def _gen_award_data(cls, challenge, solve, solve_num):
award_points = challenge.first_blood_bonus[solve_num - 1] if (
solve_num - 1) < len(challenge.first_blood_bonus) else None
if award_points is None:
return None
return {
'user_id':
solve.user.id if solve.user is not None else None,
'team_id':
solve.team.id if solve.team is not None else None,
'name':
'{0} blood for {1}'.format(ordinalize(solve_num), challenge.name),
'description':
'Bonus points for being the {0} to solve the challenge'.format(
ordinalize(solve_num)),
'category':
'First Blood',
'date':
solve.date,
'value':
award_points,
'icon':
'medal-{0}'.format(ordinalize(solve_num))
if solve_num <= 3 else 'medal',
'solve_id':
solve.id,
'solve_num':
solve_num,
}
def notify_solve(self, format, solver_name, solver_url, challenge_name, challenge_url, solve_num):
markdown_msg = format.format(
solver='[{solver_name}]({solver_url})'.format(solver_name=solver_name, solver_url=solver_url),
challenge='[{challenge_name}]({challenge_url})'.format(challenge_name=challenge_name, challenge_url=challenge_url),
solve_num=ordinalize(solve_num),
)
requests.post(self.get_webhook_url(), json={
'embeds': [{
'description': markdown_msg,
}]
})
def notify_solve(self, format, solver_name, solver_url, challenge_name, challenge_url, solve_num):
markdown_msg = format.replace('(', '\\(').replace(')', '\\)').format(
solver='[{solver_name}]({solver_url})'.format(solver_name=self._escape(solver_name), solver_url=self._escape(solver_url)),
challenge='[{challenge_name}]({challenge_url})'.format(challenge_name=self._escape(challenge_name), challenge_url=self._escape(challenge_url)),
solve_num=ordinalize(solve_num),
)
requests.post('https://api.telegram.org/bot{bot_token}/sendMessage'.format(bot_token=self.get_bot_token()), json={
'chat_id': self.get_chat_id(),
'parse_mode': 'MarkdownV2',
'text': markdown_msg,
})
def notify_solve(self, format, solver_name, solver_url, challenge_name, challenge_url, solve_num):
plain_msg = format.format(
solver=solver_name,
challenge=challenge_name,
solve_num=ordinalize(solve_num),
)
markdown_msg = format.format(
solver='<{solver_url}|{solver_name}>'.format(solver_name=solver_name, solver_url=solver_url),
challenge='<{challenge_url}|{challenge_name}>'.format(challenge_name=challenge_name, challenge_url=challenge_url),
solve_num=ordinalize(solve_num),
)
requests.post(self.get_webhook_url(), json={
'text': plain_msg,
'blocks': [
{
"type": "section",
"text": {
"type": "mrkdwn",
"text": markdown_msg
}
},
]
})
def test_ordinalize():
tests = {
1: "1st",
2: "2nd",
3: "3rd",
4: "4th",
11: "11th",
12: "12th",
13: "13th",
101: "101st",
102: "102nd",
103: "103rd",
111: "111th",
}
for t, v in list(tests.items()):
assert ordinalize(t) == v
def get_place(self, admin=False, numeric=False):
"""
This method is generally a clone of CTFd.scoreboard.get_standings.
The point being that models.py must be self-reliant and have little
to no imports within the CTFd application as importing from the
application itself will result in a circular import.
"""
from CTFd.utils.scores import get_team_standings
standings = get_team_standings(admin=admin)
try:
n = standings.index((self.id,)) + 1
if numeric:
return n
return ordinalize(n)
except ValueError:
return None
def get_place(self, admin=False, numeric=False):
"""
This method is generally a clone of CTFd.scoreboard.get_standings.
The point being that models.py must be self-reliant and have little
to no imports within the CTFd application as importing from the
application itself will result in a circular import.
"""
from CTFd.utils.scores import get_team_standings
standings = get_team_standings(admin=admin)
for i, team in enumerate(standings):
if team.team_id == self.id:
n = i + 1
if numeric:
return n
return ordinalize(n)
else:
return None
