/*
* Hibernate, Relational Persistence for Idiomatic Java
*
* Copyright (c) 2011 by Red Hat Inc and/or its affiliates or by
* third-party contributors as indicated by either @author tags or express
* copyright attribution statements applied by the authors. All
* third-party contributions are distributed under license by Red Hat Inc.
*
* This copyrighted material is made available to anyone wishing to use, modify,
* copy, or redistribute it subject to the terms and conditions of the GNU
* Lesser General Public License, as published by the Free Software Foundation.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY
* or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License
* for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this distribution; if not, write to:
* Free Software Foundation, Inc.
* 51 Franklin Street, Fifth Floor
* Boston, MA 02110-1301 USA
*/
package org.hibernate.cfg.annotations.reflection;
import java.beans.Introspector;
import java.lang.annotation.Annotation;
import java.lang.reflect.AccessibleObject;
import java.lang.reflect.AnnotatedElement;
import java.lang.reflect.Field;
import java.lang.reflect.Method;
import java.util.ArrayList;
import java.util.HashMap;
import java.util.HashSet;
import java.util.Iterator;
import java.util.List;
import java.util.Map;
import java.util.Set;
import javax.persistence.Access;
import javax.persistence.AccessType;
import javax.persistence.AssociationOverride;
import javax.persistence.AssociationOverrides;
import javax.persistence.AttributeOverride;
import javax.persistence.AttributeOverrides;
import javax.persistence.Basic;
import javax.persistence.Cacheable;
import javax.persistence.CascadeType;
import javax.persistence.CollectionTable;
import javax.persistence.Column;
import javax.persistence.ColumnResult;
import javax.persistence.ConstructorResult;
import javax.persistence.Convert;
import javax.persistence.Converts;
import javax.persistence.DiscriminatorColumn;
import javax.persistence.DiscriminatorType;
import javax.persistence.DiscriminatorValue;
import javax.persistence.ElementCollection;
import javax.persistence.Embeddable;
import javax.persistence.Embedded;
import javax.persistence.EmbeddedId;
import javax.persistence.Entity;
import javax.persistence.EntityListeners;
import javax.persistence.EntityResult;
import javax.persistence.EnumType;
import javax.persistence.Enumerated;
import javax.persistence.ExcludeDefaultListeners;
import javax.persistence.ExcludeSuperclassListeners;
import javax.persistence.FetchType;
import javax.persistence.FieldResult;
import javax.persistence.ForeignKey;
import javax.persistence.GeneratedValue;
import javax.persistence.GenerationType;
import javax.persistence.Id;
import javax.persistence.IdClass;
import javax.persistence.Index;
import javax.persistence.Inheritance;
import javax.persistence.InheritanceType;
import javax.persistence.JoinColumn;
import javax.persistence.JoinColumns;
import javax.persistence.JoinTable;
import javax.persistence.Lob;
import javax.persistence.ManyToMany;
import javax.persistence.ManyToOne;
import javax.persistence.MapKey;
import javax.persistence.MapKeyClass;
import javax.persistence.MapKeyColumn;
import javax.persistence.MapKeyEnumerated;
import javax.persistence.MapKeyJoinColumn;
import javax.persistence.MapKeyJoinColumns;
import javax.persistence.MapKeyTemporal;
import javax.persistence.MappedSuperclass;
import javax.persistence.MapsId;
import javax.persistence.NamedAttributeNode;
import javax.persistence.NamedEntityGraph;
import javax.persistence.NamedEntityGraphs;
import javax.persistence.NamedNativeQueries;
import javax.persistence.NamedNativeQuery;
import javax.persistence.NamedQueries;
import javax.persistence.NamedQuery;
import javax.persistence.NamedStoredProcedureQueries;
import javax.persistence.NamedStoredProcedureQuery;
import javax.persistence.NamedSubgraph;
import javax.persistence.OneToMany;
import javax.persistence.OneToOne;
import javax.persistence.OrderBy;
import javax.persistence.OrderColumn;
import javax.persistence.ParameterMode;
import javax.persistence.PostLoad;
import javax.persistence.PostPersist;
import javax.persistence.PostRemove;
import javax.persistence.PostUpdate;
import javax.persistence.PrePersist;
import javax.persistence.PreRemove;
import javax.persistence.PreUpdate;
import javax.persistence.PrimaryKeyJoinColumn;
import javax.persistence.PrimaryKeyJoinColumns;
import javax.persistence.QueryHint;
import javax.persistence.SecondaryTable;
import javax.persistence.SecondaryTables;
import javax.persistence.SequenceGenerator;
import javax.persistence.SqlResultSetMapping;
import javax.persistence.SqlResultSetMappings;
import javax.persistence.StoredProcedureParameter;
import javax.persistence.Table;
import javax.persistence.TableGenerator;
import javax.persistence.Temporal;
import javax.persistence.TemporalType;
import javax.persistence.Transient;
import javax.persistence.UniqueConstraint;
import javax.persistence.Version;
import org.hibernate.AnnotationException;
import org.hibernate.annotations.Any;
import org.hibernate.annotations.Cascade;
import org.hibernate.annotations.Columns;
import org.hibernate.annotations.ManyToAny;
import org.hibernate.annotations.common.annotationfactory.AnnotationDescriptor;
import org.hibernate.annotations.common.annotationfactory.AnnotationFactory;
import org.hibernate.annotations.common.reflection.AnnotationReader;
import org.hibernate.annotations.common.reflection.ReflectionUtil;
import org.hibernate.internal.CoreLogging;
import org.hibernate.internal.CoreMessageLogger;
import org.hibernate.internal.util.ReflectHelper;
import org.hibernate.internal.util.StringHelper;
import org.dom4j.Attribute;
import org.dom4j.Element;
/**
* Encapsulates the overriding of Java annotations from an EJB 3.0 descriptor.
*
* @author Paolo Perrotta
* @author Davide Marchignoli
* @author Emmanuel Bernard
* @author Hardy Ferentschik
*/
@SuppressWarnings("unchecked")
public class JPAOverriddenAnnotationReader implements AnnotationReader {
private static final CoreMessageLogger LOG = CoreLogging.messageLogger( JPAOverriddenAnnotationReader.class );
private static final String SCHEMA_VALIDATION = "Activate schema validation for more information";
private static final String WORD_SEPARATOR = "-";
private static enum PropertyType {
PROPERTY,
FIELD,
METHOD
}
private static final Map<Class, String> annotationToXml;
static {
annotationToXml = new HashMap<Class, String>();
annotationToXml.put( Entity.class, "entity" );
annotationToXml.put( MappedSuperclass.class, "mapped-superclass" );
annotationToXml.put( Embeddable.class, "embeddable" );
annotationToXml.put( Table.class, "table" );
annotationToXml.put( SecondaryTable.class, "secondary-table" );
annotationToXml.put( SecondaryTables.class, "secondary-table" );
annotationToXml.put( PrimaryKeyJoinColumn.class, "primary-key-join-column" );
annotationToXml.put( PrimaryKeyJoinColumns.class, "primary-key-join-column" );
annotationToXml.put( IdClass.class, "id-class" );
annotationToXml.put( Inheritance.class, "inheritance" );
annotationToXml.put( DiscriminatorValue.class, "discriminator-value" );
annotationToXml.put( DiscriminatorColumn.class, "discriminator-column" );
annotationToXml.put( SequenceGenerator.class, "sequence-generator" );
annotationToXml.put( TableGenerator.class, "table-generator" );
annotationToXml.put( NamedEntityGraph.class, "named-entity-graph" );
annotationToXml.put( NamedEntityGraphs.class, "named-entity-graph" );
annotationToXml.put( NamedQuery.class, "named-query" );
annotationToXml.put( NamedQueries.class, "named-query" );
annotationToXml.put( NamedNativeQuery.class, "named-native-query" );
annotationToXml.put( NamedNativeQueries.class, "named-native-query" );
annotationToXml.put( NamedStoredProcedureQuery.class, "named-stored-procedure-query" );
annotationToXml.put( NamedStoredProcedureQueries.class, "named-stored-procedure-query" );
annotationToXml.put( SqlResultSetMapping.class, "sql-result-set-mapping" );
annotationToXml.put( SqlResultSetMappings.class, "sql-result-set-mapping" );
annotationToXml.put( ExcludeDefaultListeners.class, "exclude-default-listeners" );
annotationToXml.put( ExcludeSuperclassListeners.class, "exclude-superclass-listeners" );
annotationToXml.put( AccessType.class, "access" );
annotationToXml.put( AttributeOverride.class, "attribute-override" );
annotationToXml.put( AttributeOverrides.class, "attribute-override" );
annotationToXml.put( AttributeOverride.class, "association-override" );
annotationToXml.put( AttributeOverrides.class, "association-override" );
annotationToXml.put( AttributeOverride.class, "map-key-attribute-override" );
annotationToXml.put( AttributeOverrides.class, "map-key-attribute-override" );
annotationToXml.put( Id.class, "id" );
annotationToXml.put( EmbeddedId.class, "embedded-id" );
annotationToXml.put( GeneratedValue.class, "generated-value" );
annotationToXml.put( Column.class, "column" );
annotationToXml.put( Columns.class, "column" );
annotationToXml.put( Temporal.class, "temporal" );
annotationToXml.put( Lob.class, "lob" );
annotationToXml.put( Enumerated.class, "enumerated" );
annotationToXml.put( Version.class, "version" );
annotationToXml.put( Transient.class, "transient" );
annotationToXml.put( Basic.class, "basic" );
annotationToXml.put( Embedded.class, "embedded" );
annotationToXml.put( ManyToOne.class, "many-to-one" );
annotationToXml.put( OneToOne.class, "one-to-one" );
annotationToXml.put( OneToMany.class, "one-to-many" );
annotationToXml.put( ManyToMany.class, "many-to-many" );
annotationToXml.put( Any.class, "any" );
annotationToXml.put( ManyToAny.class, "many-to-any" );
annotationToXml.put( JoinTable.class, "join-table" );
annotationToXml.put( JoinColumn.class, "join-column" );
annotationToXml.put( JoinColumns.class, "join-column" );
annotationToXml.put( MapKey.class, "map-key" );
annotationToXml.put( OrderBy.class, "order-by" );
annotationToXml.put( EntityListeners.class, "entity-listeners" );
annotationToXml.put( PrePersist.class, "pre-persist" );
annotationToXml.put( PreRemove.class, "pre-remove" );
annotationToXml.put( PreUpdate.class, "pre-update" );
annotationToXml.put( PostPersist.class, "post-persist" );
annotationToXml.put( PostRemove.class, "post-remove" );
annotationToXml.put( PostUpdate.class, "post-update" );
annotationToXml.put( PostLoad.class, "post-load" );
annotationToXml.put( CollectionTable.class, "collection-table" );
annotationToXml.put( MapKeyClass.class, "map-key-class" );
annotationToXml.put( MapKeyTemporal.class, "map-key-temporal" );
annotationToXml.put( MapKeyEnumerated.class, "map-key-enumerated" );
annotationToXml.put( MapKeyColumn.class, "map-key-column" );
annotationToXml.put( MapKeyJoinColumn.class, "map-key-join-column" );
annotationToXml.put( MapKeyJoinColumns.class, "map-key-join-column" );
annotationToXml.put( OrderColumn.class, "order-column" );
annotationToXml.put( Cacheable.class, "cacheable" );
annotationToXml.put( Index.class, "index" );
annotationToXml.put( ForeignKey.class, "foreign-key" );
annotationToXml.put( Convert.class, "convert" );
annotationToXml.put( Converts.class, "convert" );
annotationToXml.put( ConstructorResult.class, "constructor-result" );
}
private XMLContext xmlContext;
private final AnnotatedElement element;
private String className;
private String propertyName;
private PropertyType propertyType;
private transient Annotation[] annotations;
private transient Map<Class, Annotation> annotationsMap;
private transient List<Element> elementsForProperty;
private AccessibleObject mirroredAttribute;
public JPAOverriddenAnnotationReader(AnnotatedElement el, XMLContext xmlContext) {
this.element = el;
this.xmlContext = xmlContext;
if ( el instanceof Class ) {
Class clazz = (Class) el;
className = clazz.getName();
}
else if ( el instanceof Field ) {
Field field = (Field) el;
className = field.getDeclaringClass().getName();
propertyName = field.getName();
propertyType = PropertyType.FIELD;
String expectedGetter = "get" + Character.toUpperCase( propertyName.charAt( 0 ) ) + propertyName.substring(
1
);
try {
mirroredAttribute = field.getDeclaringClass().getDeclaredMethod( expectedGetter );
}
catch ( NoSuchMethodException e ) {
//no method
}
}
else if ( el instanceof Method ) {
Method method = (Method) el;
className = method.getDeclaringClass().getName();
propertyName = method.getName();
// YUCK! The null here is the 'boundType', we'd rather get the TypeEnvironment()
if ( ReflectionUtil.isProperty( method, null, PersistentAttributeFilter.INSTANCE ) ) {
if ( propertyName.startsWith( "get" ) ) {
propertyName = Introspector.decapitalize( propertyName.substring( "get".length() ) );
}
else if ( propertyName.startsWith( "is" ) ) {
propertyName = Introspector.decapitalize( propertyName.substring( "is".length() ) );
}
else {
throw new RuntimeException( "Method " + propertyName + " is not a property getter" );
}
propertyType = PropertyType.PROPERTY;
try {
mirroredAttribute = method.getDeclaringClass().getDeclaredField( propertyName );
}
catch ( NoSuchFieldException e ) {
//no method
}
}
else {
propertyType = PropertyType.METHOD;
}
}
else {
className = null;
propertyName = null;
}
}
public <T extends Annotation> T getAnnotation(Class<T> annotationType) {
initAnnotations();
return (T) annotationsMap.get( annotationType );
}
public <T extends Annotation> boolean isAnnotationPresent(Class<T> annotationType) {
initAnnotations();
return annotationsMap.containsKey( annotationType );
}
public Annotation[] getAnnotations() {
initAnnotations();
return annotations;
}
/*
* The idea is to create annotation proxies for the xml configuration elements. Using this proxy annotations together
* with the {@link JPAMetadataProvider} allows to handle xml configuration the same way as annotation configuration.
