页面字体加密解决和csharp下的Ttf文件元信息混淆分析 页面字体加密解决和csharp下的Ttf文件元信息混淆分析1.前言之前获取获取未加密题目是通过安卓协议绕过题目解密,但需要多访问一个请求。打算重构一下旧项目,就研究一下解密问题。网上的文章都是基于python,javascript讨论实现的。对于csharp提取ttf元信息的文章 国内搜索引擎实在找不到资料,经过两天的google,还是淘到了...记录一下2.正文页面的字体文件为页头的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根据【本文末 - 引用1】的分析,得知页面的字体文件与原版的区别在于 修改了每个图元数据的unicode因为图元数据是和原版一致的，所以大概思路为根据加密后的图元数据 去 原版字体中查询,将查询到的unicode替换掉混淆的unicode即可3.解决思路梳理3.1 原版字体建立Map解决思路就是根据原版字体文件 建立 map,后进行k,v翻转// 将原生字体key => value 反向映射 var swappedDict = new Dictionary<string, string>(); foreach (var swappedTempDict in Context.OriginFontsDictionary) { swappedDict[swappedTempDict.Value] = swappedTempDict.Key; }3.2 修改版字体建立Map将页面上的base64编码的ttf文件读取并建立 Mapvar keyHex = "uni" + kvp.Key.ToString("X").ToUpper(); var fontGlyph = font.GetGlyph(kvp.Value); var sb = new StringBuilder(); foreach (var fontGlyphGlyphPoint in fontGlyph.GlyphPoints) { sb.Append( $"{fontGlyphGlyphPoint.X}{fontGlyphGlyphPoint.Y}{(fontGlyphGlyphPoint.onCurve ? "1" : "0")}"); } unicodeAndContourPair[keyHex] = CommonUtil.GetMd5(sb.ToString()); /** * 数据类型如下: * Key = uniXXXX * Value = 每个 pt 标签的x,y,on属性拼接进行求Md5 * */3.3 建立正确的映射关系根据 修改版字体建立的Map 进行遍历// 遍历 unicodeAndContourPair 获取所有的 values 也就是 contour 下 pt标签的x,y,on属性加密后的md5 // 还记得吗? unicodeAndContourPaire的 values 都可以在 原版Map 也就是 swappedDict 的 Keys中找到 // swappedDict 中 values 就是真正字体的 unicode 值！ // 遍历加密的 pair var keysList = new Dictionary<string, string>(); foreach (var keyValue in unicodeAndContourPair) { keysList[keyValue.Key] = swappedDict[keyValue.Value].Replace("uni", "\\u"); keysList[keyValue.Key] = Regex.Unescape(keysList[keyValue.Key]); } // 此时得到的 keysList 中 keys 为 加密的每个字的unicode, values为真正的字3.4 题目处理var questionTitle = questionNodes[0].SelectSingleNode("div[@class='Zy_TItle clearfix']/div").InnerText.Trim(); foreach (var c in questionTitle.ToCharArray()) { var temp = Convert.ToString(Convert.ToUInt32(c), 16).Replace("0x", "").ToUpper(); // 拿到当前字符的 unicode 编码 if (keysList.ContainsKey($"uni{temp}")) questionTitle = questionTitle.Replace(c + "", keysList[$"uni{temp}"]); }此时题目还是不可以直接用,结合易姐博客的文章经过查阅资料，我发现这种和普通汉字字形相同，但是 unicode 内码不同的字叫做康熙部首，它位于 unicode 的 2F00—2FDF 区段，当然它们和普通的汉字一一对应，出现此误码的原因可能是一些字体厂家没有把这两种编码的字形做区分那么再次对题目进行清洗,将康熙部首替换为正常汉字即可# 康熙部首替换表 KX_RADICALS_TAB = str.maketrans( # 康熙部首 "⼀⼁⼂⼃⼄⼅⼆⼇⼈⼉⼊⼋⼌⼍⼎⼏⼐⼑⼒⼓⼔⼕⼖⼗⼘⼙⼚⼛⼜⼝⼞⼟⼠⼡⼢⼣⼤⼥⼦⼧⼨⼩⼪⼫⼬⼭⼮⼯⼰⼱⼲⼳⼴⼵⼶⼷⼸⼹⼺⼻⼼⼽⼾⼿⽀⽁⽂⽃⽄⽅⽆⽇⽈⽉⽊⽋⽌⽍⽎⽏⽐⽑⽒⽓⽔⽕⽖⽗⽘⽙⽚⽛⽜⽝⽞⽟⽠⽡⽢⽣⽤⽥⽦⽧⽨⽩⽪⽫⽬⽭⽮⽯⽰⽱⽲⽳⽴⽵⽶⽷⽸⽹⽺⽻⽼⽽⽾⽿⾀⾁⾂⾃⾄⾅⾆⾇⾈⾉⾊⾋⾌⾍⾎⾏⾐⾑⾒⾓⾔⾕⾖⾗⾘⾙⾚⾛⾜⾝⾞⾟⾠⾡⾢⾣⾤⾥⾦⾧⾨⾩⾪⾫⾬⾭⾮⾯⾰⾱⾲⾳⾴⾵⾶⾷⾸⾹⾺⾻⾼髙⾽⾾⾿⿀⿁⿂⿃⿄⿅⿆⿇⿈⿉⿊⿋⿌⿍⿎⿏⿐⿑⿒⿓⿔⿕⺠⻬⻩⻢⻜⻅⺟⻓", # 对应汉字 "一丨丶丿乙亅二亠人儿入八冂冖冫几凵刀力勹匕匚匸十卜卩厂厶又口囗土士夂夊夕大女子宀寸小尢尸屮山巛工己巾干幺广廴廾弋弓彐彡彳心戈戶手支攴文斗斤方无日曰月木欠止歹殳毋比毛氏气水火爪父爻爿片牙牛犬玄玉瓜瓦甘生用田疋疒癶白皮皿目矛矢石示禸禾穴立竹米糸缶网羊羽老而耒耳聿肉臣自至臼舌舛舟艮色艸虍虫血行衣襾見角言谷豆豕豸貝赤走足身車辛辰辵邑酉采里金長門阜隶隹雨青非面革韋韭音頁風飛食首香馬骨高高髟鬥鬯鬲鬼魚鳥鹵鹿麥麻黃黍黑黹黽鼎鼓鼠鼻齊齒龍龜龠民齐黄马飞见母长" )转为 c#:// 康熙部首 const string source = "⼀⼁⼂⼃⼄⼅⼆⼇⼈⼉⼊⼋⼌⼍⼎⼏⼐⼑⼒⼓⼔⼕⼖⼗⼘⼙⼚⼛⼜⼝⼞⼟⼠⼡⼢⼣⼤⼥⼦⼧⼨⼩⼪⼫⼬⼭⼮⼯⼰⼱⼲⼳⼴⼵⼶⼷⼸⼹⼺⼻⼼⼽⼾⼿⽀⽁⽂⽃⽄⽅⽆⽇⽈⽉⽊⽋⽌⽍⽎⽏⽐⽑⽒⽓⽔⽕⽖⽗⽘⽙⽚⽛⽜⽝⽞⽟⽠⽡⽢⽣⽤⽥⽦⽧⽨⽩⽪⽫⽬⽭⽮⽯⽰⽱⽲⽳⽴⽵⽶⽷⽸⽹⽺⽻⽼⽽⽾⽿⾀⾁⾂⾃⾄⾅⾆⾇⾈⾉⾊⾋⾌⾍⾎⾏⾐⾑⾒⾓⾔⾕⾖⾗⾘⾙⾚⾛⾜⾝⾞⾟⾠⾡⾢⾣⾤⾥⾦⾧⾨⾩⾪⾫⾬⾭⾮⾯⾰⾱⾲⾳⾴⾵⾶⾷⾸⾹⾺⾻⾼髙⾽⾾⾿⿀⿁⿂⿃⿄⿅⿆⿇⿈⿉⿊⿋⿌⿍⿎⿏⿐⿑⿒⿓⿔⿕⺠⻬⻩⻢⻜⻅⺟⻓"; // 对应汉字 const string target = "一丨丶丿乙亅二亠人儿入八冂冖冫几凵刀力勹匕匚匸十卜卩厂厶又口囗土士夂夊夕大女子宀寸小尢尸屮山巛工己巾干幺广廴廾弋弓彐彡彳心戈戶手支攴文斗斤方无日曰月木欠止歹殳毋比毛氏气水火爪父爻爿片牙牛犬玄玉瓜瓦甘生用田疋疒癶白皮皿目矛矢石示禸禾穴立竹米糸缶网羊羽老而耒耳聿肉臣自至臼舌舛舟艮色艸虍虫血行衣襾見角言谷豆豕豸貝赤走足身車辛辰辵邑酉采里金長門阜隶隹雨青非面革韋韭音頁風飛食首香馬骨高高髟鬥鬯鬲鬼魚鳥鹵鹿麥麻黃黍黑黹黽鼎鼓鼠鼻齊齒龍龜龠民齐黄马飞见母长"; for (int i = 0; i < questionTitle.Length; i++) { int index = source.IndexOf(questionTitle[i]); if (index >= 0) { questionTitle = questionTitle.Remove(i, 1).Insert(i, target[index].ToString()); } }3.5 总结项目引入了 PresentationCore.dll,Typography.OpenFonttry { // 8. 提取当前页面加密的base64代码 var matchBase64 = Regex.Match(workPageResponse, @"font-cxsecret';src:url\('(.*?)'\)"); var fontBytes = Convert.FromBase64String(matchBase64.Groups[1].Value.Split(',')[1]); // 将字节写到目录的cache文件夹下 var fontFilename = $"{Path.GetRandomFileName()}.ttf"; var fontPath = Path.Combine(AppDomain.CurrentDomain.BaseDirectory, "cache", fontFilename); if (!Directory.Exists(Path.Combine(AppDomain.CurrentDomain.BaseDirectory, "cache"))) { Directory.CreateDirectory(Path.Combine(AppDomain.CurrentDomain.BaseDirectory, "cache")); } File.WriteAllBytes(fontPath, fontBytes); var fontReader = new OpenFontReader(); var font = fontReader.Read(new MemoryStream(fontBytes)); var unicodeAndContourPair = new Dictionary<string, string>(); // 将原生字体key => value 反向映射 var swappedDict = new Dictionary<string, string>(); foreach (var swappedTempDict in Context.OriginFontsDictionary) { swappedDict[swappedTempDict.Value] = swappedTempDict.Key; } var families = Fonts.GetFontFamilies(fontPath); foreach (var family in families) { var typefaces = family.GetTypefaces(); foreach (var typeface in typefaces) { typeface.TryGetGlyphTypeface(out var glyph); var characterMap = glyph.CharacterToGlyphMap; foreach (var kvp