def get_small():
""" Get a small password """
que = fill_q()
result = ""
while len(result) < 12-3:
result += jars.lower().get(que.get())
#Add special, upper and number
result += jars.special().get(que.get())
result += jars.upper().get(que.get())
result += jars.numbers().get(que.get())
return result
def get_passphrase():
""" Get a seven word passphrase """
que = fill_q()
result = ""
i = 0
while i < 7:
result += jars.words().get(que.get())
i = i + 1
#Add special, upper and number
result += jars.special().get(que.get())
result += jars.upper().get(que.get())
result += jars.numbers().get(que.get())
return result
SENTENCE = getpass.getpass(b"Enter the sentence: ")
SENTENCE2 = getpass.getpass(b"Confirm the sentence: ")
if SENTENCE != SENTENCE2:
exit("The sentences are not the same")
WORD = raw_input(b"Enter the word: ")
PBKDF2 = hashlib.pbkdf2_hmac('sha1', SENTENCE, WORD, 32768, dklen=64)
PBKDF2_HEX = binascii.hexlify(PBKDF2)
if DEBUG:
print "Size of PBKDF2: ", len(PBKDF2)
print "Size of PBKDF2_HEX: ", len(PBKDF2_HEX)
print "PBKDF2: ", PBKDF2_HEX
print "Numbers size: ", len(jars.numbers())
print "Special size: ", len(jars.special())
print "Lower size: ", len(jars.lower())
print "Upper size: ", len(jars.upper())
print "Words size: ", len(jars.words())
print jars.numbers().values()
print jars.special().values()
print jars.lower().values()
print jars.upper().values()
print jars.words().values()
read, write = os.pipe()
os.write(write, get_big())
os.close(write)
subprocess.check_call(['xclip', '-selection', 'clipboard'], stdin=read)