//--------------------------------------------------
// Description : Reactive a timer for an event. If the event is exist,
// this function will reset the executing time and restart.
// Input Value : usTime --> Unit in 10ms, range in 0.01 ~ 655.3 sec
// Event --> Execute Event while timeup
// Output Value : None
//--------------------------------------------------
void CTimerReactiveTimerEvent(WORD usTime, void (*Event)())
{
BYTE timereventcnt;
for(timereventcnt=0;timereventcnt<_MAX_EVENT_AMOUNT;timereventcnt++)
{
if((TimerEvent[timereventcnt].Time != _INACTIVE_TIMER_EVENT) && (TimerEvent[timereventcnt].Event == Event))
{
bTimer0Ctrl = _TRUE;
TimerEvent[timereventcnt].Time = usTime;
bTimer0Ctrl = _FALSE;
return;
}
}
CTimerActiveTimerEvent(usTime, Event);
}
//--------------------------------------------------
// Description : Reactive a timer for an event. If the event is exist,
// this function will reset the executing time and restart.
// Input Value : usTime --> Unit in 10ms, range in 0.01 ~ 655.3 sec
// Event --> Execute Event while timeup
// Output Value : None
//--------------------------------------------------
void CTimerReactiveTimerEvent(uint32_t usTime, void (*Event)())
{
uint8_t ucTimerEventCnt = 0;
for(ucTimerEventCnt = 0; ucTimerEventCnt < _MAX_EVENT_AMOUNT; ucTimerEventCnt++)
{
if((g_stTimerEvent[ucTimerEventCnt].Time != _INACTIVE_TIMER_EVENT) && (g_stTimerEvent[ucTimerEventCnt].Event == Event))
{
g_bTimer1Ctrl = true;
g_stTimerEvent[ucTimerEventCnt].Time = usTime;
g_bTimer1Ctrl = false;
return;
}
}
CTimerActiveTimerEvent(usTime, Event);
}
