def test_create_seat_masters_track(self, form_data):
course_run = CourseRunFactory()
form = SeatForm(data=form_data)
seat = form.save(course_run=course_run)
expected_masters = 'masters_track' in form_data and form_data[
'masters_track']
self.assertEqual(expected_masters, seat.masters_track)
def test_create_audit_seat_for_credit_and_verified_course_runs(
self, seat_type):
seat = SeatFactory(type=seat_type)
form = SeatForm(instance=seat)
form.save()
assert seat.course_run.seats.count() == 2
assert seat.course_run.seats.filter(type=Seat.AUDIT, price=0).exists()
def test_remove_audit_seat_for_professional_course_runs(self, seat_type):
seat = SeatFactory(type=seat_type)
audit_seat = SeatFactory(type=Seat.AUDIT, course_run=seat.course_run)
form = SeatForm(instance=seat)
form.save()
assert list(seat.course_run.seats.all()) == [seat]
assert not Seat.objects.filter(pk=audit_seat.pk).exists()
def test_negative_price(self):
"""
Verify that form raises an error when price is in -ive format
"""
form_data = {'type': Seat.VERIFIED, 'price': -0.05}
seat_form = SeatForm(data=form_data)
self.assertFalse(seat_form.is_valid())
self.assertEqual(seat_form.errors, {'price': ['Price must be greater than or equal to 0.01']})
def test_type_is_required(self):
"""
Verify that form raises an error when type is not given
"""
seat_form = SeatForm(data={})
self.assertFalse(seat_form.is_valid())
self.assertEqual(seat_form.errors, {'type': ['This field is required.']})
seat_form_with_type = SeatForm(data={'type': Seat.AUDIT})
self.assertTrue(seat_form_with_type.is_valid())
seat_form_masters = SeatForm(data={'masters_track': True})
self.assertFalse(seat_form_masters.is_valid())
def test_audit_only_seat_not_modified(self):
seat = SeatFactory(type=Seat.AUDIT)
form = SeatForm(instance=seat)
form.save()
assert list(seat.course_run.seats.all()) == [seat]
