def test_nagios_parser(self):
# OK status from Nagios and 4 datapoints
# OK - no errors or warnings|default_lines=10 default_warnings=0 default_criticals=0 default_unknowns=0
win_results = load_pickle_file(self, 'ShellDataSourcePlugin_onSuccess_141718')[0]
nagios_ok = Mock()
nagios_ok.datasources = win_results[1]
nagios_ok.id = nagios_ok.datasources[0].device
data = self.plugin.onSuccess(win_results, nagios_ok)
self.assertEquals(len(data['values'][None]), 4)
self.assertEquals(data['values'][None]['default_criticals'], (0.0, 'N'))
self.assertEquals(len(data['events']), 8)
self.assertEquals(data['events'][0]['severity'], 0)
# now test nagios with a CRITICAL return code and exit_code of 2
# CRITICAL - (11 errors) - testing ...|default_lines=12 default_warnings=0 default_criticals=11 default_unknowns=0
# we should see datapoints and a ZenEventClasses.Critical event
win_results = load_pickle_file(self, 'ShellDataSourcePlugin_onSuccess_143352')[0]
nagios_critical = Mock()
win_results[1][0].eventClass = '/Status/Nagios/Test'
nagios_critical.datasources = win_results[1]
nagios_critical.id = nagios_critical.datasources[0].device
data = self.plugin.onSuccess(win_results, nagios_critical)
self.assertEquals(len(data['values'][None]), 4)
self.assertEquals(data['values'][None]['default_criticals'], (11.0, 'N'))
self.assertEquals(len(data['events']), 8)
self.assertEquals(data['events'][0]['severity'], 5)
self.assertEquals(data['events'][0]['eventClass'], '/Status/Nagios/Test')
def test_nagios_parser(self):
# OK status from Nagios and 4 datapoints
# OK - no errors or warnings|default_lines=10 default_warnings=0 default_criticals=0 default_unknowns=0
win_results = load_pickle_file(self, 'ShellDataSourcePlugin_onSuccess_141718')[0]
nagios_ok = Mock()
nagios_ok.datasources = win_results[1]
nagios_ok.id = nagios_ok.datasources[0].device
data = self.plugin.onSuccess(win_results, nagios_ok)
self.assertEquals(len(data['values'][None]), 4)
self.assertEquals(data['values'][None]['default_criticals'], (0.0, 'N'))
self.assertEquals(len(data['events']), 8)
self.assertEquals(data['events'][0]['severity'], 0)
# now test nagios with a CRITICAL return code and exit_code of 2
# CRITICAL - (11 errors) - testing ...|default_lines=12 default_warnings=0 default_criticals=11 default_unknowns=0
# we should see datapoints and a ZenEventClasses.Critical event
win_results = load_pickle_file(self, 'ShellDataSourcePlugin_onSuccess_143352')[0]
nagios_critical = Mock()
win_results[1][0].eventClass = '/Status/Nagios/Test'
nagios_critical.datasources = win_results[1]
nagios_critical.id = nagios_critical.datasources[0].device
data = self.plugin.onSuccess(win_results, nagios_critical)
self.assertEquals(len(data['values'][None]), 4)
self.assertEquals(data['values'][None]['default_criticals'], (11.0, 'N'))
self.assertEquals(len(data['events']), 8)
self.assertEquals(data['events'][0]['severity'], 5)
self.assertEquals(data['events'][0]['eventClass'], '/Status/Nagios/Test')
def test_process(self):
self.results = load_pickle_file(self, 'Interfaces_process_184038')[0]
data = self.plugin.process(self.device, self.results, Mock())
self.assertEquals(data.maps[7].perfmonInstance, "\\Network Interface(HP NC382i DP Multifunction Gigabit Server Adapter)")
self.assertEquals(data.maps[8].perfmonInstance, "\\Network Interface(HP NC382i DP Multifunction Gigabit Server Adapter _2)")
self.assertEquals(data.maps[13].perfmonInstance, "\\Network Interface(HP NC382i DP Multifunction Gigabit Server Adapter#1)")
self.assertEquals(data.maps[14].perfmonInstance, "\\Network Interface(HP NC382i DP Multifunction Gigabit Server Adapter _2#1)")
self.results = load_pickle_file(self, 'Interfaces_process_184151')[0]
data = self.plugin.process(self.device, self.results, Mock())
self.assertEquals(data.maps[7].perfmonInstance, "\\Network Interface(HP NC382i DP Multifunction Gigabit Server Adapter)")
self.assertEquals(data.maps[8].perfmonInstance, "\\Network Interface(HP NC382i DP Multifunction Gigabit Server Adapter _2)")
self.assertEquals(data.maps[12].perfmonInstance, "\\Network Interface(HP NC382i DP Multifunction Gigabit Server Adapter#1)")
self.assertEquals(data.maps[13].perfmonInstance, "\\Network Interface(HP NC382i DP Multifunction Gigabit Server Adapter _2#1)")
