javax.xml.bind.annotation.XmlAnyAttribute#com.sun.tools.xjc.model.nav.NClass源码实例Demo

public AbstractPropertyOutline(Outline outline, MClassOutline classOutline,
		MPropertyInfo<NType, NClass> target) {
	Validate.notNull(outline);
	Validate.notNull(classOutline);
	Validate.notNull(target);
	this.outline = outline;
	this.modelOutline = classOutline.getParent();
	this.classOutline = classOutline;
	this.propertyInfo = target;
	this.codeModel = classOutline.getParent().getCode();

	this.referenceClass = classOutline.getReferenceCode();
	this.implementationClass = classOutline.getImplementationCode();
	this.implementationReferenceClass = classOutline
			.getImplementationReferenceCode();

	this.type = generateType();
}
 

public Void visitAttributePropertyInfo(
		MAttributePropertyInfo<NType, NClass> info) {

	JAnnotationUse annotation = this.annotatable
			.annotate(XmlAttribute.class);

	final String name = info.getAttributeName().getLocalPart();
	final String namespace = info.getAttributeName().getNamespaceURI();

	annotation.param("name", name);

	// generate namespace property?
	if (!namespace.equals("")) { // assume attributeFormDefault ==
									// unqualified
		annotation.param("namespace", namespace);
	}

	// TODO
	// if(info.isRequired()) {
	// xaw.required(true);
	// }

	return null;
}
 

@Override
public void writeProgram(Module<NType, NClass> module, JSProgram program,
		Output output) {
	try {
		final JPackage _package = codeModel._package(output
				.getOutputPackageName());
		_package.addResourceFile(createTextFile(output.getFileName(),
				program));
	} catch (IOException ioex) {
		try {
			errorHandler.error(new SAXParseException(MessageFormat.format(
					"Could not create the code for the module [{0}].",
					module.getName()), null, ioex));
		} catch (SAXException ignored) {

		}
	}
}
 

public CMClassOutline(MModelOutline parent, MPackageOutline packageOutline,
		MClassInfo<NType, NClass> target, MClassOutline superClassOutline,
		JDefinedClass referenceCode, JDefinedClass implementationCode,
		JClass implementationReferenceCode) {
	Validate.notNull(parent);
	Validate.notNull(packageOutline);
	Validate.notNull(target);
	Validate.notNull(referenceCode);
	Validate.notNull(implementationCode);
	Validate.notNull(implementationReferenceCode);
	this.parent = parent;
	this.packageOutline = packageOutline;
	this.target = target;
	this.superClassOutline = superClassOutline;
	this.referenceCode = referenceCode;
	this.implementationCode = implementationCode;
	this.implementationReferenceCode = implementationReferenceCode;
}
 

public MEnumOutline generate(MPackageOutline parent,
		MModelInfo<NType, NClass> modelInfo,
		MEnumLeafInfo<NType, NClass> enumLeafInfo) {
	final EnumOutline eo = outline.getEnum(this.enumLeafInfo);

	final CMEnumOutline enumOutline = new CMEnumOutline(parent.getParent(),
			parent, enumLeafInfo, eo.clazz);

	for (MEnumConstantInfo<NType, NClass> enumConstantInfo : enumLeafInfo
			.getConstants()) {

		if (enumConstantInfo.getOrigin() instanceof EnumConstantOutlineGeneratorFactory) {
			final MEnumConstantOutlineGenerator generator = ((EnumConstantOutlineGeneratorFactory) enumConstantInfo
					.getOrigin()).createGenerator(outline);
			final MEnumConstantOutline enumConstantOutline = generator
					.generate(enumOutline, modelInfo, enumConstantInfo);
			if (enumConstantOutline != null) {
				enumOutline.addEnumConstantOutline(enumConstantOutline);
			}
		}
	}
	return enumOutline;
}
 

public MEnumConstantOutline generate(MEnumOutline parent,
		MModelInfo<NType, NClass> modelInfo,
		MEnumConstantInfo<NType, NClass> enumConstantInfo) {

	final CEnumLeafInfo eli = enumConstant.getEnclosingClass();

	final EnumOutline enumOutline = outline.getEnum(eli);

	for (EnumConstantOutline enumConstantOutline : enumOutline.constants) {
		if (enumConstantOutline.target == enumConstant) {
			return new CMEnumConstantOutline(parent, enumConstantInfo,
					enumConstantOutline.constRef);
		}
	}
	return null;
}
 

private void generateElementOutline(CMModelOutline modelOutline,
		MModelInfo<NType, NClass> modelInfo,
		MElementInfo<NType, NClass> elementInfo)

