com.sun.xml.internal.bind.v2.runtime.JAXBContextImpl Java Examples

/**
 * Checks if element is nillable and represented by abstract class.
 */
private boolean isNillableAbstract(BeanT bean, JAXBContextImpl context, Object value, Class valueTypeClass) {
    if (!nillable) // check if element is nillable
        return false;
    if (valueTypeClass != Object.class) // required type wasn't recognized
        return false;
    if (bean.getClass() != JAXBElement.class) // is JAXBElement
        return false;
    JAXBElement jaxbElement = (JAXBElement) bean;
    Class valueClass = value.getClass();
    Class declaredTypeClass = jaxbElement.getDeclaredType();
    if (declaredTypeClass.equals(valueClass)) // JAXBElement<class> is different from unadapted class)
        return false;
    if (!declaredTypeClass.isAssignableFrom(valueClass)) // and is subclass from it
        return false;
    if (!Modifier.isAbstract(declaredTypeClass.getModifiers())) // declared class is abstract
        return false;
    return acc.isAbstractable(declaredTypeClass); // and is not builtin type
}
 

/**
 * Checks if element is nillable and represented by abstract class.
 */
private boolean isNillableAbstract(BeanT bean, JAXBContextImpl context, Object value, Class valueTypeClass) {
    if (!nillable) // check if element is nillable
        return false;
    if (valueTypeClass != Object.class) // required type wasn't recognized
        return false;
    if (bean.getClass() != JAXBElement.class) // is JAXBElement
        return false;
    JAXBElement jaxbElement = (JAXBElement) bean;
    Class valueClass = value.getClass();
    Class declaredTypeClass = jaxbElement.getDeclaredType();
    if (declaredTypeClass.equals(valueClass)) // JAXBElement<class> is different from unadapted class)
        return false;
    if (!declaredTypeClass.isAssignableFrom(valueClass)) // and is subclass from it
        return false;
    if (!Modifier.isAbstract(declaredTypeClass.getModifiers())) // declared class is abstract
        return false;
    return acc.isAbstractable(declaredTypeClass); // and is not builtin type
}
 

/**
 *
 * @param classes
 * @param typeRefs
 * @param subclassReplacements
 * @param defaultNsUri
 * @param c14nSupport
 * @param ar
 * @param xmlAccessorFactorySupport
 * @param allNillable
 * @param retainPropertyInfo
 * @param improvedXsiTypeHandling
 * @return
 * @throws JAXBException
 * @deprecated use createContext( Class[] classes, Map<String,Object> properties) method instead
 */
@Deprecated
public static JAXBRIContext createContext( Class[] classes,
        Collection<TypeReference> typeRefs, Map<Class,Class> subclassReplacements,
        String defaultNsUri, boolean c14nSupport, RuntimeAnnotationReader ar,
        boolean xmlAccessorFactorySupport, boolean allNillable, boolean retainPropertyInfo, boolean improvedXsiTypeHandling) throws JAXBException {

    JAXBContextImpl.JAXBContextBuilder builder = new JAXBContextImpl.JAXBContextBuilder();
    builder.setClasses(classes);
    builder.setTypeRefs(typeRefs);
    builder.setSubclassReplacements(subclassReplacements);
    builder.setDefaultNsUri(defaultNsUri);
    builder.setC14NSupport(c14nSupport);
    builder.setAnnotationReader(ar);
    builder.setXmlAccessorFactorySupport(xmlAccessorFactorySupport);
    builder.setAllNillable(allNillable);
    builder.setRetainPropertyInfo(retainPropertyInfo);
    builder.setImprovedXsiTypeHandling(improvedXsiTypeHandling);
    return builder.build();
}
 

/**
 *
 * @param classes
 * @param typeRefs
 * @param subclassReplacements
 * @param defaultNsUri
 * @param c14nSupport
 * @param ar
 * @param xmlAccessorFactorySupport
 * @param allNillable
 * @param retainPropertyInfo
 * @param improvedXsiTypeHandling
 * @return
 * @throws JAXBException
 * @deprecated use createContext( Class[] classes, Map<String,Object> properties) method instead
 */
@Deprecated
public static JAXBRIContext createContext( Class[] classes,
        Collection<TypeReference> typeRefs, Map<Class,Class> subclassReplacements,
        String defaultNsUri, boolean c14nSupport, RuntimeAnnotationReader ar,
        boolean xmlAccessorFactorySupport, boolean allNillable, boolean retainPropertyInfo, boolean improvedXsiTypeHandling) throws JAXBException {

