public async Task <Signal> Process(Signal signal)
{
bool nextStep = false;
if (signal.Step)
{
nextStep = await Move(1);
}
var inputValue = signal.Value;
var shiftedInput = AddShift(inputValue);
char inputLetter, outputLetter;
if (signal.Direction == SignalDirection.In)
{
inputLetter = CommonHelper.NumberToLetter(shiftedInput);
outputLetter = Connections[shiftedInput];
}
else
{
inputLetter = CommonHelper.NumberToLetter(shiftedInput);
var outputPosition = Array.IndexOf(Connections, inputLetter);
outputLetter = CommonHelper.NumberToLetter(outputPosition);
}
var shiftedOutput = CommonHelper.LetterToNumber(outputLetter);
var resultValue = RemoveShift(shiftedOutput);
SendTranslationToUI(inputLetter, outputLetter, signal.Direction);
return(await _utilityFactory.CreateSignal(resultValue, nextStep, signal.Direction));
}
public async Task <Signal> Process(Signal signal)
{
var inputLetter = CommonHelper.NumberToLetter(signal.Value);
var outputLetter = _connections[inputLetter];
SendTranslationToUI(inputLetter, outputLetter);
var resultValue = CommonHelper.LetterToNumber(outputLetter);
return(await _utilityFactory.CreateSignal(resultValue, false, SignalDirection.Out));
}
public async Task <char> Encrypt(char inputLetter)
{
var inputPosition = CommonHelper.LetterToNumber(inputLetter);
var signal = await _utilityFactory.CreateSignal(inputPosition, false, SignalDirection.In);
foreach (var component in _enigmaSettings.ComponentList)
{
signal = await component.Process(signal);
}
var resultLetter = CommonHelper.NumberToLetter(signal.Value);
return(resultLetter);
}
public async Task <Signal> Process(Signal signal)
{
var inputValue = signal.Value;
var inputLetter = CommonHelper.NumberToLetter(inputValue);
var outputLetter = inputLetter;
if (Connections.ContainsKey(inputLetter))
{
outputLetter = Connections[inputLetter];
}
var resultValue = CommonHelper.LetterToNumber(outputLetter);
return(await _utilityFactory.CreateSignal(resultValue, true, signal.Direction));
}
