static void mod_limit_timeout_callback(liWaitQueue *wq, gpointer data) {
liWaitQueueElem *wqe;
mod_limit_req_ip_data *rid;
gpointer addr;
guint32 bits;
UNUSED(data);
while ((wqe = li_waitqueue_pop(wq)) != NULL) {
rid = wqe->data;
/* IPv4 or IPv6? */
if (rid->ip.addr->plain.sa_family == AF_INET) {
addr = &rid->ip.addr->ipv4.sin_addr.s_addr;
bits = 32;
} else {
addr = &rid->ip.addr->ipv6.sin6_addr.s6_addr;
bits = 128;
}
g_mutex_lock(rid->ctx->mutex);
li_radixtree_remove(rid->ctx->pool.req_ip, addr, bits);
g_mutex_unlock(rid->ctx->mutex);
li_sockaddr_clear(&rid->ip);
g_slice_free(mod_limit_req_ip_data, rid);
}
li_waitqueue_update(wq);
}
static void progress_timeout_callback(liWaitQueue *wq, gpointer data) {
mod_progress_worker_data *wrk_data = data;
liWaitQueueElem *wqe;
mod_progress_node *node;
while ((wqe = li_waitqueue_pop(wq)) != NULL) {
node = wqe->data;
g_hash_table_remove(wrk_data->hash_table, node->id);
}
li_waitqueue_update(wq);
}
static void stat_cache_delete_cb(liWaitQueue *wq, gpointer data) {
liStatCache *sc = data;
liWaitQueueElem *wqe;
while ((wqe = li_waitqueue_pop(wq)) != NULL) {
liStatCacheEntry *sce = wqe->data;
/* stat cache entry TTL over */
stat_cache_remove_from_cache(sc, sce);
}
li_waitqueue_update(wq);
}
void li_throttle_waitqueue_cb(liWaitQueue *wq, gpointer data) {
liWaitQueueElem *wqe;
UNUSED(data); /* should contain worker */
throttle_debug("li_throttle_waitqueue_cb\n");
while (NULL != (wqe = li_waitqueue_pop(wq))) {
liThrottleState *state = LI_CONTAINER_OF(wqe, liThrottleState, wqueue_elem);
liThrottleNotifyCB notify_callback = state->notify_callback;
gpointer notify_data = wqe->data;
if (NULL == notify_data || NULL == notify_callback || 0 == state->interested) continue;
notify_callback(state, notify_data);
}
li_waitqueue_update(wq);
}