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Commit 0b2d44ed authored by Jon Griffiths's avatar Jon Griffiths Committed by Alexandre Julliard
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Added tests for cpp objects/RTTI.

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dlls/msvcrt/tests/.cvsignore
View file @ 0b2d44ed
Makefile
cpp.ok
file.ok
msvcrt_test.exe.spec.c
scanf.ok
......
dlls/msvcrt/tests/Makefile.in
View file @ 0b2d44ed
......@@ -7,6 +7,7 @@ IMPORTS = msvcrt
EXTRAINCL = -I$(TOPSRCDIR)/include/msvcrt
CTESTS = \
cpp.c \
file.c \
scanf.c
......
dlls/msvcrt/tests/cpp.c 0 → 100644
View file @ 0b2d44ed
/* Unit test suite for msvcrt C++ objects
*
* Copyright 2003 Jon Griffiths
*
* This library is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 2.1 of the License, or (at your option) any later version.
*
* This library is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public
* License along with this library; if not, write to the Free Software
* Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
*
* NOTES
* This tests is only valid for ix86 platforms, on others it's a no-op.
* Some tests cannot be checked with ok(), for example the dtors. We simply
* call them to ensure we don't crash ;-)
*
* If we build this test with VC++ in debug mode, we will fail in _chkstk()
* or at program exit malloc() checking if these methods haven't been
* implemented correctly (they have).
*
* Tested with a range of native msvcrt's from v4 -> v7.
*/
#include "wine/test.h"
#include "winbase.h"
#include "winnt.h"
#ifndef __i386__
/* Skip these tests for non x86 platforms */
START_TEST(cpp)
{
}
#else
typedef struct __exception
{
void *vtable;
char *name;
int do_free;
} exception;
typedef struct __type_info
{
void *vtable;
char *name;
char mangled[16];
} type_info;
/* Function pointers. We need to use these to call these funcs as __thiscall */
static HMODULE hMsvcrt;
static void* (*poperator_new)(unsigned int);
static void (*poperator_delete)(void*);
static void* (*pmalloc)(unsigned int);
static void (*pfree)(void*);
/* exception */
static void (WINAPI *pexception_ctor)(exception*,LPCSTR*);
static void (WINAPI *pexception_copy_ctor)(exception*,exception*);
static void (WINAPI *pexception_default_ctor)(exception*);
static void (WINAPI *pexception_dtor)(exception*);
static exception* (WINAPI *pexception_opequals)(exception*,exception*);
static char* (WINAPI *pexception_what)(exception*);
static void* (WINAPI *pexception_vtable)(exception*);
static void (WINAPI *pexception_vector_dtor)(exception*,unsigned int);
static void (WINAPI *pexception_scalar_dtor)(exception*,unsigned int);
/* bad_typeid */
static void (WINAPI *pbad_typeid_ctor)(exception*,LPCSTR);
static void (WINAPI *pbad_typeid_ctor_closure)(exception*);
static void (WINAPI *pbad_typeid_copy_ctor)(exception*,exception*);
static void (WINAPI *pbad_typeid_dtor)(exception*);
static exception* (WINAPI *pbad_typeid_opequals)(exception*,exception*);
static char* (WINAPI *pbad_typeid_what)(exception*);
static void* (WINAPI *pbad_typeid_vtable)(exception*);
static void (WINAPI *pbad_typeid_vector_dtor)(exception*,unsigned int);
static void (WINAPI *pbad_typeid_scalar_dtor)(exception*,unsigned int);
/* bad_cast */
static void (WINAPI *pbad_cast_ctor)(exception*,LPCSTR*);
static void (WINAPI *pbad_cast_ctor2)(exception*,LPCSTR);
static void (WINAPI *pbad_cast_ctor_closure)(exception*);
static void (WINAPI *pbad_cast_copy_ctor)(exception*,exception*);
static void (WINAPI *pbad_cast_dtor)(exception*);
static exception* (WINAPI *pbad_cast_opequals)(exception*,exception*);
static char* (WINAPI *pbad_cast_what)(exception*);
static void* (WINAPI *pbad_cast_vtable)(exception*);
