public void GetSingleRotorConfigurationTest_Advanced()
{
string expected = "B";
NestedRotor Rotor_I = CreateSingleRotorEnigmaMachine();
Rotor_I.Advance();
string actual = Rotor_I.CurrentConfiguration;
Assert.AreEqual(expected, actual);
}
public void GetMultiRotorConfigurationTest_MultiStepped_RightNotch()
{
NestedRotor Rotor_I = CreateMultiRotorEnigmaMachine("AAU");
string expected = "AAV";
Rotor_I.Advance();
string actual = Rotor_I.CurrentConfiguration;
Assert.AreEqual(expected, actual);
}
public void GetMultiRotorConfigurationTest_MultiStepped_ThirdRotorAdvances()
{
NestedRotor Rotor_I = CreateMultiRotorEnigmaMachine("AEV");
string expected = "BFW";
Rotor_I.Advance();
string actual = Rotor_I.CurrentConfiguration;
Assert.AreEqual(expected, actual);
}
public void NestedRotor_MapsLettersWithOffset27()
{
char expected = 'J';
NestedRotor Rotor_I = CreateRotorI();
Rotor_I.Advance(27);
char actual = Rotor_I.Convert('A');
Assert.AreEqual(expected, actual);
}
public void NestedRotor_ReverseMapsLettersWithOffsetOne()
{
char expected = 'D';
NestedRotor Rotor_I = CreateRotorI();
Rotor_I.Advance();
char actual = Rotor_I.ReverseConvert('K');
Assert.AreEqual(expected, actual);
}
public void Advance(int positions = 1)
{
_rotors.Advance(positions);
}