def test_token_successfully_obtained(self):
time_now = isotime.add_utc_tz(datetime.datetime.now())
registrar = InternalTriggerTypesRegistrar()
self.assertTrue(registrar._auth_creds is not None)
# TTL is at least 10 mins
self.assertTrue((registrar._auth_creds.expiry - time_now).seconds > 10 * 60)
delete_token(registrar._auth_creds.token)
def test_delete_token(self):
token = access.create_token(USERNAME)
access.delete_token(token.token)
try:
token = Token.get(token.token)
self.assertTrue(False, 'Delete failed was expected to pass.')
except TokenNotFoundError:
self.assertTrue(True)
def test_delete_token(self):
token = access.create_token(USERNAME)
access.delete_token(token.token)
try:
token = Token.get(token.token)
self.assertTrue(False, 'Delete failed was expected to pass.')
except TokenNotFoundError:
self.assertTrue(True)
def test_token_successfully_obtained(self):
time_now = date_utils.get_datetime_utc_now()
registrar = InternalTriggerTypesRegistrar()
self.assertTrue(registrar._auth_creds is not None)
# TTL is at least 10 mins
self.assertTrue(
(registrar._auth_creds.expiry - time_now).seconds > 10 * 60)
delete_token(registrar._auth_creds.token)
def register_internal_trigger_types(self):
LOG.debug('Registering internal trigger types...')
for resource_name, trigger_definitions in INTERNAL_TRIGGER_TYPES.items():
for trigger_definition in trigger_definitions:
LOG.debug('Registering internal trigger: %s', trigger_definition['name'])
if (trigger_definition['name'] == ACTION_SENSOR_TRIGGER['name'] and
not self._action_sensor_enabled):
continue
self._register_trigger_type(trigger_definition=trigger_definition, attempt_no=0)
delete_token(self._auth_creds.token)
def register_internal_trigger_types(self):
LOG.debug('Registering internal trigger types...')
for resource_name, trigger_definitions in INTERNAL_TRIGGER_TYPES.items():
for trigger_definition in trigger_definitions:
LOG.debug('Registering internal trigger: %s', trigger_definition['name'])
if (trigger_definition['name'] == ACTION_SENSOR_TRIGGER['name'] and
not self._action_sensor_enabled):
continue
self._register_trigger_type(trigger_definition=trigger_definition, attempt_no=0)
delete_token(self._auth_creds.token)
def _delete_auth_token(self, auth_token):
if auth_token:
access.delete_token(auth_token.token)
def _delete_auth_token(self, auth_token):
if auth_token:
access.delete_token(auth_token.token)
def test_delete_non_existent_token(self):
token = uuid.uuid4().hex
self.assertRaises(TokenNotFoundError, Token.get, token)
access.delete_token(token)
def test_delete_non_existent_token(self):
token = uuid.uuid4().hex
self.assertRaises(TokenNotFoundError, Token.get, token)
access.delete_token(token)
def test_is_triger_type_exists_sad_case(self):
registrar = InternalTriggerTypesRegistrar()
is_exists = registrar._is_triggertype_exists('bar.foo')
self.assertEqual(is_exists, False)
delete_token(registrar._auth_creds.token)
def test_get_trigger_type_url(self):
registrar = InternalTriggerTypesRegistrar()
url = registrar._get_trigger_type_url('foo.bar')
self.assertEqual(url, 'http://localhost:9101/v1/triggertypes/foo.bar')
delete_token(registrar._auth_creds.token)
def test_is_triger_type_exists_sad_case(self):
registrar = InternalTriggerTypesRegistrar()
is_exists = registrar._is_triggertype_exists('bar.foo')
self.assertEqual(is_exists, False)
delete_token(registrar._auth_creds.token)
def test_get_trigger_type_url(self):
registrar = InternalTriggerTypesRegistrar()
url = registrar._get_trigger_type_url('foo.bar')
self.assertEqual(url, 'http://localhost:9101/v1/triggertypes/foo.bar')
delete_token(registrar._auth_creds.token)
