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coconut_java2006_preprocessed

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sm.setSecurityConfig(isQueue(), destination.getName(), destination.getSecurityConfig());
public synchronized void startService() throws Exception { super.startService(); try { postOffice = serverPeer.getQueuePostOfficeInstance(); destination.setPostOffice(postOffice); //Binding must be added before destination is register...
consumerIDCounter = 0;
public ServerSessionDelegate(String sessionID, ServerConnectionDelegate connectionEndpoint, int acknowledgmentMode) { this.sessionID = sessionID; this.acknowledgmentMode = acknowledgmentMode; this.connectionEndpoint = connectionEndpoint; producers = new HashMap(); consumers = ...
subscription = clientManager.getDurableSubscription(clientID, subscriptionName);
if (subscription != null) { if (log.isTraceEnabled()) { log.trace("Subscription with name " + subscriptionName + " already exists"); }
public ConsumerDelegate createConsumerDelegate(Destination jmsDestination, String selector, boolean noLocal, String subscriptionName) throws JMSException { // look-...
boolean selectorChanged = (selector == null && subscription.getSelector() != null) || (subscription.getSelector() == null && selector != null) || (subscription.getSelector() != null && selector != null && !subscription.getSelector().equals(selector)); if (log.isTraceEnabled()) { log.trace("Selector has changed? " + se...
public ConsumerDelegate createConsumerDelegate(Destination jmsDestination, String selector, boolean noLocal, String subscriptionName) throws JMSException { // look-...
new LocalQueue(consumerID));
new LocalQueue(consumerID), selector);
public ConsumerDelegate createConsumerDelegate(Destination jmsDestination, String selector, boolean noLocal, String subscriptionName) throws JMSException { // look-...
subscription.setHasConsumer(true);
public ConsumerDelegate createConsumerDelegate(Destination jmsDestination, String selector, boolean noLocal, String subscriptionName) throws JMSException { // look-...
protected String generateConsumerID()
protected synchronized String generateConsumerID()
protected String generateConsumerID() { int id; synchronized(this) { id = consumerIDCounter++; } return "Consumer" + id; }
int id; synchronized(this) { id = consumerIDCounter++; } return "Consumer" + id;
return "Consumer" + new GUID().toString();
protected String generateConsumerID() { int id; synchronized(this) { id = consumerIDCounter++; } return "Consumer" + id; }
System.out.println("img started as = " + img); img = img.getScaledInstance(100, 100, Image.SCALE_FAST); System.out.println("img now = " + img);
img = GraphicsUtil.cleanImage(img);
public Image getImage(String uri) { java.io.InputStream is = null; Image img = null; uri = resolveURI(uri); if (imageCache != null) { SoftReference ref = (SoftReference) imageCache.get(uri); if (ref != null) { img = (Image) ref.get(); } ...
System.out.println("generated image = " + img);
public Image getImage(String uri) { java.io.InputStream is = null; Image img = null; uri = resolveURI(uri); if (imageCache != null) { SoftReference ref = (SoftReference) imageCache.get(uri); if (ref != null) { img = (Image) ref.get(); } ...
return 0F;
Icon icon = StyleConstants.getIcon(getElement().getAttributes()); float span; if (axis == X_AXIS) span = icon.getIconWidth(); else if (axis == Y_AXIS) span = icon.getIconHeight(); else throw new IllegalArgumentException(); return span;
public float getPreferredSpan(int axis) { // TODO: Implement me. return 0F; }
return null;
Element el = getElement(); if (pos < el.getStartOffset() || pos >= el.getEndOffset()) throw new BadLocationException("Illegal offset for this view", pos); Rectangle r = a.getBounds(); Icon icon = StyleConstants.getIcon(el.getAttributes()); return new Rectangle(r.x, r.y, icon.getIconWidth(), icon.getIconHeight());
public Shape modelToView(int pos, Shape a, Position.Bias b) throws BadLocationException { // Implement me. return null; }
Icon icon = StyleConstants.getIcon(getElement().getAttributes()); Rectangle b = a.getBounds(); icon.paintIcon(getContainer(), g, b.x, b.y);
public void paint(Graphics g, Shape a) { // TODO: Implement me. }
return 0;
Element el = getElement(); return el.getStartOffset();
public int viewToModel(float x, float y, Shape a, Position.Bias[] b) { // FIXME: not implemented return 0; }
sc = new ServiceContainer("all"); sc.start();
if (!ServerManagement.isRemote()) { sc = new ServiceContainer("all"); sc.start(); }
public void setUp() throws Exception { super.setUp(); sc = new ServiceContainer("all"); sc.start(); }
sc.stop(); sc = null;
if (!ServerManagement.isRemote()) { sc.stop(); sc = null; }
public void tearDown() throws Exception { sc.stop(); sc = null; super.tearDown(); }
if (ServerManagement.isRemote()) return;
public void testAddReference() throws Exception { JDBCTransactionLog tl = new JDBCTransactionLog(sc.getDataSource(), sc.getTransactionManager()); tl.start(); MessageStore ms = new PersistentMessageStore("persistentMessageStore0", tl); Channel channel = new SimpleChannel("channel0", ms); Me...
