TriggerDB loader of the LVL1 calorimeter trigger configuration. More...

#include <CaloInfoLoader.h>

Inheritance diagram for TrigConf::CaloInfoLoader:

Collaboration diagram for TrigConf::CaloInfoLoader:

Public Member Functions
	CaloInfoLoader (StorageMgr &sm, coral::ISessionProxy &session)
	constructor
virtual	~CaloInfoLoader () override=default
	destructor
virtual bool	load (CaloInfo &data) override
virtual void	setLevel (MSGTC::Level lvl) override
	access to output stream
virtual MSGTC::Level	outputLevel () const override
void	startSession ()
	start session if not already active
void	commitSession ()
	commit session if not already done
bool	loadL1MasterKey (int SuperMasterKey, int &Lvl1MasterKey)
	get l1 master from super master
bool	loadL1MenuKey (int SuperMasterKey, int &Lvl1MenuKey)
	get l1 menu id from super master
unsigned int	triggerDBSchemaVersion ()
virtual int	verbose () const override
virtual void	setVerbose (int v) override
bool	isRun1 ()
bool	isRun2 ()
bool	msgLvl (const MSGTC::Level lvl) const
	Test the output level.
MsgStreamTC &	msg () const
	The standard message stream.
MsgStreamTC &	msg (const MSGTC::Level lvl) const
	The standard message stream.
const std::string &	getName () const
	name accessor

Protected Attributes
StorageMgr &	m_storageMgr
	reference to the storage manager
coral::ISessionProxy &	m_session
	CORAL interface to database session.
bool	m_sessionOwner {false}
	remember if the loader started the session in the first place

Private Member Functions
void	loadMinTobInfo (CaloInfo &data, const std::vector< int > &mintobIDs)
void	loadIsolationInfo (CaloInfo &data, const std::vector< int > &isoparIDs)
std::tuple< unsigned int, unsigned int >	loadSchemaVersion () const
	get DB schema version and run number

Private Attributes
int	m_verbose {1}
boost::thread_specific_ptr< MsgStreamTC >	m_msg_tls
	MsgStreamTC instance (a std::cout like with print-out levels)
std::string	m_name

Detailed Description

TriggerDB loader of the LVL1 calorimeter trigger configuration.

Definition at line 29 of file CaloInfoLoader.h.

Constructor & Destructor Documentation

◆ CaloInfoLoader()

TrigConf::CaloInfoLoader::CaloInfoLoader	(	StorageMgr &	sm,
		coral::ISessionProxy &	session )

inline

constructor

Parameters

sm	reference to storage manager
session	reference to the database session

Definition at line 38 of file CaloInfoLoader.h.

39 : ILoader(), DBLoader("CaloInfoLoader", sm, session) {}

TrigConf::DBLoader::DBLoader

DBLoader(StorageMgr &sm, coral::ISessionProxy &session)

constructor

Definition DBLoader.cxx:30

◆ ~CaloInfoLoader()

virtual TrigConf::CaloInfoLoader::~CaloInfoLoader ( )

overridevirtualdefault

destructor

Member Function Documentation

◆ commitSession()

void TrigConf::DBLoader::commitSession ( )

inherited

commit session if not already done

Definition at line 45 of file DBLoader.cxx.

{
   if ( m_session.transaction().isActive() && m_sessionOwner) {
      m_session.transaction().commit();
   }
}

◆ getName()

const std::string & TrigConf::TrigConfMessaging::getName ( ) const

inlineinherited

name accessor

Returns: the name

Definition at line 101 of file TrigConfMessaging.h.

                                                           {
    return m_name;
  }

◆ isRun1()

bool TrigConf::DBLoader::isRun1 ( )

inlineinherited

Definition at line 60 of file DBLoader.h.

