def test_status_done_missing_peer_review(self):
challenge1 = self.challenge
self.create_challenge()
challenge2 = self.challenge
challenge2.prerequisite = challenge1
challenge2.save()
self.create_challenge()
challenge3 = self.challenge
challenge3.prerequisite = challenge2
challenge3.save()
user1 = self.users[0]
user2 = self.users[1]
user3 = self.users[2]
user4 = self.users[3]
elaboration1 = Elaboration(challenge=challenge1,
user=user1,
elaboration_text="test",
submission_time=datetime.now())
elaboration1.save()
elaboration2 = Elaboration(challenge=challenge1,
user=user2,
elaboration_text="test",
submission_time=datetime.now())
elaboration2.save()
elaboration3 = Elaboration(challenge=challenge1,
user=user3,
elaboration_text="test",
submission_time=datetime.now())
elaboration3.save()
elaboration4 = Elaboration(challenge=challenge1,
user=user4,
elaboration_text="test",
submission_time=datetime.now())
elaboration4.save()
Review(elaboration=elaboration2,
submission_time=datetime.now(),
reviewer=user1,
appraisal=Review.SUCCESS).save()
Review(elaboration=elaboration3,
submission_time=datetime.now(),
reviewer=user1,
appraisal=Review.SUCCESS).save()
Review(elaboration=elaboration4,
submission_time=datetime.now(),
reviewer=user1,
appraisal=Review.SUCCESS).save()
assert challenge1.get_status(
user1) == Challenge.DONE_MISSING_PEER_REVIEW
Review(elaboration=elaboration1,
submission_time=datetime.now(),
reviewer=user2,
appraisal=Review.SUCCESS).save()
assert challenge1.get_status(
user1) == Challenge.DONE_MISSING_PEER_REVIEW
Review(elaboration=elaboration1,
submission_time=datetime.now(),
reviewer=user3,
appraisal=Review.SUCCESS).save()
assert challenge1.get_status(
user1) == Challenge.DONE_MISSING_PEER_REVIEW
def create_context_review(request):
data = {}
if 'id' in request.GET:
user = request.user
challenge = Challenge.objects.get(pk=request.GET.get('id'))
if not challenge.is_enabled_for_user(user):
raise Http404
if challenge.has_enough_user_reviews(user):
raise Http404
if not challenge.submitted_by_user(user):
raise Http404
review = Review.get_open_review(challenge, user)
if not review:
review_candidate = Elaboration.get_review_candidate(challenge, user)
if review_candidate:
review = Review(elaboration=review_candidate['candidate'], reviewer=user, chosen_by=review_candidate['chosen_by'])
review.save()
else:
return data
data['review'] = review
data['stack_id'] = challenge.get_stack().id
review_questions = ReviewQuestion.objects.filter(challenge=challenge).order_by("order")
author_questions = [question for question in review_questions if question.visible_to_author == True]
staff_questions = [question for question in review_questions if question.visible_to_author == False]
data['questions'] = review_questions
data['author_questions'] = author_questions
data['staff_questions'] = staff_questions
extra_review_question_present = len(review.elaboration.extra_review_question) > 0
data['extra_review_question_present'] = extra_review_question_present
return data
def test_get_open_review(self):
user1 = self.users[0]
user2 = self.users[2]
elaboration = self.elaborations[0]
self.create_review_without_submission_date(elaboration=elaboration, reviewer=user1)
# there should be an open review for user1
review = Review.get_open_review(self.challenge, user1)
assert review
assert review.reviewer == user1
assert review.elaboration == elaboration
# there should be no open review for user1 since the review is already submitted
review.submission_time = datetime.now()
review.save()
review = Review.get_open_review(self.challenge, user1)
assert not review
# there should be no open review for user2
review = Review.get_open_review(self.challenge, user2)
assert not review
# user1 and user2 both have separate open reviews
self.create_review_without_submission_date(elaboration=elaboration, reviewer=user1)
self.create_review_without_submission_date(elaboration=elaboration, reviewer=user2)
review1 = Review.get_open_review(self.challenge, user1)
review2 = Review.get_open_review(self.challenge, user2)
assert review1
assert review2
assert review1.id != review2.id
assert review1.reviewer == user1
assert review2.reviewer == user2
assert review1.elaboration == elaboration and review2.elaboration == elaboration
def create_context_review(request):
data = {}
if "id" in request.GET:
user = RequestContext(request)["user"]
challenge = Challenge.objects.get(pk=request.GET.get("id"))
if not challenge.is_enabled_for_user(user):
raise Http404
if challenge.has_enough_user_reviews(user):
raise Http404
if not challenge.submitted_by_user(user):
raise Http404
review = Review.get_open_review(challenge, user)
if not review:
# number of hours needed to pass until elaboration is applicable as candidate
offset = randint(ReviewConfig.get_candidate_offset_min(), ReviewConfig.get_candidate_offset_max())
review_candidate = Elaboration.get_review_candidate(challenge, user, offset)
if review_candidate:
review = Review(elaboration=review_candidate, reviewer=user)
review.save()
else:
return data
data["review"] = review
data["stack_id"] = challenge.get_stack().id
review_questions = ReviewQuestion.objects.filter(challenge=challenge).order_by("order")
data["questions"] = review_questions
return data
def create_context_review(request):
data = {}
if 'id' in request.GET:
user = RequestContext(request)['user']
challenge = Challenge.objects.get(pk=request.GET.get('id'))
if not challenge.is_enabled_for_user(user):
raise Http404
if challenge.has_enough_user_reviews(user):
raise Http404
if not challenge.submitted_by_user(user):
raise Http404
review = Review.get_open_review(challenge, user)
if not review:
# number of hours needed to pass until elaboration is applicable as candidate
offset = randint(ReviewConfig.get_candidate_offset_min(),
ReviewConfig.get_candidate_offset_max())
review_candidate = Elaboration.get_review_candidate(
challenge, user, offset)
if review_candidate:
review = Review(elaboration=review_candidate, reviewer=user)
review.save()
else:
return data
data['review'] = review
data['stack_id'] = challenge.get_stack().id
review_questions = ReviewQuestion.objects.filter(
challenge=challenge).order_by("order")
data['questions'] = review_questions
return data
def create_context_extra_review(request):
data = {}
if 'id' in request.GET:
user = RequestContext(request)['user']
challenge = Challenge.objects.get(pk=request.GET.get('id'))
elaboration = Elaboration.objects.get(
pk=request.GET.get('elaboration_id'))
if not challenge.is_enabled_for_user(user):
raise Http404
if not challenge.submitted_by_user(user):
raise Http404
review = Review.get_open_review(challenge, user)
if not review:
review = Review(elaboration=elaboration,
reviewer=user,
chosen_by='extra_review')
review.save()
data['review'] = review
data['stack_id'] = challenge.get_stack().id
review_questions = ReviewQuestion.objects.filter(
challenge=challenge).order_by("order")
data['questions'] = review_questions
return data
def test_final_challenge_enabled_bug_issue_114(self):
challenge1 = self.challenge
self.create_challenge()
challenge2 = self.challenge
challenge2.prerequisite = challenge1
challenge2.save()
self.create_challenge()
challenge3 = self.challenge
challenge3.prerequisite = challenge2
challenge3.save()
user1 = self.users[0]
user2 = self.users[1]
user3 = self.users[2]
user4 = self.users[3]
elaboration1 = Elaboration(challenge=challenge1,
user=user1,
elaboration_text="test",
submission_time=datetime.now())
elaboration1.save()
elaboration2 = Elaboration(challenge=challenge1,
user=user2,
elaboration_text="test",
submission_time=datetime.now())
elaboration2.save()
elaboration3 = Elaboration(challenge=challenge1,
user=user3,
elaboration_text="test",
submission_time=datetime.now())
elaboration3.save()
elaboration4 = Elaboration(challenge=challenge1,
user=user4,
elaboration_text="test",
submission_time=datetime.now())
elaboration4.save()
Review(elaboration=elaboration2,
submission_time=datetime.now(),
reviewer=user1,
appraisal=Review.SUCCESS).save()
Review(elaboration=elaboration3,
submission_time=datetime.now(),
reviewer=user1,
appraisal=Review.SUCCESS).save()
Review(elaboration=elaboration4,
submission_time=datetime.now(),
reviewer=user1,
appraisal=Review.SUCCESS).save()
assert not challenge3.is_enabled_for_user(user1)
Review(elaboration=elaboration1,
submission_time=datetime.now(),
reviewer=user2,
appraisal=Review.SUCCESS).save()
Review(elaboration=elaboration1,
submission_time=datetime.now(),
reviewer=user3,
appraisal=Review.SUCCESS).save()
assert not challenge3.is_enabled_for_user(user1)
def test_if_stack_blocked_challenge_is_not_enabled_nothing(self):
challenge1 = self.challenge
self.create_challenge()
challenge2 = self.challenge
challenge2.prerequisite = challenge1
challenge2.save()
self.create_challenge()
challenge3 = self.challenge
challenge3.prerequisite = challenge2
challenge3.save()
user1 = self.users[0]
user2 = self.users[1]
user3 = self.users[2]
user4 = self.users[3]
elaboration1 = Elaboration(challenge=challenge1,
user=user1,
elaboration_text="test",
submission_time=datetime.now())
elaboration1.save()
elaboration2 = Elaboration(challenge=challenge1,
user=user2,
elaboration_text="test",
submission_time=datetime.now())
elaboration2.save()
elaboration3 = Elaboration(challenge=challenge1,
user=user3,
elaboration_text="test",
submission_time=datetime.now())
elaboration3.save()
elaboration4 = Elaboration(challenge=challenge1,
user=user4,
elaboration_text="test",
submission_time=datetime.now())
elaboration4.save()
Review(elaboration=elaboration2,
submission_time=datetime.now(),
reviewer=user1,
appraisal=Review.SUCCESS).save()
Review(elaboration=elaboration3,
submission_time=datetime.now(),
reviewer=user1,
appraisal=Review.SUCCESS).save()
Review(elaboration=elaboration4,
submission_time=datetime.now(),
reviewer=user1,
appraisal=Review.SUCCESS).save()
assert challenge2.is_enabled_for_user(user1)
Review(elaboration=elaboration1,
submission_time=datetime.now(),
reviewer=user2,
appraisal=Review.NOTHING).save()
# nothing should not block a user from working
assert challenge2.is_enabled_for_user(user1)
def review_answer(request, course_short_title):
user = RequestContext(request)["user"]
if request.POST:
data = request.body.decode(encoding="UTF-8")
data = json.loads(data)
review_id = data["review_id"]
answers = data["answers"]
try:
review = Review.objects.get(pk=review_id)
challenge = review.elaboration.challenge
if not challenge.is_enabled_for_user(user):
raise Http404
if not review == Review.get_open_review(challenge, user):
raise Http404
except:
raise Http404
review.appraisal = data["appraisal"]
for answer in answers:
question_id = answer["question_id"]
text = answer["answer"]
review_question = ReviewQuestion.objects.get(pk=question_id)
ReviewAnswer(review=review, review_question=review_question, text=text).save()
# send notifications
review.submission_time = datetime.now()
review.save()
try:
if review.appraisal == review.NOTHING:
Notification.bad_review(review)
else:
Notification.enough_peer_reviews(review)
except:
print("Could not send Notification")
return HttpResponse()
def test_status_blocked_bad_review_nothing(self):
challenge1 = self.challenge
self.create_challenge()
challenge2 = self.challenge
challenge2.prerequisite = challenge1
challenge2.save()
self.create_challenge()
challenge3 = self.challenge
challenge3.prerequisite = challenge2
challenge3.save()
user1 = self.users[0]
user2 = self.users[1]
user3 = self.users[2]
user4 = self.users[3]
elaboration1 = Elaboration(challenge=challenge1, user=user1, elaboration_text="test",
submission_time=datetime.now())
elaboration1.save()
elaboration2 = Elaboration(challenge=challenge1, user=user2, elaboration_text="test",
submission_time=datetime.now())
elaboration2.save()
elaboration3 = Elaboration(challenge=challenge1, user=user3, elaboration_text="test",
submission_time=datetime.now())
elaboration3.save()
elaboration4 = Elaboration(challenge=challenge1, user=user4, elaboration_text="test",
submission_time=datetime.now())
elaboration4.save()
assert not challenge2.is_enabled_for_user(user1)
assert challenge1.get_status(user1) == Challenge.USER_REVIEW_MISSING
assert challenge2.get_status(user1) == Challenge.NOT_ENABLED
bad_review = Review(elaboration=elaboration1, submission_time=datetime.now(), reviewer=user2,
appraisal=Review.NOTHING)
bad_review.save()
assert not challenge2.is_enabled_for_user(user1)
assert challenge1.get_status(user1) == Challenge.BLOCKED_BAD_REVIEW
assert challenge2.get_status(user1) == Challenge.NOT_ENABLED
bad_review.appraisal = Review.SUCCESS
bad_review.save()
Review(elaboration=elaboration2, submission_time=datetime.now(), reviewer=user1,
appraisal=Review.SUCCESS).save()
Review(elaboration=elaboration3, submission_time=datetime.now(), reviewer=user1,
appraisal=Review.SUCCESS).save()
Review(elaboration=elaboration4, submission_time=datetime.now(), reviewer=user1,
appraisal=Review.SUCCESS).save()
assert challenge1.has_enough_user_reviews(user1)
assert challenge1.get_status(user1) == Challenge.DONE_MISSING_PEER_REVIEW
assert challenge2.is_enabled_for_user(user1)
assert challenge2.get_status(user1) == Challenge.NOT_STARTED
bad_review.appraisal = Review.NOTHING
bad_review.save()
assert challenge2.is_enabled_for_user(user1)
assert challenge2.get_status(user1) == Challenge.NOT_STARTED
def test_has_enough_user_reviews(self):
challenge1 = self.challenge
self.create_challenge()
challenge2 = self.challenge
challenge2.prerequisite = challenge1
challenge2.save()
user1 = self.users[0]
elaboration1 = Elaboration(challenge=challenge1,
user=user1,
elaboration_text="test",
submission_time=datetime.now())
elaboration1.save()
user2 = self.users[1]
elaboration2 = Elaboration(challenge=challenge1,
user=user2,
elaboration_text="test",
submission_time=datetime.now())
elaboration2.save()
user3 = self.users[2]
elaboration3 = Elaboration(challenge=challenge1,
user=user3,
elaboration_text="test",
submission_time=datetime.now())
elaboration3.save()
user4 = self.users[3]
elaboration4 = Elaboration(challenge=challenge1,
user=user4,
elaboration_text="test",
submission_time=datetime.now())
elaboration4.save()
assert not challenge1.has_enough_user_reviews(user1)
Review(elaboration=elaboration2,
submission_time=datetime.now(),
reviewer=user1,
appraisal=Review.SUCCESS).save()
assert not challenge1.has_enough_user_reviews(user1)
Review(elaboration=elaboration3,
submission_time=datetime.now(),
reviewer=user1,
appraisal=Review.SUCCESS).save()
assert not challenge1.has_enough_user_reviews(user1)
Review(elaboration=elaboration4,
submission_time=datetime.now(),
reviewer=user1,
appraisal=Review.SUCCESS).save()
assert challenge1.has_enough_user_reviews(user1)
def create_context_review(request):
data = {}
if 'id' in request.GET:
user = request.user
challenge = Challenge.objects.get(pk=request.GET.get('id'))
if not challenge.is_enabled_for_user(user):
raise Http404
if challenge.has_enough_user_reviews(user):
raise Http404
if not challenge.submitted_by_user(user):
raise Http404
review = Review.get_open_review(challenge, user)
if not review:
review_candidate = Elaboration.get_review_candidate(
challenge, user)
if review_candidate:
review = Review(elaboration=review_candidate['candidate'],
reviewer=user,
chosen_by=review_candidate['chosen_by'])
review.save()
else:
return data
data['review'] = review
data['stack_id'] = challenge.get_stack().id
review_questions = ReviewQuestion.objects.filter(
challenge=challenge).order_by("order")
author_questions = [
question for question in review_questions
if question.visible_to_author == True
]
staff_questions = [
question for question in review_questions
if question.visible_to_author == False
]
data['questions'] = review_questions
data['author_questions'] = author_questions
data['staff_questions'] = staff_questions
extra_review_question_present = len(
review.elaboration.extra_review_question) > 0
data['extra_review_question_present'] = extra_review_question_present
return data
def review_answer(request, course_short_title):
user = request.user
if request.POST:
data = request.body.decode(encoding='UTF-8')
data = json.loads(data)
review_id = data['review_id']
answers = data['answers']
try:
review = Review.objects.get(pk=review_id)
challenge = review.elaboration.challenge
if not challenge.is_enabled_for_user(user):
raise Http404
if not review == Review.get_open_review(challenge, user):
raise Http404
except:
raise Http404
review.appraisal = data['appraisal']
for answer in answers:
question_id = answer['question_id']
text = answer['answer']
review_question = ReviewQuestion.objects.get(pk=question_id)
# check if this answer has already been posted
# submit button could have been pressed twice
# there is no other way to check for this, because the parent
# review object gets created when creating the review view
# so we can't check it here because it would already exist.
# get_or_create() would work here, but notifications would be sent in both cases
if ReviewAnswer.objects.filter(review=review, review_question=review_question).exists():
# log this incident so we can trace it down to the client. Is it IE?
logger.error("We prevented a review to be submitted twice. Report this with client details.")
