def test_known_group_when_exists_and_multiple_and_mixed(self):
provider = PreconfiguredGroupProvider({
'group1': ['@lazy1', 'user2'],
'group2': ['@lazy2', 'user3'],
'group3': ['@lazy3', 'user1'],
'group4': ['@lazy4', 'user4']
})
actual_groups = provider.get_groups('user1',
known_groups=['lazy2', 'lazy4'])
self.assertCountEqual(actual_groups, ['group2', 'group3', 'group4'])
def assertAdmin(self, user, admin_users, expected_allowed, groups=None):
group_provider = PreconfiguredGroupProvider(
groups) if groups else EmptyGroupProvider()
authorizer = Authorizer([], admin_users, group_provider)
allowed = authorizer.is_admin(user)
if allowed != expected_allowed:
self.fail('Expected ' + user + ' to be admin=' +
str(expected_allowed) + ' for ' + str(admin_users) +
' but was ' + str(allowed))
def assert_has_access(self,
user,
admin_users,
history_access_users,
expected_allowed,
groups=None):
group_provider = PreconfiguredGroupProvider(
groups) if groups else EmptyGroupProvider()
authorizer = Authorizer([], admin_users, history_access_users, [],
group_provider)
has_access = authorizer.has_full_history_access(user)
if has_access != expected_allowed:
self.fail('Expected ' + user + ' to has_access=' +
str(expected_allowed) + ' for ' +
str(history_access_users) + ' but was ' +
str(has_access))
def test_empty_groups_config(self):
provider = PreconfiguredGroupProvider({})
self.assertCountEqual(provider.get_groups('user1'), [])
def test_user_without_groups(self):
provider = PreconfiguredGroupProvider({'group1': ['user1']})
self.assertCountEqual(provider.get_groups('user2'), [])
def test_single_user_in_single_group(self):
provider = PreconfiguredGroupProvider({'group1': ['user1']})
self.assertCountEqual(provider.get_groups('user1'), ['group1'])
def test_known_groups_when_single_provider(self):
provider = CombinedGroupProvider(
PreconfiguredGroupProvider({'group1': ['user1', '@lazy1']}))
self.assertCountEqual(provider.get_groups('user2', ['lazy1']),
['group1'])
def test_multiple_providers_when_same_groups(self):
provider = CombinedGroupProvider(
PreconfiguredGroupProvider({'group1': ['user1', 'user2']}),
PreconfiguredGroupProvider({'group2': ['user3', 'user4']}),
PreconfiguredGroupProvider({'group1': ['user2', 'user5']}))
self.assertCountEqual(provider.get_groups('user2'), ['group1'])
def test_single_provider(self):
provider = CombinedGroupProvider(
PreconfiguredGroupProvider({'group1': ['user1', 'user2']}))
self.assertCountEqual(provider.get_groups('user1'), ['group1'])
def test_known_group_when_username_starts_with_at(self):
provider = PreconfiguredGroupProvider({'group1': ['@group2', 'user2']})
self.assertCountEqual(provider.get_groups('@group2'), [])
def test_known_group_when_not_exists(self):
provider = PreconfiguredGroupProvider({'group1': ['@group2', 'user2']})
self.assertCountEqual(
provider.get_groups('user1', known_groups=['group3']), [])
def test_single_user_in_single_group_ignore_case(self):
provider = PreconfiguredGroupProvider({'group1': ['USER1']})
self.assertCountEqual(provider.get_groups('User1'), ['group1'])
def test_2_users_in_recursive_groups_when_cyclic(self):
provider = PreconfiguredGroupProvider({'group1': ['@group2', 'user2'], 'group2': ['@group1', 'user1']})
self.assertCountEqual(provider.get_groups('user1'), ['group1', 'group2'])
self.assertCountEqual(provider.get_groups('user2'), ['group1', 'group2'])
def test_user_in_recursive_group_when_3_levels(self):
provider = PreconfiguredGroupProvider({'group1': ['@group2'], 'group2': ['@group3'], 'group3': ['user1']})
self.assertCountEqual(provider.get_groups('user1'), ['group1', 'group2', 'group3'])
def test_user_in_multiple_groups(self):
provider = PreconfiguredGroupProvider({'group1': ['user1'], 'group2': ['user1'], 'group3': ['user1']})
self.assertCountEqual(provider.get_groups('user1'), ['group1', 'group2', 'group3'])
def test_two_users_in_different_groups(self):
provider = PreconfiguredGroupProvider(
{'group1': ['user1'],
'group2': ['user2']})
self.assertCountEqual(provider.get_groups('user1'), ['group1'])
self.assertCountEqual(provider.get_groups('user2'), ['group2'])