public void verifyMoveConstructorWithCapture()
{
// Make two occupied squares and construct a move from one to the other. Test
// that the capture is correctly propagated to the move.
square src = new pawnSquare(new squarePos(1, 1), pieceColour.black);
square dst = new pawnSquare(new squarePos(2, 1), pieceColour.white);
move captureMove = new move(src, dst);
// First, check that the move has the correct squares associated with it..
Assert.IsTrue(captureMove.srcPos.isSameSquareAs(src.position));
Assert.IsTrue(captureMove.dstPos.isSameSquareAs(dst.position));
Assert.IsTrue(captureMove.isCapture);
Assert.IsTrue(captureMove.capturedSquare == dst);
}
public static square makeSquare(pieceType newType, pieceColour newColour, squarePos newPos)
{
square toRet ;
switch (newType)
{
case pieceType.none:
toRet = new square(newPos);
break;
case pieceType.pawn:
toRet = new pawnSquare(newPos, newColour);
break;
case pieceType.rook:
toRet = new rookSquare(newPos, newColour);
break;
case pieceType.bishop:
toRet = new bishopSquare(newPos, newColour);
break;
case pieceType.knight:
toRet = new knightSquare(newPos, newColour);
break;
case pieceType.queen:
toRet = new queenSquare(newPos, newColour);
break;
case pieceType.king:
toRet = new kingSquare(newPos, newColour);
break;
default:
throw new ArgumentOutOfRangeException();
}
return toRet;
}