*/
private void initAnnotations() {
if ( annotations == null ) {
XMLContext.Default defaults = xmlContext.getDefault( className );
if ( className != null && propertyName == null ) {
//is a class
Element tree = xmlContext.getXMLTree( className );
Annotation[] annotations = getPhysicalAnnotations();
List<Annotation> annotationList = new ArrayList<Annotation>( annotations.length + 5 );
annotationsMap = new HashMap<Class, Annotation>( annotations.length + 5 );
for ( Annotation annotation : annotations ) {
if ( !annotationToXml.containsKey( annotation.annotationType() ) ) {
//unknown annotations are left over
annotationList.add( annotation );
}
}
addIfNotNull( annotationList, getEntity( tree, defaults ) );
addIfNotNull( annotationList, getMappedSuperclass( tree, defaults ) );
addIfNotNull( annotationList, getEmbeddable( tree, defaults ) );
addIfNotNull( annotationList, getTable( tree, defaults ) );
addIfNotNull( annotationList, getSecondaryTables( tree, defaults ) );
addIfNotNull( annotationList, getPrimaryKeyJoinColumns( tree, defaults, true ) );
addIfNotNull( annotationList, getIdClass( tree, defaults ) );
addIfNotNull( annotationList, getCacheable( tree, defaults ) );
addIfNotNull( annotationList, getInheritance( tree, defaults ) );
addIfNotNull( annotationList, getDiscriminatorValue( tree, defaults ) );
addIfNotNull( annotationList, getDiscriminatorColumn( tree, defaults ) );
addIfNotNull( annotationList, getSequenceGenerator( tree, defaults ) );
addIfNotNull( annotationList, getTableGenerator( tree, defaults ) );
addIfNotNull( annotationList, getNamedQueries( tree, defaults ) );
addIfNotNull( annotationList, getNamedNativeQueries( tree, defaults ) );
addIfNotNull( annotationList, getNamedStoredProcedureQueries( tree, defaults ) );
addIfNotNull( annotationList, getNamedEntityGraphs( tree, defaults ) );
addIfNotNull( annotationList, getSqlResultSetMappings( tree, defaults ) );
addIfNotNull( annotationList, getExcludeDefaultListeners( tree, defaults ) );
addIfNotNull( annotationList, getExcludeSuperclassListeners( tree, defaults ) );
addIfNotNull( annotationList, getAccessType( tree, defaults ) );
addIfNotNull( annotationList, getAttributeOverrides( tree, defaults, true ) );
addIfNotNull( annotationList, getAssociationOverrides( tree, defaults, true ) );
addIfNotNull( annotationList, getEntityListeners( tree, defaults ) );
addIfNotNull( annotationList, getConverts( tree, defaults ) );
this.annotations = annotationList.toArray( new Annotation[annotationList.size()] );
for ( Annotation ann : this.annotations ) {
annotationsMap.put( ann.annotationType(), ann );
}
checkForOrphanProperties( tree );
}
else if ( className != null ) { //&& propertyName != null ) { //always true but less confusing
Element tree = xmlContext.getXMLTree( className );
Annotation[] annotations = getPhysicalAnnotations();
List<Annotation> annotationList = new ArrayList<Annotation>( annotations.length + 5 );
annotationsMap = new HashMap<Class, Annotation>( annotations.length + 5 );
for ( Annotation annotation : annotations ) {
if ( !annotationToXml.containsKey( annotation.annotationType() ) ) {
//unknown annotations are left over
annotationList.add( annotation );
}
}
preCalculateElementsForProperty( tree );
Transient transientAnn = getTransient( defaults );
if ( transientAnn != null ) {
annotationList.add( transientAnn );
}
else {
if ( defaults.canUseJavaAnnotations() ) {
Annotation annotation = getPhysicalAnnotation( Access.class );
addIfNotNull( annotationList, annotation );
}
getId( annotationList, defaults );
getEmbeddedId( annotationList, defaults );
getEmbedded( annotationList, defaults );
getBasic( annotationList, defaults );
getVersion( annotationList, defaults );
getAssociation( ManyToOne.class, annotationList, defaults );
getAssociation( OneToOne.class, annotationList, defaults );
getAssociation( OneToMany.class, annotationList, defaults );
getAssociation( ManyToMany.class, annotationList, defaults );
getAssociation( Any.class, annotationList, defaults );
getAssociation( ManyToAny.class, annotationList, defaults );
getElementCollection( annotationList, defaults );
addIfNotNull( annotationList, getSequenceGenerator( elementsForProperty, defaults ) );
addIfNotNull( annotationList, getTableGenerator( elementsForProperty, defaults ) );
addIfNotNull( annotationList, getConvertsForAttribute( elementsForProperty, defaults ) );
}
processEventAnnotations( annotationList, defaults );
//FIXME use annotationsMap rather than annotationList this will be faster since the annotation type is usually known at put() time
this.annotations = annotationList.toArray( new Annotation[annotationList.size()] );
for ( Annotation ann : this.annotations ) {
annotationsMap.put( ann.annotationType(), ann );
}
}
else {
this.annotations = getPhysicalAnnotations();
annotationsMap = new HashMap<Class, Annotation>( annotations.length + 5 );
for ( Annotation ann : this.annotations ) {
annotationsMap.put( ann.annotationType(), ann );
}
}
}
}
private Annotation getConvertsForAttribute(List<Element> elementsForProperty, XMLContext.Default defaults) {
// NOTE : we use a map here to make sure that an xml and annotation referring to the same attribute
// properly overrides. Very sparse map, yes, but easy setup.
// todo : revisit this
// although bear in mind that this code is no longer used in 5.0...
final Map<String,Convert> convertAnnotationsMap = new HashMap<String, Convert>();
for ( Element element : elementsForProperty ) {
final boolean isBasic = "basic".equals( element.getName() );
final boolean isEmbedded = "embedded".equals( element.getName() );
// todo : can be collections too
final boolean canHaveConverts = isBasic || isEmbedded;
if ( !canHaveConverts ) {
continue;
}
final String attributeNamePrefix = isBasic ? null : propertyName;
applyXmlDefinedConverts( element, defaults, attributeNamePrefix, convertAnnotationsMap );
}
// NOTE : per section 12.2.3.16 of the spec <convert/> is additive, although only if "metadata-complete" is not
// specified in the XML
if ( defaults.canUseJavaAnnotations() ) {
// todo : note sure how to best handle attributeNamePrefix here
applyPhysicalConvertAnnotations( propertyName, convertAnnotationsMap );
}
if ( !convertAnnotationsMap.isEmpty() ) {
final AnnotationDescriptor groupingDescriptor = new AnnotationDescriptor( Converts.class );
groupingDescriptor.setValue( "value", convertAnnotationsMap.values().toArray( new Convert[convertAnnotationsMap.size()]) );
return AnnotationFactory.create( groupingDescriptor );
}
return null;
}
private Converts getConverts(Element tree, XMLContext.Default defaults) {
// NOTE : we use a map here to make sure that an xml and annotation referring to the same attribute
// properly overrides. Bit sparse, but easy...
final Map<String,Convert> convertAnnotationsMap = new HashMap<String, Convert>();
if ( tree != null ) {
applyXmlDefinedConverts( tree, defaults, null, convertAnnotationsMap );
}
// NOTE : per section 12.2.3.16 of the spec <convert/> is additive, although only if "metadata-complete" is not
// specified in the XML
if ( defaults.canUseJavaAnnotations() ) {
applyPhysicalConvertAnnotations( null, convertAnnotationsMap );
}
if ( !convertAnnotationsMap.isEmpty() ) {
final AnnotationDescriptor groupingDescriptor = new AnnotationDescriptor( Converts.class );
groupingDescriptor.setValue( "value", convertAnnotationsMap.values().toArray( new Convert[convertAnnotationsMap.size()]) );
return AnnotationFactory.create( groupingDescriptor );
}
return null;
}
private void applyXmlDefinedConverts(
Element containingElement,
XMLContext.Default defaults,
String attributeNamePrefix,
Map<String,Convert> convertAnnotationsMap) {
final List<Element> convertElements = containingElement.elements( "convert" );
for ( Element convertElement : convertElements ) {
final AnnotationDescriptor convertAnnotationDescriptor = new AnnotationDescriptor( Convert.class );
copyStringAttribute( convertAnnotationDescriptor, convertElement, "attribute-name", false );
copyBooleanAttribute( convertAnnotationDescriptor, convertElement, "disable-conversion" );
final Attribute converterClassAttr = convertElement.attribute( "converter" );
if ( converterClassAttr != null ) {
final String converterClassName = XMLContext.buildSafeClassName(
converterClassAttr.getValue(),
defaults
);
try {
final Class converterClass = ReflectHelper.classForName( converterClassName, this.getClass() );
convertAnnotationDescriptor.setValue( "converter", converterClass );
}
catch (ClassNotFoundException e) {
throw new AnnotationException( "Unable to find specified converter class id-class: " + converterClassName, e );
}
}
final Convert convertAnnotation = AnnotationFactory.create( convertAnnotationDescriptor );
final String qualifiedAttributeName = qualifyConverterAttributeName(
attributeNamePrefix,
convertAnnotation.attributeName()
);
convertAnnotationsMap.put( qualifiedAttributeName, convertAnnotation );
}
}
private String qualifyConverterAttributeName(String attributeNamePrefix, String specifiedAttributeName) {
String qualifiedAttributeName;
if ( StringHelper.isNotEmpty( specifiedAttributeName ) ) {
if ( StringHelper.isNotEmpty( attributeNamePrefix ) ) {
qualifiedAttributeName = attributeNamePrefix + '.' + specifiedAttributeName;
}
else {
qualifiedAttributeName = specifiedAttributeName;
}
}
else {
qualifiedAttributeName = "";
}
return qualifiedAttributeName;
}
private void applyPhysicalConvertAnnotations(
String attributeNamePrefix,
Map<String, Convert> convertAnnotationsMap) {
final Convert physicalAnnotation = getPhysicalAnnotation( Convert.class );
if ( physicalAnnotation != null ) {
// only add if no XML element named a converter for this attribute
final String qualifiedAttributeName = qualifyConverterAttributeName( attributeNamePrefix, physicalAnnotation.attributeName() );
if ( ! convertAnnotationsMap.containsKey( qualifiedAttributeName ) ) {
convertAnnotationsMap.put( qualifiedAttributeName, physicalAnnotation );
}
}
final Converts physicalGroupingAnnotation = getPhysicalAnnotation( Converts.class );
if ( physicalGroupingAnnotation != null ) {
for ( Convert convertAnnotation : physicalGroupingAnnotation.value() ) {
// again, only add if no XML element named a converter for this attribute
final String qualifiedAttributeName = qualifyConverterAttributeName( attributeNamePrefix, convertAnnotation.attributeName() );
if ( ! convertAnnotationsMap.containsKey( qualifiedAttributeName ) ) {
convertAnnotationsMap.put( qualifiedAttributeName, convertAnnotation );
}
}
}
}
private void checkForOrphanProperties(Element tree) {
Class clazz;
try {
clazz = ReflectHelper.classForName( className, this.getClass() );
}
catch ( ClassNotFoundException e ) {
return; //a primitive type most likely
}
Element element = tree != null ? tree.element( "attributes" ) : null;
//put entity.attributes elements
if ( element != null ) {
//precompute the list of properties
//TODO is it really useful...
Set<String> properties = new HashSet<String>();
for ( Field field : clazz.getFields() ) {
properties.add( field.getName() );
}
for ( Method method : clazz.getMethods() ) {
String name = method.getName();
if ( name.startsWith( "get" ) ) {
properties.add( Introspector.decapitalize( name.substring( "get".length() ) ) );
}
else if ( name.startsWith( "is" ) ) {
properties.add( Introspector.decapitalize( name.substring( "is".length() ) ) );
}
}
for ( Element subelement : (List<Element>) element.elements() ) {
String propertyName = subelement.attributeValue( "name" );
if ( !properties.contains( propertyName ) ) {
LOG.propertyNotFound( StringHelper.qualify( className, propertyName ) );
}
}
}
}
/**
* Adds {@code annotation} to the list (only if it's not null) and then returns it.
*
* @param annotationList The list of annotations.
* @param annotation The annotation to add to the list.
*
* @return The annotation which was added to the list or {@code null}.