def test_143596(self):
# Cluster shared volumes are different than cluster disks
# the status will be a string, not an int
results = load_pickle_file(
self, 'ClusterDataSourcePlugin_onSuccess_210137')[0]
config = Mock()
datasources = []
for line in results.stdout:
component = line.split('|')[0]
datasource = Mock(params={
'eventlog': sentinel.eventlog,
'contexttitle': 'device',
'ownernode': 'IS-HVDRCL03-H04',
'cluster': 'IS-HVDRCL03.tcy.prv'
},
datasource='DataSource',
component=component)
datasources.append(datasource)
config.datasources = datasources
config.id = 'IS-HVDRCL03.tcy.prv'
data = self.plugin.onSuccess(results, config)
for k, v in RESULTS_143596.iteritems():
self.assertEquals(data['values'][k]['freespace'], v)
self.assertEquals(data['values'][k]['state'], 2)
csvs = set(RESULTS_143596.keys())
evts = [
evt for evt in data['events'] if evt.get('component', '') in csvs
]
for evt in evts:
self.assertEquals(evt['summary'],
'Last state of component device was Online')
def test_sql_no_counters(self):
parms = load_pickle_file(self, 'ShellDataSourcePlugin_onSuccess_162846')[0]
stdout = [u'databasename : db01',
u'databasestatus:Normal',
u'databasename:master',
u'databasestatus:Normal',
u'databasename : msdb',
u'databasestatus:Normal',
u'databasename : tempdb',
u'databasestatus:Normal',
u'databasename : model',
u'databasestatus:Normal']
sql_config = Mock()
sql_config.datasources = parms[1]
sql_config.id = sql_config.datasources[0].device
results = (parms[0], parms[1], CommandResponse(stdout, [], 0))
data = self.plugin.onSuccess(results, sql_config)
self.assertEquals(len(data['values']), 5)
self.assertEquals(len(data['events']), 15)
# we should see status of databases even if no counters are returned.
for x in xrange(5):
self.assertEquals('The database is available.', data['events'][x]['message'])
for x in xrange(5, 10):
self.assertEquals(
'Error parsing data in powershell MSSQL strategy for "ActiveTransactions" datasource',
data['events'][x]['summary'])
def test_143596(self):
# Cluster shared volumes are different than cluster disks
# the status will be a string, not an int
results = load_pickle_file(self, 'ClusterDataSourcePlugin_onSuccess_210137')[0]
config = Mock()
datasources = []
for line in results.stdout:
component = line.split('|')[0]
datasource = Mock(
params={
'eventlog': sentinel.eventlog,
'contexttitle': 'device',
'ownernode': 'IS-HVDRCL03-H04',
'cluster': 'IS-HVDRCL03.tcy.prv'
},
datasource='DataSource',
component=component)
datasources.append(datasource)
config.datasources = datasources
config.id = 'IS-HVDRCL03.tcy.prv'
data = self.plugin.onSuccess(results, config)
for k, v in RESULTS_143596.iteritems():
self.assertEquals(data['values'][k]['freespace'], v)
self.assertEquals(data['values'][k]['state'], 2)
csvs = set(RESULTS_143596.keys())
evts = [evt for evt in data['events'] if evt.get('component', '') in csvs]
for evt in evts:
self.assertEquals(
evt['summary'],
'Last state of component device was Online')
def test_onSuccess(self):
config = load_pickle_file(self, 'cluster_config')
results = CommandResponse(
RAW_RESULTS['stdout'],
RAW_RESULTS['stderr'],
RAW_RESULTS['exit_code'])
data = self.plugin.onSuccess(results, config)
self.assertEquals(len(data['values']), 25)
for comp, value in RESULTS.iteritems():
try:
num = int(value)
value = cluster_disk_state_string(num)
self.assertEquals(data['values'][comp]['state'], num)
except Exception:
self.assertEquals(data['values'][comp]['state'][0], cluster_state_value(value), 'found {}'.format(value))
self.assertEquals(len(data['events']), 28)
# 24989663232 is the freespace in the pickle file
self.assertEquals(data['values']['860caaf4-595a-44e6-be70-285a9bb3733d']['freespace'], 24254611456)
# test for ownerchange events
results.stdout[11] = results.stdout[11].replace('win2016-node-01', 'win2016-node-02')
data = self.plugin.onSuccess(results, config)
self.assertEquals(len(data['events']), 29)
results.stdout[11] = results.stdout[11].replace('win2016-node-02', 'win2016-node-01')
results.stdout[12] = results.stdout[12].replace('win2016-node-02', 'win2016-node-01')
data = self.plugin.onSuccess(results, config)
self.assertEquals(len(data['events']), 29)
def test_onSuccess(self):
config = load_pickle_file(self, 'cluster_config')
