Java 类javax.xml.bind.annotation.XmlElementRef 实例源码

/**
 * Reads the value of {@code XmlElementRef.required()}.
 *
 * If we are working as 2.1 RI, this defaults to true.
 */
private boolean isRequired(XmlElementRef ref) {
    if(!is2_2)  return true;

    try {
        return ref.required();
    } catch(LinkageError e) {
        is2_2 = false;
        return true;    // the value defaults to true
    }
}

private String getEffectiveNamespaceFor(XmlElementRef r) {
    String nsUri = r.namespace();

    XmlSchema xs = reader().getPackageAnnotation( XmlSchema.class, parent.getClazz(), this );
    if(xs!=null && xs.attributeFormDefault()== XmlNsForm.QUALIFIED) {
        // JAX-RPC doesn't want the default namespace URI swapping to take effect to
        // local "unqualified" elements. UGLY.
        if(nsUri.length()==0)
            nsUri = parent.builder.defaultNsUri;
    }

    return nsUri;
}

/**
 * Getter for property includeFiles.
 * This is an array of filters identifying files that should be selected.
 * A file is selected if at least one filter matches.
 * @return Value of property includeFiles.
 */
@XmlElementWrapper(name="IncludeFiles",
        namespace=XmlConfigUtils.NAMESPACE)
@XmlElementRef
public FileMatch[] getIncludeFiles() {
    synchronized(includeFiles) {
        return includeFiles.toArray(new FileMatch[0]);
    }
}

/**
 * Getter for property excludeFiles.
 * This is an array of filters identifying files that should be excluded.
 * A file is excluded if at least one filter matches.
 * @return Value of property excludeFiles.
 */
@XmlElementWrapper(name="ExcludeFiles",
        namespace=XmlConfigUtils.NAMESPACE)
@XmlElementRef
public FileMatch[] getExcludeFiles() {
    synchronized(excludeFiles) {
        return excludeFiles.toArray(new FileMatch[0]);
    }
}

/**
 * Reads the value of {@code XmlElementRef.required()}.
 *
 * If we are working as 2.1 RI, this defaults to true.
 */
private boolean isRequired(XmlElementRef ref) {
    if(!is2_2)  return true;

    try {
        return ref.required();
    } catch(LinkageError e) {
        is2_2 = false;
        return true;    // the value defaults to true
    }
}

private String getEffectiveNamespaceFor(XmlElementRef r) {
    String nsUri = r.namespace();

    XmlSchema xs = reader().getPackageAnnotation( XmlSchema.class, parent.getClazz(), this );
    if(xs!=null && xs.attributeFormDefault()== XmlNsForm.QUALIFIED) {
        // JAX-RPC doesn't want the default namespace URI swapping to take effect to
        // local "unqualified" elements. UGLY.
        if(nsUri.length()==0)
            nsUri = parent.builder.defaultNsUri;
    }

    return nsUri;
}

/**
 * Getter for property includeFiles.
 * This is an array of filters identifying files that should be selected.
 * A file is selected if at least one filter matches.
 * @return Value of property includeFiles.
 */
@XmlElementWrapper(name="IncludeFiles",
        namespace=XmlConfigUtils.NAMESPACE)
@XmlElementRef
public FileMatch[] getIncludeFiles() {
    synchronized(includeFiles) {
        return includeFiles.toArray(new FileMatch[0]);
    }
}

/**
 * Getter for property excludeFiles.
 * This is an array of filters identifying files that should be excluded.
 * A file is excluded if at least one filter matches.
 * @return Value of property excludeFiles.
 */
@XmlElementWrapper(name="ExcludeFiles",
        namespace=XmlConfigUtils.NAMESPACE)
@XmlElementRef
public FileMatch[] getExcludeFiles() {
    synchronized(excludeFiles) {
        return excludeFiles.toArray(new FileMatch[0]);
    }
}

/**
 * Reads the value of {@code XmlElementRef.required()}.
 *
 * If we are working as 2.1 RI, this defaults to true.
 */
private boolean isRequired(XmlElementRef ref) {
    if(!is2_2)  return true;

    try {
        return ref.required();
    } catch(LinkageError e) {
        is2_2 = false;
        return true;    // the value defaults to true
    }
}

private String getEffectiveNamespaceFor(XmlElementRef r) {
    String nsUri = r.namespace();

