart(userRequestOption, args);
  2645.                     },
  2646.                     onprogress(...args) {
  2647.                         that.context.HttpxCallBack.onProgress(userRequestOption, args);
  2648.                     },
  2649.                     onreadystatechange(...args) {
  2650.                         that.context.HttpxCallBack.onReadyStateChange(userRequestOption, args);
  2651.                     },
  2652.                     ontimeout(...args) {
  2653.                         that.context.HttpxCallBack.onTimeout(userRequestOption, resolve, reject, args);
  2654.                     },
  2655.                     onload(...args) {
  2656.                         that.context.HttpxCallBack.onLoad(userRequestOption, resolve, reject, args);
  2657.                     },
  2658.                 };
  2659.                 // 补全allowInterceptConfig参数
  2660.                 if (typeof userRequestOption.allowInterceptConfig === "boolean") {
  2661.                     Object.keys(requestOption.allowInterceptConfig).forEach((keyName) => {
  2662.                         Reflect.set(requestOption.allowInterceptConfig, keyName, userRequestOption.allowInterceptConfig);
  2663.                     });
  2664.                 }
  2665.                 else {
  2666.                     if (typeof userRequestOption.allowInterceptConfig === "object" &&
  2667.                         userRequestOption.allowInterceptConfig != null) {
  2668.                         Object.keys(userRequestOption.allowInterceptConfig).forEach((keyName) => {
  2669.                             let value = Reflect.get(userRequestOption.allowInterceptConfig, keyName);
  2670.                             if (typeof value === "boolean" &&
  2671.                                 Reflect.has(requestOption.allowInterceptConfig, keyName)) {
  2672.                                 Reflect.set(requestOption.allowInterceptConfig, keyName, value);
  2673.                             }
  2674.                         });
  2675.                     }
  2676.                 }
  2677.                 if (typeof this.context.GM_Api.xmlHttpRequest !== "function") {
  2678.                     // GM函数不存在，强制使用fetch
  2679.                     requestOption.fetch = true;
  2680.                 }
  2681.                 if (typeof requestOption.headers === "object") {
  2682.                     if (typeof userRequestOption.headers === "object") {
  2683.                         Object.keys(userRequestOption.headers).forEach((keyName, index) => {
  2684.                             if (keyName in requestOption.headers &&
  2685.                                 userRequestOption.headers?.[keyName] == null) {
  2686.                                 /* 在默认的header中存在，且设置它新的值为空，那么就是默认的值 */
  2687.                                 Reflect.deleteProperty(requestOption.headers, keyName);
  2688.                             }
  2689.                             else {
  2690.                                 requestOption.headers[keyName] =
  2691.                                     userRequestOption?.headers?.[keyName];
  2692.                             }
  2693.                         });
  2694.                     }
  2695.                 }
  2696.                 else {
  2697.                     /* 默认的headers不是对象，那么就直接使用新的 */
  2698.                     Reflect.set(requestOption, "headers", userRequestOption.headers);
  2699.                 }
  2700.                 if (typeof requestOption.fetchInit === "object") {
  2701.                     /* 使用assign替换且添加 */
  2702.                     if (typeof userRequestOption.fetchInit === "object") {
  2703.                         Object.keys(userRequestOption.fetchInit).forEach((keyName, index) => {
  2704.                             if (keyName in requestOption.fetchInit &&
  2705.                                 userRequestOption.fetchInit[keyName] == null) {
  2706.                                 /* 在默认的fetchInit中存在，且设置它新的值为空，那么就是默认的值 */
  2707.                                 Reflect.deleteProperty(requestOption.fetchInit, keyName);
  2708.                             }
  2709.                             else {
  2710.                                 Reflect.set(requestOption.fetchInit, keyName, Reflect.get(userRequestOption.fetchInit, keyName));
  2711.                             }
  2712.                         });
  2713.                     }
  2714.                 }
  2715.                 else {
  2716.                     Reflect.set(requestOption, "fetchInit", userRequestOption.fetchInit);
  2717.                 }
  2718.                 // 处理新的cookiePartition
  2719.                 if (typeof requestOption.cookiePartition === "object" &&
  2720.                     requestOption.cookiePartition != null) {
  2721.                     if (Reflect.has(requestOption.cookiePartition, "topLevelSite") &&
  2722.                         typeof requestOption.cookiePartition.topLevelSite !== "string") {
  2723.                         // topLevelSite必须是字符串
  2724.                         Reflect.deleteProperty(requestOption.cookiePartition, "topLevelSite");
  2725.                     }
  2726.                 }
  2727.                 /* 完善请求的url */
  2728.                 try {
  2729.                     new URL(requestOption.url);
  2730.                 }
  2731.                 catch (error) {
  2732.                     if (requestOption.url.startsWith("//")) {
  2733.                         // 补充https:
  2734.                         requestOption.url = globalThis.location.protocol + requestOption.url;
  2735.                     }
  2736.                     else if (requestOption.url.startsWith("/")) {
  2737.                         // 补充origin
  2738.                         requestOption.url = globalThis.location.origin + requestOption.url;
  2739.                     }
  2740.                     else {
  2741.                         // 补充origin+/
  2742.                         requestOption.url =
  2743.                             globalThis.location.origin + "/" + requestOption.url;
  2744.                     }
  2745.                 }
  2746.                 if (requestOption.fetchInit && !requestOption.fetch) {
  2747.                     // 清空fetchInit
  2748.                     Reflect.deleteProperty(requestOption, "fetchInit");
  2749.                 }
  2750.                 // 转换data类型
  2751.                 try {
  2752.                     /** 是否对数据进行处理 */
  2753.                     let processData = userRequestOption.processData ?? true;
  2754.                     if (requestOption.data != null && processData) {
  2755.                         let method = requestOption.method;
  2756.                         if (method === "GET" || method === "HEAD") {
  2757.                             // GET类型，data如果有，那么需要转为searchParams
  2758.                             let urlObj = new URL(requestOption.url);
  2759.                             let urlSearch = "";
  2760.                             let isHandler = false;
  2761.                             if (typeof requestOption.data === "string") {
  2762.                                 isHandler = true;
  2763.                                 urlSearch = requestOption.data;
  2764.                             }
  2765.                             else if (typeof requestOption.data === "object") {
  2766.                                 isHandler = true;
  2767.                                 // URLSearchParams参数可以转普通的string:string，包括FormData
  2768.                                 // @ts-ignore
  2769.                                 let searchParams = new URLSearchParams(requestOption.data);
  2770.                                 urlSearch = searchParams.toString();
  2771.                             }
  2772.                             if (isHandler) {
  2773.                                 // GET/HEAD请求不支持data参数
  2774.                                 // 对data进行处理了才可以删除
  2775.                                 Reflect.deleteProperty(requestOption, "data");
  2776.                             }
  2777.                             if (urlSearch != "") {
  2778.                                 if (urlObj.search === "") {
  2779.                                     // url没有search参数，直接覆盖
  2780.                                     urlObj.search = urlSearch;
  2781.                                 }
  2782.                                 else {
  2783.                                     // 有search参数
  2784.                                     if (urlObj.search.endsWith("&")) {
  2785.                                         // xxx=xxx&
  2786.                                         urlObj.search = urlObj.search + urlSearch;
  2787.                                     }
  2788.                                     else {
  2789.                                         // xxx=xxx&xxx=
  2790.                                         urlObj.search = urlObj.search + "&" + urlSearch;
  2791.                                     }
  2792.                                 }
  2793.                             }
  2794.                             requestOption.url = urlObj.toString();
  2795.                         }
  2796.                         else if (method === "POST" && requestOption.headers != null) {
  2797.                             // POST类型，data如果是FormData，那么需要转为string
  2798.                             let headersKeyList = Object.keys(requestOption.headers);
  2799.                             let ContentTypeIndex = headersKeyList.findIndex((headerKey) => {
  2800.                                 return (headerKey.trim().toLowerCase() === "content-type" &&
  2801.                                     typeof requestOption.headers[headerKey] === "string");
  2802.                             });
  2803.                             if (ContentTypeIndex !== -1) {
  2804.                                 let ContentTypeKey = headersKeyList[ContentTypeIndex];
  2805.                                 let ContentType = requestOption.headers[ContentTypeKey];
  2806.                                 // 设置了Content-Type
  2807.                                 if (ContentType.includes("application/json")) {
  2808.                                     // application/json
  2809.                                     if (requestOption.data instanceof FormData) {
  2810.                                         const entries = {};
  2811.                                         requestOption.data.forEach((value, key) => {
  2812.                                             entries[key] = value;
  2813.                                         });
  2814.                                         requestOption.data = JSON.stringify(entries);
  2815.                                     }
  2816.                                     else if (typeof requestOption.data === "object") {
  2817.                                         requestOption.data = JSON.stringify(requestOption.data);
  2818.                                     }
  2819.                                 }
  2820.                                 else if (ContentType.includes("application/x-www-form-urlencoded")) {
  2821.                                     // application/x-www-form-urlencoded
  2822.                                     if (typeof requestOption.data === "object") {
  2823.                                         requestOption.data = new URLSearchParams(
  2824.                                         // @ts-ignore
  2825.                                         requestOption.data).toString();
  2826.                                     }
  2827.                                 }
  2828.                                 else if (ContentType.includes("multipart/form-data")) {
  2829.                                     // multipart/form-data
  2830.                                     if (requestOption.data instanceof FormData) {
  2831.                                         Reflect.deleteProperty(requestOption.headers, ContentTypeKey);
  2832.                                     }
  2833.                                 }
  2834.                             }
  2835.                         }
  2836.                     }
  2837.                 }
  2838.                 catch (error) {
  2839.                     console.warn("Httpx ==> 转换data参数错误", error);
  2840.                 }
  2841.                 return requestOption;
  2842.             },
  2843.             /**
  2844.              * 处理发送请求的配置，去除值为undefined、空function的值
  2845.              * @param option
  2846.              */
  2847.             removeRequestNullOption(option) {
  2848.                 Object.keys(option).forEach((keyName) => {
  2849.                     if (option[keyName] == null ||
  2850.                         (option[keyName] instanceof Function &&
  2851.                             commonUtil.isNull(option[keyName]))) {
  2852.                         Reflect.deleteProperty(option, keyName);
  2853.                         return;
  2854.                     }
  2855.                 });
  2856.                 if (commonUtil.isNull(option.url)) {
  2857.                     throw new TypeError(`Utils.Httpx 参数 url不符合要求: ${option.url}`);
  2858.                 }
  2859.                 return option;
  2860.             },
  2861.             /**
  2862.              * 处理fetch的配置
  2863.              * @param option
  2864.              */
  2865.             handleFetchOption(option) {
  2866.                 /**
  2867.                  * fetch的请求配置
  2868.                  **/
  2869.                 let fetchRequestOption = {};
  2870.                 if ((option.method === "GET" || option.method === "HEAD") &&
  2871.                     option.data != null) {
  2872.                     /* GET 或 HEAD 方法的请求不能包含 body 信息 */
  2873.                     Reflect.deleteProperty(option, "data");
  2874.                 }
  2875.                 /* 中止信号控制器 */
  2876.                 let abortController = new AbortController();
  2877.                 let signal = abortController.signal;
  2878.                 signal.onabort = () => {
  2879.                     option.onabort({
  2880.                         isFetch: true,
  2881.                         responseText: "",
  2882.                         response: null,
  2883.                         readyState: 4,
  2884.                         responseHeaders: "",
  2885.                         status: 0,
  2886.                         statusText: "",
  2887.                         error: "aborted",
  2888.                     });
  2889.                 };
  2890.                 // 设置请求
  2891.                 fetchRequestOption.method = option.method ?? "GET";
  2892.                 // 设置请求头
  2893.                 fetchRequestOption.headers = option.headers;
  2894.                 // 设置请求体
  2895.                 fetchRequestOption.body = option.data;
  2896.                 // 设置跨域
  2897.                 fetchRequestOption.mode = "cors";
  2898.                 // 设置包含
  2899.                 fetchRequestOption.credentials = "include";
  2900.                 // 设置不缓存
  2901.                 fetchRequestOption.cache = "no-cache";
  2902.                 // 设置始终重定向
  2903.                 fetchRequestOption.redirect = "follow";
  2904.                 // 设置referer跨域
  2905.                 fetchRequestOption.referrerPolicy = "origin-when-cross-origin";
  2906.                 // 设置信号中断
  2907.                 fetchRequestOption.signal = signal;
  2908.                 Object.assign(fetchRequestOption, option.fetchInit || {});
  2909.                 return {
  2910.                     fetchOption: option,
  2911.                     fetchRequestOption: fetchRequestOption,
  2912.                     abortController: abortController,
  2913.                 };
  2914.             },
  2915.         };
  2916.         HttpxCallBack = {
  2917.             context: this,
  2918.             /**
  2919.              * onabort请求被取消-触发
  2920.              * @param details 配置
  2921.              * @param resolve 回调
  2922.              * @param reject 抛出错误
  2923.              * @param argsResult 返回的参数列表
  2924.              */
  2925.             async onAbort(details, resolve, reject, argsResult) {
  2926.                 // console.log(argsResult);
  2927.                 if ("onabort" in details) {
  2928.                     details.onabort.apply(this, argsResult);
  2929.                 }
  2930.                 else if ("onabort" in this.context.#defaultRequestOption) {
  2931.                     this.context.#defaultRequestOption.onabort.apply(this, argsResult);
  2932.                 }
  2933.                 let response = argsResult;
  2934.                 if (response.length) {
  2935.                     response = response[0];
  2936.                 }
  2937.                 if ((await this.context.HttpxResponseHook.errorResponseCallBack({
  2938.                     type: "onabort",
  2939.                     error: new TypeError("request canceled"),
  2940.                     response: null,
  2941.                     details: details,
  2942.                 })) == null) {
  2943.                     // reject(new TypeError("response is intercept with onabort"));
  2944.                     return;
  2945.                 }
  2946.                 resolve({
  2947.                     data: response,
  2948.                     details: details,
  2949.                     msg: "请求被取消",
  2950.                     status: false,
  2951.                     statusCode: -1,
  2952.                     type: "onabort",
  2953.                 });
  2954.             },
  2955.             /**
  2956.              * onerror请求异常-触发
  2957.              * @param details 配置
  2958.              * @param resolve 回调
  2959.              * @param reject 抛出错误
  2960.              * @param argsResult 返回的参数列表
  2961.              */
  2962.             async onError(details, resolve, reject, argsResult) {
  2963.                 // console.log(argsResult);
  2964.                 if ("onerror" in details) {
  2965.                     details.onerror.apply(this, argsResult);
  2966.                 }
  2967.                 else if ("onerror" in this.context.#defaultRequestOption) {
  2968.                     this.context.#defaultRequestOption.onerror.apply(this, argsResult);
  2969.                 }
  2970.                 let response = argsResult;
  2971.                 if (response.length) {
  2972.                     response = response[0];
  2973.                 }
  2974.                 if ((await this.context.HttpxResponseHook.errorResponseCallBack({
  2975.                     type: "onerror",
  2976.                     error: new TypeError("request error"),
  2977.                     response: response,
  2978.                     details: details,
  2979.                 })) == null) {
  2980.                     // reject(new TypeError("response is intercept with onerror"));
  2981.                     return;
  2982.                 }
  2983.                 resolve({
  2984.                     data: response,
  2985.                     details: details,
  2986.                     msg: "请求异常",
  2987.                     status: false,
  2988.                     statusCode: response["status"],
  2989.                     type: "onerror",
  2990.                 });
  2991.             },
  2992.             /**
  2993.              * ontimeout请求超时-触发
  2994.              * @param details 配置
  2995.              * @param resolve 回调
  2996.              * @param reject 抛出错误
  2997.              * @param argsResult 返回的参数列表
  2998.              */
  2999.             async onTimeout(details, resolve, reject, argsResult) {
  3000.                 // console.log(argsResult);
  3001.                 if ("ontimeout" in details) {
  3002.                     details.ontimeout.apply(this, argsResult);
  3003.                 }
  3004.                 else if ("ontimeout" in this.context.#defaultRequestOption) {
  3005.                     this.context.#defaultRequestOption.ontimeout.apply(this, argsResult);
  3006.                 }
  3007.                 let response = argsResult;
  3008.                 if (response.length) {
  3009.                     response = response[0];
  3010.                 }
  3011.                 if ((await this.context.HttpxResponseHook.errorResponseCallBack({
  3012.                     type: "ontimeout",
  3013.                     error: new TypeError("request timeout"),
  3014.                     response: (argsResult || [null])[0],
  3015.                     details: details,
  3016.                 })) == null) {
  3017.                     // reject(new TypeError("response is intercept with ontimeout"));
  3018.                     return;
  3019.                 }
  3020.                 resolve({
  3021.                     data: response,
  3022.                     details: details,
  3023.                     msg: "请求超时",
  3024.                     status: false,
  3025.                     statusCode: 0,
  3026.                     type: "ontimeout",
  3027.                 });
  3028.             },
  3029.             /**
  3030.              * onloadstart请求开始-触发
  3031.              * @param details 配置
  3032.              * @param argsResult 返回的参数列表
  3033.              */
  3034.             onLoadStart(details, argsResult) {
  3035.                 // console.log(argsResult);
  3036.                 if ("onloadstart" in details) {
  3037.                     details.onloadstart.apply(this, argsResult);
  3038.                 }
  3039.                 else if ("onloadstart" in this.context.#defaultRequestOption) {
  3040.                     this.context.#defaultRequestOption.onloadstart.apply(this, argsResult);
  3041.                 }
  3042.             },
  3043.             /**
  3044.              * onload加载完毕-触发
  3045.              * @param details 请求的配置
  3046.              * @param resolve 回调
  3047.              * @param reject 抛出错误
  3048.              * @param argsResult 返回的参数列表
  3049.              */
  3050.             async onLoad(details, resolve, reject, argsResult) {
  3051.                 // console.log(argsResult);
  3052.                 /* X浏览器会因为设置了responseType导致不返回responseText */
  3053.                 let originResponse = argsResult[0];
  3054.                 /* responseText为空，response不为空的情况 */
  3055.                 if (commonUtil.isNull(originResponse["responseText"]) &&
  3056.                     commonUtil.isNotNull(originResponse["response"])) {
  3057.                     if (typeof originResponse["response"] === "object") {
  3058.                         TryCatch().run(() => {
  3059.                             originResponse["responseText"] = JSON.stringify(originResponse["response"]);
  3060.                         });
  3061.                     }
  3062.                     else {
  3063.                         originResponse["responseText"] = originResponse["response"];
  3064.                     }
  3065.                 }
  3066.                 /* response为空，responseText不为空的情况 */
  3067.                 if (originResponse["response"] == null &&
  3068.                     typeof originResponse["responseText"] === "string" &&
  3069.                     originResponse["responseText"].trim() !== "") {
  3070.                     /** 原始的请求text */
  3071.                     let httpxResponseText = originResponse.responseText;
  3072.                     // 自定义个新的response
  3073.                     let httpxResponse = httpxResponseText;
  3074.                     if (details.responseType === "json") {
  3075.                         httpxResponse = commonUtil.toJSON(httpxResponseText);
  3076.                     }
  3077.                     else if (details.responseType === "document") {
  3078.                         let parser = new DOMParser();
  3079.                         httpxResponse = parser.parseFromString(httpxResponseText, "text/html");
  3080.                     }
  3081.                     else if (details.responseType === "arraybuffer") {
  3082.                         let encoder = new TextEncoder();
  3083.                         let arrayBuffer = encoder.encode(httpxResponseText);
  3084.                         httpxResponse = arrayBuffer;
  3085.                     }
  3086.                     else if (details.responseType === "blob") {
  3087.                         let encoder = new TextEncoder();
  3088.                         let arrayBuffer = encoder.encode(httpxResponseText);
  3089.                         httpxResponse = new Blob([arrayBuffer]);
  3090.                     }
  3091.                     // 尝试覆盖原response
  3092.                     try {
  3093.                         let setStatus = Reflect.set(originResponse, "response", httpxResponse);
  3094.                         if (!setStatus) {
  3095.                             console.warn("[Httpx-HttpxCallBack.oonLoad] 覆盖原始 response 失败，尝试添加新的httpxResponse");
  3096.                             try {
  3097.                                 Reflect.set(originResponse, "httpxResponse", httpxResponse);
  3098.                             }
  3099.                             catch (error) {
  3100.                                 console.warn("[Httpx-HttpxCallBack.oonLoad] httpxResponse 无法被覆盖");
  3101.                             }
  3102.                         }
  3103.                     }
  3104.                     catch (error) {
  3105.                         console.warn("[Httpx-HttpxCallBack.oonLoad] 原始 response 无法被覆盖，尝试添加新的httpxResponse");
  3106.                         try {
  3107.                             Reflect.set(originResponse, "httpxResponse", httpxResponse);
  3108.                         }
  3109.                         catch (error) {
  3110.                             console.warn("[Httpx-HttpxCallBack.oonLoad] httpxResponse 无法被覆盖");
  3111.                         }
  3112.                     }
  3113.                 }
  3114.                 /* Stay扩展中没有finalUrl，对应的是responseURL */
  3115.                 let originResponseURL = Reflect.get(originResponse, "responseURL");
  3116.                 if (originResponse["finalUrl"] == null && originResponseURL != null) {
  3117.                     Reflect.set(originResponse, "finalUrl", originResponseURL);
  3118.                 }
  3119.                 /* 状态码2xx都是成功的 */
  3120.                 if (Math.floor(originResponse.status / 100) === 2) {
  3121.                     if ((await this.context.HttpxResponseHook.successResponseCallBack(originResponse, details)) == null) {
  3122.                         // reject(new TypeError("response is intercept with onloada"));
  3123.                         return;
  3124.                     }
  3125.                     resolve({
  3126.                         data: originResponse,
  3127.                         details: details,
  3128.                         msg: "请求成功",
  3129.                         status: true,
  3130.                         statusCode: originResponse.status,
  3131.                         type: "onload",
  3132.                     });
  3133.                 }
  3134.                 else {
  3135.                     this.context.HttpxCallBack.onError(details, resolve, reject, argsResult);
  3136.                 }
  3137.             },
  3138.             /**
  3139.              * onprogress上传进度-触发
  3140.              * @param details 配置
  3141.              * @param argsResult 返回的参数列表
  3142.              */
  3143.             onProgress(details, argsResult) {
  3144.                 // console.log(argsResult);
  3145.                 if ("onprogress" in details) {
  3146.                     details.onprogress.apply(this, argsResult);
  3147.                 }
  3148.                 else if ("onprogress" in this.context.#defaultRequestOption) {
  3149.                     this.context.#defaultRequestOption.onprogress.apply(this, argsResult);
  3150.                 }
  3151.             },
  3152.             /**
  3153.              * onreadystatechange准备状态改变-触发
  3154.              * @param details 配置
  3155.              * @param argsResult 返回的参数列表
  3156.              */
  3157.             onReadyStateChange(details, argsResult) {
  3158.                 // console.log(argsResult);
  3159.                 if ("onreadystatechange" in details) {
  3160.                     details.onreadystatechange.apply(this, argsResult);
  3161.                 }
  3162.                 else if ("onreadystatechange" in this.context.#defaultRequestOption) {
  3163.                     this.context.#defaultRequestOption.onreadystatechange.apply(this, argsResult);
  3164.                 }
  3165.             },
  3166.         };
  3167.         HttpxRequest = {
  3168.             context: this,
  3169.             /**
  3170.              * 发送请求
  3171.              * @param details
  3172.              */
  3173.             async request(details) {
  3174.                 if (this.context.#defaultInitOption.logDetails) {
  3175.                     console.log("[Httpx-HttpxRequest.request] 请求前的配置👇", details);
  3176.                 }
  3177.                 if (typeof this.context.HttpxRequestHook.beforeRequestCallBack ===
  3178.                     "function") {
  3179.                     let hookResult = await this.context.HttpxRequestHook.beforeRequestCallBack(details);
  3180.                     if (hookResult == null) {
  3181.                         return;
  3182.                     }
  3183.                 }
  3184.                 if (details.fetch) {
  3185.                     // 使用fetch请求
  3186.                     const { fetchOption: fetchOption, fetchRequestOption: fetchRequestOption, abortController, } = this.context.HttpxRequestOption.handleFetchOption(details);
  3187.                     return this.fetch(fetchOption, fetchRequestOption, abortController);
  3188.                 }
  3189.                 else {
  3190.                     // 使用GM_xmlHttpRequest请求
  3191.                     return this.xmlHttpRequest(details);
  3192.                 }
  3193.             },
  3194.             /**
  3195.              * 使用油猴函数GM_xmlhttpRequest发送请求
  3196.              * @param details
  3197.              */
  3198.             xmlHttpRequest(details) {
  3199.                 return this.context.GM_Api.xmlHttpRequest(details);
  3200.             },
  3201.             /**
  3202.              * 使用fetch发送请求
  3203.              * @param option
  3204.              * @param fetchRequestOption
  3205.              * @param abortController
  3206.              */
  3207.             fetch(option, fetchRequestOption, abortController) {
  3208.                 fetch(option.url, fetchRequestOption)
  3209.                     .then(async (fetchResponse) => {
  3210.                     /** 自定义的response */
  3211.                     let httpxResponse = {
  3212.                         isFetch: true,
  3213.                         finalUrl: fetchResponse.url,
  3214.                         readyState: 4,
  3215.                         // @ts-ignore
  3216.                         status: fetchResponse.status,
  3217.                         statusText: fetchResponse.statusText,
  3218.                         // @ts-ignore
  3219.                         response: undefined,
  3220.                         responseFetchHeaders: fetchResponse.headers,
  3221.                         responseHeaders: "",
  3222.                         // @ts-ignore
  3223.                         responseText: undefined,
  3224.                         responseType: option.responseType,
  3225.                         responseXML: undefined,
  3226.                     };
  3227.                     Object.assign(httpxResponse, option.context || {});
  3228.                     // 把headers转为字符串
  3229.                     for (const [key, value] of fetchResponse.headers.entries()) {
  3230.                         httpxResponse.responseHeaders += `${key}: ${value}\n`;
  3231.                     }
  3232.                     /** 请求返回的类型 */
  3233.                     const fetchResponseType = fetchResponse.headers.get("Content-Type");
  3234.                     /* 如果需要stream，且获取到的是stream，那直接返回 */
  3235.                     if (option.responseType === "stream" ||
  3236.                         (fetchResponse.headers.has("Content-Type") &&
  3237.                             fetchResponse.headers
  3238.                                 .get("Content-Type")
  3239.                                 .includes("text/event-stream"))) {
  3240.                         Reflect.set(httpxResponse, "isStream", true);
  3241.                         Reflect.set(httpxResponse, "response", fetchResponse.body);
  3242.                         Reflect.deleteProperty(httpxResponse, "responseText");
  3243.                         Reflect.deleteProperty(httpxResponse, "responseXML");
  3244.                         option.onload(httpxResponse);
  3245.                         return;
  3246.                     }
  3247.                     /** 响应 */
  3248.                     let response = "";
  3249.                     /** 响应字符串 */
  3250.                     let responseText = "";
  3251.                     /** 响应xml文档 */
  3252.                     let responseXML = "";
  3253.                     /** 先获取二进制数据 */
  3254.                     let arrayBuffer = await fetchResponse.arrayBuffer();
  3255.                     /** 数据编码 */
  3256.                     let encoding = "utf-8";
  3257.                     if (fetchResponse.headers.has("Content-Type")) {
  3258.                         let charsetMatched = fetchResponse.headers
  3259.                             .get("Content-Type")
  3260.                             ?.match(/charset=(.+)/);
  3261.                         if (charsetMatched) {
  3262.                             encoding = charsetMatched[1];
  3263.                             encoding = encoding.toLowerCase();
  3264.                         }
  3265.                     }
  3266.                     // Failed to construct 'TextDecoder': The encoding label provided ('"UTF-8"') is invalid.
