1624 vnlru_under(u_long rnumvnodes, u_long limit)  in vnlru_under()  argument
1628 	if (__predict_false(rnumvnodes > desiredvnodes))  in vnlru_under()
1631 	space = desiredvnodes - rnumvnodes;  in vnlru_under()
1710 	u_long rnumvnodes, rfreevnodes;  in vnlru_proc_light_pick()  local
1715 	rnumvnodes = atomic_load_long(&numvnodes);  in vnlru_proc_light_pick()
1726 	if (rnumvnodes > desiredvnodes + VNLRU_COUNT_SLOP + 10) {  in vnlru_proc_light_pick()
1727 		if (rnumvnodes - rfreevnodes >= desiredvnodes ||  in vnlru_proc_light_pick()
1732 		return (rnumvnodes - desiredvnodes);  in vnlru_proc_light_pick()
1739 	if (rnumvnodes < wantfreevnodes) {  in vnlru_proc_light_pick()
1778 	u_long rnumvnodes, rfreevnodes, target;  in vnlru_proc()  local
1795 		rnumvnodes = atomic_load_long(&numvnodes);  in vnlru_proc()
1807 		if (rnumvnodes > desiredvnodes + 10) {  in vnlru_proc()
1808 			vnlru_free_locked_vnlru(rnumvnodes - desiredvnodes);  in vnlru_proc()
1810 			rnumvnodes = atomic_load_long(&numvnodes);  in vnlru_proc()
1823 		if (force == 0 && !vnlru_under(rnumvnodes, vlowat)) {  in vnlru_proc()
1829 		onumvnodes = rnumvnodes;  in vnlru_proc()
1837 		if (rnumvnodes <= desiredvnodes)  in vnlru_proc()
1838 			usevnodes = rnumvnodes - rfreevnodes;  in vnlru_proc()
1840 			usevnodes = rnumvnodes;  in vnlru_proc()
1855 		target = rnumvnodes * (int64_t)gapvnodes / imax(desiredvnodes, 1);  in vnlru_proc()
1984 vn_alloc_hard(struct mount *mp, u_long rnumvnodes, bool bumped)  in vn_alloc_hard()  argument
1989 		if (rnumvnodes > desiredvnodes + VNLRU_COUNT_SLOP) {  in vn_alloc_hard()
2002 	rnumvnodes = atomic_load_long(&numvnodes);  in vn_alloc_hard()
2003 	if (rnumvnodes + !bumped < desiredvnodes) {  in vn_alloc_hard()
2053 	u_long rnumvnodes;  in vn_alloc()  local
2057 	rnumvnodes = atomic_fetchadd_long(&numvnodes, 1) + 1;  in vn_alloc()
2058 	if (__predict_false(vnlru_under(rnumvnodes, vlowat))) {  in vn_alloc()
2059 		return (vn_alloc_hard(mp, rnumvnodes, true));  in vn_alloc()