Package org.hibernate.boot

Interface MetadataBuilder

All Known Subinterfaces:

MetadataBuilderImplementor

All Known Implementing Classes:

AbstractDelegatingMetadataBuilderImplementor, MetadataBuilderImpl

public interface MetadataBuilder

Contract for specifying various overrides to be used in metamodel building.

Since:

5.0

Method Summary

Modifier and Type	Method	Description
MetadataBuilder	applyAccessType(AccessType accessType)	Specify the second-level access-type to be used by default for entities and collections that define second-level caching, but do not specify a granular access-type.
MetadataBuilder	applyArchiveDescriptorFactory(ArchiveDescriptorFactory factory)	Specify a particular ArchiveDescriptorFactory instance to use in scanning.
MetadataBuilder	applyAttributeConverter(AttributeConverter<?,?> attributeConverter, boolean autoApply)	Adds an AttributeConverter instance, explicitly indicating whether to auto-apply it.
<O, R> MetadataBuilder	applyAttributeConverter(AttributeConverter<O,R> attributeConverter)	Adds an AttributeConverter instance.
<O, R> MetadataBuilder	applyAttributeConverter(Class<? extends AttributeConverter<O,R>> attributeConverterClass)	Adds an AttributeConverter by its Class.
<O, R> MetadataBuilder	applyAttributeConverter(Class<? extends AttributeConverter<O,R>> attributeConverterClass, boolean autoApply)	Adds an AttributeConverter by Class, explicitly indicating whether to auto-apply it.
MetadataBuilder	applyAttributeConverter(ConverterDescriptor<?,?> descriptor)	Adds an AttributeConverter by a ConverterDescriptor
MetadataBuilder	applyAuxiliaryDatabaseObject(AuxiliaryDatabaseObject auxiliaryDatabaseObject)	Contribute an AuxiliaryDatabaseObject.
MetadataBuilder	applyBasicType(BasicType<?> type)	Specify an additional or overridden basic type mapping.
MetadataBuilder	applyBasicType(BasicType<?> type, String... keys)	Specify an additional or overridden basic type mapping supplying specific registration keys.
MetadataBuilder	applyBasicType(UserType<?> type, String... keys)	Register an additional or overridden custom type mapping.
MetadataBuilder	applyCacheRegionDefinition(CacheRegionDefinition cacheRegionDefinition)	Apply a CacheRegionDefinition to be applied to an entity, collection, or query while building the Metadata object.
MetadataBuilder	applyColumnOrderingStrategy(ColumnOrderingStrategy columnOrderingStrategy)	Specify the ColumnOrderingStrategy.
MetadataBuilder	applyFunctions(FunctionContributor functionContributor)	Apply an explicit FunctionContributor (implicit application via ServiceLoader will still happen too)
MetadataBuilder	applyImplicitCatalogName(String implicitCatalogName)	Specify the implicit catalog name to apply to any unqualified database names.
MetadataBuilder	applyImplicitListSemantics(CollectionClassification classification)
MetadataBuilder	applyImplicitNamingStrategy(ImplicitNamingStrategy namingStrategy)	Specify the ImplicitNamingStrategy.
MetadataBuilder	applyImplicitSchemaName(String implicitSchemaName)	Specify the implicit schema name to apply to any unqualified database names.
MetadataBuilder	applyIndexView(Object jandexView)	Deprecated. Set the hibernate-models setting hibernate.models.jandex.index instead.
MetadataBuilder	applyPhysicalNamingStrategy(PhysicalNamingStrategy namingStrategy)	Specify the PhysicalNamingStrategy.
MetadataBuilder	applyScanEnvironment(ScanEnvironment scanEnvironment)	Consider this temporary as discussed on ScanEnvironment
MetadataBuilder	applyScanner(Scanner scanner)	Specify a particular Scanner instance to use.
MetadataBuilder	applyScanOptions(ScanOptions scanOptions)	Specify the options to be used in performing scanning.
MetadataBuilder	applySharedCacheMode(SharedCacheMode cacheMode)	Specify the second-level cache mode.
MetadataBuilder	applySqlFunction(String functionName, SqmFunctionDescriptor function)	Contribute a SqmFunctionDescriptor to HQL.
MetadataBuilder	applyTempClassLoader(ClassLoader tempClassLoader)	Apply a ClassLoader for use while building the Metadata.
MetadataBuilder	applyTypes(TypeContributor typeContributor)	Apply an explicit TypeContributor (implicit application via ServiceLoader will still happen too)
Metadata	build()	Actually build the metamodel
MetadataBuilder	enableExplicitDiscriminatorsForJoinedSubclassSupport(boolean enabled)	Should we process or ignore explicitly defined discriminators in the case of joined subclasses? The legacy behavior of Hibernate was to ignore the discriminator annotations because Hibernate (unlike some providers) does not need discriminators to determine the concrete type when it comes to joined inheritance.
MetadataBuilder	enableGlobalNationalizedCharacterDataSupport(boolean enabled)	Should nationalized variants of character data be used in the database types? For example, should NVARCHAR be used instead of VARCHAR? NCLOB instead of CLOB?
MetadataBuilder	enableImplicitDiscriminatorsForJoinedSubclassSupport(boolean enabled)	Similarly to enableExplicitDiscriminatorsForJoinedSubclassSupport(boolean), but here how should we treat joined inheritance when there is no explicitly defined discriminator annotations? If enabled, we will handle joined inheritance with no explicit discriminator annotations by implicitly creating one (following the JPA implicit naming rules).
MetadataBuilder	enableImplicitForcingOfDiscriminatorsInSelect(boolean supported)	For entities which do not explicitly say, should we force discriminators into SQL selects? The (historical) default is false.

