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Öffentliche Methoden | Private Methoden | Aufstellung aller Elemente
LegalEntity Klassenreferenz

Eine juristische Person, aus der Organisationen abgeleitet werden können. Mehr ...

#include <LegalEntity.h>

Klassendiagramm für LegalEntity:
Inheritance graph
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Zusammengehörigkeiten von LegalEntity:
Collaboration graph
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Öffentliche Methoden

 LegalEntity ()
 
 LegalEntity (const std::string &rsName)
 
 ~LegalEntity ()
 
- Öffentliche Methoden geerbt von Person
 Person ()
 
 Person (const std::string &rsName)
 
 ~Person ()
 
int initBankAccounts ()
 
virtual int preDeleteInBase (glo::EnDeepMode eDeepMode, void *&prData) override
 
virtual void postDeleteInBase (int iDeleteErr, glo::EnDeepMode eDeepMode, void *pData) override
 
void setName (const std::string &rsName)
 
std::string getName () const
 
int setBankAccount (const std::string &rsIBAN, const std::string &rsBIC)
 
int setBankAccount (Bank &rBank, const std::string &rsIBAN)
 
int setBankAccount (std::shared_ptr< Bank > rBank, const std::string &rsIBAN)
 
int removeBankAccount (const std::string &rsIBAN)
 
int getBankAccount (std::shared_ptr< BankAccount > &rRetVal, glo::EnSeekMode eMode)
 
int getBankAccount (std::shared_ptr< BankAccount > &rRetVal, const std::string &rsIBAN)
 
int getBankAccounts (std::vector< std::shared_ptr< BankAccount > > &rRetVal, std::shared_ptr< Bank > rBank)
 
int getBank (std::shared_ptr< Bank > &rRetVal, const std::string &rsIBAN)
 
- Öffentliche Methoden geerbt von glo::Persistent
 Persistent ()
 
 Persistent (const Persistent &rT)
 
virtual void activate ()
 
virtual int assign (Base &rBase) override
 
virtual void removeBase () override
 
virtual ObjID getObjID () const override
 
virtual std::time_t getCreateDate () const override
 
virtual std::time_t getLastChangeDate () const override
 
virtual void takeOverRecord (Record *pRecord) override
 
virtual int preStore (EnDeepMode eDeepMode, void *&prData)
 
virtual int store (EnDeepMode eDeepMode=DM_SHALLOW) override
 
virtual void postStore (int iStoreErr, EnDeepMode eDeepMode, void *pData)
 
virtual int preDeleteInBase (EnDeepMode eDeepMode, void *&prData)
 
virtual int deleteInBase (EnDeepMode eDeepMode=DM_SHALLOW) override
 
virtual void postDeleteInBase (int iDeleteErr, EnDeepMode eDeepMode, void *pData)
 
virtual int preRefresh (void *&prData)
 
virtual int refresh () override
 
virtual void postRefresh (int iRefreshErr, void *pData)
 
virtual int preLock (EnLockMode eLockMode, EnDeepMode eDeepMode, void *&prData)
 
virtual int lock (EnLockMode eLockMode=LK_DELETEvWRITE, EnDeepMode eDeepMode=DM_SHALLOW) override
 
virtual void postLock (int iLockErr, EnLockMode eLockMode, EnDeepMode eDeepMode, void *pData)
 
virtual int preRelock (EnLockMode eLockMode, EnDeepMode eDeepMode, void *&prData)
 
virtual int relock (EnLockMode eLockMode=LK_DELETEvWRITE, EnDeepMode eDeepMode=DM_SHALLOW) override
 
virtual void postRelock (int iLockErr, EnLockMode eLockMode, EnDeepMode eDeepMode, void *pData)
 
virtual int preUnlock (EnLockMode eLockMode, EnDeepMode eDeepMode, void *&prData)
 
virtual int unlock (EnLockMode eLockMode=LK_DELETEvWRITE, EnDeepMode eDeepMode=DM_SHALLOW) override
 
virtual void postUnlock (int iUnlockErr, EnLockMode eLockMode, EnDeepMode eDeepMode, void *pData)
 
virtual int preSetWatch (TdWatchNotifyMode ulWatchMode, EnDeepMode eDeepMode, CallBack *pCallBack, void *&prData)
 
