org.apache.sling.commons.threads.impl
Class DefaultThreadPoolManager.Entry

java.lang.Object
  org.apache.sling.commons.threads.impl.DefaultThreadPoolManager.Entry

Enclosing class:

DefaultThreadPoolManager

protected static final class DefaultThreadPoolManager.Entry
extends Object

Constructor Summary

DefaultThreadPoolManager.Entry(String pid, ThreadPoolConfig config, String name, org.osgi.framework.BundleContext bundleContext)

Method Summary

void	decUsage() Decrement the usage counter, and if its zero initiate a shutdown the entry (and the thread pool).
ThreadPoolConfig	getConfig()
ThreadPoolExecutor	getExecutor()
String	getName()
String	getPid()
ThreadPoolFacade	incUsage() Increments a usage counter and gets the ThreadPoolFacade inside the Entry.
boolean	isUsed()
protected void	registerMBean()
void	shutdown()
protected void	unregisterMBean()
void	update(ThreadPoolConfig config, String name, String pid)

Methods inherited from class java.lang.Object

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

Constructor Detail

DefaultThreadPoolManager.Entry

public DefaultThreadPoolManager.Entry(String pid,
                                      ThreadPoolConfig config,
                                      String name,
                                      org.osgi.framework.BundleContext bundleContext)

Method Detail

getPid

public String getPid()

shutdown

public void shutdown()

incUsage

public ThreadPoolFacade incUsage()

Increments a usage counter and gets the ThreadPoolFacade inside the Entry. Note this method is not thread safe and must at all time be protected from multiple threads accessing it at the same time. The counter is volatile and hence not atomic in updates.

Returns:

the thread pool Facade instance after reference counting the usage.

decUsage

public void decUsage()

Decrement the usage counter, and if its zero initiate a shutdown the entry (and the thread pool). Note: this method is not thread safe and must at all time be protected from multiple threads accessing it at the same time. The counter is volatile and hence not atomic in updates.

update

public void update(ThreadPoolConfig config,
                   String name,
                   String pid)

getName

public String getName()

isUsed

public boolean isUsed()

getConfig

public ThreadPoolConfig getConfig()

getExecutor

public ThreadPoolExecutor getExecutor()

unregisterMBean

protected void unregisterMBean()

registerMBean

protected void registerMBean()