if (ServerManagement.isRemote()) return;
public void testAddRetrieveRemoveMessage() throws Exception { JDBCTransactionLog tl = new JDBCTransactionLog(sc.getDataSource(), sc.getTransactionManager()); tl.start(); Message[] messages = createMessages(); for (int i = 0; i < messages.length; i++) { Message m = messages[i]; ...
if (ServerManagement.isRemote()) return;
public void testCommit_NotXA_Guid_NotStoreXid() throws Exception { doTransactionCommit(false, true, false); }
if (ServerManagement.isRemote()) return;
public void testCommit_NotXA_Guid_StoreXid() throws Exception { doTransactionCommit(false, true, true); }
if (ServerManagement.isRemote()) return;
public void testCommit_NotXA_Long_NotStoreXid() throws Exception { doTransactionCommit(false, false, false); }
if (ServerManagement.isRemote()) return;
public void testCommit_NotXA_Long_StoreXid() throws Exception { doTransactionCommit(false, false, true); }
if (ServerManagement.isRemote()) return;
public void testCommit_XA_Guid_NotStoreXid() throws Exception { doTransactionCommit(true, true, false); }
if (ServerManagement.isRemote()) return;
public void testCommit_XA_Guid_StoreXid() throws Exception { doTransactionCommit(true, true, true); }
if (ServerManagement.isRemote()) return;
public void testCommit_XA_Long_NotStoreXid() throws Exception { doTransactionCommit(true, false, false); }
if (ServerManagement.isRemote()) return;
public void testCommit_XA_Long_StoreXid() throws Exception { doTransactionCommit(true, false, true); }
if (ServerManagement.isRemote()) return;
public void testGetMessageReferences() throws Exception { JDBCTransactionLog tl = new JDBCTransactionLog(sc.getDataSource(), sc.getTransactionManager()); tl.start(); MessageStore ms = new PersistentMessageStore("persistentMessageStore0", tl); Channel channel = new SimpleChannel("channel0", ms);...
if (ServerManagement.isRemote()) return;
public void testNonXARecovery_Guid_NotStoreXid() throws Exception { nonXARecovery(true, false); }
if (ServerManagement.isRemote()) return;
public void testNonXARecovery_Guid_StoreXid() throws Exception { nonXARecovery(true, true); }
if (ServerManagement.isRemote()) return;
public void testNonXARecovery_Long_NotStoreXid() throws Exception { nonXARecovery(false, false); }
if (ServerManagement.isRemote()) return;
public void testNonXARecovery_Long_StoreXid() throws Exception { nonXARecovery(false, true); }
if (ServerManagement.isRemote()) return;
public void testRemoveAllMessageData() throws Exception { JDBCTransactionLog tl = new JDBCTransactionLog(sc.getDataSource(), sc.getTransactionManager()); tl.start(); MessageStore ms = new PersistentMessageStore("persistentMessageStore0", tl); Channel channel = new SimpleChannel("channel0", ms);...
if (ServerManagement.isRemote()) return;
public void testRemoveReference() throws Exception { JDBCTransactionLog tl = new JDBCTransactionLog(sc.getDataSource(), sc.getTransactionManager()); tl.start(); MessageStore ms = new PersistentMessageStore("persistentMessageStore0", tl); Channel channel = new SimpleChannel("channel0", ms); ...
