def test_simple_push_send(self, requests):
"""Verify that SimplePush registrations are called."""
u = UserFactory()
url = 'http://example.com/simple_push/asdf'
PushNotificationRegistration.objects.create(creator=u, push_url=url)
n = NotificationFactory(owner=u)
requests.put.assert_called_once_with(url, 'version={}'.format(n.id))
def test_simple_push_send(self, requests):
"""Verify that SimplePush registrations are called."""
response = mock.Mock()
response.status_code = 200
requests.put.return_value = response
u = UserFactory()
url = "http://example.com/simple_push/asdf"
PushNotificationRegistration.objects.create(creator=u, push_url=url)
n = NotificationFactory(owner=u)
requests.put.assert_called_once_with(url, "version={}".format(n.id))
def test_simple_push_retry(self, requests):
response = mock.MagicMock()
response.status_code = 503
response.json.return_value = {'errno': 202}
requests.put.return_value = response
u = UserFactory()
url = 'http://example.com/simple_push/asdf'
PushNotificationRegistration.objects.create(creator=u, push_url=url)
n = NotificationFactory(owner=u)
# The push notification handler should try, and then retry 3 times before giving up.
eq_(requests.put.call_args_list, [
((url, 'version={}'.format(n.id)), {}),
((url, 'version={}'.format(n.id)), {}),
((url, 'version={}'.format(n.id)), {}),
((url, 'version={}'.format(n.id)), {}),
])
def test_simple_push_not_sent(self, requests):
"""Verify that no request is made when there is no SimplePush registration."""
NotificationFactory()
requests.put.assert_not_called()
def test_set_is_read_false(self):
n = NotificationFactory(read_at=datetime.now())
n.is_read = False
assert n.read_at is None
def test_set_is_read_true(self):
n = NotificationFactory(read_at=None)
n.is_read = True
assert n.read_at is not None
def test_is_read_false(self):
n = NotificationFactory(read_at=None)
eq_(n.is_read, False)
def test_set_is_read_false(self):
n = NotificationFactory(read_at=datetime.now())
n.is_read = False
assert n.read_at is None
def test_set_is_read_true(self):
n = NotificationFactory(read_at=None)
n.is_read = True
assert n.read_at is not None
def test_is_read_true(self):
n = NotificationFactory(read_at=datetime.now())
eq_(n.is_read, True)
