RBT_INSERT
RBT_INSERT(btshead, &d->btraces, p);
RBT_INSERT(leaktree, leaks, p);
if (RBT_INSERT(tree, &root, tmp) != NULL)
if (RBT_INSERT(tree, &root, tmp) != NULL)
if (RBT_INSERT(tree, &root, tmp) != NULL)
RBT_INSERT(tree, &root, tmp);
ostlim = RBT_INSERT(pfctl_statelim_ids, &pf->statelim_ids, stlim);
ostlim = RBT_INSERT(pfctl_statelim_nms, &pf->statelim_nms, stlim);
osrlim = RBT_INSERT(pfctl_sourcelim_ids, &pf->sourcelim_ids, srlim);
osrlim = RBT_INSERT(pfctl_sourcelim_nms, &pf->sourcelim_nms, srlim);
RBT_INSERT(octcrypto_tree, &sc->sc_sessions, ses);
} while (RBT_INSERT(bio_mappings, &bios, bm) != NULL);
oks = RBT_INSERT(kstat_pv_tree, &kstat_pv_tree, ks);
oks = RBT_INSERT(kstat_nm_tree, &kstat_nm_tree, ks);
oks = RBT_INSERT(kstat_id_tree, &kstat_id_tree, ks);
if (RBT_INSERT(unvname_rbt, &uv->uv_names, unvn) != NULL) {
if (RBT_INSERT(hiballoc_addr, &arena->hib_addrs, new_entry) != NULL)
RBT_INSERT(hiballoc_addr, &arena->hib_addrs, entry);
RBT_INSERT(phtree, &pp->pr_phtree, ph);
if (RBT_INSERT(buf_rb_bufs, &vp->v_bufs_tree, bp))
if ((lncp = RBT_INSERT(namecache_rb_cache, &dvp->v_nc_tree, ncp))
osc = (struct bpe_softc *)RBT_INSERT(bpe_tree, &bpe_interfaces,
return (RBT_INSERT(eb_tree, &eb->eb_tree, ebe));
rvebe = RBT_INSERT(eb_tree, &eb->eb_tree, nebe);
if (RBT_INSERT(mgre_tree, &mgre_tree, sc) != NULL)
if (RBT_INSERT(egre_tree, &egre_tree, sc) != NULL)
if (RBT_INSERT(nvgre_mcast_tree, &nvgre_mcast_tree, sc) != NULL) {
if (RBT_INSERT(nvgre_ucast_tree, &nvgre_ucast_tree, sc) != NULL) {
if (RBT_INSERT(eoip_tree, &eoip_tree, sc) != NULL)
if (RBT_INSERT(erspan_tree, &erspan_tree, sc) != NULL)
if (RBT_INSERT(pppx_ifs, &pppx_ifs, pxi) != NULL) {
ovp = RBT_INSERT(veb_pvlan_vp, &sc->sc_pvlans_vp, v);
ovs = RBT_INSERT(veb_pvlan_vs, &sc->sc_pvlans_vs, v);
op = RBT_INSERT(vxlan_peers, &vt->vt_peers, p);
RBT_INSERT(vxlan_peers, &vt->vt_peers, p);
cur = RBT_INSERT(pf_state_tree, &pf_statetbl, sk);
if (RBT_INSERT(pf_state_tree_id, &tree_id, st) != NULL) {
if (RBT_INSERT(pf_source_tree,
if (RBT_INSERT(pf_source_ioc_tree,
if (RBT_INSERT(pf_statelim_id_tree,
if (RBT_INSERT(pf_statelim_nm_tree,
opfstlim = RBT_INSERT(pf_statelim_id_tree,
opfsrlim = RBT_INSERT(pf_sourcelim_id_tree,
if (RBT_INSERT(pf_sourcelim_id_tree,
if (RBT_INSERT(pf_sourcelim_nm_tree,
RBT_INSERT(pf_sourcelim_nm_tree,
RBT_INSERT(ieee80211_tree, &ic->ic_tree, ni);
found = RBT_INSERT(ipsec_ids_tree, &ipsec_ids_tree, ids);
while (RBT_INSERT(ipsec_ids_flows, &ipsec_ids_flows, ids) != NULL) {
np2 = RBT_INSERT(nfs_nodetree, &nmp->nm_ntree, np);
if ((rb_rv = RBT_INSERT(uaddr_free_rbtree, &uaddr->up_free, entry)) !=
if ((rb_rv = RBT_INSERT(uaddr_free_rbtree, &uaddr->ubf_free, entry)) !=
res = RBT_INSERT(uvm_map_addr, &map->addr, entry);
dupe = RBT_INSERT(uvm_objtree, &pg->uobject->memt, pg);
RBT_INSERT(uvm_pmemrange_addr, &uvm.pmr_control.addr, drain);
RBT_INSERT(uvm_pmemrange_addr, &uvm.pmr_control.addr, new_pmr);
RBT_INSERT(uvm_pmr_addr, &pmr->addr, pg);
RBT_INSERT(uvm_pmr_size, &pmr->size[memtype], pg + 1);
if (RBT_INSERT(kstat_tree, kt, kse) != NULL)
if (RBT_INSERT(ifaces, &lldpd->ifaces, ifp) != NULL) {
return (RBT_INSERT(ifaces, &lldpd->ifaces, ifp));