public SimulatorInfo(SimulatorType type, Random random, Func <int> getSymbolCount)
{
log.Register(this);
this.Type = type;
this.random = random;
this.getSymbolCount = getSymbolCount;
}
/// <summary>
/// Return value may be null, or the path may not exist.
/// </summary>
public string FullPath(SimulatorType Type, AppOptions Option)
{
var simPath = Option.SimulatorPaths[Type];
return(ExceptionHelpers.DefaultIfThrows(
() => Path.GetFullPath(Path.Combine(simPath, relativePath)),
null));
}
public PDUAddPilot(string callsign, string cid, string password, NetworkRating rating, ProtocolRevision proto, SimulatorType simType, string realName)
: base(callsign, "")
{
CID = cid;
Password = password;
Rating = rating;
ProtocolRevision = proto;
SimulatorType = simType;
RealName = realName;
}
public simConnector(SimulatorType mytype, string IP)
{
if (mytype == SimulatorType.Xplane)
{
RAD_softXplanes = true;
}
simIP = IP;
SimValues.Add("roll_out", 0);
SimValues.Add("pitch_out", 0);
SimValues.Add("throttle_out", 0);
SimValues.Add("rudder_out", 0);
}
public SimTypePath(SimulatorType Type, IExportPath Path)
{
this.Type = Type;
this.Path = Path;
}
/// <summary> /// Option is not needed and can be null. /// </summary> public string FullPath(SimulatorType Type, AppOptions Option = null) => absolutePath;
public simConnector(SimulatorType mytype, string IP)
{
if (mytype == SimulatorType.Xplane)
{
RAD_softXplanes = true;
}
simIP = IP;
SimValues.Add("roll_out", 0);
SimValues.Add("pitch_out", 0);
SimValues.Add("throttle_out", 0);
SimValues.Add("rudder_out", 0);
}