glo::PrivateBase Class Reference

In this class functions for Base are encapsulated. The Base interface is not affected by any changes in functionality. More...

#include <GloPrivateBase.h>

Public Member Functions
	PrivateBase ()
	PrivateBase (const std::string &rstrClientName)
	PrivateBase (const std::string &rstrClientName, const std::string &rstrSchemaPath, const std::string &rstrBaseName)
	PrivateBase (const std::string &rstrClientName, ObjCreator &rObjCreator)
	PrivateBase (const std::string &rstrServerName, const std::string &rstrClientName)
	PrivateBase (const std::string &rstrServerName, const std::string &rstrClientName, int iTimeOutSec, unsigned int uiPort, const std::string &rstrSchemaPath, const std::string &rstrKnownSchemes)
	PrivateBase (const std::string &rstrServerName, const std::string &rstrClientName, ObjCreator &rObjCreator)
virtual	~PrivateBase ()

Protected Member Functions
int	assignObject (BasePersistent *pObject)
int	beginCommitAbortTransaction (OrderMsg::EnOrderType eBeginOrCommitOrAbort)
int	close (CallBack *pProgressNotificationCallBack)
int	closeAllSet (BaseAllSet *pAllSet)
int	closeBase (CallBack *pProgressNotificationCallBack)
int	compressBase (CallBack *pProgressNotificationCallBack)
int	compressBase (const std::string &rstrBaseName, CallBack *pProgressNotificationCallBack)
int	connect (CallBack *pServerCrashNotificationCallBack=nullptr)
int	deleteObjects (const std::vector< glo::ObjID > &rObjectIDs, EnDeepMode eDeepMode)
int	disconnect ()
int	doWithBase (const std::string &rstrBaseName, CallBack *pCallBack, OrderMsg::EnOrderType eRepairType)
int	generateObject (BasePersistent *&prObject, Record *pRecord, bool bShouldBeActivated, bool bGeneric)
int	getAllBases (std::vector< std::string > *&prRetValVector) const
int	getAllClassInfosFromBase (std::map< unsigned long, ClassInfo *, std::less< unsigned long > > *&prAllClassInfoMap, const std::string &rstrBaseName)
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)
int	getAllSuperClassInfos (std::map< unsigned long, ClassInfo *, std::less< unsigned long > > *&prSuperClassInfoMap, unsigned long ulClassID, const std::string &rstrBaseName)
int	getAnObject (BasePersistent *&prObject, const ObjID &rObjID, bool bGeneric=false)
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	getClassInfos (OrderMsg::EnOrderType eOrder, std::map< unsigned long, ClassInfo *, std::less< unsigned long > > *&prClassInfoMap, unsigned long ulClassID, const std::string &rstrBaseName)
std::string	getClientName () const
unsigned int	getCommunicatorID () const
std::string	getDbIniName () const
int	getDefaultLimits (std::vector< LimitRecord > *&prRetValVector) const
int	getDependDataRecords (std::map< ObjID, Record *, std::less< ObjID > > &rRetValList, Record &rObjDataRecord, EnDeepMode eDeepMode, bool bWithRefRecords) const
int	getIndexedObjIdsFromAllSet (std::vector< glo::ObjID > &rObjIDContainer, const BaseAllSet &rAllSet, const std::string &rsIndexName, unsigned long ulIndexClassID, const std::string &rsIndexSearchValue, EnComparisionOp eComparisionOp)
int	getIndexedObjIdsFromAllSet (std::vector< glo::ObjID > &rObjIDContainer, const BaseAllSet &rAllSet, const std::string &rsIndexName, unsigned long ulIndexClassID, const std::string &rsIndexSearchValue, EnQueryType eQuerryType)
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)
int	getIndexedObjIdsFromAllSet (std::vector< glo::ObjID > &rObjIDContainer, const BaseAllSet &rAllSet, const std::string &rsIndexSearchValue, EnComparisionOp eComparisionOp)
int	getIndexedObjIdsFromAllSet (std::vector< glo::ObjID > &rObjIDContainer, const BaseAllSet &rAllSet, const std::string &rsIndexSearchValue, EnQueryType eQuerryType)
int	getIndexedObjIdsFromAllSet (std::vector< glo::ObjID > &rObjIDContainer, const BaseAllSet &rAllSet, const std::string &rsRangeStartIndexSearchValue, const std::string &rsRangeEndIndexSearchValue)
int	getKnownSchemes (std::vector< std::string > &rRetVal)
int	getLimits (LimitRecord *&prLimitRecord, const ClassInfoAttribute::Type &rClassInfoAttributeType) const
int	getObjectFromAllSet (ObjID &rObjID, BasePersistent *&prObject, const BaseAllSet &rAllSet, EnSeekMode eMode, bool bGeneric=false)
ObjectMaker *	getObjectMaker ()
std::vector< std::shared_ptr< Persistent > > *	getObjectsToActivat ()
int	getObjIdFromAllSet (ObjID &rObjID, const BaseAllSet &rAllSet, EnSeekMode eMode)
int	getPort (unsigned int &ruiPort)
int	getRecord (Record *&prRecord, const ObjID &rObjID, unsigned long ulClassID)
int	getSchemaNameWithPath (std::string &rstrRetVal)
int	getSchemaPath (std::string &rstrRetVal)
std::string	getServerName () const
int	getSizeFromAllSet (std::size_t &rnSize, const BaseAllSet &rAllSet)
int	getSubClassInfos (std::map< unsigned long, ClassInfo *, std::less< unsigned long > > *&prSubClassInfoMap, unsigned long ulClassID, const std::string &rstrBaseName)
