Products.ZenStatus.nmap.NmapPingTask.NmapPingTask

Class NmapPingTask

ZenCollector.tasks.BaseTask --+ | NmapPingTask

Instance Methods

[hide private]

__init__(self, taskName, configId, scheduleIntervalSeconds=60, taskConfig=None)

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_detectNmap(self)
Detect that nmap is present.

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_sendNmapMissing(self)
Send/Clear event to show that nmap is present/missing.

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_detectNmapIsSuid(self)
Detect that nmap is set SUID

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_sendNmapNotSuid(self)
Send/Clear event to show that nmap is set SUID.

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_nmapExecution(self, ex=None)
Send/Clear event to show that nmap is executed properly.

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_executeNmapCmd(self, inputFileFilename, traceroute=False, outputType='xml')
Execute nmap and return it's output.

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doTask(self)
BatchPingDevices !

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_getPingTasks(self)
Iterate the daemons task list and find PingTask tasks that are IPV4.

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_batchPing(self)
Find the IPs, ping/traceroute, parse, correlate, and send events.

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_correlate(self, downTasks)
Correlate ping down events.

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displayStatistics(self)
Called by the collector framework scheduler, and allows us to see how each task is doing.

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init(self, taskName, configId, scheduleIntervalSeconds=60, taskConfig=None)
(Constructor)

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Parameters:

deviceId (string) - the Zenoss deviceId to watch
taskName (string) - the unique identifier for this task
scheduleIntervalSeconds (int) - the interval at which this task will be collected
taskConfig - the configuration for this task

_executeNmapCmd(self, inputFileFilename, traceroute=False, outputType='xml')

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Execute nmap and return it's output.

Decorators:

@defer.inlineCallbacks

doTask(self)

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BatchPingDevices !

Decorators:

@defer.inlineCallbacks

_batchPing(self)

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Find the IPs, ping/traceroute, parse, correlate, and send events.

Decorators:

@defer.inlineCallbacks

_correlate(self, downTasks)

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Correlate ping down events.

This simple correlator will take a list of PingTasks that are in the down state. It loops through the list and the last known trace route for each of the ip's. For every hop in the traceroute (starting from the collector to the ip in question), the hop's ip is searched for in downTasks. If it's found, then this collector was also monitoring the source of the problem.

Note: this does not take in to account multiple routes to the ip in question. It uses only the last known traceroute as given by nmap which will not have routing loops and hosts that block icmp.

Decorators:

@defer.inlineCallbacks

Class NmapPingTask

__init__(self, taskName, configId, scheduleIntervalSeconds=60, taskConfig=None) (Constructor)

_executeNmapCmd(self, inputFileFilename, traceroute=False, outputType='xml')

doTask(self)

_batchPing(self)

_correlate(self, downTasks)

init(self, taskName, configId, scheduleIntervalSeconds=60, taskConfig=None)
(Constructor)