def test_daily_recent_base():
# daily, 2020-06-01, Großenkneten
dwd = DwdWeather(resolution='daily')
result = dwd.query(44, datetime(2020, 6, 1))
assert result['datetime'] == 20200601
assert result['station_id'] == 44
assert result['wind_gust_max'] is None
assert result['wind_velocity_mean'] is None
assert result['precipitation_height'] == 0.0
assert result['precipitation_form'] == 0
assert result['sunshine_duration'] == 13.933
assert result['snow_depth'] is None
assert result['cloud_cover'] is None
assert result['vapor_pressure'] == 9.6
assert result['pressure'] is None
assert result['temperature'] == 18.0
assert result['humidity'] == 47.92
assert result['temperature_max_200'] == 25.4
assert result['temperature_min_200'] == 8.7
assert result['temperature_min_005'] == 3.3
assert result['soil_temperature_002'] is None
assert result['soil_temperature_005'] == 21.7
assert result['soil_temperature_010'] == 20.6
assert result['soil_temperature_020'] == 19.0
assert result['soil_temperature_050'] == 16.3
def test_daily_recent_more():
# daily, 2020-04-28, Zugspitze
dwd = DwdWeather(resolution='daily')
result = dwd.query(5792, datetime(2020, 4, 28))
assert result['datetime'] == 20200428
assert result['station_id'] == 5792
assert result['wind_gust_max'] == 11.7
assert result['wind_velocity_mean'] == 4.8
assert result['precipitation_height'] == 18.8
assert result['precipitation_form'] == 8
assert result['sunshine_duration'] == 6.483
assert result['snow_depth'] == 273.0
assert result['cloud_cover'] == 6.5
assert result['vapor_pressure'] == 4.8
assert result['pressure'] == 703.45
assert result['temperature'] == -1.6
assert result['humidity'] == 88.21
assert result['temperature_max_200'] == 0.8
assert result['temperature_min_200'] == -3.0
assert result['temperature_min_005'] is None
assert result['soil_temperature_002'] is None
assert result['soil_temperature_005'] is None
assert result['soil_temperature_010'] is None
assert result['soil_temperature_020'] is None
assert result['soil_temperature_050'] is None
assert result['solar_dhi'] == 1272.0
assert result['solar_ghi'] == 1644.0
assert result['solar_atmosphere'] == 2363.0
assert result['solar_sunshine'] == 6.5
def get_station(args):
dwd = DwdWeather(
resolution=args.resolution,
category_names=args.categories,
cache_path=args.cache_path,
reset_cache=args.reset_cache,
)
output = json.dumps(dwd.nearest_station(lon=args.lon, lat=args.lat), indent=4)
print(output)
def test_10_minutes_recent_base():
# 10 minutes, 2020-06-01T08:00, Großenkneten
dwd = DwdWeather(resolution='10_minutes')
result = dwd.query(44, datetime(2020, 6, 1, 8, 0))
assert result['datetime'] == 202006010800
assert result['station_id'] == 44
assert result['air_temperature_005'] == 21.2
assert result['air_temperature_200'] == 16.0
assert result['relative_humidity_200'] == 52.3
assert result['dewpoint_temperature_200'] == 6.2
assert result['solar_sunshine'] == 0.167
def test_10_minutes_recent_more():
# 10 minutes, 2020-06-01T08:00, Zugspitze
dwd = DwdWeather(resolution='10_minutes')
result = dwd.query(5792, datetime(2020, 6, 1, 8, 0))
assert result['datetime'] == 202006010800
assert result['station_id'] == 5792
assert result['pressure_station'] == 713.3
assert result['solar_dhi'] == 46.2
assert result['solar_ghi'] == 46.8
assert result['solar_atmosphere'] == 13.4
assert result['solar_sunshine'] == 0.167
def test_hourly_recent_solar():
# hourly, 2020-05-19T08, Zugspitze
dwd = DwdWeather(resolution='hourly')
result = dwd.query(5792, datetime(2020, 5, 19, 8))
assert result['datetime'] == 2020051908
assert result['station_id'] == 5792
assert result['solar_dhi'] is None
assert result['solar_ghi'] == 256.0
assert result['solar_atmosphere'] == 83.0
assert result['solar_sunshine'] == 60
assert result['solar_zenith'] == 50.37
def get_weather(args):
# Workhorse
dw = DwdWeather(resolution=args.resolution, category_names=args.categories, cache_path=args.cache_path, reset_cache=args.reset_cache)
# Sanitize some input values
timestamp = parsedate(str(args.timestamp))
# Query data
station_id = args.station_id
categories = args.categories
