static void recover_object_main(struct work *work)
{
struct recovery_work *rw = container_of(work, struct recovery_work,
work);
if (next_rw) {
run_next_rw(rw);
return;
}
if (rw->stop) {
/*
* Stop this recovery process and wait for epoch to be
* lifted and flush wait_obj queue to requeue those
* requests
*/
flush_wait_obj_requests();
sd_dprintf("recovery is stopped");
return;
}
resume_wait_obj_requests(rw->oids[rw->done++]);
if (rw->done < rw->count) {
recover_next_object(rw);
return;
}
finish_recovery(rw);
}
static void recover_object_main(struct work *work)
{
struct recovery_work *rw = container_of(work, struct recovery_work,
work);
if (next_rw) {
run_next_rw(rw);
return;
}
if (rw->stop){
/*
* Stop this recovery process and wait for epoch to be
* lifted and flush wait_obj queue to requeue those
* requests
*/
flush_wait_obj_requests();
dprintf("recovery is stopped\n");
return;
}
resume_wait_obj_requests(rw->oids[rw->done++]);
if (rw->done < rw->count) {
if (rw->nr_prio_oids)
finish_schedule_oids(rw);
/* Try recover next object */
queue_work(sys->recovery_wqueue, &rw->work);
return;
}
finish_recovery(rw);
}
static inline void run_next_rw(struct recovery_work *rw)
{
free_recovery_work(rw);
rw = next_rw;
next_rw = NULL;
recovering_work = rw;
flush_wait_obj_requests();
queue_work(sys->recovery_wqueue, &rw->work);
sd_dprintf("recovery work is superseded");
}
