Gaudi Framework, version v20r2
	Generated: 18 Jul 2008

configGenerator Class Reference

Collaboration diagram for configGenerator:

[legend]List of all members.

---

Detailed Description

Definition at line 70 of file genconf.cpp.

Public Member Functions
	configGenerator (const string &pkgName, const string &outputDirName)
int	genConfig (const Strings_t &modules)
	main entry point of this class: iterate over all the modules (ie: library names) for each module extract component informations eventually generate the header/body/trailer python file and "Db" file
void	setConfigurableModule (const std::string &moduleName)
	customize the Module name where configurable base classes are defined
void	setConfigurableDefaultName (const std::string &defaultName)
	customize the default name for configurable instances
void	setConfigurableAlgorithm (const std::string &cfgAlgorithm)
	customize the configurable base class for Algorithm component
void	setConfigurableAlgTool (const std::string &cfgAlgTool)
	customize the configurable base class for AlgTool component
void	setConfigurableAuditor (const std::string &cfgAuditor)
	customize the configurable base class for AlgTool component
void	setConfigurableService (const std::string &cfgService)
	customize the configurable base class for Service component
Private Member Functions
void	genComponent (const std::string &libName, const std::string &componentName, const std::string &componentType, const vector< Property * > &properties)
void	genImport (std::ostream &s, const boost::format &frmt, std::string indent)
void	genHeader (std::ostream &pyOut, std::ostream &dbOut)
void	genBody (std::ostream &pyOut, std::ostream &dbOut)
void	genTrailer (std::ostream &pyOut, std::ostream &dbOut)
void	pythonizeValue (const Property *prop, string &pvalue, string &ptype)
	handle the "marshalling" of Properties
void	pythonizeName (string &name)
	Translates a valid C++ typename into a valid python one.
Private Attributes
string	m_pkgName
	name of the package we are processing
string	m_outputDirName
	absolute path to the directory where genconf will store auto-generated files (Configurables and ConfigurableDb)
stringstream	m_pyBuf
	buffer of auto-generated configurables
bool	m_importGaudiHandles
	switch to decide if the generated configurables need to import GaudiHandles (ie: if one of the components has a XyzHandle<T>)
stringstream	m_dbBuf
	buffer of generated configurables informations for the "Db" file The "Db" file is holding informations about the generated configurables This file is later one used by the PropertyProxy.py to locate Configurables and know their default values, host module,.
GaudiUtils::HashMap< std::string, std::string >	m_configurable
	Configurable customization.

---

Constructor & Destructor Documentation

configGenerator::configGenerator	(	const string &	pkgName,
		const string &	outputDirName
	)			[inline]

Definition at line 100 of file genconf.cpp.

                                                 : 
    m_pkgName           ( pkgName ),
    m_outputDirName     ( outputDirName ),
    m_pyBuf             ( ),
    m_importGaudiHandles( false ),
    m_dbBuf             ( ),
    m_configurable      ( )
  {}

---

Member Function Documentation

int configGenerator::genConfig

(

const Strings_t &

modules

)

main entry point of this class:

• iterate over all the modules (ie: library names)
• for each module extract component informations
• eventually generate the header/body/trailer python file and "Db" file

not enough information... skip it

no Properties, so don't bother create Configurables...

: no Configurable for this component. yet... continue;

write-out files for this library

Definition at line 400 of file genconf.cpp.

References IInterface::addRef(), std::vector< _Tp, _Alloc >::begin(), std::basic_string< _CharT, _Traits, _Alloc >::c_str(), std::cout, cout, createAppMgr(), StatusCode::disableChecking(), DsoUtils::dsoName(), std::set< _Key, _Compare, _Alloc >::end(), std::vector< _Tp, _Alloc >::end(), std::endl(), endl(), std::set< _Key, _Compare, _Alloc >::find(), std::find(), genBody(), genComponent(), genHeader(), genTrailer(), System::getLastErrorString(), IProperty::getProperties(), DsoUtils::inDso(), std::set< _Key, _Compare, _Alloc >::insert(), IProperty::interfaceID(), DsoUtils::libNativeName(), System::loadDynamicLib(), m_dbBuf, m_importGaudiHandles, m_outputDirName, m_pyBuf, name, Object, std::ios_base::out, Gaudi::Utils::Histos::path(), IInterface::queryInterface(), IInterface::release(), std::vector< _Tp, _Alloc >::reserve(), std::vector< _Tp, _Alloc >::resize(), std::basic_stringstream< _CharT, _Traits, _Alloc >::str(), Gaudi::svcLocator(), std::ios_base::trunc, and std::exception::what().

