static void *
np_wthread_proc(void *a)
{
Npwthread *wt = (Npwthread *)a;
Nptpool *tp = wt->tpool;
Npreq *req = NULL;
Npfcall *rc;
xpthread_mutex_lock(&tp->lock);
while (!wt->shutdown) {
wt->state = WT_IDLE;
req = tp->reqs_first;
if (!req) {
xpthread_cond_wait(&tp->reqcond, &tp->lock);
continue;
}
np_srv_remove_req(tp, req);
np_srv_add_workreq(tp, req);
xpthread_mutex_unlock(&tp->lock);
req->wthread = wt;
wt->state = WT_WORK;
rc = np_process_request(req, &tp->stats);
if (rc) {
wt->state = WT_REPLY;
np_respond(tp, req, rc);
}
xpthread_mutex_lock(&tp->lock);
}
xpthread_mutex_unlock (&tp->lock);
wt->state = WT_SHUT;
return NULL;
}
static void *
np_wthread_proc(void *a)
{
Npwthread *wt;
Npsrv *srv;
Npreq *req;
Npfcall *rc;
wt = a;
srv = wt->srv;
req = NULL;
pthread_setspecific(wthread_key, a);
pthread_mutex_lock(&srv->lock);
while (!wt->shutdown) {
req = srv->reqs_first;
if (!req) {
pthread_cond_wait(&srv->reqcond, &srv->lock);
continue;
}
np_srv_remove_request(srv, req);
if (srv->workreqs)
srv->workreqs->prev = req;
req->next = srv->workreqs;
srv->workreqs = req;
req->prev = NULL;
req->wthread = a;
pthread_mutex_unlock(&srv->lock);
rc = np_process_request(req);
if (rc)
np_respond(req, rc);
pthread_mutex_lock(&srv->lock);
}
return NULL;
}