60{ return ! isRun2(); }

TrigConf::DBLoader::isRun2

bool isRun2()

Definition DBLoader.cxx:54

◆ isRun2()

bool DBLoader::isRun2 ( )

inherited

Definition at line 54 of file DBLoader.cxx.

                 {
   const static unsigned int run = std::get<1>(loadSchemaVersion());
   return run == 2;
}

◆ load()

bool TrigConf::CaloInfoLoader::load ( CaloInfo & data )

overridevirtual

Implements TrigConf::ICaloInfoLoader.

Definition at line 54 of file CaloInfoLoader.cxx.

                                             {
   
   if(data.smk()!=0) {
      TRG_MSG_INFO("Loading CaloInfo for SMK " << data.smk());
   } else if( data.id()!=0 ) {
      TRG_MSG_INFO("Loading CaloInfo with ID = " << data.id());
   } else {
      TRG_MSG_ERROR("Can not load CaloInfo which has no id or SMK specified");
      throw runtime_error("Can not load CaloInfo, no SMK or Id specified");
   }
 
 
 
   try {
      unsigned int schema = triggerDBSchemaVersion();
 
      startSession();
 
      unique_ptr<coral::IQuery> q(m_session.nominalSchema().newQuery());
      q->addToTableList( "L1_CALO_INFO", "L1CI" );
      q->setRowCacheSize( 5 );
 
      //Bind list
      coral::AttributeList bindList;
      bindList.extend<int>("Id");
      std::string cond("");
      if(data.smk()!=0) {
         q->addToTableList( "SUPER_MASTER_TABLE", "SMT" );
         q->addToTableList( "L1_MASTER_TABLE", "L1M" );
         cond  = "SMT.SMT_ID = :Id";
         cond += " AND SMT.SMT_L1_MASTER_TABLE_ID = L1M.L1MT_ID";
         cond += " AND L1CI.L1CI_ID = L1M.L1MT_CALO_INFO_ID";
         bindList[0].data<int>() = data.smk();
      } else {
         cond = "L1CI.L1CI_ID = :Id";
         bindList[0].data<int>() = data.id();
      }
      q->setCondition( cond, bindList );
 
      //Output data and types
      coral::AttributeList attList;
      attList.extend<std::string>( "L1CI.L1CI_NAME" ); 
      attList.extend<int>( "L1CI.L1CI_VERSION" );
      if(isRun1()) {
         attList.extend<std::string>( "L1CI.L1CI_GLOBAL_SCALE" ); 
      } else {
         attList.extend<float>( "L1CI.L1CI_GLOBAL_EM_SCALE" ); 
         attList.extend<float>( "L1CI.L1CI_GLOBAL_JET_SCALE" ); 
      }
      if(isRun2() || (isRun1() && schema>=10)) {
         attList.extend<int>( "L1CI.L1CI_XS_SIGMA_SCALE" ); 
         attList.extend<int>( "L1CI.L1CI_XS_SIGMA_OFFSET" );
         attList.extend<int>( "L1CI.L1CI_XS_XE_MIN" );
         attList.extend<int>( "L1CI.L1CI_XS_XE_MAX" );
         attList.extend<int>( "L1CI.L1CI_XS_TESQRT_MIN" );
         attList.extend<int>( "L1CI.L1CI_XS_TESQRT_MAX" );
      }
      if(isRun1()) {
         for(unsigned int index = 1; index <= 12 ;index++) {
            std::stringstream helpstring;
            helpstring << "L1CI.L1CI_JET_WEIGHT" << index;
            attList.extend<int>( helpstring.str() ); 
         }
      }
      if(isRun2()) {
         attList.extend<int>( "L1CI.L1CI_MIN_TOB_EM" ); 
         attList.extend<int>( "L1CI.L1CI_MIN_TOB_TAU" ); 
         attList.extend<int>( "L1CI.L1CI_MIN_TOB_JETS" ); 
         attList.extend<int>( "L1CI.L1CI_MIN_TOB_JETL" ); 
         attList.extend<int>( "L1CI.L1CI_ISO_HA_EM" ); 
         attList.extend<int>( "L1CI.L1CI_ISO_EM_EM" ); 
         attList.extend<int>( "L1CI.L1CI_ISO_EM_TAU" ); 
      }
 
