void __os2_finddata_cvt( FF_BUFFER *ffb, struct _finddata_t *fileinfo )
#endif
#endif
/******************************************************************************/
{
/*** Handle the timestamps ***/
fileinfo->time_create = _d2ttime( TODDATE( ffb->fdateCreation ),
TODTIME( ffb->ftimeCreation ) );
fileinfo->time_access = _d2ttime( TODDATE( ffb->fdateLastAccess ),
TODTIME( ffb->ftimeLastAccess ) );
fileinfo->time_write = _d2ttime( TODDATE( ffb->fdateLastWrite ),
TODTIME( ffb->ftimeLastWrite ) );
#if defined( __INT64__ ) && !defined( _M_I86 )
if( _FILEAPI64() ) {
#endif
fileinfo->attrib = ffb->attrFile;
fileinfo->size = ffb->cbFile;
#ifdef __WIDECHAR__
mbstowcs( fileinfo->name, ffb->achName, _mbslen( ffb->achName ) + 1 );
#else
strcpy( fileinfo->name, ffb->achName );
#endif
#if defined( __INT64__ ) && !defined( _M_I86 )
} else {
fileinfo->attrib = ((FF_BUFFER_32 *)ffb)->attrFile;
fileinfo->size = ((FF_BUFFER_32 *)ffb)->cbFile;
#ifdef __WIDECHAR__
mbstowcs( fileinfo->name, ((FF_BUFFER_32 *)ffb)->achName, _mbslen( ((FF_BUFFER_32 *)ffb)->achName ) + 1 );
#else
strcpy( fileinfo->name, ((FF_BUFFER_32 *)ffb)->achName );
#endif
}
#endif
}
CString MeaXMLParser::Encode(const CString& src)
{
CString encStr;
#ifdef _UNICODE
for (int i = 0; i < src.GetLength(); i++) {
TCHAR ch = src.GetAt(i);
switch(ch) {
case _T('&'):
encStr += _T("&");
break;
case _T('<'):
encStr += _T("<");
break;
case _T('>'):
encStr += _T(">");
break;
case _T('\''):
encStr += _T("'");
break;
case _T('\"'):
encStr += _T(""");
break;
default:
encStr += ch;
break;
}
}
#else
const unsigned char *str = reinterpret_cast<const unsigned char*>(static_cast<LPCTSTR>(src));
const unsigned char *sptr;
int len = _mbslen(str);
int i;
for (i = 0, sptr = str; i < len; i++, sptr = _mbsinc(sptr)) {
switch(*sptr) {
case _T('&'):
encStr += _T("&");
break;
case _T('<'):
encStr += _T("<");
break;
case _T('>'):
encStr += _T(">");
break;
case _T('\''):
encStr += _T("'");
break;
case _T('\"'):
encStr += _T(""");
break;
default:
encStr += *sptr;
break;
}
}
#endif
return encStr;
}
_WCRTLINK size_t _wstrftime_ms( CHAR_TYPE *s, size_t maxsize, const char *format, const struct tm *timeptr )
{
wchar_t *auto_buf;
int length;
length = _mbslen( (unsigned char *)format ) + 1;
auto_buf = (wchar_t *)alloca( length * CHARSIZE );
mbstowcs( auto_buf, format, length );
return( wcsftime( s, maxsize, auto_buf, timeptr ) );
}
/*
* @implemented
*/
unsigned char * _mbsdup(const unsigned char *_s)
{
unsigned char *rv;
if (_s == 0)
return 0;
rv = (unsigned char *)malloc(_mbslen(_s) + 1);
if (rv == 0)
return 0;
_mbscpy(rv, _s);
return rv;
}
static HMODULE LoadLibraryMB(const char* path)
{
#ifdef _UNICODE
int len = _mbslen((const unsigned char*)path);
int siz = MultiByteToWideChar(0,0, path,len, NULL,0);
TCHAR* apath = (TCHAR*)HMD_ALLOCA((siz+1) * sizeof(TCHAR));
MultiByteToWideChar(0,0, path,len, apath,siz);
return AfxLoadLibrary(apath);
#else
return AfxLoadLibrary(path);
#endif
}
