List of usage examples for org.apache.commons.lang SerializationUtils serialize
public static byte[] serialize(Serializable obj)
Serializes an Object to a byte array for storage/serialization.
From source file:org.apache.ojb.broker.metadata.PersistentFieldTest.java
private void runFieldTestsFor(Class targetClass, boolean supportJavaBeanNames) throws Exception { ((OjbConfiguration) OjbConfigurator.getInstance().getConfigurationFor(null)) .setPersistentFieldClass(targetClass); PersistentField pfNM_Name = newInstance(targetClass, NestedMain.class, NESTED_MAIN_NAME); PersistentField pfNDD_RD = newInstance(targetClass, NestedMain.class, NESTED_DETAIL_DETAIL_REAL_DETAIL); PersistentField pfNDD_RDD = newInstance(targetClass, NestedMain.class, NESTED_DETAIL_DETAIL_REAL_DESCRIPTION); PersistentField pfND_MJB = null;/*from ww w .j a v a2 s. c om*/ PersistentField pfNE_Name = null; if (supportJavaBeanNames) { pfND_MJB = newInstance(targetClass, NestedMain.class, NESTED_DETAIL_MORE_JAVA_BEAN); pfNE_Name = newInstance(targetClass, NestedMain.class, NESTED_ENTRY_NAME); } // test getter NestedMain nm = createNestedObject(); Object result = pfNM_Name.get(nm); assertEquals(NESTED_MAIN_NAME_VALUE, result); result = pfNDD_RD.get(nm); assertEquals(NESTED_DETAIL_DETAIL_REAL_DETAIL_VALUE, result); result = pfNDD_RDD.get(nm); assertEquals(NESTED_DETAIL_DETAIL_REAL_DESCRIPTION_VALUE, result); if (supportJavaBeanNames) { result = pfND_MJB.get(nm); assertEquals(NESTED_DETAIL_MORE_JAVA_BEAN_VALUE, result); result = pfNE_Name.get(nm); assertEquals(NESTED_ENTRY_NAME_VALUE, result); } NestedMain newNM = new NestedMain(); // test setter pfNM_Name.set(newNM, NESTED_MAIN_NAME_VALUE); pfNDD_RD.set(newNM, NESTED_DETAIL_DETAIL_REAL_DETAIL_VALUE); result = pfNDD_RDD.get(newNM); assertEquals(NESTED_DETAIL_DETAIL_REAL_DESCRIPTION_VALUE, result); result = pfNM_Name.get(newNM); assertEquals(NESTED_MAIN_NAME_VALUE, result); result = pfNDD_RD.get(newNM); assertEquals(NESTED_DETAIL_DETAIL_REAL_DETAIL_VALUE, result); if (supportJavaBeanNames) { pfND_MJB.set(newNM, NESTED_DETAIL_MORE_JAVA_BEAN_VALUE); pfNE_Name.set(newNM, NESTED_ENTRY_NAME_VALUE); result = pfND_MJB.get(newNM); assertEquals(NESTED_DETAIL_MORE_JAVA_BEAN_VALUE, result); result = pfNE_Name.get(newNM); assertEquals(NESTED_ENTRY_NAME_VALUE, result); } // serialize fields and test again pfNM_Name = (PersistentField) SerializationUtils.deserialize(SerializationUtils.serialize(pfNM_Name)); pfNDD_RD = (PersistentField) SerializationUtils.deserialize(SerializationUtils.serialize(pfNDD_RD)); pfNDD_RDD = (PersistentField) SerializationUtils.deserialize(SerializationUtils.serialize(pfNDD_RDD)); if (supportJavaBeanNames) { pfND_MJB = (PersistentField) SerializationUtils.deserialize(SerializationUtils.serialize(pfND_MJB)); pfNE_Name = (PersistentField) SerializationUtils.deserialize(SerializationUtils.serialize(pfNE_Name)); } // test getter nm = createNestedObject(); result = pfNM_Name.get(nm); assertEquals(NESTED_MAIN_NAME_VALUE, result); result = pfNDD_RD.get(nm); assertEquals(NESTED_DETAIL_DETAIL_REAL_DETAIL_VALUE, result); result = pfNDD_RDD.get(nm); assertEquals(NESTED_DETAIL_DETAIL_REAL_DESCRIPTION_VALUE, result); if (supportJavaBeanNames) { result = pfND_MJB.get(nm); assertEquals(NESTED_DETAIL_MORE_JAVA_BEAN_VALUE, result); result = pfNE_Name.get(nm); assertEquals(NESTED_ENTRY_NAME_VALUE, result); } newNM = new NestedMain(); // test setter pfNM_Name.set(newNM, NESTED_MAIN_NAME_VALUE); pfNDD_RD.set(newNM, NESTED_DETAIL_DETAIL_REAL_DETAIL_VALUE); result = pfNDD_RDD.get(newNM); assertEquals(NESTED_DETAIL_DETAIL_REAL_DESCRIPTION_VALUE, result); result = pfNM_Name.get(newNM); assertEquals(NESTED_MAIN_NAME_VALUE, result); result = pfNDD_RD.get(newNM); assertEquals(NESTED_DETAIL_DETAIL_REAL_DETAIL_VALUE, result); if (supportJavaBeanNames) { pfND_MJB.set(newNM, NESTED_DETAIL_MORE_JAVA_BEAN_VALUE); pfNE_Name.set(newNM, NESTED_ENTRY_NAME_VALUE); result = pfND_MJB.get(newNM); assertEquals(NESTED_DETAIL_MORE_JAVA_BEAN_VALUE, result); result = pfNE_Name.get(newNM); assertEquals(NESTED_ENTRY_NAME_VALUE, result); } }
