跟進去這個u，再跟P
發現這個是返回好幾層的函數，例如下面這種
找到最外層代碼發現是自執行函數，將其複製到本地運行發現G未定義，把G也複製過去。
最終代碼
window = global
e = window
var G = "undefined" !== typeof e ? e : "undefined" !== typeof window ? window : "undefined" !== typeof self ? self : void 0
, Y = function(e) {
return e && "undefined" != typeof Symbol && e.constructor === Symbol ? "symbol" : typeof e
};
(function() {
var e = function(e, t, n) {
for (var r = [], i = 0; i++ < t; )
r.push(e += n);
return r
}
, t = function(e) {
for (var t, n, r = String(e).replace(/[=]+$/, ""), o = r.length, a = 0, u = 0, c = []; u < o; u++)
~(n = i[r.charCodeAt(u)]) && (t = a % 4 ? 64 * t + n : n,
a++ % 4) && c.push(255 & t >> (-2 * a & 6));
return c
}
, n = function(e) {
return e >> 1 ^ -(1 & e)
}
, r = []
, i = e(0, 43, 0).concat([62, 0, 62, 0, 63]).concat(e(51, 10, 1)).concat(e(0, 8, 0)).concat(e(0, 25, 1)).concat([0, 0, 0, 0, 63, 0]).concat(e(25, 26, 1))
, o = function(e) {
for (var r = [], i = new Int8Array(t(e)), o = i.length, a = 0; o > a; ) {
var u = i[a++]
, c = 127 & u;
u >= 0 ? r.push(n(c)) : (c |= (127 & (u = i[a++])) << 7,
u >= 0 || (c |= (127 & (u = i[a++])) << 14,
u >= 0 || (c |= (127 & (u = i[a++])) << 21,
u >= 0 || (c |= (u = i[a++]) << 28))),
r.push(n(c)))
}
return r
};
return function(e, t) {
var n = o(e)
, i = function(e, t, o, u, c) {
return function s() {
for (var l, f, p = [o, u, t, this, arguments, s, n, 0], d = void 0, h = e, g = []; ; )
try {
for (; ; )
switch (n[++h]) {
case 0:
p[n[++h]] = new p[n[++h]](p[n[++h]]);
break;
case 1:
return p[n[++h]];
case 2:
for (l = [],
f = n[++h]; f > 0; f--)
l.push(p[n[++h]]);
p[n[++h]] = a(h + n[++h], l, o, u, c);
try {
Object.defineProperty(p[n[h - 1]], "length", {
value: n[++h],
configurable: !0,
writable: !1,
enumerable: !1
})
} catch (m) {}
break;
case 3:
p[n[++h]] = p[n[++h]] < p[n[++h]];
break;
case 4:
p[n[++h]] += String.fromCharCode(n[++h]),
p[n[++h]] += String.fromCharCode(n[++h]),
p[n[++h]] = p[n[++h]][p[n[++h]]];
break;
case 5:
p[n[++h]] = p[n[++h]] >= n[++h];
break;
case 6:
p[n[++h]] = p[n[++h]] >> n[++h],
p[n[++h]] = p[n[++h]][p[n[++h]]];
break;
case 7:
p[n[++h]] = p[n[++h]] < n[++h];
break;
case 8:
p[n[++h]] = p[n[++h]].call(d);
break;
case 9:
p[n[++h]] = "",
p[n[++h]] += String.fromCharCode(n[++h]),
p[n[++h]] = n[++h];
break;
case 10:
p[n[++h]] = p[n[++h]] | n[++h];
break;
case 11:
p[n[++h]] = p[n[++h]] & n[++h],
p[n[++h]] = p[n[++h]][p[n[++h]]];
break;
case 12:
p[n[++h]] = {};
break;
case 13:
p[n[++h]] = p[n[++h]] | p[n[++h]],
p[n[++h]][p[n[++h]]] = p[n[++h]],
h += p[n[++h]] ? n[++h] : n[(++h,
++h)];
break;
case 14:
p[n[++h]] = d;
break;
case 15:
p[n[++h]] = n[++h],
p[n[++h]] = p[n[++h]][n[++h]],
p[n[++h]] = n[++h];
break;
case 16:
p[n[++h]] = !0;
break;
case 17:
p[n[++h]] = p[n[++h]] === p[n[++h]];
break;
case 18:
p[n[++h]] = p[n[++h]] / p[n[++h]];
break;
case 19:
p[n[++h]][p[n[++h]]] = p[n[++h]],
p[n[++h]] = "",
p[n[++h]] += String.fromCharCode(n[++h]);
break;
case 20:
p[n[++h]][n[++h]] = p[n[++h]],
p[n[++h]][n[++h]] = p[n[++h]],
p[n[++h]][n[++h]] = p[n[++h]];
break;
case 21:
p[n[++h]] = p[n[++h]] * p[n[++h]];
break;
case 22:
p[n[++h]] = ++p[n[++h]],
p[n[++h]] = p[n[++h]];
break;
case 23:
p[n[++h]] += String.fromCharCode(n[++h]),
p[n[++h]] = p[n[++h]][p[n[++h]]],
p[n[++h]] = p[n[++h]];
break;
case 24:
p[n[++h]] = p[n[++h]] << n[++h];
break;
case 25:
p[n[++h]] = Y(p[n[++h]]);
break;
case 26:
p[n[++h]] = p[n[++h]] | p[n[++h]];
break;
case 27:
p[n[++h]] = n[++h];
break;
case 28:
p[n[++h]] = p[n[++h]][n[++h]];
break;
case 29:
p[n[++h]] = n[++h],
p[n[++h]][n[++h]] = p[n[++h]],
p[n[++h]] = n[++h];
break;
case 30:
p[n[++h]] = p[n[++h]].call(d, p[n[++h]], p[n[++h]]);
break;
case 31:
p[n[++h]] = n[++h],
p[n[++h]] = n[++h],
p[n[++h]] = n[++h];
break;
case 32:
p[n[++h]] = n[++h],
p[n[++h]][p[n[++h]]] = p[n[++h]];
break;
case 33:
p[n[++h]] = p[n[++h]] === n[++h];
break;
case 34:
p[n[++h]] = p[n[++h]] + n[++h];
break;
case 35:
p[n[++h]] += String.fromCharCode(n[++h]);
break;
case 36:
p[n[++h]] = "",
p[n[++h]] += String.fromCharCode(n[++h]);
break;
case 37:
p[n[++h]] = p[n[++h]][n[++h]],
p[n[++h]] = p[n[++h]][n[++h]],
p[n[++h]] = p[n[++h]][n[++h]];
break;
case 38:
p[n[++h]] = "",
p[n[++h]] += String.fromCharCode(n[++h]),
p[n[++h]] += String.fromCharCode(n[++h]);
break;
case 39:
p[n[++h]] += String.fromCharCode(n[++h]),
p[n[++h]] = p[n[++h]] === p[n[++h]],
h += p[n[++h]] ? n[++h] : n[(++h,
++h)];
break;
case 40:
p[n[++h]] = p[n[++h]] > p[n[++h]];
break;
case 41:
p[n[++h]] = p[n[++h]] - p[n[++h]];
break;
case 42:
p[n[++h]] = p[n[++h]] << p[n[++h]];
break;
case 43:
p[n[++h]] = p[n[++h]] & p[n[++h]];
break;
case 44:
p[n[++h]] = p[n[++h]] & n[++h];
break;
case 45:
p[n[++h]] = -p[n[++h]];
break;
case 46:
for (l = [],
f = n[++h]; f > 0; f--)
l.push(p[n[++h]]);
p[n[++h]] = i(h + n[++h], l, o, u, c);
try {
Object.defineProperty(p[n[h - 1]], "length", {
value: n[++h],
configurable: !0,
writable: !1,
enumerable: !1
})
} catch (v) {}
break;
case 47:
h += p[n[++h]] ? n[++h] : n[(++h,
++h)];
break;
case 48:
p[n[++h]][n[++h]] = p[n[++h]];
break;
case 49:
p[n[++h]] = ~p[n[++h]];
break;
case 50:
p[n[++h]] = p[n[++h]].call(p[n[++h]]);
break;
case 51:
p[n[++h]] = p[n[++h]] ^ p[n[++h]];
break;
case 52:
p[n[++h]] = ++p[n[++h]];
break;
case 53:
p[n[++h]] = !1;
break;
case 54:
p[n[++h]] = p[n[++h]] >>> n[++h];
break;
case 55:
p[n[++h]][n[++h]] = p[n[++h]],
p[n[++h]] = n[++h],
p[n[++h]][n[++h]] = p[n[++h]];
break;
case 56:
p[n[++h]] = Array(n[++h]);