    JAXBContextImpl.JAXBContextBuilder builder = new JAXBContextImpl.JAXBContextBuilder();
    builder.setClasses(classes);
    builder.setTypeRefs(typeRefs);
    builder.setSubclassReplacements(subclassReplacements);
    builder.setDefaultNsUri(defaultNsUri);
    builder.setC14NSupport(c14nSupport);
    builder.setAnnotationReader(ar);
    builder.setXmlAccessorFactorySupport(xmlAccessorFactorySupport);
    builder.setAllNillable(allNillable);
    builder.setRetainPropertyInfo(retainPropertyInfo);
    builder.setImprovedXsiTypeHandling(improvedXsiTypeHandling);
    return builder.build();
}
 

public ArrayReferenceNodeProperty(JAXBContextImpl p, RuntimeReferencePropertyInfo prop) {
    super(p, prop, prop.getXmlName(), prop.isCollectionNillable());

    for (RuntimeElement e : prop.getElements()) {
        JaxBeanInfo bi = p.getOrCreate(e);
        expectedElements.put( e.getElementName().getNamespaceURI(),e.getElementName().getLocalPart(), bi );
    }

    isMixed = prop.isMixed();

    if(prop.getWildcard()!=null) {
        domHandler = (DomHandler) ClassFactory.create(prop.getDOMHandler());
        wcMode = prop.getWildcard();
    } else {
        domHandler = null;
        wcMode = null;
    }
}
 

public ArrayReferenceNodeProperty(JAXBContextImpl p, RuntimeReferencePropertyInfo prop) {
    super(p, prop, prop.getXmlName(), prop.isCollectionNillable());

    for (RuntimeElement e : prop.getElements()) {
        JaxBeanInfo bi = p.getOrCreate(e);
        expectedElements.put( e.getElementName().getNamespaceURI(),e.getElementName().getLocalPart(), bi );
    }

    isMixed = prop.isMixed();

    if(prop.getWildcard()!=null) {
        domHandler = (DomHandler) ClassFactory.create(prop.getDOMHandler());
        wcMode = prop.getWildcard();
    } else {
        domHandler = null;
        wcMode = null;
    }
}
 

public SingleMapNodeProperty(JAXBContextImpl context, RuntimeMapPropertyInfo prop) {
    super(context, prop);
    acc = prop.getAccessor().optimize(context);
    this.tagName = context.nameBuilder.createElementName(prop.getXmlName());
    this.entryTag = context.nameBuilder.createElementName("","entry");
    this.keyTag = context.nameBuilder.createElementName("","key");
    this.valueTag = context.nameBuilder.createElementName("","value");
    this.nillable = prop.isCollectionNillable();
    this.keyBeanInfo = context.getOrCreate(prop.getKeyType());
    this.valueBeanInfo = context.getOrCreate(prop.getValueType());

    // infer the implementation class
    //noinspection unchecked
    Class<ValueT> sig = (Class<ValueT>) Utils.REFLECTION_NAVIGATOR.erasure(prop.getRawType());
    mapImplClass = ClassFactory.inferImplClass(sig,knownImplClasses);
    // TODO: error check for mapImplClass==null
    // what is the error reporting path for this part of the code?
}
 

protected ArrayElementProperty(JAXBContextImpl grammar, RuntimeElementPropertyInfo prop) {
    super(grammar, prop, prop.getXmlName(), prop.isCollectionNillable());
    this.prop = prop;

    List<? extends RuntimeTypeRef> types = prop.getTypes();

    Name n = null;

    for (RuntimeTypeRef typeRef : types) {
        Class type = (Class)typeRef.getTarget().getType();
        if(type.isPrimitive())
            type = RuntimeUtil.primitiveToBox.get(type);

