DTConfigDBProducer.cc

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#include "L1TriggerConfig/DTTPGConfigProducers/src/DTConfigDBProducer.h"

#include "DataFormats/MuonDetId/interface/DTChamberId.h"
#include "DataFormats/MuonDetId/interface/DTSuperLayerId.h"
#include "DataFormats/MuonDetId/interface/DTLayerId.h"

#include "CondFormats/DataRecord/interface/DTT0Rcd.h"
#include "CondFormats/DTObjects/interface/DTCCBConfig.h"
#include "CondFormats/DataRecord/interface/DTCCBConfigRcd.h"
#include "CondFormats/DataRecord/interface/DTTPGParametersRcd.h"
#include "CondFormats/DTObjects/interface/DTKeyedConfig.h"
#include "CondFormats/DataRecord/interface/DTKeyedConfigListRcd.h"

#include "L1TriggerConfig/DTTPGConfig/interface/DTConfigManagerRcd.h"
#include "L1TriggerConfig/DTTPGConfigProducers/src/DTPosNegType.h"

#include "FWCore/Framework/interface/ESHandle.h"
#include "FWCore/Utilities/interface/Exception.h"
#include "FWCore/Framework/interface/MakerMacros.h"
#include "FWCore/MessageLogger/interface/MessageLogger.h"

#include <iostream>
#include <iomanip>

using std::cout;
using std::endl;
using std::vector;
using std::auto_ptr;

//
// constructors and destructor
//

DTConfigDBProducer::DTConfigDBProducer(const edm::ParameterSet& p)
{
  // tell the framework what record is being produced
  setWhatProduced(this,&DTConfigDBProducer::produce);

  cfgConfig = p.getParameter<bool>("cfgConfig");
    
  // get and store parameter set and config manager pointer
  m_ps = p;
  
  // debug flags
  m_debugDB    = p.getParameter<bool>("debugDB"); 
  m_debugBti   = p.getParameter<int>("debugBti");
  m_debugTraco = p.getParameter<int>("debugTraco");
  m_debugTSP   = p.getParameter<bool>("debugTSP");
  m_debugTST   = p.getParameter<bool>("debugTST");
  m_debugTU    = p.getParameter<bool>("debugTU");
  m_debugSC    = p.getParameter<bool>("debugSC");
  m_debugLUTs  = p.getParameter<bool>("debugLUTs");
  m_debugPed   = p.getParameter<bool>("debugPed");

  m_UseT0 = p.getParameter<bool>("UseT0");  // CB check for a better way to do it

}


DTConfigDBProducer::~DTConfigDBProducer()
{

}


//
// member functions
//

std::auto_ptr<DTConfigManager> DTConfigDBProducer::produce(const DTConfigManagerRcd& iRecord)
{
   using namespace edm;

   std::auto_ptr<DTConfigManager> dtConfig = std::auto_ptr<DTConfigManager>( new DTConfigManager() );
   DTConfigManager & dttpgConfig = *(dtConfig.get());

   // DB specific requests
   bool tracoLutsFromDB   = m_ps.getParameter<bool>("TracoLutsFromDB");
   bool useBtiAcceptParam = m_ps.getParameter<bool>("UseBtiAcceptParam");

   // set specific DB requests
   dttpgConfig.setLutFromDB(tracoLutsFromDB);
   dttpgConfig.setUseAcceptParam(useBtiAcceptParam);

