extern void add_to_runqueue(runqueue_t *runq, gt_spinlock_t *runq_lock, uthread_struct_t *u_elem)
{
gt_spin_lock(runq_lock);
runq_lock->holder = 0x02;
__add_to_runqueue(runq, u_elem);
gt_spin_unlock(runq_lock);
return;
}
extern void add_to_runqueue(runqueue_t *runq, gt_spinlock_t *runq_lock,
pcs_uthread_t *u_elem)
{
if (runq_lock) {
gt_spin_lock(runq_lock);
runq_lock->holder = 0x02;
}
__add_to_runqueue(runq, u_elem);
if (runq_lock)
gt_spin_unlock(runq_lock);
return;
}
static void fill_runq(runqueue_t *runq)
{
uthread_struct_t *u_obj;
int inx;
/* create and insert */
for(inx=0; inx<MAX_UTHREADS; inx++)
{
u_obj = &u_objs[inx];
u_obj->uthread_tid = inx;
u_obj->uthread_gid = (inx % MAX_UTHREAD_GROUPS);
u_obj->uthread_priority = (inx % MAX_UTHREAD_PRIORITY);
__add_to_runqueue(runq, u_obj);
printf("Uthread (id:%d , prio:%d) inserted\n", u_obj->uthread_tid, u_obj->uthread_priority);
}
return;
}
