public aircraftProbeData(String aircraftTitle, String aircraftModel, List <closeAirport> airports, airportInfo currentAirport, bool availableAtCurrentAirport, List <altAircraft> AltAircraft)
{
this.aircraftTitle = aircraftTitle;
this.aircraftModel = aircraftModel;
this.airports = airports;
this.currentAirport = currentAirport;
this.availableAtCurrentAirport = availableAtCurrentAirport;
this.altAircraft = AltAircraft;
}
public aircraftProbeData aircraftProbe(String aircraft, double lat, double lon)
{
XmlDocument result;
try
{
result = call("aircraftProbe", "aircraft", aircraft, "lat", lat, "lon", lon);
}
catch (Exception)
{
return(null);
}
if (result == null)
{
return(null);
}
String aircraftType = getTextNode(result.DocumentElement, "aircraftType");
List <closeAirport> airports = new List <closeAirport>();
List <altAircraft> AltAircraft = new List <altAircraft>();
airportInfo currentAirport = null;
bool availableAtCurrentAirport = false;
XmlNodeList airportInfo = result.GetElementsByTagName("airport");
if (airportInfo.Count > 0)
{
currentAirport = new airportInfo((XmlElement)airportInfo[0]);
}
foreach (XmlNode airport in result.GetElementsByTagName("closeAirport"))
{
closeAirport ap = new closeAirport((XmlElement)airport);
if (currentAirport != null && currentAirport.icao == ap.icao)
{
availableAtCurrentAirport = true;
}
else
{
airports.Add(ap);
}
}
foreach (XmlNode aircraftNode in result.GetElementsByTagName("aircraft"))
{
AltAircraft.Add(new altAircraft((XmlElement)aircraftNode));
}
return(new aircraftProbeData(aircraft, aircraftType, airports, currentAirport, availableAtCurrentAirport, AltAircraft));
}
