def test_update_manager(self):
"""
Tests updating of managers in the database.
"""
config_logging(logging.ERROR)
storage = self._init_database()
system_data = self._create_system_data()
self._create_objects(storage, system_data)
# Update local objects.
ctr = 0
for manager in system_data.get_managers_list():
temp_manager = ManagerObjManager().deepcopy(manager)
temp_manager.description = "new_manager_" + str(ctr + 1)
system_data.update_manager(temp_manager)
ctr += 1
# Update database objects.
storage._open_connection()
for manager in system_data.get_managers_list():
storage._update_manager(manager)
storage._conn.commit()
storage._system_data = SystemData()
storage.synchronize_database_to_system_data()
compare_managers_content(self, system_data.get_managers_list(),
storage._system_data.get_managers_list())
def test_update_profile(self):
"""
Tests updating of profiles in the database.
"""
config_logging(logging.ERROR)
storage = self._init_database()
system_data = self._create_system_data()
self._create_objects(storage, system_data)
# Update local objects.
ctr = 0
for profile in system_data.get_profiles_list():
temp_profile = ManagerObjProfile().deepcopy(profile)
temp_profile.name = "new_profile" + str(ctr + 1)
system_data.update_profile(temp_profile)
ctr += 1
# Update database objects.
storage._open_connection()
for profile in system_data.get_profiles_list():
storage._update_profile(profile)
storage._conn.commit()
storage._system_data = SystemData()
storage.synchronize_database_to_system_data()
compare_profiles_content(self, system_data.get_profiles_list(),
storage._system_data.get_profiles_list())
def test_update_alert(self):
"""
Tests updating of alerts in the database.
"""
config_logging(logging.ERROR)
storage = self._init_database()
system_data = self._create_system_data()
self._create_objects(storage, system_data)
# Update local objects.
ctr = 0
for alert in system_data.get_alerts_list():
temp_alert = ManagerObjAlert().deepcopy(alert)
temp_alert.description = "new_alert_" + str(ctr + 1)
temp_alert.clientAlertId = ctr
# We started the alert levels in our test data with level 1.
temp_alert.alertLevels = [
(ctr % len(system_data.get_alert_levels_list())) + 1
]
system_data.update_alert(temp_alert)
ctr += 1
# Update database objects.
storage._open_connection()
for alert in system_data.get_alerts_list():
storage._update_alert(alert)
storage._conn.commit()
storage._system_data = SystemData()
storage.synchronize_database_to_system_data()
compare_alerts_content(self, system_data.get_alerts_list(),
storage._system_data.get_alerts_list())
def test_update_option(self):
"""
Test Option object updating.
"""
config_logging(logging.INFO)
storage = self._create_options()
# Create changes that should be copied to the stored object.
new_options = []
for i in range(len(self.options)):
temp_option = Option().deepcopy(self.options[i])
temp_option.value = i + 5
new_options.append(temp_option)
for i in range(len(new_options)):
# Update store with new object data.
temp_option = new_options[i]
storage.update_option_by_obj(temp_option)
gt_storage = []
for j in range(i + 1):
gt_storage.append(new_options[j])
for j in range(i + 1, len(new_options)):
gt_storage.append(self.options[j])
stored_options = storage.get_options_list()
self.assertIsNotNone(stored_options)
compare_options_content(self, gt_storage, stored_options)
def test_single_communication(self):
"""
Tests single request sending through the communication channel from the client to the server.
"""
config_logging(logging.CRITICAL)
comm_client, comm_server = create_simulated_communication()
ping_msg = MsgBuilder.build_ping_msg()
promise = comm_client.send_request("ping", ping_msg)
msg_request = comm_server.recv_request()
if msg_request is None:
self.fail("Receiving message failed.")
self.assertEqual(msg_request.state, MsgState.OK)
if "ping" != msg_request.msg_dict["message"]:
self.fail("Expected 'ping' message.")
if not promise.is_finished(timeout=5.0):
self.fail("Expected message to be sent.")
if not promise.was_successful():
self.fail("Sending message was not successful.")
def test_update_option(self):
"""
Tests updating of options in the database.
