def test_generate_terms_semester(self):
self.assertFalse(Term.objects.all().exists())
current_year = datetime.date.today().year
terms_per_year = 2
span_years = 1
num_terms_generated = (2 * span_years + 1) * terms_per_year
terms = generate_terms(span=span_years)
self.assertEqual(current_year - span_years, terms[0].year)
self.assertEqual(current_year + span_years, terms[-1].year)
self.assertEqual(Term.objects.all().count(), num_terms_generated)
self.assertEqual(len(terms), num_terms_generated)
self.assertFalse(Term.objects.filter(current=True).exists())
# Prepare further testing
current_term = Term.objects.get(term=Term.SPRING, year=2017)
current_term.current = True
current_term.save()
self.assertEqual(current_term, Term.objects.get_current_term())
# Generate more terms
span_years2 = 3
num_terms_generated2 = 2 * (span_years2 - span_years) * terms_per_year
terms = generate_terms(span=span_years2)
self.assertEqual(current_year - span_years2, terms[0].year)
self.assertEqual(current_year + span_years2, terms[-1].year)
self.assertEqual(len(terms), num_terms_generated2)
self.assertEqual(Term.objects.all().count(),
num_terms_generated + num_terms_generated2)
self.assertEqual(current_term, Term.objects.get_current_term())
def test_generate_terms_semester(self):
self.assertFalse(Term.objects.all().exists())
current_year = datetime.date.today().year
terms_per_year = 2
span_years = 1
num_terms_generated = (2 * span_years + 1) * terms_per_year
terms = generate_terms(span=span_years)
self.assertEqual(current_year - span_years, terms[0].year)
self.assertEqual(current_year + span_years, terms[-1].year)
self.assertEqual(Term.objects.all().count(), num_terms_generated)
self.assertEqual(len(terms), num_terms_generated)
self.assertFalse(Term.objects.filter(current=True).exists())
# Prepare further testing
current_term = Term.objects.get(term=Term.SPRING, year=2014)
current_term.current = True
current_term.save()
self.assertEqual(current_term, Term.objects.get_current_term())
# Generate more terms
span_years2 = 3
num_terms_generated2 = 2 * (span_years2 - span_years) * terms_per_year
terms = generate_terms(span=span_years2)
self.assertEqual(current_year - span_years2, terms[0].year)
self.assertEqual(current_year + span_years2, terms[-1].year)
self.assertEqual(len(terms), num_terms_generated2)
self.assertEqual(
Term.objects.all().count(),
num_terms_generated + num_terms_generated2)
self.assertEqual(current_term, Term.objects.get_current_term())
def test_generate_terms_quarter_plus_summer(self):
self.assertFalse(Term.objects.all().exists())
current_year = datetime.date.today().year
terms_per_year = 4
span_years = 1
num_terms_generated = (2 * span_years + 1) * terms_per_year
terms = generate_terms(span=span_years, include_summer=True)
self.assertEqual(current_year - span_years, terms[0].year)
self.assertEqual(current_year + span_years, terms[-1].year)
self.assertEqual(Term.objects.all().count(), num_terms_generated)
self.assertFalse(Term.objects.filter(current=True).exists())
def test_generate_terms_quarter_plus_summer(self):
self.assertFalse(Term.objects.all().exists())
current_year = datetime.date.today().year
terms_per_year = 4
span_years = 1
num_terms_generated = (2 * span_years + 1) * terms_per_year
terms = generate_terms(
span=span_years, include_summer=True)
self.assertEqual(current_year - span_years, terms[0].year)
self.assertEqual(current_year + span_years, terms[-1].year)
self.assertEqual(Term.objects.all().count(), num_terms_generated)
self.assertFalse(Term.objects.filter(current=True).exists())