mm_event_dispatch_prepare(struct mm_event_dispatch *dispatch,
struct mm_domain *domain,
mm_thread_t nthreads,
struct mm_thread *threads[])
{
ENTER();
ASSERT(nthreads > 0);
// Store associated domain.
dispatch->domain = domain;
mm_domain_setdispatch(domain, dispatch);
// Prepare listener info.
dispatch->nlisteners = nthreads;
dispatch->listeners = mm_common_calloc(nthreads, sizeof(struct mm_event_listener));
for (mm_thread_t i = 0; i < nthreads; i++) {
mm_event_listener_prepare(&dispatch->listeners[i], dispatch, threads[i]);
mm_thread_setlistener(threads[i], &dispatch->listeners[i]);
}
dispatch->poller_lock = (mm_regular_lock_t) MM_REGULAR_LOCK_INIT;
dispatch->poller_thread = MM_THREAD_NONE;
dispatch->reclaim_epoch = 0;
// Initialize system-specific resources.
mm_event_backend_prepare(&dispatch->backend);
LEAVE();
}
mm_event_forward_prepare(struct mm_event_forward_cache *cache, mm_thread_t ntargets)
{
ENTER();
cache->buffers = mm_common_calloc(ntargets, sizeof(cache->buffers[0]));
for (mm_thread_t i = 0; i < ntargets; i++) {
cache->buffers[i].nsinks = 0;
cache->buffers[i].ntotal = 0;
}
mm_bitset_prepare(&cache->targets, &mm_common_space.xarena, ntargets);
LEAVE();
}