"""
config_logging(logging.ERROR)
storage = self._init_database()
system_data = self._create_system_data()
self._create_objects(storage, system_data)
# Update local objects.
ctr = 5
for option in system_data.get_options_list():
temp_option = ManagerObjOption().deepcopy(option)
temp_option.value = float(ctr)
system_data.update_option(temp_option)
ctr += 1
# Update database objects.
storage._open_connection()
for option in system_data.get_options_list():
storage._update_option(option)
storage._conn.commit()
storage._system_data = SystemData()
storage.synchronize_database_to_system_data()
compare_options_content(self, system_data.get_options_list(),
storage._system_data.get_options_list())
def test_delete_node(self):
"""
Tests deleting of nodes in the database.
"""
config_logging(logging.ERROR)
storage = self._init_database()
system_data = self._create_system_data()
self._create_objects(storage, system_data)
# Delete object and check correct deletion.
for node in system_data.get_nodes_list():
storage._open_connection()
storage._delete_node(node.nodeId)
storage._conn.commit()
system_data.delete_node_by_id(node.nodeId)
storage.synchronize_database_to_system_data()
compare_nodes_content(self, system_data.get_nodes_list(),
storage._system_data.get_nodes_list())
# Delete function of database also deletes all Alert, Manager, and Sensor objects.
compare_alerts_content(self, system_data.get_alerts_list(),
storage._system_data.get_alerts_list())
compare_managers_content(self, system_data.get_managers_list(),
storage._system_data.get_managers_list())
compare_sensors_content(self, system_data.get_sensors_list(),
storage._system_data.get_sensors_list())
def test_add_data(self):
"""
Tests adding of system information to the database.
"""
config_logging(logging.ERROR)
storage = self._init_database()
# Create database objects.
system_data = self._create_system_data()
storage.update_server_information(0, system_data.get_options_list(),
system_data.get_nodes_list(),
system_data.get_sensors_list(),
system_data.get_alerts_list(),
system_data.get_managers_list(),
system_data.get_alert_levels_list(),
[])
storage._system_data = SystemData()
storage.synchronize_database_to_system_data()
compare_nodes_content(self, system_data.get_nodes_list(),
storage._system_data.get_nodes_list())
compare_alerts_content(self, system_data.get_alerts_list(),
storage._system_data.get_alerts_list())
compare_managers_content(self, system_data.get_managers_list(),
storage._system_data.get_managers_list())
compare_sensors_content(self, system_data.get_sensors_list(),
storage._system_data.get_sensors_list())
def test_update_server_info_duplicate_sensor_alerts(self):
"""
Tests adding of sensor alerts to the database via update_server_information duplicates sensor alerts.
"""
config_logging(logging.ERROR)
storage = self._init_database()
storage._sensor_alert_life_span = 2147483647 # max signed 32bit integer
system_data = self._create_system_data()
self._create_objects(storage, system_data)
sensor_list = system_data.get_sensors_list()
for i in range(len(sensor_list)):
target_sensor = sensor_list[i % len(sensor_list)]
sensor_alert = ManagerObjSensorAlert()
sensor_alert.sensorId = target_sensor.sensorId
sensor_alert.state = (i % 2)
sensor_alert.description = "Sensor Alert %d" % i
sensor_alert.timeReceived = int(time.time())
sensor_alert.alertLevels = list(target_sensor.alertLevels)
sensor_alert.hasOptionalData = False
sensor_alert.changeState = False
sensor_alert.hasLatestData = False
sensor_alert.dataType = SensorDataType.NONE
system_data.add_sensor_alert(sensor_alert)
storage.update_server_information(0, system_data.get_options_list(),
system_data.get_profiles_list(),
system_data.get_nodes_list(),
system_data.get_sensors_list(),
system_data.get_alerts_list(),
system_data.get_managers_list(),
system_data.get_alert_levels_list(),
system_data.get_sensor_alerts_list())
self.assertEqual(len(system_data.get_sensor_alerts_list()),
len(sensor_list))
