def test_queen_moves():
board = Board()
# Check move generation when queen is on A1
queen = Queen(Square.from_notation("a1"), board)
moves = queen.get_moves()
assert len(moves) == 21
assert all(isinstance(move, Square) for move in moves)
assert Square.from_notation("h1") in moves
assert Square.from_notation("a8") in moves
assert Square.from_notation("h8") in moves
# Check move generation when queen is on D4
queen = Queen(Square.from_notation("d4"), board)
moves = queen.get_moves()
assert len(moves) == 27
assert all(isinstance(move, Square) for move in moves)
assert Square.from_notation("a4") in moves
assert Square.from_notation("h4") in moves
assert Square.from_notation("d8") in moves
assert Square.from_notation("d1") in moves
assert Square.from_notation("b2") in moves
assert Square.from_notation("h8") in moves
assert Square.from_notation("a7") in moves
assert Square.from_notation("g1") in moves
# Check move generation when queen is on D4
# and there is a blockin piece on F4
queen = Queen(Square.from_notation("d4"), board)
blocking_bishop1 = Bishop(Square.from_notation("c4"), board)
blocking_bishop2 = Bishop(Square.from_notation("c3"), board)
board.add_piece(blocking_bishop1)
board.add_piece(blocking_bishop2)
moves = queen.get_moves()
assert len(moves) == 21
assert all(isinstance(move, Square) for move in moves)
assert Square.from_notation("h4") in moves
assert Square.from_notation("e4") in moves
assert Square.from_notation("d1") in moves
assert Square.from_notation("d8") in moves
assert Square.from_notation("f4") in moves
assert Square.from_notation("b6") in moves
assert Square.from_notation("g1") in moves
assert Square.from_notation("a7") in moves
assert Square.from_notation("a1") not in moves
assert Square.from_notation("a4") not in moves
def test_king_moves():
board = Board()
# Check move generation when king is on A1
king = King(Square.from_notation("a1"), board)
moves = king.get_moves()
assert len(moves) == 3
assert all(isinstance(move, Square) for move in moves)
assert Square(file=0, rank=1) in moves
assert Square.from_notation("b1") in moves
assert Square.from_notation("b1") in moves
# Check move generation when king is on D4
king = King(Square.from_notation("d4"), board)
moves = king.get_moves()
assert len(moves) == 8
assert all(isinstance(move, Square) for move in moves)
assert Square.from_notation("c3") in moves
assert Square.from_notation("c4") in moves
assert Square.from_notation("c5") in moves
assert Square.from_notation("d3") in moves
assert Square.from_notation("d5") in moves
assert Square.from_notation("e3") in moves
assert Square.from_notation("e4") in moves
assert Square.from_notation("e5") in moves
# Check move generation when king is on D4
# and there is a blockin piece on C5
king = King(Square.from_notation("d4"), board)
blocking_bishop = Bishop(Square.from_notation("c5"), board)
board.add_piece(blocking_bishop)
moves = king.get_moves()
assert len(moves) == 7
assert all(isinstance(move, Square) for move in moves)
assert Square.from_notation("c3") in moves
assert Square.from_notation("c4") in moves
assert Square.from_notation("c5") not in moves
assert Square.from_notation("d3") in moves
assert Square.from_notation("d5") in moves
assert Square.from_notation("e3") in moves
assert Square.from_notation("e4") in moves
assert Square.from_notation("e5") in moves
def test_knight_moves():
board = Board()
# Check move generation when knight is on A1
knight = Knight(Square.from_notation("a1"), board)
moves = knight.get_moves()
assert len(moves) == 2
assert all(isinstance(move, Square) for move in moves)
assert Square.from_notation("b3") in moves
assert Square.from_notation("c2") in moves
# Check move generation when knight is on D4
knight = Knight(Square.from_notation("d4"), board)
moves = knight.get_moves()
assert len(moves) == 8
assert all(isinstance(move, Square) for move in moves)
assert Square.from_notation("b3") in moves
assert Square.from_notation("b5") in moves
assert Square.from_notation("c6") in moves
assert Square.from_notation("c2") in moves
assert Square.from_notation("e2") in moves
assert Square.from_notation("e6") in moves
assert Square.from_notation("f5") in moves
assert Square.from_notation("f3") in moves
# Check move generation when knight is on D4
# and there is a blockin piece on C2
knight = Knight(Square.from_notation("d4"), board)
blocking_bishop = Bishop(Square.from_notation("c2"), board)
board.add_piece(blocking_bishop)
moves = knight.get_moves()
assert len(moves) == 7
assert all(isinstance(move, Square) for move in moves)
assert Square.from_notation("b3") in moves
assert Square.from_notation("b5") in moves
assert Square.from_notation("c6") in moves
assert Square.from_notation("c2") not in moves
assert Square.from_notation("e2") in moves
assert Square.from_notation("e6") in moves
assert Square.from_notation("f5") in moves
assert Square.from_notation("f3") in moves
def test_get_piece_that_reaches_square():
board = Board()
bishop = Bishop(Square.from_notation("a1"), board)
knight = Knight(Square.from_notation("b1"), board)
board.add_piece(bishop)
board.add_piece(knight)
square = Square.from_notation("a3")
