VisitorResult CompoundUpdateOutputVisitor::visit( Compound* compound )
{
if( !compound->isRunning( ))
return TRAVERSE_PRUNE;
_updateOutput( compound );
_updateSwapBarriers( compound );
return TRAVERSE_CONTINUE;
}
void ListModifyProperties::handleNotification (Field *field)
{
ML_TRACE_IN("void ListModifyProperties::handleNotification (Field *field) ");
if (field == _updateFld)
{
_updateOutput();
}
else if (field == _clearFld)
{
_deleteOutput();
}
else
{
int autoUpdateMode = _autoUpdateModeFld->getEnumValue();
bool updateRelatedFieldTouched = ( (field == _inListFld) || (field == _changeTypeValueFld) );
if (updateRelatedFieldTouched)
{
int autoUpdateMode = _autoUpdateModeFld->getEnumValue();
if (autoUpdateMode == AutoUpdateModeAutoClear)
{
_deleteOutput();
}
if (autoUpdateMode == AutoUpdateModeAutoUpdate)
{
_updateOutput();
}
}
if ( (field == _autoUpdateModeFld) && (autoUpdateMode == AutoUpdateModeAutoUpdate) )
{
_updateOutput();
}
}
}
void GraphToFibers::handleNotification(Field* field)
{
if (field == _inGraphFld)
{
ml::Base *inValue = _inGraphFld->getBaseValue();
if (inValue)
{
if (ML_BASE_IS_A(inValue, ml::Graph))
{
ml::Graph* inGraph = ((ml::Graph*)inValue);
_inGraph = *inGraph;
}
}
else
{
_inGraph.clearGraph();
}
_updateOutput();
}
}