netlink_icmp_simple(st,buf,client,ICMP_TYPE_UNREACHABLE,
ICMP_CODE_NET_PROHIBITED);
BUF_FREE(buf);
- }
- if (best_quality>0) {
- /* XXX Fragment if required */
- st->routes[best_match]->deliver(
- st->routes[best_match]->dst, buf);
- st->routes[best_match]->outcount++;
- BUF_ASSERT_FREE(buf);
} else {
- /* Generate ICMP destination unreachable */
- netlink_icmp_simple(st,buf,client,ICMP_TYPE_UNREACHABLE,
- ICMP_CODE_NET_UNREACHABLE); /* client==NULL */
- BUF_FREE(buf);
+ if (best_quality>0) {
+ /* XXX Fragment if required */
+ st->routes[best_match]->deliver(
+ st->routes[best_match]->dst, buf);
+ st->routes[best_match]->outcount++;
+ BUF_ASSERT_FREE(buf);
+ } else {
+ /* Generate ICMP destination unreachable */
+ netlink_icmp_simple(st,buf,client,ICMP_TYPE_UNREACHABLE,
+ ICMP_CODE_NET_UNREACHABLE); /* client==NULL */
+ BUF_FREE(buf);
+ }
}
}
BUF_ASSERT_FREE(buf);
for (i=0; i<st->n_clients; i++) {
netlink_output_subnets(st,c,st->routes[i]->subnets);
Message(c,"-> tunnel %s (%s,mtu %d,%s routes,%s,"
- "quality %d,use %d)\n",
+ "quality %d,use %d,pri %lu)\n",
st->routes[i]->name,
st->routes[i]->up?"up":"down",
st->routes[i]->mtu,
st->routes[i]->options&OPT_SOFTROUTE?"soft":"hard",
st->routes[i]->options&OPT_ALLOWROUTE?"free":"restricted",
st->routes[i]->link_quality,
- st->routes[i]->outcount);
+ st->routes[i]->outcount,
+ (unsigned long)st->routes[i]->priority);
}
net=ipaddr_to_string(st->secnet_address);
Message(c,"%s/32 -> netlink \"%s\" (use %d)\n",
return new_closure(&st->nl.cl);
}
-init_module netlink_module;
void netlink_module(dict_t *dict)
{
add_closure(dict,"null-netlink",null_apply);