results = CommandResponse(RAW_RESULTS['stdout'], RAW_RESULTS['stderr'],
RAW_RESULTS['exit_code'])
data = self.plugin.onSuccess(results, config)
self.assertEquals(len(data['values']), 25)
for comp, value in RESULTS.iteritems():
try:
num = int(value)
value = cluster_disk_state_string(num)
self.assertEquals(data['values'][comp]['state'], num)
except Exception:
self.assertEquals(data['values'][comp]['state'][0],
cluster_state_value(value),
'found {}'.format(value))
self.assertEquals(len(data['events']), 28)
# 24989663232 is the freespace in the pickle file
self.assertEquals(
data['values']['860caaf4-595a-44e6-be70-285a9bb3733d']
['freespace'], 24254611456)
# test for ownerchange events
results.stdout[11] = results.stdout[11].replace(
'win2016-node-01', 'win2016-node-02')
data = self.plugin.onSuccess(results, config)
self.assertEquals(len(data['events']), 29)
results.stdout[11] = results.stdout[11].replace(
'win2016-node-02', 'win2016-node-01')
results.stdout[12] = results.stdout[12].replace(
'win2016-node-02', 'win2016-node-01')
data = self.plugin.onSuccess(results, config)
self.assertEquals(len(data['events']), 29)
def test_onSuccess(self):
plugin = EventLogPlugin()
results = load_pickle_file(self, 'EventLogPlugin')[0]
config = Mock(
id="machine",
datasources=[
Mock(params={'eventlog': sentinel.eventlog},
datasource='DataSource')
],
)
res = plugin.onSuccess(results, config)
self.maxDiff = None
self.assertEquals(len(res['events']),
6,
msg='Received {}'.format(pprint.pformat(res)))
self.assertEquals(res['events'][0], INFO_EXPECTED)
self.assertEquals(res['events'][1], CRITICAL_EXPECTED)
self.assertEquals(
res['events'][3]['summary'],
'Windows EventLog: No PowerShell errors during event collection')
# check for invalid severity to look for new default severity
results.stdout[1] = results.stdout[1].replace(
'"EntryType": "Information"', '"EntryType": "Invalid"')
res = plugin.onSuccess(results, config)
self.assertEquals(res['events'][0]['severity'], 2)
def test_process(self):
data = self.plugin.process(self.device, self.results, Mock())
self.assertEquals(len(data.maps), 14)
self.assertFalse(hasattr(data.maps[7], 'perfmonInstance'))
self.assertEquals(data.maps[12].perfmonInstance, "\\Network Interface(RedHat PV NIC Driver _2)")
results = load_pickle_file(self, 'Interfaces_process_163512')[0]
for i in results['Win32_NetworkAdapter']:
i.PhysicalAdapter = 'false'
data = self.plugin.process(self.device, results, Mock())
self.assertEquals(data.maps[7].perfmonInstance, "\\Network Interface(AWS PV Network Device _0)")
def test_process(self):
data = self.plugin.process(self.device, self.results, Mock())
self.assertEquals(len(data.maps), 14)
self.assertFalse(hasattr(data.maps[7], 'perfmonInstance'))
self.assertEquals(data.maps[12].perfmonInstance,
"\\Network Interface(RedHat PV NIC Driver _2)")
results = load_pickle_file(self, 'Interfaces_process_163512')[0]
for i in results['Win32_NetworkAdapter']:
i.PhysicalAdapter = 'false'
data = self.plugin.process(self.device, results, Mock())
self.assertEquals(data.maps[7].perfmonInstance,
"\\Network Interface(AWS PV Network Device _0)")
def test_onSuccess(self):
datasources = load_pickle_file(self, 'cluster_datasources')
results = load_pickle_file(
self, 'ClusterDataSourcePlugin_onSuccess_161027')[0]
config = Mock()
config.datasources = datasources
config.id = datasources[0].device
data = self.plugin.onSuccess(results, config)
self.assertEquals(len(data['values']), 22)
for comp, value in RESULTS.iteritems():
try:
num = int(value)
value = cluster_disk_state_string(num)
self.assertEquals(data['values'][comp]['state'], num)
except Exception:
self.assertEquals(data['values'][comp]['state'][0],
cluster_state_value(value),
'found {}'.format(value))
self.assertEquals(len(data['events']), 27)
# 24989663232 is the freespace in the pickle file
self.assertEquals(
data['values']['860caaf4-595a-44e6-be70-285a9bb3733d']
['freespace'], 24989663232)
def test_onSuccess(self):
results = load_pickle_file(self, 'IISSiteDataSourcePlugin_onSuccess_162344')[0]
data = self.plugin.onSuccess(results, MagicMock(
id="windows_test",
datasources=[MagicMock(datasource='IISSiteDataSource',
params={'eventlog': sentinel.eventlog,
'statusname': 'Default Web Site',
'iis_version': u'8.5',
'apppool': 'defaultapppool'})],
