def soup_parse(soup):
submission_id = soup["id"]
result = soup.find(class_="sub-result")["class"][-1]
try:
score = soup.find(class_="sub-result").find(
class_="score").text.split("/")
score_num, score_denom = map(int, score)
points = score_num / score_denom
except ValueError:
score_num, score_denom = 0, 0
points = 0
lang = soup.find(class_="language").text
q = session.query(Language_DB).filter(
Language_DB.short_name == lang)
if q.count():
lang = q.first().key
# if not as short_name it'll be key, why? idk
problem = soup.find(class_="name").find("a")["href"].split("/")[-1]
name = soup.find(class_="name").find("a").text
date = soup.find(class_="time-with-rel")["data-iso"]
try:
time = float(soup.find("div", class_="time")["title"][:-1])
except ValueError:
time = None
except KeyError:
time = None
size = ""
memory = soup.find("div", class_="memory").text.split(" ")
if len(memory) == 2:
memory, size = memory
memory = float(memory)
if size == "MB":
memory *= 1024
if size == "GB":
memory *= 1024 * 1024
else:
# --- case
memory = 0
res = {
"id": submission_id,
"problem": problem,
"user": username,
"date": date,
"language": lang,
"time": time,
"memory": memory,
"points": points,
"result": result,
"score_num": score_num,
"score_denom": score_denom,
"problem_name": html.unescape(name),
}
ret = Submission(res)
return ret
def get_unsolved_problems(self, username: str, types: List[str], low: int = 1, high: int = 50) -> Problem_DB:
# Does not find problems if you first
# +update_problems
# +gimme
# This is cause calling the /problems api does not return is_organization_private
# The original goal of is_organization_private filter is to prevent leaking problems
conds = [Problem_DB.types.contains(_type) for _type in types]
sub_q = session.query(Submission_DB, func.max(Submission_DB.points))\
.filter(Submission_DB._user == username)\
.group_by(Submission_DB._code).subquery()
q = session.query(Problem_DB)\
.join(sub_q, Problem_DB.code == sub_q.c._code, isouter=True)\
.filter(func.ifnull(sub_q.c.points, 0) < Problem_DB.points)\
.filter(or_(*conds))\
.filter(Problem_DB.points.between(low, high))\
.filter(Problem_DB.is_organization_private == 0)\
.filter(Problem_DB.is_public == 1)
return q.all()
async def async_init(self):
problem_qq = session.query(Problem_DB).filter(
Problem_DB.code.in_(self._solved_problems))
problem_q = session.query(Problem_DB.code).filter(
Problem_DB.code.in_(self._solved_problems)).all()
problem_q = list(map(itemgetter(0), problem_q))
for problem_code in self._solved_problems:
try:
if problem_code not in problem_q:
api = API()
await api.get_problem(problem_code)
session.add(Problem_DB(api.data.object))
session.commit()
except ObjectNotFound:
pass
self.solved_problems = problem_qq.all()
organization_qq = session.query(Organization_DB).filter(
Organization_DB.id.in_(self._organizations))
organization_q = session.query(Organization_DB.id).filter(
Organization_DB.id.in_(self._organizations)).all()
organization_q = list(map(itemgetter(0), organization_q))
for organization_id in self._organizations:
if organization_id not in organization_q:
api = API()
await api.get_organizations()
for organization in api.data.objects:
if organization.id not in organization_q and organization.id in self._organizations:
session.add(Organization_DB(organization))
session.commit()
break
self.organizations = organization_qq.all()
for contest in self._contests:
if contest["rating"]:
self.max_rating = max(self.max_rating or 0, contest["rating"])
self._contest_keys = list(map(itemgetter("key"), self._contests))
contest_qq = session.query(Contest_DB).filter(
Contest_DB.key.in_(self._contest_keys))
contest_q = session.query(Contest_DB.key).filter(
Contest_DB.key.in_(self._contest_keys)).all()
contest_q = list(map(itemgetter(0), contest_q))
for contest_key in self._contest_keys:
try:
if contest_key not in contest_q:
api = API()
await api.get_contest(contest_key)
