def test_serviceTemplates(self):
service = LinuxService("test_service")
# Add few templates to LinuxService component
manage_addRRDTemplate(service, "OSService-UPSTART")
manage_addRRDTemplate(service, "OSService-SYSTEMV")
manage_addRRDTemplate(service, "OSService-SYSTEMD")
manage_addRRDTemplate(service, "Extra-Template")
manage_addRRDTemplate(service, "Another-Extra-Template")
# SYSTEMD tests
service.init_system = 'SYSTEMD'
templates = service.getRRDTemplates()
self.assertEqual(len(templates), 1)
self.assertEqual(templates[0].id, 'OSService-SYSTEMD')
# UPSTART tests
service.init_system = 'UPSTART'
templates = service.getRRDTemplates()
self.assertEqual(len(templates), 1)
self.assertEqual(templates[0].id, 'OSService-UPSTART')
# SYSTEMV tests
service.init_system = 'SYSTEMV'
templates = service.getRRDTemplates()
self.assertEqual(len(templates), 1)
self.assertEqual(templates[0].id, 'OSService-SYSTEMV')
# OTHER-INIT tests
service.init_system = 'OTHER-INIT'
templates = service.getRRDTemplates()
self.assertEqual(len(templates), 0)
def test_getRRDTemplates(self):
boot_fs = FileSystem("boot")
boot_fs.mount = "/boot"
boot_fs.type = "ext4"
self.device.os.filesystems._setObject(boot_fs.id, boot_fs)
boot_fs = self.device.os.filesystems.boot
nfs_fs = FileSystem("nfs")
nfs_fs.mount = "/nfs"
nfs_fs.type = "nfs"
self.device.os.filesystems._setObject(nfs_fs.id, nfs_fs)
nfs_fs = self.device.os.filesystems.nfs
nfs4_fs = FileSystem("nfs4")
nfs4_fs.mount = "/nfs4"
nfs4_fs.type = "nfs4"
self.device.os.filesystems._setObject(nfs4_fs.id, nfs4_fs)
nfs4_fs = self.device.os.filesystems.nfs4
# No templates exist.
boot_templates = boot_fs.getRRDTemplates()
self.assertEqual(len(boot_templates), 0)
nfs_templates = nfs_fs.getRRDTemplates()
self.assertEqual(len(nfs_templates), 0)
# Only the FileSystem template exists.
manage_addRRDTemplate(self.dmd.Devices.rrdTemplates, "FileSystem")
boot_templates = boot_fs.getRRDTemplates()
self.assertEqual(len(boot_templates), 1)
self.assertEqual(boot_templates[0].id, "FileSystem")
nfs_templates = nfs_fs.getRRDTemplates()
self.assertEqual(len(nfs_templates), 0)
# FileSystem and FileSystem_NFS_Client templates exist.
manage_addRRDTemplate(self.dmd.Devices.rrdTemplates,
"FileSystem_NFS_Client")
boot_templates = boot_fs.getRRDTemplates()
self.assertEqual(len(boot_templates), 1)
self.assertEqual(boot_templates[0].id, "FileSystem")
nfs_templates = nfs_fs.getRRDTemplates()
self.assertEqual(len(nfs_templates), 1)
self.assertEqual(nfs_templates[0].id, "FileSystem_NFS_Client")
nfs4_templates = nfs4_fs.getRRDTemplates()
self.assertEqual(len(nfs4_templates), 1)
self.assertEqual(nfs4_templates[0].id, "FileSystem_NFS_Client")
def test_getRRDTemplates(self):
boot_fs = FileSystem("boot")
boot_fs.mount = "/boot"
boot_fs.type = "ext4"
self.device.os.filesystems._setObject(boot_fs.id, boot_fs)
boot_fs = self.device.os.filesystems.boot
nfs_fs = FileSystem("nfs")
nfs_fs.mount = "/nfs"
nfs_fs.type = "nfs"
self.device.os.filesystems._setObject(nfs_fs.id, nfs_fs)
nfs_fs = self.device.os.filesystems.nfs
nfs4_fs = FileSystem("nfs4")
nfs4_fs.mount = "/nfs4"
nfs4_fs.type = "nfs4"
self.device.os.filesystems._setObject(nfs4_fs.id, nfs4_fs)
