// Static Decoder
/// <summary>
/// Decode a METAR Message
/// </summary>
/// <param name="raw">The raw message starting with the StationID</param>
/// <param name="mdata">The MData record to fill</param>
private static void DecodeMetar(string raw, MTData mdata)
{
raw = M_StationDecoder.Decode(raw, mdata.Station);
if (!mdata.Station.Valid)
{
return; // ERROR must have
}
raw = M_ObsTimeDecoder.Decode(raw, mdata.ObsTime);
if (!mdata.ObsTime.Valid)
{
return; // ERROR must have
}
raw = M_ModifierDecoder.Decode(raw, mdata.Modifier);
if (mdata.Modifier.IsNil)
{
// cancelled - forget the rest and return
return;
}
raw = M_WindDecoder.Decode(raw, mdata.Wind);
raw = M_WindDecoder.Decode(raw, mdata.Wind); // optional variable part, will capture if there
raw = M_VisibilityDecoder.Decode(raw, mdata.Visibility);
while (M_RunwayVRDecoder.IsMatch(raw))// optional multiple
{
raw = M_RunwayVRDecoder.Decode(raw, mdata.RunwayVRs);
}
;
while (M_WeatherDecoder.IsMatch(raw))// optional multiple
{
raw = M_WeatherDecoder.Decode(raw, mdata.Weather);
}
while (M_SkyConditionDecoder.IsMatch(raw))// optional multiple
{
raw = M_SkyConditionDecoder.Decode(raw, mdata.SkyConditions);
}
;
raw = M_TempDecoder.Decode(raw, mdata.Temperature);
raw = M_PressureDecoder.Decode(raw, mdata.Altimeter);
// RMKs
// Eval Category
mdata.FlightCategory = M_CategoryDecoder.Decode(mdata);
}
/// <summary>
/// Decode a TAF Message
/// </summary>
/// <param name="raw">The raw message starting with the StationID</param>
/// <param name="mdata">The MData record to fill</param>
private static void DecodeTaf(string raw, MTData mdata)
{
raw = M_StationDecoder.Decode(raw, mdata.Station);
if (!mdata.Station.Valid)
{
return; // ERROR must have
}
raw = M_ObsTimeDecoder.Decode(raw, mdata.ObsTime);
if (!mdata.ObsTime.Valid)
{
return; // ERROR must have
}
raw = T_PeriodDecoder.Decode(raw, mdata.TafPeriod);
if (!mdata.TafPeriod.Valid)
{
return; // ERROR must have
}
if (T_CancelDecoder.IsMatch(raw))
{
// cancelled - collect the flag, forget the rest and return
raw = T_CancelDecoder.Decode(raw, mdata);
return;
}
// add the basic FC record here as we go and process further parts
mdata.Forecasts.Add(new T_Forecast( )
{
Valid = true, From = mdata.TafPeriod.From, To = mdata.TafPeriod.To, IsTimeSpan = true
});
raw = M_WindDecoder.Decode(raw, mdata.Forecasts.First( ).Wind);
raw = M_WindDecoder.Decode(raw, mdata.Forecasts.First( ).Wind); // optional variable part, will capture if there
raw = M_VisibilityDecoder.Decode(raw, mdata.Forecasts.First( ).Visibility);
while (M_WeatherDecoder.IsMatch(raw))// optional multiple
{
raw = M_WeatherDecoder.Decode(raw, mdata.Forecasts.First( ).Weather);
}
while (M_SkyConditionDecoder.IsMatch(raw))// optional multiple
{
raw = M_SkyConditionDecoder.Decode(raw, mdata.Forecasts.First( ).SkyConditions);
}
;
while (T_TempMinMaxDecoder.IsMatch(raw))// optional multiple
{
raw = T_TempMinMaxDecoder.Decode(raw, mdata.Forecasts.First( ).TempMinMax);
}
;
// Eval Category
mdata.Forecasts.First( ).FlightCategory = M_CategoryDecoder.Decode(mdata.Forecasts.First( ));
// We should get into the additional forecast records now..
while (T_ForecastDecoder.IsMatch(raw))
{
raw = T_ForecastDecoder.Decode(raw, mdata.Forecasts);
// collect the allowed forecast records
raw = M_WindDecoder.Decode(raw, mdata.Forecasts.Last( ).Wind);
raw = M_WindDecoder.Decode(raw, mdata.Forecasts.Last( ).Wind); // optional variable part, will capture if there
raw = M_VisibilityDecoder.Decode(raw, mdata.Forecasts.Last( ).Visibility);
while (M_WeatherDecoder.IsMatch(raw))// optional multiple
{
raw = M_WeatherDecoder.Decode(raw, mdata.Forecasts.Last( ).Weather);
}
while (M_SkyConditionDecoder.IsMatch(raw))// optional multiple
{
raw = M_SkyConditionDecoder.Decode(raw, mdata.Forecasts.Last( ).SkyConditions);
}
;
// Eval Category
mdata.Forecasts.Last( ).FlightCategory = M_CategoryDecoder.Decode(mdata.Forecasts.Last( ));
}
}