def _get_entity_types(self):
entity_types = {}
new_entity_types = set()
for slug, et in self._entity_types.items():
et_category, created = EntityTypeCategory.objects.get_or_create(name=et['category'])
try:
entity_type = EntityType.objects.get(slug=slug)
created = False
except EntityType.DoesNotExist:
entity_type = EntityType(slug=slug)
created = True
entity_type.category = et_category
entity_type.slug = slug
if created:
entity_type.show_in_nearby_list = et['show_in_nearby_list']
entity_type.show_in_category_list = et['show_in_category_list']
entity_type.save()
for lang_code, lang_name in settings.LANGUAGES:
with override(lang_code):
set_name_in_language(entity_type, lang_code,
verbose_name=_(et['verbose_name']),
verbose_name_singular=_(et['verbose_name_singular']),
verbose_name_plural=_(et['verbose_name_plural']))
new_entity_types.add(slug)
entity_types[slug] = entity_type
for slug in new_entity_types:
subtype_of = self._entity_types[slug]['parent-types']
entity_types[slug].subtype_of.clear()
for s in subtype_of:
entity_types[slug].subtype_of.add(entity_types[s])
entity_types[slug].save()
return entity_types
def import_data(self, metadata, output):
"Imports places data from OpenStreetMap"
old_etag = metadata.get('etag', '')
request = AnyMethodRequest(self._url, method='HEAD')
response = urllib2.urlopen(request)
new_etag = response.headers['ETag'][1:-1]
self.output = output
if False and new_etag == old_etag:
output.write('OSM data not updated. Not updating.\n')
return
p = subprocess.Popen([self.SHELL_CMD % self._url], shell=True,
stdin=subprocess.PIPE, stdout=subprocess.PIPE, close_fds=True)
parser = make_parser()
parser.setContentHandler(OSMHandler(self._get_source(),
self._get_entity_types(),
lambda tags, type_list=None: self._find_types(tags, self._osm_tags if type_list is None else type_list),
output,
self._lat_north,
self._lat_south,
self._lon_west,
self._lon_east))
parser.parse(p.stdout)
for lang_code, lang_name in settings.LANGUAGES:
with override(lang_code):
self.disambiguate_titles(self._get_source())
return {
'etag': new_etag,
}
def _get_entity_types(self):
entity_types = {}
new_entity_types = set()
for slug, et in self._entity_types.items():
et_category, created = EntityTypeCategory.objects.get_or_create(name=et['category'])
try:
entity_type = EntityType.objects.get(slug=slug)
created = False
except EntityType.DoesNotExist:
entity_type = EntityType(slug=slug)
created = True
entity_type.category = et_category
entity_type.slug = slug
if created:
entity_type.show_in_nearby_list = et['show_in_nearby_list']
entity_type.show_in_category_list = et['show_in_category_list']
entity_type.save()
for lang_code, lang_name in settings.LANGUAGES:
with override(lang_code):
set_name_in_language(entity_type, lang_code,
verbose_name=_(et['verbose_name']),
verbose_name_singular=_(et['verbose_name_singular']),
verbose_name_plural=_(et['verbose_name_plural']))
new_entity_types.add(slug)
entity_types[slug] = entity_type
for slug in new_entity_types:
subtype_of = self._entity_types[slug]['parent-types']
entity_types[slug].subtype_of.clear()
for s in subtype_of:
entity_types[slug].subtype_of.add(entity_types[s])
entity_types[slug].save()
return entity_types
def languages(request):
languages = []
for language_code, language_name in settings.LANGUAGES:
with override(language_code):
languages.append((language_code, _(language_name)))
return {
'LANGUAGES': languages,
}
def languages(request):
languages = []
for language_code, language_name in settings.LANGUAGES:
with override(language_code):
languages.append((language_code, _(language_name)))
return {
'LANGUAGES': languages,
}
def _get_entity_type(self):
category, created = EntityTypeCategory.objects.get_or_create(name=ugettext_noop('Uncategorised'))