nfs4_fs = self.device.os.filesystems.nfs4
# No templates exist.
boot_templates = boot_fs.getRRDTemplates()
self.assertEqual(len(boot_templates), 0)
nfs_templates = nfs_fs.getRRDTemplates()
self.assertEqual(len(nfs_templates), 0)
# Only the FileSystem template exists.
manage_addRRDTemplate(self.dmd.Devices.rrdTemplates, "FileSystem")
boot_templates = boot_fs.getRRDTemplates()
self.assertEqual(len(boot_templates), 1)
self.assertEqual(boot_templates[0].id, "FileSystem")
nfs_templates = nfs_fs.getRRDTemplates()
self.assertEqual(len(nfs_templates), 0)
# FileSystem and FileSystem_NFS_Client templates exist.
manage_addRRDTemplate(self.dmd.Devices.rrdTemplates, "FileSystem_NFS_Client")
boot_templates = boot_fs.getRRDTemplates()
self.assertEqual(len(boot_templates), 1)
self.assertEqual(boot_templates[0].id, "FileSystem")
nfs_templates = nfs_fs.getRRDTemplates()
self.assertEqual(len(nfs_templates), 1)
self.assertEqual(nfs_templates[0].id, "FileSystem_NFS_Client")
nfs4_templates = nfs4_fs.getRRDTemplates()
self.assertEqual(len(nfs4_templates), 1)
self.assertEqual(nfs4_templates[0].id, "FileSystem_NFS_Client")
def createFakeDevice( self, name ):
"""
Create a fake device with a datapoint
"""
from Products.ZenModel.Device import manage_createDevice
self.dev = manage_createDevice(self.dmd,
deviceName=name,
devicePath='/Test')
from Products.ZenModel.RRDTemplate import manage_addRRDTemplate
manage_addRRDTemplate(self.dmd.Devices.Test.rrdTemplates, 'Device')
t = self.dmd.Devices.Test.rrdTemplates.Device
ds = t.manage_addRRDDataSource('ds', 'BasicDataSource.COMMAND')
dp = ds.manage_addRRDDataPoint('dp')
thresh = t.manage_addRRDThreshold('limit', 'MinMaxThreshold')
thresh.maxval = "100"
thresh.dsnames = ('ds_dp',)
def test_serviceTemplates(self):
service = LinuxService("test_service")
# Add few templates to LinuxService component
manage_addRRDTemplate(service, "OSService-UPSTART")
manage_addRRDTemplate(service, "OSService-SYSTEMV")
manage_addRRDTemplate(service, "OSService-SYSTEMD")
manage_addRRDTemplate(service, "Extra-Template")
manage_addRRDTemplate(service, "Another-Extra-Template")
# Service modeled by "too old" of a modeler plugin (ZPS-4334).
service.modeler_version = None
service.init_system = 'SYSTEMD'
self.assertEqual(len(service.getRRDTemplates()), 0)
service.modeler_version = 0
self.assertEqual(len(service.getRRDTemplates()), 0)
