public void Bug2()
{
var decoder = new MetarDecoder();
var report = decoder.Decode(
"METAR RJCC 232115Z 17004KT 1200 R19R/0750VP1800U R19L/1000VP1800U -SHRA BR FEW001 BKN002 BKN003 10/10 Q1008 RMK 1ST001 5ST002 7ST003 A2978");
var rv1 = report.Visibility.Runways[0];
Assert.Equal("19R", rv1.Runway);
Assert.Equal(750, rv1.Distance.Value);
Assert.Equal(null, rv1.Distance.Restriction);
Assert.Equal(1800, rv1.VariableDistance.Value.Value);
Assert.Equal(DeviceMeasurementRestriction.P, rv1.VariableDistance.Value.Restriction);
Assert.Equal(DistanceUnit.m, rv1.Unit);
Assert.Equal(RunwayVisibilityTendency.U, rv1.Tendency);
var rv2 = report.Visibility.Runways[1];
Assert.Equal("19L", rv2.Runway);
Assert.Equal(1000, rv2.Distance.Value);
Assert.Equal(null, rv2.Distance.Restriction);
Assert.Equal(1800, rv2.VariableDistance.Value.Value);
Assert.Equal(DeviceMeasurementRestriction.P, rv2.VariableDistance.Value.Restriction);
Assert.Equal(DistanceUnit.m, rv2.Unit);
Assert.Equal(RunwayVisibilityTendency.U, rv2.Tendency);
}
public void Setup()
{
DecodedMetarsNotStrict = TestMetarSource.Select(metar =>
MetarDecoder.ParseWithMode(metar, false)
).ToList();
DecodedMetarsStrict = TestMetarSource.Select(metar =>
MetarDecoder.ParseWithMode(metar, true)
).ToList();
}
static void Main(string[] args)
{
var MetarDecoder = new MetarDecoder();
MetarDecoder.SetStrictParsing(true);
var options = new Options();
if (Parser.Default.ParseArguments(args, options))
{
var decodedMetar = MetarDecoder.ParseWithMode(options.Metar);
Display(decodedMetar);
}
}
public void Bug1()
{
var decoder = new MetarDecoder();
var report = decoder.Decode(
"METAR KEWR 142108Z 30017G26KT 1SM R04R/5000VP6000FT -SN BLSN SCT009 OVC017 M01/M03 A2926 RMK AO2 PK WND 31031/2053 SFC VIS 1 1/2 P0000 T10111033");
var rv = report.Visibility.Runways[0];
Assert.Equal("04R", rv.Runway);
Assert.Equal(5000, rv.Distance.Value);
Assert.Equal(null, rv.Distance.Restriction);
Assert.Equal(6000, rv.VariableDistance.Value.Value);
Assert.Equal(DeviceMeasurementRestriction.P, rv.VariableDistance.Value.Restriction);
Assert.Equal(DistanceUnit.ft, rv.Unit);
Assert.Equal(null, rv.Tendency);
}
public void Setup()
{
DecodedMetars = TestMetarSource.Select(metar => MetarDecoder.ParseWithMode(metar)).ToList();
}
public void Setup()
{
decoder = new MetarDecoder();
}
/// <summary>
/// Retrieves a beautified string output of a METAR message
/// </summary>
/// <param name="rawMetar">The raw METAR.</param>
/// <param name="strictMode">METAR strict decoding mode</param>
/// <returns></returns>
public static string GetWeatherMessage(string rawMetar, OutputType outputType = OutputType.Text, bool strictMode = true, bool showRawMetar = false, string htmlClass = "")
{
var decodedMetar = MetarDecoder.ParseWithMode(rawMetar, strictMode);
return(decodedMetar.GetWeatherMessage(outputType, showRawMetar, htmlClass));
}