def buildOptions(self):
ServiceTester.buildOptions(self)
self.parser.add_option('--resolve', dest='request',
help="Specify a specific OID or name to map to the name or OID.")
self.parser.add_option('--exactMatch', dest='exactMatch',
action='store_true', default=True,
help="When resolving to name, use an exact match")
self.parser.add_option('--fuzzyMatch', dest='exactMatch',
action='store_false',
help="When resolving to name, don't use an exact match")
self.parser.add_option('--list', dest='list',
action='store_true', default=False,
help="List all OIDs?")
def buildOptions(self):
ServiceTester.buildOptions(self)
self.parser.add_option('--resolve', dest='request',
help="Specify a specific OID or name to map to the name or OID.")
self.parser.add_option('--exactMatch', dest='exactMatch',
action='store_true', default=True,
help="When resolving to name, use an exact match")
self.parser.add_option('--fuzzyMatch', dest='exactMatch',
action='store_false',
help="When resolving to name, don't use an exact match")
self.parser.add_option('--list', dest='list',
action='store_true', default=False,
help="List all OIDs?")
proxy.lastmodeltime = device.getLastChangeString()
proxy.lastChangeTime = float(device.getLastChange())
# Gather the datapoints to retrieve
perfServer = device.getPerformanceServer()
proxy.oids = {}
proxy.thresholds = []
if not components_only:
# First for the device....
threshs = self._getComponentConfig(device, perfServer, proxy.oids)
if threshs:
proxy.thresholds.extend(threshs)
# And now for its components
for comp in components:
threshs = self._getComponentConfig(comp, perfServer, proxy.oids)
if threshs:
proxy.thresholds.extend(threshs)
if proxy.oids:
return proxy
if __name__ == '__main__':
from Products.ZenHub.ServiceTester import ServiceTester
tester = ServiceTester(SnmpPerformanceConfig)
def printer(proxy):
for oid in sorted(proxy.oids):
print oid
tester.printDeviceProxy = printer
tester.showDeviceInfo()
@onUpdate(OSProcessOrganizer)
def processOrganizerUpdated(self, object, event):
catalog = IModelCatalogTool(object.primaryAq())
results = catalog.search(OSProcessClass)
if not results.total:
return
devices = set()
for organizer in results:
if results.areBrains:
organizer = organizer.getObject()
for process in organizer.instances():
device = process.device()
if not device:
continue
device = device.primaryAq()
device_path = device.getPrimaryUrlPath()
if not device_path in devices:
self._notifyAll(device)
devices.add(device_path)
if __name__ == '__main__':
from Products.ZenHub.ServiceTester import ServiceTester
tester = ServiceTester(ProcessConfig)
def printer(config):
for proc in config.processes.values():
print '\t'.join([proc.name, str(proc.includeRegex)])
tester.printDeviceProxy = printer
tester.showDeviceInfo()
@transact
@translateError
def remote_setSnmpConnectionInfo(self, device, version, port, community):
device = self.getPerformanceMonitor().findDeviceByIdExact(device)
device.updateDevice(zSnmpVer=version,
zSnmpPort=port,
zSnmpCommunity=community)
def pushConfig(self, device):
from twisted.internet.defer import succeed
return succeed(device)
if __name__ == '__main__':
from Products.ZenHub.ServiceTester import ServiceTester
tester = ServiceTester(ModelerService)
def configprinter(config):
print "%s (%s) Plugins" % (config.id, config.manageIp)
print sorted(x.pluginName for x in config.plugins)
def showDeviceInfo():
if tester.options.device:
name = tester.options.device
config = tester.service.remote_getDeviceConfig([name])
if config:
print "Config for %s =" % name
configprinter(config[0])
else:
log.warn("No configs found for %s", name)
else:
ds)
if ds_conf is not None:
deviceConfig.add(ds_conf)
