SolvableType.h

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#ifndef ZYPP_SAT_SOLVABLETYPE_H
#define ZYPP_SAT_SOLVABLETYPE_H

#include <iosfwd>

#include "zypp/sat/Solvable.h"
#include "zypp/Repository.h"
#include "zypp/OnMediaLocation.h"
#include "zypp/ByteCount.h"
#include "zypp/CheckSum.h"
#include "zypp/CpeId.h"
#include "zypp/Date.h"

namespace zypp
{
  namespace sat
  {
    template <class Derived>
    struct SolvableType
    {
      Solvable satSolvable() const { return Solvable(static_cast<const Derived&>(*this)); }

      explicit operator bool() const                            { return bool(satSolvable()); }

      IdString          ident() const                           { return satSolvable().ident(); }

      ResKind           kind() const                            { return satSolvable().kind(); }
      bool              isKind( const ResKind & kind_r ) const  { return satSolvable().isKind( kind_r ); }
      template<class TRes>
      bool              isKind() const                          { return satSolvable().isKind<TRes>(); }
      template<class TIterator>
      bool isKind( TIterator begin, TIterator end ) const       { return satSolvable().isKind( begin, end ); }

      std::string       name() const                            { return satSolvable().name(); }
      Edition           edition() const                         { return satSolvable().edition(); }
      Arch              arch() const                            { return satSolvable().arch(); }
      IdString          vendor() const                          { return satSolvable().vendor(); }

      Repository        repository() const                      { return satSolvable().repository(); }
      RepoInfo          repoInfo() const                        { return satSolvable().repoInfo(); }

      bool              isSystem() const                        { return satSolvable().isSystem(); }
      bool              onSystemByUser() const                  { return satSolvable().onSystemByUser(); }
      bool              multiversionInstall() const             { return satSolvable().multiversionInstall(); }

      Date              buildtime() const                       { return satSolvable().buildtime(); }
      Date              installtime() const                     { return satSolvable().installtime(); }

      std::string       asString() const                        { return satSolvable().asString(); }
      std::string       asUserString() const                    { return satSolvable().asUserString(); }

      bool              identical( const Solvable & rhs ) const { return satSolvable().identical( rhs ); }
      template <class RDerived>
      bool              identical( const SolvableType<RDerived> & rhs ) const   { return satSolvable().identical( rhs.satSolvable() ); }

      bool              sameNVRA( const Solvable &rhs ) const   { return satSolvable().sameNVRA( rhs ); }
      template <class RDerived>
      bool              sameNVRA( const SolvableType<RDerived> & rhs ) const    { return satSolvable().sameNVRA( rhs.satSolvable() ); }

      Capabilities      provides() const                        { return satSolvable().provides(); }
      Capabilities      requires() const                        { return satSolvable().requires(); }
      Capabilities      conflicts() const                       { return satSolvable().conflicts(); }
      Capabilities      obsoletes() const                       { return satSolvable().obsoletes(); }
      Capabilities      recommends() const                      { return satSolvable().recommends(); }
      Capabilities      suggests() const                        { return satSolvable().suggests(); }
      Capabilities      enhances() const                        { return satSolvable().enhances(); }
      Capabilities      supplements() const                     { return satSolvable().supplements(); }
      Capabilities      prerequires() const                     { return satSolvable().prerequires(); }
      Capabilities      dep( Dep which_r ) const                { return satSolvable().dep(which_r); }
      Capabilities      operator[]( Dep which_r ) const         { return satSolvable()[which_r]; }

      CapabilitySet     providesNamespace( const std::string & namespace_r ) const      { return satSolvable().providesNamespace( namespace_r ); }
      CapabilitySet     valuesOfNamespace( const std::string & namespace_r ) const      { return satSolvable().valuesOfNamespace( namespace_r ); }

      bool              supportsLocales() const                 { return satSolvable().supportsLocales(); }
      bool              supportsLocale( const Locale & locale_r ) const { return satSolvable().supportsLocale( locale_r ); }
      bool              supportsLocale( const LocaleSet & locales_r ) const     { return satSolvable().supportsLocale( locales_r ); }
      bool              supportsRequestedLocales() const        { return satSolvable().supportsRequestedLocales(); }
      LocaleSet         getSupportedLocales() const             { return satSolvable().getSupportedLocales(); }