# Add same list of sensor alerts again for duplication test.
storage.update_server_information(0, system_data.get_options_list(),
system_data.get_profiles_list(),
system_data.get_nodes_list(),
system_data.get_sensors_list(),
system_data.get_alerts_list(),
system_data.get_managers_list(),
system_data.get_alert_levels_list(),
system_data.get_sensor_alerts_list())
storage._open_connection()
db_sensor_alerts = storage._get_sensor_alerts()
storage._close_connection()
compare_sensor_alerts_content(self,
system_data.get_sensor_alerts_list(),
db_sensor_alerts)
def test_add_option(self):
"""
Tests adding of options to the database.
"""
config_logging(logging.ERROR)
storage = self._init_database()
system_data = self._create_system_data()
self._create_objects(storage, system_data)
storage._system_data = SystemData()
storage.synchronize_database_to_system_data()
compare_options_content(self, system_data.get_options_list(),
storage._system_data.get_options_list())
def _create_option_executer(self) -> Tuple[OptionExecuter, GlobalData]:
config_logging(logging.ERROR)
global_data = GlobalData()
global_data.logger = logging.getLogger("Option Test Case")
global_data.storage = MockStorage()
global_data.managerUpdateExecuter = MockManagerUpdateExecuter()
internal_sensor = MockProfileChangeSensorSensor(global_data)
global_data.internalSensors.append(internal_sensor)
option_executer = OptionExecuter(global_data)
option_executer.daemon = True
option_executer.start()
return option_executer, global_data
def test_update_node(self):
"""
Tests updating of nodes in the database.
"""
config_logging(logging.ERROR)
storage = self._init_database()
system_data = self._create_system_data()
self._create_objects(storage, system_data)
# Update local objects.
ctr = 0
for node in system_data.get_nodes_list():
temp_node = ManagerObjNode().deepcopy(node)
temp_node.hostname = "new_hostname_" + str(ctr + 1)
temp_node.nodeType = ["alert", "manager", "sensor",
"server"][ctr % 4]
temp_node.instance = "new_instance_" + str(ctr + 1)
temp_node.connected = (ctr % 2)
temp_node.version = float(5 + ctr)
temp_node.rev = ctr
temp_node.username = "******" + str(ctr + 1)
temp_node.persistent = (ctr % 2)
system_data.update_node(temp_node)
ctr += 1
# Update database objects.
storage._open_connection()
for node in system_data.get_nodes_list():
storage._update_node(node)
storage._conn.commit()
storage._system_data = SystemData()
storage.synchronize_database_to_system_data()
compare_nodes_content(self, system_data.get_nodes_list(),
storage._system_data.get_nodes_list())
# Update function of database also deletes all Alert, Manager, and Sensor objects if node type changes.
compare_alerts_content(self, system_data.get_alerts_list(),
storage._system_data.get_alerts_list())
compare_managers_content(self, system_data.get_managers_list(),
storage._system_data.get_managers_list())
compare_sensors_content(self, system_data.get_sensors_list(),
storage._system_data.get_sensors_list())
def test_delete_profile(self):
"""
Tests deleting of profiles in system information data in the database.
