webqq 最新加密算法
2012-06-04 07:01:36 来源：WEB开发网 闂傚倸鍊搁崐鎼佸磹閹间礁纾瑰瀣椤愯姤鎱ㄥ鍡楀幊缂傚倹姘ㄩ幉绋款吋閸澀缃曢梻鍌欑濠€閬嶆惞鎼淬劌绐楅柡宥庡亞娑撳秵銇勯弽顐沪闁绘挶鍎甸弻锝夊即閻愭祴鍋撻崷顓涘亾濮樼偓瀚�
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核心提示：class EncodePasswd(object): def __init__(self, passwd=None, verifycode=None): self.passwd = passwd self.verifycode = verifycode self.hex
class EncodePasswd(object):
def __init__(self, passwd=None, verifycode=None):
self.passwd = passwd
self.verifycode = verifycode
self.hexcase = 1
self.b64pad = ''
self.chrsz = 8
self.mode = 32
def str2binl(self, D):
C = []
A = (1<<self.chrsz) - 1
for B in range(0, len(D)*self.chrsz, self.chrsz):
if len(C) == (B>>5): C.append(0)
C[B>>5] |= (ord(D[B/self.chrsz])&A)<<(B%32)
return C
def binl2hex(self, C):
B = "0123456789abcdef"
if self.hexcase:
B = "0123456789ABCDEF"
D = ''
for A in range(0, len(C)*4, 1):
D += B[(C[A>>2]>>((A%4)*8+4))&15] + B[(C[A>>2]>>((A%4)*8))&15]
return D
def md5(self, A):
return self.hex_md5(A)
def hex_md5(self, A):
return self.binl2hex(self.core_md5(self.str2binl(A), len(A)*self.chrsz))
def str_md5(self, A):
return self.binl2str(self.core_md5(self.str2binl(A), len(A)*self.chrsz))
def hex_hmac_md5(self, A, B):
return self.binl2hex(self.core_hmac_md5(A, B))
def b64_hmac_md5(self, A, B):
return binl2b64(core_hmac_md5(A, B))
def str_hmac_md5(self, A, B):
return self.binl2str(self.core_hmac_md5(A, B))
def md5_vm_test(self):
return self.hex_md5('abc') == '900150983cd24fb0d6963f7d28e17f72'
# this is equvalent of >>> in js
def rsl(self, A, B):
return (A & 0xFFFFFFFFL) >> B
def jsArraySet(self, list, index, value):
if index < 0: return
if len(list) > index:
list[index] = value
else:
for i in range(index-len(list)):
list.append(0)
list.append(value)
def jsArrayGet(self, list, index):
if len(list) > index:
return list[index]
else:
return 0
def core_md5(self, K, F):
#K[F>>5] |= 128<<((F)%32)
self.jsArraySet(K, F>>5, self.jsArrayGet(K, F>>5)|(128<<(F%32)))
#K[(self.rsl(F+64, 9)<<4)+14] = F
self.jsArraySet(K, (self.rsl(F+64, 9)<<4)+14, F)
J=1732584193;
I=-271733879;
H=-1732584194;
G=271733878;
for C in range(0, len(K), 16):
E=J;
D=I;
B=H;
A=G;
J=self.md5_ff(J,I,H,G,self.jsArrayGet(K, C+0),7,-680876936);
G=self.md5_ff(G,J,I,H,self.jsArrayGet(K, C+1),12,-389564586);
H=self.md5_ff(H,G,J,I,self.jsArrayGet(K, C+2),17,606105819);
I=self.md5_ff(I,H,G,J,self.jsArrayGet(K, C+3),22,-1044525330);
J=self.md5_ff(J,I,H,G,self.jsArrayGet(K, C+4),7,-176418897);
G=self.md5_ff(G,J,I,H,self.jsArrayGet(K, C+5),12,1200080426);
H=self.md5_ff(H,G,J,I,self.jsArrayGet(K, C+6),17,-1473231341);
I=self.md5_ff(I,H,G,J,self.jsArrayGet(K, C+7),22,-45705983);
J=self.md5_ff(J,I,H,G,self.jsArrayGet(K, C+8),7,1770035416);
