private void shutDownGracefully() {
if (log.isDebugEnabled())
log.debugf(
"Wait for on-going transactions to finish for %s.",
Util.prettyPrintTime(
configuration.transaction().cacheStopTimeout(), TimeUnit.MILLISECONDS));
long failTime = currentMillisFromNanotime() + configuration.transaction().cacheStopTimeout();
boolean txsOnGoing = areTxsOnGoing();
while (txsOnGoing && currentMillisFromNanotime() < failTime) {
try {
Thread.sleep(30);
txsOnGoing = areTxsOnGoing();
} catch (InterruptedException e) {
Thread.currentThread().interrupt();
if (clustered) {
log.debugf(
"Interrupted waiting for on-going transactions to finish. %s local transactions and %s remote transactions",
localTransactions.size(), remoteTransactions.size());
} else {
log.debugf(
"Interrupted waiting for %s on-going transactions to finish.",
localTransactions.size());
}
}
}
if (txsOnGoing) {
log.unfinishedTransactionsRemain(
localTransactions == null ? 0 : localTransactions.size(),
remoteTransactions == null ? 0 : remoteTransactions.size());
} else {
log.debug("All transactions terminated");
}
}
public void cleanupTimedOutTransactions() {
if (trace)
log.tracef(
"About to cleanup remote transactions older than %d ms",
configuration.transaction().completedTxTimeout());
long beginning = timeService.time();
long cutoffCreationTime =
beginning - TimeUnit.MILLISECONDS.toNanos(configuration.transaction().completedTxTimeout());
List<GlobalTransaction> toKill = new ArrayList<>();
// Check remote transactions.
for (Map.Entry<GlobalTransaction, RemoteTransaction> e : remoteTransactions.entrySet()) {
GlobalTransaction gtx = e.getKey();
RemoteTransaction remoteTx = e.getValue();
if (remoteTx != null) {
if (trace) log.tracef("Checking transaction %s", gtx);
// Check the time.
if (remoteTx.getCreationTime() - cutoffCreationTime < 0) {
long duration =
timeService.timeDuration(
remoteTx.getCreationTime(), beginning, TimeUnit.MILLISECONDS);
log.remoteTransactionTimeout(gtx, duration);
toKill.add(gtx);
}
}
}
// Rollback the orphaned transactions and release any held locks.
for (GlobalTransaction gtx : toKill) {
killTransaction(gtx);
}
}
/** Removes the {@link RemoteTransaction} corresponding to the given tx. */
public void remoteTransactionCommitted(GlobalTransaction gtx, boolean onePc) {
boolean optimisticWih1Pc =
onePc && (configuration.transaction().lockingMode() == LockingMode.OPTIMISTIC);
if (Configurations.isSecondPhaseAsync(configuration)
|| configuration.transaction().transactionProtocol().isTotalOrder()
|| optimisticWih1Pc) {
removeRemoteTransaction(gtx);
}
}
ServiceController<?> installCacheConfigurationService(
ServiceTarget target,
String containerName,
String cacheName,
String defaultCache,
ModuleIdentifier moduleId,
ConfigurationBuilder builder,
Configuration config,
List<Dependency<?>> dependencies,
ServiceVerificationHandler verificationHandler) {
final InjectedValue<EmbeddedCacheManager> container = new InjectedValue<EmbeddedCacheManager>();
final CacheConfigurationDependencies cacheConfigurationDependencies =
new CacheConfigurationDependencies(container);
final Service<Configuration> service =
new CacheConfigurationService(cacheName, builder, moduleId, cacheConfigurationDependencies);
final ServiceBuilder<?> configBuilder =
target
.addService(CacheConfigurationService.getServiceName(containerName, cacheName), service)
.addDependency(
EmbeddedCacheManagerService.getServiceName(containerName),
EmbeddedCacheManager.class,
container)
.addDependency(
Services.JBOSS_SERVICE_MODULE_LOADER,
ModuleLoader.class,
cacheConfigurationDependencies.getModuleLoaderInjector())
.setInitialMode(ServiceController.Mode.PASSIVE);
if (config.invocationBatching().enabled()) {
cacheConfigurationDependencies
.getTransactionManagerInjector()
.inject(BatchModeTransactionManager.getInstance());
} else if (config.transaction().transactionMode()
== org.infinispan.transaction.TransactionMode.TRANSACTIONAL) {
configBuilder.addDependency(
TxnServices.JBOSS_TXN_TRANSACTION_MANAGER,
TransactionManager.class,
cacheConfigurationDependencies.getTransactionManagerInjector());
