class AEVDistAnRep: public ZNode

  mDSet->GetListOfElementsMsn();
  TIter next_msn(mDSet->GetListOfElementsMsn());
  TDSetElementMsn* msn;
  while((msn = dynamic_cast<TDSetElementMsn*>(next_msn())) != 0) {
    Str_t msnname(msn->GetMsn());
    lStr_t els;
    GledNS::split_string(msnname, els, "::");
    if(els.size() != 3) {
      printf("Safr for %s\n", msnname.c_str());
      continue;
    }
    els.pop_front();
    AEVEventBatch* eb = dynamic_cast<AEVEventBatch*>
      (mEvBatches->GetElementByName( els.front().c_str() ));
    if(eb == 0) continue;

    SEvTaskState ts;
    ts.Reinit(msn->GetNfiles() * mMagicFac);
    eb->SetEvState(ts);

    eb->SetNWorkers(msn->GetNSiteDaemons());
    eb->SetDataSizeMB((Double_t)msn->GetDataSize()/1024/1024);
  }

 Returns number of remaining entries (also in mir-result-request).

 Returns number of remaining entries (also in mir-result-request).

  Int_t d_evs = 0, d_proc = 0, d_sites = 0;

  if(_first_feedback) {
    fix_evbatches();
    _first_feedback = false;
  }

  TIter next_site(siteinfos);
  TObject* ro;

  int site_count = 0;
  while((ro = next_site()) != 0) {
    ++site_count;
    TSiteNodeInfo* sni = dynamic_cast<TSiteNodeInfo*>(ro);
    if (sni == 0) continue;
    Str_t cename(sni->GetNodeName());
    Str_t sitename;
    {
      lStr_t els;
      GledNS::split_string(cename, els, "::");
      if(els.size() != 3) {
	printf("Safr for %s\n", cename.c_str());
	continue;
      }
      els.pop_front();
      sitename = els.front();
    }
    AEVEventBatch* eb = dynamic_cast<AEVEventBatch*>
      (mEvBatches->GetElementByName( sitename.c_str() ));
    if(eb == 0) continue;

    // sni->Print();

    eb->WriteLock();
    SEvTaskState ts = eb->GetEvState();

    if(ts.GetNToDo() != 0) {

      Int_t ndone =  (Int_t)sni->GetEventsProcessed();

      if(ts.GetNOK() < ndone) {
	Int_t delta = ndone - ts.GetNOK();
	d_evs += delta;
	ts.SetNOK(ndone);
	if(ts.GetNToDo() < ts.GetNProc()) {
	  d_proc += ts.GetNProc() - ts.GetNToDo();
	  ts.SetNProc(ts.GetNToDo());
	}
	if(ts.GetNToDo() <= 0 && ts.GetState() != 'F') {
	  d_sites += 1;
	  ts.SetState('F');
	}
	eb->SetEvState(ts);
	if(siteevmap) (*siteevmap)[sitename] = delta;
      }
    }
    eb->WriteUnlock();
  }

  // printf("Final: %d, %d, %d\n", d_evs, d_proc, d_sites);

  GLensWriteHolder wrlck(this);

  mBatchState.IncNOK(d_sites);
  mBatchState.IncNProc(-d_sites);

  mEventState.IncNOK(d_evs);
  mEventState.IncNProc(-d_proc);

  Stamp(FID());