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/*
* Copyright (c) 2006-2010, Dennis M. Sosnoski. All rights reserved.
*
* Redistribution and use in source and binary forms, with or without modification, are permitted provided that the
* following conditions are met:
*
* Redistributions of source code must retain the above copyright notice, this list of conditions and the following
* disclaimer. Redistributions in binary form must reproduce the above copyright notice, this list of conditions and the
* following disclaimer in the documentation and/or other materials provided with the distribution. Neither the name of
* JiBX nor the names of its contributors may be used to endorse or promote products derived from this software without
* specific prior written permission.
*
* THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES,
* INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
* DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,
* SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR
* SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY,
* WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE
* OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
*/
package org.jibx.schema.codegen;
import java.io.StringWriter;
import java.util.ArrayList;
import java.util.Iterator;
import java.util.List;
import javax.xml.transform.OutputKeys;
import javax.xml.transform.Transformer;
import javax.xml.transform.TransformerConfigurationException;
import javax.xml.transform.TransformerException;
import javax.xml.transform.TransformerFactory;
import javax.xml.transform.TransformerFactoryConfigurationError;
import javax.xml.transform.dom.DOMSource;
import javax.xml.transform.stream.StreamResult;
import org.apache.log4j.Logger;
import org.eclipse.jdt.core.dom.FieldDeclaration;
import org.eclipse.jdt.core.dom.MethodDeclaration;
import org.eclipse.jdt.core.dom.TypeDeclaration;
import org.jibx.binding.classes.ClassItem;
import org.jibx.binding.model.BindingHolder;
import org.jibx.binding.model.ElementBase;
import org.jibx.runtime.JiBXException;
import org.jibx.runtime.QName;
import org.jibx.schema.INamed;
import org.jibx.schema.IReference;
import org.jibx.schema.SchemaUtils;
import org.jibx.schema.codegen.custom.ComponentExtension;
import org.jibx.schema.codegen.custom.NestingCustomBase;
import org.jibx.schema.codegen.custom.SchemaCustom;
import org.jibx.schema.codegen.custom.SchemaExtension;
import org.jibx.schema.codegen.extend.ClassDecorator;
import org.jibx.schema.codegen.extend.NameConverter;
import org.jibx.schema.elements.AnnotatedBase;
import org.jibx.schema.elements.AnnotationElement;
import org.jibx.schema.elements.AnnotationItem;
import org.jibx.schema.elements.DocumentationElement;
import org.jibx.schema.elements.FilteredSegmentList;
import org.jibx.schema.elements.OpenAttrBase;
import org.jibx.schema.elements.SchemaBase;
import org.jibx.util.LazyList;
import org.jibx.util.UniqueNameSet;
import org.w3c.dom.Node;
/**
* Information for a class to be included in code generated from schema.
*
* @author Dennis M. Sosnoski
*/
public abstract class ClassHolder extends TypeData implements IClassHolder
{
// collection constants
protected static final String COLLECTION_VARIABLE_TYPE = "java.util.List";
protected static final String COLLECTION_VARIABLE_NAME = "list";
// general definitions used in binding code generation
// protected static final String STATIC_UNMARSHAL_METHOD = "_unmarshal_if_present";
// protected static final String STRUCTURE_INTERFACE = "org.jibx.v2.MappedStructure";
// protected static final String MARSHAL_METHOD = "_marshal";
// protected static final String WRITER_TYPE = "org.jibx.v2.XmlWriter";
// protected static final String WRITER_VARNAME = "wrtr";
// protected static final String UNMARSHAL_METHOD = "_unmarshal";
// protected static final String QNAME_TYPE = "org.jibx.runtime.QName";
// protected static final String TYPE_INTERFACE = "org.jibx.v2.MappedType";
// protected static final String TYPE_NAME_METHOD = "_get_type_qname";
// protected static final String TYPE_NAME_VARIABLE = "_type_name";
// protected static final String ELEMENT_INTERFACE = "org.jibx.v2.MappedElement";
// protected static final String ELEMENT_NAME_METHOD = "_get_element_qname";
// protected static final String ELEMENT_NAME_VARIABLE = "_element_name";
// protected static final String INSTANCE_VARNAME = "inst";
// reader definitions
// protected static final String READER_TYPE = "org.jibx.v2.XmlReader";
// protected static final String READER_VARNAME = "rdr";
// protected static final String READER_CHECK_START_TAG_METHOD = "checkStartTag";
/** Logger for class. */
private static final Logger s_logger = Logger.getLogger(ClassHolder.class.getName());
/** Schema documentation generator. */
private static final SchemaDocumentationGenerator s_generator;
static {
try {
s_generator = new SchemaDocumentationGenerator();
} catch (JiBXException e) {
s_logger.fatal("Error loading schema extract binding", e);
throw new IllegalStateException("Internal error - error loading schema extract binding: " + e.getMessage());
}
}
/** Null transformer used to output text form of documentation. */
private static final Transformer s_transformer;
static {
try {
s_transformer = TransformerFactory.newInstance().newTransformer();
s_transformer.setOutputProperty(OutputKeys.OMIT_XML_DECLARATION, "yes");
} catch (TransformerConfigurationException e) {
s_logger.fatal("Error creating empty transformer", e);
throw new IllegalStateException("Internal error - error creating empty transformer: " + e.getMessage());
} catch (TransformerFactoryConfigurationError e) {
s_logger.fatal("Error creating empty transformer", e);
throw new IllegalStateException("Internal error - error creating empty transformer: " + e.getMessage());
}
}
//
// Private instance data.