"""
config_logging(logging.ERROR)
storage = self._init_database()
# Create database objects.
system_data = self._create_system_data()
storage.update_server_information(0, system_data.get_options_list(),
system_data.get_profiles_list(),
system_data.get_nodes_list(),
system_data.get_sensors_list(),
system_data.get_alerts_list(),
system_data.get_managers_list(),
system_data.get_alert_levels_list(),
[])
# Delete profile objects and check correct deletion.
for profile in system_data.get_profiles_list():
system_data.delete_profile_by_id(profile.profileId)
storage.update_server_information(
0, system_data.get_options_list(),
system_data.get_profiles_list(), system_data.get_nodes_list(),
system_data.get_sensors_list(), system_data.get_alerts_list(),
system_data.get_managers_list(),
system_data.get_alert_levels_list(), [])
storage.synchronize_database_to_system_data()
compare_profiles_content(self, system_data.get_profiles_list(),
storage._system_data.get_profiles_list())
compare_nodes_content(self, system_data.get_nodes_list(),
storage._system_data.get_nodes_list())
compare_alerts_content(self, system_data.get_alerts_list(),
storage._system_data.get_alerts_list())
compare_managers_content(self, system_data.get_managers_list(),
storage._system_data.get_managers_list())
compare_sensors_content(self, system_data.get_sensors_list(),
storage._system_data.get_sensors_list())
compare_alert_levels_content(
self, system_data.get_alert_levels_list(),
storage._system_data.get_alert_levels_list())
def test_disconnect_communication(self):
"""
Tests requests sending if the communication channel is disconnected and if they are transfered as soon
as the channel is available.
"""
config_logging(logging.CRITICAL)
num_msgs = 5
comm_client, comm_server = create_simulated_communication()
# Disconnect client from server.
comm_client._has_channel = False
# Send messages.
promises = list()
for i in range(num_msgs):
ping_msg = MsgBuilder.build_ping_msg()
ping_dict = json.loads(ping_msg)
ping_dict["num_msg"] = i
promises.append(
comm_client.send_request("ping", json.dumps(ping_dict)))
for i in range(num_msgs):
promise = promises[i]
self.assertFalse(promise.is_finished(timeout=1.0))
# Connect client.
self.assertTrue(comm_client.connect())
comm_client.set_connected()
# Receive and check messages.
Timer.start_timer(self, "receive_msgs", 10)
for i in range(num_msgs):
msg_request = comm_server.recv_request()
self.assertIsNotNone(msg_request)
self.assertEqual(msg_request.state, MsgState.OK)
self.assertEqual(msg_request.msg_dict["message"], "ping")
self.assertEqual(msg_request.msg_dict["num_msg"], i)
promise = promises[i]
self.assertTrue(promise.is_finished(timeout=5.0))
self.assertTrue(promise.was_successful())
Timer.stop_timer("receive_msgs")
def test_add_sensor_alert(self):
"""
Tests adding of sensor alerts to the database.
"""
config_logging(logging.ERROR)
storage = self._init_database()
system_data = self._create_system_data()
self._create_objects(storage, system_data)
sensor_list = system_data.get_sensors_list()
for i in range(len(sensor_list)):
target_sensor = sensor_list[i % len(sensor_list)]
sensor_alert = ManagerObjSensorAlert()
sensor_alert.sensorId = target_sensor.sensorId
sensor_alert.state = (i % 2)
sensor_alert.description = "Sensor Alert %d" % i
sensor_alert.timeReceived = int(time.time())
sensor_alert.alertLevels = list(target_sensor.alertLevels)
sensor_alert.hasOptionalData = False
sensor_alert.changeState = False
sensor_alert.hasLatestData = False
sensor_alert.dataType = SensorDataType.NONE
system_data.add_sensor_alert(sensor_alert)
storage._open_connection()
for sensor_alert in system_data.get_sensor_alerts_list():
storage._add_sensor_alert(sensor_alert)
storage._conn.commit()
storage._close_connection()
storage._open_connection()
db_sensor_alerts = storage._get_sensor_alerts()
storage._close_connection()
compare_sensor_alerts_content(self,
system_data.get_sensor_alerts_list(),
db_sensor_alerts)
def test_recv_future(self):
"""
Tests communication expired handling by letting the client send a ping request to the server
which has a message time in the future.