 
      fillQuery(q.get(),attList);
 
      coral::ICursor& cursor = q->execute();
 
      if(!cursor.next()) {
         if(data.smk()!=0) {
            TRG_MSG_ERROR("No CaloInfo exists for SMK " << data.smk());
         } else {
            TRG_MSG_ERROR("No CaloInfo exists with ID " << data.id());
         }
         commitSession();
         throw std::runtime_error( "CaloInfoLoader >> CaloInfo not available" );
      }
        
      // fill the object with data
      const coral::AttributeList& row = cursor.currentRow();
      data.setName       ( row["L1CI.L1CI_NAME"].data<std::string>()  );
      data.setVersion    ( row["L1CI.L1CI_VERSION"].data<int>()      );
      if(isRun1()) {
         if(schema <= 6)
            data.setGlobalScale( row["L1CI.L1CI_GLOBAL_SCALE"].data<float>());        
         else
            data.setGlobalScale( std::stof(row["L1CI.L1CI_GLOBAL_SCALE"].data<std::string>()));
      } else {
            data.setGlobalEmScale( row["L1CI.L1CI_GLOBAL_EM_SCALE"].data<float>() );
            data.setGlobalJetScale( row["L1CI.L1CI_GLOBAL_JET_SCALE"].data<float>() );
      }
      if(isRun1()) {
         for(unsigned int index = 1; index <= 12 ;index++) {
            std::stringstream helpstring;
            helpstring << "L1CI.L1CI_JET_WEIGHT" << index;
            data.addJetWeight( static_cast<int>(row[helpstring.str()].data<int>()) );
         }
      }
      if(isRun2() || (isRun1() && schema>=10)) {
         int XSSigmaScale  = row["L1CI.L1CI_XS_SIGMA_SCALE"].data<int>();
         int XSSigmaOffset = row["L1CI.L1CI_XS_SIGMA_OFFSET"].data<int>();
         int XEmin         = row["L1CI.L1CI_XS_XE_MIN"].data<int>();
         int XEmax         = row["L1CI.L1CI_XS_XE_MAX"].data<int>();
         int TESqrtMin     = row["L1CI.L1CI_XS_TESQRT_MIN"].data<int>();
         int TESqrtMax     = row["L1CI.L1CI_XS_TESQRT_MAX"].data<int>();
         data.metSigParam().setValues( XSSigmaScale, XSSigmaOffset,
                                       XEmin, XEmax, TESqrtMin, TESqrtMax);
      }
 
      vector<int> mintobIDs;
      vector<int> isoparIDs;
      if(isRun2()) {
         mintobIDs.push_back(row["L1CI.L1CI_MIN_TOB_EM"].data<int>());
         mintobIDs.push_back(row["L1CI.L1CI_MIN_TOB_TAU"].data<int>());
         mintobIDs.push_back(row["L1CI.L1CI_MIN_TOB_JETS"].data<int>());
         mintobIDs.push_back(row["L1CI.L1CI_MIN_TOB_JETL"].data<int>());
         isoparIDs.push_back(row["L1CI.L1CI_ISO_HA_EM"].data<int>());
         isoparIDs.push_back(row["L1CI.L1CI_ISO_EM_EM"].data<int>());
         isoparIDs.push_back(row["L1CI.L1CI_ISO_EM_TAU"].data<int>());
      }
 
      // check for uniqness of CaloInfo object
      if ( cursor.next() ) {
         TRG_MSG_ERROR("More than one CaloInfo exists " );
         throw std::runtime_error( "Too many CaloInfo objects" );
      }
        
      if(isRun2()) {
         loadMinTobInfo(data, mintobIDs);
         loadIsolationInfo(data, isoparIDs);
      }      
 
      commitSession();
   }
   catch( const coral::Exception& e ) {
      TRG_MSG_ERROR("Coral::Exception: " << e.what());
      m_session.transaction().rollback();
      throw;
   }
   return true;
}

◆ loadIsolationInfo()

void TrigConf::CaloInfoLoader::loadIsolationInfo	(	CaloInfo &	data,
		const std::vector< int > &	isoparIDs )

private

Definition at line 279 of file CaloInfoLoader.cxx.

