def question_result(qid=None):
import urllib
escaped_url=urllib.quote_plus("http://www.isitfutureproof.com/question/" + qid)
if ('vote_value' in request.form):
agree = "didn't tell us if you agree or disagree"
question = Question.get(qid)
if (question.total == None):
question.total = 0
if (question.vote_no == None):
question.vote_no = 0
if (question.vote_yes == None):
question.vote_yes = 0
question.total = question.total + 1
if (request.form['vote_value'] == "yes"):
question.vote_yes = question.vote_yes +1
agree = "disagree"
if (request.form['vote_value'] == "no"):
question.vote_no = question.vote_no +1
agree = "agree"
question.save()
question = Question.get(qid)
percent = 0
stylepercent = "style-0"
if (question.total > 0):
percent = float(Decimal(str(float(1.0*question.vote_no/question.total)*100)).quantize(TWOPLACES))
stylepercent = "style-" + str(int(percent))
return render_template('question_result.html', escaped_url=escaped_url, qid=qid, question=question.question, percent=percent, vote_no=question.vote_no, total=question.total, agreed=agree, stylepercent=stylepercent)
else:
question = Question.get(qid)
return render_template('question_clean.html', qid=qid, escaped_url=escaped_url, question=question.question)
def getAnsweredQuestions(self):
if self.answered_ids is None:
self.user_votes = UserVote.all().filter('user_username =', self.username)
self.answered_ids = [v.question for v in self.user_votes]
return Question.get(self.answered_ids)
def getAnsweredQuestions(self):
if self.answered_ids is None:
self.user_votes = UserVote.all().filter('user_username =',
self.username)
self.answered_ids = [v.question for v in self.user_votes]
return Question.get(self.answered_ids)
def getUnansweredQuestionsFor(username): vote_ids = [a.question for a in getAnsweredQuestionsFor(username)] question_ids = [str(q.key()) for q in Question.all()] filtered_ids = [] for qid in question_ids: if qid not in vote_ids: filtered_ids.append(qid) questions = Question.get(filtered_ids) return questions
def getUnansweredQuestionsFor(username):
vote_ids = [a.question for a in getAnsweredQuestionsFor(username)]
question_ids = [str(q.key()) for q in Question.all()]
filtered_ids = []
for qid in question_ids:
if qid not in vote_ids:
filtered_ids.append(qid)
questions = Question.get(filtered_ids)
return questions
def vote(question_id):
question = Question.get(id=question_id)
selected_choice = question.choices.select().where(Choice.id==request.form.get('choice')).get()
selected_choice.votes += 1
selected_choice.save()
return redirect(url_for('results', question_id=question.id))
def get(self, question_key):
response = {}
try:
question = Question.get(question_key)
response['question'] = utils.question_to_dict(question)
except:
response['error'] = 'Cannot find question'
self.returnJSON(404, response)
self.returnJSON(200, response)
def get(self, question_key):
response = {}
try:
question = Question.get(question_key)
response['question'] = utils.question_to_dict(question)
except:
response['error'] = 'Cannot find question'
self.returnJSON(404, response)
self.returnJSON(200, response)
def getUnansweredQuestions(self):
if self.answered_ids is None:
self.getAnsweredQuestions()
question_ids = [str(q.key()) for q in Question.all()]
filtered_ids = []
for q in question_ids:
if q not in self.answered_ids:
filtered_ids.append(q)
return Question.get(filtered_ids)
def getUnansweredQuestions(self): if self.answered_ids is None: self.getAnsweredQuestions() question_ids = [str(q.key()) for q in Question.all()] filtered_ids = [] for q in question_ids: if q not in self.answered_ids: filtered_ids.append(q) return Question.get(filtered_ids)
def getNewRoomQuestion():
cid = redis_db.get('sid:%s:cid' % request.sid).decode('utf-8')
room_id = redis_db.get('client:%s:room_id' % cid).decode('utf-8')
used = redis_db.lrange('room:%s:topics_seen' % room_id, 0, -1)
used = [(int(x)) for x in used]
id = Question.getRandomIndex(used)
q = Question.get(id)