log.info('Querying data for station "{station_id}" and categories "{categories}" at "{timestamp}"'.format(**locals()))
results = dw.query(station_id, timestamp)
print(json.dumps(results, indent=4, sort_keys=True))
def get_stations(args):
dw = DwdWeather(resolution=args.resolution, category_names=args.categories, cache_path=args.cache_path, reset_cache=args.reset_cache)
output = ""
if args.type == "geojson":
output = dw.stations_geojson()
elif args.type == "csv":
output = dw.stations_csv()
elif args.type == "plain":
output = dw.stations_csv(delimiter="\t")
if args.output_path is None:
print(output)
else:
f = open(args.output_path, "wb")
f.write(output)
f.close()
def test_hourly_recent_base():
# hourly, 2020-06-01T08, Großenkneten
dwd = DwdWeather(resolution='hourly')
result = dwd.query(44, datetime(2020, 6, 1, 8))
assert result['datetime'] == 2020060108
assert result['station_id'] == 44
assert result['air_temperature_200'] == 15.3
assert result['relative_humidity_200'] == 54.0
assert result['soil_temperature_002'] is None
assert result['soil_temperature_005'] == 21.0
assert result['soil_temperature_010'] == 17.7
assert result['soil_temperature_020'] == 16.5
assert result['soil_temperature_050'] == 16.3
assert result['soil_temperature_100'] == 13.3
assert result['sun_duration'] == 60.0
assert result['precipitation_height'] == 0
assert result['precipitation_fallen'] == 0
assert result['precipitation_form'] is None
def test_daily_historical_1():
# daily, 2018-11-29, Großenkneten
dwd = DwdWeather(resolution='daily')
result = dwd.query(44, datetime(2018, 11, 29))
assert result['datetime'] == 20181129
assert result['station_id'] == 44
assert result['wind_gust_max'] is None
assert result['wind_velocity_mean'] is None
assert result['precipitation_height'] == 2.2
assert result['precipitation_form'] == 4
assert result['sunshine_duration'] == 0.0
assert result['snow_depth'] == 0.0
assert result['cloud_cover'] is None
assert result['vapor_pressure'] == 9.1
assert result['pressure'] is None
assert result['temperature'] == 7.1
assert result['humidity'] == 89.88
assert result['temperature_max_200'] == 8.4
assert result['temperature_min_200'] == 4.7
assert result['temperature_min_005'] == 4.0
def test_daily_historical_2():
# daily, 1937-01-01, Aach
dwd = DwdWeather(resolution='daily')
result = dwd.query(1, datetime(1937, 1, 1))
assert result['datetime'] == 19370101
assert result['station_id'] == 1
assert result['wind_gust_max'] is None
assert result['wind_velocity_mean'] is None
assert result['precipitation_height'] == 0.0
assert result['precipitation_form'] == 0
assert result['sunshine_duration'] is None
assert result['snow_depth'] == 0.0
assert result['cloud_cover'] == 6.3
assert result['vapor_pressure'] is None
assert result['pressure'] is None
assert result['temperature'] == -0.5
assert result['humidity'] is None
assert result['temperature_max_200'] == 2.5
assert result['temperature_min_200'] == -1.6
assert result['temperature_min_005'] is None
def test_hourly_recent_more():
# hourly, 2020-06-01T08, Neuruppin-Alt Ruppin
dwd = DwdWeather(resolution='hourly')
result = dwd.query(96, datetime(2020, 6, 1, 8))
assert result['datetime'] == 2020060108
assert result['station_id'] == 96
assert result['air_temperature_200'] == 18.4
assert result['relative_humidity_200'] == 49.0
assert result['soil_temperature_002'] is None
assert result['soil_temperature_005'] == 19.3
assert result['soil_temperature_010'] == 16.7
assert result['soil_temperature_020'] == 16.1
assert result['soil_temperature_050'] == 16.6
assert result['soil_temperature_100'] == 14.8
assert result['pressure_normalized'] == 1025.0
assert result['pressure_station'] == 1018.9
assert result['visibility_source'] == "P"
assert result['visibility_value'] == 39870
assert result['wind_direction'] == 50
assert result['wind_speed'] == 2.2
assert result['cloudiness_source'] == "P"
assert result['cloudiness_total_cover'] == 0
def test_dwdclass_init_no_args():
"""
Test class can be initialized without arguments.
"""
dwd = DwdWeather()
def test_dwdclass_init(resolution):
"""
Test class can be initialized with plausible resolutions.
"""
dwd = DwdWeather(resolution=resolution)