  3267.                     // 去除引号
  3268.                     encoding = encoding.replace(/('|")/gi, "");
  3269.                     // 编码
  3270.                     let textDecoder = new TextDecoder(encoding);
  3271.                     responseText = textDecoder.decode(arrayBuffer);
  3272.                     response = responseText;
  3273.                     if (option.responseType === "arraybuffer") {
  3274.                         // response返回格式是二进制流
  3275.                         response = arrayBuffer;
  3276.                     }
  3277.                     else if (option.responseType === "blob") {
  3278.                         // response返回格式是blob
  3279.                         response = new Blob([arrayBuffer]);
  3280.                     }
  3281.                     else if (option.responseType === "json" ||
  3282.                         (typeof fetchResponseType === "string" &&
  3283.                             fetchResponseType.includes("application/json"))) {
  3284.                         // response返回格式是JSON格式
  3285.                         response = commonUtil.toJSON(responseText);
  3286.                     }
  3287.                     else if (option.responseType === "document" ||
  3288.                         option.responseType == null) {
  3289.                         // response返回格式是文档格式
  3290.                         let parser = new DOMParser();
  3291.                         response = parser.parseFromString(responseText, "text/html");
  3292.                     }
  3293.                     // 转为XML结构
  3294.                     let parser = new DOMParser();
  3295.                     responseXML = parser.parseFromString(responseText, "text/xml");
  3296.                     Reflect.set(httpxResponse, "response", response);
  3297.                     Reflect.set(httpxResponse, "responseText", responseText);
  3298.                     Reflect.set(httpxResponse, "responseXML", responseXML);
  3299.                     // 执行回调
  3300.                     option.onload(httpxResponse);
  3301.                 })
  3302.                     .catch((error) => {
  3303.                     if (error.name === "AbortError") {
  3304.                         return;
  3305.                     }
  3306.                     option.onerror({
  3307.                         isFetch: true,
  3308.                         finalUrl: option.url,
  3309.                         readyState: 4,
  3310.                         status: 0,
  3311.                         statusText: "",
  3312.                         responseHeaders: "",
  3313.                         responseText: "",
  3314.                         error: error,
  3315.                     });
  3316.                 });
  3317.                 option.onloadstart({
  3318.                     isFetch: true,
  3319.                     finalUrl: option.url,
  3320.                     readyState: 1,
  3321.                     responseHeaders: "",
  3322.                     responseText: "",
  3323.                     status: 0,
  3324.                     statusText: "",
  3325.                 });
  3326.                 return {
  3327.                     abort() {
  3328.                         abortController.abort();
  3329.                     },
  3330.                 };
  3331.             },
  3332.         };
  3333.         /**
  3334.          * 默认配置
  3335.          */
  3336.         #defaultRequestOption = {
  3337.             url: undefined,
  3338.             timeout: 5000,
  3339.             async: false,
  3340.             responseType: undefined,
  3341.             headers: undefined,
  3342.             data: undefined,
  3343.             redirect: undefined,
  3344.             cookie: undefined,
  3345.             cookiePartition: undefined,
  3346.             binary: undefined,
  3347.             nocache: undefined,
  3348.             revalidate: undefined,
  3349.             context: undefined,
  3350.             overrideMimeType: undefined,
  3351.             anonymous: undefined,
  3352.             fetch: undefined,
  3353.             fetchInit: undefined,
  3354.             allowInterceptConfig: {
  3355.                 beforeRequest: true,
  3356.                 afterResponseSuccess: true,
  3357.                 afterResponseError: true,
  3358.             },
  3359.             user: undefined,
  3360.             password: undefined,
  3361.             onabort() { },
  3362.             onerror() { },
  3363.             ontimeout() { },
  3364.             onloadstart() { },
  3365.             onreadystatechange() { },
  3366.             onprogress() { },
  3367.         };
  3368.         #defaultInitOption = {
  3369.             /**
  3370.              * `baseURL` 将自动加在 `url` 前面，除非 `url` 是一个绝对 URL。
  3371.              */
  3372.             baseURL: undefined,
  3373.             /**
  3374.              * 当前使用请求时，输出请求的配置，一般用于DEBUG|DEV
  3375.              */
  3376.             logDetails: false,
  3377.         };
  3378.         /**
  3379.          * 实例化
  3380.          * @param option 初始化配置
  3381.          */
  3382.         constructor(option = {}) {
  3383.             if (typeof option.xmlHttpRequest !== "function") {
  3384.                 console.warn("[Httpx-constructor] 未传入GM_xmlhttpRequest函数或传入的GM_xmlhttpRequest不是Function，将默认使用window.fetch");
  3385.             }
  3386.             commonUtil.coverObjectFunctionThis(this);
  3387.             this.interceptors.request.context = this;
  3388.             this.interceptors.response.context = this;
  3389.             this.config(option);
  3390.         }
  3391.         /**
  3392.          * 覆盖当前配置
  3393.          * @param option
  3394.          */
  3395.         config(option = {}) {
  3396.             if (typeof option.xmlHttpRequest === "function") {
  3397.                 this.GM_Api.xmlHttpRequest = option.xmlHttpRequest;
  3398.             }
  3399.             this.#defaultRequestOption = commonUtil.assign(this.#defaultRequestOption, option);
  3400.             this.#defaultInitOption = commonUtil.assign(this.#defaultInitOption, option);
  3401.         }
  3402.         /**
  3403.          * 拦截器
  3404.          */
  3405.         interceptors = {
  3406.             /**
  3407.              * 请求拦截器
  3408.              */
  3409.             request: {
  3410.                 context: null,
  3411.                 /**
  3412.                  * 添加拦截器
  3413.                  * @param fn 设置的请求前回调函数，如果返回配置，则使用返回的配置，如果返回null|undefined，则阻止请求
  3414.                  */
  3415.                 use(fn) {
  3416.                     if (typeof fn !== "function") {
  3417.                         console.warn("[Httpx-interceptors-request] 请传入拦截器函数");
  3418.                         return;
  3419.                     }
  3420.                     return this.context.HttpxRequestHook.add(fn);
  3421.                 },
  3422.                 /**
  3423.                  * 移除拦截器
  3424.                  * @param id 通过use返回的id
  3425.                  */
  3426.                 eject(id) {
  3427.                     return this.context.HttpxRequestHook.delete(id);
  3428.                 },
  3429.                 /**
  3430.                  * 移除所有拦截器
  3431.                  */
  3432.                 ejectAll() {
  3433.                     this.context.HttpxRequestHook.clearAll();
  3434.                 },
  3435.             },
  3436.             /**
  3437.              * 响应拦截器
  3438.              */
  3439.             response: {
  3440.                 context: null,
  3441.                 /**
  3442.                  * 添加拦截器
  3443.                  * @param successFn 设置的响应后回调函数，如果返回响应，则使用返回的响应，如果返回null|undefined，则阻止响应
  3444.                  * + 2xx 范围内的状态码都会触发该函数
  3445.                  * @param errorFn 设置的响应后回调函数，如果返回响应，则使用返回的响应，如果返回null|undefined，则阻止响应
  3446.                  * + 超出 2xx 范围的状态码都会触发该函数
  3447.                  */
  3448.                 use(successFn, errorFn) {
  3449.                     if (typeof successFn !== "function" && typeof errorFn !== "function") {
  3450.                         console.warn("[Httpx-interceptors-response] 必须传入一个拦截器函数");
  3451.                         return;
  3452.                     }
  3453.                     return this.context.HttpxResponseHook.add(successFn, errorFn);
  3454.                 },
  3455.                 /**
  3456.                  * 移除拦截器
  3457.                  * @param id 通过use返回的id
  3458.                  */
  3459.                 eject(id) {
  3460.                     return this.context.HttpxResponseHook.delete(id);
  3461.                 },
  3462.                 /**
  3463.                  * 移除所有拦截器
  3464.                  */
  3465.                 ejectAll() {
  3466.                     this.context.HttpxResponseHook.clearAll();
  3467.                 },
  3468.             },
  3469.         };
  3470.         /**
  3471.          * 修改xmlHttpRequest
  3472.          * @param httpRequest 网络请求函数
  3473.          */
  3474.         setXMLHttpRequest(httpRequest) {
  3475.             this.GM_Api.xmlHttpRequest = httpRequest;
  3476.         }
  3477.         /**
  3478.          * GET 请求
  3479.          * @param url 网址
  3480.          * @param details 配置
  3481.          */
  3482.         get(...args) {
  3483.             let useRequestOption = this.HttpxRequestOption.handleBeforeRequestOptionArgs(...args);
  3484.             useRequestOption.method = "GET";
  3485.             return this.request(useRequestOption, (option) => {
  3486.                 Reflect.deleteProperty(option, "onprogress");
  3487.             });
  3488.         }
  3489.         /**
  3490.          * POST 请求
  3491.          */
  3492.         post(...args) {
  3493.             let useRequestOption = this.HttpxRequestOption.handleBeforeRequestOptionArgs(...args);
  3494.             useRequestOption.method = "POST";
  3495.             return this.request(useRequestOption);
  3496.         }
  3497.         /**
  3498.          * HEAD 请求
  3499.          */
  3500.         head(...args) {
  3501.             let useRequestOption = this.HttpxRequestOption.handleBeforeRequestOptionArgs(...args);
  3502.             useRequestOption.method = "HEAD";
  3503.             return this.request(useRequestOption, (option) => {
  3504.                 Reflect.deleteProperty(option, "onprogress");
  3505.             });
  3506.         }
  3507.         /**
  3508.          * OPTIONS 请求
  3509.          */
  3510.         options(...args) {
  3511.             let useRequestOption = this.HttpxRequestOption.handleBeforeRequestOptionArgs(...args);
  3512.             useRequestOption.method = "OPTIONS";
  3513.             return this.request(useRequestOption, (option) => {
  3514.                 Reflect.deleteProperty(option, "onprogress");
  3515.             });
  3516.         }
  3517.         /**
  3518.          * DELETE 请求
  3519.          */
  3520.         delete(...args) {
  3521.             let useRequestOption = this.HttpxRequestOption.handleBeforeRequestOptionArgs(...args);
  3522.             useRequestOption.method = "DELETE";
  3523.             return this.request(useRequestOption, (option) => {
  3524.                 Reflect.deleteProperty(option, "onprogress");
  3525.             });
  3526.         }
  3527.         /**
  3528.          * PUT 请求
  3529.          */
  3530.         put(...args) {
  3531.             let userRequestOption = this.HttpxRequestOption.handleBeforeRequestOptionArgs(...args);
  3532.             userRequestOption.method = "PUT";
  3533.             return this.request(userRequestOption);
  3534.         }
  3535.         /**
  3536.          * 发送请求
  3537.          * @param details 配置
  3538.          * @param beforeRequestOption 处理请求前的配置
  3539.          */
  3540.         request(details, beforeRequestOption) {
  3541.             let useRequestOption = this.HttpxRequestOption.handleBeforeRequestOptionArgs(details);
  3542.             /** 取消请求 */
  3543.             let abortFn = null;
  3544.             let promise = new globalThis.Promise(async (resolve, reject) => {
  3545.                 let requestOption = this.HttpxRequestOption.getRequestOption(useRequestOption.method, useRequestOption, resolve, reject);
  3546.                 if (typeof beforeRequestOption === "function") {
  3547.                     // @ts-ignore
  3548.                     beforeRequestOption(requestOption);
  3549.                 }
  3550.                 // @ts-ignore
  3551.                 requestOption =
  3552.                     this.HttpxRequestOption.removeRequestNullOption(requestOption);
  3553.                 const requestResult = await this.HttpxRequest.request(requestOption);
  3554.                 if (requestResult != null &&
  3555.                     typeof requestResult.abort === "function") {
  3556.                     abortFn = requestResult.abort;
  3557.                 }
  3558.             });
  3559.             // @ts-ignore
  3560.             promise.abort = () => {
  3561.                 if (typeof abortFn === "function") {
  3562.                     abortFn();
  3563.                 }
  3564.             };
  3565.             // @ts-ignore
  3566.             return promise;
  3567.         }
  3568.     }
  3569.  
  3570.     class indexedDB {
  3571.         #dbName;
  3572.         #storeName;
  3573.         #dbVersion;
  3574.         /* websql的版本号，由于ios的问题，版本号的写法不一样 */
  3575.         // @ts-ignore
  3576.         #slqVersion = "1";
  3577.         /* 监听IndexDB */
  3578.         #indexedDB = window.indexedDB ||
  3579.             window.mozIndexedDB ||
  3580.             window.webkitIndexedDB ||
  3581.             window.msIndexedDB;
  3582.         /* 缓存数据库，避免同一个页面重复创建和销毁 */
  3583.         #db = {};
  3584.         // @ts-ignore
  3585.         #store = null;
  3586.         /** 状态码 */
  3587.         #statusCode = {
  3588.             operationSuccess: {
  3589.                 code: 200,
  3590.                 msg: "操作成功",
  3591.             },
  3592.             operationFailed: {
  3593.                 code: 401,
  3594.                 msg: "操作失败",
  3595.             },
  3596.             empty: {
  3597.                 code: 201,
  3598.                 msg: "操作成功，但是没有数据",
  3599.             },
  3600.             openFailed: { code: 91001, msg: "打开数据库失败" },
  3601.             saveFailed: { code: 91002, msg: "保存数据失败" },
  3602.             getFailed: { code: 91003, msg: "获取数据失败" },
  3603.             deleteFailed: { code: 91004, msg: "删除数据失败" },
  3604.             deleteAllFailed: { code: 91005, msg: "清空数据库失败" },
  3605.             regexpGetFailed: { code: 91006, msg: "正则获取数据失败" },
  3606.         };
  3607.         /**
  3608.          * @param dbName 数据存储名，默认为：default_db
  3609.          * @param storeName 表名，默认为：default_form
  3610.          * @param dbVersion indexDB的版本号，默认为：1
  3611.          */
  3612.         constructor(dbName = "default_db", storeName = "default_form", dbVersion = 1) {
  3613.             this.#dbName = dbName;
  3614.             this.#storeName = storeName;
  3615.             this.#dbVersion = dbVersion;
  3616.             if (!this.#indexedDB) {
  3617.                 alert("很抱歉，您的浏览器不支持indexedDB");
  3618.                 throw new TypeError("很抱歉，您的浏览器不支持indexedDB");
  3619.             }
  3620.         }
  3621.         /**
  3622.          * 创建 “表”
  3623.          * @param dbName 表名
  3624.          */
  3625.         createStore(dbName) {
  3626.             let txn, store;
  3627.             txn = this.#db[dbName].transaction(this.#storeName, "readwrite");
  3628.             /* IndexDB的读写权限 */
  3629.             store = txn.objectStore(this.#storeName);
  3630.             this.#store = store;
  3631.             return store;
  3632.         }
  3633.         /**
  3634.          * 打开数据库
  3635.          * @param callback  回调
  3636.          * @param dbName 数据库名
  3637.          */
  3638.         open(callback, dbName) {
  3639.             let that = this;
  3640.             /* 打开数据库 */
  3641.             /* 如果支持IndexDB */
  3642.             if (!that.#db[dbName]) {
  3643.                 /* 如果缓存中没有，则进行数据库的创建或打开，提高效率 */
  3644.                 let request = that.#indexedDB.open(dbName, that.#dbVersion);
  3645.                 request.onerror = function (event) {
  3646.                     callback(null, {
  3647.                         code: that.#statusCode.openFailed.code,
  3648.                         msg: that.#statusCode.openFailed.msg,
  3649.                         event: event,
  3650.                     });
  3651.                 };
  3652.                 request.onsuccess = function (event) {
  3653.                     if (!that.#db[dbName]) {
  3654.                         let target = event.target;
  3655.                         that.#db[dbName] = target.result;
  3656.                     }
  3657.                     let store = that.createStore(dbName);
  3658.                     callback(store);
  3659.                 };
  3660.                 request.onupgradeneeded = function (event) {
  3661.                     let target = event.target;
  3662.                     that.#db[dbName] = target.result;
  3663.                     let store = that.#db[dbName].createObjectStore(that.#storeName, {
  3664.                         keyPath: "key",
  3665.                     });
  3666.                     store.transaction.oncomplete = function (event) {
  3667.                         callback(store);
  3668.                     };
  3669.                 };
  3670.             }
  3671.             else {
  3672.                 /* 如果缓存中已经打开了数据库，就直接使用 */
  3673.                 let store = this.createStore(dbName);
  3674.                 callback(store);
  3675.             }
  3676.         }
  3677.         /**
  3678.          * 保存数据到数据库
  3679.          * @param key 数据key
  3680.          * @param value 数据值
  3681.          */
  3682.         async save(key, value) {
  3683.             let that = this;
  3684.             return new Promise((resolve) => {
  3685.                 let dbName = this.#dbName;
  3686.                 let inData = {
  3687.                     key: key,
  3688.                     value: value,
  3689.                 };
  3690.                 this.open(function (idbStore) {
  3691.                     if (idbStore == null) {
  3692.                         resolve({
  3693.                             success: false,
  3694.                             code: that.#statusCode.saveFailed.code,
  3695.                             msg: that.#statusCode.saveFailed.msg,
  3696.                         });
  3697.                     }
  3698.                     else {
  3699.                         let request = idbStore.put(inData);
  3700.                         request.onsuccess = function (event) {
  3701.                             /* 保存成功有success 字段 */
  3702.                             resolve({
  3703.                                 success: true,
  3704.                                 code: that.#statusCode.operationSuccess.code,
  3705.                                 msg: that.#statusCode.operationSuccess.msg,
  3706.                                 event: event,
  3707.                             });
  3708.                         };
  3709.                         request.onerror = function (event) {
  3710.                             resolve({
  3711.                                 success: false,
  3712.                                 code: that.#statusCode.saveFailed.code,
  3713.                                 msg: that.#statusCode.saveFailed.msg,
  3714.                                 event: event,
  3715.                             });
  3716.                         };
  3717.                     }
  3718.                 }, dbName);
  3719.             });
  3720.         }
  3721.         /**
  3722.          * 判断是否存在该数据
  3723.          * @param key 数据key
  3724.          */
  3725.         async has(key) {
  3726.             let that = this;
  3727.             return new Promise((resolve) => {
  3728.                 let dbName = this.#dbName;
  3729.                 this.open(function (idbStore) {
  3730.                     /* 判断返回的数据中是否有error字段 */
  3731.                     if (idbStore == null) {
  3732.                         resolve({
  3733.                             success: false,
  3734.                             code: that.#statusCode.getFailed.code,
  3735.                             msg: that.#statusCode.getFailed.msg,
  3736.                         });
  3737.                     }
  3738.                     else {
  3739.                         let request = idbStore.get(key);
  3740.                         request.onsuccess = function (event) {
  3741.                             /* result 返回的是 {key: string, value: any} */
  3742.                             /* 键值对存储 */
  3743.                             resolve({
  3744.                                 success: true,
  3745.                                 code: that.#statusCode.operationSuccess.code,
  3746.                                 msg: that.#statusCode.operationSuccess.msg,
  3747.                                 event: event,
  3748.                             });
  3749.                         };
  3750.                         request.onerror = function (event) {
  3751.                             resolve({
  3752.                                 success: false,
  3753.                                 code: that.#statusCode.getFailed.code,
  3754.                                 msg: that.#statusCode.getFailed.msg,
  3755.                                 event: event,
  3756.                             });
  3757.                         };
  3758.                     }
  3759.                 }, dbName);
  3760.             });
  3761.         }
  3762.         /**
  3763.          * 根据key获取值
  3764.          * @param key 数据key
  3765.          */
  3766.         async get(key) {
  3767.             let that = this;
  3768.             return new Promise((resolve) => {
  3769.                 let dbName = this.#dbName;
  3770.                 this.open(function (idbStore) {
  3771.                     /* 判断返回的数据中是否有error字段 */
  3772.                     if (idbStore == null) {
  3773.                         resolve({
  3774.                             success: false,
  3775.                             code: that.#statusCode.getFailed.code,
  3776.                             msg: that.#statusCode.getFailed.msg,
  3777.                             data: undefined,
  3778.                         });
  3779.                     }
  3780.                     else {
  3781.                         let request = idbStore.get(key);
  3782.                         request.onsuccess = function (event) {
  3783.                             let target = event.target;
  3784.                             let result = target.result;
  3785.                             /* result 返回的是 {key: string, value: any} */
  3786.                             /* 键值对存储 */
  3787.                             let data = result ? result.value : undefined;
  3788.                             if (data == null) {
  3789.                                 resolve({
  3790.                                     success: true,
  3791.                                     code: that.#statusCode.empty.code,
  3792.                                     msg: that.#statusCode.empty.msg,
  3793.                                     data: data,
  3794.                                     event: event,
  3795.                                     result: result,
  3796.                                 });
  3797.                             }
  3798.                             else {
  3799.                                 resolve({
  3800.                                     success: true,
  3801.                                     code: that.#statusCode.operationSuccess.code,
  3802.                                     msg: that.#statusCode.operationSuccess.msg,
  3803.                                     data: data,
  3804.                                     event: event,
  3805.                                     result: result,
  3806.                                 });
  3807.                             }
  3808.                         };
  3809.                         request.onerror = function (event) {
  3810.                             resolve({
  3811.                                 success: false,
  3812.                                 code: that.#statusCode.getFailed.code,
  3813.                                 msg: that.#statusCode.getFailed.msg,
  3814.                                 data: undefined,
  3815.                                 event: event,
  3816.                             });
  3817.                         };
  3818.                     }
  3819.                 }, dbName);
  3820.             });
  3821.         }
  3822.         /**
  3823.          * 正则获取数据
  3824.          * @param key 数据key，可以是正则
  3825.          */
  3826.         async regexpGet(key) {
  3827.             let list = [];
  3828.             let that = this;
  3829.             return new Promise((resolve) => {
  3830.                 /* 正则查询 */
  3831.                 let dbName = that.#dbName;
  3832.                 this.open(function (idbStore) {
  3833.                     /* 判断返回的数据中是否有error字段 */
  3834.                     if (idbStore == null) {
  3835.                         resolve({
  3836.                             success: false,
  3837.                             code: that.#statusCode.regexpGetFailed.code,
  3838.                             msg: that.#statusCode.regexpGetFailed.msg,
  3839.                             data: [],
  3840.                         });
  3841.                     }
  3842.                     else {
  3843.                         let request = idbStore.getAll();
  3844.                         request.onsuccess = function (event) {
  3845.                             let target = event.target;
  3846.                             let result = target.result;
  3847.                             if (result.length !== 0) {
  3848.                                 result.forEach((dataItem, index) => {
  3849.                                     // 当前项的key
  3850.                                     let __key = dataItem["key"];
  3851.                                     // 当前项的value
  3852.                                     let __value = dataItem["value"];
  3853.                                     if (__key.match(key)) {
  3854.                                         list = list.concat(__value);
  3855.                                     }
  3856.                                 });
  3857.                             }
  3858.                             resolve({
  3859.                                 success: true,
  3860.                                 code: that.#statusCode.operationSuccess.code,
  3861.                                 msg: that.#statusCode.operationSuccess.msg,
  3862.                                 data: list,
  3863.                                 event: event,
  3864.                             });
  3865.                         };
  3866.                         request.onerror = function (event) {
  3867.                             resolve({
  3868.                                 success: false,
  3869.                                 code: that.#statusCode.getFailed.code,
  3870.                                 msg: that.#statusCode.getFailed.msg,
  3871.                                 data: [],
  3872.                                 event: event,
  3873.                             });
  3874.                         };
  3875.                     }
  3876.                 }, dbName);
  3877.             });
  3878.         }
  3879.         /**
  3880.          * 删除数据
  3881.          * @param key 数据key
  3882.          */
  3883.         async delete(key) {
  3884.             let that = this;
  3885.             return new Promise((resolve) => {
  3886.                 /* 根据key删除某条数据 */
  3887.                 let dbName = that.#dbName;
  3888.                 this.open(function (idbStore) {
  3889.                     if (idbStore == null) {
  3890.                         resolve({
  3891.                             success: false,
  3892.                             code: that.#statusCode.deleteFailed.code,
  3893.                             msg: that.#statusCode.deleteFailed.msg,
  3894.                         });
  3895.                     }
  3896.                     else {
  3897.                         // 删除键
  3898.                         let request = idbStore.delete(key);
  3899.                         request.onsuccess = function (event) {
  3900.                             resolve({
  3901.                                 success: true,
  3902.                                 code: that.#statusCode.operationSuccess.code,
  3903.                                 msg: that.#statusCode.operationSuccess.msg,
  3904.                                 event: event,
  3905.                             });
  3906.                         };
  3907.                         request.onerror = function (event) {
  3908.                             resolve({
  3909.                                 success: false,
  3910.                                 code: that.#statusCode.deleteFailed.code,
  3911.                                 msg: that.#statusCode.deleteFailed.msg,
  3912.                                 event: event,
  3913.                             });
  3914.                         };
  3915.                     }
  3916.                 }, dbName);
  3917.             });
  3918.         }
  3919.         /**
  3920.          * 删除所有数据
  3921.          */
  3922.         async deleteAll() {
  3923.             let that = this;
  3924.             return new Promise((resolve) => {
  3925.                 /* 清空数据库 */
  3926.                 let dbName = that.#dbName;
  3927.                 this.open(function (idbStore) {
  3928.                     if (idbStore == null) {
  3929.                         resolve({
  3930.                             success: false,
  3931.                             code: that.#statusCode.deleteAllFailed.code,
  3932.                             msg: that.#statusCode.deleteAllFailed.msg,
  3933.                         });
  3934.                     }
  3935.                     else {
  3936.                         // 清空
  3937.                         let operateResult = idbStore.clear();
  3938.                         operateResult.onsuccess = function (event) {
  3939.                             resolve({
  3940.                                 success: true,
  3941.                                 code: that.#statusCode.operationSuccess.code,
  3942.                                 msg: that.#statusCode.operationSuccess.msg,
  3943.                                 event: event,
  3944.                             });
  3945.                         };
  3946.                         operateResult.onerror = function (event) {
  3947.                             resolve({
  3948.                                 success: false,
  3949.                                 code: that.#statusCode.deleteAllFailed.code,
  3950.                                 msg: that.#statusCode.deleteAllFailed.msg,
  3951.                                 event: event,
  3952.                             });
  3953.                         };
  3954.                     }
  3955.                 }, dbName);
  3956.             });
  3957.         }
  3958.     }
  3959.  
  3960.     class LockFunction {
  3961.         #flag = false;
  3962.         #delayTime = 0;
  3963.         #callback;
  3964.         #timeId = undefined;
  3965.         lock;
  3966.         unlock;
  3967.         run;
  3968.         isLock;
  3969.         constructor(callback, context, delayTime) {
  3970.             let that = this;
  3971.             this.#callback = callback;
  3972.             if (typeof context === "number") {
  3973.                 this.#delayTime = context;
  3974.             }
  3975.             else {
  3976.                 this.#delayTime = delayTime;
  3977.             }
  3978.             /**
  3979.              * 锁
  3980.              */
  3981.             this.lock = function () {
  3982.                 that.#flag = true;
  3983.                 clearTimeout(that.#timeId);
  3984.             };
  3985.             /**
  3986.              * 解锁
  3987.              */
  3988.             this.unlock = function () {
  3989.                 that.#timeId = setTimeout(() => {
  3990.                     that.#flag = false;
  3991.                 }, that.#delayTime);
  3992.             };
  3993.             /**
  3994.              * 判断是否被锁
  3995.              */
  3996.             this.isLock = function () {
  3997.                 return that.#flag;
  3998.             };
  3999.             /**
  4000.              * 执行
  4001.              */
  4002.             this.run = async function (...args) {
  4003.                 if (that.isLock()) {
  4004.                     return;
  4005.                 }
  4006.                 that.lock();
  4007.                 await that.#callback.apply(this, args);
  4008.                 that.unlock();
  4009.             };
  4010.         }
  4011.     }
  4012.  
  4013.     class Log {
  4014.         /** 是否禁用输出的flag */
  4015.         #disable = false;
  4016.         /** 前面的TAG标志 */
  4017.         tag = "Utils.Log";
  4018.         /* 使用的console函数 */
  4019.         #console = null;
  4020.         /* 当前输出的数量 */
  4021.         #logCount = 0;
  4022.         /* 配置 */
  4023.         #details = {
  4024.             tag: true,
  4025.             successColor: "#0000FF",
  4026.             errorColor: "#FF0000",
  4027.             infoColor: "0",
  4028.             warnColor: "0",
  4029.             debug: false,
  4030.             autoClearConsole: false,
  4031.             logMaxCount: 999,
  4032.         };
  4033.         /**
  4034.          * 颜色配置
  4035.          */
  4036.         #msgColorDetails = [
  4037.             "font-weight: bold; color: cornflowerblue",
  4038.             "font-weight: bold; color: cornflowerblue",
  4039.             "font-weight: bold; color: darkorange",
  4040.             "font-weight: bold; color: cornflowerblue",
  4041.         ];
  4042.         /**
  4043.          * @param __GM_info 油猴管理器的API GM_info，或者是一个对象，如{"script":{name:"Utils.Log"}}，或者直接是一个字符串，用作tag名
  4044.          * @param console 可指定console对象为unsafeWindow下的console或者是油猴window下的console
  4045.          */
  4046.         constructor(__GM_info, console = window.console) {
  4047.             if (typeof __GM_info === "string") {
  4048.                 this.tag = __GM_info;
  4049.             }
  4050.             else if (typeof __GM_info === "object" &&
  4051.                 typeof __GM_info?.script?.name === "string") {
  4052.                 this.tag = __GM_info.script.name;
  4053.             }
  4054.             this.#console = console;
  4055.         }
  4056.         /**
  4057.          * 解析Error的堆栈获取实际调用者的函数名及函数所在的位置
  4058.          * @param stack
  4059.          */
  4060.         parseErrorStack(stack) {
  4061.             let result = {
  4062.                 name: "",
  4063.                 position: "",
  4064.             };
  4065.             for (let stackString of stack) {
  4066.                 stackString = stackString.trim();
  4067.                 let stackFunctionNameMatch = stackString.match(/^at[\s]+(.+?)[\s]+/i);
  4068.                 let stackFunctionNamePositionMatch = stackString.match(/^at[\s]+.+[\s]+\((.+?)\)/i);
  4069.                 if (stackFunctionNameMatch == null) {
  4070.                     continue;
  4071.                 }
  4072.                 if (stackFunctionNamePositionMatch == null) {
  4073.                     continue;
  4074.                 }
  4075.                 /* 获取最后一个，因为第一个是包含了at  */
  4076.                 let stackFunctionName = stackFunctionNameMatch[stackFunctionNameMatch.length - 1];
  4077.                 let stackFunctionNamePosition = stackFunctionNamePositionMatch[stackFunctionNamePositionMatch.length - 1];
  4078.                 if (stackFunctionName === "" ||
  4079.                     stackFunctionName.match(/^(Utils\.|)Log(\.|)|.<anonymous>$|^Function.each|^NodeList.forEach|^k.fn.init.each/g)) {
  4080.                     continue;
  4081.                 }
  4082.                 else {
  4083.                     result.name = stackFunctionName;
  4084.                     result.position = stackFunctionNamePosition;
  4085.                     break;
  4086.                 }
  4087.             }
  4088.             if (result.position === "") {
  4089.                 let lastStackString = stack[stack.length - 1].trim();
  4090.                 if (lastStackString.startsWith("at chrome-extension://")) {
  4091.                     let lastStackMatch = lastStackString.match(/^at[\s]+(.+)/);
  4092.                     if (lastStackMatch) {
  4093.                         result.position = lastStackMatch[lastStackMatch.length - 1];
  4094.                     }
  4095.                 }
  4096.             }
  4097.             if (result.position === "") {
  4098.                 result.position = stack[stack.length - 1].trim().replace(/^at[\s]*/g, "");
  4099.             }
  4100.             return result;
  4101.         }
  4102.         /**
  4103.          * 检测清理控制台
  4104.          */
  4105.         checkClearConsole() {
  4106.             this.#logCount++;
  4107.             if (this.#details.autoClearConsole &&
  4108.                 this.#logCount > this.#details.logMaxCount) {
  4109.                 this.#console.clear();
  4110.                 this.#logCount = 0;
  4111.             }
  4112.         }
  4113.         /**
  4114.          * 输出内容
  4115.          * @param msg 需要输出的内容
  4116.          * @param color 颜色
  4117.          * @param otherStyle 其它CSS
  4118.          */
  4119.         printContent(msg, color, otherStyle) {
  4120.             this.checkClearConsole();
  4121.             otherStyle = otherStyle || "";
  4122.             let stackSplit = new Error().stack.split("\n");
  4123.             stackSplit.splice(0, 2);
  4124.             let { name: callerName, position: callerPosition } = this.parseErrorStack(stackSplit);
  4125.             let tagName = this.tag;
  4126.             let that = this;
  4127.             /** tag的html输出格式 */
  4128.             let tagNameHTML = `%c[${tagName}%c`;
  4129.             /** 调用的函数名的html输出格式 */
  4130.             let callerNameHTML = `%c${callerName}%c]%c`;
  4131.             callerName.trim() !== "" && (callerNameHTML = "-" + callerNameHTML);
  4132.             /**
  4133.              * 输出消息到控制台
  4134.              * @param message
  4135.              */
  4136.             function consoleMsg(message) {
  4137.                 if (typeof message === "string") {
  4138.                     that.#console.log(`${tagNameHTML}${callerNameHTML} %s`, ...that.#msgColorDetails, `color: ${color};${otherStyle}`, message);
  4139.                 }
  4140.                 else if (typeof message === "number") {
  4141.                     that.#console.log(`${tagNameHTML}${callerNameHTML} %d`, ...that.#msgColorDetails, `color: ${color};${otherStyle}`, message);
  4142.                 }
  4143.                 else if (typeof message === "object") {
  4144.                     that.#console.log(`${tagNameHTML}${callerNameHTML} %o`, ...that.#msgColorDetails, `color: ${color};${otherStyle}`, message);
  4145.                 }
  4146.                 else {
  4147.                     that.#console.log(message);
  4148.                 }
  4149.             }
  4150.             if (Array.isArray(msg)) {
  4151.                 for (let index = 0; index < msg.length; index++) {
  4152.                     consoleMsg(msg[index]);
  4153.                 }
  4154.             }
  4155.             else {
  4156.                 consoleMsg(msg);
  4157.             }
  4158.             if (this.#details.debug) {
  4159.                 /* 如果开启调试模式，输出堆栈位置 */
  4160.                 this.#console.log(callerPosition);
  4161.             }
  4162.         }
  4163.         /**
  4164.          * 控制台-普通输出
  4165.          * @param args 需要输出的内容
  4166.          * @example
  4167.          * log.info("输出信息","输出信息2","输出信息3","输出")
  4168.          */
  4169.         info(...args) {
  4170.             if (this.#disable)
  4171.                 return;
  4172.             this.printContent(args, this.#details.infoColor);
  4173.         }
  4174.         /**
  4175.          * 控制台-警告输出
  4176.          * @param args 需要输出的内容
  4177.          * @example
  4178.          * log.warn("输出警告","输出警告2","输出警告3","输出警告4")
  4179.          */
  4180.         warn(...args) {
  4181.             if (this.#disable)
  4182.                 return;
  4183.             this.printContent(args, this.#details.warnColor, "background: #FEF6D5;padding: 4px 6px 4px 0px;");
  4184.         }
  4185.         /**
  4186.          * 控制台-错误输出
  4187.          * @param args 需要输出的内容
  4188.          * @example
  4189.          * log.error("输出错误","输出错误2","输出错误3","输出错误4")
  4190.          */
  4191.         error(...args) {
  4192.             if (this.#disable)
  4193.                 return;
  4194.             this.printContent(args, this.#details.errorColor);
  4195.         }
  4196.         /**
  4197.          * 控制台-成功输出
  4198.          * @param args 需要输出的内容
  4199.          * @example
  4200.          * log.success("输出成功")
  4201.          */
  4202.         success(...args) {
  4203.             if (this.#disable)
  4204.                 return;
  4205.             this.printContent(args, this.#details.successColor);
  4206.         }
  4207.         /**
  4208.          * 控制台-输出表格
  4209.          * @param msg 需要输出的内容
  4210.          * @example
  4211.          * log.table([{"名字":"example","值":"123"},{"名字":"example2","值":"345"}])
  4212.          */
  4213.         table(msg) {
  4214.             if (this.#disable)
  4215.                 return;
  4216.             this.checkClearConsole();
  4217.             let stack = new Error().stack.split("\n");
  4218.             stack.splice(0, 1);
  4219.             let errorStackParse = this.parseErrorStack(stack);
  4220.             /** 堆栈函数名 */
  4221.             let stackFunctionName = errorStackParse.name;
  4222.             /** 堆栈位置 */
  4223.             let stackFunctionNamePosition = errorStackParse.position;
  4224.             let callerName = stackFunctionName;
  4225.             this.#console.log(`%c[${this.tag}%c-%c${callerName}%c]%c`, ...this.#msgColorDetails, `color: ${this.#details.infoColor};`);
  4226.             this.#console.table(msg);
  4227.             if (this.#details.debug) {
  4228.                 this.#console.log(stackFunctionNamePosition);
  4229.             }
  4230.         }
  4231.         /**
  4232.          * 配置Log对象的颜色
  4233.          * @param paramDetails 配置信息
  4234.          */
  4235.         config(paramDetails) {
  4236.             this.#details = Object.assign(this.#details, paramDetails);
  4237.         }
  4238.         /** 禁用输出 */
  4239.         disable() {
  4240.             this.#disable = true;
  4241.         }
  4242.         /** 恢复输出 */
  4243.         recovery() {
  4244.             this.#disable = false;
  4245.         }
  4246.     }
  4247.  
