framework

Collaboration diagram for framework:

Modules
	framework data objects
	framework modules

Classes
class	CreateConsistencyInfoModule
	If you want to merge two events with the 'MergeDataStoreModule', it might be necessary to make sure that this combination of events make sense. More...
class	DataFlowVisualization
	class to visualize data flow between modules. More...
class	Environment
	This class stores all environment information required to run the framework, such as module or data filepaths, number of processes to be used in parallel processing etc. More...
class	EventProcessor
	provides the core event processing loop. More...
class	FileCatalog
	This class provides an interface to the file (metadata) catalog. More...
class	HistoModule
	HistoModule.h is supposed to be used instead of Module.h for the modules with histogram definitions to be managed by HistoManager. More...
class	InputController
	A static class to control supported input modules. More...
class	MemoryPool< T, chunkSize >
	Class to provide a constant access time memory pool for one kind of objects. More...
class	MergeDataStoreModule
	Internal module used by Path.add_independent_merge_path(). More...
class	MetadataService
	This class provides a service for writing metadata about the basf2 execution and about output files to a json file. More...
class	Module
	Base class for Modules. More...
class	ModuleProxyBase
	The base module proxy class is used to create new instances of a module. More...
class	ModuleCondition
	Wraps a condition set on a Module instance. More...
class	ModuleManager
	The ModuleManager Class. More...
class	ModuleParam< T >
	A single parameter of the module. More...
class	ModuleParamBase
	Base class for module parameter. More...
class	ModuleParamInfoPython
	Class to store basic information about a parameter. More...
class	ModuleParamList
	The Module parameter list class. More...
class	ModuleStatistics
	Keep track of time and memory consumption during processing. More...
class	MRUCache< KEY, VALUE >
	Class implementing a generic Most Recently Used cache. More...
class	Path
	Implements a path consisting of Module and/or Path objects. More...
class	PathElement
	Base for classes that can be elements of a Path. More...
class	PathIterator
	Iterator over a Path (returning Module pointers). More...
class	ProcessStatistics
	Class to collect call statistics for all modules. More...
class	PyModule
	Python wrapper for Belle2::Module. More...
class	RandomGenerator
	Fast Random number Generator using on xorshift1024* [arXiv:1402.6246]. More...
class	RandomNumbers
	The class for handling the random number generation. More...
class	SteerRootInputModule
	Internal module used by Path.add_independent_merge_path(). More...
class	SubEventModule
	Framework-internal module that implements the functionality of Path::forEach() as well as Path::doWhile(). More...
class	SwitchDataStoreModule
	Internal module used by Path.add_independent_path(). More...
class	Database
	Singleton base class for the low-level interface to the database. More...
class	DBAccessorBase
	Base class for DBObjPtr and DBArray for easier common treatment. More...
class	DBArray< T >
	Class for accessing arrays of objects in the database. More...
class	OptionalDBArray< T >
	Optional DBArray: This class behaves the same as the DBArray except that it will not raise errors when an object could not be found in the database. More...
class	DBImportArray< T >
	Class for importing array of objects to the database. More...
class	DBImportBase
	Base class for importing objects to the database. More...
class	DBImportObjPtr< T >
	Class for importing a single object to the database. More...
class	DBObjPtr< T >
	Class for accessing objects in the database. More...
class	OptionalDBObjPtr< T >
	Optional DBObjPtr: This class behaves the same as the DBObjPtr except that it will not raise errors when an object could not be found in the database. More...
class	DBPointer< T, KEY, METHOD, NAME >
	Class for pointing to an element in an array stored in the database. More...
class	DBStore
	Singleton class to cache database objects. More...
class	DBStoreEntry
	Class to hold one entry from the ConditionsDB in the DBStore. More...
class	EventDependency
	Class for handling changing conditions as a function of event number. More...
class	IntervalOfValidity
	A class that describes the interval of experiments/runs for which an object in the database is valid. More...
class	IntraRunDependency
	Base class for handling changing conditions during a run. More...
class	PayloadFile
	A wrapper class for payload files used by the Database and DBStore classes. More...
class	DBObjPtr< PayloadFile >
	Specialization of DBObjPtr in case of PayloadFiles. More...
class	RelationVector< T >
	Class for type safe access to objects that are referred to in relations. More...
class	DataStore
	In the store you can park objects that have to be accessed by various modules. More...
class	DependencyMap
	Collect information about the dependencies between modules. More...
class	StoreArray< T >
	Accessor to arrays stored in the data store. More...
class	RelationArray
	Low-level class to create/modify relations between StoreArrays. More...
struct	RelationEntry
	Struct for relations. More...
class	RelationIndex< FROM, TO >
	Provides access to fast ( O(log n) ) bi-directional lookups on a specified relation. More...
class	RelationIndexBase
	Baseclass for all RelationIndexContainers. More...
class	RelationIndexContainer< FROM, TO >
	Class to store a bidirectional index between two StoreArrays. More...
class	RelationIndexManager
	Manager to keep a cache of existing RelationIndexContainers. More...
class	RelationsInterface< BASE >
	Defines interface for accessing relations of objects in StoreArray. More...
class	RelationVectorBase
	base class for RelationVector<T> More...
class	SelectSubsetBase
	Type-independent implementation details of SelectSubset. More...
class	SelectSubset< StoredClass >
	Class to create a subset of a given StoreArray together with the relations with other StoreArrays. More...
class	StoreAccessorBase
	Base class for StoreObjPtr and StoreArray for easier common treatment. More...
struct	StoreEntry
	Wraps a stored array/object, stored under unique (name, durability) key. More...
class	StoreObjPtr< T >
	Type-safe access to single objects in the data store. More...
class	BeamParameters
	This class contains the nominal beam parameters and the parameters used for smearing of the primary vertex and the beam energy and momentum. More...
class	BunchStructure
	Class to store the fill pattern of colliding bunches. More...
class	HardwareClockSettings
	Database object containing the nominal accelerator RF value and the prescales to derive the clock frequencies of the sub-detectors. More...
class	MagneticField
	Magnetic field map. More...
class	MagneticFieldComponent
	Abstract base class for BField components. More...
class	MagneticFieldComponentConstant
	Describe one component of the Geometry. More...
class	RunInfo
	Database object for Run Information. More...
class	Const
	This class provides a set of constants for the framework. More...
class	Gearbox
	Singleton class responsible for loading detector parameters from an XML file. More...
struct	InputHandlerFactory< T >
	Helper class to easily register new input handlers. More...
class	GearDir
	GearDir is the basic class used for accessing the parameter store. More...
class	Unit
	The Unit class. More...
class	B2Vector3< DataType >
	A fast and root compatible alternative to TVector3. More...
class	BFieldManager
	Bfield manager to obtain the magnetic field at any point. More...
class	LogConfig
	The LogConfig class. More...
class	LogConnectionBase
	Abstract base class for the different types of log connections. More...
class	LogConnectionConsole
	Implements a log connection to an IO Stream. More...
class	LogConnectionFilter
	Implements a log connection that filters repeated messages. More...
class	LogConnectionJSON
	Implements a log connection to stdout but with messages formatted as json objects to allow easy parsing by other tools, say jupyter notebooks. More...
class	LogConnectionTxtFile
	Implements a log connection to a text file. More...
class	LogConnectionUDP
	Log Connection to send the log message as JSON to a UDP server. More...
class	LogMessage
	The LogMessage class. More...
class	LogMethod
	The LogMethod class. More...
class	LogSystem
	Class for logging debug, info and error messages. More...
class	EvtGenDatabasePDG
	Replacement for TDatabasePDG that is filled from EvtGen's evt.pdl. More...
class	EvtGenParticlePDG
	Helper class for setting additional TParticlePDG members and storing the ones it doesn't have yet. More...
class	AsyncWrapper
	Wraps a given Module to execute it asynchronously. More...
class	DataStoreStreamer
	Stream/restore DataStore objects to/from EvtMessage. More...
struct	EvtHeader
	Header structure of streamed object list. More...
class	EvtMessage
	Class to manage streamed object. More...
class	GlobalProcHandler
	A class to manage processes for parallel processing. More...
class	MapMergeable< T >
	Wrap an STL map to make it mergeable. More...
class	Mergeable
	Abstract base class for objects that can be merged. More...
class	CharBuffer
	dynamic character buffer that knows its size. More...
class	InMessage
	Reusable Message class derived from TMessage (for reading only) More...
class	MsgHandler
	A class to encode/decode an EvtMessage. More...
class	PathUtils
	Helper utils for path arithmetics needed in the pEventProcessor. More...
class	pEventProcessor
	This class provides the core event processing loop for parallel processing. More...
class	ProcessMonitor
	Class to monitor all started framework processes (input, workers, output), kill them if requested and handle the signals from the OS. More...
class	ProcHandler
	A class to manage processes for parallel processing. More...
class	RbTupleManager
	Class to manage histograms defined in registered modules. More...
struct	RingBufInfo
	Internal metadata structure for RingBuffer. More...
class	RingBuffer
	Class to manage a Ring Buffer placed in an IPC shared memory. More...
class	RootMergeable< T >
	Wrap a root histogram or TNtuple to make it mergeable. More...
class	RxModule
	Module to decode data store contents from RingBuffer. More...
class	SemaphoreLocker
	Handles creation, locking and unlocking of System V semaphores. More...
class	SeqFile
	A class to manage I/O for a chain of blocked files. More...
class	SetMergeable< T >
	Wrap an STL set to make it mergeable. More...
class	TxModule
	Module for encoding data store contents into a RingBuffer. More...
class	ZMQEventProcessor
	This class provides the core event processing loop for parallel processing with ZMQ. More...
class	ZMQConfirmedInput
	Input part of a confirmed connection. More...
class	ZMQConfirmedOutput
	Output part of a confirmed connection. More...
class	ZMQConnection
	Base class for every connection with virtual functions to be implemented: More...
class	ZMQConnectionOverSocket
	Specialized connection over a ZMQ socket. More...
class	ZMQLoadBalancedInput
	Input part of a load-balanced connection. More...
class	ZMQLoadBalancedOutput
	Output part of a load-balanced connection. More...
class	ZMQNullConnection
	Connection doing just nothing: without the capability to pull, send or receive. Useful for template interfaces. More...
class	ZMQRawInput
	Input connection allowing to speak with non-zmq sockets via a ZMQ_STREAM socket. More...
class	ZMQRawOutput
	Output connection to speak to non-zmq sockets via a ZMQ_STREAM socket. More...
class	ZMQSimpleConnection
	Connection type to be used for answering simple requests, e.g. More...
class	ZMQIdMessage
	A message with the socket ID. Needed in input<->worker communication. More...
class	ZMQMessageFactory
	Helper class for creating new ID/No-ID messages. More...
class	ZMQMessageHelper
	Internal helper for creating ZMQ messages (should not be used otherwise). More...
class	ZMQModuleMessage< AMessageFrameNumber >
	A general message with as many parts as given as template argument. More...
class	ZMQNoIdMessage
	A message without an associated socket ID. Is used in most cases. More...
class	ProcessedEventBackup
	Storage item for the event backup storing the event message, the time stamp and the event meta data. More...
class	ProcessedEventsBackupList
	List-like structure for storing and retaining event backups. More...
class	ZMQRxOutputModule
	Module connecting the worker path with the output path on the output side. More...
class	ZMQRxWorkerModule
	Module connecting the input path with the worker path on the worker side. More...
class	ZMQTxInputModule
	Module connecting the input path with the worker path on the input side. More...
class	ZMQTxWorkerModule
	Module connecting the worker path with the output path on the worker side. More...
class	ZMQClient
	A helper class for communicating over ZMQ. Includes a multicast and (if needed) also a data socket. More...
class	EventMetaDataSerialization
	Helper class for (de)serializing the event meta data used for the event backup transferral. More...
class	StreamHelper
	Helper class for data store serialization. More...
class	ZMQAddressUtils
	Summary of some address helpers. More...
class	ZMQLogger
	Base class for the ZMQ connection to help monitor and log certain values. More...
class	ZMQParent
	A helper class for creating ZMQ sockets keeping track of the ZMQ context and terminating it if needed. More...
class	Framework
	This class combines all subsystems of the framework, and exports the main interface to Python. More...
class	LogPythonInterface
	Thin wrapper to expose a usable interface to the logging framework in python. More...
class	ProcessStatisticsPython
	Python interface for ProcessStatistics. More...
class	PyDBArray
	Class to access a DB Array from Python. More...
class	PyDBObj
	Class to access a DBObjPtr from Python. More...
class	PyStoreArray
	A (simplified) python wrapper for StoreArray. More...
class	PyStoreObj
	a (simplified) python wrapper for StoreObjPtr. More...
class	AbstractBooleanNode< AVariableManager >
	A parsed cut-string naturally has a tree shape which incorporates the infomation of operator precedence and evaluation order of the statements. More...
class	AbstractExpressionNode< AVariableManager >
	AbstractExpressionNode Superclass for all nodes which host expressions. More...
class	BaseAngle
	Class to compare if two angles are compatible withing a given error range. More...
class	ThetaAngle
class	PhiAngle
class	ObjArrayIterator< ArrayType, ValueType >
	Optimizes class to iterate over TObjArray and classes inheriting from it. More...
class	ArrayIterator< ArrayType, ValueType >
	Generic iterator class for arrays, allowing use of STL algorithms, range-based for etc. More...
class	CalcMeanCov< N, RealType >
	Class to calculate mean and and covariance between a number of parameters on running data without storing the actual values, also for weighted entries. More...
class	ConditionalGaussGenerator
	Class implementing n-dimensional random number generator from Gaussian distribution where the first component of the vector is generated first (using some external source) and the remaining components are generated based on the value of the first component. More...
struct	Visitor< operation >
	This is a class template which takes a template class operation as template argument. More...
struct	EqualVisitor
	Seperate Visitor struct for equal_to comparison of variant<double, int bool>. More...
class	UnaryBooleanNode< AVariableManager >
	Nodeclass with a single AbstractBooleanNode as child. More...
class	BinaryBooleanNode< AVariableManager >
	Nodeclass with two AbstractBooleanNode as children and a Boolean Operator (AND, OR) Check() method evaluates the child nodes and returns the result of the boolean operation. More...
class	UnaryRelationalNode< AVariableManager >
	Nodeclass with a single AbstractExpressioNode as child. More...
class	BinaryRelationalNode< AVariableManager >
	BooleanNode which has two AbstractExpressionNodes nodes and a ComparisonOperator. More...
class	TernaryRelationalNode< AVariableManager >
	BooleanNode which has three AbstractExpressionNodes nodes and two ComparisonOperator. More...
class	UnaryExpressionNode< AVariableManager >
	UnaryExpressionNode Node class with a single expression node as child. More...
class	BinaryExpressionNode< AVariableManager >
	BinaryExpressionNode Node which connects two expression nodes with an arithemtic operation. More...
class	DataNode< AVariableManager, T >
	Template class for storing the Constants (int, double, bool) of the Cutstring. More...
class	IdentifierNode< AVariableManager >
	Class which stores the name of a variable. More...
class	FunctionNode< AVariableManager >
	FunctionNode Node class for handling MetaVariables in cuts. More...
class	EnvironmentVariables
	Utility functions related to environment variables. More...
class	FileSystem
	Utility functions related to filename validation and filesystem access. More...
class	FormulaParserBase
	Base class with the non-templated part of the formula parser. More...
class	FormulaParser< VariableConstructor >
	FormulaParser to parse a text formula like "a + b * c ^ d" where the separate parts can be either variables (with and without arguments) or numbers. More...
struct	StringFormulaConstructor
	Example struct to be used with the FormulaParser to create a string representation of the formula, mainly for testing and debugging. More...
class	GeneralCut< AVariableManager >
	This class implements a common way to implement cut/selection functionality for arbitrary objects. More...
class	KeyValuePrinter
	create human-readable or JSON output for key value pairs. More...
class	MakeROOTCompatible
	Helper class for converting strings into a ROOT-friendly format (e.g. More...
class	MultivariateNormalGenerator
	Class to generate normal distributed, correlated random numbers given the mean values and the covariance matrix of all dimensions. More...
class	NodeFactory
	Wrapper class for static node compile functions. More...
class	BoostPythonModuleProxy
	Proxy class to register python modules (the things you can 'import'). More...
class	RootFileCreationManager
	This single instance class takes track of all open ROOT files open in "create" mode, usually meant for all the ntuple output modules. More...
class	ScopeGuard
	Simple ScopeGuard to execute a function at the end of the object lifetime. More...
struct	TRandomWrapper
	Wrap TRandom to be useable as a uniform random number generator with STL algorithms like std::shuffle. More...
class	SHA3Hash
	Simple interface to calculate SHA3 hash sum (FIPS 202 draft) with fixed size from given data inputs. More...
class	ShakeHash
	Simple interface to calculate SHAKE256 hash sum (FIPS 202 draft) with variable size from given data inputs. More...

