public void TestMockedChessOverrides()
{
var chess = new MockedChess();
Assert.Empty(chess.AllMoves(true));
Assert.Empty(chess.AllMoves(false));
Assert.Empty(chess.AvailableMoves(true));
Assert.Empty(chess.AvailableMoves(false));
Assert.False(chess.Process(
new Move(
new Square(Files.a, Ranks.one),
new Square(Files.a, Ranks.one),
MoveType.Normal),
out IPiece piece));
Assert.Null(piece);
}
public void TestChessBoard()
{
IReadOnlyDictionary <Square, IPiece> position = new Dictionary <Square, IPiece>()
{
{ new Square(Files.a, Ranks.one), new MockedPiece(true) },
{ new Square(Files.b, Ranks.two), new MockedPiece(false) },
{ new Square(Files.c, Ranks.three), new MockedPiece(true) },
{ new Square(Files.d, Ranks.four), new MockedPiece(false) },
{ new Square(Files.e, Ranks.five), new MockedPiece(true) },
{ new Square(Files.f, Ranks.six), new MockedPiece(false) },
{ new Square(Files.g, Ranks.seven), new MockedPiece(true) },
{ new Square(Files.h, Ranks.eight), new MockedPiece(false) },
};
IChess chess = new MockedChess(position);
Assert.Empty(chess.MoveEntries);
Assert.Empty(chess.AvailableMoves(false));
Assert.Equal(8, chess.Position.Count);
Assert.All(
position.Keys,
s => {
Assert.NotEqual(position[s], chess.Position[s]);
Assert.True(chess.Position[s] is MockedPiece);
if ((int)s.File % 2 == 0)
{
Assert.False(chess.Position[s].Color);
}
else
{
Assert.True(chess.Position[s].Color);
}
}
);
}
