void TimerUnit::removeAllTempTimers()
{
mCleanupList.clear();
for(auto it = mTimerRootNodeList.begin(); it != mTimerRootNodeList.end(); it++)
{
TTimer * pChild = *it;
if( pChild->isTempTimer() )
{
pChild->killTimer();
pChild->mOK_code = false; //important to not crash on stale Lua function args
markCleanup( pChild );
}
}
}
bool TimerUnit::killTimer(const QString & name )
{
for(auto it = mTimerRootNodeList.begin(); it != mTimerRootNodeList.end(); it++)
{
TTimer * pChild = *it;
if( pChild->getName() == name )
{
// only temporary timers can be killed
if( ! pChild->isTempTimer() ) return false;
pChild->killTimer();
markCleanup( pChild );
return true;
}
}
return false;
}
void TimerUnit::removeAllTempTimers()
{
//qDebug()<<"vorher: TIMERS: insgesamt:"<<mTimerRootNodeList.size()<<" cleanup:"<<mCleanupList.size();
mCleanupList.clear();
typedef list<TTimer *>::const_iterator I;
for( I it = mTimerRootNodeList.begin(); it != mTimerRootNodeList.end(); it++)
{
TTimer * pChild = *it;
if( pChild->isTempTimer() )
{
pChild->killTimer();
pChild->mOK_code = false; //important to not crash on stale Lua function args
markCleanup( pChild );
}
}
//qDebug()<<"TIMERS: insgesamt:"<<mTimerRootNodeList.size()<<" cleanup:"<<mCleanupList.size();
}
bool TimerUnit::killTimer( QString & name )
{
//qDebug()<<"TimerUnit::killTimer() name="<<name;
typedef list<TTimer *>::const_iterator I;
for( I it = mTimerRootNodeList.begin(); it != mTimerRootNodeList.end(); it++)
{
TTimer * pChild = *it;
if( pChild->getName() == name )
{
// only temporary timers can be killed
if( ! pChild->isTempTimer() ) return false;
pChild->killTimer();
markCleanup( pChild );
return true;
}
}
return false;
}
