Uses of Class
net.sf.joafip.store.service.objectio.ObjectIOException

Packages that use ObjectIOException

Package	Description
net.sf.joafip.store.entity.objectio
net.sf.joafip.store.service
net.sf.joafip.store.service.copier
net.sf.joafip.store.service.kept
net.sf.joafip.store.service.objectio.manager
net.sf.joafip.store.service.objectio.serialize
net.sf.joafip.store.service.objectio.serialize.input
net.sf.joafip.store.service.objectio.serialize.output
net.sf.joafip.store.service.proxy

Uses of ObjectIOException in net.sf.joafip.store.entity.objectio

Methods in net.sf.joafip.store.entity.objectio that throw ObjectIOException

Modifier and Type	Method and Description
void	ObjectStateMap.clear() clear all informations
ObjectAndPersistInfo	ObjectStateMap.createObjectAndPersistInfoOfObject(Object object, boolean proxyInstance, ClassInfo objectClassInfo) create object persistence information, for an object ( no data record associated to the object)
ObjectAndPersistInfo	SerializerModel.createObjectAndPersistInfoOfObject(Object object, ClassInfo objectClassInfo)
ObjectAndPersistInfo	SerializerModel.createSubstitutedObjectAndPersistInfoOfObject(Object object, ClassInfo objectClassInfo, ObjectAndPersistInfo substituteObjectAndPersistInfo)
ObjectAndPersistInfo	ObjectStateMap.createSubstitutedObjectAndPersistInfoOfObject(Object object, ClassInfo objectClassInfo, ObjectAndPersistInfo substituteObjectAndPersistInfo)
byte[]	SerializerModel.getData()
int	ObjectAndPersistInfo.getHeaderDataSize()
ObjectAndPersistInfo	SerializerModel.getObjectAndPersistInfoOfObject(Object object)
boolean	ObjectAndPersistInfo.isLoaded()
boolean	ObjectAndPersistInfo.isLoadedOrNotAProxy()
void	ClassNameRecord.setClassName(byte[] className)
void	ClassNameRecord.setClassNameIdentifier(int classNameIdentifier)
void	ObjectAndPersistInfo.setDataRecordIdentifier(DataRecordIdentifier dataRecordIdentifier) set dataRecordIdentifier of record in file associated to the object
void	StorageInfo.setHeaderDataSize(int headerDataSize)
void	ObjectAndPersistInfo.setHeaderDataSize(int headerDataSize)
void	ClassNameRecord.setNextClassNameRecordDataRecordIdentifier(DataRecordIdentifier nextClassNameRecordDataRecordIdentifier)
void	ObjectAndPersistInfo.setStorageInfo(StorageInfo storageInfo)
void	ObjectAndPersistInfo.setSubstituteObjectAndPersistInfo(ObjectAndPersistInfo substituteObjectAndPersistInfo) set the substitute object for this object
void	ObjectAndPersistInfo.unloadAfterSave()
void	ObjectStateMap.weakReferenceOnObject() weak reference on object

Constructors in net.sf.joafip.store.entity.objectio that throw ObjectIOException

Constructor and Description
ObjectAndPersistInfo(Object object, boolean proxyIntanceOrEnhanced, ClassInfo objectClassInfo) storage info not set
ObjectAndPersistInfo(Object object, boolean proxyIntanceOrEnhanced, ClassInfo objectClassInfo, StorageInfo storageInfo) storage info set because reading not exiting class from storage

Uses of ObjectIOException in net.sf.joafip.store.service

Methods in net.sf.joafip.store.service that throw ObjectIOException

Modifier and Type	Method and Description
protected Object	AbstractDelegatingToStoreManagers.newInstance(ClassInfo objectClassInfo, Class<?>[] parameterTypes, Object[] initargs)

Uses of ObjectIOException in net.sf.joafip.store.service.copier

Methods in net.sf.joafip.store.service.copier that throw ObjectIOException

Modifier and Type	Method and Description
protected void	ToProxyDeepCopier.forceLoadImpl(Object objectToCopy)
protected void	DeepCopier.forceLoadImpl(Object objectToCopy)
protected abstract void	AbstractDeepCopy.forceLoadImpl(Object objectToCopy)

Uses of ObjectIOException in net.sf.joafip.store.service.kept

Methods in net.sf.joafip.store.service.kept that throw ObjectIOException

Modifier and Type	Method and Description
Object	KeptInMemoryObjectManager.originalObject(Object substitute)
Object	EnumSubstituteManager.originalObject(Object substitute)
Object	EnumSubstituteManager.substituteObject(Object originalObject)

Uses of ObjectIOException in net.sf.joafip.store.service.objectio.manager

Methods in net.sf.joafip.store.service.objectio.manager that throw ObjectIOException

