/** Tests to see if a bishop at 4,4 causes check to a king at 2,2 */
@Test
public void testBasicCheck() {
setup();
chessBoard = new RectangularBoard(new StandardGame());
Bishop b = new Bishop(4, 4, chessBoard, player1);
King k = new King(2, 2, chessBoard, player2);
assertTrue(chessBoard.locationPressured(player2.getKing().getLocation(), player2));
assertEquals(6, chessBoard.getAllMoves(player2).size());
}
/** Tests a complicated checkmate situation where player2 is checkmated by player1's knight. */
@Test
public void testComplicatedMate() {
setup();
chessBoard = new RectangularBoard(new StandardGame());
Bishop b = new Bishop(4, 4, chessBoard, player1);
Knight h = new Knight(5, 4, chessBoard, player1);
King k = new King(3, 3, chessBoard, player1);
Rook R = new Rook(5, 7, chessBoard, player2);
King K = new King(6, 7, chessBoard, player2);
Pawn P1 = new Pawn(5, 6, chessBoard, player2);
Pawn P2 = new Pawn(7, 6, chessBoard, player2);
Pawn P3 = new Pawn(6, 5, chessBoard, player2);
/*
7 . . R K . (player 2) Capital's direction is down
6 . . P . P NOTE: ORGINAL VIEW
5 . . . P .
4 . b h . .
3 k . . . .
3 4 5 6 7
*/
assertFalse(chessBoard.locationPressured(player2.getKing().getLocation(), player2));
// now move the horse
h.movePieceToTile(new Point(7, 5), true);
assertTrue(chessBoard.locationPressured(player2.getKing().getLocation(), player2));
assertTrue(chessBoard.noPossibleMoves(player2));
/*
7 . . R K . Capital's direction is down
6 . . P . P NOTE: FINAL OUTCOME, horse was at 5, 4
5 . . . P h
4 . b . . .
3 . . . . .
3 4 5 6 7
*/
}