int	getSuperClassInfos (std::map< unsigned long, ClassInfo *, std::less< unsigned long > > *&prSuperClassInfoMap, unsigned long ulClassID, const std::string &rstrBaseName)
int	getTimeOutSec (int &riTimeOutSec)
int	getTransactionLevel () const
int	insertDataRecord (std::map< ObjID, Record *, std::less< ObjID > > &rRetValList, IDRecordAttribute *pIDRecordAttribute, EnDeepMode eDeepMode, bool bWithRefRecords) const
int	insertDataRecord (std::map< ObjID, Record *, std::less< ObjID > > &rRetValList, IDRecordAttribute *pIDRecordAttribute, ObjIDRecordTuple *pObjIDRecordTuple, ObjID &rObjID, EnDeepMode eDeepMode, bool bWithRefRecords) const
int	insertDataRecord (std::map< ObjID, Record *, std::less< ObjID > > &rRetValList, ObjID ObjID, EnDeepMode eDeepMode) const
int	insertDataRecord (std::map< ObjID, Record *, std::less< ObjID > > &rRetValList, ObjIDRecordTuple *pObjIDRecordTuple, EnDeepMode eDeepMode) const
int	instantiateRecordObjects (BasePersistent &rObject, Record *pRecord, bool bShouldBeActivated)
bool	isConnected () const
bool	isInTransaction () const
int	isKnownClassID (bool &rbRetVal, unsigned long ulClassID, const std::string &rstrBaseName) const
bool	isOpen () const
int	isStoredObject (bool &rbRetVal, BasePersistent *pObject)
int	isSuperClassFrom (bool &rbRetVal, unsigned long ulClassIDSuperClass, unsigned long ulClassIDSubClass, const std::string &rstrBaseName) const
int	lockUnlockLot (OrderMsg::EnOrderType eLockOrUnlock, const BaseLot &rObjIdLot, EnLockMode eLockMode, EnDeepMode eDeepMode)
int	lockUnlockObject (OrderMsg::EnOrderType eLockOrUnlock, const ObjID &rObjId, EnLockMode eLockMode, EnDeepMode eDeepMode)
int	lockUnlockObjIdList (OrderMsg::EnOrderType eLockOrUnlock, std::list< ObjID > *pObjIDList, LockSpecification *pLockSpec)
void	movePtrClassInfoMapToSmrtPtrClassInfoMap (const std::map< unsigned long, ClassInfo *, std::less< unsigned long > > *pPtrClassInfoMap, std::map< unsigned long, std::shared_ptr< ClassInfo >, std::less< unsigned long > > &rSmrtPtrClassInfoMap) const
int	notifyAsWritten (const std::list< ObjID > &rObjIDList)
int	objIDInAllSet (const ObjID &rObjID, const BaseAllSet &rAllSet)
int	open (const std::string &rstrBaseName, CallBack *pProgressNotificationCallBack)
int	openAllSet (BaseAllSet *pAllSet)
int	openBase (CallBack *pProgressNotificationCallBack, CallBack *pServerCrashNotificationCallBack)
int	openBaseComfortably (CallBack *pProgressNotificationCallBack, CallBack *pServerCrashNotificationCallBack)
int	processIndexQueryOrFilter (const IndexQueryBaseStruct &rIndexQueryBaseStruct, std::vector< ObjID > *pRetValObjIDVector)
int	reconnect (CallBack *pServerCrashNotificationCallBack=nullptr)
int	refreshObject (BasePersistent *pObject)
int	reindexBase (CallBack *pProgressNotificationCallBack)
int	reindexBase (const std::string &rstrBaseName, CallBack *pProgressNotificationCallBack)
int	removeIndexFilter (const BaseAllSet &rAllSet)
int	repairBase (CallBack *pProgressNotificationCallBack)
int	repairBase (const std::string &rstrBaseName, CallBack *pProgressNotificationCallBack)
int	setBaseName (const std::string &rstrBaseName)
int	setClientName (const std::string &rstrClientName)
int	setCurrentObjectInAllSet (const ObjID &rObjID, const BaseAllSet &rAllSet)
int	setDbIniName (const std::string &rstrDbIniName)
int	setIndexFilter (const BaseAllSet &rAllSet, const std::string &rsIndexFilter)
int	setIndexFilter (const BaseAllSet &rAllSet, const std::string &rsIndexFilter, EnComparisionOp eComparisionOp)
int	setIndexFilter (const BaseAllSet &rAllSet, const std::string &rsRangeStartIndexFilter, const std::string &rsRangeEndIndexFilter)
int	setKnownSchemes (const std::string &rstrKnownSchemes)
int	setPositionInAllSet (std::size_t nPosition, const BaseAllSet &rAllSet)
int	setSchemaPath (const std::string &rstrSchemaPath)
int	setWatchServer (CallBack *pCallBack) const
int	storeDeleteObject (OrderMsg::EnOrderType eStoreOrDelete, BasePersistent *pObject, EnDeepMode eDeepMode)
int	switchWatchClass (OrderMsg::EnOrderType eSetWatchOrUnsetWatch, unsigned long ulClassID, TdWatchNotifyMode ulWatchMode, CallBack *pCallBack)
int	switchWatchClient (OrderMsg::EnOrderType eSetWatchOrUnsetWatch, TdWatchNotifyMode ulWatchMode, CallBack *pCallBack) const
int	switchWatchIndex (OrderMsg::EnOrderType eSetWatchOrUnsetWatch, TdWatchNotifyMode ulWatchMode, CallBack *pCallBack) const
int	switchWatchLot (OrderMsg::EnOrderType eSetWatchOrUnsetWatch, const BaseLot &rObjIdLot, TdWatchNotifyMode ulWatchMode, EnDeepMode eDeepMode, CallBack *pCallBack)
int	switchWatchObject (OrderMsg::EnOrderType eSetWatchOrUnsetWatch, const ObjID &rObjId, TdWatchNotifyMode ulWatchMode, EnDeepMode eDeepMode, CallBack *pCallBack)
int	switchWatchObjIdList (OrderMsg::EnOrderType eSetWatchOrUnsetWatch, std::list< ObjID > *pObjIDList, WatchSpecification *pWatchSpec)

