def generate(self, cli_object):
if cli_object.salt is not False:
if cli_object.rounds is not False:
generatedhash = sha1_crypt.encrypt(cli_object.plaintext, rounds=int(cli_object.rounds), salt=cli_object.salt)
return generatedhash
else:
generatedhash = sha1_crypt.encrypt(cli_object.plaintext, salt=cli_object.salt)
return generatedhash
else:
if cli_object.rounds is not False:
generatedhash = sha1_crypt.encrypt(cli_object.plaintext, rounds=int(cli_object.rounds))
return generatedhash
else:
generatedhash = sha1_crypt.encrypt(cli_object.plaintext)
return generatedhash
return
# coding=utf-8 # pip install passlib # http://pythonhosted.org/passlib/genindex.html from passlib.hash import md5_crypt, sha256_crypt, sha512_crypt, sha1_crypt password = '******' sha1 = sha1_crypt.encrypt(password) md5 = md5_crypt.encrypt(password) # /etc/shadow sha256 = sha256_crypt.encrypt(password) sha512 = sha512_crypt.encrypt(password) print(md5,sha256,sha512,sha1) md5_crypt.verify(password, md5) # 验证password和hash值
def hash(self, email_address): # todo: 1. support for other hash algorithms based on hash_params.name return sha1_crypt.encrypt(email_address, rounds=self.hash_params.rounds, salt=self.hash_params.salt)
def set_password(password):
"""Set password."""
password = sha1_crypt.encrypt(password)
return password
def hash_password(self, password):
return sha1_crypt.encrypt(password, salt=self.salt)
def hash(self, email_address):
# todo: 1. support for other hash algorithms based on hash_params.name
return sha1_crypt.encrypt(email_address,
rounds=self.hash_params.rounds,
salt=self.hash_params.salt)