static void (WINAPI *pbad_cast_vector_dtor)(exception*,unsigned int);
static void (WINAPI *pbad_cast_scalar_dtor)(exception*,unsigned int);
/* __non_rtti_object */
static void (WINAPI *p__non_rtti_object_ctor)(exception*,LPCSTR);
static void (WINAPI *p__non_rtti_object_copy_ctor)(exception*,exception*);
static void (WINAPI *p__non_rtti_object_dtor)(exception*);
static exception* (WINAPI *p__non_rtti_object_opequals)(exception*,exception*);
static char* (WINAPI *p__non_rtti_object_what)(exception*);
static void* (WINAPI *p__non_rtti_object_vtable)(exception*);
static void (WINAPI *p__non_rtti_object_vector_dtor)(exception*,unsigned int);
static void (WINAPI *p__non_rtti_object_scalar_dtor)(exception*,unsigned int);
/* type_info */
static void (WINAPI *ptype_info_dtor)(type_info*);
static char* (WINAPI *ptype_info_raw_name)(type_info*);
static char* (WINAPI *ptype_info_name)(type_info*);
static int (WINAPI *ptype_info_before)(type_info*,type_info*);
static int (WINAPI *ptype_info_opequals_equals)(type_info*,type_info*);
static int (WINAPI *ptype_info_opnot_equals)(type_info*,type_info*);
/* RTTI */
static type_info* (*p__RTtypeid)(void*);
static void* (*p__RTCastToVoid)(void*);
static void* (*p__RTDynamicCast)(void*,int,void*,void*,int);
/* _very_ early native versions have serious RTTI bugs, so we check */
static void* bAncientVersion;
/* Emulate a __thiscall */
#ifdef _MSC_VER
inline static void* do_call_func1(void *func, void *_this)
{
volatile void* retval = 0;
__asm
{
push ecx
mov ecx, _this
call func
mov retval, eax
pop ecx
}
return (void*)retval;
}
inline static void* do_call_func2(void *func, void *_this, void* arg)
{
volatile void* retval = 0;
__asm
{
push ecx
push arg
mov ecx, _this
call func
mov retval, eax
pop ecx
}
return (void*)retval;
}
#else
static void* do_call_func1(void *func, void *_this)
{
void* ret;
__asm__ __volatile__ ("pushl %%ecx;\n\tmovl %2, %%ecx;\n\tcall *%1;\n\tpopl %%ecx;"
: "=a" (ret)
: "g" (func), "m" (_this)
: "memory" );
return ret;
}
static void* do_call_func2(void *func, void *_this, void* arg)
{
void* ret;
__asm__ __volatile__ ("pushl %%ecx;\n\tpushl %2;\n\t"
"movl %3, %%ecx;\n\tcall *%1;\n\tpopl %%ecx;"
: "=a" (ret)
: "g" (func), "m" (arg), "m" (_this)
: "memory" );
return ret;
}
#endif
#define call_func1(x,y) do_call_func1((void*)x,(void*)y)
#define call_func2(x,y,z) do_call_func2((void*)x,(void*)y,(void*)z)
/* Some exports are only available in later versions */
#define SETNOFAIL(x,y) x = (void*)GetProcAddress(hMsvcrt,y)
#define SET(x,y) SETNOFAIL(x,y); ok(x != NULL, "Export '%s' not found\n", y)
static void InitFunctionPtrs()
{
hMsvcrt = LoadLibraryA("msvcrt.dll");
ok(hMsvcrt != 0, "LoadLibraryA failed\n");
if (hMsvcrt)
{
SETNOFAIL(poperator_new, "??_U@YAPAXI@Z");
SETNOFAIL(poperator_delete, "??_V@YAXPAX@Z");
SET(pmalloc, "malloc");
SET(pfree, "free");
if (!poperator_new)
poperator_new = pmalloc;
if (!poperator_delete)
poperator_delete = pfree;
SET(pexception_ctor, "??0exception@@QAE@ABQBD@Z");
SET(pexception_copy_ctor, "??0exception@@QAE@ABV0@@Z");
SET(pexception_default_ctor, "??0exception@@QAE@XZ");
SET(pexception_dtor, "??1exception@@UAE@XZ");
SET(pexception_opequals, "??4exception@@QAEAAV0@ABV0@@Z");
SET(pexception_what, "?what@exception@@UBEPBDXZ");
SET(pexception_vtable, "??_7exception@@6B@");
SET(pexception_vector_dtor, "??_Eexception@@UAEPAXI@Z");
SET(pexception_scalar_dtor, "??_Gexception@@UAEPAXI@Z");
SET(pbad_typeid_ctor, "??0bad_typeid@@QAE@PBD@Z");
SETNOFAIL(pbad_typeid_ctor_closure, "??_Fbad_typeid@@QAEXXZ");
SET(pbad_typeid_copy_ctor, "??0bad_typeid@@QAE@ABV0@@Z");
SET(pbad_typeid_dtor, "??1bad_typeid@@UAE@XZ");
SET(pbad_typeid_opequals, "??4bad_typeid@@QAEAAV0@ABV0@@Z");
