def test_setting_answer_on_question_by_the_same_user_second_time(self):
question_list = Factory.question_list(num_questions=3, num_choices=4)
question_list = Factory.answered_question_list(question_list,
self.user)
questions = question_list.questions.all()
response = self.c.post(
f'/api/v1/question_list/{question_list.id}/set_answers/', {
'answers':
json.dumps([
{
'question': questions[0].id,
'choice': self._get_random_choice_id(questions[0])
},
{
'question': questions[1].id,
'choice': self._get_random_choice_id(questions[1])
},
{
'question': questions[2].id,
'choice': self._get_random_choice_id(questions[2])
},
])
})
assert response.status_code == status.HTTP_400_BAD_REQUEST
assert response.data == ['the same user can`t answer on quiz twice']
def test_keeping_order(self):
qlist = mixer.blend('questions.QuestionList')
q1 = Factory.question(num_choices=2, question_list=qlist)
q2 = Factory.question(num_choices=0, question_list=qlist)
q3 = Factory.question(num_choices=3, question_list=qlist)
q4 = Factory.question(num_choices=1, question_list=qlist)
q5 = Factory.question(num_choices=2, question_list=qlist)
qlist.set_question_order([q1.id, q5.id, q3.id, q4.id, q2.id])
assert list(qlist.get_questions()) == [q1, q5, q3]
def test_only_one_choice_was_selected(self):
question = mixer.blend('questions.Question')
choice1 = mixer.blend('questions.QuestionChoice', question=question)
choice2 = mixer.blend('questions.QuestionChoice', question=question)
Factory.answered_question_choice(choice1, num_answers=2)
assert list(question.get_choices_percentage()) == [
{
'choice': choice1.id,
'percent': 100
},
{
'choice': choice2.id,
'percent': 0
},
]
def _create_question_with_answers(self, answers):
question = mixer.blend('questions.Question')
choice1 = mixer.blend('questions.QuestionChoice', question=question)
choice2 = mixer.blend('questions.QuestionChoice', question=question)
choice3 = mixer.blend('questions.QuestionChoice', question=question)
Factory.answered_question_choice(choice1, num_answers=answers[0])
Factory.answered_question_choice(choice2, num_answers=answers[1])
Factory.answered_question_choice(choice3, num_answers=answers[2])
return question, choice1, choice2, choice3
def test_setting_answers(self):
question_list = Factory.question_list(num_questions=3, num_choices=4)
questions = question_list.questions.all()
choices = [
self._get_random_choice_id(question) for question in questions
]
response = self.c.post(
f'/api/v1/question_list/{question_list.id}/set_answers/', {
'answers':
json.dumps([
{
'question': questions[0].id,
'choice': choices[0]
},
{
'question': questions[1].id,
'choice': choices[1]
},
{
'question': questions[2].id,
'choice': choices[2]
},
])
})
assert response.status_code == status.HTTP_200_OK
assert Answer.objects.filter(user=self.user,
question=questions[0],
choice_id=choices[0]).exists() is True
assert Answer.objects.filter(user=self.user,
question=questions[1],
choice_id=choices[1]).exists() is True
assert Answer.objects.filter(user=self.user,
question=questions[2],
choice_id=choices[2]).exists() is True
def test_not_contains_question_with_single_choice(self):
qlist = mixer.blend('questions.QuestionList')
question = Factory.question(num_choices=1, question_list=qlist)
assert question not in qlist.get_questions()
def test_given_user_not_answer_on_any_questions_in_list(self):
question_list = Factory.question_list(num_questions=2, num_choices=2)
assert question_list.has_passed_by(self.user) is False
def test_given_user_answered_questions_in_list(self):
question_list = Factory.question_list(num_questions=2, num_choices=3)
question_list = Factory.answered_question_list(question_list,
self.user)
assert question_list.has_passed_by(self.user) is True
def test_question_with_two_choices(self):
question = Factory.question(num_choices=2)
assert question in Question.objects.has_choices()
def test_question_with_single_choice(self):
question = Factory.question(num_choices=1)
assert question not in Question.objects.has_choices()
def setUpTestData(cls):
cls.question_list = Factory.question_list(num_questions=3,
num_choices=4)
cls.questions = cls.question_list.questions.all()