def test_stadtstaat():
"""
Test heuristic OSM improvements re. ``city`` attribute for Stadtstaaten.
"""
location = resolve_location(latitude=53.112, longitude=8.896)
improve_location(location)
assert location.address.suburb == 'Horn-Lehe'
assert location.address.city_district == 'Stadtbezirk Bremen-Ost'
assert location.address.city == 'Bremen'
assert location.address.state == 'Bremen'
name = format_address(location)
assert name == 'Flemingstraße, Horn-Lehe, Bremen-Ost, Bremen, DE'
location = resolve_location(latitude=52.544, longitude=13.374)
improve_location(location)
assert location.address.suburb == 'Gesundbrunnen'
assert location.address.city_district == 'Mitte'
assert location.address.city == 'Berlin'
assert location.address.state == 'Berlin'
name = format_address(location)
assert name == 'Gerichtstraße, Gesundbrunnen, Mitte, Berlin, DE'
location = resolve_location(latitude=53.448, longitude=10.228)
improve_location(location)
assert location.address.suburb == 'Curslack'
assert location.address.city_district == 'Bergedorf'
assert location.address.city == 'Hamburg'
assert location.address.state == 'Hamburg'
name = format_address(location)
assert name == 'Curslacker Deich, Curslack, Bergedorf, Hamburg, DE'
def test_resolve_location():
"""
Test reverse geocoding.
"""
location = resolve_location(latitude=48.778, longitude=9.236)
assert location.address.city == 'Stuttgart'
assert location.address_more.building == 'Kulturhaus ARENA'
# Test reverse geocoding by geohash.
location = resolve_location(geohash="u0wt6pv2qqhz")
assert location.address.state == 'Baden-Württemberg'
def test_city_missing():
"""
Test heuristic OSM improvements re. ``city`` attribute.
"""
location = resolve_location(latitude=48.578, longitude=9.18)
improve_location(location)
assert location.address.city == 'Pliezhausen'
location = resolve_location(latitude=48.8, longitude=9.002)
improve_location(location)
assert location.address.city == 'Leonberg'
location = resolve_location(latitude=24.074, longitude=120.34)
improve_location(location)
assert location.address.city == 'unknown'
def test_resolve_location_latlon():
"""
Test reverse geocoding with latitude/longitude.
"""
location = resolve_location(latitude=48.778, longitude=9.236)
assert location.address.county == 'Stuttgart'
assert location.address_more.building == 'Kulturhaus ARENA'
def test_country_patches():
"""
Fix `"country": "RP"` to `"country": "Poland"`.
"""
location = resolve_location(latitude=51.72, longitude=19.48)
improve_location(location)
assert location.address.country == 'Poland'
name = format_address(location)
assert name == 'Rentowna, Górna, Łódź-Górna, Łódź, łódzkie, PL'
location = resolve_location(latitude=19.806, longitude=-70.704)
improve_location(location)
assert location.address.country == 'Dominican Republic'
name = format_address(location)
assert name == 'Guayacanes, Costámbar, Puerto Plata, DO'
def test_something():
location = resolve_location(latitude=52.181, longitude=7.630)
improve_location(location)
#log.info(location)
name = format_address(location)
assert name == 'Holunderbusch, Saerbeck, Steinfurt, Nordrhein-Westfalen, DE'
def test_improve_location():
"""
Test reverse geocoding with heuristic improvements.
"""
location = resolve_location(latitude=48.778, longitude=9.236)
improve_location(location)
assert location.address.city == 'Stuttgart'
assert location.address_more.building == 'Kulturhaus ARENA'
def test_format_address():
"""
Test address formatting.
"""
location = resolve_location(latitude=48.778, longitude=9.236)
improve_location(location)
name = format_address(location)
assert name == 'Ulmer Straße, Wangen, Stuttgart, Baden-Württemberg, DE'
def test_format_address():
"""
Test address formatting with heuristic improvements.
"""
location = resolve_location(latitude=48.778, longitude=9.236)
improve_location(location)
name = format_address(location)
assert name == 'Zwischenangriff Ulmer Straße, Wangen, Stuttgart, Baden-Württemberg, DE'
def test_road_unknown():
"""
Road unknown.
