1
hafuhafu 2021-12-12 13:18:35 +08:00
就是普通的编码格式造成的乱码吧...这方块,用 UTF-8 读 GBK 是这样的,反着来一下
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2
Robertwhite 2021-12-12 13:38:21 +08:00
应该不是乱码,粘了一段,用这个网站解码(它会尝试各种乱码),好像都解析不出来
http://www.mytju.com/classcode/tools/messycoderecover.asp |
3
CEBBCAT 2021-12-12 14:36:16 +08:00
至少发一下 base64 嘛
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4
ccvzz 2021-12-12 14:42:45 +08:00
二进制(可执行文件?
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5
dingwen07 2021-12-12 14:53:58 +08:00 via iPhone
无法正确解码的文件请使用 xxd 创建 hexdump 之后发
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6
love1989 OP @CEBBCAT 从 APP 的 API 抓下来的,得到的是一串 BASE64 的,源码时这个
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7
maplejaw 2021-12-12 15:06:35 +08:00 via Android
九成是 AES 加密,需要反编译看下 key 和 iv 才能解密。安卓 app 的话,有现成的 xposed 框架可以 hook 查看,关键词 inspeckage
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10
love1989 OP @Robertwhite 谢谢,好像么有办法
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11
maplejaw 2021-12-12 15:18:01 +08:00 via Android
@love1989 已经很具体了,就是 aes 加密算法,你先查下 aes 加密是啥,会反编译的话直接去 app 里面找到加密模式,填充,key 和 iv 等信息才能解密,不会反编译的话用 inspeckage 查看,网上教程很多。得到加密信息后这个网站可以验证 http://tool.chacuo.net/cryptaes ,得不到的话就别折腾了,你破解不了。
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