logger.error("review_id=%i, user_id=%i, question_id=%i, review_question_id=%i" % review.id, user.id, question_id, review_question.id)
raise Http404
ReviewAnswer(review=review, review_question=review_question, text=text).save()
# send notifications
review.submission_time = datetime.now()
if 'extra_review_question_answer' in data:
review.extra_review_question_answer = data['extra_review_question_answer']
review.save()
try:
if review.appraisal == review.NOTHING:
Notification.bad_review(review)
else:
Notification.enough_peer_reviews(review)
except:
print('Could not send Notification')
return HttpResponse()
def create_context_extra_review(request):
data = {}
if 'id' in request.GET:
user = RequestContext(request)['user']
challenge = Challenge.objects.get(pk=request.GET.get('id'))
elaboration = Elaboration.objects.get(pk=request.GET.get('elaboration_id'))
if not challenge.is_enabled_for_user(user):
raise Http404
if not challenge.submitted_by_user(user):
raise Http404
review = Review.get_open_review(challenge, user)
if not review:
review = Review(elaboration=elaboration, reviewer=user, chosen_by='extra_review')
review.save()
data['review'] = review
data['stack_id'] = challenge.get_stack().id
review_questions = ReviewQuestion.objects.filter(challenge=challenge).order_by("order")
data['questions'] = review_questions
return data
def test_notification_too_soon(self):
challenge1 = self.challenge
challenge2 = Challenge(
course=self.course,
prerequisite=challenge1,
)
challenge2.save()
challenge3 = Challenge(
course=self.course,
prerequisite=challenge2,
)
challenge3.save()
stack = Stack(course=self.course)
stack.save()
StackChallengeRelation(stack=stack, challenge=challenge1).save()
StackChallengeRelation(stack=stack, challenge=challenge2).save()
StackChallengeRelation(stack=stack, challenge=challenge3).save()
elab1 = challenge1.get_elaboration(self.users[0])
elab2 = Elaboration(challenge=challenge2, user=self.users[0])
elab2.save()
assert stack.has_enough_peer_reviews(self.users[0]) is False
Review(elaboration=elab2,
reviewer=self.users[1],
appraisal='S',
submission_time=datetime.now()).save()
Review(elaboration=elab2,
reviewer=self.users[2],
appraisal='S',
submission_time=datetime.now()).save()
assert stack.has_enough_peer_reviews(self.users[0]) is False
Review(elaboration=elab1,
reviewer=self.users[1],
appraisal='S',
submission_time=datetime.now()).save()
Review(elaboration=elab1,
reviewer=self.users[2],
appraisal='S',
submission_time=datetime.now()).save()
assert stack.has_enough_peer_reviews(self.users[0]) is True
def review_answer(request, course_short_title):
user = request.user
if request.POST:
data = request.body.decode(encoding='UTF-8')
data = json.loads(data)
review_id = data['review_id']
answers = data['answers']
try:
review = Review.objects.get(pk=review_id)
challenge = review.elaboration.challenge
if not challenge.is_enabled_for_user(user):
raise Http404
if not review == Review.get_open_review(challenge, user):
raise Http404
except:
raise Http404
review.appraisal = data['appraisal']
for answer in answers:
question_id = answer['question_id']
text = answer['answer']
review_question = ReviewQuestion.objects.get(pk=question_id)
# check if this answer has already been posted
# submit button could have been pressed twice
# there is no other way to check for this, because the parent
# review object gets created when creating the review view
# so we can't check it here because it would already exist.
# get_or_create() would work here, but notifications would be sent in both cases
if ReviewAnswer.objects.filter(review=review, review_question=review_question).exists():
# log this incident so we can trace it down to the client. Is it IE?
logger.error("We prevented a review to be submitted twice. Report this with client details.")
logger.error("review_id=%i, user_id=%i, question_id=%i, review_question_id=%i" % review.id, user.id, question_id, review_question.id)
raise Http404
ReviewAnswer(review=review, review_question=review_question, text=text).save()
# send notifications
review.submission_time = datetime.now()
review.save()
try:
if review.appraisal == review.NOTHING:
Notification.bad_review(review)
else:
Notification.enough_peer_reviews(review)
except:
print('Could not send Notification')
return HttpResponse()
def test_get_review_written_by_user(self):
challenge1 = self.challenge
self.create_challenge()
challenge2 = self.challenge
challenge2.prerequisite = challenge1
challenge2.save()
user1 = self.users[0]
elaboration1 = Elaboration(challenge=challenge1, user=user1, elaboration_text="test",
submission_time=datetime.now())
elaboration1.save()
user2 = self.users[1]
elaboration2 = Elaboration(challenge=challenge1, user=user2, elaboration_text="test",
submission_time=datetime.now())
elaboration2.save()
user3 = self.users[2]
elaboration3 = Elaboration(challenge=challenge1, user=user3, elaboration_text="test",
submission_time=datetime.now())
elaboration3.save()
user4 = self.users[3]
elaboration4 = Elaboration(challenge=challenge1, user=user4, elaboration_text="test",
submission_time=datetime.now())
elaboration4.save()
assert len(challenge1.get_reviews_written_by_user(user1)) == 0
review1 = Review(elaboration=elaboration2, submission_time=datetime.now(), reviewer=user1,
appraisal=Review.SUCCESS)
review1.save()
assert len(challenge1.get_reviews_written_by_user(user1)) == 1
assert review1 in challenge1.get_reviews_written_by_user(user1)
review2 = Review(elaboration=elaboration3, submission_time=datetime.now(), reviewer=user1,
appraisal=Review.SUCCESS)
review2.save()
assert len(challenge1.get_reviews_written_by_user(user1)) == 2
assert review1 in challenge1.get_reviews_written_by_user(user1)
assert review2 in challenge1.get_reviews_written_by_user(user1)
review3 = Review(elaboration=elaboration4, submission_time=datetime.now(), reviewer=user1,
appraisal=Review.SUCCESS)
review3.save()
assert len(challenge1.get_reviews_written_by_user(user1)) == 3
assert review1 in challenge1.get_reviews_written_by_user(user1)
assert review2 in challenge1.get_reviews_written_by_user(user1)
assert review3 in challenge1.get_reviews_written_by_user(user1)
def create_context_review(request):
data = {}
if 'id' in request.GET:
user = request.user
challenge = Challenge.objects.get(pk=request.GET.get('id'))
if not challenge.is_enabled_for_user(user):
raise Http404
if challenge.has_enough_user_reviews(user):
raise Http404
if not challenge.submitted_by_user(user):
raise Http404
review = Review.get_open_review(challenge, user)
if not review:
review_candidate = Elaboration.get_review_candidate(challenge, user)
if review_candidate:
review = Review(elaboration=review_candidate['candidate'], reviewer=user, chosen_by=review_candidate['chosen_by'])
review.save()
else:
return data
data['review'] = review
data['stack_id'] = challenge.get_stack().id
review_questions = ReviewQuestion.objects.filter(challenge=challenge).order_by("order")
data['questions'] = review_questions
return data
def test_get_open_review(self):
user1 = self.users[0]
user2 = self.users[2]
elaboration = self.elaborations[0]
self.create_review_without_submission_date(elaboration=elaboration,
reviewer=user1)
# there should be an open review for user1
review = Review.get_open_review(self.challenge, user1)
assert review
assert review.reviewer == user1
assert review.elaboration == elaboration
# there should be no open review for user1 since the review is already submitted
review.submission_time = datetime.now()
review.save()
review = Review.get_open_review(self.challenge, user1)
assert not review
# there should be no open review for user2
review = Review.get_open_review(self.challenge, user2)
assert not review
# user1 and user2 both have separate open reviews
self.create_review_without_submission_date(elaboration=elaboration,
reviewer=user1)
self.create_review_without_submission_date(elaboration=elaboration,
reviewer=user2)
review1 = Review.get_open_review(self.challenge, user1)
review2 = Review.get_open_review(self.challenge, user2)
assert review1
assert review2
assert review1.id != review2.id
assert review1.reviewer == user1
assert review2.reviewer == user2
assert review1.elaboration == elaboration and review2.elaboration == elaboration
def review_answer(request, course_short_title):
user = RequestContext(request)['user']
if request.POST:
data = request.body.decode(encoding='UTF-8')
data = json.loads(data)
review_id = data['review_id']
answers = data['answers']
try:
review = Review.objects.get(pk=review_id)
challenge = review.elaboration.challenge
if not challenge.is_enabled_for_user(user):
raise Http404
if not review == Review.get_open_review(challenge, user):
raise Http404
except:
raise Http404
review.appraisal = data['appraisal']
for answer in answers:
question_id = answer['question_id']
text = answer['answer']
review_question = ReviewQuestion.objects.get(pk=question_id)
ReviewAnswer(review=review,
review_question=review_question,
text=text).save()
# send notifications
review.submission_time = datetime.now()
review.save()
try:
if review.appraisal == review.NOTHING:
Notification.bad_review(review)
else:
Notification.enough_peer_reviews(review)
except:
print('Could not send Notification')
return HttpResponse()
def test_get_challenge_elaboration(self):
challenge1 = self.challenge
self.create_challenge()
challenge2 = self.challenge
challenge2.prerequisite = challenge1
challenge2.save()
self.create_challenge()
challenge3 = self.challenge
challenge3.prerequisite = challenge2
challenge3.save()
user1 = self.users[0]
user2 = self.users[1]
user3 = self.users[2]
user4 = self.users[3]
assert not user1.get_challenge_elaboration(challenge1)
assert not user2.get_challenge_elaboration(challenge1)
assert not user3.get_challenge_elaboration(challenge1)
assert not user4.get_challenge_elaboration(challenge1)
elaboration1 = Elaboration(challenge=challenge1,
user=user1,
elaboration_text="test",
submission_time=datetime.now())
elaboration1.save()
elaboration2 = Elaboration(challenge=challenge1,
user=user2,
elaboration_text="test",
submission_time=datetime.now())
elaboration2.save()
elaboration3 = Elaboration(challenge=challenge1,
user=user3,
elaboration_text="test",
submission_time=datetime.now())
elaboration3.save()
elaboration4 = Elaboration(challenge=challenge1,
user=user4,
elaboration_text="test",
submission_time=datetime.now())
elaboration4.save()
assert user1.get_challenge_elaboration(challenge1) == elaboration1
assert user2.get_challenge_elaboration(challenge1) == elaboration2
assert user3.get_challenge_elaboration(challenge1) == elaboration3
assert user4.get_challenge_elaboration(challenge1) == elaboration4
Review(elaboration=elaboration2,
submission_time=datetime.now(),
reviewer=user1,
appraisal=Review.SUCCESS).save()
Review(elaboration=elaboration3,
submission_time=datetime.now(),
reviewer=user1,
appraisal=Review.SUCCESS).save()
Review(elaboration=elaboration4,
submission_time=datetime.now(),
reviewer=user1,
appraisal=Review.SUCCESS).save()
Review(elaboration=elaboration1,
submission_time=datetime.now(),
reviewer=user2,
appraisal=Review.SUCCESS).save()
Review(elaboration=elaboration1,
submission_time=datetime.now(),
reviewer=user3,
appraisal=Review.SUCCESS).save()
assert not user1.get_challenge_elaboration(challenge2)
assert not user2.get_challenge_elaboration(challenge2)
assert not user3.get_challenge_elaboration(challenge2)
assert not user4.get_challenge_elaboration(challenge2)
elaboration5 = Elaboration(challenge=challenge2,
user=user1,
elaboration_text="test",
submission_time=datetime.now())
elaboration5.save()
elaboration6 = Elaboration(challenge=challenge2,
user=user2,
elaboration_text="test",
submission_time=datetime.now())
elaboration6.save()
elaboration7 = Elaboration(challenge=challenge2,
user=user3,
elaboration_text="test",
submission_time=datetime.now())
elaboration7.save()
elaboration8 = Elaboration(challenge=challenge2,
user=user4,
elaboration_text="test",
submission_time=datetime.now())
elaboration8.save()
assert user1.get_challenge_elaboration(challenge2) == elaboration5
assert user2.get_challenge_elaboration(challenge2) == elaboration6
assert user3.get_challenge_elaboration(challenge2) == elaboration7
assert user4.get_challenge_elaboration(challenge2) == elaboration8
def test_status_user_review_missing(self):
challenge1 = self.challenge
self.create_challenge()
challenge2 = self.challenge
challenge2.prerequisite = challenge1
challenge2.save()
self.create_challenge()
challenge3 = self.challenge
challenge3.prerequisite = challenge2
challenge3.save()
user1 = self.users[0]
user2 = self.users[1]
user3 = self.users[2]
user4 = self.users[3]
elaboration1 = Elaboration(challenge=challenge1,
user=user1,
elaboration_text="test",
submission_time=datetime.now())
elaboration1.save()
elaboration2 = Elaboration(challenge=challenge1,
user=user2,
elaboration_text="test",
submission_time=datetime.now())
elaboration2.save()
elaboration3 = Elaboration(challenge=challenge1,
user=user3,
elaboration_text="test",
submission_time=datetime.now())
elaboration3.save()
elaboration4 = Elaboration(challenge=challenge1,
user=user4,
elaboration_text="test",
submission_time=datetime.now())
elaboration4.save()
assert challenge1.is_enabled_for_user(user1)
assert challenge1.get_status(user1) == Challenge.USER_REVIEW_MISSING
assert not challenge2.is_enabled_for_user(user1)
assert challenge2.get_status(user1) == Challenge.NOT_ENABLED
Review(elaboration=elaboration2,
submission_time=datetime.now(),
reviewer=user1,
appraisal=Review.SUCCESS).save()
assert challenge1.is_enabled_for_user(user1)
assert challenge1.get_status(user1) == Challenge.USER_REVIEW_MISSING
assert not challenge2.is_enabled_for_user(user1)
assert challenge2.get_status(user1) == Challenge.NOT_ENABLED
Review(elaboration=elaboration3,
submission_time=datetime.now(),
reviewer=user1,
appraisal=Review.SUCCESS).save()
assert challenge1.is_enabled_for_user(user1)
assert challenge1.get_status(user1) == Challenge.USER_REVIEW_MISSING
assert not challenge2.is_enabled_for_user(user1)
assert challenge2.get_status(user1) == Challenge.NOT_ENABLED
Review(elaboration=elaboration4,
submission_time=datetime.now(),
reviewer=user1,
appraisal=Review.SUCCESS).save()
assert challenge1.is_enabled_for_user(user1)
assert challenge1.get_status(
user1) == Challenge.DONE_MISSING_PEER_REVIEW
assert challenge2.is_enabled_for_user(user1)
assert challenge2.get_status(user1) == Challenge.NOT_STARTED
def test_get_stack_elaborations(self):
challenge1 = self.challenge
self.create_challenge()
challenge2 = self.challenge
challenge2.prerequisite = challenge1
challenge2.save()
self.create_challenge()
challenge3 = self.challenge
challenge3.prerequisite = challenge2
challenge3.save()
user1 = self.users[0]
user2 = self.users[1]
user3 = self.users[2]
user4 = self.users[3]
assert len(user1.get_stack_elaborations(self.stack)) == 0
assert len(user2.get_stack_elaborations(self.stack)) == 0
assert len(user3.get_stack_elaborations(self.stack)) == 0
assert len(user4.get_stack_elaborations(self.stack)) == 0
elaboration1 = Elaboration(challenge=challenge1,
user=user1,
elaboration_text="test",
submission_time=datetime.now())
elaboration1.save()
elaboration2 = Elaboration(challenge=challenge1,
user=user2,
elaboration_text="test",
submission_time=datetime.now())
elaboration2.save()
elaboration3 = Elaboration(challenge=challenge1,
user=user3,
elaboration_text="test",
submission_time=datetime.now())
elaboration3.save()
elaboration4 = Elaboration(challenge=challenge1,
user=user4,
elaboration_text="test",
submission_time=datetime.now())
elaboration4.save()
assert len(user1.get_stack_elaborations(self.stack)) == 1
assert len(user2.get_stack_elaborations(self.stack)) == 1
assert len(user3.get_stack_elaborations(self.stack)) == 1
assert len(user4.get_stack_elaborations(self.stack)) == 1
assert elaboration1 in user1.get_stack_elaborations(self.stack)
assert elaboration2 in user2.get_stack_elaborations(self.stack)
assert elaboration3 in user3.get_stack_elaborations(self.stack)
assert elaboration4 in user4.get_stack_elaborations(self.stack)
Review(elaboration=elaboration2,
submission_time=datetime.now(),
reviewer=user1,
appraisal=Review.SUCCESS).save()
Review(elaboration=elaboration3,
submission_time=datetime.now(),
reviewer=user1,
appraisal=Review.SUCCESS).save()
Review(elaboration=elaboration4,
submission_time=datetime.now(),
reviewer=user1,
appraisal=Review.SUCCESS).save()
Review(elaboration=elaboration1,
submission_time=datetime.now(),
reviewer=user2,
appraisal=Review.SUCCESS).save()
Review(elaboration=elaboration1,
submission_time=datetime.now(),
