def create_first_round(self):
new_round = Round.create_round()
serialized_round = vars(new_round)
new_matchs_id = []
self.round_table.insert(serialized_round)
list_of_players_by_ranking = self.list_of_players_by_ranking()
Play = Query()
for i in range(4):
new_match = Match.create_match(
self.player_table.get(
Play.ranking == list_of_players_by_ranking[0][i]["ranking"]
).doc_id,
self.player_table.get(
Play.ranking == list_of_players_by_ranking[1][i]["ranking"]
).doc_id,
)
serialized_match = vars(new_match)
self.match_table.insert(serialized_match)
new_matchs_id.append(self.match_table.all()[-1].doc_id)
list_of_rounds = self.tournament_table.all()[-1]["rounds"]
list_of_rounds.append(self.round_table.all()[-1].doc_id)
self.round_table.update(
{"list_of_match": new_matchs_id},
doc_ids=[self.round_table.all()[-1].doc_id],
)
self.tournament_table.update(
{"rounds": list_of_rounds},
doc_ids=[self.tournament_table.all()[-1].doc_id],
)
self.warning.round_create(str(self.round_table.all()[-1]["current_round"]))
self.table.matchs()
return self.manage_tournament()
def create_round(self):
"""
Create a round. Update tournament and round table
"""
new_round = Round.create_round()
serialized_round = vars(new_round)
new_matchs_id = []
serialized_round["current_round"] = (
self.round_table.all()[-1]["current_round"] + 1
)
serialized_round["name"] = "Round " + str(serialized_round["current_round"])
self.round_table.insert(serialized_round)
list_of_players_by_score = self.list_of_players_by_score()
all_matchs_of_a_tournament = self.list_of_all_matchs_of_a_tournament()
Play = Query()
list_matchs = []
j = 0
try:
for _ in range(4):
k = 1
while self.is_match_already_play(
all_matchs_of_a_tournament,
self.player_table.get(
Play.ranking == list_of_players_by_score[j]["ranking"]
).doc_id,
self.player_table.get(
Play.ranking == list_of_players_by_score[j + 1]["ranking"]
).doc_id,
):
self.is_match_already_play(
all_matchs_of_a_tournament,
self.player_table.get(
Play.ranking == list_of_players_by_score[j]["ranking"]
).doc_id,
self.player_table.get(
Play.ranking
== list_of_players_by_score[j + 1 + k]["ranking"]
).doc_id,
)
(
list_of_players_by_score[j + 1],
list_of_players_by_score[j + 1 + k],
) = (
list_of_players_by_score[j + 1 + k],
list_of_players_by_score[j + 1],
)
k += 1
list_matchs.append(
(
self.player_table.get(
Play.ranking == list_of_players_by_score[j]["ranking"]
).doc_id,
self.player_table.get(
Play.ranking == list_of_players_by_score[j + 1]["ranking"]
).doc_id,
)
)
j += 2
except IndexError:
list_matchs.pop(-1)
if (
self.is_permuted_match_existed(
all_matchs_of_a_tournament, list_of_players_by_score, -1, -3
)
is not True
and self.is_permuted_match_existed(
all_matchs_of_a_tournament, list_of_players_by_score, -2, -4
)
is not True
):
list_matchs.append(
(
list_of_players_by_score[-1].doc_id,
list_of_players_by_score[-3].doc_id,
)
)
list_matchs.append(
(
list_of_players_by_score[-2].doc_id,
list_of_players_by_score[-4].doc_id,
)
)
elif (
self.is_permuted_match_existed(
all_matchs_of_a_tournament, list_of_players_by_score, -1, -4
)
is not True
and self.is_permuted_match_existed(
all_matchs_of_a_tournament, list_of_players_by_score, -2, -3
)
is not True
):
list_matchs.append(
(
list_of_players_by_score[-1].doc_id,
list_of_players_by_score[-4].doc_id,
)
)
list_matchs.append(
(
list_of_players_by_score[-2].doc_id,
list_of_players_by_score[-3].doc_id,
)
)
elif (
self.is_permuted_match_existed(
all_matchs_of_a_tournament, list_of_players_by_score, -1, -3
)
is not True
and self.is_permuted_match_existed(
all_matchs_of_a_tournament, list_of_players_by_score, -2, -5
)
is not True
and self.is_permuted_match_existed(
all_matchs_of_a_tournament, list_of_players_by_score, -4, -6
)
is not True
):
list_matchs.pop(-1)
list_matchs.append(
(
list_of_players_by_score[-1].doc_id,
list_of_players_by_score[-3].doc_id,
)
)
list_matchs.append(
(
list_of_players_by_score[-2].doc_id,
list_of_players_by_score[-5].doc_id,
)
)
list_matchs.append(
(
list_of_players_by_score[-4].doc_id,