                                                                                         {
 
   // first get a map of threshold type to isolation parameterizations
 
   map<string,vector<int>> m;
 
   {
      unique_ptr<coral::IQuery> q(m_session.nominalSchema().tableHandle( "L1_CALO_ISOLATION" ).newQuery());
      q->setRowCacheSize( 3 );
 
      string cond( "L1CIS_ID IN (" + join(isoparIDs) + ")" );
      q->setCondition( cond, coral::AttributeList() );
 
      coral::AttributeList attList;
      attList.extend<string>( "L1CIS_THR_TYPE" ); 
      attList.extend<int>( "L1CIS_PAR1_ID" ); 
      attList.extend<int>( "L1CIS_PAR2_ID" ); 
      attList.extend<int>( "L1CIS_PAR3_ID" ); 
      attList.extend<int>( "L1CIS_PAR4_ID" ); 
      attList.extend<int>( "L1CIS_PAR5_ID" ); 
      fillQuery(q.get(),attList);
 
      coral::ICursor& cursor = q->execute();      
 
      while ( cursor.next() ) {
 
         const coral::AttributeList& row = cursor.currentRow();
     
         string thrtype = row["L1CIS_THR_TYPE"].data<string>();
 
         vector<int> & idbytype = m[thrtype];
 
         idbytype.push_back( row["L1CIS_PAR1_ID"].data<int>() );
         idbytype.push_back( row["L1CIS_PAR2_ID"].data<int>() );
         idbytype.push_back( row["L1CIS_PAR3_ID"].data<int>() );
         idbytype.push_back( row["L1CIS_PAR4_ID"].data<int>() );
         idbytype.push_back( row["L1CIS_PAR5_ID"].data<int>() );
 
      }
 
   }
 
   // second get the individual parameterizations
 
   {
      for( const auto & isolation : m ) {
 
         unique_ptr<coral::IQuery> q(m_session.nominalSchema().tableHandle( "L1_CALO_ISOPARAM" ).newQuery());
         q->setRowCacheSize( 5 );
 
         const string & thrtype = isolation.first;
         const vector<int> & isoparIds = isolation.second;
 
         string cond( "L1CIP_ID IN (" + join(isoparIds) + ")" );
         q->setCondition( cond, coral::AttributeList() );
 
         coral::AttributeList attList;
         attList.extend<int>( "L1CIP_ID" );
         attList.extend<int>( "L1CIP_ISO_BIT" );
         attList.extend<int>( "L1CIP_OFFSET" );
         attList.extend<int>( "L1CIP_SLOPE" );
         attList.extend<int>( "L1CIP_MIN_CUT" );
         attList.extend<int>( "L1CIP_UPPER_LIMIT" );
         attList.extend<int>( "L1CIP_ETA_MIN" );
         attList.extend<int>( "L1CIP_ETA_MAX" );
         attList.extend<int>( "L1CIP_PRIORITY" );
         fillQuery(q.get(),attList);
 
         coral::ICursor& cursor = q->execute();      
 
         while ( cursor.next() ) {
 
            const coral::AttributeList& row = cursor.currentRow();
 
            unsigned int id = (unsigned int)row["L1CIP_ID"].data<int>();
            unsigned int pos=1; // the position of this paramerization
            for(unsigned int parId : isoparIds) {
               if(id==parId) break;
               ++pos;
            }
 
