def test_date_another_day(self):
# Add a specific date (in the past, as the business logic of not
# allowing appointments in the past will not have been applied
# yet.
self.fake_request.POST[u'anotherday'] = [u'11/28/2010']
result = process_POST_params(self.fake_request)
self.assertEqual(result['dates'], [self.today, date(2010, 11, 28)])
def test_date_tomorrow_without_today(self):
# Add tomorrow.
self.fake_request.POST[u'tomorrow'] = [u'on']
# Remove today.
del self.fake_request.POST[u'today']
result = process_POST_params(self.fake_request)
self.assertEqual(result['dates'], [self.today + timedelta(days=1)])
def test_location(self):
result = process_POST_params(self.fake_request)
self.assertEqual(result['lat_long'], {
u'lat': 37.7749295,
u'lng': -122.4194155
})
self.assertEqual(result['location_full_text'],
u'San Francisco, CA, USA')
def _get_results(request):
if __debug__:
_P(request.POST)
criteria = process_POST_params(request)
if __debug__:
print 'post process_POST_params() ->'
_P(criteria)
print
results = dumps(search_for_availabilities(**criteria))
return results, criteria
def test_date_tomorrow(self):
# Find tomorrow.
self.fake_request.POST[u'tomorrow'] = [u'on']
result = process_POST_params(self.fake_request)
self.assertEqual(result['dates'],
[self.today, self.today + timedelta(days=1)])
def test_date_today(self):
# Find today as per the request params above.
result = process_POST_params(self.fake_request)
self.assertEqual(result['dates'], [self.today])