reviewer=user3,
appraisal=Review.SUCCESS).save()
elaboration5 = Elaboration(challenge=challenge2,
user=user1,
elaboration_text="test",
submission_time=datetime.now())
elaboration5.save()
elaboration6 = Elaboration(challenge=challenge2,
user=user2,
elaboration_text="test",
submission_time=datetime.now())
elaboration6.save()
elaboration7 = Elaboration(challenge=challenge2,
user=user3,
elaboration_text="test",
submission_time=datetime.now())
elaboration7.save()
elaboration8 = Elaboration(challenge=challenge2,
user=user4,
elaboration_text="test",
submission_time=datetime.now())
elaboration8.save()
assert len(user1.get_stack_elaborations(self.stack)) == 2
assert len(user2.get_stack_elaborations(self.stack)) == 2
assert len(user3.get_stack_elaborations(self.stack)) == 2
assert len(user4.get_stack_elaborations(self.stack)) == 2
assert elaboration1 in user1.get_stack_elaborations(self.stack)
assert elaboration2 in user2.get_stack_elaborations(self.stack)
assert elaboration3 in user3.get_stack_elaborations(self.stack)
assert elaboration4 in user4.get_stack_elaborations(self.stack)
assert elaboration5 in user1.get_stack_elaborations(self.stack)
assert elaboration6 in user2.get_stack_elaborations(self.stack)
assert elaboration7 in user3.get_stack_elaborations(self.stack)
assert elaboration8 in user4.get_stack_elaborations(self.stack)
def create_review_without_submission_date(self, elaboration, reviewer):
Review(elaboration=elaboration, reviewer=reviewer,
appraisal='S').save()
def create_review(self, elaboration, reviewer):
Review(elaboration=elaboration,
submission_time=datetime.now(),
reviewer=reviewer,
appraisal='S').save()
def import_data():
CommentsConfig.setup()
number_of_users = 50
number_of_tutors = 5
users = []
dummy_users = []
tutors = []
for i in range(number_of_users):
print("adding student %s of %s" % (i, number_of_users))
username = "******" % i
user = AuroraUser(username=username)
user.email = '*****@*****.**' % username
user.first_name = 'Firstname_%s' % username
user.last_name = 'Lastname_%s' % username
user.nickname = 'Nickname_%s' % username
user.matriculation_number = "{0:0=2d}".format(i) + ''.join(["%s" % random.randint(0, 9) for num in range(0, 5)])
user.is_staff = False
user.is_superuser = False
password = username
user.set_password(password)
user.save()
users.append(user)
s0 = users[0]
# create the three dummy users for jumpstarting the peer review process
for i in range(4):
print("adding dummy user %s of %s" % (i, 3))
username = "******" % i
dummy_user = AuroraUser(username=username)
dummy_user.email = '*****@*****.**' % username
dummy_user.first_name = 'Firstname_%s' % username
dummy_user.last_name = 'Lastname_%s' % username
dummy_user.nickname = 'Nickname_%s' % username
dummy_user.is_staff = True
dummy_user.is_superuser = False
password = username
dummy_user.set_password(password)
dummy_user.save()
dummy_users.append(dummy_user)
d1 = dummy_users[0]
d2 = dummy_users[1]
d3 = dummy_users[2]
d4 = dummy_users[3]
# adding tutors
for i in range(number_of_tutors):
print("adding tutor %s of %s" % (i, number_of_tutors))
username = "******" % i
tutor = AuroraUser(username=username)
tutor.email = '*****@*****.**' % username
tutor.first_name = 'Firstname_%s' % username
tutor.last_name = 'Lastname_%s' % username
tutor.nickname = 'Nickname_%s' % username
tutor.is_staff = True
tutor.is_superuser = False
password = username
tutor.set_password(password)
tutor.save()
print("***tutor username: %s" % tutor.username)
tutors.append(tutor)
# create an admin user with password amanaman
print('adding superuser')
username = "******"
amanaman = AuroraUser(username=username)
amanaman.first_name = 'Firstname_%s' % username
amanaman.last_name = 'Lastname_%s' % username
amanaman.nickname = 'Nickname_%s' % username
amanaman.set_password(username)
amanaman.is_staff = True
amanaman.is_superuser = True
amanaman.save()
# hagrid staff user
print('adding staff')
username = "******"
superuser = AuroraUser(username=username)
superuser.first_name = 'Firstname_%s' % username
superuser.last_name = 'Lastname_%s' % username
superuser.nickname = 'Nickname_%s' % username
superuser.set_password(username)
superuser.is_staff = True
superuser.is_superuser = False
superuser.save()
# create courses "GSI" and "HCI"
print('adding course gsi')
gsi = Course(
title='Gesellschaftliche Spannungsfelder der Informatik',
short_title='gsi',
description='GSI Description',
course_number='123.456',
)
gsi.save()
print('adding course hci')
hci = Course(
title='Human Computer Interaction',
short_title='hci',
description='HCI Description',
course_number='123.457',
)
hci.save()
# create course-user relations
print('adding course-user relations')
CourseUserRelation(course=gsi, user=amanaman).save()
CourseUserRelation(course=hci, user=amanaman).save()
CourseUserRelation(course=gsi, user=superuser).save()
CourseUserRelation(course=hci, user=superuser).save()
for tutor in tutors:
CourseUserRelation(course=gsi, user=tutor).save()
CourseUserRelation(course=hci, user=tutor).save()
Notification(user=tutor, course=gsi, text="Welcome to GSI!").save()
Notification(user=tutor, course=hci, text="Welcome to HCI!").save()
for user in users:
CourseUserRelation(course=gsi, user=user).save()
CourseUserRelation(course=hci, user=user).save()
Notification(user=user, course=gsi, text="Welcome to GSI!").save()
Notification(user=user, course=hci, text="Welcome to HCI!").save()
# create challenges
print('adding challenges')
challenge_1 = Challenge(id=1,
title='meine meinung',
subtitle='meine meinung',
description='gehen sie nach derstandard.at, suchen sie einen beliebigen artikel, und posten sie den text dieses artikels hier.',
accepted_files='',
course=gsi,
points=15,
)
challenge_1.image.save('1.png', File(open(os.path.join(STATIC_ROOT, 'img', '1.png'), 'rb')))
challenge_1.save()
ReviewQuestion(challenge=challenge_1, order=1, text="Erfüllt diese Arbeit die gestellte Aufgabe?", boolean_answer=True).save()
ReviewQuestion(challenge=challenge_1, order=2, text="Falls nicht: Was fehlt? Was sollte anders sein? Was ist zuviel?").save()
challenge_2 = Challenge(id=2,
title='rage-comic',
subtitle='rage-comic',
prerequisite=challenge_1,
description='finden sie einen web-comic, den sie lustig finden, und laden sie ihn hier hoch. beschreiben sie kurz, wie lange sie diesen webcomic schon lesen.',
accepted_files='image/*',
course=gsi,
points=10,
)
challenge_2.image.save('2.png', File(open(os.path.join(STATIC_ROOT, 'img', '2.png'), 'rb')))
challenge_2.save()
ReviewQuestion(challenge=challenge_2, order=1, text="Erfüllt diese Arbeit die gestellte Aufgabe?", boolean_answer=True).save()
ReviewQuestion(challenge=challenge_2, order=2, text="Falls nicht: Was fehlt? Was sollte anders sein? Was ist zuviel?").save()
ReviewQuestion(challenge=challenge_2, order=3, text="Ist der Webcomic lustig?",
boolean_answer=True).save()
ReviewQuestion(challenge=challenge_2, order=4, text="Ist dieser Webcomic interessant?", boolean_answer=True,
visible_to_author=False).save()
challenge_3 = Challenge(id=3,
title='wikipedia',
subtitle='wikipedia',
prerequisite=challenge_2,
description='kopieren sie 4 absätze aus einem wikipedia-artikel und geben sie sie ab! setzen sie ans ende der arbeit den link auf den wikipedia-artikel!',
accepted_files='',
course=gsi,
points=8,
)
challenge_3.image.save('3.png', File(open(os.path.join(STATIC_ROOT, 'img', '3.png'), 'rb')))
challenge_3.save()
ReviewQuestion(challenge=challenge_3, order=1, text="Erfüllt diese Arbeit die gestellte Aufgabe?", boolean_answer=True).save()
ReviewQuestion(challenge=challenge_3, order=2, text="Falls nicht: Was fehlt? Was sollte anders sein? Was ist zuviel?").save()
challenge_4 = Challenge(id=4,
title='wissenschaft',
subtitle='wissenschaft',
prerequisite=challenge_3,
description='finden sie einen pseudowissenschaftlichen artikel und laden sie ihn hier hoch.',
accepted_files='application/pdf',
course=hci,
points=9,
)
challenge_4.image.save('4.png', File(open(os.path.join(STATIC_ROOT, 'img', '4.png'), 'rb')))
challenge_4.save()
challenge_5 = Challenge(id=5,
title='ping',
subtitle='ping',
description='laden sie drei bilder im png-format hoch. beschreiben sie dann kurz, was auf diesen bildern zu sehen ist.',
accepted_files='image/png',
course=gsi,
points=10,
)
challenge_5.image.save('5.png', File(open(os.path.join(STATIC_ROOT, 'img', '5.png'), 'rb')))
challenge_5.save()
ReviewQuestion(challenge=challenge_5, order=1, text="Erfüllt diese Arbeit die gestellte Aufgabe?", boolean_answer=True).save()
ReviewQuestion(challenge=challenge_5, order=2, text="Falls nicht: Was fehlt? Was sollte anders sein? Was ist zuviel?").save()
challenge_6 = Challenge(id=6,
title='advice animal',
subtitle='advice animal',
prerequisite=challenge_5,
description='suchen sie ein »advice animal« bild und posten sie es hier. geben sie die quelle dazu an.',
accepted_files='image/*',
course=hci,
points=12,
)
challenge_6.image.save('6.png', File(open(os.path.join(STATIC_ROOT, 'img', '6.png'), 'rb')))
challenge_6.save()
ReviewQuestion(challenge=challenge_6, order=1, text="Erfüllt diese Arbeit die gestellte Aufgabe?", boolean_answer=True).save()
ReviewQuestion(challenge=challenge_6, order=2, text="Falls nicht: Was fehlt? Was sollte anders sein? Was ist zuviel?").save()
challenge_7 = Challenge(id=7,
title='animated gif',
subtitle='animated gif',
prerequisite=challenge_6,
description='suchen sie ein animated gif und posten sie es. geben sie die quelle dazu an.',
accepted_files='image/gif',
course=hci,
points=14,
)
challenge_7.image.save('7.png', File(open(os.path.join(STATIC_ROOT, 'img', '7.png'), 'rb')))
challenge_7.save()
ReviewQuestion(challenge=challenge_7, order=1, text="Erfüllt diese Arbeit die gestellte Aufgabe?", boolean_answer=True).save()
ReviewQuestion(challenge=challenge_7, order=2, text="Falls nicht: Was fehlt? Was sollte anders sein? Was ist zuviel?").save()
challenge_8 = Challenge(id=8,
title='zwei menschen',
subtitle='zwei menschen',
prerequisite=challenge_7,
description='laden sie zwei bilder von zwei verschiedenen menschen hoch. erklären sie dann, wer diese beiden menschen sind. vergessen sie nicht auf die quellenangabe!',
accepted_files='image/*',
course=hci,
points=5,
)
challenge_8.image.save('8.png', File(open(os.path.join(STATIC_ROOT, 'img', '8.png'), 'rb')))
challenge_8.save()
challenge_9 = Challenge(id=9,
title='youtube',
subtitle='youtube',
description='suchen sie ein gutes youtube-video und posten sie den link hier. wenn sherlock holmes darin vorkommt, dann können sie auch einen extrapunkt bekommen.',
accepted_files='',
course=gsi,
points=25,
)
challenge_9.image.save('9.png', File(open(os.path.join(STATIC_ROOT, 'img', '9.png'), 'rb')))
challenge_9.save()
ReviewQuestion(challenge=challenge_9, order=1, text="Erfüllt diese Arbeit die gestellte Aufgabe?", boolean_answer=True).save()
ReviewQuestion(challenge=challenge_9, order=2, text="Falls nicht: Was fehlt? Was sollte anders sein? Was ist zuviel?").save()
challenge_10 = Challenge(id=10,
title='schmetterling',
subtitle='schmetterling',
prerequisite=challenge_9,
description='suchen sie in google image search schmetterlingsbilder und laden sie diese hier hoch. vergessen sie nicht auf die quellenangaben!',
accepted_files='image/*',
course=gsi,
points=3,
)
challenge_10.image.save('4.png', File(open(os.path.join(STATIC_ROOT, 'img', '4.png'), 'rb')))
challenge_10.save()
# create stacks
print('adding stack accessibility')
accessibility = Stack(
title='Universal Design',
description='In diesem Block setzen sie sich mit »Unversal Design« auseinander. Universal Design (Universelles Design) ist ein internationales Design-Konzept, das Produkte, Geräte, Umgebungen und Systeme derart gestaltet, dass sie für so viele Menschen wie möglich ohne weitere Anpassung oder Spezialisierung nutzbar sind. In der Informatik bedeutet das im allgemeinen, Systeme so zu gestalten, dass sie von Menschen mit Behinderungen, insbesondere blinde Menschen, auch benutzt werden können.',
course=gsi,
)
accessibility.save()
print('adding stack digital life')
digitallife = Stack(
title='Copyleft vs. Business',
description='In diesem Block geht es um die Suche nach neuen Business-Modellen für die geänderten Bedingngen, die durch neue Technologien geschaffen wurden. Viele traditionelel Business-Modelle gehen dabei den Bach runter, neue Ansätze sind gefragt.',
course=gsi,
)
digitallife.save()
print('adding stack gtav')
gtav = Stack(
title='Geschichte der Informatik',
description='Dieser Block führt sie in die Geschichte der Informatik, zurück zu den Anfängen des interaktiven Computers. Sie setzen sich damit auseinander, welche Vorstellungen von Interaktivität im Laufe der Geschichte entstanden, probiert und wieder verworfen wurden. Dabei werden Darstellungen in Film und Fernsehen ebenso aufgearbeitet wie die Visionen der Techniker und wissenschaftliche Diskussionen.',
course=gsi,
)
gtav.save()
# create dummy elaborations
challenges = Challenge.objects.all()
for challenge in challenges:
for dummy_user in dummy_users:
if not challenge.is_final_challenge():
Elaboration(challenge=challenge, user=dummy_user, elaboration_text="dummy elaboration %s" % dummy_user.username,
submission_time='2013-11-01 10:00:00').save()
print('adding final elaboration 1 for challenge 10')
de4 = Elaboration(challenge=challenge_10, user=d1, elaboration_text="final submission user d1",
submission_time=datetime.now())
de4.save()
print('adding FAIL review for dummy user d1')
Review(elaboration=de4, reviewer=d3, appraisal='F', submission_time=datetime.now()).save()
print('adding final elaboration 2 for challenge 10')
de5 = Elaboration(challenge=challenge_10, user=d2, elaboration_text="final submission user d2",
submission_time=datetime.now())
de5.save()
print('adding final elaboration 1 for challenge 8')
de6 = Elaboration(challenge=challenge_8, user=d3, elaboration_text="final submission user d3",
submission_time=datetime.now())
de6.save()
# create elaboration for challenge 1 for s0
print('adding elaboration for challenge 1 for s0')
e1 = Elaboration(challenge=challenge_1, user=s0, elaboration_text="this elaboration text is from populate demo data",
submission_time=datetime.now())
e1.save()
elaborations = Elaboration.objects.all()
e1 = elaborations[0]
e2 = elaborations[1]
e3 = elaborations[2]
# create review for elaboration
print('adding review 1 for elaboration for challenge 1 for s0')
r1 = Review(elaboration=e1, reviewer=s0, appraisal='N', submission_time=datetime.now())
r1.save()
print('adding review 2 for elaboration for challenge 1 for s0')
r2 = Review(elaboration=e2, reviewer=s0, appraisal='F', submission_time=datetime.now())
r2.save()
print('adding review 3 for elaboration for challenge 1 for s0')
Review(elaboration=e3, reviewer=s0, appraisal='A', submission_time=datetime.now()).save()
print('adding review 4 for elaboration for challenge 1 for s0')
Review(elaboration=e3, reviewer=d2, appraisal='F', submission_time=datetime.now()).save()
# create elaboration for challenge 2 for s0
print('adding elaboration for challenge 2 for s0')
e2 = Elaboration(challenge=challenge_2, user=s0, elaboration_text="this elaboration text is from populate demo data",
submission_time=datetime.now())
e2.save()
# create review for elaboration
print('adding review 1 for elaboration for challenge 2 for s0')
Review(elaboration=de4, reviewer=s0, appraisal='N', submission_time=datetime.now()).save()
de5.save()
print('adding review 1 for elaboration for challenge 2 for s0')
Review(elaboration=de5, reviewer=d1, appraisal='A', submission_time=datetime.now()).save()
print('adding review 2 for elaboration for challenge 2 for s0')
Review(elaboration=de5, reviewer=d2, appraisal='S', submission_time=datetime.now()).save()
# create stack-challenge relations
print('adding stack challenge relations')
StackChallengeRelation(stack=accessibility, challenge=challenge_1).save()
StackChallengeRelation(stack=accessibility, challenge=challenge_2).save()
StackChallengeRelation(stack=accessibility, challenge=challenge_3).save()
StackChallengeRelation(stack=accessibility, challenge=challenge_4).save()
StackChallengeRelation(stack=digitallife, challenge=challenge_5).save()
StackChallengeRelation(stack=digitallife, challenge=challenge_6).save()
StackChallengeRelation(stack=digitallife, challenge=challenge_7).save()
StackChallengeRelation(stack=digitallife, challenge=challenge_8).save()
StackChallengeRelation(stack=gtav, challenge=challenge_9).save()
StackChallengeRelation(stack=gtav, challenge=challenge_10).save()
print('adding escalation for challenge 1 for s0')