{
	if (elementInfo.getOrigin() instanceof ElementOutlineGeneratorFactory) {
		final MElementOutlineGenerator generator = ((ElementOutlineGeneratorFactory) elementInfo
				.getOrigin()).createGenerator(outline);
		final MElementOutline elementOutline = generator
				.generate(modelOutline.getPackageOutline(elementInfo
						.getPackageInfo()), modelInfo, elementInfo);
		if (elementOutline != null) {
			modelOutline.addElementOutline(elementOutline);
		}
	}
}
 

private void generateEnumOutline(CMModelOutline modelOutline,
		MModelInfo<NType, NClass> modelInfo,
		MEnumLeafInfo<NType, NClass> enumLeafInfo)

{
	if (enumLeafInfo.getOrigin() instanceof EnumOutlineGeneratorFactory) {
		final MEnumOutlineGenerator generator = ((EnumOutlineGeneratorFactory) enumLeafInfo
				.getOrigin()).createGenerator(outline);
		final MEnumOutline enumOutline = generator.generate(modelOutline
				.getPackageOutline(enumLeafInfo.getPackageInfo()),
				modelInfo, enumLeafInfo);
		if (enumOutline != null) {
			modelOutline.addEnumOutline(enumOutline);
		}
	}
}
 

protected NClass getClazz(final Class<?> _clas) {
	return new NClass() {

		@Override
		public boolean isBoxedType() {
			return false;
		}

		@Override
		public String fullName() {
			return _clas.getName();
		}

		@Override
		public JClass toType(Outline o, Aspect aspect) {
			return o.getCodeModel().ref(_clas);
		}

		@Override
		public boolean isAbstract() {
			return false;
		}
	};
}
 

protected NClass getClazz(final String className) {
	return new NClass() {

		@Override
		public boolean isBoxedType() {
			return false;
		}

		@Override
		public String fullName() {
			return className;
		}

		@Override
		public JClass toType(Outline o, Aspect aspect) {
			return o.getCodeModel().ref(className);
		}

		@Override
		public boolean isAbstract() {
			return false;
		}
	};
}
 

@Override
protected NType createListType(final NType elementType) {

	return new NClass() {

		public boolean isBoxedType() {
			return false;
		}

		public String fullName() {
			return List.class.getName();
		}

		public JClass toType(Outline o, Aspect aspect) {
			return o.getCodeModel().ref(List.class)
					.narrow(elementType.toType(o, aspect).boxify());
		}

		public boolean isAbstract() {
			return false;
		}
	};
}
 

@Override
public boolean run(Outline outline, Options opt,
		final ErrorHandler errorHandler) throws SAXException {

	final Model model = outline.getModel();
	final JCodeModel codeModel = outline.getCodeModel();

	final ProgramWriter<NType, NClass> programWriter = new CodeModelProgramWriter(
			codeModel, errorHandler);

	final JsonStructureWriter<NType, NClass> jsonStructureWriter = new CodeModelJsonStructureWriter(
			codeModel, errorHandler);

	new JsonixInvoker().execute(getSettings(), model, programWriter,
			jsonStructureWriter);

	return true;
}
 

@Override
public void writeJsonStructure(Module<NType, NClass> module,
		JsonStructure schema, String fileName) {
	try {
		writeStructure(targetDirectory, "", fileName, schema);
	} catch (IOException ioex) {
		errorReceiver.error(new SAXParseException(MessageFormat.format(
				"Could not create the code for the module [{0}].",
				module.getName()), null, ioex));
	}
}
 

public ConstantPropertyOutline(Outline outline, MClassOutline classOutline,
		MPropertyInfo<NType, NClass> target, final JExpression value) {
	super(outline, classOutline, target);
	Validate.notNull(value);
	this.value = value;
	this.field = generateField();
}
 

protected void processWrappedElementPropertyInfo(
		final MModelInfo<NType, NClass> mmodel,
		final MClassInfo<NType, NClass> rootClassInfo,
		final MElementPropertyInfo<NType, NClass> wrapperPropertyInfo,
		final MClassInfo<NType, NClass> wrapperClassInfo,
		final MElementPropertyInfo<NType, NClass> wrappedPropertyInfo) {
	System.out.println("Class info:" + rootClassInfo.getName());
	System.out.println("Wrapper property info:"
			+ wrapperPropertyInfo.getPrivateName());
	System.out.println("Wrapper class info :" + wrapperClassInfo.getName());
	System.out.println("Wrapped property info:"
			+ wrappedPropertyInfo.getPrivateName());

	final MPropertyInfo<NType, NClass> propertyInfo = new CMElementPropertyInfo<NType, NClass>(
			new DummyPropertyInfoOrigin(), wrapperClassInfo,
			wrapperPropertyInfo.getPrivateName(),
			wrappedPropertyInfo.isCollection(),
			wrappedPropertyInfo.isRequired(),
			wrappedPropertyInfo.getTypeInfo(),
			wrappedPropertyInfo.getElementName(),
			wrapperPropertyInfo.getWrapperElementName(),
			wrappedPropertyInfo.isNillable(),
			wrappedPropertyInfo.getDefaultValue(),
			wrappedPropertyInfo.getDefaultValueNamespaceContext());

	rootClassInfo.addProperty(propertyInfo);

