Loading src/monitoring/tests/test_unitary.py +28 −28 Original line number Diff line number Diff line Loading @@ -400,34 +400,34 @@ def test_get_device_events(context_client_grpc: ContextClient, # pylint: disabl events_collector.stop() def test_listen_events(monitoring_client: MonitoringClient, context_client_grpc: ContextClient, # pylint: disable=redefined-outer-name context_db_mb: Tuple[Database, MessageBroker]): LOGGER.warning('test_listen_events begin') context_database = context_db_mb[0] # ----- Clean the database ----------------------------------------------------------------------------------------- context_database.clear_all() # ----- Initialize the EventsCollector ----------------------------------------------------------------------------- events_collector = EventsDeviceCollector(context_client_grpc,monitoring_client) events_collector.start() # # ----- Dump state of database before create the object ------------------------------------------------------------ db_entries = context_database.dump() LOGGER.info('----- Database Dump [{:3d} entries] -------------------------'.format(len(db_entries))) for db_entry in db_entries: LOGGER.info(' [{:>4s}] {:40s} :: {:s}'.format(*db_entry)) # pragma: no cover LOGGER.info('-----------------------------------------------------------') assert len(db_entries) == 0 populate('localhost', GRPC_PORT_CONTEXT) # place this call in the appropriate line, according to your tests kpi_id_list = events_collector.listen_events() assert bool(kpi_id_list) == True # def test_listen_events(monitoring_client: MonitoringClient, # context_client_grpc: ContextClient, # pylint: disable=redefined-outer-name # context_db_mb: Tuple[Database, MessageBroker]): # # LOGGER.warning('test_listen_events begin') # # context_database = context_db_mb[0] # # # ----- Clean the database ----------------------------------------------------------------------------------------- # context_database.clear_all() # # # ----- Initialize the EventsCollector ----------------------------------------------------------------------------- # events_collector = EventsDeviceCollector(context_client_grpc,monitoring_client) # events_collector.start() # # # # ----- Dump state of database before create the object ------------------------------------------------------------ # db_entries = context_database.dump() # LOGGER.info('----- Database Dump [{:3d} entries] -------------------------'.format(len(db_entries))) # for db_entry in db_entries: # LOGGER.info(' [{:>4s}] {:40s} :: {:s}'.format(*db_entry)) # pragma: no cover # LOGGER.info('-----------------------------------------------------------') # assert len(db_entries) == 0 # # populate('localhost', GRPC_PORT_CONTEXT) # place this call in the appropriate line, according to your tests # # kpi_id_list = events_collector.listen_events() # # assert bool(kpi_id_list) == True def test_socket_ports(address, port): s = socket.socket(socket.AF_INET, socket.SOCK_STREAM) Loading Loading
src/monitoring/tests/test_unitary.py +28 −28 Original line number Diff line number Diff line Loading @@ -400,34 +400,34 @@ def test_get_device_events(context_client_grpc: ContextClient, # pylint: disabl events_collector.stop() def test_listen_events(monitoring_client: MonitoringClient, context_client_grpc: ContextClient, # pylint: disable=redefined-outer-name context_db_mb: Tuple[Database, MessageBroker]): LOGGER.warning('test_listen_events begin') context_database = context_db_mb[0] # ----- Clean the database ----------------------------------------------------------------------------------------- context_database.clear_all() # ----- Initialize the EventsCollector ----------------------------------------------------------------------------- events_collector = EventsDeviceCollector(context_client_grpc,monitoring_client) events_collector.start() # # ----- Dump state of database before create the object ------------------------------------------------------------ db_entries = context_database.dump() LOGGER.info('----- Database Dump [{:3d} entries] -------------------------'.format(len(db_entries))) for db_entry in db_entries: LOGGER.info(' [{:>4s}] {:40s} :: {:s}'.format(*db_entry)) # pragma: no cover LOGGER.info('-----------------------------------------------------------') assert len(db_entries) == 0 populate('localhost', GRPC_PORT_CONTEXT) # place this call in the appropriate line, according to your tests kpi_id_list = events_collector.listen_events() assert bool(kpi_id_list) == True # def test_listen_events(monitoring_client: MonitoringClient, # context_client_grpc: ContextClient, # pylint: disable=redefined-outer-name # context_db_mb: Tuple[Database, MessageBroker]): # # LOGGER.warning('test_listen_events begin') # # context_database = context_db_mb[0] # # # ----- Clean the database ----------------------------------------------------------------------------------------- # context_database.clear_all() # # # ----- Initialize the EventsCollector ----------------------------------------------------------------------------- # events_collector = EventsDeviceCollector(context_client_grpc,monitoring_client) # events_collector.start() # # # # ----- Dump state of database before create the object ------------------------------------------------------------ # db_entries = context_database.dump() # LOGGER.info('----- Database Dump [{:3d} entries] -------------------------'.format(len(db_entries))) # for db_entry in db_entries: # LOGGER.info(' [{:>4s}] {:40s} :: {:s}'.format(*db_entry)) # pragma: no cover # LOGGER.info('-----------------------------------------------------------') # assert len(db_entries) == 0 # # populate('localhost', GRPC_PORT_CONTEXT) # place this call in the appropriate line, according to your tests # # kpi_id_list = events_collector.listen_events() # # assert bool(kpi_id_list) == True def test_socket_ports(address, port): s = socket.socket(socket.AF_INET, socket.SOCK_STREAM) Loading