com1 = Comment(text="escalation for review 1 for challenge 1 for d1", author=superuser, post_date=datetime.now(),
content_type=ContentType.objects.get_for_model(Review), object_id=r1.id, visibility=Comment.STAFF)
com1.save()
com2 = Comment(text="escalation for review 2 for challenge 1 for d2", author=superuser, post_date=datetime.now(),
content_type=ContentType.objects.get_for_model(Review), object_id=r2.id, visibility=Comment.PUBLIC)
com2.save()
print('Adding Sample Lectures')
Lecture(
course=gsi,
start=datetime(2013, 2, 15, 15, 00, 17, 345952),
end=datetime(2013, 2, 15, 17, 20, 17, 345952),
active=True,
).save()
Lecture(
course=gsi,
start=datetime(2013, 2, 16, 15, 00, 17, 345952),
end=datetime(2013, 2, 16, 17, 20, 17, 345952),
active=True,
).save()
Lecture(
course=gsi,
start=datetime(2013, 2, 17, 15, 00, 17, 345952),
end=datetime(2013, 2, 17, 17, 20, 17, 345952),
active=True,
).save()
# Lecture(
# course=gsi,
# start=datetime(2013, 2, 24, 15, 00, 17, 345952),
# end=datetime(2014, 2, 24, 17, 20, 17, 345952),
# active=True,
# ).save()
Lecture(
course=hci,
start=datetime(2013, 1, 15, 15, 00, 17, 345952),
end=datetime(2013, 1, 15, 17, 20, 17, 345952),
active=True,
).save()
Lecture(
course=hci,
start=datetime(2013, 1, 16, 15, 00, 17, 345952),
end=datetime(2013, 1, 16, 17, 20, 17, 345952),
active=True,
).save()
print('Adding Sample Slides')
Slide(
lecture_id=1,
title="Preparation Slide #1 - Lecture 1",
pub_date=datetime(2013, 2, 10, 15, 21, 17, 345952),
filename="vo_10_02_13_1",
tags='.preparation',
).save()
Slide(
lecture_id=1,
title="Preparation Slide #2 - Lecture 1",
pub_date=datetime(2013, 2, 10, 15, 22, 17, 345952),
filename="vo_10_02_13_2",
tags='.preparation',
).save()
Slide(
lecture_id=1,
title="Preparation Slide #3 - Lecture 1",
pub_date=datetime(2013, 2, 10, 15, 23, 17, 345952),
filename="vo_10_02_13_3",
tags='.preparation',
).save()
Slide(
lecture_id=1,
title="Super Sample Slide #1 - Lecture 1",
pub_date=datetime(2013, 2, 15, 15, 20, 17, 345952),
filename="vo_15_02_13_1",
tags='.exercise',
).save()
Slide(
lecture_id=1,
title="Super Sample Slide #2 - Lecture 1",
pub_date=datetime(2013, 2, 15, 15, 22, 17, 345952),
filename="vo_15_02_13_2",
).save()
Slide(
lecture_id=1,
title="Super Sample Slide #3 - Lecture 1",
pub_date=datetime(2013, 2, 15, 15, 24, 17, 345952),
filename="vo_15_02_13_3",
).save()
Slide(
lecture_id=1,
title="Super Sample Slide #4 - Lecture 1",
pub_date=datetime(2013, 2, 15, 15, 26, 17, 345952),
filename="vo_15_02_13_4",
).save()
Slide(
lecture_id=1,
title="Super Sample Slide #5 - Lecture 1",
pub_date=datetime(2013, 2, 15, 15, 28, 17, 345952),
filename="vo_15_02_13_5",
tags='.exercise',
).save()
Slide(
lecture_id=1,
title="Super Sample Slide #6 - Lecture 1",
pub_date=datetime(2013, 2, 15, 15, 30, 17, 345952),
filename="vo_15_02_13_6",
).save()
Slide(
lecture_id=1,
title="Super Sample Slide #7 - Lecture 1",
pub_date=datetime(2013, 2, 15, 15, 32, 17, 345952),
filename="vo_15_02_13_7",
).save()
Slide(
lecture_id=1,
title="Super Sample Slide #8 - Lecture 1",
pub_date=datetime(2013, 2, 15, 15, 34, 17, 345952),
filename="vo_15_02_13_8",
).save()
Slide(
lecture_id=1,
title="Super Sample Slide #9 - Lecture 1",
pub_date=datetime(2013, 2, 15, 15, 36, 17, 345952),
filename="vo_15_02_13_9",
tags='.exercise',
).save()
Slide(
lecture_id=2,
title="Super Sample Slide #1 - Lecture 2",
pub_date=datetime(2013, 2, 16, 15, 20, 17, 345952),
filename="vo_16_02_13_1",
).save()
Slide(
lecture_id=2,
title="Super Sample Slide #2 - Lecture 2",
pub_date=datetime(2013, 2, 16, 15, 22, 17, 345952),
filename="vo_16_02_13_2",
).save()
Slide(
lecture_id=2,
title="Super Sample Slide #2 - Lecture 2",
pub_date=datetime(2013, 2, 16, 15, 24, 17, 345952),
filename="vo_16_02_13_3",
).save()
Slide(
lecture_id=3,
title="Super Sample Slide #1 - Lecture 3",
pub_date=datetime(2013, 2, 17, 15, 20, 17, 345952),
filename="vo_17_02_13_1",
).save()
Slide(
lecture_id=3,
title="Super Sample Slide #2 - Lecture 3",
pub_date=datetime(2013, 2, 17, 15, 22, 17, 345952),
filename="vo_17_02_13_2",
tags='.exercise',
).save()
print("Adding sample stream")
Stream(
lecture_id=1,
url="rtmp://video.zserv.tuwien.ac.at/lecturetube_public",
type="rtmp",
clipname="gsiss13e10",
offset=-656,
).save()
for user in AuroraUser.objects.all():
if not user.avatar:
user.get_gravatar()
def test_has_enough_peer_reviews(self):
challenge1 = self.challenge
self.create_challenge()
challenge2 = self.challenge
challenge2.prerequisite = challenge1
challenge2.save()
self.create_challenge()
challenge3 = self.challenge
challenge3.prerequisite = challenge2
challenge3.save()
user1 = self.users[0]
user2 = self.users[1]
user3 = self.users[2]
user4 = self.users[3]
elaboration1 = Elaboration(challenge=challenge1,
user=user1,
elaboration_text="test",
submission_time=datetime.now())
elaboration1.save()
elaboration2 = Elaboration(challenge=challenge1,
user=user2,
elaboration_text="test",
submission_time=datetime.now())
elaboration2.save()
elaboration3 = Elaboration(challenge=challenge1,
user=user3,
elaboration_text="test",
submission_time=datetime.now())
elaboration3.save()
elaboration4 = Elaboration(challenge=challenge1,
user=user4,
elaboration_text="test",
submission_time=datetime.now())
elaboration4.save()
Review(elaboration=elaboration2,
submission_time=datetime.now(),
reviewer=user1,
appraisal=Review.SUCCESS).save()
Review(elaboration=elaboration3,
submission_time=datetime.now(),
reviewer=user1,
appraisal=Review.SUCCESS).save()
Review(elaboration=elaboration4,
submission_time=datetime.now(),
reviewer=user1,
appraisal=Review.SUCCESS).save()
assert not self.stack.has_enough_peer_reviews(user1)
Review(elaboration=elaboration1,
submission_time=datetime.now(),
reviewer=user2,
appraisal=Review.SUCCESS).save()
assert not self.stack.has_enough_peer_reviews(user1)
Review(elaboration=elaboration1,
submission_time=datetime.now(),
reviewer=user3,
appraisal=Review.SUCCESS).save()
assert not self.stack.has_enough_peer_reviews(user1)
elaboration5 = Elaboration(challenge=challenge2,
user=user1,
elaboration_text="test",
submission_time=datetime.now())
elaboration5.save()
elaboration6 = Elaboration(challenge=challenge2,
user=user2,
elaboration_text="test",
submission_time=datetime.now())
elaboration6.save()
elaboration7 = Elaboration(challenge=challenge2,
user=user3,
elaboration_text="test",
submission_time=datetime.now())
elaboration7.save()
elaboration8 = Elaboration(challenge=challenge2,
user=user4,
elaboration_text="test",
submission_time=datetime.now())
elaboration8.save()
Review(elaboration=elaboration6,
submission_time=datetime.now(),
reviewer=user1,
appraisal=Review.SUCCESS).save()
Review(elaboration=elaboration7,
submission_time=datetime.now(),
reviewer=user1,
appraisal=Review.SUCCESS).save()
Review(elaboration=elaboration8,
submission_time=datetime.now(),
reviewer=user1,
appraisal=Review.SUCCESS).save()
assert not self.stack.has_enough_peer_reviews(user1)
Review(elaboration=elaboration5,
submission_time=datetime.now(),
reviewer=user2,
appraisal=Review.SUCCESS).save()
assert not self.stack.has_enough_peer_reviews(user1)
Review(elaboration=elaboration5,
submission_time=datetime.now(),
reviewer=user3,
appraisal=Review.SUCCESS).save()
assert self.stack.has_enough_peer_reviews(user1)
def import_data():
CommentsConfig.setup()
number_of_users = 50
number_of_tutors = 5
users = []
dummy_users = []
tutors = []
for i in range(number_of_users):
print("adding student %s of %s" % (i, number_of_users))
username = "******" % i
user = AuroraUser(username=username)
user.email = '*****@*****.**' % username
user.first_name = 'Firstname_%s' % username
user.last_name = 'Lastname_%s' % username
user.nickname = 'Nickname_%s' % username
user.matriculation_number = "{0:0=2d}".format(i) + ''.join(
["%s" % random.randint(0, 9) for num in range(0, 5)])
user.is_staff = False
user.is_superuser = False
password = username
user.set_password(password)
user.save()
users.append(user)
s0 = users[0]
# create the three dummy users for jumpstarting the peer review process
for i in range(4):
print("adding dummy user %s of %s" % (i, 3))
username = "******" % i
dummy_user = AuroraUser(username=username)
dummy_user.email = '*****@*****.**' % username
dummy_user.first_name = 'Firstname_%s' % username
dummy_user.last_name = 'Lastname_%s' % username
dummy_user.nickname = 'Nickname_%s' % username
dummy_user.is_staff = True
dummy_user.is_superuser = False
password = username
dummy_user.set_password(password)
dummy_user.save()
dummy_users.append(dummy_user)
d1 = dummy_users[0]
d2 = dummy_users[1]
d3 = dummy_users[2]
d4 = dummy_users[3]
# adding tutors
for i in range(number_of_tutors):
print("adding tutor %s of %s" % (i, number_of_tutors))
username = "******" % i
tutor = AuroraUser(username=username)
tutor.email = '*****@*****.**' % username
tutor.first_name = 'Firstname_%s' % username
tutor.last_name = 'Lastname_%s' % username
tutor.nickname = 'Nickname_%s' % username
tutor.is_staff = True
tutor.is_superuser = False
password = username
tutor.set_password(password)
tutor.save()
print("***tutor username: %s" % tutor.username)
tutors.append(tutor)
# create an admin user with password amanaman
print('adding superuser')
username = "******"
amanaman = AuroraUser(username=username)
amanaman.first_name = 'Firstname_%s' % username
amanaman.last_name = 'Lastname_%s' % username
amanaman.nickname = 'Nickname_%s' % username
amanaman.set_password(username)
amanaman.is_staff = True
amanaman.is_superuser = True
amanaman.save()
# hagrid staff user
print('adding staff')
username = "******"
superuser = AuroraUser(username=username)
superuser.first_name = 'Firstname_%s' % username
superuser.last_name = 'Lastname_%s' % username
superuser.nickname = 'Nickname_%s' % username
superuser.set_password(username)
superuser.is_staff = True
superuser.is_superuser = False
superuser.save()
# create courses "GSI" and "HCI"
print('adding course gsi')
gsi = Course(
title='Gesellschaftliche Spannungsfelder der Informatik',
short_title='gsi',
description='GSI Description',
course_number='123.456',
)
gsi.save()
print('adding course hci')
hci = Course(
title='Human Computer Interaction',
short_title='hci',
description='HCI Description',
course_number='123.457',
)
hci.save()
# create course-user relations
print('adding course-user relations')
CourseUserRelation(course=gsi, user=amanaman).save()
CourseUserRelation(course=hci, user=amanaman).save()
CourseUserRelation(course=gsi, user=superuser).save()
CourseUserRelation(course=hci, user=superuser).save()
for tutor in tutors:
CourseUserRelation(course=gsi, user=tutor).save()
CourseUserRelation(course=hci, user=tutor).save()
Notification(user=tutor, course=gsi, text="Welcome to GSI!").save()
Notification(user=tutor, course=hci, text="Welcome to HCI!").save()
for user in users:
CourseUserRelation(course=gsi, user=user).save()
CourseUserRelation(course=hci, user=user).save()
Notification(user=user, course=gsi, text="Welcome to GSI!").save()
Notification(user=user, course=hci, text="Welcome to HCI!").save()
# create challenges
print('adding challenges')
challenge_1 = Challenge(
id=1,
title='meine meinung',
subtitle='meine meinung',
description=
'gehen sie nach derstandard.at, suchen sie einen beliebigen artikel, und posten sie den text dieses artikels hier.',
accepted_files='',
course=gsi,
points=15,
)
challenge_1.image.save(
'1.png', File(open(os.path.join(STATIC_ROOT, 'img', '1.png'), 'rb')))
challenge_1.save()
ReviewQuestion(challenge=challenge_1,
order=1,
text="Erfüllt diese Arbeit die gestellte Aufgabe?",
boolean_answer=True).save()
ReviewQuestion(
challenge=challenge_1,
order=2,
text="Falls nicht: Was fehlt? Was sollte anders sein? Was ist zuviel?"
).save()
challenge_2 = Challenge(
id=2,
title='rage-comic',
subtitle='rage-comic',
prerequisite=challenge_1,
description=
'finden sie einen web-comic, den sie lustig finden, und laden sie ihn hier hoch. beschreiben sie kurz, wie lange sie diesen webcomic schon lesen.',
accepted_files='image/*',
course=gsi,
points=10,
)
challenge_2.image.save(
'2.png', File(open(os.path.join(STATIC_ROOT, 'img', '2.png'), 'rb')))
challenge_2.save()
ReviewQuestion(challenge=challenge_2,
order=1,
text="Erfüllt diese Arbeit die gestellte Aufgabe?",
boolean_answer=True).save()
ReviewQuestion(
challenge=challenge_2,
order=2,
text="Falls nicht: Was fehlt? Was sollte anders sein? Was ist zuviel?"
).save()
ReviewQuestion(challenge=challenge_2,
order=3,
text="Ist der Webcomic lustig?",
boolean_answer=True).save()
ReviewQuestion(challenge=challenge_2,
order=4,
text="Ist dieser Webcomic interessant?",
boolean_answer=True,
visible_to_author=False).save()
challenge_3 = Challenge(
id=3,
title='wikipedia',
subtitle='wikipedia',
prerequisite=challenge_2,
description=
'kopieren sie 4 absätze aus einem wikipedia-artikel und geben sie sie ab! setzen sie ans ende der arbeit den link auf den wikipedia-artikel!',
accepted_files='',
course=gsi,
points=8,
)
challenge_3.image.save(
'3.png', File(open(os.path.join(STATIC_ROOT, 'img', '3.png'), 'rb')))
challenge_3.save()
ReviewQuestion(challenge=challenge_3,
order=1,
text="Erfüllt diese Arbeit die gestellte Aufgabe?",
boolean_answer=True).save()
ReviewQuestion(
challenge=challenge_3,
order=2,
text="Falls nicht: Was fehlt? Was sollte anders sein? Was ist zuviel?"
).save()
challenge_4 = Challenge(
id=4,
title='wissenschaft',
subtitle='wissenschaft',
prerequisite=challenge_3,
description=
'finden sie einen pseudowissenschaftlichen artikel und laden sie ihn hier hoch.',
accepted_files='application/pdf',
course=hci,
points=9,
)
challenge_4.image.save(
'4.png', File(open(os.path.join(STATIC_ROOT, 'img', '4.png'), 'rb')))
challenge_4.save()
challenge_5 = Challenge(
id=5,
title='ping',
subtitle='ping',
description=
'laden sie drei bilder im png-format hoch. beschreiben sie dann kurz, was auf diesen bildern zu sehen ist.',
accepted_files='image/png',
course=gsi,
points=10,
)
challenge_5.image.save(
'5.png', File(open(os.path.join(STATIC_ROOT, 'img', '5.png'), 'rb')))
challenge_5.save()
ReviewQuestion(challenge=challenge_5,
order=1,
text="Erfüllt diese Arbeit die gestellte Aufgabe?",
boolean_answer=True).save()
ReviewQuestion(
challenge=challenge_5,
order=2,
text="Falls nicht: Was fehlt? Was sollte anders sein? Was ist zuviel?"
).save()
challenge_6 = Challenge(
id=6,
title='advice animal',
subtitle='advice animal',
prerequisite=challenge_5,
description=
'suchen sie ein »advice animal« bild und posten sie es hier. geben sie die quelle dazu an.',
accepted_files='image/*',
course=hci,
points=12,
)
challenge_6.image.save(
'6.png', File(open(os.path.join(STATIC_ROOT, 'img', '6.png'), 'rb')))
challenge_6.save()
ReviewQuestion(challenge=challenge_6,
order=1,
text="Erfüllt diese Arbeit die gestellte Aufgabe?",
boolean_answer=True).save()
ReviewQuestion(
challenge=challenge_6,
order=2,
text="Falls nicht: Was fehlt? Was sollte anders sein? Was ist zuviel?"
).save()
challenge_7 = Challenge(
id=7,
title='animated gif',
subtitle='animated gif',
prerequisite=challenge_6,
description=
'suchen sie ein animated gif und posten sie es. geben sie die quelle dazu an.',
accepted_files='image/gif',
course=hci,
points=14,
)
challenge_7.image.save(
'7.png', File(open(os.path.join(STATIC_ROOT, 'img', '7.png'), 'rb')))
challenge_7.save()
ReviewQuestion(challenge=challenge_7,
order=1,
text="Erfüllt diese Arbeit die gestellte Aufgabe?",
boolean_answer=True).save()
ReviewQuestion(
challenge=challenge_7,
order=2,
text="Falls nicht: Was fehlt? Was sollte anders sein? Was ist zuviel?"
).save()
challenge_8 = Challenge(
id=8,
title='zwei menschen',
subtitle='zwei menschen',
prerequisite=challenge_7,
description=
'laden sie zwei bilder von zwei verschiedenen menschen hoch. erklären sie dann, wer diese beiden menschen sind. vergessen sie nicht auf die quellenangabe!',
accepted_files='image/*',
course=hci,
points=5,
)
challenge_8.image.save(
'8.png', File(open(os.path.join(STATIC_ROOT, 'img', '8.png'), 'rb')))
challenge_8.save()
challenge_9 = Challenge(
id=9,
title='youtube',
subtitle='youtube',
description=
'suchen sie ein gutes youtube-video und posten sie den link hier. wenn sherlock holmes darin vorkommt, dann können sie auch einen extrapunkt bekommen.',
accepted_files='',
course=gsi,
points=25,
)
challenge_9.image.save(
'9.png', File(open(os.path.join(STATIC_ROOT, 'img', '9.png'), 'rb')))
challenge_9.save()
ReviewQuestion(challenge=challenge_9,
order=1,
text="Erfüllt diese Arbeit die gestellte Aufgabe?",
boolean_answer=True).save()
ReviewQuestion(
challenge=challenge_9,
order=2,
text="Falls nicht: Was fehlt? Was sollte anders sein? Was ist zuviel?"
