public async Task <Weather> GetCurrentWeather(double latitude, double longitude, Unit unit = Unit.Auto, Language language = Language.English)
{
OWModel.ForecastDSL src = await _service.GetForecastDSL(latitude, longitude, (OWModel.OWUnit) unit, language);
var output = TinyMapper.Map <Weather>(src);
// === do some adaptation that TinyMapper does not do quickly
// Convert time offset from seconds to hours
if (src.TimeZoneOffset != 0)
{
output.TimeZoneOffset = (float)Math.Round(src.TimeZoneOffset / 3600.0f, 1);
}
// now maps the hours
if ((src.Hourly?.Count ?? 0) > 0)
{
var hourly = TinyMapper.Map <WeatherGroup>(src);
hourly.TimeZoneOffset = output.TimeZoneOffset;
hourly.AddRange(TinyMapper.Map <List <Weather> >(src.Hourly));
output.Hourly = hourly;
}
// === ALTERNATIVE using GetCurrentWeather
//var innerW = await _service.GetCurrentWeather(latitude, longitude, (OWUnit)unit, language);
//var output = TinyMapper.Map<Model.Weather>((object)innerW);
// ===
return(output);
}
public async Task <WeatherGroup> GetForecast(double latitude, double longitude, Unit unit = Unit.Auto, Language language = Language.English)
{
OWModel.ForecastDSL src = await _service.GetForecastDSL(latitude, longitude, (OWModel.OWUnit) unit, language);
//var output_meno = await _service.GetForecastDSL(14.93122218816076, -23.519346790741995, (OWModel.OWUnit)unit, Language.Italian);
//var output_zero = await _service.GetForecastDSL(51.53027816900633, 0.08310560054000066, (OWModel.OWUnit)unit, Language.Italian);
//var output_piu = await _service.GetForecastDSL(44.482732, 11.352134, (OWModel.OWUnit)unit, Language.Italian);
var output = new WeatherGroup(src.Daily?.Count ?? 0);
output = TinyMapper.Map <OWModel.ForecastDSL, WeatherGroup>(src, output);
// do some normalization (convert time offset from seconds to hours)
if (src.TimeZoneOffset != 0)
{
output.TimeZoneOffset = (float)Math.Round(output.TimeZoneOffset / 3600.0f, 1);
}
// now add the days
if ((src.Daily?.Count ?? 0) > 0)
{
output.AddRange(TinyMapper.Map <List <Weather> >(src.Daily));
foreach (var daily in output)
{
if (string.IsNullOrEmpty(daily.TimeZone))
{
daily.TimeZone = output.TimeZone;
}
if (daily.TimeZoneOffset == 0.0f)
{
daily.TimeZoneOffset = output.TimeZoneOffset;
}
if (daily.Coordinates == null)
{
daily.Coordinates = output.Coordinates;
}
// normalize time unix utc
if (src.TimeZoneOffset != 0)
{
daily.UnixTime += src.TimeZoneOffset;
}
}
}
return(output);
}
public void Forecast_to_Weather()
{
// prepare
OWModel.ForecastDSL src = PrepareForecastData();
// execute
Weather output = TinyMapper.Map <Weather>(src);
// assert
output.TimeZone.ShouldBe(src.TimeZone);
output.TimeZoneOffset.ShouldBe(src.TimeZoneOffset);
output.Time.ShouldBe(src.Currently.Time);
output.SunriseTime.ShouldBe(src.Currently.SunriseTime);
output.TimeZone.ShouldBe(src.TimeZone);
output.Coordinates.ShouldBe(src.Coordinates);
output.Alerts.ShouldNotBeNull();
output.Alerts.ShouldNotBeEmpty();
output.Alerts.Select(dest => dest.Title).ShouldBe(src.Alerts.Select(al => al.Title));
output.Alerts.Select(dest => dest.StartTime).ShouldBe(src.Alerts.Select(al => al.StartTime));
output.Alerts.Select(dest => dest.Severity).ShouldBe(src.Alerts.Select(al => al.Severity));
}
