#include <GloBase.h>

Public Member Functions
	Base ()

	Base (const std::string &rstrClientName)

	Base (const std::string &rstrClientName, const std::string &rstrSchemaPath, const std::string &rstrBaseName)

	Base (const std::string &rstrClientName, ObjCreator &rObjCreator)

	Base (const std::string &rstrServerName, const std::string &rstrClientName)

	Base (const std::string &rstrServerName, const std::string &rstrClientName, int iTimeOutSec, unsigned int uiPort, const std::string &rstrSchemaPath, const std::string &rstrKnownSchemes)

	Base (const std::string &rstrServerName, const std::string &rstrClientName, ObjCreator &rObjCreator)

virtual	~Base ()

int	assignObject (BasePersistent *pObject) const

int	beginTransaction () const

int	close (CallBack *pProgressNotificationCallBack=nullptr)

int	closeAllSet (BaseAllSet *pAllSet) const

int	closeBase (CallBack *pProgressNotificationCallBack=nullptr)

int	commitTransaction () const

int	compressBase (CallBack *pProgressNotificationCallBack=nullptr)

int	compressBase (const std::string &rstrBaseName, CallBack *pProgressNotificationCallBack=nullptr)

int	connect (CallBack *pServerCrashNotificationCallBack=nullptr)

int	deleteObject (BasePersistent *pObject, EnDeepMode eDeepMode) const

int	deleteObjects (const std::vector< glo::ObjID > &rObjectIDs, EnDeepMode eDeepMode=glo::DM_SHALLOW) const

int	disconnect ()

int	getAllBases (std::vector< std::string > *&prRetValVector) const

int	getAllClassInfosFromBase (std::map< unsigned long, ClassInfo , std::less< unsigned long > > &prAllClassInfoMap, const std::string &rstrBaseName="") const

int	getAllClassInfosFromBase (std::map< unsigned long, std::shared_ptr< ClassInfo >, std::less< unsigned long > > &rAllClassInfoMap, const std::string &rstrBaseName="") const

int	getAllLoggedClients (std::vector< ClientInfo > &rClientInfoVector, const std::string &rstrBaseName="") const

int	getAllSubClassInfos (std::map< unsigned long, ClassInfo , std::less< unsigned long > > &prSubClassInfoMap, unsigned long ulClassID, const std::string &rstrBaseName="") const

int	getAllSubClassInfos (std::map< unsigned long, std::shared_ptr< ClassInfo >, std::less< unsigned long > > &rSubClassInfoMap, unsigned long ulClassID, const std::string &rstrBaseName="") const

int	getAllSuperClassInfos (std::map< unsigned long, ClassInfo , std::less< unsigned long > > &prSuperClassInfoMap, unsigned long ulClassID, const std::string &rstrBaseName="") const

int	getAllSuperClassInfos (std::map< unsigned long, std::shared_ptr< ClassInfo >, std::less< unsigned long > > &rBaseClassInfoMap, unsigned long ulClassID, const std::string &rstrBaseName="") const

int	getAnObject (BasePersistent *&prObject, const ObjID &rObjID, bool bGeneric=false) const

int	getAnObject (std::shared_ptr< BasePersistent > &rObject, const ObjID &rObjID, bool bGeneric=false) const

int	getBaseCount (std::vector< std::string >::size_type &rBaseCount) const

unsigned long	getBaseID () const

std::string	getBaseName () const

int	getClassInfo (ClassInfo *&prClassInfo, const std::string &rstrClassName, const std::string &rstrBaseName="") const

int	getClassInfo (ClassInfo *&prClassInfo, unsigned long ulClassID, const std::string &rstrBaseName="") const

int	getClassInfo (std::shared_ptr< ClassInfo > &rRetVal, const std::string &rstrClassName, const std::string &rstrBaseName="") const

int	getClassInfo (std::shared_ptr< ClassInfo > &rRetVal, unsigned long ulClassID, const std::string &rstrBaseName="") const

int	getClassInfoCount (std::map< unsigned long, ClassInfo *, std::less< unsigned long > >::size_type &rClassInfoCount, const std::string &rstrBaseName="") const

std::string	getClientName () const

unsigned int	getCommunicatorID () const

std::string	getDbIniName () const

int	getDefaultLimits (std::vector< LimitRecord > *&prRetValVector) const

GenPersObjectSpy *	getGenPersObjectSpy ()

int	getIndexedObjIdsFromAllSet (std::vector< glo::ObjID > &rObjIDContainer, const BaseAllSet &rAllSet, const std::string &rsIndexName, unsigned long ulIndexClassID, const std::string &rsIndexSearchValue, EnComparisionOp eComparisionOp) const

int	getIndexedObjIdsFromAllSet (std::vector< glo::ObjID > &rObjIDContainer, const BaseAllSet &rAllSet, const std::string &rsIndexName, unsigned long ulIndexClassID, const std::string &rsIndexSearchValue, EnQueryType eQuerryType) const

int	getIndexedObjIdsFromAllSet (std::vector< glo::ObjID > &rObjIDContainer, const BaseAllSet &rAllSet, const std::string &rsIndexName, unsigned long ulIndexClassID, const std::string &rsRangeStartIndexSearchValue, const std::string &rsRangeEndIndexSearchValue) const

int	getIndexedObjIdsFromAllSet (std::vector< glo::ObjID > &rObjIDContainer, const BaseAllSet &rAllSet, const std::string &rsIndexSearchValue, EnComparisionOp eComparisionOp) const

int	getIndexedObjIdsFromAllSet (std::vector< glo::ObjID > &rObjIDContainer, const BaseAllSet &rAllSet, const std::string &rsIndexSearchValue, EnQueryType eQuerryType) const

int	getIndexedObjIdsFromAllSet (std::vector< glo::ObjID > &rObjIDContainer, const BaseAllSet &rAllSet, const std::string &rsRangeStartIndexSearchValue, const std::string &rsRangeEndIndexSearchValue) const

int	getKnownSchemes (std::vector< std::string > &rRetVal)

int	getLimits (LimitRecord *&prLimitRecord, const ClassInfoAttribute::Type &rClassInfoAttributeType) const

int	getLimits (std::shared_ptr< LimitRecord > &rLimitRecord, const ClassInfoAttribute::Type &rClassInfoAttributeType) const

int	getObjectFromAllSet (ObjID &rObjID, BasePersistent *&prObject, const BaseAllSet &rAllSet, EnSeekMode eMode, bool bGeneric=false) const

ObjectMaker *	getObjectMaker ()

int	getObjIdFromAllSet (ObjID &rObjID, const BaseAllSet &rAllSet, EnSeekMode eMode) const

PersObjectSpy *	getPersObjectSpy ()

int	getPort (unsigned int &ruiPort)

int	getProcessingPossibilities (const ObjID &rObjId, LockPossibleSpecification &rLockPossibleSpecification, EnDeepMode eDeepMode) const

int	getRecord (Record *&prRecord, const ObjID &rObjID, unsigned long ulClassID) const

int	getRecord (std::shared_ptr< Record > &rRecord, const ObjID &rObjID, unsigned long ulClassID) const

int	getRootClassInfo (ClassInfo *&prRootClassInfo, const std::string &rstrBaseName="") const

int	getRootClassInfo (std::shared_ptr< ClassInfo > &rRootClassInfo, const std::string &rstrBaseName="") const

int	getSchemaNameWithPath (std::string &rstrRetVal)

int	getSchemaPath (std::string &rstrRetVal)

std::string	getServerName () const

int	getSizeFromAllSet (std::size_t &rnSize, const BaseAllSet &rAllSet) const

int	getSubClassInfos (std::map< unsigned long, ClassInfo , std::less< unsigned long > > &prSubClassInfoMap, unsigned long ulClassID, const std::string &rstrBaseName="") const

int	getSubClassInfos (std::map< unsigned long, std::shared_ptr< ClassInfo >, std::less< unsigned long > > &rSubClassInfoMap, unsigned long ulClassID, const std::string &rstrBaseName="") const

int	getSuperClassInfos (std::map< unsigned long, ClassInfo , std::less< unsigned long > > &prSuperClassInfoMap, unsigned long ulClassID, const std::string &rstrBaseName="") const

int	getSuperClassInfos (std::map< unsigned long, std::shared_ptr< ClassInfo >, std::less< unsigned long > > &rBaseClassInfoMap, unsigned long ulClassID, const std::string &rstrBaseName="") const

int	getTimeOutSec (int &riTimeOutSec)

int	getTransactionLevel () const

int	indexAvailable (const std::string &rsIndexName, unsigned long ulClassID, const std::string &rstrBaseName="") const

bool	isConnected () const

bool	isInTransaction () const

int	isKnownClassID (bool &rbRetVal, unsigned long ulClassID, const std::string &rstrBaseName="") const

int	isLockedObject (const ObjID &rObjId, EnLockMode eLockMode, EnDeepMode eDeepMode) const

bool	isOpen () const

int	isPossible (const ObjID &rObjId, bool bRead, bool bWrite, bool bDelete, EnDeepMode eDeepMode) const

int	isStoredObject (bool &rbRetVal, BasePersistent *pObject) const

int	isSuperClassFrom (bool &rbRetVal, unsigned long ulClassIDSuperClass, unsigned long ulClassIDSubClass, const std::string &rstrBaseName="") const

int	lockLot (const BaseLot &rObjIdLot, EnLockMode eLockMode, EnDeepMode eDeepMode) const

int	lockObject (const ObjID &rObjId, EnLockMode eLockMode, EnDeepMode eDeepMode) const

int	lockObjIdList (std::list< ObjID > *pObjIDList, EnLockMode eLockMode, EnDeepMode eDeepMode) const

int	notifyAsWritten (const std::list< ObjID > &rObjIDList) const

int	objIDInAllSet (const ObjID &rObjID, const BaseAllSet &rAllSet) const

int	open (const std::string &rstrBaseName, CallBack *pProgressNotificationCallBack=nullptr)

int	openAllSet (BaseAllSet *pAllSet) const

int	openBase (CallBack pProgressNotificationCallBack=nullptr, CallBack pServerCrashNotificationCallBack=nullptr)

int	openBaseComfortably (CallBack pProgressNotificationCallBack=nullptr, CallBack pServerCrashNotificationCallBack=nullptr)

int	reconnect (CallBack *pServerCrashNotificationCallBack=nullptr)

int	refreshObject (BasePersistent *pObject) const

int	reindexBase (CallBack *pProgressNotificationCallBack=nullptr)

int	reindexBase (const std::string &rstrBaseName, CallBack *pProgressNotificationCallBack=nullptr)

int	relockObject (const ObjID &rObjId, EnLockMode eLockMode, EnDeepMode eDeepMode) const

int	removeIndexFilter (const BaseAllSet &rAllSet) const

int	repairBase (CallBack *pProgressNotificationCallBack=nullptr)

int	repairBase (const std::string &rstrBaseName, CallBack *pProgressNotificationCallBack=nullptr)

int	setBaseName (const std::string &rstrBaseName)

int	setClientName (const std::string &rstrClientName)

int	setCurrentObjectInAllSet (const ObjID &rObjID, const BaseAllSet &rAllSet) const

int	setDbIniName (const std::string &rstrDbIniName)

int	setIndexFilter (const BaseAllSet &rAllSet, const std::string &rsIndexFilter) const

int	setIndexFilter (const BaseAllSet &rAllSet, const std::string &rsIndexFilter, EnComparisionOp eComparisionOp) const

int	setIndexFilter (const BaseAllSet &rAllSet, const std::string &rsRangeStartIndexFilter, const std::string &rsRangeEndIndexFilter) const

int	setKnownSchemes (const std::string &rstrKnownSchemes)

int	setPositionInAllSet (std::size_t nPosition, const BaseAllSet &rAllSet) const

int	setSchemaPath (const std::string &rstrSchemaPath)

int	setWatchClass (unsigned long ulClassID, TdWatchNotifyMode ulWatchMode, CallBack *pCallBack) const

int	setWatchClient (TdWatchNotifyMode ulWatchMode, CallBack *pCallBack) const

int	setWatchIndex (TdWatchNotifyMode ulWatchMode, CallBack *pCallBack) const

int	setWatchLot (const BaseLot &rObjIdLot, TdWatchNotifyMode ulWatchMode, EnDeepMode eDeepMode, CallBack *pCallBack) const

int	setWatchObject (const ObjID &rObjId, TdWatchNotifyMode ulWatchMode, EnDeepMode eDeepMode, CallBack *pCallBack) const

int	setWatchServer (CallBack *pCallBack) const

int	storeObject (BasePersistent *pObject, EnDeepMode eDeepMode) const

int	unlockLot (const BaseLot &rObjIdLot, EnLockMode eLockMode, EnDeepMode eDeepMode) const

int	unlockObject (const ObjID &rObjId, EnLockMode eLockMode, EnDeepMode eDeepMode) const

int	unlockObjIdList (std::list< ObjID > *pObjIDList, EnLockMode eLockMode, EnDeepMode eDeepMode) const

int	unsetWatchClass (unsigned long ulClassID, TdWatchNotifyMode ulWatchMode, CallBack *pCallBack) const

int	unsetWatchClient (TdWatchNotifyMode ulWatchMode, CallBack *pCallBack) const

int	unsetWatchIndex (TdWatchNotifyMode ulWatchMode, CallBack *pCallBack) const

int	unsetWatchLot (const BaseLot &rObjIdLot, TdWatchNotifyMode ulWatchMode, EnDeepMode eDeepMode, CallBack *pCallBack) const

int	unsetWatchObject (const ObjID &rObjId, TdWatchNotifyMode ulWatchMode, EnDeepMode eDeepMode, CallBack *pCallBack) const


int	abortTransaction () const
	A transaction is aborted or rolled back.

int	rollBackTransaction () const
	A transaction is aborted or rolled back.