SET(pbad_typeid_what, "?what@exception@@UBEPBDXZ");
SET(pbad_typeid_vtable, "??_7bad_typeid@@6B@");
SET(pbad_typeid_vector_dtor, "??_Ebad_typeid@@UAEPAXI@Z");
SET(pbad_typeid_scalar_dtor, "??_Gbad_typeid@@UAEPAXI@Z");
SETNOFAIL(pbad_cast_ctor, "??0bad_cast@@QAE@ABQBD@Z");
if (!pbad_cast_ctor)
SET(pbad_cast_ctor, "??0bad_cast@@AAE@PBQBD@Z");
SETNOFAIL(pbad_cast_ctor2, "??0bad_cast@@QAE@PBD@Z");
SETNOFAIL(pbad_cast_ctor_closure, "??_Fbad_cast@@QAEXXZ");
SET(pbad_cast_copy_ctor, "??0bad_cast@@QAE@ABV0@@Z");
SET(pbad_cast_dtor, "??1bad_cast@@UAE@XZ");
SET(pbad_cast_opequals, "??4bad_cast@@QAEAAV0@ABV0@@Z");
SET(pbad_cast_what, "?what@exception@@UBEPBDXZ");
SET(pbad_cast_vtable, "??_7bad_cast@@6B@");
SET(pbad_cast_vector_dtor, "??_Ebad_cast@@UAEPAXI@Z");
SET(pbad_cast_scalar_dtor, "??_Gbad_cast@@UAEPAXI@Z");
SET(p__non_rtti_object_ctor, "??0__non_rtti_object@@QAE@PBD@Z");
SET(p__non_rtti_object_copy_ctor, "??0__non_rtti_object@@QAE@ABV0@@Z");
SET(p__non_rtti_object_dtor, "??1__non_rtti_object@@UAE@XZ");
SET(p__non_rtti_object_opequals, "??4__non_rtti_object@@QAEAAV0@ABV0@@Z");
SET(p__non_rtti_object_what, "?what@exception@@UBEPBDXZ");
SET(p__non_rtti_object_vtable, "??_7__non_rtti_object@@6B@");
SET(p__non_rtti_object_vector_dtor, "??_E__non_rtti_object@@UAEPAXI@Z");
SET(p__non_rtti_object_scalar_dtor, "??_G__non_rtti_object@@UAEPAXI@Z");
SET(ptype_info_dtor, "??1type_info@@UAE@XZ");
SET(ptype_info_raw_name, "?raw_name@type_info@@QBEPBDXZ");
SET(ptype_info_name, "?name@type_info@@QBEPBDXZ");
SET(ptype_info_before, "?before@type_info@@QBEHABV1@@Z");
SET(ptype_info_opequals_equals, "??8type_info@@QBEHABV0@@Z");
SET(ptype_info_opnot_equals, "??9type_info@@QBEHABV0@@Z");
SET(p__RTtypeid, "__RTtypeid");
SET(p__RTCastToVoid, "__RTCastToVoid");
SET(p__RTDynamicCast, "__RTDynamicCast");
/* Extremely early versions export logic_error, and crash in RTTI */
SETNOFAIL(bAncientVersion, "??0logic_error@@QAE@ABQBD@Z");
}
}
static void test_exception(void)
{
static const char* e_name = "An exception name";
char* name;
exception e, e2, e3, *pe;
if (!poperator_new || !poperator_delete ||
!pexception_ctor || !pexception_copy_ctor || !pexception_default_ctor ||
!pexception_dtor || !pexception_opequals || !pexception_what ||
!pexception_vtable || !pexception_vector_dtor || !pexception_scalar_dtor)
return;
/* 'const char*&' ctor */
memset(&e, 0, sizeof(e));
call_func2(pexception_ctor, &e, &e_name);
ok(e.vtable != NULL, "Null exception vtable for e\n");
ok(e.name && e.name != e_name && !strcmp(e.name, "An exception name"), "Bad name '%s' for e\n", e.name);
ok(e.do_free == 1, "do_free set to %d for e\n", e.do_free);
/* Copy ctor */
memset(&e2, 0, sizeof(e2));
call_func2(pexception_copy_ctor, &e2, &e);
ok(e2.vtable != NULL, "Null exception vtable for e2\n");
ok(e2.name && e2.name != e.name && !strcmp(e2.name, "An exception name"), "Bad exception name for e2\n");
ok(e2.do_free == 1, "do_free set to %d for e2\n", e2.do_free);
/* Default ctor */
memset(&e3, 1, sizeof(e3));
call_func1(pexception_default_ctor, &e3);
ok(e3.vtable != NULL, "Null exception vtable for e3\n");
ok(e3.name == NULL, "Bad exception name for e3\n");
ok(e3.do_free == 0, "do_free set to %d for e3\n", e3.do_free);
ok(e.vtable == e2.vtable && e.vtable == e3.vtable, "exception vtables differ!\n");
/* Test calling the dtors */
call_func1(pexception_dtor, &e2);
call_func1(pexception_dtor, &e3);
/* Operator equals */
memset(&e2, 0, sizeof(e2));
pe = call_func2(pexception_opequals, &e2, &e);
ok(e2.vtable != NULL, "Null exception vtable for e2\n");
ok(e2.name && e2.name != e.name && !strcmp(e2.name, "An exception name"), "Bad exception name for e2\n");
