NavigableVector_p1.h

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/*
  Copyright (C) 2002-2017 CERN for the benefit of the ATLAS collaboration
*/
 
#ifndef DATAMODELATHENAPOOL_NAVIGABLEVECTOR_P1_H
#define DATAMODELATHENAPOOL_NAVIGABLEVECTOR_P1_H

 
#include "ElementLinkVector_p1.h"

 
template <typename INDEXTYPE, typename RPAR=void>
class NavigableVector_p1
{
public:
  NavigableVector_p1() {}
  size_t    size() const { return m_navigableSizes.size(); }
 
  ElementLinkVector_p1< INDEXTYPE > m_links;
  std::vector<RPAR>         m_parameters;
  std::vector<unsigned short>       m_navigableSizes;
};
 
 
// specialization of the above class for non-weighted Navigables
template <typename INDEXTYPE>
class NavigableVector_p1<INDEXTYPE, void>
{
public:
  NavigableVector_p1() {}
  size_t    size() const { return m_navigableSizes.size(); }
 
  ElementLinkVector_p1< INDEXTYPE > m_links;
  std::vector<unsigned short>       m_navigableSizes;
};
 
 
 
// Helper template to generate type of the persistent NavigableVector_pN
// from the type of the transient Navigable
// Used in the NavigableVectorCnv_pN 
 
namespace NavigationDefaults {
   struct DefaultWeight;
}
 
 
template <class NAV, typename RPAR = typename NAV::parameter_type >
struct GeneratePersNavVectorType
{
  typedef  NavigableVector_p1<
     typename GenerateELinkIndexType_p1<typename NAV::external_index_type>::type,
     RPAR >  type;
};
 
 
template <class NAV >
struct GeneratePersNavVectorType<NAV, NavigationDefaults::DefaultWeight >
{
  typedef  NavigableVector_p1<
     typename GenerateELinkIndexType_p1<typename NAV::external_index_type>::type
     > type;
};
 
 
 
// If you define more Navigable_pN types, remember to add template instantiations to the Dict file
 
typedef NavigableVector_p1<uint32_t>    NavigableVectorInt_p1;
typedef NavigableVector_p1<std::string> NavigableVectorStr_p1;
 
                 
#endif