"jcurran2 at uiuc dot edu" <[EMAIL PROTECTED]> writes: | G++ thinks that a nested type is a nested class and it expects a constructor, | destructor, or type conversion before the object referenced in the class is | processed when compiling a function of a nested type defined in the header file | of a templated class. | | Header file below | | //C++ STL classes have 12 type definitions, so that every class | // defines the following type names as nested types: | // | // value_type, pointer, reference, const_pointer, const_reference | // iterator, const_iterator, reverse_iterator, const_reverse_iterator | // allocator_type, size_type, diference_type | | typedef Etype& reference; //list<...>::value_type to access | //whatever type this list holds | | | template <class Etype> | typename list<Etype>::reference | list<Etype>::const_iterator*() const
I don't understand what that line is supposed to mean. It does not look C++ to me. -- Gaby
