com.sun.codemodel.JAnnotatable Java Examples

/**
 * Annotate the field according to the recipes given as {@link CPropertyInfo}.
 */
protected void annotate( JAnnotatable field ) {

    assert(field!=null);

    if (prop instanceof CAttributePropertyInfo) {
        annotateAttribute(field);
    } else if (prop instanceof CElementPropertyInfo) {
        annotateElement(field);
    } else if (prop instanceof CValuePropertyInfo) {
        field.annotate(XmlValue.class);
    } else if (prop instanceof CReferencePropertyInfo) {
        annotateReference(field);
    }

    outline.parent().generateAdapterIfNecessary(prop,field);
}
 

private XmlElementWriter getXew(boolean checkWrapper, JAnnotatable field) {
    XmlElementWriter xew;
    if(checkWrapper) {
        if(xesw==null) {
            xesw = field.annotate2(XmlElementsWriter.class);
        }
        xew = xesw.value();
    } else {
        xew = field.annotate2(XmlElementWriter.class);
    }
    return xew;
}
 

/**
 * Annotate the attribute property 'field'
 */
private void annotateAttribute(JAnnotatable field) {
    CAttributePropertyInfo ap = (CAttributePropertyInfo) prop;
    QName attName = ap.getXmlName();

    // [RESULT]
    // @XmlAttribute(name="foo", required=true, namespace="bar://baz")
    XmlAttributeWriter xaw = field.annotate2(XmlAttributeWriter.class);

    final String generatedName = attName.getLocalPart();
    final String generatedNS = attName.getNamespaceURI();

    // generate name property?
    if(!generatedName.equals(ap.getName(false))) {
        xaw.name(generatedName);
    }

    // generate namespace property?
    if(!generatedNS.equals("")) { // assume attributeFormDefault == unqualified
        xaw.namespace(generatedNS);
    }

    // generate required property?
    if(ap.isRequired()) {
        xaw.required(true);
    }
}
 

static
private List<JAnnotationUse> getAnnotations(JAnnotatable annotatable){

	try {
		Class<?> clazz = annotatable.getClass();

		Field field;

		while(true){

			try {
				field = clazz.getDeclaredField("annotations");

				break;
			} catch(NoSuchFieldException nsfe){
				clazz = clazz.getSuperclass();

				if(clazz == null){
					throw nsfe;
				}
			}
		}

		if(!field.isAccessible()){
			field.setAccessible(true);
		}

		return (List)field.get(annotatable);
	} catch(ReflectiveOperationException roe){
		throw new RuntimeException(roe);
	}
}
 

protected void annotate(JAnnotatable annotatable) {
	this.propertyInfo
			.acceptPropertyInfoVisitor(new AnnotatePropertyVisitor(
					annotatable));
}
 

public AnnotatePropertyVisitor(final JAnnotatable annotatable) {
	Validate.notNull(annotatable);
	this.annotatable = annotatable;
}
 

protected void annotate(JAnnotatable annotatable) {
	annotatable.annotate(XmlAnyAttribute.class);
}
 

/**
 * Generate the simplest XmlElement annotation possible taking all semantic optimizations
 * into account.  This method is essentially equivalent to:
 *
 *     xew.name(ctype.getTagName().getLocalPart())
 *        .namespace(ctype.getTagName().getNamespaceURI())
 *        .type(jtype)
 *        .defaultValue(ctype.getDefaultValue());
 *
 * @param field
 * @param ctype
 * @param jtype
 * @param checkWrapper true if the method might need to generate XmlElements
 */
private void writeXmlElementAnnotation( JAnnotatable field, CTypeRef ctype, JType jtype,
                                        boolean checkWrapper ) {

    // lazily create - we don't know if we need to generate anything yet
    XmlElementWriter xew = null;

    // these values are used to determine how to optimize the generated annotation
    XmlNsForm formDefault = parent()._package().getElementFormDefault();
    String mostUsedURI = parent()._package().getMostUsedNamespaceURI();
    String propName = prop.getName(false);

    // generate the name property?
    String generatedName = ctype.getTagName().getLocalPart();
    if(!generatedName.equals(propName)) {
        if(xew == null) xew = getXew(checkWrapper, field);
        xew.name(generatedName);
    }

    // generate the namespace property?
    String generatedNS = ctype.getTagName().getNamespaceURI();
    if (((formDefault == XmlNsForm.QUALIFIED) && !generatedNS.equals(mostUsedURI)) ||
            ((formDefault == XmlNsForm.UNQUALIFIED) && !generatedNS.equals(""))) {
        if(xew == null) xew = getXew(checkWrapper, field);
        xew.namespace(generatedNS);
    }

    // generate the required() property?
    CElementPropertyInfo ep = (CElementPropertyInfo) prop;
    if(ep.isRequired() && exposedType.isReference()) {
        if(xew == null) xew = getXew(checkWrapper, field);
        xew.required(true);
    }

    // generate the type property?

    // I'm not too sure if this is the right place to handle this, but
    // if the schema definition is requiring this element, we should point to a primitive type,
    // not wrapper type (to correctly carry forward the required semantics.)
    // if it's a collection, we can't use a primitive, however.
    if(ep.isRequired() && !prop.isCollection())
        jtype = jtype.unboxify();

    // when generating code for 1.4, the runtime can't infer that ArrayList<Foo> derives
    // from Collection<Foo> (because List isn't parameterized), so always expclitly
    // generate @XmlElement(type=...)
    if( !jtype.equals(exposedType) || (parent().parent().getModel().options.runtime14 && prop.isCollection())) {
        if(xew == null) xew = getXew(checkWrapper, field);
        xew.type(jtype);
    }

    // generate defaultValue property?
    final String defaultValue = ctype.getDefaultValue();
    if (defaultValue!=null) {
        if(xew == null) xew = getXew(checkWrapper, field);
        xew.defaultValue(defaultValue);
    }

    // generate the nillable property?
    if (ctype.isNillable()) {
        if(xew == null) xew = getXew(checkWrapper, field);
        xew.nillable(true);
    }
}
 

@Override
protected void annotate(JAnnotatable field) {
	field.annotate(XmlTransient.class);
}