source: Sophya/trunk/AddOn/TAcq/racqueth.cc@ 3945

//----------------------------------------------------------------
// ---- classes de threads pour lecture (transfert DMA) 
//      et ecriture disque pour acquisition   BAORadio       -----
// LAL -      R. Ansari - Juin/Juillet 2008 
//----------------------------------------------------------------

#include "racqueth.h"

#include <stdlib.h>
#include <unistd.h>
#include <fstream>
#include <signal.h>
#include "pexceptions.h"
#include "ctimer.h"
#include "timestamp.h"

#include "pciewrap.h"
#include "brpaqu.h"

#include "resusage.h" // Pour mesure temps elapsed/CPU ...
#include <sys/time.h>  // pour gettimeofday

////////////////////////////////////////////////////////////////////////////////////////////////////////
//----------------------------------------------------------------------------------------------------------
// Classe thread de lecture PCI-Express et recopie sur interface reseau (Ethernet) 
//----------------------------------------------------------------------------------------------------------

// Si on veut avoir le protocole de controle (Hand-shake) entre l'emetteur et le recepteur,
// decommenter la ligne suivante - Reza , 4 octobre 2010 
// #define  BR_DO_HANDSHAKE  1

/* --Methode-- */
PCIEToEthernet::PCIEToEthernet(vector<PCIEWrapperInterface*> vec_pciw, vector<string>& destname, BRParList const& par, int portid)
  :   par_(par), vec_pciw_ (vec_pciw), tcpportid_(portid)
{
  if (vec_pciw_.size() > MAXNBFIB) 
    throw ParmError("PCIEToEthernet:ERROR/  vec_pciw.size() > MAXNBFIB ");
  for(size_t i=0; i<vec_pciw_.size(); i++) destname_.push_back(destname);
  InitConnections();
}

/* --Methode-- */
PCIEToEthernet::PCIEToEthernet(vector<PCIEWrapperInterface*> vec_pciw, vector< vector<string> >& destname, BRParList const& par, int portid)
  :   par_(par), vec_pciw_ (vec_pciw), tcpportid_(portid)
{
  if (vec_pciw_.size() > MAXNBFIB) 
    throw ParmError("PCIEToEthernet:ERROR/  vec_pciw.size() > MAXNBFIB ");
  if (destname.size()!=vec_pciw.size()) 
    throw ParmError("PCIEToEthernet:ERROR/  vec_pciw.size() != destname_.size() ");
  destname_= destname;
  InitConnections();
}

/* --Methode-- */
void PCIEToEthernet::InitConnections()
{
  nmaxpaq_ = par_.MaxNbPaquets();       
  swapall_ = par_.GetDataConvFg();      // select data swap/format conversion for BRPaquet
  stop_ = false;
  packSize_ = par_.RecvPaquetSize();
  packSizeInMgr_=par_.MMgrPaquetSize();
  sizeFr_=par_.DMASizeBytes();
  
  nbDma_= vec_pciw_.size();

 //  true -> direct transfer of data to ethernet
  fgdirectsend_ = (par_.pci2eth_fgdirect && (swapall_==BR_Copy) ) ? true : false;  
  char msg[BRTCPMSGLEN];
  cout << "PCIEToEthernet/Info: Establishing TCP/IP connections ... " << endl;
  for(size_t i=0; i<vec_pciw_.size(); i++) {
    vector<ClientSocket> vskt;
    vector<uint_8> verrcnt;
    vector<string>& sdestnm=destname_[i];
    for(size_t j=0; j<sdestnm.size(); j++) {
      ClientSocket sok(sdestnm[j], tcpportid_);
      for(int ii=0; ii<BRTCPMSGLEN; ii++) msg[ii]='\0';
      uint_4 dmasz = (fgdirectsend_)  ? vec_pciw_[0]->TransferSize() : 0;
      sprintf(msg,"BAORadio-PCIEToEthernet  %d %d %d %d %d", par_.MMgrNbPaquet(), par_.MMgrPaquetSize(), 
              vec_pciw_[i]->FiberId(), dmasz, i);
      //           123456789012345678901234567890
      sok.SendAll(msg,BRTCPMSGLEN);
      sok.ReceiveAll(msg,BRTCPMSGLEN);
      if (strncmp(msg,"BAORadio-EthernetReader-OK",26)!=0) {
        msg[BRTCPMSGLEN-1]='\0';
        cout << "PCIEToEthernet:ERROR/ bad Init_Acknowledge message from EthernetReader : \n  " << msg << endl;
        usleep(10000);
        throw SocketException("PCIEToEthernet:ERROR/  Connection to EthernetReader not established ");
      }
      cout << " PCIEToEthernet: Ethernet connection established for DMA/fiber" << i << " with " << sdestnm[j] << endl;
      vskt.push_back(sok);
      verrcnt.push_back(0);
    }
    vvec_skt_.push_back(vskt); 
    vvec_errorcnt_.push_back(verrcnt);
    vec_cntpaq_.push_back(0);
    vfgmsgfin_.push_back(false);

  }
  totrdsnd_ = 0;
  stopreason_="??Unknown??";
  SetPrintLevel(par_.prtlevel_,par_.prtmodulo_);
}

/* --Methode-- */
PCIEToEthernet::~PCIEToEthernet()
{
  for(size_t i=0; i<vec_pciw_.size(); i++) {
    vector<ClientSocket>& vskt = vvec_skt_[i];
    vector<uint_8>& verrcnt = vvec_errorcnt_[i];
    for(size_t j=0; j<vskt.size(); j++) { 
      cout << " ~PCIEToEthernet() closing socket, fiber/pcieNum=" << i << " ethernet_destNum=" << j 
           << " ErrorCount=" << verrcnt[j] << endl;
      vskt[j].Close();
    }
  }
}