if (config.transaction().useSynchronization()) {
configBuilder.addDependency(
TxnServices.JBOSS_TXN_SYNCHRONIZATION_REGISTRY,
TransactionSynchronizationRegistry.class,
cacheConfigurationDependencies.getTransactionSynchronizationRegistryInjector());
}
}
// add in any additional dependencies resulting from ModelNode parsing
for (Dependency<?> dependency : dependencies) {
this.addDependency(configBuilder, dependency);
}
// add an alias for the default cache
if (cacheName.equals(defaultCache)) {
configBuilder.addAliases(CacheConfigurationService.getServiceName(containerName, null));
}
return configBuilder.install();
}
public void testNoRecovery() {
Configuration noRecovery = cacheManager.getCache("noRecovery").getCacheConfiguration();
assertFalse(
noRecovery.transaction().recovery().enabled(), "Recovery is supposed to be disabled");
assertNull(
rm(cacheManager.getCache("noRecovery")),
"RecoveryManager should be null when recovery is disabled");
assertEquals(
noRecovery.transaction().recovery().recoveryInfoCacheName(),
"someName",
"Wrong recovery cache name.");
}
public void cleanupCompletedTransactions() {
if (!completedTransactions.isEmpty()) {
try {
log.tracef(
"About to cleanup completed transaction. Initial size is %d",
completedTransactions.size());
// this iterator is weekly consistent and will never throw ConcurrentModificationException
Iterator<Map.Entry<GlobalTransaction, Long>> iterator =
completedTransactions.entrySet().iterator();
long timeout = configuration.transaction().completedTxTimeout();
int removedEntries = 0;
long beginning = timeService.time();
while (iterator.hasNext()) {
Map.Entry<GlobalTransaction, Long> e = iterator.next();
long ageMillis = timeService.timeDuration(e.getValue(), TimeUnit.MILLISECONDS);
if (ageMillis >= timeout) {
iterator.remove();
removedEntries++;
}
}
long duration = timeService.timeDuration(beginning, TimeUnit.MILLISECONDS);
log.tracef(
"Finished cleaning up completed transactions. %d transactions were removed, total duration was %d millis, "
+ "current number of completed transactions is %d",
removedEntries, duration, completedTransactions.size());
} catch (Exception e) {
log.errorf(e, "Failed to cleanup completed transactions: %s", e.getMessage());
}
}
}
private void writeTransaction(XMLExtendedStreamWriter writer, Configuration configuration)
throws XMLStreamException {
TransactionConfiguration transaction = configuration.transaction();
AttributeSet attributes = transaction.attributes();
if (attributes.isModified()) {
writer.writeStartElement(Element.TRANSACTION);
TransactionMode mode =
TransactionMode.fromConfiguration(
transaction.transactionMode(),
!transaction.useSynchronization(),
transaction.recovery().enabled(),
configuration.invocationBatching().enabled());
writer.writeAttribute(Attribute.MODE, mode.toString());
attributes.write(writer);
if (mode != TransactionMode.NONE) {
attributes.write(writer, TransactionConfiguration.TRANSACTION_MANAGER_LOOKUP);
}
if (transaction.recovery().enabled())
transaction
.recovery()
.attributes()
.write(
writer,
RecoveryConfiguration.RECOVERY_INFO_CACHE_NAME,
Attribute.RECOVERY_INFO_CACHE_NAME);
writer.writeEndElement();
}
}
@Start(priority = 9) // Start before cache loader manager
@SuppressWarnings("unused")
private void start() {
final int concurrencyLevel = configuration.locking().concurrencyLevel();
localTransactions =
CollectionFactory.makeConcurrentMap(concurrencyLevel, 0.75f, concurrencyLevel);
globalToLocalTransactions =
CollectionFactory.makeConcurrentMap(concurrencyLevel, 0.75f, concurrencyLevel);
if (configuration.clustering().cacheMode().isClustered()) {
minTopologyRecalculationLock = new ReentrantLock();
// Only initialize this if we are clustered.
remoteTransactions =
CollectionFactory.makeConcurrentMap(concurrencyLevel, 0.75f, concurrencyLevel);
notifier.addListener(this);
clustered = true;
}
totalOrder = configuration.transaction().transactionProtocol().isTotalOrder();
if (!totalOrder) {
// Periodically run a task to cleanup the transaction table from completed transactions.
