DTCompactMapWriter Class Reference

#include <DTCompactMapWriter.h>

Static Public Member Functions
static void	buildSteering (std::istream &jobDesc)

Static Private Member Functions
static void	appendROS (std::map< DTROSChannelId, DTROBCardId, DTROSChannelCompare > &ros_m, std::map< DTROSChannelId, DTROBCardId, DTROSChannelCompare > &ros_a)
static void	cloneROS (std::map< DTROSChannelId, DTROBCardId, DTROSChannelCompare > &ros_m, std::map< DTROSChannelId, DTROBCardId, DTROSChannelCompare > &ros_a, int ddu_o, int ros_o, int ddu_f, int ros_f)
static void	fillReadOutMap (int ros_count, std::map< DTROBCardId, int, DTROBCardCompare > &tdc_idm, std::map< DTROSChannelId, DTROBCardId, DTROSChannelCompare > &ddu_map, std::map< DTROSChannelId, DTROBCardId, DTROSChannelCompare > &ros_map)
static void	fillROSMap (const std::string &map_file, int ddu, int ros, int whdef, int secdef, std::map< DTROSChannelId, DTROBCardId, DTROSChannelCompare > &ddu_map, std::map< DTROSChannelId, DTROBCardId, DTROSChannelCompare > &ros_map, int map_count, bool &write)
static void	fillTDCMap (const std::string &map_file, int wheel, int sector, std::map< DTROBCardId, int, DTROBCardCompare > &tdc_idm, int stationId, int map_count, bool &write)

Detailed Description

Description: Class to build readout maps from map templates and lists

Date:

2009/03/19 12:00:00

Revision:

1.1

Author

Paolo Ronchese INFN Padova

Definition at line 42 of file DTCompactMapWriter.h.

Member Function Documentation

void DTCompactMapWriter::appendROS ( std::map< DTROSChannelId, DTROBCardId, DTROSChannelCompare > &  ros_m, std::map< DTROSChannelId, DTROBCardId, DTROSChannelCompare > &  ros_a  )

staticprivate

Definition at line 478 of file DTCompactMapWriter.cc.

References python.multivaluedict::map().

Referenced by fillReadOutMap().

                                                                            {

  std::map<DTROSChannelId,
           DTROBCardId,
           DTROSChannelCompare>:: const_iterator ros_iter = ros_a.begin();
  std::map<DTROSChannelId,
           DTROBCardId,
           DTROSChannelCompare>:: const_iterator ros_iend = ros_a.end();
  while ( ros_iter != ros_iend ) ros_m.insert( *ros_iter++ );
  return;  
}

void DTCompactMapWriter::buildSteering ( std::istream &  jobDesc )

static

Definition at line 245 of file DTCompactMapWriter.cc.

References fillReadOutMap(), fillROSMap(), fillTDCMap(), combine::key, python.multivaluedict::map(), relativeConstraints::station, AlCaHLTBitMon_QueryRunRegistry::string, and TablePrint::write.

                                                            {
  // template maps and lists, name and type
  std::string map_type( "dummy_string" );
  std::string map_file( "dummy_string" );
  std::string map_list( "dummy_string" );

  // ros-rob and tdc-cell maps
  std::map<DTROBCardId,
           int,
           DTROBCardCompare> tdc_idm;
  std::map<DTROSChannelId,DTROBCardId,DTROSChannelCompare> ros_map;
  std::map<DTROSChannelId,DTROBCardId,DTROSChannelCompare> rob_map;

  int rob_count = 1;
  int ros_count = 1;

  // parse job description file and loop over map templates and lists
  bool jobEnd = false;
  int max_line_length = 1000;
  char* job_line = new char[max_line_length];
  while ( jobDesc.getline( job_line, max_line_length ) ) {
    // parse job description line
    char* ptr_line = job_line;
    char* end_line = job_line + max_line_length;
    while( ptr_line < end_line ) {
      // get description command key
      // remove leading blanks
      while ( *ptr_line == ' ' ) ptr_line++;
      std::string key( ptr_line );
      int off_blank = key.find( " " );
      int off_equal = key.find( "=" );
      if ( off_equal < 0 ) off_equal = max_line_length;
      if ( off_blank < 0 ) off_blank = key.length();
      int ioff = ( off_blank < off_equal ? off_blank : off_equal );
      key.erase( ioff++, key.length() );
      // go to command value
      ptr_line += ++off_equal;
      // exit loop at end of description file
      if ( (jobEnd = ( key == "end" ) ) ) break;
      // get description command value
      while ( *ptr_line == ' ' ) ptr_line++;
      std::string val( ptr_line );
      int off_value = val.find( " " );
      if ( ( off_value > 0 ) &&
           ( off_value < static_cast<int>( val.length() ) ) )
      val.erase( off_value++, val.length() );
      // go to next token
      ptr_line += off_value;
      // set type, template or list file name
      if ( key == "type" ) map_type = val;
      if ( key ==  "map" ) map_file = val;
      if ( key == "list" ) map_list = val;
    }
    if ( jobEnd ) break;

