public void PlayShouldReturnValidRoundResultObject()
{
var firstPlayer = new ValidPlayerWithMethodsCallCounting();
var secondPlayer = new ValidPlayerWithMethodsCallCounting();
var round = new Round(firstPlayer, secondPlayer, GameRulesProvider.Santase);
var result = round.Play(0, 0);
Assert.IsTrue(
result.FirstPlayer.HasAtLeastOneTrick || result.SecondPlayer.HasAtLeastOneTrick,
"result.FirstPlayer.HasAtLeastOneTrick || result.SecondPlayer.HasAtLeastOneTrick");
Assert.IsTrue(
result.FirstPlayer.RoundPoints > 0 || result.SecondPlayer.RoundPoints > 0,
"result.FirstPlayer.RoundPoints > 0 || result.SecondPlayer.RoundPoints > 0");
Assert.IsTrue(
result.FirstPlayer.TrickCards.Count > 0 || result.SecondPlayer.TrickCards.Count > 0,
"result.FirstPlayer.TrickCards.Count > 0 || result.SecondPlayer.TrickCards.Count > 0");
Assert.IsTrue(
result.FirstPlayer.RoundPoints >= 66 || result.SecondPlayer.RoundPoints >= 66 ||
result.FirstPlayer.RoundPoints + result.SecondPlayer.RoundPoints >= 120,
"result.FirstPlayer.RoundPoints >= 66 || result.SecondPlayer.RoundPoints >= 66 || result.FirstPlayer.RoundPoints + result.SecondPlayer.RoundPoints >= 120");
}
public void WinnersShouldBeEquallyDistributed()
{
const int GamesToPlay = 200;
var firstPlayer = new ValidPlayerWithMethodsCallCounting();
var secondPlayer = new ValidPlayerWithMethodsCallCounting();
var firstPlayerWinner = 0;
var secondPlayerWinner = 0;
for (var i = 0; i < GamesToPlay; i++)
{
var firstToPlay = i % 2 == 0 ? PlayerPosition.FirstPlayer : PlayerPosition.SecondPlayer;
var game = new SantaseGame(firstPlayer, secondPlayer);
var winner = game.Start(firstToPlay);
if (winner == PlayerPosition.FirstPlayer)
{
firstPlayerWinner++;
}
else if (winner == PlayerPosition.SecondPlayer)
{
secondPlayerWinner++;
}
}
Assert.AreEqual(GamesToPlay, firstPlayerWinner + secondPlayerWinner);
Assert.IsTrue(Math.Abs(firstPlayerWinner - secondPlayerWinner) < 150);
}
public void PlayersMethodsShouldBeCalledCorrectNumberOfTimes()
{
const int NumberOfRounds = 10000;
var firstPlayer = new ValidPlayerWithMethodsCallCounting();
var secondPlayer = new ValidPlayerWithMethodsCallCounting();
for (var i = 0; i < NumberOfRounds; i++)
{
var round = i % 2 == 0
? new Round(firstPlayer, secondPlayer, GameRulesProvider.Santase)
: new Round(secondPlayer, firstPlayer, GameRulesProvider.Santase);
round.Play(0, 0);
}
Assert.AreEqual(firstPlayer.StartRoundCalledCount, NumberOfRounds);
Assert.AreEqual(secondPlayer.StartRoundCalledCount, NumberOfRounds);
Assert.AreEqual(firstPlayer.EndRoundCalledCount, NumberOfRounds);
Assert.AreEqual(secondPlayer.EndRoundCalledCount, NumberOfRounds);
Assert.Greater(firstPlayer.GetTurnWhenFirst, NumberOfRounds);
Assert.Greater(firstPlayer.GetTurnWhenSecond, NumberOfRounds);
Assert.Greater(secondPlayer.GetTurnWhenFirst, NumberOfRounds);
Assert.Greater(secondPlayer.GetTurnWhenSecond, NumberOfRounds);
Assert.GreaterOrEqual(firstPlayer.GetTurnWhenFirst, secondPlayer.GetTurnWhenSecond);
Assert.GreaterOrEqual(secondPlayer.GetTurnWhenFirst, firstPlayer.GetTurnWhenSecond);
