public List <IPEndPoint> GetPortBroadcast(Mapping arg)
{
List <IPEndPoint> list = new List <IPEndPoint>();
RpcCallMessage getport = new RpcCallMessage(RpcProgram.Portmapper, Consts.PortmapperVersion,
(uint)PortmapperProcedure.GETPORT, arg.ToBytes());
//if (!Client.Connected) Client.Connect();
//Client.Call(getport);
//Dictionary<EndPoint, RpcReplyMessage> reply = Client.RecieveBroadcast();
Dictionary <EndPoint, RpcReplyMessage> reply = Client.Call(getport);
foreach (var r in reply)
{
if (r.Value.AcceptState == ReplyAcceptState.SUCCESS)
{
int port = NetUtils.ToIntFromBigEndian(r.Value.Result);
IPAddress ad = ((IPEndPoint)r.Key).Address;
if (port != 0)
{
list.Add(new IPEndPoint(((IPEndPoint)r.Key).Address, port));
}
}
}
return(list);
}
public uint GetPort(Mapping arg)
{
RpcCallMessage getport = new RpcCallMessage(RpcProgram.Portmapper,
Consts.PortmapperVersion, (uint)PortmapperProcedure.GETPORT,
arg.ToBytes());
Dictionary <EndPoint, RpcReplyMessage> replies = Client.Call(getport);
foreach (var reply in replies.Values)
{
if (reply.AcceptState == ReplyAcceptState.SUCCESS)
{
uint port = (uint)NetUtils.ToIntFromBigEndian(reply.Result);
if (port == 0)
{
throw new Exception("Portmapper. Program " + arg.Program +
" version " + arg.Version + " not available to " +
arg.Protocol.ToString() + ".");
}
else
{
return(port);
}
}
}
throw new Exception("Portmapper. No success answer or no answer.");
}