redis_db.set('room:%s:topic_id' % room_id, id)
redis_db.rpush('room:%s:topics_seen' % room_id, id)
emit('message', {'type': 'q', 'question': q, 'id': id}, room=room_id)
def post(self):
qkey = self.request.get('qkey')
ukey = self.request.get('ukey')
comment = self.request.get('comment')
rev_key = self.request.get('rev_key')
if comment != '':
question = Question.get(qkey)
q_comment = QuestionComment()
q_comment.comment = comment
q_comment.question = question
q_comment.ukey = ukey
q_comment.put()
self.redirect("/explore/revision/%s"%rev_key)
def questions(request, **kwargs):
page_data = []
session_data = {}
if local.request.session['uid']:
session_data['user_name'] = User.get_by_id(local.request.session['uid'])[0].name
page = Page(session_data)
if 'search' in request.args:
questions_list = Question.search(request.args['search'])
page.title = "Questions - '%s' - Meno" % request.args['search']
if 'sort' in request.args:
sorts = {
'new': 'date_created',
}
sort_attr = sorts[request.args['sort']]
questions_list = Question.get(order=(sort_attr, 'desc'), limit=30)
else:
page.title = 'Questions - Meno'
questions_list = Question.get_latest(30)
for question in questions_list:
edit = question.latest_edit()[0]
user = User.get_by_id(question.user_id)[0]
age = question.age()
stat = question.latest_status()[0]
question_data = {
'question_id': str(question.id),
'user_id': str(question.user_id),
'views': str(question.views),
'votes': str(question.votes),
'date_created': str(question.created),
'category': str(Category.get_by_id(question.category_id)[0].name),
'answers_count': str(count(question.answers())),
'title': str(edit.title),
'user': str(user.name),
'status': str(stat.status),
'age': str("Asked %sh %sm %ss ago" % (age[0], age[0], age[1])),
}
page_data.append(question_data)
content = QuestionsList(page_data)
local.request.session['last'] = request.base_url
return respond(page.render(content))
def create_submission(user_id: UUID, user_role: Role,
submission: schemas.Submission):
is_authorized(user_role, "create_submission")
question = Question.get(id=submission.question_id)
if not question:
raise HTTPException(
status_code=status.HTTP_404_NOT_FOUND,
detail=("Question not found : question_id: {}".format(
submission.question_id)))
participant = Participant.get(exam=question.exam, user=User[user_id])
if not participant:
raise HTTPException(
status_code=status.HTTP_404_NOT_FOUND,
detail=("Participant not found : exam_id: {}".format(
question.exam.id)))
if len(question.multi_choice) > 0:
if submission.answer == question.answer:
marks_obtained = question.marks
mark = Mark.auto_tick
else:
marks_obtained = 0
mark = Mark.auto_cross
submission = Submission(answer=submission.answer,
question=question,
user=User[user_id],
marks_obtained=marks_obtained,
mark=mark)
else:
submission = Submission(answer=submission.answer,
question=question,
user=User[user_id])
performance_review(submission)
return submission.to_dict()
def update(self, username, question_key):
response = {}
allowed_selections = ['aye', 'no', 'dont-care', 'dont-understand']
if self.request.get('selection') not in allowed_selections:
logging.debug("hello")
response['status'] = 'error'
response['error'] = 'You did not send a selection [aye, no, dont-care, dont-understand]'
self.returnJSON(406, response) # 406 Not Acceptable
return None
try:
user = User.all().filter('username ='******'error'] = 'Cannot find user or question'
self.returnJSON(404, response)
return None
# Get existing or new question
existing = UserVote.all().filter('user_username ='******'question =', question_key)
if existing.count() > 0:
vote = existing[0]
else:
logging.debug(question)
vote = UserVote(parent=question)
vote.question = question_key
vote.user_username = user.username
vote.constituency = user.constituency
vote.selection = self.request.get('selection')
vote.put()
response['vote'] = utils.vote_to_dict(vote)
response['user'] = utils.user_to_dict(user)
return response