if (ServerManagement.isRemote()) return;
public void testRetrievePreparedTransactions_Guid() throws Exception { retrievePreparedTransactions(true); }
if (ServerManagement.isRemote()) return;
public void testRetrievePreparedTransactions_Long() throws Exception { retrievePreparedTransactions(false); }
if (ServerManagement.isRemote()) return;
public void testRollback_NotXA_Guid_NotStoreXid() throws Exception { doTransactionRollback(false, true, false); }
if (ServerManagement.isRemote()) return;
public void testRollback_NotXA_Guid_StoreXid() throws Exception { doTransactionRollback(false, true, true); }
if (ServerManagement.isRemote()) return;
public void testRollback_NotXA_Long_NotStoreXid() throws Exception { doTransactionRollback(false, false, false); }
if (ServerManagement.isRemote()) return;
public void testRollback_NotXA_Long_StoreXid() throws Exception { doTransactionRollback(false, false, true); }
if (ServerManagement.isRemote()) return;
public void testRollback_XA_Guid_NotStoreXid() throws Exception { doTransactionRollback(true, true, false); }
if (ServerManagement.isRemote()) return;
public void testRollback_XA_Guid_StoreXid() throws Exception { doTransactionRollback(true, true, true); }
if (ServerManagement.isRemote()) return;
public void testRollback_XA_Long_NotStoreXid() throws Exception { doTransactionRollback(true, false, false); }
if (ServerManagement.isRemote()) return;
public void testRollback_XA_Long_StoreXid() throws Exception { doTransactionRollback(true, false, true); }
byte res = 0;
public void probeDevices(SMBus bus) { // this controler is a SMBus version 1.0, so there are no dynamic discovery. // use well known addresses and probe each address //byte res = 0; // probes for the DIM for (byte i = 0; i < 8; i++) { try { //res = readByte((byte) (0xa0 | (i << 1)), (byte) 2); //log.debug...
DIMM dimmDevice = new DIMM(bus, "DIMM-" + i); bus.addDevice(dimmDevice); DIMMDriver dimmDriver = new DIMMDriver(bus, (byte) (0xa0 | (i << 1))); dimmDevice.setDriver(dimmDriver); DeviceUtils.getDeviceManager().register(dimmDevice); log.info(dimmDevice.toString());
byte address = (byte) (0xa0 | (i << 1)); if (DIMMDriver.canExist(bus, address)) { res = readByte((byte) (0xa0 | (i << 1)), (byte) 2); log.debug("Discovered DIMM " + i + " type :" + Integer.toHexString( (int) res)); DIMM dimmDevice = new DIMM(bus, "DIMM-" + i); bus.addDevice(dimmDevice); DIMMDriver dimmDriver = new DIMM...
public void probeDevices(SMBus bus) { // this controler is a SMBus version 1.0, so there are no dynamic discovery. // use well known addresses and probe each address //byte res = 0; // probes for the DIM for (byte i = 0; i < 8; i++) { try { //res = readByte((byte) (0xa0 | (i << 1)), (byte) 2); //log.debug...
log.debug("DIMM " + i + " not present" );
public void probeDevices(SMBus bus) { // this controler is a SMBus version 1.0, so there are no dynamic discovery. // use well known addresses and probe each address //byte res = 0; // probes for the DIM for (byte i = 0; i < 8; i++) { try { //res = readByte((byte) (0xa0 | (i << 1)), (byte) 2); //log.debug...
1, numMessages, null);
1, numMessages, System.currentTimeMillis() + 10000, null);
protected BrowserJob createDefaultBrowserJob(String destName) { return new BrowserJob(slaveURLs[0], jndiProperties, destName, connectionFactoryJndiName, 1, 1, numMessages, null); }
return new FillJob(slaveURLs[0], jndiProperties, destName, connectionFactoryJndiName, numMessages, standardMessageSize, new BytesMessageMessageFactory(),
return new FillJob(slaveURLs[0], jndiProperties, destName, connectionFactoryJndiName, numMessages, standardMessageSize, new TextMessageMessageFactory(),
protected FillJob createDefaultFillJob(String destName, int numMessages) { return new FillJob(slaveURLs[0], jndiProperties, destName, connectionFactoryJndiName, numMessages, standardMessageSize, new BytesMessageMessageFactory(), DeliveryMode.NON_PERSISTENT); }
1, false, 0, numMessages,
1, false, 0, numMessages, System.currentTimeMillis() + 10000,
protected ReceiverJob createDefaultReceiverJob(String destName) { return new ReceiverJob(slaveURLs[0], jndiProperties, destName, connectionFactoryJndiName, 1, 1, false, 0, numMessages, Session.AUTO_ACKNOWLEDGE, null, null, false, false, null); }
1, false, 0, numMessages,
1, false, 0, numMessages, System.currentTimeMillis() + 20000,
protected SenderJob createDefaultSenderJob(String destName) { return new SenderJob(slaveURLs[0], jndiProperties, destName, connectionFactoryJndiName, 1, 1, false, 0, numMessages, false, standardMessageSize, new BytesMessageMessageFactory(), DeliveryMode.NON_PERSISTENT, 0); ...