Private Member Functions
	PrivateBase (const PrivateBase &)
PrivateBase &	operator= (const PrivateBase &)

Private Attributes
bool	m_bOpen
int	m_iTimeOutSec
int	m_iTransactionLevel
std::vector< std::shared_ptr< Persistent > >	m_ObjectsToActivate
Base *	m_pBaseApi
Communicator *	m_pLocalCommunicator
ObjCreator *	m_pObjCreator
ObjectMaker *	m_pObjectMaker
GenPersObjectSpy *	m_pPersGenericObjectSpy
PersObjectSpy *	m_pPersObjectSpy
std::string	m_sBaseName
std::string	m_sKnownSchemes
std::string	m_sSchemaPath
std::string	m_sServerName
std::string	m_strClientName
std::string	m_strDbIniFileName
unsigned int	m_uiPort
unsigned long	m_ulBaseID

Friends
class	Base
class	EmbeddedRecordAttribute
class	ObjectMaker

Detailed Description

In this class functions for Base are encapsulated. The Base interface is not affected by any changes in functionality.

Copyright

© 2010 Helmut Jakoby

Author

Helmut Jakoby

Constructor & Destructor Documentation

PrivateBase() [1/8]

glo::PrivateBase::PrivateBase

(

)

See the description from

glo::Base::Base()

PrivateBase() [2/8]

glo::PrivateBase::PrivateBase

(

const std::string &

rstrClientName

)

See the description from

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

PrivateBase() [3/8]

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

See the description from

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

PrivateBase() [4/8]

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

See the description from

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

PrivateBase() [5/8]

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

See the description from

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

PrivateBase() [6/8]

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

See the description from

glo::Base::Base(const std::string&, const std::string&, int, unsigned int, const std::string&, const std::string&)

PrivateBase() [7/8]

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

See the description from

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

~PrivateBase()

virtual glo::PrivateBase::~PrivateBase ( )

virtual

See the description from

Base::~Base()

PrivateBase() [8/8]

glo::PrivateBase::PrivateBase ( const PrivateBase & )

private

The copy constructor is not available.

Member Function Documentation

assignObject()

int glo::PrivateBase::assignObject ( BasePersistent * pObject )

protected

See the description from

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

beginCommitAbortTransaction()

int glo::PrivateBase::beginCommitAbortTransaction ( OrderMsg::EnOrderType eBeginOrCommitOrAbort )

protected

Creates an order for the communicator to start or end a transaction depending on the parameter eBeginOrCommitOrAbort.

Parameters

[in]

eBeginOrCommitOrAbort

If OrderMsg::eBEGIN_TRANSACTION, a transaction is started. If OrderMsg::eCOMMIT_TRANSACTION, the current transaction is confirmed. If OrderMsg::eABORT_TRANSACTION, the current transaction is cancelled.

Returns

A return value < 0 indicates an error.

close()

int glo::PrivateBase::close ( CallBack * pProgressNotificationCallBack )

protected

See the description from

glo::Base::close(CallBack*)

closeAllSet()

int glo::PrivateBase::closeAllSet ( BaseAllSet * pAllSet )

protected

See the description from

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

closeBase()

int glo::PrivateBase::closeBase ( CallBack * pProgressNotificationCallBack )

protected

See the description from

glo::Base::closeBase(CallBack*)

compressBase() [1/2]

int glo::PrivateBase::compressBase ( CallBack * pProgressNotificationCallBack )

protected

See the description from

glo::Base::compressBase(CallBack*)

compressBase() [2/2]

int glo::PrivateBase::compressBase ( const std::string & rstrBaseName, CallBack * pProgressNotificationCallBack )

protected

See the description from

glo::Base::compressBase(const std::string &, CallBack*)

connect()

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

protected

See the description from

glo::Base::connect(CallBack*)

deleteObjects()

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

protected

Creates a job for the communicator to delete a set of objects in the database whose object IDs are passed.

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. Passing an empty object ID container does cause an error message.

See also descriptions of

• glo::Base::deleteObject(BasePersistent*, EnDeepMode)const
• glo::Base::deleteObjects( const std::vector< glo::ObjID > & rObjectIDs, EnDeepMode eDeepMode ) const

disconnect()

int glo::PrivateBase::disconnect ( )

protected

See the description from

glo::Base::disconnect()

doWithBase()

int glo::PrivateBase::doWithBase ( const std::string & rstrBaseName, CallBack * pCallBack, OrderMsg::EnOrderType eRepairType )

protected

Auxiliary method that either does the work of PrivateBase::reindexBase( const std::string &, CallBack *) or PrivateBase::compressBase( const std::string &, CallBack *) or PrivateBase::repairBase( const std::string &, CallBack *).

Parameters

[in]	rstrBaseName	The name of the database to be edited.
[in]	pCallBack	If a valid pointer to an object is passed, the progress of the work is sent to the CallBack object via notifications (see also CallBack::notify(NotifyNote&) ).
[in]	eRepairType	The type of repair;

Returns

A return value < 0 indicates an error.

Note

This method works without index. If finished without error, the index is rewritten.

Attention

The desired will only succeed if the database is not opened by any instance.
Without previous connection (see also PrivateBase::connect(CallBack*) ) the method fails.
Basically pCallBack must not be destroyed before the monitoring has been cancelled.

generateObject()

int glo::PrivateBase::generateObject ( BasePersistent *& prObject, Record * pRecord, bool bShouldBeActivated, bool bGeneric )

protected

Instantiates a matching object from the transferred data set or, depending on bGeneric, determines the object from the referenced GenPersObjectSpy or PersObjectSpy, if available there.
The attributes of the transferred data record are transferred.

Parameters

[in,out]	prObject	A pointer to an instantiated object.
[in]	pRecord	The data record from which the object is to be instantiated.
[in]	bShouldBeActivated	If true, the supplied object is inserted into m_ObjectsToActivate, if not bGeneric is true..
[in]	bGeneric	If true, a generic object of the type GenericPersistent is delivered, otherwise an object with the class ID from the data set; then PrivateBase::m_pObjectMaker must be seted.

Returns

A return value < 0 indicates an error.

Attention

The calling instance must remove the returned object from memory using BasePersistent::forget().
The transferred data record becomes the property of this object; the calling instance must not 'forget' it.

getAllBases()

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

protected

See the description from

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

getAllClassInfosFromBase()

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

protected

See the description from

glo::Base::getAllClassInfosFromBase(std::map< unsigned long, glo::ClassInfo , std::less<unsigned long> >&, const std::string&)const

getAllLoggedClients()

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

protected

See the description from

glo::Base::getAllLoggedClients(std::vector< ClientInfo >*&, const std::string&)const

getAllSubClassInfos()

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

protected

See the description from

glo::Base::getAllSubClassInfos(std::map< unsigned long, glo::ClassInfo , std::less<unsigned long> >&, unsigned long, const std::string&)const

getAllSuperClassInfos()

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

protected

See the description from

glo::Base::getAllSuperClassInfos(std::map< unsigned long, glo::ClassInfo , std::less<unsigned long> >&, unsigned long, const std::string&)const

getAnObject()

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

protected

See the description from

glo::Base::getAnObject(BasePersistent*&, const ObjID&, bool)const

getBaseCount()

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

protected

See the description from

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

getBaseID()

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

protected

Returns the database ID, see also

glo::Base::getBaseID()const

getBaseName()

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

protected

See the description from

glo::Base::getBaseName()const

getClassInfo() [1/2]

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

protected

See the description from

glo::Base::getClassInfo(glo::ClassInfo*&, unsigned long, const std::string&)const

getClassInfo() [2/2]

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

protected

See the description from

glo::Base::getClassInfo(glo::ClassInfo*&, unsigned long, const std::string&)const

getClassInfos()

int glo::PrivateBase::getClassInfos ( OrderMsg::EnOrderType eOrder, std::map< unsigned long, ClassInfo *, std::less< unsigned long > > *& prClassInfoMap, unsigned long ulClassID, const std::string & rstrBaseName )

protected

Creates an order for the communicator to provide a set of class information, if necessary of a class, depending on the parameter.

