int __cdecl _ismbslead(
const unsigned char *string,
const unsigned char *current
)
{
if ( _ISNOTMBCP )
return 0;
_mlock(_MB_CP_LOCK);
while (string <= current && *string) {
if (_ISLEADBYTE((*string))) {
if (string++ == current) /* check lead byte */
{
_munlock(_MB_CP_LOCK);
return -1;
}
if (!(*string))
{
_munlock(_MB_CP_LOCK);
return 0;
}
}
++string;
}
_munlock(_MB_CP_LOCK);
return 0;
}
int __cdecl _ismbstrail(
const unsigned char *string,
const unsigned char *current
)
{
if (0 == __mbcodepage)
return 0;
_mlock(_MB_CP_LOCK);
while (string <= current && *string) {
if (_ISLEADBYTE((*string))) {
if (++string == current) /* check trail byte */
{
_munlock(_MB_CP_LOCK);
return -1;
}
if (!(*string))
{
_munlock(_MB_CP_LOCK);
return 0;
}
}
++string;
}
_munlock(_MB_CP_LOCK);
return 0;
}
/*********************************************************************
* _localtime64_s (MSVCRT.@)
*/
int CDECL _localtime64_s(struct MSVCRT_tm *time, const MSVCRT___time64_t *secs)
{
struct tm *tm;
time_t seconds;
if (!time || !secs || *secs < 0 || *secs > _MAX__TIME64_T)
{
if (time)
write_invalid_msvcrt_tm(time);
*MSVCRT__errno() = MSVCRT_EINVAL;
return MSVCRT_EINVAL;
}
seconds = *secs;
_mlock(_TIME_LOCK);
if (!(tm = localtime(&seconds)))
{
_munlock(_TIME_LOCK);
*MSVCRT__errno() = MSVCRT_EINVAL;
return MSVCRT_EINVAL;
}
unix_tm_to_msvcrt(time, tm);
_munlock(_TIME_LOCK);
return 0;
}
int __cdecl _mbsbtype(
const unsigned char *string,
size_t len
)
{
int chartype;
if ( _ISNOTMBCP )
return _MBC_SINGLE;
_mlock(_MB_CP_LOCK);
chartype = _MBC_ILLEGAL;
do {
if (*string == '\0')
{
_munlock(_MB_CP_LOCK);
return(_MBC_ILLEGAL);
}
chartype = _MBBTYPE(*string++, chartype);
} while (len--);
_munlock(_MB_CP_LOCK);
return(chartype);
}
void * __cdecl _expand_base (void * pBlock, size_t newsize)
{
PHEADER pHeader;
void * pvReturn;
/* validate size */
if ( newsize > _HEAP_MAXREQ )
return NULL;
_mlock(_HEAP_LOCK);
// if allocation block lies within the small-block heap,
// try to resize it there
if ((pHeader = __sbh_find_block(pBlock)) != NULL)
{
pvReturn = NULL;
if (newsize <= __sbh_threshold &&
__sbh_resize_block(pHeader, pBlock, newsize))
pvReturn = pBlock;
_munlock(_HEAP_LOCK);
return pvReturn;
}
_munlock(_HEAP_LOCK);
// force nonzero size and round up to next paragraph
if (newsize == 0)
newsize = 1;
newsize = (newsize + BYTES_PER_PARA - 1) & ~(BYTES_PER_PARA - 1);
return (HeapReAlloc(_crtheap, HEAP_REALLOC_IN_PLACE_ONLY,
pBlock, newsize));
}
int __cdecl _chdrive (
int drive
)
{
char newdrive[3];
if (drive < 1 || drive > 31) {
errno = EACCES;
_doserrno = ERROR_INVALID_DRIVE;
return -1;
}
_mlock(_ENV_LOCK);
newdrive[0] = (char)('A' + (char)drive - (char)1);
newdrive[1] = ':';
newdrive[2] = '\0';
/*
* Set new drive. If current directory on new drive exists, it
* will become the cwd. Otherwise defaults to root directory.