ok(e2.do_free == 1, "do_free set to %d for e2\n", e2.do_free);
ok(pe == &e2, "opequals didn't return e2\n");
/* what() */
name = call_func1(pexception_what, &e2);
ok(e2.name == name, "Bad exception name from e2::what()\n");
/* vtable ptr */
ok(e2.vtable == pexception_vtable, "Bad vtable for e2\n");
call_func1(pexception_dtor, &e2);
/* new() */
pe = poperator_new(sizeof(exception));
ok(pe != NULL, "new() failed\n");
if (pe)
{
call_func2(pexception_ctor, pe, &e_name);
/* scalar dtor */
call_func2(pexception_scalar_dtor, pe, 0); /* Shouldn't delete pe */
pe->name = NULL;
pe->do_free = 0;
call_func2(pexception_scalar_dtor, pe, 1); /* Should delete pe */
}
pe = poperator_new(sizeof(exception));
ok(pe != NULL, "new() failed\n");
if (pe)
{
/* vector dtor, single element */
call_func2(pexception_ctor, pe, &e_name);
call_func2(pexception_vector_dtor, pe, 1); /* Should delete pe as single element*/
}
pe = poperator_new(sizeof(exception) * 4 + sizeof(int));
ok(pe != NULL, "new() failed\n");
if (pe)
{
/* vector dtor, multiple elements */
*((int*)pe) = 3;
pe = (exception*)((int*)pe + 1);
call_func2(pexception_ctor, &pe[0], &e_name);
call_func2(pexception_ctor, &pe[1], &e_name);
call_func2(pexception_ctor, &pe[2], &e_name);
pe[3].name = "a constant";
pe[3].do_free = 1; /* Crash if we try to free this */
call_func2(pexception_vector_dtor, pe, 3); /* Should delete all 3 and then pe block */
}
/* test our exported vtable is kosher */
pe = (void*)pexception_vtable; /* Use the exception struct to get vtable ptrs */
pexception_vector_dtor = (void*)pe->vtable;
pexception_what = (void*)pe->name;
name = call_func1(pexception_what, &e);
ok(e.name == name, "Bad exception name from vtable e::what()\n");
if (p__RTtypeid && !bAncientVersion)
{
/* Check the rtti */
type_info *ti = p__RTtypeid(&e);
ok (ti && ti->mangled &&
!strcmp(ti->mangled, ".?AVexception@@"), "bad rtti for e\n");
if (ti)
{
/* Check the returned type_info has rtti too */
type_info *ti2 = p__RTtypeid(ti);
ok (ti2 != NULL && !strcmp(ti2->mangled, ".?AVtype_info@@"), "bad rtti for e's type_info\n");
}
}
call_func2(pexception_vector_dtor, &e, 0); /* Should delete e.name, but not e */
}
/* This test is basically a cut 'n' paste of the exception test. but it verifies that
* bad_typeid works the exact same way... */
static void test_bad_typeid(void)
{
static const char* e_name = "A bad_typeid name";
char* name;
exception e, e2, e3, *pe;
if (!poperator_new || !poperator_delete ||
!pbad_typeid_ctor || !pbad_typeid_copy_ctor ||
!pbad_typeid_dtor || !pbad_typeid_opequals || !pbad_typeid_what ||
!pbad_typeid_vtable || !pbad_typeid_vector_dtor || !pbad_typeid_scalar_dtor)
return;
/* 'const char*' ctor */
memset(&e, 0, sizeof(e));
call_func2(pbad_typeid_ctor, &e, e_name);
ok(e.vtable != NULL, "Null bad_typeid vtable for e\n");
ok(e.name && e.name != e_name && !strcmp(e.name, "A bad_typeid name"), "Bad name '%s' for e\n", e.name);
ok(e.do_free == 1, "do_free set to %d for e\n", e.do_free);
/* Copy ctor */
memset(&e2, 0, sizeof(e2));
call_func2(pbad_typeid_copy_ctor, &e2, &e);
ok(e2.vtable != NULL, "Null bad_typeid vtable for e2\n");
ok(e2.name && e2.name != e.name && !strcmp(e2.name, "A bad_typeid name"), "Bad name '%s' for e2\n", e2.name);
ok(e2.do_free == 1, "do_free set to %d for e2\n", e2.do_free);
/* Ctor closure */
if (pbad_typeid_ctor_closure)
{
memset(&e3, 1, sizeof(e3));
call_func1(pbad_typeid_ctor_closure, &e3);
ok(e3.vtable != NULL, "Null bad_typeid vtable for e3\n");
ok(e3.name && !strcmp(e3.name, "bad typeid"), "Bad bad_typeid name for e3\n");
ok(e3.do_free == 1, "do_free set to %d for e3\n", e3.do_free);
ok(e.vtable == e3.vtable, "bad_typeid closure vtables differ!\n");
