void EventScheduler::simulate()
{
generateObserverEvents();
generateArrivalEvents();
while (!m_observerEventQueue->isEmpty() || !m_arrivalEventQueue->isEmpty() || !m_departureEventQueue->isEmpty())
{
Event* firstEvent = getFirstEvent(m_observerEventQueue->peekFront(), m_arrivalEventQueue->peekFront(), m_departureEventQueue->peekFront());
if (firstEvent != NULL)
{
switch (firstEvent->getEventType())
{
case OBSERVER:
m_observerEventQueue->dequeue();
observerEventHandler(*firstEvent);
break;
case ARRIVAL:
m_arrivalEventQueue->dequeue();
arrivalEventHandler(*firstEvent);
break;
case DEPARTURE:
m_departureEventQueue->dequeue();
departureEventHandler(*firstEvent);
break;
default:
break;
}
}
generateObserverEvents();
generateArrivalEvents();
}
benchmark();
}
Json::Value F::waifForEvent (const std::chrono::seconds timeout)
{
Json::Value event;
std::unique_lock <std::mutex> lock (mutex);
try {
event = getFirstEvent();
} catch (KurentoException e) {
if (!cond.wait_for (lock, timeout, std::bind (&F::receivedEvent, this) ) ) {
throw kurento::KurentoException (UNEXPECTED_ERROR, "Timeout waiting for event");
}
event = getFirstEvent();
}
return event;
}
