def get_player_move_from_server(board, player, allowed_moves, server_url):
"""
Retrieve and parse the next move from an AI server.
"""
player_name = ser.save_player(player)
payload = {
'board': ser.save_board(board),
'playerTurn': player_name,
}
url = urljoin(server_url, 'move')
try:
response = requests.post(url, json=payload, timeout=SERVER_REQUEST_TIMEOUT_SEC)
if response.status_code != 200:
msg = ('Player {0}: server has responded with an unexpected status code: {1}. '
'Picking a random move instead')
logger.warning(msg.format(player_name, response.status_code, response.content))
return random.choice(allowed_moves)
except Exception as ex:
msg = ('Player {0}: Error when requesting next move from the server: {1}. '
'Picking a random move instead')
logger.warning(msg.format(player_name, ex))
return random.choice(allowed_moves)
try:
return ser.load_move(response.json())
except Exception:
msg = ('Player {0}: Unable to parse the move returned by the server ({1}). '
'Picking a random move instead')
logger.warning(msg.format(player_name, response.content))
return random.choice(allowed_moves)
def load_game(game_filename):
"""
Load the game moves and outcome from a replay file.
"""
with open(game_filename) as gf:
game_data = json.load(gf)
moves = [ser.load_move(move) for move in game_data['moves']]
game_over_reason = ser.load_game_over_reason(game_data['gameOverReason'])
return moves, game_over_reason
def test_serialize_capture_move():
move = CaptureMove(1, 12)
assert load_move(save_move(move)) == move
def test_serialize_combo_capture_move():
move = ComboCaptureMove(
[CaptureMove(1, 12),
CaptureMove(12, 3),
CaptureMove(3, 14)])
assert load_move(save_move(move)) == move
def test_serialize_forward_move():
move = ForwardMove(1, 6)
assert load_move(save_move(move)) == move