# Don't both returning a proxy if there are no datasources.
if not len(deviceConfig.jmxDataSourceConfigs.keys()):
return None
return deviceConfig
def _getDataSourcesFromTemplate(self, template):
datasources = []
for ds in template.getRRDDataSources('JMX'):
if not ds.enabled: continue
datasources.append(ds)
return datasources
if __name__ == '__main__':
from Products.ZenHub.ServiceTester import ServiceTester
tester = ServiceTester(ZenJMXConfigService)
def printer(proxy):
print '\t'.join(['', 'Hostname', 'Service name', 'Port'])
for component, config in proxy.jmxDataSourceConfigs.items():
print '\t', component
tester.printDeviceProxy = printer
tester.showDeviceInfo()
dpId=dp.id,
path=path,
rrdType=dp.rrdtype,
rrdCmd=dp.getRRDCreateCommand(perfServer),
minv=dp.rrdmin,
maxv=dp.rrdmax,
metadata=comp.getMetricMetadata(device),
tags=dp.getTags(component),
exampleProperty=ds.exampleProperty,
)
proxy.datapoints.append(dpInfo)
# For diagnostic purposes, allow the user to show the results of the
# proxy creation.
# Run this service as a script to see which devices will be sent to the daemon.
# Add the --device=name flag to see the detailed contents of the proxy that
# will be sent to the daemon
#
if __name__ == '__main__':
from Products.ZenHub.ServiceTester import ServiceTester
tester = ServiceTester(ExampleConfigService)
def printer(config):
# Fill this out
print config.datapoints
tester.printDeviceProxy = printer
tester.showDeviceInfo()
proxy.components.append(ServiceProxy(svc, status))
# don't bother adding this device proxy if there aren't any services
# to monitor
if not proxy.components:
log.debug("Device %s skipped because there are no components",
proxy.id)
return None
return proxy
def _getNotifiableClasses(self):
"""
When zProperties are changed on either of these two classes we
need to refresh which devices we are monitoring
"""
return (Service, ServiceOrganizer)
if __name__ == '__main__':
from Products.ZenHub.ServiceTester import ServiceTester
tester = ServiceTester(ZenStatusConfig)
def printer(proxy):
print '\t'.join(['', 'Hostname', 'Service name', 'Port'])
for component in proxy.components:
print '\t', component
tester.printDeviceProxy = printer
tester.showDeviceInfo()
include = False
elif not getattr(device, 'zWinEventlog', True):
log.debug("Device %s skipped because zWinEventlog is False",
device.id)
include = False
return include
def _createDeviceProxy(self, device):
proxy = CollectorConfigService._createDeviceProxy(self, device)
# for now, every device gets a single configCycleInterval based upon
# the collector's eventlogCycleInterval configuration.
# TODO: create a zProperty that allows for individual device schedules
proxy.configCycleInterval = self._prefs.eventlogCycleInterval
return proxy
if __name__ == '__main__':
from Products.ZenHub.ServiceTester import ServiceTester
tester = ServiceTester(EventLogConfig)
def printer(config):
print "zWinEventlogMinSeverity = %s" % config.zWinEventlogMinSeverity
print "zWinEventlogClause = '%s'" % config.zWinEventlogClause
tester.printDeviceProxy = printer
tester.showDeviceInfo()
running, service.severity, None,
service.getMonitoredStartModes())
# don't bother adding this device proxy if there aren't any services
# to monitor
if not proxy.services:
log.debug("Device %s skipped because there are no services",
proxy.id)
return None
return proxy
if __name__ == '__main__':
from Products.ZenHub.ServiceTester import ServiceTester
tester = ServiceTester(WinServiceConfig)
def printer(config):
print '\t'.join([
'Start Modes',
'Running?',
'Severity',
'Name',
])
for serviceName, data in sorted(config.services.items()):
running, severity, _, startModes = data
print '\t'.join(
map(str, [startModes, running, '', severity, '', serviceName]))
tester.printDeviceProxy = printer
tester.showDeviceInfo()
perfServer):
try:
# Get the ServerDevice RRD Template. Specified by the ServerMonitor ZenPack
template = deviceOrComponent.getRRDTemplateByName('ServerDevice')
# Get the Power data point for the device. Specified by the ServerMonitor ZenPack
dp = template.getRRDDataPoint('Power')
dp_value = deviceOrComponent.getRRDValue('Power')
dpInfo = dict(devId=deviceId,
dpId=dp.getId(),
rrdCmd=perfServer.getDefaultRRDCreateCommand(),
dpValue=dp_value)
proxy.datapoints.append(dpInfo)
except Exception as e:
print e
if __name__ == '__main__':
from Products.ZenHub.ServiceTester import ServiceTester
tester = ServiceTester(PowerMonConfigService)
def printer(config):
# Fill this out
print config.datapoints
tester.printDeviceProxy = printer
tester.showDeviceInfo()
