void TraverseLinkedListElementsUsingFunc(SimpleLinkedList *iList, void (*iFunc)(void*))
{
tLinkedListElement *current = iList->head;
while (current) {
iFunc(current->element);
current = current->next;
}
}
void TraverseAndDisposeLinkedList(SimpleLinkedList *oList, void (*iFunc)(void*))
{
tLinkedListElement *current = oList->head;
tLinkedListElement *tmp;
while (current) {
iFunc(current->element);
current = (tmp=current)->next;
free(tmp);
}
_setEverythingTo0(oList);
}
void CEventManagerThread::VRunThread()
{
auto _TimersProcess = [this](EVENT_VECTOR &_Timers)
{
for (size_t i = 0; i < _Timers.size(); i++)
{
CEventTimer *pEvent = &_Timers[i];
double dCurTime = m_Timer.GetTime();
if (dCurTime < pEvent->dLastExecuted + pEvent->fInterval)
continue;
if (pEvent->dwExecutedTimes < pEvent->dwRepeatTimes || pEvent->dwRepeatTimes == 0)
{
for (auto const &iFunc : pEvent->Functions)
{
iFunc();
//printf("Error: %0.1f\n", dCurTime - iEvent.dLastExecuted - iEvent.fInterval);
}
pEvent->dLastExecuted = dCurTime;
pEvent->dwExecutedTimes++;
}
// удаление
if (pEvent->dwExecutedTimes >= pEvent->dwRepeatTimes && pEvent->dwRepeatTimes != 0)
{
FastErase(_Timers, i);
}
}
};
//while (m_bIsInit)
{
// ожидаем освобождения вектора
while (m_EventTimersWrites)
{
}
// сообщаем, что он первый вектор занят стал
m_EventTimers1Busy = true;
// ожидаем ещё раз на освобождение
while (m_EventTimersWrites)
{
}
// теперь работаем с ним
_TimersProcess(m_EventTimers1);
// теперь первый вектор свободен
m_EventTimers1Busy = false;
// ожидаем
while (m_EventTimersWrites)
{
}
_TimersProcess(m_EventTimers2);
}
};
