def try_once(i):
key = bits.getrandbytes(16)
bytes = bits.getrandbytes(16)
py_e = py_encrypt(key, bytes)
c_e = c_encrypt(key, bytes)
assert py_e == c_e
py_d = py_decrypt(key, py_e)
c_d = c_decrypt(key, c_e)
py_d_c = py_decrypt(key, c_e)
c_d_py = c_decrypt(key, py_e)
assert py_d_c == bytes
assert py_d == bytes
assert c_d == bytes
assert c_d_py == bytes
if ((i*100)/TRIALS) == ((i*100)//TRIALS):
sys.stdout.write('|')
def try_once(i):
key = bits.getrandbytes(16)
bytes = bits.getrandbytes(16)
py_e = py_encrypt(key, bytes)
c_e = c_encrypt(key, bytes)
assert py_e == c_e
py_d = py_decrypt(key, py_e)
c_d = c_decrypt(key, c_e)
py_d_c = py_decrypt(key, c_e)
c_d_py = c_decrypt(key, py_e)
assert py_d_c == bytes
assert py_d == bytes
assert c_d == bytes
assert c_d_py == bytes
if ((i * 100) / TRIALS) == ((i * 100) // TRIALS):
sys.stdout.write('|')
def hotmail_token(token, tag, rru='/cgi-bin/HoTMaiL'):
nonce = bits.getrandbytes(24)
secret = base64.b64decode(str(token.RequestedProofToken.BinarySecret))
key = mail.passport.derive_key(secret, 'WS-SecureConversation'+nonce)
info = (
('ct',str(int(time.time()))),
('bver','4'),
('id','2'),
('rru', rru),
('svc','mail'),
('js','yes'),
('pl','?id=2'),
('da', extract_encrypted(tag)),
('nonce',base64.b64encode(nonce)),
)
message = []
add = message.append
for k,v in info:
add('&')
add(k)
add('=')
v = v.encode('url')
if k == 'rru':
v = v.replace('/', '%2F').replace('.', '%2E')
if k == 'da':
v = v.replace('%3A', ':')
add(v)
message.pop(0)
message = ''.join(message)
hash = hmac.HMAC(key, message, hashlib.sha1).digest()
message += '&hash=%s' % base64.b64encode(hash).encode('url')
return 'token=%s' % message.encode('url').replace('%3A', ':')
def hotmail_token(token, tag, rru='/cgi-bin/HoTMaiL'):
nonce = bits.getrandbytes(24)
secret = base64.b64decode(str(token.RequestedProofToken.BinarySecret))
key = mail.passport.derive_key(secret, 'WS-SecureConversation' + nonce)
info = (
('ct', str(int(time.time()))),
('bver', '4'),
('id', '2'),
('rru', rru),
('svc', 'mail'),
('js', 'yes'),
('pl', '?id=2'),
('da', extract_encrypted(tag)),
('nonce', base64.b64encode(nonce)),
)
message = []
add = message.append
for k, v in info:
add('&')
add(k)
add('=')
v = v.encode('url')
if k == 'rru':
v = v.replace('/', '%2F').replace('.', '%2E')
if k == 'da':
v = v.replace('%3A', ':')
add(v)
message.pop(0)
message = ''.join(message)
hash = hmac.HMAC(key, message, hashlib.sha1).digest()
message += '&hash=%s' % base64.b64encode(hash).encode('url')
return 'token=%s' % message.encode('url').replace('%3A', ':')
def mbi_crypt(key, nonce, iv=None):
wssec = "WS-SecureConversation"
from util.cryptography import DES3
if iv is None:
iv = bits.getrandbytes(8)
key1 = key.decode('base64')
key2 = derive_key(key1, wssec+'SESSION KEY HASH')
key3 = derive_key(key1, wssec+'SESSION KEY ENCRYPTION')
hash = HMAC(key2, nonce, sha1).digest()
des = DES3(key3, 2, iv)
# wincrypt pads with '\x08' bytes
pad = lambda s: s+((8-(len(s)%8))*chr(8))
cipher = des.encrypt(pad(nonce))
return keystruct(iv, hash, cipher).pack().encode('base64').replace('\n','')
def mbi_crypt(key, nonce, iv=None):
wssec = "WS-SecureConversation"
from util.cryptography import DES3
if iv is None:
iv = bits.getrandbytes(8)
key1 = key.decode('base64')
key2 = derive_key(key1, wssec + 'SESSION KEY HASH')
key3 = derive_key(key1, wssec + 'SESSION KEY ENCRYPTION')
hash = HMAC(key2, nonce, sha1).digest()
des = DES3(key3, 2, iv)
# wincrypt pads with '\x08' bytes
pad = lambda s: s + ((8 - (len(s) % 8)) * chr(8))
cipher = des.encrypt(pad(nonce))
return keystruct(iv, hash,
cipher).pack().encode('base64').replace('\n', '')
assert c_d_py == bytes
if ((i*100)/TRIALS) == ((i*100)//TRIALS):
sys.stdout.write('|')
threadpool.ThreadPool(15)
#print '\nthreaded'
#for i in range(TRIALS):
# util.threaded(try_once)(i)
#
#print 'sequential'
#for i in range(TRIALS):
# try_once(i)
key = bits.getrandbytes(16)
c_crypter = c_rijndael(key)
py_crypter = py_rijndael(key)
py_encrypt = lambda _key, x: py_crypter.encrypt(x)
py_decrypt = lambda _key, x: py_crypter.decrypt(x)
c_encrypt = lambda _key, x: c_crypter.encrypt(x)
c_decrypt = lambda _key, x: c_crypter.decrypt(x)
print '\nsequential stateful'
for i in range(TRIALS):
try_once(i)
#import time
#time.sleep(TRIALS//1000 * 5)
if ((i * 100) / TRIALS) == ((i * 100) // TRIALS):
sys.stdout.write('|')
threadpool.ThreadPool(15)
#print '\nthreaded'
#for i in range(TRIALS):
# util.threaded(try_once)(i)
#
#print 'sequential'
#for i in range(TRIALS):
# try_once(i)
key = bits.getrandbytes(16)
c_crypter = c_rijndael(key)
py_crypter = py_rijndael(key)
py_encrypt = lambda _key, x: py_crypter.encrypt(x)
py_decrypt = lambda _key, x: py_crypter.decrypt(x)
c_encrypt = lambda _key, x: c_crypter.encrypt(x)
c_decrypt = lambda _key, x: c_crypter.decrypt(x)
print '\nsequential stateful'
for i in range(TRIALS):
try_once(i)
#import time
#time.sleep(TRIALS//1000 * 5)