public void ShouldReturn5Values()
{
Dice sut = new DiceImplemented(new DieImplemented(), new DieImplemented(), new DieImplemented(), new DieImplemented(), new DieImplemented());
var actual = sut.GetValues().Count;
var expected = 5;
Assert.Equal(expected, actual);
}
public void ShouldKeepSpecifiedDie()
{
var mockDie = new Mock <Die>();
var stubDie = new Mock <Die>();
var dice = new DiceImplemented(mockDie.Object, stubDie.Object, stubDie.Object, stubDie.Object, stubDie.Object);
var sut = new Game(new AllAvailableCategoriesStrategy(), dice);
sut.KeepDie(DiceList.Die1);
sut.Throw();
mockDie.Verify(die => die.Throw(), Times.Never);
}
public void ShouldKeepFirstDie()
{
var die1 = new Mock <Die>();
var die2 = new Mock <Die>();
Dice sut = new DiceImplemented(die1.Object, die2.Object, die2.Object, die2.Object, die2.Object);
sut.KeepDie(DiceList.Die1);
sut.Throw();
die1.Verify(die => die.Throw(), Times.Never());
die2.Verify(die => die.Throw(), Times.AtLeastOnce());
}
public void ShouldKeepMultipleDice()
{
var keep1 = new Mock <Die>();
var keep2 = new Mock <Die>();
var die = new Mock <Die>();
Dice sut = new DiceImplemented(keep1.Object, die.Object, keep2.Object, die.Object, die.Object);
sut.KeepDie(DiceList.Die1);
sut.KeepDie(DiceList.Die3);
sut.Throw();
keep1.Verify(d => d.Throw(), Times.Never());
keep2.Verify(d => d.Throw(), Times.Never());
die.Verify(d => d.Throw(), Times.AtLeastOnce());
}
public void ShouldNotBeEffectedOfKeepingDieMultipleTimes()
{
var die = new Mock <Die>();
var keep = new Mock <Die>();
Dice sut = new DiceImplemented(die.Object, die.Object, keep.Object, die.Object, die.Object);
sut.KeepDie(DiceList.Die3);
sut.KeepDie(DiceList.Die3);
sut.KeepDie(DiceList.Die3);
sut.KeepDie(DiceList.Die3);
sut.Throw();
keep.Verify(d => d.Throw(), Times.Never());
die.Verify(d => d.Throw(), Times.Once());
}
public void ShouldThrowAllDice()
{
var die1 = new Mock <Die>();
var die2 = new Mock <Die>();
var die3 = new Mock <Die>();
var die4 = new Mock <Die>();
var die5 = new Mock <Die>();
Dice sut = new DiceImplemented(die1.Object, die2.Object, die3.Object, die4.Object, die5.Object);
sut.Throw();
die1.Verify(die => die.Throw(), Times.Once());
die2.Verify(die => die.Throw(), Times.Once());
die3.Verify(die => die.Throw(), Times.Once());
die4.Verify(die => die.Throw(), Times.Once());
die5.Verify(die => die.Throw(), Times.Once());
}
public void NewMainController()
{
var player = new Player();
var category = new AllAvailableCategoriesStrategy();
var die1 = new DieImplemented();
var die2 = new DieImplemented();
var die3 = new DieImplemented();
var die4 = new DieImplemented();
var die5 = new DieImplemented();
var dice = new DiceImplemented(die1, die2, die3, die4, die5);
var diceView = new DiceView(dice);
var view = new EnglishMainView(diceView);
var game = new Game(category, dice);
var controller = new MainController(view, player, game);
Assert.IsType <MainController>(controller);
}
public void ShouldGetValuesFromDice()
{
var die1 = new Mock <Die>();
var die2 = new Mock <Die>();
var die3 = new Mock <Die>();
var die4 = new Mock <Die>();
var die5 = new Mock <Die>();
die1.Setup(die => die.GetValue()).Returns(5);
die2.Setup(die => die.GetValue()).Returns(5);
die3.Setup(die => die.GetValue()).Returns(5);
die4.Setup(die => die.GetValue()).Returns(5);
die5.Setup(die => die.GetValue()).Returns(5);
Dice sut = new DiceImplemented(die1.Object, die2.Object, die3.Object, die4.Object, die5.Object);
var actual = sut.GetValues().Sum();
var expected = 25;
Assert.Equal(expected, actual);
}