"""
# From `neighbourhood` attribute (ex).
location = resolve_location(latitude=27.222, longitude=78.01)
improve_location(location)
assert location.address.road == 'Unknown Road'
name = format_address(location)
assert name == 'Civil Lines, Agra, Uttar Pradesh, IN'
# Unknown road.
location = resolve_location(latitude=49.342, longitude=8.146)
improve_location(location)
assert location.address.road == 'Unknown Road'
name = format_address(location)
assert name == 'Neustadt an der Weinstraße, Rheinland-Pfalz, DE'
def test_city_district_vs_suburb():
"""
Check priority control of `city_district` vs. `suburb`.
I.e. use `"city_district": "Friedrichshain-Kreuzberg"` over `"suburb": "Fhain"`.
"""
location = resolve_location(latitude=52.518, longitude=13.442)
improve_location(location)
name = format_address(location)
assert name == 'Weidenweg, Friedrichshain-Kreuzberg, Berlin, DE'
def test_taiwan_poor():
"""
LDI station #187 does not have good reverse geocoding information.
"""
location = resolve_location(latitude=24.074, longitude=120.34)
improve_location(location)
assert location.address.country_code == 'TW'
assert location.address.country == '臺灣'
name = format_address(location)
assert name == 'TW'
def test_city_patches():
"""
Check patched `city` attribute,
I.e. use `"city": "Regensburg"` over `"city": "Rgbg"`.
"""
location = resolve_location(latitude=49.006, longitude=12.104)
improve_location(location)
assert location.address.city == 'Regensburg'
name = format_address(location)
assert name == 'Regerstraße, Galgenberg, Regensburg, Bayern, DE'
def test_residential_village():
"""
This address has to use information from `residential` and `village` fields.
"""
location = resolve_location(latitude=48.058, longitude=12.57)
improve_location(location)
#log.info(location)
name = format_address(location)
assert name == 'Trostberger Straße, Lengloh, Tacherting, Traunstein, Bayern, DE'
def enrich_station(self, station):
# Sanity checks.
if ('latitude' not in station.position or 'longitude' not in station.position) or \
(station.position.latitude is None or station.position.longitude is None):
# TODO: Just emit this message once per X.
log.warning(
'Incomplete station position, skipping geospatial enrichment. Station: {}'
.format(station))
return
# Compute geohash.
station.position.geohash = geohash_encode(station.position.latitude,
station.position.longitude)
# Compute human readable location name.
if self.reverse_geocode:
try:
# Reverse-geocode position.
station.location = resolve_location(
latitude=station.position.latitude,
longitude=station.position.longitude,
geohash=station.position.geohash,
country_code=station.position.country,
)
# Improve location information.
improve_location(station.location)
# Format address into single label.
station.name = format_address(station.location)
try:
if station.name.lower() == station.position.country.lower(
):
del station['name']
except:
pass
except Exception as ex:
log.error(
u'Problem with reverse geocoder for station {}: {}\n{}'.
format(station, ex, exception_traceback()))
if 'name' not in station:
station.name = u'Station #{}'.format(station.station_id)
try:
station.name += ', ' + station.position.country
except:
pass
def test_road_missing():
"""
These addresses originally lack the `road` attribute.
"""
# From `pedestrian` attribute
location = resolve_location(latitude=48.774, longitude=9.174)
improve_location(location)
assert location.address.road == 'Königstraße'
name = format_address(location)
assert name == 'Königstraße, Stuttgart-Mitte, Stuttgart, Baden-Württemberg, DE'
# From `cycleway` attribute
location = resolve_location(latitude=48.194, longitude=11.548)
improve_location(location)
assert location.address.road == 'Lerchenauer Straße'
name = format_address(location)
assert name == 'Lerchenauer Straße, Hasenbergl-Lerchenau Ost, Feldmoching-Hasenbergl, München, Bayern, DE'
# From `path` attribute
location = resolve_location(latitude=49.2, longitude=9.242)
improve_location(location)
assert location.address.road == 'Reutlinger Straße'
name = format_address(location)
assert name == 'Reutlinger Straße, Amorbach, Heilbronn, Baden-Württemberg, DE'
# From `footway` attribute
location = resolve_location(latitude=48.702, longitude=9.126)
improve_location(location)
assert location.address.road == 'Hans-Holbein-Straße'
name = format_address(location)
assert name == 'Hans-Holbein-Straße, Leinfelden-Echterdingen, Esslingen, Baden-Württemberg, DE'
# From `house_number` attribute
location = resolve_location(latitude=42.734, longitude=23.308)
improve_location(location)
assert location.address.road == "\u0431\u043b.402"
name = format_address(location)
assert name == "бл.402, ж.к. Надежда 4, София, София-град, BG"
def test_stadtteil():
"""
Test heuristic OSM improvements re. `suburb` vs. `residential` attribute.
