def test_with_without_review_with_all_approved_reviews(self):
v1 = Vendor.objects.create(name='tv1', approval_status=SF.APPROVED)
v2 = Vendor.objects.create(name='tv2', approval_status=SF.APPROVED)
Review.objects.create(vendor=v1, approval_status=SF.APPROVED,
author=get_user())
Review.objects.create(vendor=v2, approval_status=SF.APPROVED,
author=get_user())
self.assertVendorCounts(0, 2)
def test_search_by_name_for_substring(self):
request = self.factory.get("", {"current_query": "Bar"})
request.user = get_user()
response = views.vendors(request)
self.assertEqual(response.content.count("Showing 1 vendors"), 1)
request = self.factory.get("", {"current_query": "Vendor"})
request.user = get_user()
response = views.vendors(request)
self.assertEqual(response.content.count("Showing 4 vendors"), 1)
def test_pending_approval_count_all_approved(self):
Vendor.objects.create(name="Test Vendor",
approval_status="approved")
request = RequestFactory().get('')
request.user = get_user(is_staff=True)
response = pending_approval_count(request)
self.assertEqual(response.content, "0")
def count_option_elements():
request = self.factory.get("")
request.user = get_user()
response = views.vendors(request)
content = BeautifulSoup(response.content)
neighborhood_element = filter(lambda x: x["name"] == "neighborhood", content.find_all("select"))[0]
return len(neighborhood_element.find_all("option"))
def test_get_random_unreviewed_mixed_unreviewed_vendors_and_reviewed(self):
v1 = Vendor.objects.create(name='tv1', approval_status='approved')
v2 = Vendor.objects.create(name='tv2', approval_status='approved')
v3 = Vendor.objects.create(name='tv3', approval_status='approved')
Review.objects.create(vendor=v1, approved=True, author=get_user())
self.assertIn(Vendor.approved_objects.get_random_unreviewed(),
[v2, v3])
def test_search_by_name_approved_only(self):
self.v4.approval_status = SF.QUARANTINED
self.v4.save()
request = self.factory.get("", {"current_query": "Vendor"})
request.user = get_user()
response = views.vendors(request)
self.assertEqual(response.content.count("Showing 3 vendors"), 1)
def count_option_elements():
request = self.factory.get('')
request.user = get_user()
response = views.vendors(request)
content = BeautifulSoup(response.content)
neighborhood_element = filter(
lambda x: x['name'] == 'neighborhood',
content.find_all('select'))[0]
return len(neighborhood_element.find_all('option'))
def test_search_by_name_approved_only(self):
self.v4.approval_status = 'quarantined'
self.v4.save()
request = self.factory.get('',
{'current_query': 'Vendor', })
request.user = get_user()
response = views.vendors(request)
self.assertEqual(response.content.count("Showing 3 vendors"), 1)
def setUp(self):
self.user = get_user()
self.vendor = Vendor(name="Test Vendor",
address="123 Main St")
self.vendor.save()
self.vegan_dish1 = VeganDish(name="Tofu Scramble")
self.vegan_dish1.save()
self.vegan_dish2 = VeganDish(name="Tempeh Hash")
self.vegan_dish2.save()
self.review1 = Review(vendor=self.vendor,
author=self.user,
content="ahhhh")
self.review1.save()
self.vendor.vegan_dishes.add(self.vegan_dish1)
self.vendor.vegan_dishes.add(self.vegan_dish2)
def test_vendor_list(self):
south_philly = Neighborhood.objects.create(name="South Philly")
west_philly = Neighborhood.objects.create(name="West Philly")
vegan = VegLevel.objects.create(name="vegan", description="vegan")
vegetarian = VegLevel.objects.create(name="vegetarian",
description="vegetarian")
model_rows = [
("test vendor 1", "123 Main Street", south_philly, "1234567890",
"www.example.com", vegan, "A great place to eat"),
("test vendor 2", "456 Main Street", west_philly, "0987654321",
"www.example.com", vegetarian, "The food is ok"),
]
expected_data = [