Macros
#define	BELLE2_DEFINE_EXCEPTION(ClassName, Message)
	Macro that defines an exception with the given message template. More...
#define	_PACKAGE_   ""
	make sure REG_MODULE works outside the normal build system
#define	REG_MODULE(moduleName)
	Register the given module (without 'Module' suffix) with the framework. More...
#define	B2_GEARBOX_REGISTER_INPUTHANDLER(classname, prefix)    InputHandlerFactory<classname> Gearbox_InputHandlerFactory_##classname(prefix)
	Helper macro to easily register new input handlers. More...
#define	DEFINE_UNIT_NAME(var, value, name)   const double Unit::var = Unit::registerConversion(name,value)
	Define a new Unit given a name for the conversion table.
#define	DEFINE_UNIT(var, value)   DEFINE_UNIT_NAME(var,value,#var)
	Define a new Unit and take the variable name as name for the conversion table.
#define	REGISTER_PYTHON_MODULE(moduleName)   Belle2::BoostPythonModuleProxy boostPythonModuleProxy##moduleName(#moduleName, PyInit_##moduleName);
	Register a python module to make available when loading the library. More...
#define	REGISTER_PYTHON_MODULE_AUTOIMPORT(moduleName)   Belle2::BoostPythonModuleProxy boostPythonModuleProxy##moduleName(#moduleName, PyInit_##moduleName, true);
	Identical to REGISTER_PYTHON_MODULE(), but will also import the module into the global namespace after loading it. More...
#define	B2INFO_MEASURE_TIME(txt, ...)
	Print an INFO message txt followed by the time it took to execute the statment given as second argument. More...
#define	branch_unlikely(x)   (x)
	A macro to tell the compiler that the argument x will be very likely be false. More...
#define	branch_likely(x)   (x)
	Usage: More...

Typedefs
typedef std::shared_ptr< Module >	ModulePtr
	Defines a pointer to a module object as a boost shared pointer.
typedef std::list< ModulePtr >	ModulePtrList
	Defines a std::list of shared module pointers.
using	ModuleParamPtr = std::shared_ptr< ModuleParamBase >
	Defines a pointer to a module parameter as a boost shared pointer. *‍/.
typedef std::shared_ptr< Path >	PathPtr
	Defines a pointer to a path object as a boost shared pointer.
typedef RelationsInterface< TObject >	RelationsObject
	Provides interface for getting/adding relations to objects in StoreArrays. More...
typedef std::pair< std::string, DataStore::EDurability >	AccessorParams
	Pair of parameters needed to find an object in the DataStore.
typedef B2Vector3< double >	B2Vector3D
	typedef for common usage with double
typedef B2Vector3< float >	B2Vector3F
	typedef for common usage with float

Enumerations
enum	ERecordType {   MSG_EVENT ,   MSG_BEGIN_RUN ,   MSG_END_RUN ,   MSG_TERMINATE ,   MSG_NORECORD ,   MSG_STREAMERINFO }
	What type of message is this? More...
enum class	ProcType {   c_Input = 'i' ,   c_Worker = 'w' ,   c_Output = 'o' ,   c_Proxy = 'p' ,   c_Monitor = 'm' ,   c_Init = '0' ,   c_Stopped = 's' }
	Type of the process used for storing and mapping the child processes in the process handler. More...
enum class	EMessageTypes {   c_confirmMessage = 'c' ,   c_helloMessage = 'h' ,   c_deleteWorkerMessage = 'd' ,   c_lastEventMessage = 'l' ,   c_readyMessage = 'r' ,   c_terminateMessage = 'x' ,   c_rawDataMessage = 'u' ,   c_compressedDataMessage = 'v' ,   c_eventMessage = 'w' ,   c_goodbyeMessage = 'g' ,   c_statisticMessage = 's' ,   c_killWorkerMessage = 'k' ,   c_monitoringMessage = 'm' ,   c_newRunMessage = 'n' }
	Type the messages can have.
enum	ZMQAddressType {   c_input ,   c_output ,   c_pub ,   c_sub ,   c_control }
	The type of a ZMQ socket address (which socket to use) More...
enum class	NodeType : int {   UnaryBooleanNode ,   BinaryBooleanNode ,   UnaryRelationalNode ,   BinaryRelationalNode ,   TernaryRelationalNode ,   UnaryExpressionNode ,   BinaryExpressionNode ,   FunctionNode ,   IdentifierNode ,   DoubleNode ,   IntegerNode ,   BooleanNode }
	Enum of possible Nodes in parsing tree. More...
enum class	BooleanOperator : int {   AND ,   OR }
	Enum for decoding the boolean operator type. More...
enum class	ComparisonOperator : int {   EQUALEQUAL ,   GREATEREQUAL ,   LESSEQUAL ,   GREATER ,   LESS ,   NOTEQUAL }
	Enum for decoding the comparison operator type. More...
enum class	ArithmeticOperation : int {   PLUS ,   MINUS ,   PRODUCT ,   DIVISION ,   POWER }
	Enum for decoding the comparison operator type. More...