*/
if ( SetCurrentDirectory((LPSTR)newdrive) ) {
_munlock(_ENV_LOCK);
return 0;
}
else {
_dosmaperr(GetLastError());
_munlock(_ENV_LOCK);
return -1;
}
}
/*
* @implemented
*/
int CDECL _pclose(FILE* file)
{
HANDLE h;
DWORD i;
if (!MSVCRT_CHECK_PMT(file != NULL)) return -1;
_mlock(_POPEN_LOCK);
for(i=0; i<popen_handles_size; i++)
{
if (popen_handles[i].f == file)
break;
}
if(i == popen_handles_size)
{
_munlock(_POPEN_LOCK);
*_errno() = EBADF;
return -1;
}
h = popen_handles[i].proc;
popen_handles[i].f = NULL;
_munlock(_POPEN_LOCK);
fclose(file);
if(WaitForSingleObject(h, INFINITE)==WAIT_FAILED || !GetExitCodeProcess(h, &i))
{
_dosmaperr(GetLastError());
CloseHandle(h);
return -1;
}
CloseHandle(h);
return i;
}
unsigned char * __cdecl _mbslwr(
unsigned char *string
)
{
unsigned char *cp;
_mlock(_MB_CP_LOCK);
for (cp=string; *cp; cp++)
{
if (_ISLEADBYTE(*cp))
{
#if defined (_WIN32)
int retval;
unsigned char ret[4];
if ((retval = __crtLCMapStringA(__mblcid,
LCMAP_LOWERCASE,
cp,
2,
ret,
2,
__mbcodepage,
TRUE)) == 0)
{
_munlock(_MB_CP_LOCK);
return NULL;
}
*cp = ret[0];
if (retval > 1)
*(++cp) = ret[1];
#else /* defined (_WIN32) */
int mbval = ((*cp) << 8) + *(cp+1);
cp++;
if ( mbval >= _MBUPPERLOW1
&& mbval <= _MBUPPERHIGH1 )
*cp += _MBCASEDIFF1;
else if (mbval >= _MBUPPERLOW2
&& mbval <= _MBUPPERHIGH2 )
*cp += _MBCASEDIFF2;
#endif /* defined (_WIN32) */
}
else
/* single byte, macro version */
*cp = (unsigned char) _mbbtolower(*cp);
}
_munlock(_MB_CP_LOCK);
return string ;
}
int __cdecl _mbsnbcmp(
const unsigned char *s1,
const unsigned char *s2,
size_t n
)
{
unsigned short c1, c2;
if (n==0)
return(0);
if ( _ISNOTMBCP )
return strncmp(s1, s2, n);
_mlock(_MB_CP_LOCK);
while (n--) {
c1 = *s1++;
if (_ISLEADBYTE(c1)) {
if (n==0)
{
c1 = 0; /* 'naked' lead - end of string */
c2 = _ISLEADBYTE(*s2) ? 0 : *s2;
goto test;
}
c1 = ( (*s1 == '\0') ? 0 : ((c1<<8) | *s1++) );
}
c2 = *s2++;
if (_ISLEADBYTE(c2)) {
if (n==0)
{
c2 = 0; /* 'naked' lead - end of string */
goto test;
}
--n;
c2 = ( (*s2 == '\0') ? 0 : ((c2<<8) | *s2++) );
}
test:
if (c1 != c2)
{
_munlock(_MB_CP_LOCK);
return( (c1 > c2) ? 1 : -1);
}
if (c1 == 0)
{
_munlock(_MB_CP_LOCK);
return(0);
}
}
_munlock(_MB_CP_LOCK);
return(0);
}
static BOOL WINAPI ctrlevent_capture (
DWORD CtrlType
)
{
_PHNDLR ctrl_action;
_PHNDLR *pctrl_action;
int sigcode;
_mlock(_SIGNAL_LOCK);
/*
* Identify the type of event and fetch the corresponding action
* description.
*/
if ( CtrlType == CTRL_C_EVENT ) {
ctrl_action = *(pctrl_action = &ctrlc_action);
sigcode = SIGINT;
}
else {
ctrl_action = *(pctrl_action = &ctrlbreak_action);
sigcode = SIGBREAK;
}
if ( ctrl_action == SIG_DFL ) {
/*
* return FALSE, indicating the event has NOT been handled
*/
_munlock(_SIGNAL_LOCK);
return FALSE;
}
if ( ctrl_action != SIG_IGN ) {
/*
* Reset the action to be SIG_DFL and call the user's handler.