in characterMap) { var keyHex = "uni" + kvp.Key.ToString("X").ToUpper(); var fontGlyph = font.GetGlyph(kvp.Value); var sb = new StringBuilder(); foreach (var fontGlyphGlyphPoint in fontGlyph.GlyphPoints) { sb.Append( $"{fontGlyphGlyphPoint.X}{fontGlyphGlyphPoint.Y}{(fontGlyphGlyphPoint.onCurve ? "1" : "0")}"); } unicodeAndContourPair[keyHex] = CommonUtil.GetMd5(sb.ToString()); } } } // 遍历加密的 pair var keysList = new Dictionary<string, string>(); foreach (var keyValue in unicodeAndContourPair) { keysList[keyValue.Key] = swappedDict[keyValue.Value].Replace("uni", "\\u"); keysList[keyValue.Key] = Regex.Unescape(keysList[keyValue.Key]); } var questionTitle = questionNodes[0].SelectSingleNode("div[@class='Zy_TItle clearfix']/div").InnerText.Trim(); foreach (var c in questionTitle.ToCharArray()) { var temp = Convert.ToString(Convert.ToUInt32(c), 16).Replace("0x", "").ToUpper(); if (keysList.ContainsKey($"uni{temp}")) questionTitle = questionTitle.Replace(c + "", keysList[$"uni{temp}"]); } // 康熙部首 const string source = "⼀⼁⼂⼃⼄⼅⼆⼇⼈⼉⼊⼋⼌⼍⼎⼏⼐⼑⼒⼓⼔⼕⼖⼗⼘⼙⼚⼛⼜⼝⼞⼟⼠⼡⼢⼣⼤⼥⼦⼧⼨⼩⼪⼫⼬⼭⼮⼯⼰⼱⼲⼳⼴⼵⼶⼷⼸⼹⼺⼻⼼⼽⼾⼿⽀⽁⽂⽃⽄⽅⽆⽇⽈⽉⽊⽋⽌⽍⽎⽏⽐⽑⽒⽓⽔⽕⽖⽗⽘⽙⽚⽛⽜⽝⽞⽟⽠⽡⽢⽣⽤⽥⽦⽧⽨⽩⽪⽫⽬⽭⽮⽯⽰⽱⽲⽳⽴⽵⽶⽷⽸⽹⽺⽻⽼⽽⽾⽿⾀⾁⾂⾃⾄⾅⾆⾇⾈⾉⾊⾋⾌⾍⾎⾏⾐⾑⾒⾓⾔⾕⾖⾗⾘⾙⾚⾛⾜⾝⾞⾟⾠⾡⾢⾣⾤⾥⾦⾧⾨⾩⾪⾫⾬⾭⾮⾯⾰⾱⾲⾳⾴⾵⾶⾷⾸⾹⾺⾻⾼髙⾽⾾⾿⿀⿁⿂⿃⿄⿅⿆⿇⿈⿉⿊⿋⿌⿍⿎⿏⿐⿑⿒⿓⿔⿕⺠⻬⻩⻢⻜⻅⺟⻓"; // 对应汉字 const string target = "一丨丶丿乙亅二亠人儿入八冂冖冫几凵刀力勹匕匚匸十卜卩厂厶又口囗土士夂夊夕大女子宀寸小尢尸屮山巛工己巾干幺广廴廾弋弓彐彡彳心戈戶手支攴文斗斤方无日曰月木欠止歹殳毋比毛氏气水火爪父爻爿片牙牛犬玄玉瓜瓦甘生用田疋疒癶白皮皿目矛矢石示禸禾穴立竹米糸缶网羊羽老而耒耳聿肉臣自至臼舌舛舟艮色艸虍虫血行衣襾見角言谷豆豕豸貝赤走足身車辛辰辵邑酉采里金長門阜隶隹雨青非面革韋韭音頁風飛食首香馬骨高高髟鬥鬯鬲鬼魚鳥鹵鹿麥麻黃黍黑黹黽鼎鼓鼠鼻齊齒龍龜龠民齐黄马飞见母长"; for (var i = 0; i < questionTitle.Length; i++) { var index = source.IndexOf(questionTitle[i]); if (index >= 0) { questionTitle = questionTitle.Remove(i, 1).Insert(i, target[index].ToString()); } } } catch (Exception e) { Console.WriteLine(e); throw; }4.引用关于超星学习通网页版字体加密分析 (出处: 吾爱破解论坛):https://www.52pojie.cn/thread-1631357-1-1.htmlLayoutFarm/Typography: C# Font Reader (TrueType / OpenType / OpenFont / CFF / woff / woff2) , Glyphs Layout and Rendering (github.com)：https://github.com/LayoutFarm/Typography研究学习通答题字体加密的随笔 - 易姐的博客 (shakaianee.top)：https://shakaianee.top/archives/558/presentationcore.dll free download | DLL‑files.com (dll-files.com)： https://www.dll-files.com/presentationcore.dll.html

