def retrieve_uber_3km_pricing(location_dict):
"""
:type location_dict: dict
:rtype: list[dict]
"""
location = Location.from_serializable(location_dict)
uber_client = build_uber_client_using_env_variables()
uber_pricing_list = uber_client.estimate_3km_price(location)
return [p.to_serializable() for p in uber_pricing_list]
def retrieve_weather(location_dict):
"""
:type location_dict: dict
:rtype: list[dict]
"""
location = Location.from_serializable(location_dict)
client = build_open_weather_client_using_env_variables()
forecasts = client.get_5_days_forecast(location)
return [f.to_serializable() for f in forecasts]
def retrieve_weather(event, context):
"""
:type event: dict[str, str]
:rtype: list[dict]
"""
location = Location.from_serializable(read_payload(event))
print("Resolving weather for: {}...".format(location))
client = build_open_weather_client_using_env_variables()
forecasts = client.get_5_days_forecast(location)
print("Resolved {} forecasts for: {}!".format(len(forecasts), location))
return build_response(payload=[f.to_serializable() for f in forecasts])
def retrieve_uber_3km_pricing(event, context):
"""
:type event: dict
:rtype: list[dict]
"""
location = Location.from_serializable(read_payload(event))
print("Resolving Uber pricing for: {}...".format(location))
uber_client = build_uber_client_using_env_variables()
uber_pricing_list = uber_client.estimate_3km_price(location)
print("Resolving {} Uber pricing for: {}!".format(len(uber_pricing_list),
location))
return build_response([p.to_serializable() for p in uber_pricing_list])
def test_model_should_recreate_object_from_serializable(self):
serializable = self.location.to_serializable()
recreated = Location.from_serializable(serializable)
self.assertIsNotNone(recreated)
self.assertEqual(self.location, recreated)