new parser problems - or just my code...

["Gareth Pearce" <tilps at hotmail dot com>]

Hi,

Thought I would give the new parser a whirl on some source code of mine.
It died with internal compiler error first file :)
(full bootstrap of todays mainline cvs)

c++die9.cc is a reduced testcase of the internal compiler error.
Explicitly putting std:: infront of fgets makes it go away.  This compiles 
fine on g++-3.2.

Also causing significant spamage in my compile (having put std:: in for the 
above) - is a stack of new warnings.
c++warning.cc - compiles cleanly on g++-3.2 - but with mainline gives
c++warning.cc:8: warning: lookup of `iterator' finds `template<class 
_Category,    class _Tp, class _Distance = ptrdiff_t, class _Pointer = _Tp*, 
class
  _Reference = _Tp&> struct std::iterator'
c++warning.cc:8: warning:   instead of `new_list<T, Alloc>::iterator' from
  dependent base class
c++warning.cc:8: warning:   (use `typename new_list::iterator' if that's 
what
  you meant)
c++warning.cc:8: warning: lookup of `iterator' finds `template<class 
_Category,    class _Tp, class _Distance = ptrdiff_t, class _Pointer = _Tp*, 
class
  _Reference = _Tp&> struct std::iterator'
c++warning.cc:8: warning:   instead of `new_list<T, Alloc>::iterator' from
  dependent base class
c++warning.cc:8: warning:   (use `typename new_list::iterator' if that's 
what
  you meant)

what i'm trying to do is typedef new_list<T. Alloc>::iterator to be of type 
list<T, Alloc>::iterator
Even if my code is wrong - giving a duplicate warning doesnt seem right.

Also While minimising the testcases I discovered that the error message for 
doing, things like std::vector<std::vector<int>> - is now much worse 
compared to the simple 'use > > rather then >>' that was given before.

I have another internal compiler error just pop up now - but i suspect this 
one might take a while to minimise.

Gareth

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#include <list>

using namespace std;

template <class T, class Alloc> 
class new_list : public list<T, Alloc> { 
public:
    typedef typename list<T, Alloc>::iterator iterator;
};

#include <cstdio>

using namespace std;

template <class T>
void generate() {
    char buf[20000];
    fgets(buf, sizeof(buf), NULL);
}