public void Parse_SingleStation_Miliatry()
{
var parser = new ParseTAFXML();
var forecasts = parser.Parse(Resource.KMUI_TAF_XML, new List <string>()
{
"KMUI"
});
forecasts.Count().Should().Be(1);
forecasts[0].ICAO.Should().Be("KMUI");
forecasts[0].TAF.Count().Should().Be(4);
var taf = forecasts[0].TAF[0];
taf.RawTAF.Should().Be("TAF AMD KMUI 042359Z 0423/0601 18012KT 9999 FEW140 QNH3022INS BECMG 0503/0504 VRB06KT 9999 FEW180 510052 QNH3018INS BECMG 0510/0511 VRB06KT 9999 FEW085 QNH3016INS BECMG 0519/0520 27008KT 9999 SCT035 BKN080 620808 QNH3016INS TX14/0519Z TN03/0512Z LAST NO AMDS AFT 0500 NEXT 0511");
taf.TAFLine.Count().Should().Be(4);
taf.TAFLine[1].ChangeIndicator.Should().Be(ChangeIndicatorType.BECMG);
taf.TAFLine[1].TurbulenceHazards.Count().Should().Be(1);
taf.TAFLine[1].TurbulenceHazards[0].Intensity.Should().Be(TurbulenceIntensity.Light);
taf.TAFLine[1].TurbulenceHazards[0].MinAltitude.Should().Be(500);
taf.TAFLine[1].TurbulenceHazards[0].MaxAltitude.Should().Be(2500);
taf.TAFLine[3].IcingHazards.Count().Should().Be(1);
taf.TAFLine[3].IcingHazards[0].Intensity.Should().Be(IcingIntensity.LightIcingInCloud);
taf.TAFLine[3].IcingHazards[0].MinAltitude.Should().Be(8000);
taf.TAFLine[3].IcingHazards[0].MaxAltitude.Should().Be(16000);
}
public void Parse_SingleStation_SecondTAF_AMD()
{
var parser = new ParseTAFXML();
var forecasts = parser.Parse(Resource.KPHL_TAF_XML, new List <string>()
{
"KPHL"
});
forecasts[0].TAF[1].Remarks.Should().Be("AMD");
}
public void Parse_SingleStation_NoData()
{
var parser = new ParseTAFXML();
var forecasts = parser.Parse(Resource.KPHL_TAF_XML, new List <string>()
{
"XXXX"
});
forecasts.Count().Should().Be(2);
forecasts[1].ICAO.Should().Be("XXXX");
forecasts[1].TAF.Count().Should().Be(0);
}
/// <summary>
/// Converts the pre-formatted string into the one or more forecasts
/// </summary>
/// <param name="data"></param>
/// <param name="icaos"></param>
/// <returns></returns>
private List <ForecastDto> ConvertToDTO(string data,
IList <string> icaos)
{
IParser <ForecastDto> parser = null;
if (_parserType == ParserType.XML)
{
parser = new ParseTAFXML();
}
else if (_parserType == ParserType.CSV)
{
parser = new ParseTAFCSV();
}
return(parser.Parse(data, icaos));
}
public void ParseIcing()
{
var parser = new ParseTAFXML();
var forecasts = parser.Parse(Resource.PASY_Icing_Turbulence_TAF_XML, new List <string>()
{
"PASY"
});
forecasts.Count().Should().Be(1);
forecasts[0].TAF.Should().NotBeNullOrEmpty();
forecasts[0].TAF[0].TAFLine.Should().NotBeNullOrEmpty();
var taf = forecasts[0].TAF[0];
taf.TAFLine[0].IcingHazards.Should().NotBeNullOrEmpty();
taf.TAFLine[0].IcingHazards[0].MinAltitude.Should().Be(3000);
taf.TAFLine[0].IcingHazards[0].MaxAltitude.Should().Be(7000);
taf.TAFLine[0].IcingHazards[0].Intensity.Should().Be(IcingIntensity.LightIcing);
}
public void Parse_SingleStation_General()
{
var parser = new ParseTAFXML();
var forecasts = parser.Parse(Resource.KPHL_TAF_XML, new List <string>()