virtual int setWatch (TdWatchNotifyMode ulWatchMode, EnDeepMode eDeepMode, CallBack *pCallBack=0) override
 
virtual void postSetWatch (int iSetWatchErr, TdWatchNotifyMode ulWatchMode, EnDeepMode eDeepMode, CallBack *pCallBack, void *pData)
 
virtual int preUnsetWatch (TdWatchNotifyMode ulWatchMode, EnDeepMode eDeepMode, CallBack *pCallBack, void *&prData)
 
virtual int unsetWatch (TdWatchNotifyMode ulWatchMode, EnDeepMode eDeepMode, CallBack *pCallBack=0) override
 
virtual void postUnsetWatch (int iUnsetWatchErr, TdWatchNotifyMode ulWatchMode, EnDeepMode eDeepMode, CallBack *pCallBack, void *pData)
 
virtual unsigned long getGloClassID () const override
 
virtual int getTypeAsString (std::string &rsTypeName) override
 
virtual int setGloAttribute (const AttributeID &rAttributeID, void *pPara)
 
virtual void * getGloAttribute (const AttributeID &rAttributeID)
 
virtual int setGloAttribute (const std::string &rstrAttributName, void *pPara)
 
virtual void * getGloAttribute (const std::string &rstrAttributName)
 
virtual bool isSameOrSuperClassFrom (const glo::Persistent *pPersistent) const
 Prüft ob übergebenes Objekt auf dieses gecastet werden kann.
 
virtual bool isSameOrSuperClassFrom (const std::shared_ptr< glo::Persistent > pPersistent) const
 Prüft ob übergebenes Objekt auf dieses gecastet werden kann.
 
- Öffentliche Methoden geerbt von glo::BasePersistent
 BasePersistent ()
 
 BasePersistent (const BasePersistent &)
 
virtual int getClassInfo (ClassInfo *&prClassInfo)
 
virtual unsigned int remember ()
 
virtual unsigned int forget ()
 
virtual bool isAssigned () const
 
unsigned int getLinkCount () const
 
int getRecord (Record *&prRecord) const
 
int getRecord (std::shared_ptr< Record > &rRetVal) const
 
int getAllPersAttributeNames (std::list< std::string > &rRetValList, const std::vector< unsigned long > *pClassIdVector=0) const
 
int getAllPersAttributeNamesSortByID (std::map< AttributeID, std::string > &rRetValMap, const std::vector< unsigned long > *pClassIdVector=0) const
 
int getPersAttribute (BaseRecordAttribute *&prRetVal, const std::string &sName) const
 
int getPersAttribute (std::shared_ptr< BaseRecordAttribute > &rRetVal, const std::string &sName) const
 
int getPersAttribute (BaseRecordAttribute *&prRetVal, const AttributeID &rAttributeID) const
 
int getPersAttribute (std::shared_ptr< BaseRecordAttribute > &rRetVal, const AttributeID &rAttributeID) const
 
int getAllPersAttributes (std::list< BaseRecordAttribute * > &rRetValList, const std::vector< unsigned long > *pClassIdVector=0) const
 
int getAllPersAttributes (std::list< std::shared_ptr< BaseRecordAttribute > > &rRetValList, const std::vector< unsigned long > *pClassIdVector=0) const
 
int getAllPersAttributesSortByName (std::map< std::string, BaseRecordAttribute *, std::less< std::string > > &rRetValMap, const std::vector< unsigned long > *pClassIdVector=0) const
 
int getAllPersAttributesSortByName (std::map< std::string, std::shared_ptr< BaseRecordAttribute >, std::less< std::string > > &rRetValMap, const std::vector< unsigned long > *pClassIdVector=0) const
 
int getAllPersAttributesSortByID (std::map< AttributeID, BaseRecordAttribute *, std::less< AttributeID > > &rRetValMap, const std::vector< unsigned long > *pClassIdVector=0) const
 
int getAllPersAttributesSortByID (std::map< AttributeID, std::shared_ptr< BaseRecordAttribute >, std::less< AttributeID > > &rRetValMap, const std::vector< unsigned long > *pClassIdVector=0) const
 
virtual bool isStored ()
 
virtual bool isDeletedInBase ()
 
virtual int lock (const LockSpecification &rLockSpecification)
 
virtual int relock (const LockSpecification &rLockSpecification)
 