new BytesMessageMessageFactory(), DeliveryMode.NON_PERSISTENT, 0);
new TextMessageMessageFactory(), DeliveryMode.NON_PERSISTENT, 0);
protected SenderJob createDefaultSenderJob(String destName) { return new SenderJob(slaveURLs[0], jndiProperties, destName, connectionFactoryJndiName, 1, 1, false, 0, numMessages, false, standardMessageSize, new BytesMessageMessageFactory(), DeliveryMode.NON_PERSISTENT, 0); ...
FileInputStream fis = null;
InputStream is = null;
protected Properties loadProps(String filename) throws Exception { FileInputStream fis = null; try { fis = new FileInputStream(filename); Properties props = new Properties(); props.load(fis); return props; } finally { if (fis != null) f...
fis = new FileInputStream(filename);
URL url = this.getClass().getClassLoader().getResource(filename); is = url.openStream();
protected Properties loadProps(String filename) throws Exception { FileInputStream fis = null; try { fis = new FileInputStream(filename); Properties props = new Properties(); props.load(fis); return props; } finally { if (fis != null) f...
props.load(fis);
props.load(is);
protected Properties loadProps(String filename) throws Exception { FileInputStream fis = null; try { fis = new FileInputStream(filename); Properties props = new Properties(); props.load(fis); return props; } finally { if (fis != null) f...
if (fis != null) fis.close();
if (is != null) is.close();
protected Properties loadProps(String filename) throws Exception { FileInputStream fis = null; try { fis = new FileInputStream(filename); Properties props = new Properties(); props.load(fis); return props; } finally { if (fis != null) f...
testQueue17(); testQueue18(); testQueue19(); testQueue20();
public void run() { setUp(); //Only need to do once - junit does for every test testQueue1(); testQueue2(); testQueue3(); testQueue4(); testQueue5(); testQueue6(); testQueue7(); testQueue8(); testQueue9(); testQueue10(); testQueue11(); testQueu...
testMessageSizeThroughput();
public void run() { setUp(); //Only need to do once - junit does for every test testQueue1(); testQueue2(); testQueue3(); testQueue4(); testQueue5(); testQueue6(); testQueue7(); testQueue8(); testQueue9(); testQueue10(); testQueue11(); testQueu...
testQueueScale1(); testQueueScale2(); testQueueScale3(); testTopicScale1(); testTopicScale2(); testTopicScale3();
public void run() { setUp(); //Only need to do once - junit does for every test testQueue1(); testQueue2(); testQueue3(); testQueue4(); testQueue5(); testQueue6(); testQueue7(); testQueue8(); testQueue9(); testQueue10(); testQueue11(); testQueu...
return sendRequestToSlave(job.getSlaveURL(), new RunRequest(job));
if (local) { job.run(); return job.getResult(); } else { return sendRequestToSlave(job.getSlaveURL(), new RunRequest(job)); }
protected JobResult runJob(Job job) { return sendRequestToSlave(job.getSlaveURL(), new RunRequest(job)); }
results[i] = jobs[i].getResult();
results[i] = runners[i].result;
protected JobResult[] runJobs(Job[] jobs) { JobRunner[] runners = new JobRunner[jobs.length]; for (int i = 0; i < jobs.length; i++) { runners[i] = new JobRunner(jobs[i]); Thread t = new Thread(runners[i]); runners[i].thread = t; t.start(); } for ...
long totalTimeTaken = results[1].testTime + results[1].initTime - results[0].initTime;
long totalTimeTaken = results[1].endTime - results[0].startTime;
protected void runMessageTypeJob(Execution execution, MessageFactory mf, String messageType, int type) { SenderJob sender = createDefaultSenderJob(queueName); sender.setNumMessages(numMessages); sender.setMsgSize(4096); sender.setMf(mf); sender.setTransacted(false); sender.setDe...
