71     int i, freq_count;  in main()  local
78     for (i = 0; i < argc; i++) {  in main()
79         if (!strcmp(argv[i], "-n")) {  in main()
80             if (i + 1 >= argc) {  in main()
85             iterations = atoi(argv[++i]);  in main()
88         if (!strcmp(argv[i], "-d")) {  in main()
89             if (i + 1 >= argc) {  in main()
94             delay = atoi(argv[++i]);  in main()
97         if (!strcmp(argv[i], "-m")) {  in main()
100         if (!strcmp(argv[i], "-h")) {  in main()
113     for (i = 0; i < cpu_count; i++) {  in main()
114         old_cpus[i].freq_count = new_cpus[i].freq_count = get_freq_scales_count(i);  in main()
115         new_cpus[i].freqs = malloc(sizeof(struct freq_info) * new_cpus[i].freq_count);  in main()
116         if (!new_cpus[i].freqs) die("Could not allocate struct freq_info\n");  in main()
117         old_cpus[i].freqs = malloc(sizeof(struct freq_info) * old_cpus[i].freq_count);  in main()
118         if (!old_cpus[i].freqs) die("Could not allocate struct freq_info\n");  in main()
156     for (i = 0; i < cpu_count; i++) {  in main()
157         free(new_cpus[i].freqs);  in main()
158         free(old_cpus[i].freqs);  in main()
236     int i;  in read_stats()  local
244         for (i = 0; i < new_total_cpu.freq_count; i++) {  in read_stats()
245             new_total_cpu.freqs[i].time = 0;  in read_stats()
249     for (i = 0; i < cpu_count; i++) {  in read_stats()
250         sprintf(scanline, "cpu%d %%lu %%lu %%lu %%lu %%lu %%lu %%lu %%*d %%*d %%*d\n", i);  in read_stats()
251         fscanf(file, scanline, &new_cpus[i].utime, &new_cpus[i].ntime, &new_cpus[i].stime,  in read_stats()
252                &new_cpus[i].itime, &new_cpus[i].iowtime, &new_cpus[i].irqtime,  in read_stats()
253                &new_cpus[i].sirqtime);  in read_stats()
254         read_freq_stats(i);  in read_stats()
265     int i;  in read_freq_stats()  local
270     for (i = 0; i < new_cpus[cpu].freq_count; i++) {  in read_freq_stats()
271         fscanf(file, "%u %lu\n", &new_cpus[cpu].freqs[i].freq,  in read_freq_stats()
272                &new_cpus[cpu].freqs[i].time);  in read_freq_stats()
274             new_total_cpu.freqs[i].freq = new_cpus[cpu].freqs[i].freq;  in read_freq_stats()
275             new_total_cpu.freqs[i].time += new_cpus[cpu].freqs[i].time;  in read_freq_stats()
294     int i, j;  in print_stats()  local
300     for (i = 0; i < cpu_count; i++) {  in print_stats()
301         sprintf(label, "cpu%d", i);  in print_stats()
302         print_cpu_stats(label, &new_cpus[i], &old_cpus[i], print_freq);  in print_stats()
348     int i;  in print_freq_stats()  local
354             for (i = 0; i < new_cpu->freq_count; i++) {  in print_freq_stats()
355                 delta_time = new_cpu->freqs[i].time - old_cpu->freqs[i].time;  in print_freq_stats()
357                 printf("%ukHz %ld", new_cpu->freqs[i].freq, delta_time);  in print_freq_stats()
358                 if (i + 1 != new_cpu->freq_count) {  in print_freq_stats()
366             for (i = 0; i < new_cpu->freq_count; i++) {  in print_freq_stats()
367                 printf(",%u,%ld", new_cpu->freqs[i].freq,  in print_freq_stats()
368                         new_cpu->freqs[i].time - old_cpu->freqs[i].time);  in print_freq_stats()
382     int i, j;  in should_print_freq_stats()  local
384     for (i = 1; i < cpu_count; i++) {  in should_print_freq_stats()
385         for (j = 0; j < new_cpus[i].freq_count; j++) {  in should_print_freq_stats()
386             if (new_cpus[i].freqs[j].time - old_cpus[i].freqs[j].time !=  in should_print_freq_stats()
403     int i, j;  in should_aggregate_freq_stats()  local
405     for (i = 1; i < cpu_count; i++) {  in should_aggregate_freq_stats()
406         if (new_cpus[i].freq_count != new_cpus[0].freq_count) {  in should_aggregate_freq_stats()
409         for (j = 0; j < new_cpus[i].freq_count; j++) {  in should_aggregate_freq_stats()
410             if (new_cpus[i].freqs[j].freq != new_cpus[0].freqs[j].freq) {  in should_aggregate_freq_stats()