Parameters

[in]	eOrder	If OrderMsg::eGET_BASECLASS_INFOS, the class information of the direct superclasses of the transferred class ID is delivered. If OrderMsg::eGET_SUBCLASS_INFOS, the class information of the direct subclasses of the transferred class ID is delivered. If OrderMsg::eGET_ALL_BASECLASS_INFOS, the class information of all superclasses of the transferred class ID is delivered. If OrderMsg::eGET_ALL_SUBCLASS_INFOS, all subclasses of the passed class ID are returned. If OrderMsg::eGET_ALL_CLASS_INFOS, the class information of all classes of the database respectively schema is delivered. The transferred class ID is ignored.
[in,out]	prClassInfoMap	The container with the class information.
[in]	ulClassID	The class ID.
[in]	rstrBaseName	The name of the database or schema, is ignored if m_pObjectMaker.

Returns

A return value < 0 indicates an error.

Attention

The supplied object (prClassInfoMap) and its elements must be removed from memory by the calling instance.

getClientName()

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

protected

See the description from

glo::Base::getClientName()const

getCommunicatorID()

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

protected

See the description from

glo::Base::getCommunicatorID()const

getDbIniName()

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

protected

See the description from:

• m_strDbIniFileName
• glo::Base::getDbIniName()const

getDefaultLimits()

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

protected

See the description from

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

getDependDataRecords()

int glo::PrivateBase::getDependDataRecords ( std::map< ObjID, Record *, std::less< ObjID > > & rRetValList, Record & rObjDataRecord, EnDeepMode eDeepMode, bool bWithRefRecords ) const

protected

Returns all data records of a transferred data record that are to be saved or deleted as well.

Parameters

[in,out]	rRetValList	Container with the dependent data records.
[in]	rObjDataRecord	The data set whose dependent data sets are expected.
[in]	eDeepMode	The depth mode that indicates what is seen as dependent.
[in]	bWithRefRecords	If true, for attributes of type PoRefRecordAttribute, PoRefListRecordAttribute and PoRefSetRecordAttribute if referenced to valid objects the respective record will be generated. This can be disabled because the records of the referenced object, if they are to be stored, are already generated via PrivateBase::getDependDataRecords (...). Default is 'false'.

Returns

A return value < 0 indicates an error.

Note

For Glo developers: Is implemented in GloRecordAttributeFunctions.cpp, so that extensions of data set attributes can be made there collectively.

getIndexedObjIdsFromAllSet() [1/6]

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

protected

See the description from

glo::Base::getIndexedObjIdsFromAllSet(std::vector< ObjID >&, const BaseAllSet&, const std::string&, unsigned long, const std::string&, EnComparisionOp)const

getIndexedObjIdsFromAllSet() [2/6]

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

protected

See the description from

glo::Base::getIndexedObjIdsFromAllSet(std::vector< ObjID >&, const BaseAllSet&, const std::string&, unsigned long, const std::string&, EnQueryType)const

getIndexedObjIdsFromAllSet() [3/6]

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

protected

See the description from

glo::Base::getIndexedObjIdsFromAllSet(std::vector< ObjID >&, const BaseAllSet&, const std::string&, unsigned long, const std::string&, const std::string&)const

getIndexedObjIdsFromAllSet() [4/6]

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

protected

See the description from

glo::Base::getIndexedObjIdsFromAllSet(std::vector< ObjID >&, const BaseAllSet&, const std::string&, EnComparisionOp)const

getIndexedObjIdsFromAllSet() [5/6]

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

protected

See the description from

glo::Base::getIndexedObjIdsFromAllSet(std::vector< ObjID >&, const BaseAllSet&, const std::string&, EnQueryType)const

getIndexedObjIdsFromAllSet() [6/6]

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

protected

See the description from

glo::Base::getIndexedObjIdsFromAllSet(std::vector< ObjID >&, const BaseAllSet&, const std::string&, const std::string&)const

getKnownSchemes()

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

protected

See the description from

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

getLimits()

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

protected

See the description from

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

getObjectFromAllSet()

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

protected

See the description from

glo::Base::getObjectFromAllSet( ObjID&, BasePersistent*&, const BaseAllSet&, EnSeekMode, bool)const

getObjectMaker()

ObjectMaker * glo::PrivateBase::getObjectMaker ( )

protected

See the description from

glo::Base::getObjectMaker()

getObjectsToActivat()

std::vector< std::shared_ptr< Persistent > > * glo::PrivateBase::getObjectsToActivat ( )

protected

Returns a pointer to m_ObjectsToActivate.

Returns

see above.

getObjIdFromAllSet()

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

protected

See the description from

glo::Base::getObjIdFromAllSet(ObjID&, const BaseAllSet&, EnSeekMode)const

getPort()

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

protected

See the description from

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

getRecord()

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

protected

See the description from

glo::Base::getRecord(Record*&, const ObjID&, unsigned long)const

getSchemaNameWithPath()

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

protected

See the description from

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

getSchemaPath()

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

protected

See the description from

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

getServerName()

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

protected

See the description from

glo::Base::getServerName()const

getSizeFromAllSet()

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

protected

See the description from

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

getSubClassInfos()

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

protected

See the description from

glo::Base::getSubClassInfos(std::map< unsigned long, glo::ClassInfo , std::less<unsigned long> >&, unsigned long, const std::string&)const

getSuperClassInfos()

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

protected

See the description from

glo::Base::getSuperClassInfos(std::map< unsigned long, glo::ClassInfo , std::less<unsigned long> >&, unsigned long, const std::string&)const

getTimeOutSec()

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

protected

See the description from

glo::Base::getTimeOutSec(int&)

getTransactionLevel()

int glo::PrivateBase::getTransactionLevel ( ) const

protected

See the description from

glo::Base::getTransactionLevel()const

insertDataRecord() [1/4]

int glo::PrivateBase::insertDataRecord ( std::map< ObjID, Record *, std::less< ObjID > > & rRetValList, IDRecordAttribute * pIDRecordAttribute, EnDeepMode eDeepMode, bool bWithRefRecords ) const

protected

Inserts in rRetValList the record of an object from m_pPersObjectSpy or m_pPersGenericObjectSpy with the ObjID of the passed IDRecordAttribute.