entity_type, created = EntityType.objects.get_or_create(
slug='post-code', category=category)
entity_type.slug = 'post-code'
if created:
entity_type.show_in_nearby_list = False
entity_type.show_in_category_list = False
entity_type.save()
for lang_code, lang_name in settings.LANGUAGES:
with override(lang_code):
set_name_in_language(entity_type, lang_code,
verbose_name=_('postcode'),
verbose_name_singular=_('a postcode'),
verbose_name_plural=_('postcodes'))
return entity_type
def _get_entity_types(self):
entity_types = {}
category, created = EntityTypeCategory.objects.get_or_create(
name=_('Transport'))
category.save()
for stop_type in self.entity_type_definitions:
et = self.entity_type_definitions[stop_type]
try:
entity_type = EntityType.objects.get(slug=et['slug'])
except EntityType.DoesNotExist:
entity_type = EntityType(slug=et['slug'])
entity_type.category = category
entity_type.uri = "http://mollyproject.org/schema/maps#%s" % et[
'uri-local']
if created:
entity_type.show_in_nearby_list = et['nearby']
entity_type.show_in_category_list = et['category']
entity_type.save()
for lang_code, lang_name in settings.LANGUAGES:
with override(lang_code):
set_name_in_language(entity_type,
lang_code,
verbose_name=ugettext(
et['verbose-name']),
verbose_name_singular=ugettext(
et['verbose-name-singular']),
verbose_name_plural=ugettext(
et['verbose-name-plural']))
entity_types[stop_type] = entity_type
for stop_type, entity_type in entity_types.items():
if entity_type.slug == 'public-transport-access-node':
continue
entity_type.subtype_of.add(entity_types[None])
if stop_type.startswith(
'MET'
) and stop_type != 'MET' and entity_type.slug != self.RAIL_STATION_DEFINITION[
'slug']:
entity_type.subtype_of.add(entity_types['MET'])
return entity_types
def _get_entity_type(self):
category, created = EntityTypeCategory.objects.get_or_create(
name=ugettext_noop('Uncategorised'))
entity_type, created = EntityType.objects.get_or_create(
slug='post-code', category=category)
entity_type.slug = 'post-code'
if created:
entity_type.show_in_nearby_list = False
entity_type.show_in_category_list = False
entity_type.save()
for lang_code, lang_name in settings.LANGUAGES:
with override(lang_code):
set_name_in_language(entity_type,
lang_code,
verbose_name=_('postcode'),
verbose_name_singular=_('a postcode'),
verbose_name_plural=_('postcodes'))
return entity_type
def import_data(self, metadata, output):
"Imports places data from OpenStreetMap"
old_etag = metadata.get('etag', '')
request = AnyMethodRequest(self._url, method='HEAD')
response = urllib2.urlopen(request)
new_etag = response.headers['ETag'][1:-1]
self.output = output
if not settings.DEBUG and new_etag == old_etag:
output.write('OSM data not updated. Not updating.\n')
return
parser = make_parser(['xml.sax.xmlreader.IncrementalParser'])
parser.setContentHandler(
OSMHandler(self._get_source(),
self._get_entity_types(),
lambda tags, type_list=None: self._find_types(
tags, self._osm_tags
if type_list is None else type_list),
output,
self._lat_north,
self._lat_south,
self._lon_west,
self._lon_east))
# Parse in 8k chunks
osm = urllib2.urlopen(self._url)
buffer = osm.read(8192)
bunzip = bz2.BZ2Decompressor()
while buffer:
parser.feed(bunzip.decompress(buffer))
buffer = osm.read(8192)
parser.close()
for lang_code, lang_name in settings.LANGUAGES:
with override(lang_code):
self.disambiguate_titles(self._get_source())
return {
'etag': new_etag,
}
def _get_entity_type(self):
try:
entity_type = EntityType.objects.get(slug='travel-alert')
created = False
except EntityType.DoesNotExist:
entity_type = EntityType(slug='travel-alert')
created = True
category, etc_created = EntityTypeCategory.objects.get_or_create(name=ugettext_noop('Transport'))
