def import_city(self):
uptodate = self.download_once('city')
if uptodate and not self.force:
return
data = self.get_data('city')
self.build_country_index()
self.build_region_index()
cnt = 0
print('Importing city data ...')
for items in self.parse(data):
cnt += 1
type = items[7]
if type not in conf['CITY_TYPES']:
continue
city = City()
city.id = int(items[0]) # geoname_id
city.name = items[1] # Real name
city.lat = float(items[4]) # latitude in decimal degrees (wgs84)
city.lng = float(items[5]) # longitude in decimal degrees (wgs84)
city.population = items[14]
# Find country
try:
city.country = self.country_index[items[8]]
except:
print('Skip city "{0}", no related country found!'
.format(city.id))
continue
# Find region
try:
rc = '{0}.{1}'.format(items[8].upper(), items[10])
city.region = self.region_index[rc]
except:
print('Skip city "{0}", no related region found!'
.format(city.id))
continue
city.save()
print('{0} cities imported.'.format(cnt))
def import_city(self):
uptodate = self.download_once('city')
if uptodate and not self.force:
return
data = self.get_data('city')
self.build_country_index()
self.build_region_index()
cnt = 0
print('Importing city data ...')
for items in self.parse(data):
cnt += 1
type = items[7]
if type not in conf['CITY_TYPES']:
continue
city = City()
city.id = int(items[0]) # geoname_id
city.name = items[1] # Real name
city.lat = float(items[4]) # latitude in decimal degrees (wgs84)
city.lng = float(items[5]) # longitude in decimal degrees (wgs84)
city.population = items[14]
# Find country
try:
city.country = self.country_index[items[8]]
except:
print('Skip city "{0}", no related country found!'.format(
city.id))
continue
# Find region
try:
rc = '{0}.{1}'.format(items[8].upper(), items[10])
city.region = self.region_index[rc]
except:
print('Skip city "{0}", no related region found!'.format(
city.id))
continue
city.save()
print('{0} cities imported.'.format(cnt))