Parameters

[in,out]	rRetValList	Container with the records to be inserted.
[in,out]	pIDRecordAttribute	The attribute with the objectID. The record is entered there.
[in]	eDeepMode	The depth mode that indicates what is seen as dependent. Is necessary because this method uses getDependDataRecords (...).
[in]	bWithRefRecords	If true, for attributes of type PoRefRecordAttribute, PoRefListRecordAttribute and PoRefSetRecordAttribute if referenced to valid objects the respective record will be generated. This can be disabled because the records of the referenced object, if they are to be stored, are already generated via PrivateBase::getDependDataRecords (...). Default is 'false'.

Returns

A return value < 0 indicates an error.

insertDataRecord() [2/4]

int glo::PrivateBase::insertDataRecord ( std::map< ObjID, Record *, std::less< ObjID > > & rRetValList, IDRecordAttribute * pIDRecordAttribute, ObjIDRecordTuple * pObjIDRecordTuple, ObjID & rObjID, EnDeepMode eDeepMode, bool bWithRefRecords ) const

protected

Is the executing method for:

• insertDataRecord(std::map<ObjID,Record*,std::less<ObjID>>&,IDRecordAttribute <em>,EnDeepMode) const
• insertDataRecord(std::map<ObjID,Record

,std::less<ObjID>>&,ObjIDRecordTuple*,EnDeepMode) const

• insertDataRecord(std::map<ObjID,Record*,std::less<ObjID>>&,ObjID,EnDeepMode) const

The parameters are accordingly variable.

Parameters

[in,out]	rRetValList	Container with the records to be inserted.
[in,out]	pIDRecordAttribute	The attribute with the objectID. The record is entered there.
[in,out]	pObjIDRecordTuple	The IDRecordTuple with the objectID. The record is entered there.
[in]	rObjID	The object ID.
[in]	eDeepMode	The depth mode that indicates what is seen as dependent. Is necessary because this method uses getDependDataRecords (...).
[in]	bWithRefRecords	If true, for attributes of type PoRefRecordAttribute, PoRefListRecordAttribute and PoRefSetRecordAttribute if referenced to valid objects the respective record will be generated. This can be disabled because the records of the referenced object, if they are to be stored, are already generated via PrivateBase::getDependDataRecords (...). Default is 'false'.

Returns

A return value < 0 indicates an error.

insertDataRecord() [3/4]

int glo::PrivateBase::insertDataRecord ( std::map< ObjID, Record *, std::less< ObjID > > & rRetValList, ObjID ObjID, EnDeepMode eDeepMode ) const

protected

Inserts into rRetValList the data set of an object from m_pPersObjectSpy or m_pPersGenericObjectSpy with passed ObjID.

Parameters

[in,out]	rRetValList	Container with the records to be inserted.
[in]	ObjID	The object ID.
[in]	eDeepMode	The depth mode that indicates what is seen as dependent. Is necessary because this method uses getDependDataRecords (...).

Returns

A return value < 0 indicates an error.

insertDataRecord() [4/4]

int glo::PrivateBase::insertDataRecord ( std::map< ObjID, Record *, std::less< ObjID > > & rRetValList, ObjIDRecordTuple * pObjIDRecordTuple, EnDeepMode eDeepMode ) const

protected

Inserts in rRetValList the record of an object from m_pPersObjectSpy or m_pPersGenericObjectSpy with the ObjID of the passed ObjIDRecordTuple.

Parameters

[in,out]	rRetValList	Container with the records to be inserted.
[in,out]	pObjIDRecordTuple	The IDRecordTuple with the objectID. The record is entered there.
[in]	eDeepMode	The depth mode that indicates what is seen as dependent. Is necessary because this method uses getDependDataRecords (...).

Returns

A return value < 0 indicates an error.

instantiateRecordObjects()

int glo::PrivateBase::instantiateRecordObjects ( BasePersistent & rObject, Record * pRecord, bool bShouldBeActivated )

protected

The directly referenced objects (e.g. embedded or pointer-referenced objects) that are present in the transferred data set are instantiated and inserted into the transferred object.

Parameters

[in,out]	rObject	The object extended by its directly referenced objects.
[in]	pRecord	The data set with the information about directly referenced objects.
[in]	bShouldBeActivated	If true, any objects loaded from the database are inserted into m_ObjectsToActivate. This happens in generateObject (...) if requested there.

Returns

A return value < 0 indicates an error.

Note

For Glo developers: Is implemented in GloRecordAttributeFunctions.cpp, so that extensions of data set attributes can be made there collectively.

isConnected()

bool glo::PrivateBase::isConnected ( ) const

protected

See the description from

glo::Base::isConnected()const

isInTransaction()

bool glo::PrivateBase::isInTransaction ( ) const

protected

See the description from

glo::Base::isInTransaction()const

isKnownClassID()

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

protected

See the description from

glo::Base::isKnownClassID (...)const

isOpen()

bool glo::PrivateBase::isOpen ( ) const

protected

See the description from

glo::Base::isOpen()const

isStoredObject()

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

protected

See the description from

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

isSuperClassFrom()

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

protected

See the description from

glo::Base::isSuperClassFrom (...)const

lockUnlockLot()

int glo::PrivateBase::lockUnlockLot ( OrderMsg::EnOrderType eLockOrUnlock, const BaseLot & rObjIdLot, EnLockMode eLockMode, EnDeepMode eDeepMode )

protected

Creates an order for the communicator to lock or unlock a set of objects in the database, depending on the eLockOrUnlock parameter.

Parameters

[in]	eLockOrUnlock	If OrderMsg::eLOCK, a lock request is generated for the objects in rObjIdLot. If OrderMsg::eUNLOCK, a release order is generated for the objects in rObjIdLot. If OrderMsg::eIS_LOCKED, an order is generated to check if the objects are locked in the rObjIdLot. If OrderMsg::eIS_ALLOWED, an order is generated to check if actions which are in the parameter eLockMode are allowed with the objects in rObjIdLot. If OrderMsg::eGET_PROCESSING_POSSIBILITIES, an order is generated, which actions are allowed with the objects in rObjIdLot.
[in]	rObjIdLot	The affected objects.
[in]	eLockMode	The lock mode.
[in]	eDeepMode	The lock or release depth mode.

