def setUp(self):
#Mock the ServerMgrlogger class. We will have our own log file
flexmock(ServerMgrlogger, __new__=mock_logger)
flexmock(ServerMgrSSHClient, __new__=mock_ServerMgrSSHClient)
ServerMgrIPMIMonitoring.log_file = 'fake-logger.conf'
self.ipmonitor = ServerMgrIPMIMonitoring(ServerMgrIPMIMonitoring, 10,
10)
self.ipmonitor.base_obj.call_subprocess = self.mock_subprocess
self.ipmonitor.send_ipmi_stats = self.mock_send_ipmi_stats
def setUp(self):
#Mock the ServerMgrlogger class. We will have our own log file
flexmock(ServerMgrlogger, __new__=mock_logger)
flexmock(ServerMgrSSHClient, __new__=mock_ServerMgrSSHClient)
ServerMgrIPMIMonitoring.log_file='fake-logger.conf'
self.ipmonitor = ServerMgrIPMIMonitoring(ServerMgrIPMIMonitoring, 10, 10)
self.ipmonitor.base_obj.call_subprocess = self.mock_subprocess
self.ipmonitor.send_ipmi_stats = self.mock_send_ipmi_stats
class TestMonitoring(unittest.TestCase):
filename = None
noresponse = False
delayed_response = False
ipmonitor = None
raiseException = False
#Mock function for the call_subprocess
def mock_subprocess(self, cmd):
file_name = './monitoring/test-data/' + self.filename
f = open(file_name, 'r')
result = f.read()
#This is for simulating the case for which there is no response
if self.noresponse:
return None
if self.delayed_response:
time.sleep(2)
if self.raiseException:
time.sleep("3")
return result
#Mock function for send_ipmi_stats
def mock_send_ipmi_stats(self, *args, **kwargs):
if args[3] == 'ipmi_data':
if self.filename == 'sensor/quanta_sensor_expected_output.txt':
verify_result.checkQuantaData(self, args[1])
elif self.filename == 'sensor/supermicro_sensor_expected_output.txt':
verify_result.checkSuperMicroData(self, args[1])
elif args[3] == 'ipmi_chassis_data':
if self.filename == 'chassis/chassis_expected_output.txt':
verify_result.checkChassisData(self, args[1])
elif args[3] == 'disk_list_tot':
verify_result.checkDiskTotInfoData(self, args[1],
package_installed)
elif args[3] == 'disk_list':
verify_result.checkDiskInfoData(self, args[1], package_installed)
#setup function which sets up environemnt required for unit testing
def setUp(self):
#Mock the ServerMgrlogger class. We will have our own log file
flexmock(ServerMgrlogger, __new__=mock_logger)
flexmock(ServerMgrSSHClient, __new__=mock_ServerMgrSSHClient)
ServerMgrIPMIMonitoring.log_file = 'fake-logger.conf'
self.ipmonitor = ServerMgrIPMIMonitoring(ServerMgrIPMIMonitoring, 10,
10)
self.ipmonitor.base_obj.call_subprocess = self.mock_subprocess
self.ipmonitor.send_ipmi_stats = self.mock_send_ipmi_stats
def tearDown(self):
global package_installed
self.ipmonitor = None
self.filename = None
self.noresponse = False
self.delayed_response = False
self.raiseException = False
package_installed = True
def testSensorData(self):
supported_sensors = ['FAN|.*_FAN', '^PWR', '.*Temp', '.*_Power']
#Simulate correct Qunata sensor info output
self.filename = 'sensor/quanta_sensor_expected_output.txt'
self.ipmonitor.fetch_and_process_monitoring("dummy", "dummy", "dummy",
"dummy", "dummy",
supported_sensors)
#Simulate correct SuperMicro sensor info output
self.filename = 'sensor/supermicro_sensor_expected_output.txt'
self.ipmonitor.fetch_and_process_monitoring("dummy", "dummy", "dummy",
"dummy", "dummy",
supported_sensors)
#Simulate IPMI2.0 output
self.filename = 'sensor/noipmi_output.txt'
self.ipmonitor.fetch_and_process_monitoring("dummy", "dummy", "dummy",
"dummy", "dummy",
supported_sensors)
#Simulate wrong output
self.filename = 'sensor/sensor_wrongoutput.txt'
#Make sure the exception is raised. If the exception is not raised the test case will fail
with self.assertRaises(Exception):
self.ipmonitor.fetch_and_process_monitoring(
"dummy", "dummy", "dummy", "dummy", "dummy", supported_sensors)
#Simulate no response from device
self.noresponse = True
self.ipmonitor.fetch_and_process_monitoring("dummy", "dummy", "dummy",
"dummy", "dummy",
supported_sensors)
#Simulate delayed response from the device
self.noresponse = False
self.delayed_response = True
self.filename = 'sensor/quanta_sensor_expected_output.txt'
self.ipmonitor.fetch_and_process_monitoring("dummy", "dummy", "dummy",
"dummy", "dummy",
supported_sensors)
def testChassisData(self):
self.filename = 'chassis/chassis_expected_output.txt'
self.ipmonitor.fetch_and_process_chassis("dummy", "dummy", "dummy",
"dummy", "dummy")
with self.assertRaises(Exception):
self.raiseException = True
self.ipmonitor.fetch_and_process_chassis("dummy", "dummy", "dummy",
"dummy", "dummy")
def testDiskInfo(self):
global package_installed
sshclient = ServerMgrSSHClient(None)
sshclient.filename = 'disk_info/disk_info_expected_output.txt'
self.ipmonitor.fetch_and_process_disk_info("dummy", "dummy", sshclient)
#Test the case where the diff between the previous and current iteration is sent
sshclient.filename = 'disk_info/disk_info_diff_expected_output.txt'
self.ipmonitor.fetch_and_process_disk_info("dummy", "dummy", sshclient)