break;
case 57:
p[n[++h]] += String.fromCharCode(n[++h]),
p[n[++h]] += String.fromCharCode(n[++h]),
p[n[++h]][n[++h]] = p[n[++h]];
break;
case 58:
p[n[++h]] = p[n[++h]] % p[n[++h]];
break;
case 59:
p[n[++h]] = p[n[++h]][p[n[++h]]],
p[n[++h]] = p[n[++h]][n[++h]];
break;
case 60:
p[n[++h]] = p[n[++h]][n[++h]],
p[n[++h]] = n[++h];
break;
case 61:
p[n[++h]] = p[n[++h]] - n[++h];
break;
case 62:
p[n[++h]] = p[n[++h]] + p[n[++h]];
break;
case 63:
p[n[++h]] = !p[n[++h]];
break;
case 64:
p[n[++h]][p[n[++h]]] = p[n[++h]];
break;
case 65:
for (p[n[++h]] += String.fromCharCode(n[++h]),
l = [],
f = n[++h]; f > 0; f--)
l.push(p[n[++h]]);
p[n[++h]] = i(h + n[++h], l, o, u, c);
try {
Object.defineProperty(p[n[h - 1]], "length", {
value: n[++h],
configurable: !0,
writable: !1,
enumerable: !1
})
} catch (A) {}
p[n[++h]][p[n[++h]]] = p[n[++h]];
break;
case 66:
p[n[++h]] = p[n[++h]] - 0;
break;
case 67:
p[n[++h]] = p[n[++h]].call(p[n[++h]], p[n[++h]]);
break;
case 68:
p[n[++h]] = p[n[++h]][n[++h]],
p[n[++h]] = p[n[++h]],
p[n[++h]] = p[n[++h]] - 0;
break;
case 69:
p[n[++h]] = p[n[++h]][p[n[++h]]],
p[n[++h]] = p[n[++h]] + p[n[++h]];
break;
case 70:
p[n[++h]] = n[++h] + p[n[++h]];
break;
case 71:
p[n[++h]] = p[n[++h]] << p[n[++h]],
p[n[++h]] = p[n[++h]] | p[n[++h]],
p[n[++h]][p[n[++h]]] = p[n[++h]];
break;
case 72:
p[n[++h]] = p[n[++h]].call(p[n[++h]], p[n[++h]], p[n[++h]]);
break;
case 73:
p[n[++h]] = p[n[++h]] >> n[++h];
break;
case 74:
p[n[++h]][p[n[++h]]] = p[n[++h]],
p[n[++h]][p[n[++h]]] = p[n[++h]],
p[n[++h]][p[n[++h]]] = p[n[++h]];
break;
case 75:
p[n[++h]] = n[++h],
p[n[++h]][n[++h]] = p[n[++h]],
h += p[n[++h]] ? n[++h] : n[(++h,
++h)];
break;
case 76:
p[n[++h]] = p[n[++h]].call(d, p[n[++h]]);
break;
case 77:
p[n[++h]] = p[n[++h]];
break;
case 78:
p[n[++h]] = p[n[++h]][p[n[++h]]];
break;
case 79:
p[n[++h]] = p[n[++h]][n[++h]],
p[n[++h]] = p[n[++h]] >> n[++h],
p[n[++h]] = p[n[++h]] & n[++h];
break;
case 80:
p[n[++h]] = "";
break;
case 81:
p[n[++h]] += String.fromCharCode(n[++h]),
p[n[++h]] += String.fromCharCode(n[++h]),
p[n[++h]] += String.fromCharCode(n[++h]);
break;
case 82:
p[n[++h]] += String.fromCharCode(n[++h]),
p[n[++h]] = p[n[++h]][p[n[++h]]],
h += p[n[++h]] ? n[++h] : n[(++h,
++h)]
}
} catch (y) {
if (g.length > 0 && (r = []),
r.push(h),
0 === g.length)
throw c ? c(y, p, r) : y;
h = g.pop(),
r.pop()
}
}
}
, a = function(e, t, o, u, c) {
return function s() {
for (var l, f, p = [o, u, t, this, arguments, s, n, 0], d = void 0, h = e, g = []; ; )
try {
for (; ; )
switch (n[++h]) {
case 0:
p[n[++h]] = new p[n[++h]](p[n[++h]]);
break;
case 1:
return p[n[++h]];
case 2:
for (l = [],
f = n[++h]; f > 0; f--)
l.push(p[n[++h]]);
p[n[++h]] = a(h + n[++h], l, o, u, c);
try {
