public void SiLePremierLancerFaittombeLes10QuillesOnAUnStrike()
{
var bowling = new Bowling();
bowling.Lance(10);
Assert.AreEqual(Lancer.Strike, bowling.ResultatLancer);
}
public void LePremierLancerNonStrikeEstNormal()
{
var bowling = new Bowling();
bowling.Lance(5);
Assert.AreEqual(Lancer.Normal, bowling.ResultatLancer);
}
public void ApresPremierLancerOnPeutFaireTomber10moinsXQuilles()
{
var bowling = new Bowling();
bowling.Lance(6);
Assert.AreEqual(4, bowling.Quilles);
}
public Form1()
{
const int MAX = 10;
objectRef = new Bowling(MAX);
InitializeComponent();
}
public void SiLes2LancerFontTomber10QuillesLeLancerEstUnSpare()
{
var bowling = new Bowling();
bowling.Lance(6);
bowling.Lance(4);
Assert.AreEqual(Lancer.Spare, bowling.ResultatLancer);
}
public void ALaProchaineFrameOnDoitLancer10Quilles()
{
var bowling = new Bowling();
bowling.Lance(5);
bowling.Lance(4);
Assert.AreEqual(10, bowling.Quilles);
}
public void ApresUnLancerOnAjouteLeNombreDeQuillesTombeesAuScore()
{
var bowling = new Bowling();
var currentScore = bowling.Score;
bowling.Lance(6);
Assert.AreEqual(currentScore + 6, bowling.Score);
}
public void ApresUnLancer0EtUnLancer10OnAUnSpare()
{
var bowling = new Bowling();
bowling.Lance(0);
bowling.Lance(10);
Assert.AreEqual(Lancer.Spare, bowling.ResultatLancer);
}
public void ApresUnStrikeOnPasseALaFrameSuivante()
{
var bowling = new Bowling();
var currentFrame = bowling.Frame;
bowling.Lance(10);
Assert.AreEqual(currentFrame + 1, bowling.Frame);
}
public void LeSecondLancerEstNormalSIlResteDesQuilles()
{
var bowling = new Bowling();
bowling.Lance(4);
bowling.Lance(5);
Assert.AreEqual(Lancer.Normal, bowling.ResultatLancer);
}
public void SiLeLancerDAvantEstUnStrikeOnCompte2FoisLeLancer()
{
var bowling = new Bowling();
bowling.Lance(10);
var currentScore = bowling.Score;
bowling.Lance(7);
Assert.AreEqual(currentScore + 7 * 2, bowling.Score);
}
public void SiLeLancerDAvantEstUnSpareOnCompte2FoisLeLancer()
{
var bowling = new Bowling();
bowling.Lance(4);
bowling.Lance(6);
var currentScore = bowling.Score;
bowling.Lance(3);
Assert.AreEqual(currentScore + 3 * 2, bowling.Score);
}
public void SiLeLancerDAvantEstUnStrikeEtCeluiAvantUnStrikeOnCompte3FoisLeLancer()
{
var bowling = new Bowling();
bowling.Lance(10);
bowling.Lance(10);
var currentScore = bowling.Score;
bowling.Lance(6);
Assert.AreEqual(currentScore + 6 * 3, bowling.Score);
}
public void ApresLaFrame10LaPartieEstFinie()
{
var bowling = new Bowling();
foreach (var resultat in Enumerable.Repeat(1, 19))
{
bowling.Lance(resultat);
}
Assert.IsFalse(bowling.PartieFinie);
bowling.Lance(1);
Assert.IsTrue(bowling.PartieFinie);
}
public void WhenBowlingGutterBall_Return0()
{
var Bowling = new Bowling();
for (var i = 1; i <= Bowling.Rounds; i++)
{
Bowling.Roll(0, 0);
}
var expected = 0;
Assert.AreEqual(expected, Bowling.Score());
}
public void WhenBowlingGetScore_ReturnScore(int firstScore, int SecondScore, int exceptedScore)
{
var Bowling = new Bowling();
for (var i = 1; i <= Bowling.Rounds; i++)
{
Bowling.Roll(firstScore, SecondScore);
}
var expected = exceptedScore;
Assert.AreEqual(expected, Bowling.Score());
}
public void ApresUnSpareLaPartieEstFinieAuFrame10AvecUnLancerSupplementaire()
{
var bowling = new Bowling();