Protected Member Functions
std::shared_ptr< PrivateBase >	getPrivateBase () const

Private Member Functions
	Base (const Base &)

Base &	operator= (const Base &)

Private Attributes
eut::CriticalSection	m_LocalCriticalSection

OpenedDatabases *	m_pOpenedDatabases

std::shared_ptr< PrivateBase >	m_spPrivateBase

Friends
class	EmbeddedRecordAttribute

class	ObjectMaker

class	Persistent

Constructor & Destructor Documentation

◆ Base() [1/8]

glo::Base::Base ( )

The standard constructor instantiates an object of this class in "LOCAL" mode, i.e. in single-user mode on the database.

◆ Base() [2/8]

glo::Base::Base ( const std::string & rstrClientName )

The constructor with parameter passing instantiates an object of this class in "LOCAL" mode, i.e. in single-user mode on the database.

Parameters

[in] rstrClientName The client name can be passed.

◆ Base() [3/8]

glo::Base::Base	(	const std::string &	rstrClientName,
		const std::string &	rstrSchemaPath,
		const std::string &	rstrBaseName )

The constructor with parameter passing instantiates an object of this class in "LOCAL" mode, i.e. in single-user mode on the database. To be able to open a database without DB.ini, the path to a database and the name of the database is needed, which is passed here.

Parameters

[in]	rstrClientName	The client name can be passed here.
[in]	rstrSchemaPath	The directory path to the database is mandatory (e.g. "C:/Path/").
[in]	rstrBaseName	The name of the schema respectively database is mandatory.

◆ Base() [4/8]

glo::Base::Base	(	const std::string &	rstrClientName,
		ObjCreator &	rObjCreator )

The constructor with parameter passing instantiates an object of this class in "LOCAL" mode, i.e. in single-user mode on the database.

In order to be able to open a database without DB.ini, the path to a database can be passed afterwards (see also Base::setSchemaPath (...) ).

Parameters

[in]	rstrClientName	The client name can be passed.
[in]	rObjCreator	Reference to a valid ObjCreator (which knows the persistent classes and the database).

◆ Base() [5/8]

glo::Base::Base	(	const std::string &	rstrServerName,
		const std::string &	rstrClientName )

Constructor with parameter passing instantiates an object of this class in the passed mode (parameter rstrServerName)

This would be sufficient to connect to a database (see Base::connect(CallBack *) )

Parameters

[in]	rstrServerName	The server name or IP address is mandatory. If "LOCAL" is passed as server, the system operates in single user mode.
[in]	rstrClientName	The client name can be passed.

◆ Base() [6/8]

glo::Base::Base	(	const std::string &	rstrServerName,
		const std::string &	rstrClientName,
		int	iTimeOutSec,
		unsigned int	uiPort,
		const std::string &	rstrSchemaPath,
		const std::string &	rstrKnownSchemes )

This constructor with parameter passing instantiates an object of this class in passed mode (parameter rstrServerName) to be able to open a database without a DB.ini.

Parameters

[in]	rstrServerName	The server name or IP address is mandatory. If "LOCAL" is passed as server, the system operates in single user mode. The uiPort is not used. If "LOCAL" is not passed as server, i.e. a server is to be addressed, rstrSchemaPath and rstrKnownSchemes are not evaluated, because the server knows by evaluating 'its DB.ini' which databases exist and where they are located.
[in]	rstrClientName	The client name can be passed.
[in]	iTimeOutSec	The waiting time in seconds is mandatory.
[in]	uiPort	The port (only mandatory for server operation!).
[in]	rstrSchemaPath	The directory path to the database (e.g. "C:/Path/") is only mandatory for single user operation.
[in]	rstrKnownSchemes	The names of the known database (e.g. "Name1\|Name2") are only mandatory for single user operation.

◆ Base() [7/8]

glo::Base::Base	(	const std::string &	rstrServerName,
		const std::string &	rstrClientName,
		ObjCreator &	rObjCreator )

This constructor with parameter passing instantiates an object of this class in passed mode (parameter rstrServerName) to open a database with DB.ini This constructor is usually used when working with typed persistent objects of a database.

Parameters

[in]	rstrServerName	The server name or IP address is mandatory. If "LOCAL" is passed as the server, work is carried out in single-user mode. There must be a DB.ini for the application (in its execution directory) so that it can determine, among other things, which databases exist and where they are located. If not passed as server "LOCAL", i.e. a server is addressed the server (in its access) must have a DB.ini must be present, so that it can determine, among other things, which databases exist and where they are located.
[in]	rstrClientName	The client name can be passed.
[in]	rObjCreator	Reference to a valid ObjCreator (which knows the persistent classes and the database).

◆ ~Base()

virtual glo::Base::~Base ( )

virtual

Destructor, cleaning up. If the database is open, it will be closed first to write the indexes.

◆ Base() [8/8]

glo::Base::Base ( const Base & )

private

The copy constructor is not available.

Member Function Documentation

◆ abortTransaction()

int glo::Base::abortTransaction ( ) const

A transaction is aborted or rolled back.

The database actions of the current transaction stack up to the last Base::beginTransaction() are discarded.

Returns: A return < 0 indicates an error.

See also: description of the GlobalObjects Transaktion.; Base::beginTransaction() and Base::commitTransaction()

◆ assignObject()

int glo::Base::assignObject ( BasePersistent * pObject ) const

Registriert das übertragene Objekt in der geöffneten Datenbank. Dem Objekt wird eine Objekt-ID zugewiesen.

Parameters

[in,out] pObject Zeiger auf das zu registrierende persistente Objekt.

Returns: Ein Rückgabewert < 0 zeigt einen Fehler an.

◆ beginTransaction()

int glo::Base::beginTransaction ( ) const

A transaction is started. Database actions are not processed immediately, but end up on a transaction stack.

Returns: A return < 0 indicates an error.

See also: description of the GlobalObjects Transaktion.; Base::commitTransaction(), Base::abortTransaction() and Base::rollBackTransaction()

◆ close()

int glo::Base::close ( CallBack * pProgressNotificationCallBack = nullptr )

The open database is closed.

Parameters

[in] pProgressNotificationCallBack When a valid pointer to an object is passed, the progress of writing indexes is sent via a notification to the CallBack object (see also CallBack::notify(NotifyNote&) ).

Returns: A return value < 0 indicates an error.

Note: The database should have been opened with the method Base::open(const std::string&, CallBack*).

◆ closeAllSet()

int glo::Base::closeAllSet ( BaseAllSet * pAllSet ) const

Closes an AllSet in the open database.

Parameters

[in,out] pAllSet The AllSet.

Returns: A return value < 0 indicates an error.

◆ closeBase()

int glo::Base::closeBase ( CallBack * pProgressNotificationCallBack = nullptr )

The open database is closed.
The connection to the database is implicitly terminated.

Parameters

[in] pProgressNotificationCallBack When a valid pointer to an object is passed, the progress of writing indexes is sent via a notification to the CallBack object (see also CallBack::notify(NotifyNote&) ).

Returns: A return value < 0 indicates an error.

Note: The database should have been opened with the method Base::openBase(CallBack*) or Base::openBaseComfortably(CallBack*).

◆ commitTransaction()

int glo::Base::commitTransaction ( ) const

A transaction is confirmed. The database actions of the current transaction stack are processed.

Returns: A return < 0 indicates an error.

See also: description of the GlobalObjects Transaktion.; Base::beginTransaction(), Base::abortTransaction() and Base::rollBackTransaction()

◆ compressBase() [1/2]

int glo::Base::compressBase ( CallBack * pProgressNotificationCallBack = nullptr )

The database is compressed with the name that was previously passed in a constructor or via Base::setBaseName (...). This means that all deleted records are removed from the tables.

Parameters

[in] pProgressNotificationCallBack If a valid pointer to an object is passed the progress of the compression via a notification to the CallBack object (see also CallBack::notify(NotifyNote&) ).

Returns: A return value < 0 indicates an error.

Note: If finished without errors, the index has been rebuilt.

Attention: The desired will only succeed if the database is not opened by any instance.
Without previous connection (see also Base::connect(CallBack*) ) the method fails.

◆ compressBase() [2/2]

int glo::Base::compressBase	(	const std::string &	rstrBaseName,
		CallBack *	pProgressNotificationCallBack = nullptr )

The database is compressed with the transferred name. The means that all deleted records are removed from the tables.

Parameters

[in]	rstrBaseName	The name of the database which compresses should be.
[in]	pProgressNotificationCallBack	If a valid pointer to an object is passed the progress of the compression via a notification to the CallBack object (see also CallBack::notify(NotifyNote&) ).

Returns: A return value < 0 indicates an error.

Note: If finished without errors, the index has been rebuilt.

Attention: The desired will only succeed if the database is not opened by any instance.
Without previous connection (see also Base::connect(CallBack*) ) the method fails.

◆ connect()

int glo::Base::connect ( CallBack * pServerCrashNotificationCallBack = nullptr )

Establishes a connection to Manager.
Depending on the server name a LocalThread is instantiated at "LOCAL", otherwise a ClientThread is instantiated.
If server name "LOCAL", at least the directory path to the database and the names of the existing databases (e.g. "Name1|Name2") must be known.
If the server name includes a server connection, at least the TCP port and the information about the waiting time in seconds must be known.

Parameters

[in] pServerCrashNotificationCallBack If a valid pointer to a CallBack object is passed and a connection to a GloServer is to be established, a notification is sent to the CallBack object if the connection is lost (see also CallBack::notify(NotifyNote&) ).

Returns: A return value < 0 indicates an error.

See also: Base::disconnect()

◆ deleteObject()

int glo::Base::deleteObject	(	BasePersistent *	pObject,
		EnDeepMode	eDeepMode ) const

Deletes passed persistent object in the database.

Parameters

[in]	pObject	A pointer to the object to be deleted.
[in]	eDeepMode	The delete depth mode.

Returns: A return value < 0 indicates an error.

Attention: The deleted object can no longer be saved, the object ID is used up.

◆ deleteObjects()

int glo::Base::deleteObjects	(	const std::vector< glo::ObjID > &	rObjectIDs,
		EnDeepMode	eDeepMode = glo::DM_SHALLOW ) const

Deletes the objects with the object ID from the passed container in the database.

Parameters

[in]	rObjectIDs	Container with the object IDs of the objects to be deleted.
[in]	eDeepMode	The delete depth mode.

Returns: A return value < 0 indicates an error.

Note: Either all objects with the respective object IDs are deleted, or none. This can happen if at least one object to be deleted is locked.
The passed object ID container must not be empty.
The possibly overwritten methods glo::Persistent::preDeleteInBase( EnDeepMode, void*& ) and glo::Persistent::postDeleteInBase( int, EnDeepMode, void* ) are NOT called for the objects to be deleted!