    XmlSchema xs = reader().getPackageAnnotation( XmlSchema.class, parent.getClazz(), this );
    if(xs!=null && xs.attributeFormDefault()== XmlNsForm.QUALIFIED) {
        // JAX-RPC doesn't want the default namespace URI swapping to take effect to
        // local "unqualified" elements. UGLY.
        if(nsUri.length()==0)
            nsUri = parent.builder.defaultNsUri;
    }

    return nsUri;
}

private Field lookupSubstitutionUncached(Class beanClass, Method elementMethodInObjectFactory) {
    XmlElementDecl xmlElementDecl = elementMethodInObjectFactory.getAnnotation(XmlElementDecl.class);
    if (xmlElementDecl == null) {
        return null;
    }
    final String substitutionHeadName = xmlElementDecl.substitutionHeadName();
    return findField(beanClass, field -> {
        XmlElementRef xmlElementRef = field.getAnnotation(XmlElementRef.class);
        return xmlElementRef != null && xmlElementRef.name().equals(substitutionHeadName);
    });
}

/**
 * Getter for property includeFiles.
 * This is an array of filters identifying files that should be selected.
 * A file is selected if at least one filter matches.
 * @return Value of property includeFiles.
 */
@XmlElementWrapper(name="IncludeFiles",
        namespace=XmlConfigUtils.NAMESPACE)
@XmlElementRef
public FileMatch[] getIncludeFiles() {
    synchronized(includeFiles) {
        return includeFiles.toArray(new FileMatch[0]);
    }
}

/**
 * Getter for property excludeFiles.
 * This is an array of filters identifying files that should be excluded.
 * A file is excluded if at least one filter matches.
 * @return Value of property excludeFiles.
 */
@XmlElementWrapper(name="ExcludeFiles",
        namespace=XmlConfigUtils.NAMESPACE)
@XmlElementRef
public FileMatch[] getExcludeFiles() {
    synchronized(excludeFiles) {
        return excludeFiles.toArray(new FileMatch[0]);
    }
}

/**
 * Getter for property includeFiles.
 * This is an array of filters identifying files that should be selected.
 * A file is selected if at least one filter matches.
 * @return Value of property includeFiles.
 */
@XmlElementWrapper(name="IncludeFiles",
        namespace=XmlConfigUtils.NAMESPACE)
@XmlElementRef
public FileMatch[] getIncludeFiles() {
    synchronized(includeFiles) {
        return includeFiles.toArray(new FileMatch[0]);
    }
}

/**
 * Getter for property excludeFiles.
 * This is an array of filters identifying files that should be excluded.
 * A file is excluded if at least one filter matches.
 * @return Value of property excludeFiles.
 */
@XmlElementWrapper(name="ExcludeFiles",
        namespace=XmlConfigUtils.NAMESPACE)
@XmlElementRef
public FileMatch[] getExcludeFiles() {
    synchronized(excludeFiles) {
        return excludeFiles.toArray(new FileMatch[0]);
    }
}

/**
 * Reads the value of {@code XmlElementRef.required()}.
 *
 * If we are working as 2.1 RI, this defaults to true.
 */
private boolean isRequired(XmlElementRef ref) {
    if(!is2_2)  return true;

    try {
        return ref.required();
    } catch(LinkageError e) {
        is2_2 = false;
        return true;    // the value defaults to true
    }
}

private String getEffectiveNamespaceFor(XmlElementRef r) {
    String nsUri = r.namespace();

    XmlSchema xs = reader().getPackageAnnotation( XmlSchema.class, parent.getClazz(), this );
    if(xs!=null && xs.attributeFormDefault()== XmlNsForm.QUALIFIED) {
        // JAX-RPC doesn't want the default namespace URI swapping to take effect to
        // local "unqualified" elements. UGLY.
        if(nsUri.length()==0)
            nsUri = parent.builder.defaultNsUri;
    }

    return nsUri;
}

/**
 * Special for processing an @XmlElementRef when field
 */
private void processRefWhenClauses(RoundEnvironment roundEnv, TypeElement originalClassType, XmlElementRef elementRef,
                                   VariableElement fieldElement, String fieldName, Set<EipOption> eipOptions, String prefix) {
    Elements elementUtils = processingEnv.getElementUtils();

    if ("whenClauses".equals(fieldName)) {
        String kind = "element";
        String name = elementRef.name();
        if (isNullOrEmpty(name) || "##default".equals(name)) {
            name = fieldName;
        }
        name = prefix + name;
        TypeMirror fieldType = fieldElement.asType();
        String fieldTypeName = fieldType.toString();

        // find javadoc from original class as it will override the setExpression method where we can provide the javadoc for the given EIP
        String docComment = findJavaDoc(elementUtils, fieldElement, fieldName, name, originalClassType, true);
        boolean deprecated = fieldElement.getAnnotation(Deprecated.class) != null;

        // indicate that this element is one of when
        Set<String> oneOfTypes = new HashSet<String>();
        oneOfTypes.add("when");

