def get_context_data(self, **kwargs):
context = super(UserList, self).get_context_data(**kwargs)
context['users'] = ranker(context['users'], rank=self.paginate_by * (context['page_obj'].number - 1))
context['first_page_href'] = '.'
context.update(self.get_sort_context())
context.update(self.get_sort_paginate_context())
return context
def users(request):
if request.user.is_authenticated() and request.user.profile.contest.current is not None:
return contest_ranking_view(request, request.user.profile.contest.current.contest)
return render(request, 'user/list.jade', {
'users': ranker(Profile.objects.filter(points__gt=0, user__is_active=True, submission__points__gt=0)
.annotate(problems=Count('submission__problem', distinct=True)).order_by('-points')
.select_related('user__username')
.only('display_rank', 'user__username', 'name', 'points', 'rating')),
'title': 'Users'
})
def get_context_data(self, **kwargs):
context = super(OrganizationUsers, self).get_context_data(**kwargs)
context['title'] = '%s Members' % self.object.name
context['users'] = ranker(chain(
self.object.members.filter(submission__points__gt=0).order_by('-points')
.annotate(problems=Count('submission__problem', distinct=True)),
self.object.members.annotate(problems=Max('submission__points')).filter(problems=0),
self.object.members.annotate(problems=Count('submission__problem', distinct=True)).filter(problems=0),
))
context['partial'] = True
return context
def contest_ranking_ajax(request, contest):
contest, exists = _find_contest(request, contest)
if not exists:
return HttpResponseBadRequest('Invalid contest', content_type='text/plain')
problems = list(contest.contest_problems.select_related('problem').defer('problem__description').order_by('order'))
return render(request, 'contest/ranking_table.jade', {
'users': ranker(contest_ranking_list(contest, problems), key=attrgetter('points', 'cumtime')),
'problems': problems,
'contest': contest,
'show_organization': True,
'has_rating': contest.ratings.exists(),
})
def get_contest_ranking_list(request, contest, participation=None, ranking_list=contest_ranking_list,
show_current_virtual=True, ranker=ranker):
problems = list(contest.contest_problems.select_related('problem').defer('problem__description').order_by('order'))
users = ranker(ranking_list(contest, problems), key=attrgetter('points', 'cumtime'))
if show_current_virtual:
if participation is None and request.user.is_authenticated():
participation = request.user.profile.current_contest
if participation is None or participation.contest_id != contest.id:
participation = None
if participation is not None and participation.virtual:
users = chain([('-', get_participation_ranking_profile(contest, participation, problems))], users)
return users, problems
def get_context_data(self, **kwargs):
context = super(OrganizationUsers, self).get_context_data(**kwargs)
context['title'] = _('%s Members') % self.object.name
context['users'] = ranker(chain(*[
i.select_related('user').defer('about') for i in (
self.object.members.filter(submission__points__gt=0, is_unlisted=False)
.order_by('-performance_points')
.annotate(problems=Count('submission__problem', distinct=True)),
self.object.members.filter(is_unlisted=False)
.annotate(problems=Max('submission__points')).filter(problems=0),
self.object.members.filter(is_unlisted=False)
.annotate(problems=Count('submission__problem', distinct=True)).filter(problems=0),
)
]))
context['partial'] = True
context['is_admin'] = self.can_edit_organization()
context['kick_url'] = reverse('organization_user_kick', args=[self.object.id, self.object.slug])
return context
def contest_ranking_view(request, contest):
if not request.user.has_perm('judge.see_private_contest'):
if not contest.is_public:
raise Http404()
if contest.start_time is not None and contest.start_time > timezone.now():
raise Http404()
problems = list(contest.contest_problems.select_related('problem').defer('problem__description').order_by('order'))
return render(request, 'contest/ranking.jade', {
'users': ranker(contest_ranking_list(contest, problems), key=attrgetter('points', 'cumtime')),
'title': '%s Rankings' % contest.name,
'content_title': contest.name,
'subtitle': 'Rankings',
'problems': problems,
'contest': contest,
'show_organization': True,
'last_msg': event.last(),
'has_rating': contest.ratings.exists(),
})
def get_context_data(self, **kwargs):
context = super(OrganizationUsers, self).get_context_data(**kwargs)
context['title'] = _('%s Members') % self.object.name
context['users'] = ranker(
chain(*[
i.select_related('user').defer('about') for i in (
self.object.members.filter(submission__points__gt=0).