        JaxBeanInfo beanInfo = grammar.getOrCreate(typeRef.getTarget());
        TagAndType tt = new TagAndType(
                            grammar.nameBuilder.createElementName(typeRef.getTagName()),
                            beanInfo);
        typeMap.put(type,tt);
        refs.put(typeRef,beanInfo);
        if(typeRef.isNillable() && n==null)
            n = tt.tagName;
    }

    nillableTagName = n;
}
 

/**
 * Checks if element is nillable and represented by abstract class.
 */
private boolean isNillableAbstract(BeanT bean, JAXBContextImpl context, Object value, Class valueTypeClass) {
    if (!nillable) // check if element is nillable
        return false;
    if (valueTypeClass != Object.class) // required type wasn't recognized
        return false;
    if (bean.getClass() != JAXBElement.class) // is JAXBElement
        return false;
    JAXBElement jaxbElement = (JAXBElement) bean;
    Class valueClass = value.getClass();
    Class declaredTypeClass = jaxbElement.getDeclaredType();
    if (declaredTypeClass.equals(valueClass)) // JAXBElement<class> is different from unadapted class)
        return false;
    if (!declaredTypeClass.isAssignableFrom(valueClass)) // and is subclass from it
        return false;
    if (!Modifier.isAbstract(declaredTypeClass.getModifiers())) // declared class is abstract
        return false;
    return acc.isAbstractable(declaredTypeClass); // and is not builtin type
}
 

/**
 * Gets the {@link TransducedAccessor} appropriately configured for
 * the given property.
 *
 * <p>
 * This allows the implementation to use an optimized code.
 */
public static <T> TransducedAccessor<T> get(JAXBContextImpl context, RuntimeNonElementRef ref) {
    Transducer xducer = RuntimeModelBuilder.createTransducer(ref);
    RuntimePropertyInfo prop = ref.getSource();

    if(prop.isCollection()) {
        return new ListTransducedAccessorImpl(xducer,prop.getAccessor(),
                Lister.create(Utils.REFLECTION_NAVIGATOR.erasure(prop.getRawType()), prop.id(), prop.getAdapter()));
    }

    if(prop.id()==ID.IDREF)
        return new IDREFTransducedAccessorImpl(prop.getAccessor());

    if(xducer.isDefault() && context != null && !context.fastBoot) {
        TransducedAccessor xa = OptimizedTransducedAccessorFactory.get(prop);
        if(xa!=null)    return xa;
    }

    if(xducer.useNamespace())
        return new CompositeContextDependentTransducedAccessorImpl( context, xducer, prop.getAccessor() );
    else
        return new CompositeTransducedAccessorImpl( context, xducer, prop.getAccessor() );
}
 

public State( UnmarshallingContext context ) throws SAXException {
    handler = JAXBContextImpl.createTransformerHandler(context.getJAXBContext().disableSecurityProcessing);
    result = dom.createUnmarshaller(context);

    handler.setResult(result);

    // emulate the start of documents
    try {
        handler.setDocumentLocator(context.getLocator());
        handler.startDocument();
        declarePrefixes( context, context.getAllDeclaredPrefixes() );
    } catch( SAXException e ) {
        context.handleError(e);
        throw e;
    }
}
 

public State( UnmarshallingContext context ) throws SAXException {
    handler = JAXBContextImpl.createTransformerHandler(context.getJAXBContext().disableSecurityProcessing);
    result = dom.createUnmarshaller(context);

    handler.setResult(result);

    // emulate the start of documents
    try {
        handler.setDocumentLocator(context.getLocator());
        handler.startDocument();
        declarePrefixes( context, context.getAllDeclaredPrefixes() );
    } catch( SAXException e ) {
        context.handleError(e);
        throw e;
    }
}
 

public SingleReferenceNodeProperty(JAXBContextImpl context, RuntimeReferencePropertyInfo prop) {
    super(context,prop);
    acc = prop.getAccessor().optimize(context);

    for (RuntimeElement e : prop.getElements()) {
        expectedElements.put( e.getElementName(), context.getOrCreate(e) );
    }

    if(prop.getWildcard()!=null) {
        domHandler = (DomHandler) ClassFactory.create(prop.getDOMHandler());
        wcMode = prop.getWildcard();
    } else {
        domHandler = null;
        wcMode = null;
    }
}
 