/* --Methode-- */
void PCIEToEthernet::run()
{
  
  struct timeval tv1,tv2;
  gettimeofday(&tv1, NULL);
  
  cout << " PCIEToEthernet::run() - Starting , NMaxMemZones=" <<  par_.MaxNbBlocs()
       << " MMgrNbPaquet=" << par_.MMgrNbPaquet() << " MMgr.PaqSiz=" << par_.MMgrPaquetSize()
       << " DMA-Paqsize " << packSize_ << "  " << BRPaquet::FmtConvToString(swapall_) << endl;  
  setRC(1);     

  // sigaddset(&act.sa_mask,SIGINT);  // pour proteger le transfert DMA
  //sigaction(SIGINT,&act,NULL);        
  uint_4 paqszmm = par_.MMgrPaquetSize();
  uint_4 paqsz =  packSize_;
  uint_4 dmasz = vec_pciw_[0]->TransferSize();
  //DEL  vec_pciw_[0]->StartTransfers();

  BRPaqChecker pcheck[MAXNBFIB];  // Verification/comptage des paquets  
  Byte* Datas[MAXNBFIB];
  Byte* tampon[MAXNBFIB] ; 
  Byte* nexpaq[MAXNBFIB] ;  // Pour recevevoir les paquets apres reduction de taille 

  Byte* predtampon=NULL;  // tampon de recopie pour la reduction des tailles de paquets 
  Byte* nextpaq=NULL;
  uint_4 off_acheval=0;
  
  bool fgarret = false;
  
  // Initialisation des tampons pour recopie des paquets a cheval pour chaque DMA
  for (int i=0;i< (int)nbDma_ ;i++) {  
    //    cout << " DEBUG*AB paqsz=" << paqsz << " paqszmm=" << paqszmm << endl;
    tampon[i]=nexpaq[i]=NULL;
    tampon[i] = new Byte[paqsz];
    nexpaq[i] = new Byte[paqszmm];
  }

  if (fgdirectsend_) 
    cout << " PCIEToEthernet::run() Direct transfer mode DMA to Ethernet ... " << endl;
  bool fgredpaq=par_.fgreducpsize;
  if (fgredpaq) {
    cout << " PCIEToEthernet::run() - PaquetSizeReduction - RedSize=" << par_.redpqsize 
         << " Offset=" << par_.reducoffset << " " << ((par_.reducneedcopy)?"NeedCopy":"NOCopy") 
         << "  " << BRPaquet::ReducActionToString(par_.pqreducmode) << endl;
    predtampon = new Byte[paqsz];
  }
  
  
  uint_8 trnbytes[MAXNBFIB];
  uint_4 npaqfait[MAXNBFIB];
  for (int i=0;i< (int)nbDma_ ;i++) {
    npaqfait[i]=0; trnbytes[i]=0; 
  }
  // Attente du message GO des taches lecteurs
  cout << " PCIEToEthernet::run() Waiting for GO message from EthernetReader's ..." << endl;
  char msg[BRTCPMSGLEN];
  for(size_t i=0; i<vec_pciw_.size(); i++) {
    vector<ClientSocket>& vskt=vvec_skt_[i];
    for(size_t j=0; j<vskt.size(); j++) {
      for(int ii=0; ii<BRTCPMSGLEN; ii++) msg[ii]='\0';
      vskt[j].ReceiveAll(msg,BRTCPMSGLEN);
      if (strncmp(msg,"BAORadio-EthernetReader-Ready-GO",32)!=0) {
        msg[BRTCPMSGLEN-1]='\0';
        cout << "PCIEToEthernet:ERROR BAD Go for fiber=" << i << " dest=" << j << " msg: " << msg << endl;
        throw SocketException("PCIEToEthernet:ERROR/  BAD Go message from EthernetReader ");
      }
    cout << " PCIEToEthernet::run() Received GO message for Fiber/DMA " << i << " from " << destname_[i][j] << endl;
    }
  }

  cout << " PCIEToEthernet::run()  Starting DMA to Ethernet transfers - NbFibers=NbDMA=" << vec_pciw_.size() 
       << " x NbEthDestinations=" << destname_.size() << endl;

    // Byte* nextdma = locdata+((kmz%memgr.NbZones())*(paqsz*memgr.NbPaquets()));
  uint_4 npaqfaitg = 0; 
  TimeStamp tsp;

  for (int i=0;i< (int)nbDma_ ;i++)
    vec_pciw_[i]->SetMaxWaitEndDMA(par_.first_maxkwedma_,par_.first_nretrydma_);

  bool fg_change_timeout=true;
  if (prtmodulo_<1) prtmodulo_=1;
  uint_4 prtcounter=prtmodulo_;
  while (npaqfaitg < nmaxpaq_) {  // Boucle global G 
    if (fgarret) break;
    if (stop_) break;

    if ((prtlev_>0)&&(npaqfaitg>=prtcounter)) {
      if (prtlev_>1) {
        tsp.SetNow();
        cout << tsp << " PCIEToEthernet::run()/Info NPaqFait= " << npaqfaitg << endl;
        for (int fib=0; fib<(int) nbDma_ ;fib++)  pcheck[fib].Print(cout);
      }
      else cout << " PCIEToEthernet::run()/Info NPaqFait= " << npaqfaitg << endl;
      while(prtcounter<=npaqfaitg) prtcounter+=prtmodulo_;
    }
    // Lancement des DMA 
    for (int dma=0; dma < (int)nbDma_ ;dma++) vec_pciw_[dma]->StartTransfers();
    if ((npaqfaitg>1)&&fg_change_timeout)  { 
      for (int i=0;i< (int)nbDma_ ;i++)
        vec_pciw_[i]->SetMaxWaitEndDMA(par_.maxkwedma_,par_.nretrydma_);
      fg_change_timeout=false;
    }
    