LPSTR CMemPool::GetDuplicateStringA(LPCSTR szSrc)
{
assert(szSrc);
DWORD dwBytes = (_mbslen((const unsigned char*)szSrc) + 1) * sizeof(CHAR);
LPSTR pString = (LPSTR)GetAlignedMemory(dwBytes, sizeof(CHAR));
if (pString)
{
_mbscpy_s((unsigned char*)pString, dwBytes, (const unsigned char*)szSrc);
}
return pString;
}
_WCRTLINK CHAR_TYPE *__F_NAME(getcwd,_wgetcwd)( CHAR_TYPE *buf, size_t size )
/***************************************************************************/
{
int len;
#ifdef __WIDECHAR__
char cwd[MB_CUR_MAX * _MAX_PATH]; /* multi-byte chars */
#else
char cwd[_MAX_PATH]; /* single-byte chars */
#endif
__null_check( buf, 1 );
if( __getdcwd( &cwd[3], 0 ) ) {
_RWD_errno = ENOENT; /* noent? */
return( NULL );
}
/* get current drive and insert into cwd[0] */
cwd[0] = TinyGetCurrDrive() + 'A';
cwd[1] = ':';
cwd[2] = '\\';
#ifdef __WIDECHAR__
len = _mbslen( (unsigned char *)cwd ) + 1;
#else
len = strlen( cwd ) + 1;
#endif
if( buf == NULL ) {
if( (buf = lib_malloc( max( size, len ) * CHARSIZE )) == NULL ) {
_RWD_errno = ENOMEM;
return( NULL );
}
size = len;
}
/*** Copy the pathname into a buffer and quit ***/
#ifdef __WIDECHAR__
if( mbstowcs( buf, cwd, size ) == -1 ) {
return( NULL );
}
return( buf );
#else
return( strncpy( buf, cwd, size ) );
#endif
}
DWORD __lib_GetCurrentDirectoryW( DWORD nBufferLength, LPWSTR lpBuffer )
/**********************************************************************/
{
if( WIN32_IS_NT ) { /* NT */
return( GetCurrentDirectoryW( nBufferLength, lpBuffer ) );
} else { /* Win95 or Win32s */
char * mbBuffer;
BOOL osrc;
size_t cvt;
size_t len;
/*** Allocate some memory ***/
len = _MAX_PATH*MB_CUR_MAX + 1;
mbBuffer = lib_malloc( len );
if( mbBuffer == NULL ) {
return( FALSE );
}
/*** Call the OS ***/
osrc = GetCurrentDirectoryA( len, mbBuffer );
if( osrc == 0 ) {
lib_free( mbBuffer );
return( 0 );
}
/*** If buffer too small, return required size ***/
if( _mbslen( mbBuffer ) + 1 > nBufferLength ) {
lib_free( mbBuffer );
return( osrc );
}
/*** Convert returned info ***/
cvt = mbstowcs( lpBuffer, mbBuffer, nBufferLength );
if( cvt == (size_t)-1 ) {
lib_free( mbBuffer );
return( 0 );
}
return( osrc );
}
}
utf8_t& operator=(const utf8_t & s){
delete [] buffer;
unsigned length = _mbslen((unsigned char const *)s.buffer);
buffer = new char[length + 1]();
memcpy(buffer, s.buffer, length + 1);
}
utf8_t(const utf8_t & s){
unsigned length = _mbslen((unsigned char const *)s.buffer);
buffer = new char[length + 1]();
memcpy(buffer, s.buffer, length + 1);
}
int if_up(char *devname)
{
/* Get network adapter status from WMI using COM */
DWORD ifStatus = 0;
HRESULT hres;
IWbemLocator *locator=NULL;
IWbemServices *services=NULL;
IEnumWbemClassObject *results=NULL;
BSTR resource=SysAllocString(L"ROOT\\CIMV2");
BSTR language=SysAllocString(L"WQL");
LPWSTR query_h=L"SELECT NetConnectionStatus FROM Win32_NetworkAdapter "
L"WHERE NetConnectionID = ";
size_t len=_mbslen(devname);
size_t cont=0;
