/* * Copyright 2015 Iván Matellanes * * 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., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301, USA */ #include #include #include #include #include #include "wine/test.h" typedef void (*vtable_ptr)(void); typedef LONG streamoff; typedef LONG streampos; typedef int filedesc; typedef void* (__cdecl *allocFunction)(LONG); typedef void (__cdecl *freeFunction)(void*); typedef enum { IOSTATE_goodbit = 0x0, IOSTATE_eofbit = 0x1, IOSTATE_failbit = 0x2, IOSTATE_badbit = 0x4 } ios_io_state; typedef enum { OPENMODE_in = 0x1, OPENMODE_out = 0x2, OPENMODE_ate = 0x4, OPENMODE_app = 0x8, OPENMODE_trunc = 0x10, OPENMODE_nocreate = 0x20, OPENMODE_noreplace = 0x40, OPENMODE_binary = 0x80 } ios_open_mode; typedef enum { SEEKDIR_beg = 0, SEEKDIR_cur = 1, SEEKDIR_end = 2 } ios_seek_dir; typedef enum { FLAGS_skipws = 0x1, FLAGS_left = 0x2, FLAGS_right = 0x4, FLAGS_internal = 0x8, FLAGS_dec = 0x10, FLAGS_oct = 0x20, FLAGS_hex = 0x40, FLAGS_showbase = 0x80, FLAGS_showpoint = 0x100, FLAGS_uppercase = 0x200, FLAGS_showpos = 0x400, FLAGS_scientific = 0x800, FLAGS_fixed = 0x1000, FLAGS_unitbuf = 0x2000, FLAGS_stdio = 0x4000 } ios_flags; const int filebuf_sh_none = 0x800; const int filebuf_sh_read = 0xa00; const int filebuf_sh_write = 0xc00; const int filebuf_openprot = 420; const int filebuf_binary = _O_BINARY; const int filebuf_text = _O_TEXT; /* class streambuf */ typedef struct { const vtable_ptr *vtable; int allocated; int unbuffered; int stored_char; char *base; char *ebuf; char *pbase; char *pptr; char *epptr; char *eback; char *gptr; char *egptr; int do_lock; CRITICAL_SECTION lock; } streambuf; /* class filebuf */ typedef struct { streambuf base; filedesc fd; int close; } filebuf; /* class strstreambuf */ typedef struct { streambuf base; int dynamic; int increase; int unknown; int constant; allocFunction f_alloc; freeFunction f_free; } strstreambuf; /* class ios */ struct _ostream; typedef struct { const vtable_ptr *vtable; streambuf *sb; ios_io_state state; int special[4]; int delbuf; struct _ostream *tie; ios_flags flags; int precision; char fill; int width; int do_lock; CRITICAL_SECTION lock; } ios; /* class ostream */ typedef struct _ostream { const vtable_ptr *vtable; } ostream; #undef __thiscall #ifdef __i386__ #define __thiscall __stdcall #else #define __thiscall __cdecl #endif static void* (__cdecl *p_operator_new)(unsigned int); static void (__cdecl *p_operator_delete)(void*); /* streambuf */ static streambuf* (*__thiscall p_streambuf_reserve_ctor)(streambuf*, char*, int); static streambuf* (*__thiscall p_streambuf_ctor)(streambuf*); static void (*__thiscall p_streambuf_dtor)(streambuf*); static int (*__thiscall p_streambuf_allocate)(streambuf*); static void (*__thiscall p_streambuf_clrclock)(streambuf*); static int (*__thiscall p_streambuf_doallocate)(streambuf*); static void (*__thiscall p_streambuf_gbump)(streambuf*, int); static void (*__thiscall p_streambuf_lock)(streambuf*); static int (*__thiscall p_streambuf_pbackfail)(streambuf*, int); static void (*__thiscall p_streambuf_pbump)(streambuf*, int); static int (*__thiscall p_streambuf_sbumpc)(streambuf*); static void (*__thiscall p_streambuf_setb)(streambuf*, char*, char*, int); static void (*__thiscall p_streambuf_setlock)(streambuf*); static streambuf* (*__thiscall p_streambuf_setbuf)(streambuf*, char*, int); static int (*__thiscall p_streambuf_sgetc)(streambuf*); static int (*__thiscall p_streambuf_snextc)(streambuf*); static int (*__thiscall p_streambuf_sputc)(streambuf*, int); static void (*__thiscall p_streambuf_stossc)(streambuf*); static int (*__thiscall p_streambuf_sync)(streambuf*); static void (*__thiscall p_streambuf_unlock)(streambuf*); static int (*__thiscall p_streambuf_xsgetn)(streambuf*, char*, int); static int (*__thiscall p_streambuf_xsputn)(streambuf*, const char*, int); /* filebuf */ static filebuf* (*__thiscall p_filebuf_fd_ctor)(filebuf*, int); static filebuf* (*__thiscall p_filebuf_fd_reserve_ctor)(filebuf*, int, char*, int); static filebuf* (*__thiscall p_filebuf_ctor)(filebuf*); static void (*__thiscall p_filebuf_dtor)(filebuf*); static filebuf* (*__thiscall p_filebuf_attach)(filebuf*, filedesc); static filebuf* (*__thiscall p_filebuf_open)(filebuf*, const char*, ios_open_mode, int); static filebuf* (*__thiscall p_filebuf_close)(filebuf*); static int (*__thiscall p_filebuf_setmode)(filebuf*, int); static streambuf* (*__thiscall p_filebuf_setbuf)(filebuf*, char*, int); static int (*__thiscall p_filebuf_sync)(filebuf*); static int (*__thiscall p_filebuf_overflow)(filebuf*, int); static int (*__thiscall p_filebuf_underflow)(filebuf*); static streampos (*__thiscall p_filebuf_seekoff)(filebuf*, streamoff, ios_seek_dir, int); /* strstreambuf */ static strstreambuf* (*__thiscall p_strstreambuf_dynamic_ctor)(strstreambuf*, int); static strstreambuf* (*__thiscall p_strstreambuf_funcs_ctor)(strstreambuf*, allocFunction, freeFunction); static strstreambuf* (*__thiscall p_strstreambuf_buffer_ctor)(strstreambuf*, char*, int, char*); static strstreambuf* (*__thiscall p_strstreambuf_ubuffer_ctor)(strstreambuf*, unsigned char*, int, unsigned char*); static strstreambuf* (*__thiscall p_strstreambuf_ctor)(strstreambuf*); static void (*__thiscall p_strstreambuf_dtor)(strstreambuf*); static void (*__thiscall p_strstreambuf_freeze)(strstreambuf*, int); /* ios */ static ios* (*__thiscall p_ios_copy_ctor)(ios*, const ios*); static ios* (*__thiscall p_ios_ctor)(ios*); static ios* (*__thiscall p_ios_sb_ctor)(ios*, streambuf*); static ios* (*__thiscall p_ios_assign)(ios*, const ios*); static void (*__thiscall p_ios_init)(ios*, streambuf*); static void (*__thiscall p_ios_dtor)(ios*); static void (*__cdecl p_ios_clrlock)(ios*); static void (*__cdecl p_ios_setlock)(ios*); static void (*__cdecl p_ios_lock)(ios*); static void (*__cdecl p_ios_unlock)(ios*); static void (*__cdecl p_ios_lockbuf)(ios*); static void (*__cdecl p_ios_unlockbuf)(ios*); static CRITICAL_SECTION *p_ios_static_lock; static void (*__cdecl p_ios_lockc)(void); static void (*__cdecl p_ios_unlockc)(void); static LONG (*__thiscall p_ios_flags_set)(ios*, LONG); static LONG (*__thiscall p_ios_flags_get)(const ios*); static LONG (*__thiscall p_ios_setf)(ios*, LONG); static LONG (*__thiscall p_ios_setf_mask)(ios*, LONG, LONG); static LONG (*__thiscall p_ios_unsetf)(ios*, LONG); static int (*__thiscall p_ios_good)(const ios*); static int (*__thiscall p_ios_bad)(const ios*); static int (*__thiscall p_ios_eof)(const ios*); static int (*__thiscall p_ios_fail)(const ios*); static void (*__thiscall p_ios_clear)(ios*, int); static LONG *p_ios_maxbit; static LONG (*__cdecl p_ios_bitalloc)(void); static int *p_ios_curindex; static LONG *p_ios_statebuf; static LONG* (*__thiscall p_ios_iword)(const ios*, int); static void** (*__thiscall p_ios_pword)(const ios*, int); static int (*__cdecl p_ios_xalloc)(void); static int *p_ios_fLockcInit; /* Emulate a __thiscall */ #ifdef __i386__ #include "pshpack1.h" struct thiscall_thunk { BYTE pop_eax; /* popl %eax (ret addr) */ BYTE pop_edx; /* popl %edx (func) */ BYTE pop_ecx; /* popl %ecx (this) */ BYTE push_eax; /* pushl %eax */ WORD jmp_edx; /* jmp *%edx */ }; #include "poppack.h" static void * (WINAPI *call_thiscall_func1)( void *func, void *this ); static void * (WINAPI *call_thiscall_func2)( void *func, void *this, const void *a ); static void * (WINAPI *call_thiscall_func3)( void *func, void *this, const void *a, const void *b ); static void * (WINAPI *call_thiscall_func4)( void *func, void *this, const void *a, const void *b, const void *c ); static void * (WINAPI *call_thiscall_func5)( void *func, void *this, const void *a, const void *b, const void *c, const void *d ); static void init_thiscall_thunk(void) { struct thiscall_thunk *thunk = VirtualAlloc( NULL, sizeof(*thunk), MEM_COMMIT, PAGE_EXECUTE_READWRITE ); thunk->pop_eax = 0x58; /* popl %eax */ thunk->pop_edx = 0x5a; /* popl %edx */ thunk->pop_ecx = 0x59; /* popl %ecx */ thunk->push_eax = 0x50; /* pushl %eax */ thunk->jmp_edx = 0xe2ff; /* jmp *%edx */ call_thiscall_func1 = (void *)thunk; call_thiscall_func2 = (void *)thunk; call_thiscall_func3 = (void *)thunk; call_thiscall_func4 = (void *)thunk; call_thiscall_func5 = (void *)thunk; } #define call_func1(func,_this) call_thiscall_func1(func,_this) #define call_func2(func,_this,a) call_thiscall_func2(func,_this,(const void*)(a)) #define call_func3(func,_this,a,b) call_thiscall_func3(func,_this,(const void*)(a),(const void*)(b)) #define call_func4(func,_this,a,b,c) call_thiscall_func4(func,_this,(const void*)(a),(const void*)(b), \ (const void*)(c)) #define call_func5(func,_this,a,b,c,d) call_thiscall_func5(func,_this,(const void*)(a),(const void*)(b), \ (const void*)(c), (const void *)(d)) #else #define init_thiscall_thunk() #define call_func1(func,_this) func(_this) #define call_func2(func,_this,a) func(_this,a) #define call_func3(func,_this,a,b) func(_this,a,b) #define call_func4(func,_this,a,b,c) func(_this,a,b,c) #define call_func5(func,_this,a,b,c,d) func(_this,a,b,c,d) #endif /* __i386__ */ static HMODULE msvcrt, msvcirt; #define SETNOFAIL(x,y) x = (void*)GetProcAddress(msvcirt,y) #define SET(x,y) do { SETNOFAIL(x,y); ok(x != NULL, "Export '%s' not found\n", y); } while(0) static BOOL init(void) { msvcrt = LoadLibraryA("msvcrt.dll"); msvcirt = LoadLibraryA("msvcirt.dll"); if(!msvcirt) { win_skip("msvcirt.dll not installed\n"); return FALSE; } if(sizeof(void*) == 8) { /* 64-bit initialization */ p_operator_new = (void*)GetProcAddress(msvcrt, "??2@YAPEAX_K@Z"); p_operator_delete = (void*)GetProcAddress(msvcrt, "??3@YAXPEAX@Z"); SET(p_streambuf_reserve_ctor, "??0streambuf@@IEAA@PEADH@Z"); SET(p_streambuf_ctor, "??0streambuf@@IEAA@XZ"); SET(p_streambuf_dtor, "??1streambuf@@UEAA@XZ"); SET(p_streambuf_allocate, "?allocate@streambuf@@IEAAHXZ"); SET(p_streambuf_clrclock, "?clrlock@streambuf@@QEAAXXZ"); SET(p_streambuf_doallocate, "?doallocate@streambuf@@MEAAHXZ"); SET(p_streambuf_gbump, "?gbump@streambuf@@IEAAXH@Z"); SET(p_streambuf_lock, "?lock@streambuf@@QEAAXXZ"); SET(p_streambuf_pbackfail, "?pbackfail@streambuf@@UEAAHH@Z"); SET(p_streambuf_pbump, "?pbump@streambuf@@IEAAXH@Z"); SET(p_streambuf_sbumpc, "?sbumpc@streambuf@@QEAAHXZ"); SET(p_streambuf_setb, "?setb@streambuf@@IEAAXPEAD0H@Z"); SET(p_streambuf_setbuf, "?setbuf@streambuf@@UEAAPEAV1@PEADH@Z"); SET(p_streambuf_setlock, "?setlock@streambuf@@QEAAXXZ"); SET(p_streambuf_sgetc, "?sgetc@streambuf@@QEAAHXZ"); SET(p_streambuf_snextc, "?snextc@streambuf@@QEAAHXZ"); SET(p_streambuf_sputc, "?sputc@streambuf@@QEAAHH@Z"); SET(p_streambuf_stossc, "?stossc@streambuf@@QEAAXXZ"); SET(p_streambuf_sync, "?sync@streambuf@@UEAAHXZ"); SET(p_streambuf_unlock, "?unlock@streambuf@@QEAAXXZ"); SET(p_streambuf_xsgetn, "?xsgetn@streambuf@@UEAAHPEADH@Z"); SET(p_streambuf_xsputn, "?xsputn@streambuf@@UEAAHPEBDH@Z"); SET(p_filebuf_fd_ctor, "??0filebuf@@QEAA@H@Z"); SET(p_filebuf_fd_reserve_ctor, "??0filebuf@@QEAA@HPEADH@Z"); SET(p_filebuf_ctor, "??0filebuf@@QEAA@XZ"); SET(p_filebuf_dtor, "??1filebuf@@UEAA@XZ"); SET(p_filebuf_attach, "?attach@filebuf@@QEAAPEAV1@H@Z"); SET(p_filebuf_open, "?open@filebuf@@QEAAPEAV1@PEBDHH@Z"); SET(p_filebuf_close, "?close@filebuf@@QEAAPEAV1@XZ"); SET(p_filebuf_setmode, "?setmode@filebuf@@QEAAHH@Z"); SET(p_filebuf_setbuf, "?setbuf@filebuf@@UEAAPEAVstreambuf@@PEADH@Z"); SET(p_filebuf_sync, "?sync@filebuf@@UEAAHXZ"); SET(p_filebuf_overflow, "?overflow@filebuf@@UEAAHH@Z"); SET(p_filebuf_underflow, "?underflow@filebuf@@UEAAHXZ"); SET(p_filebuf_seekoff, "?seekoff@filebuf@@UEAAJJW4seek_dir@ios@@H@Z"); SET(p_strstreambuf_dynamic_ctor, "??0strstreambuf@@QEAA@H@Z"); SET(p_strstreambuf_funcs_ctor, "??0strstreambuf@@QEAA@P6APEAXJ@ZP6AXPEAX@Z@Z"); SET(p_strstreambuf_buffer_ctor, "??0strstreambuf@@QEAA@PEADH0@Z"); SET(p_strstreambuf_ubuffer_ctor, "??0strstreambuf@@QEAA@PEAEH0@Z"); SET(p_strstreambuf_ctor, "??0strstreambuf@@QEAA@XZ"); SET(p_strstreambuf_dtor, "??1strstreambuf@@UEAA@XZ"); SET(p_strstreambuf_freeze, "?freeze@strstreambuf@@QEAAXH@Z"); SET(p_ios_copy_ctor, "??0ios@@IEAA@AEBV0@@Z"); SET(p_ios_ctor, "??0ios@@IEAA@XZ"); SET(p_ios_sb_ctor, "??0ios@@QEAA@PEAVstreambuf@@@Z"); SET(p_ios_assign, "??4ios@@IEAAAEAV0@AEBV0@@Z"); SET(p_ios_init, "?init@ios@@IEAAXPEAVstreambuf@@@Z"); SET(p_ios_dtor, "??1ios@@UEAA@XZ"); SET(p_ios_clrlock, "?clrlock@ios@@QEAAXXZ"); SET(p_ios_setlock, "?setlock@ios@@QEAAXXZ"); SET(p_ios_lock, "?lock@ios@@QEAAXXZ"); SET(p_ios_unlock, "?unlock@ios@@QEAAXXZ"); SET(p_ios_lockbuf, "?lockbuf@ios@@QEAAXXZ"); SET(p_ios_unlockbuf, "?unlockbuf@ios@@QEAAXXZ"); SET(p_ios_flags_set, "?flags@ios@@QEAAJJ@Z"); SET(p_ios_flags_get, "?flags@ios@@QEBAJXZ"); SET(p_ios_setf, "?setf@ios@@QEAAJJ@Z"); SET(p_ios_setf_mask, "?setf@ios@@QEAAJJJ@Z"); SET(p_ios_unsetf, "?unsetf@ios@@QEAAJJ@Z"); SET(p_ios_good, "?good@ios@@QEBAHXZ"); SET(p_ios_bad, "?bad@ios@@QEBAHXZ"); SET(p_ios_eof, "?eof@ios@@QEBAHXZ"); SET(p_ios_fail, "?fail@ios@@QEBAHXZ"); SET(p_ios_clear, "?clear@ios@@QEAAXH@Z"); SET(p_ios_iword, "?iword@ios@@QEBAAEAJH@Z"); SET(p_ios_pword, "?pword@ios@@QEBAAEAPEAXH@Z"); } else { p_operator_new = (void*)GetProcAddress(msvcrt, "??2@YAPAXI@Z"); p_operator_delete = (void*)GetProcAddress(msvcrt, "??3@YAXPAX@Z"); SET(p_streambuf_reserve_ctor, "??0streambuf@@IAE@PADH@Z"); SET(p_streambuf_ctor, "??0streambuf@@IAE@XZ"); SET(p_streambuf_dtor, "??1streambuf@@UAE@XZ"); SET(p_streambuf_allocate, "?allocate@streambuf@@IAEHXZ"); SET(p_streambuf_clrclock, "?clrlock@streambuf@@QAEXXZ"); SET(p_streambuf_doallocate, "?doallocate@streambuf@@MAEHXZ"); SET(p_streambuf_gbump, "?gbump@streambuf@@IAEXH@Z"); SET(p_streambuf_lock, "?lock@streambuf@@QAEXXZ"); SET(p_streambuf_pbackfail, "?pbackfail@streambuf@@UAEHH@Z"); SET(p_streambuf_pbump, "?pbump@streambuf@@IAEXH@Z"); SET(p_streambuf_sbumpc, "?sbumpc@streambuf@@QAEHXZ"); SET(p_streambuf_setb, "?setb@streambuf@@IAEXPAD0H@Z"); SET(p_streambuf_setbuf, "?setbuf@streambuf@@UAEPAV1@PADH@Z"); SET(p_streambuf_setlock, "?setlock@streambuf@@QAEXXZ"); SET(p_streambuf_sgetc, "?sgetc@streambuf@@QAEHXZ"); SET(p_streambuf_snextc, "?snextc@streambuf@@QAEHXZ"); SET(p_streambuf_sputc, "?sputc@streambuf@@QAEHH@Z"); SET(p_streambuf_stossc, "?stossc@streambuf@@QAEXXZ"); SET(p_streambuf_sync, "?sync@streambuf@@UAEHXZ"); SET(p_streambuf_unlock, "?unlock@streambuf@@QAEXXZ"); SET(p_streambuf_xsgetn, "?xsgetn@streambuf@@UAEHPADH@Z"); SET(p_streambuf_xsputn, "?xsputn@streambuf@@UAEHPBDH@Z"); SET(p_filebuf_fd_ctor, "??0filebuf@@QAE@H@Z"); SET(p_filebuf_fd_reserve_ctor, "??0filebuf@@QAE@HPADH@Z"); SET(p_filebuf_ctor, "??0filebuf@@QAE@XZ"); SET(p_filebuf_dtor, "??1filebuf@@UAE@XZ"); SET(p_filebuf_attach, "?attach@filebuf@@QAEPAV1@H@Z"); SET(p_filebuf_open, "?open@filebuf@@QAEPAV1@PBDHH@Z"); SET(p_filebuf_close, "?close@filebuf@@QAEPAV1@XZ"); SET(p_filebuf_setmode, "?setmode@filebuf@@QAEHH@Z"); SET(p_filebuf_setbuf, "?setbuf@filebuf@@UAEPAVstreambuf@@PADH@Z"); SET(p_filebuf_sync, "?sync@filebuf@@UAEHXZ"); SET(p_filebuf_overflow, "?overflow@filebuf@@UAEHH@Z"); SET(p_filebuf_underflow, "?underflow@filebuf@@UAEHXZ"); SET(p_filebuf_seekoff, "?seekoff@filebuf@@UAEJJW4seek_dir@ios@@H@Z"); SET(p_strstreambuf_dynamic_ctor, "??0strstreambuf@@QAE@H@Z"); SET(p_strstreambuf_funcs_ctor, "??0strstreambuf@@QAE@P6APAXJ@ZP6AXPAX@Z@Z"); SET(p_strstreambuf_buffer_ctor, "??0strstreambuf@@QAE@PADH0@Z"); SET(p_strstreambuf_ubuffer_ctor, "??0strstreambuf@@QAE@PAEH0@Z"); SET(p_strstreambuf_ctor, "??0strstreambuf@@QAE@XZ"); SET(p_strstreambuf_dtor, "??1strstreambuf@@UAE@XZ"); SET(p_strstreambuf_freeze, "?freeze@strstreambuf@@QAEXH@Z"); SET(p_ios_copy_ctor, "??0ios@@IAE@ABV0@@Z"); SET(p_ios_ctor, "??0ios@@IAE@XZ"); SET(p_ios_sb_ctor, "??0ios@@QAE@PAVstreambuf@@@Z"); SET(p_ios_assign, "??4ios@@IAEAAV0@ABV0@@Z"); SET(p_ios_init, "?init@ios@@IAEXPAVstreambuf@@@Z"); SET(p_ios_dtor, "??1ios@@UAE@XZ"); SET(p_ios_clrlock, "?clrlock@ios@@QAAXXZ"); SET(p_ios_setlock, "?setlock@ios@@QAAXXZ"); SET(p_ios_lock, "?lock@ios@@QAAXXZ"); SET(p_ios_unlock, "?unlock@ios@@QAAXXZ"); SET(p_ios_lockbuf, "?lockbuf@ios@@QAAXXZ"); SET(p_ios_unlockbuf, "?unlockbuf@ios@@QAAXXZ"); SET(p_ios_flags_set, "?flags@ios@@QAEJJ@Z"); SET(p_ios_flags_get, "?flags@ios@@QBEJXZ"); SET(p_ios_setf, "?setf@ios@@QAEJJ@Z"); SET(p_ios_setf_mask, "?setf@ios@@QAEJJJ@Z"); SET(p_ios_unsetf, "?unsetf@ios@@QAEJJ@Z"); SET(p_ios_good, "?good@ios@@QBEHXZ"); SET(p_ios_bad, "?bad@ios@@QBEHXZ"); SET(p_ios_eof, "?eof@ios@@QBEHXZ"); SET(p_ios_fail, "?fail@ios@@QBEHXZ"); SET(p_ios_clear, "?clear@ios@@QAEXH@Z"); SET(p_ios_iword, "?iword@ios@@QBEAAJH@Z"); SET(p_ios_pword, "?pword@ios@@QBEAAPAXH@Z"); } SET(p_ios_static_lock, "?x_lockc@ios@@0U_CRT_CRITICAL_SECTION@@A"); SET(p_ios_lockc, "?lockc@ios@@KAXXZ"); SET(p_ios_unlockc, "?unlockc@ios@@KAXXZ"); SET(p_ios_maxbit, "?x_maxbit@ios@@0JA"); SET(p_ios_bitalloc, "?bitalloc@ios@@SAJXZ"); SET(p_ios_curindex, "?x_curindex@ios@@0HA"); SET(p_ios_statebuf, "?x_statebuf@ios@@0PAJA"); SET(p_ios_xalloc, "?xalloc@ios@@SAHXZ"); SET(p_ios_fLockcInit, "?fLockcInit@ios@@0HA"); init_thiscall_thunk(); return TRUE; } static int overflow_count, underflow_count; static streambuf *test_this; static char test_get_buffer[24]; static int buffer_pos, get_end; #ifdef __i386__ static int __thiscall test_streambuf_overflow(int ch) #else static int __thiscall test_streambuf_overflow(streambuf *this, int ch) #endif { overflow_count++; if (ch == 'L') /* simulate a failure */ return EOF; if (!test_this->unbuffered) test_this->pptr = test_this->pbase + 5; return ch; } #ifdef __i386__ static int __thiscall test_streambuf_underflow(void) #else static int __thiscall test_streambuf_underflow(streambuf *this) #endif { underflow_count++; if (test_this->unbuffered) { return (buffer_pos < 23) ? test_get_buffer[buffer_pos++] : EOF; } else if (test_this->gptr < test_this->egptr) { return *test_this->gptr; } else { return get_end ? EOF : *(test_this->gptr = test_this->eback); } } struct streambuf_lock_arg { streambuf *sb; HANDLE lock[4]; HANDLE test[4]; }; static DWORD WINAPI lock_streambuf(void *arg) { struct streambuf_lock_arg *lock_arg = arg; call_func1(p_streambuf_lock, lock_arg->sb); SetEvent(lock_arg->lock[0]); WaitForSingleObject(lock_arg->test[0], INFINITE); call_func1(p_streambuf_lock, lock_arg->sb); SetEvent(lock_arg->lock[1]); WaitForSingleObject(lock_arg->test[1], INFINITE); call_func1(p_streambuf_lock, lock_arg->sb); SetEvent(lock_arg->lock[2]); WaitForSingleObject(lock_arg->test[2], INFINITE); call_func1(p_streambuf_unlock, lock_arg->sb); SetEvent(lock_arg->lock[3]); WaitForSingleObject(lock_arg->test[3], INFINITE); call_func1(p_streambuf_unlock, lock_arg->sb); return 0; } static void test_streambuf(void) { streambuf sb, sb2, sb3, *psb; vtable_ptr test_streambuf_vtbl[11]; struct streambuf_lock_arg lock_arg; HANDLE thread; char reserve[16]; int ret, i; BOOL locked; memset(&sb, 0xab, sizeof(streambuf)); memset(&sb2, 0xab, sizeof(streambuf)); memset(&sb3, 0xab, sizeof(streambuf)); /* constructors */ call_func1(p_streambuf_ctor, &sb); ok(sb.allocated == 0, "wrong allocate value, expected 0 got %d\n", sb.allocated); ok(sb.unbuffered == 0, "wrong unbuffered value, expected 0 got %d\n", sb.unbuffered); ok(sb.base == NULL, "wrong base pointer, expected %p got %p\n", NULL, sb.base); ok(sb.ebuf == NULL, "wrong ebuf pointer, expected %p got %p\n", NULL, sb.ebuf); ok(sb.lock.LockCount == -1, "wrong critical section state, expected -1 got %d\n", sb.lock.LockCount); call_func3(p_streambuf_reserve_ctor, &sb2, reserve, 16); ok(sb2.allocated == 0, "wrong allocate value, expected 0 got %d\n", sb2.allocated); ok(sb2.unbuffered == 0, "wrong unbuffered value, expected 0 got %d\n", sb2.unbuffered); ok(sb2.base == reserve, "wrong base pointer, expected %p got %p\n", reserve, sb2.base); ok(sb2.ebuf == reserve+16, "wrong ebuf pointer, expected %p got %p\n", reserve+16, sb2.ebuf); ok(sb.lock.LockCount == -1, "wrong critical section state, expected -1 got %d\n", sb.lock.LockCount); call_func1(p_streambuf_ctor, &sb3); ok(sb3.allocated == 0, "wrong allocate value, expected 0 got %d\n", sb3.allocated); ok(sb3.unbuffered == 0, "wrong unbuffered value, expected 0 got %d\n", sb3.unbuffered); ok(sb3.base == NULL, "wrong base pointer, expected %p got %p\n", NULL, sb3.base); ok(sb3.ebuf == NULL, "wrong ebuf pointer, expected %p got %p\n", NULL, sb3.ebuf); memcpy(test_streambuf_vtbl, sb.vtable, sizeof(test_streambuf_vtbl)); test_streambuf_vtbl[7] = (vtable_ptr)&test_streambuf_overflow; test_streambuf_vtbl[8] = (vtable_ptr)&test_streambuf_underflow; sb2.vtable = test_streambuf_vtbl; sb3.vtable = test_streambuf_vtbl; overflow_count = underflow_count = 0; strcpy(test_get_buffer, "CompuGlobalHyperMegaNet"); buffer_pos = get_end = 0; /* setlock */ ok(sb.do_lock == -1, "expected do_lock value -1, got %d\n", sb.do_lock); call_func1(p_streambuf_setlock, &sb); ok(sb.do_lock == -2, "expected do_lock value -2, got %d\n", sb.do_lock); call_func1(p_streambuf_setlock, &sb); ok(sb.do_lock == -3, "expected do_lock value -3, got %d\n", sb.do_lock); sb.do_lock = 3; call_func1(p_streambuf_setlock, &sb); ok(sb.do_lock == 2, "expected do_lock value 2, got %d\n", sb.do_lock); /* clrlock */ sb.do_lock = -2; call_func1(p_streambuf_clrclock, &sb); ok(sb.do_lock == -1, "expected do_lock value -1, got %d\n", sb.do_lock); call_func1(p_streambuf_clrclock, &sb); ok(sb.do_lock == 0, "expected do_lock value 0, got %d\n", sb.do_lock); call_func1(p_streambuf_clrclock, &sb); ok(sb.do_lock == 1, "expected do_lock value 1, got %d\n", sb.do_lock); call_func1(p_streambuf_clrclock, &sb); ok(sb.do_lock == 1, "expected do_lock value 1, got %d\n", sb.do_lock); /* lock/unlock */ lock_arg.sb = &sb; for (i = 0; i < 4; i++) { lock_arg.lock[i] = CreateEventW(NULL, FALSE, FALSE, NULL); ok(lock_arg.lock[i] != NULL, "CreateEventW failed\n"); lock_arg.test[i] = CreateEventW(NULL, FALSE, FALSE, NULL); ok(lock_arg.test[i] != NULL, "CreateEventW failed\n"); } sb.do_lock = 0; thread = CreateThread(NULL, 