public void GameHandlerReturnsTrueForCorrectResult()
{
GameHandler gameHandler = new GameHandler();
var correctGuess = gameHandler.GetInitialColors();
Assert.IsTrue(gameHandler.Guess(correctGuess), "GameHandler evaluates a guess incorrectly");
}
public void GameHandlerReturnsFourColors()
{
GameHandler gameHandler = new GameHandler();
var colors = gameHandler.GetInitialColors();
Assert.AreEqual(4, colors.Count, "GameHandler does not return the appropriate amount of colors");
}
public void GameHandlerReturnsASequenceOfColors()
{
GameHandler gameHandler = new GameHandler();
var colors = gameHandler.GetInitialColors();
Assert.IsNotNull(colors, "GameHandler returns null for initial colors");
}
public void GameHandlerReturnsFalseForIncorrectResult()
{
GameHandler gameHandler = new GameHandler();
var incorrectGuess = gameHandler.GetInitialColors().ToArray();
if (incorrectGuess.First() == GameColors.Black)
incorrectGuess[0] = GameColors.White;
else
incorrectGuess[0] = GameColors.Black;
Assert.IsFalse(gameHandler.Guess(incorrectGuess.ToList()), "GameHandler evaluates a guess incorrectly");
}
public void GameHandlerReturnsRandomColors()
{
GameHandler gameHandler = new GameHandler();
List<List<GameColors>> colors = new List<List<GameColors>>();
//1000 is a large enough number to reduce the the chance of getting the same color in the first position
//beyond probable infinity (1/8)^1000
for (int i = 0; i < 1000; i++)
{
colors.Add(gameHandler.GetInitialColors());
}
Assert.IsTrue(colors.GroupBy(f => f.First()).Count() > 1, "Colors returned by GameHandler does not appear to be random.");
}