*/
*pctrl_action = SIG_DFL;
_munlock(_SIGNAL_LOCK);
(*ctrl_action)(sigcode);
}
else
/*
* SIG_IGN - nothing special to do except release the lock
*/
_munlock(_SIGNAL_LOCK);
/*
* Return TRUE, indicating the event has been handled (which may
* mean it's being ignored)
*/
return TRUE;
}
unsigned char * __cdecl _mbsdec(
const unsigned char *string,
const unsigned char *current
)
{
const unsigned char *temp;
if (string >= current)
return(NULL);
if (0 == __mbcodepage)
return (unsigned char *)--current;
_mlock(_MB_CP_LOCK);
temp = current - 1;
/*
* If (current-1) returns true from _ISLEADBTYE, it is a trail byte, because
* it is not a legal single byte MBCS character. Therefore, is so, return
* (current-2) because it is the trailbyte's lead.
*/
if (_ISLEADBYTE(*temp))
{
_munlock(_MB_CP_LOCK);
return (unsigned char *)(temp - 1);
}
/*
* It is unknown whether (current - 1) is a single byte character or a
* trail. Now decrement temp until
* a) The beginning of the string is reached, or
* b) A non-lead byte (either single or trail) is found.
* The difference between (current-1) and temp is the number of non-single
* byte characters preceding (current-1). There are two cases for this:
* a) (current - temp) is odd, and
* b) (current - temp) is even.
* If odd, then there are an odd number of "lead bytes" preceding the
* single/trail byte (current - 1), indicating that it is a trail byte.
* If even, then there are an even number of "lead bytes" preceding the
* single/trail byte (current - 1), indicating a single byte character.
*/
while ((string <= --temp) && (_ISLEADBYTE(*temp)))
;
_munlock(_MB_CP_LOCK);
return (unsigned char *)(current - 1 - ((current - temp) & 0x01) );
}
/***
* _cputws() - _cputws() writes a wide char string to console.
*
* Purpose:
* Writes a wide char string to console.
*
* Entry:
* str: pointer to string
* Exit:
* returns 0 if sucessful. Nonzero if unsucessful
*
*******************************************************************************/
int _CRTIMP __cdecl _cputws(
const wchar_t *str
)
{
size_t len;
int retval = 0;
_VALIDATE_CLEAR_OSSERR_RETURN((str != NULL), EINVAL, -1);
len = wcslen(str);
_mlock(_CONIO_LOCK);
__try {
while(len--)
{
if ( _putwch_nolock(*str++) == WEOF)
{
retval = -1;
break;
}
}
}
__finally {
_munlock(_CONIO_LOCK);
}
return retval;
}
/*********************************************************************
* _tzset (MSVCRT.@)
*/
void CDECL MSVCRT__tzset(void)
{
tzset();
#if defined(HAVE_TIMEZONE) && defined(HAVE_DAYLIGHT)
MSVCRT___daylight = daylight;
MSVCRT___timezone = timezone;
#else
{
static const time_t seconds_in_year = (365 * 24 + 6) * 3600;
time_t t;
struct tm *tmp;
int zone_january, zone_july;
_mlock(_TIME_LOCK);
t = (time(NULL) / seconds_in_year) * seconds_in_year;
tmp = localtime(&t);
zone_january = -tmp->tm_gmtoff;
t += seconds_in_year / 2;
tmp = localtime(&t);
zone_july = -tmp->tm_gmtoff;
_munlock(_TIME_LOCK);
MSVCRT___daylight = (zone_january != zone_july);
MSVCRT___timezone = max(zone_january, zone_july);
}
#endif
lstrcpynA(tzname_std, tzname[0], sizeof(tzname_std));
tzname_std[sizeof(tzname_std) - 1] = '\0';
lstrcpynA(tzname_dst, tzname[1], sizeof(tzname_dst));
tzname_dst[sizeof(tzname_dst) - 1] = '\0';
}
int __cdecl _heapadd (
void * block,
size_t size
)
{
int retval;
/*
* Validate user's input. Note that _GRANULARITY must be a power
* of 2 for the tests below to be valid!
*/
if ( (size == 0) ||
((unsigned)block & (_GRANULARITY - 1)) ||
(size & (_GRANULARITY - 1))
)
return(-1);
/*
* Add the block to the heap.
*/
_mlock(_HEAP_LOCK);
retval = _heap_addblock(block, size);
_munlock(_HEAP_LOCK);
return(retval);
}
__RELIABILITY_CONTRACT
void __clean_type_info_names_internal(__type_info_node * p_type_info_root_node)
{
bool _MustReleaseLock = false;
__PREPARE_CONSTRAINED_REGION
__TRY
__BEGIN_CONSTRAINED_REGION
System::Threading::Thread::BeginThreadAffinity();
_mlock(_TYPEINFO_LOCK);
_MustReleaseLock = true;
__END_CONSTRAINED_REGION
/*
* Loop through the link list and delete all the entries.
