def make_match(self, pla_query, plb_query, pla_race_or, plb_race_or, sca, scb, make_flag, dup_flag):
pla = self.get_player(pla_query, make_flag)
plb = self.get_player(plb_query, make_flag)
if (pla is None or plb is None) and self.is_adm:
return None
if not self.is_adm:
match = PreMatch(
group = self.prematchgroup,
pla = pla,
plb = plb,
pla_string = ' '.join(pla_query),
plb_string = ' '.join(plb_query),
sca = sca,
scb = scb,
date = self.cleaned_data['date'],
rca = pla_race_or,
rcb = plb_race_or,
)
return match
else:
match = Match(
pla = pla,
plb = plb,
sca = sca,
scb = scb,
rca = pla_race_or or (pla.race if pla.race != 'S' else 'R'),
rcb = plb_race_or or (plb.race if plb.race != 'S' else 'R'),
date = self.cleaned_data['date'],
treated = False,
eventobj = self.cleaned_data['eventobj'],
game = self.cleaned_data['game'],
offline = self.cleaned_data['offline'],
)
if check_duplicates(match, dup_flag):
self.messages.append(Message(
_("Could not make match %(pla)s vs %(plb)s: possible duplicate found.")
% {'pla': pla.tag, 'plb': plb.tag},
type=Message.ERROR,
))
self.close_after = False
return None
if 'R' in [match.rca, match.rcb]:
self.messages.append(Message(
_("Unknown race in %(pla)s vs %(plb)s: set to random.")
% {'pla': pla.tag, 'plb': plb.tag},
type=Message.WARNING,
))
match.set_period()
match.set_ratings()
return match
def commit(self, post, submitter):
self.messages = []
if not self.is_valid():
self.messages.append(
Message(_('Entered data was invalid, no changes made.'),
type=Message.ERROR))
for field, errors in self.errors.items():
for error in errors:
if field == '__all__':
self.messages.append(Message(error,
type=Message.ERROR))
else:
self.messages.append(
Message(error=error,
field=self.fields[field].label))
return
prematches = [
PreMatch.objects.get(id=int(key.split('-')[-1]))
for key in sorted(post.keys())
if key[0:6] == 'match-' and post[key] == 'y'
]
matches = []
for pm in prematches:
if not self.approve:
group = pm.group
pm.delete()
if not group.prematch_set.exists():
group.delete()
continue
if pm.pla is None:
pm.pla_string = post['match-%i-pla' % pm.id]
if pm.plb is None:
pm.plb_string = post['match-%i-plb' % pm.id]
pm.save()
for msg in fill_players(pm):
self.messages.append(Message(msg, type=Message.ERROR))
if pm.is_valid():
m = Match(
pla=pm.pla,
plb=pm.plb,
sca=pm.sca,
scb=pm.scb,
rca=pm.rca or (pm.pla.race if pm.pla.race != 'S' else 'R'),
rcb=pm.rcb or (pm.plb.race if pm.plb.race != 'S' else 'R'),
date=self.cleaned_data['date'] or pm.group.date,
eventobj=self.cleaned_data['eventobj'],
event=pm.group.event,
submitter=submitter,
offline=pm.group.offline,
game=pm.group.game,
)
if check_duplicates(m, self.cleaned_data['dup_flag']):
self.messages.append(
Message(
_("Could not make match %(pla)s vs %(plb)s: possible duplicate found."
) % {
'pla': m.pla.tag,
'plb': m.plb.tag
},
type=Message.ERROR,
))
continue
if 'R' in [m.rca, m.rcb]:
self.messages.append(
Message(
_("Unknown race in %(pla)s vs %(plb)s: set to random."
) % {
'pla': pla.tag,
'plb': plb.tag
},
type=Message.WARNING,
))
m.set_period()
m.set_ratings()
m.save()
matches.append(m)
group = pm.group
pm.delete()
if not group.prematch_set.exists():
group.delete()
else:
pm.save()
if self.approve and len(matches) > 0:
self.messages.append(
Message(ungettext_lazy('Successfully approved %i match.',
'Successfully approved %i matches.',
len(matches)) % len(matches),
type=Message.SUCCESS))
elif not self.approve and len(prematches) > 0:
self.messages.append(
Message(ungettext_lazy('Successfully rejected %i match.',
'Successfully rejected %i matches.',
len(prematches)) % len(prematches),
type=Message.SUCCESS))
def commit(self, post, submitter):
self.messages = []
if not self.is_valid():
self.messages.append(Message(_('Entered data was invalid, no changes made.'), type=Message.ERROR))
for field, errors in self.errors.items():
for error in errors:
if field == '__all__':
self.messages.append(Message(error, type=Message.ERROR))
else:
self.messages.append(Message(error=error, field=self.fields[field].label))
return
prematches = [
PreMatch.objects.get(id=int(key.split('-')[-1]))
for key in sorted(post.keys())
if key[0:6] == 'match-' and post[key] == 'y'
]
matches = []
for pm in prematches:
if self.cleaned_data['reject']:
group = pm.group
pm.delete()
if not group.prematch_set.exists():
group.delete()
continue
if pm.pla is None:
pm.pla_string = post['match-%i-pla' % pm.id]
if pm.plb is None:
pm.plb_string = post['match-%i-plb' % pm.id]
pm.save()
for msg in fill_players(pm):
self.messages.append(Message(msg, type=Message.ERROR))
if pm.is_valid():
m = Match(
pla = pm.pla,
plb = pm.plb,
sca = pm.sca,
scb = pm.scb,
rca = pm.rca or (pm.pla.race if pm.pla.race != 'S' else 'R'),
rcb = pm.rcb or (pm.plb.race if pm.plb.race != 'S' else 'R'),
date = self.cleaned_data['date'] or pm.group.date,
eventobj = self.cleaned_data['eventobj'],
event = pm.group.event,
submitter = submitter,
offline = pm.group.offline,
game = pm.group.game,
)
if check_duplicates(m, self.cleaned_data['dup_flag']):
self.messages.append(Message(
_("Could not make match %(pla)s vs %(plb)s: possible duplicate found.")
