// Like non-dependent16.C, but using member functions.

// { dg-do compile { target c++11 } }

struct A {
  template<class T> static void f();
  template<class T> static auto f() -> decltype(f<void>(), 1, *T());
  template<class T> static auto f() -> decltype(f<void>(), 2, *T());
  template<class T> static auto f() -> decltype(f<void>(), 3, *T());
  template<class T> static auto f() -> decltype(f<void>(), 4, *T());
  template<class T> static auto f() -> decltype(f<void>(), 5, *T());
  template<class T> static auto f() -> decltype(f<void>(), 6, *T());
  template<class T> static auto f() -> decltype(f<void>(), 7, *T());
  template<class T> static auto f() -> decltype(f<void>(), 8, *T());
  template<class T> static auto f() -> decltype(f<void>(), 9, *T());
  template<class T> static auto f() -> decltype(f<void>(), 10, *T());
  template<class T> static auto f() -> decltype(f<void>(), 11, *T());
  template<class T> static auto f() -> decltype(f<void>(), 12, *T());
  template<class T> static auto f() -> decltype(f<void>(), 13, *T());
  template<class T> static auto f() -> decltype(f<void>(), 14, *T());
  template<class T> static auto f() -> decltype(f<void>(), 15, *T());
  template<class T> static auto f() -> decltype(f<void>(), 16, *T());
  template<class T> static auto f() -> decltype(f<void>(), 17, *T());
  template<class T> static auto f() -> decltype(f<void>(), 18, *T());
  template<class T> static auto f() -> decltype(f<void>(), 19, *T());
  template<class T> static auto f() -> decltype(f<void>(), 20, *T());
  template<class T> static auto f() -> decltype(f<void>(), 21, *T());
  template<class T> static auto f() -> decltype(f<void>(), 22, *T());
  template<class T> static auto f() -> decltype(f<void>(), 23, *T());
  template<class T> static auto f() -> decltype(f<void>(), 24, *T());
  template<class T> static auto f() -> decltype(f<void>(), 25, *T());
};

int main() {
  A::f<void>();
}