_CODE_ACCESS int fprintf(FILE *_fp, const char *_format, ...)
{
va_list _ap;
int rval;
char *fptr = (char *)_format;
/*------------------------------------------------------------------------*/
/* The current thread in a multi-threaded application must protect access */
/* to the file stream. In this case, _fp may be updated, so we must */
/* ensure that the local copy of _fp is flushed to shared memory before */
/* leaving the critical section (invalidated if it is not modified). */
/*------------------------------------------------------------------------*/
__TI_file_lock(_fp);
/*------------------------------------------------------------------------*/
/* If the current stream is not associated with a file, return an error. */
/*------------------------------------------------------------------------*/
if (_fp->fd == -1)
{
__TI_data_synch_INV(_fp, sizeof(FILE));
__TI_file_unlock(_fp);
return (-1);
}
va_start(_ap, _format);
rval = __TI_printfi(&fptr, _ap, (void *)_fp, _outc, _outs);
va_end(_ap);
__TI_data_synch_WBINV(_fp, sizeof(FILE));
__TI_file_unlock(_fp);
return (rval);
}
_CODE_ACCESS int vprintf(const char *_format, va_list _ap)
{
int result;
char *fptr = (char *)_format;
/*------------------------------------------------------------------------*/
/* The current thread in a multi-threaded application must protect access */
/* to stdout. In this case, stdout may be updated, so we must ensure that */
/* the local copy of stdout is flushed to shared memory before leaving the*/
/* critical section (invalidated if it is not modified). */
/*------------------------------------------------------------------------*/
__TI_file_lock(stdout);
/*------------------------------------------------------------------------*/
/* If the current stream is not associated with a file, return an error. */
/*------------------------------------------------------------------------*/
if (stdout->fd == -1)
{
__TI_data_synch_INV(stdout, sizeof(FILE));
__TI_file_unlock(stdout);
return (EOF);
}
result = (__TI_printfi(&fptr, _ap, (void *)stdout, _outc, _outs));
__TI_data_synch_WBINV(stdout, sizeof(FILE));
__TI_file_unlock(stdout);
return (result);
}
_CODE_ACCESS int vsprintf(char *_string, const char *_format, va_list _ap)
{
int rval;
char *fptr = (char *)_format;
char *out_end = _string;
rval = __TI_printfi(&fptr, _ap, (void *)&out_end, _outc, _outs);
*out_end = '\0';
return rval;
}
_CODE_ACCESS int sprintf(char *_string, const char *_format, ...)
{
va_list _ap;
int rval;
char *fptr = (char *)_format;
char *out_end = _string;
va_start(_ap, _format);
rval = __TI_printfi(&fptr, _ap, (void *)&out_end, _outc, _outs);
va_end(_ap);
*out_end = '\0';
return (rval);
}
_CODE_ACCESS int vsnprintf(char *_string, size_t _n,
const char *_format, va_list _ap)
{
int rval;
char *fptr = (char *)_format;
struct holder holder;
if (_n == 0) /* write nothing */
holder.n = 0;
else /* set up buffer */
holder.n = _n - 1;
holder.written = 0;
holder.out_end = _string;
rval = __TI_printfi(&fptr, _ap, (void *)&holder, _outc, _outs);
if (_n) *holder.out_end = '\0';
return rval;
}