cxx-templates-a.h
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@import cxx_templates_common;
template<typename T> T f() { return T(); }
template<typename T> T f(T);
namespace N {
template<typename T> T f() { return T(); }
template<typename T> T f(T);
}
template<int N> int template_param_kinds_1();
template<template<typename T, int, int> class> int template_param_kinds_2();
template<template<typename T, typename U, T> class> int template_param_kinds_3();
template<typename T> struct SomeTemplate<T*>;
template<typename T> struct SomeTemplate<T*> {};
typedef SomeTemplate<int*> SomeTemplateIntPtr;
template<typename T> void PerformDelayedLookup(T &t) {
t.f();
typename T::Inner inner;
FoundByADL(t);
}
template<typename T> void PerformDelayedLookupInDefaultArgument(T &t, int a = (FoundByADL(T()), 0)) {}
template<typename T> struct RedeclaredAsFriend {};
void use_some_template_a() {
SomeTemplate<char[2]> a;
SomeTemplate<char[1]> b, c;
b = c;
(void)&WithImplicitSpecialMembers<int>::n;
}
template<int> struct MergeTemplates;
MergeTemplates<0> *merge_templates_a;
auto enum_a_from_a = CommonTemplate<int>::a;
const auto enum_c_from_a = CommonTemplate<int>::c;
template<int> struct UseInt;
template<typename T> void UseRedeclaredEnum(UseInt<T() + CommonTemplate<char>::a>);
constexpr void (*UseRedeclaredEnumA)(UseInt<1>) = UseRedeclaredEnum<int>;
template<typename> struct MergeSpecializations;
template<typename T> struct MergeSpecializations<T*> {
typedef int partially_specialized_in_a;
};
template<> struct MergeSpecializations<char> {
typedef int explicitly_specialized_in_a;
};
void InstantiateWithFriend(Std::WithFriend<int> wfi) {}
template<typename T> struct WithPartialSpecialization<T*> {
typedef int type;
T &f() { static T t; return t; }
};
typedef WithPartialSpecializationUse::type WithPartialSpecializationInstantiate;
typedef WithPartialSpecialization<void(int)>::type WithPartialSpecializationInstantiate2;
template<> struct WithExplicitSpecialization<int> {
int n;
template<typename T> T &inner_template() {
return n;
}
};
template<typename T> template<typename U>
constexpr int Outer<T>::Inner<U>::f() { return 1; }
static_assert(Outer<int>::Inner<int>::f() == 1, "");
template<typename T> struct MergeTemplateDefinitions {
static constexpr int f();
static constexpr int g();
};
template<typename T> constexpr int MergeTemplateDefinitions<T>::f() { return 1; }
template<typename T> using AliasTemplate = T;
template<typename T> struct PartiallyInstantiatePartialSpec {};
template<typename T> struct PartiallyInstantiatePartialSpec<T*> {
static T *foo() { return reinterpret_cast<T*>(0); }
static T *bar() { return reinterpret_cast<T*>(0); }
};
typedef PartiallyInstantiatePartialSpec<int*> PartiallyInstantiatePartialSpecHelper;
void InstantiateWithAliasTemplate(WithAliasTemplate<int>::X<char>);
inline int InstantiateWithAnonymousDeclsA(WithAnonymousDecls<int> x) { return (x.k ? x.a : x.b) + (x.k ? x.s.c : x.s.d) + x.e; }
inline int InstantiateWithAnonymousDeclsB2(WithAnonymousDecls<char> x);
template<typename T1 = int>
struct MergeAnonUnionMember {
MergeAnonUnionMember() { (void)values.t1; }
union { int t1; } values;
};
inline MergeAnonUnionMember<> maum_a() { return {}; }
template<typename T> struct DontWalkPreviousDeclAfterMerging { struct Inner { typedef T type; }; };
namespace TestInjectedClassName {
template<typename T> struct X { X(); };
typedef X<char[1]> A;
}