ThreadFactory tf =
new ThreadFactory() {
@Override
public Thread newThread(Runnable r) {
String address =
rpcManager != null ? rpcManager.getTransport().getAddress().toString() : "local";
Thread th = new Thread(r, "TxCleanupService," + cacheName + "," + address);
th.setDaemon(true);
return th;
}
};
executorService = Executors.newSingleThreadScheduledExecutor(tf);
long interval = configuration.transaction().reaperWakeUpInterval();
executorService.scheduleAtFixedRate(
new Runnable() {
@Override
public void run() {
cleanupCompletedTransactions();
}
},
interval,
interval,
TimeUnit.MILLISECONDS);
}
}
@Inject
public void init(
StateTransferLock stateTransferLock,
Configuration configuration,
CommandsFactory commandFactory,
StateTransferManager stateTransferManager) {
this.stateTransferLock = stateTransferLock;
this.commandFactory = commandFactory;
this.stateTransferManager = stateTransferManager;
useVersioning =
configuration.transaction().transactionMode().isTransactional()
&& configuration.locking().writeSkewCheck()
&& configuration.transaction().lockingMode() == LockingMode.OPTIMISTIC
&& configuration.versioning().enabled();
transactionDataTimeout = configuration.clustering().sync().replTimeout();
}
public void testRecoveryWithCacheConfigured() {
Configuration withRecoveryAndCache =
cacheManager.getCache("withRecoveryAndCache").getCacheConfiguration();
assertTrue(
withRecoveryAndCache.transaction().recovery().enabled(),
"Recovery is supposed to be enabled.");
assertEquals(
withRecoveryAndCache.transaction().recovery().recoveryInfoCacheName(),
"noRecovery",
"Wrong recovery cache name.");
RecoveryManagerImpl recoveryManager = rm(cacheManager.getCache("withRecoveryAndCache"));
assertNotNull(
recoveryManager, "RecoveryManager should be *not* null when recovery is enabled.");
Cache<RecoveryInfoKey, RecoveryAwareRemoteTransaction> preparedTransactions =
(Cache<RecoveryInfoKey, RecoveryAwareRemoteTransaction>)
recoveryManager.getInDoubtTransactionsMap();
assertEquals(preparedTransactions.getName(), "noRecovery", "Wrong recovery cache name.");
}
@Inject
public void init(
Cache cache,
@ComponentName(ASYNC_TRANSPORT_EXECUTOR)
ExecutorService executorService, // TODO Use a dedicated ExecutorService
StateTransferManager stateTransferManager,
InterceptorChain interceptorChain,
InvocationContextContainer icc,
Configuration configuration,
RpcManager rpcManager,
TransactionManager transactionManager,
CommandsFactory commandsFactory,
CacheLoaderManager cacheLoaderManager,
DataContainer dataContainer,
TransactionTable transactionTable,
StateTransferLock stateTransferLock) {
this.cacheName = cache.getName();
this.executorService = executorService;
this.stateTransferManager = stateTransferManager;
this.interceptorChain = interceptorChain;
this.icc = icc;
this.configuration = configuration;
this.rpcManager = rpcManager;
this.transactionManager = transactionManager;
this.commandsFactory = commandsFactory;
this.cacheLoaderManager = cacheLoaderManager;
this.dataContainer = dataContainer;
this.transactionTable = transactionTable;
this.stateTransferLock = stateTransferLock;
isTransactional = configuration.transaction().transactionMode().isTransactional();
// we need to use a special form of PutKeyValueCommand that can apply versions too
useVersionedPut =
isTransactional
&& configuration.versioning().enabled()
&& configuration.locking().writeSkewCheck()
&& configuration.transaction().lockingMode() == LockingMode.OPTIMISTIC
&& configuration.clustering().cacheMode().isClustered();
timeout = configuration.clustering().stateTransfer().timeout();
}
@Test
public void testDistSyncAutoCommit() {
Configuration configuration =
new ConfigurationBuilder()
.clustering()
.cacheMode(CacheMode.DIST_SYNC)
.transaction()
.autoCommit(true)
.build();
Assert.assertTrue(configuration.transaction().autoCommit());
Assert.assertEquals(configuration.clustering().cacheMode(), CacheMode.DIST_SYNC);
}
public AbstractEnlistmentAdapter(
CommandsFactory commandsFactory,
RpcManager rpcManager,
TransactionTable txTable,
ClusteringDependentLogic clusteringLogic,
Configuration configuration) {
this.commandsFactory = commandsFactory;
this.rpcManager = rpcManager;
this.txTable = txTable;
this.clusteringLogic = clusteringLogic;
this.isSecondPhaseAsync = Configurations.isSecondPhaseAsync(configuration);
this.isPessimisticLocking =
configuration.transaction().lockingMode() == LockingMode.PESSIMISTIC;
hashCode = 31;
}
private void createQueryInterceptorIfNeeded(
ComponentRegistry cr, Configuration cfg, SearchFactoryIntegrator searchFactory) {
QueryInterceptor queryInterceptor = cr.getComponent(QueryInterceptor.class);
if (queryInterceptor == null) {
queryInterceptor = buildQueryInterceptor(cfg, searchFactory);
// Interceptor registration not needed, core configuration handling
// already does it for all custom interceptors - UNLESS the InterceptorChain already exists in
// the component registry!