    // On pointe vers le debut de la zone a remplir aver le prochain DMA
    //-- Zone memoire locale Byte* nextdma = buff+i*paqsz;
    
    bool fgbaddma=false;
    // On boucle sur les nbDma_ en attente de leurs terminaison    
    for (int dma=0; dma <(int) nbDma_ ;dma++)  {
      Datas[dma]=vec_pciw_[dma]->GetData();
      if (Datas[dma] == NULL) { // No data Read in DMA 
        fgbaddma=true;
        cout << "PCIEToEthernetChecker/ERROR - DMA failed !" << endl;
        vec_pciw_[dma]->PrintStatus(cout);
        stopreason_="--Failed DMA--";
        fgarret = true;  break; 
      }
    }
    if (fgbaddma) continue;  

    if (fgdirectsend_) {  // Pas de copie / reduction de taille de paquet, on rebalance tel quel ...
      for (int fib=0; fib<(int) nbDma_ ;fib++) {
        //DBG cout << " DEBUG*B fib=" << fib << " Datas[fib]=" << hex << Datas[fib] << dec << endl; 
        SendToTargets(fib, Datas[fib], dmasz);
        trnbytes[fib] += (uint_8)dmasz;
        npaqfait[fib] += (trnbytes[fib]/(uint_8)paqszmm);
        if (fib==nbDma_-1) npaqfaitg += (trnbytes[fib]/(uint_8)paqszmm);
        trnbytes[fib] = trnbytes[fib]%(uint_8)paqszmm;
      }
      continue;  // On bypasse le reste 
    }

    // Si on arrive ici, c'est qu'il faut copier / reduire les paquets ....
    uint_4 curoff=0;
    //1- On traite le paquet a cheval, rempli partiellement avec le DMA d'avant si necessaire pour les n fibres
    if (off_acheval  > 0) {  // IF Numero B
      if ((paqsz-off_acheval)< dmasz) {  // IF Numero A
        for(uint_4 fib=0; fib<nbDma_; fib++) 
          memcpy((void *)((tampon[fib])+off_acheval), (void *)Datas[fib], paqsz-off_acheval);
        curoff = paqsz-off_acheval;  off_acheval = 0;
        for(uint_4 fib=0; fib<nbDma_; fib++) {
          // CHECK  S'il faut faire une reduction de taille de paquet
          if (fgredpaq) { // reduction taille de paquet
            if (par_.reducneedcopy) {
              BRPaquet paqc1(tampon[fib], predtampon, paqsz, swapall_);
              BRPaquet paqc2(nexpaq[fib], par_.redpqsize);
              paqc2.CopyFrom(paqc1, par_.pqreducmode, par_.reducoffset);
            }
            else {
              BRPaquet paqc1(tampon[fib], paqsz);
              BRPaquet paqc2(nexpaq[fib], par_.redpqsize);
              paqc2.CopyFrom(paqc1, par_.pqreducmode, par_.reducoffset);
            }
          }
          else  { 
            BRPaquet paqc(tampon[fib], nexpaq[fib], paqsz, swapall_);
          }
          BRPaquet paq(nexpaq[fib], packSizeInMgr_);
          SendToTargets(fib, nexpaq[fib], packSizeInMgr_);
          npaqfait[fib]++;
          if (fib==nbDma_-1) npaqfaitg++;  // Ne pas oublier le compteur de paquets faits 
          pcheck[fib].Check(paq);   // Verification du paquet / FrameCounter 
        }
      }
      else {  // se rapporte au IF numero A
        for(uint_4 fib=0; fib<nbDma_; fib++) 
          memcpy((void *)(tampon[fib]+off_acheval), (void *)Datas[fib], dmasz);
        curoff =dmasz;
        off_acheval = (dmasz+off_acheval);
      } 
    }  // Fin IF Numero B

    //2- On traite les paquets complets qui se trouvent dans la zone du DMA 
    while ((curoff+paqsz)<=dmasz) {  // while numero C 
      //          if ((dma==nbDma_-1)&&(npaqfait >= nmax_* memgr.NbPaquets())) break;
      // CHECK  S'il faut faire une reduction de taille de paquet
      for(uint_4 fib=0; fib<nbDma_; fib++) {
          if (fgredpaq) { // reduction taille de paquet
            if (par_.reducneedcopy) {
              BRPaquet paqc1(Datas[fib]+curoff, predtampon, paqsz, swapall_);
              BRPaquet paqc2(nexpaq[fib], par_.redpqsize);
              paqc2.CopyFrom(paqc1, par_.pqreducmode, par_.reducoffset);
            }
            else {
              BRPaquet paqc1(Datas[fib]+curoff, paqsz);
              BRPaquet paqc2(nexpaq[fib], par_.redpqsize);
              paqc2.CopyFrom(paqc1, par_.pqreducmode, par_.reducoffset);
            }
          }
          else { 
            BRPaquet paqc(Datas[fib]+curoff, nexpaq[fib], paqsz, swapall_);
          }
          BRPaquet paq(nexpaq[fib], packSizeInMgr_);
          SendToTargets(fib, nexpaq[fib], packSizeInMgr_);
          npaqfait[fib]++;
          if (fib==nbDma_-1) npaqfaitg++;  // Ne pas oublier le compteur de paquets faits 
          pcheck[fib].Check(paq);   // Verification du paquet / FrameCounter 
        }
      curoff += paqsz;  // On avance l'index dans le buffer du DMA
    } // -- FIN traitement des paquets complets ds un DMA - FIN du while numero C 
      //3- On copie si besoin la fin du DMA dans la zone tampon
    if (curoff < dmasz) {  // IF numero D 
      off_acheval = dmasz-curoff;
      for(uint_4 fib=0; fib<nbDma_; fib++) 
        memcpy(tampon[fib], (void*)(Datas[fib]+curoff), off_acheval);
      // ne sert a rien         curoff += off_acheval; 
    } // FIN du if numero D 
  }  //   FIN  Boucle global G 

  if (npaqfaitg >= nmaxpaq_)   stopreason_="--Max Nb paquets reached--";
 
