腾讯滑块VMP反编译(一)
vmp之前都是插桩搞，最近看到卷vmp正向/逆向的越来越多，遇到的vmp也越来越多，被迫尝试反编译，先拿经典且结构不是很复杂的腾讯vmp开刀。由于边分析边写笔记，因此这篇大部分内容会以截图形式呈现。
以下代码除vmp原代码外，demo均未保存，希望大家跟着写一遍，理解掌握才是最重要的。文末有陈不不大佬的jsvmp反编译视频课，有问题的话建议报课问大佬，绝对物有所值。
vmp源码：
var __TENCENT_CHAOS_STACK = function() {
function __TENCENT_CHAOS_VM(g, m, U, n, E, F, Y, c) {
var A = !n;
g = +g,
m = m || [0],
n = n || [[this], [{}]],
E = E || {};
var w, C = [], K = null;
function p() {
return function(A, C, K) {
return new (Function.bind.apply(A, C))
}
.apply(null, arguments)
}
Function.prototype.bind || (w = [].slice,
Function.prototype.bind = function(A) {
if ("function" != typeof this)
throw new TypeError("bind101");
var C = w.call(arguments, 1)
, K = C.length
, p = this
, Q = function() {}
, B = function() {
return C.length = K,
C.push.apply(C, arguments),
p.apply(Q.prototype.isPrototypeOf(this) ? this : A, C)
};
return this.prototype && (Q.prototype = this.prototype),
B.prototype = new Q,
B
}
);
var Q = [function() {
n.push(n[m[g++]][0])
}
, function() {
var A, C = [];
for (A in n.pop())
C.push(A);
n.push(C)
}
, function() {
var A = m[g++]
, C = A ? n.slice(-A) : [];
n.length -= A;
A = n.pop();
n.push(A[0][A[1]].apply(A[0], C))
}
, function() {
n.push([n.pop(), n.pop()].reverse())
}
, function() {
n.push("")
}
, function() {
n.pop()
}
, function() {
g = m[g++]
}
, function() {
n[n.length - 2] = n[n.length - 2] ^ n.pop()
}
, function() {
n.push(m[g++])
}
, , function() {
n[n.length - 1] += String.fromCharCode(m[g++])
}
, function() {
n[n.length - 2] = n[n.length - 2] & n.pop()
}
, function() {
n[n.length - 2] = n[n.length - 2] == n.pop()
}
, function() {
n[n.length - 1] = U[n[n.length - 1]]
}
, , function() {
n[n.length - 1].length ? n.push(n[n.length - 1].shift(), !0) : n.push(undefined, !1)
}
, function() {
return !0
}
, function() {
n.push(undefined)
}
, , , function() {
n[n.length - 2] = n[n.length - 2] + n.pop()
}
, function() {
n[n.length - 2] = n[n.length - 2] - n.pop()
}
, , function() {
n.push(!n.pop())
}
, function() {
var A = n[n.length - 2];
A[0][A[1]] = n[n.length - 1]
}
, function() {
var A = m[g++]
, C = A ? n.slice(-A) : [];
n.length -= A,
C.unshift(null);
A = n.pop();
n.push(p(A[0][A[1]], C))
}
, , , function() {
n[n.length - 2] = n[n.length - 2] === n.pop()
}
, , , function() {
n[n.length - 2] = n[n.length - 2] > n.pop()
}
, function() {
n.push([U, n.pop()])
}
, function() {
K = null
}
, , function() {
C.push([m[g++], n.length, m[g++]])
}
, function() {
n[n[n.length - 2][0]][0] = n[n.length - 1]
}
, function() {
n[n.length - 2] = n[n.length - 2] % n.pop()
}
, function() {
n[n.length - 2] = n[n.length - 2] / n.pop()
}
, function() {
n.push(n[n.length - 1])
}
, function() {
n.length = m[g++]
}
, function() {
var A = n.pop()
, C = n.pop();
n.push([C[0][C[1]], A])
}
, function() {
var A = m[g++];
n[A] = n[A] === undefined ? [] : n[A]
}
, , , function() {
n.push(null)
}
, function() {
n[n.length - 2] = n[n.length - 2] >> n.pop()
}
, function() {
n.push([m[g++]])
}
, , function() {
C.pop()
}
, function() {
n[n.length - 1] = m[g++]
}
, function() {
n[n.length - 2] = n[n.length - 2] << n.pop()
}
, function() {
n.push(typeof n.pop())
}
, , function() {
var A = n.pop();
n.push(A[0][A[1]])
}
, function() {
var A = m[g++]
, C = A ? n.slice(-A) : [];
n.length -= A,
C.unshift(null),
n.push(p(n.pop(), C))
}
, function() {
n[n.length - 2] = n[n.length - 2] | n.pop()