}
public void PlayShouldReturnValidRoundResultObject()
{
var firstPlayer = new ValidPlayerWithMethodsCallCounting();
var secondPlayer = new ValidPlayerWithMethodsCallCounting();
var round = new Round(firstPlayer, secondPlayer, GameRulesProvider.Santase);
var result = round.Play(0, 0);
Assert.IsTrue(
result.FirstPlayer.HasAtLeastOneTrick || result.SecondPlayer.HasAtLeastOneTrick,
"result.FirstPlayer.HasAtLeastOneTrick || result.SecondPlayer.HasAtLeastOneTrick");
Assert.IsTrue(
result.FirstPlayer.RoundPoints > 0 || result.SecondPlayer.RoundPoints > 0,
"result.FirstPlayer.RoundPoints > 0 || result.SecondPlayer.RoundPoints > 0");
Assert.IsTrue(
result.FirstPlayer.TrickCards.Count > 0 || result.SecondPlayer.TrickCards.Count > 0,
"result.FirstPlayer.TrickCards.Count > 0 || result.SecondPlayer.TrickCards.Count > 0");
Assert.IsTrue(
result.FirstPlayer.RoundPoints >= 66 || result.SecondPlayer.RoundPoints >= 66
|| result.FirstPlayer.RoundPoints + result.SecondPlayer.RoundPoints >= 120,
"result.FirstPlayer.RoundPoints >= 66 || result.SecondPlayer.RoundPoints >= 66 || result.FirstPlayer.RoundPoints + result.SecondPlayer.RoundPoints >= 120");
}
public void PlayersMethodsShouldBeCalledCorrectNumberOfTimes()
{
const int NumberOfRounds = 10000;
var firstPlayer = new ValidPlayerWithMethodsCallCounting();
var secondPlayer = new ValidPlayerWithMethodsCallCounting();
for (var i = 0; i < NumberOfRounds; i++)
{
var round = i % 2 == 0
? new Round(firstPlayer, secondPlayer, GameRulesProvider.Santase)
: new Round(secondPlayer, firstPlayer, GameRulesProvider.Santase);
round.Play(0, 0);
}
Assert.AreEqual(firstPlayer.StartRoundCalledCount, NumberOfRounds);
Assert.AreEqual(secondPlayer.StartRoundCalledCount, NumberOfRounds);
Assert.AreEqual(firstPlayer.EndRoundCalledCount, NumberOfRounds);
Assert.AreEqual(secondPlayer.EndRoundCalledCount, NumberOfRounds);
Assert.Greater(firstPlayer.GetTurnWhenFirst, NumberOfRounds);
Assert.Greater(firstPlayer.GetTurnWhenSecond, NumberOfRounds);
Assert.Greater(secondPlayer.GetTurnWhenFirst, NumberOfRounds);
Assert.Greater(secondPlayer.GetTurnWhenSecond, NumberOfRounds);
Assert.GreaterOrEqual(firstPlayer.GetTurnWhenFirst, secondPlayer.GetTurnWhenSecond);
Assert.GreaterOrEqual(secondPlayer.GetTurnWhenFirst, firstPlayer.GetTurnWhenSecond);
}
public void StartGameShouldReturnOneOfThePlayersAsWinner()
{
var firstPlayer = new ValidPlayerWithMethodsCallCounting();
var secondPlayer = new ValidPlayerWithMethodsCallCounting();
var game = new SantaseGame(firstPlayer, secondPlayer);
var winner = game.Start();
Assert.IsTrue(winner != PlayerPosition.NoOne);
}
public void StartGameShouldReturnOneOfThePlayersAsWinner()
{
var firstPlayer = new ValidPlayerWithMethodsCallCounting();
var secondPlayer = new ValidPlayerWithMethodsCallCounting();
var game = new SantaseGame(firstPlayer, secondPlayer);
var winner = game.Start();
Assert.IsTrue(winner != PlayerPosition.NoOne);
}
public void PlayersStartRoundShouldBeCalledWithCorrectScoreValues()
{