{
  //--- Disable checking StatusCode -------------------------------------------
  StatusCode::disableChecking();
  
  const Strings_t::const_iterator endLib = libs.end();
  
  const std::string gaudiSvc = "GaudiSvc";
  const bool isGaudiSvc = ( std::find( libs.begin(), endLib, gaudiSvc ) != endLib );
  
  //--- Instantiate ApplicationMgr --------------------------------------------
  if ( !isGaudiSvc && createAppMgr() ) {
    cout << "ERROR: ApplicationMgr can not be created. Check environment" << endl;
    return EXIT_FAILURE;
  }
  
  //--- Iterate over component factories --------------------------------------
  Scope factories = Scope::ByName(PLUGINSVC_FACTORY_NS);
  if ( !factories ) {
    cout << "ERROR: No PluginSvc factory namespace could be found" << endl;
    return EXIT_FAILURE;
  }
  
  ISvcLocator* svcLoc = Gaudi::svcLocator();
  IService*    dummySvc = new Service( "DummySvc", svcLoc );
  dummySvc->addRef();

  bool allGood = true;

  // iterate over all the requested libraries
  for ( Strings_t::const_iterator iLib=libs.begin(); iLib != endLib; ++iLib ) {
    
    std::cout << ":::: processing library: " << *iLib << "..." << std::endl;
    
    // reset state
    m_importGaudiHandles = false;
    m_pyBuf.str("");
    m_dbBuf.str("");

    // Scan the pluginSvc namespace and store the "background" of already
    // alived components, so we can extract our signal later on
    set<string> bkgNames;
    if ( !isGaudiSvc ) {
      for ( Member_Iterator it = factories.FunctionMember_Begin(); 
            it != factories.FunctionMember_End(); ++it ) {
        string ident = it->Properties().PropertyAsString("name");
        if ( PluginService::Debug() > 0 ) {
          cout << "::: " << ident << endl;
        }
        bkgNames.insert( ident );
      }
    }
    const set<string>::const_iterator bkgNamesEnd = bkgNames.end();
    
    //--- Load component library ----------------------------------------------
    System::ImageHandle handle;
    unsigned long err = System::loadDynamicLib( *iLib, &handle );
    if ( err != 1 ) {
      cout << "ERROR: " << System::getLastErrorString() << endl;
      allGood = false;
      continue;
    }
    
    for ( Member_Iterator it = factories.FunctionMember_Begin(); 
          it != factories.FunctionMember_End(); 
          ++it ) {
      const string ident = it->Properties().PropertyAsString("name");
      if ( bkgNames.find(ident) != bkgNamesEnd ) {
        if ( PluginService::Debug() > 0 ) {
          cout << "\t==> skipping [" << ident << "]..." << endl;
        }
        continue;
      }
      
      // Atlas contributed code (patch #1247)
      // Skip the generation of configurables if the component does not come
      // from the same library we are processing (i.e. we found a symbol that
      // is coming from a library loaded by the linker).
      // Windows implementation is empty.
      if ( !DsoUtils::inDso( *it, DsoUtils::libNativeName(*iLib) ) ) {
        cout << "WARNING: library [" << *iLib << "] requested factory "
        << "from another library ["
        << DsoUtils::dsoName(*it) << "]"
        << " ==> [" << ident << "] !!"
        << endl;
        continue;
      }

      const string rtype = it->TypeOf().ReturnType().Name();
      string type;
      bool known = true;
      if      ( ident == "ApplicationMgr" ) type = "ApplicationMgr";
      else if ( rtype == "IInterface*" )    type = "IInterface";
      else if ( rtype == "IAlgorithm*" )    type = "Algorithm";
      else if ( rtype == "IService*" )      type = "Service";
      else if ( rtype == "IAlgTool*" )      type = "AlgTool";
      else if ( rtype == "IAuditor*" )      type = "Auditor";
      else if ( rtype == "IConverter*" )    type = "Converter";
      else if ( rtype == "DataObject*" )    type = "DataObject";
      else                                  type = "Unknown", known = false;
      string name = ident;
      // handle possible problems with templated components
      boost::trim(name);

      cout << " - component: " << name << endl;
      