  4248.     class Progress {
  4249.         #config = {
  4250.             /**
  4251.              * canvas元素节点
  4252.              */
  4253.             canvasNode: null,
  4254.             /**
  4255.              * 绘制角度
  4256.              */
  4257.             deg: 95,
  4258.             /**
  4259.              * 进度
  4260.              */
  4261.             progress: 0,
  4262.             /**
  4263.              * 绘制的线宽度
  4264.              */
  4265.             lineWidth: 10,
  4266.             /**
  4267.              * 绘制的背景颜色
  4268.              */
  4269.             lineBgColor: "#1e637c",
  4270.             /**
  4271.              * 绘制的线的颜色
  4272.              */
  4273.             lineColor: "#25deff",
  4274.             /**
  4275.              * 绘制的字体颜色
  4276.              */
  4277.             textColor: "#000000",
  4278.             /**
  4279.              * 绘制的字体大小(px)
  4280.              */
  4281.             fontSize: 22,
  4282.             /**
  4283.              * 绘制的圆的半径
  4284.              */
  4285.             circleRadius: 50,
  4286.         };
  4287.         #ctx = null;
  4288.         #width = null;
  4289.         #height = null;
  4290.         /**
  4291.          *
  4292.          * @param paramConfig 配置信息
  4293.          */
  4294.         constructor(paramConfig) {
  4295.             this.#config = commonUtil.assign(this.#config, paramConfig);
  4296.             if (!(this.#config.canvasNode instanceof HTMLCanvasElement)) {
  4297.                 throw new Error("Utils.Progress 参数 canvasNode 必须是 HTMLCanvasElement");
  4298.             }
  4299.             this.init();
  4300.         }
  4301.         /**
  4302.          * 初始化
  4303.          */
  4304.         init() {
  4305.             /* 获取画笔 */
  4306.             let ctx = this.#config.canvasNode.getContext("2d");
  4307.             if (ctx == null) {
  4308.                 throw new Error("Utils.Progress 获取画笔失败");
  4309.             }
  4310.             this.#ctx = ctx;
  4311.             /* 元素宽度 */
  4312.             this.#width = this.#config.canvasNode.width;
  4313.             /* 元素高度 */
  4314.             this.#height = this.#config.canvasNode.height;
  4315.             /* 清除锯齿 */
  4316.             if (window.devicePixelRatio) {
  4317.                 this.#config.canvasNode.style.width = this.#width + "px";
  4318.                 this.#config.canvasNode.style.height = this.#height + "px";
  4319.                 this.#config.canvasNode.height = this.#height * window.devicePixelRatio;
  4320.                 this.#config.canvasNode.width = this.#width * window.devicePixelRatio;
  4321.                 this.#ctx.scale(window.devicePixelRatio, window.devicePixelRatio);
  4322.             }
  4323.             /* 设置线宽 */
  4324.             this.#ctx.lineWidth = this.#config.lineWidth;
  4325.         }
  4326.         /**
  4327.          * 绘制
  4328.          */
  4329.         draw() {
  4330.             let degActive = (this.#config.progress * 360) / 100;
  4331.             /* 清除画布 */
  4332.             this.#ctx.clearRect(0, 0, this.#width, this.#height);
  4333.             /* 开始绘制底圆 */
  4334.             this.#ctx.beginPath();
  4335.             this.#ctx.arc(this.#width / 2, this.#height / 2, this.#config.circleRadius, 1, 8);
  4336.             this.#ctx.strokeStyle = this.#config.lineBgColor;
  4337.             this.#ctx.stroke();
  4338.             /* 开始绘制动态圆 */
  4339.             this.#ctx.beginPath();
  4340.             this.#ctx.arc(this.#width / 2, this.#height / 2, this.#config.circleRadius, -Math.PI / 2, (degActive * Math.PI) / 180 - Math.PI / 2);
  4341.             this.#ctx.strokeStyle = this.#config.lineColor;
  4342.             this.#ctx.stroke();
  4343.             /* 获取百分比 */
  4344.             let txt = parseInt(this.#config.progress.toString()) + "%";
  4345.             this.#ctx.font = this.#config.fontSize + "px SimHei";
  4346.             /* 获取文本宽度 */
  4347.             let w = this.#ctx.measureText(txt).width;
  4348.             let h = this.#config.fontSize / 2;
  4349.             this.#ctx.fillStyle = this.#config.textColor;
  4350.             this.#ctx.fillText(txt, this.#width / 2 - w / 2, this.#height / 2 + h / 2);
  4351.         }
  4352.     }
  4353.  
  4354.     class UtilsDictionary {
  4355.         items = {};
  4356.         constructor(key, value) {
  4357.             if (key != null) {
  4358.                 this.set(key, value);
  4359.             }
  4360.         }
  4361.         /**
  4362.          * 检查是否有某一个键
  4363.          * @param key 键
  4364.          */
  4365.         has(key) {
  4366.             return Reflect.has(this.items, key);
  4367.         }
  4368.         /**
  4369.          * 检查已有的键中是否以xx开头
  4370.          * @param key 需要匹配的键
  4371.          */
  4372.         startsWith(key) {
  4373.             let allKeys = this.keys();
  4374.             for (const keyName of allKeys) {
  4375.                 if (String(keyName).startsWith(String(key))) {
  4376.                     return true;
  4377.                 }
  4378.             }
  4379.             return false;
  4380.         }
  4381.         /**
  4382.          * 获取以xx开头的键的值
  4383.          * @param key 需要匹配的键
  4384.          */
  4385.         getStartsWith(key) {
  4386.             let allKeys = this.keys();
  4387.             let result = undefined;
  4388.             for (const keyName of allKeys) {
  4389.                 if (String(keyName).startsWith(String(key))) {
  4390.                     result = this.get(keyName);
  4391.                     break;
  4392.                 }
  4393.             }
  4394.             return result;
  4395.         }
  4396.         /**
  4397.          * 为字典添加某一个值
  4398.          * @param key 键
  4399.          * @param val 值，默认为""
  4400.          */
  4401.         set(key, val) {
  4402.             if (key === undefined) {
  4403.                 throw new Error("Utils.Dictionary().set 参数 key 不能为空");
  4404.             }
  4405.             Reflect.set(this.items, key, val);
  4406.         }
  4407.         /**
  4408.          * 删除某一个键
  4409.          * @param key 键
  4410.          */
  4411.         delete(key) {
  4412.             if (this.has(key)) {
  4413.                 return Reflect.deleteProperty(this.items, key);
  4414.             }
  4415.             return false;
  4416.         }
  4417.         /**
  4418.          * 获取某个键的值
  4419.          * https://github.com/microsoft/TypeScript/issues/9619
  4420.          * 微软到现在都没有修复has和get的联动
  4421.          * @param key 键
  4422.          */
  4423.         get(key) {
  4424.             return Reflect.get(this.items, key);
  4425.         }
  4426.         /**
  4427.          * 返回字典中的所有值
  4428.          */
  4429.         values() {
  4430.             let resultList = [];
  4431.             for (let prop in this.getItems()) {
  4432.                 if (this.has(prop)) {
  4433.                     resultList.push(this.get(prop));
  4434.                 }
  4435.             }
  4436.             return resultList;
  4437.         }
  4438.         /**
  4439.          * 清空字典
  4440.          */
  4441.         clear() {
  4442.             this.items = null;
  4443.             this.items = {};
  4444.         }
  4445.         /**
  4446.          * 获取字典的长度
  4447.          */
  4448.         size() {
  4449.             return Object.keys(this.getItems()).length;
  4450.         }
  4451.         /**
  4452.          * 获取字典所有的键
  4453.          */
  4454.         keys() {
  4455.             return Reflect.ownKeys(this.items);
  4456.         }
  4457.         /**
  4458.          * 返回字典本身
  4459.          */
  4460.         getItems() {
  4461.             // @ts-ignore
  4462.             return this.items;
  4463.         }
  4464.         /**
  4465.          * 合并另一个字典
  4466.          * @param data 需要合并的字典
  4467.          */
  4468.         concat(data) {
  4469.             this.items = commonUtil.assign(this.items, data.getItems());
  4470.         }
  4471.         forEach(callbackfn) {
  4472.             for (const key in this.getItems()) {
  4473.                 callbackfn(this.get(key), key, this.getItems());
  4474.             }
  4475.         }
  4476.         /**
  4477.          * 获取字典的长度，同this.size
  4478.          */
  4479.         get length() {
  4480.             return this.size();
  4481.         }
  4482.         /**
  4483.          * 迭代器
  4484.          */
  4485.         get entries() {
  4486.             let that = this;
  4487.             return function* () {
  4488.                 let itemKeys = Object.keys(that.getItems());
  4489.                 for (const keyName of itemKeys) {
  4490.                     yield [keyName, that.get(keyName)];
  4491.                 }
  4492.             };
  4493.         }
  4494.         /**
  4495.          * 是否可遍历
  4496.          */
  4497.         get [Symbol.iterator]() {
  4498.             let that = this;
  4499.             return function () {
  4500.                 return that.entries();
  4501.             };
  4502.         }
  4503.     }
  4504.  
  4505.     class WindowApi {
  4506.         /** 默认的配置 */
  4507.         defaultApi = {
  4508.             document: document,
  4509.             window: window,
  4510.             globalThis: globalThis,
  4511.             self: self,
  4512.             top: top,
  4513.         };
  4514.         /** 使用的配置 */
  4515.         api;
  4516.         constructor(option) {
  4517.             if (option) {
  4518.                 if (option.globalThis == null) {
  4519.                     option.globalThis = option.window;
  4520.                 }
  4521.                 if (option.self == null) {
  4522.                     option.self = option.window;
  4523.                 }
  4524.             }
  4525.             if (!option) {
  4526.                 option = Object.assign({}, this.defaultApi);
  4527.             }
  4528.             // @ts-ignore
  4529.             this.api = Object.assign({}, option);
  4530.         }
  4531.         get document() {
  4532.             return this.api.document;
  4533.         }
  4534.         get window() {
  4535.             return this.api.window;
  4536.         }
  4537.         get globalThis() {
  4538.             return this.api.globalThis;
  4539.         }
  4540.         get self() {
  4541.             return this.api.self;
  4542.         }
  4543.         get top() {
  4544.             return this.api.top;
  4545.         }
  4546.     }
  4547.  
  4548.     const VueUtils = {
  4549.         /** 标签 */
  4550.         ReactiveFlags: {
  4551.             IS_REACTIVE: Symbol("isReactive"),
  4552.         },
  4553.         /**
  4554.          * 判断是否是对象
  4555.          * @param value
  4556.          */
  4557.         isObject(value) {
  4558.             return typeof value === "object" && value !== null;
  4559.         },
  4560.         /**
  4561.          * 判断是否是函数
  4562.          * @param val
  4563.          */
  4564.         isFunction(val) {
  4565.             return typeof val === "function";
  4566.         },
  4567.         /**
  4568.          * 处理对象再次代理，可以直接返回
  4569.          * @param value
  4570.          */
  4571.         isReactive(value) {
  4572.             return !!(value && value[VueUtils.ReactiveFlags.IS_REACTIVE]);
  4573.         },
  4574.         /**
  4575.          * 判断是否是数组
  4576.          * @param value
  4577.          */
  4578.         isArray(value) {
  4579.             return Array.isArray(value);
  4580.         },
  4581.     };
  4582.     class ReactiveEffect {
  4583.         deps = [];
  4584.         active = true;
  4585.         fn;
  4586.         // @ts-ignore
  4587.         scheduler;
  4588.         constructor(fn, scheduler) {
  4589.             this.fn = fn;
  4590.             this.scheduler = scheduler;
  4591.         }
  4592.         run(cb) {
  4593.             if (!this.active) {
  4594.                 this.fn();
  4595.             }
  4596.             try {
  4597.                 if (typeof cb === "function") {
  4598.                     cb(this);
  4599.                 }
  4600.                 return this.fn();
  4601.             }
  4602.             finally {
  4603.                 if (typeof cb === "function") {
  4604.                     cb(undefined);
  4605.                 }
  4606.             }
  4607.         }
  4608.     }
  4609.     class RefImpl {
  4610.         _value;
  4611.         _isRef = true;
  4612.         _rawValue;
  4613.         _vue;
  4614.         constructor(vueIns, rawValue) {
  4615.             this._vue = vueIns;
  4616.             this._rawValue = rawValue;
  4617.             this._value = this._vue.toReactive(rawValue);
  4618.         }
  4619.         get value() {
  4620.             return this._value;
  4621.         }
  4622.         set value(newValue) {
  4623.             if (newValue !== this._rawValue) {
  4624.                 this._value = this._vue.toReactive(newValue);
  4625.                 this._rawValue = newValue;
  4626.             }
  4627.         }
  4628.     }
  4629.     class ObjectRefImpl {
  4630.         object;
  4631.         key;
  4632.         constructor(object, key) {
  4633.             this.object = object;
  4634.             this.key = key;
  4635.         }
  4636.         get value() {
  4637.             return this.object[this.key];
  4638.         }
  4639.         set value(newValue) {
  4640.             this.object[this.key] = newValue;
  4641.         }
  4642.     }
  4643.     class Vue {
  4644.         reactMap = new WeakMap();
  4645.         targetMap = new WeakMap();
  4646.         activeEffect = undefined;
  4647.         constructor() {
  4648.             // 将数据转化成响应式的数据，只能做对象的代理
  4649.         }
  4650.         /**
  4651.          * 生成一个被代理的对象
  4652.          * @param target 需要代理的对象
  4653.          */
  4654.         reactive(target) {
  4655.             const that = this;
  4656.             if (!(typeof target === "object" && target !== null)) {
  4657.                 // @ts-ignore
  4658.                 return;
  4659.             }
  4660.             if (VueUtils.isReactive(target)) {
  4661.                 return target;
  4662.             }
  4663.             let exisProxy = this.reactMap.get(target);
  4664.             if (exisProxy) {
  4665.                 return exisProxy;
  4666.             }
  4667.             const proxy = new Proxy(target, {
  4668.                 get(target, key, receiver) {
  4669.                     if (key === VueUtils.ReactiveFlags.IS_REACTIVE) {
  4670.                         return true;
  4671.                     }
  4672.                     that.track(target, "get", key);
  4673.                     return Reflect.get(target, key, receiver);
  4674.                 },
  4675.                 set(target, key, value, receiver) {
  4676.                     let oldValue = target[key];
  4677.                     let result = Reflect.set(target, key, value, receiver);
  4678.                     if (oldValue !== value) {
  4679.                         that.trigger(target, "set", key, oldValue, value);
  4680.                     }
  4681.                     return result;
  4682.                 },
  4683.             });
  4684.             that.reactMap.set(target, proxy);
  4685.             return proxy;
  4686.         }
  4687.         /**
  4688.          * 观察被reactive的对象值改变
  4689.          * @param source 被观察的对象，这里采用函数返回对象
  4690.          * @param changeCallBack 值改变的回调
  4691.          */
  4692.         watch(source, changeCallBack) {
  4693.             let getter;
  4694.             if (VueUtils.isReactive(source)) {
  4695.                 getter = () => this.traversal(source);
  4696.             }
  4697.             else if (VueUtils.isFunction(source)) {
  4698.                 getter = source;
  4699.             }
  4700.             else {
  4701.                 return;
  4702.             }
  4703.             let oldValue;
  4704.             const job = () => {
  4705.                 const newValue = effect.run((activeEffect) => {
  4706.                     this.activeEffect = activeEffect;
  4707.                 });
  4708.                 changeCallBack(newValue, oldValue);
  4709.                 oldValue = newValue;
  4710.             };
  4711.             const effect = new ReactiveEffect(getter, job);
  4712.             oldValue = effect.run((activeEffect) => {
  4713.                 this.activeEffect = activeEffect;
  4714.             });
  4715.         }
  4716.         toReactive(value) {
  4717.             return VueUtils.isObject(value) ? this.reactive(value) : value;
  4718.         }
  4719.         ref(value) {
  4720.             return new RefImpl(this, value);
  4721.         }
  4722.         toRef(object, key) {
  4723.             return new ObjectRefImpl(object, key);
  4724.         }
  4725.         toRefs(object) {
  4726.             const result = VueUtils.isArray(object) ? new Array(object.length) : {};
  4727.             for (let key in object) {
  4728.                 // @ts-ignore
  4729.                 result[key] = this.toRef(object, key);
  4730.             }
  4731.             return result;
  4732.         }
  4733.         trigger(target, type, key, oldValue, value) {
  4734.             const depsMap = this.targetMap.get(target);
  4735.             if (!depsMap)
  4736.                 return;
  4737.             const effects = depsMap.get(key);
  4738.             this.triggerEffect(effects, "effects");
  4739.         }
  4740.         triggerEffect(effects, name) {
  4741.             effects &&
  4742.                 effects.forEach((effect) => {
  4743.                     if (effect.scheduler) {
  4744.                         effect.scheduler();
  4745.                     }
  4746.                     else {
  4747.                         effect.run();
  4748.                     }
  4749.                 });
  4750.         }
  4751.         track(target, type, key) {
  4752.             if (!this.activeEffect)
  4753.                 return;
  4754.             let depsMap = this.targetMap.get(target);
  4755.             if (!depsMap) {
  4756.                 this.targetMap.set(target, (depsMap = new Map()));
  4757.             }
  4758.             let dep = depsMap.get(key);
  4759.             if (!dep) {
  4760.                 depsMap.set(key, (dep = new Set()));
  4761.             }
  4762.             this.trackEffect(dep);
  4763.         }
  4764.         trackEffect(dep) {
  4765.             if (this.activeEffect) {
  4766.                 let shouldTrack = !dep.has(this.activeEffect);
  4767.                 if (shouldTrack) {
  4768.                     dep.add(this.activeEffect);
  4769.                     this.activeEffect.deps.push(dep);
  4770.                 }
  4771.             }
  4772.         }
  4773.         traversal(value, set = new Set()) {
  4774.             if (!VueUtils.isObject(value))
  4775.                 return value;
  4776.             if (set.has(value)) {
  4777.                 return value;
  4778.             }
  4779.             set.add(value);
  4780.             for (let key in value) {
  4781.                 this.traversal(value[key], set);
  4782.             }
  4783.             return value;
  4784.         }
  4785.     }
  4786.  
  4787.     const createCache = (lastNumberWeakMap) => {
  4788.         return (collection, nextNumber) => {
  4789.             lastNumberWeakMap.set(collection, nextNumber);
  4790.             return nextNumber;
  4791.         };
  4792.     };
  4793.  
  4794.     /*
  4795.      * The value of the constant Number.MAX_SAFE_INTEGER equals (2 ** 53 - 1) but it
  4796.      * is fairly new.
  4797.      */
  4798.     const MAX_SAFE_INTEGER = Number.MAX_SAFE_INTEGER === undefined ? 9007199254740991 : Number.MAX_SAFE_INTEGER;
  4799.     const TWO_TO_THE_POWER_OF_TWENTY_NINE = 536870912;
  4800.     const TWO_TO_THE_POWER_OF_THIRTY = TWO_TO_THE_POWER_OF_TWENTY_NINE * 2;
  4801.     const createGenerateUniqueNumber = (cache, lastNumberWeakMap) => {
  4802.         return (collection) => {
  4803.             const lastNumber = lastNumberWeakMap.get(collection);
  4804.             /*
  4805.              * Let's try the cheapest algorithm first. It might fail to produce a new
  4806.              * number, but it is so cheap that it is okay to take the risk. Just
  4807.              * increase the last number by one or reset it to 0 if we reached the upper
  4808.              * bound of SMIs (which stands for small integers). When the last number is
  4809.              * unknown it is assumed that the collection contains zero based consecutive
  4810.              * numbers.
  4811.              */
  4812.             let nextNumber = lastNumber === undefined ? collection.size : lastNumber < TWO_TO_THE_POWER_OF_THIRTY ? lastNumber + 1 : 0;
  4813.             if (!collection.has(nextNumber)) {
  4814.                 return cache(collection, nextNumber);
  4815.             }
  4816.             /*
  4817.              * If there are less than half of 2 ** 30 numbers stored in the collection,
  4818.              * the chance to generate a new random number in the range from 0 to 2 ** 30
  4819.              * is at least 50%. It's benifitial to use only SMIs because they perform
  4820.              * much better in any environment based on V8.
  4821.              */
  4822.             if (collection.size < TWO_TO_THE_POWER_OF_TWENTY_NINE) {
  4823.                 while (collection.has(nextNumber)) {
  4824.                     nextNumber = Math.floor(Math.random() * TWO_TO_THE_POWER_OF_THIRTY);
  4825.                 }
  4826.                 return cache(collection, nextNumber);
  4827.             }
  4828.             // Quickly check if there is a theoretical chance to generate a new number.
  4829.             if (collection.size > MAX_SAFE_INTEGER) {
  4830.                 throw new Error('Congratulations, you created a collection of unique numbers which uses all available integers!');
  4831.             }
  4832.             // Otherwise use the full scale of safely usable integers.
  4833.             while (collection.has(nextNumber)) {
  4834.                 nextNumber = Math.floor(Math.random() * MAX_SAFE_INTEGER);
  4835.             }
  4836.             return cache(collection, nextNumber);
  4837.         };
  4838.     };
  4839.  
  4840.     const LAST_NUMBER_WEAK_MAP = new WeakMap();
  4841.     const cache = createCache(LAST_NUMBER_WEAK_MAP);
  4842.     const generateUniqueNumber = createGenerateUniqueNumber(cache, LAST_NUMBER_WEAK_MAP);
  4843.  
  4844.     const isMessagePort = (sender) => {
  4845.         return typeof sender.start === 'function';
  4846.     };
  4847.  
  4848.     const PORT_MAP = new WeakMap();
  4849.  
  4850.     const extendBrokerImplementation = (partialBrokerImplementation) => ({
  4851.         ...partialBrokerImplementation,
  4852.         connect: ({ call }) => {
  4853.             return async () => {
  4854.                 const { port1, port2 } = new MessageChannel();
  4855.                 const portId = await call('connect', { port: port1 }, [port1]);
  4856.                 PORT_MAP.set(port2, portId);
  4857.                 return port2;
  4858.             };
  4859.         },
  4860.         disconnect: ({ call }) => {
  4861.             return async (port) => {
  4862.                 const portId = PORT_MAP.get(port);
  4863.                 if (portId === undefined) {
  4864.                     throw new Error('The given port is not connected.');
  4865.                 }
  4866.                 await call('disconnect', { portId });
  4867.             };
  4868.         },
  4869.         isSupported: ({ call }) => {
  4870.             return () => call('isSupported');
  4871.         }
  4872.     });
  4873.  
  4874.     const ONGOING_REQUESTS = new WeakMap();
  4875.     const createOrGetOngoingRequests = (sender) => {
  4876.         if (ONGOING_REQUESTS.has(sender)) {
  4877.             // @todo TypeScript needs to be convinced that has() works as expected.
  4878.             return ONGOING_REQUESTS.get(sender);
  4879.         }
  4880.         const ongoingRequests = new Map();
  4881.         ONGOING_REQUESTS.set(sender, ongoingRequests);
  4882.         return ongoingRequests;
  4883.     };
  4884.     const createBroker = (brokerImplementation) => {
  4885.         const fullBrokerImplementation = extendBrokerImplementation(brokerImplementation);
  4886.         return (sender) => {
  4887.             const ongoingRequests = createOrGetOngoingRequests(sender);
  4888.             sender.addEventListener('message', (({ data: message }) => {
  4889.                 const { id } = message;
  4890.                 if (id !== null && ongoingRequests.has(id)) {
  4891.                     const { reject, resolve } = ongoingRequests.get(id);
  4892.                     ongoingRequests.delete(id);
  4893.                     if (message.error === undefined) {
  4894.                         resolve(message.result);
  4895.                     }
  4896.                     else {
  4897.                         reject(new Error(message.error.message));
  4898.                     }
  4899.                 }
  4900.             }));
  4901.             if (isMessagePort(sender)) {
  4902.                 sender.start();
  4903.             }
  4904.             const call = (method, params = null, transferables = []) => {
  4905.                 return new Promise((resolve, reject) => {
  4906.                     const id = generateUniqueNumber(ongoingRequests);
  4907.                     ongoingRequests.set(id, { reject, resolve });
  4908.                     if (params === null) {
  4909.                         sender.postMessage({ id, method }, transferables);
  4910.                     }
  4911.                     else {
  4912.                         sender.postMessage({ id, method, params }, transferables);
  4913.                     }
  4914.                 });
  4915.             };
  4916.             const notify = (method, params, transferables = []) => {
  4917.                 sender.postMessage({ id: null, method, params }, transferables);
  4918.             };
  4919.             let functions = {};
  4920.             for (const [key, handler] of Object.entries(fullBrokerImplementation)) {
  4921.                 functions = { ...functions, [key]: handler({ call, notify }) };
  4922.             }
  4923.             return { ...functions };
  4924.         };
  4925.     };
  4926.  
  4927.     // Prefilling the Maps with a function indexed by zero is necessary to be compliant with the specification.
  4928.     const scheduledIntervalsState = new Map([[0, null]]); // tslint:disable-line no-empty
  4929.     const scheduledTimeoutsState = new Map([[0, null]]); // tslint:disable-line no-empty
  4930.     const wrap = createBroker({
  4931.         clearInterval: ({ call }) => {
  4932.             return (timerId) => {
  4933.                 if (typeof scheduledIntervalsState.get(timerId) === 'symbol') {
  4934.                     scheduledIntervalsState.set(timerId, null);
  4935.                     call('clear', { timerId, timerType: 'interval' }).then(() => {
  4936.                         scheduledIntervalsState.delete(timerId);
  4937.                     });
  4938.                 }
  4939.             };
  4940.         },
  4941.         clearTimeout: ({ call }) => {
  4942.             return (timerId) => {
  4943.                 if (typeof scheduledTimeoutsState.get(timerId) === 'symbol') {
  4944.                     scheduledTimeoutsState.set(timerId, null);
  4945.                     call('clear', { timerId, timerType: 'timeout' }).then(() => {
  4946.                         scheduledTimeoutsState.delete(timerId);
  4947.                     });
  4948.                 }
  4949.             };
  4950.         },
  4951.         setInterval: ({ call }) => {
  4952.             return (func, delay = 0, ...args) => {
  4953.                 const symbol = Symbol();
  4954.                 const timerId = generateUniqueNumber(scheduledIntervalsState);
  4955.                 scheduledIntervalsState.set(timerId, symbol);
  4956.                 const schedule = () => call('set', {
  4957.                     delay,
  4958.                     now: performance.timeOrigin + performance.now(),
  4959.                     timerId,
  4960.                     timerType: 'interval'
  4961.                 }).then(() => {
  4962.                     const state = scheduledIntervalsState.get(timerId);
  4963.                     if (state === undefined) {
  4964.                         throw new Error('The timer is in an undefined state.');
  4965.                     }
  4966.                     if (state === symbol) {
  4967.                         func(...args);
  4968.                         // Doublecheck if the interval should still be rescheduled because it could have been cleared inside of func().
  4969.                         if (scheduledIntervalsState.get(timerId) === symbol) {
  4970.                             schedule();
  4971.                         }
  4972.                     }
  4973.                 });
  4974.                 schedule();
  4975.                 return timerId;
  4976.             };
  4977.         },
  4978.         setTimeout: ({ call }) => {
  4979.             return (func, delay = 0, ...args) => {
  4980.                 const symbol = Symbol();
  4981.                 const timerId = generateUniqueNumber(scheduledTimeoutsState);
  4982.                 scheduledTimeoutsState.set(timerId, symbol);
  4983.                 call('set', {
  4984.                     delay,
  4985.                     now: performance.timeOrigin + performance.now(),
  4986.                     timerId,
  4987.                     timerType: 'timeout'
  4988.                 }).then(() => {
  4989.                     const state = scheduledTimeoutsState.get(timerId);
  4990.                     if (state === undefined) {
  4991.                         throw new Error('The timer is in an undefined state.');
  4992.                     }
  4993.                     if (state === symbol) {
  4994.                         // A timeout can be savely deleted because it is only called once.
  4995.                         scheduledTimeoutsState.delete(timerId);
  4996.                         func(...args);
  4997.                     }
  4998.                 });
  4999.                 return timerId;
  5000.             };
  5001.         }
  5002.     });
  5003.     const load = (url) => {
  5004.         const worker = new Worker(url);
  5005.         return wrap(worker);
  5006.     };
  5007.  
  5008.     const createLoadOrReturnBroker = (loadBroker, worker) => {
  5009.         let broker = null;
  5010.         return () => {
  5011.             if (broker !== null) {
  5012.                 return broker;
  5013.             }
  5014.             const blob = new Blob([worker], { type: 'application/javascript; charset=utf-8' });
  5015.             const url = URL.createObjectURL(blob);
  5016.             broker = loadBroker(url);
  5017.             // Bug #1: Edge up until v18 didn't like the URL to be revoked directly.
  5018.             setTimeout(() => URL.revokeObjectURL(url));
  5019.             return broker;
  5020.         };
  5021.     };
  5022.  
  5023.     // This is the minified and stringified code of the worker-timers-worker package.