# This causes db errors, and in the case the above doesn't catch it.
# This will be a last ditch effort
if session.query(Contest_DB).filter(
Contest_DB.key == contest_key).count():
continue
session.add(Contest_DB(api.data.object))
session.commit()
except ObjectNotFound:
pass
self.contests = contest_qq.all()
async def async_init(self):
user = session.query(User_DB).filter(User_DB.username == self._user)
if user.count() == 0:
api = API()
await api.get_user(self._user)
session.add(api.data.object)
session.commit()
self.user = user.first()
contest = session.query(Contest_DB).filter(
Contest_DB.key == self._contest)
if contest.count() == 0:
api = API()
await api.get_contest(self._contest)
session.add(api.data.object)
session.commit()
self.contest = contest.first()
async def get_user(self, username: str) -> User_DB:
q = session.query(User_DB).\
filter(func.lower(User_DB.username) == func.lower(username))
# if q.count():
# # solved_problems checks if it has detailed rows
# if len(q.first().solved_problems) != 0:
# return q.first()
a = API()
await a.get_user(username)
q = session.query(User_DB).\
filter(func.lower(User_DB.username) == func.lower(a.data.object.username))
if q.count():
# Needs to be fetch, the default (evaluate) is not able to eval
# the query
q.delete(synchronize_session='fetch')
session.add(User_DB(a.data.object))
session.commit()
return q.first()
async def update_submissions(self, ctx):
"""Updates the submissions of every user in db (Warning! Slow!)"""
q = session.query(Submission_DB._user).distinct(Submission_DB._user)
usernames = list(map(itemgetter(0), q.all()))
await ctx.send(f"Recaching submissions for {len(usernames)}"
f" users. This will take a long time (perhaps hours).")
session.query(Submission_DB).delete()
session.commit()
query = Query()
count = 0
msg = await ctx.send(f"{count}/{len(usernames)} users cached...")
for username in usernames:
await msg.edit(content=f"{count}/{len(usernames)} users cached..."
f" ({username})")
await query.get_submissions(username)
time.sleep(30) # PLS DON'T GET CLOUDFLARED
count += 1
await msg.edit(content=f"{len(usernames)} users cache. Done!")
async def async_map(_type, objects):
problems = session.query(Problem_DB.code, Problem_DB).all()
problems = {k: v for k, v in problems}
users = session.query(User_DB.username, User_DB).all()
users = {k: v for k, v in users}
languages = session.query(Language_DB.key, Language_DB).all()
languages = {k: v for k, v in languages}
to_gather = []
lock_table = {}
for obj in objects:
# If a user attempts to cache submissions after the latest release of a contest, there is a chance it will cause a db error
# this is because any submissions which are not in the db will be called by the api and stored into the db
# but in between that moment of calling the api and storing into the db, another process will call the api for the same problem
# because it is technically not in memory yet
# This fix to this is two global tables and a lock
to_gather.append(
obj.async_init(problems, users, languages, lock_table))
await asyncio.gather(*to_gather)
session.commit()
async def _set(self, ctx, member, username: str):
"""Manually link two accounts together"""
query = Query()
member = await query.parseUser(ctx, member)
if username != "+remove":
user = await query.get_user(username)
if user is None:
await ctx.send(f'{username} does not exist on dmoj')
return
username = user.username
handle = query.get_handle(member.id, ctx.guild.id)
if handle == username:
return await ctx.send(
f'{member.display_name} is already linked with {handle}')
if handle:
handle = session.query(Handle_DB)\
.filter(Handle_DB.id == member.id)\
.filter(Handle_DB.guild_id == ctx.guild.id).first()
session.delete(handle)
session.commit()
await ctx.send(
f'Unlinked {member.display_name} with handle {handle.handle}')
if username == "+remove":
return
if query.get_handle_user(username, ctx.guild.id):
await ctx.send('This handle is already linked with another user')
return
handle = Handle_DB()
handle.id = member.id
handle.handle = username
handle.user_id = user.id
handle.guild_id = ctx.guild.id
session.add(handle)
session.commit()
await ctx.send(f"Linked {member.name} with {username}.")
rank_to_role = {
role.name: role
for role in ctx.guild.roles if role.name in RANKS
}
rank = self.rating_to_rank(user.rating)
if rank in rank_to_role:
await self._update_rank(ctx.author, rank_to_role[rank],
'Dmoj account linked')
else:
await ctx.send("You are missing the " + rank.name + " role")
async def cache_contests(self, ctx):
'''Individually caches every contest'''
msg = await ctx.send('Caching...')
