def conversion_unit(self) -> TemperatureUnit:
if self.__conversion_unit:
return self.__conversion_unit
if settings.AVERAGE_CONVERSION_UNIT == 'C':
self.__conversion_unit = TemperatureUnit.make_celsius()
if settings.AVERAGE_CONVERSION_UNIT == 'F':
self.__conversion_unit = TemperatureUnit.make_fahrenheit()
if not self.__conversion_unit:
import pdb
pdb.set_trace()
raise Exception('Conversion unit not configured !!')
return self.__conversion_unit
def some_services_test(self):
message = FindAverageTemperatureTest(
GeoLocation(12.1213123, -12.1231231), {'five', 'four'},
TemperatureUnit.make_celsius())
result = self.handler.handle(message)
self.assertIsInstance(result, AverageTemperature)
self.assertEqual(4.5, result.average.value)
def get_temperature(self, location: GeoLocation) -> Temperature:
'''
this last service retrive the result on fahrenheit temp unit, but the
AverageTemperature primitive converts to a single unit begore to
resolve the average:
(5 celsius = 41 fahrenheit)
'''
return Temperature('five', 41, TemperatureUnit.make_fahrenheit())
def get_temperature(self, location: GeoLocation) -> Temperature:
values = {'latlon': f"{location.latitude},{location.longitude}"}
url_params = parse.urlencode(values)
url_endpoint = '%s/noaa' % self.__BASE_URL
with request.urlopen(f"{url_endpoint}?{url_params}") as response:
data = json.load(response)
return Temperature(
'noaa',
float(data["today"]["current"]["celsius"]),
TemperatureUnit.make_celsius(
) # TODO: change this implementation after pass the tests
)
def get_temperature(self, location: GeoLocation) -> Temperature:
values = {
'lat': location.latitude,
'lon': location.longitude,
}
payload = json.dumps(values).encode('ascii')
url_endpoint = '%s/weatherdotcom' % self.__BASE_URL
weather_request = request.Request(url_endpoint, payload)
weather_request.add_header('Content-Type', 'application/json')
with request.urlopen(weather_request) as response:
data = json.load(response)
return Temperature(
'weatherdotcom',
float(
data['query']['results']['channel']['condition']['temp']),
TemperatureUnit.make_fahrenheit())
def get_temperature(self, location: GeoLocation) -> Temperature:
values = {
'latitude': location.latitude,
'longitude': location.longitude,
}
url_params = parse.urlencode(values)
url_endpoint = '%s/accuweather' % self.__BASE_URL
with request.urlopen(f"{url_endpoint}?{url_params}") as response:
data = json.load(response)
return Temperature(
'accuweather',
float(data["simpleforecast"]["forecastday"][0]["current"]
["celsius"]),
TemperatureUnit.make_celsius(
) # TODO: reimplement after that the tests pass
)
def none_location_test(self):
message = FindAverageTemperatureTest(None, {'five', 'four', 'three'},
TemperatureUnit.make_celsius())
self.assertRaises(NoneLocationProvided, self.handler.handle, (message))
def none_average_temperature_test(self):
message = FindAverageTemperatureTest(
GeoLocation(12.1213123, -12.1231231), {},
TemperatureUnit.make_celsius())
self.assertRaises(NoneWeatherServicesProvided, self.handler.handle,
(message))
def get_temperature(self, location: GeoLocation) -> Temperature:
return Temperature('four', 4, TemperatureUnit.make_celsius())
def get_temperature(self, location: GeoLocation) -> Temperature:
return Temperature('three', 3, TemperatureUnit.make_celsius())