def test_prorated_cost_unaffected_by_primary_day():
MonthlyCost.objects.create(cost=105,
effective_date=datetime.date(1000, 1, 1))
student_tues = factories.StudentFactory(primary_day="tues")
student_sat = factories.StudentFactory(primary_day="sat")
student_tues_sat = factories.StudentFactory(primary_day="tues_sat")
students = [student_tues, student_sat, student_tues_sat]
assert all(student.prorated_first_month_cost ==
students[0].prorated_first_month_cost for student in students)
def test_12th_month():
student = factories.StudentFactory()
delta = relativedelta(student.start_date, student.twelfth_month)
assert delta.months == 0 and abs(delta.years) == 1
def test_12th_month_returns_date():
student = factories.StudentFactory()
assert type(student.twelfth_month) is datetime.date
def test_registration_discount_max_100():
with pytest.raises(FieldError):
student = factories.StudentFactory(registration_discount_percent=101)
student.save()
def test_6th_month():
student = factories.StudentFactory()
delta = relativedelta(student.start_date, student.sixth_month)
assert abs(delta.months) == 6
def test_registration_discount_non_negative():
with pytest.raises(FieldError):
student = factories.StudentFactory(registration_discount_percent=-1)
student.save()
def test_student_2_subj_if_reg_reading_and_math():
student = factories.StudentFactory(
math_level=Student.LEVEL_CHOICES[1][0],
reading_level=Student.LEVEL_CHOICES[1][0],
)
assert student.n_subjects == 2
def test_student_1_subj_if_only_reg_reading():
student = factories.StudentFactory(
math_level="",
reading_level=Student.LEVEL_CHOICES[1][0],
)
assert student.n_subjects == 1
def test_student_0_subjects_if_na_for_both():
student = factories.StudentFactory(
math_level="",
reading_level="",
)
assert student.n_subjects == 0
def test_student_factory_creation():
student = factories.StudentFactory()