query = Query()
contests = await query.get_contests()
for contest in contests:
q = session.query(Contest_DB).filter(Contest_DB.key == contest.key)
if q.count() > 0:
q.delete()
session.commit()
await query.get_contest(contest.key)
return await msg.edit(content=f'Cached {len(contests)} contests')
async def unlink(self, ctx):
"""Unlink your discord account with your dmoj account"""
query = Query()
if not query.get_handle(ctx.author.id, ctx.guild.id):
await ctx.send('You are not linked with any user')
return
handle = session.query(Handle_DB)\
.filter(Handle_DB.id == ctx.author.id)\
.filter(Handle_DB.guild_id == ctx.guild.id).first()
session.delete(handle)
session.commit()
await ctx.send(f'Unlinked you with handle {handle.handle}')
async def solved(ctx):
"""Shows a user's last solved problems"""
minP = 0
maxP = 100
query = Query()
username = None
for arg in ctx.options.args:
if arg.startswith("p>="):
minP = max(minP, int(arg[3:]))
elif arg.startswith("p<="):
maxP = min(maxP, int(arg[3:]))
else:
username = arg
username = (await query.get_user(username)).username
if username is None:
username = query.get_handle(ctx.author.id, ctx.get_guild().id)
await query.get_submissions(username, result="AC")
submissions = (session.query(Submission_DB).filter(
Submission_DB._user == username).filter(
Submission_DB.result == "AC").options(
orm.joinedload(Submission_DB.problem, innerjoin=True)).join(
Submission_DB.problem).filter(
Problem_DB.is_organization_private == 0).filter(
Problem_DB.is_public == 1).order_by(
Submission_DB.date).all())
uniqueSubmissions = []
solved = set()
for sub in submissions:
if sub._code not in solved:
solved.add(sub._code)
if minP <= sub.points and sub.points <= maxP:
uniqueSubmissions.append(sub)
uniqueSubmissions.reverse()
pag = lightbulb.utils.EmbedPaginator(max_chars=1024)
for sub in uniqueSubmissions:
age = (datetime.now() - sub.date).days
pag.add_line(
f"[{sub.problem[0].name}]({SITE_URL}/problem/{sub._code}) [{sub.points}] ({age} days ago)"
)
if len(uniqueSubmissions) == 0:
pag.add_line("No submission")
@pag.embed_factory()
def build_embed(page_index, content):
return hikari.Embed().add_field(name="Recently solved problems by " +
username,
value=content)
navigator = nav.ButtonNavigator(pag.build_pages())
await navigator.run(ctx)
async def rating(self, ctx, *usernames):
"""Plot rating progression"""
usernames = list(usernames)
query = Query()
if usernames == []:
usernames = [query.get_handle(ctx.author.id, ctx.guild.id)]
users = await asyncio.gather(
*[query.get_user(username) for username in usernames])
usernames = [user.username for user in users]
for i in range(len(users)):
if users[i] is None:
return await ctx.send(f'{usernames[i]} does not exist on DMOJ')
if len(users) > 10:
return await ctx.send('Too many users given, max 10')
cond = [Contest_DB.rankings.contains(user.username) for user in users]
q = session.query(Contest_DB).filter(or_(*cond))\
.filter(Contest_DB.is_rated == 1)
contests = q.all()
def get_rating_change(rankings, users):
ret = {}
for ranking in rankings:
for user in users:
if (user.username == ranking['user']
and ranking['new_rating']):
ret[user.username] = ranking['new_rating']
return ret
data = {}
data['users'] = [user.username for user in users]
for contest in contests:
changes = get_rating_change(contest.rankings, users)
data[contest.end_time] = []
for user in users:
if user.username in changes:
change = changes[user.username]
data[contest.end_time].append(change)
else:
data[contest.end_time].append(None)
plot_rating(data)
with open('./graphs/plot.png', 'rb') as file:
file = discord.File(io.BytesIO(file.read()), filename='plot.png')
embed = discord.Embed(
title='Contest Rating',
color=0xfcdb05,
)
embed.set_image(url=f'attachment://plot.png', )
return await ctx.send(embed=embed, file=file)
async def get_languages(self, common_name=None) -> [Language_DB]:
q = session.query(Language_DB).\
filter(self.parse(Language_DB.common_name, common_name))
if q.count():
return q.all()
a = API()