      if ( type == "IInterface" ) {
        continue;
      }
      
      if ( type == "Converter" || type == "DataObject" ) {
        continue;
      }
      
      //if ( type == "ApplicationMgr" ) {
      //}

      if ( !known ) {
        cout << "WARNING: Unknown (return) type [" << rtype << "] !!\n"
             << "WARNING: component [" << ident << "] is skipped !"
             << endl;
        allGood = false;
        continue;
      }
      
      string cname = "DefaultName";
      Object dummy;
      vector<void*>  args; 
      args.reserve( 3 );
      if ( type == "AlgTool" ) {
        args.resize( 3 );
        args[0] = &cname;
        args[1] = &type;
        args[2] = dummySvc;
      }
      else {
        args.resize( 2 );
        args[0] = &cname;
        args[1] = svcLoc;
      }
      IProperty* prop = 0;
      try {
        if ( type == "Algorithm" ) {
          IAlgorithm* obj = static_cast<IAlgorithm*>(it->Invoke(dummy,args).Address());
          prop = dynamic_cast<IProperty*>(obj);
        }
        else if ( type == "Service") {
          IService* obj = static_cast<IService*>(it->Invoke(dummy,args).Address());
          prop = dynamic_cast<IProperty*>(obj);
        }
        else if ( type == "AlgTool") {
          IAlgTool* obj = static_cast<IAlgTool*>(it->Invoke(dummy,args).Address());
          prop = dynamic_cast<IProperty*>(obj);
        }
        else if ( type == "Auditor") {
          IAuditor* obj = static_cast<IAuditor*>(it->Invoke(dummy,args).Address());
          prop = dynamic_cast<IProperty*>(obj);
        }
        else if ( type == "ApplicationMgr") {
          //svcLoc->queryInterface(IProperty::interfaceID(), pp_cast<void>(&prop));
          svcLoc->queryInterface(IProperty::interfaceID(), (void**)(&prop));
        }
        else {
          IInterface* obj = static_cast<IInterface*>(it->Invoke(dummy,args).Address());
          prop = dynamic_cast<IProperty*>(obj);
        }
      }
      catch ( exception& e ) {
        cout << "ERROR: Error instantiating " << name 
             << " from " << *iLib << endl;
        cout << "ERROR: Got exception: " << e.what() << endl;
        allGood = false;
        continue;
      }
      catch ( ... ) {
        cout << "ERROR: Error instantiating " << name 
             << " from " << *iLib << endl;
        allGood = false;
        continue;
      }
      if( prop ) {
        genComponent( *iLib, name, type, prop->getProperties() );
        prop->release();
      } else {
        cout << "ERROR: could not cast IInterface* object to an IProperty* !\n"
             << "ERROR: return type from PluginSvc is [" << rtype << "]...\n"
             << "ERROR: NO Configurable will be generated for [" 
             << name << "] !"
             << endl;
        allGood = false;
      }
    } //> end loop over factories

    const std::string pyName = ( fs::path(m_outputDirName) /
                  fs::path(*iLib+"Conf.py") ).string();
    const std::string dbName = ( fs::path(m_outputDirName) /
                  fs::path(*iLib+"_confDb.py") ).string();

    std::fstream py( pyName.c_str(),
              std::ios_base::out|std::ios_base::trunc );
    std::fstream db( dbName.c_str(),
              std::ios_base::out|std::ios_base::trunc );
    
    genHeader ( py, db );
    genBody   ( py, db );
    genTrailer( py, db );
    
  } //> end loop over libraries
  
  dummySvc->release();
  dummySvc = 0;
  
  return allGood ? EXIT_SUCCESS : EXIT_FAILURE;
}

void configGenerator::setConfigurableModule

(

const std::string &

moduleName

)

[inline]

customize the Module name where configurable base classes are defined

Definition at line 117 of file genconf.cpp.

References m_configurable, and System::moduleName().

  {
    m_configurable[ "Module" ] = moduleName;
  }

void configGenerator::setConfigurableDefaultName

(

const std::string &

defaultName

)

[inline]

customize the default name for configurable instances

Definition at line 123 of file genconf.cpp.

References m_configurable.

  {
    m_configurable[ "DefaultName" ] = defaultName;
  }

void configGenerator::setConfigurableAlgorithm

(

const std::string &

cfgAlgorithm

)

[inline]

customize the configurable base class for Algorithm component

Definition at line 129 of file genconf.cpp.

References m_configurable.

  {
    m_configurable[ "Algorithm" ] = cfgAlgorithm;
  }

void configGenerator::setConfigurableAlgTool

(

const std::string &

cfgAlgTool

)

[inline]

customize the configurable base class for AlgTool component

Definition at line 135 of file genconf.cpp.