"""
config_logging(logging.WARNING)
comm_client, comm_server = create_simulated_communication()
ping_msg = MsgBuilder.build_ping_msg()
json_msg = json.loads(ping_msg)
json_msg["msgTime"] = int(
time.time()) + comm_server._msg_expiration + 5
promise = comm_client.send_request("ping", json.dumps(json_msg))
msg_request = comm_server.recv_request()
self.assertIsNotNone(msg_request)
self.assertEqual(msg_request.state, MsgState.EXPIRED)
self.assertEqual(msg_request.msg_dict["message"], "ping")
self.assertTrue(promise.is_finished(timeout=5.0))
self.assertFalse(promise.was_successful())
def _create_server(self) -> Tuple[ThreadedUnixStreamServer, GlobalData]:
config_logging(logging.ERROR)
global_data = GlobalData()
dir = tempfile.mkdtemp()
global_data.unixSocketFile = os.path.join(dir, "test_socket")
global_data.serverComm = MockServerCommunication()
server = ThreadedUnixStreamServer(global_data,
global_data.unixSocketFile,
LocalServerSession)
server_thread = threading.Thread(target=server.serve_forever,
daemon=True)
server_thread.start()
self.addCleanup(self._destroy_server, server, global_data)
return server, global_data
def test_update_sensor(self):
"""
Tests updating of sensors in the database.
"""
config_logging(logging.ERROR)
storage = self._init_database()
system_data = self._create_system_data()
self._create_objects(storage, system_data)
# Update local objects.
ctr = 0
for sensor in system_data.get_sensors_list():
temp_sensor = ManagerObjSensor().deepcopy(sensor)
temp_sensor.description = "new_sensor_" + str(ctr + 1)
temp_sensor.clientSensorId = ctr
temp_sensor.alertDelay = ctr + 10
temp_sensor.lastStateUpdated = ctr + 10
temp_sensor.state = ctr % 2
temp_sensor.dataType = SensorDataType.INT
temp_sensor.data = ctr
# We started the alert levels in our test data with level 1.
temp_sensor.alertLevels = [
(ctr % len(system_data.get_alert_levels_list())) + 1
]
system_data.update_sensor(temp_sensor)
ctr += 1
# Update database objects.
storage._open_connection()
for sensor in system_data.get_sensors_list():
storage._update_sensor(sensor)
storage._conn.commit()
storage._system_data = SystemData()
storage.synchronize_database_to_system_data()
compare_sensors_content(self, system_data.get_sensors_list(),
storage._system_data.get_sensors_list())
def test_delete_option(self):
"""
Tests deleting of options in the database.
"""
config_logging(logging.ERROR)
storage = self._init_database()
system_data = self._create_system_data()
self._create_objects(storage, system_data)
# Delete object and check correct deletion.
for option in system_data.get_options_list():
storage._open_connection()
storage._delete_option(option.type)
storage._conn.commit()
system_data.delete_option_by_type(option.type)
storage.synchronize_database_to_system_data()
compare_options_content(self, system_data.get_options_list(),
storage._system_data.get_options_list())
def test_delete_profile(self):
"""
Tests deleting of profiles in the database.
"""
config_logging(logging.ERROR)
storage = self._init_database()
system_data = self._create_system_data()
self._create_objects(storage, system_data)
# Delete object and check correct deletion.
for profile in system_data.get_profiles_list():
storage._open_connection()
storage._delete_profile(profile.profileId)
storage._conn.commit()
system_data.delete_profile_by_id(profile.profileId)
storage.synchronize_database_to_system_data()
compare_profiles_content(self, system_data.get_profiles_list(),
storage._system_data.get_profiles_list())
def test_update_alert_level(self):
"""
Tests updating of alert levels in the database.
