def geoloc2location(gl, save=False):
names = 'name,geonameid,coordinates_polygon,latitude,longitude,information'.split(
',')
kw = dict([[n, getattr(gl, n)] for n in names])
l = Location(**kw)
l.location_type = LocationType.objects.get(name=gl.location_type.lower())
l.location_status = LocationStatus.objects.get(name='non-fiction')
l.location_precision = LocationPrecision.objects.get(name='exact')
ul = gl.user_locs.all()
l.active = True if ul.count() > 0 else False
if save: l.save()
return l
def handle_not_handled(nh):
userlocs = []
locs = []
pks = []
for line in nh:
key, ul_info, field = line
pk = int(ul_info[-3])
instance = get_instance(*key.split(','))
if pk not in pks:
pks.append(pk)
ul = UserLoc.objects.get(pk=pk)
print(ul)
try:
l = Location.objects.get(geonameid=ul.name)
except:
l = Location(name=ul.name, geonameid=ul.name)
l.location_type = LocationType.objects.get(
name=ul.loc_type.name)
l.location_precision = LocationPrecision.objects.get(
name=ul.loc_precision)
l.location_status = LocationStatus.objects.get(name=ul.status)
l.active = True
l.save()
print('made', l)
else:
print(l, 'already made')
for geonameid in ul_info[3].split('|'):
print('geonameid', geonameid)
if not geonameid: continue
rl = Location.objects.get(geonameid=geonameid)
if rl.pk == l.pk: continue
print('adding location:', rl)
l.relations.add(rl)
userlocs.append(ul)
locs.append(l)
print('---')
locations = [Location.objects.get(geonameid=ul_info[-2])]
_set_location(instance, field, locations, key, ul_info)
return (userlocs, locs)