Esempio n. 1
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 @Test
 public void testCanAttackStraightDown() {
   Square currentSquare = new Square("d5");
   Square occupiedSquare = new Square("d1");
   board.placePiece(currentSquare, queen);
   board.placePiece(occupiedSquare, new Queen(Color.BLACK));
   assertTrue(queen.canAttack(board, currentSquare, occupiedSquare));
 }
Esempio n. 2
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 @Test
 public void testCannotMoveToOccupiedSquare() {
   Square currentSquare = new Square("a1");
   Square occupiedSquare = new Square("b1");
   board.placePiece(currentSquare, queen);
   board.placePiece(occupiedSquare, new Queen(Color.WHITE));
   assertFalse(queen.canMove(board, currentSquare, occupiedSquare));
 }
Esempio n. 3
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 @Test
 public void testCannotMoveWhenBlocked() {
   Square currentSquare = new Square("a1");
   Square emptySquare = new Square("c1");
   board.placePiece(currentSquare, queen);
   board.placePiece(new Square("b1"), new Queen(Color.WHITE));
   assertFalse(queen.canMove(board, currentSquare, emptySquare));
 }
Esempio n. 4
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 @Test
 public void testCannotAttackNonStraightOrDiagonalSquare() {
   Square currentSquare = new Square("a1");
   Square occupiedSquare = new Square("b8");
   board.placePiece(currentSquare, queen);
   board.placePiece(occupiedSquare, new Queen(Color.BLACK));
   assertFalse(queen.canMove(board, currentSquare, occupiedSquare));
 }
Esempio n. 5
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 @Test
 public void testCanAttackDiagonallyDownAndRight() {
   Square currentSquare = new Square("d5");
   Square occupiedSquare = new Square("f3");
   board.placePiece(currentSquare, queen);
   board.placePiece(occupiedSquare, new Queen(Color.BLACK));
   assertTrue(queen.canAttack(board, currentSquare, occupiedSquare));
 }
Esempio n. 6
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 @Test
 public void testCannotAttackWhenBlocked() {
   Square currentSquare = new Square("a1");
   Square occupiedSquare = new Square("c1");
   board.placePiece(currentSquare, queen);
   board.placePiece(new Square("b1"), new Queen(Color.WHITE));
   board.placePiece(occupiedSquare, new Queen(Color.BLACK));
   assertFalse(queen.canAttack(board, currentSquare, occupiedSquare));
 }
Esempio n. 7
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 @Test
 public void testCanMoveDiagonallyDownAndRight() {
   Square currentSquare = new Square("d5");
   Square emptySquare = new Square("f3");
   board.placePiece(currentSquare, queen);
   assertTrue(queen.canMove(board, currentSquare, emptySquare));
 }
Esempio n. 8
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 @Test
 public void testCanMoveStraightRight() {
   Square currentSquare = new Square("d5");
   Square emptySquare = new Square("h5");
   board.placePiece(currentSquare, queen);
   assertTrue(queen.canMove(board, currentSquare, emptySquare));
 }
Esempio n. 9
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 @Test
 public void testCannotAttackEmptySquare() {
   Square currentSquare = new Square("a1");
   Square emptySquare = new Square("c1");
   board.placePiece(currentSquare, queen);
   assertFalse(queen.canAttack(board, currentSquare, emptySquare));
 }
Esempio n. 10
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 @Test
 public void testCannotAttackSameSquare() {
   Square currentSquare = new Square("a1");
   Square occupiedSquare = new Square("a1");
   board.placePiece(currentSquare, queen);
   assertFalse(queen.canAttack(board, currentSquare, occupiedSquare));
 }
Esempio n. 11
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 @Test
 public void testCannotMoveToSameSquare() {
   Square currentSquare = new Square("a1");
   Square emptySquare = new Square("a1");
   board.placePiece(currentSquare, queen);
   assertFalse(queen.canMove(board, currentSquare, emptySquare));
 }
Esempio n. 12
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 @Test
 public void testCannotMoveToNonStraightOrDiagonalSquare() {
   Square currentSquare = new Square("a1");
   Square emptySquare = new Square("b8");
   board.placePiece(currentSquare, queen);
   assertFalse(queen.canMove(board, currentSquare, emptySquare));
 }