// Handle messages for this resource.
UtlBoolean MprFromStream::handleMessage(MpFlowGraphMsg& rMsg)
{
UtlBoolean bHandled = FALSE ;
switch (rMsg.getMsg())
{
case SOURCE_RENDER:
bHandled = handleRender((MpStreamFeeder*) rMsg.getPtr1()) ;
break ;
case SOURCE_PLAY:
bHandled = handlePlay((MpStreamFeeder*) rMsg.getPtr1()) ;
break ;
case SOURCE_REWIND:
bHandled = handleRewind((MpStreamFeeder*) rMsg.getPtr1()) ;
break ;
case SOURCE_PAUSE:
bHandled = handlePause((MpStreamFeeder*) rMsg.getPtr1()) ;
break ;
case SOURCE_STOP:
bHandled = handleStop((MpStreamFeeder*) rMsg.getPtr1()) ;
break ;
case SOURCE_DESTROY:
bHandled = handleDestroy((MpStreamFeeder*) rMsg.getPtr1()) ;
break ;
default:
bHandled = MpResource::handleMessage(rMsg);
break;
}
return bHandled ;
}
void
ReplayConductor::handleEvents()
{
IceUtil::Mutex::Lock lock(mutex_);
// Pop all the events off the queue and deal with them.
while ( !eventQueue_.empty() )
{
Event e = eventQueue_.front();
eventQueue_.pop();
switch ( e.type() )
{
case SetReplayRate:
handleSetReplayRate(e.replayRate());
break;
case Start:
handleStart();
break;
case Pause:
handlePause();
break;
case StepForward:
handleStepForward();
break;
case StepBackward:
handleStepBackward();
break;
case FastForward:
handleFastForward(e.time());
break;
case FastForwardToEnd:
handleFastForwardToEnd();
break;
case Rewind:
handleRewind(e.time());
break;
case RewindToStartAndStop:
handleRewindToStartAndStop();
break;
default:
cout << "ERROR(replayconductor.cpp): Don't know how to handle event: " << toString(e) << endl;
}
}
}