Method Details

applyImplicitCatalogName

MetadataBuilder applyImplicitCatalogName(String implicitCatalogName)

Specify the implicit catalog name to apply to any unqualified database names.

Its default is defined by the "hibernate.default_catalog" setting if using property-based configuration.

Parameters:

implicitCatalogName - The implicit catalog name

Returns:

this, for method chaining

See Also:

• MappingSettings.DEFAULT_CATALOG

applyImplicitSchemaName

MetadataBuilder applyImplicitSchemaName(String implicitSchemaName)

Specify the implicit schema name to apply to any unqualified database names.

Its default is defined by the "hibernate.default_schema" setting if using property-based configuration.

Parameters:

implicitSchemaName - The implicit schema name

Returns:

this, for method chaining

See Also:

• MappingSettings.DEFAULT_SCHEMA

applyImplicitNamingStrategy

MetadataBuilder applyImplicitNamingStrategy(ImplicitNamingStrategy namingStrategy)

Specify the ImplicitNamingStrategy.

Its default is defined by the "hibernate.implicit_naming_strategy" setting if using property-based configuration.

Parameters:

namingStrategy - The ImplicitNamingStrategy

Returns:

this, for method chaining

See Also:

• MappingSettings.IMPLICIT_NAMING_STRATEGY

applyPhysicalNamingStrategy

MetadataBuilder applyPhysicalNamingStrategy(PhysicalNamingStrategy namingStrategy)

Specify the PhysicalNamingStrategy.

Its default is defined by the "hibernate.physical_naming_strategy" setting if using property-based configuration.

Parameters:

namingStrategy - The PhysicalNamingStrategy

Returns:

this, for method chaining

See Also:

• MappingSettings.PHYSICAL_NAMING_STRATEGY

applyColumnOrderingStrategy

MetadataBuilder applyColumnOrderingStrategy(ColumnOrderingStrategy columnOrderingStrategy)

Specify the ColumnOrderingStrategy.

Its default is defined by the "hibernate.column_ordering_strategy" setting if using property-based configuration.

Parameters:

columnOrderingStrategy - The ColumnOrderingStrategy

Returns:

this, for method chaining

See Also:

• MappingSettings.IMPLICIT_NAMING_STRATEGY

applySharedCacheMode

MetadataBuilder applySharedCacheMode(SharedCacheMode cacheMode)

Specify the second-level cache mode.

Its default is defined by the javax.persistence.sharedCache.mode setting if using property-based configuration.

Parameters:

cacheMode - The cache mode.

Returns:

this, for method chaining

See Also:

• applyAccessType(org.hibernate.cache.spi.access.AccessType)

applyAccessType

MetadataBuilder applyAccessType(AccessType accessType)

Specify the second-level access-type to be used by default for entities and collections that define second-level caching, but do not specify a granular access-type.

Its default is defined by the "hibernate.cache.default_cache_concurrency_strategy" setting if using property-based configuration.

Parameters:

accessType - The access-type to use as default.

Returns:

this, for method chaining

See Also:

• CacheSettings.DEFAULT_CACHE_CONCURRENCY_STRATEGY
• applySharedCacheMode(jakarta.persistence.SharedCacheMode)

applyIndexView

@Deprecated
MetadataBuilder applyIndexView(Object jandexView)

Deprecated.

Set the hibernate-models setting hibernate.models.jandex.index instead. This method has no effect.

Allows specifying a specific Jandex index to use for reading annotation information.