InterceptorChain ic = cr.getComponent(InterceptorChain.class);
ConfigurationBuilder builder = new ConfigurationBuilder().read(cfg);
InterceptorConfigurationBuilder interceptorBuilder =
builder.customInterceptors().addInterceptor();
interceptorBuilder.interceptor(queryInterceptor);
if (!cfg.transaction().transactionMode().isTransactional()) {
if (ic != null)
ic.addInterceptorAfter(queryInterceptor, NonTransactionalLockingInterceptor.class);
interceptorBuilder.after(NonTransactionalLockingInterceptor.class);
} else if (cfg.transaction().lockingMode() == LockingMode.OPTIMISTIC) {
if (ic != null)
ic.addInterceptorAfter(queryInterceptor, OptimisticLockingInterceptor.class);
interceptorBuilder.after(OptimisticLockingInterceptor.class);
} else {
if (ic != null)
ic.addInterceptorAfter(queryInterceptor, PessimisticLockingInterceptor.class);
interceptorBuilder.after(PessimisticLockingInterceptor.class);
}
if (ic != null) {
cr.registerComponent(queryInterceptor, QueryInterceptor.class);
cr.registerComponent(queryInterceptor, queryInterceptor.getClass().getName(), true);
}
cfg.customInterceptors().interceptors(builder.build().customInterceptors().interceptors());
}
}
ServiceController<?> installCacheService(
ServiceTarget target,
String containerName,
String cacheName,
String defaultCache,
ServiceController.Mode initialMode,
Configuration config,
ServiceVerificationHandler verificationHandler) {
final InjectedValue<EmbeddedCacheManager> container = new InjectedValue<EmbeddedCacheManager>();
final CacheDependencies cacheDependencies = new CacheDependencies(container);
final Service<Cache<Object, Object>> service =
new CacheService<Object, Object>(cacheName, cacheDependencies);
final ServiceBuilder<?> builder =
AsynchronousService.addService(
target, CacheService.getServiceName(containerName, cacheName), service)
.addDependency(CacheConfigurationService.getServiceName(containerName, cacheName))
.addDependency(
EmbeddedCacheManagerService.getServiceName(containerName),
EmbeddedCacheManager.class,
container)
.addDependency(
config.clustering().cacheMode().isClustered()
? DependencyType.REQUIRED
: DependencyType.OPTIONAL,
ChannelService.getServiceName(containerName))
.setInitialMode(initialMode);
if (config.transaction().recovery().enabled()) {
builder.addDependency(
TxnServices.JBOSS_TXN_ARJUNA_RECOVERY_MANAGER,
XAResourceRecoveryRegistry.class,
cacheDependencies.getRecoveryRegistryInjector());
}
// add an alias for the default cache
if (cacheName.equals(defaultCache)) {
builder.addAliases(CacheService.getServiceName(containerName, null));
}
if (initialMode == ServiceController.Mode.ACTIVE) {
builder.addListener(verificationHandler);
}
return builder.install();
}
@Inject
public void init(
DataContainer<Object, Object> dataContainer,
CacheNotifier<Object, Object> notifier,
Configuration configuration,
CommitManager commitManager,
PersistenceManager persistenceManager,
TimeService timeService,
FunctionalNotifier<Object, Object> functionalNotifier) {
this.dataContainer = dataContainer;
this.notifier = notifier;
this.totalOrder = configuration.transaction().transactionProtocol().isTotalOrder();
this.keySpecificLogic = initKeySpecificLogic(totalOrder);
this.commitManager = commitManager;
this.persistenceManager = persistenceManager;
this.timeService = timeService;
this.functionalNotifier = functionalNotifier;
}
@Test
public void testBuildImmutableEntityRegion() {
AdvancedCache cache;
Properties p = new Properties();
InfinispanRegionFactory factory = createRegionFactory(p);
try {
factory.getCacheManager();
EntityRegionImpl region =
(EntityRegionImpl)
factory.buildEntityRegion("com.acme.Address", p, IMMUTABLE_NON_VERSIONED);
assertNull(factory.getTypeOverrides().get("com.acme.Address"));
cache = region.getCache();
Configuration cacheCfg = cache.getCacheConfiguration();
assertEquals(
"Immutable entity should get non-transactional cache",
TransactionMode.NON_TRANSACTIONAL,
cacheCfg.transaction().transactionMode());
} finally {
factory.stop();
}
}
@Override
public <L> SSOManager<A, D, L, TransactionBatch> createSSOManager(
IdentifierFactory<String> identifierFactory, LocalContextFactory<L> localContextFactory) {
MarshallingContext marshallingContext =
new SimpleMarshallingContextFactory()
.createMarshallingContext(
new SimpleMarshallingConfigurationRepository(
MarshallingVersion.class,
MarshallingVersion.CURRENT,
this.configuration.getModuleLoader()),
null);
MarshalledValueFactory<MarshallingContext> marshalledValueFactory =
new SimpleMarshalledValueFactory(marshallingContext);