def user(request, uid, **kwargs):
user = User.get_by_id(uid)[0]
questions = Question.get(where=('author_id', uid), order=('date_created', 'desc'))
try:
user.questions_count = len(questions)
except TypeError:
user.questions_count = None
answers = Answer.get(where=('author_id', uid), order=('date_created', 'desc'))
try:
user.answers_count = len(questions)
except TypeError:
user.answers_count = None
session_data = {}
if local.request.session['uid']:
session_data['user_name'] = User.get_by_id(local.request.session['uid'])[0].name
page = Page(session_data)
page.title = user.name + "'s Profile - Meno"
content = Profile(user)
local.request.session['last'] = request.base_url
return respond(page.render(content))
def question(id):
return jsonify(question=Question.get(id=id).serialize_to_dict())
def getPartner(data):
cid = redis_db.get('sid:%s:cid' % request.sid).decode('utf-8')
lean = data['lean']
search = data['search']
redis_db.set('client:%s:wait-list' % cid, '%s-waiting-%s' % (lean, search))
room_id = cid
list = ''
# wants to match with left leaning user
if search == "l":
if lean == 'left':
if redis_db.llen('left-waiting-l'):
list = 'left-waiting-l'
elif redis_db.llen('left-waiting-lr'):
list = 'left-waiting-lr'
else:
redis_db.rpush('left-waiting-l', cid)
elif lean == 'right':
if redis_db.llen('left-waiting-r'):
list = 'left-waiting-r'
elif redis_db.llen('left-waiting-lr'):
list = 'left-waiting-lr'
else:
redis_db.rpush('right-waiting-l', cid)
elif search == "r":
if lean == 'left':
if redis_db.llen('right-waiting-l'):
list = 'right-waiting-l'
elif redis_db.llen('right-waiting-lr'):
list = 'right-waiting-lr'
else:
redis_db.rpush('left-waiting-r', cid)
elif lean == 'right':
if redis_db.llen('right-waiting-r'):
list = 'right-waiting-r'
elif redis_db.llen('right-waiting-lr'):
list = 'right-waiting-lr'
else:
redis_db.rpush('right-waiting-r', cid)
else: # search is lr
if lean == 'left':
if redis_db.llen('right-waiting-l'):
list = 'right-waiting-1'
elif redis_db.llen('left-waiting-l'):
list = 'left-waiting-l'
elif redis_db.llen('right-waiting-lr'):
list = 'right-waiting-lr'
elif redis_db.llen('left-waiting-lr'):
list = 'left-waiting-lr'
else:
redis_db.rpush('left-waiting-lr', cid)
elif lean == 'right':
if redis_db.llen('left-waiting-r'):
list = 'left-waiting-r'
elif redis_db.llen('right-waiting-r'):
list = 'right-waiting-r'
elif redis_db.llen('left-waiting-lr'):
list = 'left-waiting-lr'
elif redis_db.llen('right-waiting-lr'):
list = 'right-waiting-lr'
else:
redis_db.rpush('right-waiting-lr', cid)
if not list:
emit('message', {'type': 'searching'})
else: # match found
# pop from left_waiting
partner_cid = redis_db.lpop(list).decode('utf-8')
# remove waiting list data
redis_db.delete('client:%s:wait-list' % cid)
redis_db.delete('client:%s:wait-list' % partner_cid)
# generate a new room
generateRoom(room_id, type=1)
# add the pair to the room
joinRoom(room_id=room_id, sid=request.sid)
joinRoom(room_id=room_id,
sid=redis_db.get('client:%s:sid' %
partner_cid).decode('utf-8'))
redis_db.set('client:%s:pcid' % cid, partner_cid)
redis_db.set('client:%s:pcid' % partner_cid, cid)
# Give them their discussion topic
id = int(redis_db.get('room:%s:topic_id' % room_id).decode('utf-8'))
q = Question.get(id)
emit('message', {'type': 'q', 'question': q, 'id': id}, room=room_id)
# Let clients know they've joined
emit('message', {'type': 'matched'}, room=room_id)
emit_user_count(True)
def detail(question_id):
question = Question.get(id=question_id)
return render_template('detail.html', question=question)
def test_answering_question(self):
self.app.post(self.question.url, dict(answer = 'zimbly'))
question = Question.get(self.question.key())
self.assertEqual('zimbly', question.answers[0].text)
self.assertEqual(self.creator.name, question.answers[0].creator.name)
self.assertEqual(1, question.answer_count)
def results(question_id):
question = Question.get(id=question_id)
return render_template('results.html', question=question)