Object.defineProperty(p[n[h - 1]], "length", {
value: n[++h],
configurable: !0,
writable: !1,
enumerable: !1
})
} catch (m) {}
break;
case 3:
p[n[++h]] = p[n[++h]] < p[n[++h]];
break;
case 4:
p[n[++h]] += String.fromCharCode(n[++h]),
p[n[++h]] += String.fromCharCode(n[++h]),
p[n[++h]] = p[n[++h]][p[n[++h]]];
break;
case 5:
p[n[++h]] = p[n[++h]] >= n[++h];
break;
case 6:
p[n[++h]] = p[n[++h]] >> n[++h],
p[n[++h]] = p[n[++h]][p[n[++h]]];
break;
case 7:
p[n[++h]] = p[n[++h]] < n[++h];
break;
case 8:
p[n[++h]] = p[n[++h]].call(d);
break;
case 9:
p[n[++h]] = "",
p[n[++h]] += String.fromCharCode(n[++h]),
p[n[++h]] = n[++h];
break;
case 10:
p[n[++h]] = p[n[++h]] | n[++h];
break;
case 11:
p[n[++h]] = p[n[++h]] & n[++h],
p[n[++h]] = p[n[++h]][p[n[++h]]];
break;
case 12:
p[n[++h]] = {};
break;
case 13:
p[n[++h]] = p[n[++h]] | p[n[++h]],
p[n[++h]][p[n[++h]]] = p[n[++h]],
h += p[n[++h]] ? n[++h] : n[(++h,
++h)];
break;
case 14:
p[n[++h]] = d;
break;
case 15:
p[n[++h]] = n[++h],
p[n[++h]] = p[n[++h]][n[++h]],
p[n[++h]] = n[++h];
break;
case 16:
p[n[++h]] = !0;
break;
case 17:
p[n[++h]] = p[n[++h]] === p[n[++h]];
break;
case 18:
p[n[++h]] = p[n[++h]] / p[n[++h]];
break;
case 19:
p[n[++h]][p[n[++h]]] = p[n[++h]],
p[n[++h]] = "",
p[n[++h]] += String.fromCharCode(n[++h]);
break;
case 20:
p[n[++h]][n[++h]] = p[n[++h]],
p[n[++h]][n[++h]] = p[n[++h]],
p[n[++h]][n[++h]] = p[n[++h]];
break;
case 21:
p[n[++h]] = p[n[++h]] * p[n[++h]];
break;
case 22:
p[n[++h]] = ++p[n[++h]],
p[n[++h]] = p[n[++h]];
break;
case 23:
p[n[++h]] += String.fromCharCode(n[++h]),
p[n[++h]] = p[n[++h]][p[n[++h]]],
p[n[++h]] = p[n[++h]];
break;
case 24:
p[n[++h]] = p[n[++h]] << n[++h];
break;
case 25:
p[n[++h]] = Y(p[n[++h]]);
break;
case 26:
p[n[++h]] = p[n[++h]] | p[n[++h]];
break;
case 27:
p[n[++h]] = n[++h];
break;
case 28:
p[n[++h]] = p[n[++h]][n[++h]];
break;
case 29:
p[n[++h]] = n[++h],
p[n[++h]][n[++h]] = p[n[++h]],
p[n[++h]] = n[++h];
break;
case 30:
p[n[++h]] = p[n[++h]].call(d, p[n[++h]], p[n[++h]]);
break;
case 31:
p[n[++h]] = n[++h],
p[n[++h]] = n[++h],
p[n[++h]] = n[++h];
break;
case 32:
p[n[++h]] = n[++h],
p[n[++h]][p[n[++h]]] = p[n[++h]];
break;
case 33:
p[n[++h]] = p[n[++h]] === n[++h];
break;
case 34:
p[n[++h]] = p[n[++h]] + n[++h];
break;
case 35:
p[n[++h]] += String.fromCharCode(n[++h]);
break;
case 36:
p[n[++h]] = "",
p[n[++h]] += String.fromCharCode(n[++h]);
break;
case 37:
p[n[++h]] = p[n[++h]][n[++h]],
p[n[++h]] = p[n[++h]][n[++h]],
p[n[++h]] = p[n[++h]][n[++h]];
break;
case 38:
p[n[++h]] = "",
p[n[++h]] += String.fromCharCode(n[++h]),
p[n[++h]] += String.fromCharCode(n[++h]);
break;
case 39:
p[n[++h]] += String.fromCharCode(n[++h]),
p[n[++h]] = p[n[++h]] === p[n[++h]],
