def fill_stop(self, stop, node, kind):
"""Returns stop in the correct entity group"""
stop.stop_type = kind
stop.location = db.GeoPt(lat=node.lat, lon=node.lon)
stop.update_location()
stop.names = [node.name]
gov = []
for k,v in node.attr.items():
if k in ['alt_name', 'nat_name', 'old_name', 'reg_name', 'loc_name', 'official_name']:
stop.names.append(v)
if k.startswith('name:'):
# language specific
stop.names.append(v)
# adminstrative regions
if k.startswith('is_in:country'):
country = Country.get_or_insert(v, name=v, ascii_names=Normalize.normalize(v))
stop.country = country
if k.startswith('is_in:region') or k.startswith('is_in:state'):
# find the region with the best match (but must have some similarity to tag)
region_match = (0.6, "<no match>", "-")
for short_name,long_name in settings.REGIONS:
ndiff = difflib.SequenceMatcher(None,long_name,v)
if ndiff.ratio() > region_match[0]:
region_match = (ndiff.ratio(), unicode(long_name), unicode(short_name))
if region_match[1] != "<no match>":
logging.debug("Match %f for %s and %s" % region_match)
region = Region.get_or_insert(region_match[2],
name=region_match[1],
short_name=region_match[2],
ascii_names = Normalize.normalize("%s %s" % (long_name, short_name)))
region.put()
stop.region = region
else:
logging.warning("Unknown region, state or Bundesland: %s" % v)
if k.startswith('is_in:city') or k.startswith('is_in:municipality'):
comuna = Comuna.get_or_insert(v, name=v, ascii_names=Normalize.normalize(v))
stop.comuna = comuna
stop.ascii_names = []
for name in stop.names:
if name != "<no name>":
stop.ascii_names.extend(Normalize.normalize(name))
return stop
