/**
* {@inheritDoc}
*
* @see
* org.jboss.staxmapper.XMLElementWriter#writeContent(org.jboss.staxmapper.XMLExtendedStreamWriter,
* java.lang.Object)
*/
@Override
public void writeContent(XMLExtendedStreamWriter writer, SubsystemMarshallingContext context)
throws XMLStreamException {
context.startSubsystemElement(Namespace.CURRENT.getUri(), false);
ModelNode model = context.getModelNode();
if (model.isDefined()) {
writer.writeAttribute(
Attribute.DEFAULT_CACHE_CONTAINER.getLocalName(),
model.require(ModelKeys.DEFAULT_CACHE_CONTAINER).asString());
for (Property entry : model.get(ModelKeys.CACHE_CONTAINER).asPropertyList()) {
String containerName = entry.getName();
ModelNode container = entry.getValue();
writer.writeStartElement(Element.CACHE_CONTAINER.getLocalName());
writer.writeAttribute(Attribute.NAME.getLocalName(), containerName);
this.writeRequired(writer, Attribute.DEFAULT_CACHE, container, ModelKeys.DEFAULT_CACHE);
this.writeOptional(writer, Attribute.JNDI_NAME, container, ModelKeys.JNDI_NAME);
this.writeOptional(
writer, Attribute.LISTENER_EXECUTOR, container, ModelKeys.LISTENER_EXECUTOR);
this.writeOptional(
writer, Attribute.EVICTION_EXECUTOR, container, ModelKeys.EVICTION_EXECUTOR);
this.writeOptional(
writer,
Attribute.REPLICATION_QUEUE_EXECUTOR,
container,
ModelKeys.REPLICATION_QUEUE_EXECUTOR);
if (container.hasDefined(ModelKeys.ALIAS)) {
for (ModelNode alias : container.get(ModelKeys.ALIAS).asList()) {
writer.writeStartElement(Element.ALIAS.getLocalName());
writer.writeCharacters(alias.asString());
writer.writeEndElement();
}
}
if (container.hasDefined(ModelKeys.SINGLETON)) {
writer.writeStartElement(Element.TRANSPORT.getLocalName());
ModelNode transport = container.get(ModelKeys.SINGLETON, ModelKeys.TRANSPORT);
this.writeOptional(writer, Attribute.STACK, transport, ModelKeys.STACK);
this.writeOptional(writer, Attribute.EXECUTOR, transport, ModelKeys.EXECUTOR);
this.writeOptional(writer, Attribute.LOCK_TIMEOUT, transport, ModelKeys.LOCK_TIMEOUT);
this.writeOptional(writer, Attribute.SITE, transport, ModelKeys.SITE);
this.writeOptional(writer, Attribute.RACK, transport, ModelKeys.RACK);
this.writeOptional(writer, Attribute.MACHINE, transport, ModelKeys.MACHINE);
writer.writeEndElement();
}
// create a list of all caches in the model
List<Property> cachesPL = new ArrayList<Property>();
String[] cacheTypes = {
ModelKeys.LOCAL_CACHE,
ModelKeys.INVALIDATION_CACHE,
ModelKeys.REPLICATED_CACHE,
ModelKeys.DISTRIBUTED_CACHE
};
for (String cacheType : cacheTypes) {
List<Property> cachesOfAType = getCachesAsPropertyList(model, containerName, cacheType);
if (cachesOfAType != null) cachesPL.addAll(cachesOfAType);
}
List<ModelNode> caches = new ArrayList<ModelNode>();
for (Property cacheEntry : cachesPL) {
caches.add(cacheEntry.getValue());
}
// for (ModelNode cache: container.get(ModelKeys.CACHE).asList()) {
for (ModelNode cache : caches) {
Configuration.CacheMode mode =
Configuration.CacheMode.valueOf(cache.get(ModelKeys.CACHE_MODE).asString());
if (mode.isClustered()) {
if (mode.isDistributed()) {