Modifier and Type	Method and Description
protected void	AbstractObjectIOManagerIOForObject.assertNotSubstituted(ObjectAndItsClassInfo objectAndItsClassInfo)
protected DataRecordIdentifier	SerializerObjectIOManager.associateNewDataRecordIdentifierToObject(ObjectAndPersistInfo objectAndPersistInfo)
protected DataRecordIdentifier	ObjectIOManager.associateNewDataRecordIdentifierToObject(ObjectAndPersistInfo objectAndPersistInfo)
protected abstract DataRecordIdentifier	AbstractObjectIOManagerIOForObject.associateNewDataRecordIdentifierToObject(ObjectAndPersistInfo objectAndPersistInfo)
protected void	ObjectIOManager.autoSave()
protected void	SerializerObjectIOManager.checkForAutoSave()
protected void	ObjectIOManager.checkForAutoSave()
protected abstract void	AbstractObjectIOManagerIOForObject.checkForAutoSave()
void	ObjectStateMgr.clear() clear all persistence state associated to object in memory
void	AbstractObjectIOManagerDelegatingToStateMap.clearObjectState()
void	ObjectIOManager.closeChangeLog() close change log file
ObjectAndPersistInfo	ObjectStateMgr.createObjectAndPersistInfoOfObject(Object object, boolean proxyInstance, ClassInfo objectClassInfo)
protected ObjectAndPersistInfo	SerializerObjectIOManager.createObjectAndPersistInfoOfObjectImpl(Object object, boolean proxyInstance, ClassInfo objectClassInfo)
protected abstract ObjectAndPersistInfo	AbstractObjectIOManagerIOForObject.createObjectAndPersistInfoOfObjectImpl(Object object, boolean proxyInstance, ClassInfo objectClassInfo)
protected ObjectAndPersistInfo	AbstractObjectIOManagerDelegatingToStateMap.createObjectAndPersistInfoOfObjectImpl(Object object, boolean proxyInstance, ClassInfo objectClassInfo)
ObjectAndPersistInfo	IObjectIOManagerForProxyObjectIO.createObjectPersistInfoOfObject(Object object, Boolean proxyInstance, ClassInfo objectClassInfo, boolean persisted)
ObjectAndPersistInfo	AbstractObjectIOManagerIOForObject.createObjectPersistInfoOfObject(Object object, Boolean proxyInstance, ClassInfo objectClassInfo, boolean persisted)
ObjectAndPersistInfo	IObjectIOManagerForProxyObjectIO.createObjectPersistInfoOfObject(Object object, boolean proxyInstance, ClassInfo objectClassInfo, DataRecordIdentifier dataRecordIdentifier)
ObjectAndPersistInfo	AbstractObjectIOManagerIOForObject.createObjectPersistInfoOfObject(Object object, boolean proxyInstance, ClassInfo objectClassInfo, DataRecordIdentifier dataRecordIdentifier)
protected ObjectAndPersistInfo	AbstractObjectIOManagerIOForObject.createObjectReadingInStore(DataRecordIdentifier dataRecordIdentifier, boolean notLazy) creation of a not existing object reading its state from data record
ObjectAndPersistInfo	SerializerObjectIOManager.createObjectReadingInStoreOrGetExisting(DataRecordIdentifier dataRecordIdentifier, boolean notLazy) override to force not lazy mode
ObjectAndPersistInfo	IObjectIOManagerForObjectIO.createObjectReadingInStoreOrGetExisting(DataRecordIdentifier dataRecordIdentifier, boolean notLazy) Create object, may return already created object In case of lazy loading the object state is not set, else the object state is set reading its state in the file Must associate object created to its data record identifier NOTE FOR dataRecordIdentifier: for object creation that return same object for same state ( for example Integer.valueOf(int) or Enum.valueOf(Class, String) ), if object already created it can have data record identifier different from dataRecordIdentifier parameter Parameter to force loading ( not lazy ) set data record associated to created object
ObjectAndPersistInfo	AbstractObjectIOManagerIOForObject.createObjectReadingInStoreOrGetExisting(DataRecordIdentifier dataRecordIdentifier, boolean notLazy)
ObjectAndPersistInfo	ObjectIOManager.createReadingInStoreGenericObjectNotLazy(DataRecordIdentifier dataRecordIdentifier) near as #createObjectReadingInStoreOrGetExisting(Long, Class) but force direct loading.
ObjectAndPersistInfo	ObjectStateMgr.createSubstitutedObjectAndPersistInfoOfObject(Object object, ClassInfo objectClassInfo, ObjectAndPersistInfo substituteObjectAndPersistInfo)
protected ObjectAndPersistInfo	SerializerObjectIOManager.createSubstitutedObjectAndPersistInfoOfObjectImpl(Object object, ClassInfo objectClassInfo, ObjectAndPersistInfo substituteObjectAndPersistInfo)
protected abstract ObjectAndPersistInfo	AbstractObjectIOManagerIOForObject.createSubstitutedObjectAndPersistInfoOfObjectImpl(Object object, ClassInfo objectClassInfo, ObjectAndPersistInfo substituteObjectAndPersistInfo)
protected ObjectAndPersistInfo	AbstractObjectIOManagerDelegatingToStateMap.createSubstitutedObjectAndPersistInfoOfObjectImpl(Object object, ClassInfo objectClassInfo, ObjectAndPersistInfo substituteObjectAndPersistInfo)
protected abstract ObjectAndPersistInfo	AbstractObjectIOManagerKeptInMemory.createSubstituteObjectPersistInfoOfObject(Object substituteObject, ClassInfo substituteClassInfo, ObjectAndPersistInfo substitutedObjectAndPersistInfo)
protected ObjectAndPersistInfo	AbstractObjectIOManagerIOForObject.createSubstituteObjectPersistInfoOfObject(Object substituteObject, ClassInfo substituteClassInfo, ObjectAndPersistInfo substitutedObjectAndPersistInfo)
void	SerializerObjectIOManager.dataRecordIdentifierAssociatedToObjectSetted(ObjectAndPersistInfo objectAndItsClassInfo)
void	ObjectStateMgr.dataRecordIdentifierAssociatedToObjectSetted(ObjectAndPersistInfo objectAndPersistInfo) set data record identifier associated to object
void	IObjectIOManagerForProxyObjectIO.dataRecordIdentifierAssociatedToObjectSetted(ObjectAndPersistInfo objectAndItsClassInfo)
abstract void	AbstractObjectIOManagerIOForObject.dataRecordIdentifierAssociatedToObjectSetted(ObjectAndPersistInfo objectAndItsClassInfo) action after set the data record identifier of an object
void	AbstractObjectIOManagerDelegatingToStateMap.dataRecordIdentifierAssociatedToObjectSetted(ObjectAndPersistInfo objectAndItsClassInfo)
void	IClassNameManager.getAllDataRecordIdentifiers(Set<DataRecordIdentifier> setToUpdate)
void	ClassNameManager.getAllDataRecordIdentifiers(Set<DataRecordIdentifier> setToUpdate)
byte[]	IObjectIOManagerForObjectIO.getBodyDataFromRecord(ObjectAndPersistInfo objectAndItsClassInfo)
byte[]	AbstractObjectIOManagerIOForObject.getBodyDataFromRecord(ObjectAndPersistInfo objectAndPersistInfo)
ClassInfo	AbstractObjectIOManagerIOForObject.getClassInfoInDataRecord(DataRecordIdentifier dataRecordIdentifier)
protected byte[]	SerializerObjectIOManager.getDataOfDataRecord(DataRecordIdentifier dataRecordIdentifier)
byte[]	ObjectIOManager.getDataOfDataRecord(DataRecordIdentifier dataRecordIdentifier)
protected abstract byte[]	AbstractObjectIOManagerIOForObject.getDataOfDataRecord(DataRecordIdentifier dataRecordIdentifier) get data of data record for an identifier
DataRecordIdentifier	AbstractObjectIOManagerDelegatingToStateMap.getDataRecordIdentifierAssociatedToObject(Object object) get data record identifier associated to an object
int	IClassNameManager.getIdentifier(ClassInfo classInfo) get identifier for class
int	ClassNameManager.getIdentifier(ClassInfo classInfo)
ObjectAndPersistInfo	SerializerObjectIOManager.getObjectAndPersistInfoOfObject(Object object)
ObjectAndPersistInfo	ObjectStateMgr.getObjectAndPersistInfoOfObject(Object object)
ObjectAndPersistInfo	IObjectIOManagerForProxyObjectIO.getObjectAndPersistInfoOfObject(Object object)
ObjectAndPersistInfo	AbstractObjectIOManagerDelegatingToStateMap.getObjectAndPersistInfoOfObject(Object object)
