public MappingNodeHead Dump_2()
{
var args = new Arguments_4();
var result = new MappingNodeHead();
Call(PortMapperConstants.Dump_2, PortMapperConstants.PortMapperVersion, args, result);
return(result);
}
protected override void DispatchReceivedCall(ReceivedRpcCall call)
{
if (call.Version == PortMapperConstants.PortMapperVersion)
{
switch (call.Procedure)
{
case PortMapperConstants.Ping_2:
{
var args = new Arguments_0();
call.RetrieveCall(args);
Ping_2(call.Caller);
call.Reply(new Result_0());
break;
}
case PortMapperConstants.Set_2:
{
var args = new Mapping();
call.RetrieveCall(args);
var result = new Result_1();
result.Value = Set_2(call.Caller, args);
call.Reply(result);
break;
}
case PortMapperConstants.Unset_2:
{
var args = new Mapping();
call.RetrieveCall(args);
var result = new Result_2();
result.Value = Unset_2(call.Caller, args);
call.Reply(result);
break;
}
case PortMapperConstants.GetPort_2:
{
var args = new Mapping();
call.RetrieveCall(args);
var result = new Result_3();
result.Value = GetPort_2(call.Caller, args);
call.Reply(result);
break;
}
case PortMapperConstants.Dump_2:
{
var args = new Arguments_4();
call.RetrieveCall(args);
var result = Dump_2(call.Caller);
call.Reply(result);
break;
}
case PortMapperConstants.Call_2:
{
var args = new CallArguments();
call.RetrieveCall(args);
var result = Call_2(call.Caller, args);
call.Reply(result);
break;
}
default:
call.ProcedureUnavailable();
break;
}
}
else
{
call.ProgramMismatch();
}
}