}
, , function() {
for (var K = m[g++], p = [], A = m[g++], C = m[g++], Q = [], B = 0; B < A; B++)
p[m[g++]] = n[m[g++]];
for (B = 0; B < C; B++)
Q[B] = m[g++];
n.push(function w() {
var A = p.slice(0);
A[0] = [this],
A[1] = [arguments],
A[2] = [w];
for (var C = 0; C < Q.length && C < arguments.length; C++)
0 < Q[C] && (A[Q[C]] = [arguments[C]]);
return __TENCENT_CHAOS_VM(K, m, U, A, E, F, Y, c)
})
}
, function() {
var A = n.pop();
n.push([n[n.pop()][0], A])
}
, function() {
var A = m[g++];
n[n.length - 1] && (g = A)
}
, function() {
return !!K
}
, function() {
n[n.length - 2] = n[n.length - 2] >= n.pop()
}
, function() {
n.push(n[n.pop()[0]][0])
}
, function() {
var A = m[g++]
, C = n[n.length - 2 - A];
n[n.length - 2 - A] = n.pop(),
n.push(C)
}
, , function() {
var A = m[g++]
, C = A ? n.slice(-A) : [];
n.length -= A,
n.push(n.pop().apply(U, C))
}
, function() {
n[n.length - 2] = n[n.length - 2] * n.pop()
}
, function() {
n[n.length - 2] = n[n.length - 2] >>> n.pop()
}
];
for (0; ; )
try {
for (var B = !1; !B; )
B = Q[m[g++]]();
if (0,
K)
throw K;
return A ? (n.pop(),
n.slice(3 + __TENCENT_CHAOS_VM.v)) : n.pop()
} catch (I) {
0;
var o = C.pop();
if (o === undefined)
throw I;
K = I,
g = o[0],
n.length = o[1],
o[2] && (n[o[2]][0] = K)
}
}
function E(A) {
for (var C, K, p = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=".split(""), Q = String(A).replace(/[=]+$/, ""), B = 0, w = 0, g = ""; K = Q.charAt(w++); ~K && (C = B % 4 ? 64 * C + K : K,
B++ % 4) && (g += String.fromCharCode(255 & C >> (-2 * B & 6))))
K = function(A, C, K) {
if ("function" == typeof Array.prototype.indexOf)
return Array.prototype.indexOf.call(A, C, K);
var p;
if (null == A)
throw new TypeError('"array" is null or not defined');
var Q = Object(A)
, B = Q.length >>> 0;
if (0 == B)
return -1;
if (B <= (K |= 0))
return -1;
for (p = Math.max(0 <= K ? K : B - Math.abs(K), 0); p < B; p++)
if (p in Q && Q[p] === C)
return p;
return -1
}(p, K);
return g
}
return __TENCENT_CHAOS_VM.v = 0,
__TENCENT_CHAOS_VM(0, function(A) {
var C = A[0]
, K = A[1]
, p = []
, Q = E(C)
, B = K.shift()
, w = K.shift()
, g = 0;
function m() {
for (; g === B; )
p.push(w),
g++,
B = K.shift(),
w = K.shift()
}
for (var U = 0; U < Q.length; U++) {
var n = Q.charAt(U).charCodeAt(0);
m(),
p.push(n),
g++
}
return m(),
p
}(["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.5, 23932, 23941, 23939, 23944, 23946, 23898, 24018, 24023, 24021, 24086, 24084, 23995, 24235, 22317, 24258, 20970]]), window)
}();
__TENCENT_CHAOS_STACK.g = function() {
return __TENCENT_CHAOS_STACK.shift()[0]
}
;
分析代码结构
反编译vmp的核心就是理解vmp如何运行，再根据运行流程去修改代码、构造AST结构、生成源码AST树。
先给文件补个window={};
然后直接运行分析：
__TENCENT_CHAOS_STOCK为自执行函数，进去看看:
单独的看下p这个函数，先盲猜初始化实例，绑定实例方法：
构造AST结构
原理
上面说了，根据Q[m[g++]]()来运行指令，其中m[g++]为指引指令集Q的索引，因此我们可以打印m[g++]来看执行了哪条指令，再把相应进出堆栈的指令转化为AST结构来生成最终代码。这样说可能有些难以理解，直接看以下demo：
以上为一个简单的vmp代码，转化为ast后就是这样：
因此，想办法把vmp中的操作指令转为ast，就可以还原出vmp被混淆前的代码。
优化结构
还原的关键当然是指令集，为了简便的还原与调试，参考陈不不大佬的代码，对原js进行改写：
重写指令
接下来就直接运行来重写指令了。
40
运行：
添加40：
42
继续运行：
添加42：
6
58(重点1)
可以看到，58指令向堆栈中放进去了一个函数。CHAOS_VM的参数则是调用它的object、指令集、常量/变量池、函数传参等等，这里先不去详细分析，等用到的再去细看。先简单重写：
4、10、13、55、39、3、24、5
66(较为重要)
函数的调用：
23、17、16
分析函数声明节点
到16后，第一轮走完，这时候运行代码查看反编译后的结果：
可以看到，整体结构已经出来了，不过函数的定义部分还未还原。虽然大佬的课里很详细的讲了函数节点的反编译，但是自己还是决定花少量时间摸索一下，实在搞不定再看视频。
后续： 腾讯滑块VMP反编译(二)
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