public void ScoreShouldBeFifteenLoveTest()
{
TennisGame tennisGame = new TennisGame("James", "Edwards");
tennisGame.PointScored("James");
Assert.AreEqual("Fifteen-Love", tennisGame.Score());
}
public void ScoreShouldBeThiryFifteenTest()
{
TennisGame tennisGame = new TennisGame("James", "Edwards");
tennisGame.PointScored("James");
tennisGame.PointScored("James");
tennisGame.PointScored("Edwards");
Assert.AreEqual("Thirty-Fifteen", tennisGame.Score());
}
public void IncrementScoreCorrectly(int player1, int player2, bool player1Win, int player1Outcome, int player2Outcome)
{
// Set up original score
var tennisPlayer1 = new TennisPlayerBuilder().WithScore(player1).Build();
var tennisPlayer2 = new TennisPlayerBuilder().WithScore(player2).Build();
var sut = new TennisGame(_player1.Object, _player2.Object);
if (player1Win)
{
sut.Score(tennisPlayer1, tennisPlayer2);
}
else
{
sut.Score(tennisPlayer2, tennisPlayer1);
}
Assert.AreEqual(player1Outcome, tennisPlayer1.Score);
Assert.AreEqual(player2Outcome, tennisPlayer2.Score);
}
public void IncrementScoreUnderCorrectConditions()
{
_player1.Setup(x => x.Score).Returns(0);
_player2.Setup(x => x.Score).Returns(1);
var sut = new TennisGame(_player1.Object, _player2.Object);
sut.Score(_player1.Object, _player2.Object);
_player1.Verify(mock => mock.IncrementScore(), Times.Once());
}
public void WinGameWhenScoreIsCorrect()
{
_player1.Setup(x => x.Score).Returns(0);
_player2.Setup(x => x.Score).Returns(3);
var sut = new TennisGame(_player2.Object, _player1.Object);
sut.Score(_player2.Object, _player1.Object);
_player2.Verify(mock => mock.SetScoreToGame(), Times.Once);
}
public void ScoreShouldbePlayer1WonTest()
{
TennisGame tennisGame = new TennisGame("James", "Edwards");
tennisGame.PointScored("James");
tennisGame.PointScored("James");
tennisGame.PointScored("James");
tennisGame.PointScored("James");
tennisGame.PointScored("James");
tennisGame.PointScored("Edwards");
Assert.AreEqual("James - Won", tennisGame.Score());
}
public void LoveAll()
{
// arrange
const string expected = "Love All";
var sut = new TennisGame();
// act
sut.HomeScore = 0;
sut.AwayScore = 0;
var actual = sut.Score();
// assert
Assert.AreEqual(expected, actual);
}
public void Deuce_When_3_3()
{
// arrange
const string expected = "Deuce";
var sut = new TennisGame();
// act
sut.HomeScore = 3;
sut.AwayScore = 3;
var actual = sut.Score();
// assert
Assert.AreEqual(expected, actual);
}
public void FortyFifteen()
{
// arrange
const string expected = "Forty Fifteen";
var sut = new TennisGame();
// act
sut.HomeScore = 3;
sut.AwayScore = 1;
var actual = sut.Score();
// assert
Assert.AreEqual(expected, actual);
}
public void Home_Win_4_0()
{
// arrange
const string expected = "John Win";
var sut = new TennisGame();
// act
sut.HomeScore = 4;
sut.AwayScore = 0;
var actual = sut.Score();
// assert
Assert.AreEqual(expected, actual);
}
public void Away_Advantage()
{
// arrange
const string expected = "Tom Adv";
var sut = new TennisGame();
// act
sut.HomeScore = 3;
sut.AwayScore = 4;
var actual = sut.Score();
// assert
Assert.AreEqual(expected, actual);
}
public void ScoreShouldBeAdvantagePlayer2Test()
{
TennisGame tennisGame = new TennisGame("James", "Edwards");
tennisGame.PointScored("James");
tennisGame.PointScored("James");
tennisGame.PointScored("James");
tennisGame.PointScored("James");
tennisGame.PointScored("Edwards");
tennisGame.PointScored("Edwards");
tennisGame.PointScored("Edwards");
tennisGame.PointScored("Edwards");
tennisGame.PointScored("Edwards");
Assert.AreEqual("Advantage - Edwards", tennisGame.Score());
}
public void ScoreShouldBeLoveAllTest()
{
TennisGame tennisGame = new TennisGame("James", "Edwards");
Assert.AreEqual("Love-All", tennisGame.Score());
}
private void ScoreShouldBe(string expected)
{
Assert.AreEqual(expected, _tennisGame.Score());
}
public void WhenGameStartsTheScoreIsLoveAll()
{
Assert.AreEqual("Love all", tennisGame.Score());
}