  // ----- Nettoyage final et impression de resume -------
  CleanUpEndSendAllLinks();
  setRC(0);
  gettimeofday(&tv2, NULL);
  double tmelaps2 = (tv2.tv_sec-tv1.tv_sec)*1000.+(tv2.tv_usec-tv1.tv_usec)/1000.;
  if (tmelaps2<0.1) tmelaps2=0.1; 
  cout << " ---------- PCIEToEthernet::run()-End StopReason: " << stopreason_ << endl
       << " Summary NPaqFait=" << npaqfaitg 
       << " TotSend (kb)=" << totrdsnd_/1024 << "------ " << endl;
  for (int dma=0; dma < (int)nbDma_ ;dma++)   {
    cout << " --Fib=" << dma << " NPaqFait=" << npaqfait[dma] <<  " TotDMATransfer=" 
         << vec_pciw_[dma]->TotTransferBytes()/1024 
         << " ElapsTime=" << tmelaps2 << " ms ->" 
         << (double)vec_pciw_[dma]->TotTransferBytes()/tmelaps2 << " kb/s" << endl;

        vector<ClientSocket>& vskt = vvec_skt_[dma];
        cout << " TotEthTransfer="; 
        for(size_t j=0; j<vskt.size(); j++)
          cout << vskt[j].NBytesSent()/1024 << " , ";
        cout << " kb" << endl;
        
    if (!fgdirectsend_) pcheck[dma].Print(cout);
  }
  cout << " --------------------------------------------------------------------" << endl;

  for (int i=0;i< (int)nbDma_ ;i++) { 
    delete[] tampon[i]; 
    delete[] nexpaq[i];
  }
  if ((fgredpaq)&&predtampon) delete[] predtampon;

  //DBG  cout << " fin thread ========================" <<endl;  
  return;
}


/* --Methode-- */
void PCIEToEthernet::Stop()
{ 
  // cout << " PCIEReaderChecker::stop()  ........ STOP" <<endl; 
  stop_ = true;

}

static long cnt_prt=0;
/* --Methode-- */
size_t PCIEToEthernet::SendToTargets(int fib, Byte* data, size_t len, bool fgfin)
{
  //DBG    cout << " SendToTargets/DBG" << cnt_prt << " len=" << len << " data=" << hex << (unsigned long)data << dec << endl; cnt_prt++; 
  vector<ClientSocket>& vskt = vvec_skt_[fib];
  vector<uint_8>& verrcnt = vvec_errorcnt_[fib];
  char msg[BRTCPMSGLEN2];
  size_t rc=0;
  if (vec_cntpaq_[fib]%par_.MMgrNbPaquet() == 0) {
    sprintf(msg,"PCIEToEthernet-SendCnt %d",vec_cntpaq_[fib]);
    for(size_t j=0; j<vskt.size(); j++) {
      vskt[j].SendAll(msg, BRTCPMSGLEN2);
    }
  }
  //  Envoi des donnees (paquets)
  for(size_t j=0; j<vskt.size(); j++) {
    rc += vskt[j].SendAll((const char *)data, len);
    totrdsnd_ += len;
  }
  vec_cntpaq_[fib]++;
#ifdef BR_DO_HANDSHAKE
  // attente message de hand-shake 
  if (vec_cntpaq_[fib]%par_.MMgrNbPaquet() == 0) {
    for(size_t j=0; j<vskt.size(); j++) {
      //DBG      cout << "SendToTargets/DEBUG-B attente -RecvCnt fib=" << fib << " npaq=" << vec_cntpaq_[fib] << endl;
      vskt[j].ReceiveAll(msg, BRTCPMSGLEN2);
      msg[BRTCPMSGLEN2-1]='\0';
      if (strncmp(msg,"EthernetReader-RecvCnt",22) != 0) {
        cout << " PCIEToEthernet::SendToTargets/ BAD HandShake, Fiber=" << fib 
             << " NumSocket=" << j << " msg: " << msg << endl;
        verrcnt[j]++;
      }
    }    
  }
#endif
  if ((vec_cntpaq_[fib]==nmaxpaq_)||(fgfin&&(vec_cntpaq_[fib]%par_.MMgrNbPaquet()==0))) {  // fin de l'envoi pour cette fibre 
    sprintf(msg,"PCIEToEthernet-Send-END %d",vec_cntpaq_[fib]);
    for(size_t j=0; j<vskt.size(); j++) {
      vskt[j].SendAll(msg, BRTCPMSGLEN2);
    }
    vfgmsgfin_[fib]=true;
  }
  return rc;
}

/* --Methode-- */
void PCIEToEthernet::CleanUpEndSendAllLinks()
{
  cout << " PCIEToEthernet::CleanUpEndSendAllLinks() - Ending transmission on links ..." << endl;
  Byte* tampon = new Byte[par_.MMgrPaquetSize()];
  memset(tampon,0,(size_t)par_.MMgrPaquetSize());
  for(size_t fib=0; fib<vfgmsgfin_.size(); fib++) {
    while (!vfgmsgfin_[fib])  SendToTargets(fib,tampon,par_.MMgrPaquetSize(),true);
    cout << " ... Ended transmission on links for Fiber " << fib << endl;
  }
  delete[] tampon;
}

//------------------------------------------------------------------
// Classe thread de lecture sur interface reseau (Ethernet) 
//------------------------------------------------------------------

/* --Methode-- */
EthernetReader::EthernetReader(RAcqMemZoneMgr& mem, BRParList const& par, int portid)
  :  memgr_(mem), par_(par), stop_(false), tcpportid_(portid)
{
  totnbytesrd_ = 0;
  totnpaqrd_ = 0;
  totsamefc_ = 0;
  totnbresync_ = 0;

  if (memgr_.NbFibres() > MAXANAFIB) 
    throw BAORadioException("EthernetReader::EthernetReader/ NbFibres>MAXANAFIB "); 
  if (par_.ethr_nlink != memgr_.NbFibres()) 
    throw BAORadioException("EthernetReader::EthernetReader/ NbFibres != ethr_nlink"); 
  SetPrintLevel(par.prtlevel_,par.prtmodulo_);