*/
private Annotation addIfNotNull(List<Annotation> annotationList, Annotation annotation) {
if ( annotation != null ) {
annotationList.add( annotation );
}
return annotation;
}
//TODO mutualize the next 2 methods
private Annotation getTableGenerator(List<Element> elementsForProperty, XMLContext.Default defaults) {
for ( Element element : elementsForProperty ) {
Element subelement = element != null ? element.element( annotationToXml.get( TableGenerator.class ) ) : null;
if ( subelement != null ) {
return buildTableGeneratorAnnotation( subelement, defaults );
}
}
if ( elementsForProperty.size() == 0 && defaults.canUseJavaAnnotations() ) {
return getPhysicalAnnotation( TableGenerator.class );
}
else {
return null;
}
}
private Annotation getSequenceGenerator(List<Element> elementsForProperty, XMLContext.Default defaults) {
for ( Element element : elementsForProperty ) {
Element subelement = element != null ? element.element( annotationToXml.get( SequenceGenerator.class ) ) : null;
if ( subelement != null ) {
return buildSequenceGeneratorAnnotation( subelement );
}
}
if ( elementsForProperty.size() == 0 && defaults.canUseJavaAnnotations() ) {
return getPhysicalAnnotation( SequenceGenerator.class );
}
else {
return null;
}
}
private void processEventAnnotations(List<Annotation> annotationList, XMLContext.Default defaults) {
boolean eventElement = false;
for ( Element element : elementsForProperty ) {
String elementName = element.getName();
if ( "pre-persist".equals( elementName ) ) {
AnnotationDescriptor ad = new AnnotationDescriptor( PrePersist.class );
annotationList.add( AnnotationFactory.create( ad ) );
eventElement = true;
}
else if ( "pre-remove".equals( elementName ) ) {
AnnotationDescriptor ad = new AnnotationDescriptor( PreRemove.class );
annotationList.add( AnnotationFactory.create( ad ) );
eventElement = true;
}
else if ( "pre-update".equals( elementName ) ) {
AnnotationDescriptor ad = new AnnotationDescriptor( PreUpdate.class );
annotationList.add( AnnotationFactory.create( ad ) );
eventElement = true;
}
else if ( "post-persist".equals( elementName ) ) {
AnnotationDescriptor ad = new AnnotationDescriptor( PostPersist.class );
annotationList.add( AnnotationFactory.create( ad ) );
eventElement = true;
}
else if ( "post-remove".equals( elementName ) ) {
AnnotationDescriptor ad = new AnnotationDescriptor( PostRemove.class );
annotationList.add( AnnotationFactory.create( ad ) );
eventElement = true;
}
else if ( "post-update".equals( elementName ) ) {
AnnotationDescriptor ad = new AnnotationDescriptor( PostUpdate.class );
annotationList.add( AnnotationFactory.create( ad ) );
eventElement = true;
}
else if ( "post-load".equals( elementName ) ) {
AnnotationDescriptor ad = new AnnotationDescriptor( PostLoad.class );
annotationList.add( AnnotationFactory.create( ad ) );
eventElement = true;
}
}
if ( !eventElement && defaults.canUseJavaAnnotations() ) {
Annotation ann = getPhysicalAnnotation( PrePersist.class );
addIfNotNull( annotationList, ann );
ann = getPhysicalAnnotation( PreRemove.class );
addIfNotNull( annotationList, ann );
ann = getPhysicalAnnotation( PreUpdate.class );
addIfNotNull( annotationList, ann );
ann = getPhysicalAnnotation( PostPersist.class );
addIfNotNull( annotationList, ann );
ann = getPhysicalAnnotation( PostRemove.class );
addIfNotNull( annotationList, ann );
ann = getPhysicalAnnotation( PostUpdate.class );
addIfNotNull( annotationList, ann );
ann = getPhysicalAnnotation( PostLoad.class );
addIfNotNull( annotationList, ann );
}
}
private EntityListeners getEntityListeners(Element tree, XMLContext.Default defaults) {
Element element = tree != null ? tree.element( "entity-listeners" ) : null;
if ( element != null ) {
List<Class> entityListenerClasses = new ArrayList<Class>();
for ( Element subelement : (List<Element>) element.elements( "entity-listener" ) ) {
String className = subelement.attributeValue( "class" );
try {
entityListenerClasses.add(
ReflectHelper.classForName(
XMLContext.buildSafeClassName( className, defaults ),
this.getClass()
)
);
}
catch ( ClassNotFoundException e ) {
throw new AnnotationException(
"Unable to find " + element.getPath() + ".class: " + className, e
);
}
}
AnnotationDescriptor ad = new AnnotationDescriptor( EntityListeners.class );
ad.setValue( "value", entityListenerClasses.toArray( new Class[entityListenerClasses.size()] ) );
return AnnotationFactory.create( ad );
}
else if ( defaults.canUseJavaAnnotations() ) {
return getPhysicalAnnotation( EntityListeners.class );
}
else {
return null;
}
}
private JoinTable overridesDefaultsInJoinTable(Annotation annotation, XMLContext.Default defaults) {
//no element but might have some default or some annotation
boolean defaultToJoinTable = !( isPhysicalAnnotationPresent( JoinColumn.class )
|| isPhysicalAnnotationPresent( JoinColumns.class ) );
final Class<? extends Annotation> annotationClass = annotation.annotationType();
defaultToJoinTable = defaultToJoinTable &&
( ( annotationClass == ManyToMany.class && StringHelper.isEmpty( ( (ManyToMany) annotation ).mappedBy() ) )
|| ( annotationClass == OneToMany.class && StringHelper.isEmpty( ( (OneToMany) annotation ).mappedBy() ) )
|| ( annotationClass == ElementCollection.class )
);
final Class<JoinTable> annotationType = JoinTable.class;
if ( defaultToJoinTable
&& ( StringHelper.isNotEmpty( defaults.getCatalog() )
|| StringHelper.isNotEmpty( defaults.getSchema() ) ) ) {
AnnotationDescriptor ad = new AnnotationDescriptor( annotationType );
if ( defaults.canUseJavaAnnotations() ) {
JoinTable table = getPhysicalAnnotation( annotationType );
if ( table != null ) {
ad.setValue( "name", table.name() );
ad.setValue( "schema", table.schema() );
ad.setValue( "catalog", table.catalog() );
ad.setValue( "uniqueConstraints", table.uniqueConstraints() );
ad.setValue( "joinColumns", table.joinColumns() );
ad.setValue( "inverseJoinColumns", table.inverseJoinColumns() );
}
}
if ( StringHelper.isEmpty( (String) ad.valueOf( "schema" ) )
&& StringHelper.isNotEmpty( defaults.getSchema() ) ) {
ad.setValue( "schema", defaults.getSchema() );
}
if ( StringHelper.isEmpty( (String) ad.valueOf( "catalog" ) )
&& StringHelper.isNotEmpty( defaults.getCatalog() ) ) {
ad.setValue( "catalog", defaults.getCatalog() );
}
return AnnotationFactory.create( ad );
}
else if ( defaults.canUseJavaAnnotations() ) {
return getPhysicalAnnotation( annotationType );
}
else {
return null;
}
}
private void getJoinTable(List<Annotation> annotationList, Element tree, XMLContext.Default defaults) {
addIfNotNull( annotationList, buildJoinTable( tree, defaults ) );
}
/*
* no partial overriding possible
*/
private JoinTable buildJoinTable(Element tree, XMLContext.Default defaults) {
Element subelement = tree == null ? null : tree.element( "join-table" );
final Class<JoinTable> annotationType = JoinTable.class;
if ( subelement == null ) {
return null;
}
//ignore java annotation, an element is defined
AnnotationDescriptor annotation = new AnnotationDescriptor( annotationType );
copyStringAttribute( annotation, subelement, "name", false );
copyStringAttribute( annotation, subelement, "catalog", false );
if ( StringHelper.isNotEmpty( defaults.getCatalog() )
&& StringHelper.isEmpty( (String) annotation.valueOf( "catalog" ) ) ) {
annotation.setValue( "catalog", defaults.getCatalog() );
}
copyStringAttribute( annotation, subelement, "schema", false );
if ( StringHelper.isNotEmpty( defaults.getSchema() )
&& StringHelper.isEmpty( (String) annotation.valueOf( "schema" ) ) ) {
annotation.setValue( "schema", defaults.getSchema() );
}
buildUniqueConstraints( annotation, subelement );
buildIndex( annotation, subelement );
annotation.setValue( "joinColumns", getJoinColumns( subelement, false ) );
annotation.setValue( "inverseJoinColumns", getJoinColumns( subelement, true ) );
return AnnotationFactory.create( annotation );
}
/**
* As per section 12.2 of the JPA 2.0 specification, the association
* subelements (many-to-one, one-to-many, one-to-one, many-to-many,
* element-collection) completely override the mapping for the specified
* field or property. Thus, any methods which might in some contexts merge
* with annotations must not do so in this context.
*
* @see #getElementCollection(List, org.hibernate.cfg.annotations.reflection.XMLContext.Default)
*/
private void getAssociation(
Class<? extends Annotation> annotationType, List<Annotation> annotationList, XMLContext.Default defaults
) {
String xmlName = annotationToXml.get( annotationType );
for ( Element element : elementsForProperty ) {
if ( xmlName.equals( element.getName() ) ) {
AnnotationDescriptor ad = new AnnotationDescriptor( annotationType );
addTargetClass( element, ad, "target-entity", defaults );
getFetchType( ad, element );
getCascades( ad, element, defaults );
getJoinTable( annotationList, element, defaults );
buildJoinColumns( annotationList, element );
Annotation annotation = getPrimaryKeyJoinColumns( element, defaults, false );
addIfNotNull( annotationList, annotation );
copyBooleanAttribute( ad, element, "optional" );
copyBooleanAttribute( ad, element, "orphan-removal" );
copyStringAttribute( ad, element, "mapped-by", false );
getOrderBy( annotationList, element );
getMapKey( annotationList, element );
getMapKeyClass( annotationList, element, defaults );
getMapKeyColumn( annotationList, element );
getOrderColumn( annotationList, element );
getMapKeyTemporal( annotationList, element );
getMapKeyEnumerated( annotationList, element );
annotation = getMapKeyAttributeOverrides( element, defaults );
addIfNotNull( annotationList, annotation );
buildMapKeyJoinColumns( annotationList, element );
getAssociationId( annotationList, element );
getMapsId( annotationList, element );
annotationList.add( AnnotationFactory.create( ad ) );
getAccessType( annotationList, element );
}
}
if ( elementsForProperty.size() == 0 && defaults.canUseJavaAnnotations() ) {
Annotation annotation = getPhysicalAnnotation( annotationType );
if ( annotation != null ) {
annotationList.add( annotation );
annotation = overridesDefaultsInJoinTable( annotation, defaults );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( JoinColumn.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( JoinColumns.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( PrimaryKeyJoinColumn.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( PrimaryKeyJoinColumns.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( MapKey.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( OrderBy.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( AttributeOverride.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( AttributeOverrides.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( AssociationOverride.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( AssociationOverrides.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( Lob.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( Enumerated.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( Temporal.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( Column.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( Columns.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( MapKeyClass.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( MapKeyTemporal.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( MapKeyEnumerated.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( MapKeyColumn.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( MapKeyJoinColumn.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( MapKeyJoinColumns.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( OrderColumn.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( Cascade.class );
addIfNotNull( annotationList, annotation );
}
else if ( isPhysicalAnnotationPresent( ElementCollection.class ) ) { //JPA2
annotation = overridesDefaultsInJoinTable( getPhysicalAnnotation( ElementCollection.class ), defaults );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( MapKey.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( OrderBy.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( AttributeOverride.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( AttributeOverrides.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( AssociationOverride.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( AssociationOverrides.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( Lob.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( Enumerated.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( Temporal.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( Column.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( OrderColumn.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( MapKeyClass.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( MapKeyTemporal.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( MapKeyEnumerated.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( MapKeyColumn.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( MapKeyJoinColumn.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( MapKeyJoinColumns.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( CollectionTable.class );
addIfNotNull( annotationList, annotation );
}
}
}
private void buildMapKeyJoinColumns(List<Annotation> annotationList, Element element) {
MapKeyJoinColumn[] joinColumns = getMapKeyJoinColumns( element );
if ( joinColumns.length > 0 ) {
AnnotationDescriptor ad = new AnnotationDescriptor( MapKeyJoinColumns.class );
ad.setValue( "value", joinColumns );
annotationList.add( AnnotationFactory.create( ad ) );
}
}
private MapKeyJoinColumn[] getMapKeyJoinColumns(Element element) {
List<Element> subelements = element != null ? element.elements( "map-key-join-column" ) : null;
List<MapKeyJoinColumn> joinColumns = new ArrayList<MapKeyJoinColumn>();
if ( subelements != null ) {
for ( Element subelement : subelements ) {
AnnotationDescriptor column = new AnnotationDescriptor( MapKeyJoinColumn.class );
copyStringAttribute( column, subelement, "name", false );
copyStringAttribute( column, subelement, "referenced-column-name", false );
copyBooleanAttribute( column, subelement, "unique" );
copyBooleanAttribute( column, subelement, "nullable" );
copyBooleanAttribute( column, subelement, "insertable" );
copyBooleanAttribute( column, subelement, "updatable" );
copyStringAttribute( column, subelement, "column-definition", false );
copyStringAttribute( column, subelement, "table", false );
joinColumns.add( (MapKeyJoinColumn) AnnotationFactory.create( column ) );
}
}
return joinColumns.toArray( new MapKeyJoinColumn[joinColumns.size()] );
}
private AttributeOverrides getMapKeyAttributeOverrides(Element tree, XMLContext.Default defaults) {
List<AttributeOverride> attributes = buildAttributeOverrides( tree, "map-key-attribute-override" );
return mergeAttributeOverrides( defaults, attributes, false );
}
private Cacheable getCacheable(Element element, XMLContext.Default defaults){
if ( element != null ) {
String attValue = element.attributeValue( "cacheable" );
if ( attValue != null ) {
AnnotationDescriptor ad = new AnnotationDescriptor( Cacheable.class );
ad.setValue( "value", Boolean.valueOf( attValue ) );
return AnnotationFactory.create( ad );
}
}
if ( defaults.canUseJavaAnnotations() ) {
return getPhysicalAnnotation( Cacheable.class );
}
else {
return null;
}
}
/**
* Adds a @MapKeyEnumerated annotation to the specified annotationList if the specified element
* contains a map-key-enumerated sub-element. This should only be the case for
* element-collection, many-to-many, or one-to-many associations.
*/
private void getMapKeyEnumerated(List<Annotation> annotationList, Element element) {
Element subelement = element != null ? element.element( "map-key-enumerated" ) : null;
if ( subelement != null ) {
AnnotationDescriptor ad = new AnnotationDescriptor( MapKeyEnumerated.class );
EnumType value = EnumType.valueOf( subelement.getTextTrim() );
ad.setValue( "value", value );
annotationList.add( AnnotationFactory.create( ad ) );
}
}
/**
* Adds a @MapKeyTemporal annotation to the specified annotationList if the specified element
* contains a map-key-temporal sub-element. This should only be the case for element-collection,
* many-to-many, or one-to-many associations.
*/
private void getMapKeyTemporal(List<Annotation> annotationList, Element element) {
Element subelement = element != null ? element.element( "map-key-temporal" ) : null;
if ( subelement != null ) {
AnnotationDescriptor ad = new AnnotationDescriptor( MapKeyTemporal.class );
TemporalType value = TemporalType.valueOf( subelement.getTextTrim() );
ad.setValue( "value", value );
annotationList.add( AnnotationFactory.create( ad ) );
}
}
/**
* Adds an @OrderColumn annotation to the specified annotationList if the specified element
* contains an order-column sub-element. This should only be the case for element-collection,
* many-to-many, or one-to-many associations.
*/
private void getOrderColumn(List<Annotation> annotationList, Element element) {
Element subelement = element != null ? element.element( "order-column" ) : null;
if ( subelement != null ) {
AnnotationDescriptor ad = new AnnotationDescriptor( OrderColumn.class );
copyStringAttribute( ad, subelement, "name", false );
copyBooleanAttribute( ad, subelement, "nullable" );
copyBooleanAttribute( ad, subelement, "insertable" );
copyBooleanAttribute( ad, subelement, "updatable" );
copyStringAttribute( ad, subelement, "column-definition", false );
annotationList.add( AnnotationFactory.create( ad ) );
}
}
/**
* Adds a @MapsId annotation to the specified annotationList if the specified element has the
* maps-id attribute set. This should only be the case for many-to-one or one-to-one
* associations.
*/
private void getMapsId(List<Annotation> annotationList, Element element) {
String attrVal = element.attributeValue( "maps-id" );
if ( attrVal != null ) {
AnnotationDescriptor ad = new AnnotationDescriptor( MapsId.class );
ad.setValue( "value", attrVal );
annotationList.add( AnnotationFactory.create( ad ) );
}
}
/**
* Adds an @Id annotation to the specified annotationList if the specified element has the id
* attribute set to true. This should only be the case for many-to-one or one-to-one
* associations.
*/
private void getAssociationId(List<Annotation> annotationList, Element element) {
String attrVal = element.attributeValue( "id" );
if ( "true".equals( attrVal ) ) {
AnnotationDescriptor ad = new AnnotationDescriptor( Id.class );
annotationList.add( AnnotationFactory.create( ad ) );
}
}
private void addTargetClass(Element element, AnnotationDescriptor ad, String nodeName, XMLContext.Default defaults) {
String className = element.attributeValue( nodeName );
if ( className != null ) {
Class clazz;
try {
clazz = ReflectHelper.classForName(
XMLContext.buildSafeClassName( className, defaults ), this.getClass()
);
}
catch ( ClassNotFoundException e ) {
throw new AnnotationException(
"Unable to find " + element.getPath() + " " + nodeName + ": " + className, e
);
}
ad.setValue( getJavaAttributeNameFromXMLOne( nodeName ), clazz );
}
}
/**
* As per sections 12.2.3.23.9, 12.2.4.8.9 and 12.2.5.3.6 of the JPA 2.0
* specification, the element-collection subelement completely overrides the
* mapping for the specified field or property. Thus, any methods which
* might in some contexts merge with annotations must not do so in this
* context.