   // set debug
   edm::ParameterSet conf_ps = m_ps.getParameter<edm::ParameterSet>("DTTPGParameters");  
   bool dttpgdebug = conf_ps.getUntrackedParameter<bool>("Debug");
   dttpgConfig.setDTTPGDebug(dttpgdebug);

   int code; 
   if(cfgConfig){
     dttpgConfig.setLutFromDB(false);
     configFromCfg(dttpgConfig);
     code = 2;
   }  else{
     code = readDTCCBConfig(iRecord,dttpgConfig);
     readDBPedestalsConfig(iRecord,dttpgConfig); 
     // 110628 SV add config check
     if(code != -1 && checkDTCCBConfig(dttpgConfig) > 0)
       code=-1;
   }
   //cout << "DTConfigDBProducer::produce CODE " << code << endl;
   if(code==-1) {
     dttpgConfig.setCCBConfigValidity(false);
   } else if(code==2) {
     LogVerbatim ("DTTPG") << "DTConfigDBProducer::produce : Trivial : " << endl
                           << "configurations has been read from cfg" << endl; 
   } else if(code==0) {
     LogVerbatim ("DTTPG") << "DTConfigDBProducer::produce : " << endl 
                           << "Configurations successfully read from OMDS" << endl; 
   } else {
     LogProblem ("DTTPG") << "DTConfigDBProducer::produce : " << endl
              << "Wrong configuration return CODE" << endl;
   }

   return dtConfig ;
}

void DTConfigDBProducer::readDBPedestalsConfig(const DTConfigManagerRcd& iRecord,
                                 DTConfigManager   & dttpgConfig){

  edm::ESHandle<DTTPGParameters> dttpgParams;
  iRecord.getRecord<DTTPGParametersRcd>().get(dttpgParams);

  DTConfigPedestals pedestals;
  pedestals.setDebug(m_debugPed);

  if (m_UseT0) {

    edm::ESHandle<DTT0> t0i;
    iRecord.getRecord<DTT0Rcd>().get(t0i);
 
    pedestals.setUseT0(true);
    pedestals.setES(dttpgParams.product(),t0i.product());
    //cout << "checkDTCCBConfig CODE is " << checkDTCCBConfig() << endl;

  } else {

    pedestals.setUseT0(false);
    pedestals.setES(dttpgParams.product());

  }

  dttpgConfig.setDTConfigPedestals(pedestals);

}

int DTConfigDBProducer::checkDTCCBConfig(DTConfigManager & dttpgConfig)
{
  // 110627 SV test if configuration from CCB has correct number of chips,
  // return error code: 
  // check_cfg_code = 1 : NO correct BTI number
  // check_cfg_code = 2 : NO correct TRACO number
  // check_cfg_code = 3 : NO correct valid TSS number
  // check_cfg_code = 4 : NO correct valid TSM number

  int check_cfg_code = 0; 

  // do not take chambers from MuonGeometryRecord to avoid geometry dependency
  for(int iwh=-2;iwh<=2;iwh++){
    for(int ise=1;ise<=12;ise++){
      for(int ist=1;ist<=4;ist++){

        check_cfg_code = 0; 
        DTChamberId chid(iwh,ist,ise);

        //retrive number of configurated chip
        int nbti      = dttpgConfig.getDTConfigBtiMap(chid).size();
        int ntraco    = dttpgConfig.getDTConfigTracoMap(chid).size();
        int ntss      = dttpgConfig.getDTConfigTSPhi(chid)->nValidTSS();
        int ntsm      = dttpgConfig.getDTConfigTSPhi(chid)->nValidTSM();

        //check BTIs 
        if((ist==1 && nbti!=168) || 
           (ist==2 && nbti!=192) || 
           (ist==3 && nbti!=224) || 
           (ist==4 && (ise==1||ise==2||ise==3||ise==5||ise==6||ise==7||ise==8||ise==12) && nbti!=192) ||
           (ist==4 && (ise==9||ise==11) && nbti!=96) ||
           (ist==4 && ise==10 && nbti!=128) || 
           (ist==4 && ise==4 && nbti!=160)){  
          check_cfg_code = 1;
          return check_cfg_code;
        }

