void
MemSourceObject::initialize(){
//MemSourceState *myState = dynamic_cast<MemSourceState *>( getState() );
IntVTime sendTime = dynamic_cast<const IntVTime&>(getSimulationTime());
MemRequest *firstEvent = new MemRequest(sendTime,
sendTime + 1,
this,
this);
firstEvent->setProcessor(getName());
firstEvent->setStartTime(0);
this->receiveEvent(firstEvent);
}
void
MemSourceObject::executeProcess(){
MemSourceState *myState = static_cast<MemSourceState *>(getState());
MemRequest* received = NULL;
IntVTime sendTime = static_cast<const IntVTime&>(getSimulationTime());
//int id = getObjectID()->getSimulationObjectID();
while(true == haveMoreEvents()) {
received = (MemRequest*)getEvent();
if(received != NULL){
myState->filter.update((double)((IntVTime &)getSimulationTime() -
received->getStartTime() ).getTime() );
int requestsCompleted = myState->numMemRequests;
if (requestsCompleted < maxMemRequests ) {
double ldelay = 1.0;
// we want the memRequest to get there at the exact scheduled time
SimulationObject *receiver = getObjectHandle(destObjName);
IntVTime recvTime = sendTime + (int) ldelay;
MemRequest *newMemRequest = new MemRequest(sendTime,
recvTime,
this,
receiver);
newMemRequest->setProcessor(getName());
newMemRequest->setStartTime(sendTime.getTime());
myState->numMemRequests++;
myState->oldDelay = sendTime;
receiver->receiveEvent(newMemRequest);
}
}
}
}
