public void LoadSettings(SavedSettings settings)
{
Rotor1 = ComponentFactory.CreateRotor(settings.Slot1.RotorType, RotorSlot.One, settings.Slot1.Position);
Rotor2 = ComponentFactory.CreateRotor(settings.Slot2.RotorType, RotorSlot.Two, settings.Slot2.Position);
Rotor3 = ComponentFactory.CreateRotor(settings.Slot3.RotorType, RotorSlot.Three, settings.Slot3.Position);
Reflector = ComponentFactory.CreateReflector(settings.ReflectorType);
Plugboard = ComponentFactory.CreatePlugboard(settings.PlugboardConnections);
InitializeComponentList();
}
public void Move_GetCorrectPosition(int position, int steps, int expectedPosition)
{
// Arrange
var componentFactory = new ComponentFactory(new UtilityFactory());
var rotor = componentFactory.CreateRotor(RotorType.I, RotorSlot.One, position);
// Act
rotor.Move(steps);
var resultPosition = rotor.PositionShift;
//Assert
Assert.Equal(resultPosition, expectedPosition);
}
public async void Process_GetCorrectOutput(char inputLetter, char expectedLetter, bool step, bool expectedStep, int position, int expectedPosition,
RotorType type = RotorType.I, RotorSlot slot = RotorSlot.One)
{
// Arrange
var utilityFactory = new UtilityFactory();
var componentFactory = new ComponentFactory(utilityFactory);
var rotor = componentFactory.CreateRotor(type, slot, position);
var inputValue = CommonHelper.LetterToNumber(inputLetter);
var signal = await utilityFactory.CreateSignal(inputValue, step, SignalDirection.In);
// Act
var resultSignal = await rotor.Process(signal);
var resultValue = resultSignal.Value;
var resultLetter = CommonHelper.NumberToLetter(resultValue);
var resultStep = resultSignal.Step;
// Assert
Assert.Equal(expectedLetter, resultLetter);
Assert.Equal(expectedStep, resultStep);
Assert.Equal(expectedPosition, rotor.PositionShift);
}