0, lock_streambuf, (void*)&lock_arg, 0, NULL); ok(thread != NULL, "CreateThread failed\n"); WaitForSingleObject(lock_arg.lock[0], INFINITE); locked = TryEnterCriticalSection(&sb.lock); ok(locked != 0, "could not lock the streambuf\n"); LeaveCriticalSection(&sb.lock); sb.do_lock = 1; SetEvent(lock_arg.test[0]); WaitForSingleObject(lock_arg.lock[1], INFINITE); locked = TryEnterCriticalSection(&sb.lock); ok(locked != 0, "could not lock the streambuf\n"); LeaveCriticalSection(&sb.lock); sb.do_lock = -1; SetEvent(lock_arg.test[1]); WaitForSingleObject(lock_arg.lock[2], INFINITE); locked = TryEnterCriticalSection(&sb.lock); ok(locked == 0, "the streambuf was not locked before\n"); sb.do_lock = 0; SetEvent(lock_arg.test[2]); WaitForSingleObject(lock_arg.lock[3], INFINITE); locked = TryEnterCriticalSection(&sb.lock); ok(locked == 0, "the streambuf was not locked before\n"); sb.do_lock = -1; /* setb */ call_func4(p_streambuf_setb, &sb, reserve, reserve+16, 0); ok(sb.base == reserve, "wrong base pointer, expected %p got %p\n", reserve, sb.base); ok(sb.ebuf == reserve+16, "wrong ebuf pointer, expected %p got %p\n", reserve+16, sb.ebuf); call_func4(p_streambuf_setb, &sb, reserve, reserve+16, 4); ok(sb.allocated == 4, "wrong allocate value, expected 4 got %d\n", sb.allocated); sb.allocated = 0; call_func4(p_streambuf_setb, &sb, NULL, NULL, 3); ok(sb.allocated == 3, "wrong allocate value, expected 3 got %d\n", sb.allocated); /* setbuf */ psb = call_func3(p_streambuf_setbuf, &sb, NULL, 5); ok(psb == &sb, "wrong return value, expected %p got %p\n", &sb, psb); ok(sb.allocated == 3, "wrong allocate value, expected 3 got %d\n", sb.allocated); ok(sb.unbuffered == 1, "wrong unbuffered value, expected 1 got %d\n", sb.unbuffered); ok(sb.base == NULL, "wrong base pointer, expected %p got %p\n", NULL, sb.base); ok(sb.ebuf == NULL, "wrong ebuf pointer, expected %p got %p\n", NULL, sb.ebuf); psb = call_func3(p_streambuf_setbuf, &sb, reserve, 0); ok(psb == &sb, "wrong return value, expected %p got %p\n", &sb, psb); ok(sb.unbuffered == 1, "wrong unbuffered value, expected 1 got %d\n", sb.unbuffered); ok(sb.base == NULL, "wrong base pointer, expected %p got %p\n", NULL, sb.base); ok(sb.ebuf == NULL, "wrong ebuf pointer, expected %p got %p\n", NULL, sb.ebuf); psb = call_func3(p_streambuf_setbuf, &sb, reserve, 16); ok(psb == &sb, "wrong return value, expected %p got %p\n", &sb, psb); ok(sb.allocated == 3, "wrong allocate value, expected 3 got %d\n", sb.allocated); ok(sb.unbuffered == 0, "wrong unbuffered value, expected 0 got %d\n", sb.unbuffered); ok(sb.base == reserve, "wrong base pointer, expected %p got %p\n", reserve, sb.base); ok(sb.ebuf == reserve+16, "wrong ebuf pointer, expected %p got %p\n", reserve+16, sb.ebuf); psb = call_func3(p_streambuf_setbuf, &sb, NULL, 8); ok(psb == NULL, "wrong return value, expected %p got %p\n", NULL, psb); ok(sb.unbuffered == 0, "wrong unbuffered value, expected 0 got %d\n", sb.unbuffered); ok(sb.base == reserve, "wrong base pointer, expected %p got %p\n", reserve, sb.base); ok(sb.ebuf == reserve+16, "wrong ebuf pointer, expected %p got %p\n", reserve+16, sb.ebuf); /* allocate */ ret = (int) call_func1(p_streambuf_allocate, &sb); ok(ret == 0, "wrong return value, expected 0 got %d\n", ret); sb.base = NULL; ret = (int) call_func1(p_streambuf_allocate, &sb); ok(ret == 1, "wrong return value, expected 1 got %d\n", ret); ok(sb.allocated == 1, "wrong allocate value, expected 1 got %d\n", sb.allocated); ok(sb.ebuf - sb.base == 512 , "wrong reserve area size, expected 512 got %p-%p\n", sb.ebuf, sb.base); /* doallocate */ ret = (int) call_func1(p_streambuf_doallocate, &sb2); ok(ret == 1, "doallocate failed, got %d\n", ret); ok(sb2.allocated == 1, "wrong allocate value, expected 1 got %d\n", sb2.allocated); ok(sb2.ebuf - sb2.base == 512 , "wrong reserve area size, expected 512 got %p-%p\n", sb2.ebuf, sb2.base); ret = (int) call_func1(p_streambuf_doallocate, &sb3); ok(ret == 1, "doallocate failed, got %d\n", ret); ok(sb3.allocated == 1, "wrong allocate value, expected 1 got %d\n", sb3.allocated); ok(sb3.ebuf - sb3.base == 512 , "wrong reserve area size, expected 512 got %p-%p\n", sb3.ebuf, sb3.base); /* sb: buffered, space available */ sb.eback = sb.gptr = sb.base; sb.egptr = sb.base + 256; sb.pbase = sb.pptr = sb.base + 256; sb.epptr = sb.base + 512; /* sb2: buffered, no space available */ sb2.eback = sb2.base; sb2.gptr = sb2.egptr = sb2.base + 256; sb2.pbase = sb2.base + 256; sb2.pptr = sb2.epptr = sb2.base + 512; /* sb3: unbuffered */ sb3.unbuffered = 1; /* gbump */ call_func2(p_streambuf_gbump, &sb, 10); ok(sb.gptr == sb.eback + 10, "advance get pointer failed, expected %p got %p\n", sb.eback + 10, sb.gptr); call_func2(p_streambuf_gbump, &sb, -15); ok(sb.gptr == sb.eback - 5, "advance get pointer failed, expected %p got %p\n", sb.eback - 5, sb.gptr); sb.gptr = sb.eback; /* pbump */ call_func2(p_streambuf_pbump, &sb, -2); ok(sb.pptr == sb.pbase - 2, "advance put pointer failed, expected %p got %p\n", sb.pbase - 2, sb.pptr); call_func2(p_streambuf_pbump, &sb, 20); ok(sb.pptr == sb.pbase + 18, "advance put pointer failed, expected %p got %p\n", sb.pbase + 18, sb.pptr); sb.pptr = sb.pbase; /* sync */ ret = (int) call_func1(p_streambuf_sync, &sb); ok(ret == EOF, "sync failed, expected EOF got %d\n", ret); sb.gptr = sb.egptr; ret = (int) call_func1(p_streambuf_sync, &sb); ok(ret == 0, "sync failed, expected 0 got %d\n", ret); sb.gptr = sb.egptr + 1; ret = (int) call_func1(p_streambuf_sync, &sb); ok(ret == 0, "sync failed, expected 0 got %d\n", ret); sb.gptr = sb.eback; ret = (int) call_func1(p_streambuf_sync, &sb2); ok(ret == EOF, "sync failed, expected EOF got %d\n", ret); sb2.pptr = sb2.pbase; ret = (int) call_func1(p_streambuf_sync, &sb2); ok(ret == 0, "sync failed, expected 0 got %d\n", ret); sb2.pptr = sb2.pbase - 1; ret = (int) call_func1(p_streambuf_sync, &sb2); ok(ret == 0, "sync failed, expected 0 got %d\n", ret); sb2.pptr = sb2.epptr; ret = (int) call_func1(p_streambuf_sync, &sb3); ok(ret == 0, "sync failed, expected 0 got %d\n", ret); /* sgetc */ strcpy(sb2.eback, "WorstTestEver"); test_this = &sb2; ret = (int) call_func1(p_streambuf_sgetc, &sb2); ok(ret == 'W', "expected 'W' got '%c'\n", ret); ok(underflow_count == 1, "expected call to underflow\n"); ok(sb2.stored_char == EOF, "wrong stored character, expected EOF got %c\n", sb2.stored_char); sb2.gptr++; ret = (int) call_func1(p_streambuf_sgetc, &sb2); ok(ret == 'o', "expected 'o' got '%c'\n", ret); ok(underflow_count == 2, "expected call to underflow\n"); ok(sb2.stored_char == EOF, "wrong stored character, expected EOF got %c\n", sb2.stored_char); sb2.gptr = sb2.egptr; test_this = &sb3; ret = (int) call_func1(p_streambuf_sgetc, &sb3); ok(ret == 'C', "expected 'C' got '%c'\n", ret); ok(underflow_count == 3, "expected call to underflow\n"); ok(sb3.stored_char == 'C', "wrong stored character, expected 'C' got %c\n", sb3.stored_char); sb3.stored_char = 'b'; ret = (int) call_func1(p_streambuf_sgetc, &sb3); ok(ret == 'b', "expected 'b' got '%c'\n", ret); ok(underflow_count == 3, "no call to underflow expected\n"); ok(sb3.stored_char == 'b', "wrong stored character, expected 'b' got %c\n", sb3.stored_char); /* sputc */ *sb.pbase = 'a'; ret = (int) call_func2(p_streambuf_sputc, &sb, 'c'); ok(ret == 'c', "wrong return value, expected 'c' got %d\n", ret); ok(overflow_count == 0, "no call to overflow expected\n"); ok(*sb.pbase == 'c', "expected 'c' in the put area, got %c\n", *sb.pbase); ok(sb.pptr == sb.pbase + 1, "wrong put pointer, expected %p got %p\n", sb.pbase + 1, sb.pptr); test_this = &sb2; ret = (int) call_func2(p_streambuf_sputc, &sb2, 'c'); ok(ret == 'c', "wrong return value, expected 'c' got %d\n", ret); ok(overflow_count == 1, "expected call to overflow\n"); ok(sb2.pptr == sb2.pbase + 5, "wrong put pointer, expected %p got %p\n", sb2.pbase + 5, sb2.pptr); test_this = &sb3; ret = (int) call_func2(p_streambuf_sputc, &sb3, 'c'); ok(ret == 'c', "wrong return value, expected 'c' got %d\n", ret); ok(overflow_count == 2, "expected call to overflow\n"); sb3.pbase = sb3.pptr = sb3.base; sb3.epptr = sb3.ebuf; ret = (int) call_func2(p_streambuf_sputc, &sb3, 'c'); ok(ret == 'c', "wrong return value, expected 'c' got %d\n", ret); ok(overflow_count == 2, "no call to overflow expected\n"); ok(*sb3.pbase == 'c', "expected 'c' in the put area, got %c\n", *sb3.pbase); sb3.pbase = sb3.pptr = sb3.epptr = NULL; /* xsgetn */ sb2.gptr = sb2.egptr = sb2.eback + 13; test_this = &sb2; ret = (int) call_func3(p_streambuf_xsgetn, &sb2, reserve, 5); ok(ret == 5, "wrong return value, expected 5 got %d\n", ret); ok(!strncmp(reserve, "Worst", 5), "expected 'Worst' got %s\n", reserve); ok(sb2.gptr == sb2.eback + 5, "wrong get pointer, expected %p got %p\n", sb2.eback + 5, sb2.gptr); ok(underflow_count == 4, "expected call to underflow\n"); ret = (int) call_func3(p_streambuf_xsgetn, &sb2, reserve, 4); ok(ret == 4, "wrong return value, expected 4 got %d\n", ret); ok(!strncmp(reserve, "Test", 4), "expected 'Test' got %s\n", reserve); ok(sb2.gptr == sb2.eback + 9, "wrong get pointer, expected %p got %p\n", sb2.eback + 9, sb2.gptr); ok(underflow_count == 5, "expected call to underflow\n"); get_end = 1; ret = (int) call_func3(p_streambuf_xsgetn, &sb2, reserve, 16); ok(ret == 4, "wrong return value, expected 4 got %d\n", ret); ok(!strncmp(reserve, "Ever", 4), "expected 'Ever' got %s\n", reserve); ok(sb2.gptr == sb2.egptr, "wrong get pointer, expected %p got %p\n", sb2.egptr, sb2.gptr); ok(underflow_count == 7, "expected 2 calls to underflow, got %d\n", underflow_count - 5); test_this = &sb3; ret = (int) call_func3(p_streambuf_xsgetn, &sb3, reserve, 11); ok(ret == 11, "wrong return value, expected 11 got %d\n", ret); ok(!strncmp(reserve, "bompuGlobal", 11), "expected 'bompuGlobal' got %s\n", reserve); ok(sb3.stored_char == 'H', "wrong stored character, expected 'H' got %c\n", sb3.stored_char); ok(underflow_count == 18, "expected 11 calls to underflow, got %d\n", underflow_count - 7); ret = (int) call_func3(p_streambuf_xsgetn, &sb3, reserve, 16); ok(ret == 12, "wrong return value, expected 12 got %d\n", ret); ok(!strncmp(reserve, "HyperMegaNet", 12), "expected 'HyperMegaNet' got %s\n", reserve); ok(sb3.stored_char == EOF, "wrong stored character, expected EOF got %c\n", sb3.stored_char); ok(underflow_count == 30, "expected 12 calls to underflow, got %d\n", underflow_count - 18); ret = (int) call_func3(p_streambuf_xsgetn, &sb3, reserve, 3); ok(ret == 0, "wrong return value, expected 0 got %d\n", ret); ok(sb3.stored_char == EOF, "wrong stored character, expected EOF got %c\n", sb3.stored_char); ok(underflow_count == 31, "expected call to underflow\n"); buffer_pos = 0; ret = (int) call_func3(p_streambuf_xsgetn, &sb3, reserve, 5); ok(ret == 5, "wrong return value, expected 5 got %d\n", ret); ok(!strncmp(reserve, "Compu", 5), "expected 'Compu' got %s\n", reserve); ok(sb3.stored_char == 'G', "wrong stored character, expected 'G' got %c\n", sb3.stored_char); ok(underflow_count == 37, "expected 6 calls to underflow, got %d\n", underflow_count - 31); /* xsputn */ ret = (int) call_func3(p_streambuf_xsputn, &sb, "Test\0ing", 8); ok(ret == 8, "wrong return value, expected 8 got %d\n", ret); ok(sb.pptr == sb.pbase + 9, "wrong put pointer, expected %p got %p\n", sb.pbase + 9, sb.pptr); test_this = &sb2; sb2.pptr = sb2.epptr - 7; ret = (int) call_func3(p_streambuf_xsputn, &sb2, "Testing", 7); ok(ret == 7, "wrong return value, expected 7 got %d\n", ret); ok(sb2.pptr == sb2.epptr, "wrong put pointer, expected %p got %p\n", sb2.epptr, sb2.pptr); ok(overflow_count == 2, "no call to overflow expected\n"); sb2.pptr = sb2.epptr - 5; sb2.pbase[5] = 'a'; ret = (int) call_func3(p_streambuf_xsputn, &sb2, "Testing", 7); ok(ret == 7, "wrong return value, expected 7 got %d\n", ret); ok(sb2.pbase[5] == 'g', "expected 'g' got %c\n", sb2.pbase[5]); ok(sb2.pptr == sb2.pbase + 6, "wrong put pointer, expected %p got %p\n", sb2.pbase + 6, sb2.pptr); ok(overflow_count == 3, "expected call to overflow\n"); sb2.pptr = sb2.epptr - 4; ret = (int) call_func3(p_streambuf_xsputn, &sb2, "TestLing", 8); ok(ret == 4, "wrong return value, expected 4 got %d\n", ret); ok(sb2.pptr == sb2.epptr, "wrong put pointer, expected %p got %p\n", sb2.epptr, sb2.pptr); ok(overflow_count == 4, "expected call to overflow\n"); test_this = &sb3; ret = (int) call_func3(p_streambuf_xsputn, &sb3, "Testing", 7); ok(ret == 7, "wrong return value, expected 7 got %d\n", ret); ok(sb3.stored_char == 'G', "wrong stored character, expected 'G' got %c\n", sb3.stored_char); ok(overflow_count == 11, "expected 7 calls to overflow, got %d\n", overflow_count - 4); ret = (int) call_func3(p_streambuf_xsputn, &sb3, "TeLephone", 9); ok(ret == 2, "wrong return value, expected 2 got %d\n", ret); ok(sb3.stored_char == 'G', "wrong stored character, expected 'G' got %c\n", sb3.stored_char); ok(overflow_count == 14, "expected 3 calls to overflow, got %d\n", overflow_count - 11); /* snextc */ strcpy(sb.eback, "Test"); ret = (int) call_func1(p_streambuf_snextc, &sb); ok(ret == 'e', "expected 'e' got '%c'\n", ret); ok(sb.gptr == sb.eback + 1, "wrong get pointer, expected %p got %p\n", sb.eback + 1, sb.gptr); test_this = &sb2; ret = (int) call_func1(p_streambuf_snextc, &sb2); ok(ret == EOF, "expected EOF got '%c'\n", ret); ok(sb2.gptr == sb2.egptr + 1, "wrong get pointer, expected %p got %p\n", sb2.egptr + 1, sb2.gptr); ok(underflow_count == 39, "expected 2 calls to underflow, got %d\n", underflow_count - 37); sb2.gptr = sb2.egptr - 1; ret = (int) call_func1(p_streambuf_snextc, &sb2); ok(ret == EOF, "expected EOF got '%c'\n", ret); ok(sb2.gptr == sb2.egptr, "wrong get pointer, expected %p got %p\n", sb2.egptr, sb2.gptr); ok(underflow_count == 40, "expected call to underflow\n"); get_end = 0; ret = (int) call_func1(p_streambuf_snextc, &sb2); ok(ret == 'o', "expected 'o' got '%c'\n", ret); ok(sb2.gptr == sb2.eback + 1, "wrong get pointer, expected %p got %p\n", sb2.eback + 1, sb2.gptr); ok(underflow_count == 41, "expected call to underflow\n"); sb2.gptr = sb2.egptr - 1; ret = (int) call_func1(p_streambuf_snextc, &sb2); ok(ret == 'W', "expected 'W' got '%c'\n", ret); ok(sb2.gptr == sb2.eback, "wrong get pointer, expected %p got %p\n", sb2.eback, sb2.gptr); ok(underflow_count == 42, "expected call to underflow\n"); sb2.gptr = sb2.egptr; test_this = &sb3; ret = (int) call_func1(p_streambuf_snextc, &sb3); ok(ret == 'l', "expected 'l' got '%c'\n", ret); ok(sb3.stored_char == 'l', "wrong stored character, expected 'l' got %c\n", sb3.stored_char); ok(underflow_count == 43, "expected call to underflow\n"); buffer_pos = 22; ret = (int) call_func1(p_streambuf_snextc, &sb3); ok(ret == 't', "expected 't' got '%c'\n", ret); ok(sb3.stored_char == 't', "wrong stored character, expected 't' got %c\n", sb3.stored_char); ok(underflow_count == 44, "expected call to underflow\n"); ret = (int) call_func1(p_streambuf_snextc, &sb3); ok(ret == EOF, "expected EOF got '%c'\n", ret); ok(sb3.stored_char == EOF, "wrong stored character, expected EOF got %c\n", sb3.stored_char); ok(underflow_count == 45, "expected call to underflow\n"); buffer_pos = 0; ret = (int) call_func1(p_streambuf_snextc, &sb3); ok(ret == 'o', "expected 'o' got '%c'\n", ret); ok(sb3.stored_char == 'o', "wrong stored character, expected 'o' got %c\n", sb3.stored_char); ok(underflow_count == 47, "expected 2 calls to underflow, got %d\n", underflow_count - 45); sb3.stored_char = EOF; ret = (int) call_func1(p_streambuf_snextc, &sb3); ok(ret == 'p', "expected 'p' got '%c'\n", ret); ok(sb3.stored_char == 'p', "wrong stored character, expected 'p' got %c\n", sb3.stored_char); ok(underflow_count == 49, "expected 2 calls to underflow, got %d\n", underflow_count - 47); /* sbumpc */ ret = (int) call_func1(p_streambuf_sbumpc, &sb); ok(ret == 'e', "expected 'e' got '%c'\n", ret); ok(sb.gptr == sb.eback + 2, "wrong get pointer, expected %p got %p\n", sb.eback + 2, sb.gptr); test_this = &sb2; ret = (int) call_func1(p_streambuf_sbumpc, &sb2); ok(ret == 'W', "expected 'W' got '%c'\n", ret); ok(sb2.gptr == sb2.eback + 1, "wrong get pointer, expected %p got %p\n", sb2.eback + 1, sb2.gptr); ok(underflow_count == 50, "expected call to underflow\n"); sb2.gptr = sb2.egptr - 1; *sb2.gptr = 't'; ret = (int) call_func1(p_streambuf_sbumpc, &sb2); ok(ret == 't', "expected 't' got '%c'\n", ret); ok(sb2.gptr == sb2.egptr, "wrong get pointer, expected %p got %p\n", sb2.egptr, sb2.gptr); ok(underflow_count == 50, "no call to underflow expected\n"); get_end = 1; ret = (int) call_func1(p_streambuf_sbumpc, &sb2); ok(ret == EOF, "expected EOF got '%c'\n", ret); ok(sb2.gptr == sb2.egptr + 1, "wrong get pointer, expected %p got %p\n", sb2.egptr + 1, sb2.gptr); ok(underflow_count == 51, "expected call to underflow\n"); sb2.gptr = sb2.egptr; test_this = &sb3; ret = (int) call_func1(p_streambuf_sbumpc, &sb3); ok(ret == 'p', "expected 'p' got '%c'\n", ret); ok(sb3.stored_char == EOF, "wrong stored character, expected EOF got %c\n", sb3.stored_char); ok(underflow_count == 51, "no call to underflow expected\n"); ret = (int) call_func1(p_streambuf_sbumpc, &sb3); ok(ret == 'u', "expected 'u' got '%c'\n", ret); ok(sb3.stored_char == EOF, "wrong stored character, expected EOF got %c\n", sb3.stored_char); ok(underflow_count == 52, "expected call to underflow\n"); buffer_pos = 23; ret = (int) call_func1(p_streambuf_sbumpc, &sb3); ok(ret == EOF, "expected EOF got '%c'\n", ret); ok(sb3.stored_char == EOF, "wrong stored character, expected EOF got %c\n", sb3.stored_char); ok(underflow_count == 53, "expected call to underflow\n"); buffer_pos = 0; ret = (int) call_func1(p_streambuf_sbumpc, &sb3); ok(ret == 'C', "expected 'C' got '%c'\n", ret); ok(sb3.stored_char == EOF, "wrong stored character, expected EOF got %c\n", sb3.stored_char); ok(underflow_count == 54, "expected call to underflow\n"); /* stossc */ call_func1(p_streambuf_stossc, &sb); ok(sb.gptr == sb.eback + 3, "wrong get pointer, expected %p got %p\n", sb.eback + 3, sb.gptr); test_this = &sb2; call_func1(p_streambuf_stossc, &sb2); ok(sb2.gptr == sb2.egptr, "wrong get pointer, expected %p got %p\n", sb2.egptr, sb2.gptr); ok(underflow_count == 55, "expected call to underflow\n"); get_end = 0; call_func1(p_streambuf_stossc, &sb2); ok(sb2.gptr == sb2.eback + 1, "wrong get pointer, expected %p got %p\n", sb2.eback + 1, sb2.gptr); ok(underflow_count == 56, "expected call to underflow\n"); sb2.gptr = sb2.egptr - 1; call_func1(p_streambuf_stossc, &sb2); ok(sb2.gptr == sb2.egptr, "wrong get pointer, expected %p got %p\n", sb2.egptr, sb2.gptr); ok(underflow_count == 56, "no call to underflow expected\n"); test_this = &sb3; call_func1(p_streambuf_stossc, &sb3); ok(sb3.stored_char == EOF, "wrong stored character, expected EOF got %c\n", sb3.stored_char); ok(underflow_count == 57, "expected call to underflow\n"); sb3.stored_char = 'a'; call_func1(p_streambuf_stossc, &sb3); ok(sb3.stored_char == EOF, "wrong stored character, expected EOF got %c\n", sb3.stored_char); ok(underflow_count == 57, "no call to underflow expected\n"); /* pbackfail */ ret = (int) call_func2(p_streambuf_pbackfail, &sb, 'A'); ok(ret == 'A', "expected 'A' got '%c'\n", ret); ok(sb.gptr == sb.eback + 2, "wrong get pointer, expected %p got %p\n", sb.eback + 2, sb.gptr); ok(*sb.gptr == 'A', "expected 'A' in the get area, got %c\n", *sb.gptr); ret = (int) call_func2(p_streambuf_pbackfail, &sb, EOF); ok(ret == EOF, "expected EOF got '%c'\n", ret); ok(sb.gptr == sb.eback + 1, "wrong get pointer, expected %p got %p\n", sb.eback + 1, sb.gptr); ok((signed char)*sb.gptr == EOF, "expected EOF in the get area, got %c\n", *sb.gptr); sb.gptr = sb.eback; ret = (int) call_func2(p_streambuf_pbackfail, &sb, 'Z'); ok(ret == EOF, "expected EOF got '%c'\n", ret); ok(sb.gptr == sb.eback, "wrong get pointer, expected %p got %p\n", sb.eback, sb.gptr); ok(*sb.gptr == 'T', "expected 'T' in the get area, got %c\n", *sb.gptr); ret = (int) call_func2(p_streambuf_pbackfail, &sb, EOF); ok(ret == EOF, "expected EOF got '%c'\n", ret); ok(sb.gptr == sb.eback, "wrong get pointer, expected %p got %p\n", sb.eback, sb.gptr); ok(*sb.gptr == 'T', "expected 'T' in the get area, got %c\n", *sb.gptr); sb2.gptr = sb2.egptr + 1; ret = (int) call_func2(p_streambuf_pbackfail, &sb2, 'X'); ok(ret == 'X', "expected 'X' got '%c'\n", ret); ok(sb2.gptr == sb2.egptr, "wrong get pointer, expected %p got %p\n", sb2.egptr, sb2.gptr); ok(*sb2.gptr == 'X', "expected 'X' in the get area, got %c\n", *sb2.gptr); SetEvent(lock_arg.test[3]); WaitForSingleObject(thread, INFINITE); call_func1(p_streambuf_dtor, &sb); call_func1(p_streambuf_dtor, &sb2); call_func1(p_streambuf_dtor, &sb3); for (i = 0; i < 4; i++) { CloseHandle(lock_arg.lock[i]); CloseHandle(lock_arg.test[i]); } CloseHandle(thread); } struct filebuf_lock_arg { filebuf *fb1, *fb2, *fb3; HANDLE lock; HANDLE test; }; static DWORD WINAPI lock_filebuf(void *arg) { struct filebuf_lock_arg *lock_arg = arg; call_func1(p_streambuf_lock, &lock_arg->fb1->base); call_func1(p_streambuf_lock, &lock_arg->fb2->base); call_func1(p_streambuf_lock, &lock_arg->fb3->base); SetEvent(lock_arg->lock); WaitForSingleObject(lock_arg->test, INFINITE); call_func1(p_streambuf_unlock, &lock_arg->fb1->base); call_func1(p_streambuf_unlock, &lock_arg->fb2->base); call_func1(p_streambuf_unlock, &lock_arg->fb3->base); return 0; } static void test_filebuf(void) { filebuf fb1, fb2, fb3, *pret; struct filebuf_lock_arg lock_arg; HANDLE thread; const char filename1[] = "test1"; const char filename2[] = "test2"; const char filename3[] = "test3"; char read_buffer[16]; int ret; memset(&fb1, 0xab, sizeof(filebuf)); memset(&fb2, 0xab, sizeof(filebuf)); memset(&fb3, 0xab, sizeof(filebuf)); /* constructors */ call_func2(p_filebuf_fd_ctor, &fb1, 1); ok(fb1.base.allocated == 0, "wrong allocate value, expected 0 got %d\n", fb1.base.allocated); ok(fb1.base.unbuffered == 0, "wrong unbuffered value, expected 0 got %d\n", fb1.base.unbuffered); ok(fb1.fd == 1, "wrong fd, expected 1 got %d\n", fb1.fd); ok(fb1.close == 0, "wrong value, expected 0 got %d\n", fb1.close); call_func4(p_filebuf_fd_reserve_ctor, &fb2, 4, NULL, 0); ok(fb2.base.allocated == 0, "wrong allocate value, expected 0 got %d\n", fb2.base.allocated); ok(fb2.base.unbuffered == 1, "wrong unbuffered value, expected 1 got %d\n", fb2.base.unbuffered); ok(fb2.fd == 4, "wrong fd, expected 4 got %d\n", fb2.fd); ok(fb2.close == 0, "wrong value, expected 0 got %d\n", fb2.close); call_func1(p_filebuf_ctor, &fb3); ok(fb3.base.allocated == 0, "wrong allocate value, expected 0 got %d\n", fb3.base.allocated); ok(fb3.base.unbuffered == 0, "wrong unbuffered value, expected 0 got %d\n", fb3.base.unbuffered); ok(fb3.fd == -1, "wrong fd, expected -1 got %d\n", fb3.fd); ok(fb3.close == 0, "wrong value, expected 0 got %d\n", fb3.close); lock_arg.fb1 = &fb1; lock_arg.fb2 = &fb2; lock_arg.fb3 = &fb3; lock_arg.lock = CreateEventW(NULL, FALSE, FALSE, NULL); ok(lock_arg.lock != NULL, "CreateEventW failed\n"); lock_arg.test = CreateEventW(NULL, FALSE, FALSE, NULL); ok(lock_arg.test != NULL, "CreateEventW failed\n"); thread = CreateThread(NULL, 0, lock_filebuf, (void*)&lock_arg, 0, NULL); ok(thread != NULL, "CreateThread failed\n"); WaitForSingleObject(lock_arg.lock, INFINITE); /* setbuf */ fb1.base.do_lock = 0; pret = (filebuf*) call_func3(p_filebuf_setbuf, &fb1, read_buffer, 16); ok(pret == &fb1, "wrong return, expected %p got %p\n", &fb1, pret); ok(fb1.base.allocated == 0, "wrong allocate value, expected 0 got %d\n", fb1.base.allocated); ok(fb1.base.base == read_buffer, "wrong buffer, expected %p got %p\n", read_buffer, fb1.base.base); ok(fb1.base.pbase == NULL, "wrong put area, expected %p got %p\n", NULL, fb1.base.pbase); fb1.base.pbase = fb1.base.pptr = fb1.base.base; fb1.base.epptr = fb1.base.ebuf; fb1.base.do_lock = -1; pret = (filebuf*) call_func3(p_filebuf_setbuf, &fb1, read_buffer, 16); ok(pret == NULL, "wrong return, expected %p got %p\n", NULL, pret); ok(fb1.base.allocated == 0, "wrong allocate value, expected 0 got %d\n", fb1.base.allocated); ok(fb1.base.base == read_buffer, "wrong buffer, expected %p got %p\n", read_buffer, fb1.base.base); ok(fb1.base.pbase == read_buffer, "wrong put area, expected %p got %p\n", read_buffer, fb1.base.pbase); fb1.base.base = fb1.base.ebuf = NULL; fb1.base.do_lock = 0; pret = (filebuf*) call_func3(p_filebuf_setbuf, &fb1, read_buffer, 0); ok(pret == &fb1, "wrong return, expected %p got %p\n", &fb1, pret); ok(fb1.base.allocated == 0, "wrong allocate value, expected 0 got %d\n", fb1.base.allocated); ok(fb1.base.unbuffered == 1, "wrong unbuffered value, expected 1 got %d\n", fb1.base.unbuffered); ok(fb1.base.base == NULL, "wrong buffer, expected %p got %p\n", NULL, fb1.base.base); ok(fb1.base.pbase == read_buffer, "wrong put area, expected %p got %p\n", read_buffer, fb1.base.pbase); fb1.base.pbase = fb1.base.pptr = fb1.base.epptr = NULL; fb1.base.unbuffered = 0; fb1.base.do_lock = -1; /* attach */ pret = (filebuf*) call_func2(p_filebuf_attach, &fb1, 2); ok(pret == NULL, "wrong return, expected %p got %p\n", NULL, pret); ok(fb1.base.allocated == 0, "wrong allocate value, expected 0 got %d\n", fb1.base.allocated); ok(fb1.fd == 1, "wrong fd, expected 1 got %d\n", fb1.fd); fb2.fd = -1; fb2.base.do_lock = 0; pret = (filebuf*) call_func2(p_filebuf_attach, &fb2, 3); ok(pret == &fb2, "wrong return, expected %p got %p\n", &fb2, pret); ok(fb2.base.allocated == 0, "wrong allocate value, expected 0 got %d\n", fb2.base.allocated); ok(fb2.fd == 3, "wrong fd, expected 3 got %d\n", fb2.fd); fb2.base.do_lock = -1; fb3.base.do_lock = 0; pret = (filebuf*) call_func2(p_filebuf_attach, &fb3, 2); ok(pret == &fb3, "wrong return, expected %p got %p\n", &fb3, pret); ok(fb3.base.allocated == 1, "wrong allocate value, expected 1 got %d\n", fb3.base.allocated); ok(fb3.fd == 2, "wrong fd, expected 2 got %d\n", fb3.fd); fb3.base.do_lock = -1; /* open modes */ pret = (filebuf*) call_func4(p_filebuf_open, &fb1, filename1, OPENMODE_out, filebuf_openprot); ok(pret == NULL, "wrong return, expected %p got %p\n", NULL, pret); fb1.fd = -1; pret = (filebuf*) call_func4(p_filebuf_open, &fb1, filename1, OPENMODE_ate|OPENMODE_nocreate|OPENMODE_noreplace|OPENMODE_binary, filebuf_openprot); ok(pret == NULL, "wrong return, expected %p got %p\n", NULL, pret); ok(fb1.base.allocated == 0, "wrong allocate value, expected 0 got %d\n", fb1.base.allocated); fb1.base.do_lock = 0; pret = (filebuf*) call_func4(p_filebuf_open, &fb1, filename1, OPENMODE_out, filebuf_openprot); ok(pret == &fb1, "wrong return, expected %p got %p\n", &fb1, pret); ok(fb1.base.allocated == 1, "wrong allocate value, expected 1 got %d\n", fb1.base.allocated); ok(_write(fb1.fd, "testing", 7) == 7, "_write failed\n"); pret = (filebuf*) call_func1(p_filebuf_close, &fb1); ok(pret == &fb1, "wrong return, expected %p got %p\n", &fb1, pret); ok(fb1.fd == -1, "wrong fd, expected -1 got %d\n", fb1.fd); pret = (filebuf*) call_func4(p_filebuf_open, &fb1, filename1, OPENMODE_out, filebuf_openprot); ok(pret == &fb1, "wrong return, expected %p got %p\n", &fb1, pret); ok(_read(fb1.fd, read_buffer, 1) == -1, "file should not be open for reading\n"); pret = (filebuf*) call_func1(p_filebuf_close, &fb1); ok(pret == &fb1, "wrong return, expected %p got %p\n", &fb1, pret); pret = (filebuf*) call_func4(p_filebuf_open, &fb1, filename1, OPENMODE_app, filebuf_openprot); ok(pret == &fb1, "wrong return, expected %p got %p\n", &fb1, pret); ok(_read(fb1.fd, read_buffer, 1) == -1, "file should not be open for reading\n"); ok(_write(fb1.fd, "testing", 7) == 7, "_write failed\n"); ok(_lseek(fb1.fd, 0, SEEK_SET) == 0, "_lseek failed\n"); ok(_write(fb1.fd, "append", 6) == 6, "_write failed\n"); pret = (filebuf*) call_func1(p_filebuf_close, &fb1); ok(pret == &fb1, "wrong return, expected %p got %p\n", &fb1, pret); pret = (filebuf*) call_func4(p_filebuf_open, &fb1, filename1, OPENMODE_out|OPENMODE_ate, filebuf_openprot); ok(pret == &fb1, "wrong return, expected %p got %p\n", &fb1, pret); ok(_read(fb1.fd, read_buffer, 1) == -1, "file should not be open for reading\n"); ok(_lseek(fb1.fd, 0, SEEK_SET) == 0, "_lseek failed\n"); ok(_write(fb1.fd, "ate", 3) == 3, "_write failed\n"); pret = (filebuf*) call_func1(p_filebuf_close, &fb1); ok(pret == &fb1, "wrong return, expected %p got %p\n", &fb1, pret); pret = (filebuf*) call_func4(p_filebuf_open, &fb1, filename1, OPENMODE_in, filebuf_openprot); ok(pret == &fb1, "wrong return, expected %p got %p\n", &fb1, pret); ok(_read(fb1.fd, read_buffer, 13) == 13, "read failed\n"); read_buffer[13] = 0; ok(!strncmp(read_buffer, "atetingappend", 13), "wrong contents, expected 'atetingappend' got '%s'\n", read_buffer); pret = (filebuf*) call_func1(p_filebuf_close, &fb1); ok(pret == &fb1, "wrong return, expected %p got %p\n", &fb1, pret); pret = (filebuf*) call_func4(p_filebuf_open, &fb1, filename1, OPENMODE_in|OPENMODE_trunc, filebuf_openprot); ok(pret == &fb1, "wrong return, expected %p got %p\n", &fb1, pret); ok(_read(fb1.fd, read_buffer, 1) == 0, "read failed\n"); ok(_write(fb1.fd, "file1", 5) == 5, "_write failed\n"); pret = (filebuf*) call_func1(p_filebuf_close, &fb1); ok(pret == &fb1, "wrong return, expected %p got %p\n", &fb1, pret); pret = (filebuf*) call_func4(p_filebuf_open, &fb1, filename1, OPENMODE_in|OPENMODE_app, filebuf_openprot); ok(pret == &fb1, "wrong return, expected %p got %p\n", &fb1, pret); ok(_write(fb1.fd, "app", 3) == 3, "_write failed\n"); ok(_read(fb1.fd, read_buffer, 1) == 0, "read failed\n"); ok(_lseek(fb1.fd, 0, SEEK_SET) == 0, "_lseek failed\n"); ok(_read(fb1.fd, read_buffer, 8) == 8, "read failed\n"); read_buffer[8] = 0; ok(!strncmp(read_buffer, "file1app", 8), "wrong contents, expected 'file1app' got '%s'\n", read_buffer); fb1.base.do_lock = -1; fb2.fd = -1; pret = (filebuf*) call_func4(p_filebuf_open, &fb2, filename2, OPENMODE_out|OPENMODE_nocreate, filebuf_openprot); ok(pret == NULL, "wrong return, expected %p got %p\n", NULL, pret); pret = (filebuf*) call_func4(p_filebuf_open, &fb2, filename2, OPENMODE_in|OPENMODE_nocreate, filebuf_openprot); ok(pret == NULL, "wrong return, expected %p got %p\n", NULL, pret); fb2.base.do_lock = 0; pret = (filebuf*) call_func4(p_filebuf_open, &fb2, filename2, OPENMODE_in, filebuf_openprot); ok(pret == &fb2, "wrong return, expected %p got %p\n", &fb2, pret); ok(_read(fb1.fd, read_buffer, 1) == 0, "read failed\n"); pret = (filebuf*) call_func1(p_filebuf_close, &fb2); ok(pret == &fb2, "wrong return, expected %p got %p\n", &fb2, pret); fb2.base.do_lock = -1; pret = (filebuf*) call_func4(p_filebuf_open, &fb2, filename2, OPENMODE_in|OPENMODE_noreplace, filebuf_openprot); ok(pret == NULL, "wrong return, expected %p got %p\n", NULL, pret); pret = (filebuf*) call_func4(p_filebuf_open, &fb2, filename2, OPENMODE_trunc|OPENMODE_noreplace, filebuf_openprot); ok(pret == NULL, "wrong return, expected %p got %p\n", NULL, pret); pret = (filebuf*) call_func4(p_filebuf_open, &fb2, filename3, OPENMODE_out|OPENMODE_nocreate|OPENMODE_noreplace, filebuf_openprot); ok(pret == NULL, "wrong return, expected %p got %p\n", NULL, pret); /* open protection*/ fb3.fd = -1; fb3.base.do_lock = 0; pret = (filebuf*) call_func4(p_filebuf_open, &fb3, filename3, OPENMODE_in|OPENMODE_out, filebuf_openprot); ok(pret == &fb3, "wrong return, expected %p got %p\n", &fb3, pret); ok(_write(fb3.fd, "You wouldn't\nget this from\nany other guy", 40) == 40, "_write failed\n"); fb2.base.do_lock = 0; pret = (filebuf*) call_func4(p_filebuf_open, &fb2, filename3, OPENMODE_in|OPENMODE_out, filebuf_openprot); ok(pret == &fb2, "wrong return, expected %p got %p\n", &fb2, pret); pret = (filebuf*) call_func1(p_filebuf_close, &fb2); ok(pret == &fb2, "wrong return, expected %p got %p\n", &fb2, pret); fb2.base.do_lock = -1; pret = (filebuf*) call_func1(p_filebuf_close, &fb3); ok(pret == &fb3, "wrong return, expected %p got %p\n", &fb3, pret); pret = (filebuf*) call_func4(p_filebuf_open, &fb3, filename3, OPENMODE_in, filebuf_sh_none); ok(pret == &fb3, "wrong return, expected %p got %p\n", &fb3, pret); pret = (filebuf*) call_func4(p_filebuf_open, &fb2, filename3, OPENMODE_in, filebuf_openprot); ok(pret == NULL, "wrong return, expected %p got %p\n", NULL, pret); fb3.base.do_lock = -1; /* setmode */ fb1.base.do_lock = 0; fb1.base.pbase = fb1.base.pptr = fb1.base.base; fb1.base.epptr = fb1.base.ebuf; ret = (int) call_func2(p_filebuf_setmode, &fb1, filebuf_binary); ok(ret == filebuf_text, "wrong return, expected %d got %d\n", filebuf_text, ret); ok(fb1.base.pptr == NULL, "wrong put pointer, expected %p got %p\n", NULL, fb1.base.pptr); ret = (int) call_func2(p_filebuf_setmode, &fb1, filebuf_binary); ok(ret == filebuf_binary, "wrong return, expected %d got %d\n", filebuf_binary, ret); fb1.base.do_lock = -1; ret = (int) call_func2(p_filebuf_setmode, &fb1, 0x9000); ok(ret == -1, "wrong return, expected -1 got %d\n", ret); fb2.base.do_lock = 0; ret = (int) call_func2(p_filebuf_setmode, &fb2, filebuf_text); ok(ret == -1, "wrong return, expected -1 got %d\n", ret); fb2.base.do_lock = -1; /* sync */ ret = (int) call_func1(p_filebuf_sync, &fb1); ok(ret == 0, "wrong return, expected 0 got %d\n", ret); fb1.base.eback = fb1.base.gptr = fb1.base.base; fb1.base.egptr = fb1.base.pbase = fb1.base.pptr = fb1.base.base + 256; fb1.base.epptr = fb1.base.ebuf; ret = (int) call_func3(p_streambuf_xsputn, &fb1.base, "We're no strangers to love\n", 27); ok(ret == 27, "wrong return, expected 27 got %d\n", ret); ret = (int) call_func1(p_filebuf_sync, &fb1); ok(ret == -1, "wrong return, expected -1 got %d\n", ret); ok(fb1.base.gptr == fb1.base.base, "wrong get pointer, expected %p got %p\n", fb1.base.base, fb1.base.gptr); ok(fb1.base.pptr == NULL, "wrong put pointer, expected %p got %p\n", NULL, fb1.base.pptr); fb1.base.eback = fb1.base.gptr = fb1.base.egptr = NULL; fb1.base.pbase = fb1.base.pptr = fb1.base.base; fb1.base.epptr = fb1.base.ebuf; ret = (int) call_func3(p_streambuf_xsputn, &fb1.base, "You know the rules and so do I\n", 31); ok(ret == 31, "wrong return, expected 31 got %d\n", ret); ret = (int) call_func1(p_filebuf_sync, &fb1); ok(ret == 0, "wrong return, expected 0 got %d\n", ret); ok(fb1.base.gptr == NULL, "wrong get pointer, expected %p got %p\n", NULL, fb1.base.gptr); ok(fb1.base.pptr == NULL, "wrong put pointer, expected %p got %p\n", NULL, fb1.base.pptr); fb1.base.eback = fb1.base.base; fb1.base.gptr = fb1.base.base + 190; fb1.base.egptr = fb1.base.pbase = fb1.base.pptr = fb1.base.base + 256; fb1.base.epptr = fb1.base.ebuf; ret = (int) call_func1(p_filebuf_sync, &fb1); ok(ret == 0, "wrong return, expected 0 got %d\n", ret); ok(fb1.base.gptr == NULL, "wrong get pointer, expected %p got %p\n", NULL, fb1.base.gptr); ok(fb1.base.pptr == NULL, "wrong put pointer, expected %p got %p\n", NULL, fb1.base.pptr); ok(_tell(fb1.fd) == 0, "_tell failed\n"); ret = (int) call_func1(p_filebuf_sync, &fb2); ok(ret == -1, "wrong return, expected -1 got %d\n", ret); fb3.base.eback = fb3.base.base; fb3.base.gptr = fb3.base.egptr = fb3.base.pbase = fb3.base.pptr = fb3.base.base + 256; fb3.base.epptr = fb3.base.ebuf; ret = (int) call_func3(p_streambuf_xsputn, &fb3.base, "A full commitment's what I'm thinking of\n", 41); ok(ret == 41, "wrong return, expected 41 got %d\n", ret); ret = (int) call_func1(p_filebuf_sync, &fb3); ok(ret == -1, "wrong return, expected -1 got %d\n", ret); ok(fb3.base.gptr == fb3.base.base + 256, "wrong get pointer, expected %p got %p\n", fb3.base.base + 256, fb3.base.gptr); ok(fb3.base.pptr == fb3.base.base + 297, "wrong put pointer, expected %p got %p\n", fb3.base.base + 297, fb3.base.pptr); fb3.base.eback = fb3.base.base; fb3.base.gptr = fb3.base.egptr = fb3.base.pbase = fb3.base.pptr = fb3.base.base + 256; fb3.base.epptr = fb3.base.ebuf; ret = (int) call_func1(p_filebuf_sync, &fb3); ok(ret == 0, "wrong return, expected 0 got %d\n", ret); ok(fb3.base.gptr == NULL, "wrong get pointer, expected %p got %p\n", NULL, fb3.base.gptr); ok(fb3.base.pptr == NULL, "wrong put pointer, expected %p got %p\n", NULL, fb3.base.pptr); fb3.base.eback = fb3.base.base; fb3.base.gptr = fb3.base.base + 216; fb3.base.egptr = fb3.base.pbase = fb3.base.pptr = fb3.base.base + 256; fb3.base.epptr = fb3.base.ebuf; ok(_read(fb3.fd, fb3.base.gptr, 42) == 40, "read failed\n"); ret = (int) call_func1(p_filebuf_sync, &fb3); ok(ret == 0, "wrong return, expected 0 got %d\n", ret); ok(fb3.base.gptr == NULL, "wrong get pointer, expected %p got %p\n", NULL, fb3.base.gptr); ok(fb3.base.pptr == NULL, "wrong put pointer, expected %p got %p\n", NULL, fb3.base.pptr); ok(_tell(fb3.fd) == 0, "_tell failed\n"); fb3.base.eback = fb3.base.gptr = fb3.base.egptr = NULL; fb3.base.pbase = fb3.base.pptr = fb3.base.epptr = NULL; /* overflow */ ret = (int) call_func2(p_filebuf_overflow, &fb1, EOF); ok(ret == 1, "wrong return, expected 1 got %d\n", ret); fb1.base.pbase = fb1.base.pptr = fb1.base.epptr = NULL; fb1.base.eback = fb1.base.gptr = fb1.base.base; fb1.base.egptr = fb1.base.ebuf; ret = (int) call_func2(p_filebuf_overflow, &fb1, 'a'); ok(ret == EOF, "wrong return, expected EOF got %d\n", ret); fb1.base.gptr = fb1.base.egptr = fb1.base.pbase = fb1.base.pptr = fb1.base.base + 256; fb1.base.epptr = fb1.base.ebuf; ret = (int) call_func3(p_streambuf_xsputn, &fb1.base, "I just want to tell you how I'm feeling", 39); ok(ret == 39, "wrong return, expected 39 got %d\n", ret); ret = (int) call_func2(p_filebuf_overflow, &fb1, '\n'); ok(ret == 1, "wrong return, expected 1 got %d\n", ret); ok(fb1.base.gptr == NULL, "wrong get pointer, expected %p got %p\n", NULL, fb1.base.gptr); ok(fb1.base.pbase == fb1.base.base, "wrong put base, expected %p got %p\n", fb1.base.base, fb1.base.pbase); ok(fb1.base.pptr == fb1.base.base + 1, "wrong put pointer, expected %p got %p\n", fb1.base.base + 1, fb1.base.pptr); ok(fb1.base.epptr == fb1.base.ebuf, "wrong put end pointer, expected %p got %p\n", fb1.base.ebuf, fb1.base.epptr); ok(*fb1.base.pbase == '\n', "wrong character, expected '\\n' got '%c'\n", *fb1.base.pbase); ret = (int) call_func2(p_filebuf_overflow, &fb1, EOF); ok(ret == 1, "wrong return, expected 1 got %d\n", ret); ok(fb1.base.gptr == NULL, "wrong get pointer, expected %p got %p\n", NULL, fb1.base.gptr); ok(fb1.base.pbase == fb1.base.base, "wrong put base, expected %p got %p\n", fb1.base.base, fb1.base.pbase); ok(fb1.base.pptr == fb1.base.base, "wrong put pointer, expected %p got %p\n", fb1.base.base, fb1.base.pptr); ok(fb1.base.epptr == fb1.base.ebuf, "wrong put end pointer, expected %p got %p\n", fb1.base.ebuf, fb1.base.epptr); ret = (int) call_func2(p_filebuf_overflow, &fb2, EOF); ok(ret == EOF, "wrong return, expected EOF got %d\n", ret); fb2.base.do_lock = 0; pret = (filebuf*) call_func4(p_filebuf_open, &fb2, filename2, OPENMODE_in|OPENMODE_out, filebuf_openprot); ok(pret == &fb2, "wrong return, expected %p got %p\n", &fb2, pret); fb2.base.do_lock = -1; ret = (int) call_func2(p_filebuf_overflow, &fb2, EOF); ok(ret == 1, "wrong return, expected 1 got %d\n", ret); /* underflow */ ret = (int) call_func1(p_filebuf_underflow, &fb1); ok(ret == EOF, "wrong return, expected EOF got %d\n", ret); ok(fb1.base.gptr == NULL, "wrong get pointer, expected %p got %p\n", NULL, fb1.base.gptr); ok(fb1.base.pptr == NULL, "wrong put pointer, expected %p got %p\n", NULL, fb1.base.pptr); fb1.base.eback = fb1.base.gptr = fb1.base.base; fb1.base.egptr = fb1.base.pbase = fb1.base.pptr = fb1.base.base + 256; fb1.base.epptr = fb1.base.ebuf; *fb1.base.gptr = 'A'; ret = (int) call_func1(p_filebuf_underflow, &fb1); ok(ret == 'A', "wrong return, expected 'A' got %d\n", ret); ok(fb1.base.gptr == fb1.base.base, "wrong get pointer, expected %p got %p\n", fb1.base.base, fb1.base.gptr); ok(fb1.base.pptr == fb1.base.base + 256, "wrong put pointer, expected %p got %p\n", fb1.base.base + 256, fb1.base.pptr); fb1.base.gptr = fb1.base.ebuf; ret = (int) call_func1(p_filebuf_underflow, &fb1); ok(ret == EOF, "wrong return, expected EOF got %d\n", ret); ok(fb1.base.gptr == NULL, "wrong get pointer, expected %p got %p\n", NULL, fb1.base.gptr); ok(fb1.base.pptr == NULL, "wrong put pointer, expected %p got %p\n", NULL, fb1.base.pptr); ok(_lseek(fb1.fd, 0, SEEK_SET) == 0, "_lseek failed\n"); ret = (int) call_func1(p_filebuf_underflow, &fb1); ok(ret == 'f', "wrong return, expected 'f' got %d\n", ret); ok(fb1.base.eback == fb1.base.base, "wrong get base, expected %p got %p\n", fb1.base.base, fb1.base.eback); ok(fb1.base.gptr == fb1.base.base, "wrong get pointer, expected %p got %p\n", fb1.base.base, fb1.base.gptr); ok(fb1.base.egptr == fb1.base.base + 106, "wrong get end pointer, expected %p got %p\n", fb1.base.base + 106, fb1.base.egptr); ok(fb1.base.pptr == NULL, "wrong put pointer, expected %p got %p\n", NULL, fb1.base.pptr); ret = (int) call_func1(p_filebuf_underflow, &fb2); ok(ret == EOF, "wrong return, expected EOF got %d\n", ret); ok(_write(fb2.fd, "A\n", 2) == 2, "_write failed\n"); ok(_lseek(fb2.fd, 0, SEEK_SET) == 0, "_lseek failed\n"); ret = (int) call_func1(p_filebuf_underflow, &fb2); ok(ret == 'A', "wrong return, expected 'A' got %d\n", ret); ret = (int) call_func1(p_filebuf_underflow, &fb2); ok(ret == '\n', "wrong return, expected '\\n' got %d\n", ret); fb2.base.do_lock = 0; pret = (filebuf*) call_func1(p_filebuf_close, &fb2); ok(pret == &fb2, "wrong return, expected %p got %p\n", &fb2, pret); fb2.base.do_lock = -1; ret = (int) call_func1(p_filebuf_underflow, &fb2); ok(ret == EOF, "wrong return, expected EOF got %d\n", ret); /* seekoff */ ret = (int) call_func4(p_filebuf_seekoff, &fb1, 5, SEEKDIR_beg, 0); ok(ret == 5, "wrong return, expected 5 got %d\n", ret); ok(fb1.base.gptr == NULL, "wrong get pointer, expected %p got %p\n", NULL, fb1.base.gptr); ok(fb1.base.pptr == NULL, "wrong put pointer, expected %p got %p\n", NULL, fb1.base.pptr); fb1.base.eback = fb1.base.gptr = fb1.base.base; fb1.base.egptr = fb1.base.ebuf; ret = (int) call_func4(p_filebuf_seekoff, &fb1, 0, SEEKDIR_beg, 0); ok(ret == EOF, "wrong return, expected EOF got %d\n", ret); fb1.base.eback = fb1.base.gptr = fb1.base.egptr = NULL; ret = (int) call_func4(p_filebuf_seekoff, &fb1, 10, SEEKDIR_beg, OPENMODE_in|OPENMODE_out); ok(ret == 10, "wrong return, expected 10 got %d\n", ret); ret = (int) call_func4(p_filebuf_seekoff, &fb1, 0, SEEKDIR_cur, 0); ok(ret == 10, "wrong return, expected 10 got %d\n", ret); ret = (int) call_func4(p_filebuf_seekoff, &fb1, 200, SEEKDIR_cur, OPENMODE_in); ok(ret == 210, "wrong return, expected 210 got %d\n", ret); ret = (int) call_func4(p_filebuf_seekoff, &fb1, -60, SEEKDIR_cur, 0); ok(ret == 150, "wrong return, expected 150 got %d\n", ret); ret = (int) call_func4(p_filebuf_seekoff, &fb1, 0, SEEKDIR_end, 0); ok(ret == 106, "wrong return, expected 106 got %d\n", ret); ret = (int) call_func4(p_filebuf_seekoff, &fb1, 20, SEEKDIR_end, OPENMODE_out); ok(ret == 126, "wrong return, expected 126 got %d\n", ret); ret = (int) call_func4(p_filebuf_seekoff, &fb1, -150, SEEKDIR_end, -1); ok(ret == EOF, "wrong return, expected EOF got %d\n", ret); ret = (int) call_func4(p_filebuf_seekoff, &fb1, 10, 3, 0); ok(ret == EOF, "wrong return, expected EOF got %d\n", ret); ret = (int) call_func4(p_filebuf_seekoff, &fb1, 16, SEEKDIR_beg, 0); ok(ret == 16, "wrong return, expected 16 got %d\n", ret); /* close */ pret = (filebuf*) call_func1(p_filebuf_close, &fb2); ok(pret == NULL, "wrong return, expected %p got %p\n", NULL, pret); fb3.base.do_lock = 0; pret = (filebuf*) call_func1(p_filebuf_close, &fb3); ok(pret == &fb3, "wrong return, expected %p got %p\n", &fb3, pret); ok(fb3.fd == -1, "wrong fd, expected -1 got %d\n", fb3.fd); fb3.fd = 5; pret = (filebuf*) call_func1(p_filebuf_close, &fb3); ok(pret == NULL, "wrong return, expected %p got %p\n", NULL, pret); ok(fb3.fd == 5, "wrong fd, expected 5 got %d\n", fb3.fd); fb3.base.do_lock = -1; SetEvent(lock_arg.test); WaitForSingleObject(thread, INFINITE); /* destructor */ call_func1(p_filebuf_dtor, &fb1); ok(fb1.fd == -1, "wrong fd, expected -1 got %d\n", fb1.fd); call_func1(p_filebuf_dtor, &fb2); call_func1(p_filebuf_dtor, &fb3); ok(_unlink(filename1) == 0, "Couldn't unlink file named '%s'\n", filename1); ok(_unlink(filename2) == 0, "Couldn't unlink file named '%s'\n", filename2); ok(_unlink(filename3) == 0, "Couldn't unlink file named '%s'\n", filename3); CloseHandle(lock_arg.lock); CloseHandle(lock_arg.test); CloseHandle(thread); } static void test_strstreambuf(void) { strstreambuf ssb1, ssb2; char buffer[64]; memset(&ssb1, 0xab, sizeof(strstreambuf)); memset(&ssb2, 0xab, sizeof(strstreambuf)); /* constructors/destructor */ call_func2(p_strstreambuf_dynamic_ctor, &ssb1, 64); ok(ssb1.base.allocated == 0, "wrong allocate value, expected 0 got %d\n", ssb1.base.allocated); ok(ssb1.base.unbuffered == 0, "wrong unbuffered value, expected 0 got %d\n", ssb1.base.unbuffered); ok(ssb1.dynamic == 1, "expected 1, got %d\n", ssb1.dynamic); ok(ssb1.increase == 64, "expected 64, got %d\n", ssb1.increase); ok(ssb1.constant == 0, "expected 0, got %d\n", ssb1.constant); ok(ssb1.f_alloc == NULL, "expected %p, got %p\n", NULL, ssb1.f_alloc); ok(ssb1.f_free == NULL, "expected %p, got %p\n", NULL, ssb1.f_free); call_func1(p_strstreambuf_dtor, &ssb1); call_func3(p_strstreambuf_funcs_ctor, &ssb2, (allocFunction)p_operator_new, p_operator_delete); ok(ssb2.base.allocated == 0, "wrong allocate value, expected 0 got %d\n", ssb2.base.allocated); ok(ssb2.base.unbuffered == 0, "wrong unbuffered value, expected 0 got %d\n", ssb2.base.unbuffered); ok(ssb2.dynamic == 1, "expected 1, got %d\n", ssb2.dynamic); ok(ssb2.increase == 1, "expected 1, got %d\n", ssb2.increase); ok(ssb2.constant == 0, "expected 0, got %d\n", ssb2.constant); ok(ssb2.f_alloc == (allocFunction)p_operator_new, "expected %p, got %p\n", p_operator_new, ssb2.f_alloc); ok(ssb2.f_free == p_operator_delete, "expected %p, got %p\n", p_operator_delete, ssb2.f_free); call_func1(p_strstreambuf_dtor, &ssb2); memset(&ssb1, 0xab, sizeof(strstreambuf)); memset(&ssb2, 0xab, sizeof(strstreambuf)); call_func4(p_strstreambuf_buffer_ctor, &ssb1, buffer, 64, buffer + 20); ok(ssb1.base.allocated == 0, "wrong allocate value, expected 0 got %d\n", ssb1.base.allocated); ok(ssb1.base.unbuffered == 0, "wrong unbuffered value, expected 0 got %d\n", ssb1.base.unbuffered); ok(ssb1.base.base == buffer, "wrong buffer, expected %p got %p\n", buffer, ssb1.base.base); ok(ssb1.base.ebuf == buffer + 64, "wrong buffer end, expected %p got %p\n", buffer + 64, ssb1.base.ebuf); ok(ssb1.base.eback == buffer, "wrong get base, expected %p got %p\n", buffer, ssb1.base.eback); ok(ssb1.base.gptr == buffer, "wrong get pointer, expected %p got %p\n", buffer, ssb1.base.gptr); ok(ssb1.base.egptr == buffer + 20, "wrong get end, expected %p got %p\n", buffer + 20, ssb1.base.egptr); ok(ssb1.base.pbase == buffer + 20, "wrong put base, expected %p got %p\n", buffer + 20, ssb1.base.pbase); ok(ssb1.base.pptr == buffer + 20, "wrong put pointer, expected %p got %p\n", buffer + 20, ssb1.base.pptr); ok(ssb1.base.epptr == buffer + 64, "wrong put end, expected %p got %p\n", buffer + 64, ssb1.base.epptr); ok(ssb1.dynamic == 0, "expected 0, got %d\n", ssb1.dynamic); ok(ssb1.constant == 1, "expected 1, got %d\n", ssb1.constant); call_func1(p_strstreambuf_dtor, &ssb1); strcpy(buffer, "Test"); call_func4(p_strstreambuf_buffer_ctor, &ssb2, buffer, 0, buffer + 20); ok(ssb2.base.allocated == 0, "wrong allocate value, expected 0 got %d\n", ssb2.base.allocated); ok(ssb2.base.unbuffered == 0, "wrong unbuffered value, expected 0 got %d\n", ssb2.base.unbuffered); ok(ssb2.base.base == buffer, "wrong buffer, expected %p got %p\n", buffer, ssb2.base.base); ok(ssb2.base.ebuf == buffer + 4, "wrong buffer end, expected %p got %p\n", buffer + 4, ssb2.base.ebuf); ok(ssb2.base.eback == buffer, "wrong get base, expected %p got %p\n", buffer, ssb2.base.eback); ok(ssb2.base.gptr == buffer, "wrong get pointer, expected %p got %p\n", buffer, ssb2.base.gptr); ok(ssb2.base.egptr == buffer + 20, "wrong get end, expected %p got %p\n", buffer + 20, ssb2.base.egptr); ok(ssb2.base.pbase == buffer + 20, "wrong put base, expected %p got %p\n", buffer + 20, ssb2.base.pbase); ok(ssb2.base.pptr == buffer + 20, "wrong put pointer, expected %p got %p\n", buffer + 20, ssb2.base.pptr); ok(ssb2.base.epptr == buffer + 4, "wrong put end, expected %p got %p\n", buffer + 4, ssb2.base.epptr); ok(ssb2.dynamic == 0, "expected 0, got %d\n", ssb2.dynamic); ok(ssb2.constant == 1, "expected 1, got %d\n", ssb2.constant); call_func1(p_strstreambuf_dtor, &ssb2); memset(&ssb1, 0xab, sizeof(strstreambuf)); memset(&ssb2, 0xab, sizeof(strstreambuf)); call_func4(p_strstreambuf_buffer_ctor, &ssb1, NULL, 16, buffer + 20); ok(ssb1.base.allocated == 0, "wrong allocate value, expected 0 got %d\n", ssb1.base.allocated); ok(ssb1.base.unbuffered == 0, "wrong unbuffered value, expected 0 got %d\n", ssb1.base.unbuffered); ok(ssb1.base.base == NULL, "wrong buffer, expected %p got %p\n", NULL, ssb1.base.base); ok(ssb1.base.ebuf == (char*)16, "wrong buffer end, expected %p got %p\n", (char*)16, ssb1.base.ebuf); ok(ssb1.base.eback == NULL, "wrong get base, expected %p got %p\n", NULL, ssb1.base.eback); ok(ssb1.base.gptr == NULL, "wrong get pointer, expected %p got %p\n", NULL, ssb1.base.gptr); ok(ssb1.base.egptr == buffer + 20, "wrong get end, expected %p got %p\n", buffer + 20, ssb1.base.egptr); ok(ssb1.base.pbase == buffer + 20, "wrong put base, expected %p got %p\n", buffer + 20, ssb1.base.pbase); ok(ssb1.base.pptr == buffer + 20, "wrong put pointer, expected %p got %p\n", buffer + 20, ssb1.base.pptr); ok(ssb1.base.epptr == (char*)16, "wrong put end, expected %p got %p\n", (char*)16, ssb1.base.epptr); ok(ssb1.dynamic == 0, "expected 0, got %d\n", ssb1.dynamic); ok(ssb1.constant == 1, "expected 1, got %d\n", ssb1.constant); call_func1(p_strstreambuf_dtor, &ssb1); call_func4(p_strstreambuf_buffer_ctor, &ssb2, buffer, 0, NULL); ok(ssb2.base.allocated == 0, "wrong allocate value, expected 0 got %d\n", ssb2.base.allocated); ok(ssb2.base.unbuffered == 0, "wrong unbuffered value, expected 0 got %d\n", ssb2.base.unbuffered); ok(ssb2.base.base == buffer, "wrong buffer, expected %p got %p\n", buffer, ssb2.base.base); ok(ssb2.base.ebuf == buffer + 4, "wrong buffer end, expected %p got %p\n", buffer + 4, ssb2.base.ebuf); ok(ssb2.base.eback == buffer, "wrong get base, expected %p got %p\n", buffer, ssb2.base.eback); ok(ssb2.base.gptr == buffer, "wrong get pointer, expected %p got %p\n", buffer, ssb2.base.gptr); ok(ssb2.base.egptr == buffer + 4, "wrong get end, expected %p got %p\n", buffer + 4, ssb2.base.egptr); ok(ssb2.base.pbase == NULL, "wrong put base, expected %p got %p\n", NULL, ssb2.base.pbase); ok(ssb2.base.pptr == NULL, "wrong put pointer, expected %p got %p\n", NULL, ssb2.base.pptr); ok(ssb2.base.epptr == NULL, "wrong put end, expected %p got %p\n", NULL, ssb2.base.epptr); ok(ssb2.dynamic == 0, "expected 0, got %d\n", ssb2.dynamic); ok(ssb2.constant == 1, "expected 1, got %d\n", ssb2.constant); call_func1(p_strstreambuf_dtor, &ssb2); memset(&ssb1, 0xab, sizeof(strstreambuf)); memset(&ssb2, 0xab, sizeof(strstreambuf)); call_func4(p_strstreambuf_buffer_ctor, &ssb1, buffer, -5, buffer + 20); ok(ssb1.base.allocated == 0, "wrong allocate value, expected 0 got %d\n", ssb1.base.allocated); ok(ssb1.base.unbuffered == 0, "wrong unbuffered value, expected 0 got %d\n", ssb1.base.unbuffered); ok(ssb1.base.base == buffer, "wrong buffer, expected %p got %p\n", buffer, ssb1.base.base); ok(ssb1.base.ebuf == buffer + 0x7fffffff || ssb1.base.ebuf == (char*)-1, "wrong buffer end, expected %p + 0x7fffffff or -1, got %p\n", buffer, ssb1.base.ebuf); ok(ssb1.base.eback == buffer, "wrong get base, expected %p got %p\n", buffer, ssb1.base.eback); ok(ssb1.base.gptr == buffer, "wrong get pointer, expected %p got %p\n", buffer, ssb1.base.gptr); ok(ssb1.base.egptr == buffer + 20, "wrong get end, expected %p got %p\n", buffer + 20, ssb1.base.egptr); ok(ssb1.base.pbase == buffer + 20, "wrong put base, expected %p got %p\n", buffer + 20, ssb1.base.pbase); ok(ssb1.base.pptr == buffer + 20, "wrong put pointer, expected %p got %p\n", buffer + 20, ssb1.base.pptr); ok(ssb1.base.epptr == buffer + 0x7fffffff || ssb1.base.epptr == (char*)-1, "wrong put end, expected %p + 0x7fffffff or -1, got %p\n", buffer, ssb1.base.epptr); ok(ssb1.dynamic == 0, "expected 0, got %d\n", ssb1.dynamic); ok(ssb1.constant == 1, "expected 1, got %d\n", ssb1.constant); call_func1(p_strstreambuf_ctor, &ssb2); ok(ssb2.base.allocated == 0, "wrong allocate value, expected 0 got %d\n", ssb2.base.allocated); ok(ssb2.base.unbuffered == 0, "wrong unbuffered value, expected 0 got %d\n", ssb2.base.unbuffered); ok(ssb2.dynamic == 1, "expected 1, got %d\n", ssb2.dynamic); ok(ssb2.increase == 1, "expected 1, got %d\n", ssb2.increase); ok(ssb2.constant == 0, "expected 0, got %d\n", ssb2.constant); ok(ssb2.f_alloc == NULL, "expected %p, got %p\n", NULL, ssb2.f_alloc); ok(ssb2.f_free == NULL, "expected %p, got %p\n", NULL, ssb2.f_free); /* freeze */ call_func2(p_strstreambuf_freeze, &ssb1, 0); ok(ssb1.dynamic == 0, "expected 0, got %d\n", ssb1.dynamic); ssb1.constant = 0; call_func2(p_strstreambuf_freeze, &ssb1, 0); ok(ssb1.dynamic == 1, "expected 1, got %d\n", ssb1.dynamic); call_func2(p_strstreambuf_freeze, &ssb1, 3); ok(ssb1.dynamic == 0, "expected 0, got %d\n", ssb1.dynamic); ssb1.constant = 1; call_func2(p_strstreambuf_freeze, &ssb2, 5); ok(ssb2.dynamic == 0, "expected 0, got %d\n", ssb2.dynamic); call_func2(p_strstreambuf_freeze, &ssb2, 0); ok(ssb2.dynamic == 1, "expected 1, got %d\n", ssb2.dynamic); call_func1(p_strstreambuf_dtor, &ssb1); call_func1(p_strstreambuf_dtor, &ssb2); } struct ios_lock_arg { ios *ios_obj; HANDLE lock; HANDLE release[3]; }; static DWORD WINAPI lock_ios(void *arg) { struct ios_lock_arg *lock_arg = arg; p_ios_lock(lock_arg->ios_obj); p_ios_lockbuf(lock_arg->ios_obj); p_ios_lockc(); SetEvent(lock_arg->lock); WaitForSingleObject(lock_arg->release[0], INFINITE); p_ios_unlockc(); WaitForSingleObject(lock_arg->release[1], INFINITE); p_ios_unlockbuf(lock_arg->ios_obj); WaitForSingleObject(lock_arg->release[2], INFINITE); p_ios_unlock(lock_arg->ios_obj); return 0; } static void test_ios(void) { ios ios_obj, ios_obj2; streambuf *psb; struct ios_lock_arg lock_arg; HANDLE thread; BOOL locked; LONG *pret, expected, ret; void **pret2; int i; memset(&ios_obj, 0xab, sizeof(ios)); memset(&ios_obj2, 0xab, sizeof(ios)); psb = p_operator_new(sizeof(streambuf)); ok(psb != NULL, "failed to allocate streambuf object\n"); call_func1(p_streambuf_ctor, psb); /* constructor/destructor */ ok(*p_ios_fLockcInit == 4, "expected 4 got %d\n", *p_ios_fLockcInit); call_func2(p_ios_sb_ctor, &ios_obj, NULL); ok(ios_obj.sb == NULL, "expected %p got %p\n", NULL, ios_obj.sb); ok(ios_obj.state == IOSTATE_badbit, "expected %x got %x\n", IOSTATE_badbit, ios_obj.state); ok(ios_obj.special[0] == 0, "expected 0 got %d\n", ios_obj.special[0]); ok(ios_obj.special[1] == 