writer.writeStartElement(Element.DISTRIBUTED_CACHE.getLocalName());
this.writeOptional(writer, Attribute.OWNERS, cache, ModelKeys.OWNERS);
this.writeOptional(writer, Attribute.VIRTUAL_NODES, cache, ModelKeys.VIRTUAL_NODES);
this.writeOptional(writer, Attribute.L1_LIFESPAN, cache, ModelKeys.L1_LIFESPAN);
} else if (mode.isInvalidation()) {
writer.writeStartElement(Element.INVALIDATION_CACHE.getLocalName());
} else {
writer.writeStartElement(Element.REPLICATED_CACHE.getLocalName());
}
writer.writeAttribute(Attribute.MODE.getLocalName(), Mode.forCacheMode(mode).name());
this.writeOptional(writer, Attribute.QUEUE_SIZE, cache, ModelKeys.QUEUE_SIZE);
this.writeOptional(
writer, Attribute.QUEUE_FLUSH_INTERVAL, cache, ModelKeys.QUEUE_FLUSH_INTERVAL);
this.writeOptional(writer, Attribute.REMOTE_TIMEOUT, cache, ModelKeys.REMOTE_TIMEOUT);
} else {
writer.writeStartElement(Element.LOCAL_CACHE.getLocalName());
}
this.writeRequired(writer, Attribute.NAME, cache, ModelKeys.NAME);
this.writeOptional(writer, Attribute.START, cache, ModelKeys.START);
this.writeOptional(writer, Attribute.BATCHING, cache, ModelKeys.BATCHING);
this.writeOptional(writer, Attribute.INDEXING, cache, ModelKeys.INDEXING);
if (cache.hasDefined(ModelKeys.LOCKING)) {
writer.writeStartElement(Element.LOCKING.getLocalName());
ModelNode locking = cache.get(ModelKeys.LOCKING);
this.writeOptional(writer, Attribute.ISOLATION, locking, ModelKeys.ISOLATION);
this.writeOptional(writer, Attribute.STRIPING, locking, ModelKeys.STRIPING);
this.writeOptional(
writer, Attribute.ACQUIRE_TIMEOUT, locking, ModelKeys.ACQUIRE_TIMEOUT);
this.writeOptional(
writer, Attribute.CONCURRENCY_LEVEL, locking, ModelKeys.CONCURRENCY_LEVEL);
writer.writeEndElement();
}
if (cache.hasDefined(ModelKeys.TRANSACTION)) {
writer.writeStartElement(Element.TRANSACTION.getLocalName());
ModelNode transaction = cache.get(ModelKeys.TRANSACTION);
this.writeOptional(writer, Attribute.STOP_TIMEOUT, transaction, ModelKeys.STOP_TIMEOUT);
this.writeOptional(writer, Attribute.MODE, transaction, ModelKeys.MODE);
this.writeOptional(writer, Attribute.LOCKING, transaction, ModelKeys.LOCKING);
writer.writeEndElement();
}
if (cache.hasDefined(ModelKeys.EVICTION)) {
writer.writeStartElement(Element.EVICTION.getLocalName());
ModelNode eviction = cache.get(ModelKeys.EVICTION);
this.writeOptional(writer, Attribute.STRATEGY, eviction, ModelKeys.STRATEGY);
this.writeOptional(writer, Attribute.MAX_ENTRIES, eviction, ModelKeys.MAX_ENTRIES);
writer.writeEndElement();
}
if (cache.hasDefined(ModelKeys.EXPIRATION)) {
writer.writeStartElement(Element.EXPIRATION.getLocalName());
ModelNode expiration = cache.get(ModelKeys.EXPIRATION);
this.writeOptional(writer, Attribute.MAX_IDLE, expiration, ModelKeys.MAX_IDLE);
this.writeOptional(writer, Attribute.LIFESPAN, expiration, ModelKeys.LIFESPAN);
this.writeOptional(writer, Attribute.INTERVAL, expiration, ModelKeys.INTERVAL);
writer.writeEndElement();
}
if (cache.hasDefined(ModelKeys.STORE)) {
ModelNode store = cache.get(ModelKeys.STORE);
writer.writeStartElement(Element.STORE.getLocalName());
