public static void Setup()
{
ConsoleInputController = new ConsoleInputController(Player);
ConsoleInputController.IOInterface = TextIOMock.Object;
var board = new Game.Simulation.Board
{
Squares = new Square[, ]
{
{ new Square(' ', 'a', 1), new Square(' ', 'a', 2), new Square(' ', 'a', 3), new Square(' ', 'a', 4), new Square(' ', 'a', 5), new Square(' ', 'a', 6), new Square(' ', 'a', 7), new Square(' ', 'a', 8) },
{ new Square(' ', 'b', 1), new Square(' ', 'b', 2), new Square(' ', 'b', 3), new Square(' ', 'b', 4), new Square(' ', 'b', 5), new Square(' ', 'b', 6), new Square(' ', 'b', 7), new Square(' ', 'b', 8) },
{ new Square(' ', 'c', 1), new Square(' ', 'c', 2), new Square(' ', 'c', 3), new Square(' ', 'c', 4), new Square(' ', 'c', 5), new Square(' ', 'c', 6), new Square(' ', 'c', 7), new Square(' ', 'c', 8) },
{ new Square(' ', 'd', 1), new Square(' ', 'd', 2), new Square(' ', 'd', 3), new Square(' ', 'd', 4), new Square(' ', 'd', 5), new Square(' ', 'd', 6), new Square(' ', 'd', 7), new Square(' ', 'd', 8) },
{ new Square(' ', 'e', 1), new Square(' ', 'e', 2), new Square(' ', 'e', 3), new Square(' ', 'e', 4), new Square(' ', 'e', 5), new Square(' ', 'e', 6), new Square(' ', 'e', 7), new Square(' ', 'e', 8) },
{ new Square(' ', 'f', 1), new Square(' ', 'f', 2), new Square(' ', 'f', 3), new Square(' ', 'f', 4), new Square(' ', 'f', 5), new Square('♘', 'f', 6), new Square(' ', 'f', 7), new Square(' ', 'f', 8) },
{ new Square(' ', 'g', 1), new Square(' ', 'g', 2), new Square(' ', 'g', 3), new Square(' ', 'g', 4), new Square(' ', 'g', 5), new Square(' ', 'g', 6), new Square(' ', 'g', 7), new Square(' ', 'g', 8) },
{ new Square(' ', 'h', 1), new Square(' ', 'h', 2), new Square(' ', 'h', 3), new Square(' ', 'h', 4), new Square(' ', 'h', 5), new Square(' ', 'h', 6), new Square(' ', 'h', 7), new Square(' ', 'h', 8) }
}
};
Game = new Game.Simulation.Game(board, new SimpleAI(Color.black), Player);
}
public static void ShouldIdentifyPositionsOutsideBoard()
{
var board = new Game.Simulation.Board(squares: Game.Simulation.Board.DefaultStartingSquares());
var offBoard1 = new Vec2 <int>(-1, 7);
var offBoard2 = new Vec2 <int>(0, 8);
board.IsInsideBounds(offBoard1).Should().Be(false);
board.IsInsideBounds(offBoard2).Should().Be(false);
}
public static void ShouldIdentifyPositionsInsideBoard()
{
var board = new Game.Simulation.Board(squares: Game.Simulation.Board.DefaultStartingSquares());
var onBoard1 = new Vec2 <int>(1, 7);
var onBoard2 = new Vec2 <int>(7, 0);
board.IsInsideBounds(onBoard1).Should().Be(true);
board.IsInsideBounds(onBoard2).Should().Be(true);
}
public static void ShouldIdentifyMatchingPieceOnAnotherBoard()
{
Game.Board board = new Game.Simulation.Board();
Game.Board boardCopy = new Game.Simulation.Board(board);
Queen queen = (Queen)board['d', 8].Piece.Object;
Queen duplicateQueen = (Queen)boardCopy['d', 8].Piece.Object;
board.FindMatchingPiece(duplicateQueen).Should().Be(queen);
}
public static void SquarePositionShouldMatchPositionOnGrid()
{
