public void ShallGamePointBeLoveFifteen()
{
var playerA = new Player();
var playerB = new Player();
var scorecard = new Scorecard(playerA, playerB);
scorecard.AwardPointToPlayer(playerB);
Assert.AreEqual("Love - Fifteen", scorecard.GetCurrentGamePoints());
}
public void BothPlayersAreAtDeuceWhenTheyHaveFourtyPoints()
{
var playerA = new Player();
var playerB = new Player();
var scorecard = new Scorecard(playerA, playerB);
scorecard.AwardPointToPlayer(playerA);
scorecard.AwardPointToPlayer(playerB);
scorecard.AwardPointToPlayer(playerA);
scorecard.AwardPointToPlayer(playerB);
scorecard.AwardPointToPlayer(playerA);
scorecard.AwardPointToPlayer(playerB);
Assert.AreEqual("Deuce", scorecard.GetCurrentGamePoints());
}
public void ShallPlayerHaveAdvantageWhenSheWinsTheBallAtFourtyAndOtherPlayerHasFourty()
{
var playerA = new Player();
var playerB = new Player();
var scorecard = new Scorecard(playerA, playerB);
scorecard.AwardPointToPlayer(playerA);
scorecard.AwardPointToPlayer(playerB);
scorecard.AwardPointToPlayer(playerA);
scorecard.AwardPointToPlayer(playerB);
scorecard.AwardPointToPlayer(playerA);
scorecard.AwardPointToPlayer(playerB);
scorecard.AwardPointToPlayer(playerB);
Assert.AreEqual("Advantage Player B", scorecard.GetCurrentGamePoints());
}
public void ShallPlayersReturnToDeuceIfOnePlayerLoosesAdvantage()
{
var playerA = new Player();
var playerB = new Player();
var scorecard = new Scorecard(playerA, playerB);
scorecard.AwardPointToPlayer(playerA);
scorecard.AwardPointToPlayer(playerB);
scorecard.AwardPointToPlayer(playerA);
scorecard.AwardPointToPlayer(playerB);
scorecard.AwardPointToPlayer(playerA);
scorecard.AwardPointToPlayer(playerB);
scorecard.AwardPointToPlayer(playerB);
scorecard.AwardPointToPlayer(playerA);
Assert.AreEqual("Deuce", scorecard.GetCurrentGamePoints());
}
public void AwardPointToPlayer(Player player)
{
switch (player.Points)
{
case 0:
player.Points = 15;
break;
case 15:
player.Points = 30;
break;
case 30:
player.Points = 40;
break;
case 40:
if (!playerA.HasAdvantage && !playerB.HasAdvantage)
{
if (playerA.Points == 40 && playerB.Points == 40)
{
player.HasAdvantage = true;
}
else
{
player.HasWon = true;
}
}
else
{
if(player.HasAdvantage)
{
player.HasWon = true;
return;
}
playerA.HasAdvantage = false;
playerB.HasAdvantage = false;
}
break;
}
}
public void ShallPlayerWinTheGameWhenSheWinsTheBallAtFourtyAndOtherPlayerHasLessThanFourty()
{
var playerA = new Player();
var playerB = new Player();
var scorecard = new Scorecard(playerA, playerB);
scorecard.AwardPointToPlayer(playerB);
scorecard.AwardPointToPlayer(playerB);
scorecard.AwardPointToPlayer(playerB);
scorecard.AwardPointToPlayer(playerB);
Assert.AreEqual("Player B wins", scorecard.GetCurrentGamePoints());
}
public TennisGame1(string player1Name, string player2Name)
{
player1 = new Player(player1Name);
player2 = new Player(player2Name);
score = new MatchScore(player1.Score, player2.Score);
}
public Scorecard()
{
PlayerOne = new Player();
PlayerTwo = new Player();
}
public Scorecard(Player playerA, Player playerB)
{
this.playerA = playerA;
this.playerB = playerB;
}
// game.point_to(server/reveiver)
public void Point_To(Player player)
{
player.AddPoint();
}
// game.new(server, reveiver)
public Game(Player server, Player receiver)
{
this.server = server;
this.reveiver = receiver;
}
