52 static struct cpu_info old_total_cpu, new_total_cpu, *old_cpus, *new_cpus;  variable
130         old_total_cpu.freq_count = new_total_cpu.freq_count = new_cpus[0].freq_count;  in main()
131         new_total_cpu.freqs = malloc(sizeof(struct freq_info) * new_total_cpu.freq_count);  in main()
132         if (!new_total_cpu.freqs) die("Could not allocate struct freq_info\n");  in main()
143         old_total_cpu = new_total_cpu;  in main()
144         new_total_cpu = tmp_total_cpu;  in main()
157         free(new_total_cpu.freqs);  in main()
245            &new_total_cpu.utime, &new_total_cpu.ntime, &new_total_cpu.stime, &new_total_cpu.itime,  in read_stats()
246            &new_total_cpu.iowtime, &new_total_cpu.irqtime, &new_total_cpu.sirqtime);  in read_stats()
248         for (i = 0; i < new_total_cpu.freq_count; i++) {  in read_stats()
249             new_total_cpu.freqs[i].time = 0;  in read_stats()
283             new_total_cpu.freqs[i].freq = new_cpus[cpu].freqs[i].freq;  in read_freq_stats()
284             new_total_cpu.freqs[i].time += new_cpus[cpu].freqs[i].time;  in read_freq_stats()
309     print_cpu_stats("Total", &new_total_cpu, &old_total_cpu, 1);  in print_stats()