References m_configurable.

  {
    m_configurable[ "AlgTool" ] = cfgAlgTool;
  }

void configGenerator::setConfigurableAuditor

(

const std::string &

cfgAuditor

)

[inline]

customize the configurable base class for AlgTool component

Definition at line 141 of file genconf.cpp.

References m_configurable.

  {
    m_configurable[ "Auditor" ] = cfgAuditor;
  }

void configGenerator::setConfigurableService

(

const std::string &

cfgService

)

[inline]

customize the configurable base class for Service component

Definition at line 147 of file genconf.cpp.

References m_configurable.

  {
    m_configurable[ "Service" ] = cfgService;
    m_configurable[ "ApplicationMgr" ] = cfgService;
  }

void configGenerator::genComponent	(	const std::string &	libName,
		const std::string &	componentName,
		const std::string &	componentType,
		const vector< Property * > &	properties
	)			[private]

Definition at line 714 of file genconf.cpp.

References std::vector< _Tp, _Alloc >::begin(), std::vector< _Tp, _Alloc >::end(), flush(), m_configurable, m_dbBuf, m_outputDirName, m_pkgName, m_pyBuf, Gaudi::Utils::Histos::path(), py_tab, pythonizeName(), pythonizeValue(), and std::setw().

Referenced by genConfig().

{
  string cname = componentName;
  pythonizeName(cname);
    
  typedef GaudiUtils::HashMap<std::string, std::string> PropertyDoc_t;
  PropertyDoc_t propDoc;
  
  m_pyBuf << "\n";
  m_pyBuf << "class " << cname 
          << "( " << m_configurable[componentType] << " ) :" 
          << "\n";
  m_pyBuf << "  __slots__ = { \n";
  for ( vector<Property*>::const_iterator it = properties.begin() ; 
        it != properties.end(); ++it ) {
    const string pname  = (*it)->name();
    string pvalue, ptype;
    pythonizeValue( (*it), pvalue, ptype );
    m_pyBuf << "    '" << pname << "' : " << pvalue <<", # " << ptype << "\n";
    
    if ( (*it)->documentation() != "none" ) {
      propDoc[pname] = (*it)->documentation();
    }
    
  }
  m_pyBuf << "  }\n";
  m_pyBuf << "  _propertyDocDct = { \n";
  for ( PropertyDoc_t::const_iterator iProp = propDoc.begin();
        iProp != propDoc.end();
        ++iProp ) {
    m_pyBuf << std::setw(5)  
            << "'"       << iProp->first  << "' : "
            << "\"\"\" "  << iProp->second << " \"\"\",\n";
  }
  m_pyBuf << "  }\n";
  
  m_pyBuf 
    << "  def __init__(self, name = " << m_configurable["DefaultName"]
                                      << ", **kwargs):\n"
    << "      super(" << cname << ", self).__init__(name)\n"
    << "      for n,v in kwargs.items():\n"
    << "         setattr(self, n, v)\n"
    << "  def getDlls( self ):\n"
    << "      return '" << libName << "'\n"
    << "  def getType( self ):\n"
    << "      return '" << componentName  << "'\n"
    << "  pass # class " << cname << "\n"
    << flush;
  
  // name of the auto-generated module
  const string pyName = ( fs::path(m_outputDirName) /
                          fs::path(libName+"Conf.py") ).string();
  const string modName = fs::basename( fs::path( pyName ).leaf() );
  
  // now the db part
  m_dbBuf 
    << py_tab << "cfgDb.add( configurable = '" << cname << "',\n"
    << py_tab << "           package = '" << m_pkgName << "',\n"
    << py_tab << "           module  = '" << m_pkgName << "." << modName << "',\n"
    << py_tab << "           lib     = '" << libName << "' )\n"
    << flush;

}

void configGenerator::genImport	(	std::ostream &	s,
		const boost::format &	frmt,
		std::string	indent
	)			[private]

Definition at line 624 of file genconf.cpp.

References flush(), format(), m_configurable, std::basic_string< _CharT, _Traits, _Alloc >::npos, py_tab, and Gaudi::Units::s.

Referenced by genHeader().