virtual int unlock (const LockSpecification &rLockSpecification)
 
virtual int isLocked (EnLockMode eLockMode=LK_DELETEvWRITE, EnDeepMode eDeepMode=DM_SHALLOW) const
 
virtual int isLocked (const LockSpecification &rLockSpecification) const
 
virtual int isPossible (bool bRead, bool bWrite, bool bDelete, EnDeepMode eDeepMode=DM_SHALLOW) const
 
virtual int isPossible (const LockPossibleSpecification &rLockPossibleSpec, EnDeepMode eDeepMode=DM_SHALLOW) const
 
virtual int getProcessingPossibilities (LockPossibleSpecification &rLockPossibleSpec, EnDeepMode eDeepMode=DM_SHALLOW) const
 
virtual int setWatch (const WatchSpecification &rWatchSpec)
 
virtual int unsetWatch (const WatchSpecification &rWatchSpec)
 
BasePersistent & operator= (const BasePersistent &rT)
 
bool operator== (const BasePersistent &rT) const
 Vergleichsoperator, es werden alle Attribute verglichen.
 
bool operator!= (const BasePersistent &rT) const
 Vergleichsoperator, es werden alle Attribute verglichen.
 
- Öffentliche Methoden geerbt von glo::CallBack
 CallBack ()
 
 CallBack (Base &rBase)
 
virtual ~CallBack ()
 
virtual void notify (NotifyNote &rNote)
 
virtual void setBase (Base *pBase)
 
Base * getBase () const
 
CallBack & operator= (const CallBack &rT)
 
bool operator== (const CallBack &rT) const
 Vergleichsoperator, es werden alle Attribute verglichen.
 
bool operator!= (const CallBack &rT) const
 Vergleichsoperator, es werden alle Attribute verglichen.
 

Private Methoden

 GLO_OBJECT (LegalEntity:Person)
 
 LegalEntity (const LegalEntity &)
 
LegalEntity & operator= (const LegalEntity &)
 

Weitere Geerbte Elemente

- Öffentliche Attribute geerbt von glo::CallBack
std::string m_strDebugInfo
 
- Geschützte Methoden geerbt von glo::Persistent
virtual ~Persistent ()
 
virtual void insertInObjectSpy () const override
 
virtual void removeInObjectSpy () const override
 
virtual void setCreateDate () override
 
virtual void _postAssign (Base &rBase)
 
Persistent & operator= (const Persistent &rT)
 
bool operator== (const Persistent &rT) const
 Vergleichsoperator.
 
bool operator!= (const Persistent &rT) const
 Vergleichsoperator.
 
- Geschützte Methoden geerbt von glo::BasePersistent
virtual ~BasePersistent ()
 
void setSpyaction (bool bSpyaction)
 
- Geschützte Methoden geerbt von glo::CallBack
 CallBack (const CallBack &rT)
 
- Geschützte Attribute geerbt von glo::BasePersistent
unsigned int m_uiReferenceCount
 
eut::CriticalSection m_LocalCriticalSection
 
Record * m_pRecord
 
bool m_bSpyaction
 

Ausführliche Beschreibung

Eine juristische Person, aus der Organisationen abgeleitet werden können.

Autor
Helmut Jakoby
Copyright
© 1995-2024 Helmut Jakoby

Beschreibung der Konstruktoren und Destruktoren

◆ LegalEntity() [1/3]

LegalEntity::LegalEntity ( )
inline

Standard-Konstruktor.

◆ LegalEntity() [2/3]

LegalEntity::LegalEntity ( const std::string & rsName)
inline

Konstruktor mit Parameterübergabe.

Parameter
[in]rsNameDer Name der Person.

◆ ~LegalEntity()

LegalEntity::~LegalEntity ( )
inline

Destruktor.

◆ LegalEntity() [3/3]

LegalEntity::LegalEntity ( const LegalEntity & )
private

Der Copy-Konstruktor steht nicht zur Verfügung.

Dokumentation der Elementfunktionen

◆ GLO_OBJECT()

LegalEntity::GLO_OBJECT ( LegalEntity:Person )
private

◆ operator=()

LegalEntity & LegalEntity::operator= ( const LegalEntity & )
private

Der Zuweisungsoperator steht nicht zur Verfügung.

Die Dokumentation für diese Klasse wurde erzeugt aufgrund der Datei: