RtclRw11CntlBase.ipp

Go to the documentation of this file.

// $Id: RtclRw11CntlBase.ipp 1186 2019-07-12 17:49:59Z mueller $
// SPDX-License-Identifier: GPL-3.0-or-later
// Copyright 2013-2019 by Walter F.J. Mueller <W.F.J.Mueller@gsi.de>
// 
// Revision History: 
// Date         Rev Version  Comment
// 2019-02-23  1114   1.2.4  use std::bind instead of lambda
// 2018-12-18  1089   1.2.3  use c++ style casts
// 2018-12-15  1082   1.2.2  use lambda instead of boost::bind
// 2018-12-07  1078   1.2.1  use std::shared_ptr instead of boost
// 2017-04-16   877   1.2    add class in ctor
// 2017-02-04   848   1.1    add in fGets: found,pdataint,pdatarem
// 2013-03-06   495   1.0    Initial version
// 2013-02-08   484   0.1    First draft
// ---------------------------------------------------------------------------
 
#include <functional>
 
#include "librtcltools/Rtcl.hpp"
#include "librtcltools/RtclOPtr.hpp"
 
// all method definitions in namespace Retro
namespace Retro {
 
//------------------------------------------+-----------------------------------
 
template <class TC>
inline RtclRw11CntlBase<TC>::RtclRw11CntlBase(const std::string& type,
                                              const std::string& cclass)
  : RtclRw11Cntl(type,cclass),
    fspObj(new TC())
{
  AddMeth("bootcode", [this](RtclArgs& args){ return M_bootcode(args); });
 
  TC* pobj = fspObj.get();
  fGets.Add<const std::string&>("type",  std::bind(&TC::Type, pobj));
  fGets.Add<const std::string&>("name",  std::bind(&TC::Name, pobj));
  fGets.Add<uint16_t>    ("base",        std::bind(&TC::Base, pobj));
  fGets.Add<int>         ("lam",         std::bind(&TC::Lam,  pobj));  
  fGets.Add<bool>        ("found",       std::bind(&TC::ProbeFound, pobj));  
  fGets.Add<uint16_t>    ("pdataint",    std::bind(&TC::ProbeDataInt, pobj));  
  fGets.Add<uint16_t>    ("pdatarem",    std::bind(&TC::ProbeDataRem, pobj));  
  fGets.Add<bool>        ("enable",      std::bind(&TC::Enable, pobj));  
  fGets.Add<bool>        ("started",     std::bind(&TC::IsStarted, pobj));  
  fGets.Add<uint32_t>    ("trace",       std::bind(&TC::TraceLevel,pobj));  
 
  fSets.Add<bool>        ("enable", std::bind(&TC::SetEnable,pobj,
                                              std::placeholders::_1));  
  fSets.Add<uint32_t>    ("trace",  std::bind(&TC::SetTraceLevel,pobj,
                                              std::placeholders::_1));  
}
 
//------------------------------------------+-----------------------------------
 
template <class TC>
inline RtclRw11CntlBase<TC>::~RtclRw11CntlBase()
{}
 
//------------------------------------------+-----------------------------------
 
template <class TC>
inline TC& RtclRw11CntlBase<TC>::Obj()
{
  return *fspObj;
}
 
//------------------------------------------+-----------------------------------
 
template <class TC>
inline const std::shared_ptr<TC>& RtclRw11CntlBase<TC>::ObjSPtr()
{
  return fspObj;
}
 
//------------------------------------------+-----------------------------------
 
template <class TC>
int RtclRw11CntlBase<TC>::M_bootcode(RtclArgs& args)
{
  int unit = 0;
  if (!args.GetArg("?unit", unit, 0, Obj().NUnit()-1)) return kERR;
  if (!args.AllDone()) return kERR;
 
  std::vector<uint16_t> code;
  uint16_t aload;
  uint16_t astart;
  if (Obj().BootCode(unit, code, aload, astart)) {
    RtclOPtr pres(Tcl_NewListObj(0, NULL));
    Tcl_ListObjAppendElement(NULL, pres, Tcl_NewIntObj(int(aload)));
    Tcl_ListObjAppendElement(NULL, pres, Tcl_NewIntObj(int(astart)));
    Tcl_ListObjAppendElement(NULL, pres, Rtcl::NewListIntObj(code));
    args.SetResult(pres);
  }
 
  return kOK;
}  
 
} // end namespace Retro