def test_start_delay():
timing = Timing(start_at=datetime.utcnow() + timedelta(seconds=20),
black_main=timedelta(minutes=1),
black_overtime=timedelta(seconds=30))
timing.timing_updated_at = datetime.utcnow() - timedelta(seconds=10)
update_timing(timing, True)
assert timing.black_main == timedelta(minutes=1)
assert timing.black_overtime == timedelta(seconds=30)
def test_update_timing():
tests = [
# Player has 1min main and 30sec overtime.
# Tests: time_passed, expected_main, expected_overtime
[timedelta(seconds=20),
timedelta(seconds=40),
timedelta(seconds=30)],
[timedelta(seconds=30),
timedelta(seconds=30),
timedelta(seconds=30)],
[timedelta(seconds=60),
timedelta(seconds=0),
timedelta(seconds=30)],
[timedelta(seconds=70),
timedelta(seconds=0),
timedelta(seconds=20)],
[timedelta(seconds=80),
timedelta(seconds=0),
timedelta(seconds=10)],
[timedelta(seconds=90),
timedelta(seconds=0),
timedelta(seconds=0)],
[timedelta(seconds=100),
timedelta(seconds=0),
timedelta(seconds=-10)],
]
for t in tests:
timing = Timing(start_at=datetime.utcnow() - timedelta(seconds=1),
black_main=timedelta(minutes=1),
black_overtime=timedelta(seconds=30))
timing.timing_updated_at = datetime.utcnow() - t[0]
has_time = update_timing(timing, True)
assert timing.timing_updated_at - datetime.utcnow() < timedelta(
seconds=1)
assert round(timing.black_main.total_seconds()) == round(
t[1].total_seconds())
assert round(timing.black_overtime.total_seconds()) == round(
t[2].total_seconds())
assert has_time == (timing.black_total.total_seconds() > 0)
timing = Timing(start_at=datetime.utcnow() - timedelta(seconds=1),
white_main=timedelta(minutes=1),
white_overtime=timedelta(seconds=30))
timing.timing_updated_at = datetime.utcnow() - t[0]
has_time = update_timing(timing, False)
assert timing.timing_updated_at - datetime.utcnow() < timedelta(
seconds=1)
assert round(timing.white_main.total_seconds()) == round(
t[1].total_seconds())
assert round(timing.white_overtime.total_seconds()) == round(
t[2].total_seconds())
assert has_time == (timing.white_total.total_seconds() > 0)
def _game_move(self, game, move):
if self.user not in [game.black_user, game.white_user]:
raise InvalidPlayerError()
if game.stage == 'finished':
raise InvalidStageError()
if not game.timing.has_started:
raise GameHasNotStartedError()
if move == RESIGN:
self._resign(game)
return
if game.stage != 'playing':
raise InvalidStageError()
if game.current_user != self.user:
raise InvalidPlayerError()
if not update_timing(game.timing, game.board.current == BLACK):
self._win_by_time(game)
return
game.board.play(move)
update_timing_after_move(game.timing, game.board.current != BLACK)
if game.board.both_passed:
game.stage = 'counting'
self._update_score(game)
def check_due_moves(self):
"""Checks and updates all timings which are due for a move being played."""
timings = self.db.query(Timing).with_for_update().join('game').options(undefer('game.board')).filter(
(Game.is_demo.is_(False)) & (Game.stage == 'playing') & (Timing.next_move_at <= datetime.utcnow()))
for timing in timings:
if not update_timing(timing, timing.game.board.current == BLACK):
self._win_by_time(timing.game)
self._finish_game(timing.game)