"""
config_logging(logging.ERROR)
storage = self._init_database()
system_data = self._create_system_data()
self._create_objects(storage, system_data)
# Update local objects.
ctr = 0
for alert_level in system_data.get_alert_levels_list():
temp_alert_level = ManagerObjAlertLevel().deepcopy(alert_level)
temp_alert_level.name = "new_alert_level" + str(ctr + 1)
temp_alert_level.triggerAlways = (ctr % 2)
temp_alert_level.instrumentation_active = (((ctr + 1) % 2) == 0)
if temp_alert_level.instrumentation_active:
temp_alert_level.instrumentation_cmd = "new_alert_level_instrumentation_" + str(
ctr + 1)
temp_alert_level.instrumentation_timeout = 543 + ctr
system_data.update_alert_level(temp_alert_level)
ctr += 1
# Update database objects.
storage._open_connection()
for alert_level in system_data.get_alert_levels_list():
storage._update_alert_level(alert_level)
storage._conn.commit()
storage._system_data = SystemData()
storage.synchronize_database_to_system_data()
compare_alert_levels_content(
self, system_data.get_alert_levels_list(),
storage._system_data.get_alert_levels_list())
def test_delete_alert_level(self):
"""
Tests deleting of alert levels in the database.
"""
config_logging(logging.ERROR)
storage = self._init_database()
system_data = self._create_system_data()
self._create_objects(storage, system_data)
# Delete object and check correct deletion.
for alert_level in system_data.get_alert_levels_list():
storage._open_connection()
storage._delete_alert_level(alert_level.level)
storage._conn.commit()
system_data.delete_alert_level_by_level(alert_level.level)
storage.synchronize_database_to_system_data()
compare_alert_levels_content(
self, system_data.get_alert_levels_list(),
storage._system_data.get_alert_levels_list())
def test_stress_communication(self):
"""
Stress tests communication by letting client and server trying to send
X messages to each other at the same time. Checks order of the send/received messages
as well as not to take too long to send messages.
"""
count = 30
config_logging(logging.CRITICAL)
comm_client, comm_server = create_simulated_communication()
receiving_sync = threading.Event()
receiving_sync.clear()
msg_requests_server = []
kwargs = {
"count": count,
"comm": comm_server,
"msg_requests": msg_requests_server,
"sync": receiving_sync
}
server_receiver = threading.Thread(target=msg_receiver,
kwargs=kwargs,
daemon=True)
server_receiver.start()
msg_requests_client = []
kwargs = {
"count": count,
"comm": comm_client,
"msg_requests": msg_requests_client,
"sync": receiving_sync
}
client_receiver = threading.Thread(target=msg_receiver,
kwargs=kwargs,
daemon=True)
client_receiver.start()
start_timer = time.time()
receiving_sync.set()
# Send requests from client to server.
requests_client = []
for i in range(count):
ping_msg = MsgBuilder.build_ping_msg()
ping_dict = json.loads(ping_msg)
# Insert bogus field to uniquely identify messages on the other side.
ping_dict["test_msg_name"] = "client_" + str(i)
ping_msg = json.dumps(ping_dict)
promise = comm_client.send_request("ping", ping_msg)
requests_client.append(promise)
# Send requests from server to client.
requests_server = []
for i in range(count):
ping_msg = MsgBuilder.build_ping_msg()
ping_dict = json.loads(ping_msg)
# Insert bogus field to uniquely identify messages on the other side.
ping_dict["test_msg_name"] = "server_" + str(i)
ping_msg = json.dumps(ping_dict)
promise = comm_server.send_request("ping", ping_msg)
requests_server.append(promise)
# Give each message 5 seconds time
# ("count" messages sent by client and "count" messages sent by server).
for _ in range(count * 2 * 5):
if client_receiver.isAlive():
client_receiver.join(timeout=1.0)
elif server_receiver.isAlive():
server_receiver.join(timeout=1.0)
else:
break
if client_receiver.isAlive():
self.fail("Client timed out while receiving messages.")
if server_receiver.isAlive():
self.fail("Server timed out while receiving messages.")
if len(requests_client) != len(msg_requests_server):
self.fail(
"Client requests differ from messages received by server.")
if len(requests_server) != len(msg_requests_client):
self.fail(
"Server requests differ from messages received by client.")
