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Nest: VRF support for neighbor cache and olock code
Actually much simpler than expected.
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parent
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commit
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@ -45,6 +45,7 @@ olock_same(struct object_lock *x, struct object_lock *y)
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return
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return
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x->type == y->type &&
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x->type == y->type &&
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x->iface == y->iface &&
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x->iface == y->iface &&
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x->vrf == y->vrf &&
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x->port == y->port &&
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x->port == y->port &&
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x->inst == y->inst &&
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x->inst == y->inst &&
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ipa_equal(x->addr, y->addr);
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ipa_equal(x->addr, y->addr);
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@ -30,6 +30,7 @@ struct object_lock {
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uint port; /* ... port number */
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uint port; /* ... port number */
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uint inst; /* ... instance ID */
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uint inst; /* ... instance ID */
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struct iface *iface; /* ... interface */
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struct iface *iface; /* ... interface */
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struct iface *vrf; /* ... or VRF (if iface is unknown) */
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void (*hook)(struct object_lock *); /* Called when the lock succeeds */
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void (*hook)(struct object_lock *); /* Called when the lock succeeds */
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void *data; /* User data */
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void *data; /* User data */
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/* ... internal to lock manager, don't touch ... */
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/* ... internal to lock manager, don't touch ... */
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@ -30,7 +30,8 @@
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* when the protocol has explicitly requested it via the %NEF_STICKY
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* when the protocol has explicitly requested it via the %NEF_STICKY
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* flag because it wishes to be notified when the node will again become
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* flag because it wishes to be notified when the node will again become
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* a neighbor. Such entries are enqueued in a special list which is walked
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* a neighbor. Such entries are enqueued in a special list which is walked
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* whenever an interface changes its state to up.
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* whenever an interface changes its state to up. Neighbor entry VRF
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* association is implied by respective protocol.
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*
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*
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* When a neighbor event occurs (a neighbor gets disconnected or a sticky
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* When a neighbor event occurs (a neighbor gets disconnected or a sticky
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* inactive neighbor becomes connected), the protocol hook neigh_notify()
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* inactive neighbor becomes connected), the protocol hook neigh_notify()
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@ -152,7 +153,8 @@ neigh_find2(struct proto *p, ip_addr *a, struct iface *ifa, unsigned flags)
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}
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}
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else
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else
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WALK_LIST(i, iface_list)
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WALK_LIST(i, iface_list)
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if ((scope = if_connected(a, i, &addr)) >= 0)
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if ((!p->vrf || p->vrf == i->master) &&
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((scope = if_connected(a, i, &addr)) >= 0))
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{
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{
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ifa = i;
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ifa = i;
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break;
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break;
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@ -1181,6 +1181,7 @@ bgp_start(struct proto *P)
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lock->addr = p->cf->remote_ip;
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lock->addr = p->cf->remote_ip;
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lock->port = p->cf->remote_port;
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lock->port = p->cf->remote_port;
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lock->iface = p->cf->iface;
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lock->iface = p->cf->iface;
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lock->vrf = p->cf->iface ? NULL : p->p.vrf;
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lock->type = OBJLOCK_TCP;
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lock->type = OBJLOCK_TCP;
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lock->hook = bgp_start_locked;
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lock->hook = bgp_start_locked;
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lock->data = p;
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lock->data = p;
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@ -321,7 +321,6 @@ radv_iface_new(struct radv_proto *p, struct iface *iface, struct radv_iface_conf
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ifa->timer = tm;
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ifa->timer = tm;
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struct object_lock *lock = olock_new(pool);
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struct object_lock *lock = olock_new(pool);
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lock->addr = IPA_NONE;
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lock->type = OBJLOCK_IP;
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lock->type = OBJLOCK_IP;
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lock->port = ICMPV6_PROTO;
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lock->port = ICMPV6_PROTO;
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lock->iface = iface;
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lock->iface = iface;
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