sbin/routed/table.c

326 		 * aggregation table for the new route.
363 	/* If we find the even/odd twin of the new route, and if the
368 	 * the new route must be odd.  However, the second or later
385 			 * already present.  So we know that the new route is
470 			 * in the table to the new, odd twin.
516 			/* Promote the new, odd twin by shaving its
546 	 * the new route.
577 	/* Save the new route on the end of the table.
823 	struct rt_spare new;
828 	memset(&new, 0, sizeof(new));
829 	new.rts_ifp = ifp;
830 	new.rts_gate = k->k_gate;
831 	new.rts_router = (ifp != NULL) ? ifp->int_addr : loopaddr;
832 	new.rts_metric = k->k_metric;
833 	new.rts_time = now.tv_sec;
838 			rtchange(rt, rt->rt_state | RS_STATIC, &new, 0);
840 		rtadd(k->k_dst, k->k_mask, RS_STATIC, &new);
1352 		/* will need to add new entry to the kernel table */
1706       struct	rt_spare *new)
1733 	rt->rt_spares[0] = *new;
1759 	 u_int	state,			/* new state bits */
1760 	 struct rt_spare *new,
1763 	if (rt->rt_metric != new->rts_metric) {
1768 		if (new->rts_metric == HOPCNT_INFINITY) {
1770 			if (new->rts_time >= now.tv_sec - EXPIRE_TIME)
1771 				new->rts_time = now.tv_sec - EXPIRE_TIME;
1777 	if (rt->rt_gate != new->rts_gate) {
1787 	if (!AGE_RT(state, new->rts_ifp))
1788 		new->rts_time = now.tv_sec;
1791 		trace_change(rt, state, new,
1795 	rt->rt_spares[0] = *new;
1895 	struct rt_spare new;
1898 	new = rt->rt_spares[0];
1899 	new.rts_metric = HOPCNT_INFINITY;
1900 	rtchange(rt, rt->rt_state & ~(RS_IF | RS_LOCAL | RS_STATIC), &new, 0);
1965 		struct rt_spare new = rt->rt_spares[0];
1966 		new.rts_ifp = ifp1;
1968 			 &new, 0);
2086 		struct rt_spare new = RT->rt_spares[0];
2087 		new.rts_metric = HOPCNT_INFINITY;
2088 		rtchange(RT, RT->rt_state, &new, 0);