Attention: The deleted objects can no longer be saved; the object IDs are used up.

◆ disconnect()

int glo::Base::disconnect ( )

Terminates a connection to Manager.

Returns: A return value < 0 indicates an error.

See also: Base::connect(CallBack*)

◆ getAllBases()

int glo::Base::getAllBases ( std::vector< std::string > *& prRetValVector ) const

Returns all names of known databases via Manager.

Parameters

[in,out] prRetValVector The names of the known databases.

Returns: A return value < 0 indicates an error.

Attention: Without previous connection (see also Base::connect(CallBack*) ) the method fails.

◆ getAllClassInfosFromBase() [1/2]

int glo::Base::getAllClassInfosFromBase	(	std::map< unsigned long, ClassInfo , std::less< unsigned long > > &	prAllClassInfoMap,
		const std::string &	rstrBaseName = "" ) const

Returns all class information from the database with the name passed.

Parameters

[in,out]	prAllClassInfoMap	The container with all class information.
[in]	rstrBaseName	The name of the database respectively schema. If no name is passed, the value is taken from PrivateBase::m_strBaseName.

Returns: A return value < 0 indicates an error.

Attention: Without previous connection (see also Base::connect(CallBack*) ) the method fails.
The supplied object and its elements must be removed from memory by the calling instance.

Note: It is recommended, if possible, to consider using std::shared_ptr and to use the method getAllClassInfosFromBase(std::map< unsigned, std::shared_ptr<ClassInfo>, std::less<unsigned long> >&, const std::string&)const.

◆ getAllClassInfosFromBase() [2/2]

int glo::Base::getAllClassInfosFromBase	(	std::map< unsigned long, std::shared_ptr< ClassInfo >, std::less< unsigned long > > &	rAllClassInfoMap,
		const std::string &	rstrBaseName = "" ) const

Returns all class information from the database with the name passed.

Parameters

[in,out]	rAllClassInfoMap	The container with all class information in std::shared_ptr.
[in]	rstrBaseName	The name of the database respectively schema. If no name is passed, the value is taken from PrivateBase::m_strBaseName.

Returns: A return value < 0 indicates an error.

Attention: Without previous connection (see also Base::connect(CallBack*) ) the method fails.

◆ getAllLoggedClients()

int glo::Base::getAllLoggedClients	(	std::vector< ClientInfo > &	rClientInfoVector,
		const std::string &	rstrBaseName = "" ) const

Returns all clients logged on the server. If the name of a database is passed, the clients which have opened the database with the passed name are delivered. have opened the database with the given name.

Parameters

[in,out]	prClientInfoVector	The ClientInfo's of the clients, which have opened the database with the given name.
[in]	rstrBaseName	If the name of the database is not an empty string, the clients are delivered, which are connected to the database.

Returns: A return value < 0 indicates an error.

Attention: Without previous connection (see also Base::connect(CallBack*) ) the method fails.

◆ getAllSubClassInfos() [1/2]

int glo::Base::getAllSubClassInfos	(	std::map< unsigned long, ClassInfo , std::less< unsigned long > > &	prSubClassInfoMap,
		unsigned long	ulClassID,
		const std::string &	rstrBaseName = "" ) const

Returns the class information of all subclasses of a class with passed class ID from the database with passed name.

Parameters

[in,out]	prSubClassInfoMap	The container with the class information of all subclasses of the class with passed class ID.
[in]	ulClassID	The class ID.
[in]	rstrBaseName	The name of the database respectively schema. If no name is passed, the value is taken from PrivateBase::m_strBaseName.

Returns: A return value < 0 indicates an error.

Attention: Without previous connection (see also Base::connect(CallBack*) ) the method fails.
The supplied object and its elements must be removed from memory by the calling instance.

Note: It is recommended, if possible, to consider using std::shared_ptr and to use the method getAllSubClassInfos(std::map< unsigned, std::shared_ptr<ClassInfo>, std::less<unsigned long> >&, unsigned long, const std::string&)const.

◆ getAllSubClassInfos() [2/2]

int glo::Base::getAllSubClassInfos	(	std::map< unsigned long, std::shared_ptr< ClassInfo >, std::less< unsigned long > > &	rSubClassInfoMap,
		unsigned long	ulClassID,
		const std::string &	rstrBaseName = "" ) const

Returns the class information of all subclasses of a class with passed class ID from the database with passed name.

Parameters

[in,out]	rSubClassInfoMap	The container with the class information of all subclasses of the class with passed class ID in std::shared_ptr.
[in]	ulClassID	The class ID.
[in]	rstrBaseName	The name of the database respectively schema. If no name is passed, the value is taken from PrivateBase::m_strBaseName.

Returns: A return value < 0 indicates an error.

Attention: Without previous connection (see also Base::connect(CallBack*) ) the method fails.

◆ getAllSuperClassInfos() [1/2]

int glo::Base::getAllSuperClassInfos	(	std::map< unsigned long, ClassInfo , std::less< unsigned long > > &	prSuperClassInfoMap,
		unsigned long	ulClassID,
		const std::string &	rstrBaseName = "" ) const

Returns the class information of all superclasses of a class with a passed class ID from the database with a passed name.

Parameters

[in,out]	prSuperClassInfoMap	The container with the class information of all superclasses of the class with passed class ID.
[in]	ulClassID	The class ID.
[in]	rstrBaseName	The name of the database respectively schema. If no name is passed, the value is taken from PrivateBase::m_strBaseName.

Returns: A return value < 0 indicates an error.

Attention: Without previous connection (see also Base::connect(CallBack*) ) the method fails.
The supplied object and its elements must be removed from memory by the calling instance.

Note: It is recommended, if possible, to consider using std::shared_ptr and to use the method getAllSuperClassInfos(std::map< unsigned, std::shared_ptr<ClassInfo>, std::less<unsigned long> >&, unsigned long, const std::string&)const.

◆ getAllSuperClassInfos() [2/2]

int glo::Base::getAllSuperClassInfos	(	std::map< unsigned long, std::shared_ptr< ClassInfo >, std::less< unsigned long > > &	rBaseClassInfoMap,
		unsigned long	ulClassID,
		const std::string &	rstrBaseName = "" ) const

Returns the class information of all superclasses of a class with a passed class ID from the database with a passed name.

Parameters

[in,out]	rBaseClassInfoMap	The container with the class information of all superclasses of the class with passed class ID in std::shared_ptr.
[in]	ulClassID	The class ID.
[in]	rstrBaseName	The name of the database respectively schema. If no name is passed, the value is taken from PrivateBase::m_strBaseName.

Returns: A return value < 0 indicates an error.

Attention: Without previous connection (see also Base::connect(CallBack*) ) the method fails.

◆ getAnObject() [1/2]

int glo::Base::getAnObject	(	BasePersistent *&	prObject,
		const ObjID &	rObjID,
		bool	bGeneric = false ) const

Returns an object with passed object ID from the opened database.

Parameters

[in,out]	prObject	The pointer to the fetched object.
[in]	rObjID	The object ID.
[in]	bGeneric	If false, an object of type Persistent or derived from it is returned. If true, a generic object of the type GenericPersistent is delivered.

Returns: A return value < 0 indicates an error.

Attention: The returned object must be removed from memory by the calling instance using BasePersistent::forget().

Note: It is recommended, if possible, to consider using std::shared_ptr in conjunction with Forgetter and to use the method getAnObject(std::shared_ptr<BasePersistent>&, const ObjID&, bool)const.

◆ getAnObject() [2/2]

int glo::Base::getAnObject	(	std::shared_ptr< BasePersistent > &	rObject,
		const ObjID &	rObjID,
		bool	bGeneric = false ) const

Returns an object with passed object ID from the opened database.

Parameters

[in,out]	rObject	The pointer to the fetched object in a std::shared_ptr.
[in]	rObjID	The object ID.
[in]	bGeneric	If false, an object of type Persistent or derived from it is returned. If true, a generic object of the type GenericPersistent is delivered.

Returns: A return value < 0 indicates an error.

◆ getBaseCount()

int glo::Base::getBaseCount ( std::vector< std::string >::size_type & rBaseCount ) const

Returns the number of known databases via Manager.

Parameters

[in,out] rBaseCount The number of known databases.

Returns: A return value < 0 indicates an error.

Attention: Without previous connection (see also Base::connect(CallBack*) ) the method fails.

◆ getBaseID()

unsigned long glo::Base::getBaseID ( ) const

Returns the database ID.

Returns: See above.

◆ getBaseName()

std::string glo::Base::getBaseName ( ) const

Returns: The name of the schema respectively database.

◆ getClassInfo() [1/4]

int glo::Base::getClassInfo	(	ClassInfo *&	prClassInfo,
		const std::string &	rstrClassName,
		const std::string &	rstrBaseName = "" ) const

Returns the class information of a class with passed class name from the database with passed name.

Parameters

[in,out]	prClassInfo	The class information.
[in]	rstrClassName	The class name.
[in]	rstrBaseName	The name of the database respectively schema. If no name is passed, the value is taken from PrivateBase::m_strBaseName.

Returns: A return value < 0 indicates an error.

Attention: Without previous connection (see also Base::connect(CallBack*) ) the method fails.
The object delivered must be removed from memory by the calling instance.

Note: It is recommended, if possible, to consider using std::shared_ptr and to use the method getClassInfo(std::shared_ptr<ClassInfo>&, unsigned long, const std::string&)const

◆ getClassInfo() [2/4]

int glo::Base::getClassInfo	(	ClassInfo *&	prClassInfo,
		unsigned long	ulClassID,
		const std::string &	rstrBaseName = "" ) const

Returns the class information of a class with passed class ID from the database with passed name.

Parameters

[in,out]	prClassInfo	The class information.
[in]	ulClassID	The class ID.
[in]	rstrBaseName	The name of the database respectively schema. If no name is passed, the value is taken from PrivateBase::m_strBaseName.

Returns: A return value < 0 indicates an error.

Attention: Without previous connection (see also Base::connect(CallBack*) ) the method fails.
The object delivered must be removed from memory by the calling instance.

Note: It is recommended, if possible, to consider using std::shared_ptr and to use the method getClassInfo(std::shared_ptr<ClassInfo>&, unsigned long, const std::string&)const

◆ getClassInfo() [3/4]

int glo::Base::getClassInfo	(	std::shared_ptr< ClassInfo > &	rRetVal,
		const std::string &	rstrClassName,
		const std::string &	rstrBaseName = "" ) const

Returns the class information of a class with passed class name from the database with passed name.

Parameters

[in,out]	rRetVal	The class information in a std::shared_ptr.
[in]	rstrClassName	The class name.
[in]	rstrBaseName	The name of the database respectively schema. If no name is passed, the value is taken from PrivateBase::m_strBaseName.

Returns: A return value < 0 indicates an error.

Attention: Without previous connection (see also Base::connect(CallBack*) ) the method fails.

◆ getClassInfo() [4/4]

int glo::Base::getClassInfo	(	std::shared_ptr< ClassInfo > &	rRetVal,
		unsigned long	ulClassID,
		const std::string &	rstrBaseName = "" ) const

Returns the class information of a class with passed class ID from the database with passed name.

Parameters

[in,out]	rRetVal	The class information in a std::shared_ptr.
[in]	ulClassID	The class ID.
[in]	rstrBaseName	The name of the database respectively schema. If no name is passed, the value is taken from PrivateBase::m_strBaseName.

Returns: A return value < 0 indicates an error.

Attention: Without previous connection (see also Base::connect(CallBack*) ) the method fails.

◆ getClassInfoCount()

int glo::Base::getClassInfoCount	(	std::map< unsigned long, ClassInfo *, std::less< unsigned long > >::size_type &	rClassInfoCount,
		const std::string &	rstrBaseName = "" ) const

Returns the number of all class information from the database with the name passed.

Parameters

[in,out]	rClassInfoCount	The number of class information.
[in]	rstrBaseName	The name of the database respectively schema. If no name is passed, the value is taken from PrivateBase::m_strBaseName.

Returns: A return value < 0 indicates an error.

Attention: Without previous connection (see also Base::connect(CallBack*) ) the method fails.

