enum_cfgtype_io.cc

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// -*- C++ -*-
/*! \file
 * \brief CfgType enum
 */
 
#include "enum_cfgtype_io.h"
#include <string>
 
 
namespace Chroma { 
 
  namespace CfgTypeEnv { 
 
    bool registerAll(void) 
    {
      bool success; 
      success = theCfgTypeMap::Instance().registerPair(std::string("MILC"), CFG_TYPE_MILC );
      success &= theCfgTypeMap::Instance().registerPair(std::string("NERSC"), CFG_TYPE_NERSC);
      success &= theCfgTypeMap::Instance().registerPair( std::string("SCIDAC"), CFG_TYPE_SCIDAC );
      success &= theCfgTypeMap::Instance().registerPair( std::string("SZIN" ), CFG_TYPE_SZIN );
      success &= theCfgTypeMap::Instance().registerPair( std::string("SZINQIO"), CFG_TYPE_SZINQIO );
      
      success &= theCfgTypeMap::Instance().registerPair( std::string("KYU"), CFG_TYPE_KYU );
      success &= theCfgTypeMap::Instance().registerPair( std::string("WUP"), CFG_TYPE_WUPP);
      success &= theCfgTypeMap::Instance().registerPair( std::string("DISORDERED"), CFG_TYPE_DISORDERED );
      success &= theCfgTypeMap::Instance().registerPair( std::string("UNIT"), CFG_TYPE_UNIT );
      success &= theCfgTypeMap::Instance().registerPair( std::string("CPPACS"), CFG_TYPE_CPPACS );
      success &= theCfgTypeMap::Instance().registerPair( std::string("CERN"), CFG_TYPE_CERN );
      success &= theCfgTypeMap::Instance().registerPair( std::string("WEAK_FIELD"), CFG_TYPE_WEAK_FIELD);
      success &= theCfgTypeMap::Instance().registerPair( std::string("CLASSICAL_SF"), CFG_TYPE_CLASSICAL_SF);
      
      return success;
    }
 
    bool registered = registerAll();
    const std::string typeIDString = "CfgType";
  }
 
  using namespace CfgTypeEnv;
 
  void read(XMLReader& xml_in, const std::string& path, CfgType& t) {
    theCfgTypeMap::Instance().read(typeIDString, xml_in,path,t);
  }
  
  void write(XMLWriter& xml_out, const std::string& path, const CfgType& t) {
    theCfgTypeMap::Instance().write(typeIDString, xml_out, path, t);
  }
}