42 pub fn loads_balance(pcb: &mut process_control_block) {  in loads_balance()
47     let mut min_loads_cpu_id = pcb.cpu_id;  in loads_balance()
48     let mut min_loads = get_cpu_loads(pcb.cpu_id);  in loads_balance()
59     if (min_loads_cpu_id != pcb.cpu_id) && (pcb.flags & (PF_NEED_MIGRATE as u64)) == 0 {  in loads_balance()
61         pcb.flags |= PF_NEED_MIGRATE as u64;  in loads_balance()
62         pcb.migrate_to = min_loads_cpu_id;  in loads_balance()
72     fn enqueue(&mut self, pcb: &'static mut process_control_block);  in enqueue()
103 pub extern "C" fn sched_enqueue(pcb: &'static mut process_control_block, mut reset_time: bool) {  in sched_enqueue()
107     if pcb.state & (PROC_RUNNING as u64) == 0 {  in sched_enqueue()
114     if pcb.pid > 0 {  in sched_enqueue()
115         loads_balance(pcb);  in sched_enqueue()
119     if (pcb.flags & (PF_NEED_MIGRATE as u64)) != 0 {  in sched_enqueue()
121         pcb.flags &= !(PF_NEED_MIGRATE as u64);  in sched_enqueue()
122         pcb.cpu_id = pcb.migrate_to;  in sched_enqueue()
127     if pcb.policy == SCHED_NORMAL {  in sched_enqueue()
129             cfs_scheduler.enqueue_reset_vruntime(pcb);  in sched_enqueue()
131             cfs_scheduler.enqueue(pcb);  in sched_enqueue()
133     } else if pcb.policy == SCHED_FIFO || pcb.policy == SCHED_RR {  in sched_enqueue()
134         rt_scheduler.enqueue(pcb);  in sched_enqueue()
172 pub extern "C" fn sched_set_cpu_idle(cpu_id: usize, pcb: *mut process_control_block) {  in sched_set_cpu_idle()
173     __get_cfs_scheduler().set_cpu_idle(cpu_id, pcb);  in sched_set_cpu_idle()
183     pcb: &'static mut process_control_block,  in sched_migrate_process()
191     pcb.flags |= PF_NEED_MIGRATE as u64;  in sched_migrate_process()
192     pcb.migrate_to = target as u32;  in sched_migrate_process()