Functions
template<class T >
boost::python::object	createROOTObjectPyCopy (const T &instance)
	Create a python wrapped copy from a class instance which has a ROOT dictionary. More...
std::istream &	operator>> (std::istream &input, IntervalOfValidity &iov)
std::ostream &	operator<< (std::ostream &output, const IntervalOfValidity &iov)
	ADD_BITMASK_OPERATORS (DataStore::EStoreFlags)
	Add bitmask operators to DataStore::EStoreFlags.
	DEFINE_UNIT (cm, 1.)
	Standard units with the value = 1. More...
	DEFINE_UNIT (ns, 1.)
	Standard of [time].
	DEFINE_UNIT (GHz, 1.)
	Standard of [frequency].
	DEFINE_UNIT (rad, 1.)
	Standard of [angle].
	DEFINE_UNIT (GeV, 1.)
	Standard of [energy, momentum, mass].
	DEFINE_UNIT (K, 1.)
	Standard of [temperature].
	DEFINE_UNIT (e, 1.)
	Standard of [electric charge].
	DEFINE_UNIT_NAME (g_cm3, 1., "g/cm3")
	Practical units with the value = 1. More...
	DEFINE_UNIT (km, Unit::cm *1e5)
	Derived units. More...
	DEFINE_UNIT (m, Unit::cm *1e2)
	[meters]
	DEFINE_UNIT (mm, Unit::m *1e-3)
	[millimeters]
	DEFINE_UNIT (um, Unit::m *1e-6)
	[micrometers]
	DEFINE_UNIT (nm, Unit::m *1e-9)
	[nanometers]
	DEFINE_UNIT (pm, Unit::m *1e-12)
	[picometers]
	DEFINE_UNIT (fm, Unit::m *1e-15)
	[femtometers]
	DEFINE_UNIT (m2, Unit::m *Unit::m)
	[square meters]
	DEFINE_UNIT (cm2, Unit::cm *Unit::cm)
	[square centimeters]
	DEFINE_UNIT (mm2, Unit::mm *Unit::mm)
	[square millimeters]
	DEFINE_UNIT (b, Unit::m2 *1e-28)
	[barn]
	DEFINE_UNIT (mb, Unit::b *1e-3)
	[millibarn]
	DEFINE_UNIT (ub, Unit::b *1e-6)
	[microbarn]
	DEFINE_UNIT (nb, Unit::b *1e-9)
	[nanobarn]
	DEFINE_UNIT (pb, Unit::b *1e-12)
	[picobarn]
	DEFINE_UNIT (fb, Unit::b *1e-15)
	[femtobarn]
	DEFINE_UNIT (ab, Unit::b *1e-18)
	[attobarn]
	DEFINE_UNIT (m3, Unit::m *Unit::m *Unit::m)
	[cubic meters]
	DEFINE_UNIT (cm3, Unit::cm *Unit::cm *Unit::cm)
	[cubic centimeters]
	DEFINE_UNIT (mm3, Unit::mm *Unit::mm *Unit::mm)
	[cubic millimeters]
	DEFINE_UNIT (s, Unit::ns *1e9)
	[second]
	DEFINE_UNIT (ms, Unit::s *1e-3)
	[millisecond]
	DEFINE_UNIT (us, Unit::s *1e-6)
	[microsecond]
	DEFINE_UNIT (ps, Unit::s *1e-12)
	[picosecond]
	DEFINE_UNIT (fs, Unit::s *1e-15)
	[femtosecond]
	DEFINE_UNIT (Hz, Unit::GHz *1e-9)
	[Hertz]
	DEFINE_UNIT (kHz, Unit::GHz *1e-6)
	[Kilohertz]
	DEFINE_UNIT (MHz, Unit::GHz *1e-3)
	[Megahertz]
	DEFINE_UNIT (mHz, Unit::GHz *1e-12)
	[Millihertz]
	DEFINE_UNIT (mrad, Unit::rad *1e-3)
	[millirad]
	DEFINE_UNIT (deg, TMath::DegToRad())
	degree to radians
	DEFINE_UNIT (eV, Unit::GeV *1e-9)
	[electronvolt]
	DEFINE_UNIT (keV, Unit::eV *1e3)
	[kiloelectronvolt]
	DEFINE_UNIT (MeV, Unit::eV *1e6)
	[megaelectronvolt]
	DEFINE_UNIT (TeV, Unit::eV *1e12)
	[teraelectronvolt]
	DEFINE_UNIT (J, 1.0/TMath::Qe() *Unit::eV)
	[joule]
	DEFINE_UNIT (V, Unit::eV/Unit::e)
	Standard of [voltage].
	DEFINE_UNIT (C, 1.0/TMath::Qe() *Unit::e)
	[Coulomb]
	DEFINE_UNIT (fC, Unit::C/1.0e15)
	[femtoCoulomb]
	DEFINE_UNIT (T, Unit::V *Unit::s/Unit::m2)
	[Tesla]
	DEFINE_UNIT (mT, Unit::T *1e-3)
	[millitesla]
	DEFINE_UNIT (Gauss, Unit::T *1e-4)
	[Gauss]
	DEFINE_UNIT (kGauss, Unit::Gauss *1e3)
	[kiloGauss]
	DEFINE_UNIT_NAME (mg_cm3, Unit::g_cm3 *1e-3, "mg/cm3")
	[mg/cm^3]
	DEFINE_UNIT_NAME (kg_cm3, Unit::g_cm3 *1e3, "kg/cm3")
	[kg/cm^3]
	DEFINE_UNIT_NAME (g_mm3, Unit::g_cm3/Unit::mm3, "g/mm3")
	[g/mm^3]
	DEFINE_UNIT_NAME (mg_mm3, Unit::mg_cm3/Unit::mm3, "mg/mm3")
	[mg/mm^3]
	DEFINE_UNIT_NAME (kg_mm3, Unit::kg_cm3/Unit::mm3, "kg/mm3")
	[kg/mm^3]
template<typename DataType >
Bool_t	operator== (const TVector3 &a, const B2Vector3< DataType > &b)
	non-memberfunction Comparison for equality with a TVector3
template<typename DataType >
Bool_t	operator!= (const TVector3 &a, const B2Vector3< DataType > &b)
	non-memberfunction Comparison for equality with a TVector3
template<typename DataType >
B2Vector3< DataType >	operator* (DataType a, const B2Vector3< DataType > &p)
	non-memberfunction Scaling of 3-vectors with a real number
template<typename DataType >
B2Vector3< DataType >	operator+ (const TVector3 &a, const B2Vector3< DataType > &b)
	non-memberfunction for adding a TVector3 to a B2Vector3
template<typename DataType >
B2Vector3< DataType >	operator- (const TVector3 &a, const B2Vector3< DataType > &b)
	non-memberfunction for substracting a TVector3 from a B2Vector3
template<typename DataType >
B2Vector3< DataType >	operator+ (const B2Vector3< DataType > &a, const TVector3 &b)
	non-memberfunction for adding a B2Vector3 to a TVector3
template<typename DataType >
B2Vector3< DataType >	operator- (const B2Vector3< DataType > &a, const TVector3 &b)
	non-memberfunction for substracting a B2Vector3 from a TVector3
template<typename DataType >
B2Vector3< DataType >	operator+ (const ROOT::Math::XYZVector &a, const B2Vector3< DataType > &b)
	non-memberfunction for adding a XYZVector to a B2Vector3
template<typename DataType >
B2Vector3< DataType >	operator- (const ROOT::Math::XYZVector &a, const B2Vector3< DataType > &b)
	non-memberfunction for substracting a XYZVector from a B2Vector3
template<typename DataType >
B2Vector3< DataType >	operator+ (const B2Vector3< DataType > &a, const ROOT::Math::XYZVector &b)
	non-memberfunction for adding a B2Vector3 to a XYZVector
template<typename DataType >
B2Vector3< DataType >	operator- (const B2Vector3< DataType > &a, const ROOT::Math::XYZVector &b)
	non-memberfunction for substracting a B2Vector3 from a XYZVector
void	injectBooleanOperatorToStream (std::ostream &stream, const BooleanOperator &boperator)
	Helper functions for AbstractBooleanNode and AbstractExpressionNode print() and decompile() members Shifts the correct characters into the ostream, depending on the BooleanOperator given. More...
void	injectComparisonOperatorToStream (std::ostream &stream, const ComparisonOperator &coperator)
	Helper functions for AbstractBooleanNode and AbstractExpressionNode print() and decompile() members Shifts the correct characters into the ostream, depending on the ComparisonOperator given. More...
void	injectArithmeticOperatorToStream (std::ostream &stream, const ArithmeticOperation &aoperation)
	Helper functions for AbstractBooleanNode and AbstractExpressionNode print() and decompile() members Shifts the correct characters into the ostream, depending on the ComparisonOperator given. More...
template<typename T >
T	convertString (const std::string &str)
	Converts a string to type T (one of float, double, long double, int, long int, unsigned long int). More...
unsigned long int	findMatchedParenthesis (std::string str, char open='[', char close=']')
	Returns position of the matched closing parenthesis if the first character in the given string contains an opening parenthesis. More...
std::vector< std::string >	splitOnDelimiterAndConserveParenthesis (std::string str, char delimiter, char open, char close)
	Split into std::vector on delimiter ignoring delimiters between parenthesis.
unsigned long int	findIgnoringParenthesis (std::string str, std::string pattern, unsigned int begin=0)
	Returns the position of a pattern in a string ignoring everything that is in parenthesis.
bool	almostEqualFloat (const float &a, const float &b)
	Helper function to test if two floats are almost equal.
bool	almostEqualDouble (const double &a, const double &b)
	Helper function to test if two doubles are almost equal. More...
std::set< int64_t >	generate_number_sequence (const std::string &str)
	Generate a sequence of numbers defined by a string. More...
template<>
float	convertString (const std::string &str)
	Converts a string to float. More...
template<typename T >
void	addParam (const std::string &name, T &paramVariable, const std::string &description, const T &defaultValue)
	Adds a new parameter to the module. More...
template<typename T >
void	addParam (const std::string &name, T &paramVariable, const std::string &description)
	Adds a new enforced parameter to the module. More...
template<typename T >
ModuleParam< T > &	getParam (const std::string &name) const
	Returns a reference to a parameter. More...
static std::string	TypeInfo ()
	Static function to generate a string description for the parameter type. More...
	ModuleParam (T &paramVariable, const std::string &description="", bool force=false)
	Constructor. More...
virtual	~ModuleParam ()
	Destructor.
void	setValue (const T &value)
	Sets the value of a parameter. More...
void	setDefaultValue (const T &defaultValue)
	Sets the default value of a parameter. More...
T &	getValue ()
	Returns the value of the parameter. More...
T &	getDefaultValue ()
	Returns the default value of the parameter. More...
virtual void	setValueFromPythonObject (const boost::python::object &pyObject) final
	Implements a method for setting boost::python objects. More...
virtual void	setValueToPythonObject (boost::python::object &pyObject, bool defaultValues=false) const final
	Returns a python object containing the value or the default value of the given parameter. More...
virtual void	setValueFromParam (const ModuleParamBase &param) final
	Set value from other ModuleParam of same type.
void	resetValue ()
	Resets the parameter value by assigning the default value to the parameter value.
template<typename T >
void	addParameter (const std::string &name, T &paramVariable, const std::string &description, const T &defaultValue)
	Adds a new parameter to the module list. More...
template<typename T >
void	addParameter (const std::string &name, T &paramVariable, const std::string &description)
	Adds a new enforced parameter to the module list. More...
template<typename T >
void	setParameter (const std::string &name, const T &value)
	Sets the value of a parameter given by its name. More...
template<typename T >
ModuleParam< T > &	getParameter (const std::string &name) const
	Returns a reference to a parameter. More...
template<typename PythonObject >
void	setParamPython (const std::string &name, const PythonObject &pyObj)
	Implements a method for setting boost::python objects. More...
template<typename PythonObject >
void	getParamValuesPython (const std::string &name, PythonObject &pyOutput, bool defaultValues) const
	Returns a python object containing the value or default value of the given parameter. More...
uint64_t	random64 ()
	Generate one 64bit unsigned integer between 0 and UINT64_MAX (both inclusive). More...
void	RndmArray (Int_t n, Float_t *array)
	Fill an array of floats with random values in (0,1), both limits excluded. More...
void	RndmArray (Int_t n, Double_t *array)
	Fill an array of doubles with random values in (0,1), both limits excluded. More...
void	RndmArray (Int_t n, ULong64_t *array)
	Fill an array of unsigned 64bit integers with random values in [0, UINT64_MAX], both limits included. More...
void	RndmArray (Int_t n, UInt_t *array)
	Fill an array of unsigned integers with random values in [0, UINT32_MAX], both limits included. More...
double	random01 ()
	Generate a random double value between 0 and 1, both limits excluded. More...
static Database &	Instance ()
	Instance of a singleton Database.
	~Database ()
	Hidden destructor, as it is a singleton.
static void	reset (bool keepConfig=false)
	Reset the database instance. More...
ScopeGuard	createScopedUpdateSession ()
	Make sure we have efficient http pipelinging during initialize/beginRun but don't keep session alive for full processing time. More...
std::pair< TObject *, IntervalOfValidity >	getData (const EventMetaData &event, const std::string &name)
	Request an object from the database. More...
bool	getData (const EventMetaData &event, std::vector< DBQuery > &query)
	Request multiple objects from the database. More...
bool	storeData (std::list< DBImportQuery > &query)
	Store multiple objects in the database. More...
bool	storeData (const std::string &name, TObject *object, const IntervalOfValidity &iov)
	Store an object in the database. More...
std::string	getGlobalTags ()
	Return the global tags used by the database. More...
void	nextMetadataProvider ()
	Enable the next metadataprovider in the list.
void	initialize (const EDatabaseState target=c_Ready)
	Initialize the database connection settings on first use.
static void	exposePythonAPI ()
	Exposes setGlobalTag function of the Database class to Python.
	~DBStore ()
	Destructor.
static DBStore &	Instance ()
	Instance of a singleton DBStore. More...
DBStoreEntry *	getEntry (DBStoreEntry::EPayloadType payloadType, const std::string &name, const TClass *objClass, bool array, bool required=true)
	Returns the entry with the requested name in the DBStore. More...
void	update ()
	Updates all objects that are outside their interval of validity. More...
void	update (const EventMetaData &event)
	Updates all objects that are outside their interval of validity. More...
void	performUpdate (const EventMetaData &event)
	The main code that does an update, factored out so it can be used by both update and update(event).
void	updateEvent ()
	Updates all intra-run dependent objects. More...
void	updateEvent (const unsigned int eventNumber)
	Updates all intra-run dependent objects. More...
void	performUpdateEvent (const EventMetaData &event)
	The main code that does an updateEvent. More...
void	reset (bool keepEntries=false)
	Invalidate all payloads. More...
std::set< std::string >	getAllEntryNames ()
	Return the names of all the payloads stored in the database at the time of this function is called. More...
void	addConstantOverride (const std::string &name, TObject *obj, bool oneRun=false)
	Add constant override payload. More...
static DBStoreEntry	fromObject (const std::string &name, const TObject *obj, bool isRequired)
	Construct a new DBStoreEntry with a requested name and an object directly. More...
	~DBStoreEntry ()
	Clean up memory. More...
void	updateObject (const EventMetaData &event)
	update the payload object according to the new event information. More...
void	resetPayload ()
	reset the payload to nothing
void	updatePayload (unsigned int revision, const IntervalOfValidity &iov, const std::string &filename, const std::string &checksum, const std::string &globaltag, const EventMetaData &event)
	Update the payload information for this entry and if appropriate open the new file and extract the object as needed. More...
void	loadPayload (const EventMetaData &event)
	Actual load the payload from file after all info is set.
void	overrideObject (TObject *obj, const IntervalOfValidity &iov)
	Set an override object in case we want to use a different object then actually provided by the database. More...
void	notifyAccessors (bool onDestruction=false)
	Notify all the registered accessors.
bool	checkType (EPayloadType type, const TClass *objClass, bool array, bool inverse=false) const
	Check if a given TClass is compatible with the type of this entry.
bool	checkType (const TObject *object) const
	Check if a given TObject instance is compatible with the type of this entry.
template<class FunctionFrom , class FunctionTo >
void	consolidate (const FunctionFrom &replaceFrom=FunctionFrom(), const FunctionTo &replaceTo=FunctionTo(), EConsolidationAction action=c_doNothing)
	Consolidate RelationElements. More...
void	rebuild (bool force=false)
	Rebuild the index. More...
std::map< int, int >	copySetWithRelations (std::function< bool(const StoredClass *)> f)
	Selects the elements, fill the subset and copies all the relations in which the set is involved.
void	copyRelationsToSelf ()
	Copy any set -> set relations between selected objects.
void	select (const std::function< bool(const StoredClass *)> &f)
	This method is the actual worker. More...
ROOT::Math::XYZVector	getField (const ROOT::Math::XYZVector &pos) const
	Calculate the magnetic field at a given position. More...
void	setBucket (unsigned i)
	Sets the fill status of RF bucket to true. More...
bool	getBucket (int i) const
	Returns the fill status of RF bucket. More...
unsigned	getNumOfFilledBuckets () const
	Returns the number of filled buckets. More...
unsigned	generateBucketNumber () const
	Generates RF bucket number according to the fill pattern. More...
	Gearbox ()
	Singleton: private constructor.
	~Gearbox ()
	Free structures on destruction.
static Gearbox &	getInstance ()
	Return reference to the Gearbox instance.
gearbox::InputContext *	openXmlUri (const std::string &uri) const
	Function to be called when libxml requests a new input uri to be opened.
void	setBackends (const std::vector< std::string > &backends)
	Select the backends to use to find resources. More...
void	clearBackends ()
	Clear list of backends.
void	open (const std::string &name="Belle2.xml", size_t cacheSize=c_DefaultCacheSize)
	Open connection to backend and parse tree. More...
void	close ()
	Free internal structures of previously parsed tree and clear cache.
void	overridePathValue (const PathOverride &poverride)
	Change the value of a given path expression.
PathValue	getPathValue (const std::string &path) const
	Return the (cached) value of a given path.
virtual const TObject *	getTObject (const std::string &path) const noexcept(false) override
	Get the parameter path as a TObject. More...
GearDir	getDetectorComponent (const std::string &component)
	Return GearDir representing a given DetectorComponent. More...
static double	convertValue (double value, const std::string &unitString)
	Converts a floating point value to the standard framework unit. More...
static double	convertValueToUnit (double value, const std::string &unitString)
	Converts a floating point value from the standard framework unit to the given unit. More...
static double	registerConversion (const std::string &name, double value)
	registers the name and value of a conversion in s_conversionFactors.
B2Vector3< DataType > &	operator= (const B2Vector3< DataType > &b)
	Assignment via B2Vector3.
B2Vector3< DataType > &	operator= (const TVector3 &b)
	Assignment via TVector3.
B2Vector3< DataType > &	operator= (const ROOT::Math::XYZVector &b)
	Assignment via XYZVector.
B2Vector3< DataType > &	operator+= (const B2Vector3< DataType > &b)
	addition
B2Vector3< DataType > &	operator-= (const B2Vector3< DataType > &b)
	subtraction
B2Vector3< DataType > &	operator*= (DataType a)
	scaling with real numbers More...
void	SetXYZ (const TVector3 &tVec)
	set all coordinates using a reference to TVector3
void	SetXYZ (const TVector3 *tVec)
	set all coordinates using a pointer to TVector3
void	SetXYZ (const ROOT::Math::XYZVector &xyzVec)
	set all coordinates using a reference to XYZVector
void	SetXYZ (const ROOT::Math::XYZVector *xyzVec)
	set all coordinates using a pointer to XYZVector
void	GetXYZ (TVector3 *tVec) const
	directly copies coordinates to a TVector3
void	GetXYZ (ROOT::Math::XYZVector *xyzVec) const
	directly copies coordinates to a XYZVector
TVector3	GetTVector3 () const
	returns a TVector3 containing the same coordinates
ROOT::Math::XYZVector	GetXYZVector () const
	returns a XYZVector containing the same coordinates More...
DataType	at (unsigned i) const
	safe member access (with boundary check!) More...
static std::string	name ()
	Returns the name of the B2Vector. More...
ROOT::Math::XYZVector	calculate (const ROOT::Math::XYZVector &pos) const
	Calculate the field value at a given position and return it. More...
static void	getField (const double *pos, double *field)
	return the magnetic field at a given position. More...
const LogConfig &	getCurrentLogConfig (const char *package=nullptr) const
	Returns the current LogConfig object used by the logging system. More...
bool	isLevelEnabled (LogConfig::ELogLevel level, int debugLevel=0, const char *package=nullptr) const
	Returns true if the given log level is allowed by the log system (i.e. More...
	LogConnectionJSON (bool complete=false)
	The constructor. More...
bool	sendMessage (const LogMessage &message) override
	Sends a log message. More...
std::string	__repr__ () const
	Return a string repesentation of this particle to be used when printing the particle in python.
template<class AZMQClient >
void	sendToSocket (const AZMQClient &socket)
	Publish this event backup directly to the given client.
template<class AZMQClient >
void	sendWorkerBackupEvents (unsigned int worker, const AZMQClient &socket)
	Send all backups of a given worker directly to the multicast and delete them.
template<class AMulticastAnswer , class ASocketAnswer >
int	poll (unsigned int timeout, AMulticastAnswer multicastAnswer, ASocketAnswer socketAnswer) const
	Poll both the multicast and the data socket until, either: More...
template<class ASocketAnswer >
int	pollSocket (unsigned int timeout, ASocketAnswer socketAnswer) const
	Poll method to only the data socket. More...
template<class AMulticastAnswer >
int	pollMulticast (unsigned int timeout, AMulticastAnswer multicastAnswer) const
	Poll method to only the multicast socket. More...
template<class AClass >
void	log (const std::string &key, const AClass &value)
	Store a value under a certain key. Different types of values can be stored, namely long, double or string. Mixtures are not allowed for a given key.
template<size_t MAX_SIZE = 100>
void	average (const std::string &key, double value)
	Instead of storeing the double value directly under the given key, store the average of the last MAX_SIZE values.
template<size_t AVERAGE_SIZE = 2000>
void	timeit (const std::string &key)
	Measure the rate of calls with the same key every AVERAGE_SIZE calls (and also display the last time AVERAGE_SIZE was reached under <key>_last_measurement)
template<int AZMQType>
std::unique_ptr< zmq::socket_t >	createSocket (const std::string &socketAddress, bool bind)
	Create a socket of the given type with the given address and bind or not bind it. More...
template<int AZMQType>
std::unique_ptr< zmq::socket_t >	createSocket (const std::string &socketAddress)
	Create a socket of the given type while deciding on the bind behaviour via the address. More...
template<class AZMQMessage >
static void	send (std::unique_ptr< zmq::socket_t > &socket, AZMQMessage message)
	Send a given message over the given created socket. You need to move in the message for zero-copy.
template<class value_type >
bool	setMeanCov (const TVectorT< value_type > &mean, const TMatrixTBase< value_type > &cov)
	set mean and covariance matrix from ROOT vector/matrix objects, e.g. More...
template<class value_type >
bool	setMeanCov (const ROOT::Math::XYZVector &mean, const TMatrixTBase< value_type > &cov)
	set the mean and covariance for the distribution. More...
	SHA3Hash (EHashMode length)
	Constructor initializing the hash structure with a given output size.
	~SHA3Hash ()
	destructor freeing the memory
void	clear ()
	reinit the hash structure to create a new hash sum
void	update (int n, unsigned char *buff)
	update the internal state by adding n bytes of data from buff
void	getHash (unsigned char *buff)
	obtain the hash value into buff. More...
std::vector< unsigned char >	getHash ()
	obtain the hash value as a vector of unsigned char
	ShakeHash (EHashMode mode)
	constructor initializing the hash structure
	~ShakeHash ()
	destructor freeing the memory
void	clear ()
	reinit the hash structure to create a new hash sum
void	update (int n, unsigned char *buff)
	update the internal state by adding n bytes of data from buff
void	getHash (int n, unsigned char *buff)
	obtain the hash value with a length of n bytes into buff
static bool	isSet (const std::string &name)
	Check if a value is set in the database.
static std::string	get (const std::string &name, const std::string &fallback="")
	Get the value of an environment variable or the given fallback value if the variable is not set.
static std::vector< std::string >	getList (const std::string &name, const std::vector< std::string > &fallback={}, const std::string &separators=" \t\n\r")
	Get a list of values from an environment variable or the given fallback list if the variable is not set. More...
static std::vector< std::string >	getOrCreateList (const std::string &name, const std::string &fallback, const std::string &separators=" \t\n\r")
	Get a list of values from an environment variable or the given fallback string if the variable is not set. More...
static std::string	expand (const std::string &text)
	Modify the given string and replace every occurence of $NAME or ${NAME} with the value of the environment variable NAME. More...
static char	operatorToChar (EOperator op) noexcept
	Convert operator code to character.
static double	applyOperator (EOperator op, double a, double b)
	Apply operator on two values.
static ENumberStatus	checkNumber (ENumberStatus current, char next)
	Check if a string literal with a given number status continues to be a valid number if next is appended to it.
static void	assertOperatorUsable (size_t stacksize)
	Make sure we have enough operands to use an operator.
void	addOperator (EOperator op)
	Add an operator to the internal state, convert them to reverse polish notation using the shunting yard algorithm and execute them as they become available.
void	flushPendingOperators ()
	Flush all pending operators at the end of processing.
void	flushCurrentVariable ()
	Flush the currently parsed variable name and add it to the state either as variable or number.
EOperator	checkForOperator (char next)
	Check if the next character is a operator.
void	processString (const std::string &formula)
	Process the given formula and store the final state.
void	raiseError (const std::runtime_error &e)
	Format the given runtime_error with context information and rethrow a new one.
std::shared_ptr< TFile >	getFile (std::string, bool ignoreErrors=false)
	Get a file with a specific name, if is does not exist it will be created. More...
static RootFileCreationManager &	getInstance ()
	Interface for the FileManager.