        //check TRACOs
        if((ist==1 && ntraco!=13) || 
           (ist==2 && ntraco!=16) || 
           (ist==3 && ntraco!=20) || 
           (ist==4 && (ise==1||ise==2||ise==3||ise==5||ise==6||ise==7||ise==8||ise==12) && ntraco!=24) ||
           (ist==4 && (ise==9||ise==11) && ntraco!=12) ||
           (ist==4 && ise==10 && ntraco!=16) || 
           (ist==4 && ise==4 && ntraco!=20)){  
           check_cfg_code = 2;
           return check_cfg_code;
        }

        //check TSS
        if((ist==1 && ntss!=4) || 
           (ist==2 && ntss!=4) || 
           (ist==3 && ntss!=5) || 
           (ist==4 && (ise==1||ise==2||ise==3||ise==5||ise==6||ise==7||ise==8||ise==12) && ntss!=6) ||
           (ist==4 && (ise==9||ise==11) && ntss!=3) ||
           (ist==4 && ise==10 && ntss!=4) || 
           (ist==4 && ise==4 && ntss!=5) ){ 
           check_cfg_code = 3;
           return check_cfg_code;
        }   
        
        //check TSM
        if(ntsm!=1){ 
          check_cfg_code = 4;
          return check_cfg_code;
        }

        //if(check_cfg_code){
        //cout << "nbti " << nbti << " ntraco " << ntraco << " ntss " << ntss << " ntsm " << ntsm << endl; 
        //cout << "Check: ch " << ist << " sec " << ise << " wh " << iwh << " == >check_cfg_code " << check_cfg_code << endl;
        //}
        }// end st loop
    }// end sec loop

    // SV MB4 has two more chambers
    for(int ise=13;ise<=14;ise++){

      DTChamberId chid(iwh,4,ise);

      int nbti      = dttpgConfig.getDTConfigBtiMap(chid).size();
      int ntraco    = dttpgConfig.getDTConfigTracoMap(chid).size();
      int ntss      = dttpgConfig.getDTConfigTSPhi(chid)->nValidTSS();
      int ntsm      = dttpgConfig.getDTConfigTSPhi(chid)->nValidTSM();

      if((ise==13 && nbti != 160) ||
         (ise==14 && nbti != 128)){
         check_cfg_code = 1;
         return check_cfg_code;
      }  
      if((ise==13 && ntraco != 20) || 
         (ise==14 && ntraco != 16)){
         check_cfg_code = 2;
         return check_cfg_code;
      }  
      if((ise==13 && ntss != 5) ||
         (ise==14 && ntss != 4)) {
         check_cfg_code = 3;
         return check_cfg_code;
      }
      if(ntsm != 1){
        check_cfg_code = 4;
        return check_cfg_code;
      }  
      //if(check_cfg_code){
        //cout << "nbti " << nbti << " ntraco " << ntraco << " ntss " << ntss << " ntsm " << ntsm << endl; 
        //cout << "Check: ch " << 4 << " sec " << ise << " wh " << iwh << " == >check_cfg_code " << check_cfg_code << endl;
      //}
    }// end sec 13 14  

  }// end wh loop

  //cout << "CheckDTCCB: config OK! check_cfg_code = " << check_cfg_code << endl;
  return check_cfg_code;
}

int DTConfigDBProducer::readDTCCBConfig(const DTConfigManagerRcd & iRecord,
                          DTConfigManager    & dttpgConfig)
{
  using namespace edm::eventsetup;

  // initialize CCB validity flag
  dttpgConfig.setCCBConfigValidity(true);

  // get DTCCBConfigRcd from DTConfigManagerRcd (they are dependent records)
  edm::ESHandle<DTCCBConfig> ccb_conf;
  iRecord.getRecord<DTCCBConfigRcd>().get(ccb_conf);
  int ndata = std::distance( ccb_conf->begin(), ccb_conf->end() );

  const DTKeyedConfigListRcd& keyRecord = iRecord.getRecord<DTKeyedConfigListRcd>();

  if(m_debugDB)
  {
    cout << ccb_conf->version() << endl;
    cout << ndata << " data in the container" << endl;
  }

  edm::ValidityInterval iov(iRecord.getRecord<DTCCBConfigRcd>().validityInterval() );
  unsigned int currValidityStart = iov.first().eventID().run();
  unsigned int currValidityEnd   = iov.last( ).eventID().run();

  if(m_debugDB)
    cout    << "valid since run " << currValidityStart
                << " to run "         << currValidityEnd << endl;  
        
  // if there are no data in the container, configuration from cfg files...     
  if( ndata==0 ){
    return -1;
  }

  // get DTTPGMap for retrieving bti number and traco number
  edm::ParameterSet conf_map = m_ps.getUntrackedParameter<edm::ParameterSet>("DTTPGMap");

  // loop over chambers
  DTCCBConfig::ccb_config_map configKeys( ccb_conf->configKeyMap() );
  DTCCBConfig::ccb_config_iterator iter = configKeys.begin();
  DTCCBConfig::ccb_config_iterator iend = configKeys.end();

  // 110628 SV check that number of CCB is equal to total number of chambers
  if(ccb_conf->configKeyMap().size() != 250) //check the number of chambers!!!
    return -1;

  // read data from CCBConfig
  while ( iter != iend ) {
    // 110628 SV moved here from constructor, to check config consistency for EVERY chamber 
    // initialize flags to check if data are present in OMDS 
    flagDBBti   = false;
    flagDBTraco     = false;
    flagDBTSS   = false;
    flagDBTSM   = false;
    flagDBLUTS    = false;

    // get chamber id
    const DTCCBId& ccbId = iter->first;
    if(m_debugDB)
            cout << " Filling configuration for chamber : wh " << ccbId.wheelId   << " st "
                    << ccbId.stationId << " se "
                    << ccbId.sectorId  << " -> " << endl;

    // get chamber type and id from ccbId
        int mbtype = DTPosNegType::getCT( ccbId.wheelId, ccbId.sectorId, ccbId.stationId );
        int posneg = DTPosNegType::getPN( ccbId.wheelId, ccbId.sectorId, ccbId.stationId );
    if(m_debugDB)
            cout << "Chamber type : " <<  mbtype
                << " posneg : " << posneg << endl; 
    DTChamberId chambid(ccbId.wheelId, ccbId.stationId, ccbId.sectorId);
            
    // get brick identifiers list
        const std::vector<int>& ccbConf = iter->second;
        std::vector<int>::const_iterator cfgIter = ccbConf.begin();
        std::vector<int>::const_iterator cfgIend = ccbConf.end();

        //TSS-TSM buffers
        unsigned short int tss_buffer[7][31];
        unsigned short int tsm_buffer[9];
        int ntss=0;

    // loop over configuration bricks
        while ( cfgIter != cfgIend ) {
        // get brick identifier
            int id = *cfgIter++;
        if(m_debugDB)
            cout << " BRICK " << id << endl;  

        // create strings list
            std::vector<std::string> list;
                cfgCache.getData( keyRecord, id, list );

        // loop over strings
            std::vector<std::string>::const_iterator s_iter = list.begin();
            std::vector<std::string>::const_iterator s_iend = list.end();
            while ( s_iter != s_iend ) {
            if(m_debugDB)
                cout << "        ----> " << *s_iter << endl;
                
            // copy string in unsigned int buffer
            std::string str = *s_iter++;
            unsigned short int buffer[100];     //2 bytes
            int c = 0;
            const char* cstr = str.c_str();
            const char* ptr = cstr + 2;
            const char* end = cstr + str.length();
            while ( ptr < end ) {
                    char c1 = *ptr++;
                    int i1 = 0;
                    if ( ( c1 >= '0' ) && ( c1 <= '9' ) ) i1 =      c1 - '0';
                    if ( ( c1 >= 'a' ) && ( c1 <= 'f' ) ) i1 = 10 + c1 - 'a';
                    if ( ( c1 >= 'A' ) && ( c1 <= 'F' ) ) i1 = 10 + c1 - 'A';
                    char c2 = *ptr++;
                    int i2 = 0;
                    if ( ( c2 >= '0' ) && ( c2 <= '9' ) ) i2 =      c2 - '0';
                    if ( ( c2 >= 'a' ) && ( c2 <= 'f' ) ) i2 = 10 + c2 - 'a';
                    if ( ( c2 >= 'A' ) && ( c2 <= 'F' ) ) i2 = 10 + c2 - 'A';
                    buffer[c] = ( i1 * 16 ) + i2;
                c++;
            }// end loop over string