await a.get_languages(common_name=common_name)
languages = list(map(Language_DB, a.data.objects))
for language in languages:
session.add(language)
session.commit()
return languages
async def async_init(self):
organization_qq = session.query(Organization_DB).\
filter(Organization_DB.id.in_(self._organizations))
organization_q = session.query(Organization_DB.id).\
filter(Organization_DB.id.in_(self._organizations)).all()
organization_q = list(map(itemgetter(0), organization_q))
for organization_id in self._organizations:
if organization_id not in organization_q:
api = API()
await api.get_organizations()
for organization in api.data.objects:
if (organization.id not in organization_q
and organization.id in self._organizations):
session.add(Organization_DB(organization))
session.commit()
break
self.organizations = organization_qq.all()
# perhaps I should check if it's the general or detailed version
def get_code(problem):
return problem["code"]
self._problem_codes = list(map(get_code, self._problems))
problem_qq = session.query(Problem_DB).\
filter(Problem_DB.code.in_(self._problem_codes))
problem_q = session.query(Problem_DB.code).\
filter(Problem_DB.code.in_(self._problem_codes)).all()
problem_q = list(map(itemgetter(0), problem_q))
for problem_dict in self._problems:
problem_code = problem_dict["code"]
try:
if problem_code not in problem_q:
api = API()
await api.get_problem(problem_code)
session.add(Problem_DB(api.data.object))
session.commit()
except ObjectNotFound:
pass
self.problems = problem_qq.all()
async def solved(self, ctx, *args):
"""Shows a user's last solved problems"""
minP = 0
maxP = 100
query = Query()
username = None
for arg in args:
if arg.startswith("p>="):
minP = max(minP, int(arg[3:]))
elif arg.startswith("p<="):
maxP = min(maxP, int(arg[3:]))
else:
username = (await query.get_user(arg)).username
if username is None:
username = query.get_handle(ctx.author.id, ctx.guild.id)
await query.get_submissions(username, result='AC')
submissions = session.query(Submission_DB)\
.filter(Submission_DB._user == username)\
.filter(Submission_DB.result == 'AC')\
.options(orm.joinedload(Submission_DB.problem, innerjoin=True))\
.join(Submission_DB.problem)\
.filter(Problem_DB.is_organization_private == 0)\
.filter(Problem_DB.is_public == 1)\
.order_by(Submission_DB.date).all()
uniqueSubmissions = []
solved = set()
for sub in submissions:
if sub._code not in solved:
solved.add(sub._code)
if minP <= sub.points and sub.points <= maxP:
uniqueSubmissions.append(sub)
uniqueSubmissions.reverse()
page = ""
content = []
cnt = 0
for sub in uniqueSubmissions:
age = (datetime.now() - sub.date).days
# sub.problem[0].name is rly slow
page += f"[{sub.problem[0].name}]({SITE_URL}/problem/{sub._code}) [{sub.points}] ({age} days ago)\n"
cnt += 1
if cnt % 10 == 0:
content.append(page)
page = ""
if page != "":
content.append(page)
if len(content) == 0:
content.append("No submission")
title = "Recently solved problems by " + username
message = await ctx.send(embed=discord.Embed().add_field(name=title, value=content[0]))
await scroll_embed(ctx, self.bot, message, title, content)
async def get_contest(self, key) -> Contest_DB:
q = session.query(Contest_DB).\
filter(Contest_DB.key == key)
if q.count():
# is_rated checks if it has detailed rows
if q.first().is_rated is not None:
return q.first()
a = API()
await a.get_contest(key)
if q.count():
q.delete()
session.add(Contest_DB(a.data.object))
session.commit()
return q.first()
async def stats(self, ctx):
'''Display cool dmoj stats that no one asked for'''
problems = session.query(Problem_DB.points)\
.order_by(Problem_DB.points.desc()).all()
def tuple_first(data):
return data[0]
problems = list(map(tuple_first, problems))
total_problems = len(problems)
total_points = calculate_points(problems, total_problems)
await ctx.send(
'The theoretical maximum number of points you can achieve is %.2f\n'
'There are %d public problems on DMOJ' %
(total_points, total_problems))
async def force(self, ctx, _type, key):