  SetReadMode();  // definitition du mode de lecture des liens 
  WaitENDMsg4Terminate();

  packsize_=memgr_.PaqSize();
  mid_=-2; 
  mmbuf_=NULL;
  max_targ_npaq = memgr_.NbPaquets();
  for(size_t fib=0; fib<(size_t)memgr_.NbFibres(); fib++) mmbufib_[fib]=NULL;

  for(size_t fib=0; fib<(size_t)memgr_.NbFibres(); fib++) {
    vpaq_.push_back(BRPaquet(NULL,memgr_.PaqSize()));
    vpchk_.push_back(BRPaqChecker(true,0)); 
    curfc_.push_back(0);
    totnpqrd_.push_back(0);
    totnpqok_.push_back(0);    
  }
  srv_sokp_ = new ServerSocket(tcpportid_, par_.ethr_nlink);
  char msg[BRTCPMSGLEN];
  for(size_t fib=0; fib<(size_t)memgr_.NbFibres(); fib++) {
    Socket sok=srv_sokp_->WaitClientConnection();
    for(int ii=0; ii<BRTCPMSGLEN; ii++) msg[ii]='\0';
    sok.ReceiveAll(msg,BRTCPMSGLEN);
    if (strncmp(msg,"BAORadio-PCIEToEthernet",23)!=0) {
      cout << " EthernetReader:ERROR, bad init message from PCIEToEthernet client -> throw SocketException" << endl;
      throw SocketException("EthernetReader:ERROR/  Bad message from PCIEToEthernet client !");
    }
    int ia,ib,ic,id,ie;
    sscanf(msg+25,"%d %d %d %d %d",&ia,&ib,&ic,&id,&ie);
    //    if (((uint_4)ia!=par_.MMgrNbPaquet()) || ((uint_4)ib!=par_.MMgrPaquetSize())) { 
    if (((uint_4)ia!=memgr_.NbPaquets()) || ((uint_4)ib!=memgr_.PaqSize())) { 
      strcpy(msg,"BAORadio-EthernetReader-BAD MMgrNbPaquet/MMgrPaquetSize()");
      sok.SendAll(msg,BRTCPMSGLEN);
      cout << " EthernetReader:ERROR, Bad client.MMgrNbPaquet/PaquetSize NbPaq=" << ia << " PaqSz=" << ib 
           << " Reader_PaqSz=" << memgr_.PaqSize() << endl;
      usleep(10000);
      throw SocketException("EthernetReader:ERROR/  Bad MMgrNbPaquet/MMgrPaquetSize() from PCIEToEthernet client !");
    }
    for(int ii=0; ii<BRTCPMSGLEN; ii++) msg[ii]='\0';
    strcpy(msg,"BAORadio-EthernetReader-OK");
    sok.SendAll(msg,BRTCPMSGLEN);
    vsok_.push_back(sok);
    vfibid_.push_back(ic);
    cout << " EthernetReader/Info connection/link" << fib << " established - FiberId= " << ic << endl; 
    vec_cntpaq_.push_back(0);
    vec_fgsokend_.push_back(false);
  }
  if (vsok_.size()>1) {
    cout << " EthernetReader/Info: sorting socket according to FiberIds ..." << endl;
    bool encore=true;
    Socket tmpskt;
    int tmpid;
    while(encore) {
      encore=false;
      for(size_t ii=0; ii<vsok_.size()-1; ii++) {
        if (vfibid_[ii]>vfibid_[ii+1]) {
          tmpskt=vsok_[ii];  tmpid=vfibid_[ii];
          vsok_[ii]=vsok_[ii+1];  vfibid_[ii]=vfibid_[ii+1];
          vsok_[ii+1]=tmpskt;  vfibid_[ii+1]=tmpid;
          encore=true;
        }
      }
    }
  }
  cout << " EthernetReader/Info: Setting FiberIds in RAcqMemZoneMgr \n ... FiberIds= " ;
  for(size_t ii=0; ii<vsok_.size(); ii++)  { 
    memgr_.FiberId(ii)=vfibid_[ii];
    cout << vfibid_[ii] << " ; ";
  }
  cout << endl;

  gl_fgsokend = true;
  stopreason_="??Unknown??";
  dummybuff_ = new char[packsize_];
}

/* --Methode-- */
EthernetReader::~EthernetReader()
{
  if (prtlev_>0) cout << " ~EthernetReader() , TotNPaqRd=" << totnpaqrd_ << " TotNbReSync=" << totnbresync_ << endl;
  for(size_t j=0; j<vsok_.size(); j++) {
    if (prtlev_>1)  
      cout << " ~EthernetReader() closing sok[" << j << "] CntPaq=" << vec_cntpaq_[j] 
           << " TotNPaqRd=" << totnpqrd_[j] << " TotNPaqOK=" << totnpqok_[j] << endl;
    vsok_[j].Close();
  }
  srv_sokp_->Close();
  delete srv_sokp_;
  if (dummybuff_) delete[] dummybuff_;
}

/* --Methode-- */
void EthernetReader::run()
{
  setRC(1); 
  try {
    TimeStamp ts; 
    Timer tm("EthernetReader", false);
    cout << " EthernetReader::run() - Starting " << ts << " NbFibres()=" << memgr_.NbFibres()
         << "  PaqSize() = " << memgr_.PaqSize() << endl;
    cout << " ...ReadMode: " << ((rdsamefc_)?"Paquets With SameFrameCounter":"All OK paquets") << endl;