    // open map list file
    std::ifstream lfile( map_list.c_str() );

    bool write;
    // store TDC maps
    if ( map_type == "TDC" ) {
      // loop over TDC map list for concerned wheels and sectors
      int station = 0;
      int  wheel;
      int sector;
      write = true;
      while ( lfile >>  wheel
                    >> sector
                    >> station ) fillTDCMap( map_file,
                                               wheel, sector,
                                             tdc_idm, station,
                                           rob_count, write );
      ++rob_count;
    }

    // store ROS maps
    if ( map_type == "ROS" ) {
      // loop over ROS map list for concerned ddu, ros, wheel and sector 
      int    ddu;
      int    ros;
      int  wheel;
      int sector;
      write = true;
      while ( lfile >> ddu
                    >> ros
                    >> wheel
                    >> sector ) fillROSMap( map_file,
                                                ddu,      ros,
                                              wheel,   sector,
                                            ros_map, rob_map,
                                          ros_count,    write );
      ++ros_count;
    }

  }
  delete[] job_line;

  // merge ROS and TDC maps
  fillReadOutMap( ros_count, tdc_idm, ros_map, rob_map );

  return;

}

void DTCompactMapWriter::cloneROS ( std::map< DTROSChannelId, DTROBCardId, DTROSChannelCompare > &  ros_m, std::map< DTROSChannelId, DTROBCardId, DTROSChannelCompare > &  ros_a, int  ddu_o, int  ros_o, int  ddu_f, int  ros_f  )

staticprivate

Definition at line 449 of file DTCompactMapWriter.cc.

References DTROSChannelId::channelId(), DTROSChannelId::dduId(), python.multivaluedict::map(), and DTROSChannelId::rosId().

Referenced by fillReadOutMap().

                                                            {

  std::map<DTROSChannelId,
           DTROBCardId,
           DTROSChannelCompare>:: const_iterator ros_iter = ros_m.begin();
  std::map<DTROSChannelId,
           DTROBCardId,
           DTROSChannelCompare>:: const_iterator ros_iend = ros_m.end();
  while ( ros_iter != ros_iend ) {
    const std::pair<DTROSChannelId,DTROBCardId>& rosLink = *ros_iter++;
    const DTROSChannelId& rosChannelId = rosLink.first;
    const DTROBCardId&    robCardId    = rosLink.second;
    if ( rosChannelId.dduId() != ddu_o ) continue;
    if ( rosChannelId.rosId() != ros_o ) continue;
    const DTROSChannelId  rosChanNewId( ddu_f, ros_f,
                                         rosChannelId.channelId() );
    ros_a.insert( std::pair<DTROSChannelId,DTROBCardId>( rosChanNewId,
                                                           robCardId ) );
  }
  return;  
}

void DTCompactMapWriter::fillReadOutMap ( int  ros_count, std::map< DTROBCardId, int, DTROBCardCompare > &  tdc_idm, std::map< DTROSChannelId, DTROBCardId, DTROSChannelCompare > &  ddu_map, std::map< DTROSChannelId, DTROBCardId, DTROSChannelCompare > &  ros_map  )

staticprivate

Definition at line 496 of file DTCompactMapWriter.cc.

References appendROS(), DTROSChannelId::channelId(), CastorDataFrameFilter_impl::check(), cloneROS(), gather_cfg::cout, DTROSChannelId::dduId(), DTMapElementIdentifiers::defaultIdValue, python.multivaluedict::map(), DTROBCardId::robId(), DTROSChannelId::rosId(), DTMapElementIdentifiers::ROSMapIdOffset, DTROBCardId::sectorId(), relativeConstraints::station, DTROBCardId::stationId(), DTMapElementIdentifiers::TDCMapIdOffset, DTROBCardId::wheelId(), and TablePrint::write.

Referenced by buildSteering().

