public DialogImport(string file, CircuitProject target)
{
this.FileName = file;
this.DataContext = this;
this.InitializeComponent();
Mainframe mainframe = App.Mainframe;
Thread thread = new Thread(new ThreadStart(() => {
try {
CircuitProject import = CircuitProject.Create(file);
List <CircuitInfo> list = new List <CircuitInfo>();
foreach (LogicalCircuit circuit in import.LogicalCircuitSet)
{
list.Add(new CircuitInfo(circuit, target.LogicalCircuitSet.FindByLogicalCircuitId(circuit.LogicalCircuitId) == null));
}
list.Sort(CircuitDescriptorComparer.Comparer);
this.List = list;
this.NotifyPropertyChanged(nameof(this.List));
} catch (SnapStoreException snapStoreException) {
Tracer.Report("DialogImport.Load", snapStoreException);
mainframe.ErrorMessage(Properties.Resources.ErrorFileCorrupted(file), snapStoreException);
mainframe.Dispatcher.BeginInvoke(new Action(() => { this.Close(); }));
} catch (Exception exception) {
Tracer.Report("DialogImport.Load", exception);
mainframe.ReportException(exception);
mainframe.Dispatcher.BeginInvoke(new Action(() => { this.Close(); }));
}
}));
//TextNote validation will instantiate FlowDocument that in some cases required to happened only on STA.
thread.SetApartmentState(ApartmentState.STA);
thread.IsBackground = true;
thread.Name = "ImportLoader";
thread.Priority = ThreadPriority.AboveNormal;
thread.Start();
}
private static void InitPrimitive()
{
CircuitProject project = CircuitProject.Create(null);
List <IDescriptor> list = new List <IDescriptor>(32);
project.StartTransaction();
list.Add(new TextNoteDescriptor(project));
list.Add(new PinDescriptor(project, PinType.Input));
list.Add(new PinDescriptor(project, PinType.Output));
list.Add(new ButtonDescriptor(project));
list.Add(new ConstantDescriptor(project));
list.Add(new SensorDescriptor(project));
list.Add(new GateDescriptor(project.GateSet.Gate(GateType.Clock, 0, false), Properties.Resources.ToolTipDescriptorClock));
list.Add(new SplitterDescriptor(project));
list.Add(new GateDescriptor(project.GateSet.Gate(GateType.Led, 1, false), null));
list.Add(new GateDescriptor(project.GateSet.Gate(GateType.Led, 8, false), null));
list.Add(new LedMatrixDescriptor(project));
list.Add(new GraphicsArrayDescriptor(project));
list.Add(new SoundDescriptor(project));
list.Add(new ProbeDescriptor(project));
list.Add(new GateDescriptor(project.GateSet.Gate(GateType.Not, 1, true), null));
list.Add(new GateDescriptor(project.GateSet.Gate(GateType.TriState2, 2, false), Properties.Resources.ToolTipDescriptorTriState));
list.Add(new GateDescriptor(project.GateSet.Gate(GateType.TriState1, 2, false), Properties.Resources.ToolTipDescriptorTriState));
list.Add(new GateDescriptor(project.GateSet.Gate(GateType.And, 2, false), null));
list.Add(new GateDescriptor(project.GateSet.Gate(GateType.And, 2, true), null));
list.Add(new GateDescriptor(project.GateSet.Gate(GateType.Or, 2, false), null));
list.Add(new GateDescriptor(project.GateSet.Gate(GateType.Or, 2, true), null));
list.Add(new GateDescriptor(project.GateSet.Gate(GateType.Xor, 2, false), null));
list.Add(new GateDescriptor(project.GateSet.Gate(GateType.Xor, 2, true), null));
list.Add(new MemoryDescriptor(project, false));
list.Add(new MemoryDescriptor(project, true));
project.Commit();
CircuitDescriptorList.primitiveList = list;
}
private static CircuitProject Create(Mainframe mainframe, string file)
{
bool useAutoSaveFile = false;
string autoSaveFile = Mainframe.AutoSaveFile(file);
if (Mainframe.IsFileExists(autoSaveFile))
{
App.Dispatch(() => {
MessageBoxResult result = DialogMessage.Show(
mainframe,
Properties.Resources.TitleApplication,
Properties.Resources.MessageLoadAutoSavedFile(file),
null,
MessageBoxImage.Question,
MessageBoxButton.YesNo
);
if (result == MessageBoxResult.Yes)
{
useAutoSaveFile = true;
}
});
if (!useAutoSaveFile)
{
Mainframe.DeleteFile(autoSaveFile);
}
}
if (!useAutoSaveFile)
{
autoSaveFile = file;
}
CircuitProject project = CircuitProject.Create(autoSaveFile);
if (useAutoSaveFile)
{
project.InOmitTransaction(() => {});
}
return(project);
}