if created:
entity_type.show_in_nearby_list = False
entity_type.show_in_category_list = False
entity_type.category = category
entity_type.save()
for lang_code, lang_name in settings.LANGUAGES:
with override(lang_code):
set_name_in_language(entity_type, lang_code,
verbose_name=_('travel alert'),
verbose_name_singular=_('a travel alert'),
verbose_name_plural=_('travel alerts'))
return entity_type
def import_data(self, metadata, output):
"Imports places data from OpenStreetMap"
old_etag = metadata.get('etag', '')
request = AnyMethodRequest(self._url, method='HEAD')
response = urllib2.urlopen(request)
new_etag = response.headers['ETag'][1:-1]
self.output = output
if not settings.DEBUG and new_etag == old_etag:
output.write('OSM data not updated. Not updating.\n')
return
parser = make_parser(['xml.sax.xmlreader.IncrementalParser'])
parser.setContentHandler(OSMHandler(self._get_source(),
self._get_entity_types(),
lambda tags, type_list=None: self._find_types(tags, self._osm_tags if type_list is None else type_list),
output,
self._lat_north,
self._lat_south,
self._lon_west,
self._lon_east,
self.identities))
# Parse in 8k chunks
osm = urllib2.urlopen(self._url)
buffer = osm.read(8192)
bunzip = bz2.BZ2Decompressor()
while buffer:
parser.feed(bunzip.decompress(buffer))
buffer = osm.read(8192)
parser.close()
for lang_code, lang_name in settings.LANGUAGES:
with override(lang_code):
self.disambiguate_titles(self._get_source())
return {
'etag': new_etag,
}
def _get_entity_type(self):
try:
entity_type = EntityType.objects.get(slug='travel-alert')
created = False
except EntityType.DoesNotExist:
entity_type = EntityType(slug='travel-alert')
created = True
category, etc_created = EntityTypeCategory.objects.get_or_create(
name=ugettext_noop('Transport'))
if created:
entity_type.show_in_nearby_list = False
entity_type.show_in_category_list = False
entity_type.category = category
entity_type.save()
for lang_code, lang_name in settings.LANGUAGES:
with override(lang_code):
set_name_in_language(entity_type,
lang_code,
verbose_name=_('travel alert'),
verbose_name_singular=_('a travel alert'),
verbose_name_plural=_('travel alerts'))
return entity_type
def _get_entity_types(self):
entity_types = {}
category, created = EntityTypeCategory.objects.get_or_create(name=_('Transport'))
category.save()
for stop_type in self.entity_type_definitions:
et = self.entity_type_definitions[stop_type]
try:
entity_type = EntityType.objects.get(slug=et['slug'])
except EntityType.DoesNotExist:
entity_type = EntityType(slug=et['slug'])
entity_type.category = category
entity_type.uri = "http://mollyproject.org/schema/maps#%s" % et['uri-local']
if created:
entity_type.show_in_nearby_list = et['nearby']
entity_type.show_in_category_list = et['category']
entity_type.save()
for lang_code, lang_name in settings.LANGUAGES:
with override(lang_code):
set_name_in_language(entity_type, lang_code,
verbose_name=ugettext(et['verbose-name']),
verbose_name_singular=ugettext(et['verbose-name-singular']),
verbose_name_plural=ugettext(et['verbose-name-plural']))
entity_types[stop_type] = entity_type
for stop_type, entity_type in entity_types.items():
if entity_type.slug == 'public-transport-access-node':
continue
entity_type.subtype_of.add(entity_types[None])
if stop_type.startswith('MET') and stop_type != 'MET' and entity_type.slug != self.RAIL_STATION_DEFINITION['slug']:
entity_type.subtype_of.add(entity_types['MET'])
return entity_types
def endElement(self, name):
if name in ('node','way') and self.valid:
try:
types = self.find_types(self.tags)
except ValueError:
self.ignore_count += 1
return
# Ignore ways that lay partly outside our bounding box
if name == 'way' and not all(id in self.node_locations for id in self.nodes):