).save()
challenge_10 = Challenge(
id=10,
title='schmetterling',
subtitle='schmetterling',
prerequisite=challenge_9,
description=
'suchen sie in google image search schmetterlingsbilder und laden sie diese hier hoch. vergessen sie nicht auf die quellenangaben!',
accepted_files='image/*',
course=gsi,
points=3,
)
challenge_10.image.save(
'4.png', File(open(os.path.join(STATIC_ROOT, 'img', '4.png'), 'rb')))
challenge_10.save()
# create stacks
print('adding stack accessibility')
accessibility = Stack(
title='Universal Design',
description=
'In diesem Block setzen sie sich mit »Unversal Design« auseinander. Universal Design (Universelles Design) ist ein internationales Design-Konzept, das Produkte, Geräte, Umgebungen und Systeme derart gestaltet, dass sie für so viele Menschen wie möglich ohne weitere Anpassung oder Spezialisierung nutzbar sind. In der Informatik bedeutet das im allgemeinen, Systeme so zu gestalten, dass sie von Menschen mit Behinderungen, insbesondere blinde Menschen, auch benutzt werden können.',
course=gsi,
)
accessibility.save()
print('adding stack digital life')
digitallife = Stack(
title='Copyleft vs. Business',
description=
'In diesem Block geht es um die Suche nach neuen Business-Modellen für die geänderten Bedingngen, die durch neue Technologien geschaffen wurden. Viele traditionelel Business-Modelle gehen dabei den Bach runter, neue Ansätze sind gefragt.',
course=gsi,
)
digitallife.save()
print('adding stack gtav')
gtav = Stack(
title='Geschichte der Informatik',
description=
'Dieser Block führt sie in die Geschichte der Informatik, zurück zu den Anfängen des interaktiven Computers. Sie setzen sich damit auseinander, welche Vorstellungen von Interaktivität im Laufe der Geschichte entstanden, probiert und wieder verworfen wurden. Dabei werden Darstellungen in Film und Fernsehen ebenso aufgearbeitet wie die Visionen der Techniker und wissenschaftliche Diskussionen.',
course=gsi,
)
gtav.save()
# create dummy elaborations
challenges = Challenge.objects.all()
for challenge in challenges:
for dummy_user in dummy_users:
if not challenge.is_final_challenge():
Elaboration(challenge=challenge,
user=dummy_user,
elaboration_text="dummy elaboration %s" %
dummy_user.username,
submission_time='2013-11-01 10:00:00').save()
print('adding final elaboration 1 for challenge 10')
de4 = Elaboration(challenge=challenge_10,
user=d1,
elaboration_text="final submission user d1",
submission_time=datetime.now())
de4.save()
print('adding FAIL review for dummy user d1')
Review(elaboration=de4,
reviewer=d3,
appraisal='F',
submission_time=datetime.now()).save()
print('adding final elaboration 2 for challenge 10')
de5 = Elaboration(challenge=challenge_10,
user=d2,
elaboration_text="final submission user d2",
submission_time=datetime.now())
de5.save()
print('adding final elaboration 1 for challenge 8')
de6 = Elaboration(challenge=challenge_8,
user=d3,
elaboration_text="final submission user d3",
submission_time=datetime.now())
de6.save()
# create elaboration for challenge 1 for s0
print('adding elaboration for challenge 1 for s0')
e1 = Elaboration(
challenge=challenge_1,
user=s0,
elaboration_text="this elaboration text is from populate demo data",
submission_time=datetime.now())
e1.save()
elaborations = Elaboration.objects.all()
e1 = elaborations[0]
e2 = elaborations[1]
e3 = elaborations[2]
# create review for elaboration
print('adding review 1 for elaboration for challenge 1 for s0')
r1 = Review(elaboration=e1,
reviewer=s0,
appraisal='N',
submission_time=datetime.now())
r1.save()
print('adding review 2 for elaboration for challenge 1 for s0')
r2 = Review(elaboration=e2,
reviewer=s0,
appraisal='F',
submission_time=datetime.now())
r2.save()
print('adding review 3 for elaboration for challenge 1 for s0')
Review(elaboration=e3,
reviewer=s0,
appraisal='A',
submission_time=datetime.now()).save()
print('adding review 4 for elaboration for challenge 1 for s0')
Review(elaboration=e3,
reviewer=d2,
appraisal='F',
submission_time=datetime.now()).save()
# create elaboration for challenge 2 for s0
print('adding elaboration for challenge 2 for s0')
e2 = Elaboration(
challenge=challenge_2,
user=s0,
elaboration_text="this elaboration text is from populate demo data",
submission_time=datetime.now())
e2.save()
# create review for elaboration
print('adding review 1 for elaboration for challenge 2 for s0')
Review(elaboration=de4,
reviewer=s0,
appraisal='N',
submission_time=datetime.now()).save()
de5.save()
print('adding review 1 for elaboration for challenge 2 for s0')
Review(elaboration=de5,
reviewer=d1,
appraisal='A',
submission_time=datetime.now()).save()
print('adding review 2 for elaboration for challenge 2 for s0')
Review(elaboration=de5,
reviewer=d2,
appraisal='S',
submission_time=datetime.now()).save()
# create stack-challenge relations
print('adding stack challenge relations')
StackChallengeRelation(stack=accessibility, challenge=challenge_1).save()
StackChallengeRelation(stack=accessibility, challenge=challenge_2).save()
StackChallengeRelation(stack=accessibility, challenge=challenge_3).save()
StackChallengeRelation(stack=accessibility, challenge=challenge_4).save()
StackChallengeRelation(stack=digitallife, challenge=challenge_5).save()
StackChallengeRelation(stack=digitallife, challenge=challenge_6).save()
StackChallengeRelation(stack=digitallife, challenge=challenge_7).save()
StackChallengeRelation(stack=digitallife, challenge=challenge_8).save()
StackChallengeRelation(stack=gtav, challenge=challenge_9).save()
StackChallengeRelation(stack=gtav, challenge=challenge_10).save()
print('adding escalation for challenge 1 for s0')
com1 = Comment(text="escalation for review 1 for challenge 1 for d1",
author=superuser,
post_date=datetime.now(),
content_type=ContentType.objects.get_for_model(Review),
object_id=r1.id,
visibility=Comment.STAFF)
com1.save()
com2 = Comment(text="escalation for review 2 for challenge 1 for d2",
author=superuser,
post_date=datetime.now(),
content_type=ContentType.objects.get_for_model(Review),
object_id=r2.id,
visibility=Comment.PUBLIC)
com2.save()
print('Adding Sample Lectures')
Lecture(
course=gsi,
start=datetime(2013, 2, 15, 15, 00, 17, 345952),
end=datetime(2013, 2, 15, 17, 20, 17, 345952),
active=True,
).save()
Lecture(
course=gsi,
start=datetime(2013, 2, 16, 15, 00, 17, 345952),
end=datetime(2013, 2, 16, 17, 20, 17, 345952),
active=True,
).save()
Lecture(
course=gsi,
start=datetime(2013, 2, 17, 15, 00, 17, 345952),
end=datetime(2013, 2, 17, 17, 20, 17, 345952),
active=True,
).save()
# Lecture(
# course=gsi,
# start=datetime(2013, 2, 24, 15, 00, 17, 345952),
# end=datetime(2014, 2, 24, 17, 20, 17, 345952),
# active=True,
# ).save()
Lecture(
course=hci,
start=datetime(2013, 1, 15, 15, 00, 17, 345952),
end=datetime(2013, 1, 15, 17, 20, 17, 345952),
active=True,
).save()
Lecture(
course=hci,
start=datetime(2013, 1, 16, 15, 00, 17, 345952),
end=datetime(2013, 1, 16, 17, 20, 17, 345952),
active=True,
).save()
print('Adding Sample Slides')
Slide(
lecture_id=1,
title="Preparation Slide #1 - Lecture 1",
pub_date=datetime(2013, 2, 10, 15, 21, 17, 345952),
filename="vo_10_02_13_1",
tags='.preparation',
).save()
Slide(
lecture_id=1,
title="Preparation Slide #2 - Lecture 1",
pub_date=datetime(2013, 2, 10, 15, 22, 17, 345952),
filename="vo_10_02_13_2",
tags='.preparation',
).save()
Slide(
lecture_id=1,
title="Preparation Slide #3 - Lecture 1",
pub_date=datetime(2013, 2, 10, 15, 23, 17, 345952),
filename="vo_10_02_13_3",
tags='.preparation',
).save()
Slide(
lecture_id=1,
title="Super Sample Slide #1 - Lecture 1",
pub_date=datetime(2013, 2, 15, 15, 20, 17, 345952),
filename="vo_15_02_13_1",
tags='.exercise',
).save()
Slide(
lecture_id=1,
title="Super Sample Slide #2 - Lecture 1",
pub_date=datetime(2013, 2, 15, 15, 22, 17, 345952),
filename="vo_15_02_13_2",
).save()
Slide(
lecture_id=1,
title="Super Sample Slide #3 - Lecture 1",
pub_date=datetime(2013, 2, 15, 15, 24, 17, 345952),
filename="vo_15_02_13_3",
).save()
Slide(
lecture_id=1,
title="Super Sample Slide #4 - Lecture 1",
pub_date=datetime(2013, 2, 15, 15, 26, 17, 345952),
filename="vo_15_02_13_4",
).save()
Slide(
lecture_id=1,
title="Super Sample Slide #5 - Lecture 1",
pub_date=datetime(2013, 2, 15, 15, 28, 17, 345952),
filename="vo_15_02_13_5",
tags='.exercise',
).save()
Slide(
lecture_id=1,
title="Super Sample Slide #6 - Lecture 1",
pub_date=datetime(2013, 2, 15, 15, 30, 17, 345952),
filename="vo_15_02_13_6",
).save()
Slide(
lecture_id=1,
title="Super Sample Slide #7 - Lecture 1",
pub_date=datetime(2013, 2, 15, 15, 32, 17, 345952),
filename="vo_15_02_13_7",
).save()
Slide(
lecture_id=1,
title="Super Sample Slide #8 - Lecture 1",
pub_date=datetime(2013, 2, 15, 15, 34, 17, 345952),
filename="vo_15_02_13_8",
).save()
Slide(
lecture_id=1,
title="Super Sample Slide #9 - Lecture 1",
pub_date=datetime(2013, 2, 15, 15, 36, 17, 345952),
filename="vo_15_02_13_9",
tags='.exercise',
).save()
Slide(
lecture_id=2,
title="Super Sample Slide #1 - Lecture 2",
pub_date=datetime(2013, 2, 16, 15, 20, 17, 345952),
filename="vo_16_02_13_1",
).save()
Slide(
lecture_id=2,
title="Super Sample Slide #2 - Lecture 2",
pub_date=datetime(2013, 2, 16, 15, 22, 17, 345952),
filename="vo_16_02_13_2",
).save()
Slide(
lecture_id=2,
title="Super Sample Slide #2 - Lecture 2",
pub_date=datetime(2013, 2, 16, 15, 24, 17, 345952),
filename="vo_16_02_13_3",
).save()
Slide(
lecture_id=3,
title="Super Sample Slide #1 - Lecture 3",
pub_date=datetime(2013, 2, 17, 15, 20, 17, 345952),
filename="vo_17_02_13_1",
).save()
Slide(
lecture_id=3,
title="Super Sample Slide #2 - Lecture 3",
pub_date=datetime(2013, 2, 17, 15, 22, 17, 345952),
filename="vo_17_02_13_2",
tags='.exercise',
).save()
print("Adding sample stream")
Stream(
lecture_id=1,
url="rtmp://video.zserv.tuwien.ac.at/lecturetube_public",
type="rtmp",
clipname="gsiss13e10",
offset=-656,
).save()
for user in AuroraUser.objects.all():
if not user.avatar:
user.get_gravatar()
def test_get_review_written_by_user(self):
challenge1 = self.challenge
self.create_challenge()
challenge2 = self.challenge
challenge2.prerequisite = challenge1
challenge2.save()
user1 = self.users[0]
elaboration1 = Elaboration(challenge=challenge1,
user=user1,
elaboration_text="test",
submission_time=datetime.now())
elaboration1.save()
user2 = self.users[1]
elaboration2 = Elaboration(challenge=challenge1,
user=user2,
elaboration_text="test",
submission_time=datetime.now())
elaboration2.save()
user3 = self.users[2]
elaboration3 = Elaboration(challenge=challenge1,
user=user3,
elaboration_text="test",
submission_time=datetime.now())
elaboration3.save()
user4 = self.users[3]
elaboration4 = Elaboration(challenge=challenge1,
user=user4,
elaboration_text="test",
submission_time=datetime.now())
elaboration4.save()
assert len(challenge1.get_reviews_written_by_user(user1)) == 0
review1 = Review(elaboration=elaboration2,
submission_time=datetime.now(),
reviewer=user1,
appraisal=Review.SUCCESS)
review1.save()
assert len(challenge1.get_reviews_written_by_user(user1)) == 1
assert review1 in challenge1.get_reviews_written_by_user(user1)
review2 = Review(elaboration=elaboration3,
submission_time=datetime.now(),
reviewer=user1,
appraisal=Review.SUCCESS)
review2.save()
assert len(challenge1.get_reviews_written_by_user(user1)) == 2
assert review1 in challenge1.get_reviews_written_by_user(user1)
assert review2 in challenge1.get_reviews_written_by_user(user1)
review3 = Review(elaboration=elaboration4,
submission_time=datetime.now(),
reviewer=user1,
appraisal=Review.SUCCESS)
review3.save()
assert len(challenge1.get_reviews_written_by_user(user1)) == 3
assert review1 in challenge1.get_reviews_written_by_user(user1)
assert review2 in challenge1.get_reviews_written_by_user(user1)
assert review3 in challenge1.get_reviews_written_by_user(user1)
def test_status_final_challenge(self):
challenge1 = self.challenge
self.create_challenge()
challenge2 = self.challenge
challenge2.prerequisite = challenge1
challenge2.save()
user1 = self.users[0]
elaboration1 = Elaboration(challenge=challenge1,
user=user1,
elaboration_text="test",
submission_time=datetime.now())
elaboration1.save()
user2 = self.users[1]
elaboration2 = Elaboration(challenge=challenge1,
user=user2,
elaboration_text="test",
submission_time=datetime.now())
elaboration2.save()
user3 = self.users[2]
elaboration3 = Elaboration(challenge=challenge1,
user=user3,
elaboration_text="test",
submission_time=datetime.now())
elaboration3.save()
user4 = self.users[3]
elaboration4 = Elaboration(challenge=challenge1,
user=user4,
elaboration_text="test",
submission_time=datetime.now())
elaboration4.save()
Review(elaboration=elaboration2,
submission_time=datetime.now(),
reviewer=user1,
appraisal=Review.SUCCESS).save()
Review(elaboration=elaboration3,
submission_time=datetime.now(),
reviewer=user1,
appraisal=Review.SUCCESS).save()
Review(elaboration=elaboration4,
submission_time=datetime.now(),
reviewer=user1,
appraisal=Review.SUCCESS).save()
assert challenge1.get_status(
user1) == Challenge.DONE_MISSING_PEER_REVIEW
assert challenge2.get_status(user1) == Challenge.NOT_ENABLED
Review(elaboration=elaboration1,
submission_time=datetime.now(),
reviewer=user2,
appraisal=Review.SUCCESS).save()
Review(elaboration=elaboration1,
submission_time=datetime.now(),
reviewer=user3,
appraisal=Review.SUCCESS).save()
assert challenge1.get_status(user1) == Challenge.DONE_PEER_REVIEWED
assert challenge2.get_status(user1) == Challenge.NOT_STARTED
final_elaboration = Elaboration(challenge=challenge2,
user=user1,
elaboration_text="test",
submission_time=datetime.now())
final_elaboration.save()
assert challenge2.get_status(user1) == Challenge.WAITING_FOR_EVALUATION
tutor = user4
tutor.staff = True
tutor.save()
Evaluation(submission=final_elaboration,
tutor=tutor,
evaluation_text="test evaluation",
evaluation_points=10,
submission_time=datetime.now()).save()
assert challenge2.get_status(user1) == Challenge.EVALUATED
def import_data():
CommentsConfig.setup()
number_of_users = 50
number_of_tutors = 5
users = []
dummy_users = []
tutors = []
for i in range(number_of_users):
print("adding student %s of %s" % (i, number_of_users))
username = "******" % i
user = AuroraUser(username=username)
user.email = '*****@*****.**' % username
user.first_name = 'Firstname_%s' % username
user.last_name = 'Lastname_%s' % username
user.nickname = 'Nickname_%s' % username
user.matriculation_number = "{0:0=2d}".format(i) + ''.join(["%s" % random.randint(0, 9) for num in range(0, 5)])
user.is_staff = False
user.is_superuser = False
password = username
user.set_password(password)
user.save()
users.append(user)
s0 = users[0]
# create the three dummy users for jumpstarting the peer review process
for i in range(4):
print("adding dummy user %s of %s" % (i, 3))
username = "******" % i
dummy_user = AuroraUser(username=username)
dummy_user.email = '*****@*****.**' % username
dummy_user.first_name = 'Firstname_%s' % username
dummy_user.last_name = 'Lastname_%s' % username
dummy_user.nickname = 'Nickname_%s' % username
dummy_user.is_staff = True
dummy_user.is_superuser = False
password = username
dummy_user.set_password(password)
dummy_user.save()
dummy_users.append(dummy_user)
d1 = dummy_users[0]
d2 = dummy_users[1]
d3 = dummy_users[2]
d4 = dummy_users[3]
# adding tutors
for i in range(number_of_tutors):
print("adding tutor %s of %s" % (i, number_of_tutors))
username = "******" % i
tutor = AuroraUser(username=username)
tutor.email = '*****@*****.**' % username
tutor.first_name = 'Firstname_%s' % username
tutor.last_name = 'Lastname_%s' % username
tutor.nickname = 'Nickname_%s' % username
tutor.is_staff = True
tutor.is_superuser = False
password = username
tutor.set_password(password)