0, "expected 0 got %d\n", ios_obj.special[1]); ok(ios_obj.delbuf == 0, "expected 0 got %d\n", ios_obj.delbuf); ok(ios_obj.tie == NULL, "expected %p got %p\n", NULL, ios_obj.tie); ok(ios_obj.flags == 0, "expected 0 got %x\n", ios_obj.flags); ok(ios_obj.precision == 6, "expected 6 got %d\n", ios_obj.precision); ok(ios_obj.fill == ' ', "expected ' ' got %d\n", ios_obj.fill); ok(ios_obj.width == 0, "expected 0 got %d\n", ios_obj.width); ok(ios_obj.do_lock == -1, "expected -1 got %d\n", ios_obj.do_lock); ok(ios_obj.lock.LockCount == -1, "expected -1 got %d\n", ios_obj.lock.LockCount); ok(*p_ios_fLockcInit == 5, "expected 5 got %d\n", *p_ios_fLockcInit); ios_obj.state = 0x8; call_func1(p_ios_dtor, &ios_obj); ok(ios_obj.state == IOSTATE_badbit, "expected %x got %x\n", IOSTATE_badbit, ios_obj.state); ok(*p_ios_fLockcInit == 4, "expected 4 got %d\n", *p_ios_fLockcInit); ios_obj.state = 0x8; call_func2(p_ios_sb_ctor, &ios_obj, psb); ok(ios_obj.sb == psb, "expected %p got %p\n", psb, ios_obj.sb); ok(ios_obj.state == IOSTATE_goodbit, "expected %x got %x\n", IOSTATE_goodbit, ios_obj.state); ok(ios_obj.delbuf == 0, "expected 0 got %d\n", ios_obj.delbuf); ok(*p_ios_fLockcInit == 5, "expected 5 got %d\n", *p_ios_fLockcInit); ios_obj.state = 0x8; call_func1(p_ios_dtor, &ios_obj); ok(ios_obj.sb == NULL, "expected %p got %p\n", NULL, ios_obj.sb); ok(ios_obj.state == IOSTATE_badbit, "expected %x got %x\n", IOSTATE_badbit, ios_obj.state); ok(*p_ios_fLockcInit == 4, "expected 4 got %d\n", *p_ios_fLockcInit); ios_obj.sb = psb; ios_obj.state = 0x8; call_func1(p_ios_ctor, &ios_obj); ok(ios_obj.sb == NULL, "expected %p got %p\n", NULL, ios_obj.sb); ok(ios_obj.state == IOSTATE_badbit, "expected %x got %x\n", IOSTATE_badbit, ios_obj.state); ok(*p_ios_fLockcInit == 5, "expected 5 got %d\n", *p_ios_fLockcInit); /* init */ ios_obj.state |= 0x8; call_func2(p_ios_init, &ios_obj, psb); ok(ios_obj.sb == psb, "expected %p got %p\n", psb, ios_obj.sb); ok(ios_obj.state == 0x8, "expected %x got %x\n", 0x8, ios_obj.state); call_func2(p_ios_init, &ios_obj, NULL); ok(ios_obj.sb == NULL, "expected %p got %p\n", NULL, ios_obj.sb); ok(ios_obj.state == (0x8|IOSTATE_badbit), "expected %x got %x\n", (0x8|IOSTATE_badbit), ios_obj.state); ios_obj.sb = psb; ios_obj.delbuf = 0; call_func2(p_ios_init, &ios_obj, psb); ok(ios_obj.sb == psb, "expected %p got %p\n", psb, ios_obj.sb); ok(ios_obj.state == 0x8, "expected %x got %x\n", 0x8, ios_obj.state); call_func1(p_ios_dtor, &ios_obj); /* copy constructor */ call_func2(p_ios_copy_ctor, &ios_obj, &ios_obj2); ok(ios_obj.sb == NULL, "expected %p got %p\n", NULL, ios_obj.sb); ok(ios_obj.state == (ios_obj2.state|IOSTATE_badbit), "expected %x got %x\n", (ios_obj2.state|IOSTATE_badbit), ios_obj.state); ok(ios_obj.delbuf == 0, "expected 0 got %d\n", ios_obj.delbuf); ok(ios_obj.tie == ios_obj2.tie, "expected %p got %p\n", ios_obj2.tie, ios_obj.tie); ok(ios_obj.flags == ios_obj2.flags, "expected %x got %x\n", ios_obj2.flags, ios_obj.flags); ok(ios_obj.precision == (char)0xab, "expected %d got %d\n", (char)0xab, ios_obj.precision); ok(ios_obj.fill == (char)0xab, "expected %d got %d\n", (char)0xab, ios_obj.fill); ok(ios_obj.width == (char)0xab, "expected %d got %d\n", (char)0xab, ios_obj.width); ok(ios_obj.do_lock == -1, "expected -1 got %d\n", ios_obj.do_lock); ok(*p_ios_fLockcInit == 5, "expected 5 got %d\n", *p_ios_fLockcInit); /* assignment */ ios_obj.state = 0x8; ios_obj.delbuf = 2; ios_obj.tie = NULL; ios_obj.flags = 0; ios_obj.precision = 6; ios_obj.fill = ' '; ios_obj.width = 0; ios_obj.do_lock = 2; call_func2(p_ios_assign, &ios_obj, &ios_obj2); ok(ios_obj.sb == NULL, "expected %p got %p\n", NULL, ios_obj.sb); ok(ios_obj.state == (ios_obj2.state|IOSTATE_badbit), "expected %x got %x\n", (ios_obj2.state|IOSTATE_badbit), ios_obj.state); ok(ios_obj.delbuf == 2, "expected 2 got %d\n", ios_obj.delbuf); ok(ios_obj.tie == ios_obj2.tie, "expected %p got %p\n", ios_obj2.tie, ios_obj.tie); ok(ios_obj.flags == ios_obj2.flags, "expected %x got %x\n", ios_obj2.flags, ios_obj.flags); ok(ios_obj.precision == (char)0xab, "expected %d got %d\n", (char)0xab, ios_obj.precision); ok(ios_obj.fill == (char)0xab, "expected %d got %d\n", (char)0xab, ios_obj.fill); ok(ios_obj.width == (char)0xab, "expected %d got %d\n", (char)0xab, ios_obj.width); ok(ios_obj.do_lock == 2, "expected 2 got %d\n", ios_obj.do_lock); /* locking */ ios_obj.sb = psb; ios_obj.do_lock = 1; ios_obj.sb->do_lock = 0; p_ios_clrlock(&ios_obj); ok(ios_obj.do_lock == 1, "expected 1 got %d\n", ios_obj.do_lock); ok(ios_obj.sb->do_lock == 1, "expected 1 got %d\n", ios_obj.sb->do_lock); ios_obj.do_lock = 0; p_ios_clrlock(&ios_obj); ok(ios_obj.do_lock == 1, "expected 1 got %d\n", ios_obj.do_lock); ok(ios_obj.sb->do_lock == 1, "expected 1 got %d\n", ios_obj.sb->do_lock); p_ios_setlock(&ios_obj); ok(ios_obj.do_lock == 0, "expected 0 got %d\n", ios_obj.do_lock); ok(ios_obj.sb->do_lock == 0, "expected 0 got %d\n", ios_obj.sb->do_lock); ios_obj.do_lock = -1; p_ios_setlock(&ios_obj); ok(ios_obj.do_lock == -2, "expected -2 got %d\n", ios_obj.do_lock); ok(ios_obj.sb->do_lock == -1, "expected -1 got %d\n", ios_obj.sb->do_lock); lock_arg.ios_obj = &ios_obj; lock_arg.lock = CreateEventW(NULL, FALSE, FALSE, NULL); ok(lock_arg.lock != NULL, "CreateEventW failed\n"); lock_arg.release[0] = CreateEventW(NULL, FALSE, FALSE, NULL); ok(lock_arg.release[0] != NULL, "CreateEventW failed\n"); lock_arg.release[1] = CreateEventW(NULL, FALSE, FALSE, NULL); ok(lock_arg.release[1] != NULL, "CreateEventW failed\n"); lock_arg.release[2] = CreateEventW(NULL, FALSE, FALSE, NULL); ok(lock_arg.release[2] != NULL, "CreateEventW failed\n"); thread = CreateThread(NULL, 0, lock_ios, (void*)&lock_arg, 0, NULL); ok(thread != NULL, "CreateThread failed\n"); WaitForSingleObject(lock_arg.lock, INFINITE); locked = TryEnterCriticalSection(&ios_obj.lock); ok(locked == 0, "the ios object was not locked before\n"); locked = TryEnterCriticalSection(&ios_obj.sb->lock); ok(locked == 0, "the streambuf was not locked before\n"); locked = TryEnterCriticalSection(p_ios_static_lock); ok(locked == 0, "the static critical section was not locked before\n"); /* flags */ ios_obj.flags = 0x8000; ret = (LONG) call_func1(p_ios_flags_get, &ios_obj); ok(ret == 0x8000, "expected %x got %x\n", 0x8000, ret); ret = (LONG) call_func2(p_ios_flags_set, &ios_obj, 0x444); ok(ret == 0x8000, "expected %x got %x\n", 0x8000, ret); ok(ios_obj.flags == 0x444, "expected %x got %x\n", 0x444, ios_obj.flags); ret = (LONG) call_func2(p_ios_flags_set, &ios_obj, 0); ok(ret == 0x444, "expected %x got %x\n", 0x444, ret); ok(ios_obj.flags == 0, "expected %x got %x\n", 0, ios_obj.flags); /* setf */ ios_obj.do_lock = 0; ios_obj.flags = 0x8400; ret = (LONG) call_func2(p_ios_setf, &ios_obj, 0x444); ok(ret == 0x8400, "expected %x got %x\n", 0x8400, ret); ok(ios_obj.flags == 0x8444, "expected %x got %x\n", 0x8444, ios_obj.flags); ret = (LONG) call_func3(p_ios_setf_mask, &ios_obj, 0x111, 0); ok(ret == 0x8444, "expected %x got %x\n", 0x8444, ret); ok(ios_obj.flags == 0x8444, "expected %x got %x\n", 0x8444, ios_obj.flags); ret = (LONG) call_func3(p_ios_setf_mask, &ios_obj, 0x111, 0x105); ok(ret == 0x8444, "expected %x got %x\n", 0x8444, ret); ok(ios_obj.flags == 0x8541, "expected %x got %x\n", 0x8541, ios_obj.flags); /* unsetf */ ret = (LONG) call_func2(p_ios_unsetf, &ios_obj, 0x1111); ok(ret == 0x8541, "expected %x got %x\n", 0x8541, ret); ok(ios_obj.flags == 0x8440, "expected %x got %x\n", 0x8440, ios_obj.flags); ret = (LONG) call_func2(p_ios_unsetf, &ios_obj, 0x8008); ok(ret == 0x8440, "expected %x got %x\n", 0x8440, ret); ok(ios_obj.flags == 0x440, "expected %x got %x\n", 0x440, ios_obj.flags); ios_obj.do_lock = -1; /* state */ ios_obj.state = 0x8; ret = (LONG) call_func1(p_ios_good, &ios_obj); ok(ret == 0, "expected 0 got %d\n", ret); ios_obj.state = IOSTATE_goodbit; ret = (LONG) call_func1(p_ios_good, &ios_obj); ok(ret == 1, "expected 1 got %d\n", ret); ret = (LONG) call_func1(p_ios_bad, &ios_obj); ok(ret == 0, "expected 0 got %d\n", ret); ios_obj.state = (IOSTATE_eofbit|IOSTATE_badbit); ret = (LONG) call_func1(p_ios_bad, &ios_obj); ok(ret == IOSTATE_badbit, "expected 4 got %d\n", ret); ret = (LONG) call_func1(p_ios_eof, &ios_obj); ok(ret == IOSTATE_eofbit, "expected 1 got %d\n", ret); ios_obj.state = 0x8; ret = (LONG) call_func1(p_ios_eof, &ios_obj); ok(ret == 0, "expected 0 got %d\n", ret); ret = (LONG) call_func1(p_ios_fail, &ios_obj); ok(ret == 0, "expected 0 got %d\n", ret); ios_obj.state = IOSTATE_badbit; ret = (LONG) call_func1(p_ios_fail, &ios_obj); ok(ret == IOSTATE_badbit, "expected 4 got %d\n", ret); ios_obj.state = (IOSTATE_eofbit|IOSTATE_failbit); ret = (LONG) call_func1(p_ios_fail, &ios_obj); ok(ret == IOSTATE_failbit, "expected 2 got %d\n", ret); ios_obj.state = (IOSTATE_eofbit|IOSTATE_failbit|IOSTATE_badbit); ret = (LONG) call_func1(p_ios_fail, &ios_obj); ok(ret == (IOSTATE_failbit|IOSTATE_badbit), "expected 6 got %d\n", ret); ios_obj.do_lock = 0; call_func2(p_ios_clear, &ios_obj, 0); ok(ios_obj.state == IOSTATE_goodbit, "expected 0 got %d\n", ios_obj.state); call_func2(p_ios_clear, &ios_obj, 0x8|IOSTATE_eofbit); ok(ios_obj.state == (0x8|IOSTATE_eofbit), "expected 9 got %d\n", ios_obj.state); ios_obj.do_lock = -1; SetEvent(lock_arg.release[0]); /* bitalloc */ expected = 0x10000; for (i = 0; i < 20; i++) { ret = p_ios_bitalloc(); ok(ret == expected, "expected %x got %x\n", expected, ret); ok(*p_ios_maxbit == expected, "expected %x got %x\n", expected, *p_ios_maxbit); expected <<= 1; } /* xalloc/pword/iword */ ok(*p_ios_curindex == -1, "expected -1 got %d\n", *p_ios_curindex); expected = 0; for (i = 0; i < 8; i++) { ret = p_ios_xalloc(); ok(ret == expected, "expected %d got %d\n", expected, ret); ok(*p_ios_curindex == expected, "expected %d got %d\n", expected, *p_ios_curindex); pret = (LONG*) call_func2(p_ios_iword, &ios_obj, ret); ok(pret == &p_ios_statebuf[ret], "expected %p got %p\n", &p_ios_statebuf[ret], pret); ok(*pret == 0, "expected 0 got %d\n", *pret); pret2 = (void**) call_func2(p_ios_pword, &ios_obj, ret); ok(pret2 == (void**)&p_ios_statebuf[ret], "expected %p got %p\n", (void**)&p_ios_statebuf[ret], pret2); expected++; } ret = p_ios_xalloc(); ok(ret == -1, "expected -1 got %d\n", ret); ok(*p_ios_curindex == 7, "expected 7 got %d\n", *p_ios_curindex); SetEvent(lock_arg.release[1]); SetEvent(lock_arg.release[2]); WaitForSingleObject(thread, INFINITE); ios_obj.delbuf = 1; call_func1(p_ios_dtor, &ios_obj); ok(ios_obj.state == IOSTATE_badbit, "expected %x got %x\n", IOSTATE_badbit, ios_obj.state); ok(*p_ios_fLockcInit == 4, "expected 4 got %d\n", *p_ios_fLockcInit); CloseHandle(lock_arg.lock); CloseHandle(lock_arg.release[0]); CloseHandle(lock_arg.release[1]); CloseHandle(lock_arg.release[2]); CloseHandle(thread); } START_TEST(msvcirt) { if(!init()) return; test_streambuf(); test_filebuf(); test_strstreambuf(); test_ios(); FreeLibrary(msvcrt); FreeLibrary(msvcirt); }