def log(self, question, r):
logging.info('Updating datastore with question.')
# Insert question into datastore
response = json.loads(r.content)
answers = response['question']['answers']
answer = answers[0]['text'] if len(answers) > 0 else 'No answer given'
phone_number = int(self.request.get('p', '0'))
q = Question(phone_number=phone_number,
question=question,
response=response,
answer=answer)
q.put()
# Update user stats
# This isn't atomic, I don't think it's a big deal though.
user = Stats.query(Stats.phone_number == phone_number).fetch()
if len(user) > 0:
user = user[0]
else:
user = Stats(phone_number=phone_number,
number_of_questions=0,
most_recent_question=datetime.min)
user.number_of_questions += 1
user.most_recent_question = q.time
user.put()
def test_get_random(self):
"""Test the get_random method for the Question model."""
with self.app_context:
question = Question.get_random(self.c_1.id, [self.q_1.id])
self.assertIsNone(question)
question = Question.get_random(self.c_2.id, [self.q_2.id])
self.assertIsNotNone(question)
self.assertEqual(question, self.q_3.format())
def edit_question(q_id, question, activate):
if question != None:
escaped_question = escape(question)
Question.by_id(q_id).question = question
else:
escaped_question = None
Question.by_id(q_id).available = activate
return json.dumps({"id":q_id,"text":escaped_question,"available":activate})
def get_questions():
questions = Question.get_by_page(request, QUESTIONS_PER_PAGE)
if len(questions) == 0:
abort(404)
return jsonify({
"questions": questions,
"total_questions": len(Question.get_all()),
"success": True,
"categories": Category.to_dict(),
})
def getLevel(identifier):
"""Get a level with its questions and their responses"""
# Get the connection
conn = getConnection()
# Get the question
question_cursor = executeRequest(
"""SELECT Level.Id, Level.Title, Question.Id, Question.Question, Response.Value, Response.Response, Response.Id
FROM Level
INNER JOIN Question ON Level.Id = Question.IdLevel
INNER JOIN Response ON Question.Id = Response.IdQuestion
WHERE Level.Id = """ + identifier + """
ORDER BY Question.Id, Response.Value""", conn)
if question_cursor is not None:
level = None
current_question = None
for row in question_cursor.fetchall():
# Title
if level is None:
level = Level()
level.id = row[0]
level.title = row[1]
# Question
if current_question is None or current_question.id != row[1]:
current_question = Question()
current_question.id = row[2]
current_question.question = row[3]
current_question.id_level = level.id
level.questions.append(current_question)
# Responses
Level.Id, Level.Title, Question.Id, Question.Question, Response.Value, Response.Response, Response.Id
response = Response()
response.value = row[4]
response.response = row[5]
response.id = row[6]
response.id_question = current_question.id
current_question.responses.append(response)
# Set the result
result = getHTTPResponse(200, level)
else:
# Level does not exist
result = getHTTPResponse(500, "This level does not exist", False)
conn.close()
return result
def test_load_question_from_index(self):
question = Question(pub_date=timezone.now() -
datetime.timedelta(days=3),
question_text='Foo Bar')
question.save()
self.selenium.get('%s%s' %
(self.live_server_url, reverse('polls:index')))
self.selenium.find_element_by_css_selector(
'a[data-question-id="{}"]'.format(question.id)).click()
# Wait until the response is received
WebDriverWait(
self.selenium,
2).until(lambda driver: driver.find_element_by_tag_name('body'))
def __init__(self, request):
# lele add dummy questions le
if len(Question.get_all()) == 0:
print "I MAEK DUMMY SHIZZLE"
userID = g.lti.get_user_id()
q1 = Question("1","1","What am I?",True,1000)
q2 = Question("2","1","Who am I?",True,1000)
q3 = Question("3","1","Where am I?",True,1000)
session.add(q1)
session.add(q2)
session.add(q3)
a11 = AnswerModel("einseins",1,userID,0,1000.0)
a12 = AnswerModel("einszwei",1,1338, 0,1000.0)
a13 = AnswerModel("einsdrei",1,1339, 0,1000.0)
a21 = AnswerModel("zweieins",2,userID,0,1000.0)
a22 = AnswerModel("zweizwei",2,1338, 0,1000.0)
a23 = AnswerModel("zweidrei",2,1339, 0,1000.0)
a31 = AnswerModel("dreieins",3,userID,0,1000.0)
a32 = AnswerModel("dreizwei",3,1338, 0,1000.0)
a33 = AnswerModel("dreidrei",3,1339, 0,1000.0)
session.add(a11)
session.add(a12)
session.add(a13)
session.add(a21)
session.add(a22)
session.add(a23)
session.add(a31)
session.add(a32)
session.add(a33)
session.commit()
def build_question(article) -> Question:
return Question(title=get_title(article),
time=get_time(article),
time_relative=get_time_relative(article),
who_asked=get_who_asked(article),
answer=get_answer(article),
image_url=get_image_url(article))
def create_question(self, quiz_id, temp_question):
"""create a new question and add it to the store and to the quiz"""
new_question = Question(**temp_question)
self.get_quiz_by_id(quiz_id).add_question_by_id(
new_question.question_id)
self.questions[new_question.question_id] = new_question
return new_question.question_id
def edit_question(q_id, question, time):
"""Updates a question with given contents and activation status."""