*/
private void getElementCollection(List<Annotation> annotationList, XMLContext.Default defaults) {
for ( Element element : elementsForProperty ) {
if ( "element-collection".equals( element.getName() ) ) {
AnnotationDescriptor ad = new AnnotationDescriptor( ElementCollection.class );
addTargetClass( element, ad, "target-class", defaults );
getFetchType( ad, element );
getOrderBy( annotationList, element );
getOrderColumn( annotationList, element );
getMapKey( annotationList, element );
getMapKeyClass( annotationList, element, defaults );
getMapKeyTemporal( annotationList, element );
getMapKeyEnumerated( annotationList, element );
getMapKeyColumn( annotationList, element );
buildMapKeyJoinColumns( annotationList, element );
Annotation annotation = getColumn( element.element( "column" ), false, element );
addIfNotNull( annotationList, annotation );
getTemporal( annotationList, element );
getEnumerated( annotationList, element );
getLob( annotationList, element );
//Both map-key-attribute-overrides and attribute-overrides
//translate into AttributeOverride annotations, which need
//need to be wrapped in the same AttributeOverrides annotation.
List<AttributeOverride> attributes = new ArrayList<AttributeOverride>();
attributes.addAll( buildAttributeOverrides( element, "map-key-attribute-override" ) );
attributes.addAll( buildAttributeOverrides( element, "attribute-override" ) );
annotation = mergeAttributeOverrides( defaults, attributes, false );
addIfNotNull( annotationList, annotation );
annotation = getAssociationOverrides( element, defaults, false );
addIfNotNull( annotationList, annotation );
getCollectionTable( annotationList, element, defaults );
annotationList.add( AnnotationFactory.create( ad ) );
getAccessType( annotationList, element );
}
}
}
private void getOrderBy(List<Annotation> annotationList, Element element) {
Element subelement = element != null ? element.element( "order-by" ) : null;
if ( subelement != null ) {
AnnotationDescriptor ad = new AnnotationDescriptor( OrderBy.class );
copyStringElement( subelement, ad, "value" );
annotationList.add( AnnotationFactory.create( ad ) );
}
}
private void getMapKey(List<Annotation> annotationList, Element element) {
Element subelement = element != null ? element.element( "map-key" ) : null;
if ( subelement != null ) {
AnnotationDescriptor ad = new AnnotationDescriptor( MapKey.class );
copyStringAttribute( ad, subelement, "name", false );
annotationList.add( AnnotationFactory.create( ad ) );
}
}
private void getMapKeyColumn(List<Annotation> annotationList, Element element) {
Element subelement = element != null ? element.element( "map-key-column" ) : null;
if ( subelement != null ) {
AnnotationDescriptor ad = new AnnotationDescriptor( MapKeyColumn.class );
copyStringAttribute( ad, subelement, "name", false );
copyBooleanAttribute( ad, subelement, "unique" );
copyBooleanAttribute( ad, subelement, "nullable" );
copyBooleanAttribute( ad, subelement, "insertable" );
copyBooleanAttribute( ad, subelement, "updatable" );
copyStringAttribute( ad, subelement, "column-definition", false );
copyStringAttribute( ad, subelement, "table", false );
copyIntegerAttribute( ad, subelement, "length" );
copyIntegerAttribute( ad, subelement, "precision" );
copyIntegerAttribute( ad, subelement, "scale" );
annotationList.add( AnnotationFactory.create( ad ) );
}
}
private void getMapKeyClass(List<Annotation> annotationList, Element element, XMLContext.Default defaults) {
String nodeName = "map-key-class";
Element subelement = element != null ? element.element( nodeName ) : null;
if ( subelement != null ) {
String mapKeyClassName = subelement.attributeValue( "class" );
AnnotationDescriptor ad = new AnnotationDescriptor( MapKeyClass.class );
if ( StringHelper.isNotEmpty( mapKeyClassName ) ) {
Class clazz;
try {
clazz = ReflectHelper.classForName(
XMLContext.buildSafeClassName( mapKeyClassName, defaults ),
this.getClass()
);
}
catch ( ClassNotFoundException e ) {
throw new AnnotationException(
"Unable to find " + element.getPath() + " " + nodeName + ": " + mapKeyClassName, e
);
}
ad.setValue( "value", clazz );
}
annotationList.add( AnnotationFactory.create( ad ) );
}
}
private void getCollectionTable(List<Annotation> annotationList, Element element, XMLContext.Default defaults) {
Element subelement = element != null ? element.element( "collection-table" ) : null;
if ( subelement != null ) {
AnnotationDescriptor annotation = new AnnotationDescriptor( CollectionTable.class );
copyStringAttribute( annotation, subelement, "name", false );
copyStringAttribute( annotation, subelement, "catalog", false );
if ( StringHelper.isNotEmpty( defaults.getCatalog() )
&& StringHelper.isEmpty( (String) annotation.valueOf( "catalog" ) ) ) {
annotation.setValue( "catalog", defaults.getCatalog() );
}
copyStringAttribute( annotation, subelement, "schema", false );
if ( StringHelper.isNotEmpty( defaults.getSchema() )
&& StringHelper.isEmpty( (String) annotation.valueOf( "schema" ) ) ) {
annotation.setValue( "schema", defaults.getSchema() );
}
JoinColumn[] joinColumns = getJoinColumns( subelement, false );
if ( joinColumns.length > 0 ) {
annotation.setValue( "joinColumns", joinColumns );
}
buildUniqueConstraints( annotation, subelement );
buildIndex( annotation, subelement );
annotationList.add( AnnotationFactory.create( annotation ) );
}
}
private void buildJoinColumns(List<Annotation> annotationList, Element element) {
JoinColumn[] joinColumns = getJoinColumns( element, false );
if ( joinColumns.length > 0 ) {
AnnotationDescriptor ad = new AnnotationDescriptor( JoinColumns.class );
ad.setValue( "value", joinColumns );
annotationList.add( AnnotationFactory.create( ad ) );
}
}
private void getCascades(AnnotationDescriptor ad, Element element, XMLContext.Default defaults) {
List<Element> elements = element != null ? element.elements( "cascade" ) : new ArrayList<Element>( 0 );
List<CascadeType> cascades = new ArrayList<CascadeType>();
for ( Element subelement : elements ) {
if ( subelement.element( "cascade-all" ) != null ) {
cascades.add( CascadeType.ALL );
}
if ( subelement.element( "cascade-persist" ) != null ) {
cascades.add( CascadeType.PERSIST );
}
if ( subelement.element( "cascade-merge" ) != null ) {
cascades.add( CascadeType.MERGE );
}
if ( subelement.element( "cascade-remove" ) != null ) {
cascades.add( CascadeType.REMOVE );
}
if ( subelement.element( "cascade-refresh" ) != null ) {
cascades.add( CascadeType.REFRESH );
}
if ( subelement.element( "cascade-detach" ) != null ) {
cascades.add( CascadeType.DETACH );
}
}
if ( Boolean.TRUE.equals( defaults.getCascadePersist() )
&& !cascades.contains( CascadeType.ALL ) && !cascades.contains( CascadeType.PERSIST ) ) {
cascades.add( CascadeType.PERSIST );
}
if ( cascades.size() > 0 ) {
ad.setValue( "cascade", cascades.toArray( new CascadeType[cascades.size()] ) );
}
}
private void getEmbedded(List<Annotation> annotationList, XMLContext.Default defaults) {
for ( Element element : elementsForProperty ) {
if ( "embedded".equals( element.getName() ) ) {
AnnotationDescriptor ad = new AnnotationDescriptor( Embedded.class );
annotationList.add( AnnotationFactory.create( ad ) );
Annotation annotation = getAttributeOverrides( element, defaults, false );
addIfNotNull( annotationList, annotation );
annotation = getAssociationOverrides( element, defaults, false );
addIfNotNull( annotationList, annotation );
getAccessType( annotationList, element );
}
}
if ( elementsForProperty.size() == 0 && defaults.canUseJavaAnnotations() ) {
Annotation annotation = getPhysicalAnnotation( Embedded.class );
if ( annotation != null ) {
annotationList.add( annotation );
annotation = getPhysicalAnnotation( AttributeOverride.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( AttributeOverrides.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( AssociationOverride.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( AssociationOverrides.class );
addIfNotNull( annotationList, annotation );
}
}
}
private Transient getTransient(XMLContext.Default defaults) {
for ( Element element : elementsForProperty ) {
if ( "transient".equals( element.getName() ) ) {
AnnotationDescriptor ad = new AnnotationDescriptor( Transient.class );
return AnnotationFactory.create( ad );
}
}
if ( elementsForProperty.size() == 0 && defaults.canUseJavaAnnotations() ) {
return getPhysicalAnnotation( Transient.class );
}
else {
return null;
}
}
private void getVersion(List<Annotation> annotationList, XMLContext.Default defaults) {
for ( Element element : elementsForProperty ) {
if ( "version".equals( element.getName() ) ) {
Annotation annotation = buildColumns( element );
addIfNotNull( annotationList, annotation );
getTemporal( annotationList, element );
AnnotationDescriptor basic = new AnnotationDescriptor( Version.class );
annotationList.add( AnnotationFactory.create( basic ) );
getAccessType( annotationList, element );
}
}
if ( elementsForProperty.size() == 0 && defaults.canUseJavaAnnotations() ) {
//we have nothing, so Java annotations might occurs
Annotation annotation = getPhysicalAnnotation( Version.class );
if ( annotation != null ) {
annotationList.add( annotation );
annotation = getPhysicalAnnotation( Column.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( Columns.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( Temporal.class );
addIfNotNull( annotationList, annotation );
}
}
}
private void getBasic(List<Annotation> annotationList, XMLContext.Default defaults) {
for ( Element element : elementsForProperty ) {
if ( "basic".equals( element.getName() ) ) {
Annotation annotation = buildColumns( element );
addIfNotNull( annotationList, annotation );
getAccessType( annotationList, element );
getTemporal( annotationList, element );
getLob( annotationList, element );
getEnumerated( annotationList, element );
AnnotationDescriptor basic = new AnnotationDescriptor( Basic.class );
getFetchType( basic, element );
copyBooleanAttribute( basic, element, "optional" );
annotationList.add( AnnotationFactory.create( basic ) );
}
}
if ( elementsForProperty.size() == 0 && defaults.canUseJavaAnnotations() ) {
//no annotation presence constraint, basic is the default
Annotation annotation = getPhysicalAnnotation( Basic.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( Lob.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( Enumerated.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( Temporal.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( Column.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( Columns.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( AttributeOverride.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( AttributeOverrides.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( AssociationOverride.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( AssociationOverrides.class );
addIfNotNull( annotationList, annotation );
}
}
private void getEnumerated(List<Annotation> annotationList, Element element) {
Element subElement = element != null ? element.element( "enumerated" ) : null;
if ( subElement != null ) {
AnnotationDescriptor ad = new AnnotationDescriptor( Enumerated.class );
String enumerated = subElement.getTextTrim();
if ( "ORDINAL".equalsIgnoreCase( enumerated ) ) {
ad.setValue( "value", EnumType.ORDINAL );
}
else if ( "STRING".equalsIgnoreCase( enumerated ) ) {
ad.setValue( "value", EnumType.STRING );
}
else if ( StringHelper.isNotEmpty( enumerated ) ) {
throw new AnnotationException( "Unknown EnumType: " + enumerated + ". " + SCHEMA_VALIDATION );
}
annotationList.add( AnnotationFactory.create( ad ) );
}
}
private void getLob(List<Annotation> annotationList, Element element) {
Element subElement = element != null ? element.element( "lob" ) : null;
if ( subElement != null ) {
annotationList.add( AnnotationFactory.create( new AnnotationDescriptor( Lob.class ) ) );
}
}
private void getFetchType(AnnotationDescriptor descriptor, Element element) {
String fetchString = element != null ? element.attributeValue( "fetch" ) : null;
if ( fetchString != null ) {
if ( "eager".equalsIgnoreCase( fetchString ) ) {
descriptor.setValue( "fetch", FetchType.EAGER );
}
else if ( "lazy".equalsIgnoreCase( fetchString ) ) {
descriptor.setValue( "fetch", FetchType.LAZY );
}
}
}
private void getEmbeddedId(List<Annotation> annotationList, XMLContext.Default defaults) {
for ( Element element : elementsForProperty ) {
if ( "embedded-id".equals( element.getName() ) ) {
if ( isProcessingId( defaults ) ) {
Annotation annotation = getAttributeOverrides( element, defaults, false );
addIfNotNull( annotationList, annotation );
annotation = getAssociationOverrides( element, defaults, false );
addIfNotNull( annotationList, annotation );
AnnotationDescriptor ad = new AnnotationDescriptor( EmbeddedId.class );
annotationList.add( AnnotationFactory.create( ad ) );
getAccessType( annotationList, element );
}
}
}
if ( elementsForProperty.size() == 0 && defaults.canUseJavaAnnotations() ) {
Annotation annotation = getPhysicalAnnotation( EmbeddedId.class );
if ( annotation != null ) {
annotationList.add( annotation );
annotation = getPhysicalAnnotation( Column.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( Columns.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( GeneratedValue.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( Temporal.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( TableGenerator.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( SequenceGenerator.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( AttributeOverride.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( AttributeOverrides.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( AssociationOverride.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( AssociationOverrides.class );
addIfNotNull( annotationList, annotation );
}
}
}
private void preCalculateElementsForProperty(Element tree) {
elementsForProperty = new ArrayList<Element>();
Element element = tree != null ? tree.element( "attributes" ) : null;
//put entity.attributes elements
if ( element != null ) {
for ( Element subelement : (List<Element>) element.elements() ) {
if ( propertyName.equals( subelement.attributeValue( "name" ) ) ) {
elementsForProperty.add( subelement );
}
}
}
//add pre-* etc from entity and pure entity listener classes
if ( tree != null ) {
for ( Element subelement : (List<Element>) tree.elements() ) {
if ( propertyName.equals( subelement.attributeValue( "method-name" ) ) ) {
elementsForProperty.add( subelement );
}
}
}
}
private void getId(List<Annotation> annotationList, XMLContext.Default defaults) {