#Test the situation where the sysstat package is not installed on the target node
package_installed = False
self.ipmonitor.fetch_and_process_disk_info("dummy", "dummy", sshclient)
sshclient.filename = 'disk_info/disk_info_wrong_output.txt'
#Make sure the exception is raised. If the exception is not raised the test case will fail
package_installed = True
with self.assertRaises(Exception):
self.ipmonitor.fetch_and_process_disk_info("dummy", "dummy",
sshclient)
class TestMonitoring(unittest.TestCase):
filename = None
noresponse = False
delayed_response = False
ipmonitor = None
raiseException = False
#Mock function for the call_subprocess
def mock_subprocess(self,cmd):
file_name = './monitoring/test-data/' + self.filename
f = open(file_name, 'r')
result= f.read()
#This is for simulating the case for which there is no response
if self.noresponse:
return None
if self.delayed_response:
time.sleep(2)
if self.raiseException:
time.sleep("3")
return result
#Mock function for send_ipmi_stats
def mock_send_ipmi_stats(self,*args, **kwargs):
if args[3] == 'ipmi_data':
if self.filename == 'sensor/quanta_sensor_expected_output.txt':
verify_result.checkQuantaData(self,args[1])
elif self.filename == 'sensor/supermicro_sensor_expected_output.txt':
verify_result.checkSuperMicroData(self,args[1])
elif args[3] == 'ipmi_chassis_data':
if self.filename == 'chassis/chassis_expected_output.txt':
verify_result.checkChassisData(self,args[1])
elif args[3] == 'disk_list_tot':
verify_result.checkDiskTotInfoData(self, args[1], package_installed)
elif args[3] == 'disk_list':
verify_result.checkDiskInfoData(self, args[1], package_installed)
#setup function which sets up environemnt required for unit testing
def setUp(self):
#Mock the ServerMgrlogger class. We will have our own log file
flexmock(ServerMgrlogger, __new__=mock_logger)
flexmock(ServerMgrSSHClient, __new__=mock_ServerMgrSSHClient)
ServerMgrIPMIMonitoring.log_file='fake-logger.conf'
self.ipmonitor = ServerMgrIPMIMonitoring(ServerMgrIPMIMonitoring, 10, 10)
self.ipmonitor.base_obj.call_subprocess = self.mock_subprocess
self.ipmonitor.send_ipmi_stats = self.mock_send_ipmi_stats
def tearDown(self):
global package_installed
self.ipmonitor = None
self.filename = None
self.noresponse = False
self.delayed_response = False
self.raiseException = False
package_installed = True
def testSensorData(self):
supported_sensors = ['FAN|.*_FAN', '^PWR', '.*Temp', '.*_Power']
#Simulate correct Qunata sensor info output
self.filename = 'sensor/quanta_sensor_expected_output.txt'
self.ipmonitor.fetch_and_process_monitoring("dummy", "dummy", "dummy", "dummy", "dummy",supported_sensors)
#Simulate correct SuperMicro sensor info output
self.filename = 'sensor/supermicro_sensor_expected_output.txt'
self.ipmonitor.fetch_and_process_monitoring("dummy", "dummy", "dummy", "dummy", "dummy",supported_sensors)
#Simulate IPMI2.0 output
self.filename = 'sensor/noipmi_output.txt'
self.ipmonitor.fetch_and_process_monitoring("dummy", "dummy", "dummy", "dummy", "dummy",supported_sensors)
#Simulate wrong output
self.filename = 'sensor/sensor_wrongoutput.txt'
#Make sure the exception is raised. If the exception is not raised the test case will fail
with self.assertRaises(Exception):
self.ipmonitor.fetch_and_process_monitoring("dummy", "dummy", "dummy", "dummy", "dummy",supported_sensors)
#Simulate no response from device
self.noresponse = True
self.ipmonitor.fetch_and_process_monitoring("dummy", "dummy", "dummy", "dummy", "dummy",supported_sensors)
#Simulate delayed response from the device
self.noresponse = False
self.delayed_response = True
self.filename = 'sensor/quanta_sensor_expected_output.txt'
self.ipmonitor.fetch_and_process_monitoring("dummy", "dummy", "dummy", "dummy", "dummy",supported_sensors)
def testChassisData(self):
self.filename = 'chassis/chassis_expected_output.txt'
self.ipmonitor.fetch_and_process_chassis("dummy", "dummy", "dummy", "dummy", "dummy")
with self.assertRaises(Exception):
self.raiseException = True
self.ipmonitor.fetch_and_process_chassis("dummy", "dummy", "dummy", "dummy", "dummy")
def testDiskInfo(self):
global package_installed
sshclient = ServerMgrSSHClient(None)
sshclient.filename = 'disk_info/disk_info_expected_output.txt'
self.ipmonitor.fetch_and_process_disk_info("dummy", "dummy", sshclient)
#Test the case where the diff between the previous and current iteration is sent
sshclient.filename = 'disk_info/disk_info_diff_expected_output.txt'
self.ipmonitor.fetch_and_process_disk_info("dummy", "dummy", sshclient)
#Test the situation where the sysstat package is not installed on the target node
package_installed = False
self.ipmonitor.fetch_and_process_disk_info("dummy", "dummy", sshclient)
sshclient.filename = 'disk_info/disk_info_wrong_output.txt'
#Make sure the exception is raised. If the exception is not raised the test case will fail
package_installed = True
with self.assertRaises(Exception):
self.ipmonitor.fetch_and_process_disk_info("dummy","dummy",sshclient)