if g.lti.is_instructor():
if question is None:
escaped_question = None
else:
escaped_question = escape(question)
escaped_time = escape(time)
q = Question.by_id(q_id)
q.question = escaped_question
q.time = int(time)
activate = q.answerable
session.add(q)
session.commit()
return json.dumps({"id": q_id,
"text": escaped_question,
"answerable": activate,
"time":time,
"check": g.lti.is_instructor()})
else:
return json.dumps({"id": q_id,
"text": question,
"answerable": activate,
"time": time,
"check": g.lti.is_instructor()})
def find_best_split(self, rows):
""" Find the best question to ask by iterating over every feature / value
and calculating the information gain. """
best_gain = 0 # keep track of the best information gain
best_question = None # keep train of the feature / value that produced it
current_uncertainty = self.gini(rows)
n_features = len(rows[0]) - 1 # number of columns minus one
for col in range(1, n_features + 1): # for each feature
values = set([row[col]
for row in rows]) # unique values in the column
for val in values: # for each value
question = Question(self.__header, col, val)
# try splitting the dataset
true_rows, false_rows = self.partition(rows, question)
# Skip this split if it doesn't divide the dataset.
if len(true_rows) == 0 or len(false_rows) == 0:
continue
# Calculate the information gain from this split
gain = self.info_gain(true_rows, false_rows,
current_uncertainty)
if gain >= best_gain:
best_gain, best_question = gain, question
return best_gain, best_question
def delete_question(qid):
question = Question.by_id(int(qid))
if g.lti.is_instructor():
session.delete(question)
session.commit()
return json.dumps({'deleted': g.lti.is_instructor()})
def new_poll() -> Response:
form = QuestionForm()
if form.validate_on_submit() and 'cover' in request.files:
if 'cover' not in request.files:
flash('No file')
return redirect(request.url)
cover = request.files['cover']
if cover and allowed_file(cover.filename):
filename = secure_filename(cover.filename)
cover.save(os.path.join(app.config['UPLOAD_FOLDER'], filename))
question = form.data['question']
option1 = form.data['option1']
option2 = form.data['option2']
option3 = form.data['option3']
option4 = form.data['option4']
question = Question(question=question,
cover=secure_filename(cover.filename),
options=[
Options(choice=option1),
Options(choice=option2),
Options(choice=option3),
Options(choice=option4)
])
db.session.add(question)
db.session.commit()
flash('Your poll is added now')
return redirect(url_for('main'))
return render_template('polls/newpoll.html', form=form)
def renderanswerform():
try:
questionid = int(request.values['question_id'])
question = Question.by_id(questionid)
except:
return abort(404)
return render_template('student_answer.html', question = question)
def question_create(user, params):
question_id = utils.safe_id(params.get("question_id"))
answer = params.get("answer")
if not question_id or not answer:
return {"error_code": 80002, "msg": "no enough parameters"}
question = Question.select().where(Question.id == question_id).first()
if not question:
return {"error_code": 20242, "msg": "protect question not exists"}
uq = UserQuestion.select().where(UserQuestion.user == user).first()
if uq:
return {"error_code": 20243, "msg": "password question already exists"}
u = UserQuestion()
u.user = user
u.question = question
u.answer = answer
u.save()
queue.to_queue({
"type":
"user_question_create",
"user_id":
user.id,
"team_id":
user.identify[1:] if user.identify[0] != "f" else None
})
return {"error_code": 0, "msg": "ok"}
def update_poll(id):
poll = Question.query.filter_by(id=id).first()
form = QuestionForm(
question=poll.question,
option1=poll.options[0],
option2=poll.options[1],
option3=poll.options[2],
option4=poll.options[3],
)
if form.validate_on_submit():
question = form.data['question']
option1 = form.data['option1']
option2 = form.data['option2']
option3 = form.data['option3']
option4 = form.data['option4']
poll = Question(question=question,
options=[
Options(choice=option1),
Options(choice=option2),
Options(choice=option3),
Options(choice=option4)
])
db.session.add(poll)
db.session.commit()
flash('Your poll is update now')
return redirect(url_for(f'polls/{id}'))
return render_template('polls/update_poll.html', poll_data=poll, form=form)
def get(q_id):
query = Question.objects(question_id=q_id)
if query:
question = query[0]