"""Force a recache of a problem, or contest"""
if _type.lower() == "contest":
q = session.query(Contest_DB).filter(Contest_DB.key == key)
if q.count() == 0:
await ctx.send(f"There is no contests with the key {key} "
f"cached. Will try fetching contest")
else:
q.delete()
session.commit()
query = Query()
await query.get_contest(key)
await ctx.send(f"Recached contest {key}")
if _type.lower() == "problem":
q = session.query(Problem_DB).filter(Problem_DB.code == key)
if q.count() == 0:
await ctx.send(f"There is no contests with the key {key} "
f"cached. Will try fetching contest")
else:
q.delete()
session.commit()
query = Query()
await query.get_problem(key)
await ctx.send(f"Recached contest {key}")
async def get_problem(self, code) -> Problem_DB:
q = session.query(Problem_DB).\
filter(Problem_DB.code == code)
if q.count():
# has_rating check if it has a detailed row
if q.first().short_circuit is not None:
return q.first()
a = API()
await a.get_problem(code)
if q.count():
q.delete()
session.add(Problem_DB(a.data.object))
session.commit()
return q.first()
async def async_init(self):
problem_qq = session.query(Problem_DB).\
filter(Problem_DB.code.in_(self._solved_problems))
problem_q = session.query(Problem_DB.code).\
filter(Problem_DB.code.in_(self._solved_problems)).all()
problem_q = list(map(itemgetter(0), problem_q))
for problem_code in self._solved_problems:
try:
if problem_code not in problem_q:
api = API()
await api.get_problem(problem_code)
session.add(Problem_DB(api.data.object))
session.commit()
except ObjectNotFound:
pass
self.solved_problems = problem_qq.all()
organization_qq = session.query(Organization_DB).\
filter(Organization_DB.id.in_(self._organizations))
organization_q = session.query(Organization_DB.id).\
filter(Organization_DB.id.in_(self._organizations)).all()
organization_q = list(map(itemgetter(0), organization_q))
for organization_id in self._organizations:
if organization_id not in organization_q:
api = API()
await api.get_organizations()
for organization in api.data.objects:
if (organization.id not in organization_q
and organization.id in self._organizations):
session.add(Organization_DB(organization))
session.commit()
break
self.organizations = organization_qq.all()
def get_key(contest):
return contest["key"]
self._contest_keys = list(map(get_key, self._contests))
contest_qq = session.query(Contest_DB).\
filter(Contest_DB.key.in_(self._contest_keys))
contest_q = session.query(Contest_DB.key).\
filter(Contest_DB.key.in_(self._contest_keys)).all()
contest_q = list(map(itemgetter(0), contest_q))
for contest_key in self._contest_keys:
try:
if contest_key not in contest_q:
api = API()
await api.get_contest(contest_key)
session.add(Contest_DB(api.data.object))
session.commit()
except ObjectNotFound:
pass
self.contests = contest_qq.all()
async def postcontest(self, ctx, key):
"""Updates post-contest role"""
await ctx.message.delete()
query = Query()
username = query.get_handle(ctx.author.id, ctx.guild.id)
if username is None:
return await ctx.send("Your account is not linked!")
q = session.query(Contest_DB).filter(Contest_DB.key == key)
# Clear cache
if q.count():
q.delete()
session.commit()
try:
contest = await query.get_contest(key)
except ObjectNotFound:
await ctx.send("Contest not found")
return
if contest.is_organization_private:
return await ctx.send("Contest not found")
role = get(ctx.guild.roles, name="postcontest " + key)
if not role:
return await ctx.send(f"No `postcontest {key}` role found.")
for ranking in contest.rankings:
if ranking['user'].lower() != username.lower():
continue
endTime = datetime.strptime(ranking['end_time'],
'%Y-%m-%dT%H:%M:%S%z')
if endTime > datetime.now(timezone.utc).astimezone():
return await ctx.send("Your window is not done.")
else:
try:
await ctx.author.add_roles(role)
except discord.Forbidden:
return await ctx.send("No permission to assign the role.")
return await ctx.send("You've been added to post contest.")
return await ctx.send("You haven't joined the contest yet.")
