def add(question, answers, category=None, tags=[]):
''' question is a dict with the following keys: text, endorsed_by, answer_type
[, proposed_by, active, type, code]
answers is a list of dicts with the following keys: text, correct [, explanation]
'''
# imports valid only after init()
from wouso.core.qpool.models import Question, Answer
#print question
#for a in answers:
# print a
# create and save question
q = Question(**question)
q.save()
if len(tags) > 0:
for tag in tags:
q.tags.add(tag)
q.save()
if category is not None:
q.category = category
q.save()
# create and save answers for question
for answer in answers:
a = Answer(question=q, **answer)
a.save()
return q
def add(question, answers, category=None, tags=[]):
''' question is a dict with the following keys: text, endorsed_by, answer_type
[, proposed_by, active, type, code]
answers is a list of dicts with the following keys: text, correct [, explanation]
'''
# imports valid only after init()
from wouso.core.qpool.models import Question, Answer
#print question
#for a in answers:
# print a
# create and save question
q = Question(**question)
q.save()
if len(tags) > 0:
for tag in tags:
q.tags.add(tag)
q.save()
if category is not None:
q.category = category
q.save()
# create and save answers for question
for answer in answers:
a = Answer(question=q, **answer)
a.save()
return q
def _get_foo_question(self, correct=2):
""" Return a Question """
class Question: pass
class Answer: pass
q = Question()
q.text = 'How many'
q.answers = []
for i in range(4):
a = Answer()
a.id, a.text, a.correct = i, str(i), True if i == correct else False
q.answers.append(a)
return q
def _get_foo_question(self, correct=2):
""" Return a Question """
class Question: pass
class Answer: pass
q = Question()
q.text = 'How many'
q.answers = []
for i in range(4):
a = Answer()
a.id, a.text, a.correct = i, str(i), True if i == correct else False
q.answers.append(a)
return q
def add_question(question):
""" question is a dictionary with the following keys:
'text': the question text (string)
'answer_type': whether the question is single choice or multiple choice (string)
'answers': a dictionary of answers with the following keys:
'text': the answer text (string)
'correct': whether the answer is correct (boolean)
'proposed_by': the user that proposed the question (User object)
'endorsed_by': the user endorsing the question (User object)
'active': whether the question is active (boolean)
'category': the question category (i.e. quiz) (Category object)
'tag': the question primary tag (from file name) (Tag object)
'file_tags': secondary tags (from file contents) (array of Tag objects)
"""
q = Question()
q.save()
q.text = question['text']
q.answer_type = question['answer_type']
q.save()
if question['proposed_by']:
q.proposed_by = question['proposed_by']
q.save()
if question['endorsed_by']:
q.endorsed_by = question['endorsed_by']
q.save()
q.active = question['active']
if question['category']:
q.category = question['category']
q.save()
if question['tag']:
q.tags.add(question['tag'])
q.save()
if question['file_tags']:
for tag in question['file_tags']:
q.tags.add(tag)
q.save()
for answer in question['answers']:
a = Answer(question=q, **answer)
a.save()
return q
def add_question(question):
""" question is a dictionary with the following keys:
'text': the question text (string)
'answer_type': whether the question is single choice or multiple choice (string)
'answers': a dictionary of answers with the following keys:
'text': the answer text (string)
'correct': whether the answer is correct (boolean)
'proposed_by': the user that proposed the question (User object)
'endorsed_by': the user endorsing the question (User object)
'active': whether the question is active (boolean)
'category': the question category (i.e. quiz) (Category object)
'tag': the question primary tag (from file name) (Tag object)
'file_tags': secondary tags (from file contents) (array of Tag objects)
"""
q = Question()
q.save()
q.text = question['text']
q.answer_type = question['answer_type']
q.save()
if question['proposed_by']:
q.proposed_by = question['proposed_by']