var firstPlayer = new ValidPlayerWithMethodsCallCounting();
var secondPlayer = new ValidPlayerWithMethodsCallCounting();
var round = new Round(firstPlayer, secondPlayer, GameRulesProvider.Santase);
round.Play(9, 4);
Assert.AreEqual(firstPlayer.MyTotalPoints, 9);
Assert.AreEqual(firstPlayer.OpponentTotalPoints, 4);
Assert.AreEqual(secondPlayer.MyTotalPoints, 4);
Assert.AreEqual(secondPlayer.OpponentTotalPoints, 9);
}
public void PlayersStartRoundShouldBeCalledWithCorrectScoreValues()
{
var firstPlayer = new ValidPlayerWithMethodsCallCounting();
var secondPlayer = new ValidPlayerWithMethodsCallCounting();
var round = new Round(firstPlayer, secondPlayer, GameRulesProvider.Santase);
round.Play(9, 4);
Assert.AreEqual(firstPlayer.MyTotalPoints, 9);
Assert.AreEqual(firstPlayer.OpponentTotalPoints, 4);
Assert.AreEqual(secondPlayer.MyTotalPoints, 4);
Assert.AreEqual(secondPlayer.OpponentTotalPoints, 9);
}
public void PlayersMethodsShouldBeCalledCorrectNumberOfTimes()
{
const int GamesToPlay = 200;
var firstPlayer = new ValidPlayerWithMethodsCallCounting();
var secondPlayer = new ValidPlayerWithMethodsCallCounting();
for (var i = 0; i < GamesToPlay; i++)
{
var firstToPlay = i % 2 == 0 ? PlayerPosition.FirstPlayer : PlayerPosition.SecondPlayer;
var game = new SantaseGame(firstPlayer, secondPlayer);
game.Start(firstToPlay);
}
// StartGame()
Assert.AreEqual(GamesToPlay, firstPlayer.StartGameCalledCount);
Assert.AreEqual(GamesToPlay, secondPlayer.StartGameCalledCount);
// EndGame()
Assert.AreEqual(GamesToPlay, firstPlayer.EndGameCalledCount);
Assert.AreEqual(GamesToPlay, secondPlayer.EndGameCalledCount);
// StartRound()
Assert.GreaterOrEqual(
firstPlayer.StartRoundCalledCount,
4 * GamesToPlay,
"Not started at least 4 rounds per game for the first player");
Assert.GreaterOrEqual(
secondPlayer.StartRoundCalledCount,
4 * GamesToPlay,
"Not started at least 4 rounds per game for the second player");
// EndRound()
Assert.GreaterOrEqual(
firstPlayer.EndRoundCalledCount,
GamesToPlay * 4,
"Not ended at least 4 rounds per game for the first player");
Assert.GreaterOrEqual(
secondPlayer.EndRoundCalledCount,
GamesToPlay * 4,
"Not ended at least 4 rounds per game for the second player");
// GetTurn() and EndTurn()
Assert.IsTrue(firstPlayer.GetTurnWhenFirst > GamesToPlay * 10);
Assert.IsTrue(firstPlayer.GetTurnWhenSecond > GamesToPlay * 10);
Assert.IsTrue(firstPlayer.EndTurnCalledCount > GamesToPlay * 10);
Assert.IsTrue(secondPlayer.GetTurnWhenFirst > GamesToPlay * 10);
Assert.IsTrue(secondPlayer.GetTurnWhenSecond > GamesToPlay * 10);
Assert.IsTrue(secondPlayer.EndTurnCalledCount > GamesToPlay * 10);
}
public void PlayersMethodsShouldBeCalledCorrectNumberOfTimes()
{
const int GamesToPlay = 200;
var firstPlayer = new ValidPlayerWithMethodsCallCounting();
var secondPlayer = new ValidPlayerWithMethodsCallCounting();
for (var i = 0; i < GamesToPlay; i++)
{
var firstToPlay = i % 2 == 0 ? PlayerPosition.FirstPlayer : PlayerPosition.SecondPlayer;
var game = new SantaseGame(firstPlayer, secondPlayer);
game.Start(firstToPlay);
}
