def create_student_and_return(username,
child=False,
magic_id=None,
party=False):
student = Student(username=username,
child=child,
magic_id=magic_id,
party=party)
student.save()
return student
def test_student_edit_info_leak(self):
c = Client()
t_email, t_pass = signup_teacher_directly()
c.login(email=t_email, password=t_pass)
profile = UserProfile(user=User.objects.create_user("test"))
profile.save()
stu = Student(user=profile)
stu.save()
self.assertEqual(
c.get(reverse("teacher_edit_student", kwargs={"pk": "9999"})).status_code,
c.get(reverse("teacher_edit_student", kwargs={"pk": stu.pk})).status_code,
)
def create_student_and_return(username,
child=False,
magic_id=None,
party=False,
name='Name',
gender='M',
course='C'):
student = Student(username=username,
child=child,
magic_id=magic_id,
party=party,
name=name,
gender=gender,
course=course)
student.save()
return student
def setUp(self):
self.parent1 = Student(username='******', child=False)
self.parent2 = Student(username='******', child=False)
self.parent3 = Student(username='******', child=False)
self.parent1.save()
self.parent2.save()
self.parent3.save()
def test_popup_contains_username(self):
student = Student(username=VALID_USERNAME,
magic_id="12345678",
child=True)
student.save()
self.assertTrue(
VALID_USERNAME in student.get_new_student_popup()['message'])
self.assertTrue(
VALID_USERNAME in student.get_existing_student_popup()['message'])
def test_save_sets_magic_id(self):
student = Student(username=VALID_USERNAME, child=True)
student.save()
self.assertNotEqual(student.magic_id, "")
self.assertEqual(len(student.magic_id), 8)
class StudentModelTests(TestCase):
def setUp(self):
self.parent1 = Student(username='******', child=False)
self.parent2 = Student(username='******', child=False)
self.parent3 = Student(username='******', child=False)
self.parent1.save()
self.parent2.save()
self.parent3.save()
def test_save_sets_magic_id(self):
student = Student(username=VALID_USERNAME, child=True)
student.save()
self.assertNotEqual(student.magic_id, "")
self.assertEqual(len(student.magic_id), 8)
def test_popup_contains_username(self):
student = Student(username=VALID_USERNAME,
magic_id="12345678",
child=True)
student.save()
self.assertTrue(
VALID_USERNAME in student.get_new_student_popup()['message'])
self.assertTrue(
VALID_USERNAME in student.get_existing_student_popup()['message'])
def test_successful_marriage(self):
self.parent1.partner = self.parent2
self.assertTrue(success(self.parent2.marry_to(self.parent1)))
self.assertEqual(self.parent1.partner, self.parent2)
self.assertEqual(self.parent2.partner, self.parent1)
self.assertTrue(self.parent1.confirmed)
self.assertTrue(self.parent2.confirmed)
def test_protected_against_unrequested_marriage(self):
self.assertFalse(success(self.parent1.marry_to(self.parent2)))
self.assertFalse(self.parent2.confirmed)
self.assertNotEqual(self.parent2.partner, self.parent1)
def test_protect_double_marriage(self):
self.parent2.partner = self.parent1
self.parent3.partner = self.parent1
self.assertTrue(success(self.parent1.marry_to(self.parent2)))
self.assertFalse(success(self.parent1.marry_to(self.parent3)))
self.assertEqual(self.parent1.partner, self.parent2)
def test_cannot_marry_in_triangle(self):
self.parent1.partner = self.parent2
self.parent2.partner = self.parent3
self.assertTrue(success(self.parent2.marry_to(self.parent1)))
self.assertFalse(success(self.parent3.marry_to(self.parent2)))
self.assertEqual(self.parent1.partner, self.parent2)
self.assertEqual(self.parent2.partner, self.parent1)
self.assertFalse(self.parent3.confirmed)
def test_can_withdraw_before_marriage(self):
self.parent1.partner = self.parent2
self.assertTrue(success(self.parent1.withdraw_proposal()))
def test_cannot_withdraw_if_not_proposed(self):
self.assertFalse(success(self.parent1.withdraw_proposal()))
def test_cannot_withdraw_once_married(self):
self.parent1.partner = self.parent2
self.assertTrue(success(self.parent2.marry_to(self.parent1)))
self.assertFalse(success(self.parent1.withdraw_proposal()))
def test_cannot_reject_if_not_proposed(self):
self.assertFalse(success(self.parent2.reject_proposal(self.parent1)))
def test_cannot_marry_after_reject(self):
self.parent1.partner = self.parent2
self.assertTrue(success(self.parent2.reject_proposal(self.parent1)))
self.assertFalse(success(self.parent2.marry_to(self.parent1)))
self.assertNotEqual(self.parent1.partner, self.parent2)
def test_cannot_reject_once_accepted(self):
self.parent1.partner = self.parent2
self.assertTrue(success(self.parent2.marry_to(self.parent1)))
self.assertFalse(success(self.parent2.reject_proposal(self.parent1)))