call_func1(pbad_typeid_dtor, &e3);
}
ok(e.vtable == e2.vtable, "bad_typeid vtables differ!\n");
/* Test calling the dtors */
call_func1(pbad_typeid_dtor, &e2);
/* Operator equals */
memset(&e2, 1, sizeof(e2));
pe = call_func2(pbad_typeid_opequals, &e2, &e);
ok(e2.vtable != NULL, "Null bad_typeid vtable for e2\n");
ok(e2.name && e2.name != e.name && !strcmp(e2.name, "A bad_typeid name"), "Bad bad_typeid name for e2\n");
ok(e2.do_free == 1, "do_free set to %d for e2\n", e2.do_free);
ok(pe == &e2, "opequals didn't return e2\n");
/* what() */
name = call_func1(pbad_typeid_what, &e2);
ok(e2.name == name, "Bad bad_typeid name from e2::what()\n");
/* vtable ptr */
ok(e2.vtable == pexception_vtable, "Bad vtable for e2\n");
call_func1(pbad_typeid_dtor, &e2);
/* new() */
pe = poperator_new(sizeof(exception));
ok(pe != NULL, "new() failed\n");
if (pe)
{
call_func2(pbad_typeid_ctor, pe, e_name);
/* scalar dtor */
call_func2(pbad_typeid_scalar_dtor, pe, 0); /* Shouldn't delete pe */
pe->name = NULL;
pe->do_free = 0;
call_func2(pbad_typeid_scalar_dtor, pe, 1); /* Should delete pe */
}
pe = poperator_new(sizeof(exception));
ok(pe != NULL, "new() failed\n");
if (pe)
{
/* vector dtor, single element */
call_func2(pbad_typeid_ctor, pe, e_name);
call_func2(pbad_typeid_vector_dtor, pe, 1); /* Should delete pe as single element*/
}
pe = poperator_new(sizeof(exception) * 4 + sizeof(int));
ok(pe != NULL, "new() failed\n");
if (pe)
{
/* vector dtor, multiple elements */
*((int*)pe) = 3;
pe = (exception*)((int*)pe + 1);
call_func2(pbad_typeid_ctor, &pe[0], e_name);
call_func2(pbad_typeid_ctor, &pe[1], e_name);
call_func2(pbad_typeid_ctor, &pe[2], e_name);
pe[3].name = 0;
pe[3].do_free = 1; /* Crash if we try to free this element */
call_func2(pbad_typeid_vector_dtor, pe, 3); /* Should delete all 3 and then pe block */
}
/* test our exported vtable is kosher */
pe = (void*)pbad_typeid_vtable; /* Use the exception struct to get vtable ptrs */
pbad_typeid_vector_dtor = (void*)pe->vtable;
pbad_typeid_what = (void*)pe->name;
name = call_func1(pbad_typeid_what, &e);
ok(e.name == name, "Bad bad_typeid name from vtable e::what()\n");
if (p__RTtypeid && !bAncientVersion)
{
/* Check the rtti */
type_info *ti = p__RTtypeid(&e);
ok (ti != NULL && !strcmp(ti->mangled, ".?AVbad_typeid@@"), "bad rtti for e (%s)\n",
!ti ? "null" : ti->mangled);
}
call_func2(pbad_typeid_vector_dtor, &e, 0); /* Should delete e.name, but not e */
}
/* Ditto for this test... */
static void test_bad_cast(void)
{
static const char* e_name = "A bad_cast name";
char* name;
exception e, e2, e3, *pe;
if (!poperator_new || !poperator_delete ||
!pbad_cast_ctor || !pbad_cast_copy_ctor ||
!pbad_cast_dtor || !pbad_cast_opequals || !pbad_cast_what ||
!pbad_cast_vtable || !pbad_cast_vector_dtor || !pbad_cast_scalar_dtor)
return;
if (pbad_cast_ctor2)
{
/* 'const char*' ctor */
memset(&e, 0, sizeof(e));
call_func2(pbad_cast_ctor2, &e, e_name);
ok(e.vtable != NULL, "Null bad_cast vtable for e\n");
ok(e.name && e.name != e_name && !strcmp(e.name, "A bad_cast name"), "Bad name '%s' for e\n", e.name);
ok(e.do_free == 1, "do_free set to %d for e\n", e.do_free);
call_func1(pbad_cast_dtor, &e);
}
/* 'const char*&' ctor */
memset(&e, 0, sizeof(e));
call_func2(pbad_cast_ctor, &e, &e_name);
ok(e.vtable != NULL, "Null bad_cast vtable for e\n");
ok(e.name && e.name != e_name && !strcmp(e.name, "A bad_cast name"), "Bad name '%s' for e\n", e.name);
ok(e.do_free == 1, "do_free set to %d for e\n", e.do_free);
/* Copy ctor */
memset(&e2, 0, sizeof(e2));
call_func2(pbad_cast_copy_ctor, &e2, &e);
ok(e2.vtable != NULL, "Null bad_cast vtable for e2\n");
ok(e2.name && e2.name != e.name && !strcmp(e2.name, "A bad_cast name"), "Bad name '%s' for e2\n", e2.name);
