public void LogicalOrCommandTest()
{
SwitchVM switchOne = new SwitchVM();
SwitchVM switchTwo = new SwitchVM();
LogicalBaseVM or = LogicalBaseVM.CreateLogicalOr();
ICommand switchingSwitchOne = switchOne.SwitchingCommand;
switchingSwitchOne.Execute(null);
ICommand selectSignalCommand = switchOne.SelectSignalCommand;
selectSignalCommand.Execute(null);
selectSignalCommand = or.SelectSignalCommand;
selectSignalCommand.Execute(or.InputSignals[0]);
selectSignalCommand = or.SelectSignalCommand;
selectSignalCommand.Execute(or.InputSignals[1]);
selectSignalCommand = switchTwo.SelectSignalCommand;
selectSignalCommand.Execute(null);
Assert.AreEqual(true, or.OutputSignals[0].SignalValue);
}
public void LogicalNotCommandTest()
{
SwitchVM switchOne = new SwitchVM();
LogicalBaseVM not = LogicalBaseVM.CreateLogicalNot();
ICommand selectSignalCommand = switchOne.SelectSignalCommand;
selectSignalCommand.Execute(null);
selectSignalCommand = not.SelectSignalCommand;
selectSignalCommand.Execute(not.InputSignals[0]);
Assert.AreEqual(true, not.OutputSignals[0].SignalValue);
}
public void LogicalSpaceCommandTest()
{
SwitchVM switchOne = new SwitchVM();
LogicalBaseVM space = LogicalBaseVM.CreateLogicalSpace();
ICommand switchingSwitchOne = switchOne.SwitchingCommand;
ICommand selectSignalCommand = switchOne.SelectSignalCommand;
selectSignalCommand.Execute(null);
selectSignalCommand = space.SelectSignalCommand;
selectSignalCommand.Execute(space.InputSignals[0]);
switchingSwitchOne.Execute(null);
Assert.AreEqual(true, space.OutputSignals[0].SignalValue);
}
public void SelectSignalValueTest()
{
SwitchVM switchOne = new SwitchVM();
SwitchVM switchTwo = new SwitchVM();
LogicalBaseVM and = LogicalBaseVM.CreateLogicalAnd();
ICommand switchingSwitchOne = switchOne.SwitchingCommand;
switchingSwitchOne.Execute(null);
ICommand switchingSwitchTwo = switchTwo.SwitchingCommand;
switchingSwitchTwo.Execute(null);
ICommand selectSignalCommand = switchOne.SelectSignalCommand;
selectSignalCommand.Execute(null);
Assert.AreEqual(switchOne.Output, SelectSignal.Signal);
selectSignalCommand = switchTwo.SelectSignalCommand;
selectSignalCommand.Execute(null);
Assert.AreEqual(switchTwo.Output, SelectSignal.Signal);
selectSignalCommand = and.SelectSignalCommand;
selectSignalCommand.Execute(and.InputSignals[0]);
Assert.AreEqual(null, SelectSignal.Signal);
selectSignalCommand = and.SelectSignalCommand;
selectSignalCommand.Execute(and.InputSignals[1]);
Assert.AreEqual(and.InputSignals[1], SelectSignal.Signal);
selectSignalCommand = switchOne.SelectSignalCommand;
selectSignalCommand.Execute(null);
Assert.AreEqual(null, SelectSignal.Signal);
}
public void LogicalXorShemaCommandTest()
{
ObservableCollection <LogicalBase> xorInternalCollectionFrame =
CreateCollectionFrame.CreateXorShemaFrame();
LogicalBaseVM xor = LogicalBaseVM.CreateLogicalShema(xorInternalCollectionFrame);
SwitchVM switchOne = new SwitchVM();
SwitchVM switchTwo = new SwitchVM();
ICommand switchingSwitchOne = switchOne.SwitchingCommand;
switchingSwitchOne.Execute(null);
ICommand switchingSwitchTwo = switchOne.SwitchingCommand;
switchingSwitchOne.Execute(null);
ICommand selectSignalCommand = switchOne.SelectSignalCommand;
selectSignalCommand.Execute(null);
selectSignalCommand = xor.SelectSignalCommand;
selectSignalCommand.Execute(xor.InputSignals[0]);
selectSignalCommand = xor.SelectSignalCommand;
selectSignalCommand.Execute(xor.InputSignals[1]);
selectSignalCommand = switchTwo.SelectSignalCommand;
selectSignalCommand.Execute(null);
Assert.AreEqual(false, xor.OutputSignals[0].SignalValue);
switchingSwitchOne.Execute(null);
Assert.AreEqual(true, xor.OutputSignals[0].SignalValue);
}
public LogicalSpaceControl()
{
InitializeComponent();
DataContext = LogicalBaseVM.CreateLogicalSpace();
}
public LogicalOrControl(Int32 numberInputs = 2)
{
InitializeComponent();
DataContext = LogicalBaseVM.CreateLogicalOr(numberInputs);
}
public LogicalShemaControl(ObservableCollection <LogicalBaseVM> elements)
{
InitializeComponent();
DataContext = LogicalBaseVM.CreateLogicalShema(elements);
}
