86 static struct cpu_info old_cpu[10], new_cpu[10]; //1 total, 8 cores, 1 null  variable
512     for (k = 1; new_cpu[k].total; k++) {  in print_header()
519       total = (new_cpu[k].total) - (old_cpu[k].total);  in print_header()
522           show_percent((new_cpu[k].utime - old_cpu[k].utime), total));  in print_header()
524           show_percent((new_cpu[k].stime - old_cpu[k].stime), total));  in print_header()
526           show_percent(new_cpu[k].ntime - old_cpu[k].ntime, total));  in print_header()
528           show_percent(new_cpu[k].itime - old_cpu[k].itime, total));  in print_header()
530           show_percent((new_cpu[k].iowtime - old_cpu[k].iowtime), total));  in print_header()
532           show_percent(new_cpu[k].irqtime - old_cpu[k].irqtime, total));  in print_header()
534           show_percent(new_cpu[k].sirqtime - old_cpu[k].sirqtime, total));  in print_header()
583   total_delta_time = new_cpu[0].total - old_cpu[0].total;  in print_procs()
751     len = sscanf(line, toybuf, &new_cpu[i].utime, &new_cpu[i].ntime,   in read_cpu_stat()
752         &new_cpu[i].stime, &new_cpu[i].itime, &new_cpu[i].iowtime,   in read_cpu_stat()
753         &new_cpu[i].irqtime, &new_cpu[i].sirqtime, &new_cpu[i].steal);  in read_cpu_stat()
755       new_cpu[i].total = new_cpu[i].utime + new_cpu[i].ntime + new_cpu[i].stime  in read_cpu_stat()
756       + new_cpu[i].itime + new_cpu[i].iowtime + new_cpu[i].irqtime  in read_cpu_stat()
757       + new_cpu[i].sirqtime + new_cpu[i].steal;  in read_cpu_stat()
782     memcpy(old_cpu, new_cpu, sizeof(old_cpu));  in top_main()