int se_scheduler_init(sescheduler *s, so *env)
{
ss_mutexinit(&s->lock);
s->workers_branch = 0;
s->workers_backup = 0;
s->workers_gc = 0;
s->workers_gc_db = 0;
s->rotate = 0;
s->req = 0;
s->i = NULL;
s->count = 0;
s->rr = 0;
s->env = env;
s->checkpoint_lsn = 0;
s->checkpoint_lsn_last = 0;
s->checkpoint = 0;
s->age = 0;
s->age_last = 0;
s->backup_bsn = 0;
s->backup_last = 0;
s->backup_last_complete = 0;
s->backup_events = 0;
s->backup = 0;
s->gc = 0;
s->gc_last = 0;
se_workerpool_init(&s->workers);
return 0;
}
void sc_readpool_init(screadpool *p, sr *r)
{
so_listinit(&p->list);
so_listinit(&p->list_ready);
so_listinit(&p->list_active);
ss_mutexinit(&p->lock);
ss_condinit(&p->cond);
p->r = r;
}
int se_scheduler_init(sescheduler *s, so *env)
{
uint64_t now = ss_utime();
ss_mutexinit(&s->lock);
s->workers_branch = 0;
s->workers_backup = 0;
s->workers_gc = 0;
s->workers_gc_db = 0;
s->workers_lru = 0;
s->rotate = 0;
s->req = 0;
s->i = NULL;
s->count = 0;
s->rr = 0;
s->env = env;
s->checkpoint_lsn = 0;
s->checkpoint_lsn_last = 0;
s->checkpoint = 0;
s->age = 0;
s->age_last = now;
s->backup_bsn = 0;
s->backup_bsn_last = 0;
s->backup_bsn_last_complete = 0;
s->backup_events = 0;
s->backup = 0;
s->anticache_asn = 0;
s->anticache_asn_last = 0;
s->anticache_last = now;
s->anticache_storage = 0;
s->anticache = 0;
s->snapshot_ssn = 0;
s->snapshot_ssn_last = 0;
s->snapshot_last = now;
s->snapshot = 0;
s->gc = 0;
s->gc_last = now;
s->lru = 0;
s->lru_last = now;
ss_threadpool_init(&s->tp);
se_workerpool_init(&s->workers);
return 0;
}