/**
 *
 * @param classes
 * @param typeRefs
 * @param subclassReplacements
 * @param defaultNsUri
 * @param c14nSupport
 * @param ar
 * @param xmlAccessorFactorySupport
 * @param allNillable
 * @param retainPropertyInfo
 * @param improvedXsiTypeHandling
 * @return
 * @throws JAXBException
 * @deprecated use createContext( Class[] classes, Map<String,Object> properties) method instead
 */
@Deprecated
public static JAXBRIContext createContext( Class[] classes,
        Collection<TypeReference> typeRefs, Map<Class,Class> subclassReplacements,
        String defaultNsUri, boolean c14nSupport, RuntimeAnnotationReader ar,
        boolean xmlAccessorFactorySupport, boolean allNillable, boolean retainPropertyInfo, boolean improvedXsiTypeHandling) throws JAXBException {

    JAXBContextImpl.JAXBContextBuilder builder = new JAXBContextImpl.JAXBContextBuilder();
    builder.setClasses(classes);
    builder.setTypeRefs(typeRefs);
    builder.setSubclassReplacements(subclassReplacements);
    builder.setDefaultNsUri(defaultNsUri);
    builder.setC14NSupport(c14nSupport);
    builder.setAnnotationReader(ar);
    builder.setXmlAccessorFactorySupport(xmlAccessorFactorySupport);
    builder.setAllNillable(allNillable);
    builder.setRetainPropertyInfo(retainPropertyInfo);
    builder.setImprovedXsiTypeHandling(improvedXsiTypeHandling);
    return builder.build();
}
 

public SingleMapNodeProperty(JAXBContextImpl context, RuntimeMapPropertyInfo prop) {
    super(context, prop);
    acc = prop.getAccessor().optimize(context);
    this.tagName = context.nameBuilder.createElementName(prop.getXmlName());
    this.entryTag = context.nameBuilder.createElementName("","entry");
    this.keyTag = context.nameBuilder.createElementName("","key");
    this.valueTag = context.nameBuilder.createElementName("","value");
    this.nillable = prop.isCollectionNillable();
    this.keyBeanInfo = context.getOrCreate(prop.getKeyType());
    this.valueBeanInfo = context.getOrCreate(prop.getValueType());

    // infer the implementation class
    //noinspection unchecked
    Class<ValueT> sig = (Class<ValueT>) Utils.REFLECTION_NAVIGATOR.erasure(prop.getRawType());
    mapImplClass = ClassFactory.inferImplClass(sig,knownImplClasses);
    // TODO: error check for mapImplClass==null
    // what is the error reporting path for this part of the code?
}
 

/**
 *
 * @param classes
 * @param typeRefs
 * @param subclassReplacements
 * @param defaultNsUri
 * @param c14nSupport
 * @param ar
 * @param xmlAccessorFactorySupport
 * @param allNillable
 * @param retainPropertyInfo
 * @param improvedXsiTypeHandling
 * @return
 * @throws JAXBException
 * @deprecated use {@code createContext( Class[] classes, Map<String,Object> properties)} method instead
 */
@Deprecated
public static JAXBRIContext createContext( Class[] classes,
        Collection<TypeReference> typeRefs, Map<Class,Class> subclassReplacements,
        String defaultNsUri, boolean c14nSupport, RuntimeAnnotationReader ar,
        boolean xmlAccessorFactorySupport, boolean allNillable, boolean retainPropertyInfo, boolean improvedXsiTypeHandling) throws JAXBException {

    JAXBContextImpl.JAXBContextBuilder builder = new JAXBContextImpl.JAXBContextBuilder();
    builder.setClasses(classes);
    builder.setTypeRefs(typeRefs);
    builder.setSubclassReplacements(subclassReplacements);
    builder.setDefaultNsUri(defaultNsUri);
    builder.setC14NSupport(c14nSupport);
    builder.setAnnotationReader(ar);
    builder.setXmlAccessorFactorySupport(xmlAccessorFactorySupport);
    builder.setAllNillable(allNillable);
    builder.setRetainPropertyInfo(retainPropertyInfo);
    builder.setImprovedXsiTypeHandling(improvedXsiTypeHandling);
    return builder.build();
}
 

