private void OnSignalGroupsChanged(FasenChangedMessage obj)
{
if (_fasenChanging)
{
return;
}
_fasenChanging = true;
if (obj.RemovedFasen?.Any() == true)
{
foreach (var sg in obj.RemovedFasen)
{
var vm = AllSignalGroups.FirstOrDefault(x => x.Naam == sg.Naam);
if (vm == null)
{
continue;
}
AllSignalGroups.Remove(vm);
AllSignalGroupStrings.Remove(vm.Naam);
}
}
if (obj.AddedFasen?.Any() == true)
{
foreach (var sg in obj.AddedFasen)
{
AllSignalGroups.Add(new FaseCyclusViewModel(sg));
AllSignalGroupStrings.Add(sg.Naam);
}
}
AllSignalGroups.BubbleSort();
AllSignalGroupStrings.BubbleSort();
_fasenChanging = false;
}
private void OnNameChanged(NameChangedMessage obj)
{
switch (obj.ObjectType)
{
case TLCGenObjectTypeEnum.Fase:
AllSignalGroupStrings.Remove(obj.OldName);
AllSignalGroupStrings.Add(obj.NewName);
AllSignalGroups.BubbleSort();
AllSignalGroupStrings.BubbleSort();
break;
case TLCGenObjectTypeEnum.Detector:
AllDetectorStrings.Remove(obj.OldName);
AllDetectorStrings.Add(obj.NewName);
AllDetectors.BubbleSort();
AllDetectorStrings.BubbleSort();
RefreshVecomDetectors();
break;
case TLCGenObjectTypeEnum.Input:
AllIngangen.BubbleSort();
break;
case TLCGenObjectTypeEnum.SelectieveDetector:
AllSelectiveDetectorStrings.Remove(obj.OldName);
AllSelectiveDetectorStrings.Add(obj.NewName);
AllSelectiveDetectorStrings.BubbleSort();
break;
}
foreach (var detectorsCollectionView in _detectorsCollectionViews)
{
detectorsCollectionView.Value.Refresh();
}
}
private void OnControllerLoaded(ControllerLoadedMessage obj)
{
AllIngangen.Clear();
AllSignalGroups.Clear();
AllSignalGroupStrings.Clear();
AllDetectors.Clear();
AllDetectorStrings.Clear();
AllSelectiveDetectors.Clear();
AllSelectiveDetectorStrings.Clear();
AllVecomDetectors.Clear();
AllVecomDetectorStrings.Clear();
Controller = obj.Controller;
if (obj.Controller == null)
{
return;
}
foreach (var sg in obj.Controller.Fasen)
{
AllSignalGroups.Add(new FaseCyclusViewModel(sg));
AllSignalGroupStrings.Add(sg.Naam);
foreach (var d in sg.Detectoren)
{
AllDetectors.Add(new DetectorViewModel(d)
{
FaseCyclus = sg.Naam
});
AllDetectorStrings.Add(d.Naam);
}
}
foreach (var d in obj.Controller.Detectoren)
{
AllDetectors.Add(new DetectorViewModel(d));
AllDetectorStrings.Add(d.Naam);
}
foreach (var seld in obj.Controller.SelectieveDetectoren)
{
AllSelectiveDetectors.Add(new SelectieveDetectorViewModel(seld));
AllSelectiveDetectorStrings.Add(seld.Naam);
}
foreach (var ingang in obj.Controller.Ingangen)
{
AllIngangen.Add(new IngangViewModel(ingang));
}
}
public void ReLoadSignalsAndSignalGroups()
{
m_angleReference.GetPoints(out MetadataBase angleReference);
AllSignals allSignals = new AllSignals();
AllSignalGroups allSignalGroups = new AllSignalGroups();
m_allSignals.Clear();
allSignals.Signals.ForEach(x => m_allSignals.Add(x.MakeSignal()));
Dictionary <ulong, MetadataBase> allPoints = m_allSignals.ToDictionary(signal => signal.HistorianId.Value);
m_allSignalGroups.Clear();
allSignalGroups.SignalGroups.ForEach(x =>
{
SignalGroup group = x.CreateGroup(allPoints, angleReference);
group.GetAllSignals().ToList().ForEach(y => m_allSignals.Add(y));
m_allSignalGroups.Add(group);
});
}
public void ReLoadSignalsAndSignalGroups()
{
MetadataBase angleReference;
m_angleReference.GetPoints(out angleReference);
AllSignals allSignals = new AllSignals();
AllSignalGroups allSignalGroups = new AllSignalGroups();
m_allSignals.Clear();
allSignals.Signals.ForEach(x => m_allSignals.Add(x.MakeSignal()));
Dictionary<ulong, MetadataBase> allPoints = m_allSignals.ToDictionary(signal => signal.HistorianId.Value);
m_allSignalGroups.Clear();
allSignalGroups.SignalGroups.ForEach(x =>
{
SignalGroup group = x.CreateGroup(allPoints, angleReference);
group.GetAllSignals().ToList().ForEach(y => m_allSignals.Add(y));
m_allSignalGroups.Add(group);
});
}