// 计时器运行time毫秒
void RanaTimerBank::routine(RanaTIME _expiretime)
{
m_curTime = _expiretime;
std::multiset<RanaTimer*,CompRanaTimerPoint>::iterator timerIt;
for (timerIt=m_activeTimer.begin(); timerIt!=m_activeTimer.end(); timerIt=m_activeTimer.begin() )
{
RanaTimer* timer = *timerIt;
if(timer->getExpireTime() > _expiretime)
{
break;
}
m_activeTimer.erase(timerIt);
bool bStop = true;
if( timer->getRepeat() )
{
int periodTime = (int)timer->getPeriodTime();
if( periodTime > 0)
{
bStop = false;
timer->setExpireTime( timer->getExpireTime() + timer->getPeriodTime() );
m_timerMap[timer->getSpaceHandle().handle][timer->getHandle()].activeIt = m_activeTimer.insert(timer);
}
}
if(bStop)
{
timer->setOnOff(false);
timer->setRestTime(0);
m_timerMap[timer->getSpaceHandle().handle][timer->getHandle()].pausedIt = m_pausedTimer.insert(m_pausedTimer.end(),timer);
m_timerMap[timer->getSpaceHandle().handle][timer->getHandle()].itType = ListIterator::E_PAUSED;
}
RanaSpace* pRanaSpace = RanaSpaceBank::getInstance()->getLuaSpace( timer->getSpaceHandle() );
if(!pRanaSpace)
{
RANA_ASSERT(0);
delTimer( timer->getSpaceHandle() );
continue;
}
RanaTimeMessage msg;
// msg.setSpaceName( );
msg.setTimerHandle(timer->getHandle());
pRanaSpace->onMessage(&msg);
}
}
int Doodle::qt_metacall(QMetaObject::Call _c, int _id, void **_a)
{
_id = QDialog::qt_metacall(_c, _id, _a);
if (_id < 0)
return _id;
if (_c == QMetaObject::InvokeMetaMethod) {
switch (_id) {
case 0: createSmoke1(); break;
case 1: createSmoke2(); break;
case 2: createSmoke3(); break;
case 3: delTimer(); break;
case 4: endAnimation(); break;
case 5: switchScreen(); break;
default: ;
}
_id -= 6;
}
return _id;
}
/** @brief (one liner)
*
* (documentation goes here)
*/
int CEvent::addTimer(int iTimerId,uint32_t dwExpire, const HandlerEvent &onEvent, void* pClientData)
{
MAP_TIME_INDEX::iterator it = m_mapTimeEventIndexs.find(iTimerId);
if(it != m_mapTimeEventIndexs.end())
{
delTimer(iTimerId);
}
STimeEvent stTimeEvent;
stTimeEvent.ddwMillSecs = CEvent::getMillSecsNow()+dwExpire;
stTimeEvent.iTimerId=iTimerId;
stTimeEvent.pClientData=pClientData;
stTimeEvent.onTimer=onEvent;
m_mapTimeEventIndexs[iTimerId] = stTimeEvent.ddwMillSecs;
m_setSTimeEvents.insert(stTimeEvent);
return 0;
}
void Timer_test()
{
size_t i;
const struct timespec* rTime;
Timer* t = newTimer(1, 0);
if(!t)
{
printf("Error occurred allocating memory for the timer.\n");
return;
}
Timer_begin(t);
rTime = Timer_get_run_time(t);
usleep(NANOS_TO_MICROS(rTime->tv_nsec) + SECONDS_TO_MICROS(rTime->tv_sec));
for(i = 0; !Timer_check(t); ++i);
printf("Timer check %lu times.\n", i);
Timer_begin(t);
for(i = 0; !Timer_check(t); ++i)
usleep((NANOS_TO_MICROS(rTime->tv_nsec) + SECONDS_TO_MICROS(rTime->tv_sec)) / 10);
printf("Timer check %lu times.\n", i);
delTimer(&t);
}