ObjectAndPersistInfo	IObjectIoManagerForGarbage.getObjectByIdentifier(DataRecordIdentifier identifier)
ClassInfo	IClassNameManager.getObjectClassInfo(int classNameIdentifier) get class information for a class identifier
ClassInfo	ClassNameManager.getObjectClassInfo(int classNameIdentifier)
protected IObjectInput	AbstractObjectIOManagerIOForObject.getObjectInput(ClassInfo classInfo, boolean notLazy) get the object input manager according to object class
ObjectLinkTreeNode	IObjectIoManagerForGarbage.getObjectLinkTreeNode(DataRecordIdentifier dataRecordIdentifier) get the object(s) referenced by the object and its number of link knowing its data record identifier
ObjectLinkTreeNode	AbstractObjectIOManagerIOForObject.getObjectLinkTreeNode(DataRecordIdentifier dataRecordIdentifier)
protected IObjectOutput	AbstractObjectIOManagerIOForObject.getObjectOutput(ClassInfo classInfo) get the object output manager according to object class
DataRecordIdentifier	IObjectIOManagerForObjectIO.getOrCreateDataRecordIdentifierAssociatedToObject(ObjectAndPersistInfo objectAndItsClassInfo) get or create data record identifier associated to object check id data record associated to object exists and create it if needed
DataRecordIdentifier	AbstractObjectIOManagerIOForObject.getOrCreateDataRecordIdentifierAssociatedToObject(ObjectAndPersistInfo objectAndPersistInfo)
ObjectAndPersistInfo	IObjectIOManagerForProxyObjectIO.getOrCreateObjectPersistInfoOfObject(Object object, Boolean proxyInstance, boolean persisted) Get existing, or create, object and its persistence information, for an object.
ObjectAndPersistInfo	AbstractObjectIOManagerIOForObject.getOrCreateObjectPersistInfoOfObject(Object object, Boolean proxyInstance, boolean persisted)
ObjectAndPersistInfo	IObjectIOManagerForProxyObjectIO.getOrCreateObjectPersistInfoOfObject(Object object, Boolean proxyInstance, ClassInfo objectClassInfo, boolean persisted) Get existing, or create, object and its persistence information, for an object.
ObjectAndPersistInfo	AbstractObjectIOManagerIOForObject.getOrCreateObjectPersistInfoOfObject(Object object, Boolean proxyInstance, ClassInfo objectClassInfo, boolean persisted)
ObjectAndPersistInfo	IObjectIOManagerForProxyObjectIO.getOrCreateObjectPersistInfoOfObject(Object object, boolean proxyInstance, ClassInfo objectClassInfo, DataRecordIdentifier dataRecordIdentifier) Get existing, or create, object and its persistence information, for an object.
ObjectAndPersistInfo	AbstractObjectIOManagerIOForObject.getOrCreateObjectPersistInfoOfObject(Object object, boolean proxyInstance, ClassInfo objectClassInfo, DataRecordIdentifier dataRecordIdentifier)
boolean	SerializerObjectIOManager.isValueChanged(ObjectAndPersistInfo objectAndItsClassInfo) always write
boolean	ObjectIOManager.isValueChanged(ObjectAndPersistInfo objectAndPersistInfo)
boolean	IObjectIOManagerForSave.isValueChanged(ObjectAndPersistInfo objectAndItsClassInfo)
protected Object	AbstractObjectIOManagerKeptInMemory.keptInMemoryoriginalObject(Object substitute)
protected ObjectAndPersistInfo	AbstractObjectIOManagerKeptInMemory.keptInMemorysubstituteObject(ObjectAndPersistInfo objectAndPersistInfo)
void	IClassNameManager.load() load class name and identifier couple list
void	ClassNameManager.load()
Map<DataRecordIdentifier,byte[]>	ObjectIOManager.loadChangeLog(String fileName) load change log in memory from a change log file
byte[]	SerializerObjectIOManager.marshal(Object object)
void	IObjectIOManagerForProxyObjectIO.newObjectLoaded()
void	AbstractObjectIOManagerIOForObject.newObjectLoaded()
protected void	SerializerObjectIOManager.notToGarbage(DataRecordIdentifier dataRecordIdentifier, ObjectAndPersistInfo objectAndPersistInfo) no garbage management for serialization in one data record
protected void	ObjectIOManager.notToGarbage(DataRecordIdentifier dataRecordIdentifier, ObjectAndPersistInfo objectAndPersistInfo)
protected abstract void	AbstractObjectIOManagerIOForObject.notToGarbage(DataRecordIdentifier dataRecordIdentifier, ObjectAndPersistInfo objectAndPersistInfo)
void	ObjectIOManager.openChangeLog(String changeFileName) open change log must be called before ObjectIOManager.storeInChangeLog(ObjectAndPersistInfo)
Object	ISubstituteObjectManager.originalObject(Object substitute)
protected ObjectAndPersistInfo	AbstractObjectIOManagerIOForObject.originalObjectAndPersistInfo(ObjectAndPersistInfo objectAndPersistInfo)
void	IObjectIOManagerForSave.prepareWrite(ObjectAndPersistInfo objectAndPersistInfo) write preparation, ensure all sons have a data record identifier
void	AbstractObjectIOManagerIOForObject.prepareWrite(ObjectAndPersistInfo objectAndPersistInfo)
void	HeaderReader.read(byte[] binary, DataRecordIdentifier dataRecordIdentifier)
ObjectAndPersistInfo	AbstractObjectIOManagerIOForObject.reCreateObjectReadingInStore(DataRecordIdentifier dataRecordIdentifier, boolean notLazy)
void	AbstractObjectIOManagerIOForObject.reInitializeEnum(Enum<?> enumValue)
void	ObjectIOManager.setGarbageManagement(boolean garbageManagement, IGarbageManagerForLinkUpdate garbageManager)
void	IObjectIOManagerForProxyObjectIO.setProxyObjectState(ObjectAndPersistInfo objectAndPersistInfo) set proxy object state reading in file
void	AbstractObjectIOManagerIOForObject.setProxyObjectState(ObjectAndPersistInfo objectAndPersistInfo)
void	ObjectIOManager.storeInChangeLog(ObjectAndPersistInfo objectAndPersistInfo) write object in serialized form to change log
ObjectAndPersistInfo	AbstractObjectIOManagerIOForObject.substituteForWrite(ObjectAndPersistInfo objectAndPersistInfo)
Object	ISubstituteObjectManager.substituteObject(Object originalObject)
protected ObjectAndPersistInfo	AbstractObjectIOManagerIOForObject.substituteObject(ObjectAndPersistInfo objectAndPersistInfo)
Object	SerializerObjectIOManager.unmarshal(byte[] data)
void	SerializerObjectIOManager.unsetProxyObjectState(ObjectAndPersistInfo objectAndItsClassInfo)
void	ObjectIOManager.unsetProxyObjectState(ObjectAndPersistInfo objectAndPersistInfo)
void	IObjectIOManagerForProxyObjectIO.unsetProxyObjectState(ObjectAndPersistInfo objectAndItsClassInfo)
void	ObjectStateMgr.weakReferenceOnObject() clear all persistence state associated to object no more referenced
void	AbstractObjectIOManagerDelegatingToStateMap.weakReferenceOnObject()
ObjectClassInfoAndDeclared[]	SerializerObjectIOManager.willNotBeWrote(ObjectAndPersistInfo objectAndItsClassInfo) always write
ObjectClassInfoAndDeclared[]	ObjectIOManager.willNotBeWrote(ObjectAndPersistInfo objectAndPersistInfo)
ObjectClassInfoAndDeclared[]	IObjectIOManagerForSave.willNotBeWrote(ObjectAndPersistInfo objectAndItsClassInfo) notify that object will not be wrote
int	HeaderWriter.write(ClassInfo classInfo, byte[] binary)
ObjectClassInfoAndDeclared[]	IObjectIOManagerForSave.write(ObjectAndPersistInfo objectAndItsClassInfo) write object state a data record must be associated to the object
ObjectClassInfoAndDeclared[]	AbstractObjectIOManagerIOForObject.write(ObjectAndPersistInfo objectAndItsPersistInfo)
protected void	SerializerObjectIOManager.writeDataRecord(DataRecordIdentifier dataRecordIdentifier, byte[] data)
protected void	ObjectIOManager.writeDataRecord(DataRecordIdentifier dataRecordIdentifier, byte[] data)
protected abstract void	AbstractObjectIOManagerIOForObject.writeDataRecord(DataRecordIdentifier dataRecordIdentifier, byte[] data)

