def test_reverse_geocoding_of_nothing():
try:
geodata.regions_xy(-30.0, -30.0, 'city')
except ValueError as e:
assert str(e).startswith(
'No objects were found for [-30.000000, -30.000000].\n')
return
assert False, 'Should fail with nothing found exceptuion'
def test_reverse_geocoding_of_list_(lons, lats):
r = geodata.regions_xy(lons, lats, 'city')
assert_row(r.to_data_frame(),
index=0,
request='[-71.057083, 42.361145]',
found_name='Boston')
assert_row(r.to_data_frame(),
index=1,
request='[-73.935242, 40.730610]',
found_name='New York City')
def test_only_one_sevastopol():
sevastopol = geodata.regions_xy(SEVASTOPOL_LON, SEVASTOPOL_LAT, 'city')
assert_row(sevastopol.to_data_frame(), id=SEVASTOPOL_ID)
def test_reverse_geocoding_of_nyc():
r = geodata.regions_xy(NYC_LON, NYC_LAT, 'city')
assert_row(r.to_data_frame(), found_name='New York City')
def test_reverse_moscow(level, expected_name):
r = geodata.regions_xy(lon=MOSCOW_LON, lat=MOSCOW_LAT, level=level)
assert_row(r.to_data_frame(), found_name=expected_name)