def test_survey_get_questions() -> None: q1 = CheckboxQuestion(1, "choose", [1, 2, 3, 4]) q2 = CheckboxQuestion(2, "choose", [1, 2, 3, 4]) q3 = CheckboxQuestion(3, "choose", [1, 2, 3, 4]) q_list = [q1, q2, q3] s = Survey(q_list) assert s.get_questions() == [q1, q2, q3]
def test_survey_survey_get_questions() -> None: """A test for get_questions() in class Survey.""" q1 = CheckboxQuestion(1, 'ABC', ['a', '1', ',']) q2 = YesNoQuestion(2, 'BBC') s = Survey([q1, q2]) lst = s.get_questions() assert q1 in lst and q2 in lst
def all_answered(self, surveys: Survey) -> bool: """ Return True iff all the students enrolled in this course have a valid answer for every question in <survey>. """ for student in self.students: for question in surveys.get_questions(): if not student.has_answer(question): return False return True
def all_answered(self, survey: Survey) -> bool: """ Return True iff all the students enrolled in this course have a valid answer for every question in <survey>. """ acc = [] for student in self.students: for question in survey.get_questions(): if question.validate_answer(student.get_answer(question)): acc.append(True) return False not in acc
def all_answered(self, survey: Survey) -> bool: # done """ Return True iff all the students enrolled in this course have a valid answer for every question in <survey>. """ for stud in self.get_students(): for q in survey.get_questions(): if not stud.has_answer(q): # if one stud does not have an answer will return false return False return True
def all_answered(self, survey: Survey) -> bool: """ Return True iff all the students enrolled in this course have a valid answer for every question in <survey>. """ valid_answers = True questions = survey.get_questions() for question in questions: for student in self.students: if not student.has_answer(question): valid_answers = False return valid_answers
def all_answered(self, survey: Survey) -> bool: """ Return True iff all the students enrolled in this course have a valid answer for every question in <survey>. """ questions = survey.get_questions() valid = True for question in questions: for student in self.students: if not question.validate_answer(student.get_answer(question)): valid = False return valid
def all_answered(self, survey: Survey) -> bool: """ Return True iff all the students enrolled in this course have a valid answer for every question in <survey>. """ question_list = survey.get_questions() for student in self.students: for question in question_list: answer = student.get_answer(question) if answer is None or not answer.is_valid(question): return False return True
def all_answered(self, survey: Survey) -> bool: #NOT DONE """ Return True iff all the students enrolled in this course have a valid answer for every question in <survey>. """ for student in self.students: q = survey.get_questions() for question in q: this_students_ans = student.get_answer(question) valid = question.validate_answer(this_students_ans.content) if not valid: return False return True
def answer_questions(survey_: survey.Survey, course_: course.Course, data: Dict[str, Any]) -> None: """ Answer the questions in <survey_> by assigning answers to the student in <course_> accoding to the data in <data> """ students = {s.id: s for s in course_.get_students()} questions = {q.id: q for q in survey_.get_questions()} for s_data in data['students']: student = students[s_data['id']] for a_data in s_data['answers']: question = questions[a_data['question_id']] answer = survey.Answer(a_data['answer']) student.set_answer(question, answer)