It's important to understand that if a Jandex index is passed in, it is expected that this Jandex index already contains all entries for all classes. No additional indexing will be done in this case.

Parameters:

jandexView - The Jandex index to use.

Returns:

this, for method chaining

API Note:

Here for future expansion. At the moment the passed Jandex index is not used.

applyScanOptions

MetadataBuilder applyScanOptions(ScanOptions scanOptions)

Specify the options to be used in performing scanning.

Parameters:

scanOptions - The scan options.

Returns:

this, for method chaining

See Also:

• PersistenceSettings.SCANNER_DISCOVERY

applyScanEnvironment

MetadataBuilder applyScanEnvironment(ScanEnvironment scanEnvironment)

Consider this temporary as discussed on ScanEnvironment

Parameters:

scanEnvironment - The environment for scanning

Returns:

this, for method chaining

applyScanner

MetadataBuilder applyScanner(Scanner scanner)

Specify a particular Scanner instance to use.

Its default is defined by the "hibernate.archive.scanner" setting if using property-based configuration.

Parameters:

scanner - The scanner to use.

Returns:

this, for method chaining

See Also:

• PersistenceSettings.SCANNER

applyArchiveDescriptorFactory

MetadataBuilder applyArchiveDescriptorFactory(ArchiveDescriptorFactory factory)

Specify a particular ArchiveDescriptorFactory instance to use in scanning.

Its default is defined by the "hibernate.archive.interpreter" setting if using property-based configuration.

Parameters:

factory - The ArchiveDescriptorFactory to use.

Returns:

this, for method chaining

See Also:

• PersistenceSettings.SCANNER_ARCHIVE_INTERPRETER

applyImplicitListSemantics

MetadataBuilder applyImplicitListSemantics(CollectionClassification classification)

enableExplicitDiscriminatorsForJoinedSubclassSupport

MetadataBuilder enableExplicitDiscriminatorsForJoinedSubclassSupport(boolean enabled)

Should we process or ignore explicitly defined discriminators in the case of joined subclasses? The legacy behavior of Hibernate was to ignore the discriminator annotations because Hibernate (unlike some providers) does not need discriminators to determine the concrete type when it comes to joined inheritance. However, for portability reasons we do now allow using explicit discriminators along with joined inheritance. It is configurable though to support legacy apps.

Its default is defined by the "hibernate.discriminator.ignore_explicit_for_joined" setting if using property-based configuration.

Parameters:

enabled - Should processing (not ignoring) explicit discriminators be enabled?

Returns:

this, for method chaining

See Also:

• MappingSettings.IGNORE_EXPLICIT_DISCRIMINATOR_COLUMNS_FOR_JOINED_SUBCLASS

enableImplicitDiscriminatorsForJoinedSubclassSupport

MetadataBuilder enableImplicitDiscriminatorsForJoinedSubclassSupport(boolean enabled)

Similarly to enableExplicitDiscriminatorsForJoinedSubclassSupport(boolean), but here how should we treat joined inheritance when there is no explicitly defined discriminator annotations? If enabled, we will handle joined inheritance with no explicit discriminator annotations by implicitly creating one (following the JPA implicit naming rules).

Again the premise here is JPA portability, bearing in mind that some JPA provider need these discriminators.

Its default is defined by the "hibernate.discriminator.implicit_for_joined" setting if using property-based configuration.

Parameters:

enabled - Should we implicitly create discriminator for joined inheritance if one is not explicitly mentioned?

Returns:

this, for method chaining

See Also:

• MappingSettings.IMPLICIT_DISCRIMINATOR_COLUMNS_FOR_JOINED_SUBCLASS

enableImplicitForcingOfDiscriminatorsInSelect

MetadataBuilder enableImplicitForcingOfDiscriminatorsInSelect(boolean supported)

For entities which do not explicitly say, should we force discriminators into SQL selects? The (historical) default is false.

Its default is defined by the "hibernate.discriminator.force_in_select" setting if using property-based configuration.

Parameters:

supported - true indicates we will force the discriminator into the select; false indicates we will not.

Returns:

this, for method chaining

See Also:

• MappingSettings.FORCE_DISCRIMINATOR_IN_SELECTS_BY_DEFAULT

enableGlobalNationalizedCharacterDataSupport

MetadataBuilder enableGlobalNationalizedCharacterDataSupport(boolean enabled)

Should nationalized variants of character data be used in the database types? For example, should NVARCHAR be used instead of VARCHAR? NCLOB instead of CLOB?

Its default is defined by the "hibernate.use_nationalized_character_data" setting if using property-based configuration.

Parameters:

enabled - true says to use nationalized variants; false says to use the non-nationalized variants.

