http://gcc.gnu.org/bugzilla/show_bug.cgi?id=56208
--- Comment #9 from Daniel Krügler <daniel.kruegler at googlemail dot com>
2013-02-05 19:09:15 UTC ---
Further data about the root of the problem: It seems actually to be an access
problem, the requirements for reproducing seem to be:
1) Some class B derives *privately* from a base class A
2) B refers to some function template f2 that refers to another dependent
function template f1 both in class scope of A (It doesn't matter whether these
function are actually public in A)
A reduced example is as follows:
//---------------------------
struct A {
template<class T>
static int f1();
template<class T>
static int f2(char(*)[sizeof(f1<T>())]);
};
struct B : private A {
enum { value = sizeof(f2<int>(0)) };
};
//---------------------------
"Compilation finished with errors:
source.cpp:10:35: error: no matching function for call to 'B::f2(int)'
enum { value = sizeof(f2<int>(0)) };
^
source.cpp:10:35: note: candidate is:
source.cpp:6:15: note: template<class T> static int A::f2(char (*)[sizeof
(f1<T>())])
static int f2(char(*)[sizeof(f1<T>())]);
^
source.cpp:6:15: note: template argument deduction/substitution failed:
source.cpp: In substitution of 'template<class T> static int A::f2(char
(*)[sizeof (f1<T>())]) [with T = int]':
source.cpp:10:35: required from here
source.cpp:3:15: error: 'static int A::f1() [with T = int]' is inaccessible
static int f1();
^
source.cpp:6:39: error: within this context
static int f2(char(*)[sizeof(f1<T>())]);
^"