/* Count how many single single quotes(') in devname for escap */
/* single quotes(') in WQL query string */
char *pc=devname;
for(; pc=(char *)_mbschr(pc,'\''); pc++) {
cont++;
}
/* Need to add two single quotes(') at begin and after devname */
WCHAR query_str[len+cont+wcslen(query_h)+3];
wcscpy(query_str,query_h);
/* Add start single quote(') to query string before append devname */
wcscat(query_str,L"'");
WCHAR connid[len+1];
mbstowcs(connid,devname,len+1);
WCHAR *pw, *qw=connid;
for(pw=connid; pw=wcschr(pw, L'\''); pw++) {
/* Escape single quotes(') in devname */
wcsncat(query_str,qw,pw-qw);
wcscat(query_str,L"\\");
qw=pw;
}
wcscat(query_str,qw);
/* Append terminal single quote(') to query string */
wcscat(query_str,L"'");
BSTR query=SysAllocString(query_str);
// initialize COM
hres=CoInitializeEx(0, COINIT_MULTITHREADED);
if (FAILED(hres))
{
log_warn("Failed to initialize COM library:0x%x\n", hres);
goto cleanup;
}
hres=CoInitializeSecurity(NULL, -1, NULL, NULL,
RPC_C_AUTHN_LEVEL_DEFAULT,
RPC_C_IMP_LEVEL_IMPERSONATE,
NULL, EOAC_NONE, NULL);
if (FAILED(hres))
{
log_warn("Failed to initialize security:0x%x\n",hres);
CoUninitialize();
goto cleanup;
}
// connect to WMI
hres=CoCreateInstance(&CLSID_WbemLocator, 0, CLSCTX_INPROC_SERVER,
&IID_IWbemLocator, (LPVOID *) &locator);
if (FAILED(hres))
{
log_warn("Failed to create IWbemLocator object:0x%x\n",hres);
CoUninitialize();
goto cleanup;
}
hres=locator->lpVtbl->ConnectServer(locator,
resource,
NULL, NULL, NULL, 0,
NULL, NULL, &services);
if (FAILED(hres))
{
log_warn("Could not connect:0x%x\n",hres);
locator->lpVtbl->Release(locator);
CoUninitialize();
goto cleanup;
}
// issue a WMI query
hres=services->lpVtbl->ExecQuery(services, language, query,
WBEM_FLAG_BIDIRECTIONAL,
NULL, &results);
if (FAILED(hres))
{
log_warn("Query for processes failed:0x%x\n",hres);
services->lpVtbl->Release(services);
locator->lpVtbl->Release(locator);
CoUninitialize();
goto cleanup;
}
// list the query results
else
{
IWbemClassObject *result = NULL;
ULONG returnedCount = 0;
// enumerate the retrieved objects
while((results->lpVtbl->Next(results, WBEM_INFINITE, 1, &result, &returnedCount)) == S_OK) {
VARIANT status;
// obtain the desired properties of the next result
result->lpVtbl->Get(result, L"NetConnectionStatus", 0, &status, 0, 0);
// release the current result object
result->lpVtbl->Release(result);
if(status.intVal==2) {
ifStatus=-1;
break;
}
}
}
// release WMI COM interfaces
results->lpVtbl->Release(results);
services->lpVtbl->Release(services);
locator->lpVtbl->Release(locator);
// unwind everything else we've allocated
CoUninitialize();
cleanup:
SysFreeString(query);
SysFreeString(language);
SysFreeString(resource);
return ifStatus;
}
// _wsetenv and setenv are implemented this way so that each can call the
// other without having the other call it, which would call the other, and
// so on, making bad things happen. This inter-calling is necessary to keep
// the wide and MBCS environments consistent.
