void Timer::_timer_proc()
{
_onTimer();
}
OSS_INLINE INT32 _pmdObjBase::dispatchEvent( pmdEDUEvent * event,
INT32 *pTime )
{
_bProcess = TRUE ;
INT32 rc = SDB_OK;
time_t bTime = 0 ;
INT32 diffTime = 0 ;
const _msgMap* msgMap = NULL;
for (msgMap = getMsgMap(); msgMap != NULL;
msgMap = (*msgMap->pfnGetBaseMap)())
{
UINT32 index = 0;
while ( msgMap->entries[index].msgSig != sig_end )
{
if ( msgMap->entries[index].msgSig == sig_event
&& msgMap->entries[index].msgType <= (UINT32)(event->_eventType)
&& msgMap->entries[index].msgEndType >=
(UINT32)(event->_eventType) )
{
bTime = time( NULL ) ;
rc = (this->*(msgMap->entries[index].pEventFn))( event );
diffTime = (INT32)(time( NULL ) - bTime) ;
if ( SDB_OK != rc )
{
PD_LOG( PDDEBUG, "[%s]Process func[%s] failed[rc = %d]",
name(), msgMap->entries[index].pFncName, rc );
}
goto done;
}
index++;
}
}
if ( event->_eventType== PMD_EDU_EVENT_TIMEOUT )
{
PMD_EVENT_MESSAGES *timeMsg = (PMD_EVENT_MESSAGES*)( event->_Data );
bTime = time( NULL ) ;
_onTimer( timeMsg->timeoutMsg.timerID, timeMsg->timeoutMsg.interval,
timeMsg->timeoutMsg.occurTime ) ;
diffTime = (INT32)(time( NULL ) - bTime) ;
}
else //Default Func
{
bTime = time( NULL ) ;
rc = _defaultEventFunc( event );
diffTime = (INT32)(time( NULL ) - bTime) ;
}
done:
_bProcess = FALSE ;
if ( pTime )
{
*pTime = diffTime ;
}
else if ( diffTime > 5 )
{
PD_LOG( PDINFO, "[%s] Process event[type:%d] over %d seconds", name(),
event->_eventType, diffTime ) ;
}
return rc;
}