            // BTI configuration string 
            if (buffer[2]==0x54){
                if(m_debugDB)
                    cout << "BTI STRING found in DB" << endl;

                // BTI configuration read for BTI
                flagDBBti = true;
                
                // compute sl and bti number from board and chip
                int brd=buffer[3]; // Board Nr.
                int chip=buffer[4]; // Chip Nr.

                if (brd>7) {
                    cout << "Not existing board ... " << brd << endl;
                    return -1; // Non-existing board
                }   
                if (chip>31) {
                    cout << "Not existing chip... " << chip << endl;
                    return -1; // Non existing chip 
                }
                
                // Is it Phi or Theta board?
                bool ThetaSL, PhiSL;
                PhiSL=false;
                ThetaSL=false;
                switch (mbtype) {
                    case 1: // mb1
                            if (brd==6 || brd==7) {
                            ThetaSL=true; 
                            brd-=6;
                        }
                            else if ((brd<3 && chip<32) || (brd==3 && chip<8)) 
                            PhiSL=true;
                            break;
                    case 2: // mb2
                            if (brd==6 || brd==7) {
                            ThetaSL=true; 
                            brd-=6;
                        }
                            else if (brd<4 && chip<32) 
                            PhiSL=true;
                            break;
                    case 3: // mb3
                            if (brd==6 || brd==7) {
                            ThetaSL=true; 
                            brd-=6;
                        }
                            else if (brd<5 && chip<32) 
                            PhiSL=true;
                            break;
                    case 4: // mb4-s, mb4_8
                            if (brd<6 && chip<32) 
                            PhiSL=true;
                            break;
                    case 5: // mb4-9
                            if (brd<3 && chip<32) 
                            PhiSL=true;
                            break;
                    case 6: // mb4-4
                            if (brd<5 && chip<32) 
                            PhiSL=true;
                            break;
                    case 7: // mb4-10
                            if (brd<4 && chip<32) 
                            PhiSL=true;
                            break;
                }
                if (!PhiSL && !ThetaSL) {
                    cout << "MB type " << mbtype << endl; 
                    cout << "Board " << brd << " chip " <<chip << endl;
                    cout << "Not phi SL nor Theta SL" << endl; 
                    return -1; // Not PhiSL nor ThetaSL 
                }    
                    
                // compute SL number and bti number
                int isl = 0;
                int ibti = 0;
                if (PhiSL) {
                        if ((chip%8)<4) 
                        isl=1;  // Phi1 
                        else 
                        isl=3;  // Phi2 
                    ibti=brd*16+(int)(chip/8)*4+(chip%4); 
                }
                    else if (ThetaSL){
                        isl=2;      // Theta 
                    if ((chip%8)<4)
                            ibti=brd*32+ chip-4*(int)(chip/8);
                        else
                            ibti=brd*32+ chip+12-4*(int)(chip/8);
                }        
            
                // BTI config constructor from strings  
                    DTConfigBti bticonf(m_debugBti,buffer);
                                 
                dttpgConfig.setDTConfigBti(DTBtiId(chambid,isl,ibti+1),bticonf);
                    
                    if(m_debugDB)
                    cout <<     "Filling BTI config for chamber : wh " << chambid.wheel() << 
                            ", st " << chambid.station() << 
                            ", se " << chambid.sector() << 
                            "... sl " << isl << 
                            ", bti " << ibti+1 << endl;             
            }
                
