@Test
public void testDefaultFlushEventListener() throws Exception {
EventListeners eventListeners = _sessionFactoryImpl.getEventListeners();
FlushEventListener[] flushEventListeners = eventListeners.getFlushEventListeners();
eventListeners.setFlushEventListeners(
new FlushEventListener[] {new DefaultFlushEventListener()});
try {
testNestableFlushEventListener();
Assert.fail();
} catch (IndexOutOfBoundsException ioobe) {
} finally {
eventListeners.setFlushEventListeners(flushEventListeners);
}
}
/**
* Closes the session factory, releasing all held resources.
*
* <ol>
* <li>cleans up used cache regions and "stops" the cache provider.
* <li>close the JDBC connection
* <li>remove the JNDI binding
* </ol>
*
* Note: Be aware that the sessionfactory instance still can be a "heavy" object memory wise after
* close() has been called. Thus it is important to not keep referencing the instance to let the
* garbage collector release the memory.
*/
public void close() throws HibernateException {
if (isClosed) {
log.trace("already closed");
return;
}
log.info("closing");
isClosed = true;
Iterator iter = entityPersisters.values().iterator();
while (iter.hasNext()) {
EntityPersister p = (EntityPersister) iter.next();
if (p.hasCache()) {
p.getCacheAccessStrategy().getRegion().destroy();
}
}
iter = collectionPersisters.values().iterator();
while (iter.hasNext()) {
CollectionPersister p = (CollectionPersister) iter.next();
if (p.hasCache()) {
p.getCacheAccessStrategy().getRegion().destroy();
}
}
if (settings.isQueryCacheEnabled()) {
queryCache.destroy();
iter = queryCaches.values().iterator();
while (iter.hasNext()) {
QueryCache cache = (QueryCache) iter.next();
cache.destroy();
}
updateTimestampsCache.destroy();
}
settings.getRegionFactory().stop();
if (settings.isAutoDropSchema()) {
schemaExport.drop(false, true);
}
try {
settings.getConnectionProvider().close();
} finally {
SessionFactoryObjectFactory.removeInstance(uuid, name, properties);
}
observer.sessionFactoryClosed(this);
eventListeners.destroyListeners();
}
private static void addEventListeners(
PageContext pc, Configuration config, ORMConfiguration ormConfig, Map<String, CFCInfo> cfcs)
throws PageException {
if (!ormConfig.eventHandling()) return;
String eventHandler = ormConfig.eventHandler();
AllEventListener listener = null;
if (!StringUtil.isEmpty(eventHandler, true)) {
// try {
Component c = pc.loadComponent(eventHandler.trim());
listener = new AllEventListener(c);
// config.setInterceptor(listener);
// }catch (PageException e) {e.printStackTrace();}
}
config.setInterceptor(new InterceptorImpl(listener));
EventListeners listeners = config.getEventListeners();
// post delete
List<EventListener> list = merge(listener, cfcs, EventListener.POST_DELETE);
listeners.setPostDeleteEventListeners(list.toArray(new PostDeleteEventListener[list.size()]));
// post insert
list = merge(listener, cfcs, EventListener.POST_INSERT);
listeners.setPostInsertEventListeners(list.toArray(new PostInsertEventListener[list.size()]));
// post update
list = merge(listener, cfcs, EventListener.POST_UPDATE);
listeners.setPostUpdateEventListeners(list.toArray(new PostUpdateEventListener[list.size()]));
// post load
list = merge(listener, cfcs, EventListener.POST_LOAD);
listeners.setPostLoadEventListeners(list.toArray(new PostLoadEventListener[list.size()]));
// pre delete
list = merge(listener, cfcs, EventListener.PRE_DELETE);
listeners.setPreDeleteEventListeners(list.toArray(new PreDeleteEventListener[list.size()]));
// pre insert
// list=merge(listener,cfcs,EventListener.PRE_INSERT);
// listeners.setPreInsertEventListeners(list.toArray(new PreInsertEventListener[list.size()]));
// pre load
list = merge(listener, cfcs, EventListener.PRE_LOAD);
listeners.setPreLoadEventListeners(list.toArray(new PreLoadEventListener[list.size()]));
// pre update
// list=merge(listener,cfcs,EventListener.PRE_UPDATE);
// listeners.setPreUpdateEventListeners(list.toArray(new PreUpdateEventListener[list.size()]));
}
@Override
@SuppressWarnings("unchecked")
protected SessionFactory buildSessionFactory() throws Exception {
// Create Configuration instance.
