Cross Reference: /src/lib/libnpf/npf.c

Lines Matching defs:nat
572 	if (natset && !dnvlist_get_bool(rule_nvl, "nat-rule", false)) {
577 	nvlist_add_bool(rule_nvl, "nat-ruleset", natset);
597 	nvlist_add_bool(rule_nvl, "nat-ruleset", natset);
614 	nvlist_add_bool(rule_nvl, "nat-ruleset", natset);
631 	nvlist_add_bool(rule_nvl, "nat-ruleset", natset);
893 	nvlist_add_bool(req, "nat-ruleset", natset);
1000  * NAT INTERFACE.
1013 	/* Create a rule for NAT policy.  Next, will add NAT data. */
1023 	nvlist_add_bool(rule_dict, "nat-rule", true);
1030 	nvlist_append_nvlist_array(ncf->ncf_dict, "nat", nt->rule_dict);
1040 	return _npf_rule_iterate1(ncf, "nat", iter, &level);
1047 	if (!_npf_add_addr(nt->rule_dict, "nat-addr", af, addr)) {
1050 	nvlist_add_number(nt->rule_dict, "nat-mask", (uint32_t)mask);
1058 	nvlist_add_number(nt->rule_dict, "nat-port", port);
1068 	nvlist_add_number(nt->rule_dict, "nat-table-id", tid);
1075 	nvlist_add_number(nt->rule_dict, "nat-algo", algo);
1106 	return dnvlist_get_number(nt->rule_dict, "nat-algo", 0);
1114 	if (nvlist_exists(nt->rule_dict, "nat-addr")) {
1115 		data = nvlist_get_binary(nt->rule_dict, "nat-addr", alen);
1116 		*mask = nvlist_get_number(nt->rule_dict, "nat-mask");
1128 	return (uint16_t)dnvlist_get_number(nt->rule_dict, "nat-port", 0);
1134 	return dnvlist_get_number(nt->rule_dict, "nat-table-id", 0);
1373  * CONNECTION / NAT ENTRY INTERFACE.
1388 	const nvlist_t *nat;
1431 	 * Get the NAT entry and extract the translated pair.
1433 	if ((nat = dnvlist_get_nvlist(resp, "nat", NULL)) == NULL) {
1437 	if (_npf_get_addr(nat, "oaddr", addr[0]) == 0 ||
1438 	    _npf_get_addr(nat, "taddr", addr[1]) == 0) {
1442 	port[0] = ntohs(nvlist_get_number(nat, "oport"));
1443 	port[1] = ntohs(nvlist_get_number(nat, "tport"));
1497 	if ((nat_nv = dnvlist_get_nvlist(conn, "nat", NULL)) != NULL) {
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