private static void RegisterTransformers(ModelUpdateCommand command, Dictionary <long, EquipmentNodeItem> equipmentByGid)
{
foreach (var powerTransformer in command.PowerTransformers)
{
equipmentByGid[powerTransformer.GID] = new EquipmentNodeItem(powerTransformer.GetType(),
powerTransformer,
connectedTo: powerTransformer.TransformerWindings,
hidden: true);
}
foreach (var ratioTapChanger in command.RatioTapChangers)
{
equipmentByGid[ratioTapChanger.GID] = new EquipmentNodeItem(ratioTapChanger.GetType(),
ratioTapChanger,
connectedTo: new[] { ratioTapChanger.TransformerWinding },
hidden: true);
}
foreach (var winding in command.TransformerWindings)
{
var tapChanger = equipmentByGid[winding.RatioTapChanger].Item as RatioTapChangerDto;
var powerTransformer = equipmentByGid[winding.PowerTransformer].Item as PowerTransformerDto;
var transformer = new TransformerModel(winding, tapChanger, powerTransformer);
equipmentByGid[winding.GID] = new EquipmentNodeItem(transformer.GetType(),
transformer,
connectedTo: winding.Terminals);
}
}
private static void RegisterDisconnectors(ModelUpdateCommand command, Dictionary <long, EquipmentNodeItem> equipmentByGid)
{
foreach (var disconnector in command.Disconnectors)
{
equipmentByGid[disconnector.GID] = new EquipmentNodeItem(disconnector.GetType(),
disconnector,
connectedTo: disconnector.Terminals);
}
}
private static void RegisterAsynchronousMachines(ModelUpdateCommand command, Dictionary <long, EquipmentNodeItem> equipmentByGid)
{
foreach (var item in command.AsynchronousMachines)
{
equipmentByGid[item.GID] = new EquipmentNodeItem(item.GetType(),
item,
connectedTo: item.Terminals);
}
}
private static void RegisterBreakers(ModelUpdateCommand command, Dictionary <long, EquipmentNodeItem> equipmentByGid)
{
foreach (var breaker in command.Breakers)
{
equipmentByGid[breaker.GID] = new EquipmentNodeItem(breaker.GetType(),
breaker,
connectedTo: breaker.Terminals);
}
}
private static void RegisterConnectivityNodes(ModelUpdateCommand command, Dictionary <long, EquipmentNodeItem> equipmentByGid)
{
foreach (var connectivityNode in command.ConnectivityNodes)
{
equipmentByGid[connectivityNode.GID] = new EquipmentNodeItem(connectivityNode.GetType(),
connectivityNode,
connectedTo: connectivityNode.Terminals,
hidden: true);
}
}
private static void RegisterTerminals(ModelUpdateCommand command, Dictionary <long, EquipmentNodeItem> equipmentByGid)
{
foreach (var terminal in command.Terminals)
{
equipmentByGid[terminal.GID] = new EquipmentNodeItem(terminal.GetType(),
terminal,
connectedTo: new[] { terminal.ConnectivityNode, terminal.ConductingEquipment },
hidden: true);
}
}
public void Update(object sender, ModelUpdateCommand e)
{
EquipmentTreeNode root = EquipmentTreeFactory.CreateFrom(e);
var fastNodeLookupByMrid = new FastLookupByMrid(root);
App.Current.Dispatcher.Invoke((System.Action) delegate
{
measurementUpdater = new MeasurementUpdater(fastNodeLookupByMrid);
DisplayTree(root);
UpdateTransfomerList(root);
});
}
public static Dictionary <long, EquipmentNodeItem> Convert(ModelUpdateCommand command)
{
var equipmentByGid = new Dictionary <long, EquipmentNodeItem>();
RegisterConnectivityNodes(command, equipmentByGid);
RegisterTerminals(command, equipmentByGid);
RegisterAsynchronousMachines(command, equipmentByGid);
RegisterBreakers(command, equipmentByGid);
RegisterDisconnectors(command, equipmentByGid);
RegisterTransformers(command, equipmentByGid);
RegisterMeasurements(command, equipmentByGid);
return(equipmentByGid);
}
public static EquipmentTreeNode CreateFrom(ModelUpdateCommand command)
{
Debug.WriteLine("Creating tree from command...");
Dictionary <long, EquipmentNodeItem> equipmentNodeByGid = EquipmentByGidConverter.Convert(command);
var nodes = GetTreeNodes(equipmentNodeByGid, command.SourceGid);
foreach (var item in nodes)
{
item.TurnedOn = false;
}
return(nodes.FirstOrDefault());
}
private static void RegisterMeasurements(ModelUpdateCommand command, Dictionary <long, EquipmentNodeItem> equipmentByGid)
{
foreach (var analogMeasurement in command.Analogs)
{
equipmentByGid[analogMeasurement.GID] = new EquipmentNodeItem(analogMeasurement.GetType(),
analogMeasurement,
connectedTo: new[] { analogMeasurement.Terminals },
hidden: true);
}
foreach (var discreteMeasurement in command.Discretes)
{
equipmentByGid[discreteMeasurement.GID] = new EquipmentNodeItem(discreteMeasurement.GetType(),
discreteMeasurement,
connectedTo: new[] { discreteMeasurement.Terminals },
hidden: true);
}
}
private bool TryApplyTransaction()
{
TransactionManagerProxy proxyForTM = new TransactionManagerProxy();
//Zapocni transakciju i prijavi se na nju
bool pom = false;
while (!pom)
{
pom = proxyForTM.StartEnlist();
}
proxyForTM.Enlist();
//Posalji Scadi i CEu novi model
NMSSCADAProxy proxyForScada = new NMSSCADAProxy();
NMSCalculationEngineProxy proxyForCE = new NMSCalculationEngineProxy();
bool success = false;
if (proxyForScada.ModelUpdate(affectedEntities))
{
success = true;
}
if (proxyForCE.ModelUpdate(affectedEntities))
{
success = true;
}
proxyForTM.EndEnlist(success);
try
{
var instance = NMSServiceBus.StartInstance().GetAwaiter().GetResult();
var dtos = DtoConverter.Convert(networkDataModelCopy);
var command = new ModelUpdateCommand(dtos);
instance.Send(command).ConfigureAwait(false).GetAwaiter().GetResult();
}
catch { }
return(success);
}
// private ModelUpdateCommand _command;
public ViewModel()
{
_model = new Model();
UpdateCommand = new ModelUpdateCommand();
}
public Task Handle(ModelUpdateCommand message, IMessageHandlerContext context)
{
modelUpdate.Invoke(this, message);
return(Task.CompletedTask);
}
