FXint GMTaskManager::run() {
ap_set_thread_name("gm_taskmanager");
do {
while(next()) {
if (target) mc.message(target,FXSEL(SEL_TASK_RUNNING,message),NULL,0);
FXint code = active->run();
mutex.lock();
if (active->target) {
if (code)
mc.message(active->target,FXSEL(SEL_TASK_CANCELLED,active->message),&active,sizeof(GMTask*));
else
mc.message(active->target,FXSEL(SEL_TASK_COMPLETED,active->message),&active,sizeof(GMTask*));
active=NULL;
}
else {
delete active;
active=NULL;
}
mutex.unlock();
}
}
while(wait());
return 0;
}
FXint InputThread::run(){
Event * event;
ap_set_thread_name("ap_input");
for (;;) {
if (reader && state==StateProcessing)
event = wait_for_packet();
else
event = wait_for_event();
switch(event->type) {
case Ctrl_Close : ctrl_flush(true);
ctrl_close_input(true);
break;
case Ctrl_Open_Flush: ctrl_flush();
case Ctrl_Open : ctrl_open_input(((ControlEvent*)event)->text);
break;
case Ctrl_Quit : ctrl_close_input(true);
engine->decoder->post(event,EventQueue::Flush);
return 0;
break;
case Ctrl_Seek : ctrl_seek(((CtrlSeekEvent*)event)->pos);
break;
case End : if (event->stream==streamid) {
ctrl_eos();
}
break;
case Meta : engine->decoder->post(event);
continue;
break;
case AP_EOS : GM_DEBUG_PRINT("[input] eos\n");
if (state!=StateError) {
engine->post(event);
continue;
}
break;
case Buffer :
{
Packet * packet = dynamic_cast<Packet*>(event);
FXASSERT(reader);
FXASSERT(packet);
packet->stream = streamid;
FXuint status = reader->process(packet);
switch(status) {
case ReadError : GM_DEBUG_PRINT("[input] error\n");
ctrl_close_input();
set_state(StateError,true);
break;
case ReadDone : GM_DEBUG_PRINT("[input] done\n");
set_state(StateIdle);
break;
case ReadRedirect : {GM_DEBUG_PRINT("[input] redirect\n");
FXStringList list;
reader->redirect(list);
ctrl_open_inputs(list);
}
break;
default : break;
}
continue; /* packet already released */
break;
}
}
Event::unref(event);
}
return 0;
}
