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template <  class  Map ,  class  CompatibleKey ,  class  CompatibleData  > 
void  use_it (  Map  &  m , 
             const  CompatibleKey   &  key , 
             const  CompatibleData  &  data  ) 
{ 
    typedef  typename  Map :: value_type  value_type ; 
    typedef  typename  Map :: const_iterator  const_iterator ;
 
    m . insert (  value_type ( key , data )  ); 
    const_iterator  iter  =  m . find ( key ); 
    if (  iter  !=  m . end ()  ) 
    { 
        assert (  iter -> first   ==  key   ); 
        assert (  iter -> second  ==  data  );
 
        std :: cout  <<  iter -> première  <<  "->"  <<  iter -> second ; 
    } 
    m . effacer ( clé ); 
}
 
int  principal () 
{ 
    typedef  bimap <  set_of < std :: string >,  set_of < int >  >  bimap_type ; 
    bimap_type  bm ;
 
    // Carte standard 
    { 
        typedef  std :: map <  std :: string ,  int  >  map_type ; 
        map_type  m ;
 
        use_it (  m ,  "un" ,  1  ); 
    }
 
    // Carte Vue gauche 
    { 
        typedef  bimap_type :: left_map  map_type ; 
        map_type  &  m  =  bm . Gauche ;
 
        use_it (  m ,  "un" ,  1  ); 
    }
 
    // Inverse carte standard 
    { 
        typedef  std :: map <  int ,  std :: string  >  reverse_map_type ; 
        reverse_map_type  rm ;
 
        use_it (  rm ,  1 ,  "un"  ); 
    }
 
    // Carte Vue droite 
    { 
        typedef  bimap_type :: right_map  reverse_map_type ; 
        reverse_map_type  &  rm  =  bm . Droite ;
 
        use_it (  rm ,  1 ,  "un"  ); 
    }
 
    retour  0 ; 
} |