                                                                  {

  bool check = true;
  bool write = false;

  while ( check || write ) {
    // ROS board to sector connection map
    std::map<DTROSChannelId,
             DTROBCardId,
             DTROSChannelCompare>:: const_iterator ddu_iter = ddu_map.begin();
    std::map<DTROSChannelId,
             DTROBCardId,
             DTROSChannelCompare>:: const_iterator ddu_iend = ddu_map.end();
    // ROB card to TDC element map
    std::map<DTROBCardId,
             int,
             DTROBCardCompare>::const_iterator idt_iend = tdc_idm.end();
    // ROS channel to ROB connection map
    std::map<DTROSChannelId,
             DTROBCardId,
             DTROSChannelCompare>:: const_iterator ros_iter = ros_map.begin();
    std::map<DTROSChannelId,
             DTROBCardId,
             DTROSChannelCompare>:: const_iterator ros_iend = ros_map.end();

    check = false;
    std::map<DTROSChannelId,
             DTROBCardId,
             DTROSChannelCompare> ros_app;

    // loop over ROS channels
    while ( ros_iter != ros_iend ) {
      // get ROS channel and ROB identifiers
      const std::pair<DTROSChannelId,DTROBCardId>& rosLink = *ros_iter++;
      const DTROSChannelId& rosChannelId = rosLink.first;
      const DTROSChannelId  rosChanMapId( rosChannelId.dduId(),
                                           rosChannelId.rosId(), 0 );
      const DTROBCardId&    robCMapId    = rosLink.second;
      ddu_iter = ddu_map.find( rosChanMapId );
      int  whdef = 0;
      int secdef = 0;
      int rosMapCk = 0;
      if ( ddu_iter != ddu_iend ) {
        const DTROBCardId& sector = ddu_iter->second;
         whdef = sector.wheelId();
        secdef = sector.sectorId();
        rosMapCk = sector.robId();
      }
      else {
        std::cout << "DDU map "
                  << rosChannelId.dduId() << " "
                  << rosChannelId.rosId() << " 0 not found" << std::endl;
        continue;
      }
      int wheel   = robCMapId.  wheelId();
      int sector  = robCMapId. sectorId();
      int station = robCMapId.stationId();
      int rob     = robCMapId.    robId();
      if (  wheel != DTMapElementIdentifiers::defaultIdValue )  whdef =  wheel;
      if ( sector != DTMapElementIdentifiers::defaultIdValue ) secdef = sector;
      const DTROBCardId robCardId( whdef, secdef, station, rob );
      std::map<DTROBCardId,
               int,
               DTROBCardCompare>::const_iterator idt_iter =
                                   tdc_idm.find( robCardId );
      if ( idt_iter != idt_iend ) {
        int tdcMapId = idt_iter->second;
        ddu_iter = ddu_map.begin();
        while ( ddu_iter != ddu_iend ) {
          const std::pair<DTROSChannelId,DTROBCardId>& dduLink = *ddu_iter++;
          const DTROSChannelId& ros_id = dduLink.first;
          const DTROBCardId&    sec_id = dduLink.second;
          int whe_chk = sec_id.wheelId();
          int sec_chk = sec_id.sectorId();
          if (  wheel != DTMapElementIdentifiers::defaultIdValue )
               whe_chk =  wheel;
          if ( sector != DTMapElementIdentifiers::defaultIdValue )
               sec_chk = sector;
          if ( rosMapCk != sec_id.robId() ) continue;
          DTROBCardId robCardId( whe_chk, sec_chk,
                                  station, rob );
          idt_iter = tdc_idm.find( robCardId );
          int tdcMapCk = idt_iter->second;
          if ( ( tdcMapId != tdcMapCk ) && ( !check ) ) {
            cloneROS( ros_map, ros_app, 
                      rosChannelId.dduId(), rosChannelId.rosId(),
                      ros_id.      dduId(), ros_id.      rosId() );
            tdcMapId = tdcMapCk;
            check = true;
          }
          if ( ( tdcMapId == tdcMapCk ) && check ) {
            std::map<DTROSChannelId,
                     DTROBCardId,
                     DTROSChannelCompare>::iterator ddu_inew =
                                            ddu_map.find( ros_id );
            ddu_inew->second = DTROBCardId( sec_id.wheelId(),
                                             sec_id.sectorId(),
                                             sec_id.stationId(),
                                             ros_count );
          }
        }
        if ( check ) {
          ros_count++;
          break;
        }
        if ( write )
          std::cout << DTMapElementIdentifiers::ROSMapIdOffset << " "
                    <<                                rosMapCk << " "
                    <<                rosChannelId.channelId() << " "
                    << DTMapElementIdentifiers::defaultIdValue << " "
                    << DTMapElementIdentifiers::defaultIdValue << " "
                    <<                                   wheel << " "
                    <<                                 station << " "
                    <<                                  sector << " "
                    <<                                     rob << " "
                    << DTMapElementIdentifiers::TDCMapIdOffset << " "
                    <<                                tdcMapId << std::endl;