            int isobit     = row["L1CIP_ISO_BIT"].data<int>();
            int offset     = row["L1CIP_OFFSET"].data<int>();
            int slope      = row["L1CIP_SLOPE"].data<int>();
            int mincut     = row["L1CIP_MIN_CUT"].data<int>();
            int upperlimit = row["L1CIP_UPPER_LIMIT"].data<int>();
            int etamin     = row["L1CIP_ETA_MIN"].data<int>();
            int etamax     = row["L1CIP_ETA_MAX"].data<int>();
            int priority   = row["L1CIP_PRIORITY"].data<int>();
 
 
            if(isobit>0) {
               if(pos!=(unsigned int)isobit) {
                  TRG_MSG_ERROR(thrtype << " isolation bit " << isobit << " does not match the position it should have " << pos);
                  throw runtime_error("Isolation bit not matching");
               }
               data.setIsolation(thrtype, pos, IsolationParam( thrtype, isobit, offset, slope, mincut, upperlimit,  etamin, etamax, priority ));
            } else {
               data.setIsolation(thrtype, pos, IsolationParam());
            } 
            
 
         }
 
         cursor.close();
      }
   }
}

◆ loadL1MasterKey()

bool TrigConf::DBLoader::loadL1MasterKey	(	int	SuperMasterKey,
		int &	Lvl1MasterKey )

inherited

get l1 master from super master

Definition at line 128 of file DBLoader.cxx.

                                                             {
   try {
      startSession();
      
      unique_ptr< coral::IQuery > q( m_session.nominalSchema().tableHandle( "SUPER_MASTER_TABLE").newQuery() );
      q->setRowCacheSize( 5 );
 
      //Bind list
      coral::AttributeList bindings;
      bindings.extend<int>("smtid");
      bindings[0].data<int>() = smk;
      q->setCondition( "SMT_ID = :smtid", bindings );
 
      //Output data and types
      coral::AttributeList attList;
      attList.extend<int>( "SMT_L1_MASTER_TABLE_ID" );
      fillQuery(q.get(), attList);
 
      coral::ICursor& cursor = q->execute();
      if ( ! cursor.next() ) {
         msg() << "DBLoader:           No such SuperMaster key exists " << smk << endl;
         throw runtime_error( "DBLoader:        SuperMasterKey not available" );
      }
    
      const coral::AttributeList& row = cursor.currentRow();
      Lvl1MasterKey = row["SMT_L1_MASTER_TABLE_ID"].data<int>();
   }
   catch( const std::exception& e ) {
      commitSession();
      msg() << "DBLoader:         C++ exception: " << e.what() << std::endl;
      throw;
   }
   commitSession();
   return true; 
}

◆ loadL1MenuKey()

bool TrigConf::DBLoader::loadL1MenuKey	(	int	SuperMasterKey,
		int &	Lvl1MenuKey )

inherited

get l1 menu id from super master

Definition at line 167 of file DBLoader.cxx.

                                                                    {
   try {
 
      int l1Master = 0;
      loadL1MasterKey(SuperMasterKey, l1Master);
 
      startSession();
    
      unique_ptr< coral::IQuery > q( m_session.nominalSchema().tableHandle( "L1_MASTER_TABLE").newQuery() );
      q->setRowCacheSize( 5 );
 
      //Bind list
      coral::AttributeList bindings;
      bindings.extend<int>("l1mtid");
      bindings[0].data<int>() = l1Master;
      q->setCondition( "L1MT_ID = :l1mtid" , bindings );
 
