DTCompactMapWriter.cc

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//----------------------
// This Class' Header --
//----------------------
#include "CondTools/DT/interface/DTCompactMapWriter.h"
 
//-------------------------------
// Collaborating Class Headers --
//-------------------------------
 
//---------------
// C++ Headers --
//---------------
#include <string>
#include <vector>
#include <map>
#include <algorithm>
#include <iostream>
#include <fstream>
 
class DTROSChannelId {
public:
  DTROSChannelId(int ddu, int ros, int channel);
  int dduId() const;
  int rosId() const;
  int channelId() const;
 
private:
  int ddu_id;
  int ros_id;
  int channel_id;
};
 
DTROSChannelId::DTROSChannelId(int ddu, int ros, int channel) : ddu_id(ddu), ros_id(ros), channel_id(channel) {}
 
int DTROSChannelId::dduId() const { return ddu_id; }
 
int DTROSChannelId::rosId() const { return ros_id; }
 
int DTROSChannelId::channelId() const { return channel_id; }
 
class DTROSChannelCompare {
public:
  bool operator()(const DTROSChannelId& idl, const DTROSChannelId& idr) const;
 
private:
};
 
bool DTROSChannelCompare::operator()(const DTROSChannelId& idl, const DTROSChannelId& idr) const {
  if (idl.dduId() < idr.dduId())
    return true;
  if (idl.dduId() > idr.dduId())
    return false;
  if (idl.rosId() < idr.rosId())
    return true;
  if (idl.rosId() > idr.rosId())
    return false;
  if (idl.channelId() < idr.channelId())
    return true;
  if (idl.channelId() > idr.channelId())
    return false;
  return false;
}
 
class DTROBCardId {
public:
  DTROBCardId(int wheel, int sector, int station, int rob);
  int wheelId() const;
  int sectorId() const;
  int stationId() const;
  int robId() const;
 
private:
  int wheel_id;
  int sector_id;
  int station_id;
  int rob_id;
};
 
DTROBCardId::DTROBCardId(int wheel, int sector, int station, int rob)
    : wheel_id(wheel), sector_id(sector), station_id(station), rob_id(rob) {}
 
int DTROBCardId::wheelId() const { return wheel_id; }
 
int DTROBCardId::sectorId() const { return sector_id; }
 
int DTROBCardId::stationId() const { return station_id; }
 
int DTROBCardId::robId() const { return rob_id; }
 
class DTROBCardCompare {
public:
  bool operator()(const DTROBCardId& idl, const DTROBCardId& idr) const;
 
private:
};
 
bool DTROBCardCompare::operator()(const DTROBCardId& idl, const DTROBCardId& idr) const {
  if (idl.wheelId() < idr.wheelId())
    return true;
  if (idl.wheelId() > idr.wheelId())
    return false;
  if (idl.sectorId() < idr.sectorId())
    return true;
  if (idl.sectorId() > idr.sectorId())
    return false;
  if (idl.stationId() < idr.stationId())
    return true;
  if (idl.stationId() > idr.stationId())
    return false;
  if (idl.robId() < idr.robId())
    return true;
  if (idl.robId() > idr.robId())
    return false;
  return false;
}
 
class DTTDCChannelId {
public:
  DTTDCChannelId(int tdc, int channel);
  int tdcId() const;
  int channelId() const;
 
private:
  int tdc_id;
  int channel_id;
};
 
DTTDCChannelId::DTTDCChannelId(int tdc, int channel) : tdc_id(tdc), channel_id(channel) {}
 
int DTTDCChannelId::tdcId() const { return tdc_id; }
 
int DTTDCChannelId::channelId() const { return channel_id; }
 
class DTTDCChannelCompare {
public:
  bool operator()(const DTTDCChannelId& idl, const DTTDCChannelId& idr) const;
 
private:
};
 
bool DTTDCChannelCompare::operator()(const DTTDCChannelId& idl, const DTTDCChannelId& idr) const {
  if (idl.tdcId() < idr.tdcId())
    return true;
  if (idl.tdcId() > idr.tdcId())
    return false;
  if (idl.channelId() < idr.channelId())
    return true;
  if (idl.channelId() > idr.channelId())
    return false;
  return false;
}
 
class DTPhysicalWireId {
public:
  DTPhysicalWireId(int superlayer, int layer, int cell);
  int superlayerId() const;
  int layerId() const;
  int cellId() const;
 
private:
  int superlayer_id;
  int layer_id;
  int cell_id;
};
 
DTPhysicalWireId::DTPhysicalWireId(int superlayer, int layer, int cell)
    : superlayer_id(superlayer), layer_id(layer), cell_id(cell) {}
 
int DTPhysicalWireId::superlayerId() const { return superlayer_id; }
 
int DTPhysicalWireId::layerId() const { return layer_id; }
 
int DTPhysicalWireId::cellId() const { return cell_id; }
 
class DTPhysicalWireCompare {
public:
  bool operator()(const DTPhysicalWireId& idl, const DTPhysicalWireId& idr) const;
 
private:
};
 
bool DTPhysicalWireCompare::operator()(const DTPhysicalWireId& idl, const DTPhysicalWireId& idr) const {
  if (idl.superlayerId() < idr.superlayerId())
    return true;
  if (idl.superlayerId() > idr.superlayerId())
    return false;
  if (idl.layerId() < idr.layerId())
    return true;
  if (idl.layerId() > idr.layerId())
    return false;
  if (idl.cellId() < idr.cellId())
    return true;
  if (idl.cellId() > idr.cellId())
    return false;
  return false;
}
 
class DTMapElementIdentifiers {
public:
  static int defaultIdValue;
  static int ROSMapIdOffset;
  static int ROBMapIdOffset;
  static int TDCMapIdOffset;
};
 
int DTMapElementIdentifiers::defaultIdValue = 0x7fffffff;
int DTMapElementIdentifiers::ROSMapIdOffset = 2000001000;
int DTMapElementIdentifiers::ROBMapIdOffset = 2000002000;
int DTMapElementIdentifiers::TDCMapIdOffset = 2000003000;
 
void DTCompactMapWriter::buildSteering(std::istream& jobDesc) {
  // 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::fillTDCMap(const std::string& map_file,
                                    int wheel,
                                    int sector,
                                    std::map<DTROBCardId, int, DTROBCardCompare>& tdc_idm,
                                    int stationId,
                                    int map_count,
                                    bool& write) {
  // 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;
}
 
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) {
  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::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) {
  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::appendROS(std::map<DTROSChannelId, DTROBCardId, DTROSChannelCompare>& ros_m,
                                   std::map<DTROSChannelId, DTROBCardId, DTROSChannelCompare>& ros_a) {
  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::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) {
  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;
}