return question.to_dict()
else:
return None
def add_question(qtype, qtext, hint, img, handler):
question = Question()
cookies = h.get_default_cookies(handler)
current_user = h.get_current_user(cookies)
if current_user:
question.user = current_user
question.qtype = int(qtype)
question.qtext = qtext
question.hint = hint
question.img = img
question.status = 1
question.put()
return question
def questions_by_category(category_id):
questions = Question.get_by_category_by_page(category_id, request,
QUESTIONS_PER_PAGE)
if len(questions) == 0:
abort(404)
return jsonify({
"questions":
questions,
"total_questions":
len(Question.get_by_category(category_id)),
"current_category":
Category.get_by_id(category_id).type,
"success":
True,
})
def create_question():
data = request.get_json()
question = Question(**data)
result = question.insert_record()
if result["error"]:
abort(500)
_id = result["id"]
questions = Question.get_by_page(request, QUESTIONS_PER_PAGE)
return jsonify({
"created": _id,
"questions": questions,
"total_questions": len(Question.get_all()),
"success": True,
})
def get_list():
questions = Question.get_filtered()
for question in questions:
if question is not None and question.activate_time is not None:
if question.get_time_left() < 0:
question.answerable = False
session.commit()
return render_template('question_list.html', questions=questions)
def delete_question(qid):
'''removes the question with the provided id from the database'''
question = Question.by_id(int(qid))
if g.lti.is_instructor():
session.delete(question)
session.commit()
return json.dumps({'deleted': g.lti.is_instructor()})
def getAll():
"""Get all levels with their questions and their responses"""
# Get the connection
conn = getConnection()
# Get the question
question_cursor = executeRequest(
"""SELECT Level.Id, Level.Title, Question.Id, Question.Question, Response.Value, Response.Response, Response.Id
FROM Level
INNER JOIN Question ON Level.Id = Question.IdLevel
INNER JOIN Response ON Question.Id = Response.IdQuestion
ORDER BY Level.Id, Question.Id, Response.Value""", conn)
levels = []
current_level = None
current_question = None
for row in question_cursor.fetchall():
# New level with title
if current_level is None or current_level.id != row[0]:
current_level = Level()
current_level.id = row[0]
current_level.title = row[1]
levels.append(current_level)
# Question
if current_question is None or current_question.id != row[2]:
current_question = Question()
current_question.id = row[2]
current_question.id_level = current_level.id
current_question.question = row[3]
current_level.questions.append(current_question)
# Responses
response = Response()
response.value = row[4]
response.response = row[5]
response.id = row[6]
response.id_question = current_question.id
current_question.responses.append(response)
# Set the result
result = getHTTPResponse(200, levels)
conn.close()
return result
def test_get_by_id(self):
"""Test the get_by_id method for the Question model."""
with self.app_context:
question = Question.get_by_id(self.q_1.id)
self.assertIsNotNone(question)
self.assertEqual(question.question, self.q_1.question)
self.assertEqual(question.answer, self.q_1.answer)
self.assertEqual(question.difficulty, self.q_1.difficulty)
self.assertEqual(question.category_id, self.q_1.category_id)
def get(self):
c = h.context()
query = Question.all()
results = query.fetch(1000)
for q in results:
q.i = str(q.img.key())
q.k = q.key()
c['questions'] = results
h.render_out(self, 'question_admin.tplt', c)
def delete(q_id):
question = Question.objects(question_id=q_id).first()
q_id = question.question_id
if question:
question.delete()
log.debug("## Question Deleted : ID {}".format(q_id))
return True, None
else:
return False, "Question not found"
def __build_question(post):
if not post:
return None
return Question(title=post['title'],
time=post['time'],
time_relative=None,
who_asked=post['who_asked'],
answer=post['answer'],
image_url=post['image_url'])
def add_user():
def create_user(name, password):
salt = create_salt()
password_hash = calculate_password_hash(password, salt)
return User(name=name, password_hash=password_hash, salt=salt)
db.create_all()
user1 = create_user('a', "aa")
user2 = create_user('b', "bb")
user3 = create_user('c', "cc")
db.session.add(user1)
db.session.add(user2)
db.session.add(user3)
user1.questions = [Question(detail='x?', answer='yy!'), Question(detail='z?')]