Returns

A return value < 0 indicates an error.

See also descriptions of

• glo::Base::lockLot(const BaseLot&, EnLockMode, EnDeepMode)const
• glo::Base::unlockLot(const BaseLot&, EnLockMode, EnDeepMode)const

lockUnlockObject()

int glo::PrivateBase::lockUnlockObject ( OrderMsg::EnOrderType eLockOrUnlock, const ObjID & rObjId, EnLockMode eLockMode, EnDeepMode eDeepMode )

protected

Creates an order for the communicator to lock or unlock an object in the database depending on the parameter eLockOrUnlock or to request its locking and action modalities.

Parameters

[in]	eLockOrUnlock	If OrderMsg::eLOCK, a lock order is generated for the object with passed object ID. If OrderMsg::eUNLOCK, a release order is generated for the object with passed object ID. If OrderMsg::eIS_LOCKED, an order is generated asking if the object is locked with the passed object ID. If OrderMsg::eIS_ALLOWED, an order is generated asking if actions which are in the parameter eLockMode are allowed with the object with passed object ID. If OrderMsg::eGET_PROCESSING_POSSIBILITIES, is called, an order is generated asking what actions are allowed with the object with the object ID passed.
[in]	rObjId	The object ID of the object concerned.
[in]	eLockMode	The lock mode.
[in]	eDeepMode	The lock or release depth mode.

Returns

A return value < 0 indicates an error.

See also descriptions of

• glo::Base::lockObject(const ObjID&, EnLockMode, EnDeepMode)const
• glo::Base::unlockObject(const ObjID&, EnLockMode, EnDeepMode)const
• glo::Base::isLockedObject(const ObjID&, EnLockMode, EnDeepMode)const
• glo::Base::isPossible(const ObjID&, bool, bool, bool, EnDeepMode)const
• glo::Base::getProcessingPossibilities(const ObjID&, LockPossibleSpecification&, EnDeepMode)const

lockUnlockObjIdList()

int glo::PrivateBase::lockUnlockObjIdList ( OrderMsg::EnOrderType eLockOrUnlock, std::list< ObjID > * pObjIDList, LockSpecification * pLockSpec )

protected

Creates an order for the communicator to lock or unlock a set of objects in the database, depending on the eLockOrUnlock parameter.

Parameters

[in]	eLockOrUnlock	If OrderMsg::eLOCK, a lock request is generated for the objects in rObjIdLot. If OrderMsg::eUNLOCK, a release order is generated for the objects in rObjIdLot. If OrderMsg::eIS_LOCKED, an order is generated to check if the objects are locked in the rObjIdLot. If OrderMsg::eIS_ALLOWED, an order is generated to check if actions which are in the parameter eLockMode are allowed with the objects in rObjIdLot. If OrderMsg::eGET_PROCESSING_POSSIBILITIES, an order is generated, which actions are allowed with the objects in rObjIdLot.
[in]	pObjIDList	The object IDs of the affected objects.
[in]	pLockSpec	The lock mode with the lock or unlock depth mode.

Returns

A return value < 0 indicates an error.

See also descriptions of

• glo::Base::lockObjIdList(std::list<ObjID><em>, EnLockMode, EnDeepMode)const
• glo::Base::unlockObjIdList(std::list<ObjID>

, EnLockMode, EnDeepMode)const

movePtrClassInfoMapToSmrtPtrClassInfoMap()

void glo::PrivateBase::movePtrClassInfoMapToSmrtPtrClassInfoMap ( const std::map< unsigned long, ClassInfo *, std::less< unsigned long > > * pPtrClassInfoMap, std::map< unsigned long, std::shared_ptr< ClassInfo >, std::less< unsigned long > > & rSmrtPtrClassInfoMap ) const

protected

Transfers the pointers to class information from a pointer map to a map with std::shared_ptr on class information

Parameters

[in]	pPtrClassInfoMap	The source map.
[in,out]	rSmrtPtrClassInfoMap	The target map.

notifyAsWritten()

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

protected

Creates an order for the communicator to simulate change of objects with passed onject IDs. A notification is sent to all watching instances as if the objects in the database were changed.

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::PrivateBase::objIDInAllSet ( const ObjID & rObjID, const BaseAllSet & rAllSet )

protected

See the description from

glo::Base::objIDInAllSet(const ObjID&, const BaseAllSet&)const

open()

int glo::PrivateBase::open ( const std::string & rstrBaseName, CallBack * pProgressNotificationCallBack )

protected

See the description from

glo::Base::open(const std::string&, CallBack*)

openAllSet()

int glo::PrivateBase::openAllSet ( BaseAllSet * pAllSet )

protected

See the description from

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

openBase()

int glo::PrivateBase::openBase ( CallBack * pProgressNotificationCallBack, CallBack * pServerCrashNotificationCallBack )

protected

See the description from

glo::Base::openBase(CallBack*)

openBaseComfortably()

int glo::PrivateBase::openBaseComfortably ( CallBack * pProgressNotificationCallBack, CallBack * pServerCrashNotificationCallBack )

protected

See the description from

glo::Base::openBaseComfortably(CallBack*)

operator=()

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

private

The assignment operator is not available.

processIndexQueryOrFilter()

int glo::PrivateBase::processIndexQueryOrFilter ( const IndexQueryBaseStruct & rIndexQueryBaseStruct, std::vector< ObjID > * pRetValObjIDVector )

protected

Help method for PrivateBase::setIndexFilter (...) and PrivateBase::getIndexedObjIdsFromAllSet (...).

Parameters

[in]	rIndexQueryBaseStruct	The query structure for the index query or filter. Allowed types are IndexQueryStruct, ComparisionIndexQueryStruct and RangeIndexQueryStruct.
[in]	pRetValObjIDVector	The result list if != nullptr. If not passed, a filter is set.