# Check requests send by the client.
for i in range(len(requests_client)):
promise = requests_client[i]
send_msg = json.loads(promise.msg)
msg_request = msg_requests_server[i]
self.assertIsNotNone(msg_request)
self.assertEqual(msg_request.state, MsgState.OK)
if promise.msg_type != msg_request.msg_dict["message"]:
self.fail(
"Message type from send and receive different (client -> server)."
)
if send_msg["test_msg_name"] != msg_request.msg_dict[
"test_msg_name"]:
self.fail(
"Messages sent and received different or different order (client -> server)."
)
# Check requests send by the server.
for i in range(len(requests_client)):
promise = requests_server[i]
send_msg = json.loads(promise.msg)
msg_request = msg_requests_client[i]
self.assertIsNotNone(msg_request)
self.assertEqual(msg_request.state, MsgState.OK)
if promise.msg_type != msg_request.msg_dict["message"]:
self.fail(
"Message type from send and receive different (server -> client)."
)
if send_msg["test_msg_name"] != msg_request.msg_dict[
"test_msg_name"]:
self.fail(
"Messages sent and received different or different order (server -> client)."
)
time_elapsed = time.time() - start_timer
logging.info("Needed %.2f seconds to send/receive messages." %
time_elapsed)
def test_send_request_rts_error(self):
"""
Tests communication error handling by letting the client send a ping request to the server
and failing the rts message part the first time.
"""
config_logging(logging.CRITICAL)
comm_client, comm_server = create_simulated_error_communication()
# Inject in first "rts" an error.
comm_client._connection.sim_error_rts = True
receiving_sync = threading.Event()
receiving_sync.clear()
msg_requests_server = []
kwargs = {
"count":
2, # we receive 2 messages: None because of the error and the ping
"comm": comm_server,
"msg_requests": msg_requests_server,
"sync": receiving_sync
}
server_receiver = threading.Thread(target=msg_receiver,
kwargs=kwargs,
daemon=True)
server_receiver.start()
start_timer = time.time()
receiving_sync.set()
ping_msg = MsgBuilder.build_ping_msg()
promise = comm_client.send_request("ping", ping_msg)
# Give message 5 seconds time.
reconnect_client_ctr = 0
reconnect_server_ctr = 0
for _ in range(5):
if server_receiver.isAlive():
# Re-connect channel if it is down (since we simulate an error we have to re-connect).
if not comm_client.has_channel:
comm_client.set_connected()
reconnect_client_ctr += 1
# Re-connect channel if it is down (since we simulate an error we have to re-connect).
if not comm_server.has_channel:
comm_server.set_connected()
reconnect_server_ctr += 1
server_receiver.join(timeout=1.0)
else:
break
if server_receiver.isAlive():
self.fail("Server timed out while receiving messages.")
if reconnect_client_ctr > 1:
self.fail("Client had to re-connect more than once to server.")
if reconnect_server_ctr > 1:
self.fail("Server had to re-connect more than once with client.")
if not msg_requests_server:
self.fail("Received no message.")
if len(msg_requests_server) != 2:
self.fail("Expected two messages.")
if msg_requests_server[0] is not None:
self.fail("Expected None as first received message.")
msg_request = msg_requests_server[1]
if msg_request is None:
self.fail("Receiving message failed.")
self.assertEqual(msg_request.state, MsgState.OK)
if "ping" != msg_request.msg_dict["message"]:
self.fail("Expected 'ping' message.")
if not promise.is_finished(timeout=5.0):
self.fail("Expected message to be sent.")
if not promise.was_successful():
self.fail("Sending message was not successful.")
time_elapsed = time.time() - start_timer
logging.info("Needed %.2f seconds to send/receive messages." %
time_elapsed)
def test_update(self):
"""
Tests updating of system information in the database.