q.save()
if question['endorsed_by']:
q.endorsed_by = question['endorsed_by']
q.save()
q.active = question['active']
if question['category']:
q.category = question['category']
q.save()
if question['tag']:
q.tags.add(question['tag'])
q.save()
if question['file_tags']:
for tag in question['file_tags']:
q.tags.add(tag)
q.save()
for answer in question['answers']:
a = Answer(question=q, **answer)
a.save()
return q
def propose(request):
MAX_ANSWERS = 2
if request.method == 'POST':
form = QuestionForm(nr_ans=MAX_ANSWERS, data=request.POST)
if form.is_valid():
# create and save the question
qdict = {}
qdict['text'] = form.cleaned_data['text']
qdict['answer_type'] = form.cleaned_data['answer_type']
qdict['proposed_by'] = request.user
#qdict['category'] = Category.objects.filter(name='proposed')[0]
qdict['category'], created = Category.objects.get_or_create(
name='proposed-' + form.cleaned_data['category'])
q = Question(**qdict)
q.save()
#tag = Tag.objects.filter(name=form.cleaned_data['category'])[0]
tag, created = Tag.objects.get_or_create(name=q.category)
tag_prefix = q.category
q.tags.add(tag)
# add the tags
for tag_name in form.cleaned_data['tags']:
#tag = Tag.objects.filter(name=tag_name)[0]
tag, created = Tag.objects.get_or_create(name=tag_prefix +
tag_name)
q.tags.add(tag)
q.save()
# add the answers
for i in range(form.nr_ans):
ansdict = {}
if not form.cleaned_data['answer_%d' % i]:
continue
ansdict['text'] = form.cleaned_data['answer_%d' % i]
ansdict['correct'] = form.cleaned_data['correct_%d' % i]
ans = Answer(question=q, **ansdict)
ans.save()
return render_to_response('qproposal/thanks.html',
context_instance=RequestContext(request))
else:
form = QuestionForm(MAX_ANSWERS)
return render_to_response('qproposal/propose.html', {'form': form},
context_instance=RequestContext(request))
def propose(request):
MAX_ANSWERS = 2
if request.method == 'POST':
form = QuestionForm(nr_ans=MAX_ANSWERS, data=request.POST)
if form.is_valid():
# create and save the question
qdict = {}
qdict['text'] = form.cleaned_data['text']
qdict['answer_type'] = form.cleaned_data['answer_type']
qdict['proposed_by'] = request.user
#qdict['category'] = Category.objects.filter(name='proposed')[0]
qdict['category'], created = Category.objects.get_or_create(name='proposed-'+form.cleaned_data['category'])
q = Question(**qdict)
q.save()
#tag = Tag.objects.filter(name=form.cleaned_data['category'])[0]
tag, created = Tag.objects.get_or_create(name=q.category)
tag_prefix = q.category
q.tags.add(tag)
# add the tags
for tag_name in form.cleaned_data['tags']:
#tag = Tag.objects.filter(name=tag_name)[0]
tag, created = Tag.objects.get_or_create(name=tag_prefix+tag_name)
q.tags.add(tag)
q.save()
# add the answers
for i in range(form.nr_ans):
ansdict = {}
if not form.cleaned_data['answer_%d' % i]:
continue
ansdict['text'] = form.cleaned_data['answer_%d' % i]
ansdict['correct'] = form.cleaned_data['correct_%d' % i]
ans = Answer(question=q, **ansdict)
ans.save()
return render_to_response('qproposal/thanks.html',
context_instance=RequestContext(request))
else:
form = QuestionForm(MAX_ANSWERS)
return render_to_response('qproposal/propose.html',
{'form': form},
context_instance=RequestContext(request))
def add(question, answers, category=None, tags=None, file_tags=None):
''' question is a dict with the following keys: text, endorsed_by, answer_type
[, proposed_by, active, type, code]
answers is a list of dicts with the following keys: text, correct [, explanation]
'''
# imports valid only after init()
from wouso.core.qpool.models import Question, Answer, Tag, Category
#print question
#for a in answers:
# print a
# create and save question
q = Question(**question)
q.save()
if tags:
for tag in tags:
q.tags.add(tag)
q.save()
if file_tags:
for tag_name in file_tags:
tag, created = Tag.objects.get_or_create(name=tag_name)
if created:
tag.save()
if category is not None:
category.tag_set.add(tag)
category.save()
q.tags.add(tag)
q.save()
if category is not None:
q.category = category
q.save()
# create and save answers for question
for answer in answers:
a = Answer(question=q, **answer)
a.save()
return q
