use of org.eclipse.persistence.jaxb.xmlmodel.XmlElementNillable in project eclipselink by eclipse-ee4j.
the class XMLProcessor method processXML.
/**
* Process XmlBindings on a per package basis for a given
* AnnotationsProcessor instance.
*/
public void processXML(AnnotationsProcessor annotationsProcessor, JavaModelInput jModelInput, TypeMappingInfo[] typeMappingInfos, JavaClass[] originalJavaClasses) {
this.jModelInput = jModelInput;
this.aProcessor = annotationsProcessor;
this.aProcessor.setHasXmlBindings(true);
Map<String, XmlEnum> xmlEnumMap = new HashMap<String, XmlEnum>();
aProcessor.init(originalJavaClasses, typeMappingInfos);
// build a map of packages to JavaClass so we only process the
// JavaClasses for a given package additional classes - i.e. ones from
// packages not listed in XML - will be processed later
Map<String, ArrayList<JavaClass>> pkgToClassMap = buildPackageToJavaClassMap();
// process each XmlBindings in the map
XmlBindings xmlBindings;
for (String packageName : xmlBindingMap.keySet()) {
ArrayList<JavaClass> classesToProcess = pkgToClassMap.get(packageName);
if (classesToProcess == null) {
getLogger().logWarning("jaxb_metadata_warning_no_classes_to_process", new Object[] { packageName });
continue;
}
xmlBindings = xmlBindingMap.get(packageName);
// handle @XmlSchema override
NamespaceInfo nsInfo = processXmlSchema(xmlBindings, packageName);
if (nsInfo != null) {
aProcessor.addPackageToNamespaceMapping(packageName, nsInfo);
}
// handle @XmlElementNillable override
if (null != xmlBindings.getXmlElementNillable()) {
aProcessor.addPackageToXmlElementNillable(packageName, xmlBindings.getXmlElementNillable());
}
// handle @XmlNullPolicy override
if (null != xmlBindings.getXmlNullPolicy()) {
aProcessor.addPackageToXmlNullPolicy(packageName, xmlBindings.getXmlNullPolicy());
}
// handle xml-registries
// add an entry to the map of registries keyed on factory class name for each
XmlRegistries xmlRegs = xmlBindings.getXmlRegistries();
if (xmlRegs != null) {
for (XmlRegistry xmlReg : xmlRegs.getXmlRegistry()) {
aProcessor.addXmlRegistry(xmlReg.getName(), xmlReg);
}
}
// build an array of JavaModel classes to process
JavaClass[] javaClasses = classesToProcess.toArray(new JavaClass[classesToProcess.size()]);
// handle xml-enums
// build a map of enum class names to XmlEnum objects
XmlEnums xmlEnums = xmlBindings.getXmlEnums();
if (xmlEnums != null) {
for (XmlEnum xmlEnum : xmlEnums.getXmlEnum()) {
xmlEnumMap.put(getQualifiedJavaTypeName(xmlEnum.getJavaEnum(), packageName), xmlEnum);
}
}
// handle superclass override
if (xmlBindings.getJavaTypes() != null) {
List<JavaType> types = xmlBindings.getJavaTypes().getJavaType();
for (JavaType next : types) {
JavaClass typeClass = jModelInput.getJavaModel().getClass(getQualifiedJavaTypeName(next.getName(), packageName));
if (typeClass != null && typeClass.getClass() == JavaClassImpl.class) {
if (next.getSuperType() != null && !(next.getSuperType().equals(DEFAULT))) {
JavaClass newSuperClass = jModelInput.getJavaModel().getClass(next.getSuperType());
((JavaClassImpl) typeClass).setSuperClassOverride(newSuperClass);
}
}
}
}
// pre-build the TypeInfo objects
Map<String, TypeInfo> typeInfoMap = aProcessor.preBuildTypeInfo(javaClasses);