    cout << " Sending GO message to all PCIEToEthernet clients ... " << endl;
    char msg[BRTCPMSGLEN];
    for(int ii=0; ii<BRTCPMSGLEN; ii++) msg[ii]='\0';
    strcpy(msg,"BAORadio-EthernetReader-Ready-GO");
    for(size_t fib=0; fib<(size_t)memgr_.NbFibres(); fib++) {
      cout << " EthernetReader/Debug - Sending GO message to sender " << fib << endl;
      vsok_[fib].SendAll(msg,BRTCPMSGLEN);
    }
    Byte* nextpaq=NULL;
    bool fgok=true;
    while (fgok&&(totnpaqrd_<par_.MaxNbPaquets())) {
      if (stop_) { 
        if (prtlev_>0)  
          cout << ">S>S>S> EthernetReader::run() / Stopping, through Stop() method" << endl;  
        stopreason_="EthernetReader::run() / Stopping, through Stop() method";
        break;
      }
      if ( MoveToNextTarget() ) {
        cout << "EthernetReader::run()/Error-A- MoveToNextTarget() returned true ->STOP 9" << endl;
        setRC(7);  fgok=false;  break;
      }
      for(size_t fib=0; fib<(size_t)memgr_.NbFibres(); fib++) {
        nextpaq=GetPaquetTarget(fib);
        if (nextpaq == NULL) { // Cela ne devrait pas arriver 
          cout << "EthernetReader::run()/Error-A2- GetPaquetTarget(fib)  returned NULL ->STOP 9" << endl;
          setRC(9);  fgok=false;  break;
        }
        vpaq_[fib].Set(nextpaq);
      }
      if (ReadNextAllFibers()) { fgok=false;  break; }
      totnpaqrd_++;
      if ((prtlev_>0)&&(totnpaqrd_%prtmodulo_==0))  {
        if (prtlev_>1) { ts.SetNow(); cout << ts; }
        cout << "EthernetReader: NbPaq/Link=" << totnpaqrd_ << " NSameFC=" 
             << totsamefc_ << " / NPaqFib0Read=" << totnpqrd_[0] 
             << " FracSameFC=" << 100*totsamefc_/totnpqrd_[0] << " %" <<  endl;
      }
      if (totnpaqrd_>=par_.MaxNbPaquets()) { 
        if (prtlev_>0)  
          cout << ">S>S>S> EthernetReader::run() / Stopping, totnpaqrd_>=par_.MaxNbPaquets()" << endl;  
        stopreason_="EthernetReader::run() / Stopping, totnpaqrd_>=par_.MaxNbPaquets()";
      }
    }

    MoveToNextTarget();  // Pour faire traiter le dernier paquet si plein 
    MZoneManage(true);   // Nettoyage final 
    
    cout << " ---------------------------------------------------------------------------- " << endl;   
    cout << "--- EthernetReader::run() END, StopReason: " << stopreason_ << " ---" << endl;
    ts.SetNow();
    tm.SplitQ();
    cout << "  END reading TotNPaq/Link=" << totnpaqrd_ << " :"  << ts << endl;
    cout << "... NbPaq/Link=" << totnpaqrd_ << " NSameFC=" 
         << totsamefc_ << " / NPaqLink[0]_Read=" << totnpqrd_[0] 
         << " FracSameFC=" << 100*totsamefc_/totnpqrd_[0] << " %" << endl;

    for(size_t fib=0; fib<(size_t)memgr_.NbFibres(); fib++)  {
      int perc=0;
      if (totnpqrd_[fib]>0) perc=100*totsamefc_/totnpqrd_[fib];
      cout << " Fiber" << fib << " TotNPaqRd=" << totnpqrd_[fib] << " TotNPaqOK=" << totnpqok_[fib] 
           << " FracSameFC=" << perc << " %" << endl;
      if (prtlev_ > 0)  vpchk_[fib].Print(cout);
    }
    cout << "  TotalEthernetRead= " << totnbytesrd_/(1024*1024) << " MBytes Ethernet-Read rate= " 
         << (double)(totnbytesrd_)/1024./tm.PartialElapsedTimems() << " MB/s" << endl;    
    cout << " EthernetReader::run()/Timing: \n"; 
    tm.Print();
    cout << " ---------------------------------------------------------------------------- " << endl;   

    usleep(50000);       // Attente de traitement du dernier paquet
    memgr_.Stop();        // Arret 
    if (waitendmsg_)  {
      CleanUpAllSockets();  // On lit tous les liens jusqu'a la reception du message END
      cout << " EthernetReader::run(): done CleanUpAllSockets()" << endl;
    }
  }  // Fin du bloc try 
  catch (std::exception& exc) {
    cout << " EthernetReader::run()/catched execption msg=  " << exc.what() << endl;
    setRC(3);   
    return; 
  }
  catch(...) {
    cout << " EthernetReader::run()/catched unknown ... exception " << endl;
    setRC(4);   
    return; 
  }
  setRC(0);
  return;
}

/* --Methode-- */
bool EthernetReader::ReadNextAllFibers()
{
  if (sfc_maxresync_>0) return ReadNextAllFibersWithSync();

  for(size_t fib=0; fib<(size_t)memgr_.NbFibres(); fib++)  {
    if (ReadNext(fib)) return true;  // probleme 
  }
  if (!rdsamefc_ || (memgr_.NbFibres()<2))  {
    uint_8 cfc=curfc_[0];
    bool fgsamefc=true;
    for(size_t fib=1; fib<memgr_.NbFibres(); fib++) {
      if (curfc_[fib]!=cfc)   fgsamefc=false;
    }
    if (fgsamefc)  totsamefc_++;  
    return false;  // c'est OK 
  }
  //  On va essayer de lire jusqu'a avoir same_frame_counter 
  uint_8 cfc=curfc_[0];
  bool fgsamefc=true;
  for(size_t fib=1; fib<memgr_.NbFibres(); fib++) {
    if (curfc_[fib]!=cfc) {
      fgsamefc=false;
      if (curfc_[fib] > cfc)  cfc=curfc_[fib]; 
    }
  }
  if (fgsamefc) { 
    totsamefc_++;  return false;  // c'est OK  , same framecounter
  }
  else {  // else !fgsame
    bool encorerd=true;
    uint_4  ntrd=0;
    while(encorerd) {
      encorerd=false;
      for(uint_4 fib=0; fib<memgr_.NbFibres(); fib++) {
        if (curfc_[fib]>=cfc)  continue;
        if (ReadNext(fib)) return true;  // probleme
      }
      ntrd++;
      bool fgsamefc2=true;
      cfc=curfc_[0];
      for(size_t fib=1; fib<memgr_.NbFibres(); fib++) {
        if (curfc_[fib]!=cfc) {
          fgsamefc2=false;
          if (curfc_[fib]>cfc)  cfc=curfc_[fib]; 
        }
      }
      if (fgsamefc2) { 
        totsamefc_++;  return false;  // c'est OK  , same framecounter
      }
      encorerd=true;
      if ((sfc_maxdpc_>0)&&(ntrd>sfc_maxdpc_)) {
        if (prtlev_>0)  
          cout << ">S>S>S> EthernetReader::ReadNextAllFibers()/ Stopping, Nb_ReadNext="  
               << ntrd << " > sfc_maxdpc_" << endl; 
        stopreason_="ReadNextAllFibers() StopReason: failed to get SameFC Nb_ReadNext>sfc_maxdpc_";
        return true; 
      }
    }  // Fin de while encorerd
    
