def generateResults(stage = None):
response = Match.all()
results = []
for match in response:
if match['round'] == int(stage):
if match['player_a'] == str(-1) or match['player_b'] == str(-1):
continue
set_count = 0
w_a = 0
w_b = 0
while set_count < match['sets']:
set_count += 1
result = generate_result()
if result[0] > result[1]:
w_a += 1
else:
w_b += 1
r = Result(match_id = match['match_id'],
set_id = set_count,
result_a = result[0],
result_b = result[1])
results.append(r.serialize())
db.session.add(r)
if w_a == 3 or w_b == 3:
break
try:
db.session.commit()
except:
print sys.exc_info()
return prepare_response(None, "Error while inserting")
return prepare_response(True)
def getMatchesInCompetition(stage = None, competitionID = None):
if competitionID:
response = Match.getByCompetitionID(competitionID)
else:
response = Match.all()
all_matches = {}
aux = []
if stage is not None:
aux = [match for match in response if match['round'] == int(stage) or match['round'] == int(stage)+1]
else:
aux = response
response = aux
for match in response:
r = match['round']
match['result'] = Result.getByMatchID(match['match_id'])
if r not in all_matches.keys():
all_matches[r] = []
# match['offset'] = 2**(match['round'] - 1) - 1
# match['height'] = 2**match['round'] - 1
# match['offset'] = 2**(len(all_matches) - 1) - 1
# match['height'] = 2**len(all_matches) - 1
match['offset'] = 2**(len(all_matches) - 1) - 1
match['height'] = len(all_matches)**2 - len(all_matches)
all_matches[r].append(match)
return prepare_response(all_matches)
def check_results(matchID = None):
if matchID is None:
matches = Match.all()
else:
matches = Match.getById(matchID)
for match in matches:
match['results'] = Result.getByMatchID(match['match_id'])
calculate_winner(match['player_a'], match['player_b'], match['results'], match['match_id'])
return prepare_response(True)