  5024.     const worker = `(()=>{var e={455:function(e,t){!function(e){"use strict";var t=function(e){return function(t){var r=e(t);return t.add(r),r}},r=function(e){return function(t,r){return e.set(t,r),r}},n=void 0===Number.MAX_SAFE_INTEGER?9007199254740991:Number.MAX_SAFE_INTEGER,o=536870912,s=2*o,a=function(e,t){return function(r){var a=t.get(r),i=void 0===a?r.size:a<s?a+1:0;if(!r.has(i))return e(r,i);if(r.size<o){for(;r.has(i);)i=Math.floor(Math.random()*s);return e(r,i)}if(r.size>n)throw new Error("Congratulations, you created a collection of unique numbers which uses all available integers!");for(;r.has(i);)i=Math.floor(Math.random()*n);return e(r,i)}},i=new WeakMap,u=r(i),c=a(u,i),d=t(c);e.addUniqueNumber=d,e.generateUniqueNumber=c}(t)}},t={};function r(n){var o=t[n];if(void 0!==o)return o.exports;var s=t[n]={exports:{}};return e[n].call(s.exports,s,s.exports,r),s.exports}(()=>{"use strict";const e=-32603,t=-32602,n=-32601,o=(e,t)=>Object.assign(new Error(e),{status:t}),s=t=>o('The handler of the method called "'.concat(t,'" returned an unexpected result.'),e),a=(t,r)=>async({data:{id:a,method:i,params:u}})=>{const c=r[i];try{if(void 0===c)throw(e=>o('The requested method called "'.concat(e,'" is not supported.'),n))(i);const r=void 0===u?c():c(u);if(void 0===r)throw(t=>o('The handler of the method called "'.concat(t,'" returned no required result.'),e))(i);const d=r instanceof Promise?await r:r;if(null===a){if(void 0!==d.result)throw s(i)}else{if(void 0===d.result)throw s(i);const{result:e,transferables:r=[]}=d;t.postMessage({id:a,result:e},r)}}catch(e){const{message:r,status:n=-32603}=e;t.postMessage({error:{code:n,message:r},id:a})}};var i=r(455);const u=new Map,c=(e,r,n)=>({...r,connect:({port:t})=>{t.start();const n=e(t,r),o=(0,i.generateUniqueNumber)(u);return u.set(o,(()=>{n(),t.close(),u.delete(o)})),{result:o}},disconnect:({portId:e})=>{const r=u.get(e);if(void 0===r)throw(e=>o('The specified parameter called "portId" with the given value "'.concat(e,'" does not identify a port connected to this worker.'),t))(e);return r(),{result:null}},isSupported:async()=>{if(await new Promise((e=>{const t=new ArrayBuffer(0),{port1:r,port2:n}=new MessageChannel;r.onmessage=({data:t})=>e(null!==t),n.postMessage(t,[t])}))){const e=n();return{result:e instanceof Promise?await e:e}}return{result:!1}}}),d=(e,t,r=()=>!0)=>{const n=c(d,t,r),o=a(e,n);return e.addEventListener("message",o),()=>e.removeEventListener("message",o)},l=e=>t=>{const r=e.get(t);if(void 0===r)return Promise.resolve(!1);const[n,o]=r;return clearTimeout(n),e.delete(t),o(!1),Promise.resolve(!0)},f=(e,t,r)=>(n,o,s)=>{const{expected:a,remainingDelay:i}=e(n,o);return new Promise((e=>{t.set(s,[setTimeout(r,i,a,t,e,s),e])}))},m=(e,t)=>{const r=performance.now(),n=e+t-r-performance.timeOrigin;return{expected:r+n,remainingDelay:n}},p=(e,t,r,n)=>{const o=e-performance.now();o>0?t.set(n,[setTimeout(p,o,e,t,r,n),r]):(t.delete(n),r(!0))},h=new Map,v=l(h),w=new Map,g=l(w),M=f(m,h,p),y=f(m,w,p);d(self,{clear:async({timerId:e,timerType:t})=>({result:await("interval"===t?v(e):g(e))}),set:async({delay:e,now:t,timerId:r,timerType:n})=>({result:await("interval"===n?M:y)(e,t,r)})})})()})();`; // tslint:disable-line:max-line-length
  5025.  
  5026.     const loadOrReturnBroker = createLoadOrReturnBroker(load, worker);
  5027.     const clearInterval = (timerId) => loadOrReturnBroker().clearInterval(timerId);
  5028.     const clearTimeout$1 = (timerId) => loadOrReturnBroker().clearTimeout(timerId);
  5029.     const setInterval = (...args) => loadOrReturnBroker().setInterval(...args);
  5030.     const setTimeout$1 = (...args) => loadOrReturnBroker().setTimeout(...args);
  5031.  
  5032.     // ==UserScript==
  5033.     // @name         ModuleRaid.js
  5034.     // @namespace    http://tampermonkey.net/
  5035.     // @version      6.2.0
  5036.     // @description  检索调用webpackJsonp模块，可指定检索的window
  5037.     // @author       empyrealtear
  5038.     // @license      MIT
  5039.     // @original-script https://github.com/pixeldesu/moduleRaid
  5040.     // ==/UserScript==
  5041.  
  5042.  
  5043.     /**
  5044.      * Main moduleRaid class
  5045.      * @link https://scriptcat.org/zh-CN/script-show-page/2628
  5046.      */
  5047.     class ModuleRaid {
  5048.         /**
  5049.          * moduleRaid constructor
  5050.          *
  5051.          * @example
  5052.          * Constructing an instance without any arguments:
  5053.          * ```ts
  5054.          * const mR = new ModuleRaid()
  5055.          * ```
  5056.          *
  5057.          * Constructing an instance with the optional `opts` object:
  5058.          * ```ts
  5059.          * const mR = new ModuleRaid({ entrypoint: 'webpackChunk_custom_name' })
  5060.          * ```
  5061.          *
  5062.          * @param opts a object containing options to initialize moduleRaid with
  5063.          *  - **opts:**
  5064.          *    - _target_: the window object being searched for
  5065.          *    - _entrypoint_: the Webpack entrypoint present on the global window object
  5066.          *    - _debug_: whether debug mode is enabled or not
  5067.          *    - _strict_: whether strict mode is enabled or not
  5068.          */
  5069.         constructor(opts) {
  5070.             /**
  5071.              * A random generated module ID we use for injecting into Webpack
  5072.              */
  5073.             this.moduleID = Math.random().toString(36).substring(7);
  5074.             /**
  5075.              * An array containing different argument injection methods for
  5076.              * Webpack (before version 4), and subsequently pulling out methods and modules
  5077.              * @internal
  5078.              */
  5079.             this.functionArguments = [
  5080.                 [
  5081.                     [0],
  5082.                     [
  5083.                         (_e, _t, i) => {
  5084.                             this.modules = i.c;
  5085.                             this.constructors = i.m;
  5086.                             this.get = i;
  5087.                         },
  5088.                     ],
  5089.                 ],
  5090.                 [
  5091.                     [1e3],
  5092.                     {
  5093.                         [this.moduleID]: (_e, _t, i) => {
  5094.                             this.modules = i.c;
  5095.                             this.constructors = i.m;
  5096.                             this.get = i;
  5097.                         },
  5098.                     },
  5099.                     [[this.moduleID]],
  5100.                 ],
  5101.             ];
  5102.             /**
  5103.              * An array containing different argument injection methods for
  5104.              * Webpack (after version 4), and subsequently pulling out methods and modules
  5105.              * @internal
  5106.              */
  5107.             this.arrayArguments = [
  5108.                 [
  5109.                     [this.moduleID],
  5110.                     {},
  5111.                     (e) => {
  5112.                         const mCac = e.m;
  5113.                         Object.keys(mCac).forEach((mod) => {
  5114.                             try {
  5115.                                 this.modules[mod] = e(mod);
  5116.                             }
  5117.                             catch (err) {
  5118.                                 this.log(`[arrayArguments/1] Failed to require(${mod}) with error:\n${err}\n${err.stack}`);
  5119.                             }
  5120.                         });
  5121.                         this.get = e;
  5122.                     },
  5123.                 ],
  5124.                 this.functionArguments[1],
  5125.             ];
  5126.             /**
  5127.              * Storage for the modules we extracted from Webpack
  5128.              */
  5129.             this.modules = {};
  5130.             /**
  5131.              * Storage for the constructors we extracted from Webpack
  5132.              */
  5133.             this.constructors = [];
  5134.             let options = {
  5135.                 target: window,
  5136.                 entrypoint: 'webpackJsonp',
  5137.                 debug: false,
  5138.                 strict: false,
  5139.             };
  5140.             if (typeof opts === 'object') {
  5141.                 options = Object.assign(Object.assign({}, options), opts);
  5142.             }
  5143.             this.target = options.target;
  5144.             this.entrypoint = options.entrypoint;
  5145.             this.debug = options.debug;
  5146.             this.strict = options.strict;
  5147.             this.detectEntrypoint();
  5148.             this.fillModules();
  5149.             this.replaceGet();
  5150.             this.setupPushEvent();
  5151.         }
  5152.         /**
  5153.          * Debug logging method, outputs to the console when {@link ModuleRaid.debug} is true
  5154.          *
  5155.          * @param {*} message The message to be logged
  5156.          * @internal
  5157.          */
  5158.         log(message) {
  5159.             if (this.debug) {
  5160.                 console.warn(`[moduleRaid] ${message}`);
  5161.             }
  5162.         }
  5163.         /**
  5164.          * Method to set an alternative getter if we weren't able to extract __webpack_require__
  5165.          * from Webpack
  5166.          * @internal
  5167.          */
  5168.         replaceGet() {
  5169.             if (this.get === null) {
  5170.                 this.get = (key) => this.modules[key];
  5171.             }
  5172.         }
  5173.         /**
  5174.          * Method that will try to inject a module into Webpack or get modules
  5175.          * depending on it's success it might be more or less brute about it
  5176.          * @internal
  5177.          */
  5178.         fillModules() {
  5179.             if (typeof this.target[this.entrypoint] === 'function') {
  5180.                 this.functionArguments.forEach((argument, index) => {
  5181.                     try {
  5182.                         if (this.modules && Object.keys(this.modules).length > 0)
  5183.                             return;
  5184.                         this.target[this.entrypoint](...argument);
  5185.                     }
  5186.                     catch (err) {
  5187.                         this.log(`moduleRaid.functionArguments[${index}] failed:\n${err}\n${err.stack}`);
  5188.                     }
  5189.                 });
  5190.             }
  5191.             else {
  5192.                 this.arrayArguments.forEach((argument, index) => {
  5193.                     try {
  5194.                         if (this.modules && Object.keys(this.modules).length > 0)
  5195.                             return;
  5196.                         this.target[this.entrypoint].push(argument);
  5197.                     }
  5198.                     catch (err) {
  5199.                         this.log(`Pushing moduleRaid.arrayArguments[${index}] into ${this.entrypoint} failed:\n${err}\n${err.stack}`);
  5200.                     }
  5201.                 });
  5202.             }
  5203.             if (this.modules && Object.keys(this.modules).length == 0) {
  5204.                 let moduleEnd = false;
  5205.                 let moduleIterator = 0;
  5206.                 if (typeof this.target[this.entrypoint] != 'function' || !this.target[this.entrypoint]([], [], [moduleIterator])) {
  5207.                     throw Error('Unknown Webpack structure');
  5208.                 }
  5209.                 while (!moduleEnd) {
  5210.                     try {
  5211.                         this.modules[moduleIterator] = this.target[this.entrypoint]([], [], [moduleIterator]);
  5212.                         moduleIterator++;
  5213.                     }
  5214.                     catch (err) {
  5215.                         moduleEnd = true;
  5216.                     }
  5217.                 }
  5218.             }
  5219.         }
  5220.         /**
  5221.          * Method to hook into `window[this.entrypoint].push` adding a listener for new
  5222.          * chunks being pushed into Webpack
  5223.          *
  5224.          * @example
  5225.          * You can listen for newly pushed packages using the `moduleraid:webpack-push` event
  5226.          * on `document`
  5227.          *
  5228.          * ```ts
  5229.          * document.addEventListener('moduleraid:webpack-push', (e) => {
  5230.          *   // e.detail contains the arguments push() was called with
  5231.          *   console.log(e.detail)
  5232.          * })
  5233.          * ```
  5234.          * @internal
  5235.          */
  5236.         setupPushEvent() {
  5237.             const originalPush = this.target[this.entrypoint].push;
  5238.             this.target[this.entrypoint].push = (...args) => {
  5239.                 const result = Reflect.apply(originalPush, this.target[this.entrypoint], args);
  5240.                 document.dispatchEvent(new CustomEvent('moduleraid:webpack-push', { detail: args }));
  5241.                 return result;
  5242.             };
  5243.         }
  5244.         /**
  5245.          * Method to try autodetecting a Webpack JSONP entrypoint based on common naming
  5246.          *
  5247.          * If the default entrypoint, or the entrypoint that's passed to the moduleRaid constructor
  5248.          * already matches, the method exits early
  5249.          *
  5250.          * If `options.strict` has been set in the constructor and the initial entrypoint cannot
  5251.          * be found, this method will error, demanding a strictly set entrypoint
  5252.          * @internal
  5253.          */
  5254.         detectEntrypoint() {
  5255.             if (this.target[this.entrypoint] != undefined) {
  5256.                 return;
  5257.             }
  5258.             if (this.strict) {
  5259.                 throw Error(`Strict mode is enabled and entrypoint at window.${this.entrypoint} couldn't be found. Please specify the correct one!`);
  5260.             }
  5261.             let windowObjects = Object.keys(this.target);
  5262.             windowObjects = windowObjects
  5263.                 .filter((object) => object.toLowerCase().includes('chunk') || object.toLowerCase().includes('webpack'))
  5264.                 .filter((object) => typeof this.target[object] === 'function' || Array.isArray(this.target[object]));
  5265.             if (windowObjects.length > 1) {
  5266.                 throw Error(`Multiple possible endpoints have been detected, please create a new moduleRaid instance with a specific one:\n${windowObjects.join(', ')}`);
  5267.             }
  5268.             if (windowObjects.length === 0) {
  5269.                 throw Error('No Webpack JSONP entrypoints could be detected');
  5270.             }
  5271.             this.log(`Entrypoint has been detected at window.${windowObjects[0]} and set for injection`);
  5272.             this.entrypoint = windowObjects[0];
  5273.         }
  5274.         /**
  5275.          * Recursive object-search function for modules
  5276.          *
  5277.          * @param object the object to search through
  5278.          * @param query the query the object keys/values are searched for
  5279.          * @returns boolean state of `object` containing `query` somewhere in it
  5280.          * @internal
  5281.          */
  5282.         searchObject(object, query) {
  5283.             for (const key in object) {
  5284.                 const value = object[key];
  5285.                 const lowerCaseQuery = query.toLowerCase();
  5286.                 if (typeof value != 'object') {
  5287.                     const lowerCaseKey = key.toString().toLowerCase();
  5288.                     if (lowerCaseKey.includes(lowerCaseQuery))
  5289.                         return true;
  5290.                     if (typeof value != 'object') {
  5291.                         const lowerCaseValue = value.toString().toLowerCase();
  5292.                         if (lowerCaseValue.includes(lowerCaseQuery))
  5293.                             return true;
  5294.                     }
  5295.                     else {
  5296.                         if (this.searchObject(value, query))
  5297.                             return true;
  5298.                     }
  5299.                 }
  5300.             }
  5301.             return false;
  5302.         }
  5303.         /**
  5304.          * Method to search through the module object, searching for the fitting content
  5305.          * if a string is supplied
  5306.          *
  5307.          * If query is supplied as a function, everything that returns true when passed
  5308.          * to the query function will be returned
  5309.          *
  5310.          * @example
  5311.          * With a string as query argument:
  5312.          * ```ts
  5313.          * const results = mR.findModule('feature')
  5314.          * // => Array of module results
  5315.          * ```
  5316.          *
  5317.          * With a function as query argument:
  5318.          * ```ts
  5319.          * const results = mR.findModule((module) => { typeof module === 'function' })
  5320.          * // => Array of module results
  5321.          * ```
  5322.          *
  5323.          * @param query query to search the module list for
  5324.          * @return a list of modules fitting the query
  5325.          */
  5326.         findModule(query) {
  5327.             const results = [];
  5328.             const modules = Object.keys(this.modules);
  5329.             if (modules.length === 0) {
  5330.                 throw new Error('There are no modules to search through!');
  5331.             }
  5332.             modules.forEach((key) => {
  5333.                 const module = this.modules[key.toString()];
  5334.                 if (module === undefined)
  5335.                     return;
  5336.                 try {
  5337.                     if (typeof query === 'string') {
  5338.                         query = query.toLowerCase();
  5339.                         switch (typeof module) {
  5340.                             case 'string':
  5341.                                 if (module.toLowerCase().includes(query))
  5342.                                     results.push(module);
  5343.                                 break;
  5344.                             case 'function':
  5345.                                 if (module.toString().toLowerCase().includes(query))
  5346.                                     results.push(module);
  5347.                                 break;
  5348.                             case 'object':
  5349.                                 if (this.searchObject(module, query))
  5350.                                     results.push(module);
  5351.                                 break;
  5352.                         }
  5353.                     }
  5354.                     else if (typeof query === 'function') {
  5355.                         if (query(module))
  5356.                             results.push(module);
  5357.                     }
  5358.                     else {
  5359.                         throw new TypeError(`findModule can only find via string and function, ${typeof query} was passed`);
  5360.                     }
  5361.                 }
  5362.                 catch (err) {
  5363.                     this.log(`There was an error while searching through module '${key}':\n${err}\n${err.stack}`);
  5364.                 }
  5365.             });
  5366.             return results;
  5367.         }
  5368.         /**
  5369.          * Method to search through the constructor array, searching for the fitting content
  5370.          * if a string is supplied
  5371.          *
  5372.          * If query is supplied as a function, everything that returns true when passed
  5373.          * to the query function will be returned
  5374.          *
  5375.          * @example
  5376.          * With a string as query argument:
  5377.          * ```ts
  5378.          * const results = mR.findConstructor('feature')
  5379.          * // => Array of constructor/module tuples
  5380.          * ```
  5381.          *
  5382.          * With a function as query argument:
  5383.          * ```ts
  5384.          * const results = mR.findConstructor((constructor) => { constructor.prototype.value !== undefined })
  5385.          * // => Array of constructor/module tuples
  5386.          * ```
  5387.          *
  5388.          * Accessing the resulting data:
  5389.          * ```ts
  5390.          * // With array destructuring (ES6)
  5391.          * const [constructor, module] = results[0]
  5392.          *
  5393.          * // ...or...
  5394.          *
  5395.          * // regular access
  5396.          * const constructor = results[0][0]
  5397.          * const module = results[0][1]
  5398.          * ```
  5399.          *
  5400.          * @param query query to search the constructor list for
  5401.          * @returns a list of constructor/module tuples fitting the query
  5402.          */
  5403.         findConstructor(query) {
  5404.             const results = [];
  5405.             const constructors = Object.keys(this.constructors);
  5406.             if (constructors.length === 0) {
  5407.                 throw new Error('There are no constructors to search through!');
  5408.             }
  5409.             constructors.forEach((key) => {
  5410.                 const constructor = this.constructors[key];
  5411.                 try {
  5412.                     if (typeof query === 'string') {
  5413.                         query = query.toLowerCase();
  5414.                         if (constructor.toString().toLowerCase().includes(query))
  5415.                             results.push([this.constructors[key], this.modules[key]]);
  5416.                     }
  5417.                     else if (typeof query === 'function') {
  5418.                         if (query(constructor))
  5419.                             results.push([this.constructors[key], this.modules[key]]);
  5420.                     }
  5421.                 }
  5422.                 catch (err) {
  5423.                     this.log(`There was an error while searching through constructor '${key}':\n${err}\n${err.stack}`);
  5424.                 }
  5425.             });
  5426.             return results;
  5427.         }
  5428.     }
  5429.  
  5430.     class DOMUtils {
  5431.         windowApi;
  5432.         constructor(option) {
  5433.             this.windowApi = new WindowApi(option);
  5434.         }
  5435.         selector(selector, parent) {
  5436.             return this.selectorAll(selector, parent)[0];
  5437.         }
  5438.         selectorAll(selector, parent) {
  5439.             const context = this;
  5440.             parent = parent || context.windowApi.document;
  5441.             selector = selector.trim();
  5442.             if (selector.match(/[^\s]{1}:empty$/gi)) {
  5443.                 // empty 语法
  5444.                 selector = selector.replace(/:empty$/gi, "");
  5445.                 return Array.from(parent.querySelectorAll(selector)).filter(($ele) => {
  5446.                     return $ele?.innerHTML?.trim() === "";
  5447.                 });
  5448.             }
  5449.             else if (selector.match(/[^\s]{1}:contains\("(.*)"\)$/i) ||
  5450.                 selector.match(/[^\s]{1}:contains\('(.*)'\)$/i)) {
  5451.                 // contains 语法
  5452.                 let textMatch = selector.match(/:contains\(("|')(.*)("|')\)$/i);
  5453.                 let text = textMatch[2];
  5454.                 selector = selector.replace(/:contains\(("|')(.*)("|')\)$/gi, "");
  5455.                 return Array.from(parent.querySelectorAll(selector)).filter(($ele) => {
  5456.                     // @ts-ignore
  5457.                     return ($ele?.textContent || $ele?.innerText)?.includes(text);
  5458.                 });
  5459.             }
  5460.             else if (selector.match(/[^\s]{1}:regexp\("(.*)"\)$/i) ||
  5461.                 selector.match(/[^\s]{1}:regexp\('(.*)'\)$/i)) {
  5462.                 // regexp 语法
  5463.                 let textMatch = selector.match(/:regexp\(("|')(.*)("|')\)$/i);
  5464.                 let pattern = textMatch[2];
  5465.                 let flagMatch = pattern.match(/("|'),[\s]*("|')([igm]{0,3})$/i);
  5466.                 let flags = "";
  5467.                 if (flagMatch) {
  5468.                     pattern = pattern.replace(/("|'),[\s]*("|')([igm]{0,3})$/gi, "");
  5469.                     flags = flagMatch[3];
  5470.                 }
  5471.                 let regexp = new RegExp(pattern, flags);
  5472.                 selector = selector.replace(/:regexp\(("|')(.*)("|')\)$/gi, "");
  5473.                 return Array.from(parent.querySelectorAll(selector)).filter(($ele) => {
  5474.                     // @ts-ignore
  5475.                     return Boolean(($ele?.textContent || $ele?.innerText)?.match(regexp));
  5476.                 });
  5477.             }
  5478.             else {
  5479.                 // 普通语法
  5480.                 return Array.from(parent.querySelectorAll(selector));
  5481.             }
  5482.         }
  5483.         /**
  5484.          * 匹配元素，可使用以下的额外语法
  5485.          *
  5486.          * + :contains([text]) 作用: 找到包含指定文本内容的指定元素
  5487.          * + :empty 作用:找到既没有文本内容也没有子元素的指定元素
  5488.          * + :regexp([text]) 作用: 找到符合正则表达式的内容的指定元素
  5489.          * @param $el 元素
  5490.          * @param selector 选择器
  5491.          * @example
  5492.          * DOMUtils.matches("div:contains('测试')")
  5493.          * > true
  5494.          * @example
  5495.          * DOMUtils.matches("div:empty")
  5496.          * > true
  5497.          * @example
  5498.          * DOMUtils.matches("div:regexp('^xxxx$')")
  5499.          * > true
  5500.          * @example
  5501.          * DOMUtils.matches("div:regexp(/^xxx/ig)")
  5502.          * > false
  5503.          */
  5504.         matches($el, selector) {
  5505.             selector = selector.trim();
  5506.             if ($el == null) {
  5507.                 return false;
  5508.             }
  5509.             if (selector.match(/[^\s]{1}:empty$/gi)) {
  5510.                 // empty 语法
  5511.                 selector = selector.replace(/:empty$/gi, "");
  5512.                 return $el.matches(selector) && $el?.innerHTML?.trim() === "";
  5513.             }
  5514.             else if (selector.match(/[^\s]{1}:contains\("(.*)"\)$/i) ||
  5515.                 selector.match(/[^\s]{1}:contains\('(.*)'\)$/i)) {
  5516.                 // contains 语法
  5517.                 let textMatch = selector.match(/:contains\(("|')(.*)("|')\)$/i);
  5518.                 let text = textMatch[2];
  5519.                 selector = selector.replace(/:contains\(("|')(.*)("|')\)$/gi, "");
  5520.                 // @ts-ignore
  5521.                 let content = $el?.textContent || $el?.innerText;
  5522.                 if (typeof content !== "string") {
  5523.                     content = "";
  5524.                 }
  5525.                 return $el.matches(selector) && content?.includes(text);
  5526.             }
  5527.             else if (selector.match(/[^\s]{1}:regexp\("(.*)"\)$/i) ||
  5528.                 selector.match(/[^\s]{1}:regexp\('(.*)'\)$/i)) {
  5529.                 // regexp 语法
  5530.                 let textMatch = selector.match(/:regexp\(("|')(.*)("|')\)$/i);
  5531.                 let pattern = textMatch[2];
  5532.                 let flagMatch = pattern.match(/("|'),[\s]*("|')([igm]{0,3})$/i);
  5533.                 let flags = "";
  5534.                 if (flagMatch) {
  5535.                     pattern = pattern.replace(/("|'),[\s]*("|')([igm]{0,3})$/gi, "");
  5536.                     flags = flagMatch[3];
  5537.                 }
  5538.                 let regexp = new RegExp(pattern, flags);
  5539.                 selector = selector.replace(/:regexp\(("|')(.*)("|')\)$/gi, "");
  5540.                 // @ts-ignore
  5541.                 let content = $el?.textContent || $el?.innerText;
  5542.                 if (typeof content !== "string") {
  5543.                     content = "";
  5544.                 }
  5545.                 return $el.matches(selector) && Boolean(content?.match(regexp));
  5546.             }
  5547.             else {
  5548.                 // 普通语法
  5549.                 return $el.matches(selector);
  5550.             }
  5551.         }
  5552.         closest($el, selector) {
  5553.             selector = selector.trim();
  5554.             if (selector.match(/[^\s]{1}:empty$/gi)) {
  5555.                 // empty 语法
  5556.                 selector = selector.replace(/:empty$/gi, "");
  5557.                 let $closest = $el?.closest(selector);
  5558.                 if ($closest && $closest?.innerHTML?.trim() === "") {
  5559.                     return $closest;
  5560.                 }
  5561.                 return null;
  5562.             }
  5563.             else if (selector.match(/[^\s]{1}:contains\("(.*)"\)$/i) ||
  5564.                 selector.match(/[^\s]{1}:contains\('(.*)'\)$/i)) {
  5565.                 // contains 语法
  5566.                 let textMatch = selector.match(/:contains\(("|')(.*)("|')\)$/i);
  5567.                 let text = textMatch[2];
  5568.                 selector = selector.replace(/:contains\(("|')(.*)("|')\)$/gi, "");
  5569.                 let $closest = $el?.closest(selector);
  5570.                 if ($closest) {
  5571.                     // @ts-ignore
  5572.                     let content = $el?.textContent || $el?.innerText;
  5573.                     if (typeof content === "string" && content.includes(text)) {
  5574.                         return $closest;
  5575.                     }
  5576.                 }
  5577.                 return null;
  5578.             }
  5579.             else if (selector.match(/[^\s]{1}:regexp\("(.*)"\)$/i) ||
  5580.                 selector.match(/[^\s]{1}:regexp\('(.*)'\)$/i)) {
  5581.                 // regexp 语法
  5582.                 let textMatch = selector.match(/:regexp\(("|')(.*)("|')\)$/i);
  5583.                 let pattern = textMatch[2];
  5584.                 let flagMatch = pattern.match(/("|'),[\s]*("|')([igm]{0,3})$/i);
  5585.                 let flags = "";
  5586.                 if (flagMatch) {
  5587.                     pattern = pattern.replace(/("|'),[\s]*("|')([igm]{0,3})$/gi, "");
  5588.                     flags = flagMatch[3];
  5589.                 }
  5590.                 let regexp = new RegExp(pattern, flags);
  5591.                 selector = selector.replace(/:regexp\(("|')(.*)("|')\)$/gi, "");
  5592.                 let $closest = $el?.closest(selector);
  5593.                 if ($closest) {
  5594.                     // @ts-ignore
  5595.                     let content = $el?.textContent || $el?.innerText;
  5596.                     if (typeof content === "string" && content.match(regexp)) {
  5597.                         return $closest;
  5598.                     }
  5599.                 }
  5600.                 return null;
  5601.             }
  5602.             else {
  5603.                 // 普通语法
  5604.                 let $closest = $el?.closest(selector);
  5605.                 return $closest;
  5606.             }
  5607.         }
  5608.     }
  5609.     let domUtils = new DOMUtils();
  5610.  