ok(e2.do_free == 1, "do_free set to %d for e2\n", e2.do_free);
/* Ctor closure */
if (pbad_cast_ctor_closure)
{
memset(&e3, 1, sizeof(e3));
call_func1(pbad_cast_ctor_closure, &e3);
ok(e3.vtable != NULL, "Null bad_cast vtable for e3\n");
ok(e3.name && !strcmp(e3.name, "bad cast"), "Bad bad_cast name for e3\n");
ok(e3.do_free == 1, "do_free set to %d for e3\n", e3.do_free);
ok(e.vtable == e3.vtable, "bad_cast closure vtables differ!\n");
call_func1(pbad_cast_dtor, &e3);
}
ok(e.vtable == e2.vtable, "bad_cast vtables differ!\n");
/* Test calling the dtors */
call_func1(pbad_cast_dtor, &e2);
/* Operator equals */
memset(&e2, 1, sizeof(e2));
pe = call_func2(pbad_cast_opequals, &e2, &e);
ok(e2.vtable != NULL, "Null bad_cast vtable for e2\n");
ok(e2.name && e2.name != e.name && !strcmp(e2.name, "A bad_cast name"), "Bad bad_cast name for e2\n");
ok(e2.do_free == 1, "do_free set to %d for e2\n", e2.do_free);
ok(pe == &e2, "opequals didn't return e2\n");
/* what() */
name = call_func1(pbad_cast_what, &e2);
ok(e2.name == name, "Bad bad_cast name from e2::what()\n");
/* vtable ptr */
ok(e2.vtable == pexception_vtable, "Bad vtable for e2\n");
call_func1(pbad_cast_dtor, &e2);
/* new() */
pe = poperator_new(sizeof(exception));
ok(pe != NULL, "new() failed\n");
if (pe)
{
call_func2(pbad_cast_ctor, pe, &e_name);
/* scalar dtor */
call_func2(pbad_cast_scalar_dtor, pe, 0); /* Shouldn't delete pe */
pe->name = NULL;
pe->do_free = 0;
call_func2(pbad_cast_scalar_dtor, pe, 1); /* Should delete pe */
}
pe = poperator_new(sizeof(exception));
ok(pe != NULL, "new() failed\n");
if (pe)
{
/* vector dtor, single element */
call_func2(pbad_cast_ctor, pe, &e_name);
call_func2(pbad_cast_vector_dtor, pe, 1); /* Should delete pe as single element*/
}
pe = poperator_new(sizeof(exception) * 4 + sizeof(int));
ok(pe != NULL, "new() failed\n");
if (pe)
{
/* vector dtor, multiple elements */
*((int*)pe) = 3;
pe = (exception*)((int*)pe + 1);
call_func2(pbad_cast_ctor, &pe[0], &e_name);
call_func2(pbad_cast_ctor, &pe[1], &e_name);
call_func2(pbad_cast_ctor, &pe[2], &e_name);
pe[3].name = 0;
pe[3].do_free = 1; /* Crash if we try to free this element */
call_func2(pbad_cast_vector_dtor, pe, 3); /* Should delete all 3 and then pe block */
}
/* test our exported vtable is kosher */
pe = (void*)pbad_cast_vtable; /* Use the exception struct to get vtable ptrs */
pbad_cast_vector_dtor = (void*)pe->vtable;
pbad_cast_what = (void*)pe->name;
name = call_func1(pbad_cast_what, &e);
ok(e.name == name, "Bad bad_cast name from vtable e::what()\n");
if (p__RTtypeid && !bAncientVersion)
{
/* Check the rtti */
type_info *ti = p__RTtypeid(&e);
ok (ti != NULL && !strcmp(ti->mangled, ".?AVbad_cast@@"), "bad rtti for e\n");
}
call_func2(pbad_cast_vector_dtor, &e, 0); /* Should delete e.name, but not e */
}
/* ... and this one */
static void test___non_rtti_object(void)
{
static const char* e_name = "A __non_rtti_object name";
char* name;
exception e, e2, *pe;
if (!poperator_new || !poperator_delete ||
!p__non_rtti_object_ctor || !p__non_rtti_object_copy_ctor ||
!p__non_rtti_object_dtor || !p__non_rtti_object_opequals || !p__non_rtti_object_what ||
!p__non_rtti_object_vtable || !p__non_rtti_object_vector_dtor || !p__non_rtti_object_scalar_dtor)
return;
/* 'const char*' ctor */
memset(&e, 0, sizeof(e));
call_func2(p__non_rtti_object_ctor, &e, e_name);
ok(e.vtable != NULL, "Null __non_rtti_object vtable for e\n");
ok(e.name && e.name != e_name && !strcmp(e.name, "A __non_rtti_object name"), "Bad name '%s' for e\n", e.name);
ok(e.do_free == 1, "do_free set to %d for e\n", e.do_free);
/* Copy ctor */
memset(&e2, 0, sizeof(e2));
call_func2(p__non_rtti_object_copy_ctor, &e2, &e);
