LogicTool< GenLogic > Class Template Reference

#include <LogicTool.h>

Public Member Functions
	LogicTool ()
	Standard constructor. More...
std::unique_ptr< GenLogic >	retrieve (const std::string &_logic_name)
	... More...

Private Types
using	RBCLogicType = LogicFactory< GenLogic, std::string >

Static Private Member Functions
static RBCLogicType	initialise ()
static RBCLogicType const &	rbclogic ()

Detailed Description

template<class GenLogic>
class LogicTool< GenLogic >

Author

Andres Osorio

email: aosor.nosp@m.io@u.nosp@m.niand.nosp@m.es.e.nosp@m.du.co

Date

2008-10-12

Definition at line 22 of file LogicTool.h.

Member Typedef Documentation

RBCLogicType

template<class GenLogic>

using LogicTool< GenLogic >::RBCLogicType = LogicFactory<GenLogic, std::string>

private

Definition at line 33 of file LogicTool.h.

Constructor & Destructor Documentation

LogicTool()

template<class GenLogic>

LogicTool< GenLogic >::LogicTool ( )

inline

Standard constructor.

Definition at line 25 of file LogicTool.h.

{}

Member Function Documentation

initialise()

template<class GenLogic>

static RBCLogicType LogicTool< GenLogic >::initialise ( )

inlinestaticprivate

Definition at line 35 of file LogicTool.h.

                                   {
    GenLogic* (*createlogic)();
    bool status(true);
 
    RBCLogicType rbclogic;
    //...
    std::string key = std::string("ChamberORLogic");
    createlogic = (GenLogic * (*)()) & createChamberORLogic;
    status = rbclogic.Register(key, createlogic);
 
    key = std::string("TestLogic");
    createlogic = (GenLogic * (*)()) & createTestLogic;
    status = rbclogic.Register(key, createlogic);
 
    key = std::string("PatternLogic");
    createlogic = (GenLogic * (*)()) & createPatternLogic;
    status = rbclogic.Register(key, createlogic);
    //...
 
    key = std::string("TrackingAlg");
    createlogic = (GenLogic * (*)()) & createTrackingAlg;
    status = rbclogic.Register(key, createlogic);
 
    key = std::string("SectorORLogic");
    createlogic = (GenLogic * (*)()) & createSectorORLogic;
    status = rbclogic.Register(key, createlogic);
 
    key = std::string("TwoORLogic");
    createlogic = (GenLogic * (*)()) & createTwoORLogic;
    status = rbclogic.Register(key, createlogic);
 
    key = std::string("WedgeORLogic");
    createlogic = (GenLogic * (*)()) & createWedgeORLogic;
    status = rbclogic.Register(key, createlogic);
 
    key = std::string("PointingLogic");
    createlogic = (GenLogic * (*)()) & createPointingLogic;
    status = rbclogic.Register(key, createlogic);
 
    assert(status);
    return rbclogic;
  };

References cms::cuda::assert(), createChamberORLogic(), createPatternLogic(), createPointingLogic(), createSectorORLogic(), createTestLogic(), createTrackingAlg(), createTwoORLogic(), createWedgeORLogic(), crabWrapper::key, LogicTool< GenLogic >::rbclogic(), LogicFactory< Ilogic, Identifier, LogicCreator >::Register(), mps_update::status, and AlCaHLTBitMon_QueryRunRegistry::string.

Referenced by LogicTool< GenLogic >::rbclogic().

rbclogic()

template<class GenLogic>

static RBCLogicType const& LogicTool< GenLogic >::rbclogic ( )

inlinestaticprivate

Definition at line 78 of file LogicTool.h.

                                        {
    static const RBCLogicType s_rbclogic = initialise();
    return s_rbclogic;
  }

References LogicTool< GenLogic >::initialise().

Referenced by LogicTool< GenLogic >::initialise(), and LogicTool< GenLogic >::retrieve().

retrieve()

template<class GenLogic>

std::unique_ptr<GenLogic> LogicTool< GenLogic >::retrieve ( const std::string &  _logic_name )

inline

...

Definition at line 29 of file LogicTool.h.

{ return rbclogic().CreateObject(_logic_name); };

References LogicFactory< Ilogic, Identifier, LogicCreator >::CreateObject(), and LogicTool< GenLogic >::rbclogic().

Referenced by RBCLogicUnit::initialise(), and TTULogicUnit::initialise().