order_by('-performance_points').annotate(
problems=Count('submission__problem', distinct=True)),
self.object.members.annotate(
problems=Max('submission__points')).filter(problems=0),
self.object.members.annotate(problems=Count(
'submission__problem', distinct=True)).filter(
problems=0),
)
]))
context['partial'] = True
context['is_admin'] = self.can_edit_organization()
context['kick_url'] = reverse('organization_user_kick',
args=[self.object.key])
return context
def get_context_data(self, **kwargs):
context = super(OrganizationUsers, self).get_context_data(**kwargs)
context['title'] = '%s Members' % self.object.name
context['users'] = ranker(
chain(*[
i.select_related('user__username', 'organization').defer(
'about', 'organization__about')
for i in (
self.object.members.filter(
submission__points__gt=0).order_by('-points').annotate(
problems=Count('submission__problem',
distinct=True)),
self.object.members.annotate(
problems=Max('submission__points')).filter(problems=0),
self.object.members.annotate(problems=Count(
'submission__problem', distinct=True)).filter(
problems=0),
)
]))
context['partial'] = True
return context
def get_contest_ranking_list(request,
contest,
participation=None,
ranking_list=contest_ranking_list,
show_current_virtual=True,
ranker=ranker):
problems = list(
contest.contest_problems.select_related('problem').defer(
'problem__description').order_by('order'))
users = ranker(ranking_list(contest, problems),
key=attrgetter('points', 'cumtime'))
if show_current_virtual:
if participation is None and request.user.is_authenticated:
participation = request.user.profile.current_contest
if participation is None or participation.contest_id != contest.id:
participation = None
if participation is not None and participation.virtual:
users = chain([('-',
get_participation_ranking_profile(
contest, participation, problems))], users)
return users, problems
def get_contest_ranking_list(request, contest, participation=None, ranking_list=contest_ranking_list,
show_current_virtual=True, ranker=ranker):
problems = list(contest.contest_problems.select_related('problem').defer('problem__description').order_by('order'))
is_scoreboard_frozen = not contest.can_see_real_scoreboard(request.user)
is_show_full_scoreboard = 'all' in request.GET
if contest.hide_scoreboard and contest.is_in_contest(request.user):
return ([(_('???'), make_contest_ranking_profile(contest, request.profile.current_contest, problems, is_scoreboard_frozen=is_scoreboard_frozen))],
problems)
users = ranker(ranking_list(contest, problems, is_scoreboard_frozen=is_scoreboard_frozen, is_show_full_scoreboard=is_show_full_scoreboard),
key=attrgetter('points', 'cumtime'))
if show_current_virtual:
if participation is None and request.user.is_authenticated:
participation = request.profile.current_contest
if participation is None or participation.contest_id != contest.id:
participation = None
if participation is not None and participation.virtual:
users = chain([('-', make_contest_ranking_profile(contest, participation, problems, is_scoreboard_frozen=is_scoreboard_frozen))], users)
return users, problems
def contest_ranking_ajax(request, key):
contest, exists = _find_contest(request, key)
if not exists:
return HttpResponseBadRequest('Invalid contest',
content_type='text/plain')
problems = list(
contest.contest_problems.select_related('problem').defer(
'problem__description').order_by('order'))
return render(
request, 'contest/ranking_table.jade', {
'users':
ranker(contest_ranking_list(contest, problems),
key=attrgetter('points', 'cumtime')),
'problems':
problems,
'contest':
contest,
'show_organization':
True,
'has_rating':
contest.ratings.exists(),
})
def get_contest_ranking_list(request,
contest,
participation=None,
ranking_list=contest_ranking_list,
show_current_virtual=True,
ranker=ranker):
problems = list(
contest.contest_problems.select_related('problem').defer(
'problem__description').order_by('order'))
if contest.hide_scoreboard and contest.is_in_contest(request):
return [(_('???'),
get_participation_ranking_profile(
contest, request.user.profile.current_contest,
problems))], problems
users = ranker(ranking_list(contest, problems),
key=attrgetter('points', 'cumtime'))
if show_current_virtual:
if participation is None and request.user.is_authenticated:
participation = request.user.profile.current_contest
if participation is None or participation.contest_id != contest.id:
participation = None
if participation is not None and participation.virtual:
users = chain([('-',
get_participation_ranking_profile(
contest, participation, problems))], users)
if not request.user.is_authenticated or not request.user.is_superuser:
usersCount = [0]
def users_filter(user_tuple):
usersCount[0] = usersCount[0] + 1
if user_tuple[1].user == request.user:
return True
return usersCount[0] <= 5
users = ifilter(users_filter, users)
return users, problems
def api_v2_user_info(request):
"""
{
"points": 100.0,
"rating": 2452,
"rank": "user",
"organizations": [],
"solved_problems": ["ccc14s4", ...],
"attempted_problems": [
{
"code": "Hello, World!",
"points": 1.0,
"max_points": 2.0
}
],
"authored_problems": ["dmpg16s4"],
"contest_history": [
{
"contest": {
"code": "halloween14",
"name": "Kemonomimi Party",
"tags": ["seasonal"],
"time_limit": null,
"start_time": "2014-10-31T04:00:00+00:00",
"end_time": "2014-11-10T05:00:00+00:00"
},
"rank": 1,
"rating:": 1800
},
// ...