async def top(self, ctx, arg='rating'):
'''Shows registered server members in ranked order'''
arg = arg.lower()
if arg not in [
'rating', 'maxrating', 'points', 'solved', 'raw', 'maxraw'
]:
return await ctx.send_help('top')
users = session.query(User_DB).join(Handle_DB, Handle_DB.handle == User_DB.username)\
.filter(Handle_DB.guild_id == ctx.guild.id)
leaderboard = []
for user in users:
if arg == 'rating':
leaderboard.append([-(user.rating or -9999), user.username])
elif arg == 'maxrating':
leaderboard.append(
[-(user.max_rating or -9999), user.username])
elif arg == 'points':
leaderboard.append([-user.performance_points, user.username])
elif arg == 'solved':
leaderboard.append([-(user.problem_count or 0), user.username])
elif arg == 'raw':
leaderboard.append(
[-(user.raw_rating or -9999), user.username])
elif arg == 'maxraw':
leaderboard.append(
[-(user.max_raw_rating or -9999), user.username])
leaderboard.sort()
content = []
page = ''
for i, user in enumerate(leaderboard):
if user[0] == 9999:
page += f'{i+1} {user[1]} unrated\n'
else:
page += f'{i+1} {user[1]} {-round(user[0],3)}\n'
if i % 10 == 9:
content.append(page)
page = ''
if page != '':
content.append(page)
if len(content) == 0:
content.append('No users')
message = await ctx.send(embed=discord.Embed().add_field(
name='Top DMOJ ' + arg, value=content[0]))
await scroll_embed(ctx, self.bot, message, 'Top DMOJ ' + arg, content)
async def rate_contest(contest):
users = []
for ranking in contest.rankings:
if all(not solution for solution in ranking['solutions']) and not contest.rate_all or \
(contest.rating_floor or -1e9) > (ranking['old_rating'] or RATING_INIT) or\
(contest.rating_ceiling or 1e9) < (ranking['old_rating'] or RATING_INIT):
continue
users.append(ranking)
usernames = [user['user'] for user in users]
ranks = list(
tie_ranker(users,
key=itemgetter('score', 'cumulative_time', 'tiebreaker')))
old_ratings = []
raw_ratings = []
counts = []
perfs = []
query = Query()
for username in usernames:
user = session.query(User_DB).filter(User_DB.username == username)
user = user[0] if user.count() else await query.get_user(username)
raw_ratings.append(user.raw_rating or MEAN_INIT)
old_ratings.append(user.rating or RATING_INIT)
perf = []
if user._contests:
for contest in user._contests:
if contest['performance']:
perf.append(contest['performance'])
counts.append(len(perf))
perfs.append(perf)
rating, new_raw, performance = recalculate_ratings(ranks, raw_ratings,
counts, perfs)
predictions = {}
for name, a, b, c, d in zip(usernames, ranks, old_ratings, rating,
performance):
predictions[name] = {
'rank': a,
'old_rating': b,
'new_rating': c,
'rating_change': c - (b or RATING_INIT),
'performance': d,
}
return predictions
async def stats(self, ctx):
"""Display cool dmoj stats that no one asked for"""
problems = session.query(Problem_DB.points)\
.order_by(Problem_DB.points.desc()).all()
def tuple_first(data):
return data[0]
def calculate_points(points, fully_solved):
b = 150 * (1 - 0.997**fully_solved)
p = 0
for i in range(min(100, len(points))):
p += (0.95**i) * points[i]
return b + p
problems = list(map(tuple_first, problems))
total_problems = len(problems)
total_points = calculate_points(problems, total_problems)
await ctx.send("The theoretical maximum number of points you can achieve is %.2f\n"
"There are %d public problems on DMOJ" % (total_points, total_problems))
async def top(ctx):
"""Shows registered server members in ranked order"""
