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// C++ PR 70317
// { dg-do compile }
// { dg-prune-output "expected primary-expression" }
template<class T> class mytemplateclass
{
public:
template<class U> void class_func() {}
template<class U> static void class_func_static() {}
};
class myclass
{
public:
int testint;
template<class U> void class_func() {}
template<class U> static void class_func_static() {}
};
template<class Y> void tests_func(mytemplateclass<Y> c, myclass c2)
{
/* Dependent template accessors (ill-formed code). */
c.class_func<Y>(); // { dg-warning "keyword before dependent template name" }
(&c)->class_func<Y>(); // { dg-warning "keyword before dependent template name" }
mytemplateclass<Y>::class_func_static<Y>(); // { dg-warning "keyword before dependent template name" }
/* Dependent template accessors (well-formed code). */
c.template class_func<Y>();
(&c)->template class_func<Y>();
mytemplateclass<Y>::template class_func_static<Y>();
/* Non-dependent template accessors (well-formed code). */
c2.class_func<myclass>();
(&c2)->class_func<myclass>();
myclass::class_func_static<myclass>();
}
int main()
{
mytemplateclass<myclass> c;
myclass c2;
tests_func<myclass>(c, c2);
c2.testint = 53;
/* Make sure this isn't treated as a template. */
bool testbool = c2.testint < 999 > 7;
/* This probably will be treated as a template initially but it should still work. */
testbool = c2.testint < 123 > (50);
}
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