◆ getClientName()

std::string glo::Base::getClientName ( ) const

Returns a client name if set.

Returns: The client name.

◆ getCommunicatorID()

unsigned int glo::Base::getCommunicatorID ( ) const

Returns: The communicator ID.

◆ getDbIniName()

std::string glo::Base::getDbIniName ( ) const

Returns the name of the initialization file.

Returns: See above.

See also: setDbIniName(const std::string&)

◆ getDefaultLimits()

int glo::Base::getDefaultLimits ( std::vector< LimitRecord > *& prRetValVector ) const

Returns the default limitations of the database.

Parameters

[in,out] prRetValVector All limits of the database.

Returns: A return value < 0 indicates an error.

Attention: There must be at least one connection to the Manager (see Base::connect(CallBack*) )

◆ getGenPersObjectSpy()

GenPersObjectSpy * glo::Base::getGenPersObjectSpy ( )

Returns the pointers to the GenPersObjectSpy from its m_spPrivateBase

Returns: see above.

Attention: The calling instance must NOT modify or remove the returned object from memory. It only lives as long as this object.

◆ getIndexedObjIdsFromAllSet() [1/6]

int glo::Base::getIndexedObjIdsFromAllSet	(	std::vector< glo::ObjID > &	rObjIDContainer,
		const BaseAllSet &	rAllSet,
		const std::string &	rsIndexName,
		unsigned long	ulIndexClassID,
		const std::string &	rsIndexSearchValue,
		EnComparisionOp	eComparisionOp ) const

Returns a container of object IDs from the passed AllSet in relation to the passed parameters. The result can be defined using the parameter eComparisionOp. If e.g. parameter sIndex has the value "123" and parameter eComparisionOp has the value LESS, only all objects with the index lower than 123 will be delivered.

Parameters

[in,out]	rObjIDContainer	The object IDs found are returned to this list.
[in]	rAllSet	The AllSet that is to provide the object ID.
[in]	rsIndexName	The index name of the index to be searched.
[in]	ulIndexClassID	The ID of the class indexed with the 'rsIndexName'. This allows you to use the index of a superclass.
[in]	rsIndexSearchValue	The index value.
[in]	eComparisionOp	The comparison operator. For example, if rsIndex has the value "123" and eComparisionOp has the value LESS, all objects with the index less than 123 are returned.

Returns: A return value < 0 indicates an error.

Note: Any placeholders '*' and '?' in the parameter rsIndexSearchValue are NOT taken into account.
The IndexName must be set in AllSet.
Indexes are only determined after opening the AllSet.

◆ getIndexedObjIdsFromAllSet() [2/6]

int glo::Base::getIndexedObjIdsFromAllSet	(	std::vector< glo::ObjID > &	rObjIDContainer,
		const BaseAllSet &	rAllSet,
		const std::string &	rsIndexName,
		unsigned long	ulIndexClassID,
		const std::string &	rsIndexSearchValue,
		EnQueryType	eQuerryType ) const

Returns a container of object IDs from the passed AllSet in relation to the passed parameters.

Parameters

[in,out]	rObjIDContainer	The object IDs found are returned to this list.
[in]	rAllSet	The AllSet that is to provide the object ID.
[in]	rsIndexName	The index name of the index to be searched.
[in]	ulIndexClassID	The ID of the class indexed with the 'rsIndexName'. This allows you to use the index of a superclass.
[in]	rsIndexSearchValue	The index expression can contain the placeholders '*' and '?', which are taken into account in the evaluation or if parameter eQueryType == eOQL, the string is interpreted as OQL expression. Please note; OQL is not yet implemented!
[in]	eQuerryType	The query type.

Returns: A return value < 0 indicates an error.

Note: The IndexName must be set in AllSet.
Indexes are only determined after opening the AllSet.

◆ getIndexedObjIdsFromAllSet() [3/6]

int glo::Base::getIndexedObjIdsFromAllSet	(	std::vector< glo::ObjID > &	rObjIDContainer,
		const BaseAllSet &	rAllSet,
		const std::string &	rsIndexName,
		unsigned long	ulIndexClassID,
		const std::string &	rsRangeStartIndexSearchValue,
		const std::string &	rsRangeEndIndexSearchValue ) const

Returns a container of object IDs from the passed AllSet in relation to the passed parameters. The result can be defined with a range specification. For example, if parameter rsRangeStartIndexSearchValue has the value "123" and parameter rsRangeEndIndexSearchValue has the value "155", only all objects with an index greater than/equal to 123 and less than/equal to 155 will be delivered.

Parameters

[in,out]	rObjIDContainer	The object IDs found are returned to this list.
[in]	rAllSet	The AllSet that is to provide the object ID.
[in]	rsIndexName	The index name of the index to be searched.
[in]	ulIndexClassID	The ID of the class indexed with the 'rsIndexName'. This allows you to use the index of a superclass.
[in]	rsRangeStartIndexSearchValue	The start index value.
[in]	rsRangeEndIndexSearchValue	The end index value.

Note: Any placeholders '*' and '?' in the parameter rsIndexSearchValue are NOT taken into account.
The IndexName must be set in AllSet.
Indexes are only determined after opening the AllSet.

◆ getIndexedObjIdsFromAllSet() [4/6]

int glo::Base::getIndexedObjIdsFromAllSet	(	std::vector< glo::ObjID > &	rObjIDContainer,
		const BaseAllSet &	rAllSet,
		const std::string &	rsIndexSearchValue,
		EnComparisionOp	eComparisionOp ) const

Returns a container of object IDs from the passed AllSet in relation to the passed parameters. The result can be defined using the parameter eComparisionOp. If e.g. parameter sIndex has the value "123" and parameter eComparisionOp has the value LESS, only all objects with the index lower than 123 will be delivered.

Parameters

[in,out]	rObjIDContainer	The object IDs found are returned to this list.
[in]	rAllSet	The AllSet that is to provide the object ID.
[in]	rsIndexSearchValue	The index value.
[in]	eComparisionOp	The comparison operator. For example, if rsIndex has the value "123" and eComparisionOp has the value LESS, all objects with the index less than 123 are returned.

Returns: A return value < 0 indicates an error.

Note: Any placeholders '*' and '?' in the parameter rsIndexSearchValue are NOT taken into account.
The IndexName must be set in AllSet.
Indexes are only determined after opening the AllSet.

◆ getIndexedObjIdsFromAllSet() [5/6]

int glo::Base::getIndexedObjIdsFromAllSet	(	std::vector< glo::ObjID > &	rObjIDContainer,
		const BaseAllSet &	rAllSet,
		const std::string &	rsIndexSearchValue,
		EnQueryType	eQuerryType ) const

Returns a container of object IDs from the passed AllSet in relation to the passed parameters.

Parameters

[in,out]	rObjIDContainer	The object IDs found are returned to this list.
[in]	rAllSet	The AllSet that is to provide the object ID.
[in]	rsIndexSearchValue	The index expression can contain the placeholders '*' and '?', which are taken into account in the evaluation or if parameter eQueryType == eOQL, the string is interpreted as OQL expression. Please note; OQL is not yet implemented!
[in]	eQuerryType	The query type.

Returns: A return value < 0 indicates an error.

Note: The IndexName must be set in AllSet.
Indexes are only determined after opening the AllSet.

◆ getIndexedObjIdsFromAllSet() [6/6]

int glo::Base::getIndexedObjIdsFromAllSet	(	std::vector< glo::ObjID > &	rObjIDContainer,
		const BaseAllSet &	rAllSet,
		const std::string &	rsRangeStartIndexSearchValue,
		const std::string &	rsRangeEndIndexSearchValue ) const

Returns a container of object IDs from the passed AllSet in relation to the passed parameters. The result can be defined with a range specification. For example, if parameter rsRangeStartIndexSearchValue has the value "123" and parameter rsRangeEndIndexSearchValue has the value "155", only all objects with an index greater than/equal to 123 and less than/equal to 155 will be delivered.

Parameters

[in,out]	rObjIDContainer	The object IDs found are returned to this list.
[in]	rAllSet	The AllSet that is to provide the object ID.
[in]	rsRangeStartIndexSearchValue	The start index value.
[in]	rsRangeEndIndexSearchValue	The end index value.

Note: Any placeholders '*' and '?' in the parameter rsIndexSearchValue are NOT taken into account.
The IndexName must be set in AllSet.
Indexes are only determined after opening the AllSet.

◆ getKnownSchemes()

int glo::Base::getKnownSchemes ( std::vector< std::string > & rRetVal )

Returns the names of the known databases.

Parameters

[in,out] rRetVal The names of the known databases.

Returns: A return value < 0 indicates an error.

◆ getLimits() [1/2]

int glo::Base::getLimits	(	LimitRecord *&	prLimitRecord,
		const ClassInfoAttribute::Type &	rClassInfoAttributeType ) const

Returns the limits of the passed ClassInfoAttribute::Type.

Parameters

[in,out]	prLimitRecord	The limits of the passed ClassInfoAttribute::Type.
[in]	rClassInfoAttributeType	The ClassInfoAttribute::Type

Returns: A return value < 0 indicates an error.

Attention: Without previous connection (see also Base::connect(CallBack*) ) the method fails.
The object delivered must be removed from memory by the calling instance.

Note: It is recommended, if possible, to consider using std::shared_ptr and to use the method getLimits(std::shared_ptr<LimitRecord>&, const ClassInfoAttribute::Type&)const.

◆ getLimits() [2/2]

int glo::Base::getLimits	(	std::shared_ptr< LimitRecord > &	rLimitRecord,
		const ClassInfoAttribute::Type &	rClassInfoAttributeType ) const

Returns the limits of the passed ClassInfoAttribute::Type.

Parameters

[in,out]	rLimitRecord	The limits of the passed ClassInfoAttribute::Type in a std::shared_ptr.
[in]	rClassInfoAttributeType	The ClassInfoAttribute::Type

Returns: A return value < 0 indicates an error.

Attention: Without previous connection (see also Base::connect(CallBack*) ) the method fails.

◆ getObjectFromAllSet()

int glo::Base::getObjectFromAllSet	(	ObjID &	rObjID,
		BasePersistent *&	prObject,
		const BaseAllSet &	rAllSet,
		EnSeekMode	eMode,
		bool	bGeneric = false ) const

Returns an object from the passed AllSet in relation to eMode.

Parameters

[in,out]	rObjID	In this object ID, the values are not set in case of an error.
[in,out]	prObject	The pointer to the fetched object. Can be nullptr despite a valid rObjID, e.g. if 'read locked'.
[in]	rAllSet	The AllSet that is to supply the object ID.
[in]	eMode	The seek mode.

Parameter examples:

glo::START = returns first element
glo::END = returns last element
glo::CURRENT = returns current element
glo::NEXT = returns next element
glo::PREVIOUS = returns previous element

Parameters

[in] bGeneric If false, an object of the type Persistent respectively a derived class from it is returned.
If true, a generic object of the type GenericPersistent is delivered.

Returns: A return < 0 indicates an error. A return == ERR_RANGE indicates the end of the AllSet.

◆ getObjectMaker()

ObjectMaker * glo::Base::getObjectMaker ( )

Returns: The pointer to the ObjectMaker.

◆ getObjIdFromAllSet()

int glo::Base::getObjIdFromAllSet	(	ObjID &	rObjID,
		const BaseAllSet &	rAllSet,
		EnSeekMode	eMode ) const

Returns an object ID from the passed AllSet in relation to eMode.

Parameters

[in,out]	rObjID	In this object ID, the values are not set in case of an error.
[in]	rAllSet	The AllSet that is to supply the object ID.
[in]	eMode	The seek mode.

Parameter examples:

glo::START = returns first element
glo::END = returns last element
glo::CURRENT = returns current element
glo::NEXT = returns next element
glo::PREVIOUS = returns previous element

Returns: A return < 0 indicates an error. A return == ERR_RANGE indicates the end of the AllSet.

◆ getPersObjectSpy()

PersObjectSpy * glo::Base::getPersObjectSpy ( )

Returns the pointers to the PersObjectSpy from its m_spPrivateBase

Returns: see above.

Attention: The calling instance must NOT modify or remove the returned object from memory. It only lives as long as this object respectively m_spPrivateBase.