for ( Element element : elementsForProperty ) {
if ( "id".equals( element.getName() ) ) {
boolean processId = isProcessingId( defaults );
if ( processId ) {
Annotation annotation = buildColumns( element );
addIfNotNull( annotationList, annotation );
annotation = buildGeneratedValue( element );
addIfNotNull( annotationList, annotation );
getTemporal( annotationList, element );
//FIXME: fix the priority of xml over java for generator names
annotation = getTableGenerator( element, defaults );
addIfNotNull( annotationList, annotation );
annotation = getSequenceGenerator( element, defaults );
addIfNotNull( annotationList, annotation );
AnnotationDescriptor id = new AnnotationDescriptor( Id.class );
annotationList.add( AnnotationFactory.create( id ) );
getAccessType( annotationList, element );
}
}
}
if ( elementsForProperty.size() == 0 && defaults.canUseJavaAnnotations() ) {
Annotation annotation = getPhysicalAnnotation( Id.class );
if ( annotation != null ) {
annotationList.add( annotation );
annotation = getPhysicalAnnotation( Column.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( Columns.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( GeneratedValue.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( Temporal.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( TableGenerator.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( SequenceGenerator.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( AttributeOverride.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( AttributeOverrides.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( AssociationOverride.class );
addIfNotNull( annotationList, annotation );
annotation = getPhysicalAnnotation( AssociationOverrides.class );
addIfNotNull( annotationList, annotation );
}
}
}
private boolean isProcessingId(XMLContext.Default defaults) {
boolean isExplicit = defaults.getAccess() != null;
boolean correctAccess =
( PropertyType.PROPERTY.equals( propertyType ) && AccessType.PROPERTY.equals( defaults.getAccess() ) )
|| ( PropertyType.FIELD.equals( propertyType ) && AccessType.FIELD
.equals( defaults.getAccess() ) );
boolean hasId = defaults.canUseJavaAnnotations()
&& ( isPhysicalAnnotationPresent( Id.class ) || isPhysicalAnnotationPresent( EmbeddedId.class ) );
//if ( properAccessOnMetadataComplete || properOverridingOnMetadataNonComplete ) {
boolean mirrorAttributeIsId = defaults.canUseJavaAnnotations() &&
( mirroredAttribute != null &&
( mirroredAttribute.isAnnotationPresent( Id.class )
|| mirroredAttribute.isAnnotationPresent( EmbeddedId.class ) ) );
boolean propertyIsDefault = PropertyType.PROPERTY.equals( propertyType )
&& !mirrorAttributeIsId;
return correctAccess || ( !isExplicit && hasId ) || ( !isExplicit && propertyIsDefault );
}
private Columns buildColumns(Element element) {
List<Element> subelements = element.elements( "column" );
List<Column> columns = new ArrayList<Column>( subelements.size() );
for ( Element subelement : subelements ) {
columns.add( getColumn( subelement, false, element ) );
}
if ( columns.size() > 0 ) {
AnnotationDescriptor columnsDescr = new AnnotationDescriptor( Columns.class );
columnsDescr.setValue( "columns", columns.toArray( new Column[columns.size()] ) );
return AnnotationFactory.create( columnsDescr );
}
else {
return null;
}
}
private GeneratedValue buildGeneratedValue(Element element) {
Element subElement = element != null ? element.element( "generated-value" ) : null;
if ( subElement != null ) {
AnnotationDescriptor ad = new AnnotationDescriptor( GeneratedValue.class );
String strategy = subElement.attributeValue( "strategy" );
if ( "TABLE".equalsIgnoreCase( strategy ) ) {
ad.setValue( "strategy", GenerationType.TABLE );
}
else if ( "SEQUENCE".equalsIgnoreCase( strategy ) ) {
ad.setValue( "strategy", GenerationType.SEQUENCE );
}
else if ( "IDENTITY".equalsIgnoreCase( strategy ) ) {
ad.setValue( "strategy", GenerationType.IDENTITY );
}
else if ( "AUTO".equalsIgnoreCase( strategy ) ) {
ad.setValue( "strategy", GenerationType.AUTO );
}
else if ( StringHelper.isNotEmpty( strategy ) ) {
throw new AnnotationException( "Unknown GenerationType: " + strategy + ". " + SCHEMA_VALIDATION );
}
copyStringAttribute( ad, subElement, "generator", false );
return AnnotationFactory.create( ad );
}
else {
return null;
}
}
private void getTemporal(List<Annotation> annotationList, Element element) {
Element subElement = element != null ? element.element( "temporal" ) : null;
if ( subElement != null ) {
AnnotationDescriptor ad = new AnnotationDescriptor( Temporal.class );
String temporal = subElement.getTextTrim();
if ( "DATE".equalsIgnoreCase( temporal ) ) {
ad.setValue( "value", TemporalType.DATE );
}
else if ( "TIME".equalsIgnoreCase( temporal ) ) {
ad.setValue( "value", TemporalType.TIME );
}
else if ( "TIMESTAMP".equalsIgnoreCase( temporal ) ) {
ad.setValue( "value", TemporalType.TIMESTAMP );
}
else if ( StringHelper.isNotEmpty( temporal ) ) {
throw new AnnotationException( "Unknown TemporalType: " + temporal + ". " + SCHEMA_VALIDATION );
}
annotationList.add( AnnotationFactory.create( ad ) );
}
}
private void getAccessType(List<Annotation> annotationList, Element element) {
if ( element == null ) {
return;
}
String access = element.attributeValue( "access" );
if ( access != null ) {
AnnotationDescriptor ad = new AnnotationDescriptor( Access.class );
AccessType type;
try {
type = AccessType.valueOf( access );
}
catch ( IllegalArgumentException e ) {
throw new AnnotationException( access + " is not a valid access type. Check you xml confguration." );
}
if ( ( AccessType.PROPERTY.equals( type ) && this.element instanceof Method ) ||
( AccessType.FIELD.equals( type ) && this.element instanceof Field ) ) {
return;
}
ad.setValue( "value", type );
annotationList.add( AnnotationFactory.create( ad ) );
}
}
/**
* @param mergeWithAnnotations Whether to use Java annotations for this
* element, if present and not disabled by the XMLContext defaults.
* In some contexts (such as an element-collection mapping) merging
* with annotations is never allowed.
*/
private AssociationOverrides getAssociationOverrides(Element tree, XMLContext.Default defaults, boolean mergeWithAnnotations) {
List<AssociationOverride> attributes = buildAssociationOverrides( tree, defaults );
if ( mergeWithAnnotations && defaults.canUseJavaAnnotations() ) {
AssociationOverride annotation = getPhysicalAnnotation( AssociationOverride.class );
addAssociationOverrideIfNeeded( annotation, attributes );
AssociationOverrides annotations = getPhysicalAnnotation( AssociationOverrides.class );
if ( annotations != null ) {
for ( AssociationOverride current : annotations.value() ) {
addAssociationOverrideIfNeeded( current, attributes );
}
}
}
if ( attributes.size() > 0 ) {
AnnotationDescriptor ad = new AnnotationDescriptor( AssociationOverrides.class );
ad.setValue( "value", attributes.toArray( new AssociationOverride[attributes.size()] ) );
return AnnotationFactory.create( ad );
}
else {
return null;
}
}
private List<AssociationOverride> buildAssociationOverrides(Element element, XMLContext.Default defaults) {
List<Element> subelements = element == null ? null : element.elements( "association-override" );
List<AssociationOverride> overrides = new ArrayList<AssociationOverride>();
if ( subelements != null && subelements.size() > 0 ) {
for ( Element current : subelements ) {
AnnotationDescriptor override = new AnnotationDescriptor( AssociationOverride.class );
copyStringAttribute( override, current, "name", true );
override.setValue( "joinColumns", getJoinColumns( current, false ) );
JoinTable joinTable = buildJoinTable( current, defaults );
if ( joinTable != null ) {
override.setValue( "joinTable", joinTable );
}
overrides.add( (AssociationOverride) AnnotationFactory.create( override ) );
}
}
return overrides;
}
private JoinColumn[] getJoinColumns(Element element, boolean isInverse) {
List<Element> subelements = element != null ?
element.elements( isInverse ? "inverse-join-column" : "join-column" ) :
null;
List<JoinColumn> joinColumns = new ArrayList<JoinColumn>();
if ( subelements != null ) {
for ( Element subelement : subelements ) {
AnnotationDescriptor column = new AnnotationDescriptor( JoinColumn.class );
copyStringAttribute( column, subelement, "name", false );
copyStringAttribute( column, subelement, "referenced-column-name", false );
copyBooleanAttribute( column, subelement, "unique" );
copyBooleanAttribute( column, subelement, "nullable" );
copyBooleanAttribute( column, subelement, "insertable" );
copyBooleanAttribute( column, subelement, "updatable" );
copyStringAttribute( column, subelement, "column-definition", false );
copyStringAttribute( column, subelement, "table", false );
joinColumns.add( (JoinColumn) AnnotationFactory.create( column ) );
}
}
return joinColumns.toArray( new JoinColumn[joinColumns.size()] );
}
private void addAssociationOverrideIfNeeded(AssociationOverride annotation, List<AssociationOverride> overrides) {
if ( annotation != null ) {
String overrideName = annotation.name();
boolean present = false;
for ( AssociationOverride current : overrides ) {
if ( current.name().equals( overrideName ) ) {
present = true;
break;
}
}
if ( !present ) {
overrides.add( annotation );
}
}
}
/**
* @param mergeWithAnnotations Whether to use Java annotations for this
* element, if present and not disabled by the XMLContext defaults.
* In some contexts (such as an association mapping) merging with
* annotations is never allowed.
*/
private AttributeOverrides getAttributeOverrides(Element tree, XMLContext.Default defaults, boolean mergeWithAnnotations) {
List<AttributeOverride> attributes = buildAttributeOverrides( tree, "attribute-override" );
return mergeAttributeOverrides( defaults, attributes, mergeWithAnnotations );
}
/**
* @param mergeWithAnnotations Whether to use Java annotations for this
* element, if present and not disabled by the XMLContext defaults.
* In some contexts (such as an association mapping) merging with
* annotations is never allowed.
*/
private AttributeOverrides mergeAttributeOverrides(XMLContext.Default defaults, List<AttributeOverride> attributes, boolean mergeWithAnnotations) {
if ( mergeWithAnnotations && defaults.canUseJavaAnnotations() ) {
AttributeOverride annotation = getPhysicalAnnotation( AttributeOverride.class );
addAttributeOverrideIfNeeded( annotation, attributes );
AttributeOverrides annotations = getPhysicalAnnotation( AttributeOverrides.class );
if ( annotations != null ) {
for ( AttributeOverride current : annotations.value() ) {
addAttributeOverrideIfNeeded( current, attributes );
}
}
}
if ( attributes.size() > 0 ) {
AnnotationDescriptor ad = new AnnotationDescriptor( AttributeOverrides.class );
ad.setValue( "value", attributes.toArray( new AttributeOverride[attributes.size()] ) );
return AnnotationFactory.create( ad );
}
else {
return null;
}
}
private List<AttributeOverride> buildAttributeOverrides(Element element, String nodeName) {
List<Element> subelements = element == null ? null : element.elements( nodeName );
return buildAttributeOverrides( subelements, nodeName );
}
private List<AttributeOverride> buildAttributeOverrides(List<Element> subelements, String nodeName) {
List<AttributeOverride> overrides = new ArrayList<AttributeOverride>();
if ( subelements != null && subelements.size() > 0 ) {
for ( Element current : subelements ) {
if ( !current.getName().equals( nodeName ) ) {
continue;
}
AnnotationDescriptor override = new AnnotationDescriptor( AttributeOverride.class );
copyStringAttribute( override, current, "name", true );
Element column = current.element( "column" );
override.setValue( "column", getColumn( column, true, current ) );
overrides.add( (AttributeOverride) AnnotationFactory.create( override ) );
}
}
return overrides;
}
private Column getColumn(Element element, boolean isMandatory, Element current) {
//Element subelement = element != null ? element.element( "column" ) : null;
if ( element != null ) {
AnnotationDescriptor column = new AnnotationDescriptor( Column.class );
copyStringAttribute( column, element, "name", false );
copyBooleanAttribute( column, element, "unique" );
copyBooleanAttribute( column, element, "nullable" );
copyBooleanAttribute( column, element, "insertable" );
copyBooleanAttribute( column, element, "updatable" );
copyStringAttribute( column, element, "column-definition", false );
copyStringAttribute( column, element, "table", false );
copyIntegerAttribute( column, element, "length" );
copyIntegerAttribute( column, element, "precision" );
copyIntegerAttribute( column, element, "scale" );
return (Column) AnnotationFactory.create( column );
}
else {
if ( isMandatory ) {
throw new AnnotationException( current.getPath() + ".column is mandatory. " + SCHEMA_VALIDATION );
}
return null;
}
}
private void addAttributeOverrideIfNeeded(AttributeOverride annotation, List<AttributeOverride> overrides) {
if ( annotation != null ) {
String overrideName = annotation.name();
boolean present = false;
for ( AttributeOverride current : overrides ) {
if ( current.name().equals( overrideName ) ) {
present = true;
break;
}
}
if ( !present ) {
overrides.add( annotation );
}
}
}
private Access getAccessType(Element tree, XMLContext.Default defaults) {
String access = tree == null ? null : tree.attributeValue( "access" );
if ( access != null ) {
AnnotationDescriptor ad = new AnnotationDescriptor( Access.class );
AccessType type;
try {
type = AccessType.valueOf( access );
}
catch ( IllegalArgumentException e ) {
throw new AnnotationException( access + " is not a valid access type. Check you xml confguration." );
}
ad.setValue( "value", type );
return AnnotationFactory.create( ad );
}
else if ( defaults.canUseJavaAnnotations() && isPhysicalAnnotationPresent( Access.class ) ) {
return getPhysicalAnnotation( Access.class );
}
else if ( defaults.getAccess() != null ) {
AnnotationDescriptor ad = new AnnotationDescriptor( Access.class );
ad.setValue( "value", defaults.getAccess() );
return AnnotationFactory.create( ad );
}
else {
return null;
}
}
private ExcludeSuperclassListeners getExcludeSuperclassListeners(Element tree, XMLContext.Default defaults) {
return (ExcludeSuperclassListeners) getMarkerAnnotation( ExcludeSuperclassListeners.class, tree, defaults );
}
private ExcludeDefaultListeners getExcludeDefaultListeners(Element tree, XMLContext.Default defaults) {
return (ExcludeDefaultListeners) getMarkerAnnotation( ExcludeDefaultListeners.class, tree, defaults );
}
private Annotation getMarkerAnnotation(
Class<? extends Annotation> clazz, Element element, XMLContext.Default defaults