this.writeRequired(writer, Attribute.CLASS, store, ModelKeys.CLASS);
this.writeStoreAttributes(writer, store);
this.writeStoreProperties(writer, store);
writer.writeEndElement();
}
if (cache.hasDefined(ModelKeys.FILE_STORE)) {
ModelNode store = cache.get(ModelKeys.FILE_STORE);
writer.writeStartElement(Element.FILE_STORE.getLocalName());
this.writeOptional(writer, Attribute.RELATIVE_TO, store, ModelKeys.RELATIVE_TO);
this.writeOptional(writer, Attribute.PATH, store, ModelKeys.PATH);
this.writeStoreAttributes(writer, store);
this.writeStoreProperties(writer, store);
writer.writeEndElement();
}
if (cache.hasDefined(ModelKeys.JDBC_STORE)) {
ModelNode store = cache.get(ModelKeys.JDBC_STORE);
writer.writeStartElement(Element.JDBC_STORE.getLocalName());
this.writeRequired(writer, Attribute.DATASOURCE, store, ModelKeys.DATASOURCE);
this.writeStoreAttributes(writer, store);
this.writeJDBCStoreTable(writer, Element.ENTRY_TABLE, store, ModelKeys.ENTRY_TABLE);
this.writeJDBCStoreTable(writer, Element.BUCKET_TABLE, store, ModelKeys.BUCKET_TABLE);
this.writeStoreProperties(writer, store);
writer.writeEndElement();
}
if (cache.hasDefined(ModelKeys.REMOTE_STORE)) {
ModelNode store = cache.get(ModelKeys.REMOTE_STORE);
writer.writeStartElement(Element.REMOTE_STORE.getLocalName());
this.writeOptional(writer, Attribute.CACHE, store, ModelKeys.CACHE);
this.writeOptional(writer, Attribute.SOCKET_TIMEOUT, store, ModelKeys.SOCKET_TIMEOUT);
this.writeOptional(writer, Attribute.TCP_NO_DELAY, store, ModelKeys.TCP_NO_DELAY);
this.writeStoreAttributes(writer, store);
for (ModelNode remoteServer : store.get(ModelKeys.REMOTE_SERVER).asList()) {
writer.writeStartElement(Element.REMOTE_SERVER.getLocalName());
writer.writeAttribute(
Attribute.OUTBOUND_SOCKET_BINDING.getLocalName(),
remoteServer.get(ModelKeys.OUTBOUND_SOCKET_BINDING).asString());
writer.writeEndElement();
}
this.writeStoreProperties(writer, store);
writer.writeEndElement();
}
if (cache.hasDefined(ModelKeys.STATE_TRANSFER)) {
ModelNode stateTransfer = cache.get(ModelKeys.STATE_TRANSFER);
writer.writeStartElement(Element.STATE_TRANSFER.getLocalName());
this.writeOptional(writer, Attribute.ENABLED, stateTransfer, ModelKeys.ENABLED);
this.writeOptional(writer, Attribute.TIMEOUT, stateTransfer, ModelKeys.TIMEOUT);
this.writeOptional(
writer, Attribute.FLUSH_TIMEOUT, stateTransfer, ModelKeys.FLUSH_TIMEOUT);
writer.writeEndElement();
}
if (cache.hasDefined(ModelKeys.REHASHING)) {
ModelNode rehashing = cache.get(ModelKeys.REHASHING);
writer.writeStartElement(Element.REHASHING.getLocalName());
this.writeOptional(writer, Attribute.ENABLED, rehashing, ModelKeys.ENABLED);
this.writeOptional(writer, Attribute.TIMEOUT, rehashing, ModelKeys.TIMEOUT);
this.writeOptional(writer, Attribute.WAIT, rehashing, ModelKeys.WAIT);
writer.writeEndElement();
}
writer.writeEndElement();
}
writer.writeEndElement();
}
}
writer.writeEndElement();
}
/**
* Base class for cache resources which require common cache attributes and clustered cache
* attributes.
*
* @author Richard Achmatowicz (c) 2011 Red Hat Inc.