tutor.save()
print("***tutor username: %s" % tutor.username)
tutors.append(tutor)
# create an admin user with password amanaman
print('adding superuser')
#username = "******"
amanaman = AuroraUser(username="******")
amanaman.first_name = 'Firstname_%s' % "amanaman"
amanaman.last_name = 'Lastname_%s' % "amanaman"
amanaman.nickname = 'Nickname_%s' % "amanaman"
amanaman.set_password("amanaman")
amanaman.is_staff = True
amanaman.is_superuser = True
amanaman.save()
# hagrid staff user
print('adding staff')
username = "******"
superuser = AuroraUser(username=username)
superuser.first_name = 'Firstname_%s' % username
superuser.last_name = 'Lastname_%s' % username
superuser.nickname = 'Nickname_%s' % username
superuser.set_password(username)
superuser.is_staff = True
superuser.is_superuser = False
superuser.save()
# create courses "GSI" and "HCI"
print('adding course gsi')
gsi = Course(
title='Gesellschaftliche Spannungsfelder der Informatik',
short_title='gsi',
description='GSI Description',
course_number='123.456',
start_date=date.today() - timedelta(days=100),
end_date=date.today() + timedelta(days=100),
)
gsi.save()
print('adding course hci')
hci = Course(
title='Human Computer Interaction',
short_title='hci',
description='HCI Description',
course_number='123.457',
start_date=date.today() - timedelta(days=100),
end_date=date.today() + timedelta(days=100),
)
hci.save()
# add faq
print('adding faq')
faqs = [
(
Faq(
question="Wie unterscheidet sich der Modus zu dem des Vorjahres?",
answer="So gut wie gar nicht. Aurora wurde überarbeitet, viele Bugs wurden behoben, und es wurden einige "
"kleine Verbesserungen implementiert. Wir haben aber noch Pläne, über das Semester hinweg ein paar "
"neue Dinge zu versuchen.",
order=0
),
[hci, gsi]
),
(
Faq(
question="Kann ich einfach irgendwelche Challenges machen, bis ich genug Punkte habe?",
answer="Nein. Sie müssen für eine positive Note aus jeder der vier Kategorien (s.u.) mindestens "
"eine Challenge absolvieren. Ansonsten steht Ihnen frei, was sie wann machen.",
order=1
),
[hci, gsi]
),
(
Faq(
question="Was sind die 4 Kategorien in BHCI?",
answer="<ul><li>Kategorie 1: User-centered design + design basics (B1cX)</li>"
"<li>Kategorie 2: Methoden (B2cX)</li>"
"<li>Kategorie 3: psycholog. Grundlagen, Evaluation (B3cX)</li>"
"<li>Kategorie 4: Prototyping, Beyond the desktop (B4cX)</li></ul>",
order=2
),
[hci]
),
(
Faq(
question="Was sind die 4 Kategorien in GSI?",
answer="<ul><li>Kategorie 1: Praxis (G1cX)</li>"
"<li>Kategorie 2: IT-Branche (G2cX)</li>"
"<li>Kategorie 3: Ideen (G3cX)</li>"
"<li>Kategorie 4: Gesellschaft (G4cX)</li></ul>",
order=2
),
[gsi]
),
(
Faq(
question="Wann ist die Deadline für (eine/diese/alle) Challenges?",
answer="Für eine positive Note müssen sie bis Ende des Semesters (Fr 3.7., 23:59) ausreichend Punkte "
"gesammelt haben, und aus jeder Kategorie (s.o.) mindestens eine Challenge geschafft haben. "
"Punkte bekommen sie für fertiggestellte Challenges, aber zB. auch für ausgezeichnete Kommentare "
"bei den Folien. Beachten sie jedoch, dass sie nach dem Abgeben einer Challenge (also des Final "
"Tasks) 11 Tage warten müssen (ab 22.6.: 7 Tage), bevor sie wieder einen Final Task einreichen "
"können!",
order=3
),
[hci, gsi]
),
(
Faq(
question="Was kann ich machen, wenn die Bewertung meiner Arbeit nicht meinen Erwartungen entspricht?",
answer="Sie können einen Kommentar zu ihrer Arbeit formulieren, in dem sie zb. eine Frage stellen, "
"oder ihre Arbeit noch einmal besser erklären. Damit wird ihre Arbeit intern markiert und für "
"uns noch einmal sichtbar. Ihr Kommentar wird jedenfalls beantwortet werden, auch wenn es "
"manchmal etwas dauert.",
order=4
),
[hci, gsi]
),
(
Faq(
question="Ab wann werde ich bewertet?",
answer="Sobald sie eine Challenge abgeschlossen haben, wird für sie am Ende des Semesters ein "
"Zeugnis ausgestellt.",
order=5
),
[hci,gsi]
),
(
Faq(
question="Wie sind die Bewertungskategorien am Ende jedes Reviews zu verstehen?",
answer='Siehe <a href="http://igw.tuwien.ac.at/aurora/aurora_reviews.pdf">Zum Schreiben von Reviews</a>',
order=6
),
[hci, gsi]
),
(
Faq(
question="Wie ist das jetzt mit den Punkten?",
answer="Sie <b>müssen</b> Challenges im Umfang von mind. 60 Punkten komplett abarbeiten. Die Punkte sind "
"bei der Beschreibung von Challenges explizit angeführt (zB. »Sie können für Ihre Arbeit hier bis "
"zu 10 Punkten bekommen«) Wir bewerten eine Challenge, wenn der final Task abgegeben wurde. Für "
"Mängel bei einzelnen Tasks ziehen wir Punkte vom erreichbaren Maximum ab, wobei die relative "
"Wertigkeit der Tasks in der Taskbeschreibung in % angegeben ist. Diese Bewertung erfolgt unabhängig "
"von den Review-Ergebnissen, die Sie bekommen haben. Die Summe der Punkte, die Sie für alle "
"Challenges bekommen, bestimmt Ihre Note nach dem oben angegebenen Notenspiegel.",
order=7
),
[hci, gsi]
),
]
for (faq, courses) in faqs:
print("Adding faq")
faq.save()
for c in courses:
faq.course.add(c)
# create course-user relations
print('adding course-user relations')
CourseUserRelation(course=gsi, user=amanaman).save()
CourseUserRelation(course=hci, user=amanaman).save()
CourseUserRelation(course=gsi, user=superuser).save()
CourseUserRelation(course=hci, user=superuser).save()
for tutor in tutors:
CourseUserRelation(course=gsi, user=tutor).save()
CourseUserRelation(course=hci, user=tutor).save()
Notification(user=tutor, course=gsi, text="Welcome to GSI!").save()
Notification(user=tutor, course=hci, text="Welcome to HCI!").save()
for user in users:
CourseUserRelation(course=gsi, user=user).save()
CourseUserRelation(course=hci, user=user).save()
Notification(user=user, course=gsi, text="Welcome to GSI!").save()
Notification(user=user, course=hci, text="Welcome to HCI!").save()
# create challenges
print('adding challenges')
challenge_1 = Challenge(title='meine meinung',
subtitle='meine meinung',
description='Gehen Sie nach derstandard.at, suchen Sie einen beliebigen Artikel und posten Sie den Text dieses Artikels hier.',
accepted_files='',
course=gsi,
points=15,
)
challenge_1.image.save('1.png', File(open(os.path.join(STATIC_ROOT, 'img', '1.png'), 'rb')))
challenge_1.save()
ReviewQuestion(challenge=challenge_1, order=1, text='In wie fern stellt der gepostete Artikel einen Beitrag zur Entwicklung der Gesellschaft dar?').save()
ReviewQuestion(challenge=challenge_1, order=2, text='Was würden Sie verbessern bzw. wo könnte die Autorin oder der Autor ansetzen, damit die Abgabe besser wird?').save()
ReviewQuestion(challenge=challenge_1, order=3, text="Anmerkungen an das LVA-Team:", visible_to_author=False).save()
challenge_2 = Challenge(title='rage-comic',
subtitle='rage-comic',
prerequisite=challenge_1,
description='Finden Sie einen Webcomic, den Sie lustig finden und laden Sie ihn hier hoch. Beschreiben Sie kurz, wie lange Sie diesen Webcomic schon lesen.',
accepted_files='image/*',
course=gsi,
points=10,
)
challenge_2.image.save('2.png', File(open(os.path.join(STATIC_ROOT, 'img', '2.png'), 'rb')))
challenge_2.save()
ReviewQuestion(challenge=challenge_2, order=1, text="Empfinden Sie den Webcomic als lustig? Begründen Sie Ihre Antwort.").save()
ReviewQuestion(challenge=challenge_2, order=2, text='Was würden Sie verbessern bzw. wo könnte die Autorin oder der Autor ansetzen, damit die Abgabe besser wird?').save()
ReviewQuestion(challenge=challenge_2, order=3, text="Anmerkungen an das LVA-Team:",
visible_to_author=False).save()
challenge_3 = Challenge(title='wikipedia',
subtitle='wikipedia',
prerequisite=challenge_2,
description='Kopieren Sie 4 Absätze aus einem Wikipedia-Artikel und geben Sie sie ab! Setzen Sie ans Ende der arbeit den Link auf den Wikipedia-Artikel!',
accepted_files='',
course=gsi,
points=8,
)
challenge_3.image.save('3.png', File(open(os.path.join(STATIC_ROOT, 'img', '3.png'), 'rb')))
challenge_3.save()
ReviewQuestion(challenge=challenge_3, order=1, text="Was möchte die Autorin bzw. der Autor mit den 4 Absätzen ausdrücken?").save()
ReviewQuestion(challenge=challenge_3, order=2, text='Was würden Sie verbessern bzw. wo könnte die Autorin oder der Autor ansetzen, damit die Abgabe besser wird?').save()
ReviewQuestion(challenge=challenge_3, order=3, text="Anmerkungen an das LVA-Team:",
visible_to_author=False).save()
challenge_4 = Challenge(title='wissenschaft',
subtitle='wissenschaft',
prerequisite=challenge_3,
description='Finden Sie einen pseudowissenschaftlichen Artikel und laden Sie ihn hier hoch.',
accepted_files='application/pdf',
course=gsi,
points=9,
)
challenge_4.image.save('4.png', File(open(os.path.join(STATIC_ROOT, 'img', '4.png'), 'rb')))
challenge_4.save()
challenge_5 = Challenge(title='ping',
subtitle='ping',
description='Laden Sie drei Bilder im png-Format hoch. Beschreiben Sie dann kurz, was auf diesen Bildern zu sehen ist.',
accepted_files='image/png',
course=gsi,
points=10,
)
challenge_5.image.save('5.png', File(open(os.path.join(STATIC_ROOT, 'img', '5.png'), 'rb')))
challenge_5.save()
ReviewQuestion(challenge=challenge_5, order=1, text="In welchem Zusammenhang stehen die Bilder? Ist ein Muster erkennbar?").save()
ReviewQuestion(challenge=challenge_5, order=2, text='Was würden Sie verbessern bzw. wo könnte die Autorin oder der Autor ansetzen, damit die Abgabe besser wird?').save()
ReviewQuestion(challenge=challenge_5, order=3, text="Anmerkungen an das LVA-Team:",
visible_to_author=False).save()
challenge_6 = Challenge(title='advice animal',
subtitle='advice animal',
prerequisite=challenge_5,
description='Suchen Sie ein »advice animal« Bild und posten Sie es hier. Geben sie die Quelle dazu an.',
accepted_files='image/*',
course=gsi,
points=12,
)
challenge_6.image.save('6.png', File(open(os.path.join(STATIC_ROOT, 'img', '6.png'), 'rb')))
challenge_6.save()
ReviewQuestion(challenge=challenge_6, order=1, text="Was steckt hinter dem »advice«? Welche Probleme werden dadurch aufgezeigt?").save()
ReviewQuestion(challenge=challenge_6, order=2, text='Was würden Sie verbessern bzw. wo könnte die Autorin oder der Autor ansetzen, damit die Abgabe besser wird?').save()
ReviewQuestion(challenge=challenge_6, order=3, text="Anmerkungen an das LVA-Team:",
visible_to_author=False).save()
challenge_7 = Challenge(title='animated gif',
subtitle='animated gif',
prerequisite=challenge_6,
description='suchen sie ein animated gif und posten sie es. geben sie die quelle dazu an.',
accepted_files='image/gif',
course=gsi,
points=14,
)
challenge_7.image.save('7.png', File(open(os.path.join(STATIC_ROOT, 'img', '7.png'), 'rb')))
challenge_7.save()
ReviewQuestion(challenge=challenge_7, order=1, text="Weshalb wurde das GIF animiert? Würde es auch ohne Animation funktionieren? Begründen Sie Ihre Antwort.").save()
ReviewQuestion(challenge=challenge_7, order=2, text='Was würden Sie verbessern bzw. wo könnte die Autorin oder der Autor ansetzen, damit die Abgabe besser wird?').save()
ReviewQuestion(challenge=challenge_7, order=3, text="Anmerkungen an das LVA-Team:",
visible_to_author=False).save()
challenge_8 = Challenge(title='zwei menschen',
subtitle='zwei menschen',
prerequisite=challenge_7,
description='Laden Sie zwei Bilder von zwei verschiedenen Menschen hoch. Erklären Sie dann, wer diese beiden Menschen sind. Vergessen Sie nicht auf die Quellenangabe!!11elf',
accepted_files='image/*',
course=gsi,
points=5,
)
challenge_8.image.save('8.png', File(open(os.path.join(STATIC_ROOT, 'img', '8.png'), 'rb')))
challenge_8.save()
challenge_9 = Challenge(title='youtube',
subtitle='youtube',
description='Suchen Sie ein gutes YouTube-Video und posten Sie den Link hier. Wenn Sherlock Holmes darin vorkommt, dann können Sie auch einen Extrapunkt bekommen.',
accepted_files='',
course=gsi,
points=25,
)
challenge_9.image.save('9.png', File(open(os.path.join(STATIC_ROOT, 'img', '9.png'), 'rb')))
challenge_9.save()
ReviewQuestion(challenge=challenge_9, order=1, text="Beschreiben Sie jemandem der Blind ist die Szene. Versuchen Sie dabei auch auf Details einzugehen, die für das Gesamtverständnis von Relevanz sein könnten.").save()
ReviewQuestion(challenge=challenge_9, order=2, text='Was würden Sie verbessern bzw. wo könnte die Autorin oder der Autor ansetzen, damit die Abgabe besser wird?').save()
ReviewQuestion(challenge=challenge_9, order=3, text="Kommt in dem Video Sherlock Holmes vor?",
visible_to_author=False, boolean_answer=True).save()
ReviewQuestion(challenge=challenge_9, order=4, text="Anmerkungen an das LVA-Team:",
visible_to_author=False).save()
challenge_10 = Challenge(title='schmetterling',
subtitle='schmetterling',
prerequisite=challenge_9,
description='Suchen Sie in Google Image Search Schmetterlingsbilder und laden Sie diese hier hoch. Vergessen Sie nicht auf die Quellenangaben!',
accepted_files='image/*',
course=gsi,
points=3,
)
challenge_10.image.save('4.png', File(open(os.path.join(STATIC_ROOT, 'img', '4.png'), 'rb')))
challenge_10.save()
# create stacks
print('adding stack accessibility')
accessibility = Stack(
title='Universal Design',
description='In diesem Block setzen sie sich mit »Unversal Design« auseinander. Universal Design (Universelles Design) ist ein internationales Design-Konzept, das Produkte, Geräte, Umgebungen und Systeme derart gestaltet, dass sie für so viele Menschen wie möglich ohne weitere Anpassung oder Spezialisierung nutzbar sind. In der Informatik bedeutet das im allgemeinen, Systeme so zu gestalten, dass sie von Menschen mit Behinderungen, insbesondere blinde Menschen, auch benutzt werden können.',
course=gsi,
start_date=date.today() - timedelta(days=100),
end_date=date.today() + timedelta(days=100),
)
accessibility.save()
print('adding stack digital life')
digitallife = Stack(
title='Copyleft vs. Business',
description='In diesem Block geht es um die Suche nach neuen Business-Modellen für die geänderten Bedingngen, die durch neue Technologien geschaffen wurden. Viele traditionelel Business-Modelle gehen dabei den Bach runter, neue Ansätze sind gefragt.',
course=gsi,
start_date=date.today() - timedelta(days=100),
end_date=date.today() + timedelta(days=100),
)
digitallife.save()
print('adding stack gtav')
gtav = Stack(
title='Geschichte der Informatik',
description='Dieser Block führt sie in die Geschichte der Informatik, zurück zu den Anfängen des interaktiven Computers. Sie setzen sich damit auseinander, welche Vorstellungen von Interaktivität im Laufe der Geschichte entstanden, probiert und wieder verworfen wurden. Dabei werden Darstellungen in Film und Fernsehen ebenso aufgearbeitet wie die Visionen der Techniker und wissenschaftliche Diskussionen.',
course=gsi,
start_date=date.today() - timedelta(days=100),
end_date=date.today() + timedelta(days=100),
)
gtav.save()
# create dummy elaborations
challenges = Challenge.objects.all()
for challenge in challenges:
for dummy_user in dummy_users:
if not challenge.is_final_challenge():
Elaboration(challenge=challenge, user=dummy_user, elaboration_text=PlagcheckTestData.get_random_text(),
submission_time='2013-11-01 10:00:00').save()
print('adding final elaboration 1 for challenge 10')
de4 = Elaboration(challenge=challenge_10, user=d1, elaboration_text="final submission user d1 " + PlagcheckTestData.get_random_text(),
submission_time=datetime.now())
de4.save()
print('adding FAIL review for dummy user d1')
Review(elaboration=de4, reviewer=d3, appraisal='F', submission_time=datetime.now()).save()
print('adding final elaboration 2 for challenge 10')
de5 = Elaboration(challenge=challenge_10, user=d2, elaboration_text="final submission user d2 " + PlagcheckTestData.get_random_text(),
submission_time=datetime.now())
de5.save()
print('adding final elaboration 1 for challenge 8')
text = PlagcheckTestData.get_random_text()