Marshaller<A, MarshalledValue<A, MarshallingContext>, MarshallingContext> marshaller =
new MarshalledValueMarshaller<>(marshalledValueFactory, marshallingContext);
Cache<Key<String>, ?> cache = this.configuration.getCache();
Configuration config = cache.getCacheConfiguration();
boolean lockOnRead =
cache.getCacheConfiguration().transaction().transactionMode().isTransactional()
&& (config.transaction().lockingMode() == LockingMode.PESSIMISTIC)
&& config.locking().isolationLevel() == IsolationLevel.REPEATABLE_READ;
SessionsFactory<Map<D, String>, D> sessionsFactory =
new CoarseSessionsFactory<>(this.configuration.getCache());
SSOFactory<Map.Entry<A, AtomicReference<L>>, Map<D, String>, A, D, L> factory =
new InfinispanSSOFactory<>(
this.configuration.getCache(),
marshaller,
localContextFactory,
sessionsFactory,
lockOnRead);
IdentifierFactory<String> idFactory =
new AffinityIdentifierFactory<>(
identifierFactory, cache, this.configuration.getKeyAffinityServiceFactory());
Batcher<TransactionBatch> batcher = new InfinispanBatcher(cache);
return new InfinispanSSOManager<>(factory, idFactory, batcher);
}
private void assertNamedCacheFile(EmbeddedCacheManager cm) {
final GlobalConfiguration gc = cm.getCacheManagerConfiguration();
assert gc.asyncListenerExecutor().factory() instanceof DefaultExecutorFactory;
assert gc.asyncListenerExecutor().properties().getProperty("maxThreads").equals("5");
assert gc.asyncListenerExecutor()
.properties()
.getProperty("threadNamePrefix")
.equals("AsyncListenerThread");
assert gc.asyncTransportExecutor().factory() instanceof DefaultExecutorFactory;
assert gc.asyncTransportExecutor().properties().getProperty("maxThreads").equals("25");
assert gc.asyncTransportExecutor()
.properties()
.getProperty("threadNamePrefix")
.equals("AsyncSerializationThread");
assert gc.evictionScheduledExecutor().factory() instanceof DefaultScheduledExecutorFactory;
assert gc.evictionScheduledExecutor()
.properties()
.getProperty("threadNamePrefix")
.equals("EvictionThread");
assert gc.replicationQueueScheduledExecutor().factory()
instanceof DefaultScheduledExecutorFactory;
assert gc.replicationQueueScheduledExecutor()
.properties()
.getProperty("threadNamePrefix")
.equals("ReplicationQueueThread");
assert gc.transport().transport() instanceof JGroupsTransport;
assert gc.transport().clusterName().equals("infinispan-cluster");
assert gc.transport().nodeName().equals("Jalapeno");
assert gc.transport().distributedSyncTimeout() == 50000;
assert gc.shutdown().hookBehavior().equals(ShutdownHookBehavior.REGISTER);
assert gc.serialization().marshaller() instanceof VersionAwareMarshaller;
assert gc.serialization().version() == Version.getVersionShort("1.0");
final Map<Integer, AdvancedExternalizer<?>> externalizers =
gc.serialization().advancedExternalizers();
assert externalizers.size() == 3;
assert externalizers.get(1234) instanceof AdvancedExternalizerTest.IdViaConfigObj.Externalizer;
assert externalizers.get(5678)
instanceof AdvancedExternalizerTest.IdViaAnnotationObj.Externalizer;
assert externalizers.get(3456) instanceof AdvancedExternalizerTest.IdViaBothObj.Externalizer;
Configuration defaultCfg = cm.getDefaultCacheConfiguration();
assert defaultCfg.locking().lockAcquisitionTimeout() == 1000;
assert defaultCfg.locking().concurrencyLevel() == 100;
assert defaultCfg.locking().isolationLevel() == IsolationLevel.READ_COMMITTED;
Configuration c = cm.getCacheConfiguration("transactional");
assert !c.clustering().cacheMode().isClustered();
assert c.transaction().transactionManagerLookup() instanceof GenericTransactionManagerLookup;
assert c.transaction().useEagerLocking();
assert c.transaction().eagerLockingSingleNode();
assert !c.transaction().syncRollbackPhase();
c = cm.getCacheConfiguration("transactional2");
assert c.transaction().transactionManagerLookup() instanceof Lookup;
assert c.transaction().cacheStopTimeout() == 10000;
assert c.transaction().lockingMode().equals(LockingMode.PESSIMISTIC);
assert !c.transaction().autoCommit();
c = cm.getCacheConfiguration("syncRepl");
assert c.clustering().cacheMode() == CacheMode.REPL_SYNC;
assert !c.clustering().stateRetrieval().fetchInMemoryState();
assert c.clustering().sync().replTimeout() == 15000;
c = cm.getCacheConfiguration("asyncRepl");
assert c.clustering().cacheMode() == CacheMode.REPL_ASYNC;
assert !c.clustering().async().useReplQueue();
assert !c.clustering().async().asyncMarshalling();
assert !c.clustering().stateRetrieval().fetchInMemoryState();
c = cm.getCacheConfiguration("asyncReplQueue");
assert c.clustering().cacheMode() == CacheMode.REPL_ASYNC;
