def get_venue_from_google(data):
name = data.get("geo_venue")
street = data.get("geo_street")
street_number = data.get("geo_street_number")
city = City.objects.filter(
Q(name_std=data.get("geo_city").encode('utf8')) |
Q(name=data.get("geo_city"))
)
country = Country.objects.get(name='Canada')
location = Point((
float(data.get("geo_longtitude")),
float(data.get("geo_latitude"))
))
if city.count() > 1:
city = find_nearest_city(location, city)
elif not city.count():
city = City.objects.distance(location).order_by('distance')[0]
else:
city = city[0]
try:
venue = Venue.objects.get(name=name, street=street, city=city, country=country, suggested=False)
except:
venue = Venue(name=name, street=street, city=city, country=country, location=location, suggested=False)
venue.street_number = street_number
venue.save()
return venue
def save_venue(request):
venue_identifier = request.POST["venue_identifier"]
if venue_identifier:
return Venue.objects.get(id=int(venue_identifier))
name = request.POST["venue_name"]
street = request.POST["street"]
location = Point((
float(request.POST["location_lng"]),
float(request.POST["location_lat"])
))
if request.POST["city_identifier"]:
city = City.objects.get(id=int(request.POST["city_identifier"]))
else:
cities = City.objects.filter(
Q(name_std=request.POST["geo_city"].encode('utf8')) |
Q(name=request.POST["geo_city"])
)
if cities.count() > 1:
city = find_nearest_city(location, cities)
elif not cities.count():
city = City.objects.distance(location).order_by('distance')[0]
else:
city = cities[0]
country = Country.objects.get(name='Canada')
venue, created = Venue.objects.get_or_create(name=name, street=street, city=city, country=country, location=location)
return venue
def get_venue_from_google(data):
name = data.get("geo_venue")
street = data.get("geo_street")
street_number = data.get("geo_street_number")
city = City.objects.filter(
Q(name_std=data.get("geo_city").encode('utf8'))
| Q(name=data.get("geo_city")))
country = Country.objects.get(name='Canada')
location = Point(
(float(data.get("geo_longtitude")), float(data.get("geo_latitude"))))
if city.count() > 1:
city = find_nearest_city(location, city)
elif not city.count():
city = City.objects.distance(location).order_by('distance')[0]
else:
city = city[0]
try:
venue = Venue.objects.get(name=name,
street=street,
city=city,
country=country,
suggested=False)
except:
venue = Venue(name=name,
street=street,
city=city,
country=country,
location=location,
suggested=False)
venue.street_number = street_number
venue.save()
return venue
def city(self):
if self.lat_lon:
return find_nearest_city(Point(self.lat_lon[::-1]))
else:
return None
def canadian_region(self):
if self.lat_lon:
nearest_city = find_nearest_city(Point(self.lat_lon[::-1]))
return nearest_city.region
else:
return None
def city(self):
if self.lat_lon:
return find_nearest_city(Point(self.lat_lon[::-1]))
else:
return None
def canadian_region(self):
if self.lat_lon:
nearest_city = find_nearest_city(Point(self.lat_lon[::-1]))
return nearest_city.region
else:
return None