      CpeId             cpeId() const                           { return satSolvable().cpeId(); }
      unsigned          mediaNr() const                         { return satSolvable().mediaNr(); }
      ByteCount         installSize() const                     { return satSolvable().installSize(); }
      ByteCount         downloadSize() const                    { return satSolvable().downloadSize(); }
      std::string       distribution() const                    { return satSolvable().distribution(); }

      std::string       summary( const Locale & lang_r = Locale() ) const       { return satSolvable().summary( lang_r ); }
      std::string       description( const Locale & lang_r = Locale() ) const   { return satSolvable().description( lang_r ); }
      std::string       insnotify( const Locale & lang_r = Locale() ) const     { return satSolvable().insnotify( lang_r ); }
      std::string       delnotify( const Locale & lang_r = Locale() ) const     { return satSolvable().delnotify( lang_r ); }
      std::string       licenseToConfirm( const Locale & lang_r = Locale() ) const      { return satSolvable().licenseToConfirm( lang_r ); }
      bool              needToAcceptLicense() const             { return satSolvable().needToAcceptLicense(); }

    public:
      std::string       lookupStrAttribute( const SolvAttr & attr ) const       { return satSolvable().lookupStrAttribute( attr ); }
      std::string       lookupStrAttribute( const SolvAttr & attr, const Locale & lang_r ) const        { return satSolvable().lookupStrAttribute( attr, lang_r ); }
      bool              lookupBoolAttribute( const SolvAttr & attr ) const      { return satSolvable().lookupBoolAttribute( attr ); }
      detail::IdType    lookupIdAttribute( const SolvAttr & attr ) const        { return satSolvable().lookupIdAttribute( attr ); }
      unsigned long long lookupNumAttribute( const SolvAttr & attr ) const      { return satSolvable().lookupNumAttribute( attr ); }
      CheckSum          lookupCheckSumAttribute( const SolvAttr & attr ) const  { return satSolvable().lookupCheckSumAttribute( attr ); }
      OnMediaLocation   lookupLocation() const                  { return satSolvable().lookupLocation(); }
      Solvable::IdType  id() const                                      { return satSolvable().id(); }

    protected:
      SolvableType() {}
      SolvableType( const SolvableType & ) {}
      void operator=( const SolvableType & ) {}
#ifndef SWIG
      SolvableType( SolvableType && ) {}
      void operator=( SolvableType && ) {}
#endif
      ~SolvableType() {}
    };

    template <class Derived>
    inline std::ostream & operator<<( std::ostream & str, const SolvableType<Derived> & obj )
    { return str << obj.satSolvable(); }

    template <class Derived>
    inline std::ostream & dumpOn( std::ostream & str, const SolvableType<Derived> & obj )
    { return dumpOn( str, obj.satSolvable() ); }

    template <class LDerived, class RDerived>
    inline bool operator==( const SolvableType<LDerived> & lhs, const SolvableType<RDerived> & rhs )
    { return lhs.satSolvable() == rhs.satSolvable(); }
    template <class Derived>
    inline bool operator==( const SolvableType<Derived> & lhs, const Solvable & rhs )
    { return lhs.satSolvable() == rhs; }
    template <class Derived>
    inline bool operator==( const Solvable & lhs, const SolvableType<Derived> & rhs )
    { return lhs == rhs.satSolvable(); }

    template <class LDerived, class RDerived>
    inline bool operator!=( const SolvableType<LDerived> & lhs, const SolvableType<RDerived> & rhs )
    { return lhs.satSolvable() != rhs.satSolvable(); }
    template <class Derived>
    inline bool operator!=( const SolvableType<Derived> & lhs, const Solvable & rhs )
    { return lhs.satSolvable() != rhs; }
    template <class Derived>
    inline bool operator!=( const Solvable & lhs, const SolvableType<Derived> & rhs )
    { return lhs != rhs.satSolvable(); }