return
# We already have these from OxPoints, so leave them alone.
if self.tags.get('amenity') == 'library' and self.tags.get('operator') == 'University of Oxford':
return
# Ignore disused and under-construction entities
if self.tags.get('life_cycle', 'in_use') != 'in_use' or self.tags.get('disused') in ('1', 'yes', 'true'):
return
try:
entity = Entity.objects.get(source=self.source,
_identifiers__scheme='osm',
_identifiers__value=self.id)
created = True
except Entity.DoesNotExist:
entity = Entity(source=self.source)
created = False
if not 'osm' in entity.metadata or \
entity.metadata['osm'].get('attrs', {}).get('timestamp', '') < self.attrs['timestamp']:
if created:
self.create_count += 1
else:
self.modify_count += 1
if name == 'node':
entity.location = Point(self.node_location, srid=4326)
entity.geometry = entity.location
elif name == 'way':
cls = LinearRing if self.nodes[0] == self.nodes[-1] else LineString
entity.geometry = cls([self.node_locations[n] for n in self.nodes], srid=4326)
min_, max_ = (float('inf'), float('inf')), (float('-inf'), float('-inf'))
for lon, lat in [self.node_locations[n] for n in self.nodes]:
min_ = min(min_[0], lon), min(min_[1], lat)
max_ = max(max_[0], lon), max(max_[1], lat)
entity.location = Point( (min_[0]+max_[0])/2 , (min_[1]+max_[1])/2 , srid=4326)
else:
raise AssertionError("There should be no other types of entity we're to deal with.")
names = dict()
for lang_code, lang_name in settings.LANGUAGES:
with override(lang_code):
if '-' in lang_code:
tags_to_try = ('name:%s' % lang_code, 'name:%s' % lang_code.split('-')[0], 'name', 'operator')
else:
tags_to_try = ('name:%s' % lang_code, 'name', 'operator')
name = None
for tag_to_try in tags_to_try:
if self.tags.get(tag_to_try):
name = self.tags.get(tag_to_try)
break
if name is None:
try:
name = reverse_geocode(*entity.location)[0]['name']
if not name:
raise IndexError
name = u"↝ %s" % name
except IndexError:
name = u"↝ %f, %f" % (self.node_location[1], self.node_location[0])
names[lang_code] = name
entity.metadata['osm'] = {
'attrs': dict(self.attrs),
'tags': dict(zip((k.replace(':', '_') for k in self.tags.keys()), self.tags.values()))
}
entity.primary_type = self.entity_types[types[0]]
entity.save(identifiers={'osm': self.id})
for lang_code, name in names.items():
set_name_in_language(entity, lang_code, title=name)
entity.all_types = [self.entity_types[et] for et in types]
entity.update_all_types_completion()
else:
self.unchanged_count += 1
def add_stop(self, meta, entity_type, source, is_entrance):
# Check this entity is in an area
if self.areas != None:
in_area = False
for area in self.areas:
if meta['atco-code'].startswith(area):
in_area = True
if not in_area:
return
# See if we're updating an existing object, or creating a new one
try:
entity = Entity.objects.get(source=source,
_identifiers__scheme='atco',
_identifiers__value=meta['atco-code'])
except Entity.DoesNotExist:
entity = Entity(source=source)
except Entity.MultipleObjectsReturned:
# Handle clashes
Entity.objects.filter(source=source,
_identifiers__scheme='atco',
_identifiers__value=meta['atco-code']).delete()
entity = Entity(source=source)
common_name, indicator, locality, street = [meta.get(k) for k in
('common-name', 'indicator', 'locality-ref', 'street')]
if (common_name or '').endswith(' DEL') or \
(indicator or '').lower() == 'not in use' or \
'to define route' in (common_name or '') or \
'to def rte' in (common_name or '') or \
'to def route' in (common_name or '') or \
'def.rte' in (common_name or ''):
# In the NaPTAN list, but indicates it's an unused stop
return
if self.meta['stop-type'] in ('MET','GAT','FER', 'RLY'):
names = self.names
else:
names = dict()
for lang_code, lang_name in settings.LANGUAGES:
with override(lang_code):
# Try and find one in our preferred order
for lang in (lang_code, 'en', None):
if lang in self.names:
common_name = self.names[lang]
break
# Expand abbreviations in indicators
if indicator is not None:
parts = []
for part in indicator.split():
parts.append({
# Translators: This is referring to bus stop location descriptions
'op': ugettext('Opposite'),
'opp': ugettext('Opposite'),
'opposite': ugettext('Opposite'),
# Translators: This is referring to bus stop location descriptions
'adj': ugettext('Adjacent'),
# Translators: This is referring to bus stop location descriptions
'outside': ugettext('Outside'),
'o/s': ugettext('Outside'),
# Translators: This is referring to bus stop location descriptions
'nr': ugettext('Near'),
# Translators: This is referring to bus stop location descriptions
'inside': ugettext('Inside'),
# Translators: This is referring to bus stop location descriptions
'stp': ugettext('Stop'),
}.get(part.lower(), part))
indicator = ' '.join(parts)
if indicator is None and self.meta['stop-type'] in ('AIR', 'FTD', 'RSE', 'TMU', 'BCE'):
# Translators: This is referring to public transport entities
title = ugettext('Entrance to %s') % common_name
elif indicator is None and self.meta['stop-type'] in ('FBT',):
# Translators: This is referring to ferry ports
title = ugettext('Berth at %s') % common_name
elif indicator is None and self.meta['stop-type'] in ('RPL','PLT'):
# Translators: This is referring to rail and metro stations
title = ugettext('Platform at %s') % common_name
elif indicator is not None and indicator.lower() != 'none' \
and indicator not in common_name:
title = indicator + ' ' + common_name
else:
title = common_name
if street not in (None, '-', '---'):
# Deal with all-caps street names
if street.upper() == street:
fixedstreet = ''
wordstart = True
for letter in street:
if wordstart:
wordstart = False
fixedstreet += letter
continue
elif letter == ' ':
wordstart = True
fixedstreet += letter
continue
else:
fixedstreet += letter.lower()
street = fixedstreet
if street not in title:
title += ', ' + street
locality_lang = self.nptg_localities.get(locality)
if locality_lang != None:
for lang in (lang_code, 'en', 'cy'):
if lang in locality_lang:
if locality_lang[lang] != street:
title += ', ' + locality_lang[lang]
break
names[lang_code] = title
entity.primary_type = entity_type
entity.is_entrance = is_entrance
if not entity.metadata:
entity.metadata = {}
entity.metadata['naptan'] = meta
entity.location = Point(float(meta['longitude']), float(meta['latitude']), srid=4326)
entity.geometry = entity.location
if meta['atco-code'] in self.tube_references:
entity.metadata['london-underground-identifiers'] = self.tube_references[meta['atco-code']]
identifiers = {
'atco': meta['atco-code'],
}
if 'naptan-code' in meta:
meta['naptan-code'] = ''.join(map(self.naptan_dial, meta['naptan-code']))
identifiers['naptan'] = meta['naptan-code']
if 'plate-code' in meta:
identifiers['plate'] = meta['plate-code']
if 'crs' in meta:
identifiers['crs'] = meta['crs']
if 'tiploc' in meta:
identifiers['tiploc'] = meta['tiploc']
if indicator != None and re.match('Stop [A-Z]\d\d?', indicator):
identifiers['stop'] = indicator[5:]
entity.save(identifiers=identifiers)
for lang_code, name in names.items():
# This is the NaPTAN, so default to English
if lang_code is None: lang_code = 'en'
set_name_in_language(entity, lang_code, title=name)
entity.all_types = (entity_type,)
entity.update_all_types_completion()
entity.groups.clear()
for stop_area in self.stop_areas:
sa, created = EntityGroup.objects.get_or_create(source=source, ref_code=stop_area)
entity.groups.add(sa)
entity.save()
return entity
def endElement(self, name):
if name in ('node', 'way') and self.valid:
try:
types = self.find_types(self.tags)
except ValueError:
self.ignore_count += 1
return
# Ignore ways that lay partly outside our bounding box
if name == 'way' and not all(id in self.node_locations
for id in self.nodes):
return
