struct lbalance_task *lbalance_task_new(struct lbalance *lb)
{
struct lbalance_task *task = malloc(sizeof *task);
if (!task)
return NULL;
if (lb->num_tasks + 1 == lb->max_stats) {
struct stats *s = realloc(lb->stats,
sizeof(*s) * (lb->max_stats + 1));
if (!s) {
free(task);
return NULL;
}
lb->stats = s;
lb->stats[lb->max_stats].num_stats = 0;
lb->stats[lb->max_stats].work_rate = 0.0;
lb->max_stats++;
}
task->lb = lb;
gettimeofday(&task->start, NULL);
/* Record that we ran num_tasks up until now. */
update_tasks_sum(lb, &task->start);
task->tasks_sum_start = lb->tasks_sum;
tlist_add_tail(&lb->tasks, task, list);
lb->num_tasks++;
return task;
}
int main(int argc, char *argv[])
{
struct tlist_children children;
struct tlist_cousins cousins;
struct child child = { "child" };
struct cousin cousin = { "cousin" };
tlist_init(&children);
tlist_init(&cousins);
tlist_add(&children, &child, list);
tlist_add(&cousins, &cousin, list);
tlist_del_from(&cousins, &cousin, list);
#ifdef FAIL
#if !HAVE_FLEXIBLE_ARRAY_MEMBER
#error Need flexible array members to check type
#endif
tlist_add_tail(&children, &cousin, list);
#endif
return 0;
}
static void xmalloc_stat_inc(struct xmalloc_stat *st)
{
if (!tlist_entry_inline(&st->link))
tlist_add_tail(&xmalloc_stat_list, st, link);
++st->active;
}