G=self.md5_ff(G,J,I,H,self.jsArrayGet(K, C+9),12,-1958414417);
H=self.md5_ff(H,G,J,I,self.jsArrayGet(K, C+10),17,-42063);
I=self.md5_ff(I,H,G,J,self.jsArrayGet(K, C+11),22,-1990404162);
J=self.md5_ff(J,I,H,G,self.jsArrayGet(K, C+12),7,1804603682);
G=self.md5_ff(G,J,I,H,self.jsArrayGet(K, C+13),12,-40341101);
H=self.md5_ff(H,G,J,I,self.jsArrayGet(K, C+14),17,-1502002290);
I=self.md5_ff(I,H,G,J,self.jsArrayGet(K, C+15),22,1236535329);
J=self.md5_gg(J,I,H,G,self.jsArrayGet(K, C+1),5,-165796510);
G=self.md5_gg(G,J,I,H,self.jsArrayGet(K, C+6),9,-1069501632);
H=self.md5_gg(H,G,J,I,self.jsArrayGet(K, C+11),14,643717713);
I=self.md5_gg(I,H,G,J,self.jsArrayGet(K, C+0),20,-373897302);
J=self.md5_gg(J,I,H,G,self.jsArrayGet(K, C+5),5,-701558691);
G=self.md5_gg(G,J,I,H,self.jsArrayGet(K, C+10),9,38016083);
H=self.md5_gg(H,G,J,I,self.jsArrayGet(K, C+15),14,-660478335);
I=self.md5_gg(I,H,G,J,self.jsArrayGet(K, C+4),20,-405537848);
J=self.md5_gg(J,I,H,G,self.jsArrayGet(K, C+9),5,568446438);
G=self.md5_gg(G,J,I,H,self.jsArrayGet(K, C+14),9,-1019803690);
H=self.md5_gg(H,G,J,I,self.jsArrayGet(K, C+3),14,-187363961);
I=self.md5_gg(I,H,G,J,self.jsArrayGet(K, C+8),20,1163531501);
J=self.md5_gg(J,I,H,G,self.jsArrayGet(K, C+13),5,-1444681467);
G=self.md5_gg(G,J,I,H,self.jsArrayGet(K, C+2),9,-51403784);
H=self.md5_gg(H,G,J,I,self.jsArrayGet(K, C+7),14,1735328473);
I=self.md5_gg(I,H,G,J,self.jsArrayGet(K, C+12),20,-1926607734);
J=self.md5_hh(J,I,H,G,self.jsArrayGet(K, C+5),4,-378558);
G=self.md5_hh(G,J,I,H,self.jsArrayGet(K, C+8),11,-2022574463);
H=self.md5_hh(H,G,J,I,self.jsArrayGet(K, C+11),16,1839030562);
I=self.md5_hh(I,H,G,J,self.jsArrayGet(K, C+14),23,-35309556);
J=self.md5_hh(J,I,H,G,self.jsArrayGet(K, C+1),4,-1530992060);
G=self.md5_hh(G,J,I,H,self.jsArrayGet(K, C+4),11,1272893353);
H=self.md5_hh(H,G,J,I,self.jsArrayGet(K, C+7),16,-155497632);
I=self.md5_hh(I,H,G,J,self.jsArrayGet(K, C+10),23,-1094730640);
J=self.md5_hh(J,I,H,G,self.jsArrayGet(K, C+13),4,681279174);
G=self.md5_hh(G,J,I,H,self.jsArrayGet(K, C+0),11,-358537222);
H=self.md5_hh(H,G,J,I,self.jsArrayGet(K, C+3),16,-722521979);
I=self.md5_hh(I,H,G,J,self.jsArrayGet(K, C+6),23,76029189);
J=self.md5_hh(J,I,H,G,self.jsArrayGet(K, C+9),4,-640364487);
G=self.md5_hh(G,J,I,H,self.jsArrayGet(K, C+12),11,-421815835);
H=self.md5_hh(H,G,J,I,self.jsArrayGet(K, C+15),16,530742520);
I=self.md5_hh(I,H,G,J,self.jsArrayGet(K, C+2),23,-995338651);
J=self.md5_ii(J,I,H,G,self.jsArrayGet(K, C+0),6,-198630844);
G=self.md5_ii(G,J,I,H,self.jsArrayGet(K, C+7),10,1126891415);
H=self.md5_ii(H,G,J,I,self.jsArrayGet(K, C+14),15,-1416354905);
I=self.md5_ii(I,H,G,J,self.jsArrayGet(K, C+5),21,-57434055);