*/
for (__type_info_node *pNode = p_type_info_root_node->next, *tmpNode=NULL;
pNode!=NULL;
pNode = tmpNode)
{
tmpNode = pNode->next;
_free_base(pNode->memPtr);
_free_base(pNode);
}
__FINALLY
if (_MustReleaseLock)
{
_munlock(_TYPEINFO_LOCK);
System::Threading::Thread::EndThreadAffinity();
}
__END_TRY_FINALLY
}
void operator delete(
void *pUserData
)
{
_CrtMemBlockHeader * pHead;
RTCCALLBACK(_RTC_Free_hook, (pUserData, 0));
if (pUserData == NULL)
return;
_mlock(_HEAP_LOCK); /* block other threads */
__TRY
/* get a pointer to memory block header */
pHead = pHdr(pUserData);
/* verify block type */
_ASSERTE(_BLOCK_TYPE_IS_VALID(pHead->nBlockUse));
_free_dbg( pUserData, pHead->nBlockUse );
__FINALLY
_munlock(_HEAP_LOCK); /* release other threads */
__END_TRY_FINALLY
return;
}
int __cdecl _cputs (
const char *string
)
{
ULONG num_written;
int error = 0; /* error occurred? */
_mlock(_CONIO_LOCK); /* acquire console lock */
/*
* _confh, the handle to the console output, is created the
* first time that either _putch() or _cputs() is called.
*/
if (_confh == -2)
__initconout();
/* write string to console file handle */
if ( (_confh == -1) || !WriteConsole( (HANDLE)_confh,
(LPVOID)string,
strlen(string),
&num_written,
NULL )
)
/* return error indicator */
error = -1;
_munlock(_CONIO_LOCK); /* release console lock */
return error;
}
unsigned char * __cdecl _mbsrchr(
const unsigned char *str,
unsigned int c
)
{
char *r = NULL;
unsigned int cc;
if (0 == __mbcodepage)
return strrchr(str, c);
_mlock(_MB_CP_LOCK);
do {
cc = *str;
if (_ISLEADBYTE(cc)) {
if(*++str) {
if (c == ((cc<<8)|*str))
r = (char *)str - 1;
}
else if(!r)
/* return pointer to '\0' */
r = (char *)str;
}
else if (c == cc)
r = (char *)str;
}
while (*str++);
_munlock(_MB_CP_LOCK);
return(r);
}
unsigned char * __cdecl _mbsnbcat(
unsigned char *dst,
const unsigned char *src,
size_t cnt
)
{
unsigned char *start;
if (!cnt)
return(dst);
if (0 == __mbcodepage)
return strncat(dst, src, cnt);
_mlock(_MB_CP_LOCK);
start = dst;
while (*dst++)
;
--dst; // dst now points to end of dst string
/* if last char in string is a lead byte, back up pointer */
if (_MBSBTYPE(start, (int) ((dst - start) - 1)) == _MBC_LEAD)
--dst;
/* copy over the characters */
while (cnt--) {
if (_ISLEADBYTE(*src)) {
*dst++ = *src++;
if (!cnt--) { /* write nul if cnt exhausted */
dst[-1] = '\0';
break;
}
if ((*dst++ = *src++)=='\0') { /* or if no trail byte */
dst[-2] = '\0';
break;
}
}
else if ((*dst++ = *src++) == '\0')
break;
}
/* enter final nul, if necessary */
if (_MBSBTYPE(start, (int) ((dst - start) - 1)) == _MBC_LEAD)
dst[-1] = '\0';
else
*dst = '\0';
_munlock(_MB_CP_LOCK);
return(start);
}
void __cdecl _heap_print_desc(void)
{
_mlock(_HEAP_LOCK);
_heap_print_desc_lk();
_munlock(_HEAP_LOCK);
}
/*
* type_info::~type_info() has been moved from typinfo.cpp to typname.cpp.
* The reason being we need to clean the link list when destructing the
* object.
*/
__RELIABILITY_CONTRACT
void type_info::_Type_info_dtor(type_info *_This)
{
bool _MustReleaseLock = false;
__PREPARE_CONSTRAINED_REGION
__TRY
__BEGIN_CONSTRAINED_REGION
System::Threading::Thread::BeginThreadAffinity();
_mlock(_TYPEINFO_LOCK);
_MustReleaseLock = true;
__END_CONSTRAINED_REGION
if (_This->_m_data != NULL) {
/*
* We should first check the global link list before freeing _m_data.
