private async Task GetWeatherByCity()
{
if (CurrentCityId != 0)
{
CurrentWeather = new PeriodWeatherModel {
Temperature = 10
};
CurrentWeather = await _weatherService.GetCurrentWeatherByCity(CurrentCityId);
}
}
private PeriodWeatherModel GetPeriodWeatherModel(PartsOfDay title, WeatherInfo item)
{
PeriodWeatherModel period = new PeriodWeatherModel
{
Title = title,
Description = item.Weather[0].Description,
Humidity = item.Main.Humidity,
Clouds = item.Clouds.All,
WindSpeed = item.Wind.Speed,
Temperature = Convert.ToInt32(item.Main.Temp),
Date = item.Dt_txt,
GroundLevel = item.Main.Grnd_level,
SeaLevel = item.Main.Sea_level,
TempMax = Convert.ToInt32(item.Main.Temp_max),
TempMin = Convert.ToInt32(item.Main.Temp_min),
Pressure = item.Main.Pressure
};
return(period);
}
public async Task <PeriodWeatherModel> GetCurrentWeatherByCity(int id)
{
try
{
string templateUrl = $"{Constants.ApiUrl}/weather/?id={id}&appid={Constants.ApiKey}";
var degreeType = await SecureStorage.GetAsync("DegreeType");
if (degreeType == DegreeType.Celsius.ToString())
{
templateUrl = $"{templateUrl}&units=metric";
}
WeatherInfo response = await _httpClientHelper.PerformGet <WeatherInfo>(templateUrl);
PeriodWeatherModel periodWeatherModel = GetPeriodWeatherModel(PartsOfDay.defaultPart, response);
return(periodWeatherModel);
}
catch (Exception ex)
{
Console.WriteLine(ex.Message);
return(null);
}
}
private void DegreeTypePropertyChangedForecast(DegreeEventArgs obj)
{
CurrentWeather = null;
GetWeatherByCity().ConfigureAwait(false);
}
