邀您一起看：国产凌凌漆粤语

海阔视界规则分享，当前分享的是：二级页面详情￥page_detail￥国产凌凌漆粤语@@{"data":"{\"associatedModelsMapForJoinTable\":{},\"associatedModelsMapWithFK\":{},\"associatedModelsMapWithoutFK\":{},\"fieldsToSetToDefault\":[],\"gmtModified\":0,\"id\":0,\"last_chapter_rule\":\"\",\"listToClearAssociatedFK\":[],\"listToClearSelfFK\":[],\"pageList\":[{\"col_type\":\"movie_3\",\"name\":\"函数\",\"path\":\"hanshu\",\"rule\":\"js:\\n\\nfunction Decrypt(word) {\\n    const CryptoUtil = $.require(\\\"hiker://assets/crypto-java.js\\\");\\n    let key = CryptoUtil.Data.parseUTF8(\\\"1vffsdasdasdasd2\\\");\\n    let iv = CryptoUtil.Data.parseUTF8(\\\"1vffsdasdasdasd2\\\");\\n    \\n    let decrypted = CryptoUtil.AES.decrypt(word, key, {\\n        mode: \\\"AES/CBC/PKCS7Padding\\\",\\n        iv: iv\\n    });\\n    return decrypted.toString();\\n}\\n\\nfunction Encrypt(word) {\\n    eval(getCryptoJS())\\n    let key = CryptoJS.enc.Utf8.parse(\\\"1vffsdasdasdasd2\\\");\\n    let iv = CryptoJS.enc.Utf8.parse(\\\"1vffsdasdasdasd2\\\");\\n    let encrypt = CryptoJS.AES.encrypt(word, key, {\\n        iv: iv,\\n        mode: CryptoJS.mode.CBC,\\n        padding: CryptoJS.pad.Pkcs7,\\n    });\\n    let encryptedStr = encrypt.toString(CryptoJS.enc.base64);\\n    return encryptedStr.toString();\\n}\\n\\n//弹幕函数 by cy\\nfunction fetchDanmuData(url) {\\n    var html = request(url); //log(html) \\n    var html2 = JSON.parse(html).danmuku; //log(html2)\\n\\n    var lists = [];\\n    html2.forEach(item => {\\n        lists.push(item)\\n    });\\n    //log(tabs)\\n    let danmustr = `<?xml version=\\\"1.0\\\" encoding=\\\"UTF-8\\\"?>\\\\n<i>\\\\n`;\\n    for (let i = 0; i < lists.length; i++) {\\n        var dm0 = lists[i][0]; //log(dm0)\\n        var dm2 = lists[i][2]; //log(dm2)\\n        // 颜色设置\\n            if (lists[i][2] == '#fff') {\\n                dm2 = 16777215;\\n            } else {\\n                dm2 = parseInt(lists[i][2].slice(1), 16);\\n            }\\n        var dm4 = lists[i][4]; //log(dm4)\\n        if (dm4.indexOf('<') != -1 || dm4.indexOf('>') != -1 || dm4.indexOf('&') != -1 || dm4.indexOf('\\\\u0000') != -1 || dm4.indexOf('\\\\b') != -1) {\\n                continue;\\n            }\\n        // 只将实际弹幕数据追加到 `danmustr`\\n        //时间，顶部弹幕，字体大小，颜色，0，弹幕内容\\n        let tempdata = `<d p=\\\"${dm0},1,25,${dm2},0\\\">${dm4}</d>\\\\n`; //log(tempdata)\\n        danmustr += tempdata; \\n    }\\n    danmustr += `</i>`;\\n    writeFile('hiker://files/cache/danmu.xml', danmustr);\\n}\\n\"}],\"params\":\"{\\\"vod_id\\\":\\\"120592\\\"}\",\"saved\":false,\"title\":\"夜猫追剧APP\",\"version\":0,\"url\":\"hiker://empty##http://110.42.49.237:6666/api.php/getappapi.index/vodDetail#immersiveTheme#;get;UTF-8;{User-Agent@Mozilla/5.0 (Linux；； Android 15；； 2407FRK8EC Build/AP3A.240617.008；； wv) AppleWebKit/537.36 (KHTML, like Gecko) Version/4.0 Chrome/128.0.6613.127 Mobile Safari/537.36}\",\"col_type\":\"movie_1\",\"find_rule\":\"js:\\neval(JSON.parse(request('hiker://page/hanshu')).rule)\\naddListener(\\\"onClose\\\", $.toString(() => {\\n    let keys = listMyVarKeys();\\n    for (let it of keys) {\\n        clearMyVar(it);\\n    }\\n}));\\nvar d = [];\\nvar MY_URL = MY_URL.split('##')[1];\\nvar vod_id = MY_PARAMS.vod_id\\nvar html = fetch(MY_URL, {\\n    headers: {},\\n    body: `vod_id=${vod_id}`,\\n    method: 'POST'\\n}); //log(html)\\nvar html1 = Decrypt(JSON.parse(html).data); //log(html1)\\nvar data = JSON.parse(html1); //log(data)\\nlet img = data.vod.vod_pic\\nd.push({\\n    