def get_new_word_for_match(self, match_id):
excluded_word_ids = TurnsService.get_instance().get_used_word_ids(match_id)
valid_ids = self.get_all_active_ids()
word = None
while word is None and len(valid_ids) > 0:
valid_ids = list(set(valid_ids) - set(excluded_word_ids))
word_id = random.choice(valid_ids)
word = self.get(word_id)
excluded_word_ids = [word_id]
def get_next_selector_for_match(self, match):
# Get players in order
player_ids = [player.get_id() for player in match.get_players()]
# Get the last selector
last_selector_id = TurnsService.get_instance().get_last_selector_id_for_match(match.get_id())
last_selector_index = player_ids.index(last_selector_id)
if not last_selector_index:
return None
# Get the next selector in order
return self.get(
player_ids[(last_selector_index + 1) % len(player_ids)]
)
def show(match_id):
# Get the current turn
turn, errors = TurnsService.get_instance().get_player_turn(match_id, get_current_user().get_id())
if not errors:
turn_player = TurnPlayersService.get_instance().get_for_turn_by_player(
turn.get_id(), get_current_user().get_id()
)
# Get the turn_definition_fillers for this turn
turn_definition_fillers = TurnDefinitionFillersService.get_instance().get_list_by_turn(turn.get_id())
# If this player is the selector for this turn
if turn_player.get_is_selector():
# TODO Test SQL for turn.get_match().get_game().get_definition_filler_count() vs turn.match.game.get_definition_filler_count()
if turn.get_match().get_game().get_definition_filler_count() > len(turn_definition_fillers):
pass
return render_view('matches/show', 200, match=match.serialized)
return render_view('422', 422, errors=errors, inputs={'id': match_id})