public void GetWinnerSide_QueensMoved15TimesWithTaking_NoDraw()
{
// Arrange
var playerCheckersFirstPlayer = new List <CheckerModel> {
new CheckerModel(0, 0, PieceType.Queen, Side.White)
};
var playerCheckersSecondPlayer = new List <CheckerModel> {
new CheckerModel(7, 1, PieceType.Queen, Side.Black)
};
DataProvider dataProvider = new DataProvider(playerCheckersFirstPlayer, playerCheckersSecondPlayer);
var mainPlayer = new MainPlayer(dataProvider, Side.White);
var robotPlayer = new RobotPlayer(dataProvider, Side.Black);
var actionsHistory = new Stack <HistoryMove>(GetHistoryActionsWithTaking(playerCheckersFirstPlayer.Single(), playerCheckersSecondPlayer.Single()));
// Act
mainPlayer.CalculateNeighbors();
robotPlayer.CalculateNeighbors();
mainPlayer.CalculateAvailablePaths();
robotPlayer.CalculateAvailablePaths();
var gameStatusChecker = new GameStatusChecker(mainPlayer, robotPlayer, actionsHistory);
Side winnerSide = gameStatusChecker.GetWinnerSide();
// Assert
Assert.AreEqual(Side.None, winnerSide);
}
public void Checker_ConvertsTakeCheckerAndActsAsQueen_ShouldTakeSecondChecker()
{
// Arrange
var mainPlayCheckers = new List <CheckerModel>()
{
new CheckerModel(5, 5, PieceType.Checker, Side.White),
};
var secondPlayerCheckers = new List <CheckerModel>()
{
new CheckerModel(4, 6, PieceType.Checker, Side.Black),
new CheckerModel(1, 5, PieceType.Checker, Side.Black),
};
DataProvider dataProvider = new DataProvider(mainPlayCheckers, secondPlayerCheckers);
var mainPlayer = new MainPlayer(dataProvider, Side.White);
var robotPlayer = new RobotPlayer(dataProvider, Side.Black);
var emptyPlayer = new EmptyUserPlayer(dataProvider);
var game = new RussianCheckers.Core.Game(mainPlayer, robotPlayer, emptyPlayer, dataProvider);
// Act
game.ReCalculateNeighborsAndPaths();
// Assert
var availablePaths = mainPlayer.CalculateAvailablePaths();
Assert.IsTrue(availablePaths.Any(x => x.Last.Value.Column == 0 && x.Last.Value.Row == 4));
}
public void CalculateAvailableForQueen_SameBehaviorAsChecker_ShouldBe_23()
{
// Arrange
var mainPlayCheckers = new List <CheckerModel>()
{
new CheckerModel(4, 2, PieceType.Queen, Side.White),
};
var secondPlayerCheckers = new List <CheckerModel>()
{
new CheckerModel(3, 3, PieceType.Checker, Side.Black),
new CheckerModel(5, 3, PieceType.Checker, Side.Black),
new CheckerModel(3, 5, PieceType.Checker, Side.Black),
new CheckerModel(5, 5, PieceType.Checker, Side.Black),
new CheckerModel(1, 5, PieceType.Checker, Side.Black),
new CheckerModel(5, 1, PieceType.Checker, Side.Black),
};
DataProvider dataProvider = new DataProvider(mainPlayCheckers, secondPlayerCheckers);
var mainPlayer = new MainPlayer(dataProvider, Side.White);
var robotPlayer = new RobotPlayer(dataProvider, Side.Black);
var emptyPlayer = new EmptyUserPlayer(dataProvider);
var game = new RussianCheckers.Core.Game(mainPlayer, robotPlayer, emptyPlayer, dataProvider);
// Act
game.ReCalculateNeighborsAndPaths();
// Assert
var availablePaths = mainPlayer.CalculateAvailablePaths();
Assert.AreEqual(23, availablePaths.Count());
}
public void CalculateAvailablePaths_Returns_Paths_MaxIs_9()
{
// Arrange
var mainPlayCheckers = new List <CheckerModel>()
{
new CheckerModel(4, 2, PieceType.Checker, Side.White),
};
var secondPlayerCheckers = new List <CheckerModel>()
{
new CheckerModel(3, 3, PieceType.Checker, Side.Black),
new CheckerModel(5, 3, PieceType.Checker, Side.Black),
new CheckerModel(3, 5, PieceType.Checker, Side.Black),
new CheckerModel(5, 5, PieceType.Checker, Side.Black),
new CheckerModel(1, 5, PieceType.Checker, Side.Black),
};
DataProvider dataProvider = new DataProvider(mainPlayCheckers, secondPlayerCheckers);
var mainPlayer = new MainPlayer(dataProvider, Side.White);
var robotPlayer = new RobotPlayer(dataProvider, Side.Black);
var emptyPlayer = new EmptyUserPlayer(dataProvider);
// Act
var game = new RussianCheckers.Core.Game(mainPlayer, robotPlayer, emptyPlayer, dataProvider);
game.ReCalculateNeighborsAndPaths();
var availablePathsForWhite = mainPlayer.CalculateAvailablePaths();
// Assert
Assert.AreEqual(9, availablePathsForWhite.Max(x => x.Count));
}
public void CalculateAvailableForQueen_ThreeBlackCheckers_Should_Have_5_Paths()
{
// Arrange
var mainPlayCheckers = new List <CheckerModel> {
new CheckerModel(4, 6, PieceType.Queen, Side.White)
};
var secondPlayerCheckers = new List <CheckerModel>()
{
new CheckerModel(2, 4, PieceType.Checker, Side.Black),
new CheckerModel(1, 1, PieceType.Checker, Side.Black),
new CheckerModel(6, 4, PieceType.Checker, Side.Black),
};
DataProvider dataProvider = new DataProvider(mainPlayCheckers, secondPlayerCheckers);
var mainPlayer = new MainPlayer(dataProvider, Side.White);
var robotPlayer = new RobotPlayer(dataProvider, Side.Black);
var emptyPlayer = new EmptyUserPlayer(dataProvider);
var game = new RussianCheckers.Core.Game(mainPlayer, robotPlayer, emptyPlayer, dataProvider);
// Act
game.ReCalculateNeighborsAndPaths();
// Assert
var availablePaths = mainPlayer.CalculateAvailablePaths();
Assert.AreEqual(5, availablePaths.Count());
}
public void GetWinnerSide_WhitePlayerHasNoAvailableMoves_BlackPlayerVictory()
{
// Arrange
var playerCheckersFirstPlayer = new List <CheckerModel> {
new CheckerModel(0, 6, PieceType.Checker, Side.White)
};
var playerCheckersSecondPlayer = new List <CheckerModel> {
new CheckerModel(1, 7, PieceType.Checker, Side.Black)
};
DataProvider dataProvider = new DataProvider(playerCheckersFirstPlayer, playerCheckersSecondPlayer);
var mainPlayer = new MainPlayer(dataProvider, Side.White);
var robotPlayer = new RobotPlayer(dataProvider, Side.Black);
// Act
mainPlayer.CalculateNeighbors();
robotPlayer.CalculateNeighbors();
mainPlayer.CalculateAvailablePaths();
robotPlayer.CalculateAvailablePaths();
var gameStatusChecker = new GameStatusChecker(mainPlayer, robotPlayer, new Stack <HistoryMove>());
Side winnerSide = gameStatusChecker.GetWinnerSide();
// Assert
Assert.AreEqual(Side.Black, winnerSide);
}