struct mm_timeq *
mm_timeq_create(mm_arena_t arena)
{
struct mm_timeq *timeq = mm_arena_alloc(arena, sizeof(struct mm_timeq));
mm_list_prepare(&timeq->fe);
timeq->t1 = NULL;
timeq->t1_start = MM_TIMEVAL_MIN;
timeq->t1_width = 0;
timeq->t1_count = 0;
timeq->t1_index = 0;
mm_list_prepare(&timeq->t2);
timeq->t2_start = MM_TIMEVAL_MIN;
timeq->t2_min = MM_TIMEVAL_MAX;
timeq->t2_max = MM_TIMEVAL_MIN;
timeq->t2_num = 0;
timeq->t1_width_min = MM_TIMEQ_T1_WIDTH_MIN;
timeq->t1_width_max = 0;
timeq->t1_count_min = MM_TIMEQ_T1_COUNT_MIN;
timeq->t1_count_max = 0;
timeq->arena = arena;
return timeq;
}
mm_task_combiner_prepare(struct mm_task_combiner *combiner, const char *name,
size_t size, size_t handoff)
{
ENTER();
mm_combiner_prepare(&combiner->combiner, size, handoff);
MM_THREAD_LOCAL_ALLOC(mm_domain_selfptr(), name, combiner->wait_queue);
for (mm_core_t core = 0; core < mm_core_getnum(); core++) {
struct mm_list *wait_queue = MM_THREAD_LOCAL_DEREF(core, combiner->wait_queue);
mm_list_prepare(wait_queue);
}
LEAVE();
}