# Ignore disused and under-construction entities
if self.tags.get('life_cycle',
'in_use') != 'in_use' or self.tags.get(
'disused') in ('1', 'yes', 'true'):
return
# Memory management in debug mode
reset_queries()
if self.id in self.identities:
entity = get_entity(*self.identities[self.id].split(':'))
entity.metadata['osm'] = {
'attrs':
dict(self.attrs),
'tags':
dict(
zip((k.replace(':', '_') for k in self.tags.keys()),
self.tags.values()))
}
identifiers = entity.identifiers
identifiers.update({'osm': self.id})
entity.save(identifiers=identifiers)
entity.all_types = set(entity.all_types.all()) | set(
self.entity_types[et] for et in types)
entity.update_all_types_completion()
self.ids.remove(self.id)
else:
try:
entity = Entity.objects.get(source=self.source,
_identifiers__scheme='osm',
_identifiers__value=self.id)
created = False
except Entity.DoesNotExist:
entity = Entity(source=self.source)
created = True
if not 'osm' in entity.metadata or \
entity.metadata['osm'].get('attrs', {}).get('timestamp', '') < self.attrs['timestamp']:
if created:
self.create_count += 1
else:
self.modify_count += 1
if name == 'node':
entity.location = Point(self.node_location, srid=4326)
entity.geometry = entity.location
elif name == 'way':
cls = LinearRing if self.nodes[0] == self.nodes[
-1] else LineString
entity.geometry = cls(
[self.node_locations[n] for n in self.nodes],
srid=4326)
min_, max_ = (float('inf'),
float('inf')), (float('-inf'),
float('-inf'))
for lon, lat in [
self.node_locations[n] for n in self.nodes
]:
min_ = min(min_[0], lon), min(min_[1], lat)
max_ = max(max_[0], lon), max(max_[1], lat)
entity.location = Point((min_[0] + max_[0]) / 2,
(min_[1] + max_[1]) / 2,
srid=4326)
else:
raise AssertionError(
"There should be no other types of entity we're to deal with."
)
names = dict()
for lang_code, lang_name in settings.LANGUAGES:
with override(lang_code):
if '-' in lang_code:
tags_to_try = ('name:%s' % lang_code,
'name:%s' %
lang_code.split('-')[0], 'name',
'operator')
else:
tags_to_try = ('name:%s' % lang_code, 'name',
'operator')
name = None
for tag_to_try in tags_to_try:
if self.tags.get(tag_to_try):
name = self.tags.get(tag_to_try)
break
if name is None:
try:
name = reverse_geocode(
*entity.location)[0]['name']
if not name:
raise IndexError
name = u"↝ %s" % name
except IndexError:
name = u"↝ %f, %f" % (
self.node_location[1],
self.node_location[0])
names[lang_code] = name
entity.metadata['osm'] = {
'attrs':
dict(self.attrs),
'tags':
dict(
zip((k.replace(':', '_')
for k in self.tags.keys()),
self.tags.values()))
}
entity.primary_type = self.entity_types[types[0]]
identifiers = entity.identifiers
identifiers.update({'osm': self.id})
entity.save(identifiers=identifiers)
for lang_code, name in names.items():
set_name_in_language(entity, lang_code, title=name)
entity.all_types = [self.entity_types[et] for et in types]
entity.update_all_types_completion()
else:
self.unchanged_count += 1
def add_stop(self, meta, entity_type, source):
# Check this entity is in an area
if self.areas != None:
in_area = False
for area in self.areas:
if meta['atco-code'].startswith(area):
in_area = True
if not in_area:
return
# See if we're updating an existing object, or creating a new one
try:
entity = Entity.objects.get(source=source,
_identifiers__scheme='atco',
_identifiers__value=meta['atco-code'])
except Entity.DoesNotExist:
entity = Entity(source=source)
except Entity.MultipleObjectsReturned:
# Handle clashes
Entity.objects.filter(
source=source,
_identifiers__scheme='atco',
_identifiers__value=meta['atco-code']).delete()
entity = Entity(source=source)
common_name, indicator, locality, street = [
meta.get(k)
for k in ('common-name', 'indicator', 'locality-ref', 'street')
]
if (common_name or '').endswith(' DEL') or \
(indicator or '').lower() == 'not in use' or \
'to define route' in (common_name or '') or \
'to def rte' in (common_name or '') or \
