rpki_proto_start: proto_start RPKI {
this_proto = proto_config_new(&proto_rpki, $1);
+ this_proto->loop_order = DOMAIN_ORDER(proto);
RPKI_CFG->retry_interval = RPKI_RETRY_INTERVAL;
RPKI_CFG->refresh_interval = RPKI_REFRESH_INTERVAL;
RPKI_CFG->expire_interval = RPKI_EXPIRE_INTERVAL;
static void rpki_stop_refresh_timer_event(struct rpki_cache *cache);
static void rpki_stop_retry_timer_event(struct rpki_cache *cache);
static void rpki_stop_expire_timer_event(struct rpki_cache *cache);
+static void rpki_stop_all_timers(struct rpki_cache *cache);
/*
{
if (p->cache)
{
+ rpki_tr_close(p->cache->tr_sock);
+ rpki_stop_all_timers(p->cache);
CACHE_DBG(p->cache, "Connection object destroying");
}
btime t = cache->refresh_interval S;
CACHE_DBG(cache, "after %t s", t);
- tm_start(cache->refresh_timer, t);
+ tm_start_in(cache->refresh_timer, t, cache->p->p.loop);
}
static void
btime t = cache->retry_interval S;
CACHE_DBG(cache, "after %t s", t);
- tm_start(cache->retry_timer, t);
+ tm_start_in(cache->retry_timer, t, cache->p->p.loop);
}
static void
t = MAX(t, 1 S);
CACHE_DBG(cache, "after %t s", t);
- tm_start(cache->expire_timer, t);
+ tm_start_in(cache->expire_timer, t, cache->p->p.loop);
}
static void
tm_stop(cache->retry_timer);
}
-static void UNUSED
+static void
rpki_stop_expire_timer_event(struct rpki_cache *cache)
{
CACHE_DBG(cache, "Stop");
tm_stop(cache->expire_timer);
}
+static void
+rpki_stop_all_timers(struct rpki_cache *cache)
+{
+ rpki_stop_refresh_timer_event(cache);
+ rpki_stop_retry_timer_event(cache);
+ rpki_stop_expire_timer_event(cache);
+}
+
static int
rpki_do_we_recv_prefix_pdu_in_last_seconds(struct rpki_cache *cache)
{