Constructors in net.sf.joafip.store.service.objectio.manager that throw ObjectIOException

Constructor and Description
AbstractObjectIOManagerDelegatingToStateMap(int currentDataModelIdentifier, IClassNameManager classNameManager, boolean proxyMode, ClassInfoFactory classInfoFactory, HelperBinaryConversion helperBinaryConversion, ProxyManager2 proxyManager2)
AbstractObjectIOManagerIOForObject(int currentDataModelIdentifier, IClassNameManager classNameManager, boolean proxyMode, ClassInfoFactory classInfoFactory, HelperBinaryConversion helperBinaryConversion, IProxyManagerForObjectIO proxyManager2)
AbstractObjectIOManagerKeptInMemory(ClassInfoFactory classInfoFactory)
HeaderWriter(int currentDataModelIdentifier, IClassNameManager classNameManager, HelperBinaryConversion helperBinaryConversion)
ObjectIOManager(int currentDataModelIdentifier, IHeapDataManager dataManager, boolean proxyMode, IClassNameManager classNameManager, StoreSynchro storeSynchro, ClassInfoFactory classInfoFactory, HelperBinaryConversion helperBinaryConversion, ProxyManager2 proxyManager2)
SerializerObjectIOManager(int currentDataModelIdentifier, IClassNameManager classNameManager, ClassInfoFactory classInfoFactory, HelperBinaryConversion helperBinaryConversion, IProxyManagerForObjectIO proxyManager)

Uses of ObjectIOException in net.sf.joafip.store.service.objectio.serialize

Methods in net.sf.joafip.store.service.objectio.serialize that throw ObjectIOException

Modifier and Type	Method and Description
int	ObjectIODummy.byteSize(ObjectAndPersistInfo objectAndItsClassInfo, int headerDataSize)
ObjectAndPersistInfo	ObjectIODummy.createObject(DataRecordIdentifier dataRecordIdentifier, byte[] binary, ClassInfo classInfo, StorageInfo storageInfo)
DataRecordIdentifier[]	ObjectIODummy.getReferencedList(byte[] binary, int beginOffset)
boolean	ObjectIODummy.isValueChanged(ObjectAndPersistInfo objectAndItsClassInfo)
void	ObjectIODummy.prepareWrite(ObjectAndPersistInfo objectAndItsClassInfo)
void	ObjectIODummy.setObjectState(ObjectAndPersistInfo objectAndPersistInfo, byte[] binary, int offset)
void	ObjectIODummy.setReferenceChangeListForNewObject(ObjectAndPersistInfo objectAndItsClassInfo)
void	ObjectIODummy.unsetObjectState(ObjectAndPersistInfo objectAndItsClassInfo)
ObjectClassInfoAndDeclared[]	ObjectIODummy.willNotBeWrote(ObjectAndPersistInfo objectAndItsClassInfo)
ObjectClassInfoAndDeclared[]	ObjectIODummy.writeBody(byte[] binary, int bodyBeginOffset, ObjectAndPersistInfo objectAndItsClassInfo, boolean updateOriginalValue)

Uses of ObjectIOException in net.sf.joafip.store.service.objectio.serialize.input

Methods in net.sf.joafip.store.service.objectio.serialize.input that throw ObjectIOException

Modifier and Type	Method and Description
void	AbstractObjectInputGeneric.addSonReadObject(ObjectAndPersistInfo objectAndPersistInfo, ObjectClassInfoAndDeclared objectClassInfoAndDeclared) add son read object for an object
protected int	AbstractObjectInput.checkSignature(byte[] binary, int signatureOffset, ClassInfo classInfo) read signature and check it according to signature of object class
protected int	AbstractObjectInputGenericNotStatic.checkSignatureImpl(ObjectAndPersistInfo objectAndPersistInfo, byte[] binary, int offset)
protected abstract int	AbstractObjectInputGeneric.checkSignatureImpl(ObjectAndPersistInfo objectAndPersistInfo, byte[] binary, int offset)
protected int	AbstractObjectInput.checkStaticFieldSignature(byte[] binary, int signatureOffset, ClassInfo classInfo) read signature and check it according to signature of object class
void	ObjectIOInputStreamFromValuedList.clear()
void	ObjectIOInputStream.clear()
void	IObjectIOInputStream.clear()
ObjectAndPersistInfo	IObjectInput.createObject(DataRecordIdentifier dataRecordIdentifier, byte[] binary, ClassInfo classInfo, StorageInfo storageInfo) creation of a not existing object set data record associated to created object as soon as it is created
ObjectAndPersistInfo	AbstractObjectInputGeneric.createObject(DataRecordIdentifier dataRecordIdentifier, byte[] binary, ClassInfo classInfo, StorageInfo storageInfo)
ObjectAndPersistInfo	AbstractImmediateObjectInput.createObject(DataRecordIdentifier dataRecordIdentifier, byte[] binary, ClassInfo classInfo, StorageInfo storageInfo)
protected ObjectAndPersistInfo	ObjectInputForEnum.createObjectImpl(byte[] binary, int offset, ClassInfo classInfo, StorageInfo storageInfo, DataRecordIdentifier dataRecordIdentifier)
protected ObjectAndPersistInfo	AbstractObjectInputLazy.createObjectImpl(byte[] binary, int offset, ClassInfo classInfo, StorageInfo storageInfo, DataRecordIdentifier dataRecordIdentifier)
protected ObjectAndPersistInfo	AbstractObjectInputImmediate.createObjectImpl(byte[] binary, int offset, ClassInfo classInfo, StorageInfo storageInfo, DataRecordIdentifier dataRecordIdentifier)
protected abstract ObjectAndPersistInfo	AbstractObjectInputGeneric.createObjectImpl(byte[] binary, int offset, ClassInfo classInfo, StorageInfo storageInfo, DataRecordIdentifier dataRecordIdentifier) the object creation, instance of object class ( may be a proxy )
protected ObjectAndPersistInfo	ObjectInputSerializeZipped.createReadingBody(byte[] binary, int bodyBeginOffset, ClassInfo classInfo, DataRecordIdentifier dataRecordIdentifier)
protected ObjectAndPersistInfo	ObjectInputSerializeGZipped.createReadingBody(byte[] binary, int bodyBeginOffset, ClassInfo classInfo, DataRecordIdentifier dataRecordIdentifier)
protected ObjectAndPersistInfo	ObjectInputSerialize.createReadingBody(byte[] binary, int bodyBeginOffset, ClassInfo classInfo, DataRecordIdentifier dataRecordIdentifier)
protected ObjectAndPersistInfo	ObjectInputForString.createReadingBody(byte[] binary, int bodyBeginOffset, ClassInfo classInfo, DataRecordIdentifier dataRecordIdentifier)
protected ObjectAndPersistInfo	ObjectInputForBasic.createReadingBody(byte[] binary, int bodyBeginOffset, ClassInfo classInfo, DataRecordIdentifier dataRecordIdentifier)
protected ObjectAndPersistInfo	ObjectInputForArray.createReadingBody(byte[] binary, int bodyBeginOffset, ClassInfo arrayTypeInfo, DataRecordIdentifier dataRecordIdentifier)
protected abstract ObjectAndPersistInfo	AbstractImmediateObjectInput.createReadingBody(byte[] binary, int bodyBeginOffset, ClassInfo classInfo, DataRecordIdentifier dataRecordIdentifier) creation of a not existing object reading state in binary body part object is not a proxy set data record associated to created object as soon as it is created
ObjectAndPersistInfo	ReferenceInput.fromBinary(byte[] binary, int offset)
FromBinaryInfo	BasicOrReferenceInput.fromBinary(byte[] binary, int offset) get basic object, reference, or null from binay data record
ObjectIOGetField	AbstractObjectInputGeneric.getField(ObjectAndPersistInfo objectAndPersistInfo, byte[] binary, int beginOffset)
protected FieldInfo[]	ObjectInputLazySerializable.getFieldToSetInfoImpl(ClassInfo classInfo)
protected FieldInfo[]	ObjectInputLazyGeneric.getFieldToSetInfoImpl(ClassInfo classInfo)
protected FieldInfo[]	ObjectInputLazyExternalizable.getFieldToSetInfoImpl(ClassInfo classInfo)
protected FieldInfo[]	ObjectInputImmediateSerializable.getFieldToSetInfoImpl(ClassInfo classInfo)
protected FieldInfo[]	ObjectInputImmediateGeneric.getFieldToSetInfoImpl(ClassInfo classInfo)
protected FieldInfo[]	ObjectInputImmediateExternalizable.getFieldToSetInfoImpl(ClassInfo classInfo)
protected FieldInfo[]	ObjectInputForEnum.getFieldToSetInfoImpl(ClassInfo classInfo)
protected abstract FieldInfo[]	AbstractObjectInputGeneric.getFieldToSetInfoImpl(ClassInfo classInfo)
DataRecordIdentifier[]	ObjectInputForEnum.getReferencedList(byte[] binary, int offset)
DataRecordIdentifier[]	ObjectInputForArray.getReferencedList(byte[] binary, int offset)
DataRecordIdentifier[]	IObjectInput.getReferencedList(byte[] binary, int beginOffset) get the referenced object's data identifier from binary data containing object state
DataRecordIdentifier[]	AbstractObjectInputGeneric.getReferencedList(byte[] binary, int offset)
DataRecordIdentifier[]	AbstractObjectInput.getReferencedList(byte[] binary, int beginOffset)
protected void	ObjectInputLazySerializable.initializeObject(ObjectAndPersistInfo object, byte[] binary, int offset)
protected void	ObjectInputLazyGeneric.initializeObject(ObjectAndPersistInfo object, byte[] binary, int offset)
protected void	ObjectInputLazyExternalizable.initializeObject(ObjectAndPersistInfo objectAndPersistInfo, byte[] binary, int offset)
protected void	ObjectInputImmediateSerializable.initializeObject(ObjectAndPersistInfo objectAndPersistInfo, byte[] binary, int offset) for direct loading ( no lazy mode ), object initialization is done by object state setting
protected void	ObjectInputImmediateGeneric.initializeObject(ObjectAndPersistInfo objectAndPersistInfo, byte[] binary, int offset) for direct loading ( no lazy mode ), object initialization is done by object state setting
protected void	ObjectInputImmediateExternalizable.initializeObject(ObjectAndPersistInfo objectAndPersistInfo, byte[] binary, int offset) for direct loading ( no lazy mode ), object initialization is done by object state setting
protected void	ObjectInputForEnum.initializeObject(ObjectAndPersistInfo object, byte[] binary, int offset) for direct loading ( no lazy mode ), enum initialization is enum state setting
protected abstract void	AbstractObjectInputGeneric.initializeObject(ObjectAndPersistInfo objectAndPersistInfo, byte[] binary, int offset) initialize object after creation
protected List<ObjectAndPersistInfo>	ObjectInputLazySerializable.readObjectStoredState(ObjectAndPersistInfo objectAndPersistInfo, byte[] binary, int offset)
