def get_live_server_time():
# Get the page's arguments
key = request.args.get("key", None, type=str)
# Check the key
if verify_otp(key, "THE2TIME3IS4NOW5"):
return "7h3-u53r5-71m3-15-c0rr3c7"
else:
return abort(403)
def failure():
# Get the page's arguments
key = request.args.get("key", None, type=str)
# Check the key
if verify_otp(key, "OH2NO3YOU4FAILED"):
flash("You ran out of time! Try again.")
return url_for("main_page")
else:
return abort(403)
def redirect_to_the_challenge():
# Get the page's arguments
key = request.args.get("key", None, type=str)
# Check the key
if verify_otp(key, "REDIRECTING2TO3THE4CHALLENGE5NOW"):
session["starting_challenge"] = True
return url_for("the_challenge")
else:
return abort(403)
def check_connection():
# Get the page's arguments
key = request.args.get("key", None, type=str)
# Check the key
if verify_otp(key, "INTERNET2CONNECT"):
# Check if the user can access the example domain by IANA
if check_internet_connection():
return "y0u-4r3-c0nn3c73d!"
else:
return "y0u-4r3-n07-c0nn3c73d"
else:
return abort(403)
def success_handler():
# Get the page's arguments
key = request.args.get("key", None, type=str)
user_id = request.args.get("user_id", None, type=str)
time_remaining = request.args.get("time_remaining", None, type=float)
# Check the key
if verify_otp(key, "CONGRATULATIONS2YOU3COMPLETED4THE5CHALLENGE6YAY7"):
# Save the time remaining to the JSON file
with open(SUCCESS_TIMES_FILE, "r") as infile:
if len(infile.read()) > 5:
infile.seek(0) # Move file pointer to the front of the file
success_times = json.load(infile)
else:
success_times = {}
infile.close()
# Try to get an existing time
try:
existing_time = success_times[user_id]
except KeyError:
existing_time = 0
# Round the obtained time
new_time = round(time_remaining, 4)
# Get the best time
best_time = max(new_time, existing_time)
# If the new time is not the best time show a popup
if best_time != new_time:
flash(
f"The time left for this attempt is {new_time} seconds, which unfortunately did not beat your best "
f"time.")
# Save the best time to the success times' dictionary
success_times[user_id] = best_time
# Write the updated dictionary to the file
with open(SUCCESS_TIMES_FILE, "w") as outfile:
json.dump(success_times, outfile)
outfile.close()
# Return the success page
return url_for("success", userid=user_id)
else:
return abort(403)
def start_challenge():
# Get the page's arguments
key = request.args.get("key", None, type=str)
# Check the key
if verify_otp(key, "START2CHALLENGE3"):
# Clear data
clear_user_data()
# Start the quiz
session["quiz_starting"] = True
return url_for(
"load_challenge") # Load the url into the javascript script
else:
return abort(403)
def check_answer():
# Get the page's arguments
key = request.args.get("key", None, type=str)
question_no = request.args.get("question_no", None, type=int)
user_answer = request.args.getlist(
"user_answer[]"
) # Gets all the elements that has this tag and puts it in a list
# Check the key
if verify_otp(key, "I2WANT3TO4CHECK5MY6ANSWER7CAN2YOU3CHECK4"):
# Get the correct answer
answer = session["answers"][question_no - 1]
# Process the user's answer
processed_user_answer = process_user_answer(user_answer)
# Check user's answer
correct = check_user_answer(processed_user_answer, answer)
return jsonify(correct=correct)
else:
return abort(403)
def setup_questions():
# Get the page's arguments
key = request.args.get("key", None, type=str)
# Check the key
if verify_otp(key, "SETUP2QUESTIONS3"):
# Setup question bank
question_handler = QuestionsHandler()
# Setup the questions
generated_questions, input_field_prefixes, answers = question_handler.setup_questions(
)
# Get the image from Q4
q4_image_data = generated_questions[3][1]
# Fix that entry to be only the question string
generated_questions[3] = generated_questions[3][0]
# Save questions' data to the session
questions_and_prefixes = {
"questions": generated_questions,
"prefixes": input_field_prefixes
}
session["questions_and_prefixes"] = json.dumps(
questions_and_prefixes) # Will be used in the JS script
session[
"Q4_image"] = q4_image_data # Has to be handled separately due to its large size
session[
"answers"] = answers # Needs to be kept separate to prevent security leaks
# Return the json object
return jsonify(questions=generated_questions)
else:
return abort(403)