* Ideally we should always find _m_data in the linklist.
*/
for(__type_info_node *pNode = __type_info_root_node.next,*tmpNode = &__type_info_root_node;
pNode!=NULL;
pNode = tmpNode)
{
if(pNode->memPtr == _This->_m_data) {
/*
* Once the node is found, delete it from the list and
* free the memroy.
*/
tmpNode->next = pNode->next;
_free_base(pNode);
break;
}
tmpNode=pNode;
/*
* This should always be true. i.e. we should always find _m_data
* int the global linklist.
*/
_ASSERTE(pNode->next != NULL);
}
/*
* Ideally we should be freeing this in the loop but just in case
* something is wrong, we make sure we don't leak the memory.
*/
_free_base(_This->_m_data);
/*
* Note that the same object can exist in different threads. This
* means to be very sure, we must always set _m_data to NULL so that
* we don't land in the _ASSERTE in the previous lines.
*/
_This->_m_data = NULL;
}
__FINALLY
if (_MustReleaseLock)
{
_munlock(_TYPEINFO_LOCK);
System::Threading::Thread::EndThreadAffinity();
}
__END_TRY_FINALLY
}
unsigned char * __cdecl _mbsspnp(
const unsigned char *string,
const unsigned char *charset
)
#endif
{
unsigned char *p, *q;
#ifndef _RETURN_PTR
if (0 == __mbcodepage)
return strspn(string, charset);
#else
if (0 == __mbcodepage)
{
size_t retval;
retval = strspn(string, charset);
return (unsigned char *)(*(string + retval) ? string + retval : NULL);
}
#endif
_mlock(_MB_CP_LOCK);
/* loop through the string to be inspected */
for (q = (char *)string; *q; q++) {
/* loop through the charset */
for (p = (char *)charset; *p; p++) {
if (_ISLEADBYTE(*p)) {
if (((*p == *q) && (p[1] == q[1])) || p[1] == '\0')
break;
p++;
}
else
if (*p == *q)
break;
}
if (*p == '\0') /* end of charset? */
break; /* yes, no match on this char */
if (_ISLEADBYTE(*q))
if (*++q == '\0')
break;
}
_munlock(_MB_CP_LOCK);
#ifndef _RETURN_PTR
return((size_t) (q - string)); /* index */
#else
return((*q) ? q : NULL); /* pointer */
#endif
}
void __cdecl _print_tiddata (
unsigned long tid
)
{
int i; /* loop index */
int threadcnt; /* number of active threads */
/*
* lock the _ptd[] table.
*/
_mlock(_THREADDATA_LOCK);
/*
* see if caller want's all threads or just a specific one.
*/
if (tid == (unsigned long) -1L) {
/*
* caller want's all threads!
*/
for ( i = threadcnt = 0 ; i < 1024 ; i++ )
/*
* print out the fields of *_ptd[i] for each entry
* bound to an active thread (i.e., for each i st
* _ptd[i] non-NULL). also, count up the total number
* of active threads.
*/
if ( _ptd[i] != NULL ) {
threadcnt++;
_print_tiddata1(_ptd[i]);
}
printf("\nTHERE ARE %d CURRENTLY ACTIVE THREADS!\n", threadcnt);
}
else {
/*
* caller just interested in a particular thread. search
* the _ptd[] table inline because a call to _getptd[] would
* have unpleasant side effects if tid is not (or no longer)
* valid.
*/
for ( i = 0 ; (i < 1024) && ((_ptd[i] == NULL) ||
(_ptd[i] == (_ptiddata)1L) || (_ptd[i]->_tid != tid)) ;
i++ ) ;
if ( i < 1024 )
_print_tiddata1(_ptd[i]);
else
printf("\nTID INVALID OR THREAD HAS TERMINATED!\n");
}
/*
* unlock the _ptd[] table.