"""
location = resolve_location(latitude=48.482, longitude=9.204)
improve_location(location)
assert location.address.suburb == 'Ringelbach'
assert location.address.city == 'Reutlingen'
assert location.address.state == 'Baden-Württemberg'
name = format_address(location)
assert name == 'Paul-Pfizer-Straße, Ringelbach, Reutlingen, Baden-Württemberg, DE'
def enrich_station(self, station):
# Sanity checks.
if ('latitude' not in station.position or 'longitude' not in station.position) or \
(station.position.latitude is None or station.position.longitude is None):
# Just emit this message once per station.
StationGeocodingFailed.emit_warning(station.station_id)
return
# Compute geohash.
station.position.geohash = geohash_encode(station.position.latitude,
station.position.longitude)
# Compute human readable location name.
if self.reverse_geocode:
try:
# Reverse-geocode position.
station.location = resolve_location(
latitude=station.position.latitude,
longitude=station.position.longitude,
geohash=station.position.geohash,
country_code=station.position.get('country'),
)
# Improve location information.
improve_location(station.location)
# Format address into single label.
station.name = format_address(station.location)
# Apply some fixups.
try:
if station.name.lower() == station.position.country.lower(
):
del station['name']
except:
pass
except Exception:
log.exception(
f'Failed computing humanized name for station {station}')
if 'name' not in station:
station.name = f'Station #{station.station_id}'
try:
station.name += ', ' + station.position.country
except:
pass
def test_road_missing():
"""
These addresses originally lack the `road` attribute.
"""
# From `pedestrian` attribute
location = resolve_location(latitude=48.774, longitude=9.174)
improve_location(location)
assert location.address.road == 'Königstraße'
name = format_address(location)
assert name == 'Königstraße, Stuttgart-Mitte, Stuttgart, Baden-Württemberg, DE'
# From `cycleway` attribute
location = resolve_location(latitude=48.194, longitude=11.548)
improve_location(location)
assert location.address.road == 'Lerchenauer Straße'
name = format_address(location)
assert name == 'Lerchenauer Straße, Hasenbergl-Lerchenau Ost, München, Bayern, DE'
# From `path` attribute
location = resolve_location(latitude=49.2, longitude=9.242)
improve_location(location)
assert location.address.road == 'Reutlinger Straße'
name = format_address(location)
assert name == 'Reutlinger Straße, Neckarsulm, Baden-Württemberg, DE'
# From `footway` attribute
location = resolve_location(latitude=48.702, longitude=9.126)
improve_location(location)
assert location.address.road == 'Hans-Holbein-Straße'
name = format_address(location)
assert name == 'Hans-Holbein-Straße, Leinfelden, Leinfelden-Echterdingen, Esslingen, Baden-Württemberg, DE'
# From `neighbourhood` attribute
location = resolve_location(latitude=27.222, longitude=78.01)
improve_location(location)
assert location.address.road == 'Balkeshwar Ghat'
name = format_address(location)
assert name == 'Balkeshwar Ghat, Balkeshwar, Agra, Uttar Pradesh, IN'
# From `house_number` attribute
location = resolve_location(latitude=42.734, longitude=23.308)
improve_location(location)
assert location.address.road == "\u0431\u043b.402"
name = format_address(location)
assert name == "\u0431\u043b.402, \u0436.\u043a. \u041d\u0430\u0434\u0435\u0436\u0434\u0430 4, \u041d\u0430\u0434\u0435\u0436\u0434\u0430, \u0421\u0442\u043e\u043b\u0438\u0447\u043d\u0430, BG"
# Unknown road
location = resolve_location(latitude=49.342, longitude=8.146)
improve_location(location)
assert location.address.road == 'unknown'
name = format_address(location)
assert name == 'Neustadt-Stadtmitte, Neustadt, Neustadt an der Weinstra\u00dfe, Rheinland-Pfalz, DE'
def test_resolve_location_geohash():
"""
Test reverse geocoding with geohash.
"""
location = resolve_location(geohash="u0wt6pv2qqhz")
assert location.address.state == 'Baden-Württemberg'
