FW3_OPT("reflection", bool, redirect, reflection),
FW3_OPT("reflection_src", reflection_source,
redirect, reflection_src),
+ FW3_LIST("reflection_zone", device, redirect, reflection_zones),
FW3_OPT("target", target, redirect, target),
INIT_LIST_HEAD(&redir->proto);
INIT_LIST_HEAD(&redir->mac_src);
+ INIT_LIST_HEAD(&redir->reflection_zones);
redir->enabled = true;
redir->reflection = true;
print_reflection(struct fw3_ipt_handle *h, struct fw3_state *state,
struct fw3_redirect *redir, int num,
struct fw3_protocol *proto, struct fw3_address *ra,
- struct fw3_address *ia, struct fw3_address *ea)
+ struct fw3_address *ia, struct fw3_address *ea, struct fw3_device *rz)
{
struct fw3_ipt_rule *r;
fw3_ipt_rule_time(r, &redir->time);
set_comment(r, redir->name, num, "reflection");
set_snat_dnat(r, FW3_FLAG_DNAT, &redir->ip_redir, &redir->port_redir);
- fw3_ipt_rule_replace(r, "zone_%s_prerouting", redir->dest.name);
+ fw3_ipt_rule_replace(r, "zone_%s_prerouting", rz->name);
r = fw3_ipt_rule_create(h, proto, NULL, NULL, ia, &redir->ip_redir);
fw3_ipt_rule_sport_dport(r, NULL, &redir->port_redir);
fw3_ipt_rule_time(r, &redir->time);
set_comment(r, redir->name, num, "reflection");
set_snat_dnat(r, FW3_FLAG_SNAT, ra, NULL);
- fw3_ipt_rule_replace(r, "zone_%s_postrouting", redir->dest.name);
+ fw3_ipt_rule_replace(r, "zone_%s_postrouting", rz->name);
break;
default:
struct fw3_address *ext_addr, *int_addr, ref_addr;
struct fw3_protocol *proto;
struct fw3_mac *mac;
+ struct fw3_device *reflection_zone;
+ struct fw3_zone *zone;
if (redir->name)
info(" * Redirect '%s'", redir->name);
return;
ext_addrs = fw3_resolve_zone_addresses(redir->_src, &redir->ip_dest);
- int_addrs = fw3_resolve_zone_addresses(redir->_dest, NULL);
- if (!ext_addrs || !int_addrs)
+ if (!ext_addrs)
goto out;
list_for_each_entry(ext_addr, ext_addrs, list)
if (!fw3_is_family(ext_addr, handle->family))
continue;
- list_for_each_entry(int_addr, int_addrs, list)
+ for (reflection_zone = list_empty(&redir->reflection_zones)
+ ? &redir->dest
+ : list_first_entry(&redir->reflection_zones, struct fw3_device, list);
+ list_empty(&redir->reflection_zones)
+ ? (reflection_zone == &redir->dest)
+ : (&reflection_zone->list != &redir->reflection_zones);
+ reflection_zone = list_empty(&redir->reflection_zones)
+ ? NULL
+ : list_entry(reflection_zone->list.next, struct fw3_device, list))
{
- if (!fw3_is_family(int_addr, handle->family))
+ zone = fw3_lookup_zone(state, reflection_zone->name);
+
+ if (!zone)
continue;
- fw3_foreach(proto, &redir->proto)
+ int_addrs = fw3_resolve_zone_addresses(zone, NULL);
+ list_for_each_entry(int_addr, int_addrs, list)
{
- if (!proto)
+ if (!fw3_is_family(int_addr, handle->family))
continue;
- if (redir->reflection_src == FW3_REFLECTION_INTERNAL)
- ref_addr = *int_addr;
- else
- ref_addr = *ext_addr;
+ fw3_foreach(proto, &redir->proto)
+ {
+ if (!proto)
+ continue;
+
+ if (redir->reflection_src == FW3_REFLECTION_INTERNAL)
+ ref_addr = *int_addr;
+ else
+ ref_addr = *ext_addr;
- ref_addr.mask.v4.s_addr = 0xFFFFFFFF;
- ext_addr->mask.v4.s_addr = 0xFFFFFFFF;
+ ref_addr.mask.v4.s_addr = 0xFFFFFFFF;
+ ext_addr->mask.v4.s_addr = 0xFFFFFFFF;
- print_reflection(handle, state, redir, num, proto,
- &ref_addr, int_addr, ext_addr);
+ print_reflection(handle, state, redir, num, proto,
+ &ref_addr, int_addr, ext_addr, reflection_zone);
+ }
}
}
}