// handle package-level xml-schema-types
List<XmlSchemaType> xmlSchemaTypes = null;
XmlSchemaTypes sTypes = xmlBindings.getXmlSchemaTypes();
if (sTypes != null) {
xmlSchemaTypes = sTypes.getXmlSchemaType();
} else {
xmlSchemaTypes = new ArrayList<XmlSchemaType>();
}
// handle package-level xml-schema-type
if (xmlBindings.getXmlSchemaType() != null) {
xmlSchemaTypes.add(xmlBindings.getXmlSchemaType());
}
// process each xml-schema-type entry
for (XmlSchemaType sType : xmlSchemaTypes) {
JavaClass jClass = aProcessor.getHelper().getJavaClass(sType.getType());
if (jClass != null) {
aProcessor.processSchemaType(sType.getName(), sType.getNamespace(), jClass.getQualifiedName());
}
}
PackageInfo packageInfo = aProcessor.getPackageToPackageInfoMappings().get(packageName);
if (packageInfo == null) {
packageInfo = new PackageInfo();
}
if (xmlBindings.isSetXmlAccessorType()) {
packageInfo.setAccessType(xmlBindings.getXmlAccessorType());
}
JavaTypes jTypes = xmlBindings.getJavaTypes();
if (jTypes != null) {
for (JavaType javaType : jTypes.getJavaType()) {
TypeInfo info = typeInfoMap.get(getQualifiedJavaTypeName(javaType.getName(), packageName));
// handle class-level @XmlJavaTypeAdapter override
if (javaType.getXmlJavaTypeAdapter() != null) {
info.setXmlJavaTypeAdapter(javaType.getXmlJavaTypeAdapter());
}
// handle class-level @XmlNullPolicy override
XmlNullPolicy xmlNullPolicy = javaType.getXmlNullPolicy();
if (null != xmlNullPolicy) {
info.setXmlNullPolicy(xmlNullPolicy);
}
// handle class-level @XmlElementNillable override
XmlElementNillable xmlElementNillable = javaType.getXmlElementNillable();
if (null != xmlElementNillable) {
info.setXmlElementNillable(xmlElementNillable.isNillable());
}
// handle class-level @XmlNameTransformer
String transformerClassName = javaType.getXmlNameTransformer();
XMLNameTransformer transformer = getXMLNameTransformerClassFromString(transformerClassName);
if (transformer != null) {
info.setXmlNameTransformer(transformer);
}
// handle class-level @XmlExtensible override
if (javaType.getXmlVirtualAccessMethods() != null) {
info.setXmlVirtualAccessMethods(javaType.getXmlVirtualAccessMethods());
}
// handle class-level @XmlAccessorOrder override
if (javaType.isSetXmlAccessorOrder()) {
info.setXmlAccessOrder(javaType.getXmlAccessorOrder());
} else if (!info.isSetXmlAccessOrder()) {
// handle package-level @XmlAccessorOrder override
if (xmlBindings.isSetXmlAccessorOrder()) {
info.setXmlAccessOrder(xmlBindings.getXmlAccessorOrder());
} else {
// finally, check the NamespaceInfo
info.setXmlAccessOrder(packageInfo.getAccessOrder());
}
}
// handle class-level @XmlAccessorType override
if (javaType.isSetXmlAccessorType()) {
info.setXmlAccessType(javaType.getXmlAccessorType());
}
// handle @XmlInlineBinaryData override
if (javaType.isSetXmlInlineBinaryData()) {
info.setInlineBinaryData(javaType.isXmlInlineBinaryData());
}
// handle @XmlTransient override
if (javaType.isSetXmlTransient()) {
info.setXmlTransient(javaType.isXmlTransient());
}
// handle @XmlRootElement
if (javaType.getXmlRootElement() != null) {
info.setXmlRootElement(javaType.getXmlRootElement());
}
// handle @XmlSeeAlso override
if (javaType.getXmlSeeAlso() != null && javaType.getXmlSeeAlso().size() > 0) {