_WCRTLINK int __F_NAME(setenv,_wsetenv)( const CHAR_TYPE *name, const CHAR_TYPE *newvalue, int overwrite )
{
#if !defined( __UNIX__ ) && !defined( __RDOS__ ) && !defined( __RDOSDEV__ )
#ifdef __WIDECHAR__
char *otherName;
char *otherNewval;
const size_t charsize = sizeof( wchar_t );
const size_t fact = MB_CUR_MAX;
#else
wchar_t *otherName;
wchar_t *otherNewval;
const size_t charsize = MB_CUR_MAX;
const size_t fact = 1;
#endif
size_t otherNameLen;
size_t otherNewvalLen;
#endif
int rc;
if( name == NULL || *name == NULLCHAR || __F_NAME(strchr,wcschr)( name, STRING( '=' ) ) != NULL ) {
_RWD_errno = EINVAL;
return( -1 );
}
/*** Ensure variable is deleted if newvalue == "" ***/
#ifndef __UNIX__
if( (newvalue != NULL) && (*newvalue == NULLCHAR) ) {
if( overwrite || (__F_NAME(getenv,_wgetenv)( name ) == NULL) ) {
newvalue = NULL;
}
}
#endif
#ifdef __NT__
/*** Update the process environment if using Win32 ***/
if( overwrite || __F_NAME(getenv,_wgetenv)( name ) == NULL ) {
if( __lib_SetEnvironmentVariable( name, newvalue ) == FALSE ) {
return( -1 );
}
}
#elif defined( __RDOS__ )
/*** Update the process environment if using RDOS ***/
if( overwrite || __F_NAME(getenv,_wgetenv)( name ) == NULL ) {
int handle;
handle = RdosOpenProcessEnv();
RdosDeleteEnvVar( handle, name );
if( *newvalue != NULLCHAR )
RdosAddEnvVar( handle, name, newvalue );
RdosCloseEnv( handle );
}
#elif defined( __RDOSDEV__ )
/*** Update the process environment if using RDOSDEV ***/
if( overwrite || __F_NAME(getenv,_wgetenv)( name ) == NULL ) {
int handle;
handle = RdosOpenSysEnv();
RdosDeleteEnvVar( handle, name );
if( *newvalue != NULLCHAR )
RdosAddEnvVar( handle, name, newvalue );
RdosCloseEnv( handle );
}
#endif
/*** Update the (__WIDECHAR__ ? wide : MBCS) environment ***/
#ifdef __WIDECHAR__
if( _RWD_wenviron == NULL ) {
__create_wide_environment();
}
#endif
rc = __F_NAME(__setenv,__wsetenv)( name, newvalue, overwrite );
if( rc == -1 ) {
return( -1 );
}
#if !defined( __UNIX__ ) && !defined( __RDOS__ ) && !defined( __RDOSDEV__ )
/*** Update the other environment ***/
#ifndef __WIDECHAR__
if( _RWD_wenviron == NULL ) {
return( 0 ); // _wenviron uninitialized
}
#endif
#ifdef __WIDECHAR__
otherNameLen = wcslen( name ) + 1;
#else
otherNameLen = _mbslen( (unsigned char *)name ) + 1;
#endif
otherName = lib_malloc( otherNameLen * charsize );
if( otherName == NULL ) {
_RWD_errno = ENOMEM;
return( -1 );
}
if( newvalue != NULL ) {
#ifdef __WIDECHAR__
otherNewvalLen = wcslen( newvalue ) + 1;
#else
otherNewvalLen = _mbslen( (unsigned char *)newvalue ) + 1;
#endif
otherNewval = lib_malloc( otherNewvalLen * charsize );
if( otherNewval == NULL ) {
lib_free( otherName );
_RWD_errno = ENOMEM;
return( -1 );
}
} else {