// StartGame()
Assert.AreEqual(GamesToPlay, firstPlayer.StartGameCalledCount);
Assert.AreEqual(GamesToPlay, secondPlayer.StartGameCalledCount);
// EndGame()
Assert.AreEqual(GamesToPlay, firstPlayer.EndGameCalledCount);
Assert.AreEqual(GamesToPlay, secondPlayer.EndGameCalledCount);
// StartRound()
Assert.GreaterOrEqual(
firstPlayer.StartRoundCalledCount,
4 * GamesToPlay,
"Not started at least 4 rounds per game for the first player");
Assert.GreaterOrEqual(
secondPlayer.StartRoundCalledCount,
4 * GamesToPlay,
"Not started at least 4 rounds per game for the second player");
// EndRound()
Assert.GreaterOrEqual(
firstPlayer.EndRoundCalledCount,
GamesToPlay * 4,
"Not ended at least 4 rounds per game for the first player");
Assert.GreaterOrEqual(
secondPlayer.EndRoundCalledCount,
GamesToPlay * 4,
"Not ended at least 4 rounds per game for the second player");
// GetTurn() and EndTurn()
Assert.IsTrue(firstPlayer.GetTurnWhenFirst > GamesToPlay * 10);
Assert.IsTrue(firstPlayer.GetTurnWhenSecond > GamesToPlay * 10);
Assert.IsTrue(firstPlayer.EndTurnCalledCount > GamesToPlay * 10);
Assert.IsTrue(secondPlayer.GetTurnWhenFirst > GamesToPlay * 10);
Assert.IsTrue(secondPlayer.GetTurnWhenSecond > GamesToPlay * 10);
Assert.IsTrue(secondPlayer.EndTurnCalledCount > GamesToPlay * 10);
}
public void StartingGameShouldRestartTheGameToReuseGameInstance()
{
const int GamesToPlay = 20;
var firstPlayer = new ValidPlayerWithMethodsCallCounting();
var secondPlayer = new ValidPlayerWithMethodsCallCounting();
var game = new SantaseGame(firstPlayer, secondPlayer, GameRulesProvider.Santase, new NoLogger());
for (var i = 0; i < GamesToPlay; i++)
{
game.Start(i % 2 == 0 ? PlayerPosition.FirstPlayer : PlayerPosition.SecondPlayer);
}
Assert.True(
firstPlayer.StartRoundCalledCount >= 4 * GamesToPlay,
"Not started at least 4 rounds per game for the first player");
Assert.True(
secondPlayer.StartRoundCalledCount >= 4 * GamesToPlay,
"Not started at least 4 rounds per game for the second player");
}
public void PlayersStartRoundAndEndRoundShouldBeCalledAndShouldReceiveEqualNumberOfCards()
{
var firstPlayer = new ValidPlayerWithMethodsCallCounting();
var secondPlayer = new ValidPlayerWithMethodsCallCounting();
var round = new Round(firstPlayer, secondPlayer, GameRulesProvider.Santase);
round.Play(0, 0);
Assert.AreEqual(firstPlayer.AddCardCalledCount, secondPlayer.AddCardCalledCount);
Assert.AreEqual(firstPlayer.StartRoundCalledCount, 1);
Assert.AreEqual(secondPlayer.StartRoundCalledCount, 1);
Assert.AreEqual(firstPlayer.EndRoundCalledCount, 1);
Assert.AreEqual(secondPlayer.EndRoundCalledCount, 1);
Assert.GreaterOrEqual(firstPlayer.AddCardCalledCount, 2);
Assert.GreaterOrEqual(secondPlayer.AddCardCalledCount, 2);
Assert.LessOrEqual(firstPlayer.AddCardCalledCount, 6);
Assert.LessOrEqual(secondPlayer.AddCardCalledCount, 6);
}
public void PlayersStartRoundAndEndRoundShouldBeCalledAndShouldReceiveEqualNumberOfCards()
{
var firstPlayer = new ValidPlayerWithMethodsCallCounting();
var secondPlayer = new ValidPlayerWithMethodsCallCounting();