J=self.md5_ii(J,I,H,G,self.jsArrayGet(K, C+12),6,1700485571);
G=self.md5_ii(G,J,I,H,self.jsArrayGet(K, C+3),10,-1894986606);
H=self.md5_ii(H,G,J,I,self.jsArrayGet(K, C+10),15,-1051523);
I=self.md5_ii(I,H,G,J,self.jsArrayGet(K, C+1),21,-2054922799);
J=self.md5_ii(J,I,H,G,self.jsArrayGet(K, C+8),6,1873313359);
G=self.md5_ii(G,J,I,H,self.jsArrayGet(K, C+15),10,-30611744);
H=self.md5_ii(H,G,J,I,self.jsArrayGet(K, C+6),15,-1560198380);
I=self.md5_ii(I,H,G,J,self.jsArrayGet(K, C+13),21,1309151649);
J=self.md5_ii(J,I,H,G,self.jsArrayGet(K, C+4),6,-145523070);
G=self.md5_ii(G,J,I,H,self.jsArrayGet(K, C+11),10,-1120210379);
H=self.md5_ii(H,G,J,I,self.jsArrayGet(K, C+2),15,718787259);
I=self.md5_ii(I,H,G,J,self.jsArrayGet(K, C+9),21,-343485551);
J=self.safe_add(J,E);
I=self.safe_add(I,D);
H=self.safe_add(H,B);
G=self.safe_add(G,A)
if self.mode == 16:
return [I, H]
else:
return [J, I, H, G]
def md5_cmn(self, F, C, B, A, E, D):
return self.safe_add(self.bit_rol(self.safe_add(self.safe_add(C, F), self.safe_add(A, D)), E), B)
def md5_ff(self, C, B,G, F,A,E,D):
return self.md5_cmn((B&G)|((~B)&F), C, B, A, E, D)
def md5_gg(self, C,B,G,F,A,E,D):
return self.md5_cmn((B&F)|(G&(~F)),C,B,A,E,D)
def md5_hh(self, C,B,G,F,A,E,D):
return self.md5_cmn(B^G^F, C,B,A,E,D)
def md5_ii(self,C,B,G,F,A,E,D):
return self.md5_cmn(G^(B|(~F)),C,B,A,E,D)
def core_hmac_md5(self, C, F):
E = self.str2binl(C)
if len(E) > 16:
E = self.core_md5(E,len(C)*self.chrsz)
A = [None]*16
D = [None]*16
for B in range(0, 16):
A[B] = E[B]^909522486
D[B] = E[B]^1549556828
G = self.core_md5(A+self.str2binl(F), 512+len(F)*self.chrsz)
return self.core_md5(D+G, 512+128)
def safe_add(self, A,D):
C = (A&65535)+(D&65535)
B = (A>>16)+(D>>16)+(C>>16)
return (B<<16)|(C&65535)
def bit_rol(self, A, B):
return (A<<B)|self.rsl(A, 32-B)
def binl2str(self, C):
D = ''
A = (1<<self.chrsz)-1
for B in range(0, len(C)*32, self.chrsz):
D += chr(self.rsl(C[B>>5], B%32)&A)
return D
def binl2b64(self, D):
C="ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/"
F = ''
for B in range(0, len(D)*4, 3):
E=(((D[B>>2]>>8*(B%4))&255)<<16)|(((D[B+1>>2]>>8*((B+1)%4))&255)<<8)|((D[B+2>>2]>>8*((B+2)%4))&255)
for A in range(0, 4):
if B*8+A*6>len(D)*32:
F += self.b64pad
else:
F += C[(E>>6*(3-A))&63]
return F
def hexchar2bin(self,str):
arr = []
for i in range(0, len(str) , 2):
arr.append("\\x" + str[i:i+2])
arr="".join(arr)
exec("temp = '" + arr + "'");
return temp
def md5_3(self, B):
hash = self.core_md5(self.str2binl(B), len(B)*self.chrsz)
hash = self.core_md5(hash, 16*self.chrsz)
hash = self.core_md5(hash, 16*self.chrsz)
return self.binl2hex(hash)
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