hudson.node_monitors

Class AbstractAsyncNodeMonitorDescriptor<T>

java.lang.Object

hudson.model.Descriptor<NodeMonitor>

hudson.node_monitors.AbstractNodeMonitorDescriptor<T>

hudson.node_monitors.AbstractAsyncNodeMonitorDescriptor<T>

Type Parameters:

T - represents the the result of the monitoring.

All Implemented Interfaces:

Saveable

Direct Known Subclasses:

ArchitectureMonitor.DescriptorImpl, DiskSpaceMonitorDescriptor

public abstract class AbstractAsyncNodeMonitorDescriptor<T>
extends AbstractNodeMonitorDescriptor<T>

Sophisticated version of AbstractNodeMonitorDescriptor that performs monitoring on all slaves concurrently and asynchronously.

Author:

Kohsuke Kawaguchi

Nested Class Summary

Nested classes/interfaces inherited from class hudson.model.Descriptor

Descriptor.FormException, Descriptor.PropertyType, Descriptor.Self

Field Summary

Fields inherited from class hudson.model.Descriptor

clazz

Fields inherited from interface hudson.model.Saveable

NOOP

Constructor Summary

Constructors

Modifier	Constructor and Description
protected	AbstractAsyncNodeMonitorDescriptor()
protected	AbstractAsyncNodeMonitorDescriptor(Class<? extends NodeMonitor> clazz)
protected	AbstractAsyncNodeMonitorDescriptor(Class<? extends NodeMonitor> clazz, long interval)
protected	AbstractAsyncNodeMonitorDescriptor(long interval)

Method Summary

Modifier and Type	Method and Description
protected abstract hudson.remoting.Callable<T,IOException>	createCallable(Computer c) Creates a Callable that performs the monitoring when executed.
protected Map<Computer,T>	monitor() Performs all monitoring concurrently.
protected T	monitor(Computer c) Performs monitoring of the given computer object.

Methods inherited from class hudson.node_monitors.AbstractNodeMonitorDescriptor

get, getMonitoringTimeOut, getTimestamp, getTimestampString, isIgnored, markOffline, markOffline, markOnline

Methods inherited from class hudson.model.Descriptor

addHelpFileRedirect, calcAutoCompleteSettings, calcFillSettings, configure, configure, doHelp, find, find, findByDescribableClassName, findById, getCheckMethod, getCheckUrl, getConfigFile, getConfigPage, getCurrentDescriptorByNameUrl, getDescriptorFullUrl, getDescriptorUrl, getDisplayName, getGlobalConfigPage, getGlobalPropertyType, getHelpFile, getHelpFile, getHelpFile, getId, getJsonSafeClassName, getKlass, getPlugin, getPossibleViewNames, getPropertyType, getPropertyType, getPropertyTypeOrDie, getT, getViewPage, isInstance, isSubTypeOf, load, newInstance, newInstance, newInstancesFromHeteroList, newInstancesFromHeteroList, save, self, toArray, toList, toMap

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

AbstractAsyncNodeMonitorDescriptor

protected AbstractAsyncNodeMonitorDescriptor()

AbstractAsyncNodeMonitorDescriptor

protected AbstractAsyncNodeMonitorDescriptor(long interval)

AbstractAsyncNodeMonitorDescriptor

protected AbstractAsyncNodeMonitorDescriptor(Class<? extends NodeMonitor> clazz)

AbstractAsyncNodeMonitorDescriptor

protected AbstractAsyncNodeMonitorDescriptor(Class<? extends NodeMonitor> clazz,
                                             long interval)

Method Detail

createCallable

@CheckForNull
protected abstract hudson.remoting.Callable<T,IOException> createCallable(Computer c)

Creates a Callable that performs the monitoring when executed.

monitor

protected T monitor(Computer c)
             throws IOException,
                    InterruptedException

Description copied from class: AbstractNodeMonitorDescriptor

Performs monitoring of the given computer object. This method is invoked periodically to perform the monitoring of the computer.

Specified by:

monitor in class AbstractNodeMonitorDescriptor<T>

Returns:

Application-specific value that represents the observed monitoring value on the given node. This value will be returned from the AbstractNodeMonitorDescriptor.get(Computer) method. If null is returned, it will be interpreted as "no observed value." This is convenient way of abandoning the observation on a particular computer, whereas IOException is useful for indicating a hard error that needs to be corrected.

Throws:

IOException

InterruptedException

monitor

protected Map<Computer,T> monitor()
                           throws InterruptedException

Performs all monitoring concurrently.

Overrides:

monitor in class AbstractNodeMonitorDescriptor<T>

Returns:

For all the computers, report the monitored values.

Throws:

InterruptedException