h += p[n[++h]] ? n[++h] : n[(++h,
++h)];
break;
case 40:
p[n[++h]] = p[n[++h]] > p[n[++h]];
break;
case 41:
p[n[++h]] = p[n[++h]] - p[n[++h]];
break;
case 42:
p[n[++h]] = p[n[++h]] << p[n[++h]];
break;
case 43:
p[n[++h]] = p[n[++h]] & p[n[++h]];
break;
case 44:
p[n[++h]] = p[n[++h]] & n[++h];
break;
case 45:
p[n[++h]] = -p[n[++h]];
break;
case 46:
for (l = [],
f = n[++h]; f > 0; f--)
l.push(p[n[++h]]);
p[n[++h]] = i(h + n[++h], l, o, u, c);
try {
Object.defineProperty(p[n[h - 1]], "length", {
value: n[++h],
configurable: !0,
writable: !1,
enumerable: !1
})
} catch (v) {}
break;
case 47:
h += p[n[++h]] ? n[++h] : n[(++h,
++h)];
break;
case 48:
p[n[++h]][n[++h]] = p[n[++h]];
break;
case 49:
p[n[++h]] = ~p[n[++h]];
break;
case 50:
p[n[++h]] = p[n[++h]].call(p[n[++h]]);
break;
case 51:
p[n[++h]] = p[n[++h]] ^ p[n[++h]];
break;
case 52:
p[n[++h]] = ++p[n[++h]];
break;
case 53:
p[n[++h]] = !1;
break;
case 54:
p[n[++h]] = p[n[++h]] >>> n[++h];
break;
case 55:
p[n[++h]][n[++h]] = p[n[++h]],
p[n[++h]] = n[++h],
p[n[++h]][n[++h]] = p[n[++h]];
break;
case 56:
p[n[++h]] = Array(n[++h]);
break;
case 57:
p[n[++h]] += String.fromCharCode(n[++h]),
p[n[++h]] += String.fromCharCode(n[++h]),
p[n[++h]][n[++h]] = p[n[++h]];
break;
case 58:
p[n[++h]] = p[n[++h]] % p[n[++h]];
break;
case 59:
p[n[++h]] = p[n[++h]][p[n[++h]]],
p[n[++h]] = p[n[++h]][n[++h]];
break;
case 60:
p[n[++h]] = p[n[++h]][n[++h]],
p[n[++h]] = n[++h];
break;
case 61:
p[n[++h]] = p[n[++h]] - n[++h];
break;
case 62:
p[n[++h]] = p[n[++h]] + p[n[++h]];
break;
case 63:
p[n[++h]] = !p[n[++h]];
break;
case 64:
p[n[++h]][p[n[++h]]] = p[n[++h]];
break;
case 65:
for (p[n[++h]] += String.fromCharCode(n[++h]),
l = [],
f = n[++h]; f > 0; f--)
l.push(p[n[++h]]);
p[n[++h]] = i(h + n[++h], l, o, u, c);
try {
Object.defineProperty(p[n[h - 1]], "length", {
value: n[++h],
configurable: !0,
writable: !1,
enumerable: !1
})
} catch (A) {}
p[n[++h]][p[n[++h]]] = p[n[++h]];
break;
case 66:
p[n[++h]] = p[n[++h]] - 0;
break;
case 67:
p[n[++h]] = p[n[++h]].call(p[n[++h]], p[n[++h]]);
break;
case 68:
p[n[++h]] = p[n[++h]][n[++h]],
p[n[++h]] = p[n[++h]],
p[n[++h]] = p[n[++h]] - 0;
break;
case 69:
p[n[++h]] = p[n[++h]][p[n[++h]]],
p[n[++h]] = p[n[++h]] + p[n[++h]];
break;
case 70:
p[n[++h]] = n[++h] + p[n[++h]];
break;
case 71:
p[n[++h]] = p[n[++h]] << p[n[++h]],
p[n[++h]] = p[n[++h]] | p[n[++h]],
p[n[++h]][p[n[++h]]] = p[n[++h]];
break;
case 72:
p[n[++h]] = p[n[++h]].call(p[n[++h]], p[n[++h]], p[n[++h]]);
break;
case 73:
p[n[++h]] = p[n[++h]] >> n[++h];
break;
case 74:
p[n[++h]][p[n[++h]]] = p[n[++h]],
p[n[++h]][p[n[++h]]] = p[n[++h]],
p[n[++h]][p[n[++h]]] = p[n[++h]];
break;
case 75:
p[n[++h]] = n[++h],
p[n[++h]][n[++h]] = p[n[++h]],
h += p[n[++h]] ? n[++h] : n[(++h,