String jndiPropertiesFileName = System.getProperty("perf.jndiProperties", "jndi.properties");
String jndiPropertiesFileName;
public void setUp() { try { log.trace("Setting up PerfRunner"); String jndiPropertiesFileName = System.getProperty("perf.jndiProperties", "jndi.properties"); this.jndiProperties = loadProps(jndiPropertiesFileName); String perfPropertiesFile...
String perfPropertiesFileName = System.getProperty("perf.properties", "perf.properties");
public void setUp() { try { log.trace("Setting up PerfRunner"); String jndiPropertiesFileName = System.getProperty("perf.jndiProperties", "jndi.properties"); this.jndiProperties = loadProps(jndiPropertiesFileName); String perfPropertiesFile...
initialPause = new Integer(perfProperties.getProperty("perf.initialPause", "5000")).intValue();
initialPause = new Integer(perfProperties.getProperty("perf.initialPause", "3000")).intValue();
public void setUp() { try { log.trace("Setting up PerfRunner"); String jndiPropertiesFileName = System.getProperty("perf.jndiProperties", "jndi.properties"); this.jndiProperties = loadProps(jndiPropertiesFileName); String perfPropertiesFile...
log.info("connectionFactoryJndiName:" + connectionFactoryJndiName);
public void setUp() { try { log.trace("Setting up PerfRunner"); String jndiPropertiesFileName = System.getProperty("perf.jndiProperties", "jndi.properties"); this.jndiProperties = loadProps(jndiPropertiesFileName); String perfPropertiesFile...
log.trace("Doing message size " + msgSize);
log.info("Doing message size " + msgSize);
public void testMessageSizeThroughput() { log.info("Running test testMessageSizeThroughput"); Execution execution = createExecution("MessageSizeThroughput"); int[] msgsSize = new int[] {0, 8192, 16384, 32768, 65536}; for (int i = 0; i < msgsSize.length; i++) { ...
sender.setMf(new BytesMessageMessageFactory());
sender.setMf(new TextMessageMessageFactory());
public void testMessageSizeThroughput() { log.info("Running test testMessageSizeThroughput"); Execution execution = createExecution("MessageSizeThroughput"); int[] msgsSize = new int[] {0, 8192, 16384, 32768, 65536}; for (int i = 0; i < msgsSize.length; i++) { ...
receiver.setNumMessages(numMessages);
receiver.setNumMessages(1000);
public void testMessageSizeThroughput() { log.info("Running test testMessageSizeThroughput"); Execution execution = createExecution("MessageSizeThroughput"); int[] msgsSize = new int[] {0, 8192, 16384, 32768, 65536}; for (int i = 0; i < msgsSize.length; i++) { ...
long totalTimeTaken = results[1].testTime + results[1].initTime - results[0].testTime;
long totalTimeTaken = results[1].endTime - results[0].startTime;
public void testMessageSizeThroughput() { log.info("Running test testMessageSizeThroughput"); Execution execution = createExecution("MessageSizeThroughput"); int[] msgsSize = new int[] {0, 8192, 16384, 32768, 65536}; for (int i = 0; i < msgsSize.length; i++) { ...
sender.setMf(new BytesMessageMessageFactory());
sender.setMf(new TextMessageMessageFactory());
public void testQueue1() { try { log.info("Running test Queue1"); SenderJob sender = createDefaultSenderJob(queueName); sender.setNumMessages(numMessages); sender.setMsgSize(standardMessageSize); sender.setMf(new BytesMessageMessageFactory()); send...
long result = res.testTime;
long result = res.endTime - res.startTime;
public void testQueue1() { try { log.info("Running test Queue1"); SenderJob sender = createDefaultSenderJob(queueName); sender.setNumMessages(numMessages); sender.setMsgSize(standardMessageSize); sender.setMf(new BytesMessageMessageFactory()); send...
sender.setMf(new BytesMessageMessageFactory());
sender.setMf(new TextMessageMessageFactory());
public void testQueue10() { log.info("Running test Queue10"); SenderJob sender = createDefaultSenderJob(queueName); sender.setNumMessages(numMessages); sender.setMsgSize(standardMessageSize); sender.setMf(new BytesMessageMessageFactory()); sender.setTransacted(false); sende...