*/
_munlock(_THREADDATA_LOCK);
}
int __cdecl _mbsncmp(
const unsigned char *s1,
const unsigned char *s2,
size_t n
)
{
unsigned short c1, c2;
if (n==0)
return(0);
if ( _ISNOTMBCP )
return strncmp(s1, s2, n);
_mlock(_MB_CP_LOCK);
while (n--) {
c1 = *s1++;
if (_ISLEADBYTE(c1))
c1 = ( (*s1 == '\0') ? 0 : ((c1<<8) | *s1++) );
c2 = *s2++;
if (_ISLEADBYTE(c2))
c2 = ( (*s2 == '\0') ? 0 : ((c2<<8) | *s2++) );
if (c1 != c2)
{
_munlock(_MB_CP_LOCK);
return( (c1 > c2) ? 1 : -1);
}
if (c1 == 0)
{
_munlock(_MB_CP_LOCK);
return(0);
}
}
_munlock(_MB_CP_LOCK);
return(0);
}
static BOOL WINAPI ctrlevent_capture (
DWORD CtrlType
)
{
_PHNDLR ctrl_action;
_PHNDLR *pctrl_action;
int sigcode;
_mlock(_SIGNAL_LOCK);
__try {
/*
* Identify the type of event and fetch the corresponding action
* description.
*/
if ( CtrlType == CTRL_C_EVENT ) {
pctrl_action = &ctrlc_action;
ctrl_action = (_PHNDLR) _decode_pointer(*pctrl_action);
sigcode = SIGINT;
}
else {
pctrl_action = &ctrlbreak_action;
ctrl_action = (_PHNDLR) _decode_pointer(*pctrl_action);
sigcode = SIGBREAK;
}
if ( !(ctrl_action == SIG_DFL) && !(ctrl_action == SIG_IGN) )
/*
* Reset the action to be SIG_DFL
*/
*pctrl_action = (_PHNDLR) _encoded_null();
}
__finally {
_munlock(_SIGNAL_LOCK);
}
if ( ctrl_action == SIG_DFL )
/*
* return FALSE, indicating the event has NOT been handled
*/
return FALSE;
if ( ctrl_action != SIG_IGN ) {
(*ctrl_action)(sigcode);
}
/*
* Return TRUE, indicating the event has been handled (which may
* mean it's being ignored)
*/
return TRUE;
}
/*********************************************************************
* _localtime64 (MSVCRT.@)
*/
struct MSVCRT_tm* CDECL MSVCRT__localtime64(const MSVCRT___time64_t* secs)
{
struct tm *tm;
thread_data_t *data;
time_t seconds = *secs;
if (seconds < 0) return NULL;
_mlock(_TIME_LOCK);
if (!(tm = localtime( &seconds))) {
_munlock(_TIME_LOCK);
return NULL;
}
data = msvcrt_get_thread_data();
unix_tm_to_msvcrt( &data->time_buffer, tm );
_munlock(_TIME_LOCK);
return &data->time_buffer;
}
void __cdecl _heap_print_regions(void)
{
/* lock the heap
*/
_mlock(_HEAP_LOCK);
_heap_print_regions_lk();
/* release the heap lock
*/
_munlock(_HEAP_LOCK);
}
void __cdecl _heap_print_emptylist(void)
{
/* lock the heap
*/
_mlock(_HEAP_LOCK);
_heap_print_emptylist_lk();
/* release the heap lock
*/
_munlock(_HEAP_LOCK);
}
void __cdecl _free_base (void * pBlock)
{
PHEADER pHeader;
if (pBlock == NULL)
return;
_mlock(_HEAP_LOCK);
if ((pHeader = __sbh_find_block(pBlock)) != NULL)
{
__sbh_free_block(pHeader, pBlock);
_munlock(_HEAP_LOCK);
}
else
{
_munlock(_HEAP_LOCK);
HeapFree(_crtheap, 0, pBlock);
}
}
int __cdecl _fcloseall (
void
)
{
REG2 int count = 0;
#ifdef _WIN32
REG1 i;
_mlock(_IOB_SCAN_LOCK);
for ( i = 3 ; i < _nstream ; i++ ) {
if ( __piob[i] != NULL ) {
/*
* if the stream is in use, close it
*/
if ( inuse( (FILE *)__piob[i] ) && (fclose( __piob[i] ) !=
EOF) )
count++;
/*
* if stream is part of a _FILEX we allocated, free it.
*/
if ( i >= _IOB_ENTRIES ) {
#if defined (_MT)
DeleteCriticalSection( &(((_FILEX *)__piob[i])->lock) );
#endif /* defined (_MT) */
_free_crt( __piob[i] );
__piob[i] = NULL;
}
}
}
_munlock(_IOB_SCAN_LOCK);
#else /* _WIN32 */
#if defined (_M_MPPC) || defined (_M_M68K)
REG1 FILE *stream = &_iob[3];
for (; stream <= _lastiob; stream++)
if (fclose(stream) != EOF)
count++;
#endif /* defined (_M_MPPC) || defined (_M_M68K) */
#endif /* _WIN32 */
return(count);
}