Returns

A return < 0 indicates an error.

reconnect()

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

protected

See the description from

glo::Base::reconnectCallBack*()

refreshObject()

int glo::PrivateBase::refreshObject ( BasePersistent * pObject )

protected

See the description from

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

reindexBase() [1/2]

int glo::PrivateBase::reindexBase ( CallBack * pProgressNotificationCallBack )

protected

See the description from

glo::Base::reindexBase(CallBack*)

reindexBase() [2/2]

int glo::PrivateBase::reindexBase ( const std::string & rstrBaseName, CallBack * pProgressNotificationCallBack )

protected

See the description from

glo::Base::reindexBase(const std::string &, CallBack*)

removeIndexFilter()

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

protected

See the description from

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

repairBase() [1/2]

int glo::PrivateBase::repairBase ( CallBack * pProgressNotificationCallBack )

protected

See the description from

glo::Base::repairBase(CallBack*)

repairBase() [2/2]

int glo::PrivateBase::repairBase ( const std::string & rstrBaseName, CallBack * pProgressNotificationCallBack )

protected

See the description from

glo::Base::repairBase(const std::string &, CallBack*)

setBaseName()

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

protected

See the description from

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

setClientName()

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

protected

See the description from

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

setCurrentObjectInAllSet()

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

protected

See the description from

glo::Base::setCurrentObjectInAllSet(const ObjID&, const BaseAllSet&)const

setDbIniName()

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

protected

See the description from:

• m_strDbIniFileName
• glo::Base::setDbIniName(const std::string&)

setIndexFilter() [1/3]

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

protected

See the description from

glo::Base::setIndexFilter(const BaseAllSet&, const std::string&const

setIndexFilter() [2/3]

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

protected

See the description from

glo::Base::setIndexFilter(const BaseAllSet&, const std::string&, EnComparisionOp)const

setIndexFilter() [3/3]

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

protected

See the description from

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

setKnownSchemes()

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

protected

See the description from

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

setPositionInAllSet()

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

protected

See the description from

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

setSchemaPath()

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

protected

See the description from

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

setWatchServer()

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

protected

See the description from

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

storeDeleteObject()

int glo::PrivateBase::storeDeleteObject ( OrderMsg::EnOrderType eStoreOrDelete, BasePersistent * pObject, EnDeepMode eDeepMode )

protected

Creates an order for the communicator to save or delete an object in the database depending on the parameter eStoreOrDelete.

Parameters

[in]	eStoreOrDelete	If OrderMsg::eSTORE the object is saved or deleted if OrderMsg::eDELETE.
[in]	pObject	The object to be stored or deleted.
[in]	eDeepMode	The store or delete depth mode.

Returns

A return value < 0 indicates an error.

See also descriptions of

• glo::Base::storeObject(BasePersistent*, EnDeepMode)const
• glo::Base::deleteObject(BasePersistent*, EnDeepMode)const
• glo::Base::deleteObjects( const std::vector< glo::ObjID > & rObjectIDs, EnDeepMode eDeepMode ) const

switchWatchClass()

int glo::PrivateBase::switchWatchClass ( OrderMsg::EnOrderType eSetWatchOrUnsetWatch, unsigned long ulClassID, TdWatchNotifyMode ulWatchMode, CallBack * pCallBack )

protected

Creates an order for the communicator to observe an AllSet defined by the passed class ID in the database or to terminate the observation depending on the parameter eSetWatchOrUnsetWatch.

Parameters

[in]	eSetWatchOrUnsetWatch	If OrderMsg::eWATCH_CLASS, an watching order is generated for the objects with passed class ID. If OrderMsg::eUNWATCH_CLASS, an end of watching order is generated for the objects with passed class ID.
[in]	ulClassID	The class ID of the objects concerned.
[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.

Attention

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

See also descriptions of

• glo::Base::setWatchClass(unsigned long, TdWatchNotifyMode, CallBack*)const
• glo::Base::unsetWatchClass(unsigned long, TdWatchNotifyMode, CallBack*)const

switchWatchClient()

int glo::PrivateBase::switchWatchClient ( OrderMsg::EnOrderType eSetWatchOrUnsetWatch, TdWatchNotifyMode ulWatchMode, CallBack * pCallBack ) const

protected

Creates an order for the communicator, depending on the parameter eSetWatchOrUnsetWatch, to monitor the login/logout to the GloServer or the opening and closing of a database of clients, or to stop monitoring.

Parameters

[in]	eSetWatchOrUnsetWatch	If OrderMsg::eWATCH_CLIENT, an observation order is generated for the login/logout to the GloServer or the opening and closing of a client's database. If OrderMsg::eUNWATCH_CLIENT, an observation stop order is generated for logging on or off the GloServer or for opening or closing a database of a client.
[in]	ulWatchMode	The 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 that is notified via its method CallBack::notify(NotifyNote&).

Returns

A return value < 0 indicates an error.

Attention

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

Is called by:

• glo::Base::setWatchClient(TdWatchNotifyMode, CallBack*)const
• glo::Base::unsetWatchClient(TdWatchNotifyMode, CallBack*)const

switchWatchIndex()

int glo::PrivateBase::switchWatchIndex ( OrderMsg::EnOrderType eSetWatchOrUnsetWatch, TdWatchNotifyMode ulWatchMode, CallBack * pCallBack ) const

protected

Creates an order for the communicator, depending on the parameter eSetWatchOrUnsetWatch, to observe the reading or writing or the reindexing of the indices of a database or to terminate the observation.

Parameters

[in]	eSetWatchOrUnsetWatch	If OrderMsg::eWATCH_INDEX_READWRITE, an observation order for reading the indices of a database is generated. If OrderMsg::eUNWATCH_INDEX_READWRITE, an end of observation order is generated for writing the indexes of a database.
[in]	ulWatchMode	The watch mode. Allowed watching 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.

Attention

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

Is called by:

• glo::Base::setWatchIndex(TdWatchNotifyMode, CallBack*)const
• glo::Base::unsetWatchIndex(TdWatchNotifyMode, CallBack*)const

switchWatchLot()

int glo::PrivateBase::switchWatchLot ( OrderMsg::EnOrderType eSetWatchOrUnsetWatch, const BaseLot & rObjIdLot, TdWatchNotifyMode ulWatchMode, EnDeepMode eDeepMode, CallBack * pCallBack )

protected

Creates an order for the communicator, to observe or stop observation, of a set of objects in the database, depending on the eSetWatchOrUnsetWatch parameter.

Parameters

[in]	eSetWatchOrUnsetWatch	If OrderMsg::eWATCH_OBJECT, an observation order is generated for the objects in rObjIdLot. If OrderMsg::eUNWATCH_OBJECT, an observation end order is generated for the objects in the rObjIdLot.
[in]	rObjIdLot	The objects concerned.
[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.