['name', 'address', 'neighborhood__name', 'phone', 'website',
'veg_level__name', 'notes'],
["test vendor 1", "123 Main Street", "South Philly", "1234567890",
"www.example.com", "vegan", "A great place to eat"],
["test vendor 2", "456 Main Street", "West Philly", "0987654321",
"www.example.com", "vegetarian", "The food is ok"]
]
for row in model_rows:
Vendor.objects.create(name=row[0],
address=row[1],
neighborhood=row[2],
phone=row[3],
website=row[4],
veg_level=row[5],
notes=row[6],
approval_status="approved")
request = RequestFactory().get('')
request.user = get_user(is_staff=True)
response = vendor_list(request)
self.assertCSVIsCorrect(response, expected_data)
def setUp(self):
self.user = get_user()
def test_get_random_unreviewed_with_only_unapproved_reviews(self):
v1 = Vendor.objects.create(name='tv1', approval_status=SF.APPROVED)
Review.objects.create(vendor=v1, approval_status=SF.PENDING,
author=get_user())
self.assertEqual(v1, Vendor.objects.approved().get_random_unreviewed())
def test_get_random_unreviewed_no_unreviewed_vendors(self):
v1 = Vendor.objects.create(name='tv1', approval_status=SF.APPROVED)
Review.objects.create(vendor=v1, approval_status=SF.APPROVED,
author=get_user())
self.assertEqual(None,
Vendor.objects.approved().get_random_unreviewed())
def test_get_random_unreviewed_mixed_unreviewed_vendors_and_reviewed(self):
v1 = Vendor.objects.create(name="tv1", approval_status=SF.APPROVED)
v2 = Vendor.objects.create(name="tv2", approval_status=SF.APPROVED)
v3 = Vendor.objects.create(name="tv3", approval_status=SF.APPROVED)
Review.objects.create(vendor=v1, approval_status=SF.APPROVED, author=get_user())
self.assertIn(Vendor.objects.approved().get_random_unreviewed(), [v2, v3])
def test_with_without_reviews_no_approved_reviews(self):
v1 = Vendor.objects.create(name='tv1', approval_status='approved')
Vendor.objects.create(name='tv2', approval_status='approved')
Review.objects.create(vendor=v1, author=get_user())
self.assertVendorCounts(2, 0)
def test_pending_approval_count_none(self):
request = RequestFactory().get('')
request.user = get_user(is_staff=True)
response = pending_approval_count(request)
self.assertEqual(response.content, "0")
def test_with_without_review_with_some_approved_reviews(self):
v1 = Vendor.objects.create(name="tv1", approval_status=SF.APPROVED)
v2 = Vendor.objects.create(name="tv2", approval_status=SF.APPROVED)
Review.objects.create(vendor=v1, approval_status=SF.APPROVED, author=get_user())
Review.objects.create(vendor=v2, approval_status=SF.PENDING, author=get_user())
self.assertVendorCounts(1, 1)
def setUp(self):
# mock the email function so that we can just see if it's called
email.send_new_vendor_approval = Mock()
self.user = get_user()
self.user.email = "*****@*****.**"
self.user.save()
def test_with_without_review_with_some_approved_reviews(self):
v1 = Vendor.objects.create(name='tv1', approval_status='approved')
v2 = Vendor.objects.create(name='tv2', approval_status='approved')
Review.objects.create(vendor=v1, approved=True, author=get_user())
Review.objects.create(vendor=v2, approved=False, author=get_user())
self.assertVendorCounts(1, 1)
def test_get_random_unreviewed_with_only_unapproved_reviews(self):
v1 = Vendor.objects.create(name='tv1', approval_status='approved')
Review.objects.create(vendor=v1, approved=False, author=get_user())
self.assertEqual(v1, Vendor.approved_objects.get_random_unreviewed())
def setUp(self):
self.factory = RequestFactory()
self.user = get_user()
def test_with_without_reviews_no_approved_reviews(self):
v1 = Vendor.objects.create(name="tv1", approval_status=SF.APPROVED)
Vendor.objects.create(name="tv2", approval_status=SF.APPROVED)
Review.objects.create(vendor=v1, author=get_user())
self.assertVendorCounts(2, 0)