# Set current modeler_version for remaining tests.
service.modeler_version = OS_SERVICE_MODELER_VERSION
# No init system modeled.
service.init_system = None
self.assertEqual(len(service.getRRDTemplates()), 0)
# SYSTEMD tests
service.init_system = 'SYSTEMD'
templates = service.getRRDTemplates()
self.assertEqual(len(templates), 1)
self.assertEqual(templates[0].id, 'OSService-SYSTEMD')
# UPSTART tests
service.init_system = 'UPSTART'
templates = service.getRRDTemplates()
self.assertEqual(len(templates), 1)
self.assertEqual(templates[0].id, 'OSService-UPSTART')
# SYSTEMV tests
service.init_system = 'SYSTEMV'
templates = service.getRRDTemplates()
self.assertEqual(len(templates), 1)
self.assertEqual(templates[0].id, 'OSService-SYSTEMV')
# OTHER-INIT tests
service.init_system = 'OTHER-INIT'
templates = service.getRRDTemplates()
self.assertEqual(len(templates), 0)
def createFakeDevice(self, name):
"""
Create a fake device with a datapoint
"""
from Products.ZenModel.Device import manage_createDevice
self.dev = manage_createDevice(self.dmd,
deviceName=name,
devicePath='/Test')
from Products.ZenModel.RRDTemplate import manage_addRRDTemplate
manage_addRRDTemplate(self.dmd.Devices.Test.rrdTemplates, 'Device')
t = self.dmd.Devices.Test.rrdTemplates.Device
ds = t.manage_addRRDDataSource('ds', 'BasicDataSource.COMMAND')
dp = ds.manage_addRRDDataPoint('dp')
thresh = t.manage_addRRDThreshold('limit', 'MinMaxThreshold')
thresh.maxval = "100"
thresh.dsnames = ('ds_dp', )
def testThresholdGraphPoints(self):
"""
Test that the correct RRD commands are generated for a number of
ThresholdGraphPoint configurations.
"""
device = self.dmd.Devices.createInstance('testdevice')
device.setPerformanceMonitor('localhost')
manage_addRRDTemplate(device, 'TestTemplate')
device.bindTemplates(['TestTemplate'])
template = device.TestTemplate
ds = template.manage_addRRDDataSource('dsname', 'BuiltInDS.Built-In')
dp = ds.manage_addRRDDataPoint('dpname')
t = template.manage_addRRDThreshold('defaultLegend', 'MinMaxThreshold')
t.dsnames = ['dsname_dpname']
t.maxval = '5'
t = template.manage_addRRDThreshold('blankLegend', 'MinMaxThreshold')
t.dsnames = ['dsname_dpname']
t.legend = ''
t.maxval = '10'
t = template.manage_addRRDThreshold('talesLegend', 'MinMaxThreshold')
t.dsnames = ['dsname_dpname']
t.legend = '${here/id}'
t.maxval = '15'
graph = template.manage_addGraphDefinition('graph')
graph.manage_addDataPointGraphPoints(
['dsname_dpname'], includeThresholds=True)
graph.graphPoints.defaultLegend.legend = '${graphPoint/id}'
graph.graphPoints.blankLegend.legend = ''
graph.graphPoints.talesLegend.legend = '${here/id}'
graphUrl = device.getDefaultGraphDefs()[0]['url']
gopts = re.search('gopts=([^&]+)', graphUrl).groups()[0]
gopts = zlib.decompress(urlsafe_b64decode(unquote(gopts)))
self.assertTrue('defaultLegend' in gopts)
self.assertTrue('dpname greater than 10' in gopts)
self.assertTrue('testdevice' in gopts)
def testThresholdGraphPoints(self):
"""
Test that the correct RRD commands are generated for a number of
ThresholdGraphPoint configurations.
