def generate():
global _id_set
while True:
new_id = crypto.randomize_int(4)
if new_id != 0 and not new_id in _id_set:
return new(new_id)
def generate_password(length, lowercase=True, uppercase=True, numeric=True, special=True, whitespace=True, dash=True,
underscore=True):
chars = list()
if lowercase:
chars.extend(xrange(65, 90 + 1))
if uppercase:
chars.extend(xrange(97, 122 + 1))
if numeric:
chars.extend(xrange(48, 57 + 1))
if special:
chars.extend(xrange(33, 47 + 1))
chars.extend(xrange(58, 64 + 1))
chars.extend(xrange(91, 96 + 1))
chars.extend(xrange(123, 126 + 1))
if whitespace:
chars.append(32)
if dash:
chars.append(45)
if underscore:
chars.append(95)
password = ""
for i in range(length):
password += chr(chars[crypto.randomize_int(4, len(chars))])
return password
def generate():
global _id_set
while True:
new_id = crypto.randomize_int(4)
if new_id != 0 and not new_id in _id_set:
return new(new_id)
def generate_password(length,
lowercase=True,
uppercase=True,
numeric=True,
special=True,
whitespace=True,
dash=True,
underscore=True):
chars = list()
if lowercase:
chars.extend(xrange(65, 90 + 1))
if uppercase:
chars.extend(xrange(97, 122 + 1))
if numeric:
chars.extend(xrange(48, 57 + 1))
if special:
chars.extend(xrange(33, 47 + 1))
chars.extend(xrange(58, 64 + 1))
chars.extend(xrange(91, 96 + 1))
chars.extend(xrange(123, 126 + 1))
if whitespace:
chars.append(32)
if dash:
chars.append(45)
if underscore:
chars.append(95)
password = ""
for i in range(length):
password += chr(chars[crypto.randomize_int(4, len(chars))])
return password
