public void It_Should_SetIsWinnerAndIsGameOver_ToTrue_When_GuessIsCorrect(List <Peg> guess, bool expectedIsWinner, bool expectedIsGameOver)
{
//arrange
var codeGenerator = new CodeGenerator(new List <Peg> {
Peg.Red, Peg.Blue, Peg.Green, Peg.Yellow
});
var nonRandomizer = new NonRandomizer();
var code = new CodeChecker(codeGenerator, nonRandomizer);
var config = new MastermindConfig
{
[DataConstants.CodeLength] = 4, [DataConstants.NumberOfColours] = 6, [DataConstants.NumberOfTurns] = 8
};
var game = new Game(config, code);
game.StartNewGame();
//act
var feedback = game.CheckGuess(guess);
game.UpdateGame(guess, feedback);
//assert
Assert.Equal(expectedIsWinner, game.IsWinner);
Assert.Equal(expectedIsGameOver, game.IsGameOver);
}
public void It_Should_Return_WhiteForEveryCorrectColourAtIncorrectPosition_When_Given_ValidGuesses(List <Peg> guess, List <Feedback> expectedFeedback)
{
//arrange
var codeGenerator = new CodeGenerator(new List <Peg> {
Peg.Red, Peg.Blue, Peg.Green, Peg.Yellow
});
var nonRandomizer = new NonRandomizer();
var code = new CodeChecker(codeGenerator, nonRandomizer);
code.GenerateSecretCode();
//act
var feedback = code.CheckGuess(guess);
//assert
Assert.Equal(expectedFeedback, feedback);
}
public void It_Should_Return_A_KnownSecretCode_When_A_StaticCodeGeneratorIsUsed()
{
//arrange
var codeGenerator = new CodeGenerator(new List <Peg> {
Peg.Red, Peg.Blue, Peg.Green, Peg.Yellow
});
var nonRandomizer = new NonRandomizer();
var code = new CodeChecker(codeGenerator, nonRandomizer);
//act
code.GenerateSecretCode();
//assert
var expectedSecretCode = new List <Peg> {
Peg.Red, Peg.Blue, Peg.Green, Peg.Yellow
};
Assert.True(code.SecretCode.SequenceEqual(expectedSecretCode));
}
public void It_Should_SetIsGameOver_ToTrue_When_MaxNumberOfGuessesAreReached(int numberOfTurns, bool expectedIsGameOver)
{
//arrange
var codeGenerator = new CodeGenerator(new List <Peg> {
Peg.Red, Peg.Blue, Peg.Green, Peg.Yellow
});
var nonRandomizer = new NonRandomizer();
var code = new CodeChecker(codeGenerator, nonRandomizer);
var config = new MastermindConfig
{
[DataConstants.CodeLength] = 4, [DataConstants.NumberOfColours] = 6, [DataConstants.NumberOfTurns] = 8
};
var game = new Game(config, code);
game.StartNewGame();
for (var i = 0; i < numberOfTurns; i++)
{
var guess = new List <Peg> {
Peg.Blue, Peg.Orange, Peg.Orange, Peg.Yellow
};
var feedback = game.CheckGuess(guess);
game.UpdateGame(guess, feedback);
}
//act
var finalGuess = new List <Peg> {
Peg.Orange, Peg.Orange, Peg.Orange, Peg.Orange
};
var finalFeedback = game.CheckGuess(finalGuess);
game.UpdateGame(finalGuess, finalFeedback);
//assert
Assert.Equal(expectedIsGameOver, game.IsGameOver);
}
public void It_Should_Contain_AListOfTurns_When_AGuessIsChecked()
{
//arrange
var codeGenerator = new CodeGenerator(new List <Peg> {
Peg.Red, Peg.Blue, Peg.Green, Peg.Yellow
});
var nonRandomizer = new NonRandomizer();
var code = new CodeChecker(codeGenerator, nonRandomizer);
var config = new MastermindConfig
{
[DataConstants.CodeLength] = 4, [DataConstants.NumberOfColours] = 6, [DataConstants.NumberOfTurns] = 8
};
var game = new Game(config, code);
game.StartNewGame();
//act
var guess = new List <Peg> {
Peg.Blue, Peg.Orange, Peg.Orange, Peg.Yellow
};
var feedback = game.CheckGuess(guess);
game.UpdateGame(guess, feedback);
//assert
var expectedTurn = new Turn(
new List <Peg> {
Peg.Blue, Peg.Orange, Peg.Orange, Peg.Yellow
},
new List <Feedback> {
Feedback.Black, Feedback.White
});
var turn = game.Turns[0];
turn.Should().BeEquivalentTo(expectedTurn);
}