  }   // fin de  else !fgsame 

  return true; // probleme 
}

/* --Methode-- */
bool EthernetReader::ReadNext(int fib)
{
  bool fggood=false;
  while(!fggood) { 
    ReceiveFromSocket(fib, (char *)vpaq_[fib].Begin(), packsize_);
    if (vec_fgsokend_[fib])   {   // fin de reception sur le lien 
      if (prtlev_>0)  
        cout << ">S>S>S> EthernetReader::ReadNext(" << fib << ")/ Stopping, reason EndReceive fgsokend_=" 
             << vec_fgsokend_[fib] << endl; 
      stopreason_="ReadNext() StopReason: EndReceive signaled on link";
      return true; 
    }
    totnbytesrd_+=packsize_;
    totnpqrd_[fib]++;
    fggood = vpchk_[fib].Check(vpaq_[fib],curfc_[fib]);
  }
  totnpqok_[fib]++;
  return false;
}

/* --Methode-- */
void EthernetReader::CleanUpAllSockets()
{
  bool fgallfinished=false;
  while (!fgallfinished) {
    fgallfinished=true;
    for(size_t fib=0; fib<(size_t)memgr_.NbFibres(); fib++)  {
      if (vec_fgsokend_[fib]>0) continue;
      ReceiveFromSocket(fib,dummybuff_,packsize_);
      fgallfinished=false;
    }
  }
  return;
}

/* --Methode-- */
size_t EthernetReader::ReceiveFromSocket(int fib, char* data, size_t len)
{
  size_t rc =0;
  if (vec_fgsokend_[fib]) { // la lecture est finie 
    memset(data, 0, len);
    return 0;
  }

  if (vec_cntpaq_[fib]%memgr_.NbPaquets() == 0) { 
    char msg[BRTCPMSGLEN2];
    msg[0]='\0';
    vsok_[fib].ReceiveAll(msg, BRTCPMSGLEN2);
    //    if (strncmp(msg,"PCIEToEthernet-SendCnt",22) != 0) 
    //      cout << " EthernetReader::ReceiveFromSocket/ BAD HandShake message : " << msg << endl;
    bool fgbadhsm=true;
    if (strncmp(msg,"PCIEToEthernet-Send",19)==0) {
      if (strncmp(msg+19,"Cnt",3)==0) fgbadhsm=false;
      else if (strncmp(msg+19,"-END",4)==0) {
        fgbadhsm=false;
        vec_fgsokend_[fib]=1;  gl_fgsokend=true;
        //DBG   cout << "ReceiveFromSocket/DEBUG -END msg received  " << endl;
        if (prtlev_>2)  
          cout << " EthernetReader::ReceiveFromSocket/ Receive on LinkNo" << fib << " Ended OK" << endl;
      }
    }
    if (fgbadhsm) {
      cout << " EthernetReader::ReceiveFromSocket/ BAD HandShake, LinkNo " <<  fib << " msg: " << msg << endl;
      vec_fgsokend_[fib]=2; 
    }
  }

  if (vec_fgsokend_[fib]>0) { // la lecture est finie 
    memset(data, 0, len);
    return 0;
  }

  rc += vsok_[fib].ReceiveAll(data, len);
  vec_cntpaq_[fib]++;

#ifdef BR_DO_HANDSHAKE
  // Envoi de message de hand-shake 
  if (vec_cntpaq_[fib]%memgr_.NbPaquets() == 0) {
    char msg[BRTCPMSGLEN2];
    sprintf(msg,"EthernetReader-RecvCnt %d",vec_cntpaq_[fib]);
    vsok_[fib].SendAll(msg, BRTCPMSGLEN2);
    //DBG    cout << " ReceiveFromSocket/DEBUG-B msg=" << msg << endl;
  }
#endif  
  return rc;
}