) {
Element subelement = element == null ? null : element.element( annotationToXml.get( clazz ) );
if ( subelement != null ) {
return AnnotationFactory.create( new AnnotationDescriptor( clazz ) );
}
else if ( defaults.canUseJavaAnnotations() ) {
//TODO wonder whether it should be excluded so that user can undone it
return getPhysicalAnnotation( clazz );
}
else {
return null;
}
}
private SqlResultSetMappings getSqlResultSetMappings(Element tree, XMLContext.Default defaults) {
List<SqlResultSetMapping> results = buildSqlResultsetMappings( tree, defaults );
if ( defaults.canUseJavaAnnotations() ) {
SqlResultSetMapping annotation = getPhysicalAnnotation( SqlResultSetMapping.class );
addSqlResultsetMappingIfNeeded( annotation, results );
SqlResultSetMappings annotations = getPhysicalAnnotation( SqlResultSetMappings.class );
if ( annotations != null ) {
for ( SqlResultSetMapping current : annotations.value() ) {
addSqlResultsetMappingIfNeeded( current, results );
}
}
}
if ( results.size() > 0 ) {
AnnotationDescriptor ad = new AnnotationDescriptor( SqlResultSetMappings.class );
ad.setValue( "value", results.toArray( new SqlResultSetMapping[results.size()] ) );
return AnnotationFactory.create( ad );
}
else {
return null;
}
}
public static List<NamedEntityGraph> buildNamedEntityGraph(Element element, XMLContext.Default defaults) {
if ( element == null ) {
return new ArrayList<NamedEntityGraph>();
}
List<NamedEntityGraph> namedEntityGraphList = new ArrayList<NamedEntityGraph>();
List<Element> namedEntityGraphElements = element.elements( "named-entity-graph" );
for ( Element subElement : namedEntityGraphElements ) {
AnnotationDescriptor ann = new AnnotationDescriptor( NamedEntityGraph.class );
copyStringAttribute( ann, subElement, "name", false );
copyBooleanAttribute( ann, subElement, "include-all-attributes" );
bindNamedAttributeNodes( subElement, ann );
List<Element> subgraphNodes = subElement.elements( "subgraph" );
bindNamedSubgraph( defaults, ann, subgraphNodes );
List<Element> subclassSubgraphNodes = subElement.elements( "subclass-subgraph" );
bindNamedSubgraph( defaults, ann, subclassSubgraphNodes );
namedEntityGraphList.add( (NamedEntityGraph) AnnotationFactory.create( ann ) );
}
//TODO
return namedEntityGraphList;
}
private static void bindNamedSubgraph(XMLContext.Default defaults, AnnotationDescriptor ann, List<Element> subgraphNodes) {
List<NamedSubgraph> annSubgraphNodes = new ArrayList<NamedSubgraph>( );
for(Element subgraphNode : subgraphNodes){
AnnotationDescriptor annSubgraphNode = new AnnotationDescriptor( NamedSubgraph.class );
copyStringAttribute( annSubgraphNode, subgraphNode, "name", true );
String clazzName = subgraphNode.attributeValue( "class" );
Class clazz;
try {
clazz = ReflectHelper.classForName(
XMLContext.buildSafeClassName( clazzName, defaults ),
JPAOverriddenAnnotationReader.class
);
}
catch ( ClassNotFoundException e ) {
throw new AnnotationException( "Unable to find entity-class: " + clazzName, e );
}
annSubgraphNode.setValue( "type", clazz );
bindNamedAttributeNodes(subgraphNode, annSubgraphNode);
annSubgraphNodes.add( (NamedSubgraph) AnnotationFactory.create( annSubgraphNode ) );
}
ann.setValue( "subgraphs", annSubgraphNodes.toArray( new NamedSubgraph[annSubgraphNodes.size()] ) );
}
private static void bindNamedAttributeNodes(Element subElement, AnnotationDescriptor ann) {
List<Element> namedAttributeNodes = subElement.elements("named-attribute-node");
List<NamedAttributeNode> annNamedAttributeNodes = new ArrayList<NamedAttributeNode>( );
for(Element namedAttributeNode : namedAttributeNodes){
AnnotationDescriptor annNamedAttributeNode = new AnnotationDescriptor( NamedAttributeNode.class );
copyStringAttribute( annNamedAttributeNode, namedAttributeNode, "value", true );
copyStringAttribute( annNamedAttributeNode, namedAttributeNode, "subgraph", false );
copyStringAttribute( annNamedAttributeNode, namedAttributeNode, "key-subgraph", false );
annNamedAttributeNodes.add( (NamedAttributeNode) AnnotationFactory.create( annNamedAttributeNode ) );
}
ann.setValue( "attributeNodes", annNamedAttributeNodes.toArray( new NamedAttributeNode[annNamedAttributeNodes.size()] ) );
}
public static List<NamedStoredProcedureQuery> buildNamedStoreProcedureQueries(Element element, XMLContext.Default defaults) {
if ( element == null ) {
return new ArrayList<NamedStoredProcedureQuery>();
}
List namedStoredProcedureElements = element.elements( "named-stored-procedure-query" );
List<NamedStoredProcedureQuery> namedStoredProcedureQueries = new ArrayList<NamedStoredProcedureQuery>();
for ( Object obj : namedStoredProcedureElements ) {
Element subElement = (Element) obj;
AnnotationDescriptor ann = new AnnotationDescriptor( NamedStoredProcedureQuery.class );
copyStringAttribute( ann, subElement, "name", true );
copyStringAttribute( ann, subElement, "procedure-name", true );
List<Element> elements = subElement.elements( "parameter" );
List<StoredProcedureParameter> storedProcedureParameters = new ArrayList<StoredProcedureParameter>();
for ( Element parameterElement : elements ) {
AnnotationDescriptor parameterDescriptor = new AnnotationDescriptor( StoredProcedureParameter.class );
copyStringAttribute( parameterDescriptor, parameterElement, "name", false );
String modeValue = parameterElement.attributeValue( "mode" );
if ( modeValue == null ) {
parameterDescriptor.setValue( "mode", ParameterMode.IN );
}
else {
parameterDescriptor.setValue( "mode", ParameterMode.valueOf( modeValue.toUpperCase() ) );
}
String clazzName = parameterElement.attributeValue( "class" );
Class clazz;
try {
clazz = ReflectHelper.classForName(
XMLContext.buildSafeClassName( clazzName, defaults ),
JPAOverriddenAnnotationReader.class
);
}
catch ( ClassNotFoundException e ) {
throw new AnnotationException( "Unable to find entity-class: " + clazzName, e );
}
parameterDescriptor.setValue( "type", clazz );
storedProcedureParameters.add( (StoredProcedureParameter) AnnotationFactory.create( parameterDescriptor ) );
}
ann.setValue(
"parameters",
storedProcedureParameters.toArray( new StoredProcedureParameter[storedProcedureParameters.size()] )
);
elements = subElement.elements( "result-class" );
List<Class> returnClasses = new ArrayList<Class>();
for ( Element classElement : elements ) {
String clazzName = classElement.getTextTrim();
Class clazz;
try {
clazz = ReflectHelper.classForName(
XMLContext.buildSafeClassName( clazzName, defaults ),
JPAOverriddenAnnotationReader.class
);
}
catch ( ClassNotFoundException e ) {
throw new AnnotationException( "Unable to find entity-class: " + clazzName, e );
}
returnClasses.add( clazz );
}
ann.setValue( "resultClasses", returnClasses.toArray( new Class[returnClasses.size()] ) );
elements = subElement.elements( "result-set-mapping" );
List<String> resultSetMappings = new ArrayList<String>();
for ( Element resultSetMappingElement : elements ) {
resultSetMappings.add( resultSetMappingElement.getTextTrim() );
}
ann.setValue( "resultSetMappings", resultSetMappings.toArray( new String[resultSetMappings.size()] ) );
elements = subElement.elements( "hint" );
buildQueryHints( elements, ann );
namedStoredProcedureQueries.add( (NamedStoredProcedureQuery) AnnotationFactory.create( ann ) );
}
return namedStoredProcedureQueries;
}
public static List<SqlResultSetMapping> buildSqlResultsetMappings(Element element, XMLContext.Default defaults) {
final List<SqlResultSetMapping> builtResultSetMappings = new ArrayList<SqlResultSetMapping>();
if ( element == null ) {
return builtResultSetMappings;
}
// iterate over each <sql-result-set-mapping/> element
for ( Object resultSetMappingElementObject : element.elements( "sql-result-set-mapping" ) ) {
final Element resultSetMappingElement = (Element) resultSetMappingElementObject;
final AnnotationDescriptor resultSetMappingAnnotation = new AnnotationDescriptor( SqlResultSetMapping.class );
copyStringAttribute( resultSetMappingAnnotation, resultSetMappingElement, "name", true );
// iterate over the <sql-result-set-mapping/> sub-elements, which should include:
// * <entity-result/>
// * <column-result/>
// * <constructor-result/>
List<EntityResult> entityResultAnnotations = null;
List<ColumnResult> columnResultAnnotations = null;
List<ConstructorResult> constructorResultAnnotations = null;
for ( Object resultElementObject : resultSetMappingElement.elements() ) {
final Element resultElement = (Element) resultElementObject;
if ( "entity-result".equals( resultElement.getName() ) ) {
if ( entityResultAnnotations == null ) {
entityResultAnnotations = new ArrayList<EntityResult>();
}
// process the <entity-result/>
entityResultAnnotations.add( buildEntityResult( resultElement, defaults ) );
}
else if ( "column-result".equals( resultElement.getName() ) ) {
if ( columnResultAnnotations == null ) {
columnResultAnnotations = new ArrayList<ColumnResult>();
}
columnResultAnnotations.add( buildColumnResult( resultElement, defaults ) );
}
else if ( "constructor-result".equals( resultElement.getName() ) ) {
if ( constructorResultAnnotations == null ) {
constructorResultAnnotations = new ArrayList<ConstructorResult>();
}
constructorResultAnnotations.add( buildConstructorResult( resultElement, defaults ) );
}
else {
// most likely the <result-class/> this code used to handle. I have left the code here,
// but commented it out for now. I'll just log a warning for now.
LOG.debug( "Encountered unrecognized sql-result-set-mapping sub-element : " + resultElement.getName() );
// String clazzName = subelement.attributeValue( "result-class" );
// if ( StringHelper.isNotEmpty( clazzName ) ) {
// Class clazz;
// try {
// clazz = ReflectHelper.classForName(
// XMLContext.buildSafeClassName( clazzName, defaults ),
// JPAOverriddenAnnotationReader.class
// );
// }
// catch ( ClassNotFoundException e ) {
// throw new AnnotationException( "Unable to find entity-class: " + clazzName, e );
// }
// ann.setValue( "resultClass", clazz );
// }
}
}
if ( entityResultAnnotations != null && !entityResultAnnotations.isEmpty() ) {
resultSetMappingAnnotation.setValue(
"entities",
entityResultAnnotations.toArray( new EntityResult[entityResultAnnotations.size()] )
);
}
if ( columnResultAnnotations != null && !columnResultAnnotations.isEmpty() ) {
resultSetMappingAnnotation.setValue(
"columns",
columnResultAnnotations.toArray( new ColumnResult[columnResultAnnotations.size()] )
);
}
if ( constructorResultAnnotations != null && !constructorResultAnnotations.isEmpty() ) {
resultSetMappingAnnotation.setValue(
"classes",
constructorResultAnnotations.toArray( new ConstructorResult[constructorResultAnnotations.size()] )
);
}
// this was part of the old code too, but could never figure out what it is supposed to do...
// copyStringAttribute( ann, subelement, "result-set-mapping", false );
builtResultSetMappings.add( (SqlResultSetMapping) AnnotationFactory.create( resultSetMappingAnnotation ) );
}
return builtResultSetMappings;
}
private static EntityResult buildEntityResult(Element entityResultElement, XMLContext.Default defaults) {
final AnnotationDescriptor entityResultDescriptor = new AnnotationDescriptor( EntityResult.class );
final Class entityClass = resolveClassReference( entityResultElement.attributeValue( "entity-class" ), defaults );
entityResultDescriptor.setValue( "entityClass", entityClass );
copyStringAttribute( entityResultDescriptor, entityResultElement, "discriminator-column", false );
// process the <field-result/> sub-elements
List<FieldResult> fieldResultAnnotations = new ArrayList<FieldResult>();
for ( Element fieldResult : (List<Element>) entityResultElement.elements( "field-result" ) ) {
AnnotationDescriptor fieldResultDescriptor = new AnnotationDescriptor( FieldResult.class );
copyStringAttribute( fieldResultDescriptor, fieldResult, "name", true );
copyStringAttribute( fieldResultDescriptor, fieldResult, "column", true );
fieldResultAnnotations.add( (FieldResult) AnnotationFactory.create( fieldResultDescriptor ) );
}
entityResultDescriptor.setValue(
"fields", fieldResultAnnotations.toArray( new FieldResult[fieldResultAnnotations.size()] )
);
return AnnotationFactory.create( entityResultDescriptor );
}
private static Class resolveClassReference(String className, XMLContext.Default defaults) {
if ( className == null ) {
throw new AnnotationException( "<entity-result> without entity-class. " + SCHEMA_VALIDATION );
}
try {
return ReflectHelper.classForName(
XMLContext.buildSafeClassName( className, defaults ),
JPAOverriddenAnnotationReader.class
);
}
catch ( ClassNotFoundException e ) {
throw new AnnotationException( "Unable to find specified class: " + className, e );
}
}
private static ColumnResult buildColumnResult(Element columnResultElement, XMLContext.Default defaults) {
// AnnotationDescriptor columnResultDescriptor = new AnnotationDescriptor( ColumnResult.class );
// copyStringAttribute( columnResultDescriptor, columnResultElement, "name", true );
// return AnnotationFactory.create( columnResultDescriptor );
AnnotationDescriptor columnResultDescriptor = new AnnotationDescriptor( ColumnResult.class );
copyStringAttribute( columnResultDescriptor, columnResultElement, "name", true );
final String columnTypeName = columnResultElement.attributeValue( "class" );
if ( StringHelper.isNotEmpty( columnTypeName ) ) {
columnResultDescriptor.setValue( "type", resolveClassReference( columnTypeName, defaults ) );
}
return AnnotationFactory.create( columnResultDescriptor );
}
private static ConstructorResult buildConstructorResult(Element constructorResultElement, XMLContext.Default defaults) {
AnnotationDescriptor constructorResultDescriptor = new AnnotationDescriptor( ConstructorResult.class );
final Class entityClass = resolveClassReference( constructorResultElement.attributeValue( "target-class" ), defaults );
constructorResultDescriptor.setValue( "targetClass", entityClass );
List<ColumnResult> columnResultAnnotations = new ArrayList<ColumnResult>();
for ( Element columnResultElement : (List<Element>) constructorResultElement.elements( "column" ) ) {
columnResultAnnotations.add( buildColumnResult( columnResultElement, defaults ) );
}
constructorResultDescriptor.setValue(
"columns",
columnResultAnnotations.toArray( new ColumnResult[ columnResultAnnotations.size() ] )
);
return AnnotationFactory.create( constructorResultDescriptor );
}
private void addSqlResultsetMappingIfNeeded(SqlResultSetMapping annotation, List<SqlResultSetMapping> resultsets) {
if ( annotation != null ) {
String resultsetName = annotation.name();
boolean present = false;
for ( SqlResultSetMapping current : resultsets ) {