                                                       {
  
  std::string::size_type pos = 0, nxtpos = 0;
  std::string mod;
  
  while ( std::string::npos != pos ){
    // find end of module name
    nxtpos = m_configurable["Module"].find_first_of(',',pos);
    
    // Prepare import string
    mod = m_configurable["Module"].substr(pos,nxtpos-pos);
    std::ostringstream import;
    import << boost::format(frmt) % mod;
    
    // append a normal import or a try/excpet enclosed one depending
    // on availability of a fall-back bodule (next in the list)
    if ( std::string::npos == nxtpos ) {
      // last possible module
      s << indent << import.str() << "\n" << flush;
      pos = std::string::npos;
    } else {
      // we have a fallback for this
      s << indent << "try:\n"
        << indent << py_tab << import.str() << "\n"
        << indent << "except ImportError:\n"
        << flush;
      pos = nxtpos+1;
    }
    // increase indentation level for next iteration
    indent += py_tab;
  }
}

void configGenerator::genHeader	(	std::ostream &	pyOut,
		std::ostream &	dbOut
	)			[private]

Definition at line 660 of file genconf.cpp.

References flush(), format(), genImport(), m_importGaudiHandles, and py_tab.

Referenced by genConfig().

{
  // python file part
  time_t rawtime;
  time( &rawtime );
  py << "#" << ctime(&rawtime) //<< "\n"
     << "\"\"\"Automatically generated. DO NOT EDIT please\"\"\"\n";
  if ( m_importGaudiHandles ) {
    py << "from GaudiKernel.GaudiHandles import *\n";
  }
  
  genImport(py,boost::format("from %1%.Configurable import *"));
  
  // db file part
  db << "##  -*- python -*-  \n"
     << "# db file automatically generated by genconf on: " 
     << ctime(&rawtime); // << "\n";
  db << "## insulates outside world against anything bad that could happen\n"
     << "## also prevents global scope pollution\n"
     << "def _fillCfgDb():\n";
  genImport(db,boost::format("from %1%.ConfigurableDb import CfgDb"),py_tab);
  
  db << "\n"
     << py_tab << "# get a handle on the repository of Configurables\n"
     << py_tab << "cfgDb = CfgDb()\n"
     << "\n"
     << py_tab << "# populate the repository with informations on Configurables \n"
     << "\n"
     << flush;
}

void configGenerator::genBody	(	std::ostream &	pyOut,
		std::ostream &	dbOut
	)			[inline, private]

Definition at line 160 of file genconf.cpp.

References flush(), m_dbBuf, m_pyBuf, and std::basic_stringstream< _CharT, _Traits, _Alloc >::str().

Referenced by genConfig().

                                    { 
    pyOut << m_pyBuf.str() << flush;
    dbOut << m_dbBuf.str() << flush;
  }

void configGenerator::genTrailer	(	std::ostream &	pyOut,
		std::ostream &	dbOut
	)			[private]

Definition at line 693 of file genconf.cpp.

References std::flush(), m_pkgName, and py_tab.

Referenced by genConfig().

{
  // db file part
  db << py_tab << "return #_fillCfgDb\n"
     << "# fill cfgDb at module import...\n"
     << "try:\n"
     << py_tab << "_fillCfgDb()\n"
     << py_tab << "#house cleaning...\n"
     << py_tab << "del _fillCfgDb\n"
     << "except Exception,err:\n"
     << py_tab << "print \"Py:ConfigurableDb   ERROR Problem with [%s] content!"
               << "\" % __name__\n"
     << py_tab << "print \"Py:ConfigurableDb   ERROR\",err\n"
     << py_tab << "print \"Py:ConfigurableDb   ERROR   ==> culprit is package ["
               << m_pkgName << "] !\"\n"
     << std::flush;
}

void configGenerator::pythonizeValue	(	const Property *	prop,
		string &	pvalue,
		string &	ptype
	)			[private]

handle the "marshalling" of Properties

Definition at line 793 of file genconf.cpp.

References std::cout, std::endl(), m_importGaudiHandles, Property::name(), std::basic_string< _CharT, _Traits, _Alloc >::npos, GaudiHandleArrayBase::pythonRepr(), GaudiHandleBase::pythonRepr(), Property::toString(), Property::type_info(), GaudiHandleArrayProperty::value(), and GaudiHandleProperty::value().

Referenced by genComponent().