foreach (var resultat in Enumerable.Repeat(1, 18))
{
bowling.Lance(resultat);
}
bowling.Lance(5);
bowling.Lance(5);
Assert.IsFalse(bowling.PartieFinie);
bowling.Lance(1);
Assert.IsTrue(bowling.PartieFinie);
}
public void ApresUnStrikePartieEstFinieAuBoutDe2LancersSupplementaires()
{
var bowling = new Bowling();
foreach (var resultat in Enumerable.Repeat(1, 18))
{
bowling.Lance(resultat);
}
bowling.Lance(10);
bowling.Lance(1);
Assert.IsFalse(bowling.PartieFinie);
bowling.Lance(1);
Assert.IsTrue(bowling.PartieFinie);
}
public void SiDernierFrameEstUnStrikeApres2StrikeOnArrete()
{
var bowling = new Bowling();
foreach (var resultat in Enumerable.Repeat(1, 18))
{
bowling.Lance(resultat);
}
bowling.Lance(10);
bowling.Lance(10);
Assert.IsFalse(bowling.PartieFinie);
bowling.Lance(10);
Assert.IsTrue(bowling.PartieFinie);
}
public void WhenBowlingGetStrike_ReturnScore()
{
var Bowling = new Bowling();
Bowling.Roll(1, 0); //1
Bowling.Roll(10, 0); //0 -> 11 + 1 = 12
Bowling.Roll(1, 0); //13
Bowling.Roll(1, 0); //14
Bowling.Roll(10, 0); //25
Bowling.Roll(1, 0); //26
Bowling.Roll(1, 0); //27
Bowling.Roll(1, 0); //28
Bowling.Roll(1, 0); //29
Bowling.Roll(1, 0); //30
var expected = 30;
Assert.AreEqual(expected, Bowling.Score());
}
public void test()
{
var Bowling = new Bowling();
Bowling.Roll(9, 0); //1
Bowling.Roll(9, 0); //1
Bowling.Roll(9, 0); //1
Bowling.Roll(9, 0); //1
Bowling.Roll(9, 0); //1
Bowling.Roll(9, 0); //1
Bowling.Roll(9, 0); //1
Bowling.Roll(9, 0); //1
Bowling.Roll(9, 0); //1
Bowling.Roll(9, 0); //1
var expected = 90;
Assert.AreEqual(expected, Bowling.Score());
}
public void WhenBowlingGetSpare_ReturnScore()
{
var Bowling = new Bowling();
Bowling.Roll(1, 0); //1
Bowling.Roll(1, 9); //0 -> 11 + 1 = 12
Bowling.Roll(1, 0); //13
Bowling.Roll(1, 0); //14
Bowling.Roll(1, 0); //15
Bowling.Roll(1, 0); //16
Bowling.Roll(1, 0); //17
Bowling.Roll(1, 0); //18
Bowling.Roll(1, 0); //19
Bowling.Roll(1, 0); //20
var expected = 20;
Assert.AreEqual(expected, Bowling.Score());
}
public void WhenBowling10RoundGetFirstStrike_ReturnScore()
{
var Bowling = new Bowling();
Bowling.Roll(1, 0); //1
Bowling.Roll(10, 0); //0 -> 11 + 1 = 12
Bowling.Roll(1, 0); //13
Bowling.Roll(1, 0); //14
Bowling.Roll(10, 0); //25
Bowling.Roll(1, 0); //26
Bowling.Roll(1, 0); //27
Bowling.Roll(1, 0); //28
Bowling.Roll(1, 0); //29
Bowling.Roll(10, 0); //46
Bowling.Roll(4, 3);
var expected = 46;
Assert.AreEqual(expected, Bowling.Score());
}
public void WhenBowling10RoundGetFirstSpare_ReturnScore()
{
var Bowling = new Bowling();
Bowling.Roll(1, 0); //1
Bowling.Roll(10, 0); //0 -> 11 + 1 = 12
Bowling.Roll(1, 0); //13
Bowling.Roll(1, 0); //14
Bowling.Roll(10, 0); //25
Bowling.Roll(1, 0); //26
Bowling.Roll(1, 0); //27
Bowling.Roll(1, 0); //28
Bowling.Roll(1, 0); //29
Bowling.Roll(3, 7); //43
Bowling.Roll(4, 0); //Sencond = -
var expected = 43;
Assert.AreEqual(expected, Bowling.Score());
}
public void WhenBowling10RoundGetSecondStrike_ReturnScore()
{
var Bowling = new Bowling();
Bowling.Roll(1, 0); //1
Bowling.Roll(10, 0); //0 -> 11 + 1 = 12
Bowling.Roll(1, 0); //13
Bowling.Roll(1, 0); //14
Bowling.Roll(10, 0); //25
Bowling.Roll(1, 0); //26
Bowling.Roll(1, 0); //27
Bowling.Roll(1, 0); //28
Bowling.Roll(1, 0); //29
