def generic_test_de_activate_user(self, user_data):
"""(De)activating a user does make the user (in)active."""
# Cache default state
statuses = {}
for user in self.test_data['users']:
statuses[user['username']] = user['is_active']
# Activate/deactivate user using the superuser
LoginPage(self).login(self.superuser['username'],
self.superuser['password'])
users_page = UsersPage(self)
users_page.go_to()
users_page.click_de_activate_button(user_data['username'])
self.logout()
# Check that activated user can now log in
if not user_data['is_active']:
LoginPage(self).login(user_data['username'], user_data['password'])
self.logout()
# Check that deactivated user cannot log in
if user_data['is_active']:
self.check_inactive_login(user_data)
# Check that status of all users are OK
statuses[user_data['username']] = not user_data['is_active']
self.check_user_status(statuses)
def generic_test_de_activate_user(self, user_data):
"""(De)activating a user does make the user (in)active."""
# Cache default state
statuses = {}
for user in self.test_data['users']:
statuses[user['username']] = user['is_active']
# Activate/deactivate user using the superuser
LoginPage(self).login(self.superuser['username'],
self.superuser['password'])
users_page = UsersPage(self)
users_page.go_to()
users_page.click_de_activate_button(user_data['username'])
self.logout()
# Check that activated user can now log in
if not user_data['is_active']:
LoginPage(self).login(user_data['username'], user_data['password'])
self.logout()
# Check that deactivated user cannot log in
if user_data['is_active']:
self.check_inactive_login(user_data)
# Check that status of all users are OK
statuses[user_data['username']] = not user_data['is_active']
self.check_user_status(statuses)