Configuration config = newConfiguration();
DataSource dataSource = getDataSource();
if (dataSource != null) {
// Make given DataSource available for SessionFactory configuration.
configTimeDataSourceHolder.set(dataSource);
}
if (this.jtaTransactionManager != null) {
// Make Spring-provided JTA TransactionManager available.
configTimeTransactionManagerHolder.set(this.jtaTransactionManager);
}
if (this.cacheRegionFactory != null) {
// Make Spring-provided Hibernate RegionFactory available.
configTimeRegionFactoryHolder.set(this.cacheRegionFactory);
}
if (this.lobHandler != null) {
// Make given LobHandler available for SessionFactory configuration.
// Do early because because mapping resource might refer to custom types.
configTimeLobHandlerHolder.set(this.lobHandler);
}
// Analogous to Hibernate EntityManager's Ejb3Configuration:
// Hibernate doesn't allow setting the bean ClassLoader explicitly,
// so we need to expose it as thread context ClassLoader accordingly.
Thread currentThread = Thread.currentThread();
ClassLoader threadContextClassLoader = currentThread.getContextClassLoader();
boolean overrideClassLoader =
(this.beanClassLoader != null && !this.beanClassLoader.equals(threadContextClassLoader));
if (overrideClassLoader) {
currentThread.setContextClassLoader(this.beanClassLoader);
}
try {
if (isExposeTransactionAwareSessionFactory()) {
// Set Hibernate 3.1+ CurrentSessionContext implementation,
// providing the Spring-managed Session as current Session.
// Can be overridden by a custom value for the corresponding Hibernate property.
config.setProperty(
Environment.CURRENT_SESSION_CONTEXT_CLASS, SpringSessionContext.class.getName());
}
if (this.jtaTransactionManager != null) {
// Set Spring-provided JTA TransactionManager as Hibernate property.
config.setProperty(Environment.TRANSACTION_STRATEGY, JTATransactionFactory.class.getName());
config.setProperty(
Environment.TRANSACTION_MANAGER_STRATEGY,
LocalTransactionManagerLookup.class.getName());
} else {
// Makes the Hibernate Session aware of the presence of a Spring-managed transaction.
// Also sets connection release mode to ON_CLOSE by default.
config.setProperty(
Environment.TRANSACTION_STRATEGY, SpringTransactionFactory.class.getName());
}
if (this.entityInterceptor != null) {
// Set given entity interceptor at SessionFactory level.
config.setInterceptor(this.entityInterceptor);
}
if (this.namingStrategy != null) {
// Pass given naming strategy to Hibernate Configuration.
config.setNamingStrategy(this.namingStrategy);
}
if (this.typeDefinitions != null) {
// Register specified Hibernate type definitions.
Mappings mappings = config.createMappings();
for (TypeDefinitionBean typeDef : this.typeDefinitions) {
mappings.addTypeDef(
typeDef.getTypeName(), typeDef.getTypeClass(), typeDef.getParameters());
}
}
if (this.filterDefinitions != null) {
// Register specified Hibernate FilterDefinitions.
for (FilterDefinition filterDef : this.filterDefinitions) {
config.addFilterDefinition(filterDef);
}
}
if (this.configLocations != null) {
for (Resource resource : this.configLocations) {
// Load Hibernate configuration from given location.
config.configure(resource.getURL());
}
}
if (this.hibernateProperties != null) {
// Add given Hibernate properties to Configuration.
config.addProperties(this.hibernateProperties);
}
if (dataSource != null) {
Class<?> providerClass = LocalDataSourceConnectionProvider.class;
if (isUseTransactionAwareDataSource()
|| dataSource instanceof TransactionAwareDataSourceProxy) {
providerClass = TransactionAwareDataSourceConnectionProvider.class;
} else if (config.getProperty(Environment.TRANSACTION_MANAGER_STRATEGY) != null) {
providerClass = LocalJtaDataSourceConnectionProvider.class;
}
// Set Spring-provided DataSource as Hibernate ConnectionProvider.
config.setProperty(Environment.CONNECTION_PROVIDER, providerClass.getName());
}
if (this.cacheRegionFactory != null) {
// Expose Spring-provided Hibernate RegionFactory.
