void DrawGame::CircleSprite::jumpTo( ofVec2f Pos )
{
X = Pos.x;
Y = Pos.y;
clearTrace();
addTrace();
}
void NSFTraceLog::saveTrace(const NSFEventContext& context)
{
try
{
addTrace(NSFTraceTags::InformationalTag(), NSFTraceTags::NameTag(), TraceSaveString());
xmlLog.save(((NSFDataEvent<NSFString>*)context.getEvent())->getData());
addTrace(NSFTraceTags::InformationalTag(), NSFTraceTags::NameTag(), TraceSaveCompleteString());
}
catch (const std::exception& exception)
{
// If unable to save a trace, just add a trace with the exception message, because calling the exception handler may result in an infinite loop
addTrace(NSFTraceTags::ExceptionTag(), NSFTraceTags::MessageTag(), getName() + " exception saving trace: " + exception.what());
}
catch (...)
{
addTrace(NSFTraceTags::ExceptionTag(), NSFTraceTags::MessageTag(), "Unknown Exception saving trace");
}
}
/*! \fn int Init_threadIdle (void)
\brief Initializing Idle thread
*/
int Init_threadIdle (void)
{
if (addTrace("threadIdle init") != TRACE_OK)
{
stop_cpu;
}
tid_threadIdle = osThreadCreate (osThread(threadIdle), NULL);
if(!tid_threadIdle) return(-1);
return(0);
}
/*! \fn int Init_thread0 (void)
\brief Initializing thread0
*/
int Init_thread0 (void)
{
tid_thread0 = osThreadCreate (osThread(thread0), NULL);
if (tid_thread0 == NULL)
{
return(-1);
}
if (addTrace("thread0 init") != TRACE_OK)
{
stop_cpu;
}
return(0);
}
int PostOffice::send_message(int dest_process_id, MsgEnv* msg_envelope){
int retVal;
PCB* destPCB = g_scheduler->getPCB(dest_process_id);
//Make sure we were passed a valid pID
if (destPCB == NULL) return INVALID_INPUT;
//Send the message and add a trace of this send
destPCB->_mailbox.enqueue(msg_envelope);
addTrace(msg_envelope, true);
//Make the process ready if it was blocked on message receive, and return
if (destPCB->_status == BLOCKED_MSG_RECEIVE){
retVal = g_scheduler->makeReady(destPCB);
return retVal;
}
//If the process wasn't blocked, just return
return SUCCESS;
}
//-------------------------------------------------------------------------
void Leds_redToggle()
{
{
_atomic_t _atomic = _atomic_start();
if (Leds_ledsOn & Leds_RED_BIT)
{
Leds_redOff();
}
else
{
Leds_redOn();
}
_atomic_end(_atomic);
}
#ifdef TRACE_ENABLE
#ifdef TRACE_ENABLE_LEDEVENT
addTrace(TRACE_LEDEVENT_REDTOGGLE, 100);
#endif
#endif
return;
}
void MainWindow::update_trace_list()
{
QList<Trace*> history = tracker->get_history();
list<Trace*> new_elements;
for (QList<Trace*>::iterator iter = history.begin();
iter != history.end(); iter++)
new_elements.push_back(*iter);
for (QList<Trace*>::iterator iter = traces.begin();
iter != traces.end(); iter++)
new_elements.remove(*iter);
traces = history;
for (list<Trace*>::iterator iter = new_elements.begin();
iter != new_elements.end();
iter++)
addTrace(*iter);
}
void NSFTraceLog::addTrace(const NSFString& type, const NSFString& tag1, const NSFString& data1, const NSFString& tag2, const NSFString& data2)
{
addTrace(type, tag1, data1, tag2, data2, emptyString(), emptyString());
}
void DrawGame::CircleSprite::moveTo( ofVec2f Pos )
{
X = Pos.x;
Y = Pos.y;
addTrace();
}
void DrawGame::CircleSprite::move( ofVec2f Trans )
{
X += Trans.x;
Y += Trans.y;
addTrace();
}
MsgEnv* PostOffice::receive_message(){
PCB* receiverPCB = g_scheduler->getCurrentPCB();
MsgEnv* currentMsg = receiverPCB->_mailbox.dequeue();
if (currentMsg != NULL) addTrace(currentMsg, false);
return currentMsg;
}