            // TRACO configuration string           
            if (buffer[2]==0x15){
                if(m_debugDB)
                    cout << "TRACO STRING found in DB" << endl;
                // TRACO configuration read from OMDS
                flagDBTraco = true;
                
                // TRACO config constructor from strings    
                    int traco_brd = buffer[3];  // Board Nr.;
                int traco_chip = buffer[4];     // Chip Nr.;
                int itraco = traco_brd * 4 + traco_chip + 1;
                DTConfigTraco tracoconf(m_debugTraco,buffer);
                    dttpgConfig.setDTConfigTraco(DTTracoId(chambid,itraco),tracoconf);
                
                if(m_debugDB)
                            cout <<     "Filling TRACO config for chamber : wh " << chambid.wheel() <<
                                    ", st " << chambid.station() <<
                                    ", se " << chambid.sector() <<
                                    ", board " << traco_brd <<
                                    ", chip " << traco_chip <<
                                    ", traco " << itraco << endl;   
            }
            
            
            // TSS configuration string 
            if (buffer[2]==0x16){
                if(m_debugDB)
                    cout << "TSS STRING found in DB" << endl;
                // TSS configuration read from OMDS
                flagDBTSS = true;
                
                unsigned short int itss=buffer[3];
                        for (int i=0;i<31;i++) 
                    tss_buffer[itss][i]=buffer[i];
                        ntss++;
                    }
            
            // TSM configuration string
                    if (buffer[2]==0x17){
                if(m_debugDB)
                    cout << "TSM STRING found in DB" << endl;
             
                // TSM configuration read from OMDS
                flagDBTSM = true;            
             
                            for (int i=0; i<9; i++) 
                    tsm_buffer[i]=buffer[i];
                    } 
            
            // LUT configuration string
            if (buffer[2]==0xA8){
                if(m_debugDB)
                    cout << "LUT STRING found in DB" << endl;

                // LUT parameters read from OMDS
                                flagDBLUTS = true;
                DTConfigLUTs lutconf(m_debugLUTs,buffer);
                //lutconf.setDebug(m_debugLUTs);
                dttpgConfig.setDTConfigLUTs(chambid,lutconf);
            }
            
        }//end string iteration                 
        }//end brick iteration
    
    //TSS + TSM configurations are set in DTConfigTSPhi constructor
    if(flagDBTSM && flagDBTSS) {
      DTConfigTSPhi tsphiconf(m_debugTSP,tss_buffer,ntss,tsm_buffer);
      dttpgConfig.setDTConfigTSPhi(chambid,tsphiconf);
    }

    // get configuration for TSTheta, SC and TU from .cfg
    edm::ParameterSet conf_ps = m_ps.getParameter<edm::ParameterSet>("DTTPGParameters");  
    edm::ParameterSet tups = conf_ps.getParameter<edm::ParameterSet>("TUParameters");

    // TSTheta configuration from .cfg
    DTConfigTSTheta tsthetaconf(tups.getParameter<edm::ParameterSet>("TSThetaParameters"));
    tsthetaconf.setDebug(m_debugTST);
    dttpgConfig.setDTConfigTSTheta(chambid,tsthetaconf);

    // SC configuration from .cfg
    DTConfigSectColl sectcollconf(conf_ps.getParameter<edm::ParameterSet>("SectCollParameters"));
    sectcollconf.setDebug(m_debugSC);
    dttpgConfig.setDTConfigSectColl(DTSectCollId(chambid.wheel(),chambid.sector()),sectcollconf);

    // TU configuration from .cfg
    DTConfigTrigUnit trigunitconf(tups);
    trigunitconf.setDebug(m_debugTU);
    dttpgConfig.setDTConfigTrigUnit(chambid,trigunitconf);
       
    ++iter;
    