'to def route' in (common_name or '') or \
'def.rte' in (common_name or ''):
# In the NaPTAN list, but indicates it's an unused stop
return
if self.meta['stop-type'] in ('MET', 'GAT', 'FER', 'RLY'):
names = self.names
else:
names = dict()
for lang_code, lang_name in settings.LANGUAGES:
with override(lang_code):
# Try and find one in our preferred order
for lang in (lang_code, 'en', None):
if lang in self.names:
common_name = self.names[lang]
break
# Expand abbreviations in indicators
if indicator is not None:
parts = []
for part in indicator.split():
parts.append({
# Translators: This is referring to bus stop location descriptions
'op': ugettext('Opposite'),
'opp': ugettext('Opposite'),
'opposite': ugettext('Opposite'),
# Translators: This is referring to bus stop location descriptions
'adj': ugettext('Adjacent'),
# Translators: This is referring to bus stop location descriptions
'outside': ugettext('Outside'),
'o/s': ugettext('Outside'),
# Translators: This is referring to bus stop location descriptions
'nr': ugettext('Near'),
# Translators: This is referring to bus stop location descriptions
'inside': ugettext('Inside'),
# Translators: This is referring to bus stop location descriptions
'stp': ugettext('Stop'),
}.get(part.lower(), part))
indicator = ' '.join(parts)
if indicator is None and self.meta['stop-type'] in (
'AIR', 'FTD', 'RSE', 'TMU', 'BCE'):
# Translators: This is referring to public transport entities
title = ugettext('Entrance to %s') % common_name
elif indicator is None and self.meta['stop-type'] in (
'FBT', ):
# Translators: This is referring to ferry ports
title = ugettext('Berth at %s') % common_name
elif indicator is None and self.meta['stop-type'] in (
'RPL', 'PLT'):
# Translators: This is referring to rail and metro stations
title = ugettext('Platform at %s') % common_name
elif indicator is not None and indicator.lower() != 'none' \
and indicator not in common_name:
title = indicator + ' ' + common_name
else:
title = common_name
if street != None and street != '-':
# Deal with all-caps street names
if street.upper() == street:
fixedstreet = ''
wordstart = True
for letter in street:
if wordstart:
wordstart = False
fixedstreet += letter
continue
elif letter == ' ':
wordstart = True
fixedstreet += letter
continue
else:
fixedstreet += letter.lower()
street = fixedstreet
if street not in title:
title += ', ' + street
locality_lang = self.nptg_localities.get(locality)
if locality_lang != None:
for lang in (lang_code, 'en', 'cy'):
if lang in locality_lang:
if locality_lang[lang] != street:
title += ', ' + locality_lang[lang]
break
names[lang_code] = title
entity.primary_type = entity_type
if not entity.metadata:
entity.metadata = {}
entity.metadata['naptan'] = meta
entity.location = Point(float(meta['longitude']),
float(meta['latitude']),
srid=4326)
entity.geometry = entity.location
if meta['atco-code'] in self.tube_references:
entity.metadata[
'london-underground-identifiers'] = self.tube_references[
meta['atco-code']]
identifiers = {
'atco': meta['atco-code'],
}
if 'naptan-code' in meta:
meta['naptan-code'] = ''.join(
map(self.naptan_dial, meta['naptan-code']))
identifiers['naptan'] = meta['naptan-code']
if 'plate-code' in meta:
identifiers['plate'] = meta['plate-code']
if 'crs' in meta:
identifiers['crs'] = meta['crs']
if indicator != None and re.match('Stop [A-Z]\d\d?', indicator):
identifiers['stop'] = indicator[5:]
entity.save(identifiers=identifiers)
for lang_code, name in names.items():
# This is the NaPTAN, so default to English
if lang_code is None: lang_code = 'en'
set_name_in_language(entity, lang_code, title=name)
entity.all_types = (entity_type, )
entity.update_all_types_completion()
entity.groups.clear()
for stop_area in self.stop_areas:
sa, created = EntityGroup.objects.get_or_create(source=source,
ref_code=stop_area)
entity.groups.add(sa)
entity.save()
return entity