assert c.clustering().async().useReplQueue();
assert !c.clustering().async().asyncMarshalling();
assert !c.clustering().stateRetrieval().fetchInMemoryState();
c = cm.getCacheConfiguration("txSyncRepl");
assert c.transaction().transactionManagerLookup() instanceof GenericTransactionManagerLookup;
assert c.clustering().cacheMode() == CacheMode.REPL_SYNC;
assert !c.clustering().stateRetrieval().fetchInMemoryState();
assert c.clustering().sync().replTimeout() == 15000;
c = cm.getCacheConfiguration("overriding");
assert c.clustering().cacheMode() == CacheMode.LOCAL;
assert c.locking().lockAcquisitionTimeout() == 20000;
assert c.locking().concurrencyLevel() == 1000;
assert c.locking().isolationLevel() == IsolationLevel.REPEATABLE_READ;
assert !c.storeAsBinary().enabled();
c = cm.getCacheConfiguration("storeAsBinary");
assert c.storeAsBinary().enabled();
c = cm.getCacheConfiguration("withLoader");
assert c.loaders().preload();
assert !c.loaders().passivation();
assert !c.loaders().shared();
assert c.loaders().cacheLoaders().size() == 1;
FileCacheStoreConfiguration loaderCfg =
(FileCacheStoreConfiguration) c.loaders().cacheLoaders().get(0);
assert loaderCfg.fetchPersistentState();
assert loaderCfg.ignoreModifications();
assert loaderCfg.purgeOnStartup();
assert loaderCfg.location().equals("/tmp/FileCacheStore-Location");
assert loaderCfg.fsyncMode() == FileCacheStoreConfigurationBuilder.FsyncMode.PERIODIC;
assert loaderCfg.fsyncInterval() == 2000;
assert loaderCfg.singletonStore().pushStateTimeout() == 20000;
assert loaderCfg.singletonStore().pushStateWhenCoordinator();
assert loaderCfg.async().threadPoolSize() == 5;
assert loaderCfg.async().flushLockTimeout() == 15000;
assert loaderCfg.async().enabled();
assert loaderCfg.async().modificationQueueSize() == 700;
c = cm.getCacheConfiguration("withLoaderDefaults");
loaderCfg = (FileCacheStoreConfiguration) c.loaders().cacheLoaders().get(0);
assert loaderCfg.location().equals("/tmp/Another-FileCacheStore-Location");
assert loaderCfg.fsyncMode() == FileCacheStoreConfigurationBuilder.FsyncMode.DEFAULT;
c = cm.getCacheConfiguration("withouthJmxEnabled");
assert !c.jmxStatistics().enabled();
assert gc.globalJmxStatistics().enabled();
assert gc.globalJmxStatistics().allowDuplicateDomains();
assert gc.globalJmxStatistics().domain().equals("funky_domain");
assert gc.globalJmxStatistics().mbeanServerLookup() instanceof PerThreadMBeanServerLookup;
c = cm.getCacheConfiguration("dist");
assert c.clustering().cacheMode() == CacheMode.DIST_SYNC;
assert c.clustering().l1().lifespan() == 600000;
assert c.clustering().hash().rehashRpcTimeout() == 120000;
assert c.clustering().stateTransfer().timeout() == 120000;
assert c.clustering().hash().consistentHash() instanceof TopologyAwareConsistentHash;
assert c.clustering().hash().numOwners() == 3;
assert c.clustering().l1().enabled();
c = cm.getCacheConfiguration("groups");
assert c.clustering().hash().groups().enabled();
assert c.clustering().hash().groups().groupers().size() == 1;
assert c.clustering().hash().groups().groupers().get(0).getKeyType().equals(String.class);
c = cm.getCacheConfiguration("chunkSize");
assert c.clustering().stateTransfer().fetchInMemoryState();
assert c.clustering().stateTransfer().timeout() == 120000;
assert c.clustering().stateTransfer().chunkSize() == 1000;
c = cm.getCacheConfiguration("cacheWithCustomInterceptors");
assert !c.customInterceptors().interceptors().isEmpty();
assert c.customInterceptors().interceptors().size() == 5;
c = cm.getCacheConfiguration("evictionCache");
assert c.eviction().maxEntries() == 5000;
assert c.eviction().strategy().equals(EvictionStrategy.FIFO);
assert c.expiration().lifespan() == 60000;
assert c.expiration().maxIdle() == 1000;
assert c.eviction().threadPolicy() == EvictionThreadPolicy.PIGGYBACK;
assert c.expiration().wakeUpInterval() == 500;
c = cm.getCacheConfiguration("withDeadlockDetection");
assert c.deadlockDetection().enabled();
assert c.deadlockDetection().spinDuration() == 1221;
assert c.clustering().cacheMode() == CacheMode.DIST_SYNC;
c = cm.getCacheConfiguration("storeKeyValueBinary");
assert c.storeAsBinary().enabled();
assert c.storeAsBinary().storeKeysAsBinary();
assert !c.storeAsBinary().storeValuesAsBinary();
}
@Start(priority = 9) // Start before cache loader manager
@SuppressWarnings("unused")
public void start() {
final int concurrencyLevel = configuration.locking().concurrencyLevel();
// use the IdentityEquivalence because some Transaction implementation does not have a stable
// hash code function
// and it can cause some leaks in the concurrent map.