        EipOption ep = new EipOption(name, kind, fieldTypeName, false, "", docComment, deprecated, false, null, true, oneOfTypes);
        eipOptions.add(ep);
    }
}

/**
 * Gets the mappings from rtf control words to UIMA annotations.
 *
 * @return list containing mappings
 */
@XmlElementWrapper(required = true)
@XmlElementRef(name = "controlWordCasMapping")
@Nullable
public List<ControlWordCasMapping> getControlWordCasMappings() {
  return controlWordCasMappings;
}

/**
 * Gets the mappings from rtf destinations to UIMA CAS views.
 *
 * @return list of the mappings.
 */
@XmlElementWrapper(required = true)
@XmlElementRef(name = "destinationCasMapping")
@Nullable
public List<DestinationCasMapping> getDestinationCasMappings() {
  return destinationCasMappings;
}

@XmlElementRefs({
        @XmlElementRef(name = "OffeneLeistung", type = VertecOffeneLeistung.class),
        @XmlElementRef(name = "VerrechneteLeistung", type = VertecVerrechneteLeistung.class),
        @XmlElementRef(name = "ProjektBearbeiter", type = VertecProjektBearbeiter.class),
        @XmlElementRef(name = "Projekt", type = VertecProject.class),
        @XmlElementRef(name = "ProjektPhase", type = VertecPhase.class)})
@XmlAnyElement
public void setItem(T item)
{
    this.item = item;
}

@XmlElementRefs({
        @XmlElementRef(name = "OffeneLeistung", type = VertecOffeneLeistung.class),
        @XmlElementRef(name = "VerrechneteLeistung", type = VertecVerrechneteLeistung.class),
        @XmlElementRef(name = "ProjektBearbeiter", type = VertecProjektBearbeiter.class),
        @XmlElementRef(name = "Projekt", type = VertecProject.class),
        @XmlElementRef(name = "ProjektPhase", type = VertecPhase.class)})
@XmlAnyElement
public void setItem(T item)
{
    this.item = item;
}

/**
 * Outputs are processors that determines how messages are processed by this route.
 */
@XmlElementRef
public void setOutputs(List<ProcessorDefinition<?>> outputs) {
    this.outputs = outputs;

    if (outputs != null) {
        for (ProcessorDefinition<?> output : outputs) {
            configureChild(output);
        }
    }
}

/**
 * Special for processing an @XmlElementRef routes field
 */
private void processRoutes(RoundEnvironment roundEnv, TypeElement originalClassType, XmlElementRef elementRef,
                           VariableElement fieldElement, String fieldName, Set<EipOption> eipOptions, String prefix) {
    if ("routes".equals(fieldName)) {

        TypeMirror fieldType = fieldElement.asType();
        String fieldTypeName = fieldType.toString();

        Set<String> oneOfTypes = new TreeSet<String>();
        oneOfTypes.add("route");

        EipOption ep = new EipOption("routes", "element", fieldTypeName, false, "", "Contains the Camel routes", false, false, null, true, oneOfTypes);
        eipOptions.add(ep);
    }
}

/**
 * Special for processing an @XmlElementRef rests field
 */
private void processRests(RoundEnvironment roundEnv, TypeElement originalClassType, XmlElementRef elementRef,
                           VariableElement fieldElement, String fieldName, Set<EipOption> eipOptions, String prefix) {
    if ("rests".equals(fieldName)) {

        TypeMirror fieldType = fieldElement.asType();
        String fieldTypeName = fieldType.toString();

        Set<String> oneOfTypes = new TreeSet<String>();
        oneOfTypes.add("rest");

        EipOption ep = new EipOption("rests", "element", fieldTypeName, false, "", "Contains the rest services defined using the rest-dsl", false, false, null, true, oneOfTypes);
        eipOptions.add(ep);
    }
}

/**
 * Special for processing an @XmlElementRef outputs field
 */
private void processOutputs(RoundEnvironment roundEnv, TypeElement originalClassType, XmlElementRef elementRef,
                            VariableElement fieldElement, String fieldName, Set<EipOption> eipOptions, String prefix) {
    if ("outputs".equals(fieldName) && supportOutputs(originalClassType)) {
        String kind = "element";
        String name = elementRef.name();
        if (isNullOrEmpty(name) || "##default".equals(name)) {
            name = fieldName;
        }
        name = prefix + name;
        TypeMirror fieldType = fieldElement.asType();
        String fieldTypeName = fieldType.toString();

