def find_city(self):
'''
Find the city of a place, using it's coordinates
and the CityFinder algorithm (fast)
'''
cf = CityFinder(self.get_point())
city = cf.search()
if city is not None:
self.city = city
def import_place(self, venue, search_city):
categories = self._categories.filter(foursquare_id__in=[c['id'] for c in venue['categories']])
pos = (float(venue['location']['lat']), float(venue['location']['lng']))
cf = CityFinder(pos)
city = cf.search()
if city is None:
raise Exception('No city found')
if city != search_city:
print 'City mismatch search:"%s" vs. found:"%s"' % (search_city, city)
location = geojson.Point(pos)
defaults = {
'name' : venue['name'],
'city' : city,
'creator' : self._user,
'address' : venue['location'].get('address', ''),
'geojson' : geojson.dumps(location),
}
place, created = Place.objects.get_or_create(foursquare_id=venue['id'], defaults=defaults)
if not created:
for k,v in defaults.items():
setattr(place, k, v)
place.find_subways()
place.categories = categories
print '%s place %d %s' % (created and 'Created' or 'Updated', place.id, place.name)
# Add instagram
try:
res = self._instagram.location_search(foursquare_v2_id=place.foursquare_id)
if not len(res):
raise Exception('No instagram location found')
location = res[0]
place.instagram_id = location.id
print 'Linked to instagram id %s' % (location.id,)
except Exception, e:
print 'Instagram failed: %s' % str(e)
