public void UpdateWeatherData()
{
try
{
//If no settings, do nothing
if (string.IsNullOrEmpty(_citySetting.Value) || string.IsNullOrEmpty(_unitOfMeasurementSetting.Value))
return;
//TODO: Use settings
string accessKey = _apiKeySetting.Value;
WeatherClient client = new WeatherClient(accessKey);
CurrrentWeatherModel data = client.GetCurrentWeatherAsync<CurrrentWeatherModel>(_citySetting.Value, "en", _unitOfMeasurementSetting.Value).Result;
// Weather Measurements
DataModel.Weather = (WeatherConditions)Enum.Parse(typeof(WeatherConditions), data.Weather.FirstOrDefault().Main);
DataModel.Temp = data.Main.Temp;
DataModel.FeelsLike = data.Main.FeelsLike;
DataModel.TempMin = data.Main.TempMin;
DataModel.TempMax = data.Main.TempMax;
DataModel.Pressure = data.Main.Pressure;
DataModel.Humidity = data.Main.Humidity;
// Visibility
DataModel.Clouds = data.Clouds.All; // Cloudiness
DataModel.Visibility = data.Visibility; // Meters
// Sunrise Sunset
DataModel.Sunrise = DateTimeOffset.FromUnixTimeSeconds(data.Sys.Sunrise).DateTime.ToLocalTime(); // unix, UTC
DataModel.Sunset = DateTimeOffset.FromUnixTimeSeconds(data.Sys.Sunset).DateTime.ToLocalTime(); // unix, UTC
// unix, UTC
// Wind
DataModel.Wind.Speed = data.Wind.Speed;
DataModel.Wind.Deg = data.Wind.Deg;
DataModel.Wind.WindDirection = (WindDirectionCodes)Enum.Parse(typeof(WindDirectionCodes), data.Wind.WindDirection);
}
catch (Exception e)
{
_logger.Error(e.ToString());
}
}
public void GetCurrentWeatherTest()
{
List <string> cities = new List <string>()
{
"Canberra",
"Brussels",
"Beijing",
"London",
"Moscow",
"Prague",
"Tallinn",
"Helsinki",
"Paris",
"Berlin",
"Reykjavik"
};
WeatherClient client = new WeatherClient(AccessKey);
foreach (string city in cities)
{
CurrrentWeatherModel data = client.GetCurrentWeatherAsync <CurrrentWeatherModel>(city, "en").Result;
}
}