  5611.     class Utils {
  5612.         windowApi;
  5613.         constructor(option) {
  5614.             this.windowApi = new WindowApi(option);
  5615.         }
  5616.         /** 版本号 */
  5617.         version = "2025.6.7";
  5618.         addStyle(cssText) {
  5619.             if (typeof cssText !== "string") {
  5620.                 throw new Error("Utils.addStyle 参数cssText 必须为String类型");
  5621.             }
  5622.             let cssNode = this.windowApi.document.createElement("style");
  5623.             cssNode.setAttribute("type", "text/css");
  5624.             cssNode.innerHTML = cssText;
  5625.             if (this.windowApi.document.head) {
  5626.                 /* 插入head最后 */
  5627.                 this.windowApi.document.head.appendChild(cssNode);
  5628.             }
  5629.             else if (this.windowApi.document.body) {
  5630.                 /* 插入body后 */
  5631.                 this.windowApi.document.body.appendChild(cssNode);
  5632.             }
  5633.             else if (this.windowApi.document.documentElement.childNodes.length === 0) {
  5634.                 /* 插入#html第一个元素后 */
  5635.                 this.windowApi.document.documentElement.appendChild(cssNode);
  5636.             }
  5637.             else {
  5638.                 /* 插入head前面 */
  5639.                 this.windowApi.document.documentElement.insertBefore(cssNode, this.windowApi.document.documentElement.childNodes[0]);
  5640.             }
  5641.             return cssNode;
  5642.         }
  5643.         /**
  5644.          * JSON数据从源端替换到目标端中，如果目标端存在该数据则替换，不添加，返回结果为目标端替换完毕的结果
  5645.          * @param target 目标数据
  5646.          * @param source 源数据
  5647.          * @param isAdd 是否可以追加键，默认false
  5648.          * @example
  5649.          * Utils.assign({"1":1,"2":{"3":3}}, {"2":{"3":4}});
  5650.          * >
  5651.          * {
  5652.                 "1": 1,
  5653.                 "2": {
  5654.                     "3": 4
  5655.                 }
  5656.             }
  5657.          */
  5658.         assign = commonUtil.assign.bind(commonUtil);
  5659.         async asyncReplaceAll(string, pattern, asyncFn) {
  5660.             let UtilsContext = this;
  5661.             if (typeof string !== "string") {
  5662.                 throw new TypeError("string必须是字符串");
  5663.             }
  5664.             if (typeof asyncFn !== "function") {
  5665.                 throw new TypeError("asyncFn必须是函数");
  5666.             }
  5667.             let reg;
  5668.             if (typeof pattern === "string") {
  5669.                 reg = new RegExp(UtilsContext.parseStringToRegExpString(pattern), "g");
  5670.             }
  5671.             else if (pattern instanceof RegExp) {
  5672.                 if (!pattern.global) {
  5673.                     throw new TypeError("pattern必须是全局匹配");
  5674.                 }
  5675.                 reg = new RegExp(pattern);
  5676.             }
  5677.             else {
  5678.                 throw new TypeError("pattern必须是正则对象");
  5679.             }
  5680.             let result = [];
  5681.             let match;
  5682.             let lastIndex = 0;
  5683.             while ((match = reg.exec(string)) !== null) {
  5684.                 /* 异步获取匹配对应的字符串 */
  5685.                 const item = asyncFn(match[0]);
  5686.                 /* 获取该匹配项和上一个匹配项的中间的字符串 */
  5687.                 const prefix = string.slice(lastIndex, match.index);
  5688.                 lastIndex = match.index + match[0].length;
  5689.                 result.push(item);
  5690.                 result.push(prefix);
  5691.             }
  5692.             result.push(string.slice(lastIndex));
  5693.             /* 等待所有异步完成 */
  5694.             result = await Promise.all(result);
  5695.             return result.join("");
  5696.         }
  5697.         /**
  5698.          * ajax劫持库，支持xhr和fetch劫持。
  5699.          * + 来源：https://bbs.tampermonkey.net.cn/thread-3284-1-1.html
  5700.          * + 作者：cxxjackie
  5701.          * + 版本：1.4.4
  5702.          * + 旧版本：1.2.4
  5703.          * + 文档：https://scriptcat.org/zh-CN/script-show-page/637/
  5704.          * @param useOldVersion 是否使用旧版本，默认false
  5705.          */
  5706.         ajaxHooker = (useOldVersion = false) => {
  5707.             if (useOldVersion) {
  5708.                 return AjaxHooker1_2_4();
  5709.             }
  5710.             else {
  5711.                 return AjaxHooker();
  5712.             }
  5713.         };
  5714.         canvasClickByPosition(canvasElement, clientX = 0, clientY = 0, view = globalThis) {
  5715.             if (!(canvasElement instanceof HTMLCanvasElement)) {
  5716.                 throw new Error("Utils.canvasClickByPosition 参数canvasElement必须是canvas元素");
  5717.             }
  5718.             clientX = parseInt(clientX.toString());
  5719.             clientY = parseInt(clientY.toString());
  5720.             const eventInit = {
  5721.                 cancelBubble: true,
  5722.                 cancelable: true,
  5723.                 clientX: clientX,
  5724.                 clientY: clientY,
  5725.                 // @ts-ignore
  5726.                 view: view,
  5727.                 detail: 1,
  5728.             };
  5729.             canvasElement.dispatchEvent(new MouseEvent("mousedown", eventInit));
  5730.             canvasElement.dispatchEvent(new MouseEvent("mouseup", eventInit));
  5731.         }
  5732.         checkUserClickInNode(element) {
  5733.             let UtilsContext = this;
  5734.             if (!UtilsContext.isDOM(element)) {
  5735.                 throw new Error("Utils.checkUserClickInNode 参数 targetNode 必须为 Element|Node 类型");
  5736.             }
  5737.             let clickEvent = UtilsContext.windowApi.window.event;
  5738.             let touchEvent = UtilsContext.windowApi.window.event;
  5739.             let $click = clickEvent?.composedPath()?.[0];
  5740.             // 点击的x坐标
  5741.             let clickPosX = clickEvent?.clientX != null
  5742.                 ? clickEvent.clientX
  5743.                 : touchEvent.touches[0].clientX;
  5744.             // 点击的y坐标
  5745.             let clickPosY = clickEvent?.clientY != null
  5746.                 ? clickEvent.clientY
  5747.                 : touchEvent.touches[0].clientY;
  5748.             let { 
  5749.             /* 要检测的元素的相对屏幕的横坐标最左边 */
  5750.             left: elementPosXLeft, 
  5751.             /* 要检测的元素的相对屏幕的横坐标最右边 */
  5752.             right: elementPosXRight, 
  5753.             /* 要检测的元素的相对屏幕的纵坐标最上边 */
  5754.             top: elementPosYTop, 
  5755.             /* 要检测的元素的相对屏幕的纵坐标最下边 */
  5756.             bottom: elementPosYBottom, } = element.getBoundingClientRect();
  5757.             if (clickPosX >= elementPosXLeft &&
  5758.                 clickPosX <= elementPosXRight &&
  5759.                 clickPosY >= elementPosYTop &&
  5760.                 clickPosY <= elementPosYBottom) {
  5761.                 return true;
  5762.             }
  5763.             else if (($click && element.contains($click)) || $click == element) {
  5764.                 /* 这种情况是应对在界面中隐藏的元素，getBoundingClientRect获取的都是0 */
  5765.                 return true;
  5766.             }
  5767.             else {
  5768.                 return false;
  5769.             }
  5770.         }
  5771.         /**
  5772.          * 复制formData数据
  5773.          * @param formData 需要clone的数据
  5774.          */
  5775.         cloneFormData(formData, filterFn) {
  5776.             let clonedFormData = new FormData();
  5777.             for (let [key, value] of formData.entries()) {
  5778.                 let isFilter = typeof filterFn === "function" ? filterFn(key, value) : false;
  5779.                 if (typeof isFilter === "boolean" && isFilter) {
  5780.                     continue;
  5781.                 }
  5782.                 clonedFormData.append(key, value);
  5783.             }
  5784.             return clonedFormData;
  5785.         }
  5786.         createOverload() {
  5787.             let fnMap = new Map();
  5788.             function overload(...args) {
  5789.                 let key = args.map((it) => typeof it).join(",");
  5790.                 let fn = fnMap.get(key);
  5791.                 if (!fn) {
  5792.                     throw new TypeError("没有找到对应的实现");
  5793.                 }
  5794.                 return fn.apply(this, args);
  5795.             }
  5796.             overload.addImpl = function (...args) {
  5797.                 let fn = args.pop();
  5798.                 if (typeof fn !== "function") {
  5799.                     throw new TypeError("最后一个参数必须是函数");
  5800.                 }
  5801.                 let key = args.join(",");
  5802.                 fnMap.set(key, fn);
  5803.             };
  5804.             return overload;
  5805.         }
  5806.         /**
  5807.          * 颜色转换
  5808.          * @returns
  5809.          */
  5810.         ColorConversion = ColorConversion;
  5811.         /**
  5812.          * 深拷贝
  5813.          * @param obj 对象
  5814.          */
  5815.         deepClone = commonUtil.deepClone.bind(commonUtil);
  5816.         debounce(fn, delay = 0) {
  5817.             let timer = null;
  5818.             let UtilsContext = this;
  5819.             return function (...args) {
  5820.                 UtilsContext.workerClearTimeout(timer);
  5821.                 timer = UtilsContext.workerSetTimeout(function () {
  5822.                     fn.apply(UtilsContext, args);
  5823.                 }, delay);
  5824.             };
  5825.         }
  5826.         deleteParentNode(element, targetSelector) {
  5827.             let UtilsContext = this;
  5828.             if (element == null) {
  5829.                 return;
  5830.             }
  5831.             if (!UtilsContext.isDOM(element)) {
  5832.                 throw new Error("Utils.deleteParentNode 参数 target 必须为 Node|HTMLElement 类型");
  5833.             }
  5834.             if (typeof targetSelector !== "string") {
  5835.                 throw new Error("Utils.deleteParentNode 参数 targetSelector 必须为 string 类型");
  5836.             }
  5837.             let result = false;
  5838.             let needRemoveDOM = domUtils.closest(element, targetSelector);
  5839.             if (needRemoveDOM) {
  5840.                 needRemoveDOM.remove();
  5841.                 result = true;
  5842.             }
  5843.             return result;
  5844.         }
  5845.         /**
  5846.          * 字典
  5847.          * @example
  5848.          * let dictionary = new Utils.Dictionary();
  5849.          * let dictionary2 = new Utils.Dictionary();
  5850.          * dictionary.set("test","111");
  5851.          * dictionary.get("test");
  5852.          * > '111'
  5853.          * dictionary.has("test");
  5854.          * > true
  5855.          * dictionary.concat(dictionary2);
  5856.          **/
  5857.         Dictionary = UtilsDictionary;
  5858.         dispatchEvent(element, eventName, details) {
  5859.             // let UtilsContext = this;
  5860.             let eventNameList = [];
  5861.             if (typeof eventName === "string") {
  5862.                 eventNameList = [eventName];
  5863.             }
  5864.             if (Array.isArray(eventName)) {
  5865.                 eventNameList = [...eventName];
  5866.             }
  5867.             eventNameList.forEach((_eventName_) => {
  5868.                 let event = new Event(_eventName_);
  5869.                 if (details) {
  5870.                     Object.assign(event, details);
  5871.                 }
  5872.                 element.dispatchEvent(event);
  5873.             });
  5874.         }
  5875.         downloadBase64(base64Data, fileName, isIFrame = false) {
  5876.             let UtilsContext = this;
  5877.             if (typeof base64Data !== "string") {
  5878.                 throw new Error("Utils.downloadBase64 参数 base64Data 必须为 string 类型");
  5879.             }
  5880.             if (typeof fileName !== "string") {
  5881.                 throw new Error("Utils.downloadBase64 参数 fileName 必须为 string 类型");
  5882.             }
  5883.             if (isIFrame) {
  5884.                 /* 使用iframe */
  5885.                 const iframeElement = this.windowApi.document.createElement("iframe");
  5886.                 iframeElement.style.display = "none";
  5887.                 iframeElement.src = base64Data;
  5888.                 this.windowApi.document.body.appendChild(iframeElement);
  5889.                 UtilsContext.workerSetTimeout(() => {
  5890.                     iframeElement.contentWindow.document.execCommand("SaveAs", true, fileName);
  5891.                     this.windowApi.document.body.removeChild(iframeElement);
  5892.                 }, 100);
  5893.             }
  5894.             else {
  5895.                 /* 使用A标签 */
  5896.                 const linkElement = this.windowApi.document.createElement("a");
  5897.                 linkElement.setAttribute("target", "_blank");
  5898.                 linkElement.download = fileName;
  5899.                 linkElement.href = base64Data;
  5900.                 linkElement.click();
  5901.             }
  5902.         }
  5903.         findWebPageVisibleText(str = "", caseSensitive = false) {
  5904.             let TRange = null;
  5905.             let strFound;
  5906.             if (this.windowApi.globalThis.find) {
  5907.                 /* CODE FOR BROWSERS THAT SUPPORT window.find */
  5908.                 let windowFind = this.windowApi.self.find;
  5909.                 strFound = windowFind(str, caseSensitive, true, true, false);
  5910.                 if (strFound &&
  5911.                     this.windowApi.self.getSelection &&
  5912.                     !this.windowApi.self.getSelection().anchorNode) {
  5913.                     strFound = windowFind(str, caseSensitive, true, true, false);
  5914.                 }
  5915.                 if (!strFound) {
  5916.                     strFound = windowFind(str, 0, 1);
  5917.                     while (windowFind(str, 0, 1))
  5918.                         continue;
  5919.                 }
  5920.             }
  5921.             else if (navigator.appName.indexOf("Microsoft") != -1) {
  5922.                 /* EXPLORER-SPECIFIC CODE */
  5923.                 if (TRange != null) {
  5924.                     TRange = TRange;
  5925.                     TRange.collapse(false);
  5926.                     strFound = TRange.findText(str);
  5927.                     if (strFound)
  5928.                         TRange.select();
  5929.                 }
  5930.                 if (TRange == null || strFound == 0) {
  5931.                     TRange = this.windowApi.self.document.body.createTextRange();
  5932.                     strFound = TRange.findText(str);
  5933.                     if (strFound)
  5934.                         TRange.select();
  5935.                 }
  5936.             }
  5937.             else if (navigator.appName == "Opera") {
  5938.                 alert("Opera browsers not supported, sorry...");
  5939.                 return;
  5940.             }
  5941.             return strFound ? true : false;
  5942.         }
  5943.         *findElementsWithText(element, text, filter) {
  5944.             let that = this;
  5945.             if (element.outerHTML.includes(text)) {
  5946.                 if (element.children.length === 0) {
  5947.                     let filterResult = typeof filter === "function" ? filter(element) : false;
  5948.                     if (!filterResult) {
  5949.                         yield element;
  5950.                     }
  5951.                 }
  5952.                 else {
  5953.                     let textElement = Array.from(element.childNodes).filter((ele) => ele.nodeType === Node.TEXT_NODE);
  5954.                     for (let ele of textElement) {
  5955.                         if (ele.textContent.includes(text)) {
  5956.                             let filterResult = typeof filter === "function" ? filter(element) : false;
  5957.                             if (!filterResult) {
  5958.                                 yield ele;
  5959.                             }
  5960.                         }
  5961.                     }
  5962.                 }
  5963.             }
  5964.             for (let index = 0; index < element.children.length; index++) {
  5965.                 let childElement = element.children[index];
  5966.                 yield* that.findElementsWithText(childElement, text, filter);
  5967.             }
  5968.         }
  5969.         /**
  5970.          * 判断该元素是否可见，如果不可见，向上找它的父元素直至找到可见的元素
  5971.          * @param element
  5972.          * @example
  5973.          * let visibleElement = Utils.findVisibleElement(document.querySelector("a.xx"));
  5974.          * > <HTMLElement>
  5975.          */
  5976.         findVisibleElement(element) {
  5977.             let currentElement = element;
  5978.             while (currentElement) {
  5979.                 let elementRect = currentElement.getBoundingClientRect();
  5980.                 if (Boolean(elementRect.length)) {
  5981.                     return currentElement;
  5982.                 }
  5983.                 currentElement = currentElement.parentElement;
  5984.             }
  5985.             return null;
  5986.         }
  5987.         formatByteToSize(byteSize, addType = true) {
  5988.             byteSize = parseInt(byteSize.toString());
  5989.             if (isNaN(byteSize)) {
  5990.                 throw new Error("Utils.formatByteToSize 参数 byteSize 格式不正确");
  5991.             }
  5992.             let result = 0;
  5993.             let resultType = "KB";
  5994.             let sizeData = {};
  5995.             sizeData.B = 1;
  5996.             sizeData.KB = 1024;
  5997.             sizeData.MB = sizeData.KB * sizeData.KB;
  5998.             sizeData.GB = sizeData.MB * sizeData.KB;
  5999.             sizeData.TB = sizeData.GB * sizeData.KB;
  6000.             sizeData.PB = sizeData.TB * sizeData.KB;
  6001.             sizeData.EB = sizeData.PB * sizeData.KB;
  6002.             sizeData.ZB = sizeData.EB * sizeData.KB;
  6003.             sizeData.YB = sizeData.ZB * sizeData.KB;
  6004.             sizeData.BB = sizeData.YB * sizeData.KB;
  6005.             sizeData.NB = sizeData.BB * sizeData.KB;
  6006.             sizeData.DB = sizeData.NB * sizeData.KB;
  6007.             for (let key in sizeData) {
  6008.                 result = byteSize / sizeData[key];
  6009.                 resultType = key;
  6010.                 if (sizeData.KB >= result) {
  6011.                     break;
  6012.                 }
  6013.             }
  6014.             result = result.toFixed(2);
  6015.             result = addType
  6016.                 ? result + resultType.toString()
  6017.                 : parseFloat(result.toString());
  6018.             return result;
  6019.         }
  6020.         getNodeListValue(...args) {
  6021.             let resultArray = [];
  6022.             for (let arg of args) {
  6023.                 let value = arg;
  6024.                 if (typeof arg === "function") {
  6025.                     /* 方法 */
  6026.                     value = arg();
  6027.                 }
  6028.                 if (value.length !== 0) {
  6029.                     resultArray = [...value];
  6030.                     break;
  6031.                 }
  6032.             }
  6033.             return resultArray;
  6034.         }
  6035.         getNonNullValue(...args) {
  6036.             let resultValue = args[args.length - 1];
  6037.             let UtilsContext = this;
  6038.             for (const argValue of args) {
  6039.                 if (UtilsContext.isNotNull(argValue)) {
  6040.                     resultValue = argValue;
  6041.                     break;
  6042.                 }
  6043.             }
  6044.             return resultValue;
  6045.         }
  6046.         formatTime(text = new Date(), formatType = "yyyy-MM-dd HH:mm:ss") {
  6047.             let time = text == null ? new Date() : new Date(text);
  6048.             /**
  6049.              * 校验时间补0
  6050.              * @param timeNum
  6051.              * @returns
  6052.              */
  6053.             function checkTime(timeNum) {
  6054.                 if (timeNum < 10)
  6055.                     return "0" + timeNum;
  6056.                 return timeNum;
  6057.             }
  6058.             /**
  6059.              * 时间制修改 24小时制转12小时制
  6060.              * @param hourNum 小时
  6061.              * @returns
  6062.              */
  6063.             function timeSystemChange(hourNum) {
  6064.                 return hourNum > 12 ? hourNum - 12 : hourNum;
  6065.             }
  6066.             let timeRegexp = {
  6067.                 yyyy: time.getFullYear(),
  6068.                 /* 年 */
  6069.                 MM: checkTime(time.getMonth() + 1),
  6070.                 /* 月 */
  6071.                 dd: checkTime(time.getDate()),
  6072.                 /* 日 */
  6073.                 HH: checkTime(time.getHours()),
  6074.                 /* 时 (24小时制) */
  6075.                 hh: checkTime(timeSystemChange(time.getHours())),
  6076.                 /* 时 (12小时制) */
  6077.                 mm: checkTime(time.getMinutes()),
  6078.                 /* 分 */
  6079.                 ss: checkTime(time.getSeconds()),
  6080.                 /* 秒 */
  6081.             };
  6082.             Object.keys(timeRegexp).forEach(function (key) {
  6083.                 let replaecRegexp = new RegExp(key, "g");
  6084.                 formatType = formatType.replace(replaecRegexp, timeRegexp[key]);
  6085.             });
  6086.             return formatType;
  6087.         }
  6088.         formatToTimeStamp(text) {
  6089.             /* 把字符串格式的时间（完整，包括日期和时间）格式化成时间 */
  6090.             if (typeof text !== "string") {
  6091.                 throw new Error("Utils.formatToTimeStamp 参数 text 必须为 string 类型");
  6092.             }
  6093.             if (text.length === 8) {
  6094.                 /* 该字符串只有时分秒 */
  6095.                 let today = new Date();
  6096.                 text =
  6097.                     today.getFullYear() +
  6098.                         "-" +
  6099.                         (today.getMonth() + 1) +
  6100.                         "-" +
  6101.                         today.getDate() +
  6102.                         " " +
  6103.                         text;
  6104.             }
  6105.             text = text.substring(0, 19);
  6106.             text = text.replace(/-/g, "/");
  6107.             let timestamp = new Date(text).getTime();
  6108.             return timestamp;
  6109.         }
  6110.         /**
  6111.          * gbk格式的url编码,来自https://greasyfork.org/zh-CN/scripts/427726-gbk-url-js
  6112.          * @example
  6113.          * let gbkEncoder = new Utils.GBKEncoder();
  6114.          * gbkEncoder.encode("测试");
  6115.          * > '%B2%E2%CA%D4'
  6116.          * gbkEncoder.decode("%B2%E2%CA%D4");
  6117.          * > 测试
  6118.          */
  6119.         GBKEncoder = GBKEncoder;
  6120.         /**
  6121.          * 获取 transitionend 的在各个浏览器的兼容名
  6122.          */
  6123.         getTransitionEndNameList() {
  6124.             return [
  6125.                 "webkitTransitionEnd",
  6126.                 "mozTransitionEnd",
  6127.                 "MSTransitionEnd",
  6128.                 "otransitionend",
  6129.                 "transitionend",
  6130.             ];
  6131.         }
  6132.         /**
  6133.          * 获取 animationend 的在各个浏览器的兼容名
  6134.          */
  6135.         getAnimationEndNameList() {
  6136.             return [
  6137.                 "webkitAnimationEnd",
  6138.                 "mozAnimationEnd",
  6139.                 "MSAnimationEnd",
  6140.                 "oanimationend",
  6141.                 "animationend",
  6142.             ];
  6143.         }
  6144.         getArrayLastValue(targetObj) {
  6145.             return targetObj[targetObj.length - 1];
  6146.         }
  6147.         getArrayRealValue(...args) {
  6148.             let result = null;
  6149.             for (let arg of args) {
  6150.                 if (typeof arg === "function") {
  6151.                     /* 方法 */
  6152.                     arg = arg();
  6153.                 }
  6154.                 if (arg != null) {
  6155.                     result = arg;
  6156.                     break;
  6157.                 }
  6158.             }
  6159.             return result;
  6160.         }
  6161.         getDaysDifference(timestamp1 = Date.now(), timestamp2 = Date.now(), type = "天") {
  6162.             type = type.trim();
  6163.             if (timestamp1.toString().length === 10) {
  6164.                 timestamp1 = timestamp1 * 1000;
  6165.             }
  6166.             if (timestamp2.toString().length === 10) {
  6167.                 timestamp2 = timestamp2 * 1000;
  6168.             }
  6169.             let smallTimeStamp = timestamp1 > timestamp2 ? timestamp2 : timestamp1;
  6170.             let bigTimeStamp = timestamp1 > timestamp2 ? timestamp1 : timestamp2;
  6171.             let oneSecond = 1000; /* 一秒的毫秒数 */
  6172.             let oneMinute = 60 * oneSecond; /* 一分钟的毫秒数 */
  6173.             let oneHour = 60 * oneMinute; /* 一小时的毫秒数 */
  6174.             let oneDay = 24 * oneHour; /* 一天的毫秒数 */
  6175.             let oneMonth = 30 * oneDay; /* 一个月的毫秒数(30天) */
  6176.             let oneYear = 12 * oneMonth; /* 一年的毫秒数 */
  6177.             let bigDate = new Date(bigTimeStamp);
  6178.             let smallDate = new Date(smallTimeStamp);
  6179.             let remainderValue = 1;
  6180.             if (type === "年") {
  6181.                 remainderValue = oneYear;
  6182.             }
  6183.             else if (type === "月") {
  6184.                 remainderValue = oneMonth;
  6185.             }
  6186.             else if (type === "天") {
  6187.                 remainderValue = oneDay;
  6188.             }
  6189.             else if (type === "时") {
  6190.                 remainderValue = oneHour;
  6191.             }
  6192.             else if (type === "分") {
  6193.                 remainderValue = oneMinute;
  6194.             }
  6195.             else if (type === "秒") {
  6196.                 remainderValue = oneSecond;
  6197.             }
  6198.             let diffValue = Math.round(Math.abs((bigDate - smallDate) / remainderValue));
  6199.             if (type === "auto") {
  6200.                 let timeDifference = bigTimeStamp - smallTimeStamp;
  6201.                 diffValue = Math.floor(timeDifference / (24 * 3600 * 1000));
  6202.                 if (diffValue > 0) {
  6203.                     diffValue = diffValue + "天";
  6204.                 }
  6205.                 else {
  6206.                     /* 计算出小时数 */
  6207.                     let leave1 = timeDifference % (24 * 3600 * 1000); /* 计算天数后剩余的毫秒数 */
  6208.                     let hours = Math.floor(leave1 / (3600 * 1000));
  6209.                     if (hours > 0) {
  6210.                         diffValue = hours + "小时";
  6211.                     }
  6212.                     else {
  6213.                         /* 计算相差分钟数 */
  6214.                         let leave2 = leave1 % (3600 * 1000); /* 计算小时数后剩余的毫秒数 */
  6215.                         let minutes = Math.floor(leave2 / (60 * 1000));
  6216.                         if (minutes > 0) {
  6217.                             diffValue = minutes + "分钟";
  6218.                         }
  6219.                         else {
  6220.                             /* 计算相差秒数 */
  6221.                             let leave3 = leave2 % (60 * 1000); /* 计算分钟数后剩余的毫秒数 */
  6222.                             let seconds = Math.round(leave3 / 1000);
  6223.                             diffValue = seconds + "秒";
  6224.                         }
  6225.                     }
  6226.                 }
  6227.             }
  6228.             return diffValue;
  6229.         }
  6230.         getElementSelector(element) {
  6231.             let UtilsContext = this;
  6232.             // @ts-ignore
  6233.             if (!element)
  6234.                 return;
  6235.             // @ts-ignore
  6236.             if (!element.parentElement)
  6237.                 return;
  6238.             /* 如果元素有id属性，则直接返回id选择器 */
  6239.             if (element.id)
  6240.                 return "#" + element.id;
  6241.             /* 递归地获取父元素的选择器 */
  6242.             let selector = UtilsContext.getElementSelector(element.parentElement);
  6243.             if (!selector) {
  6244.                 return element.tagName.toLowerCase();
  6245.             }
  6246.             /* 如果有多个相同类型的兄弟元素，则需要添加索引 */
  6247.             if (element.parentElement.querySelectorAll(element.tagName).length > 1) {
  6248.                 let index = Array.prototype.indexOf.call(element.parentElement.children, element) +
  6249.                     1;
  6250.                 selector +=
  6251.                     " > " + element.tagName.toLowerCase() + ":nth-child(" + index + ")";
  6252.             }
  6253.             else {
  6254.                 selector += " > " + element.tagName.toLowerCase();
  6255.             }
  6256.             return selector;
  6257.         }
  6258.         /**
  6259.          * 获取最大值
  6260.          * @example
  6261.          * Utils.getMaxValue([{1:123},{2:345},{3:456}],(index,value)=>{return parseInt(index)})
  6262.          * > 2
  6263.          */
  6264.         getMaxValue(...args) {
  6265.             let result = [...args];
  6266.             let newResult = [];
  6267.             if (result.length === 0) {
  6268.                 // @ts-ignore
  6269.                 return;
  6270.             }
  6271.             if (result.length > 1) {
  6272.                 if (result.length === 2 &&
  6273.                     typeof result[0] === "object" &&
  6274.                     typeof result[1] === "function") {
  6275.                     let data = result[0];
  6276.                     let handleDataFunc = result[1];
  6277.                     Object.keys(data).forEach((keyName) => {
  6278.                         newResult = [...newResult, handleDataFunc(keyName, data[keyName])];
  6279.                     });
  6280.                 }
  6281.                 else {
  6282.                     result.forEach((item) => {
  6283.                         if (!isNaN(parseFloat(item))) {
  6284.                             newResult = [...newResult, parseFloat(item)];
  6285.                         }
  6286.                     });
  6287.                 }
  6288.                 return Math.max(...newResult);
  6289.             }
  6290.             else {
  6291.                 result[0].forEach((item) => {
  6292.                     if (!isNaN(parseFloat(item))) {
  6293.                         newResult = [...newResult, parseFloat(item)];
  6294.                     }
  6295.                 });
  6296.                 return Math.max(...newResult);
  6297.             }
  6298.         }
  6299.         getMaxZIndexNodeInfo(deviation = 1, target = this.windowApi.document, ignoreCallBack) {
  6300.             deviation = Number.isNaN(deviation) ? 1 : deviation;
  6301.             const UtilsContext = this;
  6302.             // 最大值 2147483647
  6303.             // const maxZIndex = Math.pow(2, 31) - 1;
  6304.             // 比较值 2000000000
  6305.             const maxZIndexCompare = 2 * Math.pow(10, 9);
  6306.             // 当前页面最大的z-index
  6307.             let zIndex = 0;
  6308.             // 当前的最大z-index的元素，调试使用
  6309.             // @ts-ignore
  6310.             let maxZIndexNode = null;
  6311.             /**
  6312.              * 元素是否可见
  6313.              * @param $css
  6314.              */
  6315.             function isVisibleNode($css) {
  6316.                 return $css.position !== "static" && $css.display !== "none";
  6317.             }
  6318.             /**
  6319.              * 查询元素的z-index
  6320.              * 并比较值是否是已获取的最大值
  6321.              * @param $ele
  6322.              */
  6323.             function queryMaxZIndex($ele) {
  6324.                 if (typeof ignoreCallBack === "function") {
  6325.                     let ignoreResult = ignoreCallBack($ele);
  6326.                     if (typeof ignoreResult === "boolean" && !ignoreResult) {
  6327.                         return;
  6328.                     }
  6329.                 }
  6330.                 /** 元素的样式 */
  6331.                 const nodeStyle = UtilsContext.windowApi.window.getComputedStyle($ele);
  6332.                 /* 不对position为static和display为none的元素进行获取它们的z-index */
  6333.                 if (isVisibleNode(nodeStyle)) {
  6334.                     let nodeZIndex = parseInt(nodeStyle.zIndex);
  6335.                     if (!isNaN(nodeZIndex)) {
  6336.                         if (nodeZIndex > zIndex) {
  6337.                             // 赋值到全局
  6338.                             zIndex = nodeZIndex;
  6339.                             maxZIndexNode = $ele;
  6340.                         }
  6341.                     }
  6342.                     // 判断shadowRoot
  6343.                     if ($ele.shadowRoot != null && $ele instanceof ShadowRoot) {
  6344.                         $ele.shadowRoot.querySelectorAll("*").forEach(($shadowEle) => {
  6345.                             queryMaxZIndex($shadowEle);
  6346.                         });
  6347.                     }
  6348.                 }
  6349.             }
  6350.             target.querySelectorAll("*").forEach(($ele, index) => {
  6351.                 queryMaxZIndex($ele);
  6352.             });
  6353.             zIndex += deviation;
  6354.             if (zIndex >= maxZIndexCompare) {
  6355.                 // 最好不要超过最大值
  6356.                 zIndex = maxZIndexCompare;
  6357.             }
  6358.             return {
  6359.                 node: maxZIndexNode,
  6360.                 zIndex: zIndex,
  6361.             };
  6362.         }
  6363.         getMaxZIndex(deviation = 1, target = this.windowApi.document, ignoreCallBack) {
  6364.             return this.getMaxZIndexNodeInfo(deviation, target, ignoreCallBack).zIndex;
  6365.         }
  6366.         getMinValue(...args) {
  6367.             let result = [...args];
  6368.             let newResult = [];
  6369.             if (result.length === 0) {
  6370.                 // @ts-ignore
  6371.                 return;
  6372.             }
  6373.             if (result.length > 1) {
  6374.                 if (result.length === 2 &&
  6375.                     typeof result[0] === "object" &&
  6376.                     typeof result[1] === "function") {
  6377.                     let data = result[0];
  6378.                     let handleDataFunc = result[1];
  6379.                     Object.keys(data).forEach((keyName) => {
  6380.                         newResult = [...newResult, handleDataFunc(keyName, data[keyName])];
  6381.                     });
  6382.                 }
  6383.                 else {
  6384.                     result.forEach((item) => {
  6385.                         if (!isNaN(parseFloat(item))) {
  6386.                             newResult = [...newResult, parseFloat(item)];
  6387.                         }
  6388.                     });
  6389.                 }
  6390.                 return Math.min(...newResult);
  6391.             }
  6392.             else {
  6393.                 result[0].forEach((item) => {
  6394.                     if (!isNaN(parseFloat(item))) {
  6395.                         newResult = [...newResult, parseFloat(item)];
  6396.                     }
  6397.                 });
  6398.                 return Math.min(...newResult);
  6399.             }
  6400.         }
  6401.         /**
  6402.          * 获取随机的安卓手机User-Agent
  6403.          * @example
  6404.          * Utils.getRandomAndroidUA();
  6405.          * > 'Mozilla/5.0 (Linux; Android 10; MI 13 Build/OPR1.170623.027; wv) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/103.0.3490.40 Mobile Safari/537.36'
  6406.          **/
  6407.         getRandomAndroidUA() {
  6408.             let UtilsContext = this;
  6409.             let mobileNameList = [
  6410.                 "LDN-LX3",
  6411.                 "RNE-L03",
  6412.                 "ASUS_X00ID Build/NMF26F",
  6413.                 "WAS-LX3",
  6414.                 "PRA-LX3",
  6415.                 "MYA-L03",
  6416.                 "Moto G Play",
  6417.                 "Moto C Build/NRD90M.063",
  6418.                 "Redmi Note 4 Build/NRD90M",
  6419.                 "HUAWEI VNS-L21 Build/HUAWEIVNS-L21",
  6420.                 "VTR-L09",
  6421.                 "TRT-LX3",
  6422.                 "M2003J15SC Build/RP1A.200720.011; wv",
  6423.                 "MI 13 Build/OPR1.170623.027; wv",
  6424.             ];
  6425.             /* 安卓版本 */
  6426.             let androidVersion = UtilsContext.getRandomValue(12, 14);
  6427.             /* 手机型号 */
  6428.             let randomMobile = UtilsContext.getRandomValue(mobileNameList);
  6429.             /* chrome大版本号 */
  6430.             let chromeVersion1 = UtilsContext.getRandomValue(120, 132);
  6431.             let chromeVersion2 = UtilsContext.getRandomValue(0, 0);
  6432.             let chromeVersion3 = UtilsContext.getRandomValue(2272, 6099);
  6433.             let chromeVersion4 = UtilsContext.getRandomValue(1, 218);
  6434.             return `Mozilla/5.0 (Linux; Android ${androidVersion}; ${randomMobile}) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/${chromeVersion1}.${chromeVersion2}.${chromeVersion3}.${chromeVersion4} Mobile Safari/537.36`;
  6435.         }
  6436.         /**
  6437.          * 获取随机的电脑端User-Agent
  6438.          * + Mozilla/5.0：以前用于Netscape浏览器，目前大多数浏览器UA都会带有
  6439.          * + Windows NT 13：代表Window11系统
  6440.          * + Windows NT 10.0：代表Window10系统
  6441.          * + Windows NT 6.1：代表windows7系统
  6442.          * + WOW64：Windows-on-Windows 64-bit，32位的应用程序运行于此64位处理器上
  6443.          * + Win64：64位
  6444.          * + AppleWebKit/537.36：浏览器内核
  6445.          * + KHTML：HTML排版引擎
  6446.          * + like Gecko：这不是Geckeo 浏览器，但是运行起来像Geckeo浏览器
  6447.          * + Chrome/106.0.5068.19：Chrome版本号
  6448.          * + Safari/537.36：宣称自己是Safari？
  6449.          * @returns 返回随机字符串
  6450.          * @example
  6451.          * Utils.getRandomPCUA();
  6452.          * > 'Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/106.0.5068.19 Safari/537.36'
  6453.          **/
  6454.         getRandomPCUA() {
  6455.             let UtilsContext = this;
  6456.             /* chrome大版本号 */
  6457.             let chromeVersion1 = UtilsContext.getRandomValue(120, 132);
  6458.             let chromeVersion2 = UtilsContext.getRandomValue(0, 0);
  6459.             let chromeVersion3 = UtilsContext.getRandomValue(2272, 6099);
  6460.             let chromeVersion4 = UtilsContext.getRandomValue(1, 218);
  6461.             return `Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/${chromeVersion1}.${chromeVersion2}.${chromeVersion3}.${chromeVersion4} Safari/537.36`;
  6462.         }
  6463.         getRandomValue(...args) {
  6464.             let result = [...args];
  6465.             if (result.length > 1) {
  6466.                 if (result.length === 2 &&
  6467.                     typeof result[0] === "number" &&
  6468.                     typeof result[1] === "number") {
  6469.                     let leftNumber = result[0] > result[1] ? result[1] : result[0];
  6470.                     let rightNumber = result[0] > result[1] ? result[0] : result[1];
  6471.                     return (Math.round(Math.random() * (rightNumber - leftNumber)) + leftNumber);
  6472.                 }
  6473.                 else {
  6474.                     return result[Math.floor(Math.random() * result.length)];
  6475.                 }
  6476.             }
  6477.             else if (result.length === 1) {
  6478.                 let paramData = result[0];
  6479.                 if (Array.isArray(paramData)) {
  6480.                     return paramData[Math.floor(Math.random() * paramData.length)];
  6481.                 }
  6482.                 else if (typeof paramData === "object" &&
  6483.                     Object.keys(paramData).length > 0) {
  6484.                     let paramObjDataKey = Object.keys(paramData)[Math.floor(Math.random() * Object.keys(paramData).length)];
  6485.                     return paramData[paramObjDataKey];
  6486.                 }
  6487.                 else {
  6488.                     return paramData;
  6489.                 }
  6490.             }
  6491.         }
  6492.         /**
  6493.          * 获取元素上的使用React框架的实例属性，目前包括reactFiber、reactProps、reactEvents、reactEventHandlers、reactInternalInstance
  6494.          * @param element 需要获取的目标元素
  6495.          * @returns
  6496.          * @example
  6497.          * Utils.getReactObj(document.querySelector("input"))?.reactProps?.onChange({target:{value:"123"}});
  6498.          */
  6499.         getReactObj(element) {
  6500.             let result = {};
  6501.             Object.keys(element).forEach((domPropsName) => {
  6502.                 if (domPropsName.startsWith("__react")) {
  6503.                     let propsName = domPropsName.replace(/__(.+)\$.+/i, "$1");
  6504.                     if (propsName in result) ;
  6505.                     else {
  6506.                         result[propsName] = element[domPropsName];
  6507.                     }
  6508.                 }
  6509.             });
  6510.             return result;
  6511.         }
  6512.         /**
  6513.          * 获取对象上的Symbol属性，如果没设置keyName，那么返回一个对象，对象是所有遍历到的Symbol对象
  6514.          * @param target 目标对象
  6515.          * @param keyName （可选）Symbol名或者Symbol对象
  6516.          */
  6517.         getSymbol(target, keyName) {
  6518.             if (typeof target !== "object") {
  6519.                 throw new TypeError("target不是一个对象");
  6520.             }
  6521.             let objectsSymbols = Object.getOwnPropertySymbols(target);
  6522.             if (typeof keyName === "string") {
  6523.                 let findSymbol = objectsSymbols.find((key) => {
  6524.                     return key.toString() === keyName;
  6525.                 });
  6526.                 if (findSymbol) {
  6527.                     return target[findSymbol];
  6528.                 }
  6529.             }
  6530.             else if (typeof keyName === "symbol") {
  6531.                 let findSymbol = objectsSymbols.find((key) => {
  6532.                     return key === keyName;
  6533.                 });
  6534.                 if (findSymbol) {
  6535.                     return target[findSymbol];
  6536.                 }
  6537.             }
  6538.             else {
  6539.                 let result = {};
  6540.                 objectsSymbols.forEach((item) => {
  6541.                     result[item] = target[item];
  6542.                 });
  6543.                 return result;
  6544.             }
  6545.         }
  6546.         /**
  6547.          * 获取文本的字符长度
  6548.          * @param text
  6549.          * @example
  6550.          * Utils.getTextLength("测试文本")
  6551.          * > 12
  6552.          */
  6553.         getTextLength(text) {
  6554.             let encoder = new TextEncoder();
  6555.             let bytes = encoder.encode(text);
  6556.             return bytes.length;
  6557.         }
  6558.         getTextStorageSize(text, addType = true) {
  6559.             let UtilsContext = this;
  6560.             return UtilsContext.formatByteToSize(UtilsContext.getTextLength(text), addType);
  6561.         }
  6562.         getThunderUrl(url) {
  6563.             if (url == null) {
  6564.                 throw new TypeError("url不能为空");
  6565.             }
  6566.             if (typeof url !== "string") {
  6567.                 throw new TypeError("url必须是string类型");
  6568.             }
  6569.             if (url.trim() === "") {
  6570.                 throw new TypeError("url不能为空字符串或纯空格");
  6571.             }
  6572.             return `thunder://${this.windowApi.globalThis.btoa("AA" + url + "ZZ")}`;
  6573.         }
  6574.         /**
  6575.          * 对于GM_cookie的兼容写法，当无法使用GM_cookie时可以使用这个,但是并不完全兼容，有些写不出来且限制了httponly是无法访问的
  6576.          * @example
  6577.           let GM_cookie = new Utils.GM_Cookie();
  6578.           GM_cookie.list({name:"xxx_cookie_xxx"},function(cookies,error){
  6579.               if (!error) {
  6580.                   console.log(cookies);
  6581.                   console.log(cookies.value);
  6582.               } else {
  6583.                   console.error(error);
  6584.               }
  6585.           });
  6586.           GM_cookie.set({name:"xxx_cookie_test_xxx",value:"这是Cookie测试值"},function(error){
  6587.               if (error) {
  6588.                   console.error(error);
  6589.               } else {
  6590.                   console.log('Cookie set successfully.');
  6591.               }
  6592.           })
  6593.           GM_cookie.delete({name:"xxx_cookie_test_xxx"},function(error){
  6594.               if (error) {
  6595.                   console.error(error);
  6596.               } else {
  6597.                   console.log('Cookie set successfully.');
  6598.               }
  6599.           })
  6600.          **/
  6601.         GM_Cookie = UtilsGMCookie;
  6602.         /**
  6603.          * 注册油猴菜单，要求本地存储的键名不能存在其它键名`GM_Menu_Local_Map`会冲突/覆盖
  6604.          * @example
  6605.           let GM_Menu = new Utils.GM_Menu({
  6606.             data: [
  6607.               {
  6608.                 menu_key: "menu_key",
  6609.                 text: "测试按钮",
  6610.                 enable: true,
  6611.                 accessKey: "a",
  6612.                 autoClose: false,
  6613.                 showText(text, enable) {
  6614.                   return "[" + (enable ? "√" : "×") + "]" + text;
  6615.                 },
  6616.                 callback(data) {
  6617.                   console.log("点击菜单，值修改为", data.enable);
  6618.                 },
  6619.               },
  6620.             ],
  6621.             autoReload: false,
  6622.             GM_getValue,
  6623.             GM_setValue,
  6624.             GM_registerMenuCommand,
  6625.             GM_unregisterMenuCommand,
  6626.           });
  6627.       
