mm_event_dispatch_stats(struct mm_event_dispatch *dispatch)
{
ENTER();
mm_thread_t n = dispatch->nlisteners;
struct mm_event_listener *listeners = dispatch->listeners;
for (mm_thread_t i = 0; i < n; i++) {
struct mm_event_listener *listener = &listeners[i];
struct mm_event_receiver *receiver = &listener->receiver;
struct mm_event_receiver_stats *stats = &receiver->stats;
mm_log_fmt("listener %d: loose=%llu, direct=%llu/%llu, forwarded=%llu, published=%llu\n", i,
(unsigned long long) stats->loose_events,
(unsigned long long) stats->direct_events,
(unsigned long long) stats->stolen_events,
(unsigned long long) stats->forwarded_events,
(unsigned long long) stats->published_events);
for (int j = 0; j <= MM_EVENT_BACKEND_NEVENTS; j++) {
uint64_t n = listener->receiver.storage.storage.nevents_stats[j];
if (j && !n)
continue;
mm_log_fmt(" %d=%llu", j, (unsigned long long) n);
}
mm_log_str("\n");
}
LEAVE();
}
void
mm_abort(void)
{
mm_log_str("\naborting...\n");
mm_do_atexit();
abort();
}