From source file:org.apache.ojb.odmg.ImplementationImpl.java
/** * Get a <code>String</code> representation of the object's identifier. * OJB returns the serialized Identity of the object. * @param obj The object whose identifier is being accessed. * @return The object's identifier in the form of a String *///from ww w. j a v a 2s.co m public String getObjectId(Object obj) { Identity oid = null; PersistenceBroker broker = null; try { if (getCurrentDatabase() != null) { /** * is there an open database we are calling getObjectId against? if yes, use it */ broker = PersistenceBrokerFactory.createPersistenceBroker(getCurrentDatabase().getPBKey()); } else { log.warn("Can't find open database, try to use the default configuration"); /** * otherwise, use default. */ broker = PersistenceBrokerFactory.defaultPersistenceBroker(); } oid = broker.serviceIdentity().buildIdentity(obj); } finally { if (broker != null) { broker.close(); } } return new String(SerializationUtils.serialize(oid)); }
From source file:org.apache.oodt.cas.resource.util.MesosUtilities.java
/** * Get a ByteString serialization of a JobSpec to send over the wire to the mesos-backend. * @param jobSpec - JobSpec to serialize * @return bytestring containing byte[] of jobspec *///from w w w . ja v a 2 s .c o m public static ByteString jobSpecToByteString(JobSpec jobSpec) { return ByteString.copyFrom(SerializationUtils.serialize(new JobSpecSerializer(jobSpec))); }
From source file:org.apache.reef.runtime.common.utils.DefaultExceptionCodec.java
@Override public byte[] toBytes(final Throwable throwable) { return SerializationUtils.serialize(throwable); }
From source file:org.apache.reef.vortex.common.VortexAvroUtils.java
/** * Serialize VortexRequest to byte array. * @param vortexRequest Vortex request message to serialize. * @return Serialized byte array./*from ww w. ja v a 2s . c om*/ */ public byte[] toBytes(final VortexRequest vortexRequest) { // Convert VortexRequest message to Avro message. final AvroVortexRequest avroVortexRequest; switch (vortexRequest.getType()) { case ExecuteAggregateTasklet: final TaskletAggregateExecutionRequest taskletAggregateExecutionRequest = (TaskletAggregateExecutionRequest) vortexRequest; // TODO[REEF-1113]: Handle serialization failure separately in Vortex final byte[] serializedInputForAggregate = aggregateFunctionRepository .getFunction(taskletAggregateExecutionRequest.getAggregateFunctionId()).getInputCodec() .encode(taskletAggregateExecutionRequest.getInput()); avroVortexRequest = AvroVortexRequest.newBuilder().setRequestType(AvroRequestType.AggregateExecute) .setTaskletRequest(AvroTaskletAggregateExecutionRequest.newBuilder() .setAggregateFunctionId(taskletAggregateExecutionRequest.getAggregateFunctionId()) .setSerializedInput(ByteBuffer.wrap(serializedInputForAggregate)) .setTaskletId(taskletAggregateExecutionRequest.getTaskletId()).build()) .build(); break; case AggregateTasklets: final TaskletAggregationRequest taskletAggregationRequest = (TaskletAggregationRequest) vortexRequest; // TODO[REEF-1003]: Use reflection instead of serialization when launching VortexFunction final byte[] serializedAggregateFunction = SerializationUtils .serialize(taskletAggregationRequest.getAggregateFunction()); final byte[] serializedFunctionForAggregation = SerializationUtils .serialize(taskletAggregationRequest.getFunction()); final byte[] serializedPolicy = SerializationUtils.serialize(taskletAggregationRequest.getPolicy()); avroVortexRequest = AvroVortexRequest.newBuilder().setRequestType(AvroRequestType.Aggregate) .setTaskletRequest(AvroTaskletAggregationRequest.newBuilder() .setAggregateFunctionId(taskletAggregationRequest.getAggregateFunctionId()) .setSerializedAggregateFunction(ByteBuffer.wrap(serializedAggregateFunction)) .setSerializedUserFunction(ByteBuffer.wrap(serializedFunctionForAggregation)) .setSerializedPolicy(ByteBuffer.wrap(serializedPolicy)).build()) .build(); break; case ExecuteTasklet: final TaskletExecutionRequest taskletExecutionRequest = (TaskletExecutionRequest) vortexRequest; // The following TODOs are sub-issues of cleaning up Serializable in Vortex (REEF-504). // The