学习通学号登录简析 抓包分析序号参数名描述1fid学校ID2uname加密后的学号3password加密后的密码4numcode验证码除了这几个参数是变动的外,其他的都可以保持原样。判断一下学号和密码的加密特征0QgUbMUJj2usHikiqtb8HQ==22个字符加上两个等号 大概可能为..AES加密直接搜索请求的路径:/unitlogin,定位到login.js文件向上翻找一下// 对学号和密码进行加密 if(t == "true"){ let transferKey = "u2oh6Vu^HWe4_AES"; password = encryptByAES(password, transferKey); uname = encryptByAES(uname, transferKey); } // 使用的加密方法 function encryptByAES(message, key){ let CBCOptions = { iv: CryptoJS.enc.Utf8.parse(key), mode:CryptoJS.mode.CBC, padding: CryptoJS.pad.Pkcs7 }; let aeskey = CryptoJS.enc.Utf8.parse(key); let secretData = CryptoJS.enc.Utf8.parse(message); let encrypted = CryptoJS.AES.encrypt( secretData, aeskey, CBCOptions ); return CryptoJS.enc.Base64.stringify(encrypted.ciphertext); }这里就很明显了学号和密码的加密方式都是采用 AES 加密加密模式为CBCkey为:u2oh6Vu^HWe4_AESchsarp中复现请求体处理,需要对学号和密码加密后的文本进行URL编码:string requestBody = $"pid=-1&fid={schoolId}&uname={HttpUtility.UrlEncode(AESHelper.AesEncrypt(sn))}&numcode={verify}&password={HttpUtility.UrlEncode(AESHelper.AesEncrypt(password))}&refer=http%253A%252F%252Fi.chaoxing.com&t=true&hidecompletephone=0&doubleFactorLogin=0&independentId=0";AES加密工具类:using System; using System.Collections.Generic; using System.Linq; using System.Security.Cryptography; using System.Text; using System.Threading.Tasks; namespace OnlineCourseToolKit.Utils { /// <summary> /// AES加密解密 助手类 /// CBC加密模式 /// </summary> public class AESHelper { /// <summary> /// 默认密钥-长度32位 /// </summary> private const string Key = "u2oh6Vu^HWe4_AES"; /// <summary> /// 默认向量-长度16位 /// </summary> private const string Iv = "u2oh6Vu^HWe4_AES"; /// <summary> /// AES加密 /// </summary> /// <param name="str">需要加密字符串</param> /// <returns>加密后字符串</returns> public static string AesEncrypt(string str) { return Encrypt(str, Key); } /// <summary> /// AES解密 /// </summary> /// <param name="str">需要解密字符串</param> /// <returns>解密后字符串</returns> public static string AesDecrypt(string str) { return Decrypt(str, Key); } /// <summary> /// AES 加密 /// </summary> /// <param name="str">明文（待加密）</param> /// <param name="key">密文</param> /// <returns></returns> private static string Encrypt(string str, string key) { if (string.IsNullOrEmpty(str)) return null; Byte[] toEncryptArray = Encoding.UTF8.GetBytes(str); RijndaelManaged rm = new RijndaelManaged { Key = Encoding.UTF8.GetBytes(key), Mode = CipherMode.CBC, Padding = PaddingMode.PKCS7, IV = Encoding.UTF8.GetBytes(Iv) }; ICryptoTransform cTransform = rm.CreateEncryptor(); Byte[] resultArray = cTransform.TransformFinalBlock(toEncryptArray, 