/// <summary>
/// Converts the pre-formatted string into the one or more Observation
/// objects
/// </summary>
/// <param name="data"></param>
/// <param name="icaos"></param>
/// <returns></returns>
private List <ObservationDto> ConvertToDTO(string data,
IList <string> icaos)
{
IParser <ObservationDto> parser;
if (_parserType == ParserType.XML)
{
parser = new ParseMETARXML();
}
else
{
parser = new ParseMETARCSV();
}
return(parser.Parse(data, icaos));
}
public void Parse_SingleStation_MultipleObs()
{
var parser = new ParseMETARCSV();
var obs = parser.Parse(Resource.KDEN_METAR_CSV, new[] { "KDEN" });
obs.Count.Should().Be(1);
obs[0].ICAO.Should().Be("KDEN");
obs[0].GeographicData.Should().NotBeNull();
obs[0].GeographicData.Elevation.Should().Be(1640.0f);
obs[0].GeographicData.Latitude.Should().Be(39.85f);
obs[0].GeographicData.Longitude.Should().Be(-104.65f);
obs[0].METAR.Count.Should().Be(2);
var metar = obs[0].METAR[0];
metar.Altimeter.Should().Be(30.221457f);
metar.Dewpoint.Should().Be(-16.7f);
metar.FlightCategory.Should().Be(FlightCategoryType.VFR);
metar.ObsTime.Should().Be(ParserHelpers.ParseDateTime("2019-10-31T01:53:00Z"));
metar.ObsType.Should().Be(METARType.METAR);
metar.Precipitation.Should().BeNull();
metar.QualityControlFlags.Count.Should().Be(1);
metar.QualityControlFlags.Where(q => q == QualityControlFlagType.AutoStation).FirstOrDefault().Should().NotBeNull();
metar.Temperature.Should().Be(-11.1f);
metar.Dewpoint.Should().Be(-16.7f);
metar.Wind.Should().NotBeNull();
metar.Wind.Direction.Should().Be(200);
metar.Wind.Speed.Should().Be(12);
metar.Wind.Gust.Should().BeNull();
metar.Visibility.Should().Be(10f);
metar.Altimeter.Should().Be(30.221457f);
metar.SeaLevelPressure.Should().Be(1031.2f);
metar.SkyCondition.Count().Should().Be(1);
metar.SkyCondition[0].SkyCondition.Should().Be(SkyConditionType.CLR);
metar.Weather.Should().BeNull();
metar.ThreeHourObsData.Should().BeNull();
metar.SixHourData.Should().BeNull();
metar.TwentyFourHourData.Should().BeNull();
metar.Precipitation.Should().BeNull();
metar = obs[0].METAR[1];
metar.SkyCondition.Count.Should().Be(2);
metar.SkyCondition[0].SkyCondition.Should().Be(SkyConditionType.FEW);
metar.SkyCondition[0].CloudBase.Should().Be(10000);
metar.SkyCondition[1].SkyCondition.Should().Be(SkyConditionType.FEW);
metar.SkyCondition[1].CloudBase.Should().Be(20000);
}