  6628.       
  6629.           // 获取某个菜单项的值
  6630.           GM_Menu.get("menu_key");
  6631.           > true
  6632.       
  6633.           // 获取某个菜单项的开启/关闭后显示的文本
  6634.           GM_Menu.getShowTextValue("menu_key");
  6635.           > √测试按钮
  6636.       
  6637.           // 添加键为menu_key2的菜单项
  6638.           GM_Menu.add({
  6639.             key:"menu_key2",
  6640.             text: "测试按钮2",
  6641.             enable: false,
  6642.             showText(text,enable){
  6643.               return "[" + (enable ? "√" : "×") + "]" + text;
  6644.             },
  6645.             callback(data){
  6646.               console.log("点击菜单，值修改为",data.enable);
  6647.             }
  6648.           });
  6649.           // 使用数组的方式添加多个菜单，如menu_key3、menu_key4
  6650.           GM_Menu.add([
  6651.             {
  6652.               key:"menu_key3",
  6653.               text: "测试按钮3",
  6654.               enable: false,
  6655.               showText(text,enable){
  6656.                 return "[" + (enable ? "√" : "×") + "]" + text;
  6657.               },
  6658.               callback(data){
  6659.                 console.log("点击菜单，值修改为",data.enable);
  6660.               }
  6661.             },
  6662.             {
  6663.               key:"menu_key4",
  6664.               text: "测试按钮4",
  6665.               enable: false,
  6666.               showText(text,enable){
  6667.                 return "[" + (enable ? "√" : "×") + "]" + text;
  6668.               },
  6669.               callback(data){
  6670.                 console.log("点击菜单，值修改为",data.enable);
  6671.               }
  6672.             }
  6673.           ]);
  6674.       
  6675.           // 更新键为menu_key的显示文字和点击回调
  6676.           GM_Menu.update({
  6677.             menu_key:{
  6678.               text: "更新后的测试按钮",
  6679.               enable: true,
  6680.               showText(text,enable){
  6681.                 return "[" + (enable ? "√" : "×") + "]" + text;
  6682.               },
  6683.               callback(data){
  6684.                 console.log("点击菜单更新后的测试按钮，新值修改为",data.enable);
  6685.               }
  6686.             }
  6687.           });
  6688.       
  6689.           // 删除键为menu_key的菜单
  6690.           GM_Menu.delete("menu_key");
  6691.          **/
  6692.         GM_Menu = GMMenu;
  6693.         /**
  6694.          * 基于Function prototype，能够勾住和释放任何函数
  6695.          *
  6696.          * .hook
  6697.          * + realFunc {string} 用于保存原始函数的函数名称,用于unHook
  6698.          * + hookFunc {string} 替换的hook函数
  6699.          * + context {object} 目标函数所在对象,用于hook非window对象下的函数，如String.protype.slice,carInstance1
  6700.          * + methodName {string} 匿名函数需显式传入目标函数名eg:this.Begin = function(){....};}
  6701.          *
  6702.          * .unhook
  6703.          * + realFunc {string} 用于保存原始函数的函数名称,用于unHook
  6704.          * + funcName {string} 被Hook的函数名称
  6705.          * + context {object} 目标函数所在对象,用于hook非window对象下的函数，如String.protype.slice,carInstance1
  6706.          * @example
  6707.           let hook = new Utils.Hooks();
  6708.           hook.initEnv();
  6709.           function myFunction(){
  6710.               console.log("我自己需要执行的函数");
  6711.           }
  6712.           function testFunction(){
  6713.               console.log("正常执行的函数");
  6714.           }
  6715.           testFunction.hook(testFunction,myFunction,window);
  6716.          **/
  6717.         Hooks = Hooks;
  6718.         /**
  6719.          * 为减少代码量和回调，把GM_xmlhttpRequest封装
  6720.          * 文档地址: https://www.tampermonkey.net/documentation.php?ext=iikm
  6721.          * 其中onloadstart、onprogress、onreadystatechange是回调形式，onabort、ontimeout、onerror可以设置全局回调函数
  6722.          * @param _GM_xmlHttpRequest_ 油猴中的GM_xmlhttpRequest
  6723.          * @example
  6724.           let httpx = new Utils.Httpx(GM_xmlhttpRequest);
  6725.           let postResp = await httpx.post({
  6726.             url:url,
  6727.             data:JSON.stringify({
  6728.               test:1
  6729.             }),
  6730.             timeout: 5000
  6731.           });
  6732.           console.log(postResp);
  6733.           > {
  6734.             status: true,
  6735.             data: {responseText: "...", response: xxx,...},
  6736.             msg: "请求完毕",
  6737.             type: "onload",
  6738.           }
  6739.       
  6740.           if(postResp === "onload" && postResp.status){
  6741.           // onload
  6742.           }else if(postResp === "ontimeout"){
  6743.           // ontimeout
  6744.           }
  6745.          * @example
  6746.           // 也可以先配置全局参数
  6747.           let httpx = new Utils.Httpx(GM_xmlhttpRequest);
  6748.           httpx.config({
  6749.             timeout: 5000,
  6750.             async: false,
  6751.             responseType: "html",
  6752.             redirect: "follow",
  6753.           })
  6754.           // 优先级为 默认details < 全局details < 单独的details
  6755.          */
  6756.         Httpx = Httpx;
  6757.         /**
  6758.          * 浏览器端的indexedDB操作封装
  6759.          * @example
  6760.           let db = new Utils.indexedDB('web_DB', 'nav_text')
  6761.           let data = {name:'管理员', roleId: 1, type: 1};
  6762.           db.save('list',data).then((resolve)=>{
  6763.               console.log(resolve,'存储成功')
  6764.           })
  6765.       
  6766.           db.get('list').then((resolve)=>{
  6767.               console.log(resolve,'查询成功')
  6768.           })
  6769.       
  6770.           db.getPaging('list',20,10).then((resolve)=>{
  6771.               console.log(resolve,'查询分页偏移第20，一共10行成功');
  6772.           })
  6773.       
  6774.           db.delete('list').then(resolve=>{
  6775.               console.log(resolve,'删除成功---->>>>>>name')
  6776.           })
  6777.       
  6778.           db.deleteAll().then(resolve=>{
  6779.               console.log(resolve,'清除数据库---->>>>>>name')
  6780.           })
  6781.          **/
  6782.         indexedDB = indexedDB;
  6783.         isNativeFunc(target) {
  6784.             return Boolean(target.toString().match(/^function .*\(\) { \[native code\] }$/));
  6785.         }
  6786.         isNearBottom(...args) {
  6787.             let nearBottomHeight = 50;
  6788.             let checkWindow = () => {
  6789.                 // 已滚动的距离
  6790.                 let scrollTop = this.windowApi.window.pageYOffset ||
  6791.                     this.windowApi.document.documentElement.scrollTop;
  6792.                 // 视窗高度
  6793.                 let viewportHeight = this.windowApi.window.innerHeight ||
  6794.                     this.windowApi.document.documentElement.clientHeight;
  6795.                 // 最大滚动距离
  6796.                 let maxScrollHeight = this.windowApi.document.documentElement.scrollHeight - nearBottomHeight;
  6797.                 return scrollTop + viewportHeight >= maxScrollHeight;
  6798.             };
  6799.             let checkNode = ($ele) => {
  6800.                 // 已滚动的距离
  6801.                 let scrollTop = $ele.scrollTop;
  6802.                 // 视窗高度
  6803.                 let viewportHeight = $ele.clientHeight;
  6804.                 // 最大滚动距离
  6805.                 let maxScrollHeight = $ele.scrollHeight - viewportHeight - nearBottomHeight;
  6806.                 return scrollTop >= maxScrollHeight;
  6807.             };
  6808.             let firstArg = args[0];
  6809.             if (args.length === 0 || typeof args[0] === "number") {
  6810.                 // nearBottomHeight
  6811.                 //
  6812.                 return checkWindow();
  6813.             }
  6814.             else if (typeof args[0] === "object" && args[0] instanceof HTMLElement) {
  6815.                 // target
  6816.                 // target，nearBottomHeight
  6817.                 if (typeof args[1] === "number" && !Number.isNaN(args[1])) {
  6818.                     nearBottomHeight = args[1];
  6819.                 }
  6820.                 return checkNode(args[0]);
  6821.             }
  6822.             else {
  6823.                 throw new TypeError("参数1类型错误" + typeof firstArg);
  6824.             }
  6825.         }
  6826.         /**
  6827.          * 判断对象是否是元素
  6828.          * @param target
  6829.          * @returns
  6830.          * + true 是元素
  6831.          * + false 不是元素
  6832.          * @example
  6833.          * Utils.isDOM(document.querySelector("a"))
  6834.          * > true
  6835.          */
  6836.         isDOM = commonUtil.isDOM.bind(commonUtil);
  6837.         isFullscreenEnabled() {
  6838.             return !!(this.windowApi.document.fullscreenEnabled ||
  6839.                 this.windowApi.document.webkitFullScreenEnabled ||
  6840.                 this.windowApi.document.mozFullScreenEnabled ||
  6841.                 this.windowApi.document.msFullScreenEnabled);
  6842.         }
  6843.         isJQuery(target) {
  6844.             let result = false;
  6845.             // @ts-ignore
  6846.             if (typeof jQuery === "object" && target instanceof jQuery) {
  6847.                 result = true;
  6848.             }
  6849.             if (target == null) {
  6850.                 return false;
  6851.             }
  6852.             if (typeof target === "object") {
  6853.                 /* 也有种可能，这个jQuery对象是1.8.3版本的，页面中的jQuery是3.4.1版本的 */
  6854.                 let jQueryProps = [
  6855.                     "add",
  6856.                     "addBack",
  6857.                     "addClass",
  6858.                     "after",
  6859.                     "ajaxComplete",
  6860.                     "ajaxError",
  6861.                     "ajaxSend",
  6862.                     "ajaxStart",
  6863.                     "ajaxStop",
  6864.                     "ajaxSuccess",
  6865.                     "animate",
  6866.                     "append",
  6867.                     "appendTo",
  6868.                     "attr",
  6869.                     "before",
  6870.                     "bind",
  6871.                     "blur",
  6872.                     "change",
  6873.                     "children",
  6874.                     "clearQueue",
  6875.                     "click",
  6876.                     "clone",
  6877.                     "closest",
  6878.                     "constructor",
  6879.                     "contents",
  6880.                     "contextmenu",
  6881.                     "css",
  6882.                     "data",
  6883.                     "dblclick",
  6884.                     "delay",
  6885.                     "delegate",
  6886.                     "dequeue",
  6887.                     "each",
  6888.                     "empty",
  6889.                     "end",
  6890.                     "eq",
  6891.                     "extend",
  6892.                     "fadeIn",
  6893.                     "fadeOut",
  6894.                     "fadeTo",
  6895.                     "fadeToggle",
  6896.                     "filter",
  6897.                     "find",
  6898.                     "first",
  6899.                     "focus",
  6900.                     "focusin",
  6901.                     "focusout",
  6902.                     "get",
  6903.                     "has",
  6904.                     "hasClass",
  6905.                     "height",
  6906.                     "hide",
  6907.                     "hover",
  6908.                     "html",
  6909.                     "index",
  6910.                     "init",
  6911.                     "innerHeight",
  6912.                     "innerWidth",
  6913.                     "insertAfter",
  6914.                     "insertBefore",
  6915.                     "is",
  6916.                     "jquery",
  6917.                     "keydown",
  6918.                     "keypress",
  6919.                     "keyup",
  6920.                     "last",
  6921.                     "load",
  6922.                     "map",
  6923.                     "mousedown",
  6924.                     "mouseenter",
  6925.                     "mouseleave",
  6926.                     "mousemove",
  6927.                     "mouseout",
  6928.                     "mouseover",
  6929.                     "mouseup",
  6930.                     "next",
  6931.                     "nextAll",
  6932.                     "not",
  6933.                     "off",
  6934.                     "offset",
  6935.                     "offsetParent",
  6936.                     "on",
  6937.                     "one",
  6938.                     "outerHeight",
  6939.                     "outerWidth",
  6940.                     "parent",
  6941.                     "parents",
  6942.                     "position",
  6943.                     "prepend",
  6944.                     "prependTo",
  6945.                     "prev",
  6946.                     "prevAll",
  6947.                     "prevUntil",
  6948.                     "promise",
  6949.                     "prop",
  6950.                     "pushStack",
  6951.                     "queue",
  6952.                     "ready",
  6953.                     "remove",
  6954.                     "removeAttr",
  6955.                     "removeClass",
  6956.                     "removeData",
  6957.                     "removeProp",
  6958.                     "replaceAll",
  6959.                     "replaceWith",
  6960.                     "resize",
  6961.                     "scroll",
  6962.                     "scrollLeft",
  6963.                     "scrollTop",
  6964.                     "select",
  6965.                     "show",
  6966.                     "siblings",
  6967.                     "slice",
  6968.                     "slideDown",
  6969.                     "slideToggle",
  6970.                     "slideUp",
  6971.                     "sort",
  6972.                     "splice",
  6973.                     "text",
  6974.                     "toArray",
  6975.                     "toggle",
  6976.                     "toggleClass",
  6977.                     "trigger",
  6978.                     "triggerHandler",
  6979.                     "unbind",
  6980.                     "width",
  6981.                     "wrap",
  6982.                 ];
  6983.                 for (const jQueryPropsName of jQueryProps) {
  6984.                     if (!(jQueryPropsName in target)) {
  6985.                         result = false;
  6986.                         /* console.log(jQueryPropsName); */
  6987.                         break;
  6988.                     }
  6989.                     else {
  6990.                         result = true;
  6991.                     }
  6992.                 }
  6993.             }
  6994.             return result;
  6995.         }
  6996.         isPhone(userAgent = navigator.userAgent) {
  6997.             return Boolean(/(iPhone|iPad|iPod|iOS|Android|Mobile)/i.test(userAgent));
  6998.         }
  6999.         isSameChars(targetStr, coefficient = 1) {
  7000.             if (typeof targetStr !== "string") {
  7001.                 throw new TypeError("参数 str 必须是 string 类型");
  7002.             }
  7003.             if (targetStr.length < 2) {
  7004.                 return false;
  7005.             }
  7006.             targetStr = targetStr.toLowerCase();
  7007.             const targetCharMap = {};
  7008.             let targetStrLength = 0;
  7009.             for (const char of targetStr) {
  7010.                 if (Reflect.has(targetCharMap, char)) {
  7011.                     targetCharMap[char]++;
  7012.                 }
  7013.                 else {
  7014.                     targetCharMap[char] = 1;
  7015.                 }
  7016.                 targetStrLength++;
  7017.             }
  7018.             let result = false;
  7019.             for (const char in targetCharMap) {
  7020.                 if (targetCharMap[char] / targetStrLength >= coefficient) {
  7021.                     result = true;
  7022.                     break;
  7023.                 }
  7024.             }
  7025.             return result;
  7026.         }
  7027.         /**
  7028.          * 判断对象是否不为空
  7029.          * @returns {boolean}
  7030.          * + true 不为空
  7031.          * + false 为空
  7032.          * @example
  7033.          * Utils.isNotNull("123");
  7034.          * > true
  7035.          */
  7036.         isNotNull = commonUtil.isNotNull.bind(commonUtil);
  7037.         /**
  7038.          * 判断对象或数据是否为空
  7039.          * + `String`判空的值，如 ""、"null"、"undefined"、"   "
  7040.          * + `Number`判空的值，如 0
  7041.          * + `Object`判空的值，如 {}、null、undefined
  7042.          * + `Array`(存在属性Symbol.iterator)判空的值，如 []
  7043.          * + `Boolean`判空的值，如false
  7044.          * + `Function`判空的值，如()=>{}、(xxx="")=>{}、function(){}、function(xxx=""){}
  7045.          * @returns
  7046.          * + true 为空
  7047.          * + false 不为空
  7048.          * @example
  7049.           Utils.isNull({});
  7050.           > true
  7051.          * @example
  7052.           Utils.isNull([]);
  7053.           > true
  7054.          * @example
  7055.           Utils.isNull(" ");
  7056.           > true
  7057.          * @example
  7058.           Utils.isNull(function(){});
  7059.           > true
  7060.          * @example
  7061.           Utils.isNull(()=>{}));
  7062.           > true
  7063.          * @example
  7064.           Utils.isNull("undefined");
  7065.           > true
  7066.          * @example
  7067.           Utils.isNull("null");
  7068.           > true
  7069.          * @example
  7070.           Utils.isNull(" ", false);
  7071.           > true
  7072.          * @example
  7073.           Utils.isNull([1],[]);
  7074.           > false
  7075.          * @example
  7076.           Utils.isNull([],[1]);
  7077.           > false
  7078.          * @example
  7079.           Utils.isNull(false,[123]);
  7080.           > false
  7081.          **/
  7082.         isNull = commonUtil.isNull.bind(commonUtil);
  7083.         isThemeDark() {
  7084.             return this.windowApi.globalThis.matchMedia("(prefers-color-scheme: dark)")
  7085.                 .matches;
  7086.         }
  7087.         /**
  7088.          * 判断元素是否在页面中可见
  7089.          * @param element 需要检查的元素，可以是普通元素|数组形式的元素|通过querySelectorAll获取的元素数组
  7090.          * @param inView
  7091.          * + true 在窗口可视区域
  7092.          * + false 不在窗口可视区域
  7093.          * @returns
  7094.          * + true 可见
  7095.          * + false 不可见
  7096.          * @example
  7097.          * Utils.isVisible(document.documentElement)
  7098.          * > true
  7099.          */
  7100.         isVisible(element, inView = false) {
  7101.             let needCheckDomList = [];
  7102.             if (element instanceof Array || element instanceof NodeList) {
  7103.                 element = element;
  7104.                 needCheckDomList = [...element];
  7105.             }
  7106.             else {
  7107.                 needCheckDomList = [element];
  7108.             }
  7109.             let result = true;
  7110.             for (const domItem of needCheckDomList) {
  7111.                 let domDisplay = this.windowApi.window.getComputedStyle(domItem);
  7112.                 if (domDisplay.display === "none") {
  7113.                     result = false;
  7114.                 }
  7115.                 else {
  7116.                     let domClientRect = domItem.getBoundingClientRect();
  7117.                     if (inView) {
  7118.                         let viewportWidth = this.windowApi.window.innerWidth ||
  7119.                             this.windowApi.document.documentElement.clientWidth;
  7120.                         let viewportHeight = this.windowApi.window.innerHeight ||
  7121.                             this.windowApi.document.documentElement.clientHeight;
  7122.                         result = !(domClientRect.right < 0 ||
  7123.                             domClientRect.left > viewportWidth ||
  7124.                             domClientRect.bottom < 0 ||
  7125.                             domClientRect.top > viewportHeight);
  7126.                     }
  7127.                     else {
  7128.                         result = Boolean(domItem.getClientRects().length);
  7129.                     }
  7130.                 }
  7131.                 if (!result) {
  7132.                     /* 有一个不可见就退出循环 */
  7133.                     break;
  7134.                 }
  7135.             }
  7136.             return result;
  7137.         }
  7138.         isWebView_Via() {
  7139.             let result = true;
  7140.             let UtilsContext = this;
  7141.             if (typeof this.windowApi.top.window.via === "object") {
  7142.                 for (const key in Object.values(this.windowApi.top.window.via)) {
  7143.                     if (Reflect.has(this.windowApi.top.window.via, key)) {
  7144.                         let objValueFunc = this.windowApi.top.window.via[key];
  7145.                         if (typeof objValueFunc === "function" &&
  7146.                             UtilsContext.isNativeFunc(objValueFunc)) {
  7147.                             result = true;
  7148.                         }
  7149.                         else {
  7150.                             result = false;
  7151.                             break;
  7152.                         }
  7153.                     }
  7154.                 }
  7155.             }
  7156.             else {
  7157.                 result = false;
  7158.             }
  7159.             return result;
  7160.         }
  7161.         isWebView_X() {
  7162.             let result = true;
  7163.             let UtilsContext = this;
  7164.             if (typeof this.windowApi.top.window.mbrowser === "object") {
  7165.                 for (const key in Object.values(this.windowApi.top.window.mbrowser)) {
  7166.                     if (Reflect.has(this.windowApi.top.window.mbrowser, key)) {
  7167.                         let objValueFunc = this.windowApi.top.window.mbrowser[key];
  7168.                         if (typeof objValueFunc === "function" &&
  7169.                             UtilsContext.isNativeFunc(objValueFunc)) {
  7170.                             result = true;
  7171.                         }
  7172.                         else {
  7173.                             result = false;
  7174.                             break;
  7175.                         }
  7176.                     }
  7177.                 }
  7178.             }
  7179.             else {
  7180.                 result = false;
  7181.             }
  7182.             return result;
  7183.         }
  7184.         parseObjectToArray(target) {
  7185.             if (typeof target !== "object") {
  7186.                 throw new Error("Utils.parseObjectToArray 参数 target 必须为 object 类型");
  7187.             }
  7188.             let result = [];
  7189.             Object.keys(target).forEach(function (keyName) {
  7190.                 result = result.concat(target[keyName]);
  7191.             });
  7192.             return result;
  7193.         }
  7194.         /**
  7195.          * 自动锁对象，用于循环判断运行的函数，在循环外new后使用，注意，如果函数内部存在异步操作，需要使用await
  7196.          * @example
  7197.           let lock = new Utils.LockFunction(()=>{console.log(1)}))
  7198.           lock.run();
  7199.           > 1
  7200.          * @example
  7201.           let lock = new Utils.LockFunction(()=>{console.log(1)}),true) -- 异步操作
  7202.           await lock.run();
  7203.           > 1
  7204.          **/
  7205.         LockFunction = LockFunction;
  7206.         /**
  7207.          * 日志对象
  7208.          * @param _GM_info_ 油猴管理器的API GM_info，或者是一个对象，如{"script":{name:"Utils.Log"}}
  7209.          * @example
  7210.           let log = new Utils.Log(GM_info);
  7211.           log.info("普通输出");
  7212.           > 普通输出
  7213.       
  7214.           log.success("成功输出");
  7215.           > 成功输出
  7216.       
  7217.           log.error("错误输出");
  7218.           > 错误输出
  7219.           
  7220.           log.warn("警告输出");
  7221.           > 警告输出
  7222.       
  7223.           log.tag = "自定义tag信息";
  7224.           log.info("自定义info的颜色","#e0e0e0");
  7225.           > 自定义info的颜色
  7226.       