++h)];
break;
case 76:
p[n[++h]] = p[n[++h]].call(d, p[n[++h]]);
break;
case 77:
p[n[++h]] = p[n[++h]];
break;
case 78:
p[n[++h]] = p[n[++h]][p[n[++h]]];
break;
case 79:
p[n[++h]] = p[n[++h]][n[++h]],
p[n[++h]] = p[n[++h]] >> n[++h],
p[n[++h]] = p[n[++h]] & n[++h];
break;
case 80:
p[n[++h]] = "";
break;
case 81:
p[n[++h]] += String.fromCharCode(n[++h]),
p[n[++h]] += String.fromCharCode(n[++h]),
p[n[++h]] += String.fromCharCode(n[++h]);
break;
case 82:
p[n[++h]] += String.fromCharCode(n[++h]),
p[n[++h]] = p[n[++h]][p[n[++h]]],
h += p[n[++h]] ? n[++h] : n[(++h,
++h)]
}
} catch (y) {
if (g.length > 0 && (r = []),
r.push(h),
0 === g.length)
throw c ? c(y, p, r) : y;
h = g.pop(),
r.pop()
}
}
};
return t ? i : a
}
}
)()("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", !1)(3944, [], G, [void 0, 1732584193, 4023233417, 2562383102, 3285377520, !1, !0, 2147483648, 4294967295, 4294967296, 1518500249, 1859775393, 1894007588], void 0)();
var P = G._getSecuritySign;
n = {
"type": "POST",
"data": "{\"comm\":{\"cv\":4747474,\"ct\":24,\"format\":\"json\",\"inCharset\":\"utf-8\",\"outCharset\":\"utf-8\",\"notice\":0,\"platform\":\"yqq.json\",\"needNewCode\":1,\"uin\":0,\"g_tk_new_20200303\":5381,\"g_tk\":5381},\"req_1\":{\"module\":\"music.musicsearch.HotkeyService\",\"method\":\"GetHotkeyForQQMusicMobile\",\"param\":{\"searchid\":\"34015711553090923\",\"remoteplace\":\"txt.yqq.top\",\"from\":\"yqqweb\"}},\"req_2\":{\"module\":\"music.musicHall.MusicHallPlatformSvr\",\"method\":\"GetFocus\",\"param\":{\"ForceBig\":1}},\"req_3\":{\"module\":\"newalbum.NewAlbumServer\",\"method\":\"get_new_album_area\",\"param\":{}},\"req_4\":{\"module\":\"newalbum.NewAlbumServer\",\"method\":\"get_new_album_info\",\"param\":{\"area\":1,\"sin\":0,\"num\":20}},\"req_5\":{\"module\":\"musicToplist.ToplistInfoServer\",\"method\":\"GetAll\",\"param\":{}},\"req_6\":{\"module\":\"MvService.MvInfoProServer\",\"method\":\"GetNewMv\",\"param\":{\"style\":0,\"tag\":0,\"start\":0,\"size\":40}},\"req_7\":{\"module\":\"music.paycenterapi.LoginStateVerificationApi\",\"method\":\"GetChargeAccount\",\"param\":{\"appid\":\"mlive\"}}}",
"dataType": "json",
"beforeSend": null,
"success": null,
"error": null,
"complete": null,
"accepts": {
"script": "text/javascript, application/javascript, application/x-javascript",
"json": "application/json",
"xml": "application/xml, text/xml",
"html": "text/html",
"text": "text/plain",
"arraybuffer": "application/octet-stream"
},
"crossDomain": true,
"time": 10000,
"withCredentials": true,
"cache": false,
"url": "//u6.y.qq.com/cgi-bin/musicu.fcg?_=1748427100603",
"postType": true,
"needSign": true
}
var P = G._getSecuritySign;
u = P(n.data)
console.log(u)