◆ getPort()

int glo::Base::getPort ( unsigned int & ruiPort )

Returns the TCP port.

Parameters

[in,out] ruiPort The TCP port.

Returns: A return value < 0 indicates an error.

◆ getPrivateBase()

std::shared_ptr< PrivateBase > glo::Base::getPrivateBase ( ) const

protected

Returns a pointer to the m_spPrivateBase

Returns: The pointer to the m_spPrivateBase; it only lives as long as this object.

◆ getProcessingPossibilities()

int glo::Base::getProcessingPossibilities	(	const ObjID &	rObjId,
		LockPossibleSpecification &	rLockPossibleSpecification,
		EnDeepMode	eDeepMode ) const

Returns the permitted options for the object with passed object ID in the database.

Parameters

[in]	rObjId	The object ID of the object to be checked.
[in,out]	rLockPossibleSpecification	The possibility response.
[in]	eDeepMode	The depth mode to check.

Returns: A return value < 0 indicates an error.

See also: Check object for locks or access possibilities.

◆ getRecord() [1/2]

int glo::Base::getRecord	(	Record *&	prRecord,
		const ObjID &	rObjID,
		unsigned long	ulClassID ) const

Returns a record from the table of the object with passed object ID from the opened database.

Parameters

[in,out]	prRecord	The pointer to the fetched record.
[in]	rObjID	The object ID.
[in]	ulClassID	The class ID from whose table is read.

Returns: A return value < 0 indicates an error.

Note: It is delivered directly from the database and not, if necessary, from the TransactionManager where a Record has already been changed and is just waiting for its commit.
However, if the object with the passed object ID is marked as deleted in the TransactionManager for the calling instance, no Record will be delivered.

Attention: The supplied object must be removed from memory by the calling instance using Record::forget().

Note: It is recommended, if possible, to consider using std::shared_ptr in conjunction with Forgetter and to use the method getRecord(std::shared_ptr<Record>&, const ObjID&, unsigned long)const.

◆ getRecord() [2/2]

int glo::Base::getRecord	(	std::shared_ptr< Record > &	rRecord,
		const ObjID &	rObjID,
		unsigned long	ulClassID ) const

Returns a record from the table of the object with passed object ID from the opened database.

Parameters

[in,out]	rRecord	The pointer to the fetched record in a std::shared_ptr.
[in]	rObjID	The object ID.
[in]	ulClassID	The class ID from whose table is read.

Returns: A return value < 0 indicates an error.

Note: It is delivered directly from the database and not, if necessary, from the TransactionManager where a Record has already been changed and is just waiting for its commit.
However, if the object with the passed object ID is marked as deleted in the TransactionManager for the calling instance, no Record will be delivered.

◆ getRootClassInfo() [1/2]

int glo::Base::getRootClassInfo	(	ClassInfo *&	prRootClassInfo,
		const std::string &	rstrBaseName = "" ) const

Returns the class information of the 'top' class in the class hierarchy from the database with the passed name.

Parameters

[in,out]	prRootClassInfo	The class information.
[in]	rstrBaseName	The name of the database respectively schema. If no name is passed, the value is taken from PrivateBase::m_strBaseName.

Returns: A return value < 0 indicates an error.

Attention: Without previous connection (see also Base::connect(CallBack*) ) the method fails.
The object delivered must be removed from memory by the calling instance.

Note: It is recommended, if possible, to consider using std::shared_ptr and to use the method getRootClassInfo(std::shared_ptr<ClassInfo>&,const std::string&)const.

◆ getRootClassInfo() [2/2]

int glo::Base::getRootClassInfo	(	std::shared_ptr< ClassInfo > &	rRootClassInfo,
		const std::string &	rstrBaseName = "" ) const

Returns the class information of the 'top' class in the class hierarchy from the database with the passed name.

Parameters

[in,out]	rRootClassInfo	The class information in a std::shared_ptr.
[in]	rstrBaseName	The name of the database respectively schema. If no name is passed, the value is taken from PrivateBase::m_strBaseName.

Returns: A return value < 0 indicates an error.

Attention: Without previous connection (see also Base::connect(CallBack*) ) the method fails.

◆ getSchemaNameWithPath()

int glo::Base::getSchemaNameWithPath ( std::string & rstrRetVal )

Returns the complete file name of the underlying schema composed of directory path + the name of the database.

Parameters

[in,out] rstrRetVal Complete file name (e.g. "C:/Path/MyGloBase.ini").

Returns: A return value < 0 indicates an error.

◆ getSchemaPath()

int glo::Base::getSchemaPath ( std::string & rstrRetVal )

Returns the directory path to the database.

Parameters

[in,out] rstrRetVal The directory path to the database.

Returns: A return value < 0 indicates an error.

◆ getServerName()

std::string glo::Base::getServerName ( ) const

Returns: The server name.

◆ getSizeFromAllSet()

int glo::Base::getSizeFromAllSet	(	std::size_t &	rnSize,
		const BaseAllSet &	rAllSet ) const

Returns the number of AllSet objects in the open database.

Parameters

[in]	rnSize	The number of objects of the AllSet.
[in]	rAllSet	The AllSet whose number is to be delivered.

Returns: A return value < 0 indicates an error.

◆ getSubClassInfos() [1/2]

int glo::Base::getSubClassInfos	(	std::map< unsigned long, ClassInfo , std::less< unsigned long > > &	prSubClassInfoMap,
		unsigned long	ulClassID,
		const std::string &	rstrBaseName = "" ) const

Returns the class information of the direct subclasses of a class with passed class ID from the database with passed name.

Parameters

[in,out]	prSubClassInfoMap	The container with the class information of the direct subclasses of the class with passed class ID.
[in]	ulClassID	The class ID.
[in]	rstrBaseName	The name of the database respectively schema. If no name is passed, the value is taken from PrivateBase::m_strBaseName.

Returns: A return value < 0 indicates an error.

Attention: Without previous connection (see also Base::connect(CallBack*) ) the method fails.
The supplied object and its elements must be removed from memory by the calling instance.

Note: It is recommended, if possible, to consider using std::shared_ptr nd to use the method getSubClassInfos(std::map< unsigned, std::shared_ptr<ClassInfo>, std::less<unsigned long> >&, unsigned long, const std::string&)const.

◆ getSubClassInfos() [2/2]

int glo::Base::getSubClassInfos	(	std::map< unsigned long, std::shared_ptr< ClassInfo >, std::less< unsigned long > > &	rSubClassInfoMap,
		unsigned long	ulClassID,
		const std::string &	rstrBaseName = "" ) const

Returns the class information of the direct subclasses of a class with passed class ID from the database with passed name.

Parameters

[in,out]	rSubClassInfoMap	The container with the class information of the direct subclasses of the class with passed class ID in std::shared_ptr.
[in]	ulClassID	The class ID.
[in]	rstrBaseName	The name of the database respectively schema. If no name is passed, the value is taken from PrivateBase::m_strBaseName.

Returns: A return value < 0 indicates an error.

Attention: Without previous connection (see also Base::connect(CallBack*) ) the method fails.

◆ getSuperClassInfos() [1/2]

int glo::Base::getSuperClassInfos	(	std::map< unsigned long, ClassInfo , std::less< unsigned long > > &	prSuperClassInfoMap,
		unsigned long	ulClassID,
		const std::string &	rstrBaseName = "" ) const

Returns the class information of the direct superclass(es) of a class with passed class ID from the database with passed description.

Parameters

[in,out]	prSuperClassInfoMap	The container with the class information of the direct superclass(es) of the class with passed class ID.
[in]	ulClassID	The class ID.
[in]	rstrBaseName	The name of the database respectively schema. If no name is passed, the value is taken from PrivateBase::m_strBaseName.

Returns: A return value < 0 indicates an error.

Attention: Without previous connection (see also Base::connect(CallBack*) ) the method fails.
The supplied object and its elements must be removed from memory by the calling instance.

Note: It is recommended, if possible, to consider using std::shared_ptr and to use the method getSuperClassInfos(std::map< unsigned, std::shared_ptr<ClassInfo>, std::less<unsigned long> >&, unsigned long, const std::string&)const.

◆ getSuperClassInfos() [2/2]

int glo::Base::getSuperClassInfos	(	std::map< unsigned long, std::shared_ptr< ClassInfo >, std::less< unsigned long > > &	rBaseClassInfoMap,
		unsigned long	ulClassID,
		const std::string &	rstrBaseName = "" ) const

Returns the class information of the direct superclass(es) of a class with passed class ID from the database with passed description.

Parameters

[in,out]	rBaseClassInfoMap	The container with the class information of the direct superclass(es) of the class with passed class ID in std::shared_ptr.
[in]	ulClassID	The class ID.
[in]	rstrBaseName	The name of the database respectively schema. If no name is passed, the value is taken from PrivateBase::m_strBaseName.

Returns: A return value < 0 indicates an error.

Attention: Without previous connection (see also Base::connect(CallBack*) ) the method fails.

◆ getTimeOutSec()

int glo::Base::getTimeOutSec ( int & riTimeOutSec )

Returns the seconds of the general timeout.

Parameters

[in,out] riTimeOutSec The general specification of the wait time in seconds.

Returns: A return value < 0 indicates an error.

◆ getTransactionLevel()

int glo::Base::getTransactionLevel ( ) const

Returns the transaction level (nesting depth).

◆ indexAvailable()

int glo::Base::indexAvailable	(	const std::string &	rsIndexName,
		unsigned long	ulClassID,
		const std::string &	rstrBaseName = "" ) const

Checks if there is a string index with passed index name for the class with passed class ID in the database with passed name.

Parameters

[in]	rsIndexName	The index name to be checked.
[in]	ulClassID	The class ID.
[in]	rstrBaseName	The name of the database respectively schema. If no name is passed, the value is taken from PrivateBase::m_strBaseName.

Returns: If return == 0 the index does not exist. If return == 1 there is a corresponding string index. A return value < 0 indicates an error.

Attention: Without previous connection (see also Base::connect(CallBack*) ) the method fails.

◆ isConnected()

bool glo::Base::isConnected ( ) const

Returns: Returns true if a connection to the Manager exists.

See also: Base::disconnect() and Base::connect(CallBack*).

◆ isInTransaction()

bool glo::Base::isInTransaction ( ) const

Returns true if at least one transaction has been started.

◆ isKnownClassID()

int glo::Base::isKnownClassID	(	bool &	rbRetVal,
		unsigned long	ulClassID,
		const std::string &	rstrBaseName = "" ) const

Checks if the passed class ID of this instance is known.

Parameters

[in,out]	rbRetVal	If true, the passed class ID of this instance is known.
[in]	ulClassID	The class ID to be checked.
[in]	rstrBaseName	The name of the database respectively schema. If no name is passed, the value is taken from PrivateBase::m_strBaseName.

Returns: A return value < 0 indicates an error.

Attention: Without previous connection (see also Base::connect(CallBack*) ) the method fails.

◆ isLockedObject()

int glo::Base::isLockedObject	(	const ObjID &	rObjId,
		EnLockMode	eLockMode,
		EnDeepMode	eDeepMode ) const

Checks if object with passed object ID is locked in the database with the passed parameters.

Parameters

[in]	rObjId	The object ID of the object to be checked.
[in]	eLockMode	The lock mode to be checked.
[in]	eDeepMode	The lock depth mode to be checked.

Returns: A return value < 0 indicates an error.

See also: Check object for locks or access possibilities.

◆ isOpen()

bool glo::Base::isOpen ( ) const

Checks if the database is open.

Returns: If true, the database is open.

◆ isPossible()

int glo::Base::isPossible	(	const ObjID &	rObjId,
		bool	bRead,
		bool	bWrite,
		bool	bDelete,
		EnDeepMode	eDeepMode ) const

Checks whether the transferred actions with the object with transferred object ID are possible in the database or whether a concurrent lock exists.

Parameters

[in]	rObjId	The object ID of the object to be checked.
[in]	bRead	If true, the read permission is checked.
[in]	bWrite	If true, the write permission is checked.
[in]	bDelete	If true, a check is made for delete permissions.
[in]	eDeepMode	The depth mode for which it is checked.

Returns: . If return == 0, the respective action is allowed. A return < 0 indicates an error.

See also: Check object for locks or access possibilities.