"""
config_logging(logging.ERROR)
storage = self._init_database()
# Create database objects.
system_data = self._create_system_data()
storage.update_server_information(0, system_data.get_options_list(),
system_data.get_nodes_list(),
system_data.get_sensors_list(),
system_data.get_alerts_list(),
system_data.get_managers_list(),
system_data.get_alert_levels_list(),
[])
# Update local objects.
ctr = 0
for option in system_data.get_options_list():
temp_option = ManagerObjOption().deepcopy(option)
temp_option.value = float(ctr)
system_data.update_option(temp_option)
ctr += 1
for alert_level in system_data.get_alert_levels_list():
temp_alert_level = ManagerObjAlertLevel().deepcopy(alert_level)
temp_alert_level.name = "new_alert_level_" + str(ctr + 1)
temp_alert_level.triggerAlways = (ctr % 2)
temp_alert_level.instrumentation_active = (ctr % 2) == 0
if temp_alert_level.instrumentation_active:
temp_alert_level.instrumentation_cmd = "alert_level_instrumentation_" + str(
ctr + 1)
temp_alert_level.instrumentation_timeout = 123 + ctr
system_data.update_alert_level(temp_alert_level)
ctr += 1
for node in system_data.get_nodes_list():
temp_node = ManagerObjNode().deepcopy(node)
temp_node.hostname = "new_hostname_" + str(ctr + 1)
temp_node.nodeType = ["alert", "manager", "sensor",
"server"][ctr % 4]
temp_node.instance = "new_instance_" + str(ctr + 1)
temp_node.connected = (ctr % 2)
temp_node.version = float(5 + ctr)
temp_node.rev = ctr
temp_node.username = "******" + str(ctr + 1)
temp_node.persistent = (ctr % 2)
system_data.update_node(temp_node)
ctr += 1
for alert in system_data.get_alerts_list():
temp_alert = ManagerObjAlert().deepcopy(alert)
temp_alert.description = "new_alert_" + str(ctr + 1)
temp_alert.remoteAlertId = ctr
# We started the alert levels in our test data with level 1.
temp_alert.alertLevels = [
(ctr % len(system_data.get_alert_levels_list())) + 1
]
system_data.update_alert(temp_alert)
ctr += 1
for manager in system_data.get_managers_list():
temp_manager = ManagerObjManager().deepcopy(manager)
temp_manager.description = "new_manager_" + str(ctr + 1)
system_data.update_manager(temp_manager)
ctr += 1
for sensor in system_data.get_sensors_list():
temp_sensor = ManagerObjSensor().deepcopy(sensor)
temp_sensor.description = "new_sensor_" + str(ctr + 1)
temp_sensor.remoteSensorId = ctr
temp_sensor.alertDelay = ctr + 10
temp_sensor.lastStateUpdated = ctr + 10
temp_sensor.state = ctr % 2
temp_sensor.dataType = SensorDataType.INT
temp_sensor.data = ctr
# We started the alert levels in our test data with level 1.
temp_sensor.alertLevels = [
(ctr % len(system_data.get_alert_levels_list())) + 1
]
system_data.update_sensor(temp_sensor)
ctr += 1
# Update database objects.
storage.update_server_information(0, system_data.get_options_list(),
system_data.get_nodes_list(),
system_data.get_sensors_list(),
system_data.get_alerts_list(),
system_data.get_managers_list(),
system_data.get_alert_levels_list(),
[])
storage._system_data = SystemData()
storage.synchronize_database_to_system_data()
compare_nodes_content(self, system_data.get_nodes_list(),
storage._system_data.get_nodes_list())
compare_alerts_content(self, system_data.get_alerts_list(),
storage._system_data.get_alerts_list())
compare_managers_content(self, system_data.get_managers_list(),
storage._system_data.get_managers_list())
compare_sensors_content(self, system_data.get_sensors_list(),
storage._system_data.get_sensors_list())
compare_alert_levels_content(
self, system_data.get_alert_levels_list(),
storage._system_data.get_alert_levels_list())