    template <class LDerived, class RDerived>
    inline bool operator<( const SolvableType<LDerived> & lhs, const SolvableType<RDerived> & rhs )
    { return lhs.satSolvable() < rhs.satSolvable(); }
    template <class Derived>
    inline bool operator<( const SolvableType<Derived> & lhs, const Solvable & rhs )
    { return lhs.satSolvable() < rhs; }
    template <class Derived>
    inline bool operator<( const Solvable & lhs, const SolvableType<Derived> & rhs )
    { return lhs < rhs.satSolvable(); }

    template<class TRes, class Derived>
    inline bool isKind( const SolvableType<Derived> & solvable_r )
    { return isKind<TRes>( solvable_r.satSolvable() ); }

    template <class LDerived, class RDerived>
    inline bool identical( const SolvableType<LDerived> & lhs, const SolvableType<RDerived> & rhs )
    { return identical( lhs.satSolvable(), rhs.satSolvable() ); }
    template <class Derived>
    inline bool identical( const SolvableType<Derived> & lhs, const Solvable & rhs )
    { return identical( lhs.satSolvable(), rhs ); }
    template <class Derived>
    inline bool identical( const Solvable & lhs, const SolvableType<Derived> & rhs )
    { return identical( lhs, rhs.satSolvable() ); }

    template <class LDerived, class RDerived>
    inline bool sameNVRA( const SolvableType<LDerived> & lhs, const SolvableType<RDerived> & rhs )
    { return sameNVRA( lhs.satSolvable(), rhs.satSolvable() ); }
    template <class Derived>
    inline bool sameNVRA( const SolvableType<Derived> & lhs, const Solvable & rhs )
    { return sameNVRA( lhs.satSolvable(), rhs ); }
    template <class Derived>
    inline bool sameNVRA( const Solvable & lhs, const SolvableType<Derived> & rhs )
    { return sameNVRA( lhs, rhs.satSolvable() ); }


    template <class LDerived, class RDerived>
    inline int compareByN( const SolvableType<LDerived> & lhs, const SolvableType<RDerived> & rhs )
    { return compareByN( lhs.satSolvable(), rhs.satSolvable() ); }
    template <class Derived>
    inline bool compareByN( const SolvableType<Derived> & lhs, const Solvable & rhs )
    { return compareByN( lhs.satSolvable(), rhs ); }
    template <class Derived>
    inline bool compareByN( const Solvable & lhs, const SolvableType<Derived> & rhs )
    { return compareByN( lhs, rhs.satSolvable() ); }


    template <class LDerived, class RDerived>
    inline int compareByNVR( const SolvableType<LDerived> & lhs, const SolvableType<RDerived> & rhs )
    { return compareByNVR( lhs.satSolvable(), rhs.satSolvable() ); }
    template <class Derived>
    inline bool compareByNVR( const SolvableType<Derived> & lhs, const Solvable & rhs )
    { return compareByNVR( lhs.satSolvable(), rhs ); }
    template <class Derived>
    inline bool compareByNVR( const Solvable & lhs, const SolvableType<Derived> & rhs )
    { return compareByNVR( lhs, rhs.satSolvable() ); }

    template <class LDerived, class RDerived>
    inline int compareByNVRA( const SolvableType<LDerived> & lhs, const SolvableType<RDerived> & rhs )
    { return compareByNVRA( lhs.satSolvable(), rhs.satSolvable() ); }
    template <class Derived>
    inline bool compareByNVRA( const SolvableType<Derived> & lhs, const Solvable & rhs )
    { return compareByNVRA( lhs.satSolvable(), rhs ); }
    template <class Derived>
    inline bool compareByNVRA( const Solvable & lhs, const SolvableType<Derived> & rhs )
    { return compareByNVRA( lhs, rhs.satSolvable() ); }

  } // namespace sat
} // namespace zypp
#endif // ZYPP_SAT_SOLVABLETYPE_H