assert isinstance(board.get_piece_that_reaches_square(square), Knight)
square = Square.from_notation("b2")
assert isinstance(board.get_piece_that_reaches_square(square), Bishop)
with raises(ValueError):
square = Square.from_notation("e2")
_ = board.get_piece_that_reaches_square(square)
def test_get_singular_squares():
board = Board()
bishop = Bishop(Square.from_notation("a1"), board)
knight = Knight(Square.from_notation("b1"), board)
board.add_piece(bishop)
board.add_piece(knight)
squares = board.get_singular_squares()
assert isinstance(squares, list)
assert all(isinstance(square, Square) for square in squares)
assert len(squares) == 8
assert Square.from_notation("b2") in squares
assert Square.from_notation("h8") in squares
assert Square.from_notation("c3") not in squares
assert Square.from_notation("a3") in squares
assert Square.from_notation("d2") in squares
def test_rook_moves():
board = Board()
# Check move generation when rook is on A1
rook = Rook(Square.from_notation("a1"), board)
moves = rook.get_moves()
assert len(moves) == 14
assert all(isinstance(move, Square) for move in moves)
assert Square.from_notation("h1") in moves
assert Square.from_notation("a8") in moves
# Check move generation when rook is on D4
rook = Rook(Square.from_notation("d4"), board)
moves = rook.get_moves()
assert len(moves) == 14
assert all(isinstance(move, Square) for move in moves)
assert Square.from_notation("a4") in moves
assert Square.from_notation("h4") in moves
assert Square.from_notation("d8") in moves
assert Square.from_notation("d1") in moves
# Check move generation when rook is on D4
# and there is a blockin piece on F4
rook = Rook(Square.from_notation("d4"), board)
blocking_bishop = Bishop(Square.from_notation("f4"), board)
board.add_piece(blocking_bishop)
moves = rook.get_moves()
assert len(moves) == 11
assert all(isinstance(move, Square) for move in moves)
assert Square.from_notation("a4") in moves
assert Square.from_notation("e4") in moves
assert Square.from_notation("d1") in moves
assert Square.from_notation("d8") in moves
assert Square.from_notation("f4") not in moves
def test_bishop_moves():
board = Board()
# Check move generation when bishop is on A1
bishop = Bishop(Square.from_notation("a1"), board)
moves = bishop.get_moves()
assert len(moves) == 7
assert all(isinstance(move, Square) for move in moves)
assert Square.from_notation("b2") in moves
assert Square.from_notation("h8") in moves
# Check move generation when bishop is on D4
bishop = Bishop(Square.from_notation("d4"), board)
moves = bishop.get_moves()
assert len(moves) == 13
assert all(isinstance(move, Square) for move in moves)
assert Square.from_notation("b2") in moves
assert Square.from_notation("h8") in moves
assert Square.from_notation("a7") in moves
assert Square.from_notation("g1") in moves
# Check move generation when bishop is on E4
# and there is a blockin piece on F5
bishop = Bishop(Square.from_notation("e4"), board)
blocking_bishop = Bishop(Square.from_notation("f5"), board)
board.add_piece(blocking_bishop)
moves = bishop.get_moves()
assert len(moves) == 10
assert all(isinstance(move, Square) for move in moves)
assert Square.from_notation("b1") in moves
assert Square.from_notation("h1") in moves
assert Square.from_notation("a8") in moves
assert Square.from_notation("h7") not in moves
class GameState:
QUESTIONS_PER_LEVEL = 5
MAX_LEVEL = 5
# for every level add the corresponding piece to the board
LEVELS = {1: Bishop, 2: Knight, 3: Rook, 4: King, 5: Queen}
def __init__(self):
self.board = Board()
self.current_state = States.PRE_GAME
self.level = 0
self.score = 0
def setup_pre_game(self):
"""Reset board and set 2 initial pieces"""
# reset game info
self.current_state = States.PLAY
self.level = 0
self.board.reset()
# add initial 2 pieces to the board (knight & bishop)
all_squares = list(range(64))
for piece in (Bishop, Knight):
square = choice(all_squares)
all_squares.remove(square)
piece_object = piece(Square.from_index(square), self.board)
self.board.add_piece(piece_object)
def print_piece_info(self):
for piece in self.board.pieces:
print(
f"You have a {piece.__class__.__name__} on {piece.square.notation}"
)
def generate_new_square(self):
return choice(self.board.get_singular_squares())
def generate_new_piece(self, level: int) -> Piece:
all_squares = list(range(64))
for piece in self.board.pieces:
all_squares.remove(piece.square.index)
square_index = choice(all_squares)
square = Square.from_index(square_index)
new_piece_class = self.LEVELS.get(level)
new_piece = new_piece_class(square, self.board)
return new_piece
def update_game(self, guessed_piece: Piece, new_square: Square):
self.score += 1
# change position of the piece
for piece in self.board.pieces:
if piece is guessed_piece:
piece.square = new_square
new_level = self.score // self.QUESTIONS_PER_LEVEL
if new_level > self.level:
self.level = new_level
print(f"------------------")
print(f"---> LEVEL UP <---")
print(f"------------------")
new_piece = self.generate_new_piece(self.level)
self.board.add_piece(new_piece)
print(
f"You got a NEW {new_piece.__class__.__name__} on {new_piece.square.notation}"
)