	// TODO
	rootClassInfo.removeProperty(wrapperPropertyInfo);
	mmodel.removeClassInfo(wrapperClassInfo);
}
 

protected void processWrappedElementRefsPropertyInfo(
		final MModelInfo<NType, NClass> mmodel,
		final MClassInfo<NType, NClass> rootClassInfo,
		final MElementPropertyInfo<NType, NClass> wrapperPropertyInfo,
		final MClassInfo<NType, NClass> wrapperClassInfo,
		final MElementRefsPropertyInfo<NType, NClass> wrappedPropertyInfo) {
	System.out.println("Class info:" + rootClassInfo.getName());
	System.out.println("Wrapper property info:"
			+ wrapperPropertyInfo.getPrivateName());
	System.out.println("Wrapper class info :" + wrapperClassInfo.getName());
	System.out.println("Wrapped property info:"
			+ wrappedPropertyInfo.getPrivateName());

	final MPropertyInfo<NType, NClass> propertyInfo = new CMElementRefsPropertyInfo<NType, NClass>(
			new DummyPropertyInfoOrigin(), wrapperClassInfo,
			wrapperPropertyInfo.getPrivateName(),
			wrappedPropertyInfo.isCollection(),
			wrappedPropertyInfo.isRequired(),
			wrappedPropertyInfo.getElementTypeInfos(),
			wrapperPropertyInfo.getElementName(),
			wrappedPropertyInfo.isMixed(),
			wrappedPropertyInfo.isDomAllowed(),
			wrappedPropertyInfo.isTypedObjectAllowed());

	rootClassInfo.addProperty(propertyInfo);

	// TODO
	rootClassInfo.removeProperty(wrapperPropertyInfo);
	mmodel.removeClassInfo(wrapperClassInfo);
}
 

private void generateCollectionChoiceProperty(final PropertyOutline propertyOutline) {
	for (final PropertyOutline.TagRef tagRef : propertyOutline.getChoiceProperties()) {
		final TypeInfo<NType,NClass> typeInfo = tagRef.getTypeInfo();
		final QName elementName = tagRef.getTagName();
		final JType elementType = typeInfo.getType().toType(this.pluginContext.outline, Aspect.EXPOSED);
		generateAddMethods(
				propertyOutline,
				elementName,
				elementType,
				propertyOutline.getSchemaAnnotationText(tagRef).orElse(null));
	}
}
 

protected void processWrappedElementsPropertyInfo(
		final MModelInfo<NType, NClass> mmodel,
		final MClassInfo<NType, NClass> rootClassInfo,
		final MElementPropertyInfo<NType, NClass> wrapperPropertyInfo,
		final MClassInfo<NType, NClass> wrapperClassInfo,
		final MElementsPropertyInfo<NType, NClass> wrappedPropertyInfo) {
	System.out.println("Class info:" + rootClassInfo.getName());
	System.out.println("Wrapper property info:"
			+ wrapperPropertyInfo.getPrivateName());
	System.out.println("Wrapper class info :" + wrapperClassInfo.getName());
	System.out.println("Wrapped property info:"
			+ wrappedPropertyInfo.getPrivateName());

	final MPropertyInfo<NType, NClass> propertyInfo = new CMElementsPropertyInfo<NType, NClass>(
			new DummyPropertyInfoOrigin(), wrapperClassInfo,
			wrapperPropertyInfo.getPrivateName(),
			wrappedPropertyInfo.isCollection(),
			wrappedPropertyInfo.isRequired(),
			wrappedPropertyInfo.getElementTypeInfos(),
			wrapperPropertyInfo.getElementName());

	rootClassInfo.addProperty(propertyInfo);