◆ isStoredObject()

int glo::Base::isStoredObject	(	bool &	rbRetVal,
		BasePersistent *	pObject ) const

Checks if the passed object is stored in the open database.

Parameters

[in,out]	rbRetVal	If true, the object is stored in the database.
[in]	pObject	The pointer to the object to be checked.

Returns: A return value < 0 indicates an error.

◆ isSuperClassFrom()

int glo::Base::isSuperClassFrom	(	bool &	rbRetVal,
		unsigned long	ulClassIDSuperClass,
		unsigned long	ulClassIDSubClass,
		const std::string &	rstrBaseName = "" ) const

Checks whether a class is a superclass of another class.

Parameters

[in,out]	rbRetVal	If true, ulClassIDSuperClass is a superclass of ulClassIDSubClass.
[in]	ulClassIDSuperClass	The class ID of the superclass to be checked.
[in]	ulClassIDSubClass	The class ID of the subclass to be checked.
[in]	rstrBaseName	The name of the database respectively schema. If no name is passed, the value is taken from PrivateBase::m_strBaseName.

Returns: A return value < 0 indicates an error.

Attention: Without previous connection (see also Base::connect(CallBack*) ) the method fails.

◆ lockLot()

int glo::Base::lockLot	(	const BaseLot &	rObjIdLot,
		EnLockMode	eLockMode,
		EnDeepMode	eDeepMode ) const

The objects in the transferred container are locked in the database.

Parameters

[in]	rObjIdLot	The container with the objects to be locked.
[in]	eLockMode	The lock mode.
[in]	eDeepMode	The lock depth mode.

Returns: A return value < 0 indicates an error.

Note: To unlock the lock, the corresponding method Base::unlockLot(const BaseLot&, EnLockMode, EnDeepMode) with the same parameter values must be used.

See also: Locking multiple persistent objects.

◆ lockObject()

int glo::Base::lockObject	(	const ObjID &	rObjId,
		EnLockMode	eLockMode,
		EnDeepMode	eDeepMode ) const

The object with the transferred object ID is locked in the database.

Parameters

[in]	rObjId	The object ID of the object to be locked.
[in]	eLockMode	The lock mode.
[in]	eDeepMode	The lock depth mode.

Returns: A return value < 0 indicates an error.

Note: To unlock the lock, the corresponding method Base::unlockObject(const ObjID&, EnLockMode, EnDeepMode) with the same parameter values must be used.

See also: Locking a persistent object.

◆ lockObjIdList()

int glo::Base::lockObjIdList	(	std::list< ObjID > *	pObjIDList,
		EnLockMode	eLockMode,
		EnDeepMode	eDeepMode ) const

The objects with transferred object IDs are locked in the database.

Parameters

[in]	pObjIDList	The list with the object IDs of the objects to be locked.
[in]	eLockMode	The lock mode.
[in]	eDeepMode	The lock depth mode.

Returns: A return value < 0 indicates an error.

Note: To unlock the lock, the corresponding method Base::unlockObjIdList( std::list<ObjID>*, EnLockMode, EnDeepMode) with the same parameter values must be used.

See also: Locking multiple persistent objects.

◆ notifyAsWritten()

int glo::Base::notifyAsWritten ( const std::list< ObjID > & rObjIDList ) const

When the objects with passed object IDs are watched, a notification is sent to all watching instances as if the objects were changed in the database.

Parameters

[in] rObjIDList The list with the object IDs.

Returns: A return < 0 indicates an error.

Note: This method sends without waiting (fire and forget).

See also: Watch and notify.

◆ objIDInAllSet()

int glo::Base::objIDInAllSet	(	const ObjID &	rObjID,
		const BaseAllSet &	rAllSet ) const

Checks whether an object with a passed object ID in the passed AllSet exists in the opened database.

Parameters

[in]	rObjID	The object ID.
[in]	rAllSet	The AllSet to be checked.

Returns: A return value < 0 indicates an error.

◆ open()

int glo::Base::open	(	const std::string &	rstrBaseName,
		CallBack *	pProgressNotificationCallBack = nullptr )

The database with the transferred name is opened for editing.

Parameters

[in]	rstrBaseName	The name of the database respectively schema.
[in]	pProgressNotificationCallBack	When a valid pointer to an object is passed, the progress of reading indexes is sent via a notification to the CallBack object (see also CallBack::notify(NotifyNote&) ).

Returns: A return value < 0 indicates an error.

Note: If a database is opened with this method, it must be closed again with the method Base::close(CallBack*).

Attention: Without previous connection (see Base::connect(CallBack*) ) the method fails.

◆ openAllSet()

int glo::Base::openAllSet ( BaseAllSet * pAllSet ) const

Opens an AllSet in the open database. This allows an AllSet in the application to iterate through the AllSet in the database and fetch objects.

Parameters

[in,out] pAllSet The AllSet. If generic (GenericAllSet) the class ID has must be set in it.

Returns: A return value < 0 indicates an error.

◆ openBase()

int glo::Base::openBase	(	CallBack *	pProgressNotificationCallBack = nullptr,
		CallBack *	pServerCrashNotificationCallBack = nullptr )

The database is opened. It connects implicitly to the database.

Parameters

[in]	pProgressNotificationCallBack	When a valid pointer to an object is passed, the progress of reading indexes is sent via a notification to the CallBack object (see also CallBack::notify(NotifyNote&) ).
[in]	pServerCrashNotificationCallBack	If a valid pointer to a CallBack object is passed and a connection to a GloServer is to be established, a notification is sent to the CallBack object if the connection is lost (see also CallBack::notify(NotifyNote&) ).

Returns: A return value < 0 indicates an error.

Note: If a database is opened with this method, it must be closed again with the method Base::close(CallBack*).

Attention: Base must have been instantiated with a valid ObjCreator.

◆ openBaseComfortably()

int glo::Base::openBaseComfortably	(	CallBack *	pProgressNotificationCallBack = nullptr,
		CallBack *	pServerCrashNotificationCallBack = nullptr )

The database is opened. It connects implicitly to the database.
If index files are not available, they are created automatically.

Parameters

[in]	pProgressNotificationCallBack	When a valid pointer to an object is passed, the progress of reading indexes is sent via a notification to the CallBack object (see also CallBack::notify(NotifyNote&) ).
[in]	pServerCrashNotificationCallBack	If a valid pointer to a CallBack object is passed and a connection to a GloServer is to be established, a notification is sent to the CallBack object if the connection is lost (see also CallBack::notify(NotifyNote&) ).

Returns: A return value < 0 indicates an error.

Note: If a database is opened with this method, it must be closed again with the method Base::close(CallBack*).

Attention: Base must have been instantiated with a valid ObjCreator.

◆ operator=()

Base & glo::Base::operator= ( const Base & )

private

The assignment operator is not available.

◆ reconnect()

int glo::Base::reconnect ( CallBack * pServerCrashNotificationCallBack = nullptr )

Terminates and re-establishes a connection to Manager.

Parameters

[in] pServerCrashNotificationCallBack If a valid pointer to a CallBack object is passed and a connection to a GloServer is to be established, a notification is sent to the CallBack object if the connection is lost (see also CallBack::notify(NotifyNote&) ).

Returns: A return value < 0 indicates an error.

See also: Base::disconnect() and Base::connect(CallBack*).

◆ refreshObject()

int glo::Base::refreshObject ( BasePersistent * pObject ) const

Refreshes the transferred object respectively its persistent attributes from the open database (reads in the current attribute data)

Parameters

[in,out] pObject The pointer to the object.

Returns: A return value < 0 indicates an error.

Note: If the object is in an unfinished transaction, the values are retrieved from the transaction.

See also: GlobalObjects Transaction.

◆ reindexBase() [1/2]

int glo::Base::reindexBase ( CallBack * pProgressNotificationCallBack = nullptr )

The database is reindexed with the name that was previously passed in a constructor or via Base::setBaseName (...).

Parameters

[in] pProgressNotificationCallBack If a valid pointer to an object is passed, the progress of the reindexing is sent to the CallBack object via a notification (see also CallBack::notify(NotifyNote&) ).

Returns: A return value < 0 indicates an error.

Attention: The desired will only succeed if the database is not opened by any instance.
Without previous connection (see also Base::connect(CallBack*) ) the method fails.

◆ reindexBase() [2/2]

int glo::Base::reindexBase	(	const std::string &	rstrBaseName,
		CallBack *	pProgressNotificationCallBack = nullptr )

The database is reindexed with the transferred name.

Parameters

[in]	rstrBaseName	The name of the database whose indexes are newly should be written.
[in]	pProgressNotificationCallBack	If a valid pointer to an object is passed the progress of the re-indexing via a notification to the CallBack object (see also CallBack::notify(NotifyNote&) ).

Returns: A return value < 0 indicates an error.

Attention: The desired result will only be achieved if the database is not accessed by any instance.
Without previous connection (see also Base::connect(CallBack*) ) the method fails.

◆ relockObject()

int glo::Base::relockObject	(	const ObjID &	rObjId,
		EnLockMode	eLockMode,
		EnDeepMode	eDeepMode ) const

The already locked object with the passed object ID is released in the database and immediately locked again, meaning that, depending on the locking mode, newly referenced objects are also locked, if possible, and previously locked referenced objects are released. If newly referenced objects cannot be locked, the previous locked state is retained.

Parameters

[in]	rObjId	The object ID of the object to be locked.
[in]	eLockMode	The lock mode.
[in]	eDeepMode	The lock depth mode.

Returns: A return value < 0 indicates an error.

Note: To renew the lock, the same parameter values must be used as for the original lock. To remove the lock, the corresponding method Base::unlock(EnLockMode, EnDeepMode) must be used with the same parameter values.
No action takes place if eDeepMode is glo::DM_NONE or glo::DM_FLAT.

See also: Locking a persistent object.

◆ removeIndexFilter()

int glo::Base::removeIndexFilter ( const BaseAllSet & rAllSet ) const

Removes a filter that may have been set.

Parameters

[in] rAllSet The AllSet whose index filter is removed.

Returns: A return value < 0 indicates an error.

◆ repairBase() [1/2]

int glo::Base::repairBase ( CallBack * pProgressNotificationCallBack = nullptr )

Attention

This method is not yet unlocked! The database is repaired with the name that was previously passed in a constructor or via Base::setBaseName (...). The following actions are performed:

For each class it is checked if all attribute directories exist and if not, they are created.
Each table is run through, and checks whether an object is entered in all other necessary tables. Chopped up objects are added to the4 tables where they are missing, with default values.
All unique indexes are checked for consistency. If an index entry occurs twice, it is changed so that it is unique.
All references are checked for the presence of an object. If a reference points to a non-existent object, the reference is set to nullptr or removed.
All repairs are entered into a log file.

Parameters

[in] pProgressNotificationCallBack If a valid pointer to an object is passed the progress of the compression via a notification to the CallBack object (see also CallBack::notify(NotifyNote&) ).

Returns: A return value < 0 indicates an error.

Note: If finished without errors, the index has been rebuilt.

Attention: The desired will only succeed if the database is not opened by any instance.
Without previous connection (see also Base::connect(CallBack*) ) the method fails.

◆ repairBase() [2/2]

int glo::Base::repairBase	(	const std::string &	rstrBaseName,
		CallBack *	pProgressNotificationCallBack = nullptr )

The database with the transferred name is repaired. The following actions are performed:

For each class it is checked if all attribute directories exist and if not, they are created.
Each table is run through, and checks whether an object is entered in all other necessary tables. Chopped up objects are added to the4 tables where they are missing, with default values.
All unique indexes are checked for consistency. If an index entry occurs twice, it is changed so that it is unique.
All references are checked for the presence of an object. If a reference points to a non-existent object, the reference is set to nullptr or removed.
All repairs are entered into a log file.

Parameters

[in]	rstrBaseName	The name of the database to be repaired.
[in]	pProgressNotificationCallBack	If a valid pointer to an object is passed the progress of the compression via a notification to the CallBack object (see also CallBack::notify(NotifyNote&) ).

Returns: A return value < 0 indicates an error.

Note: If finished without errors, the index has been rebuilt.

Attention: The desired will only succeed if the database is not opened by any instance.
Without previous connection (see also Base::connect() ) the method fails.

