public void addCommand(String newCommand)
{
// Queue the event and return so as to not block the calling thread.
// The event will be picked up by handleNewCommand() and added to a queue.
// This approach eliminates the need to mutex the command queue,
// because all queue manipulation occurs on the state machine thread.
// It is not always necesary to copy an event before it is queued.
// However, in this case, multiple copies of the event can be queued,
// with each event carrying a unique data payload.
// Also note that event is being tagged as "deleteAfterHandling," that
// lets the framework know to delete this copy once processing is complete.
queueEvent(newCommandEvent.copy(newCommand));
}
private void state1_1EntryAction(NSFStateMachineContext context)
{
++currentEventCount;
if ((currentEventCount % numberOfRepeatedEvents) == 0)
{
NSFDebugUtility.PrimaryDebugUtility.writeToConsole(".");
event1.queueEvent();
event3.queueEvent();
event4.copy().queueEvent();
event2.schedule(50, 0);
}
else
{
event1.queueEvent();
event5.queueEvent();
event6.copy().queueEvent();
event2.schedule(50, 0);
}
}
public void addResponse(String newResponse)
{
// Queue the event and return so as to not block the calling thread.
queueEvent(newResponseEvent.copy(newResponse));
}