user2.questions = [Question(detail='aaa?', answer='bbb!')]
db.session.commit()
def add_message(self, room_id, data):
schema = MessageSchema()
result = schema.load(data)
if result.errors:
abort(400, result.errors)
question = Question(result.data)
self.db.session.add(question)
self.db.session.commit()
return question
def __find_questions(self, paragraphs: list) -> list:
questions = []
for index, paragraph in enumerate(paragraphs):
is_list = paragraph.style.name == 'List Paragraph'
has_question_number = re.match('^[0-9]\.', paragraph.text)
has_start = re.search('@start', paragraph.text)
if is_list or has_question_number or has_start:
leng = len(questions)
if leng != 0:
questions[leng - 1].end = index - 1
q = Question()
q.start = index
questions.append(q)
self.__format_paragraphs(paragraph, len(questions))
questions[len(questions) - 1].end = len(paragraphs)
return questions
def generate_questions(group_conf):
df = group_conf['df']
name = f"Conseil d'administration {group_conf['semester']}"
if group_conf['semester'] == 'Annuel':
description = "Vote de confiance pour les postes annuels au conseil d'administration de l'AGEG."
code = f"CA{group_conf['semester']}"
title = "Qui voulez-vous comme administrateurs annuels de l'AGEG?"
else:
description = "Vote de confiance pour les postes saisonniers au conseil d'administration de l'AGEG."
code = "CAS" + group_conf['semester']
title = "Qui voulez-vous comme administrateurs saisonniers de l'AGEG?"
group = Group(name, description)
question_admin = Question(code=code, gid=group.gid, title=title, qtype='F')
question_admin.add_answer(
Answer(qid=question_admin.qid, value="Oui", code="A1", order=1))
question_admin.add_answer(
Answer(qid=question_admin.qid, value="Non", code="A2", order=2))
question_admin.add_answer(
Answer(qid=question_admin.qid,
value="Non confiance",
code="A3",
order=3))
sous_questions = []
for index, candidat in df.iterrows():
subquestion = Subquestion(parent=question_admin.qid,
gid=question_admin.gid,
code=f"SQ{index + 1:02}",
value=candidat[NOM_USUEL],
order=index,
qtype='T')
sous_questions.append(subquestion)
question_admin.add_option(
Option(nom=candidat[NOM_USUEL],
promotion=candidat[PROMOTION],
concentration=candidat[CONCENTRATION],
order=index,
description=candidat[TEXTE_DESCRIPTIF],
image=candidat[PHOTO]))
return group, question_admin, sous_questions
def generate_questions(conf, group_conf):
df = group_conf['df']
name = f"Comité exécutif {group_conf['semester']}"
description = "Pour cette section, seulement une personne peut-être élue par poste."
group = Group(name, description)
postes = conf['postes_exec']
questions = []
questions_map = {}
# clean poste vise
for poste in postes:
df.loc[df[POSTE_VISE].str.