/**
 * Gets the {@link TransducedAccessor} appropriately configured for
 * the given property.
 *
 * <p>
 * This allows the implementation to use an optimized code.
 */
public static <T> TransducedAccessor<T> get(JAXBContextImpl context, RuntimeNonElementRef ref) {
    Transducer xducer = RuntimeModelBuilder.createTransducer(ref);
    RuntimePropertyInfo prop = ref.getSource();

    if(prop.isCollection()) {
        return new ListTransducedAccessorImpl(xducer,prop.getAccessor(),
                Lister.create(Utils.REFLECTION_NAVIGATOR.erasure(prop.getRawType()), prop.id(), prop.getAdapter()));
    }

    if(prop.id()==ID.IDREF)
        return new IDREFTransducedAccessorImpl(prop.getAccessor());

    if(xducer.isDefault() && context != null && !context.fastBoot) {
        TransducedAccessor xa = OptimizedTransducedAccessorFactory.get(prop);
        if(xa!=null)    return xa;
    }

    if(xducer.useNamespace())
        return new CompositeContextDependentTransducedAccessorImpl( context, xducer, prop.getAccessor() );
    else
        return new CompositeTransducedAccessorImpl( context, xducer, prop.getAccessor() );
}
 

public SingleElementNodeProperty(JAXBContextImpl context, RuntimeElementPropertyInfo prop) {
    super(context,prop);
    acc = prop.getAccessor().optimize(context);
    this.prop = prop;

    QName nt = null;
    boolean nil = false;

    acceptedElements = new QName[prop.getTypes().size()];
    for( int i=0; i<acceptedElements.length; i++ )
        acceptedElements[i] = prop.getTypes().get(i).getTagName();

    for (RuntimeTypeRef e : prop.getTypes()) {
        JaxBeanInfo beanInfo = context.getOrCreate(e.getTarget());
        if(nt==null)    nt = e.getTagName();
        typeNames.put( beanInfo.jaxbType, new TagAndType(
            context.nameBuilder.createElementName(e.getTagName()),beanInfo) );
        nil |= e.isNillable();
    }

    nullTagName = context.nameBuilder.createElementName(nt);

    nillable = nil;
}
 

public ArrayReferenceNodeProperty(JAXBContextImpl p, RuntimeReferencePropertyInfo prop) {
    super(p, prop, prop.getXmlName(), prop.isCollectionNillable());

    for (RuntimeElement e : prop.getElements()) {
        JaxBeanInfo bi = p.getOrCreate(e);
        expectedElements.put( e.getElementName().getNamespaceURI(),e.getElementName().getLocalPart(), bi );
    }

    isMixed = prop.isMixed();

    if(prop.getWildcard()!=null) {
        domHandler = (DomHandler) ClassFactory.create(prop.getDOMHandler());
        wcMode = prop.getWildcard();
    } else {
        domHandler = null;
        wcMode = null;
    }
}
 

public SingleMapNodeProperty(JAXBContextImpl context, RuntimeMapPropertyInfo prop) {
    super(context, prop);
    acc = prop.getAccessor().optimize(context);
    this.tagName = context.nameBuilder.createElementName(prop.getXmlName());
    this.entryTag = context.nameBuilder.createElementName("","entry");
    this.keyTag = context.nameBuilder.createElementName("","key");
    this.valueTag = context.nameBuilder.createElementName("","value");
    this.nillable = prop.isCollectionNillable();
    this.keyBeanInfo = context.getOrCreate(prop.getKeyType());
    this.valueBeanInfo = context.getOrCreate(prop.getValueType());

    // infer the implementation class
    //noinspection unchecked
    Class<ValueT> sig = (Class<ValueT>) Utils.REFLECTION_NAVIGATOR.erasure(prop.getRawType());
    mapImplClass = ClassFactory.inferImplClass(sig,knownImplClasses);
    // TODO: error check for mapImplClass==null
    // what is the error reporting path for this part of the code?
}
 

public SingleMapNodeProperty(JAXBContextImpl context, RuntimeMapPropertyInfo prop) {
    super(context, prop);
    acc = prop.getAccessor().optimize(context);
    this.tagName = context.nameBuilder.createElementName(prop.getXmlName());
    this.entryTag = context.nameBuilder.createElementName("","entry");
    this.keyTag = context.nameBuilder.createElementName("","key");
    this.valueTag = context.nameBuilder.createElementName("","value");
    this.nillable = prop.isCollectionNillable();
    this.keyBeanInfo = context.getOrCreate(prop.getKeyType());
    this.valueBeanInfo = context.getOrCreate(prop.getValueType());