localTransactions =
CollectionFactory.makeConcurrentMap(
concurrencyLevel,
0.75f,
concurrencyLevel,
new IdentityEquivalence<Transaction>(),
AnyEquivalence.getInstance());
globalToLocalTransactions =
CollectionFactory.makeConcurrentMap(concurrencyLevel, 0.75f, concurrencyLevel);
boolean transactional = configuration.transaction().transactionMode().isTransactional();
if (clustered && transactional) {
minTopologyRecalculationLock = new ReentrantLock();
remoteTransactions =
CollectionFactory.makeConcurrentMap(concurrencyLevel, 0.75f, concurrencyLevel);
ThreadFactory tf =
new ThreadFactory() {
@Override
public Thread newThread(Runnable r) {
String address =
rpcManager != null ? rpcManager.getTransport().getAddress().toString() : "local";
Thread th = new Thread(r, "TxCleanupService," + cacheName + "," + address);
th.setDaemon(true);
return th;
}
};
executorService = Executors.newSingleThreadScheduledExecutor(tf);
notifier.addListener(this);
cacheManagerNotifier.addListener(this);
boolean totalOrder = configuration.transaction().transactionProtocol().isTotalOrder();
if (!totalOrder) {
completedTransactionsInfo = new CompletedTransactionsInfo();
// Periodically run a task to cleanup the transaction table of completed transactions.
long interval = configuration.transaction().reaperWakeUpInterval();
executorService.scheduleAtFixedRate(
new Runnable() {
@Override
public void run() {
completedTransactionsInfo.cleanupCompletedTransactions();
}
},
interval,
interval,
TimeUnit.MILLISECONDS);
executorService.scheduleAtFixedRate(
new Runnable() {
@Override
public void run() {
cleanupTimedOutTransactions();
}
},
interval,
interval,
TimeUnit.MILLISECONDS);
}
}
}
@Start(priority = 1)
// needs to happen early on
public void start() {
cacheName = cache.getName();
this.totalOrderProtocol = configuration.transaction().transactionProtocol().isTotalOrder();
}
@Override
protected void performRuntime(
OperationContext context,
ModelNode operation,
ModelNode model,
ServiceVerificationHandler verificationHandler,
List<ServiceController<?>> newControllers)
throws OperationFailedException {
// Because we use child resources in a read-only manner to configure the cache, replace the
// local model with the full model
model = Resource.Tools.readModel(context.readResource(PathAddress.EMPTY_ADDRESS));
// Configuration to hold the operation data
ConfigurationBuilder builder =
new ConfigurationBuilder().read(getDefaultConfiguration(this.mode));
// create a list for dependencies which may need to be added during processing
List<Dependency<?>> dependencies = new LinkedList<Dependency<?>>();
// process cache configuration ModelNode describing overrides to defaults
processModelNode(model, builder, dependencies);
// get all required addresses, names and service names
PathAddress cacheAddress = PathAddress.pathAddress(operation.get(OP_ADDR));
PathAddress containerAddress = cacheAddress.subAddress(0, cacheAddress.size() - 1);
String cacheName = cacheAddress.getLastElement().getValue();
String containerName = containerAddress.getLastElement().getValue();
ServiceName containerServiceName = EmbeddedCacheManagerService.getServiceName(containerName);
ServiceName cacheServiceName = containerServiceName.append(cacheName);
ServiceName cacheConfigurationServiceName =
CacheConfigurationService.getServiceName(containerName, cacheName);
// get container Model
Resource rootResource = context.getRootResource();
ModelNode container = rootResource.navigate(containerAddress).getModel();
// get default cache of the container and start mode
String defaultCache = container.require(ModelKeys.DEFAULT_CACHE).asString();
ServiceController.Mode initialMode =
model.hasDefined(ModelKeys.START)
? StartMode.valueOf(model.get(ModelKeys.START).asString()).getMode()
: ServiceController.Mode.ON_DEMAND;
// install the cache configuration service (configures a cache)
