48 static void free_latency_entry(struct latency_entry *e);
54 static struct latency_entry *find_latency_entry(struct latency_entry *e, char *reason);
69     struct latency_entry *e;  in main()  local
144         e = NULL;  in main()
147                 e = read_thread_stats(e, erase, pid, tid, 1);  in main()
149                 e = read_process_stats(e, erase, pid);  in main()
152             e = read_global_stats(e, erase);  in main()
166         print_latency_entries(e);  in main()
176     struct latency_entry *e;  in read_global_stats()  local
194     e = read_latency_file(f, list);  in read_global_stats()
198     return e;  in read_global_stats()
205     struct latency_entry *e;  in read_process_stats()  local
216     e = list;  in read_process_stats()
223         e = read_thread_stats(e, erase, pid, tid, 0);  in read_process_stats()
228     return e;  in read_process_stats()
234     struct latency_entry *e;  in read_thread_stats()  local
264     e = read_latency_file(f, list);  in read_thread_stats()
268     return e;  in read_thread_stats()
272     struct latency_entry *e;  in alloc_latency_entry()  local
275         e = free_entries;  in alloc_latency_entry()
278         e = calloc(1, sizeof(struct latency_entry));  in alloc_latency_entry()
279         if (!e) {  in alloc_latency_entry()
285     return e;  in alloc_latency_entry()
288 static void free_latency_entry(struct latency_entry *e) {  in free_latency_entry()  argument
289     e->next = free_entries;  in free_latency_entry()
290     free_entries = e;  in free_latency_entry()
294     struct latency_entry *e;  in find_latency_entry()  local
296     e = head;  in find_latency_entry()
298     while (e) {  in find_latency_entry()
299         if (!strcmp(e->reason, reason))  in find_latency_entry()
300             return e;  in find_latency_entry()
301         e = e->next;  in find_latency_entry()
326     struct latency_entry *e, *head;  in read_latency_file()  local
347             e = find_latency_entry(head, reason);  in read_latency_file()
348             if (e) {  in read_latency_file()
349                 e->count += count;  in read_latency_file()
350                 if (max > e->max)  in read_latency_file()
351                     e->max = max;  in read_latency_file()
352                 e->total += total;  in read_latency_file()
354                 e = alloc_latency_entry();  in read_latency_file()
355                 e->count = count;  in read_latency_file()
356                 e->max = max;  in read_latency_file()
357                 e->total = total;  in read_latency_file()
358                 strcpy(e->reason, reason);  in read_latency_file()
359                 e->next = head;  in read_latency_file()
360                 head = e;  in read_latency_file()
369     struct latency_entry *e, **array;  in print_latency_entries()  local
373     e = head;  in print_latency_entries()
375     while (e) {  in print_latency_entries()
377         e = e->next;  in print_latency_entries()
380     e = head;  in print_latency_entries()
387         array[i] = e;  in print_latency_entries()
388         e = e->next;  in print_latency_entries()
395         e = array[i];  in print_latency_entries()
396         average = e->total / e->count;  in print_latency_entries()
398             e->max / 1000, (e->max % 1000) / 10,  in print_latency_entries()
400             e->count,  in print_latency_entries()
401             e->reason);  in print_latency_entries()