def validate(self):
valid = validation.is_url(self._data['uri']) \
and not validation.is_empty(self._data['base']) \
and not validation.is_empty(self._data['basegroup']) \
and not validation.is_empty(self._data['binddn']) \
and not validation.is_empty(self._data['bindpw'])
return valid
def validate_user(self, user):
valid = True
messages = []
if not validation.is_qname(user['login']):
messages.append(_('The user login is empty or contains invalid characters.'))
valid = False
if validation.is_empty(user['password']):
messages.append(_('The user password couldn\'t be empty.'))
valid = False
elif user['password'] != __DUMMY_PASSWORD__ and user['password'] != user['confirm']:
messages.append(_('The passwords doesn\'t match.'))
valid = False
if not valid:
msgs = '\n'.join(messages)
Dialogs.user_error_dialog(msgs)
return valid
def validate_user(self, user):
valid = True
messages = []
if not validation.is_qname(user['login']):
messages.append(
_('User login is empty or contains invalid characters.'))
valid = False
if validation.is_empty(user['password']):
messages.append(_('User password can not be empty.'))
valid = False
elif user['password'] != __DUMMY_PASSWORD__ and user[
'password'] != user['confirm']:
messages.append(_('Passwords do not match.'))
valid = False
if not valid:
msgs = '\n'.join(messages)
Dialogs.user_error_dialog(msgs)
return valid
def validate(self):
valid = validation.is_url(self._data['uri']) \
and not validation.is_empty(self._data['base'])
return valid
def validate(self):
valid = not validation.is_empty(self._data['fqdn']) \
and not validation.is_empty(self._data['dns_domain'])
return valid