0, toEncryptArray.Length); return Convert.ToBase64String(resultArray, 0, resultArray.Length); } /// <summary> /// AES 解密 /// </summary> /// <param name="str">明文（待解密）</param> /// <param name="key">密文</param> /// <returns></returns> private static string Decrypt(string str, string key) { if (string.IsNullOrEmpty(str)) return null; Byte[] toEncryptArray = Convert.FromBase64String(str); RijndaelManaged rm = new RijndaelManaged { Key = Encoding.UTF8.GetBytes(key), Mode = CipherMode.ECB, Padding = PaddingMode.PKCS7, IV = Encoding.UTF8.GetBytes(Iv) }; ICryptoTransform cTransform = rm.CreateDecryptor(); Byte[] resultArray = cTransform.TransformFinalBlock(toEncryptArray, 0, toEncryptArray.Length); return Encoding.UTF8.GetString(resultArray); } } }

Js解密学习通视频秒过请求 前言之前在github找到一个python selenium刷视频和做测验的源码,挂服务器上问题太多了，最近闲下来破解一下网络请求版的刷视频和做测验。效果图：学习通担心的主要是秒过视频会造成学习时长过短的情况,为此没有使用秒过 而是持续请求模拟真实进度，虽然和selenium版的时长差不多,但是更稳定和便捷。视频时长都是完整的有计算的。视频播放解密先抓到记录视频播放的请求GET 请求参数全在URL里,rt,isdrag,_t 这几个参数没什么作用,不发送也可以获得响应除了enc外的参数都可以在其他请求中获得,本文重点分析enc首先找切入点,这个请求的构造是由播放器产生的,就会存在参数拼接的情况。我选择参数名isdrag全局搜索(当然要选特殊的啦,越特殊重复的结果就越少)_0x473cb3 = [_0x16dd5d[_0x5d818d(0x242)], '/', _0x16dd5d[_0x5d818d(0x1ee)], _0x5d818d(0x44c), _0x16dd5d[_0x5d818d(0x3af)], _0x5d818d(0x26d), _0x1d0594, _0x5d818d(0x396), _0x16dd5d[_0x5d818d(0x2e2)], _0x5d818d(0x20e), _0x8e40c2, _0x5d818d(0x437), _0x16dd5d['objectId'], _0x5d818d(0x36a), _0x16dd5d[_0x5d818d(0x20c)], _0x5d818d(0x3b1), _0x16dd5d[_0x5d818d(0x3ba)], _0x5d818d(0x1ca), _0x16dd5d[_0x5d818d(0x3bd)], '&isdrag=', _0x9aa55, '&view=pc', _0x5d818d(0x1ef), md5(_0x5dcd20), _0x5d818d(0x1ff), _0x16dd5d['rt'], _0x5d818d(0x2d3), _0x5d818d(0x2ab), new Date()[_0x5d818d(0x1d6)]()][_0x5d818d(0x3d8)]('');按照对应位置的话更直观一点'&isdrag=', _0x9aa55, '&view=pc', _0x5d818d(0x1ef), md5(_0x5dcd20), '&isdrag=', 3 , '&view=pc', '&enc', md5(_0x5dcd20), // enc = f60c04f7cf2820976479ba3758b7d142, // 32位,典型的md5加密,所以enc=md5(_0x5dcd20)继续查看_0x5dcd20var _0x5dcd20 = Ext[_0x5d818d(0x2a0)][_0x5d818d(0x3ae)](_0x56986f, _0x16dd5d[_0x5d818d(0x3af)], _0x16dd5d[_0x5d818d(0x3bd)], _0x16dd5d[_0x5d818d(0x3ba)] || '', _0x16dd5d[_0x5d818d(0x246)], _0x3a88e3, _0x5d818d(0x24b), _0x16dd5d[_0x5d818d(0x2e2)] * 0x3e8, _0x8e40c2) // 分析: Ext的二维对象里面是一个方法 小括号后面全是参数打个断点看一下在511行停下后转去控制台打印一下坐标和索引分别是什么String format [{0}][{1}][{2}][{3}][{4}][{5}][{6}][{7}] 59831731 199369846 154762960473479 85bf18fc7d1a0e4707c8b4c771580a53 0 d_yHJ!