Variables
std::string	DBPointer_defaultName = ""
	Use default name for array in DBPointer.
static constexpr auto	XYZToTVector
	Helper function to convert XYZVector to TVector3. More...
static std::map< std::string, double >	s_conversionFactors
	Map to be able to convert between units using string representations of the unit name.

Detailed Description

Macro Definition Documentation

B2_GEARBOX_REGISTER_INPUTHANDLER

#define B2_GEARBOX_REGISTER_INPUTHANDLER	(		classname,
			prefix
	)		InputHandlerFactory<classname> Gearbox_InputHandlerFactory_##classname(prefix)

Helper macro to easily register new input handlers.

It will create a factory function for the InputHandler and register it with the Gearbox instance

Parameters

classname	Classname to create factory for
prefix	Prefix to register the handler for, e.g. "file" to register a handler responsible for uris starting with file:

Definition at line 256 of file Gearbox.h.

B2INFO_MEASURE_TIME

#define B2INFO_MEASURE_TIME	(		txt,
			...
	)

Value:

    {\
    std::stringstream __b2_timer_str__;\
    __b2_timer_str__ << txt;\
    ::Belle2::Utils::Timer __b2_timer__(__b2_timer_str__.str());\
    {__VA_ARGS__;}\
  }

Print an INFO message txt followed by the time it took to execute the statment given as second argument.

Care should be taken not to define variables in this call since they will be scoped and thus unavaiable after the macro

Definition at line 102 of file Utils.h.

BELLE2_DEFINE_EXCEPTION

#define BELLE2_DEFINE_EXCEPTION	(		ClassName,
			Message
	)

Value:

  class ClassName : public std::runtime_error { \
  public: \
    ClassName(): std::runtime_error(""), m_format(Message) { } \
    ~ClassName() noexcept {} \
    virtual const char * what() const noexcept override { \
      m_finalStr = m_format.str();\
      return m_finalStr.c_str();\
    }\
    template <class T> ClassName& operator<<(const T& param) {\
      m_format % param;\
      return *this;\
    }\
  private:\
    boost::format m_format;\
    mutable std::string m_finalStr;\
  };

Macro that defines an exception with the given message template.

Use the macro inside your class (header file) and specify a class name for your exception, plus a format string that contains a description of what went wrong:

BELLE2_DEFINE_EXCEPTION(ModuleNotCreatedError, "Could not create module: %1%")

When throwing, simply create an instance of this class, use operator<< to fill any placeholders (n%) specified, and pass this to the throw keyword:

throw (ModuleNotCreatedError() << moduleName);

Exceptions defined using this macro inherit from std::runtime_error, and can be queried using their what() member.

Definition at line 36 of file FrameworkExceptions.h.

branch_likely

#define branch_likely

(

x

)

(x)

Usage:

if (branch_unlikely(my_number > 10)) {
  // executed only rarely
} else {
  // executed very often
}

Definition at line 133 of file Utils.h.

branch_unlikely

#define branch_unlikely

(

x

)

(x)

A macro to tell the compiler that the argument x will be very likely be false.

This could result in optimized code as the compiler can reorder the code to reduce conditional jumps during execution. Due to the high efficiency of todays branch prediction systems the effect is probably small.

Warning

Use of this macro should be accompanied by a comment documenting the (significant) performance gains that justify its use. (Please make sure you compile in 'opt' mode.)

See also

Definition at line 134 of file Utils.h.

REG_MODULE

#define REG_MODULE

(

moduleName

)

Value:

      namespace { struct ModuleProxy##moduleName: public ModuleProxyBase { \
      ModuleProxy##moduleName(): ModuleProxyBase(#moduleName, "" _PACKAGE_) {} \
      virtual ::Belle2::Module* createInstance() const override final { return new moduleName##Module(); } \
    } proxy##moduleName##Module; }

Register the given module (without 'Module' suffix) with the framework.

Definition at line 650 of file Module.h.

REGISTER_PYTHON_MODULE

#define REGISTER_PYTHON_MODULE

(

moduleName

)

Belle2::BoostPythonModuleProxy boostPythonModuleProxy##moduleName(#moduleName, PyInit_##moduleName);

Register a python module to make available when loading the library.

Use it by defining your module via BOOST_PYTHON_MODULE(name), then call REGISTER_PYTHON_MODULE(name) with the same name.

After the library has been loaded, you can use 'import name' to import the defined objects.

Definition at line 36 of file RegisterPythonModule.h.

REGISTER_PYTHON_MODULE_AUTOIMPORT

#define REGISTER_PYTHON_MODULE_AUTOIMPORT

(

moduleName

)

Belle2::BoostPythonModuleProxy boostPythonModuleProxy##moduleName(#moduleName, PyInit_##moduleName, true);

Identical to REGISTER_PYTHON_MODULE(), but will also import the module into the global namespace after loading it.

This might be useful to allow extra definitions for individual basf2 modules, consider for example:

//in MyTestModule.h (preferably as a member of your Module class):
enum class Shape {
  Sphere,
  Cube
};
 
//in MyTestModule.cc
#include <boost/python.hpp>
#include <framework/utilities/RegisterPythonModule.h>
//...
using namespace boost::python;
 
BOOST_PYTHON_MODULE(MyTest)
{
  //export enum to python, e.g. Shape::Sphere becomes Shape.Sphere
  enum_<Shape>("Shape")
    .value("Sphere", Shape::Sphere)
    .value("Cube", Shape::Cube)
    ;
}
REGISTER_PYTHON_MODULE_AUTOIMPORT(MyTest)

In a steering file, the type MyTest.Sphere is available immediately after register_module('MyTest').

Definition at line 74 of file RegisterPythonModule.h.

Typedef Documentation

RelationsObject

typedef RelationsInterface<TObject> RelationsObject

Provides interface for getting/adding relations to objects in StoreArrays.

See RelationsInterface for details.

Definition at line 441 of file RelationsObject.h.

Enumeration Type Documentation

ArithmeticOperation

enum ArithmeticOperation : int

strong

Enum for decoding the comparison operator type.

For encoding scheme in python

See also

a_operator_types in yacc.py

Definition at line 141 of file AbstractNodes.h.

