public void IsColorInCheck(string p_test, string p_fen, bool p_result)
{
Position position = new Position(p_fen);
Debug.Print(p_test + " from FEN " + p_fen + "\n");
Debug.Print(position.ToString());
Assert.Equal(position.IsColorInCheck(BitBoard.COLOR_BLACK), p_result);
}
public void GetLegalMoves(string p_test, string p_fen, int p_expectedCountOfMove)
{
Position positionFromFen = new Position(p_fen);
Debug.Print(p_test + " from FEN " + p_fen + "\n");
Debug.Print(positionFromFen.ToString());
MoveList moveList = positionFromFen.GetLegalMoves();
Debug.Print("MoveList:\n");
Debug.Print(moveList.ToString());
Assert.Equal(p_expectedCountOfMove, moveList.CountMoves);
}
public void PositionFromFen(string p_test, string p_fen)
{
Position positionFromFen = new Position(p_fen);
Debug.Print(p_test + " from FEN " + p_fen + "\n");
Debug.Print(positionFromFen.ToString());
}
public Position MakeMove(int p_fromIndex, int p_toIndex, int p_pieceType, int p_promotionToPieceType)
{
//TODO Implement MakeMove
Position newPosition = new Position(this);
newPosition.Pieces[ColorToMove | p_pieceType] &= BitBoard.NegationOfSquare[p_fromIndex];
if (p_promotionToPieceType == 0)
{
newPosition.Pieces[ColorToMove | p_pieceType] |= BitBoard.Square[p_toIndex];
}
else
{
newPosition.Pieces[ColorToMove | p_promotionToPieceType] |= BitBoard.Square[p_toIndex];
}
newPosition.ColorToMove = 1 - newPosition.ColorToMove;
newPosition.HalfMoves++;
return newPosition;
}
private Position(Position p_position)
{
ColorToMove = p_position.ColorToMove;
for (int i = 0; i < 16; i++)
{
Pieces[i] = p_position.Pieces[i];
}
EnPassant = p_position.EnPassant;
for (int i = 0; i < 2; i++)
{
CastleKingside[i] = p_position.CastleKingside[i];
CastleQueenside[i] = p_position.CastleQueenside[i];
}
FiftyMovesClock = p_position.FiftyMovesClock;
HalfMoves = p_position.HalfMoves;
}