if ( current.name().equals( resultsetName ) ) {
present = true;
break;
}
}
if ( !present ) {
resultsets.add( annotation );
}
}
}
private NamedQueries getNamedQueries(Element tree, XMLContext.Default defaults) {
//TODO avoid the Proxy Creation (@NamedQueries) when possible
List<NamedQuery> queries = (List<NamedQuery>) buildNamedQueries( tree, false, defaults );
if ( defaults.canUseJavaAnnotations() ) {
NamedQuery annotation = getPhysicalAnnotation( NamedQuery.class );
addNamedQueryIfNeeded( annotation, queries );
NamedQueries annotations = getPhysicalAnnotation( NamedQueries.class );
if ( annotations != null ) {
for ( NamedQuery current : annotations.value() ) {
addNamedQueryIfNeeded( current, queries );
}
}
}
if ( queries.size() > 0 ) {
AnnotationDescriptor ad = new AnnotationDescriptor( NamedQueries.class );
ad.setValue( "value", queries.toArray( new NamedQuery[queries.size()] ) );
return AnnotationFactory.create( ad );
}
else {
return null;
}
}
private void addNamedQueryIfNeeded(NamedQuery annotation, List<NamedQuery> queries) {
if ( annotation != null ) {
String queryName = annotation.name();
boolean present = false;
for ( NamedQuery current : queries ) {
if ( current.name().equals( queryName ) ) {
present = true;
break;
}
}
if ( !present ) {
queries.add( annotation );
}
}
}
private NamedEntityGraphs getNamedEntityGraphs(Element tree, XMLContext.Default defaults) {
List<NamedEntityGraph> queries = buildNamedEntityGraph( tree, defaults );
if ( defaults.canUseJavaAnnotations() ) {
NamedEntityGraph annotation = getPhysicalAnnotation( NamedEntityGraph.class );
addNamedEntityGraphIfNeeded( annotation, queries );
NamedEntityGraphs annotations = getPhysicalAnnotation( NamedEntityGraphs.class );
if ( annotations != null ) {
for ( NamedEntityGraph current : annotations.value() ) {
addNamedEntityGraphIfNeeded( current, queries );
}
}
}
if ( queries.size() > 0 ) {
AnnotationDescriptor ad = new AnnotationDescriptor( NamedEntityGraphs.class );
ad.setValue( "value", queries.toArray( new NamedEntityGraph[queries.size()] ) );
return AnnotationFactory.create( ad );
}
else {
return null;
}
}
private void addNamedEntityGraphIfNeeded(NamedEntityGraph annotation, List<NamedEntityGraph> queries) {
if ( annotation != null ) {
String queryName = annotation.name();
boolean present = false;
for ( NamedEntityGraph current : queries ) {
if ( current.name().equals( queryName ) ) {
present = true;
break;
}
}
if ( !present ) {
queries.add( annotation );
}
}
}
private NamedStoredProcedureQueries getNamedStoredProcedureQueries(Element tree, XMLContext.Default defaults) {
List<NamedStoredProcedureQuery> queries = buildNamedStoreProcedureQueries( tree, defaults );
if ( defaults.canUseJavaAnnotations() ) {
NamedStoredProcedureQuery annotation = getPhysicalAnnotation( NamedStoredProcedureQuery.class );
addNamedStoredProcedureQueryIfNeeded( annotation, queries );
NamedStoredProcedureQueries annotations = getPhysicalAnnotation( NamedStoredProcedureQueries.class );
if ( annotations != null ) {
for ( NamedStoredProcedureQuery current : annotations.value() ) {
addNamedStoredProcedureQueryIfNeeded( current, queries );
}
}
}
if ( queries.size() > 0 ) {
AnnotationDescriptor ad = new AnnotationDescriptor( NamedStoredProcedureQueries.class );
ad.setValue( "value", queries.toArray( new NamedStoredProcedureQuery[queries.size()] ) );
return AnnotationFactory.create( ad );
}
else {
return null;
}
}
private void addNamedStoredProcedureQueryIfNeeded(NamedStoredProcedureQuery annotation, List<NamedStoredProcedureQuery> queries) {
if ( annotation != null ) {
String queryName = annotation.name();
boolean present = false;
for ( NamedStoredProcedureQuery current : queries ) {
if ( current.name().equals( queryName ) ) {
present = true;
break;
}
}
if ( !present ) {
queries.add( annotation );
}
}
}
private NamedNativeQueries getNamedNativeQueries(Element tree, XMLContext.Default defaults) {
List<NamedNativeQuery> queries = (List<NamedNativeQuery>) buildNamedQueries( tree, true, defaults );
if ( defaults.canUseJavaAnnotations() ) {
NamedNativeQuery annotation = getPhysicalAnnotation( NamedNativeQuery.class );
addNamedNativeQueryIfNeeded( annotation, queries );
NamedNativeQueries annotations = getPhysicalAnnotation( NamedNativeQueries.class );
if ( annotations != null ) {
for ( NamedNativeQuery current : annotations.value() ) {
addNamedNativeQueryIfNeeded( current, queries );
}
}
}
if ( queries.size() > 0 ) {
AnnotationDescriptor ad = new AnnotationDescriptor( NamedNativeQueries.class );
ad.setValue( "value", queries.toArray( new NamedNativeQuery[queries.size()] ) );
return AnnotationFactory.create( ad );
}
else {
return null;
}
}
private void addNamedNativeQueryIfNeeded(NamedNativeQuery annotation, List<NamedNativeQuery> queries) {
if ( annotation != null ) {
String queryName = annotation.name();
boolean present = false;
for ( NamedNativeQuery current : queries ) {
if ( current.name().equals( queryName ) ) {
present = true;
break;
}
}
if ( !present ) {
queries.add( annotation );
}
}
}
private static void buildQueryHints(List<Element> elements, AnnotationDescriptor ann){
List<QueryHint> queryHints = new ArrayList<QueryHint>( elements.size() );
for ( Element hint : elements ) {
AnnotationDescriptor hintDescriptor = new AnnotationDescriptor( QueryHint.class );
String value = hint.attributeValue( "name" );
if ( value == null ) {
throw new AnnotationException( "<hint> without name. " + SCHEMA_VALIDATION );
}
hintDescriptor.setValue( "name", value );
value = hint.attributeValue( "value" );
if ( value == null ) {
throw new AnnotationException( "<hint> without value. " + SCHEMA_VALIDATION );
}
hintDescriptor.setValue( "value", value );
queryHints.add( (QueryHint) AnnotationFactory.create( hintDescriptor ) );
}
ann.setValue( "hints", queryHints.toArray( new QueryHint[queryHints.size()] ) );
}
public static List buildNamedQueries(Element element, boolean isNative, XMLContext.Default defaults) {
if ( element == null ) {
return new ArrayList();
}
List namedQueryElementList = isNative ?
element.elements( "named-native-query" ) :
element.elements( "named-query" );
List namedQueries = new ArrayList();
Iterator it = namedQueryElementList.listIterator();
while ( it.hasNext() ) {
Element subelement = (Element) it.next();
AnnotationDescriptor ann = new AnnotationDescriptor(
isNative ? NamedNativeQuery.class : NamedQuery.class
);
copyStringAttribute( ann, subelement, "name", false );
Element queryElt = subelement.element( "query" );
if ( queryElt == null ) {
throw new AnnotationException( "No <query> element found." + SCHEMA_VALIDATION );
}
copyStringElement( queryElt, ann, "query" );
List<Element> elements = subelement.elements( "hint" );
buildQueryHints( elements, ann );
String clazzName = subelement.attributeValue( "result-class" );
if ( StringHelper.isNotEmpty( clazzName ) ) {
Class clazz;
try {
clazz = ReflectHelper.classForName(
XMLContext.buildSafeClassName( clazzName, defaults ),
JPAOverriddenAnnotationReader.class
);
}
catch ( ClassNotFoundException e ) {
throw new AnnotationException( "Unable to find entity-class: " + clazzName, e );
}
ann.setValue( "resultClass", clazz );
}
copyStringAttribute( ann, subelement, "result-set-mapping", false );
namedQueries.add( AnnotationFactory.create( ann ) );
}
return namedQueries;
}
private TableGenerator getTableGenerator(Element tree, XMLContext.Default defaults) {
Element element = tree != null ? tree.element( annotationToXml.get( TableGenerator.class ) ) : null;
if ( element != null ) {
return buildTableGeneratorAnnotation( element, defaults );
}
else if ( defaults.canUseJavaAnnotations() && isPhysicalAnnotationPresent( TableGenerator.class ) ) {
TableGenerator tableAnn = getPhysicalAnnotation( TableGenerator.class );
if ( StringHelper.isNotEmpty( defaults.getSchema() )
|| StringHelper.isNotEmpty( defaults.getCatalog() ) ) {
AnnotationDescriptor annotation = new AnnotationDescriptor( TableGenerator.class );
annotation.setValue( "name", tableAnn.name() );
annotation.setValue( "table", tableAnn.table() );
annotation.setValue( "catalog", tableAnn.table() );
if ( StringHelper.isEmpty( (String) annotation.valueOf( "catalog" ) )
&& StringHelper.isNotEmpty( defaults.getCatalog() ) ) {
annotation.setValue( "catalog", defaults.getCatalog() );
}
annotation.setValue( "schema", tableAnn.table() );
if ( StringHelper.isEmpty( (String) annotation.valueOf( "schema" ) )
&& StringHelper.isNotEmpty( defaults.getSchema() ) ) {
annotation.setValue( "catalog", defaults.getSchema() );
}
annotation.setValue( "pkColumnName", tableAnn.pkColumnName() );
annotation.setValue( "valueColumnName", tableAnn.valueColumnName() );
annotation.setValue( "pkColumnValue", tableAnn.pkColumnValue() );
annotation.setValue( "initialValue", tableAnn.initialValue() );
annotation.setValue( "allocationSize", tableAnn.allocationSize() );
annotation.setValue( "uniqueConstraints", tableAnn.uniqueConstraints() );
return AnnotationFactory.create( annotation );
}
else {
return tableAnn;
}
}
else {
return null;
}
}
public static TableGenerator buildTableGeneratorAnnotation(Element element, XMLContext.Default defaults) {
AnnotationDescriptor ad = new AnnotationDescriptor( TableGenerator.class );
copyStringAttribute( ad, element, "name", false );
copyStringAttribute( ad, element, "table", false );
copyStringAttribute( ad, element, "catalog", false );
copyStringAttribute( ad, element, "schema", false );
copyStringAttribute( ad, element, "pk-column-name", false );
copyStringAttribute( ad, element, "value-column-name", false );
copyStringAttribute( ad, element, "pk-column-value", false );
copyIntegerAttribute( ad, element, "initial-value" );
copyIntegerAttribute( ad, element, "allocation-size" );
buildUniqueConstraints( ad, element );
if ( StringHelper.isEmpty( (String) ad.valueOf( "schema" ) )
&& StringHelper.isNotEmpty( defaults.getSchema() ) ) {
ad.setValue( "schema", defaults.getSchema() );
}
if ( StringHelper.isEmpty( (String) ad.valueOf( "catalog" ) )
&& StringHelper.isNotEmpty( defaults.getCatalog() ) ) {
ad.setValue( "catalog", defaults.getCatalog() );
}
return AnnotationFactory.create( ad );
}
private SequenceGenerator getSequenceGenerator(Element tree, XMLContext.Default defaults) {
Element element = tree != null ? tree.element( annotationToXml.get( SequenceGenerator.class ) ) : null;
if ( element != null ) {
return buildSequenceGeneratorAnnotation( element );
}
else if ( defaults.canUseJavaAnnotations() ) {
return getPhysicalAnnotation( SequenceGenerator.class );
}
else {
return null;
}
}
public static SequenceGenerator buildSequenceGeneratorAnnotation(Element element) {
if ( element != null ) {
AnnotationDescriptor ad = new AnnotationDescriptor( SequenceGenerator.class );
copyStringAttribute( ad, element, "name", false );
copyStringAttribute( ad, element, "sequence-name", false );
copyIntegerAttribute( ad, element, "initial-value" );
copyIntegerAttribute( ad, element, "allocation-size" );
return AnnotationFactory.create( ad );
}
else {
return null;
}
}
private DiscriminatorColumn getDiscriminatorColumn(Element tree, XMLContext.Default defaults) {
Element element = tree != null ? tree.element( "discriminator-column" ) : null;
if ( element != null ) {
AnnotationDescriptor ad = new AnnotationDescriptor( DiscriminatorColumn.class );
copyStringAttribute( ad, element, "name", false );
copyStringAttribute( ad, element, "column-definition", false );
String value = element.attributeValue( "discriminator-type" );
DiscriminatorType type = DiscriminatorType.STRING;
if ( value != null ) {
if ( "STRING".equals( value ) ) {
type = DiscriminatorType.STRING;
}
else if ( "CHAR".equals( value ) ) {
type = DiscriminatorType.CHAR;
}
else if ( "INTEGER".equals( value ) ) {
type = DiscriminatorType.INTEGER;
}
else {
throw new AnnotationException(
"Unknown DiscrimiatorType in XML: " + value + " (" + SCHEMA_VALIDATION + ")"
);
}
}
ad.setValue( "discriminatorType", type );
copyIntegerAttribute( ad, element, "length" );
return AnnotationFactory.create( ad );
}
else if ( defaults.canUseJavaAnnotations() ) {
return getPhysicalAnnotation( DiscriminatorColumn.class );
}
else {
return null;
}
}
private DiscriminatorValue getDiscriminatorValue(Element tree, XMLContext.Default defaults) {
Element element = tree != null ? tree.element( "discriminator-value" ) : null;
if ( element != null ) {
AnnotationDescriptor ad = new AnnotationDescriptor( DiscriminatorValue.class );
copyStringElement( element, ad, "value" );
return AnnotationFactory.create( ad );
}
else if ( defaults.canUseJavaAnnotations() ) {
return getPhysicalAnnotation( DiscriminatorValue.class );
}
else {
return null;
}
}
private Inheritance getInheritance(Element tree, XMLContext.Default defaults) {
Element element = tree != null ? tree.element( "inheritance" ) : null;
if ( element != null ) {
AnnotationDescriptor ad = new AnnotationDescriptor( Inheritance.class );
Attribute attr = element.attribute( "strategy" );
InheritanceType strategy = InheritanceType.SINGLE_TABLE;
if ( attr != null ) {
String value = attr.getValue();
if ( "SINGLE_TABLE".equals( value ) ) {
strategy = InheritanceType.SINGLE_TABLE;
}
else if ( "JOINED".equals( value ) ) {
strategy = InheritanceType.JOINED;
}
else if ( "TABLE_PER_CLASS".equals( value ) ) {
strategy = InheritanceType.TABLE_PER_CLASS;
}
else {
throw new AnnotationException(
"Unknown InheritanceType in XML: " + value + " (" + SCHEMA_VALIDATION + ")"
);
}
}
ad.setValue( "strategy", strategy );
return AnnotationFactory.create( ad );
}
else if ( defaults.canUseJavaAnnotations() ) {
return getPhysicalAnnotation( Inheritance.class );
}
else {
return null;
}
}
private IdClass getIdClass(Element tree, XMLContext.Default defaults) {
Element element = tree == null ? null : tree.element( "id-class" );
if ( element != null ) {
Attribute attr = element.attribute( "class" );
if ( attr != null ) {
AnnotationDescriptor ad = new AnnotationDescriptor( IdClass.class );
Class clazz;
try {
clazz = ReflectHelper.classForName(
XMLContext.buildSafeClassName( attr.getValue(), defaults ),
this.getClass()
);
}
catch ( ClassNotFoundException e ) {
throw new AnnotationException( "Unable to find id-class: " + attr.getValue(), e );
}
ad.setValue( "value", clazz );
return AnnotationFactory.create( ad );
}
else {
throw new AnnotationException( "id-class without class. " + SCHEMA_VALIDATION );
}
}
else if ( defaults.canUseJavaAnnotations() ) {
return getPhysicalAnnotation( IdClass.class );
}
else {
return null;
}
}
/**
* @param mergeWithAnnotations Whether to use Java annotations for this
* element, if present and not disabled by the XMLContext defaults.