contains(pat=f"(?:^{postes[poste]}|{poste})", regex=True),
POSTE_VISE] = poste
applied_posts = [
poste for poste in postes if poste in df[POSTE_VISE].unique().tolist()
]
for i, poste in enumerate(applied_posts):
question = Question(
code=poste + group_conf['semester'],
gid=group.gid,
title=f"Qui voulez-vous au poste de {postes[poste]}?",
qtype='L',
order=i)
questions.append(question)
questions_map[poste] = question
if 'unused_posts' not in group_conf.keys():
group_conf['unused_posts'] = []
for poste in postes:
if poste not in applied_posts:
group_conf['unused_posts'].append(poste)
for _, candidat in df.iterrows():
poste = candidat[POSTE_VISE]
option = Option(nom=candidat[NOM_USUEL],
promotion=candidat[PROMOTION],
concentration=candidat[CONCENTRATION],
order=questions_map[poste].answer_count(),
description=candidat[TEXTE_DESCRIPTIF],
image=candidat[PHOTO])
questions_map[poste].add_answer(option)
questions_map[poste].add_option(option)
for poste in questions_map:
lachaise = Option.add_chaise(questions_map[poste].answer_count())
questions_map[poste].add_answer(lachaise)
questions_map[poste].add_option(lachaise)
return group, questions
def post(self):
args = post_parser.parse_args()
d = {
'title': args.title,
'content': args.content,
'user_id': args.user_id
}
q = Question.new(d)
q.save()
return q.json(), 201
def delete_question(question_id):
question = Question.get_by_id(question_id)
if question is None:
abort(404)
result = question.delete_record()
if result["error"]:
abort(500)
questions = Question.get_by_page(request, QUESTIONS_PER_PAGE)
return jsonify({
"deleted": question_id,
"questions": questions,
"total_questions": len(Question.get_all()),
"success": True,
})
def get_list_table(limit,offset):
(questions, curpage, maxpages, startpage, pagecount) = Question.get_filtered_offset(limit,offset,orderby='created')
for question in questions:
if question is not None and question.activate_time is not None:
if question.get_time_left() < 0:
question.answerable = False
session.commit()
return render_template('question_list_tbl.html', questions=questions,
currentpage=curpage,startpage=startpage,pagecount=pagecount,maxpages=maxpages)
def collect_questions():
questions = []
older_than = datetime.datetime.utcnow() - datetime.timedelta(days=COOLDOWN_DURATION)
for qt_id in range(1, MAX_NUMBER_OF_DIFFICULTY + 1):
question = Question.objects(
Q(question_type=qt_id) &
Q(modified_at__lte=older_than)
).order_by('modified_at').first()
if question:
questions.append(question)
return questions
def create(post_data):
question_text = post_data.get("question_text")
sample_input = post_data.get("sample_input")
sample_output = post_data.get("sample_output")
explanation = post_data.get("explanation")
question_type = post_data.get("question_type")
q = Question(question_id=shortuuid.uuid(),
question_text=question_text,
sample_input=sample_input,
sample_output=sample_output,
explanation=explanation,
question_type=question_type)
try:
obj = q.save()
log.debug("## Question Added: ID {}".format(obj.question_id))
return_dict = obj.to_dict()
return return_dict
except Exception as e:
log.error(e)
return response.failure({"status": "Failure occurred."})
def createTopic(question, accountId, answerStatusId, isPoll):
qst = Question()
qst.Question = question
qst.AccountId = accountId
qst.TimeStamp = datetime.date.today()
qst.AnswerStatusId = answerStatusId
qst.IsPoll = isPoll
qst.Score = 0
db.session.add(qst)
db.session.commit()
def index():
# Slice of to pagination
# List of filter by get args:
# Example: /admin/question/?page=1&name_icontains=apple
data = request.args.to_dict()
# Type of filter
engine_filter = {'content__icontains': str}
# Prepare filter
criteria = {}
for k in data:
if k in engine_filter:
criteria[k] = engine_filter[k](data[k])
pagination = Paginate('admin.question.index', count=len(Question.objects(**criteria)), per_page=10)
page = pagination.get_page()
questions = Question.objects(**criteria)[(page-1) * 10:page * 10]
return render.template('admin/question/index.html', questions=questions, pagination=pagination)
def search_questions():
search_term = request.get_json()["search_term"]
questions = Question.search(search_term)
if len(questions) == 0:
abort(404)
return jsonify({
"questions": questions,
"total_questions": len(questions),
"success": True,
})
def test_get_by_category(self):
"""Test the get_by_category method for the Question model."""
with self.app_context:
questions = Question.get_by_category(self.c_2.id)
self.assertIsNotNone(questions)
self.assertEqual(len(questions), 2)
self.assertIn(
questions[0].format(), [self.q_2.format(), self.q_3.format()]
)
self.assertIn(
questions[1].format(), [self.q_2.format(), self.q_3.format()]
)
def export_course(course_id, export_answers=True):
questions = Question.by_course_id(course_id)
ret = []
for question in questions:
q = {'question': question.question}
if export_answers:
answers = AnswerModel.get_filtered(questionID=question.id)
q['answers'] = []
for x in answers:
q['answers'].append(x.text)
ret.append(q)
return ret
def test_init(self):
"""Test the __init__ method for the Question class."""
self.q = Question(
question="Test Question?",
answer="Test Answer",
difficulty="1",
category_id="2",
)
self.assertEqual(self.q.question, "Test Question?")
self.assertEqual(self.q.answer, "Test Answer")
self.assertEqual(int(self.q.difficulty), 1)
self.assertEqual(int(self.q.category_id), 2)
def toggle_options(args):
try:
type = args['type']
except KeyError:
return
question = Question.by_id(args['id'])
if question is None:
return
if not g.lti.is_instructor() and type != 'Reviewable':
return
if question.state == 'Answerable' and (type == 'Inactive' or type == 'Reviewable' or type == 'Archived'):
AnswerModel.update_q_history(args['id'])
rv = None
if type == 'Inactive':
rv = question.inactive = True
question.answerable = question.reviewable = question.closed = False
question.state = 'Inactive'
if type == 'Answerable':
rv = question.answerable = True
question.activate_time = datetime.now()
question.inactive = question.reviewable = question.closed = False
question.state = 'Answerable'
elif type == 'Reviewable':
if not question.reviewable:
Scheduler(args['id'])
question.reviewable = True
rv = question.reviewable
question.inactive = question.answerable = question.closed = False
question.state = 'Reviewable'
elif type == 'Closed':
rv = question.closed = True
question.inactive = question.answerable = question.reviewable = False
question.state = 'Closed'
elif type == 'comments':
rv = question.comment = not question.comment
elif type == 'tags':
rv = question.tags = not question.tags
elif type == 'rating':
rv = question.rating = not question.rating
session.commit()
return json.dumps({"toggle": rv, "check": True})
def save():
try:
questionid = int(request.values['questionid'])
question = Question.by_id(questionid)
text = request.values['text']
userid = g.lti.get_user_id()
except:
return abort(404)
if AnswerModel.question_valid(questionid) and text != "":
AnswerModel.save(questionid, userid, text)
return redirect('/index_student')
def delete_question(qid):
'''removes the question with the provided id from the database'''
question = Question.by_id(int(qid))
if g.lti.is_instructor():
session.delete(question)
#Delete answers
quid = {"questionID": int(qid)}
answers = AnswerModel.get_filtered(**quid)
for x in answers:
session.delete(x)
session.commit()
return json.dumps({'deleted': g.lti.is_instructor()})
def get_remaining_time(q_id):
question = Question.by_id(q_id)
if question is not None and question.activate_time is not None:
time_remaining = question.get_time_left()
question_time = question.time
else:
time_remaining = 0
question_time = 0
return json.dumps({"still_answerable":((question is not None) and question.answerable),
"time_remaining":time_remaining,
"question_deleted":(question is None) or not question.answerable,
"question_time":question_time})
def start_review(request):
try:
question_id = request.form['question_id']
except:
return json.dumps({'Reviewable':False})
question = Question.by_id(question_id)
reviewable = False
if question is not None:
if g.lti.is_instructor() or \
(question.get_time_left() <= 0 and question.time > 0):
return QuestionController.toggle_options(
{'id':question_id, 'type':'Reviewable'})
return json.dumps({'Reviewable':reviewable})
def review():
answer = Schedule.get_answer(g.lti.get_user_id())
if answer == None:
return "No answers to review."
fsession['reviewanswer'] = answer.id
enabledtags = AnswerTag.get_tag_ids(answer.id)
reviews = Review.get_list(answer.id)
question = Question.by_id(answer.questionID)
if question is None:
return "Question was not found."
return render_template('reviewanswer.html', answer=answer,
tags=Tag.get_all(), enabledtags=enabledtags,
reviews=reviews, question=question)
def get(self):
c = h.context()
s = self.request.get("s")
c["s"] = s
c["data"] = xrange(6)
r = list()
r += [[0, 0]]
r += [[253, 0]]
r += [[506, 0]]
r += [[0, 253]]
r += [[253, 253]]
r += [[506, 253]]
c["rects"] = r
c["stash_items"] = xrange(7)
cookies = h.get_default_cookies(self)
u = h.get_current_user(cookies)
if u:
c["uid"] = u.fb_user_id
# get some appropriate questions
query = Question.all()
query.filter("qtype =", 1).filter("status =", 1)
questions = query.fetch(1000)
building = list()
for o in questions:
d = dict()
# d['qtype'] = o.qtype
d["key"] = str(o.key())
d["qtext"] = o.qtext
d["hint"] = o.hint
d["img"] = str(o.img.key())
# d['status'] = o.status
# d['created_at'] = str(o.created_at)
building += [d]
c["questions"] = simplejson.dumps(building)
