def test_superuser(self):
"""A logged-in superuser can access the users page."""
LoginPage(self).login(self.superuser['username'],
self.superuser['password'])
UsersPage(self).go_to()
assert UsersPage(self).is_on_page()
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 access_direct_activate_urls(self):
"""Access the (de)activate URLs directly (GET method)."""
# Note: Selenium cannot provide access to HTTP response codes
# so we can't check that the server returns an HTTP error
users_page = UsersPage(self)
for user_data in self.test_data['users']:
users_page.go_to_activate_user_url(user_data['username'])
users_page.go_to_deactivate_user_url(user_data['username'])
def check_user_status(self, statuses):
"""Check that the named users have the specified state
by looking at the state of the activate/deactivate button
on the users management page."""
LoginPage(self).login(self.superuser['username'],
self.superuser['password'])
users_page = UsersPage(self)
users_page.go_to()
for username in iter(statuses.keys()):
assert (users_page.is_user_active(username) == bool(
statuses[username]))
def test_nonloggedin_user(self):
"""A non-logged-in user cannot access the users page,
but will be directed to it once logged in as a superuser."""
self.browser.get(UsersPage(self).url)
assert LoginPage(self).is_on_page()
assert self.get_url_query() == 'next=' + UsersPage.path
LoginPage(self).login(self.superuser['username'],
self.superuser['password'],
wait=(By.ID, 'users'))
assert UsersPage(self).is_on_page()
def check_user_status(self, statuses):
"""Check that the named users have the specified state
by looking at the state of the activate/deactivate button
on the users management page."""
LoginPage(self).login(self.superuser['username'],
self.superuser['password'])
users_page = UsersPage(self)
users_page.go_to()
for username in iter(statuses.keys()):
assert (
users_page.is_user_active(username) ==
bool(statuses[username])
)
def test_nonsuperuser(self):
"""A logged-in non-superuser cannot access the users page."""
LoginPage(self).login(self.user1['username'], self.user1['password'])
self.browser.get(UsersPage(self).url)
self.assert_has_message('alert', "have permission")
assert DashboardPage(self).is_on_page()
def test_list(self):
"""The index page should display the complete and correct user
information."""
# Get time now for superuser's last login time
login_time = datetime.now(tz=timezone.utc)
LoginPage(self).login(self.superuser['username'],
self.superuser['password'])
users_page = UsersPage(self)
users_page.go_to()
users = self.test_data['users']
assert users_page.get_num_users() == len(users)
# Construct list of orgs each user is in
# (Basically, invert the '_members' test data)
for user in users:
user['orgs'] = []
for org in self.test_data['orgs']:
for idx in org['_members']:
users[idx]['orgs'].append(org)
for user in users:
username = user['username']
# Check email is displayed correctly
expected_email = user['email'] or '—'
actual_email = users_page.get_user_email(username)
assert actual_email == expected_email
# Check organizations are displayed correctly
actual_orgs = users_page.get_user_orgs(username)
if len(user['orgs']) == 0:
assert actual_orgs == '—'
else:
for org in user['orgs']:
assert org['name'] in actual_orgs
actual_orgs = actual_orgs.replace(org['name'], '')
assert re.match('^[, ]*$', actual_orgs)
# Check last login is displayed correctly
if user == self.superuser:
# Fuzzy checking for superuser
try:
self.check_last_login(username, login_time)
except AssertionError:
login_time = login_time + timedelta(minutes=1)
self.check_last_login(username, login_time)
else:
self.check_last_login(username, user['last_login'])
# Check active status is displayed correctly
assert (users_page.is_user_active(username) == bool(
user['is_active']))
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 access_direct_activate_urls(self):
"""Access the (de)activate URLs directly (GET method)."""
# Note: Selenium cannot provide access to HTTP response codes
# so we can't check that the server returns an HTTP error
users_page = UsersPage(self)
for user_data in self.test_data['users']:
users_page.go_to_activate_user_url(user_data['username'])
users_page.go_to_deactivate_user_url(user_data['username'])
def check_last_login(self, username, expected_time):
actual = UsersPage(self).get_user_last_login(username)
expected = (formats.date_format(expected_time, "DATETIME_FORMAT")
if expected_time else '—')
assert actual == expected
def test_list(self):
"""The index page should display the complete and correct user
information."""
# Get time now for superuser's last login time
login_time = datetime.now(tz=timezone.utc)
LoginPage(self).login(self.superuser['username'],
self.superuser['password'])
users_page = UsersPage(self)
users_page.go_to()
users = self.test_data['users']
assert users_page.get_num_users() == len(users)
# Construct list of orgs each user is in
# (Basically, invert the '_members' test data)
for user in users:
user['orgs'] = []
for org in self.test_data['orgs']:
for idx in org['_members']:
users[idx]['orgs'].append(org)
for user in users:
username = user['username']
# Check full name is displayed correctly
full_name = user.get('full_name', '')
expected_name = '{}\n{}'.format(username, full_name).strip()
actual_name = users_page.get_user_name(username)
assert actual_name == expected_name
# Check email is displayed correctly
expected_email = user['email'] or '—'
actual_email = users_page.get_user_email(username)
assert actual_email == expected_email
# Check organizations are displayed correctly
actual_orgs = users_page.get_user_orgs(username)
if len(user['orgs']) == 0:
assert actual_orgs == '—'
else:
for org in user['orgs']:
assert org['name'] in actual_orgs
actual_orgs = actual_orgs.replace(org['name'], '')
assert re.match('^[, ]*$', actual_orgs)
# Check last login is displayed correctly
if user == self.superuser:
# Fuzzy checking for superuser
try:
self.check_last_login(username, login_time)
except AssertionError:
login_time = login_time + timedelta(minutes=1)
self.check_last_login(username, login_time)
else:
self.check_last_login(username, user['last_login'])
# Check active status is displayed correctly
assert (
users_page.is_user_active(username) ==
bool(user['is_active'])
)