title: data.vod.vod_name,\\n    desc: data.vod.vod_content,\\n    pic_url: `${img}@js=if(input == null){ fetch('https://img.vinua.cn/images/Ip9jj.th.png', {inputStream: true}) } else input`,\\n    url: 'hiker://empty',\\n    col_type: 'movie_1_vertical_pic_blur'\\n})\\n\\nvar arts = data.vod_play_list;\\nvar tabs = [];\\nvar parses = [];\\nvar lists = [];\\narts.forEach(item => {\\n    tabs.push(item.player_info.show);\\n    parses.push(item.player_info.parse);\\n    lists.push(item.urls);\\n});\\n\\nfunction setTabs(tabs, vari) {\\n    d.push({\\n        title: (getVar('shsort') == '1') ? '““””<b><span style=\\\"color: #FF0000\\\">逆序</span></b>' : '““””<b><span style=\\\"color: #1aad19\\\">正序</span></b>',\\n        url: `@lazyRule=.js:let conf = getVar('shsort');if(conf=='1'){putVar({key:'shsort', value:'0'});}else{putVar({key:'shsort', value:'1'})};refreshPage();'toast://切换排序成功'`,\\n        col_type: 'flex_button'\\n    })\\n    for (var i = 0; i < tabs.length; i++) {\\n        var url = \\\"#noLoading#@lazyRule=.js:putMyVar('\\\" + vari + \\\"', '\\\" + i + \\\"');refreshPage(false);'toast://切换成功！';'#noHistory#hiker://empty'\\\";\\n        d.push({\\n            title: getMyVar(vari, '0') == i ? '““' + tabs[i] + '””' : tabs[i],\\n            url: url,\\n            col_type: 'flex_button'\\n        })\\n    }\\n}\\n\\nfunction setLists(vod_id, tabs, parses, lists, index) {\\n    var tab = tabs[index];\\n    var parse = parses[index];\\n    var list = lists[index];\\n    if (getVar('shsort') == '1') {\\n        var list = lists[index].reverse();\\n    }\\n    var lazy = $('').lazyRule((vod_id, tab, parse) => {\\n        eval(JSON.parse(request('hiker://page/hanshu')).rule)\\n        function dmhs() {\\n            var html = fetch(getItem('host') + '/api.php/getappapi.index/danmuList', {\\n                body: `url_position=${input.split('#')[2]}&vod_id=${vod_id}`,\\n                method: 'POST'\\n            }); //log(html)\\n            var html1 = Decrypt(JSON.parse(html).data); //log(html1)\\n            var dmurl = JSON.parse(html1).danmu_url;\\n            log(dmurl)\\n            //var dmurl1 = 'https://tu.56uxi.com/dmku/?ac=dm&' + dmurl; //log(dmurl1)\\n            if (dmurl.includes('http')) {\\n                try {\\n                    //fetchDanmuData(dmurl1)\\n                    var dm = $.require('hiker://page/dmFun?rule=dm盒子').dmRoute(dmurl.split('url=')[1]); //log(dm)\\n                } catch (e) {\\n                    toast('弹幕加载失败，dm盒子小程序未打开过')\\n                    return url\\n                }\\n                return JSON.stringify({\\n                    urls: [url],\\n                    danmu: dm //'hiker://files/cache/danmu.xml'\\n                })\\n            }\\n            return url\\n        }\\n\\n        if (parse.includes('http')) {\\n            var html = request(parse + input.split('#')[0]);\\n            log(html)\\n            var url = JSON.parse(html).url + '#isVideo=true#'\\n            return dmhs(vod_id, url)\\n        }\\n        var token = input.split('#')[1]\\n        var html = fetch(getItem('host') + '/api.php/getappapi.index/vodParse', {\\n            headers: {},\\n            body: `parse_api=${parse}&url=${Encrypt(input.split('#')[0])}&token=${token}`,\\n            method: 'POST'\\n        });\\n        log(html)\\n        try {\\n            if (JSON.parse(html).code == '1') {\\n                var html = Decrypt(JSON.parse(html).data); //log(html)\\n                