def test_board_create():
tiles = []
for _ in range(9):
tiles.append(Tile())
board = Board(tiles)
assert board.tiles() == tiles
assert board.entangl_tiles() == []
def test_win_option_some_winners():
tiles = []
for _ in range(9):
tiles.append(Tile())
board = Board(tiles)
coll_moves = ['x3', 'x1', 'x5', 'y2', '-', 'y4', 'y6', 'x7', 'y8']
assert board.win_options(coll_moves) == (['x1'], [[0, 1, 2]])
def test_is_winner_no_end():
tiles = []
for _ in range(9):
tiles.append(Tile())
board = Board(tiles)
board.tiles()[0].set_collapsed('x1')
assert board.is_winner() == (None, [])
def test_could_collapse_error():
tiles = []
for _ in range(9):
tiles.append(Tile())
board = Board(tiles)
with pytest.raises(InvalidCollapseError):
board.could_collapse(1, 'x1')
def test_win_option_no_winner():
tiles = []
for _ in range(9):
tiles.append(Tile())
board = Board(tiles)
coll_moves = ['x1', 'x3', 'y2', '-', '-', '-', '-', '-', '-']
assert board.win_options(coll_moves) == ([], [])
def test_is_winner_more_options():
tiles = []
for _ in range(9):
tiles.append(Tile())
board = Board(tiles)
board.tiles()[0].set_collapsed('x7')
board.tiles()[1].set_collapsed('x3')
board.tiles()[2].set_collapsed('x5')
board.tiles()[3].set_collapsed('y2')
board.tiles()[4].set_collapsed('y4')
board.tiles()[5].set_collapsed('y6')
assert board.is_winner() == ('y', [3, 4, 5])
def main():
tiles = []
for i in range(0, 9):
tiles.append(Tile())
myboard = Board(tiles)
game = Game(myboard)
game.play()
def test_is_not_game_end():
tiles = []
for _ in range(9):
tiles.append(Tile())
board = Board(tiles)
game = Game(board)
assert game.is_game_end() is False
def test_move_wrong_number():
tiles = []
for _ in range(9):
tiles.append(Tile())
board = Board(tiles)
game = Game(board)
with pytest.raises(InvalidMoveError):
game.move(9)
def test_move_correct():
tiles = []
for _ in range(9):
tiles.append(Tile())
board = Board(tiles)
game = Game(board)
assert game.move(1) == 1
assert game.last_tile() == 1
def test_bot_create_easy():
tiles = []
for _ in range(9):
tiles.append(Tile())
board = Board(tiles)
game = Game(board)
bot = Bot('easy', board, game)
assert bot.mode() == 'easy'
def test_reset_entangle_tiles():
tiles = []
for _ in range(9):
tiles.append(Tile())
board = Board(tiles)
board.add_entangl_tile(1)
board.add_entangl_tile(2)
assert board.entangl_tiles() == [1, 2]
board.reset_entangl_tiles()
assert board.entangl_tiles() == []
def test_move_is_not_correct_collapsed_tile():
tiles = []
for _ in range(9):
tiles.append(Tile())
board = Board(tiles)
game = Game(board)
tile = game.board.tiles()[1]
tile.set_collapsed('x1')
assert game.move_is_correct(tile, 1) is False
def test_whos_move_x():
tiles = []
for _ in range(9):
tiles.append(Tile())
board = Board(tiles)
game = Game(board)
game.set_last_move('y1')
game.increase_counter()
assert game.whos_move() == 'x2'
def test_move_is_not_correct_same_tile():
tiles = []
for _ in range(9):
tiles.append(Tile())
board = Board(tiles)
game = Game(board)
game.set_first_move(False)
game.set_last_tile(1)
tile = game.board.tiles()[1]
assert game.move_is_correct(tile, 1) is False
def test_is_winner_one_option():
tiles = []
for _ in range(9):
tiles.append(Tile())
board = Board(tiles)
board.tiles()[0].set_collapsed('x1')
board.tiles()[1].set_collapsed('x3')
board.tiles()[2].set_collapsed('x5')
assert board.is_winner() == ('x', [0, 1, 2])
def test_is_game_end_more_options():
tiles = []
for _ in range(9):
tiles.append(Tile())
board = Board(tiles)
board.tiles()[0].set_collapsed('x7')
board.tiles()[1].set_collapsed('x3')
board.tiles()[2].set_collapsed('x5')
board.tiles()[3].set_collapsed('y2')
board.tiles()[4].set_collapsed('y4')
board.tiles()[5].set_collapsed('y6')
game = Game(board)
assert game.is_game_end() is True
def test_bot_move(monkeypatch):
def one(a):
return 1
tiles = []
for _ in range(9):
tiles.append(Tile())
board = Board(tiles)
game = Game(board)
bot = Bot('easy', board, game)
monkeypatch.setattr('quantum_tictactoe.bot.choice', one)
assert bot.move() == (1, 1)
def test_could_collapse():
tiles = []
for _ in range(9):
tiles.append(Tile())
board = Board(tiles)
board.add_entangl_tile(1)
board.add_entangl_tile(2)
board.tiles()[1].set_move_on_tile('x1')
board.tiles()[2].set_move_on_tile('x1')
assert board.could_collapse(1, 'x1') is True
def test_add_entangle_tile():
tiles = []
for _ in range(9):
tiles.append(Tile())
board = Board(tiles)
assert board.entangl_tiles() == []
board.add_entangl_tile(1)
assert board.entangl_tiles() == [1]
def test_game_create():
tiles = []
for _ in range(9):
tiles.append(Tile())
board = Board(tiles)
game = Game(board)
assert game.board == board
assert game.entanglement is False
assert game.basic is True
assert game.is_first_move() is True
assert game.last_tile() == ''
assert game.last_move() == ''
assert game.is_finished() is False
assert game.game_result() == ''
assert game.counter() == 1
def test_is_game_end():
tiles = []
for _ in range(9):
tiles.append(Tile())
board = Board(tiles)
board.tiles()[0].set_collapsed('x1')
board.tiles()[1].set_collapsed('x3')
board.tiles()[2].set_collapsed('x5')
game = Game(board)
assert game.is_game_end() is True
def test_game_making_changes():
tiles = []
for _ in range(9):
tiles.append(Tile())
board = Board(tiles)
game = Game(board)
game.set_first_move(False)
assert game.is_first_move() is False
game.set_last_tile(2)
assert game.last_tile() == 2
game.set_last_move('x1')
assert game.last_move() == 'x1'
game.set_finished()
assert game.is_finished() is True
game.increase_counter()
assert game.counter() == 2
def test_bot_collapse(monkeypatch):
tiles = []
for _ in range(9):
tiles.append(Tile())
board = Board(tiles)
game = Game(board)
board.tiles()[1].set_move_on_tile('x1')
board.tiles()[2].set_move_on_tile('x1')
board.tiles()[1].set_move_on_tile('x3')
board.tiles()[2].set_move_on_tile('x3')
board.add_entangl_tile(1)
board.add_entangl_tile(2)
bot = Bot('easy', board, game)
def one(a):
return 1
monkeypatch.setattr('quantum_tictactoe.bot.choice', one)
assert bot.collapse() == '1,x3'
def test_game_collapse_bot():
tiles = []
for _ in range(9):
tiles.append(Tile())
board = Board(tiles)
game = Game(board)
bot = Bot('easy', board, game)
assert board.tiles()[1].is_collapsed() is False
assert board.tiles()[2].is_collapsed() is False
board.tiles()[1].set_move_on_tile('x1')
board.tiles()[2].set_move_on_tile('x1')
board.tiles()[1].set_move_on_tile('x3')
board.tiles()[2].set_move_on_tile('x3')
game.set_last_move('x3')
game.set_last_tile(2)
game.game_entanglement()
game.game_collapse(bot, 'easy')
assert board.tiles()[1].is_collapsed() is True
assert board.tiles()[2].is_collapsed() is True
def test_game_clear():
tiles = []
for _ in range(9):
tiles.append(Tile())
board = Board(tiles)
game = Game(board)
game.set_first_move(False)
game.set_last_tile(2)
game.set_last_move('x1')
game.set_finished()
game.increase_counter()
game.clear_game()
assert game.is_first_move() is True
assert game.last_tile() == ''
assert game.last_move() == ''
assert game.is_finished() is False
assert game.game_result() == ''
assert game.counter() == 1
def test_is_not_entanglement():
tiles = []
for _ in range(9):
tiles.append(Tile())
board = Board(tiles)
game = Game(board)
board.tiles()[1].set_move_on_tile('x1')
board.tiles()[2].set_move_on_tile('x1')
board.tiles()[1].set_move_on_tile('x3')
board.tiles()[3].set_move_on_tile('x3')
game.set_last_move('x3')
game.set_last_tile(1)
assert game.is_entanglement() is False
def test_game_entanglement():
tiles = []
for _ in range(9):
tiles.append(Tile())
board = Board(tiles)
game = Game(board)
assert game.entanglement is False
assert game.basic is True
board.tiles()[1].set_move_on_tile('x1')
board.tiles()[2].set_move_on_tile('x1')
board.tiles()[1].set_move_on_tile('x3')
board.tiles()[2].set_move_on_tile('x3')
game.set_last_move('x3')
game.set_last_tile(2)
game.game_entanglement()
assert game.entanglement is True
assert game.basic is False
def test_collapse_error():
tiles = []
for _ in range(9):
tiles.append(Tile())
board = Board(tiles)
board.add_entangl_tile(1)
board.add_entangl_tile(2)
board.tiles()[1].set_move_on_tile('x1')
board.tiles()[1].set_move_on_tile('x3')
board.tiles()[2].set_move_on_tile('x1')
board.tiles()[1].set_move_on_tile('y2')
board.tiles()[2].set_move_on_tile('y2')
with pytest.raises(InvalidCollapseError):
board.collapse(1, 'x3')
def test_analyse_board():
tiles = []
for _ in range(9):
tiles.append(Tile())
board = Board(tiles)
board.add_entangl_tile(1)
board.add_entangl_tile(2)
board.tiles()[1].set_move_on_tile('x1')
board.tiles()[2].set_move_on_tile('x1')
board.tiles()[1].set_move_on_tile('y2')
board.tiles()[2].set_move_on_tile('y2')
board.collapse(1, 'x1')
assert board.analyse_board() == ['-', 'x1', 'y2', '-', '-', '-', '-', '-', '-']