ServiceTarget target = context.getServiceTarget();
InjectedValue<EmbeddedCacheManager> containerInjection =
new InjectedValue<EmbeddedCacheManager>();
CacheConfigurationDependencies cacheConfigurationDependencies =
new CacheConfigurationDependencies(containerInjection);
CacheConfigurationService cacheConfigurationService =
new CacheConfigurationService(cacheName, builder, cacheConfigurationDependencies);
ServiceBuilder<Configuration> configBuilder =
target
.addService(cacheConfigurationServiceName, cacheConfigurationService)
.addDependency(containerServiceName, EmbeddedCacheManager.class, containerInjection)
.setInitialMode(ServiceController.Mode.PASSIVE);
Configuration config = builder.build();
if (config.invocationBatching().enabled()) {
cacheConfigurationDependencies
.getTransactionManagerInjector()
.inject(BatchModeTransactionManager.getInstance());
} else if (config.transaction().transactionMode()
== org.infinispan.transaction.TransactionMode.TRANSACTIONAL) {
configBuilder.addDependency(
TxnServices.JBOSS_TXN_TRANSACTION_MANAGER,
TransactionManager.class,
cacheConfigurationDependencies.getTransactionManagerInjector());
if (config.transaction().useSynchronization()) {
configBuilder.addDependency(
TxnServices.JBOSS_TXN_SYNCHRONIZATION_REGISTRY,
TransactionSynchronizationRegistry.class,
cacheConfigurationDependencies.getTransactionSynchronizationRegistryInjector());
}
}
// add in any additional dependencies resulting from ModelNode parsing
for (Dependency<?> dependency : dependencies) {
this.addDependency(configBuilder, dependency);
}
// add an alias for the default cache
if (cacheName.equals(defaultCache)) {
configBuilder.addAliases(CacheConfigurationService.getServiceName(containerName, null));
}
newControllers.add(configBuilder.install());
log.debugf(
"Cache configuration service for %s installed for container %s", cacheName, containerName);
// now install the corresponding cache service (starts a configured cache)
CacheDependencies cacheDependencies = new CacheDependencies(containerInjection);
CacheService<Object, Object> cacheService =
new CacheService<Object, Object>(cacheName, cacheDependencies);
ServiceBuilder<Cache<Object, Object>> cacheBuilder =
target
.addService(cacheServiceName, cacheService)
.addDependency(cacheConfigurationServiceName)
.setInitialMode(initialMode);
if (config.transaction().recovery().enabled()) {
cacheBuilder.addDependency(
TxnServices.JBOSS_TXN_ARJUNA_RECOVERY_MANAGER,
XAResourceRecoveryRegistry.class,
cacheDependencies.getRecoveryRegistryInjector());
}
// add an alias for the default cache
if (cacheName.equals(defaultCache)) {
cacheBuilder.addAliases(CacheService.getServiceName(containerName, null));
}
if (initialMode == ServiceController.Mode.ACTIVE) {
cacheBuilder.addListener(verificationHandler);
}
newControllers.add(cacheBuilder.install());
String jndiName =
(model.hasDefined(ModelKeys.JNDI_NAME)
? InfinispanJndiName.toJndiName(model.get(ModelKeys.JNDI_NAME).asString())
: InfinispanJndiName.defaultCacheJndiName(containerName, cacheName))
.getAbsoluteName();
ContextNames.BindInfo bindInfo = ContextNames.bindInfoFor(jndiName);
BinderService binder = new BinderService(bindInfo.getBindName());
@SuppressWarnings("rawtypes")
ServiceBuilder<ManagedReferenceFactory> binderBuilder =
target
.addService(bindInfo.getBinderServiceName(), binder)
.addAliases(ContextNames.JAVA_CONTEXT_SERVICE_NAME.append(jndiName))
.addDependency(
cacheServiceName,
Cache.class,
new ManagedReferenceInjector<Cache>(binder.getManagedObjectInjector()))
.addDependency(
bindInfo.getParentContextServiceName(),
ServiceBasedNamingStore.class,
binder.getNamingStoreInjector())
.setInitialMode(ServiceController.Mode.PASSIVE);
newControllers.add(binderBuilder.install());
log.debugf("Cache service for cache %s installed for container %s", cacheName, containerName);
}