]
}
"""
username = request.GET['username']
if not username:
return error("username argument not provided")
try:
profile = Profile.objects.get(user__username=username)
except Profile.DoesNotExist:
return error("no such user")
last_rating = list(profile.ratings.order_by('-contest__end_time'))
resp = {
"rank": profile.display_rank,
"organizations": list(profile.organizations.values_list('key', flat=True))
}
contest_history = []
for participation in (ContestParticipation.objects.filter(user=profile, virtual=0, contest__is_public=True)
.order_by('-contest__end_time')):
contest = participation.contest
problems = list(contest.contest_problems.select_related('problem').defer('problem__description').order_by('order'))
rank, result = filter(lambda data: data[1].user == profile.user, ranker(contest_ranking_list(contest, problems), key=attrgetter('points', 'cumtime')))[0]
contest_history.append({
'contest': {
'code': contest.key,
'name': contest.name,
'tags': list(contest.tags.values_list('name', flat=True)),
'time_limit': contest.time_limit and contest.time_limit.total_seconds(),
'start_time': contest.start_time.isoformat(),
'end_time': contest.end_time.isoformat(),
},
'rank': rank,
'rating': result.participation_rating,
})
resp['contests'] = {
"current_rating": last_rating[0].rating if last_rating else None,
"volatility": last_rating[0].volatility if last_rating else None,
'history': contest_history,
}
solved_problems = []
attempted_problems = []
problem_data = (Submission.objects.filter(points__gt=0, user=profile, problem__is_public=True)
.annotate(max_pts=Max('points'))
.values_list('max_pts', 'problem__points', 'problem__code')
.distinct())
for awarded_pts, max_pts, problem in problem_data:
if awarded_pts == max_pts:
solved_problems.append(problem)
else:
attempted_problems.append({
'awarded': awarded_pts,
'max': max_pts,
'problem': problem
})
resp['problems'] = {
'points': profile.points,
'solved': solved_problems,
'attempted': attempted_problems,
'authored': list(Problem.objects.filter(authors=profile).values_list('code', flat=True))
}
return JsonResponse(resp)
def api_v2_user_info(request):
"""
{
"points": 100.0,
"rating": 2452,
"rank": "user",
"organizations": [],
"solved_problems": ["ccc14s4", ...],
"attempted_problems": [
{
"code": "Hello, World!",
"points": 1.0,
"max_points": 2.0
}
],
"authored_problems": ["dmpg16s4"],
"contest_history": [
{
"contest": {
"code": "halloween14",
"name": "Kemonomimi Party",
"tags": ["seasonal"],
"time_limit": null,
"start_time": "2014-10-31T04:00:00+00:00",
"end_time": "2014-11-10T05:00:00+00:00"
},
"rank": 1,
"rating:": 1800
},
// ...
]
}
"""
try:
username = request.GET['username']
except KeyError:
return error("no username passed")
if not username:
return error("username argument not provided")
try:
profile = Profile.objects.get(user__username=username)
except Profile.DoesNotExist:
return error("no such user")
last_rating = list(profile.ratings.order_by('-contest__end_time'))
resp = {
"rank": profile.display_rank,
"organizations": list(profile.organizations.values_list('key', flat=True))
}
contest_history = []
for participation in (ContestParticipation.objects.filter(user=profile, virtual=0, contest__is_public=True)
.order_by('-contest__end_time')):
contest = participation.contest
problems = list(contest.contest_problems.select_related('problem').defer('problem__description')
.order_by('order'))
rank, result = next(filter(lambda data: data[1].user == profile.user,
ranker(contest_ranking_list(contest,problems), key=attrgetter('points', 'cumtime'))))
contest_history.append({
'contest': {
'code': contest.key,
'name': contest.name,
'tags': list(contest.tags.values_list('name', flat=True)),
'time_limit': contest.time_limit and contest.time_limit.total_seconds(),
'start_time': contest.start_time.isoformat(),
'end_time': contest.end_time.isoformat(),
},
'rank': rank,
'rating': result.participation_rating,
})
resp['contests'] = {
"current_rating": last_rating[0].rating if last_rating else None,
"volatility": last_rating[0].volatility if last_rating else None,
'history': contest_history,
}
solved_problems = []
attempted_problems = []
problem_data = (Submission.objects.filter(points__gt=0, user=profile, problem__is_public=True,
problem__is_organization_private=False)
.annotate(max_pts=Max('points'))
.values_list('max_pts', 'problem__points', 'problem__code')
.distinct())
for awarded_pts, max_pts, problem in problem_data:
if awarded_pts == max_pts:
solved_problems.append(problem)
else:
attempted_problems.append({
'awarded': awarded_pts,
'max': max_pts,
'problem': problem
})
resp['problems'] = {
'points': profile.points,
'solved': solved_problems,
'attempted': attempted_problems,
'authored': list(Problem.objects.filter(is_public=True, is_organization_private=False, authors=profile)
.values_list('code', flat=True))
}
return JsonResponse(resp)
def users_for_template(users):
return ranker(
users.filter(is_unlisted=False).order_by(
'-performance_points',
'-problem_count').select_related('user').defer(
'about', 'user_script', 'notes'))