var html2 = JSON.parse(html).json; //log(html2)\\n                var html3 = JSON.parse(html2)\\n                if (html3.code != '404') {\\n                    var url = html3.url + '#isVideo=true#'\\n                    return dmhs(vod_id, url)\\n                }\\n            }\\n        } catch (e) {}\\n        var url = input.split('#')[0]\\n        return dmhs(vod_id, url)\\n    }, vod_id, tab, parse)\\n    for (var j in list) {\\n        d.push({\\n            title: list[j].name,\\n            url: list[j].url + '#' + list[j].token + '#' + j + lazy,\\n            col_type: list[0].name.length > 4 ? 'text_2' : 'text_4'\\n        });\\n    }\\n}\\n\\nsetTabs(tabs, MY_URL);\\nsetLists(vod_id, tabs, parses, lists, getMyVar(MY_URL, '0'));\\n\\nsetResult(d)\",\"group\":\"B影视\",\"ua\":\"mobile\",\"preRule\":\"\",\"pages\":\"[{\\\"col_type\\\":\\\"movie_3\\\",\\\"name\\\":\\\"函数\\\",\\\"path\\\":\\\"hanshu\\\",\\\"rule\\\":\\\"js:\\\\n\\\\nfunction Decrypt(word) {\\\\n    const CryptoUtil = $.require(\\\\\\\"hiker://assets/crypto-java.js\\\\\\\");\\\\n    let key = CryptoUtil.Data.parseUTF8(\\\\\\\"1vffsdasdasdasd2\\\\\\\");\\\\n    let iv = CryptoUtil.Data.parseUTF8(\\\\\\\"1vffsdasdasdasd2\\\\\\\");\\\\n    \\\\n    let decrypted = CryptoUtil.AES.decrypt(word, key, {\\\\n        mode: \\\\\\\"AES/CBC/PKCS7Padding\\\\\\\",\\\\n        iv: iv\\\\n    });\\\\n    return decrypted.toString();\\\\n}\\\\n\\\\nfunction Encrypt(word) {\\\\n    eval(getCryptoJS())\\\\n    let key = CryptoJS.enc.Utf8.parse(\\\\\\\"1vffsdasdasdasd2\\\\\\\");\\\\n    let iv = CryptoJS.enc.Utf8.parse(\\\\\\\"1vffsdasdasdasd2\\\\\\\");\\\\n    let encrypt = CryptoJS.AES.encrypt(word, key, {\\\\n        iv: iv,\\\\n        mode: CryptoJS.mode.CBC,\\\\n        padding: CryptoJS.pad.Pkcs7,\\\\n    });\\\\n    let encryptedStr = encrypt.toString(CryptoJS.enc.base64);\\\\n    return encryptedStr.toString();\\\\n}\\\\n\\\\n//弹幕函数 by cy\\\\nfunction fetchDanmuData(url) {\\\\n    var html = request(url); //log(html) \\\\n    var html2 = JSON.parse(html).danmuku; //log(html2)\\\\n\\\\n    var lists = [];\\\\n    html2.forEach(item => {\\\\n        lists.push(item)\\\\n    });\\\\n    //log(tabs)\\\\n    let danmustr = `<?xml version=\\\\\\\"1.0\\\\\\\" encoding=\\\\\\\"UTF-8\\\\\\\"?>\\\\\\\\n<i>\\\\\\\\n`;\\\\n    for (let i = 0; i < lists.length; i++) {\\\\n        var dm0 = lists[i][0]; //log(dm0)\\\\n        var dm2 = lists[i][2]; //log(dm2)\\\\n        // 颜色设置\\\\n            if (lists[i][2] == '#fff') {\\\\n                dm2 = 16777215;\\\\n            } else {\\\\n                dm2 = parseInt(lists[i][2].slice(1), 16);\\\\n            }\\\\n        var dm4 = lists[i][4]; //log(dm4)\\\\n        if (dm4.indexOf('<') != -1 || dm4.indexOf('>') != -1 || dm4.indexOf('&') != -1 || dm4.indexOf('\\\\\\\\u0000') != -1 || dm4.indexOf('\\\\\\\\b') != -1) {\\\\n                continue;\\\\n            }\\\\n        // 只将实际弹幕数据追加到 `danmustr`\\\\n        //时间，顶部弹幕，字体大小，颜色，0，弹幕内容\\\\n        let tempdata = `<d p=\\\\\\\"${dm0},1,25,${dm2},0\\\\\\\">${dm4}</d>\\\\\\\\n`; //log(tempdata)\\\\n        danmustr += tempdata; \\\\n    }\\\\n    danmustr += `</i>`;\\\\n    writeFile('hiker://files/cache/danmu.xml', danmustr);\\\\n}\\\\n\\\"}]\"}","picUrl":"http://tyyswimg.com/upload/vod/20250121-1/3336bad82aa449b22488f816fff51300.jpg@js=if(input == null){ fetch('https://img.vinua.cn/images/Ip9jj.th.png', {inputStream: true}) } else input","title":"国产凌凌漆粤语"}