      //Output data and types
      coral::AttributeList attList;
      attList.extend<int>( "L1MT_TRIGGER_MENU_ID" );
      q->defineOutput(attList);
      q->addToOutputList( "L1MT_TRIGGER_MENU_ID" );
 
      coral::ICursor& cursor = q->execute();
      if ( ! cursor.next() ) {
         msg() << "DBLoader >> No such L1 Master key exists " << l1Master << std::endl;
         throw std::runtime_error( "DBLoader >> L1MasterKey not available" );
         commitSession();
      }
    
      const coral::AttributeList& row = cursor.currentRow();
      Lvl1MenuKey = row["L1MT_TRIGGER_MENU_ID"].data<int>();
 
      commitSession();
 
   }
   catch( const std::exception& e ) {
      msg() << "DBLoader >> Standard C++ exception: " << e.what() << std::endl;
      m_session.transaction().rollback();
      throw;
   }
   return true; 
}

◆ loadMinTobInfo()

void TrigConf::CaloInfoLoader::loadMinTobInfo	(	CaloInfo &	data,
		const std::vector< int > &	mintobIDs )

private

Definition at line 209 of file CaloInfoLoader.cxx.

                                                                                      {
 
   unique_ptr<coral::IQuery> q(m_session.nominalSchema().tableHandle( "L1_CALO_MIN_TOB" ).newQuery());
   q->setRowCacheSize( 4 );
 
   string cond("L1CMT_ID IN (");
   bool first=true;
   for(int id : mintobIDs) {
      if(first) { first = false; } else { cond += ","; }
      cond += std::to_string(id);
   }
   cond += ")";
   q->setCondition( cond, coral::AttributeList() );
 
   coral::AttributeList attList;
   attList.extend<int>( "L1CMT_ID" ); 
   attList.extend<string>( "L1CMT_THR_TYPE" ); 
   attList.extend<int>( "L1CMT_WINDOW" ); 
   attList.extend<int>( "L1CMT_PT_MIN" ); 
   attList.extend<int>( "L1CMT_ETA_MIN" ); 
   attList.extend<int>( "L1CMT_ETA_MAX" ); 
   attList.extend<int>( "L1CMT_PRIORITY" ); 
   fillQuery(q.get(),attList);
 
   coral::ICursor& cursor = q->execute();      
 
   while ( cursor.next() ) {
 
      const coral::AttributeList& row = cursor.currentRow();
 
      string thrtype = row["L1CMT_THR_TYPE"].data<string>();
      int window = row["L1CMT_WINDOW"].data<int>();
      int ptmin = row["L1CMT_PT_MIN"].data<int>();
      int etamin = row["L1CMT_ETA_MIN"].data<int>();
      int etamax = row["L1CMT_ETA_MAX"].data<int>();
      int priority = row["L1CMT_PRIORITY"].data<int>();
 
      if(ptmin<0) {
         TRG_MSG_ERROR("MinTOBPt " << thrtype << " with pt " << ptmin << " which is less than 0");
         throw runtime_error("PTMin of MinTOBPt found to be less than 0");
      }
      if(priority<0) {
         TRG_MSG_ERROR("MinTOBPt " << thrtype << " with priority " << priority << " which is less than 0");
         throw runtime_error("Priority of MinTOBPt found to be less than 0");
      }
 
      MinTOBPt mintob((unsigned int)ptmin, etamin, etamax, (unsigned int) priority);
 
      if(thrtype=="EM") {
         data.setMinTobEM(mintob);
      } else if(thrtype=="TAU") {
         data.setMinTobTau(mintob);
      } else if(thrtype=="JETS") {
         data.setMinTobJetSmall(mintob);
         data.setJetWindowSizeSmall(window);
      } else if(thrtype=="JETL") {
         data.setMinTobJetLarge(mintob);
         data.setJetWindowSizeLarge(window);
      } else {
         TRG_MSG_ERROR("Unknown threshold type " << thrtype);
         throw runtime_error("MinTOBPt with unknown threshold type");
      }
 
   }
   
}

◆ loadSchemaVersion()

std::tuple< unsigned int, unsigned int > DBLoader::loadSchemaVersion ( ) const

privateinherited

get DB schema version and run number

Definition at line 81 of file DBLoader.cxx.