ok(e2.vtable != NULL, "Null __non_rtti_object vtable for e2\n");
ok(e2.name && e2.name != e.name && !strcmp(e2.name, "A __non_rtti_object name"), "Bad name '%s' for e2\n", e2.name);
ok(e2.do_free == 1, "do_free set to %d for e2\n", e2.do_free);
ok(e.vtable == e2.vtable, "__non_rtti_object vtables differ!\n");
/* Test calling the dtors */
call_func1(p__non_rtti_object_dtor, &e2);
/* Operator equals */
memset(&e2, 1, sizeof(e2));
pe = call_func2(p__non_rtti_object_opequals, &e2, &e);
ok(e2.vtable != NULL, "Null __non_rtti_object vtable for e2\n");
ok(e2.name && e2.name != e.name && !strcmp(e2.name, "A __non_rtti_object name"), "Bad __non_rtti_object name for e2\n");
ok(e2.do_free == 1, "do_free set to %d for e2\n", e2.do_free);
ok(pe == &e2, "opequals didn't return e2\n");
/* what() */
name = call_func1(p__non_rtti_object_what, &e2);
ok(e2.name == name, "Bad __non_rtti_object name from e2::what()\n");
/* vtable ptr */
ok(e2.vtable == pexception_vtable, "Bad vtable for e2\n");
call_func1(p__non_rtti_object_dtor, &e2);
/* new() */
pe = poperator_new(sizeof(exception));
ok(pe != NULL, "new() failed\n");
if (pe)
{
call_func2(p__non_rtti_object_ctor, pe, e_name);
/* scalar dtor */
call_func2(p__non_rtti_object_scalar_dtor, pe, 0); /* Shouldn't delete pe */
pe->name = NULL;
pe->do_free = 0;
call_func2(p__non_rtti_object_scalar_dtor, pe, 1); /* Should delete pe */
}
pe = poperator_new(sizeof(exception));
ok(pe != NULL, "new() failed\n");
if (pe)
{
/* vector dtor, single element */
call_func2(p__non_rtti_object_ctor, pe, e_name);
call_func2(p__non_rtti_object_vector_dtor, pe, 1); /* Should delete pe as single element*/
}
pe = poperator_new(sizeof(exception) * 4 + sizeof(int));
ok(pe != NULL, "new() failed\n");
if (pe)
{
/* vector dtor, multiple elements */
*((int*)pe) = 3;
pe = (exception*)((int*)pe + 1);
call_func2(p__non_rtti_object_ctor, &pe[0], e_name);
call_func2(p__non_rtti_object_ctor, &pe[1], e_name);
call_func2(p__non_rtti_object_ctor, &pe[2], e_name);
pe[3].name = 0;
pe[3].do_free = 1; /* Crash if we try to free this element */
call_func2(p__non_rtti_object_vector_dtor, pe, 3); /* Should delete all 3 and then pe block */
}
/* test our exported vtable is kosher */
pe = (void*)p__non_rtti_object_vtable; /* Use the exception struct to get vtable ptrs */
p__non_rtti_object_vector_dtor = (void*)pe->vtable;
p__non_rtti_object_what = (void*)pe->name;
name = call_func1(p__non_rtti_object_what, &e);
ok(e.name == name, "Bad __non_rtti_object name from vtable e::what()\n");
if (p__RTtypeid && !bAncientVersion)
{
/* Check the rtti */
type_info *ti = p__RTtypeid(&e);
ok (ti != NULL && !strcmp(ti->mangled, ".?AV__non_rtti_object@@"), "bad rtti for e\n");
}
call_func2(p__non_rtti_object_vector_dtor, &e, 0); /* Should delete e.name, but not e */
}
static void test_type_info(void)
{
static type_info t1 = { NULL, NULL,{'.','?','A','V','t','e','s','t','1','@','@',0,0,0,0,0 } };
static type_info t1_1 = { NULL, NULL,{'?','?','A','V','t','e','s','t','1','@','@',0,0,0,0,0 } };
static type_info t2 = { NULL, NULL, {'.','?','A','V','t','e','s','t','2','@','@',0,0,0,0,0 } };
char* name;
int res;
if (!pmalloc || !pfree || !ptype_info_dtor || !ptype_info_raw_name ||
!ptype_info_name || !ptype_info_before ||
!ptype_info_opequals_equals || !ptype_info_opnot_equals)
return;
/* Test calling the dtors */
call_func1(ptype_info_dtor, &t1); /* No effect, since name is NULL */
t1.name = pmalloc(64);
strcpy(t1.name, "foo");
call_func1(ptype_info_dtor, &t1); /* Frees t1.name using 'free' */
/* raw_name */
t1.name = NULL;
name = call_func1(ptype_info_raw_name, &t1);
/* FIXME: This fails on native; it shouldn't though - native bug?
