public FunctionalTestNotification(UMOEventContext context, Object replyMessage, int action)
throws TransformerException {
super(context.getTransformedMessage(), action);
resourceIdentifier = context.getComponentDescriptor().getName();
this.replyMessage = replyMessage;
this.eventContext = context;
}
/**
* Passes the context to the listener
*
* @param context the context ot process
* @return Object this object can be anything. When the <code>UMOLifecycleAdapter</code> for the
* components receives this object it will first see if the Object is an <code>UMOEvent</code>
* if not and the Object is not null a new context will be created using the returned object
* as the payload. This new context will then get published to the configured outbound
* endpoint if-
* <ol>
* <li>One has been configured for the UMO.
* <li>the <code>setStopFurtherProcessing(true)</code> wasn't called on the previous
* context.
* </ol>
*
* @throws Exception if the context fails to process properly. If exceptions aren't handled by the
* implementation they will be handled by the exceptionListener associated with the components
*/
public Object onCall(UMOEventContext context) throws Exception {
if (methodName.equals(DEFAULT_METHOD_NAME)) {
return component.invokeMethod(getMethodName(), context);
} else {
Object msg = context.getTransformedMessage();
return component.invokeMethod(getMethodName(), msg);
}
}
/**
* This is the callback method used by Mule to give Mule events to this Multicaster
*
* @param context the context received by Mule
*/
public void onMuleEvent(UMOEventContext context)
throws TransformerException, MalformedEndpointException {
multicastEvent(
new MuleApplicationEvent(context.getTransformedMessage(), context, applicationContext));
context.setStopFurtherProcessing(true);
}
