def answer_question(question_number: int, answer: str,
user: UserTable) -> dict:
answer = (answer or "").strip()
if len(answer) > 1000:
return incorrect_answer
if not answer:
return incorrect_answer
question: Questions = get_ques_by_id(question_number)
if not question:
return no_question(question_number)
correct = replace("", question.answer)
current = replace("", answer)
is_correct = correct == current
data_dict = {
"user": user.user,
"school": user.school,
"attempt": current,
"is_correct": is_correct,
"timestamp": js_time(),
"level": question_number,
}
js = f"{user.user} ({user.school}) tried to answer {user.current_level} with {current} ({'✅' if is_correct else '❌'})"
run_threaded_tasks(js, data_dict, is_correct)
if is_correct: # no
user.current_level = user.current_level + 1 # +=1 yeah
user.last_question_answered_at = js_time()
save_to_db()
return {"result": True, "next_level": user.current_level}
else:
return incorrect_answer
def add_player_to_clan(clan_data: TeamTable, user_data: UserTable):
if user_data.user not in clan_data.members:
clan_data.members.append(user_data.user)
event = clan_data.team_event
_dict = user_data.team_data.get(event)
if _dict is None:
user_data.team_data[event] = {}
mutate(user_data.team_data, event, "name", clan_data.team_name)
def answer_question(question_number: int, answer: str,
user: UserTable) -> dict:
answer = (answer or "").strip()
if not answer:
return incorrect_answer
question: Questions = get_ques_by_id(question_number)
if not question:
return no_question(question_number)
correct = replace("", question.answer)
current = replace("", answer)
is_correct = correct == current
js = f"{user.user} ({user.school}) tried to answer {user.current_level} with {current} ({'✅' if is_correct else '❌'})"
if is_correct:
post_level_up_webhook(js)
else:
post_incorrect_webhook(js)
if is_correct: # no
user.current_level = user.current_level + 1 # +=1 yeah
user.last_question_answered_at = js_time()
save_to_db()
return {"result": True, "next_level": user.current_level}
else:
return incorrect_answer
def register(request: _Parsed):
json = request.json
get = json.get
user = get("user")
name = get("name")
password = get("password")
try:
user_data = UserTable(user, name, password)
add_to_db(user_data)
print("registered ", user)
return {"user_data": user_data.as_json}
except Exception as e:
if isinstance(getattr(e, "orig", None), IntegrityError):
raise AppException("User exists", 409)
raise e
def add_user(data: dict):
invalid = is_invalid_data(data)
if invalid:
return {
"error": "Could not create account",
"reason": invalid
}, BAD_REQUEST
user = data["user"].strip().lower()
if sanitize(user) != user:
return {
"error": "Could not create account",
"reason": "username contains invalid character(s)",
}
if len(user) < 3 or len(user) > 30:
return {
"error": "Could not create account",
"reason": "username length"
}
password = data.pop("password")
if len(password) < 5:
return {
"errpr": "Could not create account",
"reason": "password length too short",
}
pw_hash = generate_password_hash(password)
data["password_hash"] = pw_hash
data["user"] = user
try:
user = UserTable(**data)
add_to_db(user)
webhook(user)
return user.as_json
except Exception as e:
if isinstance(getattr(e, "orig", 0), IntegrityError):
return {"error": "User exists"}
print(e)
return {"error": "Could not create account"}
def register(request: _Parsed):
json = request.json
get = json.get
user = get("user")
name = get("name")
email = get("email")
school = get("school")
password = get("password")
try:
user_data = UserTable(
user=user,
name=name,
email=email,
school=school,
password=password,
team_data=init_user_event_dict(),
)
add_to_db(user_data)
return user_data.as_json
except Exception as e:
if isinstance(getattr(e, "orig", None), IntegrityError):
raise AppException("User exists")
raise e
def requalify(user: UserTable):
user.is_disqualified = False
save_to_db()
return {"user_data": user.as_json}
def set_last_question_answered_at(user: UserTable, tstamp):
ts = safe_int(tstamp)
user.last_question_answered_at = ts
save_to_db()
return SUCCESS
def set_level(user: UserTable, level_to_set):
level_to_set = safe_int(level_to_set)
user.current_level = level_to_set
save_to_db()
return SUCCESS
def add_registration_data(user_data: UserTable,
event_name: str,
registration_data: dict = None):
if user_data.team_data[event_name].get("registration_data") is None:
user_data.team_data["registration_data"] = validate(
registration_data, event_name, None)