{
   const static auto versions = [&]() -> std::tuple<unsigned int,unsigned int> {
      bool mySession = false;
      if ( ! m_session.transaction().isActive() ) {
         m_session.transaction().start(true);
         mySession = true;
      }
 
      std::unique_ptr< coral::IQuery > q( m_session.nominalSchema().tableHandle( "TRIGGER_SCHEMA").newQuery() );
      q->setRowCacheSize( 1 );
 
      //Output data and types
      coral::AttributeList attList;
      attList.extend<int>( "TS_ID" );
      q->defineOutput(attList);
      q->addToOutputList( "TS_ID" );
 
      q->addToOrderList("TS_ID desc");
      coral::ICursor& cursor = q->execute();
 
      if ( ! cursor.next() ) {
         TRG_MSG_ERROR("Table TRIGGER_SCHEMA is not filled");
         if ( mySession ) m_session.transaction().commit();
         throw std::runtime_error( "DBLoader::loadSchemaVersion() >> Table TRIGGER_SCHEMA is not filled" );
      }
 
      const coral::AttributeList& row = cursor.currentRow();
      const unsigned int triggerDBSchemaVersion = row["TS_ID"].data<int>();
 
      TRG_MSG_INFO("TriggerDB schema version: " << triggerDBSchemaVersion);
 
      const unsigned int run = m_session.nominalSchema().existsTable( "ACTIVE_MASTERS" ) ? 2 : 1;
 
      TRG_MSG_INFO("Database has Run " << run << " schema");
      TRG_MSG_INFO("Total number of tables : " <<  m_session.nominalSchema().listTables().size());
 
      //commitSession();
      if ( mySession ) m_session.transaction().commit();
 
      return {triggerDBSchemaVersion, run};
   }();
 
   return versions;
}

◆ msg() [1/2]

MsgStreamTC & TrigConf::TrigConfMessaging::msg ( ) const

inlineinherited

The standard message stream.

Returns a reference to the message stream May not be invoked before sysInitialize() has been invoked.

Definition at line 86 of file TrigConfMessaging.h.

  {
    MsgStreamTC* ms = m_msg_tls.get();
    if (!ms) {
      ms = new MsgStreamTC(m_name);
      m_msg_tls.reset(ms);
    }
    return *ms;
  }

◆ msg() [2/2]

MsgStreamTC & TrigConf::TrigConfMessaging::msg ( const MSGTC::Level lvl ) const

inlineinherited

The standard message stream.

Returns a reference to the default message stream May not be invoked before sysInitialize() has been invoked.

Definition at line 96 of file TrigConfMessaging.h.

  {
    return msg() << lvl;
  }

◆ msgLvl()

bool TrigConf::TrigConfMessaging::msgLvl ( const MSGTC::Level lvl ) const

inlineinherited

Test the output level.

Parameters

lvl	The message level to test against

Returns: boolean Indicting if messages at given level will be printed

Return values

true	Messages at level "lvl" will be printed

Definition at line 75 of file TrigConfMessaging.h.

  {
    if (msg().level() <= lvl) {
      msg() << lvl;
      return true;
    }
    else {
      return false;
    }
  }

◆ outputLevel()

virtual MSGTC::Level TrigConf::DBLoader::outputLevel ( ) const

inlineoverridevirtualinherited

Implements TrigConf::ILoader.

Definition at line 40 of file DBLoader.h.

40{ return msg().level(); }

TrigConf::MsgStreamTC::level

MSGTC::Level level()

Return message level of stream.

Definition Trigger/TrigConfiguration/TrigConfBase/TrigConfBase/MsgStream.h:53

◆ setLevel()

void DBLoader::setLevel ( MSGTC::Level lvl )

overridevirtualinherited

access to output stream

Implements TrigConf::ILoader.

Definition at line 60 of file DBLoader.cxx.