list_of_players_by_score[-6].doc_id,
)
)
elif (
self.is_permuted_match_existed(
all_matchs_of_a_tournament, list_of_players_by_score, -1, -4
)
is not True
and self.is_permuted_match_existed(
all_matchs_of_a_tournament, list_of_players_by_score, -2, -5
)
is not True
and self.is_permuted_match_existed(
all_matchs_of_a_tournament, list_of_players_by_score, -3, -6
)
is not True
):
list_matchs.pop(-1)
list_matchs.append(
(
list_of_players_by_score[-1].doc_id,
list_of_players_by_score[-4].doc_id,
)
)
list_matchs.append(
(
list_of_players_by_score[-2].doc_id,
list_of_players_by_score[-5].doc_id,
)
)
list_matchs.append(
(
list_of_players_by_score[-3].doc_id,
list_of_players_by_score[-6].doc_id,
)
)
elif (
self.is_permuted_match_existed(
all_matchs_of_a_tournament, list_of_players_by_score, -2, -3
)
is not True
and self.is_permuted_match_existed(
all_matchs_of_a_tournament, list_of_players_by_score, -1, -5
)
is not True
and self.is_permuted_match_existed(
all_matchs_of_a_tournament, list_of_players_by_score, -4, -6
)
is not True
):
list_matchs.pop(-1)
list_matchs.append(
(
list_of_players_by_score[-2].doc_id,
list_of_players_by_score[-3].doc_id,
)
)
list_matchs.append(
(
list_of_players_by_score[-1].doc_id,
list_of_players_by_score[-5].doc_id,
)
)
list_matchs.append(
(
list_of_players_by_score[-4].doc_id,
list_of_players_by_score[-6].doc_id,
)
)
elif (
self.is_permuted_match_existed(
all_matchs_of_a_tournament, list_of_players_by_score, -2, -4
)
is not True
and self.is_permuted_match_existed(
all_matchs_of_a_tournament, list_of_players_by_score, -1, -5
)
is not True
and self.is_permuted_match_existed(
all_matchs_of_a_tournament, list_of_players_by_score, -3, -6
)
is not True
):
list_matchs.pop(-1)
list_matchs.append(
(
list_of_players_by_score[-2].doc_id,
list_of_players_by_score[-4].doc_id,
)
)
list_matchs.append(
(
list_of_players_by_score[-1].doc_id,
list_of_players_by_score[-5].doc_id,
)
)
list_matchs.append(
(
list_of_players_by_score[-3].doc_id,
list_of_players_by_score[-6].doc_id,
)
)
elif (
self.is_permuted_match_existed(
all_matchs_of_a_tournament, list_of_players_by_score, -1, -5
)
is not True
and self.is_permuted_match_existed(
all_matchs_of_a_tournament, list_of_players_by_score, -2, -6
)
is not True
and self.is_permuted_match_existed(
all_matchs_of_a_tournament, list_of_players_by_score, -3, -4
)
is not True
):
list_matchs.pop(-1)
list_matchs.append(
(
list_of_players_by_score[-1].doc_id,
list_of_players_by_score[-5].doc_id,
)
)
list_matchs.append(
(
list_of_players_by_score[-2].doc_id,
list_of_players_by_score[-6].doc_id,
)
)
list_matchs.append(
(
list_of_players_by_score[-3].doc_id,
list_of_players_by_score[-4].doc_id,
)
)
elif (
self.is_permuted_match_existed(
all_matchs_of_a_tournament, list_of_players_by_score, -1, -6
)
is not True
and self.is_permuted_match_existed(
all_matchs_of_a_tournament, list_of_players_by_score, -2, -5
)
is not True
and self.is_permuted_match_existed(
all_matchs_of_a_tournament, list_of_players_by_score, -3, -4
)
is not True
):
list_matchs.pop(-1)
list_matchs.append(
(
list_of_players_by_score[-1].doc_id,
list_of_players_by_score[-6].doc_id,
)
)
list_matchs.append(
(
list_of_players_by_score[-2].doc_id,
list_of_players_by_score[-5].doc_id,
)
)
list_matchs.append(
(
list_of_players_by_score[-3].doc_id,
list_of_players_by_score[-4].doc_id,
)
)
for match in list_matchs:
new_match = Match.create_match(
match[0],
match[1],
)
serialized_match = vars(new_match)
self.match_table.insert(serialized_match)
new_matchs_id.append(self.match_table.all()[-1].doc_id)
list_of_rounds = self.tournament_table.all()[-1]["rounds"]
list_of_rounds.append(self.round_table.all()[-1].doc_id)
self.round_table.update(
{"list_of_match": new_matchs_id},
doc_ids=[self.round_table.all()[-1].doc_id],
)
self.tournament_table.update(
{"rounds": list_of_rounds},
doc_ids=[self.tournament_table.all()[-1].doc_id],
)
self.warning.round_create(str(self.round_table.all()[-1]["current_round"]))
self.table.matchs()
return self.manage_tournament()