long totalTimeTaken = results[1].testTime + results[1].initTime - results[0].initTime;
long totalTimeTaken = results[1].endTime - results[0].startTime;
public void testQueue10() { log.info("Running test Queue10"); SenderJob sender = createDefaultSenderJob(queueName); sender.setNumMessages(numMessages); sender.setMsgSize(standardMessageSize); sender.setMf(new BytesMessageMessageFactory()); sender.setTransacted(false); sende...
fillJob.setMf(new BytesMessageMessageFactory());
fillJob.setMf(new TextMessageMessageFactory());
public void testQueue11() { log.info("Running test Queue11"); //Now fill it with numMessages messages FillJob fillJob = createDefaultFillJob(queueName, numMessages); fillJob.setDeliveryMode(DeliveryMode.PERSISTENT); fillJob.setMsgSize(standardMessageSize); fillJob.setMf(new Byte...
execution.addMeasurement(new Measurement("msgsReceivedPerSec", (double)(numMessages * 1000) / result.testTime));
execution.addMeasurement(new Measurement("msgsReceivedPerSec", (double)(numMessages * 1000) / (result.endTime - result.startTime)));
public void testQueue11() { log.info("Running test Queue11"); //Now fill it with numMessages messages FillJob fillJob = createDefaultFillJob(queueName, numMessages); fillJob.setDeliveryMode(DeliveryMode.PERSISTENT); fillJob.setMsgSize(standardMessageSize); fillJob.setMf(new Byte...
fillJob.setMf(new BytesMessageMessageFactory());
fillJob.setMf(new TextMessageMessageFactory());
public void testQueue12() { log.info("Running test Queue12"); //Now fill it with numMessages messages FillJob fillJob = createDefaultFillJob(queueName, numMessages); fillJob.setDeliveryMode(DeliveryMode.NON_PERSISTENT); fillJob.setMsgSize(standardMessageSize); fillJob.setMf(new ...
execution.addMeasurement(new Measurement("msgsReceivedPerSec", (double)(numMessages * 1000) / result.testTime));
execution.addMeasurement(new Measurement("msgsReceivedPerSec", (double)(numMessages * 1000) / (result.endTime - result.startTime)));
public void testQueue12() { log.info("Running test Queue12"); //Now fill it with numMessages messages FillJob fillJob = createDefaultFillJob(queueName, numMessages); fillJob.setDeliveryMode(DeliveryMode.NON_PERSISTENT); fillJob.setMsgSize(standardMessageSize); fillJob.setMf(new ...
fillJob.setMf(new BytesMessageMessageFactory());
fillJob.setMf(new TextMessageMessageFactory());
public void testQueue13() { log.info("Running test Queue13"); //Now fill it with numMessages messages FillJob fillJob = createDefaultFillJob(queueName, numMessages); fillJob.setDeliveryMode(DeliveryMode.PERSISTENT); fillJob.setMsgSize(standardMessageSize); fillJob.setMf(new BytesMessa...
execution.addMeasurement(new Measurement("msgsReceivedPerSec", (double)(numMessages * 1000) / result.testTime));
execution.addMeasurement(new Measurement("msgsReceivedPerSec", (double)(numMessages * 1000) / (result.endTime - result.startTime)));
public void testQueue13() { log.info("Running test Queue13"); //Now fill it with numMessages messages FillJob fillJob = createDefaultFillJob(queueName, numMessages); fillJob.setDeliveryMode(DeliveryMode.PERSISTENT); fillJob.setMsgSize(standardMessageSize); fillJob.setMf(new BytesMessa...
fillJob.setMf(new BytesMessageMessageFactory());
fillJob.setMf(new TextMessageMessageFactory());
public void testQueue14() { log.info("Running test Queue14"); //Now fill it with numMessages messages FillJob fillJob = createDefaultFillJob(queueName, numMessages); fillJob.setDeliveryMode(DeliveryMode.NON_PERSISTENT); fillJob.setMsgSize(standardMessageSize); fillJob.setMf(new ...