config.setProperty(
Environment.CACHE_REGION_FACTORY, LocalRegionFactoryProxy.class.getName());
}
if (this.mappingResources != null) {
// Register given Hibernate mapping definitions, contained in resource files.
for (String mapping : this.mappingResources) {
Resource resource = new ClassPathResource(mapping.trim(), this.beanClassLoader);
config.addInputStream(resource.getInputStream());
}
}
if (this.mappingLocations != null) {
// Register given Hibernate mapping definitions, contained in resource files.
for (Resource resource : this.mappingLocations) {
config.addInputStream(resource.getInputStream());
}
}
if (this.cacheableMappingLocations != null) {
// Register given cacheable Hibernate mapping definitions, read from the file system.
for (Resource resource : this.cacheableMappingLocations) {
config.addCacheableFile(resource.getFile());
}
}
if (this.mappingJarLocations != null) {
// Register given Hibernate mapping definitions, contained in jar files.
for (Resource resource : this.mappingJarLocations) {
config.addJar(resource.getFile());
}
}
if (this.mappingDirectoryLocations != null) {
// Register all Hibernate mapping definitions in the given directories.
for (Resource resource : this.mappingDirectoryLocations) {
File file = resource.getFile();
if (!file.isDirectory()) {
throw new IllegalArgumentException(
"Mapping directory location [" + resource + "] does not denote a directory");
}
config.addDirectory(file);
}
}
// Tell Hibernate to eagerly compile the mappings that we registered,
// for availability of the mapping information in further processing.
postProcessMappings(config);
config.buildMappings();
if (this.entityCacheStrategies != null) {
// Register cache strategies for mapped entities.
for (Enumeration<?> classNames = this.entityCacheStrategies.propertyNames();
classNames.hasMoreElements(); ) {
String className = (String) classNames.nextElement();
String[] strategyAndRegion =
StringUtils.commaDelimitedListToStringArray(
this.entityCacheStrategies.getProperty(className));
if (strategyAndRegion.length > 1) {
config.setCacheConcurrencyStrategy(
className, strategyAndRegion[0], strategyAndRegion[1]);
} else if (strategyAndRegion.length > 0) {
config.setCacheConcurrencyStrategy(className, strategyAndRegion[0]);
}
}
}
if (this.collectionCacheStrategies != null) {
// Register cache strategies for mapped collections.
for (Enumeration<?> collRoles = this.collectionCacheStrategies.propertyNames();
collRoles.hasMoreElements(); ) {
String collRole = (String) collRoles.nextElement();
String[] strategyAndRegion =
StringUtils.commaDelimitedListToStringArray(
this.collectionCacheStrategies.getProperty(collRole));
if (strategyAndRegion.length > 1) {
config.setCollectionCacheConcurrencyStrategy(
collRole, strategyAndRegion[0], strategyAndRegion[1]);
} else if (strategyAndRegion.length > 0) {
config.setCollectionCacheConcurrencyStrategy(collRole, strategyAndRegion[0]);
}
}
}
if (this.eventListeners != null) {
// Register specified Hibernate event listeners.
for (Map.Entry<String, Object> entry : this.eventListeners.entrySet()) {
String listenerType = entry.getKey();
Object listenerObject = entry.getValue();
if (listenerObject instanceof Collection) {
Collection<Object> listeners = (Collection<Object>) listenerObject;
EventListeners listenerRegistry = config.getEventListeners();
Object[] listenerArray =
(Object[])
Array.newInstance(
listenerRegistry.getListenerClassFor(listenerType), listeners.size());
listenerArray = listeners.toArray(listenerArray);
config.setListeners(listenerType, listenerArray);
} else {
config.setListener(listenerType, listenerObject);
}
}
}
// Perform custom post-processing in subclasses.
postProcessConfiguration(config);
// Build SessionFactory instance.
logger.info("Building new Hibernate SessionFactory");
this.configuration = config;
return newSessionFactory(config);
} finally {
if (dataSource != null) {
configTimeDataSourceHolder.remove();
}
if (this.jtaTransactionManager != null) {
configTimeTransactionManagerHolder.remove();
}
if (this.cacheRegionFactory != null) {
configTimeRegionFactoryHolder.remove();
}
if (this.lobHandler != null) {
configTimeLobHandlerHolder.remove();
}
if (overrideClassLoader) {
// Reset original thread context ClassLoader.
currentThread.setContextClassLoader(threadContextClassLoader);
}
}
}