    // infer the implementation class
    //noinspection unchecked
    Class<ValueT> sig = (Class<ValueT>) Utils.REFLECTION_NAVIGATOR.erasure(prop.getRawType());
    mapImplClass = ClassFactory.inferImplClass(sig,knownImplClasses);
    // TODO: error check for mapImplClass==null
    // what is the error reporting path for this part of the code?
}
 

public SingleElementNodeProperty(JAXBContextImpl context, RuntimeElementPropertyInfo prop) {
    super(context,prop);
    acc = prop.getAccessor().optimize(context);
    this.prop = prop;

    QName nt = null;
    boolean nil = false;

    acceptedElements = new QName[prop.getTypes().size()];
    for( int i=0; i<acceptedElements.length; i++ )
        acceptedElements[i] = prop.getTypes().get(i).getTagName();

    for (RuntimeTypeRef e : prop.getTypes()) {
        JaxBeanInfo beanInfo = context.getOrCreate(e.getTarget());
        if(nt==null)    nt = e.getTagName();
        typeNames.put( beanInfo.jaxbType, new TagAndType(
            context.nameBuilder.createElementName(e.getTagName()),beanInfo) );
        nil |= e.isNillable();
    }

    nullTagName = context.nameBuilder.createElementName(nt);

    nillable = nil;
}
 

/**
 * Completes the initialization.
 *
 * <p>
 * To fix the cyclic reference issue, the main part of the initialization needs to be done
 * after a {@link StructureLoader} is set to {@link ClassBeanInfoImpl#loader}.
 */
public void init( JAXBContextImpl context, ClassBeanInfoImpl beanInfo, Accessor<?,Map<QName,String>> attWildcard) {
    UnmarshallerChain chain = new UnmarshallerChain(context);
    for (ClassBeanInfoImpl bi = beanInfo; bi != null; bi = bi.superClazz) {
        for (int i = bi.properties.length - 1; i >= 0; i--) {
            Property p = bi.properties[i];

            switch(p.getKind()) {
            case ATTRIBUTE:
                if(attUnmarshallers==null)
                    attUnmarshallers = new QNameMap<TransducedAccessor>();
                AttributeProperty ap = (AttributeProperty) p;
                attUnmarshallers.put(ap.attName.toQName(),ap.xacc);
                break;
            case ELEMENT:
            case REFERENCE:
            case MAP:
            case VALUE:
                p.buildChildElementUnmarshallers(chain,childUnmarshallers);
                break;
            }
        }
    }

    this.frameSize = chain.getScopeSize();

    textHandler = childUnmarshallers.get(StructureLoaderBuilder.TEXT_HANDLER);
    catchAll = childUnmarshallers.get(StructureLoaderBuilder.CATCH_ALL);

    if(attWildcard!=null) {
        attCatchAll = (Accessor<Object,Map<QName,String>>) attWildcard;
        // we use attUnmarshallers==null as a sign to skip the attribute processing
        // altogether, so if we have an att wildcard we need to have an empty qname map.
        if(attUnmarshallers==null)
            attUnmarshallers = EMPTY;
    } else {
        attCatchAll = null;
    }
}
 

public ArrayElementLeafProperty(JAXBContextImpl p, RuntimeElementPropertyInfo prop) {
        super(p, prop);

        // unless those are true, use the ArrayElementNodeProperty.
        assert prop.getTypes().size()==1;
//        assert prop.getTypes().get(0).getType().isLeaf(); // this assertion is incorrect in case it's IDREF

        xducer = prop.getTypes().get(0).getTransducer();
        assert xducer!=null;
    }
 

public ArrayElementLeafProperty(JAXBContextImpl p, RuntimeElementPropertyInfo prop) {
        super(p, prop);

        // unless those are true, use the ArrayElementNodeProperty.
        assert prop.getTypes().size()==1;
//        assert prop.getTypes().get(0).getType().isLeaf(); // this assertion is incorrect in case it's IDREF

        xducer = prop.getTypes().get(0).getTransducer();
        assert xducer!=null;
    }
 