execution.addMeasurement(new Measurement("msgsReceivedPerSec", (double)(numMessages * 1000) / result.testTime));
execution.addMeasurement(new Measurement("msgsReceivedPerSec", (double)(numMessages * 1000) / (result.endTime - result.startTime)));
public void testQueue14() { log.info("Running test Queue14"); //Now fill it with numMessages messages FillJob fillJob = createDefaultFillJob(queueName, numMessages); fillJob.setDeliveryMode(DeliveryMode.NON_PERSISTENT); fillJob.setMsgSize(standardMessageSize); fillJob.setMf(new ...
fillJob.setMf(new BytesMessageMessageFactory());
fillJob.setMf(new TextMessageMessageFactory());
public void testQueue15() { log.info("Running test Queue15"); //Now fill it with numMessages messages FillJob fillJob = createDefaultFillJob(queueName, numMessages); fillJob.setDeliveryMode(DeliveryMode.PERSISTENT); fillJob.setMsgSize(standardMessageSize); fillJob.setMf(new Byte...
execution.addMeasurement(new Measurement("msgsReceivedPerSec", (double)(numMessages * 1000) / result.testTime));
execution.addMeasurement(new Measurement("msgsReceivedPerSec", (double)(numMessages * 1000) / (result.endTime - result.startTime)));
public void testQueue15() { log.info("Running test Queue15"); //Now fill it with numMessages messages FillJob fillJob = createDefaultFillJob(queueName, numMessages); fillJob.setDeliveryMode(DeliveryMode.PERSISTENT); fillJob.setMsgSize(standardMessageSize); fillJob.setMf(new Byte...
fillJob.setMf(new BytesMessageMessageFactory());
fillJob.setMf(new TextMessageMessageFactory());
public void testQueue16() { log.info("Running test Queue16"); //Now fill it with numMessages messages FillJob fillJob = createDefaultFillJob(queueName, numMessages); fillJob.setDeliveryMode(DeliveryMode.NON_PERSISTENT); fillJob.setMsgSize(standardMessageSize); fillJob.setMf(new ...
execution.addMeasurement(new Measurement("msgsReceivedPerSec", (double)(numMessages * 1000) / result.testTime));
execution.addMeasurement(new Measurement("msgsReceivedPerSec", (double)(numMessages * 1000) / (result.endTime - result.startTime)));
public void testQueue16() { log.info("Running test Queue16"); //Now fill it with numMessages messages FillJob fillJob = createDefaultFillJob(queueName, numMessages); fillJob.setDeliveryMode(DeliveryMode.NON_PERSISTENT); fillJob.setMsgSize(standardMessageSize); fillJob.setMf(new ...
fillJob.setMf(new BytesMessageMessageFactory());
fillJob.setMf(new TextMessageMessageFactory());
public void testQueue17() { log.info("Running test Queue17"); try { //Now fill it with numMessages messages FillJob fillJob = createDefaultFillJob(queueName, numMessages); fillJob.setDeliveryMode(DeliveryMode.PERSISTENT); fillJob.setMsgSize(standardMess...
execution.addMeasurement(new Measurement("messagesPerSec", 1000 * (double)numMessages / result.testTime));
execution.addMeasurement(new Measurement("messagesPerSec", 1000 * (double)numMessages / (result.endTime - result.startTime)));
public void testQueue17() { log.info("Running test Queue17"); try { //Now fill it with numMessages messages FillJob fillJob = createDefaultFillJob(queueName, numMessages); fillJob.setDeliveryMode(DeliveryMode.PERSISTENT); fillJob.setMsgSize(standardMess...
fillJob.setMf(new BytesMessageMessageFactory());
fillJob.setMf(new TextMessageMessageFactory());
public void testQueue18() { log.info("Running test Queue18"); try { //Now fill it with numMessages messages FillJob fillJob = createDefaultFillJob(queueName, numMessages); fillJob.setDeliveryMode(DeliveryMode.NON_PERSISTENT); fillJob.setMsgSize(standardMessageSi...
execution.addMeasurement(new Measurement("messagesPerSec", 1000 * (double)numMessages / result.testTime));
execution.addMeasurement(new Measurement("messagesPerSec", 1000 * (double)numMessages / (result.endTime - result.startTime)));
public void testQueue18() { log.info("Running test Queue18"); try { //Now fill it with numMessages messages FillJob fillJob = createDefaultFillJob(queueName, numMessages); fillJob.setDeliveryMode(DeliveryMode.NON_PERSISTENT); fillJob.setMsgSize(standardMessageSi...