Returns:

this, for method chaining

See Also:

• MappingSettings.USE_NATIONALIZED_CHARACTER_DATA

applyBasicType

MetadataBuilder applyBasicType(BasicType<?> type)

Specify an additional or overridden basic type mapping.

Parameters:

type - The type addition or override.

Returns:

this, for method chaining

applyBasicType

MetadataBuilder applyBasicType(BasicType<?> type,
 String... keys)

Specify an additional or overridden basic type mapping supplying specific registration keys.

Parameters:

type - The type addition or override.

keys - The keys under which to register the basic type.

Returns:

this, for method chaining

applyBasicType

MetadataBuilder applyBasicType(UserType<?> type,
 String... keys)

Register an additional or overridden custom type mapping.

Parameters:

type - The custom type

keys - The keys under which to register the custom type.

Returns:

this, for method chaining

applyTypes

MetadataBuilder applyTypes(TypeContributor typeContributor)

Apply an explicit TypeContributor (implicit application via ServiceLoader will still happen too)

Parameters:

typeContributor - The contributor to apply

Returns:

this, for method chaining

applyCacheRegionDefinition

MetadataBuilder applyCacheRegionDefinition(CacheRegionDefinition cacheRegionDefinition)

Apply a CacheRegionDefinition to be applied to an entity, collection, or query while building the Metadata object.

Parameters:

cacheRegionDefinition - The cache region definition to apply

Returns:

this, for method chaining

applyTempClassLoader

MetadataBuilder applyTempClassLoader(ClassLoader tempClassLoader)

Apply a ClassLoader for use while building the Metadata.

Ideally we should avoid accessing ClassLoaders when perform 1st phase of bootstrap. This is a ClassLoader that can be used in cases where we absolutely must.

In EE managed environments, this is the ClassLoader mandated by PersistenceUnitInfo.getNewTempClassLoader(). This ClassLoader is discarded by the container afterward, the idea being that the Class can still be enhanced in the application ClassLoader.

In other environments, pass a ClassLoader that performs the same function, if desired.

Parameters:

tempClassLoader - ClassLoader for use while building the Metadata

Returns:

this, for method chaining

applyFunctions

MetadataBuilder applyFunctions(FunctionContributor functionContributor)

Apply an explicit FunctionContributor (implicit application via ServiceLoader will still happen too)

Parameters:

functionContributor - The contributor to apply

Returns:

this, for method chaining

applySqlFunction

MetadataBuilder applySqlFunction(String functionName,
 SqmFunctionDescriptor function)

Contribute a SqmFunctionDescriptor to HQL.

See Also:

• StandardSQLFunction

applyAuxiliaryDatabaseObject

MetadataBuilder applyAuxiliaryDatabaseObject(AuxiliaryDatabaseObject auxiliaryDatabaseObject)

Contribute an AuxiliaryDatabaseObject.

applyAttributeConverter

MetadataBuilder applyAttributeConverter(ConverterDescriptor<?,?> descriptor)

Adds an AttributeConverter by a ConverterDescriptor

Parameters:

descriptor - The descriptor

Returns:

this for method chaining

applyAttributeConverter

<O,
R> MetadataBuilder applyAttributeConverter(Class<? extends AttributeConverter<O,R>> attributeConverterClass)

Adds an AttributeConverter by its Class.

Parameters:

attributeConverterClass - The AttributeConverter class.

Returns:

this for method chaining

applyAttributeConverter

<O,
R> MetadataBuilder applyAttributeConverter(Class<? extends AttributeConverter<O,R>> attributeConverterClass,
 boolean autoApply)

Adds an AttributeConverter by Class, explicitly indicating whether to auto-apply it.

Parameters:

attributeConverterClass - The AttributeConverter class.

autoApply - Should the AttributeConverter be auto applied to property types as specified by its "entity attribute" parameterized type?

Returns:

this for method chaining

applyAttributeConverter

<O,
R> MetadataBuilder applyAttributeConverter(AttributeConverter<O,R> attributeConverter)

Adds an AttributeConverter instance.

Parameters:

attributeConverter - The AttributeConverter instance.

Returns:

this for method chaining

applyAttributeConverter

MetadataBuilder applyAttributeConverter(AttributeConverter<?,?> attributeConverter,
 boolean autoApply)

Adds an AttributeConverter instance, explicitly indicating whether to auto-apply it.

Parameters:

attributeConverter - The AttributeConverter instance.

autoApply - Should the AttributeConverter be auto applied to property types as specified by its "entity attribute" parameterized type?

Returns:

this for method chaining

build

Metadata build()

Actually build the metamodel

Returns:

The built metadata.