public void testRoundTrip() throws Exception {
if (this.getRoundTripTransformer() != null) {
Transformer trans = this.getTransformer();
Transformer trans2 = this.getRoundTripTransformer();
MuleMessage message = new DefaultMuleMessage(getTestData(), muleContext);
message.applyTransformers(Arrays.asList(new Transformer[] {trans, trans2}));
Object result = message.getPayload();
this.compareRoundtripResults(this.getTestData(), result);
}
}
protected void updatePayload(MuleMessage message, final Object payload)
throws TransformerException {
TransformerTemplate trans =
new TransformerTemplate(
new TransformerTemplate.TransformerCallback() {
public Object doTransform(MuleMessage message) throws Exception {
return payload;
}
});
message.applyTransformers(Arrays.asList(new Object[] {trans}));
}
protected HttpResponse transformResponse(Object response) throws TransformerException {
MuleMessage message;
if (response instanceof MuleMessage) {
message = (MuleMessage) response;
} else {
message = new DefaultMuleMessage(response);
}
// TODO RM*: Maybe we can have a generic Transformer wrapper rather that using
// DefaultMuleMessage (or another static utility
// class
message.applyTransformers(connector.getDefaultResponseTransformers(), HttpResponse.class);
return (HttpResponse) message.getPayload();
}
/** Accept requests from a given TCP port */
public void run() {
try {
if (logger.isDebugEnabled()) {
logger.debug("Processing XMPP packet from: " + packet.getFrom());
}
MuleMessage message = createMuleMessage(packet, endpoint.getEncoding());
MuleMessage returnMessage = routeMessage(message, endpoint.isSynchronous());
if (returnMessage != null && packet instanceof Message) {
returnMessage.applyTransformers(connector.getDefaultResponseTransformers());
Packet result = (Packet) returnMessage.getPayload();
// xmppConnection.sendPacket(result);
}
} catch (Exception e) {
handleException(e);
}
}
@Override
public void processReplyTo(MuleEvent event, MuleMessage returnMessage, Object replyTo)
throws MuleException {
Destination replyToDestination = null;
MessageProducer replyToProducer = null;
Session session = null;
try {
// now we need to send the response
if (replyTo instanceof Destination) {
replyToDestination = (Destination) replyTo;
}
if (replyToDestination == null) {
super.processReplyTo(event, returnMessage, replyTo);
return;
}
// This is a work around for JmsTransformers where the current endpoint needs
// to be set on the transformer so that a JMSMessage can be created correctly (the transformer
// needs a Session)
Class srcType = returnMessage.getPayload().getClass();
for (Iterator iterator = getTransformers().iterator(); iterator.hasNext(); ) {
Transformer t = (Transformer) iterator.next();
if (t.isSourceDataTypeSupported(DataTypeFactory.create(srcType))) {
if (t.getEndpoint() == null) {
t.setEndpoint(getEndpoint(event, "jms://temporary"));
break;
}
}
}
returnMessage.applyTransformers(getTransformers());
Object payload = returnMessage.getPayload();
if (replyToDestination instanceof Topic
&& replyToDestination instanceof Queue
&& connector.getJmsSupport() instanceof Jms102bSupport) {
logger.error(
StringMessageUtils.getBoilerPlate(
"ReplyTo destination implements both Queue and Topic "
+ "while complying with JMS 1.0.2b specification. "
+ "Please report your application server or JMS vendor name and version "
+ "to dev<_at_>mule.codehaus.org or http://mule.mulesource.org/jira"));
}
final boolean topic = connector.getTopicResolver().isTopic(replyToDestination);
session = connector.getSession(false, topic);
Message replyToMessage = JmsMessageUtils.toMessage(payload, session);
processMessage(replyToMessage, event);
if (logger.isDebugEnabled()) {
logger.debug(
"Sending jms reply to: "
+ replyToDestination
+ "("
+ replyToDestination.getClass().getName()
+ ")");
}
replyToProducer =
connector.getJmsSupport().createProducer(session, replyToDestination, topic);
// QoS support
MuleMessage eventMsg = event.getMessage();
String ttlString = (String) eventMsg.removeProperty(JmsConstants.TIME_TO_LIVE_PROPERTY);
String priorityString = (String) eventMsg.removeProperty(JmsConstants.PRIORITY_PROPERTY);
String persistentDeliveryString =
(String) eventMsg.removeProperty(JmsConstants.PERSISTENT_DELIVERY_PROPERTY);
String correlationIDString = replyToMessage.getJMSCorrelationID();
if (StringUtils.isBlank(correlationIDString)) {
correlationIDString = (String) eventMsg.getProperty(JmsConstants.JMS_MESSAGE_ID);
replyToMessage.setJMSCorrelationID(correlationIDString);
}
event.getService().getStatistics().incSentReplyToEvent();
final ImmutableEndpoint endpoint = event.getEndpoint();
if (ttlString == null && priorityString == null && persistentDeliveryString == null) {
connector.getJmsSupport().send(replyToProducer, replyToMessage, topic, endpoint);
} else {
long ttl = Message.DEFAULT_TIME_TO_LIVE;
int priority = Message.DEFAULT_PRIORITY;
if (ttlString != null) {
ttl = Long.parseLong(ttlString);
}
if (priorityString != null) {
priority = Integer.parseInt(priorityString);
}
boolean persistent =
StringUtils.isNotBlank(persistentDeliveryString)
? Boolean.valueOf(persistentDeliveryString)
: connector.isPersistentDelivery();
connector
.getJmsSupport()
.send(replyToProducer, replyToMessage, persistent, priority, ttl, topic, endpoint);
}
logger.info(
"Reply Message sent to: "
+ replyToDestination
+ " with correlationID:"
+ correlationIDString);
} catch (Exception e) {
throw new DispatchException(
JmsMessages.failedToCreateAndDispatchResponse(replyToDestination),
returnMessage,
null,
e);
} finally {
connector.closeQuietly(replyToProducer);
final Transaction transaction = TransactionCoordination.getInstance().getTransaction();
if (transaction == null) {
if (logger.isDebugEnabled()) {
logger.debug("Closing non-TX replyTo session: " + session);
}
connector.closeQuietly(session);
} else if (logger.isDebugEnabled()) {
logger.debug("Not closing TX replyTo session: " + session);
}
}
}