@Override
public Accessor<BeanT, ValueT> optimize(JAXBContextImpl context) {
    if (getter == null || setter == null)
        // if we aren't complete, OptimizedAccessor won't always work
        return this;
    if (context != null && context.fastBoot)
        // let's not waste time on doing this for the sake of faster boot.
        return this;

    Accessor<BeanT, ValueT> acc = OptimizedAccessorFactory.get(getter, setter);
    if (acc != null)
        return acc;
    else
        return this;
}
 

/**
 * Completes the initialization.
 *
 * <p>
 * To fix the cyclic reference issue, the main part of the initialization needs to be done
 * after a {@link StructureLoader} is set to {@link ClassBeanInfoImpl#loader}.
 */
public void init( JAXBContextImpl context, ClassBeanInfoImpl beanInfo, Accessor<?,Map<QName,String>> attWildcard) {
    UnmarshallerChain chain = new UnmarshallerChain(context);
    for (ClassBeanInfoImpl bi = beanInfo; bi != null; bi = bi.superClazz) {
        for (int i = bi.properties.length - 1; i >= 0; i--) {
            Property p = bi.properties[i];

            switch(p.getKind()) {
            case ATTRIBUTE:
                if(attUnmarshallers==null)
                    attUnmarshallers = new QNameMap<TransducedAccessor>();
                AttributeProperty ap = (AttributeProperty) p;
                attUnmarshallers.put(ap.attName.toQName(),ap.xacc);
                break;
            case ELEMENT:
            case REFERENCE:
            case MAP:
            case VALUE:
                p.buildChildElementUnmarshallers(chain,childUnmarshallers);
                break;
            }
        }
    }

    this.frameSize = chain.getScopeSize();

    textHandler = childUnmarshallers.get(StructureLoaderBuilder.TEXT_HANDLER);
    catchAll = childUnmarshallers.get(StructureLoaderBuilder.CATCH_ALL);

    if(attWildcard!=null) {
        attCatchAll = (Accessor<Object,Map<QName,String>>) attWildcard;
        // we use attUnmarshallers==null as a sign to skip the attribute processing
        // altogether, so if we have an att wildcard we need to have an empty qname map.
        if(attUnmarshallers==null)
            attUnmarshallers = EMPTY;
    } else {
        attCatchAll = null;
    }
}
 

/**
 * Create a new set of tables for a JAXB context.
 * <p>
 * @param context the JAXB context.
 * @param initialIndexOffset the initial index offset to calculate
 *                           the maximum possible index
 *
 */
TablesPerJAXBContext(JAXBContextImpl context, int initialIndexOffset) {
    elementIndexes = new int[context.getNumberOfElementNames()];
    elementIndexPrefixes = new int[context.getNumberOfElementNames()];
    attributeIndexes = new int[context.getNumberOfAttributeNames()];
    localNameIndexes = new int[context.getNumberOfLocalNames()];

    indexOffset = 1;
    maxIndex = initialIndexOffset + elementIndexes.length + attributeIndexes.length;
}
 

private static Constructor<? extends XmlOutput> initFastInfosetOutputClass() {
    try {
        if (FI_STAX_WRITER_CLASS == null)
            return null;
        Class c = Class.forName("com.sun.xml.internal.bind.v2.runtime.output.FastInfosetStreamWriterOutput");
        return c.getConstructor(FI_STAX_WRITER_CLASS, JAXBContextImpl.class);
    } catch (Throwable e) {
        return null;
    }
}
 

/**
 * Create a new set of tables for a JAXB context.
 * <p>
 * @param content the JAXB context.
 * @param initialIndexOffset the initial index offset to calculate
 *                           the maximum possible index
 *
 */
TablesPerJAXBContext(JAXBContextImpl context, int initialIndexOffset) {
    elementIndexes = new int[context.getNumberOfElementNames()];
    elementIndexPrefixes = new int[context.getNumberOfElementNames()];
    attributeIndexes = new int[context.getNumberOfAttributeNames()];
    localNameIndexes = new int[context.getNumberOfLocalNames()];

    indexOffset = 1;
    maxIndex = initialIndexOffset + elementIndexes.length + attributeIndexes.length;
}