% {'pla': m.pla.tag, 'plb': m.plb.tag},
type=Message.ERROR,
))
continue
if 'R' in [m.rca, m.rcb]:
self.messages.append(Message(
_("Unknown race in %(pla)s vs %(plb)s: set to random.")
% {'pla': pla.tag, 'plb': plb.tag},
type=Message.WARNING,
))
m.set_period()
m.set_ratings()
m.save()
matches.append(m)
group = pm.group
pm.delete()
if not group.prematch_set.exists():
group.delete()
else:
pm.save()
if self.cleaned_data['approve'] and len(matches) > 0:
self.messages.append(Message(
ungettext_lazy(
'Successfully approved %i match.',
'Successfully approved %i matches.',
len(matches)) % len(matches),
type=Message.SUCCESS
))
elif self.cleaned_data['reject'] and len(prematches) > 0:
self.messages.append(Message(
ungettext_lazy(
'Successfully rejected %i match.',
'Successfully rejected %i matches.',
len(prematches)) % len(prematches),
type=Message.SUCCESS
))
def process_soup(soup):
dates = soup.findAll(lambda t: (u'class', u'recent_date') in t.attrs)
scores = soup.findAll(lambda t: (u'class', u'recent_score') in t.attrs)
nm = 0
for i in range(0,len(dates)):
url = dates[i].parent['href']
id = int(dates[i].parent['href'].split('/')[-2])
if len(scores[i].contents) < 5:
print '--- Skipped match %i (score missing on overview page)' % id
continue
date = '20' + '-'.join(str(dates[i].contents[0]).split('.')[-1::-1])
ns = BeautifulSoup(get_url(url))
q = ns.findAll(lambda t: (u'class', u'match_coverage') in t.attrs)
setting = q[0].contents[0].strip()
q = ns.findAll(lambda t: (u'class', u'edb_logo_img') in t.attrs)
try:
player_a = int(q[0].parent['href'].split('/')[-2].split('-')[0])
player_b = int(q[1].parent['href'].split('/')[-2].split('-')[0])
except:
print '--- Skipped match %i (couldn\'t parse players)' % id
continue
q = ns.findAll(lambda t: (u'class', u'match_score match_score_finished') in t.attrs)
player_a_score = int(q[0].contents[1].contents[0])
player_b_score = int(q[0].contents[3].contents[0])
q = ns.findAll(lambda t: (u'class', u'content_race') in t.attrs)[0:2]
exp_races = [t['alt'].upper() for t in q]
try:
pa = Player.objects.get(sc2c_id=player_a)
except:
os.system('./sc2cp.py %i %s' % (player_a, exp_races[0]))
try:
Player.objects.get(sc2c_id=player_b)
except:
os.system('./sc2cp.py %i %s' % (player_b, exp_races[1]))
try:
pa = Player.objects.get(sc2c_id=player_a)
pb = Player.objects.get(sc2c_id=player_b)
n1 = Match.objects.filter(pla=pa, plb=pb, sca=player_a_score, scb=player_b_score).extra(where=['abs(datediff(date,\'%s\')) < 2' % date])
n2 = Match.objects.filter(pla=pb, plb=pa, sca=player_b_score, scb=player_a_score).extra(where=['abs(datediff(date,\'%s\')) < 2' % date])
n1 = n1.exists()
n2 = n2.exists()
if n1 or n2:
print '--- Skipped match %i (possible duplicate in database)' % id
continue
m = Match(pla=pa, plb=pb, sca=player_a_score, scb=player_b_score, date=date)
m.event = setting + ' (SC2C)'
m.set_period()
m.save()
nm += 1
print '%i: %s %i-%i %s (%s)' % (m.period.id, pa.tag, player_a_score, player_b_score, pb.tag, setting)
except:
print '--- Skipped match %i (players not in local database: %i, %i)' % (id, player_a, player_b)
return (nm, False)