def next_move(hex_message):
noughts = get_game_noughts(hex_message)
crosses = get_game_crosses(hex_message)
while True:
move = VALID_MOVES[random.randint(0, 8)]
if noughts | move != noughts and crosses | move != crosses:
return move
def play_nought_move(hex_message):
move = get_move(hex_message, False)
noughts = coder.get_game_noughts(hex_message) + move
return coder.update_noughts(hex_message, noughts)
def check_draw(hex_message):
noughts = get_game_noughts(hex_message)
crosses = get_game_crosses(hex_message)
return _check_draw(noughts, crosses)
def check_win(hex_message):
noughts = get_game_noughts(hex_message)
crosses = get_game_crosses(hex_message)
if _check_position_win(noughts) or _check_position_win(crosses):
return True
return False
def minmax_strategy(hex_message, is_crosses):
noughts = get_game_noughts(hex_message)
crosses = get_game_crosses(hex_message)
return _minmax(noughts, crosses, is_crosses, is_crosses, 0)[1]