                                 : int {
    PLUS,
    MINUS,
    PRODUCT,
    DIVISION,
    POWER
  };

BooleanOperator

enum BooleanOperator : int

strong

Enum for decoding the boolean operator type.

For encoding scheme in python

See also

b_operator_types in yacc.py

Definition at line 119 of file AbstractNodes.h.

ComparisonOperator

enum ComparisonOperator : int

strong

Enum for decoding the comparison operator type.

For encoding scheme in python

See also

c_operator_types in yacc.py

Definition at line 128 of file AbstractNodes.h.

ERecordType

enum ERecordType

What type of message is this?

Note: for parallel processing, the only type that can work is MSG_EVENT. Other messages would need to be sent once to each process, which would result in all kinds of race conditions.

Definition at line 25 of file EvtMessage.h.

{ MSG_EVENT, MSG_BEGIN_RUN, MSG_END_RUN, MSG_TERMINATE, MSG_NORECORD, MSG_STREAMERINFO };

NodeType

enum NodeType : int

strong

Enum of possible Nodes in parsing tree.

NodeTypes in python are encoded with the corresponding dict

See also

node_types in yacc.py

Definition at line 100 of file AbstractNodes.h.

ProcType

enum ProcType

strong

Type of the process used for storing and mapping the child processes in the process handler.

Enumerator
c_Input	Input Process.
c_Worker	Worker/Reconstruction Process.
c_Output	Output Process.
c_Proxy	Multicast Proxy Process.
c_Monitor	Monitoring Process.
c_Init	Before the forks, the process is in init state.
c_Stopped	The process is stopped/killed.

Definition at line 16 of file ProcHelper.h.

                      {
    c_Input = 'i', 
    c_Worker = 'w', 
    c_Output = 'o', 
    c_Proxy = 'p', 
    c_Monitor = 'm', 
    c_Init = '0', 
    c_Stopped = 's' 
  };

ZMQAddressType

enum ZMQAddressType

The type of a ZMQ socket address (which socket to use)

Enumerator
c_output	Input socket.
c_pub	Output socket.
c_sub	Multicast publish socket.
c_control	Multicast subscribe socket. Multicast control socket

Definition at line 18 of file ZMQAddressUtils.h.

                      {
    c_input, 
    c_output, 
    c_pub, 
    c_sub, 
    c_control 
  };

Function Documentation

addConstantOverride()

void addConstantOverride	(	const std::string &	name,
		TObject *	obj,
		bool	oneRun = false
	)

Add constant override payload.

This payload will be valid for all possible iov and will be used instead of values from the database.

Parameters

name	Name under which the object will be accessible
obj	Pointer to the object to be used. Ownership will be transfered to the DBStore.
oneRun	if true the override will only be in effect for this one run, not for any other runs

Warning

don't use this if you do not know exactly what you are doing. This is meant mainly for beamparameters

Definition at line 204 of file DBStore.cc.

  {
    IntervalOfValidity iov = IntervalOfValidity::always();
    if (oneRun) {
      int exp, run;
      if (m_manualEvent) {
        exp = m_manualEvent->getExperiment();
        run = m_manualEvent->getRun();
      } else {
        exp = m_storeEvent->getExperiment();
        run = m_storeEvent->getRun();
      }
      iov = IntervalOfValidity(exp, run, exp, run);
    }
    // Add the DBStore entry
    auto iter = m_dbEntries.find(name);
    if (iter == end(m_dbEntries)) {
      iter = m_dbEntries.emplace(name, DBStoreEntry::fromObject(name, obj, true)).first;
    }
    DBStoreEntry& dbEntry = iter->second;
    dbEntry.overrideObject(obj, iov);
    // we need to remove this entry from the intraRunDependencies list now.
    // Otherwise it will reset the object on the next event call
    m_intraRunDependencies.erase(&dbEntry);
    B2WARNING("An override for DBEntry " << name << " was created.");
  }

addParam() [1/2]

void addParam ( const std::string &  name, T &  paramVariable, const std::string &  description  )

protected

Adds a new enforced parameter to the module.

This method has to be called in the constructor of the module. The user has to set the value for this parameter in the steering file.

Parameters

name	The unique name of the parameter.
paramVariable	The member variable of the module to which the value from the steering file is written.
description	A description of the parameter.

Definition at line 567 of file Module.h.

  {
    m_moduleParamList.addParameter(name, paramVariable, description);
  }

addParam() [2/2]

void addParam ( const std::string &  name, T &  paramVariable, const std::string &  description, const T &  defaultValue  )

protected

Adds a new parameter to the module.

This method has to be called in the constructor of the module.

Parameters

name	The unique name of the parameter.
paramVariable	The member variable of the module to which the value from the steering file is written.
description	A description of the parameter.
defaultValue	The default value of the parameter which is used if there was no value given in the steering file.

Definition at line 560 of file Module.h.

addParameter() [1/2]

void addParameter	(	const std::string &	name,
		T &	paramVariable,
		const std::string &	description
	)

Adds a new enforced parameter to the module list.

A parameter consists of a reference pointing to a member variable in the module which stores and allows fast access to the parameter value. In addition the type of the parameter is saved and a description is given. This parameter has to be set by the user in the steering file.

Parameters

name	The unique name of the parameter.
paramVariable	Reference to the variable which stores the parameter value.
description	An description of the parameter.

Definition at line 50 of file ModuleParamList.templateDetails.h.

  {
    ModuleParamPtr newParam(new ModuleParam<T>(paramVariable, description, true));
 
    // Check if a parameter with the given name already exists
    std::map<std::string, ModuleParamPtr>::iterator mapIter;
    mapIter = m_paramMap.find(name);
 
    if (mapIter == m_paramMap.end()) {
      m_paramMap.insert(std::make_pair(name, newParam));
    } else {
      B2ERROR("A parameter with the name '" + name +
              "' already exists! The name of a module parameter must be unique within a module.");
    }
  }

addParameter() [2/2]

void addParameter	(	const std::string &	name,
		T &	paramVariable,
		const std::string &	description,
		const T &	defaultValue
	)

Adds a new parameter to the module list.

A parameter consists of a reference pointing to a member variable in the module which stores and allows fast access to the parameter value. In addition the type of the parameter is saved and a description is given.

Parameters

name	The unique name of the parameter.
paramVariable	Reference to the variable which stores the parameter value.
description	An description of the parameter.
defaultValue	The default value of the parameter.

Definition at line 28 of file ModuleParamList.templateDetails.h.

almostEqualDouble()

bool almostEqualDouble	(	const double &	a,
		const double &	b
	)

Helper function to test if two doubles are almost equal.

Forward declaration of function defined in framework/utilities/GeneralCut.cc.

Definition at line 26 of file CutHelpers.cc.

  {
    static_assert(sizeof(double) == sizeof(int64_t));
    // cppcheck-suppress invalidPointerCast
    return std::fabs(*(int64_t*)&a - * (int64_t*)&b) <= 2 or (a == b);
  }

at()

DataType at

(

unsigned

i

)

const

safe member access (with boundary check!)

safe member access (with boundary check!) should always be used!

Definition at line 751 of file B2Vector3.h.

  {
    switch (i) {
      case 0:
        return B2Vector3<DataType>::m_coordinates[0];
      case 1:
        return B2Vector3<DataType>::m_coordinates[1];
      case 2:
        return B2Vector3<DataType>::m_coordinates[2];
    }
    B2FATAL(this->name() << "::access operator: given index (i=" << i << ") is out of bounds!");
    return 0.;
  }

calculate()

ROOT::Math::XYZVector calculate ( const ROOT::Math::XYZVector &  pos ) const

inlineprivate

Calculate the field value at a given position and return it.

Parameters

pos	position where to evaluate the magnetic field

Returns

magnetic field value at position pos

Definition at line 85 of file BFieldManager.h.

  {
    if (!m_magfield) B2FATAL("Could not load magnetic field configuration from database");
    return m_magfield->getField(pos);
  };

consolidate()

void consolidate	(	const FunctionFrom &	replaceFrom = FunctionFrom(),
		const FunctionTo &	replaceTo = FunctionTo(),
		EConsolidationAction	action = c_doNothing
	)

Consolidate RelationElements.

This function will loop over the relation and "compress" it by merging all elements with the same fromIndex.

The optional arguments can be used to replace indices in the relation, mainly useful in the simulation to replace the Geant4 TrackID with the index of the MCParticle at the end of the event

The Function objects should return a new (index,bool) pair for every index in the old relation. The returned index will be used as the new index in the relation and the bool pair indicates whether the original element got re-attributed or if it is just an index reordering. If it the original element got re-attributed the behaviour depends on the value of action, see EConsolidationAction

Warning: If action is set to c_negativeWeight and there is more than one element having the same from->to index pair after transformation the behaviour is undefined as the two elements get merged. It could happen that a negative and a positive weight get summed up, leaving the weight rather meaningless

See also

Identity, ReplaceMap, ReplaceVec, EConsolidationAction

Parameters

replaceFrom	Function object containing replacements for the from indices
replaceTo	Function object containing replacements for the to indices
action	Action to be performed when the old element got removed

Definition at line 466 of file RelationArray.h.

  {
    if (!isValid()) {
      B2ERROR("Cannot consolidate an invalid relation (" << m_name << ")");
      return;
    }
    typedef std::map<index_type, weight_type> element_t;
    typedef std::map<index_type, element_t > buffer_t;
    buffer_t buffer;
 
    //Fill all existing elements in a nested map, adding the weights of
    //duplicate elements
    index_type lastFromIndex(0);
    buffer_t::iterator lastFromIter = buffer.end();
    unsigned int nElements = (*m_relations)->getEntries();
    TClonesArray& elements = (*m_relations)->elements();
    for (unsigned int i = 0; i < nElements; ++i) {
      RelationElement& element = *static_cast<RelationElement*>(elements[i]);
      //Replace from index
      consolidation_type from = replaceFrom(element.getFromIndex());
 
      //Ignore whole element if original element got deleted
      if (action == c_deleteElement && from.second) continue;
 
      //Check if the fromIndex is the same as the last one and reuse
      //iterator if possible
      if (from.first != lastFromIndex || lastFromIter == buffer.end()) {
        lastFromIter = buffer.insert(make_pair(from.first, element_t())).first;
        lastFromIndex = from.first;
      }
      //Loop over all elements of this relationelement and add them to the map
      size_t size = element.getSize();
      for (size_t j = 0; j < size; ++j) {
        //Replace to Index
        consolidation_type to = replaceTo(element.getToIndex(j));
        //Ignore whole element if original element got deleted
        if (action == c_deleteElement && to.second) continue;
        double weight = element.getWeight(j);
        //Original from or to element got deleted. Do whatever is specified by action
        //Warning: if there is more than one element pointing to the same
        //from->to element after transformation the negative weight option is
        //not safe as we sum a positive and a negative weight when
        //consolidating.
        if (from.second || to.second) {
          if (action == c_zeroWeight) {
            weight = 0;
          } else if (action == c_negativeWeight && weight > 0) {
            weight = -weight;
          }
        }
        //add the weight to the new from->to index pair
        lastFromIter->second[to.first] += weight;
      }
    }
    //Clear the existing relation
    elements.Delete();
    //Fill the map into the relation
    for (buffer_t::iterator iter = buffer.begin(); iter != buffer.end(); ++iter) {
      add(iter->first, iter->second.begin(), iter->second.end());
    }
  }

convertString() [1/2]

T Belle2::convertString

(

const std::string &

str

)

Converts a string to type T (one of float, double, long double, int, long int, unsigned long int).

Throws std::invalid_argument on conversion errors, out_of_range if T cannot hold the given value. You can catch both possible exception types of the function (invalid_argument and out_of_range) using the base class logic_error

Converts a string to type T (one of float, double, long double, int, long int, unsigned long int).

Converts a string to unsigned long int.

Converts a string to long int.

Converts a string to int.

Converts a string to long double.

Converts a string to double.

Parameters

str	string which is converted to float

Returns

converted float

Parameters

str	string which is converted to double

Returns

converted double

Parameters

str	string which is converted to long double

Returns

converted long double

Parameters

str	string which is converted to int

Returns

converted int

Parameters

str	string which is converted to long int

Returns

converted long int

Parameters

str	string which is converted to unsigned long int

Returns

converted unsigned long int

Definition at line 24 of file Conversion.cc.

  {
    std::string::size_type n;
    float number = std::stof(str, &n);
    if (n != str.size()) {
      throw std::invalid_argument("Could only parse a part of the given string " + str);
    }
    return number;
  }

convertString() [2/2]

unsigned long int convertString

(

const std::string &

str

)

Converts a string to float.

Converts a string to type T (one of float, double, long double, int, long int, unsigned long int).

Converts a string to unsigned long int.

Converts a string to long int.

Converts a string to int.

Converts a string to long double.

Converts a string to double.

Parameters

str	string which is converted to float

Returns

converted float

Parameters

str	string which is converted to double

Returns

converted double

Parameters

str	string which is converted to long double

Returns

converted long double

Parameters

str	string which is converted to int

Returns

converted int

Parameters

str	string which is converted to long int

Returns

converted long int

Parameters

str	string which is converted to unsigned long int

Returns

converted unsigned long int

Definition at line 24 of file Conversion.cc.

convertValue()

double convertValue ( double  value, const std::string &  unitString  )

static

Converts a floating point value to the standard framework unit.

If the given unit is not found, the value is returned unchanged (and an error printed).

Parameters

value	The value which should be converted.
unitString	The string of the unit of the specified value.

Returns

The value converted to the standard unit.

Definition at line 129 of file UnitConst.cc.