protected List<ObjectAndPersistInfo>	ObjectInputLazyGeneric.readObjectStoredState(ObjectAndPersistInfo objectAndPersistInfo, byte[] binary, int offset)
protected List<ObjectAndPersistInfo>	ObjectInputLazyExternalizable.readObjectStoredState(ObjectAndPersistInfo objectAndPersistInfo, byte[] binary, int offset)
protected List<ObjectAndPersistInfo>	ObjectInputImmediateSerializable.readObjectStoredState(ObjectAndPersistInfo objectAndPersistInfo, byte[] binary, int offset)
protected List<ObjectAndPersistInfo>	ObjectInputImmediateGeneric.readObjectStoredState(ObjectAndPersistInfo objectAndPersistInfo, byte[] binary, int offset)
protected List<ObjectAndPersistInfo>	ObjectInputImmediateExternalizable.readObjectStoredState(ObjectAndPersistInfo objectAndPersistInfo, byte[] binary, int offset)
protected List<ObjectAndPersistInfo>	ObjectInputForEnum.readObjectStoredState(ObjectAndPersistInfo objectAndPersistInfo, byte[] binary, int offset)
protected abstract List<ObjectAndPersistInfo>	AbstractObjectInputGeneric.readObjectStoredState(ObjectAndPersistInfo objectAndPersistInfo, byte[] binary, int offset)
protected List<ObjectAndPersistInfo>	AbstractObjectInputGeneric.readObjectStoredStateGeneric(ObjectAndPersistInfo objectAndPersistInfo, byte[] binary, int offset)
void	ObjectInputForEnum.reInitialize(ObjectAndPersistInfo enumAndPersistInfo) because enum instance are same across different data access session, this implies to unload and associate to new data access session
protected void	AbstractObjectInputGeneric.setObjectAllDeclaredFieldsValueToNull(ObjectAndPersistInfo objectAndItsClassInfo)
void	IObjectInput.setObjectState(ObjectAndPersistInfo objectAndPersistInfo, byte[] binary, int offset) set state of existing object by reading in the binary data object state is after the data header ( number of link and class name identifier)
void	AbstractObjectInputGeneric.setObjectState(ObjectAndPersistInfo objectAndPersistInfo, byte[] binary, int offset)
void	AbstractImmediateObjectInput.setObjectState(ObjectAndPersistInfo objectAndPersistInfo, byte[] binary, int offset)
protected void	AbstractObjectInputGeneric.setObjectStateExternalizable(ObjectAndPersistInfo objectAndPersistInfo, byte[] binary, int offset)
protected void	AbstractObjectInputGeneric.setObjectStateExternalizable(ObjectAndPersistInfo objectAndPersistInfo, IObjectIOInputStream objectIOInputStream, boolean setOriginalValue)
void	AbstractObjectInputGenericNotStatic.setObjectStateFromFieldValueList(ObjectAndPersistInfo objectAndPersistInfo, ValuedFieldList valuedFieldList)
protected void	AbstractObjectInputGenericNotStatic.setObjectStateFromFieldValueListExternalizable(ObjectAndPersistInfo objectAndPersistInfo, ValuedFieldList valuedFieldList)
protected void	AbstractObjectInputGeneric.setObjectStateFromFieldValueListGeneric(ObjectAndPersistInfo objectAndPersistInfo, ValuedFieldList valuedFieldList)
protected void	ObjectInputLazySerializable.setObjectStateFromFieldValueListImpl(ObjectAndPersistInfo objectAndPersistInfo, ValuedFieldList valuedFieldList)
protected void	ObjectInputLazyGeneric.setObjectStateFromFieldValueListImpl(ObjectAndPersistInfo objectAndPersistInfo, ValuedFieldList valuedFieldList)
protected void	ObjectInputLazyExternalizable.setObjectStateFromFieldValueListImpl(ObjectAndPersistInfo objectAndPersistInfo, ValuedFieldList valuedFieldList)
protected void	ObjectInputImmediateSerializable.setObjectStateFromFieldValueListImpl(ObjectAndPersistInfo objectAndPersistInfo, ValuedFieldList valuedFieldList)
protected void	ObjectInputImmediateGeneric.setObjectStateFromFieldValueListImpl(ObjectAndPersistInfo objectAndPersistInfo, ValuedFieldList valuedFieldList)
protected void	ObjectInputImmediateExternalizable.setObjectStateFromFieldValueListImpl(ObjectAndPersistInfo objectAndPersistInfo, ValuedFieldList valuedFieldList)
protected void	ObjectInputForEnum.setObjectStateFromFieldValueListImpl(ObjectAndPersistInfo objectAndPersistInfo, ValuedFieldList valuedFieldList)
protected abstract void	AbstractObjectInputGeneric.setObjectStateFromFieldValueListImpl(ObjectAndPersistInfo objectAndPersistInfo, ValuedFieldList valuedFieldList) do not set original value of object in objectAndPersistInfo
protected void	AbstractObjectInputGenericNotStatic.setObjectStateFromFieldValueListSerializable(ObjectAndPersistInfo objectAndPersistInfo, ValuedFieldList valuedFieldList)
protected void	AbstractObjectInputGeneric.setObjectStateGeneric(ObjectAndPersistInfo objectAndPersistInfo, byte[] binary, int beginOffset, boolean setOriginalValue) set state of existing object by reading in the binary data object state start at offset position
protected int	AbstractObjectInputGeneric.setObjectStateGenericNoLengthCheck(ObjectAndPersistInfo objectAndPersistInfo, byte[] binary, int beginOffset, boolean setOriginalValue)
protected void	ObjectInputLazySerializable.setObjectStateImpl(ObjectAndPersistInfo object, byte[] binary, int offset)
protected void	ObjectInputLazyGeneric.setObjectStateImpl(ObjectAndPersistInfo object, byte[] binary, int offset)
protected void	ObjectInputLazyExternalizable.setObjectStateImpl(ObjectAndPersistInfo objectAndPersistInfo, byte[] binary, int offset)
protected void	ObjectInputImmediateSerializable.setObjectStateImpl(ObjectAndPersistInfo objectAndPersistInfo, byte[] binary, int offset)
protected void	ObjectInputImmediateGeneric.setObjectStateImpl(ObjectAndPersistInfo objectAndPersistInfo, byte[] binary, int offset)
protected void	ObjectInputImmediateExternalizable.setObjectStateImpl(ObjectAndPersistInfo objectAndPersistInfo, byte[] binary, int offset)
protected void	ObjectInputForEnum.setObjectStateImpl(ObjectAndPersistInfo objectAndPersistInfo, byte[] binary, int offset)
protected abstract void	AbstractObjectInputGeneric.setObjectStateImpl(ObjectAndPersistInfo objectAndPersistInfo, byte[] binary, int offset)
int	ObjectInputImmediateGeneric.setObjectStateNoLengthCheckNoOriginalSet(ObjectAndPersistInfo objectAndPersistInfo, byte[] binary, int beginOffset)
protected void	AbstractObjectInputGeneric.setObjectStateSerializable(ObjectAndPersistInfo objectAndPersistInfo, byte[] binary, int offset)
protected void	AbstractObjectInputGeneric.setObjectStateSerializable(ObjectAndPersistInfo objectAndPersistInfo, IObjectIOInputStream objectIOInputStream, boolean setOriginalValue)
void	ObjectInputLazySerializable.unsetObjectState(ObjectAndPersistInfo objectAndItsClassInfo)
void	ObjectInputLazyGeneric.unsetObjectState(ObjectAndPersistInfo objectAndItsClassInfo)
void	ObjectInputLazyExternalizable.unsetObjectState(ObjectAndPersistInfo objectAndItsClassInfo)
void	ObjectInputForEnum.unsetObjectState(ObjectAndPersistInfo objectAndItsClassInfo)
void	IObjectInput.unsetObjectState(ObjectAndPersistInfo objectAndItsClassInfo)
void	AbstractObjectInputImmediate.unsetObjectState(ObjectAndPersistInfo objectAndItsClassInfo)
void	AbstractImmediateObjectInput.unsetObjectState(ObjectAndPersistInfo objectAndItsClassInfo)

