def Verify(Message, Key, hash):
hashed = sha(Key + Message)
if hash == hashed:
return True
return False
# Message = "Hello, my name is Max"
# print Message
# Key = randKey()
# hash = sha(Key + Message)
# print Verify(Message, Key, hash)
# Message = Message.replace("e", "d")
# print Message
# print Verify(Message, Key, hash)
# print sha("Password")
# binary = binascii.a2b_hex(sha("Hello World"))
# print binascii.b2a_base64(binary)
def Verify(Message, Key, hash):
hashed = sha(Key + Message)
if hash == hashed:
return True
return False
# Message = "Hello, my name is Max"
# print Message
# Key = randKey()
# hash = sha(Key + Message)
# print Verify(Message, Key, hash)
# Message = Message.replace("e", "d")
# print Message
# print Verify(Message, Key, hash)
# print sha("Password")
# binary = binascii.a2b_hex(sha("Hello World"))
# print binascii.b2a_base64(binary)
fPad = 0
Padding = "1"
while num % 512 != 448:
num += 1
fPad += 1
Padding += "0" * fPad
Padding += "{0:064b}".format(bits)
Binary = [Padding[i:i+8] for i in range(0,len(Padding),8)]
glueStr = ""
for b in Binary:
glueStr += chr(int(b,2))
return glueStr
Str = "foo"
encoded = encodeData(Str)
dLen = len(encoded)
Key = randKey()
secret = sha(Key + encoded)
Segments = [secret[i:i+8] for i in range(0,40,8)]
Hex = []
for s in Segments:
dec = int(s,16)
Hex.append(dec)
HackedStr = ";admin=true;password=true;"
hack = hackedSha(HackedStr, Hex, (dLen + 16) * 8)
print hack
print sha(Key + encoded + reversePad(dLen,16) + HackedStr)
CheckStr = encoded + reversePad(dLen, 16) + HackedStr
print Verify(CheckStr, Key, hack)
#print Verify(encoded, Key, secret)