116         for cpu_id in 0..MAX_CPU_NUM {  in new()
120                 result.cpu_queue[cpu_id as usize].push(Box::leak(Box::new(RTQueue::new())));  in new()
133     pub fn pick_next_task_rt(&mut self, cpu_id: u32) -> Option<&'static mut process_control_block> {  in pick_next_task_rt()
137             let cpu_queue_i: &mut RTQueue = self.cpu_queue[cpu_id as usize][i as usize];  in pick_next_task_rt()
147     pub fn rt_queue_len(&mut self, cpu_id: u32) -> usize {  in rt_queue_len()
150             sum += self.cpu_queue[cpu_id as usize][prio as usize].get_rt_queue_size();  in rt_queue_len()
157     pub fn load_list_len(&mut self, cpu_id: u32) -> usize {  in load_list_len()
158         return self.load_list[cpu_id as usize].len();  in load_list_len()
162         self.cpu_queue[pcb.cpu_id as usize][pcb.priority as usize].enqueue_front(pcb);  in enqueue_front()
172         let cpu_id = current_pcb().cpu_id;  in sched()  localVariable
174             self.pick_next_task_rt(cpu_id).expect("No RT process found");  in sched()
208                 self.cpu_queue[cpu_id as usize][proc.cpu_id as usize].enqueue_front(proc);  in sched()
215         let cpu_id = pcb.cpu_id;  in enqueue()  localVariable
216         let cpu_queue = &mut self.cpu_queue[pcb.cpu_id as usize];  in enqueue()
217         cpu_queue[cpu_id as usize].enqueue(pcb);  in enqueue()