ant::calibration::DataBase::OnDiskLayout Struct Reference

#include <DataBase.h>

Collaboration diagram for ant::calibration::DataBase::OnDiskLayout:

Classes
struct	Range_t

Public Types
enum	Type_t { Type_t::DataDefault, Type_t::DataRanges, Type_t::MC }
using	DataRanges_t = std::list< Range_t >

Public Member Functions
	OnDiskLayout (const std::string &calibrationDataFolder)
std::string	GetFolder (const std::string &calibrationID, Type_t type) const
std::string	GetCurrentFile (const std::string &calibrationID, Type_t type) const
std::string	GetRangeFolder (const std::string &calibrationID, const interval< TID > &range) const
std::string	RemoveCalibrationDataFolder (const std::string &path) const
std::string	GetCurrentFile (const Range_t &range) const
DataRanges_t	GetDataRanges (const std::string &calibrationID) const

Public Attributes
const std::string	CalibrationDataFolder

Static Public Attributes
static bool	EnableCaching = false
	EnableCaching if true, the OnDiskLayout does not scan the folder structure every time GetDataRanges is called. Note that this should only be enabled globally if only read accesses are executed. The cache prevents changes to be seen made by new items! More...

Protected Member Functions
std::string	makeTIDString (const TID &tid) const
interval< TID >	parseTIDRange (const std::string &tidRangeStr) const

Protected Attributes
std::map< std::string, DataRanges_t >	cached_ranges

Member Typedef Documentation

DataRanges_t

using ant::calibration::DataBase::OnDiskLayout::DataRanges_t = std::list<Range_t>

Member Enumeration Documentation

Type_t

enum ant::calibration::DataBase::OnDiskLayout::Type_t

strong

Enumerator
DataDefault
DataRanges
MC

Constructor & Destructor Documentation

OnDiskLayout()

DataBase::OnDiskLayout::OnDiskLayout

(

const std::string &

calibrationDataFolder

)

Member Function Documentation

GetCurrentFile() [1/2]

string DataBase::OnDiskLayout::GetCurrentFile	(	const std::string &	calibrationID,
		Type_t	type
	)		const

GetCurrentFile() [2/2]

string DataBase::OnDiskLayout::GetCurrentFile

(

const Range_t &

range

)

const

GetDataRanges()

std::list< DataBase::OnDiskLayout::Range_t > DataBase::OnDiskLayout::GetDataRanges

(

const std::string &

calibrationID

)

const

GetFolder()

string DataBase::OnDiskLayout::GetFolder	(	const std::string &	calibrationID,
		Type_t	type
	)		const

GetRangeFolder()

string DataBase::OnDiskLayout::GetRangeFolder	(	const std::string &	calibrationID,
		const interval< TID > &	range
	)		const

makeTIDString()

string DataBase::OnDiskLayout::makeTIDString ( const TID &  tid ) const

protected

parseTIDRange()

interval< TID > DataBase::OnDiskLayout::parseTIDRange ( const std::string &  tidRangeStr ) const

protected

RemoveCalibrationDataFolder()

string DataBase::OnDiskLayout::RemoveCalibrationDataFolder

(

const std::string &

path

)

const

Member Data Documentation

cached_ranges

std::map<std::string, DataRanges_t> ant::calibration::DataBase::OnDiskLayout::cached_ranges

mutableprotected

CalibrationDataFolder

const std::string ant::calibration::DataBase::OnDiskLayout::CalibrationDataFolder

EnableCaching

bool DataBase::OnDiskLayout::EnableCaching = false

static

EnableCaching if true, the OnDiskLayout does not scan the folder structure every time GetDataRanges is called. Note that this should only be enabled globally if only read accesses are executed. The cache prevents changes to be seen made by new items!

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

• src/calibration/DataBase.h
• src/calibration/DataBase.cc