def check_group_integrity(self):
'''
2015-4-17: can't check this from set_players,
because sometimes we are intentionally in an inconsistent state
e.g., if group_by_arrival_time is true, and some players have not
been assigned to groups yet
'''
players = get_players(self, order_by='id', refresh_from_db=True)
groups = [get_players(g, 'id', True) for g in get_groups(self, True)]
players_from_groups = flatten(groups)
assert set(players) == set(players_from_groups)
def check_group_integrity(self):
'''
2015-4-17: can't check this from set_players,
because sometimes we are intentionally in an inconsistent state
e.g., if group_by_arrival_time is true, and some players have not
been assigned to groups yet
'''
players = get_players(self, order_by='id', refresh_from_db=True)
groups = [get_players(g, 'id', True) for g in get_groups(self, True)]
players_from_groups = flatten(groups)
assert set(players) == set(players_from_groups)
def _create_groups(self):
if self.round_number == 1:
group_matrix = self._first_round_group_matrix()
else:
previous_round = self._in_previous_round()
group_matrix = [
group._get_players(refresh_from_db=True)
for group in get_groups(previous_round, refresh_from_db=True)
]
for i, group_list in enumerate(group_matrix):
for j, player in enumerate(group_list):
# for every entry (i,j) in the matrix, follow the pointer
# to the same person in the next round
group_matrix[i][j] = player._in_next_round()
# save to DB
self.set_groups(group_matrix)
def _create_groups(self):
if self.round_number == 1:
group_matrix = self._first_round_group_matrix()
else:
previous_round = self._in_previous_round()
group_matrix = [
group._get_players(refresh_from_db=True)
for group in get_groups(previous_round, refresh_from_db=True)
]
for i, group_list in enumerate(group_matrix):
for j, player in enumerate(group_list):
# for every entry (i,j) in the matrix, follow the pointer
# to the same person in the next round
group_matrix[i][j] = player._in_next_round()
# save to DB
self.set_groups(group_matrix)
def get_groups(self):
return get_groups(self, refresh_from_db=False)
def get_groups(self):
return get_groups(self, refresh_from_db=False)