  7227.           log.config({
  7228.             successColor: "#31dc02",
  7229.             errorColor: "#e02d2d",
  7230.             infoColor: "black",
  7231.           })
  7232.           log.success("颜色为#31dc02");
  7233.           > 颜色为#31dc02
  7234.          */
  7235.         Log = Log;
  7236.         mergeArrayToString(data, handleFunc) {
  7237.             if (!(data instanceof Array)) {
  7238.                 throw new Error("Utils.mergeArrayToString 参数 data 必须为 Array 类型");
  7239.             }
  7240.             let content = "";
  7241.             if (typeof handleFunc === "function") {
  7242.                 data.forEach((item) => {
  7243.                     content += handleFunc(item);
  7244.                 });
  7245.             }
  7246.             else if (typeof handleFunc === "string") {
  7247.                 data.forEach((item) => {
  7248.                     content += item[handleFunc];
  7249.                 });
  7250.             }
  7251.             else {
  7252.                 data.forEach((item) => {
  7253.                     Object.values(item)
  7254.                         .filter((item2) => typeof item2 === "string")
  7255.                         .forEach((item3) => {
  7256.                         content += item3;
  7257.                     });
  7258.                 });
  7259.             }
  7260.             return content;
  7261.         }
  7262.         mutationObserver(target, observer_config) {
  7263.             let UtilsContext = this;
  7264.             let default_obverser_config = {
  7265.                 /* 监听到元素有反馈，需执行的函数 */
  7266.                 callback: () => { },
  7267.                 config: {
  7268.                     /**
  7269.                      * + true 监听以 target 为根节点的整个子树。包括子树中所有节点的属性，而不仅仅是针对 target
  7270.                      * + false (默认) 不生效
  7271.                      */
  7272.                     subtree: undefined,
  7273.                     /**
  7274.                      * + true 监听 target 节点中发生的节点的新增与删除（同时，如果 subtree 为 true，会针对整个子树生效）
  7275.                      * + false (默认) 不生效
  7276.                      */
  7277.                     childList: undefined,
  7278.                     /**
  7279.                      * + true 观察所有监听的节点属性值的变化。默认值为 true，当声明了 attributeFilter 或 attributeOldValue
  7280.                      * + false (默认) 不生效
  7281.                      */
  7282.                     attributes: undefined,
  7283.                     /**
  7284.                      * 一个用于声明哪些属性名会被监听的数组。如果不声明该属性，所有属性的变化都将触发通知
  7285.                      */
  7286.                     attributeFilter: undefined,
  7287.                     /**
  7288.                      * + true 记录上一次被监听的节点的属性变化；可查阅 MutationObserver 中的 Monitoring attribute values 了解关于观察属性变化和属性值记录的详情
  7289.                      * + false (默认) 不生效
  7290.                      */
  7291.                     attributeOldValue: undefined,
  7292.                     /**
  7293.                      * + true 监听声明的 target 节点上所有字符的变化。默认值为 true，如果声明了 characterDataOldValue
  7294.                      * + false (默认) 不生效
  7295.                      */
  7296.                     characterData: undefined,
  7297.                     /**
  7298.                      * + true 记录前一个被监听的节点中发生的文本变化
  7299.                      * + false (默认) 不生效
  7300.                      */
  7301.                     characterDataOldValue: undefined,
  7302.                 },
  7303.                 immediate: false,
  7304.             };
  7305.             observer_config = UtilsContext.assign(default_obverser_config, observer_config);
  7306.             let windowMutationObserver = this.windowApi.window.MutationObserver ||
  7307.                 this.windowApi.window.webkitMutationObserver ||
  7308.                 this.windowApi.window.MozMutationObserver;
  7309.             // 观察者对象
  7310.             let mutationObserver = new windowMutationObserver(function (mutations, observer) {
  7311.                 if (typeof observer_config.callback === "function") {
  7312.                     observer_config.callback(mutations, observer);
  7313.                 }
  7314.             });
  7315.             if (Array.isArray(target) || target instanceof NodeList) {
  7316.                 // 传入的是数组或者元素数组
  7317.                 target.forEach((item) => {
  7318.                     mutationObserver.observe(item, observer_config.config);
  7319.                 });
  7320.             }
  7321.             else if (UtilsContext.isJQuery(target)) {
  7322.                 /* 传入的参数是jQuery对象 */
  7323.                 target.each((index, item) => {
  7324.                     mutationObserver.observe(item, observer_config.config);
  7325.                 });
  7326.             }
  7327.             else {
  7328.                 mutationObserver.observe(target, observer_config.config);
  7329.             }
  7330.             if (observer_config.immediate) {
  7331.                 /* 主动触发一次 */
  7332.                 if (typeof observer_config.callback === "function") {
  7333.                     observer_config.callback([], mutationObserver);
  7334.                 }
  7335.             }
  7336.             return mutationObserver;
  7337.         }
  7338.         /**
  7339.          * 使用观察器观察元素出现在视图内，出现的话触发回调
  7340.          * @param target 目标元素
  7341.          * @param callback 触发的回调
  7342.          * @param options 观察器配置
  7343.          * @example
  7344.          * Utils.mutationVisible(document.querySelector("div.xxxx"),(entries,observer)=>{
  7345.          *     console.log("该元素出现在视图内");
  7346.          * }))
  7347.          */
  7348.         mutationVisible(target, callback, options) {
  7349.             if (typeof IntersectionObserver === "undefined") {
  7350.                 throw new TypeError("IntersectionObserver is not defined");
  7351.             }
  7352.             if (target == null) {
  7353.                 throw new TypeError("mutatuinVisible target is null");
  7354.             }
  7355.             let defaultOptions = {
  7356.                 root: null,
  7357.                 rootMargin: "0px 0px 0px 0px",
  7358.                 threshold: [0.01, 0.99],
  7359.             };
  7360.             defaultOptions = this.assign(defaultOptions, options || {});
  7361.             let intersectionObserver = new IntersectionObserver((entries, observer) => {
  7362.                 if (entries[0].isIntersecting) {
  7363.                     if (typeof callback === "function") {
  7364.                         callback(entries, observer);
  7365.                     }
  7366.                 }
  7367.             }, defaultOptions);
  7368.             if (Array.isArray(target)) {
  7369.                 target.forEach((item) => {
  7370.                     intersectionObserver.observe(item);
  7371.                 });
  7372.             }
  7373.             else {
  7374.                 intersectionObserver.observe(target);
  7375.             }
  7376.         }
  7377.         /**
  7378.          * 去除全局window下的Utils，返回控制权
  7379.          * @example
  7380.          * let utils = Utils.noConflict();
  7381.          * > ...
  7382.          */
  7383.         noConflict() {
  7384.             if (this.windowApi.window.Utils) {
  7385.                 Reflect.deleteProperty(this.windowApi.window, "Utils");
  7386.             }
  7387.             this.windowApi.window.Utils = utils;
  7388.             return utils;
  7389.         }
  7390.         noConflictFunc(needReleaseObject, needReleaseName, functionNameList = [], release = true) {
  7391.             let UtilsContext = this;
  7392.             if (typeof needReleaseObject !== "object") {
  7393.                 throw new Error("Utils.noConflictFunc 参数 needReleaseObject 必须为 object 类型");
  7394.             }
  7395.             if (typeof needReleaseName !== "string") {
  7396.                 throw new Error("Utils.noConflictFunc 参数 needReleaseName 必须为 string 类型");
  7397.             }
  7398.             if (!Array.isArray(functionNameList)) {
  7399.                 throw new Error("Utils.noConflictFunc 参数 functionNameList 必须为 Array 类型");
  7400.             }
  7401.             let needReleaseKey = "__" + needReleaseName;
  7402.             /**
  7403.              * 释放所有
  7404.              */
  7405.             function releaseAll() {
  7406.                 if (typeof UtilsContext.windowApi.window[needReleaseKey] !==
  7407.                     "undefined") {
  7408.                     /* 已存在 */
  7409.                     return;
  7410.                 }
  7411.                 UtilsContext.windowApi.window[needReleaseKey] =
  7412.                     UtilsContext.deepClone(needReleaseObject);
  7413.                 Object.values(needReleaseObject).forEach((value) => {
  7414.                     if (typeof value === "function") {
  7415.                         needReleaseObject[value.name] = () => { };
  7416.                     }
  7417.                 });
  7418.             }
  7419.             /**
  7420.              * 释放单个
  7421.              */
  7422.             function releaseOne() {
  7423.                 Array.from(functionNameList).forEach((item) => {
  7424.                     Object.values(needReleaseObject).forEach((value) => {
  7425.                         if (typeof value === "function") {
  7426.                             if (typeof UtilsContext.windowApi.window[needReleaseKey] ===
  7427.                                 "undefined") {
  7428.                                 UtilsContext.windowApi.window[needReleaseKey] = {};
  7429.                             }
  7430.                             if (item === value.name) {
  7431.                                 UtilsContext.windowApi.window[needReleaseKey][value.name] = needReleaseObject[value.name];
  7432.                                 needReleaseObject[value.name] = () => { };
  7433.                             }
  7434.                         }
  7435.                     });
  7436.                 });
  7437.             }
  7438.             /**
  7439.              * 恢复所有
  7440.              */
  7441.             function recoveryAll() {
  7442.                 if (typeof UtilsContext.windowApi.window[needReleaseKey] ===
  7443.                     "undefined") {
  7444.                     /* 未存在 */
  7445.                     return;
  7446.                 }
  7447.                 Object.assign(needReleaseObject, UtilsContext.windowApi.window[needReleaseKey]);
  7448.                 Reflect.deleteProperty(UtilsContext.windowApi.window, "needReleaseKey");
  7449.             }
  7450.             /**
  7451.              * 恢复单个
  7452.              */
  7453.             function recoveryOne() {
  7454.                 if (typeof UtilsContext.windowApi.window[needReleaseKey] ===
  7455.                     "undefined") {
  7456.                     /* 未存在 */
  7457.                     return;
  7458.                 }
  7459.                 Array.from(functionNameList).forEach((item) => {
  7460.                     if (UtilsContext.windowApi.window[needReleaseKey][item]) {
  7461.                         needReleaseObject[item] = UtilsContext.windowApi.window[needReleaseKey][item];
  7462.                         Reflect.deleteProperty(UtilsContext.windowApi.window[needReleaseKey], item);
  7463.                         if (Object.keys(UtilsContext.windowApi.window[needReleaseKey])
  7464.                             .length === 0) {
  7465.                             Reflect.deleteProperty(window, needReleaseKey);
  7466.                         }
  7467.                     }
  7468.                 });
  7469.             }
  7470.             if (release) {
  7471.                 /* 释放 */
  7472.                 if (functionNameList.length === 0) {
  7473.                     releaseAll();
  7474.                 }
  7475.                 else {
  7476.                     /* 对单个进行操作 */
  7477.                     releaseOne();
  7478.                 }
  7479.             }
  7480.             else {
  7481.                 /* 恢复 */
  7482.                 if (functionNameList.length === 0) {
  7483.                     recoveryAll();
  7484.                 }
  7485.                 else {
  7486.                     /* 对单个进行操作 */
  7487.                     recoveryOne();
  7488.                 }
  7489.             }
  7490.         }
  7491.         parseBase64ToBlob(dataUri) {
  7492.             if (typeof dataUri !== "string") {
  7493.                 throw new Error("Utils.parseBase64ToBlob 参数 dataUri 必须为 string 类型");
  7494.             }
  7495.             let dataUriSplit = dataUri.split(","), dataUriMime = dataUriSplit[0].match(/:(.*?);/)[1], dataUriBase64Str = atob(dataUriSplit[1]), dataUriLength = dataUriBase64Str.length, u8arr = new Uint8Array(dataUriLength);
  7496.             while (dataUriLength--) {
  7497.                 u8arr[dataUriLength] = dataUriBase64Str.charCodeAt(dataUriLength);
  7498.             }
  7499.             return new Blob([u8arr], {
  7500.                 type: dataUriMime,
  7501.             });
  7502.         }
  7503.         parseBase64ToFile(dataUri, fileName = "example") {
  7504.             if (typeof dataUri !== "string") {
  7505.                 throw new Error("Utils.parseBase64ToFile 参数 dataUri 必须为 string 类型");
  7506.             }
  7507.             if (typeof fileName !== "string") {
  7508.                 throw new Error("Utils.parseBase64ToFile 参数 fileName 必须为 string 类型");
  7509.             }
  7510.             let dataUriSplit = dataUri.split(","), dataUriMime = dataUriSplit[0].match(/:(.*?);/)[1], dataUriBase64Str = atob(dataUriSplit[1]), dataUriLength = dataUriBase64Str.length, u8arr = new Uint8Array(dataUriLength);
  7511.             while (dataUriLength--) {
  7512.                 u8arr[dataUriLength] = dataUriBase64Str.charCodeAt(dataUriLength);
  7513.             }
  7514.             return new File([u8arr], fileName, {
  7515.                 type: dataUriMime,
  7516.             });
  7517.         }
  7518.         parseInt(matchList = [], defaultValue = 0) {
  7519.             if (matchList == null) {
  7520.                 return parseInt(defaultValue.toString());
  7521.             }
  7522.             let parseValue = parseInt(matchList[matchList.length - 1]);
  7523.             if (isNaN(parseValue)) {
  7524.                 parseValue = parseInt(defaultValue.toString());
  7525.             }
  7526.             return parseValue;
  7527.         }
  7528.         async parseBlobToFile(blobUrl, fileName = "example") {
  7529.             return new Promise((resolve, reject) => {
  7530.                 fetch(blobUrl)
  7531.                     .then((response) => response.blob())
  7532.                     .then((blob) => {
  7533.                     const file = new File([blob], fileName, { type: blob.type });
  7534.                     resolve(file);
  7535.                 })
  7536.                     .catch((error) => {
  7537.                     console.error("Error:", error);
  7538.                     reject(error);
  7539.                 });
  7540.             });
  7541.         }
  7542.         parseCDATA(text = "") {
  7543.             let result = "";
  7544.             let cdataRegexp = /<\!\[CDATA\[([\s\S]*)\]\]>/;
  7545.             let cdataMatch = cdataRegexp.exec(text.trim());
  7546.             if (cdataMatch && cdataMatch.length > 1) {
  7547.                 result = cdataMatch[cdataMatch.length - 1];
  7548.             }
  7549.             return result;
  7550.         }
  7551.         async parseFileToBase64(fileObj) {
  7552.             let reader = new FileReader();
  7553.             reader.readAsDataURL(fileObj);
  7554.             return new Promise((resolve) => {
  7555.                 reader.onload = function (event) {
  7556.                     resolve(event.target.result);
  7557.                 };
  7558.             });
  7559.         }
  7560.         parseFromString(text, mimeType = "text/html") {
  7561.             let parser = new DOMParser();
  7562.             return parser.parseFromString(text, mimeType);
  7563.         }
  7564.         parseStringToRegExpString(text) {
  7565.             if (typeof text !== "string") {
  7566.                 throw new TypeError("string必须是字符串");
  7567.             }
  7568.             let regString = text.replace(/[.*+\-?^${}()|[\]\\]/g, "\\$&");
  7569.             return regString;
  7570.         }
  7571.         preventEvent(element, eventNameList = [], capture) {
  7572.             function stopEvent(event) {
  7573.                 /* 阻止事件的默认行为发生。例如，当点击一个链接时，浏览器会默认打开链接的URL */
  7574.                 event?.preventDefault();
  7575.                 /* 停止事件的传播，阻止它继续向更上层的元素冒泡，事件将不会再传播给其他的元素 */
  7576.                 event?.stopPropagation();
  7577.                 /* 阻止事件传播，并且还能阻止元素上的其他事件处理程序被触发 */
  7578.                 event?.stopImmediatePropagation();
  7579.                 return false;
  7580.             }
  7581.             if (arguments.length === 1) {
  7582.                 /* 直接阻止事件 */
  7583.                 return stopEvent(arguments[0]);
  7584.             }
  7585.             else {
  7586.                 /* 添加对应的事件来阻止触发 */
  7587.                 if (typeof eventNameList === "string") {
  7588.                     eventNameList = [eventNameList];
  7589.                 }
  7590.                 eventNameList.forEach((eventName) => {
  7591.                     element.addEventListener(eventName, stopEvent, {
  7592.                         capture: Boolean(capture),
  7593.                     });
  7594.                 });
  7595.             }
  7596.         }
  7597.         /**
  7598.          * 在canvas元素节点上绘制进度圆圈
  7599.          * @example
  7600.           let progress = new Utils.Process({canvasNode:document.querySelector("canvas")});
  7601.           progress.draw();
  7602.          * **/
  7603.         Progress = Progress;
  7604.         registerTrustClickEvent(isTrustValue = true, filter) {
  7605.             function trustEvent(event) {
  7606.                 return new Proxy(event, {
  7607.                     get: function (target, property) {
  7608.                         if (property === "isTrusted") {
  7609.                             return isTrustValue;
  7610.                         }
  7611.                         else {
  7612.                             return Reflect.get(target, property);
  7613.                         }
  7614.                     },
  7615.                 });
  7616.             }
  7617.             if (filter == null) {
  7618.                 filter = function (typeName) {
  7619.                     return typeName === "click";
  7620.                 };
  7621.             }
  7622.             const originalListener = EventTarget.prototype.addEventListener;
  7623.             EventTarget.prototype.addEventListener = function (...args) {
  7624.                 let type = args[0];
  7625.                 let callback = args[1];
  7626.                 // @ts-ignore
  7627.                 args[2];
  7628.                 if (filter(type)) {
  7629.                     if (typeof callback === "function") {
  7630.                         args[1] = function (event) {
  7631.                             callback.call(this, trustEvent(event));
  7632.                         };
  7633.                     }
  7634.                     else if (typeof callback === "object" &&
  7635.                         "handleEvent" in callback) {
  7636.                         let oldHandleEvent = callback["handleEvent"];
  7637.                         args[1]["handleEvent"] = function (event) {
  7638.                             if (event == null) {
  7639.                                 return;
  7640.                             }
  7641.                             try {
  7642.                                 /* Proxy对象使用instanceof会报错 */
  7643.                                 event instanceof Proxy;
  7644.                                 oldHandleEvent.call(this, trustEvent(event));
  7645.                             }
  7646.                             catch (error) {
  7647.                                 // @ts-ignore
  7648.                                 event["isTrusted"] = isTrustValue;
  7649.                             }
  7650.                         };
  7651.                     }
  7652.                 }
  7653.                 return originalListener.apply(this, args);
  7654.             };
  7655.         }
  7656.         reverseNumber(num) {
  7657.             let reversedNum = 0;
  7658.             let isNegative = false;
  7659.             if (num < 0) {
  7660.                 isNegative = true;
  7661.                 num = Math.abs(num);
  7662.             }
  7663.             while (num > 0) {
  7664.                 reversedNum = reversedNum * 10 + (num % 10);
  7665.                 num = Math.floor(num / 10);
  7666.             }
  7667.             return isNegative ? -reversedNum : reversedNum;
  7668.         }
  7669.         selectElementText(element, childTextNode, startIndex, endIndex) {
  7670.             let range = this.windowApi.document.createRange();
  7671.             range.selectNodeContents(element);
  7672.             if (childTextNode) {
  7673.                 if (childTextNode.nodeType !== Node.TEXT_NODE) {
  7674.                     throw new TypeError("childTextNode必须是#text元素");
  7675.                 }
  7676.                 if (startIndex != null && endIndex != null) {
  7677.                     range.setStart(childTextNode, startIndex);
  7678.                     range.setEnd(childTextNode, endIndex);
  7679.                 }
  7680.             }
  7681.             let selection = this.windowApi.globalThis.getSelection();
  7682.             if (selection) {
  7683.                 selection.removeAllRanges();
  7684.                 selection.addRange(range);
  7685.             }
  7686.         }
  7687.         setClip(data, info = {
  7688.             type: "text",
  7689.             mimetype: "text/plain",
  7690.         }) {
  7691.             if (typeof data === "object") {
  7692.                 if (data instanceof Element) {
  7693.                     data = data.outerHTML;
  7694.                 }
  7695.                 else {
  7696.                     data = JSON.stringify(data);
  7697.                 }
  7698.             }
  7699.             else if (typeof data !== "string") {
  7700.                 data = data.toString();
  7701.             }
  7702.             let textType = typeof info === "object" ? info.type : info;
  7703.             if (textType.includes("html")) {
  7704.                 textType = "text/html";
  7705.             }
  7706.             else {
  7707.                 textType = "text/plain";
  7708.             }
  7709.             let UtilsContext = this;
  7710.             class UtilsClipboard {
  7711.                 #resolve;
  7712.                 #copyData;
  7713.                 #copyDataType;
  7714.                 constructor(resolve, copyData, copyDataType) {
  7715.                     this.#resolve = resolve;
  7716.                     this.#copyData = copyData;
  7717.                     this.#copyDataType = copyDataType;
  7718.                 }
  7719.                 async init() {
  7720.                     let copyStatus = false;
  7721.                     // @ts-ignore
  7722.                     await this.requestClipboardPermission();
  7723.                     if (this.hasClipboard() &&
  7724.                         (this.hasClipboardWrite() || this.hasClipboardWriteText())) {
  7725.                         try {
  7726.                             copyStatus = await this.copyDataByClipboard();
  7727.                         }
  7728.                         catch (error) {
  7729.                             console.error("复制失败，使用第二种方式，error👉", error);
  7730.                             copyStatus = this.copyTextByTextArea();
  7731.                         }
  7732.                     }
  7733.                     else {
  7734.                         copyStatus = this.copyTextByTextArea();
  7735.                     }
  7736.                     this.#resolve(copyStatus);
  7737.                     this.destroy();
  7738.                 }
  7739.                 destroy() {
  7740.                     // @ts-ignore
  7741.                     this.#resolve = null;
  7742.                     // @ts-ignore
  7743.                     this.#copyData = null;
  7744.                     // @ts-ignore
  7745.                     this.#copyDataType = null;
  7746.                 }
  7747.                 isText() {
  7748.                     return this.#copyDataType.includes("text");
  7749.                 }
  7750.                 hasClipboard() {
  7751.                     return navigator?.clipboard != null;
  7752.                 }
  7753.                 hasClipboardWrite() {
  7754.                     return navigator?.clipboard?.write != null;
  7755.                 }
  7756.                 hasClipboardWriteText() {
  7757.                     return navigator?.clipboard?.writeText != null;
  7758.                 }
  7759.                 /**
  7760.                  * 使用textarea和document.execCommand("copy")来复制文字
  7761.                  */
  7762.                 copyTextByTextArea() {
  7763.                     try {
  7764.                         let copyElement = UtilsContext.windowApi.document.createElement("textarea");
  7765.                         copyElement.value = this.#copyData;
  7766.                         copyElement.setAttribute("type", "text");
  7767.                         copyElement.setAttribute("style", "opacity:0;position:absolute;");
  7768.                         copyElement.setAttribute("readonly", "readonly");
  7769.                         UtilsContext.windowApi.document.body.appendChild(copyElement);
  7770.                         copyElement.select();
  7771.                         UtilsContext.windowApi.document.execCommand("copy");
  7772.                         UtilsContext.windowApi.document.body.removeChild(copyElement);
  7773.                         return true;
  7774.                     }
  7775.                     catch (error) {
  7776.                         console.error("复制失败，error👉", error);
  7777.                         return false;
  7778.                     }
  7779.                 }
  7780.                 /**
  7781.                  * 申请剪贴板权限
  7782.                  */
  7783.                 requestClipboardPermission() {
  7784.                     return new Promise((resolve, reject) => {
  7785.                         if (navigator.permissions && navigator.permissions.query) {
  7786.                             navigator.permissions
  7787.                                 .query({
  7788.                                 // @ts-ignore
  7789.                                 name: "clipboard-write",
  7790.                             })
  7791.                                 .then((permissionStatus) => {
  7792.                                 resolve(true);
  7793.                             })
  7794.                                 .catch((error) => {
  7795.                                 console.error([
  7796.                                     "申请剪贴板权限失败，尝试直接写入👉",
  7797.                                     error.message ?? error.name ?? error.stack,
  7798.                                 ]);
  7799.                                 resolve(false);
  7800.                             });
  7801.                         }
  7802.                         else {
  7803.                             resolve(false);
  7804.                         }
  7805.                     });
  7806.                 }
  7807.                 /**
  7808.                  * 使用clipboard直接写入数据到剪贴板
  7809.                  */
  7810.                 copyDataByClipboard() {
  7811.                     return new Promise((resolve, reject) => {
  7812.                         if (this.isText()) {
  7813.                             /* 只复制文字 */
  7814.                             navigator.clipboard
  7815.                                 .writeText(this.#copyData)
  7816.                                 .then(() => {
  7817.                                 resolve(true);
  7818.                             })
  7819.                                 .catch((error) => {
  7820.                                 reject(error);
  7821.                             });
  7822.                         }
  7823.                         else {
  7824.                             /* 可复制对象 */
  7825.                             let textBlob = new Blob([this.#copyData], {
  7826.                                 type: this.#copyDataType,
  7827.                             });
  7828.                             navigator.clipboard
  7829.                                 .write([
  7830.                                 new ClipboardItem({
  7831.                                     [this.#copyDataType]: textBlob,
  7832.                                 }),
  7833.                             ])
  7834.                                 .then(() => {
  7835.                                 resolve(true);
  7836.                             })
  7837.                                 .catch((error) => {
  7838.                                 reject(error);
  7839.                             });
  7840.                         }
  7841.                     });
  7842.                 }
  7843.             }
  7844.             return new Promise((resolve) => {
  7845.                 const utilsClipboard = new UtilsClipboard(resolve, data, textType);
  7846.                 if (UtilsContext.windowApi.document.hasFocus()) {
  7847.                     utilsClipboard.init();
  7848.                 }
  7849.                 else {
  7850.                     UtilsContext.windowApi.window.addEventListener("focus", () => {
  7851.                         utilsClipboard.init();
  7852.                     }, { once: true });
  7853.                 }
  7854.             });
  7855.         }
  7856.         setTimeout(callback, delayTime = 0) {
  7857.             let UtilsContext = this;
  7858.             if (typeof callback !== "function" && typeof callback !== "string") {
  7859.                 throw new TypeError("Utils.setTimeout 参数 callback 必须为 function|string 类型");
  7860.             }
  7861.             if (typeof delayTime !== "number") {
  7862.                 throw new TypeError("Utils.setTimeout 参数 delayTime 必须为 number 类型");
  7863.             }
  7864.             return new Promise((resolve) => {
  7865.                 UtilsContext.workerSetTimeout(() => {
  7866.                     resolve(UtilsContext.tryCatch().run(callback));
  7867.                 }, delayTime);
  7868.             });
  7869.         }
  7870.         sleep(delayTime = 0) {
  7871.             let UtilsContext = this;
  7872.             if (typeof delayTime !== "number") {
  7873.                 throw new Error("Utils.sleep 参数 delayTime 必须为 number 类型");
  7874.             }
  7875.             return new Promise((resolve) => {
  7876.                 UtilsContext.workerSetTimeout(() => {
  7877.                     resolve(undefined);
  7878.                 }, delayTime);
  7879.             });
  7880.         }
  7881.         dragSlider(selector, offsetX = this.windowApi.window.innerWidth) {
  7882.             let UtilsContext = this;
  7883.             function initMouseEvent(eventName, offSetX, offSetY) {
  7884.                 // @ts-ignore
  7885.                 let win = typeof unsafeWindow === "undefined" ? globalThis : unsafeWindow;
  7886.                 let mouseEvent = UtilsContext.windowApi.document.createEvent("MouseEvents");
  7887.                 mouseEvent.initMouseEvent(eventName, true, true, win, 0, offSetX, offSetY, offSetX, offSetY, false, false, false, false, 0, null);
  7888.                 return mouseEvent;
  7889.             }
  7890.             let sliderElement = typeof selector === "string"
  7891.                 ? domUtils.selector(selector)
  7892.                 : selector;
  7893.             if (!(sliderElement instanceof Node) ||
  7894.                 !(sliderElement instanceof Element)) {
  7895.                 throw new Error("Utils.dragSlider 参数selector 必须为Node/Element类型");
  7896.             }
  7897.             let rect = sliderElement.getBoundingClientRect(), x0 = rect.x || rect.left, y0 = rect.y || rect.top, x1 = x0 + offsetX, y1 = y0;
  7898.             sliderElement.dispatchEvent(initMouseEvent("mousedown", x0, y0));
  7899.             sliderElement.dispatchEvent(initMouseEvent("mousemove", x1, y1));
  7900.             sliderElement.dispatchEvent(initMouseEvent("mouseleave", x1, y1));
  7901.             sliderElement.dispatchEvent(initMouseEvent("mouseout", x1, y1));
  7902.         }
  7903.         enterFullScreen(element = this.windowApi.document.documentElement, options) {
  7904.             try {
  7905.                 if (element.requestFullscreen) {
  7906.                     element.requestFullscreen(options);
  7907.                 }
  7908.                 else if (element.webkitRequestFullScreen) {
  7909.                     element.webkitRequestFullScreen();
  7910.                 }
  7911.                 else if (element.mozRequestFullScreen) {
  7912.                     element.mozRequestFullScreen();
  7913.                 }
  7914.                 else if (element.msRequestFullscreen) {
  7915.                     element.msRequestFullscreen();
  7916.                 }
  7917.                 else {
  7918.                     throw new TypeError("该浏览器不支持全屏API");
  7919.                 }
  7920.             }
  7921.             catch (err) {
  7922.                 console.error(err);
  7923.             }
  7924.         }
  7925.         exitFullScreen(element = this.windowApi.document.documentElement) {
  7926.             if (this.windowApi.document.exitFullscreen) {
  7927.                 return this.windowApi.document.exitFullscreen();
  7928.             }
  7929.             else if (this.windowApi.document.msExitFullscreen) {
  7930.                 return this.windowApi.document.msExitFullscreen();
  7931.             }
  7932.             else if (this.windowApi.document.mozCancelFullScreen) {
  7933.                 return this.windowApi.document.mozCancelFullScreen();
  7934.             }
  7935.             else if (this.windowApi.document.webkitCancelFullScreen) {
  7936.                 return this.windowApi.document.webkitCancelFullScreen();
  7937.             }
  7938.             else {
  7939.                 return new Promise((resolve, reject) => {
  7940.                     reject(new TypeError("该浏览器不支持全屏API"));
  7941.                 });
  7942.             }
  7943.         }
  7944.         sortListByProperty(data, getPropertyValueFunc, sortByDesc = true) {
  7945.             let UtilsContext = this;
  7946.             if (typeof getPropertyValueFunc !== "function" &&
  7947.                 typeof getPropertyValueFunc !== "string") {
  7948.                 throw new Error("Utils.sortListByProperty 参数 getPropertyValueFunc 必须为 function|string 类型");
  7949.             }
  7950.             if (typeof sortByDesc !== "boolean") {
  7951.                 throw new Error("Utils.sortListByProperty 参数 sortByDesc 必须为 boolean 类型");
  7952.             }
  7953.             let getObjValue = function (obj) {
  7954.                 return typeof getPropertyValueFunc === "string"
  7955.                     ? obj[getPropertyValueFunc]
  7956.                     : getPropertyValueFunc(obj);
  7957.             };
  7958.             /**
  7959.              * 排序方法
  7960.              * @param {any} after_obj
  7961.              * @param {any} before_obj
  7962.              * @returns
  7963.              */
  7964.             let sortFunc = function (after_obj, before_obj) {
  7965.                 let beforeValue = getObjValue(before_obj); /*  前 */
  7966.                 let afterValue = getObjValue(after_obj); /* 后 */
  7967.                 if (sortByDesc) {
  7968.                     if (afterValue > beforeValue) {
  7969.                         return -1;
  7970.                     }
  7971.                     else if (afterValue < beforeValue) {
  7972.                         return 1;
  7973.                     }
  7974.                     else {
  7975.                         return 0;
  7976.                     }
  7977.                 }
  7978.                 else {
  7979.                     if (afterValue < beforeValue) {
  7980.                         return -1;
  7981.                     }
  7982.                     else if (afterValue > beforeValue) {
  7983.                         return 1;
  7984.                     }
  7985.                     else {
  7986.                         return 0;
  7987.                     }
  7988.                 }
  7989.             };
  7990.             /**
  7991.              * 排序元素方法
  7992.              * @param  nodeList 元素列表
  7993.              * @param getNodeListFunc 获取元素列表的函数
  7994.              */
  7995.             let sortNodeFunc = function (nodeList, getNodeListFunc) {
  7996.                 let nodeListLength = nodeList.length;
  7997.                 for (let i = 0; i < nodeListLength - 1; i++) {
  7998.                     for (let j = 0; j < nodeListLength - 1 - i; j++) {
  7999.                         let beforeNode = nodeList[j];
  8000.                         let afterNode = nodeList[j + 1];
  8001.                         let beforeValue = getObjValue(beforeNode); /*  前 */
  8002.                         let afterValue = getObjValue(afterNode); /* 后 */
  8003.                         if ((sortByDesc == true && beforeValue < afterValue) ||
  8004.                             (sortByDesc == false && beforeValue > afterValue)) {
  8005.                             /* 升序/降序 */
  8006.                             /* 相邻元素两两对比 */
  8007.                             let temp = beforeNode.nextElementSibling;
  8008.                             afterNode.after(beforeNode);
  8009.                             if (temp == null) {
  8010.                                 /* 如果为空，那么是最后一个元素，使用append */
  8011.                                 temp.parentNode.appendChild(afterNode);
  8012.                             }
  8013.                             else {
  8014.                                 /* 不为空，使用before */
  8015.                                 temp.before(afterNode);