      }
      else {
        std::cout << "TDC map "
                  <<   wheel << " "
                  <<  sector << " "
                  << station << " "
                  <<     rob << " not found" << std::endl;
      }
    }
    appendROS( ros_map, ros_app );
    if ( !write ) {
      write = !check;
    }
    else {
      ddu_iter = ddu_map.begin();
      while ( ddu_iter != ddu_iend ) {
        const std::pair<DTROSChannelId,DTROBCardId>& dduLink = *ddu_iter++;
        const DTROSChannelId& ros_id = dduLink.first;
        const DTROBCardId&    sec_id = dduLink.second;
        std::cout <<                          ros_id.dduId() << " "
                  <<                          ros_id.rosId() << " "
                  << DTMapElementIdentifiers::defaultIdValue << " "
                  << DTMapElementIdentifiers::defaultIdValue << " "
                  << DTMapElementIdentifiers::defaultIdValue << " "
                  <<                        sec_id.wheelId() << " "
                  << DTMapElementIdentifiers::defaultIdValue << " "
                  <<                       sec_id.sectorId() << " "
                  << DTMapElementIdentifiers::defaultIdValue << " "
                  << DTMapElementIdentifiers::ROSMapIdOffset << " "
                  <<                          sec_id.robId() << std::endl;
      }
      write = false;
    }
  }

  return;
}

void DTCompactMapWriter::fillROSMap ( const std::string &  map_file, int  ddu, int  ros, int  whdef, int  secdef, std::map< DTROSChannelId, DTROBCardId, DTROSChannelCompare > &  ddu_map, std::map< DTROSChannelId, DTROBCardId, DTROSChannelCompare > &  ros_map, int  map_count, bool &  write  )

staticprivate

Definition at line 401 of file DTCompactMapWriter.cc.

References DTMapElementIdentifiers::defaultIdValue, compare_using_db::ifile, and relativeConstraints::station.

Referenced by buildSteering().

                                                    {

  DTROSChannelId rosBoard( ddu, ros, 0 );
  DTROBCardId    sectorId( whdef, secdef, 0, map_count );
  ddu_map.insert( std::pair<DTROSChannelId,DTROBCardId>( rosBoard,
                                                           sectorId ) );

  // template map file name
  std::ifstream ifile( map_file.c_str() );

  // loop over ROS channels and ROBs
  int channel;
  int wheel;
  int sector;
  int station;
  int rob;
  DTROSChannelId rosChanMap( ddu, ros, 0 );
  if ( !write ) return;
  while ( ifile >> channel
                >>   wheel
                >>  sector
                >> station
                >>     rob ) {
    // set sector to default unless specified
    if ( !sector ) sector = DTMapElementIdentifiers::defaultIdValue;
    if ( ! wheel )  wheel = DTMapElementIdentifiers::defaultIdValue;
    // set ROS channel and ROB identifiers
    DTROSChannelId rosChannel( ddu, ros, channel );
    DTROBCardId robCard( wheel, sector, station, rob );
    // store ROS channel to ROB connection into map
    ros_map.insert( std::pair<DTROSChannelId,DTROBCardId>( rosChannel,
                                                             robCard ) );
  }
  write = false;

  return;
}

void DTCompactMapWriter::fillTDCMap ( const std::string &  map_file, int  wheel, int  sector, std::map< DTROBCardId, int, DTROBCardCompare > &  tdc_idm, int  stationId, int  map_count, bool &  write  )

staticprivate

Definition at line 349 of file DTCompactMapWriter.cc.

References gather_cfg::cout, DTMapElementIdentifiers::defaultIdValue, compare_using_db::ifile, combine::key, relativeConstraints::station, and DTMapElementIdentifiers::TDCMapIdOffset.

Referenced by buildSteering().

                                                                   {

  // template map file name
  std::ifstream ifile( map_file.c_str() );

  // get station number
  int station;
  int     rob;
  station = stationId;
  ifile >> rob;
  DTROBCardId key( wheel, sector, station, rob );
  tdc_idm.insert( std::pair<DTROBCardId,int>( key, map_count ) );
  if ( !write ) return;
  // loop over TDC channels and cells
  int superlayer;
  int      layer;
  int       wire;
  int        tdc;
  int    channel;
  while ( ifile >>        tdc
                >>    channel
                >> superlayer
                >>      layer
                >>       wire ) {
    // set ROB card, TDC channel and cell identifiers
    DTTDCChannelId tdcChannel( tdc, channel );
    DTPhysicalWireId physicalWire( superlayer, layer, wire );
    // look for rob card connection map
    std::cout << DTMapElementIdentifiers::TDCMapIdOffset << " "
              <<                               map_count << " "
              <<                                     rob << " "
              <<                                     tdc << " "
              <<                                 channel << " "
              << DTMapElementIdentifiers::defaultIdValue << " "
              << DTMapElementIdentifiers::defaultIdValue << " "
              << DTMapElementIdentifiers::defaultIdValue << " "
              <<                              superlayer << " "
              <<                                   layer << " "
              <<                                    wire
              << std::endl;

  }
  write = false;
  return;
}