◆ rollBackTransaction()

int glo::Base::rollBackTransaction ( ) const

A transaction is aborted or rolled back.

The database actions of the current transaction stack up to the last Base::beginTransaction() are discarded.

Returns: A return < 0 indicates an error.

See also: description of the GlobalObjects Transaktion.; Base::beginTransaction() and Base::commitTransaction()

◆ setBaseName()

int glo::Base::setBaseName ( const std::string & rstrBaseName )

Sets the name of the database.

Parameters

[in] rstrBaseName The name of the schema respectively database.

Returns: A return value < 0 indicates an error, e.g. if already connected.

◆ setClientName()

int glo::Base::setClientName ( const std::string & rstrClientName )

Set a client name.

Parameters

[in] rstrClientName The client name.

Returns: A return value < 0 indicates an error, e.g. if already connected.

◆ setCurrentObjectInAllSet()

int glo::Base::setCurrentObjectInAllSet	(	const ObjID &	rObjID,
		const BaseAllSet &	rAllSet ) const

Sets the iterator of the AllSet in the opened database to the object that has the passed object ID.

Parameters

[in]	rObjID	The object ID.
[in]	rAllSet	The AllSet whose iterator is to be set.

Returns: A return value < 0 indicates an error.

◆ setDbIniName()

int glo::Base::setDbIniName ( const std::string & rstrDbIniName )

As a rule, the settings are read from DB.ini. See GlobalObjects initialization file GlobalObjects "Initialization file" in the manual.
The settings file name can be overwritten using this method. But this only works if there is no connection to a database yet.

Parameters

[in] rstrDbIniName The name of the new initialization file; e.g. “MyDB.ini”.

Returns: A return value < 0 indicates an error.

See also

Base::isConnected() const
Base::connect(CallBack*)
Base::disconnect()

◆ setIndexFilter() [1/3]

int glo::Base::setIndexFilter	(	const BaseAllSet &	rAllSet,
		const std::string &	rsIndexFilter ) const

Sets a filter that controls the output of the passed AllSet in relation to the passed parameters.

Parameters

[in]	rAllSet	The AllSet whose index filter is set.
[in]	rsIndexFilter	The index filter can contain the placeholders '*' and '?', which are taken into account in the evaluation.

Returns: A return value < 0 indicates an error.

Note: The IndexName must be set in AllSet.
Indexes are only determined after opening the AllSet.

◆ setIndexFilter() [2/3]

int glo::Base::setIndexFilter	(	const BaseAllSet &	rAllSet,
		const std::string &	rsIndexFilter,
		EnComparisionOp	eComparisionOp ) const

Sets a filter that controls the output of the passed AllSet in relation to the passed parameters. The result can be defined using the parameter eComparisionOp. If e.g. parameter sIndex has the value "123" and parameter eComparisionOp has the value LESS, only all objects with the index lower than 123 will be delivered.

Parameters

[in]	rAllSet	The AllSet whose index filter is set.
[in]	rsIndexFilter	The index filter.
[in]	eComparisionOp	The comparison operator. For example, if rsIndex has the value "123" and eComparisionOp has the value LESS, all objects with the index less than 123 are returned.

Returns: A return value < 0 indicates an error.

Note: Any placeholders '*' and '?' in the parameter rsIndexSearchValue are NOT taken into account.
The IndexName must be set in AllSet.
Indexes are only determined after opening the AllSet.

◆ setIndexFilter() [3/3]

int glo::Base::setIndexFilter	(	const BaseAllSet &	rAllSet,
		const std::string &	rsRangeStartIndexFilter,
		const std::string &	rsRangeEndIndexFilter ) const

Sets a filter that controls the output of the passed AllSet in relation to the passed parameters. The result can be defined with a range specification. For example, if parameter rsRangeStartIndexFilter has the value "123" and parameter rsRangeEndIndexFilter has the value "155", only all objects with an index greater than/equal to 123 and less than/equal to 155 will be delivered.

Parameters

[in]	rAllSet	The AllSet whose index filter is set.
[in]	rsRangeStartIndexFilter	The start index value.
[in]	rsRangeEndIndexFilter	The end index value.

Returns: A return value < 0 indicates an error.

Note: Any placeholders '*' and '?' in the parameter rsIndexSearchValue are NOT taken into account.
The IndexName must be set in AllSet.
Indexes are only determined after opening the AllSet.

◆ setKnownSchemes()

int glo::Base::setKnownSchemes ( const std::string & rstrKnownSchemes )

Sets the names of the known databases (e.g. "Name1|Name2")

Parameters

[in] rstrKnownSchemes The names of the known databases.

Returns: A return value < 0 indicates an error, e.g. if already connected.

◆ setPositionInAllSet()

int glo::Base::setPositionInAllSet	(	std::size_t	nPosition,
		const BaseAllSet &	rAllSet ) const

Sets the iterator of the AllSet in the opened database to the position passed.

Parameters

[in]	nPosition	The desired position.
[in]	rAllSet	The AllSet whose iterator is to be set.

Returns: A return value < 0 indicates an error.

◆ setSchemaPath()

int glo::Base::setSchemaPath ( const std::string & rstrSchemaPath )

Sets the directory path to the database.

Parameters

[in] rstrSchemaPath The directory path to the database (e.g. "C:/Path/").

Returns: A return value < 0 indicates an error, e.g. if already connected.

◆ setWatchClass()

int glo::Base::setWatchClass	(	unsigned long	ulClassID,
		TdWatchNotifyMode	ulWatchMode,
		CallBack *	pCallBack ) const

The allset of the class with the passed class ID and all contained objects are monitored in the database.

Parameters

[in]	ulClassID	The class ID of the AllSet.
[in]	ulWatchMode	The watch mode. Allowed watch modes: WNM_WRITE = writing is reported WNM_WRITE_TRANSACTION = like WNM_WRITE, but triggered in a transaction WNM_DELETE = delete is reported WNM_DELETE_TRANSACTION = like WNM_DELETE, but triggered in a transaction WNM_LOCK = lock is reported WNM_UNLOCK = release is reported WNM_INSERT = inserting a new object in AllSet is reported WNM_INSERT_TRANSACTION = like WNM_INSERT, but triggered in a transaction
[in]	pCallBack	The CallBack object that is notified via its method CallBack::notify(NotifyNote&).

Returns: A return value < 0 indicates an error.

Note: To remove the monitoring, the corresponding method unsetWatchClass(unsigned long, TdWatchNotifyMode, CallBack*) const with same parameter values should be used.
In principle, it is possible to cancel individual watching modes. Care should then be taken that all individual watching modes are also applied so that no watching remains in the memory until the program is terminated.

Attention: Basically pCallBack must not be destroyed before the monitoring has been cancelled.

See also: Watch and notify.

◆ setWatchClient()

int glo::Base::setWatchClient	(	TdWatchNotifyMode	ulWatchMode,
		CallBack *	pCallBack ) const

You can monitor the login and logout to the GloServer and the opening and closing of a database of clients.

Parameters

[in]	ulWatchMode	The observation mode. Allowed watch modes: WNM_CLIENT_CONNECTSERVER = connection to the server is reported WNM_CLIENT_DISCONNECTSERVER = the termination of the connection with the server is reported WNM_CLIENT_OPENBASE = the opening of a database is reported WNM_CLIENT_CLOSEBASE = the closing of a database is reported
[in]	pCallBack	Das CallBack-Objekt, welches über seine Methode. CallBack::notify(NotifyNote&) benachrichtigt wird.

Returns: A return value < 0 indicates an error.

Note: To remove the monitoring, the corresponding method unsetWatchClient(TdWatchNotifyMode, CallBack*) const with same parameter values should be used.
In principle, it is possible to cancel individual watching modes. Care should then be taken that all individual watching modes are also applied so that no watching remains in the memory until the program is terminated.

Attention: Without previous connection (see also Base::connect(CallBack*) ) the method fails.
Basically pCallBack must not be destroyed before the monitoring has been reset!

See also: Watch and notify.

◆ setWatchIndex()

int glo::Base::setWatchIndex	(	TdWatchNotifyMode	ulWatchMode,
		CallBack *	pCallBack ) const

The reading respectively writing or reindexing of the indexes of the database is monitored.

Parameters

[in]	ulWatchMode	The watch mode. Allowed watch modes: WNM_INDEX_READ = the progress of reading the index is reported WNM_INDEX_WRITE = the progress of writing the index is reported WNM_INDEX_REINDEX = the progress of reindexing an index is reported
[in]	pCallBack	The CallBack object that is notified via its method CallBack::notify(NotifyNote&).

Returns: A return value < 0 indicates an error.

Note: To remove the monitoring, the corresponding method unsetWatchIndex(TdWatchNotifyMode, CallBack*) const with same parameter values should be used.
In principle, it is possible to cancel individual watching modes. Care should then be taken that all individual watching modes are also applied so that no watching remains in the memory until the program is terminated.

Attention: Basically pCallBack must not be destroyed before the monitoring has been cancelled!

See also: Watch and notify.

◆ setWatchLot()

int glo::Base::setWatchLot	(	const BaseLot &	rObjIdLot,
		TdWatchNotifyMode	ulWatchMode,
		EnDeepMode	eDeepMode,
		CallBack *	pCallBack ) const

The objects in the transferred container are monitored in the database.

Parameters

[in]	rObjIdLot	The container with the objects to be monitored.
[in]	ulWatchMode	The watch mode. Allowed watch modes: WNM_WRITE = writing is reported WNM_WRITE_TRANSACTION = like WNM_WRITE, but triggered in a transaction WNM_DELETE = delete is reported WNM_DELETE_TRANSACTION = like WNM_DELETE, but triggered in a transaction WNM_LOCK = lock is reported WNM_UNLOCK = release is reported
[in]	eDeepMode	The watching depth mode.
[in]	pCallBack	The CallBack object that is notified via its method CallBack::notify(NotifyNote&).

Returns: A return value < 0 indicates an error.

Note: To remove the monitoring, the corresponding method unsetWatchSet(const BaseLot&, TdWatchNotifyMode, EnDeepMode, CallBack*) const with same parameter values should be used.
In principle, it is possible to cancel individual watching modes. Care should then be taken that all individual watching modes are also applied so that no watching remains in the memory until the program is terminated.

Attention: Basically pCallBack must not be destroyed before the monitoring has been cancelled.

See also: Watch and notify.

◆ setWatchObject()

int glo::Base::setWatchObject	(	const ObjID &	rObjId,
		TdWatchNotifyMode	ulWatchMode,
		EnDeepMode	eDeepMode,
		CallBack *	pCallBack ) const

The object with transferred object ID is monitored in the database.

Parameters

[in]	rObjId	The object ID of the object to be monitored.
[in]	ulWatchMode	The watch mode. Allowed watch modes: WNM_WRITE = writing is reported WNM_WRITE_TRANSACTION = like WNM_WRITE, but triggered in a transaction WNM_DELETE = delete is reported WNM_DELETE_TRANSACTION = like WNM_DELETE, but triggered in a transaction WNM_LOCK = lock is reported WNM_UNLOCK = release is reported
[in]	eDeepMode	The watching depth mode.
[in]	pCallBack	The CallBack object that is notified via its method CallBack::notify(NotifyNote&).

Returns: A return value < 0 indicates an error.

Note: To remove the monitoring, the corresponding method unsetWatchObject(const ObjID&, TdWatchNotifyMode, EnDeepMode, CallBack*) const with same parameter values should be used.
In principle, it is possible to cancel individual watching modes. Care should then be taken that all individual watching modes are also applied so that no watching remains in the memory until the program is terminated.

Attention: Basically pCallBack must not be destroyed before the monitoring has been cancelled.

See also: Watch and notify.

◆ setWatchServer()

int glo::Base::setWatchServer ( CallBack * pCallBack ) const

If there is a connection to a GloServer, an unforeseen disconnection is monitored.

Parameters

[in] pCallBack The CallBack object that is notified via its method CallBack::notify(NotifyNote&).

Returns: A return value < 0 indicates an error.

Note: To cancel watching, a nullptr can be passed. Watching is automatically terminated on a Base::disconnect().

Attention: Basically pCallBack must not be destroyed before the monitoring has been cancelled!

See also: Watch and notify.