arg = ctx.options.arg.lower()
if arg != "rating" and arg != "maxrating" and arg != "points" and arg != "solved":
return await ctx.respond_help("top")
users = (
session.query(User_DB)
.join(Handle_DB, Handle_DB.handle == User_DB.username)
.filter(Handle_DB.guild_id == ctx.get_guild().id)
)
leaderboard = []
for user in users:
if arg == "rating":
leaderboard.append([-(user.rating or -9999), user.username])
elif arg == "maxrating":
leaderboard.append([-(user.max_rating or -9999), user.username])
elif arg == "points":
leaderboard.append([-user.performance_points, user.username])
elif arg == "solved":
leaderboard.append([-(user.problem_count or 0), user.username])
leaderboard.sort()
pag = lightbulb.utils.EmbedPaginator()
for i, user in enumerate(leaderboard):
if (arg == "rating" or arg == "maxrating") and user[0] == 9999:
pag.add_line(f"{i+1} {user[1]} unrated")
else:
pag.add_line(f"{i+1} {user[1]} {-round(user[0],3)}")
if len(leaderboard) == 0:
pag.add_line("No users")
@pag.embed_factory()
def build_embed(page_index, content):
return hikari.Embed().add_field(name="Top DMOJ " + arg, value=content)
navigator = nav.ButtonNavigator(pag.build_pages())
await navigator.run(ctx)
async def vc(ctx):
usernames = ctx.options.usernames
print(usernames)
query = Query()
if usernames == []:
username = query.get_handle(ctx.author.id, ctx.get_guild().id)
if username:
usernames = [username]
users = await asyncio.gather(
*[query.get_user(username) for username in usernames])
usernames = [user.username for user in users]
for i in range(len(users)):
if users[i] is None:
return await ctx.respond(f"{usernames[i]} does not exist on DMOJ")
q = session.query(Contest_DB)
for user in users:
# if the user has attempted any problems from the problem set
sub_q = (session.query(Submission_DB, func.max(
Submission_DB.points)).filter(
Submission_DB._user == user.username).group_by(
Submission_DB._code).subquery())
sub_q = (session.query(Problem_DB.code).join(
sub_q, Problem_DB.code == sub_q.c._code,
isouter=True).filter(func.ifnull(sub_q.c.points, 0) != 0))
sub_q = list(map(itemgetter(0), sub_q.all()))
q = (q.filter(not_(Contest_DB.rankings.contains(
user.username))).filter(
~Contest_DB.problems.any(Problem_DB.code.in_(sub_q))).filter(
Contest_DB.is_private == 0).filter(
Contest_DB.is_organization_private == 0))
if q.count() == 0:
await ctx.respond("Cannot find any contests which "
"all users have not done")
return
contests = q.all()
while True:
contest = random.choice(contests)
try:
contest = await query.get_contest(contest.key, cached=False)
break
except ObjectNotFound:
pass
# When problems are private, it says there are no problems
window = "No"
is_rated = "Not Rated"
if contest.time_limit:
window = f"{round(contest.time_limit/60/60, 2)} Hr"
if contest.is_rated:
is_rated = "Rated"
embed = hikari.Embed(
title=contest.name,
url=f"https://dmoj.ca/contest/{contest.key}",
description=
f"{window} window | {len(contest.problems)} Problems | {is_rated}",
color=0xFCDB05,
)
await ctx.respond(embed=embed)
async def predict(ctx):
username = ctx.options.username
amounts = ctx.options.point_vals
query = Query()
username = username or query.get_handle(ctx.author.id, ctx.get_guild().id)
if username is None and len(amounts) > 0:
username = str([0])
amounts.pop(0)
if amounts == []:
return await ctx.respond("No points given!")
if username is None:
return await ctx.respond("No username given!")