*/
public class ClusteredCacheResourceDefinition extends CacheResourceDefinition {
// attributes
static final SimpleAttributeDefinition ASYNC_MARSHALLING =
new SimpleAttributeDefinitionBuilder(ModelKeys.ASYNC_MARSHALLING, ModelType.BOOLEAN, true)
.setXmlName(Attribute.ASYNC_MARSHALLING.getLocalName())
.setAllowExpression(true)
.setFlags(AttributeAccess.Flag.RESTART_ALL_SERVICES)
.setDefaultValue(new ModelNode().set(false))
.build();
static final SimpleAttributeDefinition MODE =
new SimpleAttributeDefinitionBuilder(ModelKeys.MODE, ModelType.STRING, false)
.setXmlName(Attribute.MODE.getLocalName())
.setAllowExpression(true)
.setFlags(AttributeAccess.Flag.RESTART_ALL_SERVICES)
.setValidator(new EnumValidator<>(Mode.class, false, true))
.build();
static final SimpleAttributeDefinition QUEUE_FLUSH_INTERVAL =
new SimpleAttributeDefinitionBuilder(ModelKeys.QUEUE_FLUSH_INTERVAL, ModelType.LONG, true)
.setXmlName(Attribute.QUEUE_FLUSH_INTERVAL.getLocalName())
.setMeasurementUnit(MeasurementUnit.MILLISECONDS)
.setAllowExpression(true)
.setFlags(AttributeAccess.Flag.RESTART_ALL_SERVICES)
.setDefaultValue(new ModelNode().set(10))
.build();
static final SimpleAttributeDefinition QUEUE_SIZE =
new SimpleAttributeDefinitionBuilder(ModelKeys.QUEUE_SIZE, ModelType.INT, true)
.setXmlName(Attribute.QUEUE_SIZE.getLocalName())
.setAllowExpression(true)
.setFlags(AttributeAccess.Flag.RESTART_ALL_SERVICES)
.setDefaultValue(new ModelNode().set(0))
.build();
static final SimpleAttributeDefinition REMOTE_TIMEOUT =
new SimpleAttributeDefinitionBuilder(ModelKeys.REMOTE_TIMEOUT, ModelType.LONG, true)
.setXmlName(Attribute.REMOTE_TIMEOUT.getLocalName())
.setMeasurementUnit(MeasurementUnit.MILLISECONDS)
.setAllowExpression(true)
.setFlags(AttributeAccess.Flag.RESTART_ALL_SERVICES)
.setDefaultValue(new ModelNode().set(17500))
.build();
static final AttributeDefinition[] CLUSTERED_CACHE_ATTRIBUTES = {
ASYNC_MARSHALLING, MODE, QUEUE_SIZE, QUEUE_FLUSH_INTERVAL, REMOTE_TIMEOUT
};
// metrics
static final AttributeDefinition AVERAGE_REPLICATION_TIME =
new SimpleAttributeDefinitionBuilder(
MetricKeys.AVERAGE_REPLICATION_TIME, ModelType.LONG, true)
.setStorageRuntime()
.build();
static final AttributeDefinition REPLICATION_COUNT =
new SimpleAttributeDefinitionBuilder(MetricKeys.REPLICATION_COUNT, ModelType.LONG, true)
.setStorageRuntime()
.build();
static final AttributeDefinition REPLICATION_FAILURES =
new SimpleAttributeDefinitionBuilder(MetricKeys.REPLICATION_FAILURES, ModelType.LONG, true)
.setStorageRuntime()
.build();
static final AttributeDefinition SUCCESS_RATIO =
new SimpleAttributeDefinitionBuilder(MetricKeys.SUCCESS_RATIO, ModelType.DOUBLE, true)
.setStorageRuntime()
.build();
static final AttributeDefinition[] CLUSTERED_CACHE_METRICS = {
AVERAGE_REPLICATION_TIME, REPLICATION_COUNT, REPLICATION_FAILURES, SUCCESS_RATIO
};
public ClusteredCacheResourceDefinition(
PathElement pathElement,
ResourceDescriptionResolver descriptionResolver,
AbstractAddStepHandler addHandler,
OperationStepHandler removeHandler,
ResolvePathHandler resolvePathHandler,
boolean runtimeRegistration) {
super(
pathElement,
descriptionResolver,
addHandler,
removeHandler,
resolvePathHandler,
runtimeRegistration);
}
@Override
public void registerAttributes(ManagementResourceRegistration resourceRegistration) {
super.registerAttributes(resourceRegistration);
// do we really need a special handler here?
final OperationStepHandler writeHandler =
new CacheWriteAttributeHandler(CLUSTERED_CACHE_ATTRIBUTES);
for (AttributeDefinition attr : CLUSTERED_CACHE_ATTRIBUTES) {
resourceRegistration.registerReadWriteAttribute(
attr, CacheReadAttributeHandler.INSTANCE, writeHandler);
}
// register any metrics
for (AttributeDefinition attr : CLUSTERED_CACHE_METRICS) {
resourceRegistration.registerMetric(attr, CacheMetricsHandler.INSTANCE);
}
}
}
