Package hudson.node_monitors

Class ResponseTimeMonitor.DescriptorImpl

java.lang.Object

hudson.model.Descriptor<NodeMonitor>

hudson.node_monitors.AbstractNodeMonitorDescriptor<ResponseTimeMonitor.Data>

hudson.node_monitors.AbstractAsyncNodeMonitorDescriptor<ResponseTimeMonitor.Data>

hudson.node_monitors.ResponseTimeMonitor.DescriptorImpl

All Implemented Interfaces:

Saveable, Loadable, OnMaster

Enclosing class:

ResponseTimeMonitor

@Extension
@Symbol("responseTime")
public static class ResponseTimeMonitor.DescriptorImpl
extends AbstractAsyncNodeMonitorDescriptor<ResponseTimeMonitor.Data>

Nested Class Summary

Nested classes/interfaces inherited from class hudson.node_monitors.AbstractAsyncNodeMonitorDescriptor

AbstractAsyncNodeMonitorDescriptor.Result<T>

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

Constructor	Description
DescriptorImpl()

Method Summary

Modifier and Type	Method	Description
protected hudson.remoting.Callable<ResponseTimeMonitor.Data,IOException>	createCallable(Computer c)	Creates a Callable that performs the monitoring when executed.
String	getDisplayName()	Human readable name of this kind of configurable object.
protected Map<Computer,ResponseTimeMonitor.Data>	monitor()	Performs all monitoring concurrently.

Methods inherited from class hudson.node_monitors.AbstractAsyncNodeMonitorDescriptor

monitor, monitorDetailed

Methods inherited from class hudson.node_monitors.AbstractNodeMonitorDescriptor

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

Methods inherited from class hudson.model.Descriptor

addHelpFileRedirect, bindJSON, bindJSON, calcAutoCompleteSettings, calcFillSettings, configure, configure, configure, doHelp, doHelp, find, find, findByDescribableClassName, findById, getCategory, getCheckMethod, getCheckUrl, getConfigFile, getCurrentDescriptorByNameUrl, getDescriptorFullUrl, getDescriptorUrl, getGlobalConfigPage, getGlobalPropertyType, getHelpFile, getHelpFile, getHelpFile, getId, getJsonSafeClassName, getKlass, getPlugin, getPossibleViewNames, getPropertyType, getPropertyType, getPropertyTypeOrDie, getRequiredGlobalConfigPagePermission, getStaticHelpUrl, getStaticHelpUrl, getT, getViewPage, isInstance, isSubTypeOf, load, newInstance, newInstance, newInstance, newInstancesFromHeteroList, newInstancesFromHeteroList, 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 Details

DescriptorImpl

public DescriptorImpl()

Method Details

createCallable

protected hudson.remoting.Callable<ResponseTimeMonitor.Data,IOException> createCallable(Computer c)

Description copied from class: AbstractAsyncNodeMonitorDescriptor

Creates a Callable that performs the monitoring when executed.

Specified by:

createCallable in class AbstractAsyncNodeMonitorDescriptor<ResponseTimeMonitor.Data>

monitor

protected Map<Computer,ResponseTimeMonitor.Data> monitor()
                                                  throws InterruptedException

Description copied from class: AbstractAsyncNodeMonitorDescriptor

Performs all monitoring concurrently.

Overrides:

monitor in class AbstractAsyncNodeMonitorDescriptor<ResponseTimeMonitor.Data>

Returns:

Mapping from computer to monitored value. The map values can be null for several reasons, see AbstractAsyncNodeMonitorDescriptor.Result for more details.

Throws:

InterruptedException

getDisplayName

@NonNull
public String getDisplayName()

Description copied from class: Descriptor

Human readable name of this kind of configurable object. Should be overridden for most descriptors, if the display name is visible somehow. As a fallback it uses Class.getSimpleName() on Descriptor.clazz, so for example MyThing from some.pkg.MyThing.DescriptorImpl. Historically some implementations returned null as a way of hiding the descriptor from the UI, but this is generally managed by an explicit method such as isEnabled or isApplicable.

Overrides:

getDisplayName in class Descriptor<NodeMonitor>