"""
device = self.dmd.Devices.createInstance('testdevice')
device.setPerformanceMonitor('localhost')
manage_addRRDTemplate(device, 'TestTemplate')
device.bindTemplates(['TestTemplate'])
template = device.TestTemplate
ds = template.manage_addRRDDataSource('dsname', 'BuiltInDS.Built-In')
dp = ds.manage_addRRDDataPoint('dpname')
t = template.manage_addRRDThreshold('defaultLegend', 'MinMaxThreshold')
t.dsnames = ['dsname_dpname']
t.maxval = '5'
t = template.manage_addRRDThreshold('blankLegend', 'MinMaxThreshold')
t.dsnames = ['dsname_dpname']
t.legend = ''
t.maxval = '10'
t = template.manage_addRRDThreshold('talesLegend', 'MinMaxThreshold')
t.dsnames = ['dsname_dpname']
t.legend = '${here/id}'
t.maxval = '15'
graph = template.manage_addGraphDefinition('graph')
graph.manage_addDataPointGraphPoints(['dsname_dpname'],
includeThresholds=True)
graph.graphPoints.defaultLegend.legend = '${graphPoint/id}'
graph.graphPoints.blankLegend.legend = ''
graph.graphPoints.talesLegend.legend = '${here/id}'
graphUrl = device.getDefaultGraphDefs()[0]['url']
gopts = re.search('gopts=([^&]+)', graphUrl).groups()[0]
gopts = zlib.decompress(urlsafe_b64decode(unquote(gopts)))
self.assertTrue('defaultLegend' in gopts)
self.assertTrue('dpname greater than 10' in gopts)
self.assertTrue('testdevice' in gopts)
def install(zport, zenpack):
"""
Set the collector plugin
"""
dmd = zport.dmd
if not getattr(aq_base(dmd.Events.Status), 'Kannel', None):
manage_addEventClass(dmd.Events.Status, 'Kannel')
tpls = dmd.Devices.Server.rrdTemplates
if not getattr(aq_base(tpls), 'KannelServer', None):
manage_addRRDTemplate(tpls, 'KannelServer')
tpl = tpls.KannelServer
tpl.manage_changeProperties(description='Monitors Kannel SMPP Servers',
targetPythonClass='Products.ZenModel.Device')
tpl.manage_addRRDDataSource('kannel', 'KannelDataSource.KannelDataSource')
dsk = tpl.datasources.kannel
map(lambda x: dsk.manage_addRRDDataPoint(x), DATAPOINTS)
# hmmm - recv/sent are accumulated totals, we just want to track the diffs
for dp_name in ('recv', 'sent'):
dp = dsk.datapoints._getOb(dp_name)
if dp.rrdtype != 'DERIVE':
# hmmm - we seem to be required to provide a max if we provide a min
dp.manage_changeProperties(rrdtype='DERIVE', rrdmin='0', rrdmax='10000000')
gdq = dsk.manage_addGraphDefinition('Kannel SMSC Queue')
setDataPoints(gdq, 'kannel', GRAPHPOINTS['smsc'])
gds = dsk.manage_addGraphDefinition('Kannel Store Size')
setDataPoints(gds, 'kannel', GRAPHPOINTS['store'])
addZenPackObjects(zenpack, (zport.dmd.Events.Status.Kannel, tpls.KannelServer))
def testThresholdGraphPoints(self):
"""
Test that the correct RRD commands are generated for a number of
ThresholdGraphPoint configurations.
"""
device = self.dmd.Devices.createInstance('testdevice')
device.setPerformanceMonitor('localhost')
manage_addRRDTemplate(device, 'TestTemplate')
device.bindTemplates(['TestTemplate'])
template = device.TestTemplate
ds = template.manage_addRRDDataSource('dsname', 'BuiltInDS.Built-In')
dp = ds.manage_addRRDDataPoint('dpname')
t = template.manage_addRRDThreshold('defaultLegend', 'MinMaxThreshold')
t.dsnames = ['dsname_dpname']
t.maxval = '5'
t = template.manage_addRRDThreshold('blankLegend', 'MinMaxThreshold')
t.dsnames = ['dsname_dpname']
t.legend = ''
t.maxval = '10'
t = template.manage_addRRDThreshold('talesLegend', 'MinMaxThreshold')
t.dsnames = ['dsname_dpname']
t.legend = '${here/id}'
t.maxval = '15'
graph = template.manage_addGraphDefinition('graph')
graph.manage_addDataPointGraphPoints(
['dsname_dpname'], includeThresholds=True)
graph.graphPoints.defaultLegend.legend = '${graphPoint/id}'
graph.graphPoints.blankLegend.legend = ''
graph.graphPoints.talesLegend.legend = '${here/id}'