purpose is to reduce serialization cost, which leads to bottleneck in Master. // Temporarily those are left as TODOs, but will be addressed in separate PRs. final VortexFunction vortexFunction = taskletExecutionRequest.getFunction(); // TODO[REEF-1113]: Handle serialization failure separately in Vortex final byte[] serializedInput = vortexFunction.getInputCodec() .encode(taskletExecutionRequest.getInput()); // TODO[REEF-1003]: Use reflection instead of serialization when launching VortexFunction final byte[] serializedFunction = SerializationUtils.serialize(vortexFunction); avroVortexRequest = AvroVortexRequest.newBuilder().setRequestType(AvroRequestType.ExecuteTasklet) .setTaskletRequest(AvroTaskletExecutionRequest.newBuilder() .setTaskletId(taskletExecutionRequest.getTaskletId()) .setSerializedInput(ByteBuffer.wrap(serializedInput)) .setSerializedUserFunction(ByteBuffer.wrap(serializedFunction)).build()) .build(); break; case CancelTasklet: final TaskletCancellationRequest taskletCancellationRequest = (TaskletCancellationRequest) vortexRequest; avroVortexRequest = AvroVortexRequest.newBuilder().setRequestType(AvroRequestType.CancelTasklet) .setTaskletRequest(AvroTaskletCancellationRequest.newBuilder() .setTaskletId(taskletCancellationRequest.getTaskletId()).build()) .build(); break; default: throw new RuntimeException("Undefined message type"); } // Serialize the Avro message to byte array. return toBytes(avroVortexRequest, AvroVortexRequest.class); }
From source file:org.apache.reef.vortex.common.VortexAvroUtils.java
/** * Serialize WorkerReport to byte array. * @param workerReport Worker report message to serialize. * @return Serialized byte array.//from w w w . j a va2 s .co m */ public byte[] toBytes(final WorkerReport workerReport) { final List<AvroTaskletReport> workerTaskletReports = new ArrayList<>(); for (final TaskletReport taskletReport : workerReport.getTaskletReports()) { final AvroTaskletReport avroTaskletReport; switch (taskletReport.getType()) { case TaskletResult: final TaskletResultReport taskletResultReport = (TaskletResultReport) taskletReport; avroTaskletReport = AvroTaskletReport.newBuilder().setReportType(AvroReportType.TaskletResult) .setTaskletReport(AvroTaskletResultReport.newBuilder() .setTaskletId(taskletResultReport.getTaskletId()) .setSerializedOutput(ByteBuffer.wrap(taskletResultReport.getSerializedResult())) .build()) .build(); break; case TaskletAggregationResult: final TaskletAggregationResultReport taskletAggregationResultReport = (TaskletAggregationResultReport) taskletReport; avroTaskletReport = AvroTaskletReport.newBuilder() .setReportType(AvroReportType.TaskletAggregationResult) .setTaskletReport(AvroTaskletAggregationResultReport.newBuilder() .setTaskletIds(taskletAggregationResultReport.getTaskletIds()) .setSerializedOutput( ByteBuffer.wrap(taskletAggregationResultReport.getSerializedResult())) .build()) .build(); break; case TaskletCancelled: final TaskletCancelledReport taskletCancelledReport = (TaskletCancelledReport) taskletReport; avroTaskletReport = AvroTaskletReport.newBuilder().setReportType(AvroReportType.TaskletCancelled) .setTaskletReport(AvroTaskletCancelledReport.newBuilder() .setTaskletId(taskletCancelledReport.getTaskletId()).build()) .build(); break; case TaskletFailure: final TaskletFailureReport taskletFailureReport = (TaskletFailureReport) taskletReport; final byte[] serializedException = SerializationUtils .serialize(taskletFailureReport.getException()); avroTaskletReport = AvroTaskletReport.newBuilder().setReportType(AvroReportType.TaskletFailure) .setTaskletReport(AvroTaskletFailureReport.newBuilder() .setTaskletId(taskletFailureReport.getTaskletId()) .setSerializedException(ByteBuffer.wrap(serializedException)).build()) .build(); break; case TaskletAggregationFailure: final TaskletAggregationFailureReport taskletAggregationFailureReport = (TaskletAggregationFailureReport) taskletReport; final byte[] serializedAggregationException = SerializationUtils .serialize(taskletAggregationFailureReport.getException()); avroTaskletReport = AvroTaskletReport.newBuilder() .setReportType(AvroReportType.TaskletAggregationFailure) .setTaskletReport(AvroTaskletAggregationFailureReport.newBuilder() .setTaskletIds(taskletAggregationFailureReport.getTaskletIds()) .setSerializedException(ByteBuffer.wrap(serializedAggregationException)).build()) .build(); break; default: throw new RuntimeException("Undefined message type"); } workerTaskletReports.add(avroTaskletReport); } // Convert WorkerReport message to Avro message. final AvroWorkerReport avroWorkerReport = AvroWorkerReport.newBuilder() .setTaskletReports(workerTaskletReports).build(); // Serialize the Avro message to byte array. return toBytes(avroWorkerReport, AvroWorkerReport.class); }
From source file:org.apache.reef.vortex.driver.VortexRequestor.java
void send(final RunningTask reefTask, final VortexRequest vortexRequest) { executorService.execute(new Runnable() { @Override// ww w .ja v a2 s .c o m public void run() { // Possible race condition with VortexWorkerManager#terminate is addressed by the global lock in VortexMaster reefTask.send(SerializationUtils.serialize(vortexRequest)); } }); }
From source file:org.apache.reef.vortex.evaluator.VortexWorker.java
/** * Starts the scheduler & executor and waits until termination. *///w w w . java2s. c om @Override public byte[] call(final byte[] memento) throws Exception { final ExecutorService schedulerThread = Executors.newSingleThreadExecutor(); final ExecutorService commandExecutor = Executors.newFixedThreadPool(numOfThreads); // Scheduling thread starts schedulerThread.execute(new Runnable() { @Override public void run() { while (true) { // Scheduler Thread: Pick a command to execute (For now, simple FIFO order) final byte[] message; try { message = pendingRequests.takeFirst(); } catch (InterruptedException e) { throw new RuntimeException(e); } // Scheduler Thread: Pass the command to the worker thread pool to be executed commandExecutor.execute(new Runnable() { @Override public void run() { // Command Executor: Deserialize the command final VortexRequest vortexRequest = (VortexRequest) SerializationUtils .deserialize(message); switch (vortexRequest.getType()) { case ExecuteTasklet: final TaskletExecutionRequest taskletExecutionRequest = (TaskletExecutionRequest) vortexRequest; try { // Command Executor: Execute the command final Serializable result = taskletExecutionRequest.execute(); // Command Executor: Tasklet successfully returns result final WorkerReport report = new TaskletResultReport<>( taskletExecutionRequest.getTaskletId(), result); workerReports.addLast(SerializationUtils.serialize(report)); } catch (Exception e) { // Command Executor: Tasklet throws an exception final WorkerReport report = new TaskletFailureReport( taskletExecutionRequest.getTaskletId(), e); workerReports.addLast(SerializationUtils.serialize(report)); } heartBeatTriggerManager.triggerHeartBeat(); break; default: throw new RuntimeException("Unknown Command"); } } }); } } }); terminated.await(); return null; }
From source file:org.araneaframework.framework.filter.StandardSerializingAuditFilterService.java
protected void action(Path path, InputData input, OutputData output) throws Exception { child._getRelocatable().overrideEnvironment(getEnvironment()); child._getService().action(path, input, output); child._getRelocatable().overrideEnvironment(null); HttpSession sess = (HttpSession) getEnvironment().getEntry(HttpSession.class); byte[] serialized = SerializationUtils.serialize(child); log.debug("Serialized session size: " + serialized.length); if (testXmlSessionPath != null) { String dumpPath = testXmlSessionPath + "/" + sess.getId() + ".xml"; log.debug("Dumping session XML to '" + dumpPath + "'"); XStream xstream = new XStream(new DomDriver()); PrintWriter writer = new PrintWriter(new FileWriter(dumpPath)); xstream.toXML(child, writer);/*w w w . j a va2 s . c om*/ writer.close(); } }
From source file:org.archive.modules.recrawl.PersistLogProcessor.java
@Override protected void innerProcess(CrawlURI curi) { log.writeLine(persistKeyFor(curi), " ", new String( Base64.encodeBase64(SerializationUtils.serialize((Serializable) curi.getPersistentDataMap())))); }