otherNewval = NULL;
}
rc = __F_NAME(mbstowcs,wcstombs)( otherName, name, otherNameLen * fact );
if( rc != -1 ) {
if( otherNewval != NULL ) {
rc = __F_NAME(mbstowcs,wcstombs)( otherNewval, newvalue, otherNewvalLen * fact );
}
if( rc != -1 ) {
rc = __F_NAME(__wsetenv,__setenv)( otherName, otherNewval, overwrite );
}
}
lib_free( otherName );
lib_free( otherNewval );
if( rc == -1 ) {
return( -1 );
}
#endif
return( 0 );
}
static void test_mbcp(void)
{
int mb_orig_max = *p__mb_cur_max;
int curr_mbcp = _getmbcp();
unsigned char *mbstring = (unsigned char *)"\xb0\xb1\xb2 \xb3\xb4 \xb5"; /* incorrect string */
unsigned char *mbstring2 = (unsigned char *)"\xb0\xb1\xb2\xb3Q\xb4\xb5"; /* correct string */
unsigned char *mbsonlylead = (unsigned char *)"\xb0\0\xb1\xb2 \xb3";
unsigned char buf[16];
int step;
/* _mbtype tests */
/* An SBCS codepage test. The ctype of characters on e.g. CP1252 or CP1250 differs slightly
* between versions of Windows. Also Windows 9x seems to ignore the codepage and always uses
* CP1252 (or the ACP?) so we test only a few ASCII characters */
_setmbcp(1252);
expect_eq(p_mbctype[10], 0, char, "%x");
expect_eq(p_mbctype[50], 0, char, "%x");
expect_eq(p_mbctype[66], _SBUP, char, "%x");
expect_eq(p_mbctype[100], _SBLOW, char, "%x");
expect_eq(p_mbctype[128], 0, char, "%x");
_setmbcp(1250);
expect_eq(p_mbctype[10], 0, char, "%x");
expect_eq(p_mbctype[50], 0, char, "%x");
expect_eq(p_mbctype[66], _SBUP, char, "%x");
expect_eq(p_mbctype[100], _SBLOW, char, "%x");
expect_eq(p_mbctype[128], 0, char, "%x");
/* double byte code pages */
test_codepage(932);
test_codepage(936);
test_codepage(949);
test_codepage(950);
_setmbcp(936);
ok(*p__mb_cur_max == mb_orig_max, "__mb_cur_max shouldn't be updated (is %d != %d)\n", *p__mb_cur_max, mb_orig_max);
ok(_ismbblead('\354'), "\354 should be a lead byte\n");
ok(_ismbblead(' ') == FALSE, "' ' should not be a lead byte\n");
ok(_ismbblead(0x1234b0), "0x1234b0 should not be a lead byte\n");
ok(_ismbblead(0x123420) == FALSE, "0x123420 should not be a lead byte\n");
ok(_ismbbtrail('\xb0'), "\xa0 should be a trail byte\n");
ok(_ismbbtrail(' ') == FALSE, "' ' should not be a trail byte\n");
/* _ismbslead */
expect_eq(_ismbslead(mbstring, &mbstring[0]), -1, int, "%d");
expect_eq(_ismbslead(mbstring, &mbstring[1]), FALSE, int, "%d");
expect_eq(_ismbslead(mbstring, &mbstring[2]), -1, int, "%d");
expect_eq(_ismbslead(mbstring, &mbstring[3]), FALSE, int, "%d");
expect_eq(_ismbslead(mbstring, &mbstring[4]), -1, int, "%d");
expect_eq(_ismbslead(mbstring, &mbstring[5]), FALSE, int, "%d");
expect_eq(_ismbslead(mbstring, &mbstring[6]), FALSE, int, "%d");
expect_eq(_ismbslead(mbstring, &mbstring[7]), -1, int, "%d");