/* --Methode-- */
bool EthernetReader::ReadNextAllFibersWithSync()
{
  if (rdsamefc_&&(sfc_maxresync_>0)) {
    if (SkipAndSyncLinks()>8)  return true;
  }
  for(size_t fib=0; fib<(size_t)memgr_.NbFibres(); fib++)  {
    if (ReadNext(fib)) return true;  // probleme 
  }
  if (!rdsamefc_ || (memgr_.NbFibres()<2))  {
    uint_8 cfc=curfc_[0];
    bool fgsamefc=true;
    for(size_t fib=1; fib<memgr_.NbFibres(); fib++) {
      if (curfc_[fib]!=cfc)   fgsamefc=false;
    }
    if (fgsamefc)  totsamefc_++;  
    return false;  // c'est OK 
  }
  //  On va essayer de lire jusqu'a avoir same_frame_counter 
  bool echec=true;
  int nbechec=0;
  while (echec) {
    if (nbechec>sfc_maxresync_)  { 
      if (prtlev_>0)  
        cout << ">S>S>S> EthernetReader::ReadNextAllFibersWithSync()/ Stopping, reason NbEchec>(NbMax_Resync=" 
             << sfc_maxresync_ << ")" << endl; 
      stopreason_="ReadNextAllFibersWithSync() , StopReason: NbEchec>NbMax_Resyn";
      return true;
    }
    uint_8 cfc=curfc_[0];
    bool fgsamefc=true;
    for(size_t fib=1; fib<memgr_.NbFibres(); fib++) {
      if (curfc_[fib]!=cfc) {
        fgsamefc=false;
        if (curfc_[fib] > cfc)  cfc=curfc_[fib]; 
      }
    }
    if (fgsamefc) { 
      totsamefc_++;  echec=false; return false;  // c'est OK  , same framecounter
    }
    else {  // else !fgsame
      if (nbechec>0)   {
        int rcres=SkipAndSyncLinks();
        if (rcres>8)  return true;
        else if (rcres==1) {  // Il faut relire les fibres 
          for(size_t fib=0; fib<(size_t)memgr_.NbFibres(); fib++)  {
            if (ReadNext(fib)) return true;  // probleme
          }
          fgsamefc=true;   cfc=curfc_[0];
          for(size_t fib=1; fib<memgr_.NbFibres(); fib++) {
            if (curfc_[fib]!=cfc) {
              fgsamefc=false;
              if (curfc_[fib] > cfc)  cfc=curfc_[fib]; 
            }
          }
          if (fgsamefc) { 
            totsamefc_++;  echec=false; return false;  // c'est OK  , same framecounter
          }
        }  // fin de if (rcres==1) 
      }
      
      if (prtlev_>5) 
        cout << " EthernetReader::ReadNextAllFibersWithSync()/DEBUG NbEchec=" << nbechec  
             << " cfc=" << cfc << endl;
      
      for(uint_4 fib=0; fib<memgr_.NbFibres(); fib++) {
        for(uint_4 ntryrd=0; ntryrd<sfc_maxdpc_; ntryrd++) {   // on tente un maximum de 
          if (curfc_[fib]>=cfc) break; 
          if (ReadNext(fib)) return true;  // probleme    
        }
      }

      nbechec++;
    }   // fin de  else !fgsame 
  }  // fin de while(echec): lecture jusqu'a same_frame_counter 

  return true; // probleme 
}

/* --Methode-- */
int EthernetReader::SkipAndSyncLinks()
{
  uint_8 minnumpaq=vec_cntpaq_[0];   // minimum des nombres de paquets lus sur les differents liens 
  size_t minnp_fid=0;   // numero de fibre correspondant au minimum de paquets lus
  uint_8 maxnumpaq=vec_cntpaq_[0];   // maximum des nombres de paquets lus sur les differents liens 
  size_t maxnp_fid=0;   // numero de fibre correspondant au maximum de paquets lus
  for(size_t fib=1; fib<memgr_.NbFibres(); fib++) {
    if (vec_cntpaq_[fib]<=minnumpaq) { 
      minnumpaq=vec_cntpaq_[fib];    minnp_fid=fib;
    }
    if (vec_cntpaq_[fib]>=maxnumpaq) { 
      maxnumpaq=vec_cntpaq_[fib];    maxnp_fid=fib;
    }
  }
  if (!rdsamefc_ && (minnumpaq!=maxnumpaq)) 
    cout << " EthernetReader::SkipAndSyncLinks()/BUG or PROBLEM - ReadAllOK and min<>maxnumpaq=" 
         << minnumpaq << "," << maxnumpaq << " !!!" << endl;
  if ((maxnumpaq-minnumpaq)<sfc_maxdpc_)  return 0;

  if (prtlev_>4) 
    cout << " EthernetReader::SkipAndSyncLinks() min,maxnumpaq=" << minnumpaq << "," << maxnumpaq
         << " min,maxnp_fid=" << minnp_fid << "," << maxnp_fid << " sfc_maxdpc_=" << sfc_maxdpc_ << endl;

  for(size_t fib=0; fib<memgr_.NbFibres(); fib++)  {
    while(vec_cntpaq_[fib]<maxnumpaq) {
      if (vec_fgsokend_[fib]>0) return 9;
      ReceiveFromSocket(fib,dummybuff_,packsize_);
    }
  }
  totnbresync_++; 
  if (prtlev_>3) {
    cout << " EthernetReader::SkipAndSyncLinks() NbResync=" << totnbresync_ << " After Sync: vec_cntpaq_[fib]=";
    for(size_t ii=0; ii<vec_cntpaq_.size(); ii++) cout << vec_cntpaq_[ii] << " , ";
    cout << endl;
  }

  return 1;
}

/* --Methode-- */
bool EthernetReader::MZoneManage(bool fgclean)    // Retourne true si probleme 
{
  /* Pour debug 
  cout << " EthernetReader::MZoneManage() mid_=" << mid_ << " arg_npaq_= " << targ_npaq_  
       << " max_targ_npaq=" << max_targ_npaq << endl;
  */
  if (mid_ >= 0)  { 
    memgr_.GetAuxData(mid_)->filltime_.SetNow(); 
    if (fgclean) memgr_.FreeMemZone(mid_, MemZS_Free);    
    else memgr_.FreeMemZone(mid_, MemZS_Filled);
  }
  mmbuf_ = NULL;  targ_npaq_ = 0;  mid_ = -2;
  for (int fib=0;fib<(int)memgr_.NbFibres() ;fib++) mmbufib_[fib]=NULL;
  if (fgclean)  return false;
  mid_ = memgr_.FindMemZoneId(MemZA_Fill);
  mmbuf_ = memgr_.GetMemZone(mid_);
  if (mmbuf_==NULL)   return true;
  for(size_t fib=0; fib<(size_t)memgr_.NbFibres(); fib++)
    mmbufib_[fib]=memgr_.GetMemZone(mid_,fib);
  return false;
}