void uac_reg_timer(unsigned int ticks) { int i; reg_item_t *it = NULL; time_t tn; if(_reg_htable==NULL) return; tn = time(NULL); for(i=0; i<_reg_htable->htsize; i++) { /* walk through entries */ it = _reg_htable->entries[i].byuuid; while(it) { uac_reg_update(it->r, tn); it = it->next; } } if(_reg_htable_gc!=NULL) { lock_get(_reg_htable_gc_lock); if(_reg_htable_gc->stime!=0 && _reg_htable_gc->stime < tn - UAC_REG_GC_INTERVAL) uac_reg_reset_ht_gc(); lock_release(_reg_htable_gc_lock); } }
void uac_reg_timer(unsigned int ticks) { int i; reg_item_t *it = NULL; time_t tn; if(_reg_htable==NULL) return; tn = time(NULL); for(i=0; i<_reg_htable->htsize; i++) { /* free entries */ it = _reg_htable->entries[i].byuuid; while(it) { uac_reg_update(it->r, tn); it = it->next; } } }