de6 = Elaboration(challenge=challenge_8, user=d3, elaboration_text="final submission user d3 " + text,
submission_time=datetime.now())
de6.save()
# create elaboration for challenge 1 for s0
print('adding elaboration for challenge 1 for s0 and use same text as elaboration 1 for challenge 8 (=plagcheck test)')
e1 = Elaboration(challenge=challenge_1, user=s0, elaboration_text="this is a copy of elaboration 1/challenge 8 from user d3 " + PlagcheckTestData.get_random_text(),
submission_time=datetime.now())
e1.save()
print('adding elaboration for challenge ')
elaborations = Elaboration.objects.all()
e1 = elaborations[0]
e2 = elaborations[1]
e3 = elaborations[2]
# # trigger plagcheck daemon to verify documents
# for elab in elaborations:
# plagcheck_elaboration(elab)
# create review for elaboration
print('adding review 1 for elaboration for challenge 1 for s0')
r1 = Review(elaboration=e1, reviewer=s0, appraisal='N', submission_time=datetime.now())
r1.save()
print('adding review 2 for elaboration for challenge 1 for s0')
r2 = Review(elaboration=e2, reviewer=s0, appraisal='F', submission_time=datetime.now())
r2.save()
print('adding review 3 for elaboration for challenge 1 for s0')
Review(elaboration=e3, reviewer=s0, appraisal='A', submission_time=datetime.now()).save()
print('adding review 4 for elaboration for challenge 1 for s0')
Review(elaboration=e3, reviewer=d2, appraisal='F', submission_time=datetime.now()).save()
# create elaboration for challenge 2 for s0
print('adding elaboration for challenge 2 for s0')
e2 = Elaboration(challenge=challenge_2, user=s0, elaboration_text="this elaboration text is from populate demo data " + PlagcheckTestData.get_random_text(),
submission_time=datetime.now())
e2.save()
# create review for elaboration
print('adding review 1 for elaboration for challenge 2 for s0')
Review(elaboration=de4, reviewer=s0, appraisal='N', submission_time=datetime.now()).save()
de5.save()
print('adding review 1 for elaboration for challenge 2 for s0')
Review(elaboration=de5, reviewer=d1, appraisal='A', submission_time=datetime.now()).save()
print('adding review 2 for elaboration for challenge 2 for s0')
Review(elaboration=de5, reviewer=d2, appraisal='S', submission_time=datetime.now()).save()
# create stack-challenge relations
print('adding stack challenge relations')
StackChallengeRelation(stack=accessibility, challenge=challenge_1).save()
StackChallengeRelation(stack=accessibility, challenge=challenge_2).save()
StackChallengeRelation(stack=accessibility, challenge=challenge_3).save()
StackChallengeRelation(stack=accessibility, challenge=challenge_4).save()
StackChallengeRelation(stack=digitallife, challenge=challenge_5).save()
StackChallengeRelation(stack=digitallife, challenge=challenge_6).save()
StackChallengeRelation(stack=digitallife, challenge=challenge_7).save()
StackChallengeRelation(stack=digitallife, challenge=challenge_8).save()
StackChallengeRelation(stack=gtav, challenge=challenge_9).save()
StackChallengeRelation(stack=gtav, challenge=challenge_10).save()
print('adding escalation for challenge 1 for s0')
com1 = Comment(text="escalation for review 1 for challenge 1 for d1", author=superuser, post_date=datetime.now(),
content_type=ContentType.objects.get_for_model(Review), object_id=r1.id, visibility=Comment.STAFF)
com1.save()
com2 = Comment(text="escalation for review 2 for challenge 1 for d2", author=superuser, post_date=datetime.now(),
content_type=ContentType.objects.get_for_model(Review), object_id=r2.id, visibility=Comment.PUBLIC)
com2.save()
for user in AuroraUser.objects.all():
if not user.avatar:
user.get_gravatar()
def import_data():
CommentsConfig.setup()
number_of_users = 50
number_of_tutors = 5
users = []
dummy_users = []
tutors = []
for i in range(number_of_users):
print("adding student %s of %s" % (i, number_of_users))
username = "******" % i
user = AuroraUser(username=username)
user.email = '*****@*****.**' % username
user.first_name = 'Firstname_%s' % username
user.last_name = 'Lastname_%s' % username
user.nickname = 'Nickname_%s' % username
user.matriculation_number = "{0:0=2d}".format(i) + ''.join(["%s" % random.randint(0, 9) for num in range(0, 5)])
user.is_staff = False
user.is_superuser = False
password = username
user.set_password(password)
user.save()
users.append(user)
s0 = users[0]
# create the three dummy users for jumpstarting the peer review process
for i in range(4):
print("adding dummy user %s of %s" % (i, 3))
username = "******" % i
dummy_user = AuroraUser(username=username)
dummy_user.email = '*****@*****.**' % username
dummy_user.first_name = 'Firstname_%s' % username
dummy_user.last_name = 'Lastname_%s' % username
dummy_user.nickname = 'Nickname_%s' % username
dummy_user.is_staff = True
dummy_user.is_superuser = False
password = username
dummy_user.set_password(password)
dummy_user.save()
dummy_users.append(dummy_user)
d1 = dummy_users[0]
d2 = dummy_users[1]
d3 = dummy_users[2]
d4 = dummy_users[3]
# adding tutors
for i in range(number_of_tutors):
print("adding tutor %s of %s" % (i, number_of_tutors))
username = "******" % i
tutor = AuroraUser(username=username)
tutor.email = '*****@*****.**' % username
tutor.first_name = 'Firstname_%s' % username
tutor.last_name = 'Lastname_%s' % username
tutor.nickname = 'Nickname_%s' % username
tutor.is_staff = True
tutor.is_superuser = False
password = username
tutor.set_password(password)
tutor.save()
print("***tutor username: %s" % tutor.username)
tutors.append(tutor)
# create an admin user with password amanaman
print('adding superuser')
username = "******"
amanaman = AuroraUser(username=username)
amanaman.first_name = 'Firstname_%s' % username
amanaman.last_name = 'Lastname_%s' % username
amanaman.nickname = 'Nickname_%s' % username
amanaman.set_password(username)
amanaman.is_staff = True
amanaman.is_superuser = True
amanaman.save()
# hagrid staff user
print('adding staff')
username = "******"
superuser = AuroraUser(username=username)
superuser.first_name = 'Firstname_%s' % username
superuser.last_name = 'Lastname_%s' % username
superuser.nickname = 'Nickname_%s' % username
superuser.set_password(username)
superuser.is_staff = True
superuser.is_superuser = False
superuser.save()
# create courses "GSI" and "HCI"
print('adding course gsi')
gsi = Course(
title='Gesellschaftliche Spannungsfelder der Informatik',
short_title='gsi',
description='GSI Description',
course_number='123.456',
start_date=date.today() - timedelta(days=100),
end_date=date.today() + timedelta(days=100),
)
gsi.save()
print('adding course hci')
hci = Course(
title='Human Computer Interaction',
short_title='hci',
description='HCI Description',
course_number='123.457',
start_date=date.today() - timedelta(days=100),
end_date=date.today() + timedelta(days=100),
)
hci.save()
# add faq
print('adding faq')
faqs = [
(
Faq(
question="Wie unterscheidet sich der Modus zu dem des Vorjahres?",
answer="So gut wie gar nicht. Aurora wurde überarbeitet, viele Bugs wurden behoben, und es wurden einige "
"kleine Verbesserungen implementiert. Wir haben aber noch Pläne, über das Semester hinweg ein paar "
"neue Dinge zu versuchen.",
order=0
),
[hci, gsi]
),
(
Faq(
question="Kann ich einfach irgendwelche Challenges machen, bis ich genug Punkte habe?",
answer="Nein. Sie müssen für eine positive Note aus jeder der vier Kategorien (s.u.) mindestens "
"eine Challenge absolvieren. Ansonsten steht Ihnen frei, was sie wann machen.",
order=1
),
[hci, gsi]
),
(
Faq(
question="Was sind die 4 Kategorien in BHCI?",
answer="<ul><li>Kategorie 1: User-centered design + design basics (B1cX)</li>"
"<li>Kategorie 2: Methoden (B2cX)</li>"
"<li>Kategorie 3: psycholog. Grundlagen, Evaluation (B3cX)</li>"
"<li>Kategorie 4: Prototyping, Beyond the desktop (B4cX)</li></ul>",
order=2
),
[hci]
),
(
Faq(
question="Was sind die 4 Kategorien in GSI?",
answer="<ul><li>Kategorie 1: Praxis (G1cX)</li>"
"<li>Kategorie 2: IT-Branche (G2cX)</li>"
"<li>Kategorie 3: Ideen (G3cX)</li>"
"<li>Kategorie 4: Gesellschaft (G4cX)</li></ul>",
order=2
),
[gsi]
),
(
Faq(
question="Wann ist die Deadline für (eine/diese/alle) Challenges?",
answer="Für eine positive Note müssen sie bis Ende des Semesters (Fr 3.7., 23:59) ausreichend Punkte "
"gesammelt haben, und aus jeder Kategorie (s.o.) mindestens eine Challenge geschafft haben. "
"Punkte bekommen sie für fertiggestellte Challenges, aber zB. auch für ausgezeichnete Kommentare "
"bei den Folien. Beachten sie jedoch, dass sie nach dem Abgeben einer Challenge (also des Final "
"Tasks) 11 Tage warten müssen (ab 22.6.: 7 Tage), bevor sie wieder einen Final Task einreichen "
"können!",
order=3
),
[hci, gsi]
),
(
Faq(
question="Was kann ich machen, wenn die Bewertung meiner Arbeit nicht meinen Erwartungen entspricht?",
answer="Sie können einen Kommentar zu ihrer Arbeit formulieren, in dem sie zb. eine Frage stellen, "
"oder ihre Arbeit noch einmal besser erklären. Damit wird ihre Arbeit intern markiert und für "
"uns noch einmal sichtbar. Ihr Kommentar wird jedenfalls beantwortet werden, auch wenn es "
"manchmal etwas dauert.",
order=4
),
[hci, gsi]
),
(
Faq(
question="Ab wann werde ich bewertet?",
answer="Sobald sie eine Challenge abgeschlossen haben, wird für sie am Ende des Semesters ein "
"Zeugnis ausgestellt.",
order=5
),
[hci,gsi]
),
(
Faq(
question="Wie sind die Bewertungskategorien am Ende jedes Reviews zu verstehen?",
answer='Siehe <a href="http://igw.tuwien.ac.at/aurora/aurora_reviews.pdf">Zum Schreiben von Reviews</a>',
order=6
),
[hci, gsi]
),
(
Faq(
question="Wie ist das jetzt mit den Punkten?",
answer="Sie <b>müssen</b> Challenges im Umfang von mind. 60 Punkten komplett abarbeiten. Die Punkte sind "
"bei der Beschreibung von Challenges explizit angeführt (zB. »Sie können für Ihre Arbeit hier bis "
"zu 10 Punkten bekommen«) Wir bewerten eine Challenge, wenn der final Task abgegeben wurde. Für "
"Mängel bei einzelnen Tasks ziehen wir Punkte vom erreichbaren Maximum ab, wobei die relative "
"Wertigkeit der Tasks in der Taskbeschreibung in % angegeben ist. Diese Bewertung erfolgt unabhängig "
"von den Review-Ergebnissen, die Sie bekommen haben. Die Summe der Punkte, die Sie für alle "
"Challenges bekommen, bestimmt Ihre Note nach dem oben angegebenen Notenspiegel.",
order=7
),
[hci, gsi]
),
]
for (faq, courses) in faqs:
print("Adding faq")
faq.save()
for c in courses:
faq.course.add(c)
# create course-user relations
print('adding course-user relations')
CourseUserRelation(course=gsi, user=amanaman).save()
CourseUserRelation(course=hci, user=amanaman).save()
CourseUserRelation(course=gsi, user=superuser).save()
CourseUserRelation(course=hci, user=superuser).save()
for tutor in tutors:
CourseUserRelation(course=gsi, user=tutor).save()
CourseUserRelation(course=hci, user=tutor).save()
Notification(user=tutor, course=gsi, text="Welcome to GSI!").save()
Notification(user=tutor, course=hci, text="Welcome to HCI!").save()
for user in users:
CourseUserRelation(course=gsi, user=user).save()
CourseUserRelation(course=hci, user=user).save()
Notification(user=user, course=gsi, text="Welcome to GSI!").save()
Notification(user=user, course=hci, text="Welcome to HCI!").save()
# create challenges
print('adding challenges')
challenge_1 = Challenge(id=1,
title='meine meinung',
subtitle='meine meinung',
description='gehen sie nach derstandard.at, suchen sie einen beliebigen artikel, und posten sie den text dieses artikels hier.',
accepted_files='',
course=gsi,
points=15,
)
challenge_1.image.save('1.png', File(open(os.path.join(STATIC_ROOT, 'img', '1.png'), 'rb')))
challenge_1.save()
ReviewQuestion(challenge=challenge_1, order=1, text="Erfüllt diese Arbeit die gestellte Aufgabe?", boolean_answer=True).save()
ReviewQuestion(challenge=challenge_1, order=2, text="Falls nicht: Was fehlt? Was sollte anders sein? Was ist zuviel?").save()
challenge_2 = Challenge(id=2,
title='rage-comic',
subtitle='rage-comic',
prerequisite=challenge_1,
description='finden sie einen web-comic, den sie lustig finden, und laden sie ihn hier hoch. beschreiben sie kurz, wie lange sie diesen webcomic schon lesen.',
accepted_files='image/*',
course=gsi,
points=10,
)
challenge_2.image.save('2.png', File(open(os.path.join(STATIC_ROOT, 'img', '2.png'), 'rb')))
challenge_2.save()
ReviewQuestion(challenge=challenge_2, order=1, text="Erfüllt diese Arbeit die gestellte Aufgabe?", boolean_answer=True).save()
ReviewQuestion(challenge=challenge_2, order=2, text="Falls nicht: Was fehlt? Was sollte anders sein? Was ist zuviel?").save()
ReviewQuestion(challenge=challenge_2, order=3, text="Ist der Webcomic lustig?",
boolean_answer=True).save()
ReviewQuestion(challenge=challenge_2, order=4, text="Ist dieser Webcomic interessant?", boolean_answer=True,
visible_to_author=False).save()
challenge_3 = Challenge(id=3,
title='wikipedia',
subtitle='wikipedia',
prerequisite=challenge_2,
description='kopieren sie 4 absätze aus einem wikipedia-artikel und geben sie sie ab! setzen sie ans ende der arbeit den link auf den wikipedia-artikel!',
accepted_files='',
course=gsi,
points=8,
)
challenge_3.image.save('3.png', File(open(os.path.join(STATIC_ROOT, 'img', '3.png'), 'rb')))
challenge_3.save()
ReviewQuestion(challenge=challenge_3, order=1, text="Erfüllt diese Arbeit die gestellte Aufgabe?", boolean_answer=True).save()
ReviewQuestion(challenge=challenge_3, order=2, text="Falls nicht: Was fehlt? Was sollte anders sein? Was ist zuviel?").save()
challenge_4 = Challenge(id=4,
title='wissenschaft',
subtitle='wissenschaft',
prerequisite=challenge_3,
description='finden sie einen pseudowissenschaftlichen artikel und laden sie ihn hier hoch.',
accepted_files='application/pdf',
course=hci,
points=9,
)
challenge_4.image.save('4.png', File(open(os.path.join(STATIC_ROOT, 'img', '4.png'), 'rb')))
challenge_4.save()
challenge_5 = Challenge(id=5,
title='ping',
subtitle='ping',
description='laden sie drei bilder im png-format hoch. beschreiben sie dann kurz, was auf diesen bildern zu sehen ist.',
accepted_files='image/png',
course=gsi,
points=10,
)
challenge_5.image.save('5.png', File(open(os.path.join(STATIC_ROOT, 'img', '5.png'), 'rb')))
challenge_5.save()
ReviewQuestion(challenge=challenge_5, order=1, text="Erfüllt diese Arbeit die gestellte Aufgabe?", boolean_answer=True).save()
ReviewQuestion(challenge=challenge_5, order=2, text="Falls nicht: Was fehlt? Was sollte anders sein? Was ist zuviel?").save()
challenge_6 = Challenge(id=6,
title='advice animal',
subtitle='advice animal',
prerequisite=challenge_5,
description='suchen sie ein »advice animal« bild und posten sie es hier. geben sie die quelle dazu an.',
accepted_files='image/*',
course=hci,
points=12,
)
challenge_6.image.save('6.png', File(open(os.path.join(STATIC_ROOT, 'img', '6.png'), 'rb')))
challenge_6.save()
ReviewQuestion(challenge=challenge_6, order=1, text="Erfüllt diese Arbeit die gestellte Aufgabe?", boolean_answer=True).save()
ReviewQuestion(challenge=challenge_6, order=2, text="Falls nicht: Was fehlt? Was sollte anders sein? Was ist zuviel?").save()
challenge_7 = Challenge(id=7,
title='animated gif',
subtitle='animated gif',
prerequisite=challenge_6,
description='suchen sie ein animated gif und posten sie es. geben sie die quelle dazu an.',
accepted_files='image/gif',
course=hci,
points=14,
)
challenge_7.image.save('7.png', File(open(os.path.join(STATIC_ROOT, 'img', '7.png'), 'rb')))
challenge_7.save()
ReviewQuestion(challenge=challenge_7, order=1, text="Erfüllt diese Arbeit die gestellte Aufgabe?", boolean_answer=True).save()
ReviewQuestion(challenge=challenge_7, order=2, text="Falls nicht: Was fehlt? Was sollte anders sein? Was ist zuviel?").save()
challenge_8 = Challenge(id=8,
title='zwei menschen',
subtitle='zwei menschen',
prerequisite=challenge_7,
