}
} else if (cnt == 0) {  th->th_ta_p = (td_thragent_t *) ta; th->th_unique = NULL;  return TD_OK; }
td_ta_map_lwp2thr (const td_thragent_t *ta, lwpid_t lwpid, td_thrhandle_t *th){  int pthread_threads_max = ta->pthread_threads_max;  size_t sizeof_descr = ta->sizeof_descr;  struct pthread_handle_struct phc[pthread_threads_max];  size_t cnt;#ifdef ALL_THREADS_STOPPED  int num;#else# define num 1#endif  LOG ("td_ta_map_lwp2thr");  /* Test whether the TA parameter is ok.  */  if (! ta_ok (ta))    return TD_BADTA;  /* Read all the descriptors.  */  if (ps_pdread (ta->ph, ta->handles, phc,		 sizeof (struct pthread_handle_struct) * pthread_threads_max)      != PS_OK)    return TD_ERR;	/* XXX Other error value?  */#ifdef ALL_THREADS_STOPPED  /* Read the number of currently active threads.  */  if (ps_pdread (ta->ph, ta->pthread_handles_num, &num, sizeof (int)) != PS_OK)    return TD_ERR;	/* XXX Other error value?  */#endif  /* Get the entries one after the other and find out whether the ID     matches.  */  for (cnt = 0; cnt < pthread_threads_max && num > 0; ++cnt)    if (phc[cnt].h_descr != NULL)      {	struct _pthread_descr_struct pds;#ifdef ALL_THREADS_STOPPED	/* First count this active thread.  */	--num;#endif	if (ps_pdread (ta->ph, phc[cnt].h_descr, &pds, sizeof_descr) != PS_OK)	  return TD_ERR;	/* XXX Other error value?  */	if ((pds.p_pid ?: ps_getpid (ta->ph)) == lwpid)	  {	    /* Found it.  Now fill in the `td_thrhandle_t' object.  */	    th->th_ta_p = (td_thragent_t *) ta;	    th->th_unique = phc[cnt].h_descr;	    return TD_OK;	  }    }  return TD_NOLWP;}