fillJob.setMf(new BytesMessageMessageFactory());
fillJob.setMf(new TextMessageMessageFactory());
public void testQueue19() { log.info("Running test Queue19"); try { //Now fill it with numMessages messages FillJob fillJob = createDefaultFillJob(queueName, numMessages); fillJob.setDeliveryMode(DeliveryMode.NON_PERSISTENT); fillJob.setMsgSize(standardMessageSize); ...
execution.addMeasurement(new Measurement("timeTaken", result.testTime));
execution.addMeasurement(new Measurement("timeTaken", (result.endTime - result.startTime)));
public void testQueue19() { log.info("Running test Queue19"); try { //Now fill it with numMessages messages FillJob fillJob = createDefaultFillJob(queueName, numMessages); fillJob.setDeliveryMode(DeliveryMode.NON_PERSISTENT); fillJob.setMsgSize(standardMessageSize); ...
long result = res.testTime;
long result = res.endTime - res.startTime;
public void testQueue2() { log.info("Running test Queue2"); try { SenderJob sender = createDefaultSenderJob(queueName); sender.setNumMessages(numMessages); sender.setMsgSize(standardMessageSize); sender.setMf(new BytesMessageMessageFactory()); sender.set...
sender.setMf(new BytesMessageMessageFactory());
sender.setMf(new TextMessageMessageFactory());
public void testQueue3() { log.info("Running test Queue3"); try { SenderJob sender = createDefaultSenderJob(queueName); sender.setNumMessages(numMessages); sender.setMsgSize(standardMessageSize); sender.setMf(new BytesMessageMessageFactory()); sender.set...
long result = res.testTime;
long result = res.endTime - res.startTime;
public void testQueue3() { log.info("Running test Queue3"); try { SenderJob sender = createDefaultSenderJob(queueName); sender.setNumMessages(numMessages); sender.setMsgSize(standardMessageSize); sender.setMf(new BytesMessageMessageFactory()); sender.set...
sender.setMf(new BytesMessageMessageFactory());
sender.setMf(new TextMessageMessageFactory());
public void testQueue4() { log.info("Running test Queue4"); try { SenderJob sender = createDefaultSenderJob(queueName); sender.setNumMessages(numMessages); sender.setMsgSize(standardMessageSize); sender.setMf(new BytesMessageMessageFactory()); sender.set...
long result = res.testTime;
long result = res.endTime - res.startTime;
public void testQueue4() { log.info("Running test Queue4"); try { SenderJob sender = createDefaultSenderJob(queueName); sender.setNumMessages(numMessages); sender.setMsgSize(standardMessageSize); sender.setMf(new BytesMessageMessageFactory()); sender.set...
sender.setMsgSize(standardMessageSize); sender.setMf(new BytesMessageMessageFactory());
sender.setMsgSize(0); sender.setMf(new MessageMessageFactory());
public void testQueue5() { log.info("Running test Queue5"); SenderJob sender = createDefaultSenderJob(queueName); sender.setNumMessages(numMessages); sender.setMsgSize(standardMessageSize); sender.setMf(new BytesMessageMessageFactory()); sender.setTransacted(false); s...
long totalTimeTaken = results[1].testTime + results[1].initTime - results[0].initTime;
long totalTimeTaken = results[1].endTime - results[0].startTime;
public void testQueue5() { log.info("Running test Queue5"); SenderJob sender = createDefaultSenderJob(queueName); sender.setNumMessages(numMessages); sender.setMsgSize(standardMessageSize); sender.setMf(new BytesMessageMessageFactory()); sender.setTransacted(false); s...
sender.setMf(new BytesMessageMessageFactory());
sender.setMf(new TextMessageMessageFactory());
public void testQueue6() { log.info("Running test Queue6"); SenderJob sender = createDefaultSenderJob(queueName); sender.setNumMessages(numMessages); sender.setMsgSize(standardMessageSize); sender.setMf(new BytesMessageMessageFactory()); sender.setTransacted(false); sender....
long totalTimeTaken = results[1].testTime + results[1].initTime - results[0].initTime;
long totalTimeTaken = results[1].endTime - results[0].startTime;
public void testQueue6() { log.info("Running test Queue6"); SenderJob sender = createDefaultSenderJob(queueName); sender.setNumMessages(numMessages); sender.setMsgSize(standardMessageSize); sender.setMf(new BytesMessageMessageFactory()); sender.setTransacted(false); sender....