Constructors in net.sf.joafip.store.service.objectio.serialize.input that throw ObjectIOException

Constructor and Description
ObjectIOInputStream(IObjectIOManagerForObjectIO objectIOManager, ClassInfoFactory classInfoFactory, HelperBinaryConversion helperBinaryConversion)

Uses of ObjectIOException in net.sf.joafip.store.service.objectio.serialize.output

Methods in net.sf.joafip.store.service.objectio.serialize.output that throw ObjectIOException

Modifier and Type	Method and Description
int	IObjectOutput.byteSize(ObjectAndPersistInfo objectAndItsClassInfo, int headerDataSize) compute bytes needs to store an object state for a class it is number of byte to store object state + bytes to store object class identifier
int	AbstractObjectOutput.byteSize(ObjectAndPersistInfo objectAndItsClassInfo, int headerDataSize)
protected void	AbstractObjectOutput.computeReferenceChangeList(ObjectAndPersistInfo objectAndPersistInfo)
protected ObjectClassInfoAndDeclared[]	AbstractObjectOutput.currentValuesToReferencedSoon(ObjectAndPersistInfo objectAndPersistInfo)
boolean	AbstractObjectOutput.isGenericValueChanged(ObjectAndPersistInfo objectAndPersistInfo) test if value changed also compute reference change list
boolean	ObjectOutputSerializable.isValueChanged(ObjectAndPersistInfo objectAndItsClassInfo)
boolean	ObjectOutputGeneric.isValueChanged(ObjectAndPersistInfo objectAndItsClassInfo)
boolean	ObjectOutputForEnum.isValueChanged(ObjectAndPersistInfo objectAndItsClassInfo)
boolean	ObjectOutputForArray.isValueChanged(ObjectAndPersistInfo objectAndItsClassInfo)
boolean	ObjectOutputExternalizable.isValueChanged(ObjectAndPersistInfo objectAndItsClassInfo)
boolean	IObjectOutput.isValueChanged(ObjectAndPersistInfo objectAndItsClassInfo) to know if object state change according to its original value also compute reference change list
boolean	AbstractObjectOutputSerialize.isValueChanged(ObjectAndPersistInfo objectAndPersistInfo)
int	ObjectOutputSerializable.numberOfByteForData(ObjectAndPersistInfo objectAndItsClassInfo)
int	ObjectOutputGeneric.numberOfByteForData(ObjectAndPersistInfo objectAndPersistInfo)
int	ObjectOutputForString.numberOfByteForData(ObjectAndPersistInfo object)
int	ObjectOutputForEnum.numberOfByteForData(ObjectAndPersistInfo objectAndPersistInfo)
int	ObjectOutputForBasic.numberOfByteForData(ObjectAndPersistInfo objectAndItsClassInfo)
int	ObjectOutputExternalizable.numberOfByteForData(ObjectAndPersistInfo object)
int	AbstractObjectOutputSerialize.numberOfByteForData(ObjectAndPersistInfo objectAndPersistInfo)
abstract int	AbstractObjectOutput.numberOfByteForData(ObjectAndPersistInfo objectAndItsClassInfo) obtains the number of bytes need to store object state
protected int	AbstractObjectOutputGenericNotStatic.numberOfByteForDataGeneric(ObjectAndPersistInfo objectAndPersistInfo)
protected int	AbstractObjectOutputGeneric.numberOfByteForDataSerializable(ObjectAndPersistInfo objectAndpersistInfo)
void	ObjectOutputSerializable.prepareWrite(ObjectAndPersistInfo objectAndItsClassInfo)
void	ObjectOutputGeneric.prepareWrite(ObjectAndPersistInfo objectAndPersistInfo)
void	ObjectOutputForString.prepareWrite(ObjectAndPersistInfo object)
void	ObjectOutputForEnum.prepareWrite(ObjectAndPersistInfo object)
void	ObjectOutputForBasic.prepareWrite(ObjectAndPersistInfo objectAndItsClassInfo)
void	ObjectOutputForArray.prepareWrite(ObjectAndPersistInfo arrayAndPersistInfo)
void	ObjectOutputExternalizable.prepareWrite(ObjectAndPersistInfo object)
void	IObjectOutput.prepareWrite(ObjectAndPersistInfo objectAndItsClassInfo) prepare possible write of object
void	AbstractObjectOutputSerialize.prepareWrite(ObjectAndPersistInfo objectAndPersistInfo)
protected void	AbstractObjectOutputGeneric.prepareWriteExternalizable(ObjectAndPersistInfo objectAndPersistInfo)
void	AbstractObjectOutputGeneric.prepareWriteForSerializableDefaultWrite(ObjectAndPersistInfo objectAndItsClassInfo) prepare possible write of "serializable" object for default write serialization
void	AbstractObjectOutputGenericNotStatic.prepareWriteForSerializableWriteFields(ObjectAndPersistInfo objectAndItsClassInfo, ObjectClassInfoAndDeclared[] currentValue) prepare possible write of "serializable" object for write fields serialization
protected void	AbstractObjectOutputGenericNotStatic.prepareWriteGenericAllDeclaredFields(ObjectAndPersistInfo objectAndPersistInfo) prepare possible "generic" write of all declared fields
protected void	AbstractObjectOutputGenericNotStatic.prepareWriteGenericForFields(ObjectAndPersistInfo objectAndPersistInfo, ClassInfo classInfo, FieldInfo[] fields)
protected abstract void	AbstractObjectOutputGeneric.prepareWriteGenericForFields(ObjectAndPersistInfo objectAndPersistInfo, ClassInfo classInfo, FieldInfo[] fields)
protected void	AbstractObjectOutputGeneric.prepareWriteSerializable(ObjectAndPersistInfo objectAndPersistInfo)
protected byte[]	ObjectOutputSerializeZipped.serialize(ObjectAndItsClassInfo objectAndItsClassInfo)
protected byte[]	ObjectOutputSerializeGZipped.serialize(ObjectAndItsClassInfo objectAndItsClassInfo)
protected byte[]	ObjectOutputSerialize.serialize(ObjectAndItsClassInfo objectAndItsClassInfo)
protected abstract byte[]	AbstractObjectOutputSerialize.serialize(ObjectAndItsClassInfo object) serialize object
protected void	AbstractObjectOutputGeneric.setCurrentValue(ObjectAndPersistInfo objectAndPersistInfo, FieldInfo[] fields, ObjectClassInfoAndDeclared[] currentValue)
protected int	AbstractObjectOutputGeneric.setCurrentValueAndComputeBinarySize(ObjectAndPersistInfo objectAndPersistInfo, FieldInfo[] fields, ObjectClassInfoAndDeclared[] currentValue)
protected void	AbstractObjectOutput.setReferenceChangeListForGeneric(ObjectAndPersistInfo objectAndItsClassInfo) compute reference change list for new object
void	ObjectOutputForString.setReferenceChangeListForNewObject(ObjectAndPersistInfo objectAndItsClassInfo)
void	ObjectOutputForBasic.setReferenceChangeListForNewObject(ObjectAndPersistInfo objectAndItsClassInfo)
