def students_with_assignment(student_group_assignment):
students = add_students(new_students(20))
add_to_group(students, student_group_assignment.group)
add_student_assignments(
new_student_assignments(
len(students), student_group_assignment, students
)
)
return students
def students_with_assignments(student_group_assignments):
students = add_students(new_students(20))
add_to_group(students, [a.group for a in student_group_assignments])
add_student_assignments(
new_student_assignments(
len(students) * len(student_group_assignments),
student_group_assignments,
students,
))
return students
def students_with_assignment_all_answers_correct(
student_group_assignment_all_answers_correct
):
students = add_students(new_students(20))
add_to_group(students, student_group_assignment_all_answers_correct.group)
add_student_assignments(
new_student_assignments(
len(students),
student_group_assignment_all_answers_correct,
students,
)
)
return students
def test_get_or_create__new():
data = new_students(1)[0]
student, created = Student.get_or_create(**data)
username = hashlib.md5(data["email"].encode()).hexdigest()[
:MAX_USERNAME_LENGTH
]
assert isinstance(student, Student)
assert created
assert student.student.email == data["email"]
assert student.student.username == username
assert len(Student.objects.all()) == 1
def students():
_students = add_students(new_students(2))
for _student in _students:
_student.student.is_active = True
_student.student.save()
return _students
def student():
_student = add_students(new_students(1))[0]
_student.student.is_active = True
_student.student.save()
return _student
def students():
return add_students(new_students(3))
def student():
return add_students(new_students(1))[0]