  {
    auto it = s_conversionFactors.find(unitString);
    if (it == s_conversionFactors.end()) {
      B2ERROR("Could not find conversion factor for unit " << unitString << ", assuming 1.0");
      return value;
    }
    return it->second * value;
  }

convertValueToUnit()

double convertValueToUnit ( double  value, const std::string &  unitString  )

static

Converts a floating point value from the standard framework unit to the given unit.

If the given unit is not found, the value is returned unchanged (and an error printed).

Parameters

value	The value which should be converted.
unitString	The string of the unit of the specified value.

Returns

The value converted to the given unit.

Definition at line 139 of file UnitConst.cc.

createROOTObjectPyCopy()

boost::python::object Belle2::createROOTObjectPyCopy

(

const T &

instance

)

Create a python wrapped copy from a class instance which has a ROOT dictionary.

This piece of dark magic creates a python object referencing a ROOT object the same way as you would see it in the ROOT python module.

It will create a copy of the object using the copy constructor which is then owned by python.

Definition at line 26 of file PyObjROOTUtils.h.

  {
    const char* classname = instance.IsA()->GetName();
    void* addr = new T(instance);
    PyObject* obj = TPython::CPPInstance_FromVoidPtr(addr, classname, true);
    return boost::python::object(boost::python::handle<>(obj));
  }

createScopedUpdateSession()

ScopeGuard createScopedUpdateSession

(

)

Make sure we have efficient http pipelinging during initialize/beginRun but don't keep session alive for full processing time.

This will return an object which keeps the session open as long as it is alive.

Definition at line 62 of file Database.cc.

  {
    // make sure we reread testing text files in case they got updated
    for (auto& testing : m_testingPayloads) {
      testing.reset();
    }
    // and return a downloader session guard for the downloader we use
    return Conditions::Downloader::getDefaultInstance().ensureSession();
  }

createSocket() [1/2]

std::unique_ptr< zmq::socket_t > createSocket

(

const std::string &

socketAddress

)

Create a socket of the given type while deciding on the bind behaviour via the address.

An address in the form "tcp://ast:<port>" (with ast = *) means the socket is bound to a local interface. An address in the from "tcp://<host>:<port>" means it connects to the given host.

If you want to fore a given bind behaviour (and fail if the address is invalid), use the function above.

Definition at line 141 of file ZMQParent.h.

  {
    // We only check for "*" in the full address for now. This is fine, as neither a valid hostname nor a valid
    // port number can ever contain a "*".
    if (socketAddress.find("*") != std::string::npos) {
      return createSocket<AZMQType>(socketAddress, true);
    } else {
      return createSocket<AZMQType>(socketAddress, false);
    }
  }

createSocket() [2/2]

std::unique_ptr< zmq::socket_t > createSocket	(	const std::string &	socketAddress,
		bool	bind
	)

Create a socket of the given type with the given address and bind or not bind it.

Typical socket types are ZMQ_ROUTER, ZMQ_DEALER and ZMQ_STREAM.

The address needs to be in the form "tcp://ast:<port>" (with ast = *) if you want to bind to a local interface or "tcp://<host>:<port>" if you want to connect. Use the convenience function below if you want the program to decide based on your address and use this function if you want the program to force a specific bind behaviour (it will raise an exception if given an invalid address).

Definition at line 105 of file ZMQParent.h.

DEFINE_UNIT() [1/2]

Belle2::DEFINE_UNIT	(	cm	,
		1.
	)

Standard units with the value = 1.

Standard of [length]

DEFINE_UNIT() [2/2]

Belle2::DEFINE_UNIT	(	km	,
		Unit::cm *	1e5
	)

Derived units.

[kilometers]

DEFINE_UNIT_NAME()

Belle2::DEFINE_UNIT_NAME	(	g_cm3	,
		1.	,
		"g/cm3"
	)

Practical units with the value = 1.

These units are NOT consistent with the other standard units. Please use them carefully. Standard of [density]

expand()

std::string expand ( const std::string &  text )

static

Modify the given string and replace every occurence of $NAME or ${NAME} with the value of the environment variable NAME.

Variables which are not found are returned unchanged

Definition at line 60 of file EnvironmentVariables.cc.

  {
    // we could implement this ourselves ... but that seems like a waste of
    // time since there's a perfectly good implementation available.
    namespace py = boost::python;
    py::object path = py::import("os.path");
    return py::extract<std::string>(path.attr("expandvars")(text));
  }

findMatchedParenthesis()

unsigned long int findMatchedParenthesis	(	std::string	str,
		char	open = '[',
		char	close = ']'
	)

Returns position of the matched closing parenthesis if the first character in the given string contains an opening parenthesis.

Otherwise return 0.

Definition at line 33 of file CutHelpers.cc.

fromObject()

DBStoreEntry fromObject ( const std::string &  name, const TObject *  obj, bool  isRequired  )

static

Construct a new DBStoreEntry with a requested name and an object directly.

The constructor arguments type, objClass and isArray will be filled correctly by looking at obj

Parameters

name	name of the payload, ususally the class name of the payload but can be any string identifying the payload in the database
obj	instance of an object representing the correct type
isRequired	if false don't emit errors if the payload cannot be found for any run

Returns

new DBStoreEntry instance with the correct name and types set

Definition at line 37 of file DBStoreEntry.cc.

  {
    assert(obj);
    bool isArray = dynamic_cast<const TClonesArray*>(obj) != nullptr;
    TClass* objClass = isArray ? (dynamic_cast<const TClonesArray*>(obj)->GetClass()) : (obj->IsA());
    return DBStoreEntry(c_Object, name, objClass, isArray, isRequired);
  }

generate_number_sequence()

std::set< int64_t > generate_number_sequence

(

const std::string &

str

)

Generate a sequence of numbers defined by a string.

The syntax looks like this: sequence = interval,interval,interval,... interval = begin:end number

For instance. 3,23:27,101 Would generate the following sequence of numbers 3,23,24,25,26,27,101

If intervals overlap the number is only returned once, so the following string 27,24:28,26:29 yields 24,25,26,27,28,29

Negative numbers and intervals are supported as well -3:3 yields -3,-2,-1,0,1,2,3

But reversed intervals are considered empty 5:3 yields an empty sequence

Returns a std::set, which contains the number sequence, each number (as stated above) occurs only once (obviously, since it's a set) and the numbers are ordered using the default Compare operator less<int> of std::set.

Definition at line 20 of file NumberSequence.cc.

  {
    // Tokenize input
    std::vector<std::string> tokens;
    unsigned int lastdelimiter = 0;
    for (unsigned int i = 0; i < str.size(); ++i) {
      if (str[i] == ',') {
        tokens.push_back(str.substr(lastdelimiter, i - lastdelimiter));
        lastdelimiter = i + 1;
      }
    }
    std::string last = str.substr(lastdelimiter);
    if (last.size() != 0) {
      tokens.push_back(last);
    }
 
    // Convert tokens into intervals
    std::vector<std::pair<int64_t, int64_t>> intervals;
    intervals.reserve(tokens.size());
    for (const auto& token : tokens) {
      size_t interval_marker_position = token.find(':');
      // Single number
      if (interval_marker_position == std::string::npos) {
        int64_t number = std::stol(token);
        intervals.emplace_back(number, number);
      } else {
        int64_t interval_begin = std::stol(token.substr(0, interval_marker_position));
        int64_t interval_end = std::stol(token.substr(interval_marker_position + 1));
        intervals.emplace_back(interval_begin, interval_end);
      }
    }
 
    // Convert tokens into number sequence
    std::set<int64_t> sequence;
    for (const auto& interval : intervals) {
      for (int64_t number = interval.first; number <= interval.second; ++number)
        sequence.insert(number);
    }
 
    return sequence;
  }

generateBucketNumber()

unsigned generateBucketNumber

(

)

const

Generates RF bucket number according to the fill pattern.

Returns

bucket number

Definition at line 47 of file BunchStructure.cc.

  {
    if (m_fillPattern.empty()) return (gRandom->Integer(c_RFBuckets / 2) * 2);
 
    if (m_filledBuckets.empty()) {
      for (unsigned i = 0; i < c_RFBuckets; ++i) {
        if (m_fillPattern[i]) m_filledBuckets.push_back(i);
      }
    }
 
    int index = gRandom->Integer(m_filledBuckets.size());
    return m_filledBuckets[index];
  }

getAllEntryNames()

std::set< std::string > getAllEntryNames

(

)

Return the names of all the payloads stored in the database at the time of this function is called.

This is equivalent to getting all the payloads' names used by the current basf2 process.

Definition at line 196 of file DBStore.cc.

getBucket()

bool getBucket

(

int

i

)

const

Returns the fill status of RF bucket.

Parameters

i	bucket number (modulo c_RFBuckets applied internally)

Returns

true if bucket is filled

Definition at line 29 of file BunchStructure.cc.

getCurrentLogConfig()

const LogConfig & getCurrentLogConfig ( const char *  package = nullptr ) const

inline

Returns the current LogConfig object used by the logging system.

Will use the configuration of the current package, if available, or the current module, if available, or, otherwise, the global configuration.

The idea is that a module can call functions in a different package, and the log configuration for that package will be used.

Definition at line 258 of file LogSystem.h.

  {
    //module specific config?
    if (m_moduleLogConfig && (m_moduleLogConfig->getLogLevel() != LogConfig::c_Default)) {
      return *m_moduleLogConfig;
    }
    //package specific config?
    if (package && !m_packageLogConfigs.empty()) {
      // cppcheck-suppress stlIfFind ; cppcheck doesn't like scoped variables in if statements
      if (auto it = m_packageLogConfigs.find(package); it != m_packageLogConfigs.end()) {
        const LogConfig& logConfig = it->second;
        if (logConfig.getLogLevel() != LogConfig::c_Default)
          return logConfig;
      }
    }
    //global config
    return m_logConfig;
  }

getData() [1/2]

std::pair< TObject *, IntervalOfValidity > getData	(	const EventMetaData &	event,
		const std::string &	name
	)

Request an object from the database.

Parameters

event	The metadata of the event for which the object should be valid.
name	Name that identifies the object in the database.

Returns

A pair containing the object and the iov for which it is valid. Ownership will be given to the caller

Warning

The returned object has to be deleted by the caller

Definition at line 72 of file Database.cc.

getData() [2/2]

bool getData	(	const EventMetaData &	event,
		std::vector< DBQuery > &	query
	)

Request multiple objects from the database.

Parameters

event	The metadata of the event for which the objects should be valid.
query	A list of DBQuery entries that contains the names of the objects to be retrieved. On return the object and iov fields are filled.

Definition at line 81 of file Database.cc.

getDefaultValue()

T & getDefaultValue

Returns the default value of the parameter.

Returns

The default value of the parameter.

Definition at line 56 of file ModuleParam.templateDetails.h.

  {
    return m_defaultValue;
  }

getDetectorComponent()

GearDir getDetectorComponent

(

const std::string &

component

)

Return GearDir representing a given DetectorComponent.

Parameters

component

Name of the DetectorComponent (e.g. IR, PXD)

Definition at line 314 of file Gearbox.cc.

  {
    return GearDir("/Detector/DetectorComponent[@name='" + component + "']/Content");
  }

getEntry()

DBStoreEntry * getEntry	(	DBStoreEntry::EPayloadType	payloadType,
		const std::string &	name,
		const TClass *	objClass,
		bool	array,
		bool	required = true
	)

Returns the entry with the requested name in the DBStore.

If the DBStore entry does not exist yet it is added to the map.

If the DBStore map already contains an object under the key with a DIFFERENT type than the given type one, an error will be reported.

Parameters

payloadType	Type of the payload. Usually c_Object.
name	Name under which the object is stored in the database (and in the DBStore).
objClass	The class of the object.
array	Whether it is a TClonesArray or not.
required	If true emit errors if the object cannot be found

Returns

DBEntry, or nullptr if the requested type does not match the one in the DBStore

Definition at line 34 of file DBStore.cc.

getField() [1/2]

void getField ( const double *  pos, double *  field  )

inlinestatic

return the magnetic field at a given position.

Parameters

[in]	pos	position in framework units, needs to be of at least size 3
[out]	field	magnetic field field value at position pos in framework units

Definition at line 91 of file BFieldManager.h.

getField() [2/2]

ROOT::Math::XYZVector getField ( const ROOT::Math::XYZVector &  pos ) const

inline

Calculate the magnetic field at a given position.

Parameters

pos	position where the field should be evaluated in framework units.

Returns

magnetic field at pos in framework units.

Warning

The returned field is in basf2 units which is NOT Tesla. If you need the field strength in a fixed unit please divide the returned value by Unit::T or similar.

Definition at line 67 of file MagneticField.h.

  {
    ROOT::Math::XYZVector field;
    for (auto c : m_components) {
      if (c->inside(pos)) {
        // is it an exclusive component? If so return the field
        if (c->isExclusive()) return c->getField(pos);
        // else add it to what we already have
        field += c->getField(pos);
      }
    }
    return field;
  }

getFile()

std::shared_ptr< TFile > getFile	(	std::string	fileName,
		bool	ignoreErrors = false
	)

Get a file with a specific name, if is does not exist it will be created.

If the file cannot be created and opened an error is emitted and you get an empty shared_ptr. If you don't want an error to be emitted you can provide ignoreErrors=true as second argument.

WARNING: When you get this file it is probably not set as current directory so before you use it you have to call file->cd();

Definition at line 33 of file RootFileCreationManager.cc.