answers = self.get_answers()
building = list()
for o in answers:
d = dict()
d["key"] = str(o.key())
d["atext"] = o.atext
d["qkey"] = str(o.qkey)
building += [d]
c["answers"] = simplejson.dumps(building)
h.render_out(self, "questions.tplt", c)
def availability(args):
"""
Handles availability via the question_list form
"""
try:
type = args['type']
except KeyError:
return
question = Question.by_id(args['id'])
if question is None:
return
if not g.lti.is_instructor() and type != 'reviewable':
return
rv = None
if type == 'answerable':
rv = question.answerable = not question.answerable
question.activate_time = datetime.now()
elif type == 'reviewable':
if not question.reviewable:
Scheduler(args['id'])
question.reviewable = True
rv = question.reviewable
elif type == 'archived':
rv = question.archived = not question.archived
elif type == 'comments':
rv = question.comment = not question.comment
elif type == 'tags':
rv = question.tags = not question.tags
elif type == 'rating':
rv = question.rating = not question.rating
session.commit()
return rv
def get(self):
phone_number = int(self.request.get('p'))
query = Question.query()
query = query.filter(Question.phone_number == phone_number)
questions = []
most_recent = datetime.min
count = 0
for question in query.fetch():
count += 1
if not question.time is None and question.time > most_recent:
most_recent = question.time
questions.append({'question': question.question,
'time': str(question.time),
'answer': question.answer})
response = {'questions': questions,
'phone_number': phone_number,
'number_of_questions': count,
'most_recent_question': str(most_recent)}
output = json.dumps(response)
self.render_json(output)
def render_filtered_tbl(self,limit,offset,**kwargs):
(answers, curpage, maxpages, startpage, pagecount) = \
self.get_filtered(limit=limit, offset=offset)
hasqid = ('questionID'in kwargs)
course = g.lti.get_course_id()
for a in answers:
a.tags = ''
tag_ids = AnswerTag.get_tag_ids(a.id)
if tag_ids != []:
for id in tag_ids:
tag_name = Tag.get_tag(id)
a.tags += tag_name + ', '
a.tags = a.tags[:-2]
return render_template('answer_filter_tbl.html',
answers=answers,currentpage=curpage,
maxpages=maxpages,startpage=startpage,pagecount=pagecount,
hasQuestionID=hasqid,
users=user.UserModel.get_all(),
questions = [] if hasqid else Question.by_course_id(course))
def render(self):
try:
questionid = int(request.values['questionid'])
answerid1 = int(request.values['answerid1'])
answerid2 = int(request.values['answerid2'])
except:
return abort(404)
try:
question = Question.by_id(questionid)
answer1 = AnswerModel.by_id(answerid1)
answer2 = AnswerModel.by_id(answerid2)
except:
return abort(404)
if AnswerModel.question_valid(questionid):
return render_template('choice.html',
question = question,
answer1 = answer1,
answer2 = answer2)
else:
return redirect('/choicelobby?question_id=' + questionid)
def question_create(user, params):
question_id = utils.safe_id(params.get("question_id"))
answer = params.get("answer")
if not question_id or not answer:
return {"error_code": 80002, "msg": "no enough parameters"}
question = Question.select().where(Question.id == question_id).first()
if not question:
return {"error_code": 20242, "msg": "protect question not exists"}
uq = UserQuestion.select().where(UserQuestion.user == user).first()
if uq:
return {"error_code": 20243, "msg": "password question already exists"}
u = UserQuestion()
u.user = user
u.question = question
u.answer = answer
u.save()
queue.to_queue({"type":"user_question_create", "user_id":user.id,
"team_id": user.identify[1:] if user.identify[0] != "f" else None})
return {"error_code": 0, "msg": "ok"}
def question_update(user, params):
question_id = utils.safe_id(params.get('question_id'))
answer_old = params.get('answer_old')
answer = params.get('answer')
if not question_id or not answer_old or not answer:
return {"error_code": 80002, "msg": "no enough parameters"}
question = Question.select().where(Question.id == question_id).first()
if not question:
return {"error_code": 20242, "msg": "protect question not exists"}
uq = UserQuestion.select().where(UserQuestion.user == user).first()
if not uq:
return {"error_code": 20241, "msg": "user protect question not exists"}
if uq.answer != answer_old:
return {"error_code": 20244, "msg": "error answer"}
uq.question = question_id