username = username.replace("'", "")
amounts = amounts[:10]
user = await query.get_user(username)
if user is None:
return await ctx.respond(f"{username} does not exist on DMOJ")
username = user.username
q = (session.query(Submission_DB).options(orm.joinedload("problem")).join(
User_DB, User_DB.username == Submission_DB._user,
aliased=True).filter(User_DB.username == user.username))
if q.count():
submissions = q.all()
msg = None
else:
await ctx.respond("No submissions cached, "
"Please use +cache or /cache to get new submissions")
return
problems_ACed = dict()
code_to_points = dict()
for submission in submissions:
code = submission.problem[0].code
points = submission.points
result = submission.result
if points is not None:
if result == "AC":
problems_ACed[code] = 1
if code not in code_to_points:
code_to_points[code] = points
elif points > code_to_points[code]:
code_to_points[code] = points
fully_solved = len(problems_ACed)
points = list(code_to_points.values())
points.sort(reverse=True)
embed = hikari.Embed(
title=f"Point prediction for {username}",
description="Current points: %.2fp" %
calculate_points(points, fully_solved),
color=0xFCDB05,
)
embed.set_thumbnail(await query.get_pfp(username))
for predict_val in amounts:
points.append(int(predict_val))
fully_solved += 1
points.sort(reverse=True)
updated_points = calculate_points(points, fully_solved)
embed.add_field(
name="Solve another %sp" % predict_val,
value="Total points: %.2fp" % updated_points,
inline=False,
)
if msg:
await msg.delete()
await ctx.respond(embed=embed)
return
async def ranklist(self, ctx, key):
"""List rating predictions of a contest"""
q = session.query(Contest_DB).filter(Contest_DB.key == key)
# Clear cache
if q.count():
q.delete()
session.commit()
query = Query()
try:
contest = await query.get_contest(key)
except ObjectNotFound:
await ctx.send("Contest not found")
return
q = session.query(Handle_DB).filter(Handle_DB.guild_id == ctx.guild.id)
handles = q.all()
def to_handle(handle):
return handle.handle
usernames = list(map(to_handle, handles))
# The only way to calculate rating changes is by getting the volitility of all the users
# that means 100+ seperate api calls
# How does evan do it?
import requests
r = requests.get(f"https://evanzhang.ca/rating/contest/{key}/api")
rankings = r.json()["users"]
# Don't really need this, just sanity check
# users = await asyncio.gather(*[query.get_user(username)
# for username in users])
# usernames = [user.username for user in users]
# Filter for those who participated in contest
usernames = list(set(usernames) & set(rankings.keys()))
# The length is 0 is contest is still ongoing
problems = len(contest.problems)
print(usernames)
data = []
for ranking in contest.rankings:
for username in usernames:
if ranking["user"] == username:
evan_ranking = rankings[username]
rank = {
"rank": int(evan_ranking["rank"]),
"username": username + ":",
"old_rating": evan_ranking["old_rating"],
"new_rating": evan_ranking["new_rating"],
}
if evan_ranking["rating_change"] > 0:
rank["rating_change"] = "+" + str(
evan_ranking["rating_change"])
else:
rank["rating_change"] = evan_ranking["rating_change"]
# This is a quick fix :>
problems = len(ranking["solutions"])
for i in range(1, problems + 1):
solution = ranking["solutions"][i - 1]
if solution:
rank[str(i)] = int(solution["points"])
else:
rank[str(i)] = 0
data.append(rank)
max_len = {}
max_len["rank"] = len("#")
max_len["username"] = len("Handle")
for rank in data:
for k, v in rank.items():
max_len[k] = max(len(str(v)), max_len.get(k, 0))
format_output = "{:>" + str(max_len["rank"]) + "} "
format_output += "{:" + str(max_len["username"] + 1) + "} "
for i in range(1, problems + 1):
format_output += "{:" + str(max_len[str(i)]) + "} "
format_output += " "
format_output += "{:>" + str(max_len["rating_change"]) + "} "
format_output += "{:" + str(max_len["old_rating"]) + "} "
format_output += "{:" + str(max_len["new_rating"]) + "} "
output = format_output.format(
"#", "Handle", *[str(i) for i in range(1, problems + 1)], "∆",
"Old", "New")
output += "\n"
hyphens = format_output.format(
"—" * max_len["rank"],
"—" * max_len["username"],
*["—" * max_len[str(i)] for i in range(1, problems + 1)],
"—" * max_len["rating_change"],
"—" * max_len["old_rating"],
"—" * max_len["new_rating"],
)
output += hyphens
output += "\n"
for rank in data:
output += format_output.format(
rank["rank"],
rank["username"],
*[rank[str(i)] for i in range(1, problems + 1)],
rank["rating_change"],
rank["old_rating"],
rank["new_rating"],
)
output += "\n"
output += hyphens
output += "\n"
await ctx.send("```yaml\n" + output + "```")
def get_random_problem(self, low=1, high=10):
q = session.query(Problem_DB)\
.filter(Problem_DB.points.between(low, high))\
.order_by(func.random()).limit(1)
if q.count():
return q.first()
def get_handle_user(self, handle, guild_id):
q = session.query(Handle_DB).\
filter(Handle_DB.handle == handle).\
filter(Handle_DB.guild_id == guild_id)
if q.count():
return q.first().id