info.setXmlSeeAlso(javaType.getXmlSeeAlso());
}
// handle @XmlType override
if (javaType.getXmlType() != null) {
info.setXmlType(javaType.getXmlType());
}
// handle @XmlCustomizer override
if (javaType.getXmlCustomizer() != null) {
info.setXmlCustomizer(javaType.getXmlCustomizer());
}
// handle @XmlClassExtractor override
if (javaType.getXmlClassExtractor() != null) {
info.setClassExtractorName(javaType.getXmlClassExtractor().getClazz());
}
// handle @XmlProperties override
if (javaType.getXmlProperties() != null && javaType.getXmlProperties().getXmlProperty().size() > 0) {
// may need to merge with @XmlProperties (xml wins in the case of a conflict)
if (info.getUserProperties() != null) {
info.setUserProperties(mergeUserPropertyMap(javaType.getXmlProperties().getXmlProperty(), info.getUserProperties()));
} else {
info.setUserProperties(createUserPropertyMap(javaType.getXmlProperties().getXmlProperty()));
}
}
// handle @XmlDiscriminatorNode override
if (javaType.getXmlDiscriminatorNode() != null) {
info.setXmlDiscriminatorNode(javaType.getXmlDiscriminatorNode());
}
// handle @NamedObjectGraph/@NamedObjectGraphs override
if (javaType.getXmlNamedObjectGraphs() != null) {
List<XmlNamedObjectGraph> currentGraphs = info.getObjectGraphs();
for (XmlNamedObjectGraph nextGraph : javaType.getXmlNamedObjectGraphs().getXmlNamedObjectGraph()) {
// if not, add the new one
for (XmlNamedObjectGraph nextExistingGraph : currentGraphs) {
if (nextGraph.getName().equals(nextExistingGraph.getName())) {
currentGraphs.remove(nextExistingGraph);
break;
}
}
}
currentGraphs.addAll(javaType.getXmlNamedObjectGraphs().getXmlNamedObjectGraph());
}
// handle @XmlDiscriminatorValue override
if (javaType.getXmlDiscriminatorValue() != null) {
info.setXmlDiscriminatorValue(javaType.getXmlDiscriminatorValue());
}
}
}
// apply package-level @XmlNameTransformer
Map<String, TypeInfo> typeInfos = aProcessor.getTypeInfosForPackage(packageName);
String transformerClassName = xmlBindings.getXmlNameTransformer();
XMLNameTransformer transformer = getXMLNameTransformerClassFromString(transformerClassName);
if (transformer != null) {
packageInfo.setXmlNameTransformer(transformer);
}
// apply package-level @XmlJavaTypeAdapters
for (TypeInfo tInfo : typeInfos.values()) {
if (xmlBindings.getXmlJavaTypeAdapters() != null) {
List<XmlJavaTypeAdapter> adapters = xmlBindings.getXmlJavaTypeAdapters().getXmlJavaTypeAdapter();
for (XmlJavaTypeAdapter xja : adapters) {
try {
JavaClass adapterClass = jModelInput.getJavaModel().getClass(xja.getValue());
JavaClass boundType = jModelInput.getJavaModel().getClass(xja.getType());
if (boundType != null) {
tInfo.addPackageLevelAdapterClass(adapterClass, boundType);
packageInfo.getPackageLevelAdaptersByClass().put(boundType.getQualifiedName(), adapterClass);
}
} catch (JAXBException e) {
throw JAXBException.invalidPackageAdapterClass(xja.getValue(), packageName);
}
}
}
}
}
for (String packageName : xmlBindingMap.keySet()) {
ArrayList<JavaClass> classesToProcess = pkgToClassMap.get(packageName);
if (classesToProcess == null) {
getLogger().logWarning("jaxb_metadata_warning_no_classes_to_process", new Object[] { packageName });
continue;
}
xmlBindings = xmlBindingMap.get(packageName);