Bowling.Roll(10, 0); //49
Bowling.Roll(10, 0); //
Bowling.Roll(3, 0); //Sencond = -
var expected = 52;
Assert.AreEqual(expected, Bowling.Score());
}
static void Main(string[] args)
{
var bowling = new Bowling();
while (!bowling.PartieFinie)
{
try
{
Console.WriteLine("Frame: {0}", bowling.Frame + 1);
Console.WriteLine("Score: {0}", bowling.Score);
Console.WriteLine("Lancer: {0}", bowling.LancerDansLaFrame);
Console.WriteLine("Quilles:{0}", bowling.Quilles);
Console.Write("Nombre de quilles tombees:");
bowling.Lance(int.Parse(Console.ReadLine()));
Console.WriteLine();
}
catch (FormatException)
{
Console.WriteLine("FormatIncorrect");
}
}
Console.WriteLine("Score Final:{0}", bowling.Score);
}
private void RollBall_Click(object sender, EventArgs e)
{
if (this.ballCounter > 20)
{
return;
}
int currentBallScore = this.ballCounter % 2 == 0 ? Bowling.ScoreBall() : Bowling.ScoreBall(this.numericScores[this.ballCounter - 1]);
if (currentBallScore > 10)
{
throw new ArgumentOutOfRangeException();
}
if (this.ballCounter < 18)
{
if (this.ballCounter % 2 == 0 && currentBallScore == 10)
{
this.numericScores[this.ballCounter] = 10;
this.printedScores[this.ballCounter] = "X";
this.printedScores[this.ballCounter + 1] = "-";
this.ballCounter += 2;
this.DisplayScores();
return;
}
if (this.ballCounter % 2 != 0 && (this.numericScores[this.ballCounter - 1] + currentBallScore) == 10)
{
this.numericScores[this.ballCounter] = currentBallScore;
this.printedScores[this.ballCounter] = "/";
this.ballCounter++;
this.DisplayScores();
return;
}
this.numericScores[this.ballCounter] = currentBallScore;
this.printedScores[this.ballCounter] = currentBallScore.ToString();
this.DisplayScores();
this.ballCounter++;
return;
}
if (this.ballCounter >= 18 && this.ballCounter < 20)
{
if (this.ballCounter != 18 || currentBallScore != 10)
{
if (this.ballCounter == 19 && (this.numericScores[18] + currentBallScore) == 10 && this.numericScores[18] != 10)
{
this.numericScores[this.ballCounter] = currentBallScore;
this.printedScores[this.ballCounter] = "/";
this.ballCounter++;
this.DisplayScores();
return;
}
this.numericScores[this.ballCounter] = currentBallScore;
this.printedScores[this.ballCounter] = currentBallScore.ToString();
this.DisplayScores();
this.ballCounter++;
}
else
{
this.numericScores[this.ballCounter] = 10;
this.printedScores[this.ballCounter] = "X";
this.ballCounter++;
this.DisplayScores();
return;
}
}
if (this.ballCounter == 20 && (this.numericScores[18] + this.numericScores[19] >= 10))
{
this.numericScores[this.ballCounter] = currentBallScore;
this.printedScores[this.ballCounter] = currentBallScore.ToString();
this.DisplayScores();
this.ballCounter++;
}
if (this.ballCounter == 20 && (this.numericScores[18] + this.numericScores[19] < 10))
{
this.Frame10Ball3.Text = @"-";
this.ballCounter++;
this.DisableButtons();
}
if (this.ballCounter > 20)
{
this.DisableButtons();
}
}
public void AuPremierLancerOnEstALaFrame0()
{
var bowling = new Bowling();
Assert.AreEqual(0, bowling.Frame);
}
public void AuPremierLancerLeScoreEstA0()
{
var bowling = new Bowling();
Assert.AreEqual(0, bowling.Score);
}
public void PremierLancerPeutFaireTomberAuPlus10Quilles()
{
var bowling = new Bowling();
Assert.AreEqual(10, bowling.Quilles);
}