uq.answer = answer
uq.create_at = utils.now()
uq.save()
return {"error_code": 0, "msg": "ok"}
def get(self):
img_rows = 3
c = h.context()
query = self.request.get('q')
force_quest = self.request.get('force_quest')
if not query: query = "red"
c['query'] = query
# fetch the google image results
ue_query = urllib.quote_plus(query)
c['ue_query'] = ue_query
url = 'http://ajax.googleapis.com/ajax/services/search/images?v=1.0&rsz=large&q='\
+ue_query+'&key='\
+h.cfg['gs_api_key']
url2 = 'http://ajax.googleapis.com/ajax/services/search/images?v=1.0&rsz=large&start=8&q='\
+ue_query+'&key='\
+h.cfg['gs_api_key']
url3 = 'http://ajax.googleapis.com/ajax/services/search/web?v=1.0&q='\
+ue_query+'&key='\
+h.cfg['gs_api_key']
rpcs = []
rpc = urlfetch.create_rpc(10)
urlfetch.make_fetch_call(rpc,url)
rpcs.append(rpc)
rpc = urlfetch.create_rpc(10)
urlfetch.make_fetch_call(rpc,url2)
rpcs.append(rpc)
rpc = urlfetch.create_rpc(10)
urlfetch.make_fetch_call(rpc,url3)
rpcs.append(rpc)
for rpc in rpcs:
rpc.wait()
result = rpcs[0].get_result()
result2 = rpcs[1].get_result()
result_web = rpcs[2].get_result()
o = simplejson.loads(result.content)
o2 = simplejson.loads(result2.content)
o_web = simplejson.loads(result_web.content)
from print_r import print_r
#c['content'] = print_r(o_web, False)
c['ad'] = ""
all_imgs = o['responseData']['results']+o2['responseData']['results']
c['web_data'] = o_web['responseData']['results']
# calculate appropriate sizes for image placement
c['max_height'] = int(max(all_imgs, key=lambda x: int(x['tbHeight']))['tbHeight'])
c['row_height'] = c['max_height']+20
# borders to make all the img divs the same size
for i in all_imgs:
i['bot_border'] = (c['row_height']-int(i['tbHeight']))/2
i['top_border'] = c['row_height']-int(i['tbHeight'])-i['bot_border']
i['right_margin'] = 5
# init loop variables
c['mini_imgs'] = list()
start_img = 0
curr_img = 0
done = False
# begin the super ugly loop to generate rows
while not done:
taken_px = 0
row_done = False
num_imgs = 0
# figure out how many images we can place in the row given the normal size
while not row_done:
additional_px = 0
additional_px += 20 # min right & left border
additional_px += int(all_imgs[curr_img]['tbWidth']) # image itself
if taken_px+additional_px > 758:
row_done = True
#done = True
num_imgs = curr_img - start_img
else:
additional_px += 5 # white margin between images (the last one doesn't have it)
taken_px += additional_px
curr_img += 1
if curr_img >= len(all_imgs):
num_imgs = curr_img - start_img
row_done = True
done = True
# now take all the remaining space and distribute it to the borders of the images
remaining_space = 758-taken_px
border_px = int(remaining_space/(num_imgs*2)+10)
remainder = remaining_space-(border_px-10)*2*num_imgs
row_imgs = all_imgs[start_img:start_img+num_imgs]
# hand out the border px to the images and get rid of the remainder (also add the index)
for i in row_imgs:
i['left_border'] = border_px
if(remainder > 0):
i['left_border'] += 1
remainder -= 1
i['right_border'] = border_px
if(remainder > 0):
i['right_border'] += 1
remainder -= 1
c['num_imgs'] = num_imgs
# set the last img in a row to have no 5px margin
row_imgs[len(row_imgs)-1]['right_margin'] = 0
c['mini_imgs'].append(row_imgs)
if len(c['mini_imgs']) >= img_rows: done = True
start_img += num_imgs
# pick up the questions and images for the
q = None
if not force_quest:
query = Question.all()
results = query.fetch(1000)
if len(results) > 0:
import random
q = random.choice(results)
else: # Added this to prevent IndexError: list index out of range in development
q = Question()
else:
k = db.Key(force_quest)
q = db.get(k)
image_key = q.img.key() if q.img is not None else '' # Added to make development safe
c['header_img'] = h.cfg['direct_url']+'/public/srp_top_channel_2.png' #+'/serve/'+str(image_key)
c['header_txt'] = 'Find something you like!' #q.qtext
c['hint'] = 'type something.' #q.hint
c['header_repeat'] = 'repeat-x'
c['header_height'] = '80px'
if not c['hint']:
c['hint'] = "type something."
c['search_form_display'] = "block"
c['translucent_overlay_display'] = "none"
c['little_arrow_display'] = "none"
h.render_out(self, 'results.tplt', c)
def export_course(course_id):
questions = Question.by_course_id(course_id)
return [{'question': question.question} for question in questions]