                                 {
   msg().setLevel(lvl);
 
   switch(lvl) {
   case MSGTC::ALWAYS: m_verbose = 5; break;
   case MSGTC::VERBOSE: m_verbose = 4; break;
   case MSGTC::DEBUG: m_verbose = 3; break;
   case MSGTC::INFO: m_verbose = 2; break;
   case MSGTC::WARNING:
   case MSGTC::ERROR:
   case MSGTC::FATAL: m_verbose = 0; break;
   default: m_verbose = 0;
   }
}

◆ setVerbose()

virtual void TrigConf::DBLoader::setVerbose ( int v )

inlineoverridevirtualinherited

Implements TrigConf::ILoader.

Definition at line 58 of file DBLoader.h.

58{ m_verbose=v; }

python.PyAthena.v

v

Definition PyAthena.py:154

◆ startSession()

void TrigConf::DBLoader::startSession ( )

inherited

start session if not already active

Definition at line 35 of file DBLoader.cxx.

{
   if ( ! m_session.transaction().isActive() ) {
      //std::cout << "DBLoader: startSession(readonly=true)" << std::endl;
      bool readOnly = true;
      m_session.transaction().start(readOnly);
      m_sessionOwner = true;
   }
}

◆ triggerDBSchemaVersion()

unsigned int DBLoader::triggerDBSchemaVersion ( )

inherited

Definition at line 76 of file DBLoader.cxx.

                                 {
   return std::get<0>(loadSchemaVersion());
}

◆ verbose()

virtual int TrigConf::DBLoader::verbose ( ) const

inlineoverridevirtualinherited

Implements TrigConf::ILoader.

Definition at line 57 of file DBLoader.h.

57{ return m_verbose; }

Member Data Documentation

◆ m_msg_tls

boost::thread_specific_ptr<MsgStreamTC> TrigConf::TrigConfMessaging::m_msg_tls

mutableprivateinherited

MsgStreamTC instance (a std::cout like with print-out levels)

Definition at line 71 of file TrigConfMessaging.h.

◆ m_name

std::string TrigConf::TrigConfMessaging::m_name

privateinherited

Definition at line 72 of file TrigConfMessaging.h.

◆ m_session

coral::ISessionProxy& TrigConf::DBLoader::m_session

protectedinherited

CORAL interface to database session.

Definition at line 68 of file DBLoader.h.

◆ m_sessionOwner

bool TrigConf::DBLoader::m_sessionOwner {false}

protectedinherited

remember if the loader started the session in the first place

Definition at line 69 of file DBLoader.h.

69{false};

◆ m_storageMgr

StorageMgr& TrigConf::DBLoader::m_storageMgr

protectedinherited

reference to the storage manager

Definition at line 67 of file DBLoader.h.

◆ m_verbose

int TrigConf::DBLoader::m_verbose {1}

privateinherited

Definition at line 64 of file DBLoader.h.

64{1};

The documentation for this class was generated from the following files:

Public Member Functions

Protected Attributes

Private Member Functions

Private Attributes

Detailed Description

Constructor & Destructor Documentation

◆ CaloInfoLoader()

◆ ~CaloInfoLoader()

Member Function Documentation

◆ commitSession()

◆ getName()

◆ isRun1()

◆ isRun2()

◆ load()

◆ loadIsolationInfo()

◆ loadL1MasterKey()

◆ loadL1MenuKey()

◆ loadMinTobInfo()

◆ loadSchemaVersion()

◆ msg() [1/2]

◆ msg() [2/2]

◆ msgLvl()

◆ outputLevel()

◆ setLevel()

◆ setVerbose()

◆ startSession()

◆ triggerDBSchemaVersion()

◆ verbose()

Member Data Documentation

◆ m_msg_tls

◆ m_name

◆ m_session

◆ m_sessionOwner

◆ m_storageMgr

◆ m_verbose