* ok(name && !strcmp(name, t1.mangled), "bad raw_name '%s' for t1 (expected '%s')\n", name, t1.mangled);
*/
ok(t1.name == NULL, "raw_name() set name for t1\n");
/* name */
t1.name = NULL;
name = call_func1(ptype_info_name, &t1);
ok(name && t1.name && !strcmp(name, t1.name), "bad name '%s' for t1\n", name);
todo_wine
{
/* Demangling doesn't work yet, since __unDName() is a stub */
ok(t1.name && !strcmp(t1.name, "class test1"), "demangled to '%s' for t1\n", t1.name);
}
call_func1(ptype_info_dtor, &t1);
/* before */
t1.name = NULL;
res = (int)call_func2(ptype_info_before, &t1, &t1);
ok(res == 0, "expected 0, got %d\n", res);
res = (int)call_func2(ptype_info_before, &t2, &t1);
ok(res == 0, "expected 0, got %d\n", res);
res = (int)call_func2(ptype_info_before, &t1, &t2);
ok(res == 1, "expected 1, got %d\n", res);
/* Doesn't check first char */
res = (int)call_func2(ptype_info_before, &t1, &t1_1);
ok(res == 0, "expected 0, got %d\n", res);
/* opequals_equals */
t1.name = NULL;
res = (int)call_func2(ptype_info_opequals_equals, &t1, &t1);
ok(res == 1, "expected 1, got %d\n", res);
res = (int)call_func2(ptype_info_opequals_equals, &t1, &t2);
ok(res == 0, "expected 0, got %d\n", res);
res = (int)call_func2(ptype_info_opequals_equals, &t2, &t1);
ok(res == 0, "expected 0, got %d\n", res);
/* opnot_equals */
t1.name = NULL;
res = (int)call_func2(ptype_info_opnot_equals, &t1, &t1);
ok(res == 0, "expected 0, got %d\n", res);
res = (int)call_func2(ptype_info_opnot_equals, &t1, &t2);
ok(res == 1, "expected 1, got %d\n", res);
res = (int)call_func2(ptype_info_opnot_equals, &t2, &t1);
ok(res == 1, "expected 1, got %d\n", res);
}
/* Test RTTI functions */
static void test_rtti(void)
{
static const char* e_name = "name";
type_info *ti,*bti;
exception e,b;
void *casted;
if (bAncientVersion ||
!p__RTCastToVoid || !p__RTtypeid || !pexception_ctor || !pbad_typeid_ctor || !p__RTDynamicCast)
return;
call_func2(pexception_ctor, &e, &e_name);
call_func2(pbad_typeid_ctor, &b, e_name);
/* dynamic_cast to void* */
casted = p__RTCastToVoid(&e);
ok (casted == (void*)&e, "failed cast to void\n");
/* dynamic_cast up */
ti = p__RTtypeid(&e);
bti = p__RTtypeid(&b);
casted = p__RTDynamicCast(&b, 0, NULL, ti, 0);
ok (casted == (void*)&b, "failed cast from bad_cast to exception\n");
/* dynamic_cast down */
casted = p__RTDynamicCast(&e, 0, NULL, bti, 0);
ok (casted == NULL, "Cast succeeded\n");
}
START_TEST(cpp)
{
InitFunctionPtrs();
test_exception();
test_bad_typeid();
test_bad_cast();
test___non_rtti_object();
test_type_info();
test_rtti();
if (hMsvcrt)
FreeLibrary(hMsvcrt);
}
#endif /* __i386__ */
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