public static PersistentResourceXMLBuilder getBoundedQueueThreadPoolParser(
BoundedQueueThreadPoolResourceDefinition definition) {
PersistentResourceXMLBuilder builder =
builder(definition)
.addAttributes(
PoolAttributeDefinitions.KEEPALIVE_TIME,
PoolAttributeDefinitions.MAX_THREADS,
PoolAttributeDefinitions.THREAD_FACTORY,
PoolAttributeDefinitions.CORE_THREADS,
PoolAttributeDefinitions.QUEUE_LENGTH,
PoolAttributeDefinitions.ALLOW_CORE_TIMEOUT);
if (!definition.isBlocking()) {
builder.addAttribute(PoolAttributeDefinitions.HANDOFF_EXECUTOR);
}
return builder;
}
/** @author Tomaz Cerar (c) 2015 Red Hat Inc. */
public class ThreadsParser2_0 extends PersistentResourceXMLParser {
static final ThreadsParser2_0 INSTANCE = new ThreadsParser2_0();
public static final PersistentResourceXMLBuilder THREAD_FACTORY_PARSER =
getThreadFactoryParser(ThreadFactoryResourceDefinition.DEFAULT_INSTANCE);
@SuppressWarnings("deprecation")
private static final PersistentResourceXMLDescription xmlDescription =
builder(new ThreadSubsystemResourceDefinition(false), Namespace.CURRENT.getUriString())
.addChild(THREAD_FACTORY_PARSER)
.addChild(
getUnboundedQueueThreadPoolParser(
UnboundedQueueThreadPoolResourceDefinition.create(false)))
.addChild(
getBoundedQueueThreadPoolParser(
BoundedQueueThreadPoolResourceDefinition.create(false, false)))
.addChild(
getBoundedQueueThreadPoolParser(
BoundedQueueThreadPoolResourceDefinition.create(true, false)))
.addChild(
getQueuelessThreadPoolParser(
QueuelessThreadPoolResourceDefinition.create(false, false)))
.addChild(
getQueuelessThreadPoolParser(
QueuelessThreadPoolResourceDefinition.create(true, false)))
.addChild(
getScheduledThreadPoolParser(ScheduledThreadPoolResourceDefinition.create(false)))
.build();
@Override
public PersistentResourceXMLDescription getParserDescription() {
return xmlDescription;
}
public static PersistentResourceXMLBuilder getThreadFactoryParser(
ThreadFactoryResourceDefinition factoryResourceDefinition) {
return builder(factoryResourceDefinition)
.addAttributes(
PoolAttributeDefinitions.GROUP_NAME,
PoolAttributeDefinitions.THREAD_NAME_PATTERN,
PoolAttributeDefinitions.PRIORITY);
}
public static PersistentResourceXMLBuilder getUnboundedQueueThreadPoolParser(
UnboundedQueueThreadPoolResourceDefinition resourceDefinition) {
return builder(resourceDefinition)
.addAttributes(
PoolAttributeDefinitions.KEEPALIVE_TIME,
PoolAttributeDefinitions.MAX_THREADS,
PoolAttributeDefinitions.THREAD_FACTORY);
}
public static PersistentResourceXMLBuilder getScheduledThreadPoolParser(
ScheduledThreadPoolResourceDefinition resourceDefinition) {
return builder(resourceDefinition)
.addAttributes(
PoolAttributeDefinitions.KEEPALIVE_TIME,
PoolAttributeDefinitions.MAX_THREADS,
PoolAttributeDefinitions.THREAD_FACTORY);
}
public static PersistentResourceXMLBuilder getQueuelessThreadPoolParser(
QueuelessThreadPoolResourceDefinition definition) {
PersistentResourceXMLBuilder builder =
builder(definition)
.addAttributes(
PoolAttributeDefinitions.KEEPALIVE_TIME,
PoolAttributeDefinitions.MAX_THREADS,
PoolAttributeDefinitions.THREAD_FACTORY);
if (!definition.isBlocking()) {
builder.addAttribute(PoolAttributeDefinitions.HANDOFF_EXECUTOR);
}
return builder;
}
public static PersistentResourceXMLBuilder getBoundedQueueThreadPoolParser(
BoundedQueueThreadPoolResourceDefinition definition) {
PersistentResourceXMLBuilder builder =
builder(definition)
.addAttributes(
PoolAttributeDefinitions.KEEPALIVE_TIME,
PoolAttributeDefinitions.MAX_THREADS,
PoolAttributeDefinitions.THREAD_FACTORY,
PoolAttributeDefinitions.CORE_THREADS,
PoolAttributeDefinitions.QUEUE_LENGTH,
PoolAttributeDefinitions.ALLOW_CORE_TIMEOUT);
if (!definition.isBlocking()) {
builder.addAttribute(PoolAttributeDefinitions.HANDOFF_EXECUTOR);
}
return builder;
}
}