    // 110628 SV moved inside CCB loop to check for every chamber 
    // moved to exception handling no attempt to configure from cfg is DB is missing
    // SV comment exception handling and activate flag in DTConfigManager
    if(!flagDBBti || !flagDBTraco || !flagDBTSS || !flagDBTSM ){
      return -1;
    }
    if(!flagDBLUTS && dttpgConfig.lutFromDB()==true){
      return -1;
    } 
  } // end loop over CCB

  
  return 0;
}

std::string DTConfigDBProducer::mapEntryName(const DTChamberId & chambid) const
{
  int iwh = chambid.wheel();
  std::ostringstream os;
  os << "wh";
  if (iwh < 0) {
     os << 'm' << -iwh;
   } else {
     os << iwh;
  }
  os << "st" << chambid.station() << "se" << chambid.sector();
  return os.str();
}


void DTConfigDBProducer::configFromCfg(DTConfigManager & dttpgConfig){

  // ... but still set CCB validity flag to let the emulator run
  dttpgConfig.setCCBConfigValidity(true);

  //create config classes&C.
  edm::ParameterSet conf_ps = m_ps.getParameter<edm::ParameterSet>("DTTPGParameters");
  edm::ParameterSet conf_map = m_ps.getUntrackedParameter<edm::ParameterSet>("DTTPGMap");
  bool dttpgdebug = conf_ps.getUntrackedParameter<bool>("Debug");
  DTConfigSectColl sectcollconf(conf_ps.getParameter<edm::ParameterSet>("SectCollParameters"));
  edm::ParameterSet tups = conf_ps.getParameter<edm::ParameterSet>("TUParameters");
  DTConfigBti bticonf(tups.getParameter<edm::ParameterSet>("BtiParameters"));
  DTConfigTraco tracoconf(tups.getParameter<edm::ParameterSet>("TracoParameters"));
  DTConfigTSTheta tsthetaconf(tups.getParameter<edm::ParameterSet>("TSThetaParameters"));
  DTConfigTSPhi tsphiconf(tups.getParameter<edm::ParameterSet>("TSPhiParameters"));
  DTConfigTrigUnit trigunitconf(tups);
  DTConfigLUTs lutconf(tups.getParameter<edm::ParameterSet>("LutParameters"));
 
 
  for (int iwh=-2;iwh<=2;++iwh){
    for (int ist=1;ist<=4;++ist){
      for (int ise=1;ise<=12;++ise){
    DTChamberId chambid(iwh,ist,ise);
    vector<int> nmap = conf_map.getUntrackedParameter<vector<int> >(mapEntryName(chambid).c_str());

    if(dttpgdebug)
      {
        cout << " Filling configuration for chamber : wh " << chambid.wheel() << 
          ", st " << chambid.station() << 
          ", se " << chambid.sector() << endl;
      }
    
    //fill the bti map
    if(!flagDBBti){
        for (int isl=1;isl<=3;isl++){
            int ncell = nmap[isl-1];
            //    cout << ncell <<" , ";
            for (int ibti=0;ibti<ncell;ibti++){
                    dttpgConfig.setDTConfigBti(DTBtiId(chambid,isl,ibti+1),bticonf);
                    if(dttpgdebug)
                    cout << "Filling BTI config for chamber : wh " << chambid.wheel() << 
                        ", st " << chambid.station() << 
                        ", se " << chambid.sector() << 
                        "... sl " << isl << 
                        ", bti " << ibti+1 << endl;
                }     
        }
    }       
    
    // fill the traco map
    if(!flagDBTraco){
        int ntraco = nmap[3];
        //cout << ntraco << " }" << endl;
        for (int itraco=0;itraco<ntraco;itraco++){ 
                dttpgConfig.setDTConfigTraco(DTTracoId(chambid,itraco+1),tracoconf);
                if(dttpgdebug)
                    cout << "Filling TRACO config for chamber : wh " << chambid.wheel() << 
                    ", st " << chambid.station() << 
                    ", se " << chambid.sector() << 
                    ", traco " << itraco+1 << endl;
        }     
    }
    