  {
    std::shared_ptr<TFile> ptr = m_files[fileName].lock();
    if (!ptr) {
      // make sure stupid gDirectory is not modified ... that means that users
      // have to ptr->cd() but plays nice with other modules which might not
      // set their cd() correctly.
      TDirectory::TContext gDirectoryGuard;
      // Create shared ptr for the file which will correctly close it when the last user disconnects.
      ptr = std::shared_ptr<TFile>(TFile::Open(fileName.c_str(), "RECREATE"), TFile_Deleter);
      // Check if the file is actually open ... otherwise no use in returning it
      if (!ptr || !ptr->IsOpen()) {
        if (!ignoreErrors) B2ERROR("Could not create file " << std::quoted(fileName));
        return nullptr;
      }
      //remember this ...
      m_files[fileName] = ptr;
    }
    return ptr;
  }

getGlobalTags()

std::string getGlobalTags

(

)

Return the global tags used by the database.

If no conditions database is configured return an empty string. If more then one database is configured return all global tags concatenated by ','

Definition at line 154 of file Database.cc.

getHash()

void getHash

(

unsigned char *

buff

)

obtain the hash value into buff.

buff must be large enough for the chosen hash size. The values of EHashLength correspond to the number of required bytes, e.g. unsigned char hashValue[c_SHA3_512];

Definition at line 62 of file Hash.cc.

  {
    Keccak_HashFinal(m_instance, buff);
  }

getList()

std::vector< std::string > getList ( const std::string &  name, const std::vector< std::string > &  fallback = {}, const std::string &  separators = " \t\n\r"  )

static

Get a list of values from an environment variable or the given fallback list if the variable is not set.

By default the value of the environment variable is split by whitespace (" \t\n\r") but a different list of characters can be supplied, for example ":" for path lists or ", " for comma or space separated values

Definition at line 36 of file EnvironmentVariables.cc.

getNumOfFilledBuckets()

unsigned getNumOfFilledBuckets

(

)

const

Returns the number of filled buckets.

Returns

the number of filled buckets

Definition at line 39 of file BunchStructure.cc.

getOrCreateList()

std::vector< std::string > getOrCreateList ( const std::string &  name, const std::string &  fallback, const std::string &  separators = " \t\n\r"  )

static

Get a list of values from an environment variable or the given fallback string if the variable is not set.

By default the value of the environment variable is split by whitespace (" \t\n\r") but a different list of characters can be supplied, for example ":" for path lists or ", " for comma or space separated values

In case the variable is not set this function will convert the fallback string to a list using the same rules as would apply for the envirnoment value itself.

Definition at line 48 of file EnvironmentVariables.cc.

getParam()

ModuleParam< T > & getParam

(

const std::string &

name

)

const

Returns a reference to a parameter.

The returned parameter has already the correct type.

Throws an exception of type ModuleParameterNotFoundError if a parameter with the given name does not exist. Throws an exception of type ModuleParameterTypeError if the parameter type of does not match to the template parameter.

Parameters

name	The unique name of the parameter.

Returns

A reference to a module parameter having the correct type.

Definition at line 573 of file Module.h.

getParameter()

ModuleParam< T > & getParameter

(

const std::string &

name

)

const

Returns a reference to a parameter.

The returned parameter has already the correct type.

Throws an exception of type ModuleParameterNotFoundError if a parameter with the given name does not exist. Throws an exception of type ModuleParameterTypeError if the parameter type of does not match to the template parameter.

Parameters

name	The unique name of the parameter.

Returns

A reference to a module parameter having the correct type.

Definition at line 80 of file ModuleParamList.templateDetails.h.

getParamValuesPython()

void getParamValuesPython	(	const std::string &	name,
		PythonObject &	pyOutput,
		bool	defaultValues
	)		const

Returns a python object containing the value or default value of the given parameter.

Calls according to the parameter type a specialized converter in PyObjConvUtils.h

Parameters

name	The unique name of the parameter.
pyOutput	Reference to the output object containing the parameter value or default values.
defaultValues	If true returns a list of default values otherwise a list of the parameter values.

Definition at line 112 of file ModuleParamList.templateDetails.h.

getTObject()

const TObject * getTObject ( const std::string &  path ) const

overridevirtualnoexcept

Get the parameter path as a TObject.

Exceptions

gearbox::PathEmptyError	if path is empty or does not exist
gearbox::TObjectConversionError	if the value could not be deserialized

Parameters

path	Path of the parameter to get

Returns

pointer to object, owned and managed by gearbox. Object will be deleted once it is no longer valid (e.g. after the current run if it belongs to this run)

Implements Interface.

Definition at line 295 of file Gearbox.cc.

getValue()

T & getValue

Returns the value of the parameter.

Returns

The value of the parameter.

Definition at line 50 of file ModuleParam.templateDetails.h.

GetXYZVector()

ROOT::Math::XYZVector GetXYZVector

returns a XYZVector containing the same coordinates

returns a ROOT::Math::XYZVector containing the same coordinates

Definition at line 738 of file B2Vector3.h.

injectArithmeticOperatorToStream()

void injectArithmeticOperatorToStream	(	std::ostream &	stream,
		const ArithmeticOperation &	aoperation
	)

Helper functions for AbstractBooleanNode and AbstractExpressionNode print() and decompile() members Shifts the correct characters into the ostream, depending on the ComparisonOperator given.

For decompiling/printing we want the corresponding character of the operator e.g " + " for ArithmeticOperator::PLUS print() redirects to std::cout, decompile() should redirect to a std::stringstream Both streams subclass std::ostream. This allows the use of these functions in both cases.

Definition at line 57 of file AbstractNodes.cc.

  {
    switch (aoperation) {
      case ArithmeticOperation::PLUS:
        stream << " + ";
        break;
      case ArithmeticOperation::MINUS:
        stream << " - ";
        break;
      case ArithmeticOperation::PRODUCT:
        stream << " * ";
        break;
      case ArithmeticOperation::DIVISION:
        stream << " / ";
        break;
      case ArithmeticOperation::POWER:
        stream << " ** ";
        break;
      default:
        throw std::runtime_error("Invalid ArithmeticOperator provided to injectArithmeticOperatorToStream.");
    }
  }

injectBooleanOperatorToStream()

void injectBooleanOperatorToStream	(	std::ostream &	stream,
		const BooleanOperator &	boperator
	)

Helper functions for AbstractBooleanNode and AbstractExpressionNode print() and decompile() members Shifts the correct characters into the ostream, depending on the BooleanOperator given.

For decompiling/printing we want the corresponding character of the operator e.g " and " for BooleanOperator::AND print() redirects to std::cout, decompile() should redirect to a std::stringstream Both streams subclass std::ostream. This allows the use of these functions in both cases.

Definition at line 17 of file AbstractNodes.cc.

injectComparisonOperatorToStream()

void injectComparisonOperatorToStream	(	std::ostream &	stream,
		const ComparisonOperator &	coperator
	)

Helper functions for AbstractBooleanNode and AbstractExpressionNode print() and decompile() members Shifts the correct characters into the ostream, depending on the ComparisonOperator given.

For decompiling/printing we want the corresponding character of the operator e.g " == " for ComparisonOperator::EQUALEQUAL print() redirects to std::cout, decompile() should redirect to a std::stringstream Both streams subclass std::ostream. This allows the use of these functions in both cases.

Definition at line 31 of file AbstractNodes.cc.

Instance()

DBStore & Instance ( )

static

Instance of a singleton DBStore.

This method is used to access the DBStore directly. It is used internally in the DBStore accessor classes.

Definition at line 28 of file DBStore.cc.

isLevelEnabled()

bool isLevelEnabled ( LogConfig::ELogLevel  level, int  debugLevel = 0, const char *  package = nullptr  ) const

inline

Returns true if the given log level is allowed by the log system (i.e.

>= the system level).

Parameters

level	The log level which should be compared with the log level of the log system
debugLevel	The level for debug messages. Only used for the debug level.
package	Current package (e.g. framework). NULL for package-independent config.

Definition at line 277 of file LogSystem.h.

LogConnectionJSON()

LogConnectionJSON ( bool  complete = false )

explicit

The constructor.

Parameters

complete

if true ignore the LogInfo settings and output all parts of the message (like file, line, etc.)

Definition at line 19 of file LogConnectionJSON.cc.

                                                   : m_console{STDOUT_FILENO, false}, m_complete{complete}
  {
  }

ModuleParam()

ModuleParam ( T &  paramVariable, const std::string &  description = "", bool  force = false  )

explicit

Constructor.

A parameter consists of a reference pointing to a member variable in the module which stores and allows fast access to the parameter value. In addition the type of the parameter is saved and optionally a description can be given.

Parameters

paramVariable	Reference to the variable which stores the parameter value.
description	The optional description of the parameter.
force	If true the parameter has to be set by the user in the steering file.

Definition at line 28 of file ModuleParam.templateDetails.h.

name()

std::string name

static

Returns the name of the B2Vector.

Returns a less readable (but more compatible) name of the B2Vector3.

Definition at line 767 of file B2Vector3.h.

open()

void open	(	const std::string &	name = "Belle2.xml",
		size_t	cacheSize = c_DefaultCacheSize
	)

Open connection to backend and parse tree.

Parameters

name	Name of the tree to parse
cacheSize	maximum cache size in entries

Definition at line 133 of file Gearbox.cc.

operator*=()

B2Vector3< DataType > & operator*=

(

DataType

a

)

scaling with real numbers

multiplication with a real number

Definition at line 652 of file B2Vector3.h.

operator<<()

std::ostream& Belle2::operator<<	(	std::ostream &	output,
		const IntervalOfValidity &	iov
	)

Parameters

output	The output stream.
iov	The IntervalOfValidity object.

Definition at line 194 of file IntervalOfValidity.cc.

  {
    output << iov.m_experimentLow << "," << iov.m_runLow << "," << iov.m_experimentHigh << "," << iov.m_runHigh;
 
    return output;
  }

operator>>()

std::istream& Belle2::operator>>	(	std::istream &	input,
		IntervalOfValidity &	iov
	)

Parameters

input	The input stream.
iov	The InervalOfValidity object.

Definition at line 150 of file IntervalOfValidity.cc.

overrideObject()

void overrideObject ( TObject *  obj, const IntervalOfValidity &  iov  )

private

Set an override object in case we want to use a different object then actually provided by the database.

Parameters

obj	Instance to use as payload, this entry will take over ownership.
iov	interval how long this object should be valid

Definition at line 159 of file DBStoreEntry.cc.

performUpdateEvent()

void performUpdateEvent ( const EventMetaData &  event )

private

The main code that does an updateEvent.

Factored out so it can be used by both updateEvent and updateEvent(eventNumber).

Definition at line 169 of file DBStore.cc.

poll()

int poll	(	unsigned int	timeout,
		AMulticastAnswer	multicastAnswer,
		ASocketAnswer	socketAnswer
	)		const

Poll both the multicast and the data socket until, either:

• the timeout is raised. The method will return with 0.
• a message came to the multicast socket. Then, the multicastAnswer will be called with the socket as an argument. If this method returns true, the polling will go on like before. If it returns false, the polling will be stopped. The return value of this function is 1.
• a message came to the data socket. See above.

A note on the order: if there are messages on both the data socket and the multicast socket, first all messages to the multicast socket will be answered and then all messages to the data socket.

Definition at line 113 of file ZMQClient.h.

  {
    B2ASSERT("Can only run this on started clients", m_subSocket and m_socket);
    bool repeat = true;
    int pollResult;
    do {
      pollResult = pollSocketVector(m_pollSocketPtrList, timeout);
      if (pollResult & 1) {
        // The multicast is the first entry.
        // Get all entries if possible, but do not block anymore.
        std::vector<zmq::socket_t*> vector = {m_subSocket.get()};
        while (pollSocketVector(vector, 0) and repeat) {
          repeat = multicastAnswer(m_subSocket);
        }
      }
 
      if (pollResult & 2) {
        // Get all entries if possible, but do not block anymore.
        std::vector<zmq::socket_t*> vector = {m_socket.get()};
        while (pollSocketVector(vector, 0) and repeat) {
          repeat = socketAnswer(m_socket);
        }
      }
    } while (repeat and pollResult);
 
    return pollResult;
  }

pollMulticast()

int pollMulticast	(	unsigned int	timeout,
		AMulticastAnswer	multicastAnswer
	)		const

Poll method to only the multicast socket.

Basically the same as the poll function to both sockets, except: If the answer function returns false, the polling will stop as above, BUT: it will first answer all messages that are already in the socket!

Definition at line 162 of file ZMQClient.h.

pollSocket()

int pollSocket	(	unsigned int	timeout,
		ASocketAnswer	socketAnswer
	)		const

Poll method to only the data socket.

Basically the same as the poll function to both sockets, except: If the answer function returns false, the polling will stop as above, BUT: it will first answer all messages that are already in the socket!

Definition at line 142 of file ZMQClient.h.

random01()

double random01 ( )

inline

Generate a random double value between 0 and 1, both limits excluded.

Returns

value in (0,1)

Definition at line 240 of file RandomGenerator.h.