description='laden sie zwei bilder von zwei verschiedenen menschen hoch. erklären sie dann, wer diese beiden menschen sind. vergessen sie nicht auf die quellenangabe!',
accepted_files='image/*',
course=hci,
points=5,
)
challenge_8.image.save('8.png', File(open(os.path.join(STATIC_ROOT, 'img', '8.png'), 'rb')))
challenge_8.save()
challenge_9 = Challenge(id=9,
title='youtube',
subtitle='youtube',
description='suchen sie ein gutes youtube-video und posten sie den link hier. wenn sherlock holmes darin vorkommt, dann können sie auch einen extrapunkt bekommen.',
accepted_files='',
course=gsi,
points=25,
)
challenge_9.image.save('9.png', File(open(os.path.join(STATIC_ROOT, 'img', '9.png'), 'rb')))
challenge_9.save()
ReviewQuestion(challenge=challenge_9, order=1, text="Erfüllt diese Arbeit die gestellte Aufgabe?", boolean_answer=True).save()
ReviewQuestion(challenge=challenge_9, order=2, text="Falls nicht: Was fehlt? Was sollte anders sein? Was ist zuviel?").save()
challenge_10 = Challenge(id=10,
title='schmetterling',
subtitle='schmetterling',
prerequisite=challenge_9,
description='suchen sie in google image search schmetterlingsbilder und laden sie diese hier hoch. vergessen sie nicht auf die quellenangaben!',
accepted_files='image/*',
course=gsi,
points=3,
)
challenge_10.image.save('4.png', File(open(os.path.join(STATIC_ROOT, 'img', '4.png'), 'rb')))
challenge_10.save()
# create stacks
print('adding stack accessibility')
accessibility = Stack(
title='Universal Design',
description='In diesem Block setzen sie sich mit »Unversal Design« auseinander. Universal Design (Universelles Design) ist ein internationales Design-Konzept, das Produkte, Geräte, Umgebungen und Systeme derart gestaltet, dass sie für so viele Menschen wie möglich ohne weitere Anpassung oder Spezialisierung nutzbar sind. In der Informatik bedeutet das im allgemeinen, Systeme so zu gestalten, dass sie von Menschen mit Behinderungen, insbesondere blinde Menschen, auch benutzt werden können.',
course=gsi,
start_date=date.today() - timedelta(days=100),
end_date=date.today() + timedelta(days=100),
)
accessibility.save()
print('adding stack digital life')
digitallife = Stack(
title='Copyleft vs. Business',
description='In diesem Block geht es um die Suche nach neuen Business-Modellen für die geänderten Bedingngen, die durch neue Technologien geschaffen wurden. Viele traditionelel Business-Modelle gehen dabei den Bach runter, neue Ansätze sind gefragt.',
course=gsi,
start_date=date.today() - timedelta(days=100),
end_date=date.today() + timedelta(days=100),
)
digitallife.save()
print('adding stack gtav')
gtav = Stack(
title='Geschichte der Informatik',
description='Dieser Block führt sie in die Geschichte der Informatik, zurück zu den Anfängen des interaktiven Computers. Sie setzen sich damit auseinander, welche Vorstellungen von Interaktivität im Laufe der Geschichte entstanden, probiert und wieder verworfen wurden. Dabei werden Darstellungen in Film und Fernsehen ebenso aufgearbeitet wie die Visionen der Techniker und wissenschaftliche Diskussionen.',
course=gsi,
start_date=date.today() - timedelta(days=100),
end_date=date.today() + timedelta(days=100),
)
gtav.save()
# create dummy elaborations
challenges = Challenge.objects.all()
for challenge in challenges:
for dummy_user in dummy_users:
if not challenge.is_final_challenge():
Elaboration(challenge=challenge, user=dummy_user, elaboration_text=PlagcheckTestData.get_random_text(),
submission_time='2013-11-01 10:00:00').save()
print('adding final elaboration 1 for challenge 10')
de4 = Elaboration(challenge=challenge_10, user=d1, elaboration_text="final submission user d1 " + PlagcheckTestData.get_random_text(),
submission_time=datetime.now())
de4.save()
print('adding FAIL review for dummy user d1')
Review(elaboration=de4, reviewer=d3, appraisal='F', submission_time=datetime.now()).save()
print('adding final elaboration 2 for challenge 10')
de5 = Elaboration(challenge=challenge_10, user=d2, elaboration_text="final submission user d2 " + PlagcheckTestData.get_random_text(),
submission_time=datetime.now())
de5.save()
print('adding final elaboration 1 for challenge 8')
de6 = Elaboration(challenge=challenge_8, user=d3, elaboration_text="final submission user d3 " + PlagcheckTestData.get_random_text(),
submission_time=datetime.now())
de6.save()
# create elaboration for challenge 1 for s0
print('adding elaboration for challenge 1 for s0')
e1 = Elaboration(challenge=challenge_1, user=s0, elaboration_text="this elaboration text is from populate demo data " + PlagcheckTestData.get_random_text(),
submission_time=datetime.now())
e1.save()
elaborations = Elaboration.objects.all()
e1 = elaborations[0]
e2 = elaborations[1]
e3 = elaborations[2]
# create review for elaboration
print('adding review 1 for elaboration for challenge 1 for s0')
r1 = Review(elaboration=e1, reviewer=s0, appraisal='N', submission_time=datetime.now())
r1.save()
print('adding review 2 for elaboration for challenge 1 for s0')
r2 = Review(elaboration=e2, reviewer=s0, appraisal='F', submission_time=datetime.now())
r2.save()
print('adding review 3 for elaboration for challenge 1 for s0')
Review(elaboration=e3, reviewer=s0, appraisal='A', submission_time=datetime.now()).save()
print('adding review 4 for elaboration for challenge 1 for s0')
Review(elaboration=e3, reviewer=d2, appraisal='F', submission_time=datetime.now()).save()
# create elaboration for challenge 2 for s0
print('adding elaboration for challenge 2 for s0')
e2 = Elaboration(challenge=challenge_2, user=s0, elaboration_text="this elaboration text is from populate demo data " + PlagcheckTestData.get_random_text(),
submission_time=datetime.now())
e2.save()
# create review for elaboration
print('adding review 1 for elaboration for challenge 2 for s0')
Review(elaboration=de4, reviewer=s0, appraisal='N', submission_time=datetime.now()).save()
de5.save()
print('adding review 1 for elaboration for challenge 2 for s0')
Review(elaboration=de5, reviewer=d1, appraisal='A', submission_time=datetime.now()).save()
print('adding review 2 for elaboration for challenge 2 for s0')
Review(elaboration=de5, reviewer=d2, appraisal='S', submission_time=datetime.now()).save()
# create stack-challenge relations
print('adding stack challenge relations')
StackChallengeRelation(stack=accessibility, challenge=challenge_1).save()
StackChallengeRelation(stack=accessibility, challenge=challenge_2).save()
StackChallengeRelation(stack=accessibility, challenge=challenge_3).save()
StackChallengeRelation(stack=accessibility, challenge=challenge_4).save()
StackChallengeRelation(stack=digitallife, challenge=challenge_5).save()
StackChallengeRelation(stack=digitallife, challenge=challenge_6).save()
StackChallengeRelation(stack=digitallife, challenge=challenge_7).save()
StackChallengeRelation(stack=digitallife, challenge=challenge_8).save()
StackChallengeRelation(stack=gtav, challenge=challenge_9).save()
StackChallengeRelation(stack=gtav, challenge=challenge_10).save()
print('adding escalation for challenge 1 for s0')
com1 = Comment(text="escalation for review 1 for challenge 1 for d1", author=superuser, post_date=datetime.now(),
content_type=ContentType.objects.get_for_model(Review), object_id=r1.id, visibility=Comment.STAFF)
com1.save()
com2 = Comment(text="escalation for review 2 for challenge 1 for d2", author=superuser, post_date=datetime.now(),
content_type=ContentType.objects.get_for_model(Review), object_id=r2.id, visibility=Comment.PUBLIC)
com2.save()
print('Adding Sample Lectures')
Lecture(
course=gsi,
start=datetime(2013, 2, 15, 15, 00, 17, 345952),
end=datetime(2013, 2, 15, 17, 20, 17, 345952),
active=True,
).save()
Lecture(
course=gsi,
start=datetime(2013, 2, 16, 15, 00, 17, 345952),
end=datetime(2013, 2, 16, 17, 20, 17, 345952),
active=True,
).save()
Lecture(
course=gsi,
start=datetime(2013, 2, 17, 15, 00, 17, 345952),
end=datetime(2013, 2, 17, 17, 20, 17, 345952),
active=True,
).save()
# Lecture(
# course=gsi,
# start=datetime(2013, 2, 24, 15, 00, 17, 345952),
# end=datetime(2014, 2, 24, 17, 20, 17, 345952),
# active=True,
# ).save()
Lecture(
course=hci,
start=datetime(2013, 1, 15, 15, 00, 17, 345952),
end=datetime(2013, 1, 15, 17, 20, 17, 345952),
active=True,
).save()
Lecture(
course=hci,
start=datetime(2013, 1, 16, 15, 00, 17, 345952),
end=datetime(2013, 1, 16, 17, 20, 17, 345952),
active=True,
).save()
print('Adding Sample Slides')
Slide(
lecture_id=1,
title="Preparation Slide #1 - Lecture 1",
pub_date=datetime(2013, 2, 10, 15, 21, 17, 345952),
filename="vo_10_02_13_1",
tags='.preparation',
).save()
Slide(
lecture_id=1,
title="Preparation Slide #2 - Lecture 1",
pub_date=datetime(2013, 2, 10, 15, 22, 17, 345952),
filename="vo_10_02_13_2",
tags='.preparation',
).save()
Slide(
lecture_id=1,
title="Preparation Slide #3 - Lecture 1",
pub_date=datetime(2013, 2, 10, 15, 23, 17, 345952),
filename="vo_10_02_13_3",
tags='.preparation',
).save()
Slide(
lecture_id=1,
title="Super Sample Slide #1 - Lecture 1",
pub_date=datetime(2013, 2, 15, 15, 20, 17, 345952),
filename="vo_15_02_13_1",
tags='.exercise',
).save()
Slide(
lecture_id=1,
title="Super Sample Slide #2 - Lecture 1",
pub_date=datetime(2013, 2, 15, 15, 22, 17, 345952),
filename="vo_15_02_13_2",
).save()
Slide(
lecture_id=1,
title="Super Sample Slide #3 - Lecture 1",
pub_date=datetime(2013, 2, 15, 15, 24, 17, 345952),
filename="vo_15_02_13_3",
).save()
Slide(
lecture_id=1,
title="Super Sample Slide #4 - Lecture 1",
pub_date=datetime(2013, 2, 15, 15, 26, 17, 345952),
filename="vo_15_02_13_4",
).save()
Slide(
lecture_id=1,
title="Super Sample Slide #5 - Lecture 1",
pub_date=datetime(2013, 2, 15, 15, 28, 17, 345952),
filename="vo_15_02_13_5",
tags='.exercise',
).save()
Slide(
lecture_id=1,
title="Super Sample Slide #6 - Lecture 1",
pub_date=datetime(2013, 2, 15, 15, 30, 17, 345952),
filename="vo_15_02_13_6",
).save()
Slide(
lecture_id=1,
title="Super Sample Slide #7 - Lecture 1",
pub_date=datetime(2013, 2, 15, 15, 32, 17, 345952),
filename="vo_15_02_13_7",
).save()
Slide(
lecture_id=1,
title="Super Sample Slide #8 - Lecture 1",
pub_date=datetime(2013, 2, 15, 15, 34, 17, 345952),
filename="vo_15_02_13_8",
).save()
Slide(
lecture_id=1,
title="Super Sample Slide #9 - Lecture 1",
pub_date=datetime(2013, 2, 15, 15, 36, 17, 345952),
filename="vo_15_02_13_9",
tags='.exercise',
).save()
Slide(
lecture_id=2,
title="Super Sample Slide #1 - Lecture 2",
pub_date=datetime(2013, 2, 16, 15, 20, 17, 345952),
filename="vo_16_02_13_1",
).save()
Slide(
lecture_id=2,
title="Super Sample Slide #2 - Lecture 2",
pub_date=datetime(2013, 2, 16, 15, 22, 17, 345952),
filename="vo_16_02_13_2",
).save()
Slide(
lecture_id=2,
title="Super Sample Slide #2 - Lecture 2",
pub_date=datetime(2013, 2, 16, 15, 24, 17, 345952),
filename="vo_16_02_13_3",
).save()
Slide(
lecture_id=3,
title="Super Sample Slide #1 - Lecture 3",
pub_date=datetime(2013, 2, 17, 15, 20, 17, 345952),
filename="vo_17_02_13_1",
).save()
Slide(
lecture_id=3,
title="Super Sample Slide #2 - Lecture 3",
pub_date=datetime(2013, 2, 17, 15, 22, 17, 345952),
filename="vo_17_02_13_2",
tags='.exercise',
).save()
print("Adding sample stream")
Stream(
lecture_id=1,
url="rtmp://video.zserv.tuwien.ac.at/lecturetube_public",
type="rtmp",
clipname="gsiss13e10",
offset=-656,
).save()
for user in AuroraUser.objects.all():
if not user.avatar:
user.get_gravatar()
def test_is_blocked(self):
challenge1 = self.challenge
self.create_challenge()
challenge2 = self.challenge
challenge2.prerequisite = challenge1
challenge2.save()
self.create_challenge()
challenge3 = self.challenge
challenge3.prerequisite = challenge2
challenge3.save()
user1 = self.users[0]
user2 = self.users[1]
user3 = self.users[2]
user4 = self.users[3]
elaboration1 = Elaboration(challenge=challenge1, user=user1, elaboration_text="test",
submission_time=datetime.now())
elaboration1.save()
elaboration2 = Elaboration(challenge=challenge1, user=user2, elaboration_text="test",
submission_time=datetime.now())
elaboration2.save()
elaboration3 = Elaboration(challenge=challenge1, user=user3, elaboration_text="test",
submission_time=datetime.now())
elaboration3.save()
elaboration4 = Elaboration(challenge=challenge1, user=user4, elaboration_text="test",
submission_time=datetime.now())
elaboration4.save()
assert not self.stack.is_blocked(user2)
review = Review(elaboration=elaboration2, submission_time=datetime.now(), reviewer=user1,
appraisal=Review.NOTHING)
review.save()
assert self.stack.is_blocked(user2)
review.appraisal = Review.SUCCESS
review.save()
assert not self.stack.is_blocked(user2)
assert not self.stack.is_blocked(user3)
review = Review(elaboration=elaboration3, submission_time=datetime.now(), reviewer=user1,
appraisal=Review.NOTHING)
review.save()
assert self.stack.is_blocked(user3)
review.appraisal = Review.SUCCESS
review.save()
assert not self.stack.is_blocked(user3)
assert not self.stack.is_blocked(user4)
review = Review(elaboration=elaboration4, submission_time=datetime.now(), reviewer=user1,
appraisal=Review.NOTHING)
review.save()
assert self.stack.is_blocked(user4)
review.appraisal = Review.SUCCESS
review.save()
assert not self.stack.is_blocked(user4)
assert not self.stack.is_blocked(user1)
review = Review(elaboration=elaboration1, submission_time=datetime.now(), reviewer=user2,
appraisal=Review.NOTHING)
review.save()
assert self.stack.is_blocked(user1)
review.appraisal = Review.SUCCESS
review.save()
assert not self.stack.is_blocked(user1)
review = Review(elaboration=elaboration1, submission_time=datetime.now(), reviewer=user3,
appraisal=Review.NOTHING)
review.save()
assert self.stack.is_blocked(user1)
review.appraisal = Review.SUCCESS
review.save()
assert not self.stack.is_blocked(user1)
elaboration5 = Elaboration(challenge=challenge2, user=user1, elaboration_text="test",
submission_time=datetime.now())
elaboration5.save()
elaboration6 = Elaboration(challenge=challenge2, user=user2, elaboration_text="test",
submission_time=datetime.now())
elaboration6.save()
elaboration7 = Elaboration(challenge=challenge2, user=user3, elaboration_text="test",
submission_time=datetime.now())
elaboration7.save()
elaboration8 = Elaboration(challenge=challenge2, user=user4, elaboration_text="test",
submission_time=datetime.now())
elaboration8.save()
assert not self.stack.is_blocked(user2)
review = Review(elaboration=elaboration6, submission_time=datetime.now(), reviewer=user1,
appraisal=Review.NOTHING)
review.save()
assert self.stack.is_blocked(user2)
review.appraisal = Review.SUCCESS
review.save()
assert not self.stack.is_blocked(user2)
assert not self.stack.is_blocked(user3)
review = Review(elaboration=elaboration7, submission_time=datetime.now(), reviewer=user1,
appraisal=Review.NOTHING)
review.save()
assert self.stack.is_blocked(user3)
review.appraisal = Review.SUCCESS
review.save()
assert not self.stack.is_blocked(user3)
assert not self.stack.is_blocked(user4)
review = Review(elaboration=elaboration8, submission_time=datetime.now(), reviewer=user1,
appraisal=Review.NOTHING)
review.save()
assert self.stack.is_blocked(user4)
review.appraisal = Review.SUCCESS
review.save()
assert not self.stack.is_blocked(user4)
assert not self.stack.is_blocked(user1)
review = Review(elaboration=elaboration5, submission_time=datetime.now(), reviewer=user2,
appraisal=Review.NOTHING)
review.save()
assert self.stack.is_blocked(user1)
review.appraisal = Review.SUCCESS
review.save()
assert not self.stack.is_blocked(user1)
review = Review(elaboration=elaboration5, submission_time=datetime.now(), reviewer=user3,
appraisal=Review.NOTHING)
review.save()
assert self.stack.is_blocked(user1)
review.appraisal = Review.SUCCESS
review.save()
assert not self.stack.is_blocked(user1)