    // fill TS & TrigUnit
    if(!flagDBTSS || !flagDBTSM)
    {   
        dttpgConfig.setDTConfigTSTheta(chambid,tsthetaconf);
        dttpgConfig.setDTConfigTSPhi(chambid,tsphiconf);
        dttpgConfig.setDTConfigTrigUnit(chambid,trigunitconf);
    }

      }
    }
  }

  for (int iwh=-2;iwh<=2;++iwh){
    for (int ise=13;ise<=14;++ise){
      int ist =4;
      DTChamberId chambid(iwh,ist,ise);
      vector<int> nmap = conf_map.getUntrackedParameter<vector<int> >(mapEntryName(chambid).c_str());

      if(dttpgdebug)
    {
      cout << " Filling configuration for chamber : wh " << chambid.wheel() << 
        ", st " << chambid.station() << 
        ", se " << chambid.sector() << endl;
    }
      
      //fill the bti map
      if(!flagDBBti){
            for (int isl=1;isl<=3;isl++){
            int ncell = nmap[isl-1];
            //  cout << ncell <<" , ";
            for (int ibti=0;ibti<ncell;ibti++){
                    dttpgConfig.setDTConfigBti(DTBtiId(chambid,isl,ibti+1),bticonf);
                    if(dttpgdebug)
                        cout << "Filling BTI config for chamber : wh " << chambid.wheel() << 
                        ", st " << chambid.station() << 
                        ", se " << chambid.sector() << 
                        "... sl " << isl << 
                        ", bti " << ibti+1 << endl;
            }     
            }
      } 
      
      // fill the traco map
      if(!flagDBTraco){
            int ntraco = nmap[3];   
        //       cout << ntraco << " }" << endl;
            for (int itraco=0;itraco<ntraco;itraco++){ 
            dttpgConfig.setDTConfigTraco(DTTracoId(chambid,itraco+1),tracoconf);
            if(dttpgdebug)
                    cout << "Filling TRACO config for chamber : wh " << chambid.wheel() << 
                    ", st " << chambid.station() << 
                    ", se " << chambid.sector() << 
                    ", traco " << itraco+1 << endl;
        }     
      }
      
      // fill TS & TrigUnit
      if(!flagDBTSS || !flagDBTSM)
      {
            dttpgConfig.setDTConfigTSTheta(chambid,tsthetaconf);
            dttpgConfig.setDTConfigTSPhi(chambid,tsphiconf);
            dttpgConfig.setDTConfigTrigUnit(chambid,trigunitconf);
      }
    }
  }
  
  //loop on Sector Collectors
  for (int wh=-2;wh<=2;wh++)
    for (int se=1;se<=12;se++)
      dttpgConfig.setDTConfigSectColl(DTSectCollId(wh,se),sectcollconf);
      
  //fake collection of pedestals
  dttpgConfig.setDTConfigPedestals(buildTrivialPedestals());

  return;          

}

DTConfigPedestals DTConfigDBProducer::buildTrivialPedestals()
{
  DTTPGParameters* m_tpgParams = new DTTPGParameters();

  int counts = m_ps.getParameter<int>("bxOffset");
  float fine = m_ps.getParameter<double>("finePhase");
   
  if (m_debugPed) 
    cout << "DTConfigTrivialProducer::buildPedestals()" << endl;

  //DTTPGParameters tpgParams;
  for (int iwh=-2;iwh<=2;++iwh){
    for (int ist=1;ist<=4;++ist){
      for (int ise=1;ise<=14;++ise){
    if (ise>12 && ist!=4) continue;

    DTChamberId chId(iwh,ist,ise);
    m_tpgParams->set(chId,counts,fine,DTTimeUnits::ns);
      }
    }
  }

  DTConfigPedestals tpgPedestals;
  tpgPedestals.setUseT0(false);
  tpgPedestals.setES(m_tpgParams);
 
  return tpgPedestals;

}