var round = new Round(firstPlayer, secondPlayer, GameRulesProvider.Santase);
round.Play(0, 0);
Assert.Equal(firstPlayer.AddCardCalledCount, secondPlayer.AddCardCalledCount);
Assert.Equal(1, firstPlayer.StartRoundCalledCount);
Assert.Equal(1, secondPlayer.StartRoundCalledCount);
Assert.Equal(1, firstPlayer.EndRoundCalledCount);
Assert.Equal(1, secondPlayer.EndRoundCalledCount);
Assert.True(firstPlayer.AddCardCalledCount >= 2);
Assert.True(secondPlayer.AddCardCalledCount >= 2);
Assert.True(firstPlayer.AddCardCalledCount <= GameRulesProvider.Santase.CardsAtStartOfTheRound);
Assert.True(secondPlayer.AddCardCalledCount <= GameRulesProvider.Santase.CardsAtStartOfTheRound);
}
public void PlayersStartRoundAndEndRoundShouldBeCalledAndShouldReceiveEqualNumberOfCards()
{
var firstPlayer = new ValidPlayerWithMethodsCallCounting();
var secondPlayer = new ValidPlayerWithMethodsCallCounting();
var round = new Round(firstPlayer, secondPlayer, GameRulesProvider.Santase);
round.Play(0, 0);
Assert.AreEqual(firstPlayer.AddCardCalledCount, secondPlayer.AddCardCalledCount);
Assert.AreEqual(firstPlayer.StartRoundCalledCount, 1);
Assert.AreEqual(secondPlayer.StartRoundCalledCount, 1);
Assert.AreEqual(firstPlayer.EndRoundCalledCount, 1);
Assert.AreEqual(secondPlayer.EndRoundCalledCount, 1);
Assert.GreaterOrEqual(firstPlayer.AddCardCalledCount, 2);
Assert.GreaterOrEqual(secondPlayer.AddCardCalledCount, 2);
Assert.LessOrEqual(firstPlayer.AddCardCalledCount, 6);
Assert.LessOrEqual(secondPlayer.AddCardCalledCount, 6);
}
public void StartingGameShouldRestartTheGameToReuseGameInstance()
{
const int GamesToPlay = 20;
var firstPlayer = new ValidPlayerWithMethodsCallCounting();
var secondPlayer = new ValidPlayerWithMethodsCallCounting();
var game = new SantaseGame(firstPlayer, secondPlayer, GameRulesProvider.Santase, new NoLogger());
for (var i = 0; i < GamesToPlay; i++)
{
game.Start(i % 2 == 0 ? PlayerPosition.FirstPlayer : PlayerPosition.SecondPlayer);
}
Assert.GreaterOrEqual(
firstPlayer.StartRoundCalledCount,
4 * GamesToPlay,
"Not started at least 4 rounds per game for the first player");
Assert.GreaterOrEqual(
secondPlayer.StartRoundCalledCount,
4 * GamesToPlay,
"Not started at least 4 rounds per game for the second player");
}
public void WinnersShouldBeEquallyDistributed()
{
const int GamesToPlay = 200;
var firstPlayer = new ValidPlayerWithMethodsCallCounting();
var secondPlayer = new ValidPlayerWithMethodsCallCounting();
var firstPlayerWinner = 0;
var secondPlayerWinner = 0;
for (var i = 0; i < GamesToPlay; i++)
{
var firstToPlay = i % 2 == 0 ? PlayerPosition.FirstPlayer : PlayerPosition.SecondPlayer;
var game = new SantaseGame(firstPlayer, secondPlayer);
var winner = game.Start(firstToPlay);
if (winner == PlayerPosition.FirstPlayer)
{
firstPlayerWinner++;
}
else if (winner == PlayerPosition.SecondPlayer)
{
secondPlayerWinner++;
}
}
Assert.AreEqual(GamesToPlay, firstPlayerWinner + secondPlayerWinner);
Assert.IsTrue(Math.Abs(firstPlayerWinner - secondPlayerWinner) < 150);
}