void	ObjectOutputForArray.setReferenceChangeListForNewObject(ObjectAndPersistInfo objectAndItsClassInfo)
void	IObjectOutput.setReferenceChangeListForNewObject(ObjectAndPersistInfo objectAndItsClassInfo) compute reference change list for new object
void	AbstractObjectOutputSerialize.setReferenceChangeListForNewObject(ObjectAndPersistInfo objectAndItsClassInfo)
void	AbstractObjectOutputGeneric.setReferenceChangeListForNewObject(ObjectAndPersistInfo objectAndItsClassInfo)
int	ReferenceOutput.toBinary(ObjectAndPersistInfo objectAndPersistInfo, byte[] binary, int offset) add a reference to binary data record
ObjectClassInfoAndDeclared[]	IObjectOutput.willNotBeWrote(ObjectAndPersistInfo objectAndPersistInfo)
ObjectClassInfoAndDeclared[]	AbstractObjectOutput.willNotBeWrote(ObjectAndPersistInfo objectAndPersistInfo)
ObjectClassInfoAndDeclared[]	ObjectOutputSerializable.willNotBeWroteImpl(ObjectAndPersistInfo objectAndPersistInfo)
ObjectClassInfoAndDeclared[]	ObjectOutputGeneric.willNotBeWroteImpl(ObjectAndPersistInfo object)
ObjectClassInfoAndDeclared[]	ObjectOutputForString.willNotBeWroteImpl(ObjectAndPersistInfo object)
ObjectClassInfoAndDeclared[]	ObjectOutputForEnum.willNotBeWroteImpl(ObjectAndPersistInfo object)
ObjectClassInfoAndDeclared[]	ObjectOutputForBasic.willNotBeWroteImpl(ObjectAndPersistInfo object)
ObjectClassInfoAndDeclared[]	ObjectOutputForArray.willNotBeWroteImpl(ObjectAndPersistInfo array)
ObjectClassInfoAndDeclared[]	ObjectOutputExternalizable.willNotBeWroteImpl(ObjectAndPersistInfo objectAndPersistInfo)
ObjectClassInfoAndDeclared[]	AbstractObjectOutputSerialize.willNotBeWroteImpl(ObjectAndPersistInfo objectAndPersistInfo)
protected abstract ObjectClassInfoAndDeclared[]	AbstractObjectOutput.willNotBeWroteImpl(ObjectAndPersistInfo objectAndPersistInfo)
ObjectClassInfoAndDeclared[]	IObjectOutput.writeBody(byte[] binary, int bodyBeginOffset, ObjectAndPersistInfo objectAndItsClassInfo, boolean updateOriginalValue) write body: body is data after number of link that represent object state
ObjectClassInfoAndDeclared[]	AbstractObjectOutput.writeBody(byte[] binary, int bodyBeginOffset, ObjectAndPersistInfo objectAndPersistInfo, boolean updateOriginalValue)
protected ObjectClassInfoAndDeclared[]	ObjectOutputForString.writeBodyAndItsHeader(byte[] binary, int bodyBeginOffset, ObjectAndPersistInfo object, boolean updateOriginalValue)
protected ObjectClassInfoAndDeclared[]	ObjectOutputForEnum.writeBodyAndItsHeader(byte[] binary, int bodyBeginOffset, ObjectAndPersistInfo object, boolean updateOriginalValue)
protected ObjectClassInfoAndDeclared[]	ObjectOutputForBasic.writeBodyAndItsHeader(byte[] binary, int bodyBeginOffset, ObjectAndPersistInfo objectAndItsClassInfo, boolean updateOriginalValue)
protected ObjectClassInfoAndDeclared[]	ObjectOutputForArray.writeBodyAndItsHeader(byte[] binary, int bodyBeginOffset, ObjectAndPersistInfo arrayAndItsClassInfo, boolean updateOriginalValue)
protected ObjectClassInfoAndDeclared[]	AbstractObjectOutputSerialize.writeBodyAndItsHeader(byte[] binary, int bodyBeginOffset, ObjectAndPersistInfo objectAndPersistInfo, boolean updateOriginalValue)
protected ObjectClassInfoAndDeclared[]	AbstractObjectOutputGenericNotStatic.writeBodyAndItsHeader(byte[] binary, int bodyBeginOffset, ObjectAndPersistInfo object, boolean updateOriginalValue)
protected abstract ObjectClassInfoAndDeclared[]	AbstractObjectOutput.writeBodyAndItsHeader(byte[] binary, int bodyBeginOffset, ObjectAndPersistInfo objectAndItsClassInfo, boolean updateOriginalValue)
protected ObjectClassInfoAndDeclared[]	ObjectOutputSerializable.writeBodyImpl(byte[] binary, int fieldBeginOffset, ObjectAndPersistInfo objectAndItsClassInfo, boolean updateOriginalValue)
protected ObjectClassInfoAndDeclared[]	ObjectOutputGeneric.writeBodyImpl(byte[] binary, int fieldBeginOffset, ObjectAndPersistInfo object, boolean updateOriginalValue)
protected ObjectClassInfoAndDeclared[]	ObjectOutputForEnum.writeBodyImpl(byte[] binary, int fieldBeginOffset, ObjectAndPersistInfo object, boolean updateOriginalValue)
protected ObjectClassInfoAndDeclared[]	ObjectOutputExternalizable.writeBodyImpl(byte[] binary, int fieldBeginOffset, ObjectAndPersistInfo object, boolean updateOriginalValue)
protected abstract ObjectClassInfoAndDeclared[]	AbstractObjectOutputGeneric.writeBodyImpl(byte[] binary, int fieldBeginOffset, ObjectAndPersistInfo objectAndItsClassInfo, boolean updateOriginalValue)
protected ObjectClassInfoAndDeclared[]	AbstractObjectOutputGeneric.writeBodySerializable(byte[] binary, int fieldBeginOffset, ObjectAndPersistInfo objectAndPersistInfo) write serialized form (from serializable or externalizable )
ObjectClassInfoAndDeclared[]	AbstractObjectOutput.writeCurrentValue(byte[] binary, int fieldBeginOffset, ObjectAndPersistInfo objectAndPersistInfo, boolean updateOriginalValue)
protected int	AbstractObjectOutput.writeSignature(byte[] binary, int signatureBeginOffset, ClassInfo classInfo) check signature according off object class
protected int	AbstractObjectOutput.writeStaticFieldSignature(byte[] binary, int signatureBeginOffset, ClassInfo classInfo)

Uses of ObjectIOException in net.sf.joafip.store.service.proxy

Methods in net.sf.joafip.store.service.proxy that throw ObjectIOException

Modifier and Type	Method and Description
void	ProxyCallBack.forceLoad$JOAFIP$()
void	IProxyCallBackProxyDelegation.forceLoad$JOAFIP$() force set object state loading from file
void	DetachedProxyCallBack.forceLoad$JOAFIP$()
boolean	ProxyCallBack.isLoaded$JOAFIP$()
boolean	IProxyCallBackProxyDelegation.isLoaded$JOAFIP$()
boolean	DetachedProxyCallBack.isLoaded$JOAFIP$()
static void	StaticProxyCallBack.setIsLoaded(Object object)
void	ProxyCallBack.setIsLoaded$JOAFIP$()
void	IProxyCallBackProxyDelegation.setIsLoaded$JOAFIP$() set to loaded state
void	DetachedProxyCallBack.setIsLoaded$JOAFIP$()
static void	StaticProxyCallBack.setIsLoadedNoSave(Object object)
void	ProxyCallBack.unload$JOAFIP$()
void	IProxyCallBackProxyDelegation.unload$JOAFIP$()
void	DetachedProxyCallBack.unload$JOAFIP$()