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 play(self):
"""
Main loop of the game in terminal version
"""
bot_selected = False
while not bot_selected:
try:
bot_mode = input('Choose bot mode (none/easy/hard): ')
bot = Bot(bot_mode, self.board, self)
bot_selected = True
except BotTypeError as err:
print(err)
while not self._finished:
while self.basic:
try:
if bot_mode != 'none' and 'x' in self._last_move:
self._last_tile = bot.move()[1]
self._last_move = self.whos_move()
self._counter += 1
self.game_entanglement()
else:
if self._first_move:
print(self.board.show_board())
new_move = int(
input(f'Your move {self.whos_move()[0]}: '))
self.move(new_move)
self._first_move = False
else:
print(self.board.show_board())
new_move = int(
input(f'Your move {self.whos_move()[0]}: '))
self.move(new_move)
self._last_move = self.whos_move()
self._counter += 1
self._first_move = True
self.game_entanglement()
except InvalidMoveError as err:
print(err)
except ValueError:
print("Don't use letters. Use digits from 0 to 8.")
if self.entanglement:
try:
print(self.board.show_board())
who_choose = 'X' if 'y' in self._last_move else 'Y'
if bot_mode == 'none' or who_choose == 'X':
description = f'Player {who_choose} choose'
description += ' what will collapse(tile_number,what_collapse): '
collapse = input(description)
self.game_collapse(bot, bot_mode, collapse)
else:
self.game_collapse(bot, bot_mode)
self.board.reset_entangl_tiles()
except InvalidCollapseError as err:
print(err)
self.is_game_end()
print(self.board.show_board())
print(self._game_result)
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_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