◆ storeObject()

int glo::Base::storeObject	(	BasePersistent *	pObject,
		EnDeepMode	eDeepMode ) const

Saves passed persistent object in the database.

Parameters

[in]	pObject	A pointer to the object to be stored.
[in]	eDeepMode	The storage depth mode.

Returns: A return value < 0 indicates an error.

Attention: The object to be stored must already be logged into the database (see Base::assignObject (...) ).

◆ unlockLot()

int glo::Base::unlockLot	(	const BaseLot &	rObjIdLot,
		EnLockMode	eLockMode,
		EnDeepMode	eDeepMode ) const

The objects in the transferred container are released again in the database after a lock. A lock release must be called with the same parameters as the previous lock.

Parameters

[in]	rObjIdLot	The container with the objects to be released.
[in]	eLockMode	The original lock mode.
[in]	eDeepMode	The original lock depth mode.

Returns: A return < 0 indicates an error.

Note: Removes the lock initiated by the corresponding method Base::lockLot(const BaseLot&, EnLockMode, EnDeepMode) if the parameters have the same values.

See also: Locking multiple persistent objects.

◆ unlockObject()

int glo::Base::unlockObject	(	const ObjID &	rObjId,
		EnLockMode	eLockMode,
		EnDeepMode	eDeepMode ) const

The object with the transferred object ID is released again in the database after a lock. A lock release must be called with the same parameters as the previous lock.

Parameters

[in]	rObjId	The object ID of the object to be released.
[in]	eLockMode	The original lock mode.
[in]	eDeepMode	The original lock depth mode.

Returns: A return < 0 indicates an error.

Note: Removes the lock initiated by the corresponding method Base::lockObject(const ObjID&, EnLockMode, EnDeepMode) if the parameters have the same values.

See also: Locking a persistent object.

◆ unlockObjIdList()

int glo::Base::unlockObjIdList	(	std::list< ObjID > *	pObjIDList,
		EnLockMode	eLockMode,
		EnDeepMode	eDeepMode ) const

The objects with transferred object IDs are released again in the database after a lock. A lock release must be called with the same parameters as the previous lock.

Parameters

[in]	pObjIDList	The list of object IDs of the objects to be released.
[in]	eLockMode	The original lock mode.
[in]	eDeepMode	The original lock depth mode.

Returns: A return < 0 indicates an error.

Note: Removes the lock initiated by the corresponding method Base::lockObjIdList(std::list<ObjID>*, EnLockMode, EnDeepMode) if the parameters have the same values.

See also: Locking multiple persistent objects.

◆ unsetWatchClass()

int glo::Base::unsetWatchClass	(	unsigned long	ulClassID,
		TdWatchNotifyMode	ulWatchMode,
		CallBack *	pCallBack ) const

Monitoring of the allset of the class with the passed class ID and all contained objects is terminated in the database. A monitoring termination should be called with the same parameters as the previous monitoring.

Parameters

[in]	ulClassID	The class ID of the AllSet.
[in]	ulWatchMode	The original watch mode. Allowed watch modes: WNM_WRITE = writing is reported WNM_WRITE_TRANSACTION = like WNM_WRITE, but triggered in a transaction WNM_DELETE = delete is reported WNM_DELETE_TRANSACTION = like WNM_DELETE, but triggered in a transaction WNM_LOCK = lock is reported WNM_UNLOCK = release is reported
[in]	pCallBack	The CallBack object, which should be notified via its method CallBack::notify(NotifyNote&).

Returns: A return value < 0 indicates an error.

Note: Clears the monitoring initiated by the corresponding method setWatchClass(unsigned long, TdWatchNotifyMode, CallBack*) const if the parameters have the same values.
In principle, it is possible to cancel individual watching modes. Care should then be taken that all individual watching modes are also applied so that no watching remains in the memory until the program is terminated.

See also: Watch and notify.

◆ unsetWatchClient()

int glo::Base::unsetWatchClient	(	TdWatchNotifyMode	ulWatchMode,
		CallBack *	pCallBack ) const

You can stop the monitoring the login and logout to the GloServer and opening and closing a database of a client. A monitoring termination should be called with the same parameters as the previous monitoring.

Parameters

[in]	ulWatchMode	The original watch mode. Allowed watch modes: WNM_CLIENT_CONNECTSERVER = connection to the server is reported WNM_CLIENT_DISCONNECTSERVER = the termination of the connection with the server is reported WNM_CLIENT_OPENBASE = the opening of a database is reported WNM_CLIENT_CLOSEBASE = the closing of a database is reported
[in]	pCallBack	The CallBack object, which should be notified via its method CallBack::notify(NotifyNote&).

Returns: A return value < 0 indicates an error.

Note: Clears the monitoring initiated by the corresponding method setWatchClient(TdWatchNotifyMode, CallBack*) const if the parameters have the same values.
In principle, it is possible to cancel individual watching modes. Care should then be taken that all individual watching modes are also applied so that no watching remains in the memory until the program is terminated.

See also: Watch and notify.

◆ unsetWatchIndex()

int glo::Base::unsetWatchIndex	(	TdWatchNotifyMode	ulWatchMode,
		CallBack *	pCallBack ) const

The monitoring of reading respectively writing or reindexing the indexes of the database is terminated. A monitoring termination should be called with the same parameters as the previous monitoring.

Parameters

[in]	ulWatchMode	The original watch mode. Allowed watch modes: WNM_INDEX_READ = the progress of reading the index is reported WNM_INDEX_WRITE = the progress of writing the index is reported WNM_INDEX_REINDEX = the progress of reindexing an index is reported
[in]	pCallBack	The CallBack object, which should be notified via its method CallBack::notify(NotifyNote&).

Returns: A return value < 0 indicates an error.

Note: Clears the monitoring initiated by the corresponding method setWatchIndex(TdWatchNotifyMode, CallBack*) const if the parameters have the same values.
In principle, it is possible to cancel individual watching modes. Care should then be taken that all individual watching modes are also applied so that no watching remains in the memory until the program is terminated.

See also: Watch and notify.

◆ unsetWatchLot()

int glo::Base::unsetWatchLot	(	const BaseLot &	rObjIdLot,
		TdWatchNotifyMode	ulWatchMode,
		EnDeepMode	eDeepMode,
		CallBack *	pCallBack ) const

The monitoring of the objects in the transferred container is terminated in the database. A monitoring termination should be called with the same parameters as the previous monitoring.

Parameters

[in]	rObjIdLot	The container with the monitored objects.
[in]	ulWatchMode	The original watch mode. Allowed watch modes: WNM_WRITE = writing is reported WNM_WRITE_TRANSACTION = like WNM_WRITE, but triggered in a transaction WNM_DELETE = delete is reported WNM_DELETE_TRANSACTION = like WNM_DELETE, but triggered in a transaction WNM_LOCK = lock is reported WNM_UNLOCK = release is reported
[in]	eDeepMode	The original watching depth mode.
[in]	pCallBack	The CallBack object, which should be notified via its method CallBack::notify(NotifyNote&).

Returns: A return value < 0 indicates an error.

Note: Clears the monitoring initiated by the corresponding method setWatchLot(const BaseLot&, TdWatchNotifyMode, EnDeepMode, CallBack*) const if the parameters have the same values.
In principle, it is possible to cancel individual watching modes. Care should then be taken that all individual watching modes are also applied so that no watching remains in the memory until the program is terminated.

See also: Watch and notify.

◆ unsetWatchObject()

int glo::Base::unsetWatchObject	(	const ObjID &	rObjId,
		TdWatchNotifyMode	ulWatchMode,
		EnDeepMode	eDeepMode,
		CallBack *	pCallBack ) const

The monitoring of the object with passed object ID is terminated in the database. A monitoring termination should be called with the same parameters as the previous monitoring.

Parameters

[in]	rObjId	The object ID of the monitored object.
[in]	ulWatchMode	The original watch mode. Allowed watch modes: WNM_WRITE = writing is reported WNM_WRITE_TRANSACTION = like WNM_WRITE, but triggered in a transaction WNM_DELETE = delete is reported WNM_DELETE_TRANSACTION = like WNM_DELETE, but triggered in a transaction WNM_LOCK = lock is reported WNM_UNLOCK = release is reported
[in]	eDeepMode	The original watching depth mode.
[in]	pCallBack	The CallBack object, which should be notified via its method CallBack::notify(NotifyNote&).

Returns: A return value < 0 indicates an error.

Note: Clears the monitoring initiated by the corresponding method setWatchObject(const ObjID&, TdWatchNotifyMode, EnDeepMode, CallBack*) const if the parameters have the same values.
In principle, it is possible to cancel individual watching modes. Care should then be taken that all individual watching modes are also applied so that no watching remains in the memory until the program is terminated.

See also: Watch and notify.

Friends And Related Symbol Documentation

◆ EmbeddedRecordAttribute

friend class EmbeddedRecordAttribute

friend

◆ ObjectMaker

friend class ObjectMaker

friend

◆ Persistent

friend class Persistent

friend

Member Data Documentation

◆ m_LocalCriticalSection

eut::CriticalSection glo::Base::m_LocalCriticalSection

private

So that several threads can access the methods of this class without a collision, the access is synchronized with this CriticalSection.

◆ m_pOpenedDatabases

OpenedDatabases* glo::Base::m_pOpenedDatabases

private

Here all databases log in when opened and log out again automatically when closed.

◆ m_spPrivateBase

std::shared_ptr<PrivateBase> glo::Base::m_spPrivateBase

private

The class in the background with the non-public functions.

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

GloBase.h

Public Member Functions

Protected Member Functions

Private Member Functions

Private Attributes

Friends

Constructor & Destructor Documentation

◆ Base() [1/8]

◆ Base() [2/8]

◆ Base() [3/8]

◆ Base() [4/8]

◆ Base() [5/8]

◆ Base() [6/8]

◆ Base() [7/8]

◆ ~Base()

◆ Base() [8/8]

Member Function Documentation

◆ abortTransaction()

◆ assignObject()

◆ beginTransaction()

◆ close()

◆ closeAllSet()

◆ closeBase()

◆ commitTransaction()

◆ compressBase() [1/2]

◆ compressBase() [2/2]

◆ connect()

◆ deleteObject()

◆ deleteObjects()

◆ disconnect()

◆ getAllBases()

◆ getAllClassInfosFromBase() [1/2]

◆ getAllClassInfosFromBase() [2/2]

◆ getAllLoggedClients()

◆ getAllSubClassInfos() [1/2]

◆ getAllSubClassInfos() [2/2]

◆ getAllSuperClassInfos() [1/2]

◆ getAllSuperClassInfos() [2/2]

◆ getAnObject() [1/2]

◆ getAnObject() [2/2]

◆ getBaseCount()

◆ getBaseID()

◆ getBaseName()

◆ getClassInfo() [1/4]

◆ getClassInfo() [2/4]

◆ getClassInfo() [3/4]

◆ getClassInfo() [4/4]

◆ getClassInfoCount()

◆ getClientName()

◆ getCommunicatorID()

◆ getDbIniName()

◆ getDefaultLimits()

◆ getGenPersObjectSpy()

◆ getIndexedObjIdsFromAllSet() [1/6]

◆ getIndexedObjIdsFromAllSet() [2/6]

◆ getIndexedObjIdsFromAllSet() [3/6]

◆ getIndexedObjIdsFromAllSet() [4/6]

◆ getIndexedObjIdsFromAllSet() [5/6]

◆ getIndexedObjIdsFromAllSet() [6/6]

◆ getKnownSchemes()

◆ getLimits() [1/2]

◆ getLimits() [2/2]

◆ getObjectFromAllSet()

◆ getObjectMaker()

◆ getObjIdFromAllSet()

◆ getPersObjectSpy()

◆ getPort()

◆ getPrivateBase()

◆ getProcessingPossibilities()

◆ getRecord() [1/2]

◆ getRecord() [2/2]

◆ getRootClassInfo() [1/2]

◆ getRootClassInfo() [2/2]

◆ getSchemaNameWithPath()

◆ getSchemaPath()

◆ getServerName()

◆ getSizeFromAllSet()

◆ getSubClassInfos() [1/2]

◆ getSubClassInfos() [2/2]

◆ getSuperClassInfos() [1/2]

◆ getSuperClassInfos() [2/2]