        // gather oneOf which extends any of the output base classes
        Set<String> oneOfTypes = new TreeSet<String>();
        // find all classes that has that superClassName
        Set<TypeElement> children = new LinkedHashSet<TypeElement>();
        for (String superclass : ONE_OF_OUTPUTS) {
            findTypeElementChildren(roundEnv, children, superclass);
        }
        for (TypeElement child : children) {
            XmlRootElement rootElement = child.getAnnotation(XmlRootElement.class);
            if (rootElement != null) {
                String childName = rootElement.name();
                if (childName != null) {
                    oneOfTypes.add(childName);
                }
            }
        }

        // remove some types which are not intended as an output in eips
        oneOfTypes.remove("route");

        EipOption ep = new EipOption(name, kind, fieldTypeName, true, "", "", false, false, null, true, oneOfTypes);
        eipOptions.add(ep);
    }
}

/**
 * Special for processing an @XmlElementRef verbs field (rest-dsl)
 */
private void processVerbs(RoundEnvironment roundEnv, TypeElement originalClassType, XmlElementRef elementRef,
                          VariableElement fieldElement, String fieldName, Set<EipOption> eipOptions, String prefix) {

    Elements elementUtils = processingEnv.getElementUtils();

    if ("verbs".equals(fieldName) && supportOutputs(originalClassType)) {
        String kind = "element";
        String name = elementRef.name();
        if (isNullOrEmpty(name) || "##default".equals(name)) {
            name = fieldName;
        }
        name = prefix + name;
        TypeMirror fieldType = fieldElement.asType();
        String fieldTypeName = fieldType.toString();

        String docComment = findJavaDoc(elementUtils, fieldElement, fieldName, name, originalClassType, true);

        // gather oneOf which extends any of the output base classes
        Set<String> oneOfTypes = new TreeSet<String>();
        // find all classes that has that superClassName
        Set<TypeElement> children = new LinkedHashSet<TypeElement>();
        for (String superclass : ONE_OF_VERBS) {
            findTypeElementChildren(roundEnv, children, superclass);
        }
        for (TypeElement child : children) {
            XmlRootElement rootElement = child.getAnnotation(XmlRootElement.class);
            if (rootElement != null) {
                String childName = rootElement.name();
                if (childName != null) {
                    oneOfTypes.add(childName);
                }
            }
        }

        EipOption ep = new EipOption(name, kind, fieldTypeName, true, "", docComment, false, false, null, true, oneOfTypes);
        eipOptions.add(ep);
    }
}

public XmlElementRef[] value() {
    return core.value();
}

public XmlElementRefQuick(Locatable upstream, XmlElementRef core) {
    super(upstream);
    this.core = core;
}

protected Quick newInstance(Locatable upstream, Annotation core) {
    return new XmlElementRefQuick(upstream, ((XmlElementRef) core));
}

public Class<XmlElementRef> annotationType() {
    return XmlElementRef.class;
}

/**
 * @return
 *      true if the reference yields at least one type
 */
private boolean addGenericElement(XmlElementRef r) {
    String nsUri = getEffectiveNamespaceFor(r);
    // TODO: check spec. defaulting of localName.
    return addGenericElement(parent.owner.getElementInfo(parent.getClazz(),new QName(nsUri,r.name())));
}

private boolean addGenericElement(XmlElementRef r, ReferencePropertyInfoImpl<T,C,F,M> info) {
    String nsUri = info.getEffectiveNamespaceFor(r);
    ElementInfo ei = parent.owner.getElementInfo(info.parent.getClazz(), new QName(nsUri, r.name()));
    types.add(ei);
    return true;
}

public XmlElementRef[] value() {
    return core.value();
}

public XmlElementRefQuick(Locatable upstream, XmlElementRef core) {
    super(upstream);
    this.core = core;
}

protected Quick newInstance(Locatable upstream, Annotation core) {
    return new XmlElementRefQuick(upstream, ((XmlElementRef) core));
}

public Class<XmlElementRef> annotationType() {
    return XmlElementRef.class;
}

/**
 * @return
 *      true if the reference yields at least one type
 */
private boolean addGenericElement(XmlElementRef r) {
    String nsUri = getEffectiveNamespaceFor(r);
    // TODO: check spec. defaulting of localName.
    return addGenericElement(parent.owner.getElementInfo(parent.getClazz(),new QName(nsUri,r.name())));
}

private boolean addGenericElement(XmlElementRef r, ReferencePropertyInfoImpl<T,C,F,M> info) {
    String nsUri = info.getEffectiveNamespaceFor(r);
    ElementInfo ei = parent.owner.getElementInfo(info.parent.getClazz(), new QName(nsUri, r.name()));
    types.add(ei);
    return true;
}

/**
 * @return the tables
 */
@XmlElementRef(name="table")
public List<TableModel> getTables() {
  return tables;
}