void
np_srv_remove_conn(Npsrv *srv, Npconn *conn)
{
Npconn *c, **pc;
xpthread_mutex_lock(&srv->lock);
pc = &srv->conns;
c = *pc;
while (c != NULL) {
if (c == conn) {
*pc = c->next;
c->next = NULL;
break;
}
pc = &c->next;
c = *pc;
}
srv->conncount--;
xpthread_cond_signal(&srv->conncountcond);
xpthread_mutex_unlock(&srv->lock);
np_tpool_cleanup (srv);
}
void
np_conn_decref(Npconn *conn)
{
xpthread_mutex_lock(&conn->lock);
NP_ASSERT(conn->refcount > 0);
conn->refcount--;
xpthread_mutex_unlock(&conn->lock);
xpthread_cond_signal(&conn->refcond);
}
int
np_srv_add_conn(Npsrv *srv, Npconn *conn)
{
xpthread_mutex_lock(&srv->lock);
conn->srv = srv;
conn->next = srv->conns;
srv->conns = conn;
srv->conncount++;
srv->connhistory++;
xpthread_cond_signal(&srv->conncountcond);
xpthread_mutex_unlock(&srv->lock);
return 1;
}
void
np_srv_add_req(Npsrv *srv, Npreq *req)
{
Nptpool *tp = NULL;
/* assert: srv->lock held */
if (req->fid)
tp = req->fid->tpool;
if (!tp)
tp = srv->tpool;
req->prev = tp->reqs_last;
if (tp->reqs_last)
tp->reqs_last->next = req;
tp->reqs_last = req;
if (!tp->reqs_first)
tp->reqs_first = req;
xpthread_cond_signal(&tp->reqcond);
}
void
np_srv_add_req(Npsrv *srv, Npreq *req)
{
Nptpool *tp = NULL;
if (req->fid)
tp = req->fid->tpool;
if (!tp)
tp = srv->tpool;
xpthread_mutex_lock(&tp->lock);
req->prev = tp->reqs_last;
if (tp->reqs_last)
tp->reqs_last->next = req;
tp->reqs_last = req;
if (!tp->reqs_first)
tp->reqs_first = req;
xpthread_mutex_unlock(&tp->lock);
xpthread_cond_signal(&tp->reqcond);
}
int
np_srv_add_conn(Npsrv *srv, Npconn *conn)
{
int ret;
ret = 0;
xpthread_mutex_lock(&srv->lock);
np_conn_incref(conn);
conn->srv = srv;
conn->next = srv->conns;
srv->conns = conn;
ret = 1;
srv->conncount++;
srv->connhistory++;
xpthread_cond_signal(&srv->conncountcond);
xpthread_mutex_unlock(&srv->lock);
return ret;
}
