void onMsg(TibrvListener* listener, TibrvMsg& msg)
{
const char* msgString = NULL;
// Convert the incoming message to a string
msg.convertToString(msgString);
// Report we are processing the message
printf("Processing message %s\n",msgString);
fflush(stdout);
// Imitate delay of one second
waitQueue.timedDispatch((tibrv_f64)1.0);
/* Increase count of processed messages. In real world
* access to this variable should be guarded
* because we may be changing it from multiple
* dispatcher threads at the same time.
*/
processedMessageCount++;
/* If we have processed all messages then report it
* and create a timer on the trigger queue so the
* dispatch call on that queue returns.
*/
if (processedMessageCount == TOTAL_MESSAGES)
{
/* we don't need to keep the timer here */
TibrvTimer* timer = new TibrvTimer();
timer->create(&triggerQueue,
new TimerCallback(),
(tibrv_f64)0, /* no delay */
NULL);
}
}
void onMsg(TibrvListener* listener, TibrvMsg& msg)
{
const char* sendSubject = NULL;
const char* msgString = NULL;
// Get the subject name to which this message was sent
msg.getSendSubject(sendSubject);
// Convert the incoming message to a string
msg.convertToString(msgString);
printf("Received message on subject %s: %s\n",
sendSubject, msgString);
fflush(stdout);
}