public void PassingNoCorrectColorsReturnsEmptyResults()
{
var expected = new PinResult[] { };
var computerPinColors = new[] { PinColor.Blue, PinColor.Blue, PinColor.Blue, PinColor.Blue };
var userPinColors = new[] { PinColor.Red, PinColor.Red, PinColor.Red, PinColor.Red };
var sut = new Mastermind(computerPinColors);
var result = sut.Check(userPinColors);
Assert.Equal(expected, result);
}
public void PassingAllCorrectColorsInCorrectOrderReturnsAllBlack()
{
var expected = new[] { PinResult.Black, PinResult.Black, PinResult.Black, PinResult.Black };
var computerPinColors = new[] { PinColor.Blue, PinColor.Green, PinColor.Red, PinColor.White };
var userPinColors = new[] { PinColor.Blue, PinColor.Green, PinColor.Red, PinColor.White };
var sut = new Mastermind(computerPinColors);
var result = sut.Check(userPinColors);
Assert.Equal(expected, result);
}
public void PassingOneCorrectColorsInCorrectPositionReturnsOneBlackPeg()
{
var expected = new[] { PinResult.Black };
var computerPinColors = new[] { PinColor.Blue, PinColor.Blue, PinColor.Blue, PinColor.Blue };
var userPinColors = new[] { PinColor.Blue, PinColor.Red, PinColor.Red, PinColor.Red };
var sut = new Mastermind(computerPinColors);
var result = sut.Check(userPinColors);
Assert.Equal(expected, result);
}
private static void Assert(Mastermind sut, IReadOnlyCollection <string> readOnlyCollection, IEnumerable <PinResult> pinResults)
{
var result1 = sut.Check(readOnlyCollection);
Xunit.Assert.Equal(pinResults, result1);
}