netpfil/ipfw/ip_fw_dynamic.c

174 	uint16_t	kidx;		/* named object index */
199 	uint16_t	kidx;		/* named object index */
645 	DYN_DEBUG("kidx %d", idx);
683 		 * Just return its kidx and bump refcount.
685 		*pkidx = no->kidx;
689 		DYN_DEBUG("\tfound kidx %d", *pkidx);
692 	if (ipfw_objhash_alloc_idx(ni, &obj->no.kidx) != 0) {
699 	SRV_OBJECT(ch, obj->no.kidx) = obj;
701 	*pkidx = obj->no.kidx;
703 	DYN_DEBUG("\tcreated kidx %d", *pkidx);
718 	    no->name, no->etlv, no->kidx, no->refcnt));
719 	DYN_DEBUG("kidx %d", no->kidx);
720 	obj = SRV_OBJECT(ch, no->kidx);
721 	SRV_OBJECT(ch, no->kidx) = NULL;
723 	ipfw_objhash_free_idx(CHAIN_TO_SRV(ch), no->kidx);
1055 		if (info->kidx != 0 && s->kidx != info->kidx)
1081     const void *ulp, int pktlen, uint32_t bucket, uint16_t kidx)
1090 		    s->kidx != kidx)
1124 		 * NOTE: we do not need to check kidx, because parent rule
1125 		 * can not create states with different kidx.
1206 		if (info->kidx != 0 && s->kidx != info->kidx)
1233     const void *ulp, int pktlen, uint32_t bucket, uint16_t kidx)
1241 		if (s->proto != pkt->proto || s->kidx != kidx ||
1277 		 * NOTE: we do not need to check kidx, because parent rule
1278 		 * can not create states with different kidx.
1342 	info->kidx = cmd->arg1;
1512 dyn_alloc_ipv4_state(const struct ipfw_flow_id *pkt, uint16_t kidx,
1522 	s->kidx = kidx;
1541     uint16_t kidx)
1574 	s = dyn_alloc_ipv4_state(pkt, kidx, O_LIMIT_PARENT);
1595     uint16_t kidx, uint8_t type)
1604 	    info->kidx != kidx ||
1612 		    bucket, kidx) != 0) {
1625 	s = dyn_alloc_ipv4_state(pkt, kidx, type);
1643     uint16_t kidx, uint8_t type)
1652 	s->kidx = kidx;
1672     uint32_t version, uint16_t kidx)
1705 	s = dyn_alloc_ipv6_state(pkt, zoneid, kidx, O_LIMIT_PARENT);
1726     uint16_t fibnum, uint16_t kidx, uint8_t type)
1735 	    info->kidx != kidx ||
1743 		    bucket, kidx) != 0) {
1756 	s = dyn_alloc_ipv6_state(pkt, zoneid, kidx, type);
1774     struct ip_fw *rule, uint32_t hashval, uint32_t limit, uint16_t kidx)
1799 			    rule->rulenum, pkt, hashval, version, kidx);
1823 			    kidx);
1868     uint16_t kidx, uint8_t type)
1910 		    limit, kidx);
1933 		    ulp, pktlen, hashval, info, fibnum, kidx, type);
1937 		    zoneid, ulp, pktlen, hashval, info, fibnum, kidx, type);
2136     struct ip_fw *rule, uint16_t kidx)
2149 	MPASS(kidx != 0);
2153 	obj = SRV_OBJECT(ch, kidx);
2163     struct ip_fw *rule, uint16_t kidx)
2168 	MPASS(kidx != 0);
2170 	obj = SRV_OBJECT(ch, kidx);
2208 	dyn_acquire_rule(ch, s->data, rule, s->kidx);
2233 	dyn_acquire_rule(ch, s->data, rule, s->kidx);
2299 					    rule, s->kidx);		\
2847 		MPASS(s->kidx != 0);					\
2849 		    s->kidx) != 0)					\
2900 dyn_export_parent(const struct dyn_parent *p, uint16_t kidx, uint8_t set,
2905 	dst->kidx = kidx;
2932 dyn_export_data(const struct dyn_data *data, uint16_t kidx, uint8_t type,
2937 	dst->kidx = kidx;
2974 		dyn_export_parent(s->limit, s->kidx, rule->set, dst);
2980 		dyn_export_data(s->data, s->kidx, s->type, rule->set, dst);
3006 		dyn_export_parent(s->limit, s->kidx, rule->set, dst);
3012 		dyn_export_data(s->data, s->kidx, s->type, rule->set, dst);