  {
    // There are two possibilities to generate a uniform double between 0 and
    // 1: multiply the integer by a constant or exploit the double
    // representation and use some bit shift magic. We have both implementation
    // here and they seem to produce the exact same output so we stick with the
    // more readable one but leave the bitshift solution just in case
#ifdef RANDOM_IEEE754
    //Generate a double in (0,1) using magic bit hackery with doubles: The
    //memory layout of a IEEE754 double precision floating point variable
    //is [sign(1)|exponent(11)|fraction(52)] with values in parentheses
    //being the number of bits. The actual value is then
    //-1^{sign} * (1.fraction) * 2^{exponent-1023}. Setting sign to 0 the
    //exponent to 1023 will thus return a value between 1 (inclusive) and 2
    //(exclusive). So we shift the 64bit integer to the right by 12 bits
    //(which gives as zeros for sign and exponent) and logical or this with
    //the correct binary representation of the exponent
 
    //To do this we use a union to modify the binary representation using
    //an integer and then return the double value
    union { uint64_t i; double d; } x;
    x.i = random64() >> 12;
    //This is a bit academic but we want (0,1) so if we happen to get
    //exactly zero we try again. Chance is 1 in 2^52
    if (x.i == 0) return random01();
    x.i |= 0x3FF0000000000000ULL;
    return x.d - 1.0;
#else
    //Generate a double (0,1) the traditional way by multiplying it with a
    //constant. As doubles only have a precision of 52 bits we need to
    //remove the 12 leading bits from our random int value
    const uint64_t x = random64() >> 12;
    //This is a bit academic but we want (0,1) so if we happen to get
    //exactly zero we try again. Chance is 1 in 2^52
    if (!x) return random01();
    //return x / 2^{52};
    return x * 2.220446049250313080847263336181640625e-16;
#endif
  }

random64()

uint64_t random64 ( )

inline

Generate one 64bit unsigned integer between 0 and UINT64_MAX (both inclusive).

Returns

random value in [0, UINT64_MAX]

Definition at line 200 of file RandomGenerator.h.

rebuild()

void rebuild ( bool  force = false )

protected

Rebuild the index.

Parameters

force

if force is true, the index will be rebuild even if the RelationArray says that it has not been modified

Definition at line 156 of file RelationIndexContainer.h.

  {
    m_valid = m_storeRel.isValid();
    if (!m_valid) {
      B2DEBUG(100, "Relation " << m_storeRel.getName() << " does not exist, cannot build index");
      m_index.clear();
      m_storeFrom = AccessorParams();
      m_storeTo = AccessorParams();
      return;
    }
 
    //Check if relation has been modified since we created the index
    //If not, keep old contents
    if (!force && !m_storeRel.getModified()) return;
 
    B2DEBUG(100, "Building index for " << m_storeRel.getName());
 
    //Reset modification flag
    m_storeRel.setModified(false);
 
    m_index.clear();
 
    //Get related StoreArrays
    m_storeFrom = m_storeRel.getFromAccessorParams();
    m_storeTo = m_storeRel.getToAccessorParams();
    const StoreArray<FROM> storeFrom(m_storeFrom.first, m_storeFrom.second);
    const StoreArray<TO>   storeTo(m_storeTo.first, m_storeTo.second);
 
    //Get number of entries in relation and stores (also checks template type versus DataStore contents)
    const RelationElement::index_type nFrom = storeFrom.getEntries();
    const RelationElement::index_type nTo = storeTo.getEntries();
    const unsigned int nRel = m_storeRel.getEntries();
 
    //Loop over all RelationElements and add them to index
    for (unsigned int i = 0; i < nRel; ++i) {
      const RelationElement& r = m_storeRel[i];
      RelationElement::index_type idxFrom = r.getFromIndex();
      if (idxFrom >= nFrom)
        B2FATAL("Relation " <<  m_storeRel.getName() << " is inconsistent: from-index (" << idxFrom << ") out of range");
      const FROM* from = storeFrom[idxFrom];
 
      //Loop over index and weight vector at once
      const auto& indices = r.getToIndices();
      const auto& weights = r.getWeights();
      auto itIdx = indices.begin();
      auto itWgt = weights.begin();
      const auto& idxEnd = indices.end();
      for (; itIdx != idxEnd; ++itIdx, ++itWgt) {
        const RelationElement::index_type idxTo = *itIdx;
        if (idxTo >= nTo)
          B2FATAL("Relation " <<  m_storeRel.getName() << " is inconsistent: to-index (" << idxTo << ") out of range");
        const TO* to = storeTo[idxTo];
        m_index.insert(Element(idxFrom, idxTo, from, to, *itWgt));
      }
    }
  }

reset() [1/2]

void reset ( bool  keepConfig = false )

static

Reset the database instance.

Parameters

keepConfig

if true the configuration object itself is not resetted so that initializing the database again will result in the same configuration as before. This is useful when running process multiple times.

Definition at line 50 of file Database.cc.

reset() [2/2]

void reset

(

bool

keepEntries = false

)

Invalidate all payloads.

Parameters

keepEntries

Keep the existing entries so that future calls to update the database will try to obtain the payloads which were registered so far.

Definition at line 177 of file DBStore.cc.

RndmArray() [1/4]

void RndmArray ( Int_t  n, Double_t *  array  )

inline

Fill an array of doubles with random values in (0,1), both limits excluded.

Parameters

n	number of doubles to generate
array	pointer to an array where the numbers should be stored

Definition at line 219 of file RandomGenerator.h.

RndmArray() [2/4]

void RndmArray ( Int_t  n, Float_t *  array  )

inline

Fill an array of floats with random values in (0,1), both limits excluded.

Parameters

n	number of floats to generate
array	pointer to an array where the numbers should be stored

Definition at line 212 of file RandomGenerator.h.

RndmArray() [3/4]

void RndmArray ( Int_t  n, UInt_t *  array  )

inline

Fill an array of unsigned integers with random values in [0, UINT32_MAX], both limits included.

Parameters

n	number of ints to generate
array	pointer to an array where the numbers should be stored

Definition at line 231 of file RandomGenerator.h.

RndmArray() [4/4]

void RndmArray ( Int_t  n, ULong64_t *  array  )

inline

Fill an array of unsigned 64bit integers with random values in [0, UINT64_MAX], both limits included.

Parameters

n	number of ints to generate
array	pointer to an array where the numbers should be stored

Definition at line 225 of file RandomGenerator.h.

select()

void select

(

const std::function< bool(const StoredClass *)> &

f

)

This method is the actual worker.

It selects the elements, fill the subset and all the relations in which the subset is involved.

Parameters

f	the pointer to the function (or a nameless lambda expression) returning true for the elements to be selected and false for the others.

Definition at line 414 of file SelectSubset.h.

  {
    copySetWithRelations(f);
 
    if (m_inheritToSelf) {
      copyRelationsToSelf();
    }
 
    if (m_reduceExistingSet) {
      swapSetsAndDestroyOriginal();
    }
  }

sendMessage()

bool sendMessage ( const LogMessage &  message )

overridevirtual

Sends a log message.

Parameters

message

The log message object.

Returns

Returns true if the message could be send.

Implements LogConnectionBase.

Definition at line 23 of file LogConnectionJSON.cc.

setBackends()

void setBackends

(

const std::vector< std::string > &

backends

)

Select the backends to use to find resources.

Parameters

backends

list of URIs identifying the backends starting with the handler prefix followed by a colon, the rest is handler specific

Definition at line 99 of file Gearbox.cc.

setBucket()

void setBucket

(

unsigned

i

)

Sets the fill status of RF bucket to true.

Parameters

i	bucket number (modulo c_RFBuckets applied internally)

Definition at line 20 of file BunchStructure.cc.

setDefaultValue()

void setDefaultValue

(

const T &

defaultValue

)

Sets the default value of a parameter.

Parameters

defaultValue

The parameter default value of the parameter.

Definition at line 42 of file ModuleParam.templateDetails.h.

setMeanCov() [1/2]

bool setMeanCov	(	const ROOT::Math::XYZVector &	mean,
		const TMatrixTBase< value_type > &	cov
	)

set the mean and covariance for the distribution.

Parameters

mean	Vector of mean values
cov	Matrix containing the covariance values

Returns

true if covariance could be decomposited, false otherwise

Definition at line 190 of file MultivariateNormalGenerator.h.

  {
    TVectorT<value_type> tmean(3);
    tmean[0] = mean.X();
    tmean[1] = mean.Y();
    tmean[2] = mean.Z();
    return setMeanCov(tmean, cov);
  }

setMeanCov() [2/2]

bool setMeanCov	(	const TVectorT< value_type > &	mean,
		const TMatrixTBase< value_type > &	cov
	)

set mean and covariance matrix from ROOT vector/matrix objects, e.g.

TMatrixD, TMatrixF, TMatrixDSym and so forth

Parameters

mean	Vector of mean values
cov	Matrix containing the covariance values

Returns

true if covariance could be decomposited, false otherwise

Definition at line 176 of file MultivariateNormalGenerator.h.

setParameter()

void setParameter	(	const std::string &	name,
		const T &	value
	)

Sets the value of a parameter given by its name.

A template based method which is invoked by the module.

Parameters

name	The unique name of the parameter.
value	The parameter value which should be assigned to the parameter given by its name.

Definition at line 69 of file ModuleParamList.templateDetails.h.

setParamPython()

void setParamPython	(	const std::string &	name,
		const PythonObject &	pyObj
	)

Implements a method for setting boost::python objects.

The method supports the following types: dict, list, int, double, string, bool The conversion of the python object to the C++ type and the final storage of the parameter value is done by specialized converter in PyObjConvUtils.h

Parameters

name	The unique name of the parameter.
pyObj	The object which should be converted and stored as the parameter value.

Definition at line 104 of file ModuleParamList.templateDetails.h.

setValue()

void setValue

(

const T &

value

)

Sets the value of a parameter.

Parameters

value

The parameter value which should be assigned to the parameter.

Definition at line 35 of file ModuleParam.templateDetails.h.

setValueFromPythonObject()

void setValueFromPythonObject ( const boost::python::object &  pyObject )

finalvirtual

Implements a method for setting boost::python objects.

The method supports the following types: list, dict, int, double, string, bool The conversion of the python object to the C++ type and the final storage of the parameter value is done by PyObjConvUtils::convertPythonObject.

Parameters

pyObject

The object which should be converted and stored as the parameter value.

Implements ModuleParamBase.

Definition at line 62 of file ModuleParam.templateDetails.h.

setValueToPythonObject()

void setValueToPythonObject ( boost::python::object &  pyObject, bool  defaultValues = false  ) const

finalvirtual

Returns a python object containing the value or the default value of the given parameter.

Parameters

pyObject	Reference to the python object which is set to the parameter value.
defaultValues	If true returns default value otherwise parameter value.

Implements ModuleParamBase.

Definition at line 68 of file ModuleParam.templateDetails.h.

storeData() [1/2]

bool storeData	(	const std::string &	name,
		TObject *	object,
		const IntervalOfValidity &	iov
	)

Store an object in the database.

Parameters

name	Name that identifies the object in the database.
object	The object that should be stored in the database.
iov	The interval of validity of the the object.

Returns

True if the storage of the object succeeded.

Definition at line 141 of file Database.cc.

storeData() [2/2]

bool storeData

(

std::list< DBImportQuery > &

query

)

Store multiple objects in the database.

Parameters

query

A list of DBImportQuery entries that contains the objects, their names, and their intervals of validity.

Returns

True if the storage of the object succeeded.

Definition at line 134 of file Database.cc.

TypeInfo()

std::string TypeInfo

static

Static function to generate a string description for the parameter type.

This string will be used to identify the contained type and guaranties some level of type safety in this type erasure.

Definition at line 22 of file ModuleParam.templateDetails.h.

update() [1/2]

void update

(

)

Updates all objects that are outside their interval of validity.

This method is called by the framework for each new run.

Definition at line 79 of file DBStore.cc.

update() [2/2]

void update

(

const EventMetaData &

event

)

Updates all objects that are outside their interval of validity.

This method is for calling the DBStore manually using an EventMetaData object instead of relying on the DataStore containing one.

Definition at line 97 of file DBStore.cc.

updateEvent() [1/2]

void updateEvent

(

)

Updates all intra-run dependent objects.

This method is called by the framework for each event.

Definition at line 142 of file DBStore.cc.

updateEvent() [2/2]

void updateEvent

(

const unsigned int

eventNumber

)

Updates all intra-run dependent objects.

This method is for specifying the event number to update to manually. Updates the m_manualEvent to use the event number given in the argument, before performing the intra-run update. This doesn't alter/use the DataStore EventMetaData.

Definition at line 153 of file DBStore.cc.

updateObject()

void updateObject ( const EventMetaData &  event )

private

update the payload object according to the new event information.

If the payload has no intra run dependency this does nothing, otherwise it will load the appropirate object for the given event and call the update notifications on changes to the object.

Definition at line 55 of file DBStoreEntry.cc.

updatePayload()

void updatePayload ( unsigned int  revision, const IntervalOfValidity &  iov, const std::string &  filename, const std::string &  checksum, const std::string &  globaltag, const EventMetaData &  event  )

private

Update the payload information for this entry and if appropriate open the new file and extract the object as needed.

If another version is already loaded the object will be deleted and the file closed.

If neither revision or filename change we assume the payload is not modified and will not update anything and not call any update notifications.

Parameters

revision	new revision of the payload
iov	new interval of validity for the payload
filename	filename for the payload
checksum	checksum of the payload
globaltag	globaltag name (or testing payloads path) from which the payload is picked
event	EventMetaData object

Definition at line 83 of file DBStoreEntry.cc.

~DBStoreEntry()

~DBStoreEntry

(

)

Clean up memory.

Some of the members are raw pointers to limit the include burden on this class as it will be included by anyone using Conditions data

Definition at line 45 of file DBStoreEntry.cc.

Variable Documentation

XYZToTVector

constexpr auto XYZToTVector

staticconstexpr

Initial value:

= [](const ROOT::Math::XYZVector& a)
  {
    return TVector3(a.X(), a.Y(), a.Z());
  }

Helper function to convert XYZVector to TVector3.

Definition at line 24 of file VectorUtil.h.