def changePassword(self, password, confirm):
if password != confirm:
return "Waaaaa!"
encrypted_pw = '{SSHA}' + SSHA.encrypt(password).strip()
dbc = self._get_ldap_connection()
dbc.modify(
"%s=%s,%s" % (
IUser['__name__'].ldap_name,
self.__name__,
self.ldap_user_search_base,
), {'userPassword': [encrypted_pw]})
def changePassword(self, password, confirm):
if password != confirm:
return "Waaaaa!"
encrypted_pw = '{SSHA}' + SSHA.encrypt(password).strip()
dbc = self._get_ldap_connection()
dbc.modify(
"%s=%s,%s" % (
IUser['__name__'].ldap_name,
self.__name__,
self.ldap_user_search_base,
),
{'userPassword':[encrypted_pw]}
)
def _createLDAPPassword(password, encoding='SHA'):
""" Create a password string suitable for userPassword """
if encoding == 'SSHA':
pwd_str = '{SSHA}' + SSHA.encrypt(password)
elif encoding == 'crypt':
saltseeds = list('%s%s' % ( string.lowercase[:26]
, string.uppercase[:26]
) )
salt = ''
for n in range(2):
salt += random.choice(saltseeds)
pwd_str = '{crypt}%s' % crypt.crypt(password, salt)
elif encoding == 'md5':
m = md5.new(password)
pwd_str = '{md5}' + base64.encodestring(m.digest())
elif encoding == 'clear':
pwd_str = password
else:
sha_obj = sha.new(password)
pwd_str = '{SHA}' + base64.encodestring(sha_obj.digest())
return pwd_str.strip()
def _createLDAPPassword(password, encoding='SHA'):
""" Create a password string suitable for userPassword """
if encoding == 'SSHA':
pwd_str = '{SSHA}' + SSHA.encrypt(password)
elif encoding == 'crypt':
saltseeds = list('%s%s' % ( string.lowercase[:26]
, string.uppercase[:26]
) )
salt = ''
for n in range(2):
salt += random.choice(saltseeds)
pwd_str = '{crypt}%s' % crypt.crypt(password, salt)
elif encoding == 'md5':
m = md5.new(password)
pwd_str = '{md5}' + base64.encodestring(m.digest())
elif encoding == 'clear':
pwd_str = password
else:
sha_obj = sha.new(password)
pwd_str = '{SHA}' + base64.encodestring(sha_obj.digest())
return pwd_str.strip()