var board = new Game.Simulation.Board(Game.Simulation.Board.DefaultEmptySquares());
for (uint i = 0; i < board.Squares.GetLength(0); i++)
{
for (uint j = 0; j < board.Squares.GetLength(1); j++)
{
Game.Square square = board.Squares[i, j];
Assert.AreEqual((i, j), square.BoardPosition);
}
}
}
public static void ShouldFindAllValidMoveDestinations()
{
Board board = new Game.Simulation.Board(squares: Game.Simulation.Board.DefaultEmptySquares());
Piece knight = new Knight(Color.white);
board['e', 4].Piece = knight;
List <Square> possibleMoves = knight.FindAllPossibleLegalMoveDestinations();
AssertContains(actual: possibleMoves, board['f', 2],
board['d', 2],
board['c', 3],
board['c', 5],
board['d', 6],
board['f', 6],
board['g', 5],
board['g', 3]);
}
public static void ShouldCalculateTotalValueOfPiecesOfGivenColorOnBoard()
{
var squares = new Square[, ]
{
{ new Square('♜', 'a', 1), new Square('♟', 'a', 2), new Square(' ', 'a', 3), new Square(' ', 'a', 4), new Square(' ', 'a', 5), new Square(' ', 'a', 6), new Square(' ', 'a', 7), new Square(' ', 'a', 8) },
{ new Square(' ', 'b', 1), new Square(' ', 'b', 2), new Square(' ', 'b', 3), new Square(' ', 'b', 4), new Square(' ', 'b', 5), new Square(' ', 'b', 6), new Square(' ', 'b', 7), new Square(' ', 'b', 8) },
{ new Square(' ', 'c', 1), new Square(' ', 'c', 2), new Square(' ', 'c', 3), new Square(' ', 'c', 4), new Square(' ', 'c', 5), new Square(' ', 'c', 6), new Square(' ', 'c', 7), new Square(' ', 'c', 8) },
{ new Square('♚', 'd', 1), new Square(' ', 'd', 2), new Square(' ', 'd', 3), new Square(' ', 'd', 4), new Square(' ', 'd', 5), new Square(' ', 'd', 6), new Square(' ', 'd', 7), new Square(' ', 'd', 8) },
{ new Square(' ', 'e', 1), new Square(' ', 'e', 2), new Square(' ', 'e', 3), new Square(' ', 'e', 4), new Square(' ', 'e', 5), new Square(' ', 'e', 6), new Square(' ', 'e', 7), new Square('♔', 'e', 8) },
{ new Square('♝', 'f', 1), new Square(' ', 'f', 2), new Square(' ', 'f', 3), new Square(' ', 'f', 4), new Square(' ', 'f', 5), new Square(' ', 'f', 6), new Square('♙', 'f', 7), new Square(' ', 'f', 8) },
{ new Square(' ', 'g', 1), new Square('♟', 'g', 2), new Square(' ', 'g', 3), new Square(' ', 'g', 4), new Square(' ', 'g', 5), new Square(' ', 'g', 6), new Square('♙', 'g', 7), new Square('♘', 'g', 8) },
{ new Square(' ', 'h', 1), new Square(' ', 'h', 2), new Square(' ', 'h', 3), new Square(' ', 'h', 4), new Square(' ', 'h', 5), new Square(' ', 'h', 6), new Square(' ', 'h', 7), new Square(' ', 'h', 8) }
};
var board = new Game.Simulation.Board(squares);
var blackPlayerMock = new Mock <Player>(Color.black);
var whitePlayerMock = new Mock <Player>(Color.white);
blackPlayerMock.Setup(
(Player self) => self.Color)
.Returns(
() => Color.black);
whitePlayerMock.Setup(
(Player self) => self.Color)
.Returns(
() => Color.white);
Player blackPlayer = blackPlayerMock.Object;
Player whitePlayer = whitePlayerMock.Object;
board.CalculateRelativeValueToPlayers().valueToBlack.Should().Be(5);
board.CalculateRelativeValueToPlayers().valueToWhite.Should().Be(-5);
}
