Package org.hibernate.bytecode.enhance.spi

Class EnhancementContextWrapper

java.lang.Object

org.hibernate.bytecode.enhance.spi.EnhancementContextWrapper

All Implemented Interfaces:

EnhancementContext

public class EnhancementContextWrapper
extends Object
implements EnhancementContext

Constructor Summary

Constructors

Constructor	Description
EnhancementContextWrapper(EnhancementContext wrappedContext, ClassLoader loadingClassloader)

Method Summary

Modifier and Type	Method	Description
boolean	doBiDirectionalAssociationManagement(UnloadedField field)	Should we manage association of bi-directional persistent attributes for this field?
boolean	doDirtyCheckingInline(UnloadedClass classDescriptor)	Should we in-line dirty checking for persistent attributes for this class?
boolean	doExtendedEnhancement(UnloadedClass classDescriptor)	Should we enhance field access to entities from this class?
ClassLoader	getLoadingClassLoader()	Obtain access to the ClassLoader that can be used to load Class references.
boolean	hasLazyLoadableAttributes(UnloadedClass classDescriptor)	Does the given class define any lazy loadable attributes?
boolean	isCompositeClass(UnloadedClass classDescriptor)	Does the given class name represent an embeddable/component class?
boolean	isDiscoveredType(UnloadedClass classDescriptor)
boolean	isEntityClass(UnloadedClass classDescriptor)	Does the given class descriptor represent an entity class?
boolean	isLazyLoadable(UnloadedField field)	Determine if a field is lazy loadable.
boolean	isMappedCollection(UnloadedField field)
boolean	isMappedSuperclassClass(UnloadedClass classDescriptor)	Does the given class name represent a MappedSuperclass class?
boolean	isPersistentField(UnloadedField ctField)	Does the field represent persistent state? Persistent fields will be "enhanced".
UnloadedField[]	order(UnloadedField[] persistentFields)	For fields which are persistent (according to EnhancementContext.isPersistentField(org.hibernate.bytecode.enhance.spi.UnloadedField)), determine the corresponding ordering maintained within the Hibernate metamodel.
void	registerDiscoveredType(UnloadedClass classDescriptor, Type.PersistenceType type)

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

EnhancementContextWrapper

public EnhancementContextWrapper(EnhancementContext wrappedContext,
                                 ClassLoader loadingClassloader)

Method Detail

getLoadingClassLoader

public ClassLoader getLoadingClassLoader()

Description copied from interface: EnhancementContext

Obtain access to the ClassLoader that can be used to load Class references. In JPA SPI terms, this should be a "temporary class loader" as defined by PersistenceUnitInfo.getNewTempClassLoader()

Specified by:

getLoadingClassLoader in interface EnhancementContext

Returns:

The class loader that the enhancer can use.

isEntityClass

public boolean isEntityClass(UnloadedClass classDescriptor)

Description copied from interface: EnhancementContext

Does the given class descriptor represent an entity class?

Specified by:

isEntityClass in interface EnhancementContext

Parameters:

classDescriptor - The descriptor of the class to check.

Returns:

true if the class is an entity; false otherwise.

isCompositeClass

public boolean isCompositeClass(UnloadedClass classDescriptor)

Description copied from interface: EnhancementContext

Does the given class name represent an embeddable/component class?

Specified by:

isCompositeClass in interface EnhancementContext

Parameters:

classDescriptor - The descriptor of the class to check.

Returns:

true if the class is an embeddable/component; false otherwise.

isMappedSuperclassClass

public boolean isMappedSuperclassClass(UnloadedClass classDescriptor)

Description copied from interface: EnhancementContext

Does the given class name represent a MappedSuperclass class?

Specified by:

isMappedSuperclassClass in interface EnhancementContext

Parameters:

classDescriptor - The descriptor of the class to check.

Returns:

true if the class is a mapped super class; false otherwise.

doBiDirectionalAssociationManagement

public boolean doBiDirectionalAssociationManagement(UnloadedField field)

Description copied from interface: EnhancementContext

Should we manage association of bi-directional persistent attributes for this field?

Specified by:

doBiDirectionalAssociationManagement in interface EnhancementContext

Parameters:

field - The field to check.

Returns:

true indicates that the field is enhanced so that for bi-directional persistent fields the association is managed, i.e. the associations are automatically set; false indicates that the management is handled by the user.

doDirtyCheckingInline

public boolean doDirtyCheckingInline(UnloadedClass classDescriptor)

Description copied from interface: EnhancementContext

Should we in-line dirty checking for persistent attributes for this class?

Specified by:

doDirtyCheckingInline in interface EnhancementContext

Parameters:

classDescriptor - The descriptor of the class to check.

Returns:

true indicates that dirty checking should be in-lined within the entity; false indicates it should not. In-lined is more easily serializable and probably more performant.

doExtendedEnhancement

public boolean doExtendedEnhancement(UnloadedClass classDescriptor)

Description copied from interface: EnhancementContext

Should we enhance field access to entities from this class?

Specified by:

doExtendedEnhancement in interface EnhancementContext

Parameters:

classDescriptor - The descriptor of the class to check.

Returns:

true indicates that any direct access to fields of entities should be routed to the enhanced getter / setter method.

hasLazyLoadableAttributes

public boolean hasLazyLoadableAttributes(UnloadedClass classDescriptor)

Description copied from interface: EnhancementContext

Does the given class define any lazy loadable attributes?

Specified by:

hasLazyLoadableAttributes in interface EnhancementContext

Parameters:

classDescriptor - The class to check

Returns:

true/false

isPersistentField

public boolean isPersistentField(UnloadedField ctField)

Description copied from interface: EnhancementContext

Does the field represent persistent state? Persistent fields will be "enhanced".

may be better to perform basic checks in the caller (non-static, etc) and call out with just the Class name and field name...

Specified by:

isPersistentField in interface EnhancementContext

Parameters:

ctField - The field reference.

Returns:

true if the field is ; false otherwise.

order

public UnloadedField[] order(UnloadedField[] persistentFields)

Description copied from interface: EnhancementContext

For fields which are persistent (according to EnhancementContext.isPersistentField(org.hibernate.bytecode.enhance.spi.UnloadedField)), determine the corresponding ordering maintained within the Hibernate metamodel.

Specified by:

order in interface EnhancementContext

Parameters:

persistentFields - The persistent field references.

Returns:

The ordered references.

isLazyLoadable

public boolean isLazyLoadable(UnloadedField field)

Description copied from interface: EnhancementContext

Determine if a field is lazy loadable.

Specified by:

isLazyLoadable in interface EnhancementContext

Parameters:

field - The field to check

Returns:

true if the field is lazy loadable; false otherwise.

isMappedCollection

public boolean isMappedCollection(UnloadedField field)

Specified by:

isMappedCollection in interface EnhancementContext

Parameters:

field - the field to check

Returns:

true if the field is mapped

isDiscoveredType

public boolean isDiscoveredType(UnloadedClass classDescriptor)

Specified by:

isDiscoveredType in interface EnhancementContext

registerDiscoveredType

public void registerDiscoveredType(UnloadedClass classDescriptor,
                                   Type.PersistenceType type)

Specified by:

registerDiscoveredType in interface EnhancementContext