{
  const std::string cvalue = p->toString();
  const type_info& ti = *p->type_info();
  if ( ti == typeid(bool) ) {
    pvalue = ( cvalue == "0" || cvalue == "False" || cvalue == "false" )
           ? "False" 
           : "True";
    ptype  = "bool";
  }
  else if ( ti == typeid(char)  || ti == typeid(signed char)    
            || ti == typeid(unsigned char)  ||
            ti == typeid(short) || ti == typeid(unsigned short) ||
            ti == typeid(int)   || ti == typeid(unsigned int)   ||
            ti == typeid(long)  || ti == typeid(unsigned long) ) {
    pvalue = cvalue;
    ptype  = "int";
  }
  else if ( ti == typeid(long long) || ti == typeid(unsigned long long) ) {
    pvalue = cvalue + "L";
    ptype  = "long";
  }
  else if ( ti == typeid(float) || ti == typeid(double) ) {
    // forces python to handle this as a float: put a dot in there...
    pvalue = boost::to_lower_copy(cvalue);
    if ( pvalue == "nan" ) {
      pvalue = "float('nan')";
      std::cout << "WARNING: default value for ["
                << p->name() << "] is NaN !!"
                << std::endl;
    } else if ( std::string::npos == pvalue.find(".") &&
                std::string::npos == pvalue.find("e")  ) {
      pvalue = cvalue + ".0";
    }
    ptype  = "float";
  }
  else if ( ti == typeid(string) ) {
    
    pvalue = "'"+cvalue+"'";
    ptype  = "str";
  }
  else if ( ti == typeid(GaudiHandleBase) ) {
    m_importGaudiHandles = true;
    const GaudiHandleProperty& hdl 
      = dynamic_cast<const GaudiHandleProperty&>(*p);
    const GaudiHandleBase&     base = hdl.value();
    
    pvalue = base.pythonRepr();
    ptype  = "GaudiHandle";
  }
  else if ( ti == typeid(GaudiHandleArrayBase) ) {
    m_importGaudiHandles = true;
    const GaudiHandleArrayProperty& hdl 
      = dynamic_cast<const GaudiHandleArrayProperty&>(*p);
    const GaudiHandleArrayBase&     base = hdl.value();
    
    pvalue = base.pythonRepr();
    ptype  = "GaudiHandleArray";
  }
  else {
    pvalue = cvalue;
    ptype  = "list";
  }
}

void configGenerator::pythonizeName

(

string &

name

)

[private]

Translates a valid C++ typename into a valid python one.

Definition at line 782 of file genconf.cpp.

Referenced by genComponent().

{
  static string  in("<>&*,: ().");
  static string out("__rp__s___");
  for ( string::iterator i = name.begin(); i != name.end(); ++i ) {
    if ( in.find(*i) != string::npos ) *i = out[in.find(*i)];
  }  
}

---

Member Data Documentation

string configGenerator::m_pkgName [private]

name of the package we are processing

Definition at line 73 of file genconf.cpp.

Referenced by genComponent(), and genTrailer().

string configGenerator::m_outputDirName [private]

absolute path to the directory where genconf will store auto-generated files (Configurables and ConfigurableDb)

Definition at line 77 of file genconf.cpp.

Referenced by genComponent(), and genConfig().

stringstream configGenerator::m_pyBuf [private]

buffer of auto-generated configurables

Definition at line 80 of file genconf.cpp.

Referenced by genBody(), genComponent(), and genConfig().

bool configGenerator::m_importGaudiHandles [private]

switch to decide if the generated configurables need to import GaudiHandles (ie: if one of the components has a XyzHandle<T>)

Definition at line 84 of file genconf.cpp.

Referenced by genConfig(), genHeader(), and pythonizeValue().

stringstream configGenerator::m_dbBuf [private]

buffer of generated configurables informations for the "Db" file The "Db" file is holding informations about the generated configurables This file is later one used by the PropertyProxy.py to locate Configurables and know their default values, host module,.

..

Definition at line 90 of file genconf.cpp.

Referenced by genBody(), genComponent(), and genConfig().

GaudiUtils::HashMap<std::string, std::string> configGenerator::m_configurable [private]

Configurable customization.

Contains customization for:

• Name of the module where configurable base classes are defined
• Name of the configurable base class for the Algorithm component
• Name of the configurable base class for the AlgTool component
• Name of the configurable base class for the Service component

Definition at line 97 of file genconf.cpp.

Referenced by genComponent(), genImport(), setConfigurableAlgorithm(), setConfigurableAlgTool(), setConfigurableAuditor(), setConfigurableDefaultName(), setConfigurableModule(), and setConfigurableService().

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

• /afs/cern.ch/sw/Gaudi/releases/GAUDI/GAUDI_v20r2/GaudiKernel/v25r2/src/Util/genconf.cpp

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