private CurrentWeather MapCurrentConditionsResponse(CurrentConditionsResponse openWeatherApiResponse)
{
var currentConditions = new CurrentWeather()
{
Success = true,
ErrorMessage = String.Empty,
Location = new CurrentWeather.LocationData()
{
Name = openWeatherApiResponse.Name,
Latitude = openWeatherApiResponse.Coordintates.Latitude,
Longitude = openWeatherApiResponse.Coordintates.Longitude
},
ObservationTime = DateTimeOffset.FromUnixTimeSeconds(openWeatherApiResponse.ObservationTime + openWeatherApiResponse.TimezoneOffset).DateTime,
ObservationTimeUtc = DateTimeOffset.FromUnixTimeSeconds(openWeatherApiResponse.ObservationTime).DateTime,
CurrentConditions = new CurrentWeather.WeatherData()
{
Conditions = openWeatherApiResponse.ObservedConditions.FirstOrDefault()?.Conditions,
ConditionsDescription = openWeatherApiResponse.ObservedConditions.FirstOrDefault()?.ConditionsDetail,
Visibility = openWeatherApiResponse.Visibility / 1609.0, // Visibility always comes back in meters, even when imperial requested
CloudCover = openWeatherApiResponse.Clouds.CloudCover,
Temperature = openWeatherApiResponse.ObservationData.Temperature,
Humidity = openWeatherApiResponse.ObservationData.Humidity,
Pressure = openWeatherApiResponse.ObservationData.Pressure * 0.0295301, // Pressure always comes back in millibars, even when imperial requested
WindSpeed = openWeatherApiResponse.WindData.Speed,
WindDirection = CompassDirection.GetDirection(openWeatherApiResponse.WindData.Degrees),
WindDirectionDegrees = openWeatherApiResponse.WindData.Degrees,
RainfallOneHour = (openWeatherApiResponse.Rain?.RainfallOneHour ?? 0.0) * 0.03937008
},
FetchTime = DateTime.Now
};
return(currentConditions);
}
public void CheckBoundaryBearingsReturCorrectDirectionForIntercardinalDirections(double bearing, string expectedDirection)
{
// Act
var direction = CompassDirection.GetDirection(bearing);
// Assert
direction.Abbreviation.Should().Be(expectedDirection,
$"Expected direction of {expectedDirection} but got {direction.Abbreviation} for bearing {bearing}");
}
public void CheckBearingsResultInCorrectCompassDirection(double bearing, string expectedDirection)
{
// Act
var direction = CompassDirection.GetDirection(bearing);
// Assert
direction.Abbreviation.Should().Be(expectedDirection,
$"Expected direction of {expectedDirection} but got {direction.Abbreviation} for bearing {bearing}");
}
private LocationForecast MapForecastResponse(ForecastResponse openWeatherApiResponse)
{
var locationForecast = new LocationForecast()
{
Success = true,
ErrorMessage = String.Empty,
Location = new ForecastLocation()
{
Name = openWeatherApiResponse.Location.Name,
Latitude = openWeatherApiResponse.Location.Coordinates.Latitude,
Longitude = openWeatherApiResponse.Location.Coordinates.Longitude
},
FetchTime = DateTime.Now
};
foreach (var openWeatherForecast in openWeatherApiResponse.ForecastPoints)
{
WeatherForecast forecast = new()
{
Conditions = openWeatherForecast.Conditions.FirstOrDefault()?.main,
ConditionsDescription = openWeatherForecast.Conditions.FirstOrDefault()?.description,
Temperature = openWeatherForecast.WeatherData.Temperature,
Humidity = openWeatherForecast.WeatherData.Humidity,
Pressure = openWeatherForecast.WeatherData.pressure * 0.0295301, // Pressure always comes back in millibars, even when imperial requested,
ForecastTime = DateTimeOffset.FromUnixTimeSeconds(openWeatherForecast.Date + openWeatherApiResponse.Location.TimezoneOffset).DateTime,
CloudCover = openWeatherForecast.Clouds.CloudCover,
WindSpeed = openWeatherForecast.Wind.WindSpeed,
WindDirectionDegrees = openWeatherForecast.Wind.WindDirectionDegrees,
WindDirection = CompassDirection.GetDirection(openWeatherForecast.Wind.WindDirectionDegrees),
ExpectedRainfall = (openWeatherForecast.Rain?.RainfallThreeHours ?? 0.0) * 0.03937008,
ExpectedSnowfall = (openWeatherForecast.Snow?.SnowfallThreeHours ?? 0.0) * 0.03937008
};
locationForecast.Forecasts.Add(forecast);
}
return(locationForecast);
}
public void GetDirectionThrowsExceptionWhenIllegalBearingPassedIn(double bearing)
{
// Act And Assert
Assert.Throws <ArgumentException>(() => CompassDirection.GetDirection(bearing));
}