JavaClass[] javaClasses = classesToProcess.toArray(new JavaClass[classesToProcess.size()]);
// post-build the TypeInfo objects
javaClasses = aProcessor.postBuildTypeInfo(javaClasses);
// get the generated TypeInfo
Map<String, TypeInfo> typeInfosForPackage = aProcessor.getTypeInfosForPackage(packageName);
// update xml-enum info if necessary
for (Entry<String, TypeInfo> entry : typeInfosForPackage.entrySet()) {
TypeInfo tInfo = entry.getValue();
if (tInfo.isEnumerationType()) {
EnumTypeInfo etInfo = (EnumTypeInfo) tInfo;
XmlEnum xmlEnum = xmlEnumMap.get(etInfo.getClassName());
if (xmlEnum != null) {
JavaClass restrictionClass = aProcessor.getHelper().getJavaClass(xmlEnum.getValue());
// default to String if necessary
if (restrictionClass == null) {
restrictionClass = jModelInput.getJavaModel().getClass(String.class);
}
etInfo.setRestrictionBase(aProcessor.getSchemaTypeFor(restrictionClass));
for (XmlEnumValue xmlEnumValue : xmlEnum.getXmlEnumValue()) {
// overwrite any existing entries (from annotations)
etInfo.addJavaFieldToXmlEnumValuePair(true, xmlEnumValue.getJavaEnumValue(), xmlEnumValue.getValue());
}
}
}
}
// update TypeInfo objects based on the JavaTypes
JavaTypes jTypes = xmlBindings.getJavaTypes();
if (jTypes != null) {
PackageInfo packageInfo = aProcessor.getPackageToPackageInfoMappings().get(packageName);
NamespaceInfo nsInfo = null;
if (null != packageInfo) {
nsInfo = packageInfo.getNamespaceInfo();
}
for (JavaType javaType : jTypes.getJavaType()) {
processJavaType(javaType, typeInfosForPackage.get(getQualifiedJavaTypeName(javaType.getName(), packageName)), nsInfo);
}
}
// remove the entry for this package from the map
pkgToClassMap.remove(packageName);
}
// now process remaining classes
Iterator<ArrayList<JavaClass>> classIt = pkgToClassMap.values().iterator();
while (classIt.hasNext()) {
ArrayList<JavaClass> jClassList = classIt.next();
JavaClass[] jClassArray = jClassList.toArray(new JavaClass[jClassList.size()]);
aProcessor.buildNewTypeInfo(jClassArray);
aProcessor.checkForCallbackMethods();
}
// need to ensure that any bound types (from XmlJavaTypeAdapter) have TypeInfo
// objects built for them - SchemaGenerator will require a descriptor for each
Map<String, TypeInfo> typeInfos = (Map<String, TypeInfo>) ((HashMap) aProcessor.getTypeInfos()).clone();
for (Entry<String, TypeInfo> entry : typeInfos.entrySet()) {
JavaClass[] jClassArray;
for (Property prop : entry.getValue().getPropertyList()) {
if (prop.isSetXmlJavaTypeAdapter()) {
jClassArray = new JavaClass[] { prop.getActualType() };
aProcessor.buildNewTypeInfo(jClassArray);
}
}
}
// now trigger the annotations processor to process the classes
List<JavaClass> jClasses = aProcessor.getTypeInfoClasses();
// (in case super and sub classes were in different packages)
if (xmlBindingMap.size() > 1) {
for (JavaClass c : jClasses) {
TypeInfo ti = aProcessor.getTypeInfos().get(c.getQualifiedName());
aProcessor.processPropertiesSuperClass(c, ti);
}
}
aProcessor.processPropertyTypes(jClasses.toArray(new JavaClass[jClasses.size()]));
aProcessor.finalizeProperties();
aProcessor.createElementsForTypeMappingInfo();
aProcessor.checkForCallbackMethods();
}
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