  8016.                             }
  8017.                             nodeList = getNodeListFunc();
  8018.                         }
  8019.                     }
  8020.                 }
  8021.             };
  8022.             let result = data;
  8023.             let getDataFunc = null;
  8024.             if (data instanceof Function) {
  8025.                 getDataFunc = data;
  8026.                 data = data();
  8027.             }
  8028.             if (Array.isArray(data)) {
  8029.                 data.sort(sortFunc);
  8030.             }
  8031.             else if (data instanceof NodeList ||
  8032.                 UtilsContext.isJQuery(data)) {
  8033.                 sortNodeFunc(data, getDataFunc);
  8034.                 result = getDataFunc();
  8035.             }
  8036.             else {
  8037.                 throw new Error("Utils.sortListByProperty 参数 data 必须为 Array|NodeList|jQuery 类型");
  8038.             }
  8039.             return result;
  8040.         }
  8041.         stringToRegular(targetString, flags = "ig") {
  8042.             let reg;
  8043.             // @ts-ignore
  8044.             flags = flags.toLowerCase();
  8045.             if (typeof targetString === "string") {
  8046.                 reg = new RegExp(targetString.replace(/[.*+\-?^${}()|[\]\\]/g, "\\$&"), flags);
  8047.             }
  8048.             else if (targetString instanceof RegExp) {
  8049.                 reg = targetString;
  8050.             }
  8051.             else {
  8052.                 throw new Error("Utils.stringToRegular 参数targetString必须是string|Regexp类型");
  8053.             }
  8054.             return reg;
  8055.         }
  8056.         stringTitleToUpperCase(targetString, otherStrToLowerCase = false) {
  8057.             let newTargetString = targetString.slice(0, 1).toUpperCase();
  8058.             if (otherStrToLowerCase) {
  8059.                 newTargetString = newTargetString + targetString.slice(1).toLowerCase();
  8060.             }
  8061.             else {
  8062.                 newTargetString = newTargetString + targetString.slice(1);
  8063.             }
  8064.             return newTargetString;
  8065.         }
  8066.         startsWith(target, searchString, position = 0) {
  8067.             let UtilsContext = this;
  8068.             if (position > target.length) {
  8069.                 /* 超出目标字符串的长度 */
  8070.                 return false;
  8071.             }
  8072.             if (position !== 0) {
  8073.                 target = target.slice(position, target.length);
  8074.             }
  8075.             let searchStringRegexp = searchString;
  8076.             if (typeof searchString === "string") {
  8077.                 searchStringRegexp = new RegExp(`^${searchString}`);
  8078.             }
  8079.             else if (Array.isArray(searchString)) {
  8080.                 let flag = false;
  8081.                 for (const searcStr of searchString) {
  8082.                     if (!UtilsContext.startsWith(target, searcStr, position)) {
  8083.                         flag = true;
  8084.                         break;
  8085.                     }
  8086.                 }
  8087.                 return flag;
  8088.             }
  8089.             return Boolean(target.match(searchStringRegexp));
  8090.         }
  8091.         stringTitleToLowerCase(targetString, otherStrToUpperCase = false) {
  8092.             let newTargetString = targetString.slice(0, 1).toLowerCase();
  8093.             if (otherStrToUpperCase) {
  8094.                 newTargetString = newTargetString + targetString.slice(1).toUpperCase();
  8095.             }
  8096.             else {
  8097.                 newTargetString = newTargetString + targetString.slice(1);
  8098.             }
  8099.             return newTargetString;
  8100.         }
  8101.         /**
  8102.          * 字符串转Object对象，类似'{"test":""}' => {"test":""}
  8103.          * @param data
  8104.          * @param errorCallBack （可选）错误回调
  8105.          * @example
  8106.          * Utils.toJSON("{123:123}")
  8107.          * > {123:123}
  8108.          */
  8109.         toJSON = commonUtil.toJSON.bind(commonUtil);
  8110.         toSearchParamsStr(obj, addPrefix) {
  8111.             let UtilsContext = this;
  8112.             let searhParamsStr = "";
  8113.             if (Array.isArray(obj)) {
  8114.                 obj.forEach((item) => {
  8115.                     if (searhParamsStr === "") {
  8116.                         searhParamsStr += UtilsContext.toSearchParamsStr(item);
  8117.                     }
  8118.                     else {
  8119.                         searhParamsStr += "&" + UtilsContext.toSearchParamsStr(item);
  8120.                     }
  8121.                 });
  8122.             }
  8123.             else {
  8124.                 searhParamsStr = new URLSearchParams(Object.entries(obj)).toString();
  8125.             }
  8126.             if (addPrefix && !searhParamsStr.startsWith("?")) {
  8127.                 searhParamsStr = "?" + searhParamsStr;
  8128.             }
  8129.             return searhParamsStr;
  8130.         }
  8131.         /**
  8132.          * 将UrlSearchParams格式的字符串转为对象
  8133.          */
  8134.         searchParamStrToObj(searhParamsStr) {
  8135.             if (typeof searhParamsStr !== "string") {
  8136.                 // @ts-ignore
  8137.                 return {};
  8138.             }
  8139.             // @ts-ignore
  8140.             return Object.fromEntries(new URLSearchParams(searhParamsStr));
  8141.         }
  8142.         /**
  8143.          * 提供一个封装了 try-catch 的函数，可以执行传入的函数并捕获其可能抛出的错误，并通过传入的错误处理函数进行处理。
  8144.          * @example
  8145.          * Utils.tryCatch().error().run(()=>{console.log(1)});
  8146.          * > 1
  8147.          * @example
  8148.          * Utils.tryCatch().config({log:true}).error((error)=>{console.log(error)}).run(()=>{throw new Error('测试错误')});
  8149.          * > ()=>{throw new Error('测试错误')}出现错误
  8150.          */
  8151.         tryCatch = TryCatch;
  8152.         uniqueArray(uniqueArrayData = [], compareArrayData, compareFun = (item, item2) => {
  8153.             return item === item2;
  8154.         }) {
  8155.             if (typeof compareArrayData === "function") {
  8156.                 const compareFn = compareArrayData;
  8157.                 const seen = new Set();
  8158.                 const result = [];
  8159.                 for (const item of uniqueArrayData) {
  8160.                     // 使用compareFn函数来获取当前对象的唯一标识
  8161.                     const identfier = compareFn(item);
  8162.                     // 如果Set中还没有这个标识，则添加到结果数组中，并将其标识存入Set
  8163.                     if (!seen.has(identfier)) {
  8164.                         seen.add(identfier);
  8165.                         result.push(item);
  8166.                     }
  8167.                 }
  8168.                 return result;
  8169.             }
  8170.             else {
  8171.                 return Array.from(uniqueArrayData).filter((item) => !Array.from(compareArrayData).some(function (item2) {
  8172.                     return compareFun(item, item2);
  8173.                 }));
  8174.             }
  8175.         }
  8176.         waitArrayLoopToEnd(data, handleFunc) {
  8177.             let UtilsContext = this;
  8178.             if (typeof handleFunc !== "function" && typeof handleFunc !== "string") {
  8179.                 throw new Error("Utils.waitArrayLoopToEnd 参数 handleDataFunction 必须为 function|string 类型");
  8180.             }
  8181.             return Promise.all(Array.from(data).map(async (item, index) => {
  8182.                 await UtilsContext.tryCatch(index, item).run(handleFunc);
  8183.             }));
  8184.         }
  8185.         wait(checkFn, timeout, parent) {
  8186.             const UtilsContext = this;
  8187.             let __timeout__ = typeof timeout === "number" ? timeout : 0;
  8188.             return new Promise((resolve) => {
  8189.                 let observer = UtilsContext.mutationObserver(parent || UtilsContext.windowApi.document, {
  8190.                     config: {
  8191.                         subtree: true,
  8192.                         childList: true,
  8193.                         attributes: true,
  8194.                     },
  8195.                     immediate: true,
  8196.                     callback(mutations, __observer__) {
  8197.                         let result = checkFn();
  8198.                         if (result.success) {
  8199.                             // 取消观察器
  8200.                             if (typeof __observer__?.disconnect === "function") {
  8201.                                 __observer__.disconnect();
  8202.                             }
  8203.                             resolve(result.data);
  8204.                         }
  8205.                     },
  8206.                 });
  8207.                 if (__timeout__ > 0) {
  8208.                     UtilsContext.workerSetTimeout(() => {
  8209.                         // 取消观察器
  8210.                         if (typeof observer?.disconnect === "function") {
  8211.                             observer.disconnect();
  8212.                         }
  8213.                         resolve(null);
  8214.                     }, __timeout__);
  8215.                 }
  8216.             });
  8217.         }
  8218.         waitNode(...args) {
  8219.             // 过滤掉undefined
  8220.             args = args.filter((arg) => arg !== undefined);
  8221.             let UtilsContext = this;
  8222.             // 选择器
  8223.             let selector = args[0];
  8224.             // 父元素（监听的元素）
  8225.             let parent = UtilsContext.windowApi.document;
  8226.             // 超时时间
  8227.             let timeout = 0;
  8228.             if (typeof args[0] !== "string" &&
  8229.                 !Array.isArray(args[0]) &&
  8230.                 typeof args[0] !== "function") {
  8231.                 throw new TypeError("Utils.waitNode 第一个参数必须是string|string[]|Function");
  8232.             }
  8233.             if (args.length === 1) ;
  8234.             else if (args.length === 2) {
  8235.                 let secondParam = args[1];
  8236.                 if (typeof secondParam === "number") {
  8237.                     // "div",10000
  8238.                     timeout = secondParam;
  8239.                 }
  8240.                 else if (typeof secondParam === "object" &&
  8241.                     secondParam instanceof Node) {
  8242.                     // "div",document
  8243.                     parent = secondParam;
  8244.                 }
  8245.                 else {
  8246.                     throw new TypeError("Utils.waitNode 第二个参数必须是number|Node");
  8247.                 }
  8248.             }
  8249.             else if (args.length === 3) {
  8250.                 // "div",document,10000
  8251.                 // 第二个参数，parent
  8252.                 let secondParam = args[1];
  8253.                 // 第三个参数，timeout
  8254.                 let thirdParam = args[2];
  8255.                 if (typeof secondParam === "object" && secondParam instanceof Node) {
  8256.                     parent = secondParam;
  8257.                     if (typeof thirdParam === "number") {
  8258.                         timeout = thirdParam;
  8259.                     }
  8260.                     else {
  8261.                         throw new TypeError("Utils.waitNode 第三个参数必须是number");
  8262.                     }
  8263.                 }
  8264.                 else {
  8265.                     throw new TypeError("Utils.waitNode 第二个参数必须是Node");
  8266.                 }
  8267.             }
  8268.             else {
  8269.                 throw new TypeError("Utils.waitNode 参数个数错误");
  8270.             }
  8271.             function getNode() {
  8272.                 if (Array.isArray(selector)) {
  8273.                     let result = [];
  8274.                     for (let index = 0; index < selector.length; index++) {
  8275.                         let node = domUtils.selector(selector[index]);
  8276.                         if (node) {
  8277.                             result.push(node);
  8278.                         }
  8279.                     }
  8280.                     if (result.length === selector.length) {
  8281.                         return result;
  8282.                     }
  8283.                 }
  8284.                 else if (typeof selector === "function") {
  8285.                     return selector();
  8286.                 }
  8287.                 else {
  8288.                     return domUtils.selector(selector, parent);
  8289.                 }
  8290.             }
  8291.             return UtilsContext.wait(() => {
  8292.                 let node = getNode();
  8293.                 if (node) {
  8294.                     return {
  8295.                         success: true,
  8296.                         data: node,
  8297.                     };
  8298.                 }
  8299.                 else {
  8300.                     return {
  8301.                         success: false,
  8302.                         data: node,
  8303.                     };
  8304.                 }
  8305.             }, timeout, parent);
  8306.         }
  8307.         waitAnyNode(...args) {
  8308.             // 过滤掉undefined
  8309.             args = args.filter((arg) => arg !== undefined);
  8310.             let UtilsContext = this;
  8311.             // 选择器
  8312.             let selectorList = args[0];
  8313.             // 父元素（监听的元素）
  8314.             let parent = UtilsContext.windowApi.document;
  8315.             // 超时时间
  8316.             let timeout = 0;
  8317.             if (typeof args[0] !== "object" && !Array.isArray(args[0])) {
  8318.                 throw new TypeError("Utils.waitAnyNode 第一个参数必须是string[]");
  8319.             }
  8320.             if (args.length === 1) ;
  8321.             else if (args.length === 2) {
  8322.                 let secondParam = args[1];
  8323.                 if (typeof secondParam === "number") {
  8324.                     // "div",10000
  8325.                     timeout = secondParam;
  8326.                 }
  8327.                 else if (typeof secondParam === "object" &&
  8328.                     secondParam instanceof Node) {
  8329.                     // "div",document
  8330.                     parent = secondParam;
  8331.                 }
  8332.                 else {
  8333.                     throw new TypeError("Utils.waitAnyNode 第二个参数必须是number|Node");
  8334.                 }
  8335.             }
  8336.             else if (args.length === 3) {
  8337.                 // "div",document,10000
  8338.                 // 第二个参数，parent
  8339.                 let secondParam = args[1];
  8340.                 // 第三个参数，timeout
  8341.                 let thirdParam = args[2];
  8342.                 if (typeof secondParam === "object" && secondParam instanceof Node) {
  8343.                     parent = secondParam;
  8344.                     if (typeof thirdParam === "number") {
  8345.                         timeout = thirdParam;
  8346.                     }
  8347.                     else {
  8348.                         throw new TypeError("Utils.waitAnyNode 第三个参数必须是number");
  8349.                     }
  8350.                 }
  8351.                 else {
  8352.                     throw new TypeError("Utils.waitAnyNode 第二个参数必须是Node");
  8353.                 }
  8354.             }
  8355.             else {
  8356.                 throw new TypeError("Utils.waitAnyNode 参数个数错误");
  8357.             }
  8358.             let promiseList = selectorList.map((selector) => {
  8359.                 return UtilsContext.waitNode(selector, parent, timeout);
  8360.             });
  8361.             return Promise.any(promiseList);
  8362.         }
  8363.         waitNodeList(...args) {
  8364.             // 过滤掉undefined
  8365.             args = args.filter((arg) => arg !== undefined);
  8366.             let UtilsContext = this;
  8367.             // 选择器数组
  8368.             let selector = args[0];
  8369.             // 父元素（监听的元素）
  8370.             let parent = UtilsContext.windowApi.document;
  8371.             // 超时时间
  8372.             let timeout = 0;
  8373.             if (typeof args[0] !== "string" && !Array.isArray(args[0])) {
  8374.                 throw new TypeError("Utils.waitNodeList 第一个参数必须是string|string[]");
  8375.             }
  8376.             if (args.length === 1) ;
  8377.             else if (args.length === 2) {
  8378.                 let secondParam = args[1];
  8379.                 if (typeof secondParam === "number") {
  8380.                     // "div",10000
  8381.                     timeout = secondParam;
  8382.                 }
  8383.                 else if (typeof secondParam === "object" &&
  8384.                     secondParam instanceof Node) {
  8385.                     // "div",document
  8386.                     parent = secondParam;
  8387.                 }
  8388.                 else {
  8389.                     throw new TypeError("Utils.waitNodeList 第二个参数必须是number|Node");
  8390.                 }
  8391.             }
  8392.             else if (args.length === 3) {
  8393.                 // "div",document,10000
  8394.                 // 第二个参数，parent
  8395.                 let secondParam = args[1];
  8396.                 // 第三个参数，timeout
  8397.                 let thirdParam = args[2];
  8398.                 if (typeof secondParam === "object" && secondParam instanceof Node) {
  8399.                     parent = secondParam;
  8400.                     if (typeof thirdParam === "number") {
  8401.                         timeout = thirdParam;
  8402.                     }
  8403.                     else {
  8404.                         throw new TypeError("Utils.waitNodeList 第三个参数必须是number");
  8405.                     }
  8406.                 }
  8407.                 else {
  8408.                     throw new TypeError("Utils.waitNodeList 第二个参数必须是Node");
  8409.                 }
  8410.             }
  8411.             else {
  8412.                 throw new TypeError("Utils.waitNodeList 参数个数错误");
  8413.             }
  8414.             function getNodeList() {
  8415.                 if (Array.isArray(selector)) {
  8416.                     let result = [];
  8417.                     for (let index = 0; index < selector.length; index++) {
  8418.                         let nodeList = domUtils.selectorAll(selector[index], parent);
  8419.                         if (nodeList.length) {
  8420.                             result.push(nodeList);
  8421.                         }
  8422.                     }
  8423.                     if (result.length === selector.length) {
  8424.                         return result;
  8425.                     }
  8426.                 }
  8427.                 else {
  8428.                     let nodeList = domUtils.selectorAll(selector, parent);
  8429.                     if (nodeList.length) {
  8430.                         return nodeList;
  8431.                     }
  8432.                 }
  8433.             }
  8434.             return UtilsContext.wait(() => {
  8435.                 let node = getNodeList();
  8436.                 if (node) {
  8437.                     return {
  8438.                         success: true,
  8439.                         data: node,
  8440.                     };
  8441.                 }
  8442.                 else {
  8443.                     return {
  8444.                         success: false,
  8445.                         data: node,
  8446.                     };
  8447.                 }
  8448.             }, timeout, parent);
  8449.         }
  8450.         waitAnyNodeList(...args) {
  8451.             // 过滤掉undefined
  8452.             args = args.filter((arg) => arg !== undefined);
  8453.             let UtilsContext = this;
  8454.             // 选择器数组
  8455.             let selectorList = args[0];
  8456.             // 父元素（监听的元素）
  8457.             let parent = UtilsContext.windowApi.document;
  8458.             // 超时时间
  8459.             let timeout = 0;
  8460.             if (!Array.isArray(args[0])) {
  8461.                 throw new TypeError("Utils.waitAnyNodeList 第一个参数必须是string[]");
  8462.             }
  8463.             if (args.length === 1) ;
  8464.             else if (args.length === 2) {
  8465.                 let secondParam = args[1];
  8466.                 if (typeof secondParam === "number") {
  8467.                     // "div",10000
  8468.                     timeout = secondParam;
  8469.                 }
  8470.                 else if (typeof secondParam === "object" &&
  8471.                     secondParam instanceof Node) {
  8472.                     // "div",document
  8473.                     parent = secondParam;
  8474.                 }
  8475.                 else {
  8476.                     throw new TypeError("Utils.waitAnyNodeList 第二个参数必须是number|Node");
  8477.                 }
  8478.             }
  8479.             else if (args.length === 3) {
  8480.                 // "div",document,10000
  8481.                 // 第二个参数，parent
  8482.                 let secondParam = args[1];
  8483.                 // 第三个参数，timeout
  8484.                 let thirdParam = args[2];
  8485.                 if (typeof secondParam === "object" && secondParam instanceof Node) {
  8486.                     parent = secondParam;
  8487.                     if (typeof thirdParam === "number") {
  8488.                         timeout = thirdParam;
  8489.                     }
  8490.                     else {
  8491.                         throw new TypeError("Utils.waitAnyNodeList 第三个参数必须是number");
  8492.                     }
  8493.                 }
  8494.                 else {
  8495.                     throw new TypeError("Utils.waitAnyNodeList 第二个参数必须是Node");
  8496.                 }
  8497.             }
  8498.             else {
  8499.                 throw new TypeError("Utils.waitAnyNodeList 参数个数错误");
  8500.             }
  8501.             let promiseList = selectorList.map((selector) => {
  8502.                 return UtilsContext.waitNodeList(selector, parent, timeout);
  8503.             });
  8504.             return Promise.any(promiseList);
  8505.         }
  8506.         waitProperty(checkObj, checkPropertyName) {
  8507.             return new Promise((resolve) => {
  8508.                 let obj = checkObj;
  8509.                 if (typeof checkObj === "function") {
  8510.                     obj = checkObj();
  8511.                 }
  8512.                 if (Reflect.has(obj, checkPropertyName)) {
  8513.                     resolve(obj[checkPropertyName]);
  8514.                 }
  8515.                 else {
  8516.                     Object.defineProperty(obj, checkPropertyName, {
  8517.                         set: function (value) {
  8518.                             try {
  8519.                                 resolve(value);
  8520.                             }
  8521.                             catch (error) {
  8522.                                 console.error("Error setting property:", error);
  8523.                             }
  8524.                         },
  8525.                     });
  8526.                 }
  8527.             });
  8528.         }
  8529.         waitPropertyByInterval(checkObj, checkPropertyName, intervalTimer = 250, maxTime = -1) {
  8530.             let UtilsContext = this;
  8531.             if (checkObj == null) {
  8532.                 throw new TypeError("checkObj 不能为空对象 ");
  8533.             }
  8534.             let isResolve = false;
  8535.             return new Promise((resolve, reject) => {
  8536.                 let interval = UtilsContext.workerSetInterval(() => {
  8537.                     let obj = checkObj;
  8538.                     if (typeof checkObj === "function") {
  8539.                         obj = checkObj();
  8540.                     }
  8541.                     if (typeof obj !== "object") {
  8542.                         return;
  8543.                     }
  8544.                     if (obj == null) {
  8545.                         return;
  8546.                     }
  8547.                     if ((typeof checkPropertyName === "function" && checkPropertyName(obj)) ||
  8548.                         Reflect.has(obj, checkPropertyName)) {
  8549.                         isResolve = true;
  8550.                         UtilsContext.workerClearInterval(interval);
  8551.                         resolve(obj[checkPropertyName]);
  8552.                     }
  8553.                 }, intervalTimer);
  8554.                 if (maxTime !== -1) {
  8555.                     UtilsContext.workerSetTimeout(() => {
  8556.                         if (!isResolve) {
  8557.                             UtilsContext.workerClearInterval(interval);
  8558.                             reject();
  8559.                         }
  8560.                     }, maxTime);
  8561.                 }
  8562.             });
  8563.         }
  8564.         async waitVueByInterval(element, propertyName, timer = 250, maxTime = -1, vueName = "__vue__") {
  8565.             if (element == null) {
  8566.                 throw new Error("Utils.waitVueByInterval 参数element 不能为空");
  8567.             }
  8568.             let flag = false;
  8569.             let UtilsContext = this;
  8570.             try {
  8571.                 await UtilsContext.waitPropertyByInterval(element, function (targetElement) {
  8572.                     if (targetElement == null) {
  8573.                         return false;
  8574.                     }
  8575.                     if (!(vueName in targetElement)) {
  8576.                         return false;
  8577.                     }
  8578.                     if (propertyName == null) {
  8579.                         return true;
  8580.                     }
  8581.                     let vueObject = targetElement[vueName];
  8582.                     if (typeof propertyName === "string") {
  8583.                         if (propertyName in vueObject) {
  8584.                             flag = true;
  8585.                             return true;
  8586.                         }
  8587.                     }
  8588.                     else {
  8589.                         /* Function */
  8590.                         if (propertyName(vueObject)) {
  8591.                             flag = true;
  8592.                             return true;
  8593.                         }
  8594.                     }
  8595.                     return false;
  8596.                 }, timer, maxTime);
  8597.             }
  8598.             catch (error) {
  8599.                 return flag;
  8600.             }
  8601.             return flag;
  8602.         }
  8603.         watchObject(target, propertyName, getCallBack, setCallBack) {
  8604.             if (typeof getCallBack !== "function" &&
  8605.                 typeof setCallBack !== "function") {
  8606.                 return;
  8607.             }
  8608.             if (typeof getCallBack === "function") {
  8609.                 Object.defineProperty(target, propertyName, {
  8610.                     get() {
  8611.                         if (typeof getCallBack === "function") {
  8612.                             return getCallBack(target[propertyName]);
  8613.                         }
  8614.                         else {
  8615.                             return target[propertyName];
  8616.                         }
  8617.                     },
  8618.                 });
  8619.             }
  8620.             else if (typeof setCallBack === "function") {
  8621.                 Object.defineProperty(target, propertyName, {
  8622.                     set(value) {
  8623.                         if (typeof setCallBack === "function") {
  8624.                             setCallBack(value);
  8625.                         }
  8626.                     },
  8627.                 });
  8628.             }
  8629.             else {
  8630.                 Object.defineProperty(target, propertyName, {
  8631.                     get() {
  8632.                         if (typeof getCallBack === "function") {
  8633.                             return getCallBack(target[propertyName]);
  8634.                         }
  8635.                         else {
  8636.                             return target[propertyName];
  8637.                         }
  8638.                     },
  8639.                     set(value) {
  8640.                         if (typeof setCallBack === "function") {
  8641.                             setCallBack(value);
  8642.                         }
  8643.                     },
  8644.                 });
  8645.             }
  8646.         }
  8647.         /**
  8648.          * 深度获取对象属性
  8649.          * @param target 待获取的对象
  8650.          * @param handler 获取属性的回调
  8651.          */
  8652.         queryProperty(target, handler) {
  8653.             if (target == null) {
  8654.                 return;
  8655.             }
  8656.             let handleResult = handler(target);
  8657.             if (handleResult &&
  8658.                 typeof handleResult.isFind === "boolean" &&
  8659.                 handleResult.isFind) {
  8660.                 return handleResult.data;
  8661.             }
  8662.             return this.queryProperty(handleResult.data, handler);
  8663.         }
  8664.         /**
  8665.          * 创建一个新的Utils实例
  8666.          * @param option
  8667.          * @returns
  8668.          */
  8669.         createUtils(option) {
  8670.             return new Utils(option);
  8671.         }
  8672.         /**
  8673.          * 将对象转换为FormData
  8674.          * @param data 待转换的对象
  8675.          * @param isEncode 是否对值为string进行编码转换(encodeURIComponent)，默认false
  8676.          * @param valueAutoParseToStr 是否对值强制使用JSON.stringify()转换，默认false
  8677.          * @example
  8678.          * Utils.toFormData({
  8679.          * 	test: "1",
  8680.          *  666: 666,
  8681.          * })
  8682.          */
  8683.         toFormData(data, isEncode = false, valueAutoParseToStr = false) {
  8684.             const formData = new FormData();
  8685.             Object.keys(data).forEach((key) => {
  8686.                 let value = data[key];
  8687.                 if (valueAutoParseToStr) {
  8688.                     value = JSON.stringify(value);
  8689.                 }
  8690.                 if (typeof value === "number") {
  8691.                     value = value.toString();
  8692.                 }
  8693.                 if (isEncode && typeof value === "string") {
  8694.                     value = encodeURIComponent(value);
  8695.                 }
  8696.                 if (value instanceof File) {
  8697.                     formData.append(key, value, value.name);
  8698.                 }
  8699.                 else {
  8700.                     formData.append(key, value);
  8701.                 }
  8702.             });
  8703.             return formData;
  8704.         }
  8705.         /**
  8706.          * 将链接转为URL对象，自动补充URL的protocol或者origin
  8707.          * @param text 需要转换的链接字符串
  8708.          * @example
  8709.          * Utils.toUrl("//www.baidu.com/s?word=666");
  8710.          * Utils.toUrl("/s?word=666");
  8711.          */
  8712.         toUrl(text) {
  8713.             if (typeof text !== "string") {
  8714.                 throw new TypeError("toUrl: text must be string");
  8715.             }
  8716.             text = text.trim();
  8717.             if (text === "") {
  8718.                 throw new TypeError("toUrl: text must not be empty");
  8719.             }
  8720.             if (text.startsWith("//")) {
  8721.                 /* //www.baidu.com/xxxxxxx */
  8722.                 /* 没有protocol，加上 */
  8723.                 text = this.windowApi.globalThis.location.protocol + text;
  8724.             }
  8725.             else if (text.startsWith("/")) {
  8726.                 /* /xxx/info?xxx=xxx */
  8727.                 /* 没有Origin，加上 */
  8728.                 text = this.windowApi.globalThis.location.origin + text;
  8729.             }
  8730.             return new URL(text);
  8731.         }
  8732.         /**
  8733.          * 覆盖对象中的函数this指向
  8734.          * @param target 需要覆盖的对象
  8735.          * @param [objectThis] 覆盖的this指向，如果为传入，则默认为对象本身
  8736.          */
  8737.         coverObjectFunctionThis = commonUtil.coverObjectFunctionThis.bind(commonUtil);
  8738.         /**
  8739.          * 生成uuid
  8740.          * @example
  8741.          * Utils.generateUUID()
  8742.          */
  8743.         generateUUID = GenerateUUID;
  8744.         /**
  8745.          * 自定义的动态响应对象
  8746.          * @example
  8747.          * let vue = new Utils.Vue();
  8748.          * let reactive = new vue.reactive({});
  8749.          * vue.watch(()=>reactive["name"], (newValue, oldValue)=>{
  8750.          *     console.log("newValue ==> " + newValue);
  8751.          *     console.log("oldValue ==> " + oldValue);
  8752.          * })
  8753.          * vue["name"] = "测试";
  8754.          * > "测试"
  8755.          */
  8756.         Vue = Vue;
  8757.         ModuleRaid = ModuleRaid;
  8758.         /**
  8759.          * 自动使用 Worker 执行 setTimeout
  8760.          * @param callback 回调函数
  8761.          * @param [timeout=0] 延迟时间，默认为0
  8762.          */
  8763.         workerSetTimeout(callback, timeout = 0) {
  8764.             try {
  8765.                 return setTimeout$1(callback, timeout);
  8766.             }
  8767.             catch (error) {
  8768.                 return globalThis.setTimeout(callback, timeout);
  8769.             }
  8770.         }
  8771.         /**
  8772.          * 配合 .setTimeout 使用
  8773.          * @param timeId setTimeout 返回的`id`
  8774.          */
  8775.         workerClearTimeout(timeId) {
  8776.             try {
  8777.                 if (timeId != null) {
  8778.                     clearTimeout$1(timeId);
  8779.                 }
  8780.             }
  8781.             catch (error) {
  8782.             }
  8783.             finally {
  8784.                 globalThis.clearTimeout(timeId);
  8785.             }
  8786.         }
  8787.         /**
  8788.          * 自动使用 Worker 执行 setInterval
  8789.          * @param callback 回调函数
  8790.          * @param timeout 间隔时间，默认为0
  8791.          */
  8792.         workerSetInterval(callback, timeout = 0) {
  8793.             try {
  8794.                 return setInterval(callback, timeout);
  8795.             }
  8796.             catch (error) {
  8797.                 return globalThis.setInterval(callback, timeout);
  8798.             }
  8799.         }
  8800.         /**
  8801.          * 配合 .setInterval 使用
  8802.          * @param timeId setInterval 返回的`id`
  8803.          */
  8804.         workerClearInterval(timeId) {
  8805.             try {
  8806.                 if (timeId != null) {
  8807.                     clearInterval(timeId);
  8808.                 }
  8809.             }
  8810.             catch (error) {
  8811.             }
  8812.             finally {
  8813.                 globalThis.clearInterval(timeId);
  8814.             }
  8815.         }
  8816.         /**
  8817.          * 获取剪贴板信息
  8818.          */
  8819.         async getClipboardInfo() {
  8820.             return new Promise((resolve) => {
  8821.                 /** 读取剪贴板 */
  8822.                 function readClipboardText() {
  8823.                     navigator.clipboard
  8824.                         .readText()
  8825.                         .then((clipboardText) => {
  8826.                         resolve({
  8827.                             error: null,
  8828.                             content: clipboardText,
  8829.                         });
  8830.                     })
  8831.                         .catch((error) => {
  8832.                         resolve({
  8833.                             error: error,
  8834.                             content: "",
  8835.                         });
  8836.                     });
  8837.                 }
  8838.                 /** 申请读取剪贴板的权限 */
  8839.                 function requestPermissionsWithClipboard() {
  8840.                     navigator.permissions
  8841.                         .query({
  8842.                         // @ts-ignore
  8843.                         name: "clipboard-read",
  8844.                     })
  8845.                         .then((permissionStatus) => {
  8846.                         readClipboardText();
  8847.                     })
  8848.                         .catch((error) => {
  8849.                         /* 该权限申请Api可能在该环境下不生效，尝试直接读取剪贴板 */
  8850.                         readClipboardText();
  8851.                     });
  8852.                 }
  8853.                 /**
  8854.                  * 检查当前环境是否支持读取剪贴板Api
  8855.                  */
  8856.                 function checkClipboardApi() {
  8857.                     if (typeof navigator?.clipboard?.readText !== "function") {
  8858.                         return false;
  8859.                     }
  8860.                     if (typeof navigator?.permissions?.query !== "function") {
  8861.                         return false;
  8862.                     }
  8863.                     return true;
  8864.                 }
  8865.                 if (!checkClipboardApi()) {
  8866.                     resolve({
  8867.                         error: new Error("当前环境不支持读取剪贴板Api"),
  8868.                         content: "",
  8869.                     });
  8870.                     return;
  8871.                 }
  8872.                 if (document.hasFocus()) {
  8873.                     requestPermissionsWithClipboard();
  8874.                 }
  8875.                 else {
  8876.                     window.addEventListener("focus", () => {
  8877.                         requestPermissionsWithClipboard();
  8878.                     }, {
  8879.                         once: true,
  8880.                     });
  8881.                 }
  8882.             });
  8883.         }
  8884.     }
  8885.     let utils = new Utils();
  8886.  
  8887.     return utils;
  8888.  
  8889. }));
  8890. //# sourceMappingURL=index.umd.js.map