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_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_manager(self):
"""
Test Manager object updating.
"""
system_data = self._create_system_data()
# Create changes that should be copied to the stored object.
new_managers = []
for i in range(len(self.managers)):
temp_manager = ManagerObjManager().deepcopy(self.managers[i])
temp_manager.description = "new_manager_" + str(i + 1)
new_managers.append(temp_manager)
for i in range(len(new_managers)):
# Update store with new object data.
temp_manager = new_managers[i]
system_data.update_manager(temp_manager)
gt_storage = []
for j in range(i+1):
gt_storage.append(new_managers[j])
for j in range(i+1, len(new_managers)):
gt_storage.append(self.managers[j])
stored_managers = system_data.get_managers_list()
compare_managers_content(self, gt_storage, stored_managers)
def test_add_manager(self):
"""
Tests adding of managers 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_managers_content(self, system_data.get_managers_list(),
storage._system_data.get_managers_list())
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_delete_manager(self):
"""
Tests deleting 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)
# Delete object and check correct deletion.
for manager in system_data.get_managers_list():
storage._open_connection()
storage._delete_manager(manager.managerId)
storage._conn.commit()
system_data.delete_manager_by_id(manager.managerId)
storage.synchronize_database_to_system_data()
compare_managers_content(self, system_data.get_managers_list(),
storage._system_data.get_managers_list())
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())
def test_content_update(self):
"""
Tests status update of content.
"""
global_data = GlobalData()
global_data.system_data = self._create_system_data()
event_handler = BaseManagerEventHandler(global_data)
# Update local objects.
ctr = 1
for option in self.options:
option.value += ctr
ctr += 1
for profile in self.profiles:
profile.name += "_new_" + str(ctr)
ctr += 1
for alert_level in self.alert_levels:
alert_level.name += "_new_" + str(ctr)
ctr += 1
for node in self.nodes:
node.hostname += "_new_" + str(ctr)
ctr += 1
for alert in self.alerts:
alert.description += "_new_" + str(ctr)
ctr += 1
for sensor in self.sensors:
sensor.description += "_new_" + str(ctr)
ctr += 1
for manager in self.managers:
manager.description += "_new_" + str(ctr)
ctr += 1
# Check stored and local objects differ.
for stored_option in global_data.system_data.get_options_list():
found = False
for local_option in self.options:
if local_option.type == stored_option.type:
found = True
if local_option == stored_option:
self.fail(
"Local and stored object have not the same object."
)
if local_option.value == stored_option.value:
self.fail(
"Local and stored object have the same content.")
break
if not found:
self.fail("Stored Option object not found in local objects.")
# Check stored and local objects differ.
for stored_profile in global_data.system_data.get_profiles_list():
found = False
for local_profile in self.profiles:
if local_profile.profileId == stored_profile.profileId:
found = True
if local_profile == stored_profile:
self.fail(
"Local and stored object have not the same object."
)
if local_profile.name == stored_profile.name:
self.fail(
"Local and stored object have the same content.")
break
if not found:
self.fail("Stored Option object not found in local objects.")
for stored_alert_level in global_data.system_data.get_alert_levels_list(
):
found = False
for local_alert_level in self.alert_levels:
if local_alert_level.level == stored_alert_level.level:
found = True
if local_alert_level == stored_alert_level:
self.fail(
"Local and stored object are the same object.")
if local_alert_level.name == stored_alert_level.name:
self.fail(
"Local and stored object have the same content.")
break
if not found:
self.fail(
"Stored Alert Level object not found in local objects.")
for stored_node in global_data.system_data.get_nodes_list():
found = False
for local_node in self.nodes:
if local_node.nodeId == stored_node.nodeId:
found = True
if local_node == stored_node:
self.fail(
"Local and stored object are the same object.")
if local_node.hostname == stored_node.hostname:
self.fail(
"Local and stored object have the same content.")
break
if not found:
self.fail("Stored Node object not found in local objects.")
for stored_alert in global_data.system_data.get_alerts_list():
found = False
for local_alert in self.alerts:
if local_alert.alertId == stored_alert.alertId:
found = True
if local_alert == stored_alert:
self.fail(
"Local and stored object are the same object.")
if local_alert.description == stored_alert.description:
self.fail(
"Local and stored object have the same content.")
break
if not found:
self.fail("Stored Alert object not found in local objects.")
for stored_manager in global_data.system_data.get_managers_list():
found = False
for local_manager in self.managers:
if local_manager.managerId == stored_manager.managerId:
found = True
if local_manager == stored_manager:
self.fail(
"Local and stored object are the same object.")
if local_manager.description == stored_manager.description:
self.fail(
"Local and stored object have the same content.")
break
if not found:
self.fail("Stored Manager object not found in local objects.")
for stored_sensor in global_data.system_data.get_sensors_list():
found = False
for local_sensor in self.sensors:
if local_sensor.sensorId == stored_sensor.sensorId:
found = True
if local_sensor == stored_sensor:
self.fail(
"Local and stored object are the same object.")
if local_sensor.description == stored_sensor.description:
self.fail(
"Local and stored object have the same content.")
break
if not found:
self.fail("Stored Sensor object not found in local objects.")
if not event_handler.status_update(
1337, self.options, self.profiles, self.nodes, self.sensors,
self.managers, self.alerts, self.alert_levels):
self.fail("Status update failed.")
if event_handler.msg_time != 1337:
self.fail("Server time update failed.")
# Check changes are stored.
compare_options_content(self, self.options,
global_data.system_data.get_options_list())
compare_profiles_content(self, self.profiles,
global_data.system_data.get_profiles_list())
compare_alert_levels_content(
self, self.alert_levels,
global_data.system_data.get_alert_levels_list())
compare_nodes_content(self, self.nodes,
global_data.system_data.get_nodes_list())
compare_alerts_content(self, self.alerts,
global_data.system_data.get_alerts_list())
compare_managers_content(self, self.managers,
global_data.system_data.get_managers_list())
compare_sensors_content(self, self.sensors,
global_data.system_data.get_sensors_list())