Attention

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

See also descriptions of

• glo::Base::setWatchLot(const BaseLot&, TdWatchNotifyMode, EnDeepMode, CallBack*)const
• glo::Base::unsetWatchLot(const BaseLot&, TdWatchNotifyMode, EnDeepMode, CallBack*)const

switchWatchObject()

int glo::PrivateBase::switchWatchObject ( OrderMsg::EnOrderType eSetWatchOrUnsetWatch, const ObjID & rObjId, TdWatchNotifyMode ulWatchMode, EnDeepMode eDeepMode, CallBack * pCallBack )

protected

Creates an order for the communicator to observe an object in the database or to terminate the observation depending on the parameter eSetWatchOrUnsetWatch.

Parameters

[in]	eSetWatchOrUnsetWatch	If OrderMsg::eWATCH_OBJECT, an observation order is generated for the object with passed object ID. If OrderMsg::eUNWATCH_OBJECT, an end of observation order is generated for the object with passed object ID.
[in]	rObjId	The object ID of the affected object.
[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.

Attention

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

See also descriptions of

• glo::Base::setWatchObject(const ObjID&, TdWatchNotifyMode, EnDeepMode, CallBack*)const
• glo::Base::unsetWatchObject(const ObjID&, TdWatchNotifyMode, EnDeepMode, CallBack*)const

switchWatchObjIdList()

int glo::PrivateBase::switchWatchObjIdList ( OrderMsg::EnOrderType eSetWatchOrUnsetWatch, std::list< ObjID > * pObjIDList, WatchSpecification * pWatchSpec )

protected

Creates an order for the communicator, to observe or stop observation, of a set of objects in the database, depending on the eSetWatchOrUnsetWatch parameter.

Parameters

[in]	eSetWatchOrUnsetWatch	If OrderMsg::eWATCH_OBJECT, an observation order is generated for the objects with the object ID in pObjIDList. If OrderMsg::eUNWATCH_OBJECT, an end of observation order is generated for the objects with the object ID in pObjIDList.
[in]	pObjIDList	The object IDs of the affected objects.
[in]	pWatchSpec	The watching mode, the watching depth mode and the CallBack object to be notified.

Returns

A return value < 0 indicates an error.

Is called by:

• switchWatchObject(OrderMsg::EnOrderType, const ObjID&, TdWatchNotifyMode, EnDeepMode, CallBack*)const
• switchWatchLot(OrderMsg::EnOrderType, const BaseLot&, TdWatchNotifyMode, EnDeepMode, CallBack*)const

Friends And Related Symbol Documentation

Base

friend class Base

friend

EmbeddedRecordAttribute

friend class EmbeddedRecordAttribute

friend

ObjectMaker

friend class ObjectMaker

friend

Member Data Documentation

m_bOpen

bool glo::PrivateBase::m_bOpen

private

Is set when database is opened (true) or closed (false).

m_iTimeOutSec

int glo::PrivateBase::m_iTimeOutSec

private

General information about the waiting time in seconds (e.g. response from the server etc.).

m_iTransactionLevel

int glo::PrivateBase::m_iTransactionLevel

private

Is set when a transaction is began, commited or abordet.

m_ObjectsToActivate

std::vector< std::shared_ptr< Persistent > > glo::PrivateBase::m_ObjectsToActivate

private

When new objects are read from the database, the glo::Persistent::activate() method should be called for them.

As this cannot be done by glo::PrivateBase (the call in the glo::Base is secured by a eut::CriticalSection, so no further calls in glo::PrivateBase from glo::Persistent::activate()!), the objects to be notified are temporarily stored in this container.

For these, the glo::PrivateBase then calls the glo::Persistent::activate() method after the eut::CriticalSection and removes it from the container.

m_pBaseApi

Base* glo::PrivateBase::m_pBaseApi

private

Reverse pointer to the Base.

m_pLocalCommunicator

Communicator* glo::PrivateBase::m_pLocalCommunicator

private

If the database is opened in single user mode, here is an object of type LocalThread, otherwise of type ClientThread.

m_pObjCreator

ObjCreator* glo::PrivateBase::m_pObjCreator

private

To be able to instantiate objects from records in the database, a suitable ObjCreator must be available.

m_pObjectMaker

ObjectMaker* glo::PrivateBase::m_pObjectMaker

private

To get objects into the database and vice versa, a ObjectMaker must be available.

m_pPersGenericObjectSpy

GenPersObjectSpy* glo::PrivateBase::m_pPersGenericObjectSpy

private

References the generic persistent objects in memory. In the GenPersObjectSpy you can, for example, check whether a generic persistent object has already been retrieved from the database.

m_pPersObjectSpy

PersObjectSpy* glo::PrivateBase::m_pPersObjectSpy

private

References the persistent objects in memory. In the PersObjectSpy you can, for example, check whether a persistent object has already been retrieved from the database.

m_sBaseName

std::string glo::PrivateBase::m_sBaseName

private

An object of this class is responsible for the database with this name.

m_sKnownSchemes

std::string glo::PrivateBase::m_sKnownSchemes

private

The names of the known databases (e.g. "Name1|Name2") can be set by using the appropriate constructor. If required and not set, a DB.ini is searched for and the value is tried to be determined there.

m_sSchemaPath

std::string glo::PrivateBase::m_sSchemaPath

private

The directory path to the database (e.g. "C:/Path/") is only mandatory for single-user operation and can be set by appropriate constructors. If required and not set, a DB.ini is expected and the value is tried to be determined there .

m_sServerName

std::string glo::PrivateBase::m_sServerName

private

The server name. The default setting is "LOCAL", then single user mode. For server operation, this can be "LOCALHOST" (server runs in the same system) or the IP address.

Attention

This value cannot be changed after instantiation.

m_strClientName

std::string glo::PrivateBase::m_strClientName

private

The client name can be set. It is passed on when the database is opened, for example. In server operation, actions can be displayed in a more differentiated way.

m_strDbIniFileName

std::string glo::PrivateBase::m_strDbIniFileName

private

Usually the settings are read from the DB.ini file. See GlobalObjects initialization file in the manual.
The file name can be overwritten, e.g. with "MyDB.ini" and is located here.

See also

PrivateBase::setDbIniName(const std::string &), PrivateBase::getDbIniName() const

m_uiPort

unsigned int glo::PrivateBase::m_uiPort

private

The TCP port can be set by the corresponding constructor. If not set and required, a DB.ini is expected and an attempt is made to determine the value from the DB.ini.

m_ulBaseID

unsigned long glo::PrivateBase::m_ulBaseID

private

Is set when database is opened.

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

• GloPrivateBase.h