* In some contexts (such as an association mapping) merging with
* annotations is never allowed.
*/
private PrimaryKeyJoinColumns getPrimaryKeyJoinColumns(Element element, XMLContext.Default defaults, boolean mergeWithAnnotations) {
PrimaryKeyJoinColumn[] columns = buildPrimaryKeyJoinColumns( element );
if ( mergeWithAnnotations ) {
if ( columns.length == 0 && defaults.canUseJavaAnnotations() ) {
PrimaryKeyJoinColumn annotation = getPhysicalAnnotation( PrimaryKeyJoinColumn.class );
if ( annotation != null ) {
columns = new PrimaryKeyJoinColumn[] { annotation };
}
else {
PrimaryKeyJoinColumns annotations = getPhysicalAnnotation( PrimaryKeyJoinColumns.class );
columns = annotations != null ? annotations.value() : columns;
}
}
}
if ( columns.length > 0 ) {
AnnotationDescriptor ad = new AnnotationDescriptor( PrimaryKeyJoinColumns.class );
ad.setValue( "value", columns );
return AnnotationFactory.create( ad );
}
else {
return null;
}
}
private Entity getEntity(Element tree, XMLContext.Default defaults) {
if ( tree == null ) {
return defaults.canUseJavaAnnotations() ? getPhysicalAnnotation( Entity.class ) : null;
}
else {
if ( "entity".equals( tree.getName() ) ) {
AnnotationDescriptor entity = new AnnotationDescriptor( Entity.class );
copyStringAttribute( entity, tree, "name", false );
if ( defaults.canUseJavaAnnotations()
&& StringHelper.isEmpty( (String) entity.valueOf( "name" ) ) ) {
Entity javaAnn = getPhysicalAnnotation( Entity.class );
if ( javaAnn != null ) {
entity.setValue( "name", javaAnn.name() );
}
}
return AnnotationFactory.create( entity );
}
else {
return null; //this is not an entity
}
}
}
private MappedSuperclass getMappedSuperclass(Element tree, XMLContext.Default defaults) {
if ( tree == null ) {
return defaults.canUseJavaAnnotations() ? getPhysicalAnnotation( MappedSuperclass.class ) : null;
}
else {
if ( "mapped-superclass".equals( tree.getName() ) ) {
AnnotationDescriptor entity = new AnnotationDescriptor( MappedSuperclass.class );
return AnnotationFactory.create( entity );
}
else {
return null; //this is not an entity
}
}
}
private Embeddable getEmbeddable(Element tree, XMLContext.Default defaults) {
if ( tree == null ) {
return defaults.canUseJavaAnnotations() ? getPhysicalAnnotation( Embeddable.class ) : null;
}
else {
if ( "embeddable".equals( tree.getName() ) ) {
AnnotationDescriptor entity = new AnnotationDescriptor( Embeddable.class );
return AnnotationFactory.create( entity );
}
else {
return null; //this is not an entity
}
}
}
private Table getTable(Element tree, XMLContext.Default defaults) {
Element subelement = tree == null ? null : tree.element( "table" );
if ( subelement == null ) {
//no element but might have some default or some annotation
if ( StringHelper.isNotEmpty( defaults.getCatalog() )
|| StringHelper.isNotEmpty( defaults.getSchema() ) ) {
AnnotationDescriptor annotation = new AnnotationDescriptor( Table.class );
if ( defaults.canUseJavaAnnotations() ) {
Table table = getPhysicalAnnotation( Table.class );
if ( table != null ) {
annotation.setValue( "name", table.name() );
annotation.setValue( "schema", table.schema() );
annotation.setValue( "catalog", table.catalog() );
annotation.setValue( "uniqueConstraints", table.uniqueConstraints() );
annotation.setValue( "indexes", table.indexes() );
}
}
if ( StringHelper.isEmpty( (String) annotation.valueOf( "schema" ) )
&& StringHelper.isNotEmpty( defaults.getSchema() ) ) {
annotation.setValue( "schema", defaults.getSchema() );
}
if ( StringHelper.isEmpty( (String) annotation.valueOf( "catalog" ) )
&& StringHelper.isNotEmpty( defaults.getCatalog() ) ) {
annotation.setValue( "catalog", defaults.getCatalog() );
}
return AnnotationFactory.create( annotation );
}
else if ( defaults.canUseJavaAnnotations() ) {
return getPhysicalAnnotation( Table.class );
}
else {
return null;
}
}
else {
//ignore java annotation, an element is defined
AnnotationDescriptor annotation = new AnnotationDescriptor( Table.class );
copyStringAttribute( annotation, subelement, "name", false );
copyStringAttribute( annotation, subelement, "catalog", false );
if ( StringHelper.isNotEmpty( defaults.getCatalog() )
&& StringHelper.isEmpty( (String) annotation.valueOf( "catalog" ) ) ) {
annotation.setValue( "catalog", defaults.getCatalog() );
}
copyStringAttribute( annotation, subelement, "schema", false );
if ( StringHelper.isNotEmpty( defaults.getSchema() )
&& StringHelper.isEmpty( (String) annotation.valueOf( "schema" ) ) ) {
annotation.setValue( "schema", defaults.getSchema() );
}
buildUniqueConstraints( annotation, subelement );
buildIndex( annotation, subelement );
return AnnotationFactory.create( annotation );
}
}
private SecondaryTables getSecondaryTables(Element tree, XMLContext.Default defaults) {
List<Element> elements = tree == null ?
new ArrayList<Element>() :
(List<Element>) tree.elements( "secondary-table" );
List<SecondaryTable> secondaryTables = new ArrayList<SecondaryTable>( 3 );
for ( Element element : elements ) {
AnnotationDescriptor annotation = new AnnotationDescriptor( SecondaryTable.class );
copyStringAttribute( annotation, element, "name", false );
copyStringAttribute( annotation, element, "catalog", false );
if ( StringHelper.isNotEmpty( defaults.getCatalog() )
&& StringHelper.isEmpty( (String) annotation.valueOf( "catalog" ) ) ) {
annotation.setValue( "catalog", defaults.getCatalog() );
}
copyStringAttribute( annotation, element, "schema", false );
if ( StringHelper.isNotEmpty( defaults.getSchema() )
&& StringHelper.isEmpty( (String) annotation.valueOf( "schema" ) ) ) {
annotation.setValue( "schema", defaults.getSchema() );
}
buildUniqueConstraints( annotation, element );
buildIndex( annotation, element );
annotation.setValue( "pkJoinColumns", buildPrimaryKeyJoinColumns( element ) );
secondaryTables.add( (SecondaryTable) AnnotationFactory.create( annotation ) );
}
/*
* You can't have both secondary table in XML and Java,
* since there would be no way to "remove" a secondary table
*/
if ( secondaryTables.size() == 0 && defaults.canUseJavaAnnotations() ) {
SecondaryTable secTableAnn = getPhysicalAnnotation( SecondaryTable.class );
overridesDefaultInSecondaryTable( secTableAnn, defaults, secondaryTables );
SecondaryTables secTablesAnn = getPhysicalAnnotation( SecondaryTables.class );
if ( secTablesAnn != null ) {
for ( SecondaryTable table : secTablesAnn.value() ) {
overridesDefaultInSecondaryTable( table, defaults, secondaryTables );
}
}
}
if ( secondaryTables.size() > 0 ) {
AnnotationDescriptor descriptor = new AnnotationDescriptor( SecondaryTables.class );
descriptor.setValue( "value", secondaryTables.toArray( new SecondaryTable[secondaryTables.size()] ) );
return AnnotationFactory.create( descriptor );
}
else {
return null;
}
}
private void overridesDefaultInSecondaryTable(
SecondaryTable secTableAnn, XMLContext.Default defaults, List<SecondaryTable> secondaryTables
) {
if ( secTableAnn != null ) {
//handle default values
if ( StringHelper.isNotEmpty( defaults.getCatalog() )
|| StringHelper.isNotEmpty( defaults.getSchema() ) ) {
AnnotationDescriptor annotation = new AnnotationDescriptor( SecondaryTable.class );
annotation.setValue( "name", secTableAnn.name() );
annotation.setValue( "schema", secTableAnn.schema() );
annotation.setValue( "catalog", secTableAnn.catalog() );
annotation.setValue( "uniqueConstraints", secTableAnn.uniqueConstraints() );
annotation.setValue( "pkJoinColumns", secTableAnn.pkJoinColumns() );
if ( StringHelper.isEmpty( (String) annotation.valueOf( "schema" ) )
&& StringHelper.isNotEmpty( defaults.getSchema() ) ) {
annotation.setValue( "schema", defaults.getSchema() );
}
if ( StringHelper.isEmpty( (String) annotation.valueOf( "catalog" ) )
&& StringHelper.isNotEmpty( defaults.getCatalog() ) ) {
annotation.setValue( "catalog", defaults.getCatalog() );
}
secondaryTables.add( (SecondaryTable) AnnotationFactory.create( annotation ) );
}
else {
secondaryTables.add( secTableAnn );
}
}
}
private static void buildIndex(AnnotationDescriptor annotation, Element element){
List indexElementList = element.elements( "index" );
Index[] indexes = new Index[indexElementList.size()];
for(int i=0;i<indexElementList.size();i++){
Element subelement = (Element)indexElementList.get( i );
AnnotationDescriptor indexAnn = new AnnotationDescriptor( Index.class );
copyStringAttribute( indexAnn, subelement, "name", false );
copyStringAttribute( indexAnn, subelement, "column-list", true );
copyBooleanAttribute( indexAnn, subelement, "unique" );
indexes[i] = AnnotationFactory.create( indexAnn );
}
annotation.setValue( "indexes", indexes );
}
private static void buildUniqueConstraints(AnnotationDescriptor annotation, Element element) {
List uniqueConstraintElementList = element.elements( "unique-constraint" );
UniqueConstraint[] uniqueConstraints = new UniqueConstraint[uniqueConstraintElementList.size()];
int ucIndex = 0;
Iterator ucIt = uniqueConstraintElementList.listIterator();
while ( ucIt.hasNext() ) {
Element subelement = (Element) ucIt.next();
List<Element> columnNamesElements = subelement.elements( "column-name" );
String[] columnNames = new String[columnNamesElements.size()];
int columnNameIndex = 0;
Iterator it = columnNamesElements.listIterator();
while ( it.hasNext() ) {
Element columnNameElt = (Element) it.next();
columnNames[columnNameIndex++] = columnNameElt.getTextTrim();
}
AnnotationDescriptor ucAnn = new AnnotationDescriptor( UniqueConstraint.class );
copyStringAttribute( ucAnn, subelement, "name", false );
ucAnn.setValue( "columnNames", columnNames );
uniqueConstraints[ucIndex++] = AnnotationFactory.create( ucAnn );
}
annotation.setValue( "uniqueConstraints", uniqueConstraints );
}
private PrimaryKeyJoinColumn[] buildPrimaryKeyJoinColumns(Element element) {
if ( element == null ) {
return new PrimaryKeyJoinColumn[] { };
}
List pkJoinColumnElementList = element.elements( "primary-key-join-column" );
PrimaryKeyJoinColumn[] pkJoinColumns = new PrimaryKeyJoinColumn[pkJoinColumnElementList.size()];
int index = 0;
Iterator pkIt = pkJoinColumnElementList.listIterator();
while ( pkIt.hasNext() ) {
Element subelement = (Element) pkIt.next();
AnnotationDescriptor pkAnn = new AnnotationDescriptor( PrimaryKeyJoinColumn.class );
copyStringAttribute( pkAnn, subelement, "name", false );
copyStringAttribute( pkAnn, subelement, "referenced-column-name", false );
copyStringAttribute( pkAnn, subelement, "column-definition", false );
pkJoinColumns[index++] = AnnotationFactory.create( pkAnn );
}
return pkJoinColumns;
}
private static void copyStringAttribute(
AnnotationDescriptor annotation, Element element, String attributeName, boolean mandatory
) {
String attribute = element.attributeValue( attributeName );
if ( attribute != null ) {
String annotationAttributeName = getJavaAttributeNameFromXMLOne( attributeName );
annotation.setValue( annotationAttributeName, attribute );
}
else {
if ( mandatory ) {
throw new AnnotationException(
element.getName() + "." + attributeName + " is mandatory in XML overriding. " + SCHEMA_VALIDATION
);
}
}
}
private static void copyIntegerAttribute(AnnotationDescriptor annotation, Element element, String attributeName) {
String attribute = element.attributeValue( attributeName );
if ( attribute != null ) {
String annotationAttributeName = getJavaAttributeNameFromXMLOne( attributeName );
annotation.setValue( annotationAttributeName, attribute );
try {
int length = Integer.parseInt( attribute );
annotation.setValue( annotationAttributeName, length );
}
catch ( NumberFormatException e ) {
throw new AnnotationException(
element.getPath() + attributeName + " not parseable: " + attribute + " (" + SCHEMA_VALIDATION + ")"
);
}
}
}
private static String getJavaAttributeNameFromXMLOne(String attributeName) {
StringBuilder annotationAttributeName = new StringBuilder( attributeName );
int index = annotationAttributeName.indexOf( WORD_SEPARATOR );
while ( index != -1 ) {
annotationAttributeName.deleteCharAt( index );
annotationAttributeName.setCharAt(
index, Character.toUpperCase( annotationAttributeName.charAt( index ) )
);
index = annotationAttributeName.indexOf( WORD_SEPARATOR );
}
return annotationAttributeName.toString();
}
private static void copyStringElement(Element element, AnnotationDescriptor ad, String annotationAttribute) {
String discr = element.getTextTrim();
ad.setValue( annotationAttribute, discr );
}
private static void copyBooleanAttribute(AnnotationDescriptor descriptor, Element element, String attribute) {
String attributeValue = element.attributeValue( attribute );
if ( StringHelper.isNotEmpty( attributeValue ) ) {
String javaAttribute = getJavaAttributeNameFromXMLOne( attribute );
descriptor.setValue( javaAttribute, Boolean.parseBoolean( attributeValue ) );
}
}
private <T extends Annotation> T getPhysicalAnnotation(Class<T> annotationType) {
return element.getAnnotation( annotationType );
}
private <T extends Annotation> boolean isPhysicalAnnotationPresent(Class<T> annotationType) {
return element.isAnnotationPresent( annotationType );
}
private Annotation[] getPhysicalAnnotations() {
return element.getAnnotations();
}
}