def get_regions_by_city_id(city_id):
result = region_service.get_regions_by_cityid(city_id)
for region in result:
region['_area'] = region_service._format_region_area(region['area'])
dic_fields_process(
region,
excludes=['has_geohash', 'created_at', 'color', 'city_id', 'area'])
return result
def get(pk):
pk = int(pk)
if not check_region(pk=pk):
raise_auth_exc(AUTH_FAILED_ERROR)
result = region_base.get(pk)
dic_fields_process(result, excludes=['has_geohash', 'color'])
result['_area'] = back_area_to_front_area(result['area'])
if result['type_code'] == WHITE_COLLAR_TYPE_CODE:
result['buildings'] = _get_building_by_region_id(result['id'])
return result
def get(pk):
pk = int(pk)
if not check_region(pk=pk):
raise_auth_exc(AUTH_FAILED_ERROR)
result = region_base.get(pk)
dic_fields_process(result, excludes=['has_geohash', 'color'])
result['_area'] = back_area_to_front_area(result['area'])
if result['type_code'] == WHITE_COLLAR_TYPE_CODE:
result['buildings'] = _get_building_by_region_id(result['id'])
return result
def city_filter(city):
city_fields_include = ['id', 'name', 'sort', 'district_code', 'abbr',
'area_code', 'longitude', 'latitude', 'is_map', 'pinyin', '_districts']
district_fields_include = ['id', 'name', '_zones']
zone_fields_include = ['id', 'name', '_entries']
districts = city.get('_districts', [])
zones = reduce(
operator.add, [district.get('_zones', []) for district in districts], [])
dic_fields_process(city, city_fields_include)
[dic_fields_process(district, district_fields_include)
for district in districts]
[dic_fields_process(zone, zone_fields_include) for zone in zones]
return city
def get_regions_by_city_id():
args_spec = {
'city_id': Arg(int),
}
if not check_get_regions_by_city_id():
raise_auth_exc(AUTH_FAILED_ERROR)
args = args_parser.parse(args_spec)
city_id = args['city_id']
result = region_base.get_regions_by_city_id(city_id)
for region in result:
region['_area'] = back_area_to_front_area(region['area'])
if region['type_code'] == WHITE_COLLAR_TYPE_CODE:
region['buildings'] = _get_building_by_region_id(region['id'])
dic_fields_process(region, excludes=['has_geohash', 'color'])
return result
def get_regions_by_city_id():
args_spec = {
'city_id': Arg(int),
}
if not check_get_regions_by_city_id():
raise_auth_exc(AUTH_FAILED_ERROR)
args = args_parser.parse(args_spec)
city_id = args['city_id']
result = region_base.get_regions_by_city_id(city_id)
for region in result:
region['_area'] = back_area_to_front_area(region['area'])
if region['type_code'] == WHITE_COLLAR_TYPE_CODE:
region['buildings'] = _get_building_by_region_id(region['id'])
dic_fields_process(region, excludes=['has_geohash', 'color'])
return result
def city_filter(city):
city_fields_include = [
'id', 'name', 'sort', 'district_code', 'abbr', 'area_code',
'longitude', 'latitude', 'is_map', 'pinyin', '_districts'
]
district_fields_include = ['id', 'name', '_zones']
zone_fields_include = ['id', 'name', '_entries']
districts = city.get('_districts', [])
zones = reduce(operator.add,
[district.get('_zones', []) for district in districts], [])
dic_fields_process(city, city_fields_include)
[
dic_fields_process(district, district_fields_include)
for district in districts
]
[dic_fields_process(zone, zone_fields_include) for zone in zones]
return city
def get_regions_by_city_id(city_id):
result = region_service.get_regions_by_cityid(city_id)
for region in result:
region['_area'] = region_service._format_region_area(region['area'])
dic_fields_process(region, excludes=['has_geohash', 'created_at', 'color', 'city_id', 'area' ])
return result