	// TODO
	rootClassInfo.removeProperty(wrapperPropertyInfo);
	mmodel.removeClassInfo(wrapperClassInfo);
}
 

public CMEnumOutline(MModelOutline parent, MPackageOutline packageOutline,
		MEnumLeafInfo<NType, NClass> target, JDefinedClass code) {
	Validate.notNull(parent);
	Validate.notNull(packageOutline);
	Validate.notNull(target);
	Validate.notNull(code);
	this.parent = parent;
	this.packageOutline = packageOutline;
	this.target = target;
	this.code = code;
}
 

public CMElementOutline(MModelOutline parent,
		MPackageOutline packageOutline, MElementInfo<NType, NClass> target,
		JDefinedClass code) {
	Validate.notNull(parent);
	Validate.notNull(packageOutline);
	Validate.notNull(target);
	Validate.notNull(code);
	this.parent = parent;
	this.packageOutline = packageOutline;
	this.target = target;
	this.code = code;
}
 

public MPropertyOutline generate(MClassOutline classOutline,
		MModelInfo<NType, NClass> modelInfo,
		MPropertyInfo<NType, NClass> propertyInfo) {
	return new CMPropertyOutline(classOutline, propertyInfo,
			new MPropertyAccessorFactory() {

				public MPropertyAccessor createPropertyAccessor(
						JExpression target) {
					// TODO
					throw new UnsupportedOperationException();
				}
			});
}
 

public MElementOutline generate(MPackageOutline parent,
		MModelInfo<NType, NClass> modelInfo,
		MElementInfo<NType, NClass> elementInfo) {
	final ElementOutline elementOutline = outline
			.getElement(this.elementInfo);
	if (elementOutline != null) {
		return new CMElementOutline(parent.getParent(), parent,
				elementInfo, elementOutline.implClass);
	} else {
		return null;
	}
}
 

private void generatePackageOutline(CMModelOutline modelOutline,
		MModelInfo<NType, NClass> modelInfo, MPackageInfo packageInfo) {
	if (modelOutline.getPackageOutline(packageInfo) == null &&

	packageInfo.getOrigin() instanceof PackageOutlineGeneratorFactory) {
		final MPackageOutlineGenerator generator = ((PackageOutlineGeneratorFactory) packageInfo
				.getOrigin()).createGenerator(outline);
		final MPackageOutline packageOutline = generator.generate(
				modelOutline, modelInfo, packageInfo);
		modelOutline.addPackageOutline(packageOutline);

	}
}
 

public MPackageOutline generate(MModelOutline parent,
		MModelInfo<NType, NClass> modelInfo, MPackageInfo packageInfo) {
	final PackageOutline packageOutline = outline
			.getPackageContext(this.packageInfo);
	Validate.notNull(packageOutline);
	return new CMPackageOutline(parent, packageInfo, packageOutline);
}
 

public MPropertyOutline generate(MClassOutline classOutline,
		MModelInfo<NType, NClass> modelInfo,
		MPropertyInfo<NType, NClass> propertyInfo) {

	final FieldOutline fieldOutline = outline.getField(this.propertyInfo);

	final MPropertyAccessorFactory propertyAccessorFactory = new CMPropertyAccessorFactory(
			this.fieldAccessorFactory, fieldOutline);
	return new CMPropertyOutline(classOutline, propertyInfo,
			propertyAccessorFactory);
}
 

protected MClassRef<NType, NClass> getTypeInfo(CClassRef info) {

		MClassRef<NType, NClass> classInfo = classRefs.get(info);

		if (classInfo == null) {

			classInfo = createClassRef(info);
			classRefs.put(info, classInfo);
		}
		return classInfo;
	}
 

@Override
protected MTypeInfo<NType, NClass> getTypeInfo(CTypeInfo typeInfo) {
	if (typeInfo instanceof CClassRef) {
		return getTypeInfo((CClassRef) typeInfo);
	} else {
		return super.getTypeInfo(typeInfo);
	}
}
 

@Override
public void writeProgram(Module<NType, NClass> module,
		JSProgram program, Output output) {
	try {
		writePrograms(targetDirectory, output.getDirectory(),
				output.getFileName(), program);
	} catch (IOException ioex) {
		errorReceiver.error(new SAXParseException(MessageFormat.format(
				"Could not create the code for the module [{0}].",
				module.getName()), null, ioex));
	}
}
 

@Override
protected NamespaceContext getDefaultValueNamespaceContext(
		TypeRef<NType, NClass> typeRef) {
	if (typeRef instanceof CTypeRef) {
		final CTypeRef cTypeRef = (CTypeRef) typeRef;
		return new NamespaceContextAdapter(cTypeRef.defaultValue);
	} else {
		return null;
	}
}
 

@Test
public void createsCorrectTypeNameForNamedComplexType() {
	final MClassInfo<NType, NClass> classInfo = MODEL_INFO
			.getClassInfo(getClass().getPackage().getName() + "."
					+ "NamedComplexType");
	Assert.assertEquals(new QName("urn:test", "NamedComplexType"),
			classInfo.getTypeName());
}