expect_eq(_ismbslead(mbstring, &mbstring[8]), FALSE, int, "%d");
expect_eq(_ismbslead(mbsonlylead, &mbsonlylead[0]), -1, int, "%d");
expect_eq(_ismbslead(mbsonlylead, &mbsonlylead[1]), FALSE, int, "%d");
expect_eq(_ismbslead(mbsonlylead, &mbsonlylead[2]), FALSE, int, "%d");
expect_eq(_ismbslead(mbsonlylead, &mbsonlylead[5]), FALSE, int, "%d");
/* _ismbstrail */
expect_eq(_ismbstrail(mbstring, &mbstring[0]), FALSE, int, "%d");
expect_eq(_ismbstrail(mbstring, &mbstring[1]), -1, int, "%d");
expect_eq(_ismbstrail(mbstring, &mbstring[2]), FALSE, int, "%d");
expect_eq(_ismbstrail(mbstring, &mbstring[3]), -1, int, "%d");
expect_eq(_ismbstrail(mbstring, &mbstring[4]), FALSE, int, "%d");
expect_eq(_ismbstrail(mbstring, &mbstring[5]), -1, int, "%d");
expect_eq(_ismbstrail(mbstring, &mbstring[6]), FALSE, int, "%d");
expect_eq(_ismbstrail(mbstring, &mbstring[7]), FALSE, int, "%d");
expect_eq(_ismbstrail(mbstring, &mbstring[8]), -1, int, "%d");
expect_eq(_ismbstrail(mbsonlylead, &mbsonlylead[0]), FALSE, int, "%d");
expect_eq(_ismbstrail(mbsonlylead, &mbsonlylead[1]), -1, int, "%d");
expect_eq(_ismbstrail(mbsonlylead, &mbsonlylead[2]), FALSE, int, "%d");
expect_eq(_ismbstrail(mbsonlylead, &mbsonlylead[3]), FALSE, int, "%d");
expect_eq(_ismbstrail(mbsonlylead, &mbsonlylead[4]), FALSE, int, "%d");
expect_eq(_ismbstrail(mbsonlylead, &mbsonlylead[5]), FALSE, int, "%d");
/* _mbsbtype */
expect_eq(_mbsbtype(mbstring, 0), _MBC_LEAD, int, "%d");
expect_eq(_mbsbtype(mbstring, 1), _MBC_TRAIL, int, "%d");
expect_eq(_mbsbtype(mbstring, 2), _MBC_LEAD, int, "%d");
expect_eq(_mbsbtype(mbstring, 3), _MBC_ILLEGAL, int, "%d");
expect_eq(_mbsbtype(mbstring, 4), _MBC_LEAD, int, "%d");
expect_eq(_mbsbtype(mbstring, 5), _MBC_TRAIL, int, "%d");
expect_eq(_mbsbtype(mbstring, 6), _MBC_SINGLE, int, "%d");
expect_eq(_mbsbtype(mbstring, 7), _MBC_LEAD, int, "%d");
expect_eq(_mbsbtype(mbstring, 8), _MBC_ILLEGAL, int, "%d");
expect_eq(_mbsbtype(mbsonlylead, 0), _MBC_LEAD, int, "%d");
expect_eq(_mbsbtype(mbsonlylead, 1), _MBC_ILLEGAL, int, "%d");
expect_eq(_mbsbtype(mbsonlylead, 2), _MBC_ILLEGAL, int, "%d");
expect_eq(_mbsbtype(mbsonlylead, 3), _MBC_ILLEGAL, int, "%d");
expect_eq(_mbsbtype(mbsonlylead, 4), _MBC_ILLEGAL, int, "%d");
expect_eq(_mbsbtype(mbsonlylead, 5), _MBC_ILLEGAL, int, "%d");
/* _mbsnextc */
expect_eq(_mbsnextc(mbstring), 0xb0b1, int, "%x");
expect_eq(_mbsnextc(&mbstring[2]), 0xb220, int, "%x"); /* lead + invalid tail */
expect_eq(_mbsnextc(&mbstring[3]), 0x20, int, "%x"); /* single char */
/* _mbclen/_mbslen */
expect_eq(_mbclen(mbstring), 2, int, "%d");
expect_eq(_mbclen(&mbstring[2]), 2, int, "%d");
expect_eq(_mbclen(&mbstring[3]), 1, int, "%d");
expect_eq(_mbslen(mbstring2), 4, int, "%d");
