//
//  The code below produces the following compiler error message.
//  I don't know enough about the correct syntax to fix this problem.
//  What am I doing wrong?    Thanks.
//
// test.cpp(29) : error C2244: 'MapAny2Any<Type1,Type2>::find' : unable to resolve function overload
//
//
//
#include <map>

template <class Type1, class Type2>
class MapAny2Any {
  private:
    std::map<Type1, Type2> AnyMap;
  public:
    void insert(Type1& T1, Type2& T2);
    Type2* find(Type2& T1);
};

template <class Type1, class Type2>
inline void MapAny2Any<Type1, Type2>::insert(Type1& T1, Type2& T2)
{
  insert(std::make_pair(T1, T2));
}

template <class Type1, class Type2>
inline Type2* MapAny2Any<Type1, Type2>::find(Type1& T1)
{
std::map<Type1, Type2>::iterator Pos;
  Pos = AnyMap.find(T1);
  if (Pos != AnyMap.end())
    return &Pos->second;
return NULL;
}

int main()
{
  return 0;
}

Peter Olcott wrote in
news:C7Vsb.58181$Ec1.3546900@bgtnsc05-news.ops.worldnet.att.net: 

> //
> //  The code below produces the following compiler error message.
> //  I don't know enough about the correct syntax to fix this problem.
> //  What am I doing wrong?    Thanks.
> //
> // test.cpp(29) : error C2244: 'MapAny2Any<Type1,Type2>::find' :
> unable to resolve function overload //
> //
> //

>     Type2* find(Type2& T1);

> inline Type2* MapAny2Any<Type1, Type2>::find(Type1& T1)

Note the different argument types.

HTH.

Rob.
-- 
http://www.victim-prime.dsl.pipex.com/

> >     Type2* find(Type2& T1);
>
> > inline Type2* MapAny2Any<Type1, Type2>::find(Type1& T1)
>
> Note the different argument types.
>
> HTH.
>
> Rob.

That did it, thanks.