TET_IMPORT struct ptab *tet_ptalloc()
{
register struct ptab *pp;
/* allocate transport-independent data area */
errno = 0;
if ((pp = (struct ptab *) malloc(sizeof *pp)) == (struct ptab *) 0) {
error(errno, "can't malloc ptab entry", (char *) 0);
return((struct ptab *) 0);
}
TRACE2(tet_Tbuf, 6, "allocate ptab = %s", tet_i2x(pp));
bzero((char *) pp, sizeof *pp);
/* call the routine to allocate transport-specific data */
if (tet_ts_ptalloc(pp) < 0) {
tet_ptfree(pp);
return((struct ptab *) 0);
}
/* call the routine to allocate server-specific data space */
if (tet_ss_ptalloc(pp) < 0) {
tet_ptfree(pp);
return((struct ptab *) 0);
}
/* initialise variables */
pp->pt_next = pp->pt_last = (struct ptab *) 0;
pp->pt_magic = PT_MAGIC;
pp->ptr_sysid = -1;
pp->ptr_pid = -1L;
pp->ptr_ptype = PT_NOPROC;
pp->pt_state = PS_IDLE;
return(pp);
}
TET_IMPORT void tet_logoff()
{
#ifndef TET_LITE /* -START-LITE-CUT- */
register struct ptab *pp;
extern struct ptab *tet_ptab;
TET_SIGSAFE_DEF
API_LOCK;
while (tet_ptab) {
pp = tet_ptab;
TET_SIGSAFE_START;
tet_ti_logoff(pp, 0);
tet_ptrm(pp);
tet_ptfree(pp);
TET_SIGSAFE_END;
}
tet_sdlogoff(0);
tet_xdlogoff();
tet_ts_cleanup();
API_UNLOCK;
#endif /* -END-LITE-CUT- */
}
