def save(self, *args, **kwargs):
from places.helper import check_link_against_blacklist
from places.google_places_helper import fetch_details_for_place_id
if self.gift_card_url and not check_link_against_blacklist(
self.gift_card_url):
raise Exception("Bad Link Saved")
# if self.lat and self.lng:
# self.geom = Point([float(x) for x in (self.lng, self.lat)], srid=4326)
r, _, _ = fetch_details_for_place_id(self.place_id)
if not r:
raise Exception("Failed to fetch details from google api")
self.lat = r['geometry']['location']['lat']
self.lng = r['geometry']['location']['lng']
self.geom = Point(float(self.lng), float(self.lat), srid=4326)
super(self.__class__, self).save(*args, **kwargs)
def accept_place(modeladmin, request, queryset, accept_link=True):
from places.google_places_helper import fetch_details_for_place_id
# we listify the queryset since we're going to edit objects such that they won't appear
# in the queryset anymore
any_added = False
for suggestion in list(queryset):
place_id = suggestion.place_id
try:
p = Place.objects.get(place_id=place_id)
except Place.DoesNotExist:
any_added = True
p = Place(place_id=place_id)
r, photo_url, photo_attrib = fetch_details_for_place_id(place_id)
if not r.get(
'rating'
): # probably not meaningful place, or Google returned NOT_FOUND
suggestion.processed = True
suggestion.save()
continue
p.name = r['name']
p.address = r['formatted_address']
p.image_url = photo_url
p.user_rating = r['rating']
p.num_ratings = r['user_ratings_total']
p.place_types = ','.join(r.get('types', []))
p.place_url = r.get('website')
lat, lng = r['geometry']['location']['lat'], r['geometry'][
'location']['lng']
p.lat = lat
p.lng = lng
p.image_attribution = photo_attrib
if accept_link:
p.gift_card_url = check_link_against_blacklist(
suggestion.gift_card_url) or p.gift_card_url
p.donation_url = p.donation_url or suggestion.donation_url
p.email_contact = suggestion.email or p.email_contact
p.save()
suggestion.processed = True
suggestion.save()
if any_added:
# Note: this is a fairly expensive operation, but should be ok to run
# once at the end of an admin action
Area.update_area_for_all_places()
def save(self, *args, **kwargs):
from places.google_places_helper import fetch_details_for_place_id
r, photo_url, photo_attrib = fetch_details_for_place_id(self.place_id)
self.name = r['name']
self.address = r['formatted_address']
if r['rating']:
self.user_rating = r['rating']
self.num_ratings = r['user_ratings_total']
self.place_types = ','.join(r.get('types', []))
self.place_url = r.get('website')
lat, lng = r['geometry']['location']['lat'], r['geometry']['location']['lng']
self.lat = lat
self.lng = lng
self.image_url = photo_url
self.image_attribution = photo_attrib
from places.helper import check_link_against_blacklist
if self.gift_card_url and not check_link_against_blacklist(self.gift_card_url):
raise Exception("Bad Link Saved")
if (self.lat and self.lng):
self.geom = Point([float(x) for x in (self.lng, self.lat)], srid=4326)
super(self.__class__, self).save(*args, **kwargs)
lng = centroid.x
elif row.get('Location') and not pd.isna(row['Location']):
lat, lng = [x.strip() for x in row['Location'].split(',')]
elif row.get('Geometry') and not pd.isna(row['Geometry']):
geometry_json = json.loads(row['Geometry'])
xmin = geometry_json['geometry']['viewport']['southwest']['lng']
ymin = geometry_json['geometry']['viewport']['southwest']['lat']
xmax = geometry_json['geometry']['viewport']['northeast']['lng']
ymax = geometry_json['geometry']['viewport']['northeast']['lat']
bbox = (xmin, ymin, xmax, ymax)
n.bounds = Polygon.from_bbox(bbox)
lat = geometry_json['geometry']['location']['lat']
lng = geometry_json['geometry']['location']['lng']
elif row.get('Place Id') and not pd.isna(row['Place Id']):
place_id = row['Place Id']
r, photo_url, photo_attrib = fetch_details_for_place_id(place_id)
geometry_json = r['geometry']
xmin = geometry_json['viewport']['southwest']['lng']
ymin = geometry_json['viewport']['southwest']['lat']
xmax = geometry_json['viewport']['northeast']['lng']
ymax = geometry_json['viewport']['northeast']['lat']
bbox = (xmin, ymin, xmax, ymax)
n.bounds = Polygon.from_bbox(bbox)
lat = geometry_json['location']['lat']
lng = geometry_json['location']['lng']
else:
print("missing necessary data!")
continue
n.lat = lat
n.lng = lng
n.area = area