expect_eq(_mbslen(mbsonlylead), 0, int, "%d"); /* lead + NUL not counted as character */
expect_eq(_mbslen(mbstring), 4, int, "%d"); /* lead + invalid trail counted */
/* _mbccpy/_mbsncpy */
memset(buf, 0xff, sizeof(buf));
_mbccpy(buf, mbstring);
expect_bin(buf, "\xb0\xb1\xff", 3);
memset(buf, 0xff, sizeof(buf));
_mbsncpy(buf, mbstring, 1);
expect_bin(buf, "\xb0\xb1\xff", 3);
memset(buf, 0xff, sizeof(buf));
_mbsncpy(buf, mbstring, 2);
expect_bin(buf, "\xb0\xb1\xb2 \xff", 5);
memset(buf, 0xff, sizeof(buf));
_mbsncpy(buf, mbstring, 3);
expect_bin(buf, "\xb0\xb1\xb2 \xb3\xb4\xff", 7);
memset(buf, 0xff, sizeof(buf));
_mbsncpy(buf, mbstring, 4);
expect_bin(buf, "\xb0\xb1\xb2 \xb3\xb4 \xff", 8);
memset(buf, 0xff, sizeof(buf));
_mbsncpy(buf, mbstring, 5);
expect_bin(buf, "\xb0\xb1\xb2 \xb3\xb4 \0\0\xff", 10);
memset(buf, 0xff, sizeof(buf));
_mbsncpy(buf, mbsonlylead, 6);
expect_bin(buf, "\0\0\0\0\0\0\0\xff", 8);
memset(buf, 0xff, sizeof(buf));
_mbsnbcpy(buf, mbstring2, 2);
expect_bin(buf, "\xb0\xb1\xff", 3);
_mbsnbcpy(buf, mbstring2, 3);
expect_bin(buf, "\xb0\xb1\0\xff", 4);
_mbsnbcpy(buf, mbstring2, 4);
expect_bin(buf, "\xb0\xb1\xb2\xb3\xff", 5);
memset(buf, 0xff, sizeof(buf));
_mbsnbcpy(buf, mbsonlylead, 5);
expect_bin(buf, "\0\0\0\0\0\xff", 6);
/* _mbsinc/mbsdec */
step = _mbsinc(mbstring) - mbstring;
ok(step == 2, "_mbsinc adds %d (exp. 2)\n", step);
step = _mbsinc(&mbstring[2]) - &mbstring[2]; /* lead + invalid tail */
ok(step == 2, "_mbsinc adds %d (exp. 2)\n", step);
step = _mbsninc(mbsonlylead, 1) - mbsonlylead;
ok(step == 0, "_mbsninc adds %d (exp. 0)\n", step);
step = _mbsninc(mbsonlylead, 2) - mbsonlylead; /* lead + NUL byte + lead + char */
ok(step == 0, "_mbsninc adds %d (exp. 0)\n", step);
step = _mbsninc(mbstring2, 0) - mbstring2;
ok(step == 0, "_mbsninc adds %d (exp. 2)\n", step);
step = _mbsninc(mbstring2, 1) - mbstring2;
ok(step == 2, "_mbsninc adds %d (exp. 2)\n", step);
step = _mbsninc(mbstring2, 2) - mbstring2;
ok(step == 4, "_mbsninc adds %d (exp. 4)\n", step);
step = _mbsninc(mbstring2, 3) - mbstring2;
ok(step == 5, "_mbsninc adds %d (exp. 5)\n", step);
step = _mbsninc(mbstring2, 4) - mbstring2;
ok(step == 7, "_mbsninc adds %d (exp. 7)\n", step);
step = _mbsninc(mbstring2, 5) - mbstring2;
ok(step == 7, "_mbsninc adds %d (exp. 7)\n", step);
step = _mbsninc(mbstring2, 17) - mbstring2;
ok(step == 7, "_mbsninc adds %d (exp. 7)\n", step);
/* functions that depend on locale codepage, not mbcp.
* we hope the current locale to be SBCS because setlocale(LC_ALL, ".1252") seems not to work yet
* (as of Wine 0.9.43)
*/
if (*p__mb_cur_max == 1)
{
expect_eq(mblen((char *)mbstring, 3), 1, int, "%x");
expect_eq(_mbstrlen((char *)mbstring2), 7, int, "%d");
}