$pdA~5 767000 0_767 // 这里就很明显了,_0x5dcd20就是将一些参数填充到这个字符串的占位符中 // 如下: Ext[_0x5d818d(0x2a0)][_0x5d818d(0x3ae)](_0x56986f, _0x16dd5d[_0x5d818d(0x3af)], _0x16dd5d[_0x5d818d(0x3bd)], _0x16dd5d[_0x5d818d(0x3ba)] || '', _0x16dd5d[_0x5d818d(0x246)], _0x3a88e3, _0x5d818d(0x24b), _0x16dd5d[_0x5d818d(0x2e2)] * 0x3e8, _0x8e40c2) '[59831731][199369846][154762960473479][85bf18fc7d1a0e4707c8b4c771580a53][0][d_yHJ!$pdA~5][767000][0_767]'这个字符串中的参数，有些是固定不变的,会变动的是取这个_0x16dd5d数组的成员,基本都是可以在其他请求中取到的,没有加密信息。对这个字符串进行md5加密就可以得到enc解决无限debugger我们在对一些网站进行JS逆向分析过程中，很有可能会遇到网站禁止开发人员使用F12进行网页调试，如果你打开就会遇到无限debugger的这个情况，当我们遇到这种情况，我们该如何进行避免无限debugger弹出呢？解决方法：可以直接在控制台输入以下代码，可以有效的跳过无限debugger（Chrome浏览器）Function.prototype.constructor = function(){}核心代码while (currentProgress <= video_info.duration) { string enc = $"[{CurrentCourse.ClassId}][{vav.defaults.userid}][{point.jobid}][{point.objectId}][{currentProgress}000][d_yHJ!$pdA~5][{video_info.duration}000][0_{video_info.duration}]"; enc = GetMD5(enc);// 32位md5加密 string requestBody = $"clazzId={CurrentCourse.ClassId}&playingTime={currentProgress}&duration={video_info.duration}" + $"&clipTime=0_{video_info.duration}&objectId={vav.attachments[0].property.objectid}&otherInfo={vav.attachments[0].otherInfo}" + $"&courseId={CurrentCourse.CourseId}&jobid={vav.attachments[0].property.jobid}&userid={vav.defaults.userid}&view=pc&enc={enc}&dtype=Video"; // 跳过视频 VideoProgressVo jumpVideoResponse = await ($"https://mooc1.chaoxing.com/multimedia/log/a/{vav.defaults.cpi}/{video_info.dtoken}?{requestBody}") .WithHeader("Referer", "https://mooc1.chaoxing.com/ananas/modules/video/index.html") .WithHeader("User-Agent", "apifox/1.0.0 (https://www.apifox.cn)") .WithHeader("Content-Type", "application/json") .WithCookies(Cookies) .GetJsonAsync<VideoProgressVo>(); Log($"当前进度值:{currentProgress},总长度:{video_info.duration},状态:{jumpVideoResponse.isPassed}"); if (!jumpVideoResponse.isPassed) { if(currentProgress + 60 > video_info.duration) { currentProgress = video_info.duration; }else if(currentProgress == video_info.duration) { currentProgress += 1; }else { currentProgress += 60; } }else { Log("该视频已完成"); currentProgress = video_info.duration + 1; } await Task.Delay(60 * 1000); }引用1.JS调试的时候遇到无限debugger怎么办? : https://blog.csdn.net/qq_19309473/article/details/120573903