{
"KPHL"
});
forecasts.Count().Should().Be(1);
var fcst = forecasts[0];
fcst.GeographicData.Should().NotBeNull();
fcst.GeographicData.Elevation.Should().Be(18.0f);
fcst.GeographicData.Latitude.Should().Be(39.87f);
fcst.GeographicData.Longitude.Should().Be(-75.23f);
fcst.ICAO.Should().Be("KPHL");
fcst.TAF.Count.Should().Be(11);
var taf = fcst.TAF[0];
taf.RawTAF.Should().Be("KPHL 262320Z 2700/2806 11008KT P6SM SCT040 BKN100 FM270800 10010KT P6SM BKN020 OVC040 FM271000 10012G20KT 5SM -RA BR OVC010 WS020/16040KT FM271300 15014G24KT 3SM +RA BR OVC008 WS020/19045KT FM271700 20010G18KT 5SM -RA BR OVC015 FM271900 24011KT P6SM SCT050");
taf.IssuedTime.Should().Be(ParserHelpers.ParseDateTime("2019-10-26T23:20:00Z"));
taf.BulletinTime.Should().Be(ParserHelpers.ParseDateTime("2019-10-26T23:20:00Z"));
taf.ValidTimeStart.Should().Be(ParserHelpers.ParseDateTime("2019-10-27T00:00:00Z"));
taf.ValidTimeEnd.Should().Be(ParserHelpers.ParseDateTime("2019-10-28T06:00:00Z"));
taf.TAFLine.Count().Should().Be(6);
var tafLine = taf.TAFLine[0];
tafLine.Altimeter.Should().BeNull();
tafLine.ForecastTimeEnd.Should().Be(ParserHelpers.ParseDateTime("2019-10-27T08:00:00Z"));
tafLine.ForecastTimeStart.Should().Be(ParserHelpers.ParseDateTime("2019-10-27T00:00:00Z"));
tafLine.IcingHazards.Count.Should().Be(0);
tafLine.NotDecoded.Should().BeNull();
tafLine.Probability.Should().BeNull();
tafLine.SkyCondition.Count().Should().Be(2);
tafLine.SkyCondition[0].CloudBase.Should().Be(4000);
tafLine.SkyCondition[0].SkyCondition.Should().Be(SkyConditionType.SCT);
tafLine.SkyCondition[1].CloudBase.Should().Be(10000);
tafLine.SkyCondition[1].SkyCondition.Should().Be(SkyConditionType.BKN);
tafLine.Wind.Should().NotBeNull();
tafLine.Wind.Direction.Should().Be(110);
tafLine.Wind.Gust.Should().BeNull();
tafLine.Wind.Speed.Should().Be(8);
tafLine.WindShear.Should().BeNull();
tafLine.Weather.Should().BeNull();
tafLine.Visibility.Should().Be(6.21f);
tafLine = taf.TAFLine[2];
tafLine.ChangeIndicator.Should().Be(ChangeIndicatorType.FM);
tafLine.Altimeter.Should().BeNull();
tafLine.ForecastTimeEnd.Should().Be(ParserHelpers.ParseDateTime("2019-10-27T13:00:00Z"));
tafLine.ForecastTimeStart.Should().Be(ParserHelpers.ParseDateTime("2019-10-27T10:00:00Z"));
tafLine.IcingHazards.Count.Should().Be(0);
tafLine.NotDecoded.Should().BeNull();
tafLine.Probability.Should().BeNull();
tafLine.SkyCondition.Count().Should().Be(1);
tafLine.SkyCondition[0].CloudBase.Should().Be(1000);
tafLine.SkyCondition[0].SkyCondition.Should().Be(SkyConditionType.OVC);
tafLine.Wind.Should().NotBeNull();
tafLine.Wind.Direction.Should().Be(100);
tafLine.Wind.Gust.Should().Be(20);
tafLine.Wind.Speed.Should().Be(12);
tafLine.WindShear.Should().NotBeNull();
tafLine.WindShear.Direction.Should().Be(160);
tafLine.WindShear.Height.Should().Be(2000);
tafLine.WindShear.Speed.Should().Be(40);
tafLine.Weather.Should().Be("-RA BR");
tafLine.Visibility.Should().Be(5.0f);
}