))
self.assertEquals(len(data['events']), 5, msg='Expected 5 events: {}'.format(pprint.pformat(data['events'])))
self.assertEquals("Monitoring ok", data['events'][2]['summary'])
self.assertIn("is in Running state", data['events'][0]['summary'])
self.assertIn("is in Running state", data['events'][1]['summary'])
self.assertEquals(data['values'][data['values'].keys()[0]]['status'], (0, 'N'))
self.assertEquals(data['values'][data['values'].keys()[0]]['appPoolState'], (3, 'N'))
def test_onSuccess(self):
plugin = EventLogPlugin()
results = load_pickle_file(self, 'EventLogPlugin')[0]
config = Mock(
id="machine",
datasources=[Mock(params={'eventlog': sentinel.eventlog},
datasource='DataSource')],
)
res = plugin.onSuccess(results, config)
self.maxDiff = None
self.assertEquals(len(res['events']), 6, msg='Received {}'.format(pprint.pformat(res)))
self.assertEquals(res['events'][0], INFO_EXPECTED)
self.assertEquals(res['events'][1], CRITICAL_EXPECTED)
self.assertEquals(res['events'][2]['summary'], 'Windows EventLog: successful event collection')
# check for invalid severity to look for new default severity
results.stdout[1] = results.stdout[1].replace('"EntryType": "Information"', '"EntryType": "Invalid"')
res = plugin.onSuccess(results, config)
self.assertEquals(res['events'][0]['severity'], 2)
def test_sql_no_counters(self):
parms = load_pickle_file(self, 'ShellDataSourcePlugin_onSuccess_185726')[0]
stdout = [u'db01 :counter: databasestatus :value: Normal',
u'master :counter: databasestatus :value: Normal',
u'msdb :counter: databasestatus :value: Normal',
u'tempdb :counter: databasestatus :value: Normal',
u'model :counter: databasestatus :value: Normal']
sql_config = Mock()
sql_config.datasources = parms[1]
sql_config.id = sql_config.datasources[0].device
results = (parms[0], parms[1], CommandResponse(stdout, [], 0))
data = self.plugin.onSuccess(results, sql_config)
self.assertEquals(len(data['values']), 5)
self.assertEquals(len(data['events']), 15)
# we should see status of databases even if no counters are returned.
for x in xrange(5):
self.assertEquals('The database is available.', data['events'][x]['message'])
for x in xrange(5, 10):
self.assertEquals(
'winrs: successful collection', data['events'][x]['summary'])
def test_sql_no_counters(self):
parms = load_pickle_file(self,
'ShellDataSourcePlugin_onSuccess_185726')[0]
stdout = [
u'db01 :counter: databasestatus :value: Normal',
u'master :counter: databasestatus :value: Normal',
u'msdb :counter: databasestatus :value: Normal',
u'tempdb :counter: databasestatus :value: Normal',
u'model :counter: databasestatus :value: Normal'
]
sql_config = Mock()
sql_config.datasources = parms[1]
sql_config.id = sql_config.datasources[0].device
results = (parms[0], parms[1], CommandResponse(stdout, [], 0))
data = self.plugin.onSuccess(results, sql_config)
self.assertEquals(len(data['values']), 5)
self.assertEquals(len(data['events']), 15)
# we should see status of databases even if no counters are returned.
for x in xrange(5):
self.assertEquals('The database is available.',
data['events'][x]['message'])
for x in xrange(5, 10):
self.assertEquals('winrs: successful collection',
data['events'][x]['summary'])
def setUp(self):
self.plugin = OperatingSystem()
self.device = StringAttributeObject()
self.results = load_pickle_file(self, 'OperatingSystem_process_103136')[0]
def setUp(self):
# pickled results from a 2016 server
self.results = load_pickle_file(self, 'Interfaces_process_215200')[0]
def setUp(self):
# pickled results from a 2016 server
self.results = load_pickle_file(self, 'Interfaces_process_215200')[0]
def setUp(self):
self.results = load_pickle_file(self, 'Interfaces_process_194131')[0]
self.device = load_pickle_file(self, 'device')
self.plugin = Interfaces()
def setUp(self):
self.device = load_pickle_file(self, 'device')
self.plugin = Interfaces()
def setUp(self):
self.plugin = OperatingSystem()
self.device = StringAttributeObject()
self.results = load_pickle_file(self, 'OperatingSystem_process_103136')[0]
def setUp(self):
self.device = load_pickle_file(self, 'device')
self.plugin = Interfaces()
def setUp(self):
self.results = load_pickle_file(self, 'Interfaces_process_194131')[0]
self.device = load_pickle_file(self, 'device')
self.plugin = Interfaces()