/** Simple class name. */
private final String m_name;
/** Superclass to be extended as part of schema model (null if none). */
private TypeData m_superClass;
/** Superclass name to be extended if extension not required by model (null if none). */
private String m_superName;
/** Class generated flag. */
private boolean m_generated;
/** Builder for class. */
private ClassBuilder m_classBuilder;
/** Customizations for the schema containing the schema component matching this class. */
private SchemaCustom m_schemaCustom;
//
// Data shared with subclasses.
/** Package containing class. */
protected final PackageHolder m_package;
/** Holder for class binding definition. */
protected final BindingHolder m_holder;
/** Name conversion handler. */
protected final NameConverter m_nameConverter;
/** Base class name (for use when generating separate classes for nested structures). */
protected final String m_baseName;
/** Decorators to be called in order during class code generation. */
protected final ClassDecorator[] m_decorators;
/** Use inner classes for substructures flag. */
protected final boolean m_useInnerClasses;
/** Holders for inner classes defined within this class (null if an inner class). */
protected final LazyList m_inners;
/** Containing class (null if not an inner class). */
protected final ClassHolder m_outerClass;
/** Tracker for imports. */
protected final ImportsTracker m_importsTracker;
/** Class used for initializing list instances. */
protected String m_listImplClass = "java.util.ArrayList";
/** Value names used in class. */
protected UniqueNameSet m_nameSet;
/**
* Constructor.
*
* @param name class name
* @param base base class name
* @param pack package information
* @param holder binding holder
* @param nconv name converter
* @param decorators class decorators
* @param inner use inner classes for substructures
* @param simple simple value flag
*/
public ClassHolder(String name, String base, PackageHolder pack, BindingHolder holder, NameConverter nconv,
ClassDecorator[] decorators, boolean inner, boolean simple) {
super(buildName(name, pack), simple);
m_package = pack;
m_holder = holder;
m_nameConverter = nconv;
m_name = name;
m_baseName = base;
m_decorators = decorators;
m_useInnerClasses = inner;
m_importsTracker = new ImportsTracker(pack.getName());
m_outerClass = null;
m_inners = new LazyList();
m_nameSet = new UniqueNameSet();
m_nameSet.add(name);
m_importsTracker.addLocalType(name, getFullName());
}
/**
* Build fully-qualified class name
*
* @param name simple class name
* @param pack package information
* @return fully-qualified class name
*/
private static String buildName(String name, PackageHolder pack) {
StringBuffer buff = new StringBuffer();
buff.append(pack.getName());
if (buff.length() > 0) {
buff.append('.');
}
buff.append(name);
return buff.toString();
}
/**
* Constructor for creating a child inner class definition.
*
* @param name class name
* @param context parent class
* @param simple simple value flag
*/
protected ClassHolder(String name, ClassHolder context, boolean simple) {
super(context.getFullName() + '.' + name, context.getBindingName() + '$' + name, simple);
m_package = context.m_package;
m_holder = context.m_holder;
m_nameConverter = context.m_nameConverter;
m_name = name;
m_baseName = null;
m_decorators = context.m_decorators;
m_useInnerClasses = true;
m_importsTracker = context.m_importsTracker;
m_outerClass = context;
m_inners = new LazyList();
m_nameSet = new UniqueNameSet();
ClassHolder scan = this;
while (scan != null) {
m_nameSet.add(scan.getName());
scan = scan.m_outerClass;
}
m_importsTracker.addLocalType(name, getFullName());
m_package.addInnerClass(this);
}
/**
* Get the schema customization associated with root schema component matching this class.
