388 lines
8.4 KiB
C++
388 lines
8.4 KiB
C++
// RUN: %clang_cc1 %s -triple i686-pc-win32 -fsyntax-only -Wmicrosoft -Wc++11-extensions -Wno-long-long -verify -fms-extensions -fexceptions -fcxx-exceptions
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// ::type_info is predeclared with forward class declartion
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void f(const type_info &a);
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// Microsoft doesn't validate exception specification.
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namespace microsoft_exception_spec {
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void foo(); // expected-note {{previous declaration}}
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void foo() throw(); // expected-warning {{exception specification in declaration does not match previous declaration}}
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void r6() throw(...); // expected-note {{previous declaration}}
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void r6() throw(int); // expected-warning {{exception specification in declaration does not match previous declaration}}
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struct Base {
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virtual void f2();
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virtual void f3() throw(...);
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};
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struct Derived : Base {
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virtual void f2() throw(...);
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virtual void f3();
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};
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class A {
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virtual ~A() throw(); // expected-note {{overridden virtual function is here}}
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};
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class B : public A {
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virtual ~B(); // expected-warning {{exception specification of overriding function is more lax than base version}}
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};
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}
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// MSVC allows type definition in anonymous union and struct
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struct A
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{
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union
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{
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int a;
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struct B // expected-warning {{types declared in an anonymous union are a Microsoft extension}}
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{
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int c;
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} d;
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union C // expected-warning {{types declared in an anonymous union are a Microsoft extension}}
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{
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int e;
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int ee;
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} f;
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typedef int D; // expected-warning {{types declared in an anonymous union are a Microsoft extension}}
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struct F; // expected-warning {{types declared in an anonymous union are a Microsoft extension}}
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};
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struct
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{
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int a2;
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struct B2 // expected-warning {{types declared in an anonymous struct are a Microsoft extension}}
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{
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int c2;
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} d2;
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union C2 // expected-warning {{types declared in an anonymous struct are a Microsoft extension}}
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{
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int e2;
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int ee2;
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} f2;
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typedef int D2; // expected-warning {{types declared in an anonymous struct are a Microsoft extension}}
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struct F2; // expected-warning {{types declared in an anonymous struct are a Microsoft extension}}
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};
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};
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// __stdcall handling
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struct M {
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int __stdcall addP();
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float __stdcall subtractP();
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};
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// __unaligned handling
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typedef char __unaligned *aligned_type;
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template<typename T> void h1(T (__stdcall M::* const )()) { }
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void m1() {
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h1<int>(&M::addP);
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h1(&M::subtractP);
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}
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void f(long long);
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void f(int);
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int main()
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{
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// This is an ambiguous call in standard C++.
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// This calls f(long long) in Microsoft mode because LL is always signed.
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f(0xffffffffffffffffLL);
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f(0xffffffffffffffffi64);
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}
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// Enumeration types with a fixed underlying type.
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const int seventeen = 17;
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typedef int Int;
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struct X0 {
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enum E1 : Int { SomeOtherValue } field; // expected-warning{{enumeration types with a fixed underlying type are a C++11 extension}}
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enum E1 : seventeen;
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};
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enum : long long { // expected-warning{{enumeration types with a fixed underlying type are a C++11 extension}}
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SomeValue = 0x100000000
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};
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class AAA {
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__declspec(dllimport) void f(void) { }
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void f2(void);
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};
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__declspec(dllimport) void AAA::f2(void) { // expected-error {{dllimport attribute can be applied only to symbol}}
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}
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template <class T>
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class BB {
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public:
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void f(int g = 10 ); // expected-note {{previous definition is here}}
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};
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template <class T>
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void BB<T>::f(int g = 0) { } // expected-warning {{redefinition of default argument}}
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extern void static_func();
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void static_func(); // expected-note {{previous declaration is here}}
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static void static_func() // expected-warning {{static declaration of 'static_func' follows non-static declaration}}
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{
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}
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long function_prototype(int a);
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long (*function_ptr)(int a);
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void function_to_voidptr_conv() {
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void *a1 = function_prototype;
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void *a2 = &function_prototype;
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void *a3 = function_ptr;
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}
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void pointer_to_integral_type_conv(char* ptr) {
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char ch = (char)ptr;
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short sh = (short)ptr;
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ch = (char)ptr;
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sh = (short)ptr;
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// These are valid C++.
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bool b = (bool)ptr;
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b = static_cast<bool>(ptr);
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// This is bad.
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b = reinterpret_cast<bool>(ptr); // expected-error {{cast from pointer to smaller type 'bool' loses information}}
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}
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namespace friend_as_a_forward_decl {
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class A {
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class Nested {
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friend class B;
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B* b;
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};
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B* b;
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};
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B* global_b;
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void f()
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{
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class Local {
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friend class Z;
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Z* b;
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};
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Z* b;
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}
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}
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struct PR11150 {
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class X {
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virtual void f() = 0;
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};
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int array[__is_abstract(X)? 1 : -1];
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};
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void f() { int __except = 0; }
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void ::f(); // expected-warning{{extra qualification on member 'f'}}
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class C {
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C::C(); // expected-warning{{extra qualification on member 'C'}}
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};
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struct StructWithProperty {
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__declspec(property(get=GetV)) int V1;
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__declspec(property(put=SetV)) int V2;
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__declspec(property(get=GetV, put=SetV_NotExist)) int V3;
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__declspec(property(get=GetV_NotExist, put=SetV)) int V4;
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__declspec(property(get=GetV, put=SetV)) int V5;
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int GetV() { return 123; }
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void SetV(int i) {}
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};
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void TestProperty() {
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StructWithProperty sp;
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int i = sp.V2; // expected-error{{no getter defined for property 'V2'}}
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sp.V1 = 12; // expected-error{{no setter defined for property 'V1'}}
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int j = sp.V4; // expected-error{{no member named 'GetV_NotExist' in 'StructWithProperty'}} expected-error{{cannot find suitable getter for property 'V4'}}
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sp.V3 = 14; // expected-error{{no member named 'SetV_NotExist' in 'StructWithProperty'}} expected-error{{cannot find suitable setter for property 'V3'}}
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int k = sp.V5;
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sp.V5 = k++;
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}
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/* 4 tests for PseudoObject, begin */
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struct SP1
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{
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bool operator()() { return true; }
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};
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struct SP2
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{
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__declspec(property(get=GetV)) SP1 V;
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SP1 GetV() { return SP1(); }
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};
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void TestSP2() {
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SP2 sp2;
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bool b = sp2.V();
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}
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struct SP3 {
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template <class T>
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void f(T t) {}
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};
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template <class T>
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struct SP4
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{
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__declspec(property(get=GetV)) int V;
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int GetV() { return 123; }
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void f() { SP3 s2; s2.f(V); }
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};
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void TestSP4() {
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SP4<int> s;
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s.f();
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}
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template <class T>
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struct SP5
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{
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__declspec(property(get=GetV)) T V;
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int GetV() { return 123; }
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void f() { int *p = new int[V]; }
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};
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template <class T>
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struct SP6
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{
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public:
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__declspec(property(get=GetV)) T V;
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T GetV() { return 123; }
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void f() { int t = V; }
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};
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void TestSP6() {
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SP6<int> c;
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c.f();
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}
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/* 4 tests for PseudoObject, end */
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// Property access: explicit, implicit, with Qualifier
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struct SP7 {
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__declspec(property(get=GetV, put=SetV)) int V;
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int GetV() { return 123; }
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void SetV(int v) {}
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void ImplicitAccess() { int i = V; V = i; }
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void ExplicitAccess() { int i = this->V; this->V = i; }
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};
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struct SP8: public SP7 {
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void AccessWithQualifier() { int i = SP7::V; SP7::V = i; }
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};
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// Property usage
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template <class T>
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struct SP9 {
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__declspec(property(get=GetV, put=SetV)) T V;
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T GetV() { return 0; }
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void SetV(T v) {}
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void f() { V = this->V; V < this->V; }
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void g() { V++; }
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void h() { V*=2; }
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};
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struct SP10 {
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SP10(int v) {}
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bool operator<(const SP10& v) { return true; }
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SP10 operator*(int v) { return *this; }
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SP10 operator+(int v) { return *this; }
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SP10& operator=(const SP10& v) { return *this; }
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};
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void TestSP9() {
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SP9<int> c;
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int i = c.V; // Decl initializer
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i = c.V; // Binary op operand
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c.SetV(c.V); // CallExpr arg
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int *p = new int[c.V + 1]; // Array size
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p[c.V] = 1; // Array index
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c.V = 123; // Setter
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c.V++; // Unary op operand
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c.V *= 2; // Unary op operand
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SP9<int*> c2;
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c2.V[0] = 123; // Array
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SP9<SP10> c3;
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c3.f(); // Overloaded binary op operand
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c3.g(); // Overloaded incdec op operand
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c3.h(); // Overloaded unary op operand
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}
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union u {
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int *i1;
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int &i2; // expected-warning {{union member 'i2' has reference type 'int &', which is a Microsoft extension}}
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};
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// Property getter using reference.
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struct SP11 {
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__declspec(property(get=GetV)) int V;
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int _v;
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int& GetV() { return _v; }
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void UseV();
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void TakePtr(int *) {}
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void TakeRef(int &) {}
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void TakeVal(int) {}
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};
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void SP11::UseV() {
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TakePtr(&V);
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TakeRef(V);
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TakeVal(V);
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}
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struct StructWithUnnamedMember {
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__declspec(property(get=GetV)) int : 10; // expected-error {{anonymous property is not supported}}
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};
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namespace rdar14250378 {
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class Bar {};
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namespace NyNamespace {
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class Foo {
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public:
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Bar* EnsureBar();
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};
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class Baz : public Foo {
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public:
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friend class Bar;
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};
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Bar* Foo::EnsureBar() {
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return 0;
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}
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}
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}
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