*
* @return schema customization
*/
public SchemaCustom getSchemaCustom() {
return m_schemaCustom;
}
/**
* Extract schema documentation from an element. This just checks for an annotation element on the supplied
* element, and if found returns a text string consisting of the content of all documentation element(s). The
* returned documentation text is suitable for use as JavaDoc content, with any JavaDoc end sequences ('*' followed
* by '/') substituted with a space added.
*
* @param element Element
* @return content of documentation elements, or null if none
*/
protected String extractDocumentation(AnnotatedBase element) {
if (m_schemaCustom.isJavaDocDocumentation()) {
StringWriter writer = new StringWriter();
AnnotationElement anno = element.getAnnotation();
if (anno != null) {
FilteredSegmentList items = anno.getItemsList();
for (int i = 0; i < items.size(); i++) {
AnnotationItem item = (AnnotationItem)items.get(i);
if (item instanceof DocumentationElement) {
DocumentationElement doc = (DocumentationElement)item;
List contents = doc.getContent();
if (contents != null) {
for (Iterator iter = contents.iterator(); iter.hasNext();) {
Node node = (Node)iter.next();
DOMSource source = new DOMSource(node);
StreamResult result = new StreamResult(writer);
try {
s_transformer.transform(source, result);
} catch (TransformerException e) {
s_logger.error("Failed documentation output transformation", e);
}
}
}
}
}
}
StringBuffer buff = writer.getBuffer();
if (buff.length() > 0) {
// make sure there's no embedded comment end marker
int index = buff.length();
while ((index = buff.lastIndexOf("*/", index)) >= 0) {
buff.replace(index, index+2, "* /");
}
return buff.toString();
}
}
return null;
}
/**
* Describe the schema component associated with a node. If the component for the supplied node is a named element
* or attribute, this just returns a combination of the name and type of that component. Otherwise, it moves up the
* node tree until it finds a named element or attribute, terminating if any parent has more than one child. If it
* can't find an element or attribute name but does find a named type, it uses that type as the name. If all else
* fails, it just returns the type of the highest level component found.
*
* @param node Data node
* @return name
*/
protected static String describe(DataNode node) {
DataNode current = node;
OpenAttrBase last;
String name = null;
String alttext = null;
do {
OpenAttrBase comp = current.getSchemaComponent();
last = comp;
if (comp instanceof INamed) {
String check = ((INamed)comp).getName();
if (check != null) {
int type = comp.type();
if (type == SchemaBase.ATTRIBUTE_TYPE || type == SchemaBase.ELEMENT_TYPE) {
name = check;
} else if (alttext == null) {
alttext = "'" + check + "' " + comp.name();
}
}
}
if (name == null && comp instanceof IReference) {
QName ref = ((IReference)comp).getRef();
if (ref != null) {
name = ref.getName();
}
}
if (name != null) {
return "'" + name + "' " + comp.name();
}
current = current.getParent();
} while (current != null && ((ParentNode)current).getChildren().size() == 1);
if (alttext == null) {
return last.name();
} else {
return alttext;
}
}
/**
* Derive group names from the containing group prefix and the simple name of the group.
*
* @param group names
* @param container (null if none)
* @return name
*/
// static String deriveGroupName(GroupItem group, Group container) {
// String prefix = null;
// if (container != null) {
// prefix = group.getClassName();
// String prior = container.getPrefix();
// if (prior == null) {
// prefix = NameConverter.toNameLead(prefix);
// } else {
// prefix = prior + NameConverter.toNameWord(prefix);
// }
// prefix = container.uniqueChildPrefix(prefix);
// }
// return prefix;
// }
/**
* Import the type associated with an item, if not directly accessible
*
* @param value Type associated with an item
*/
protected void importValueType(DataNode value) {
String type = value.getType();
if (type != null) {
while (type.endsWith("[]")) {
type = type.substring(0, type.length()-2);
}
if (!ClassItem.isPrimitive(type)) {
ClassHolder outer = this;
while (outer.m_outerClass != null) {
outer = outer.m_outerClass;
}
String topname = outer.getFullName();
if (!type.equals(topname) && (!type.startsWith(topname) || type.charAt(topname.length()) != '.')) {
m_importsTracker.addImport(type, false);
}
}
}
}
/**
* Convert an item structure to a class representation. Subclasses need to override this method for thie own
* handling, but should call the base class implementatino first to initialize the schema customization link.
*
* @param group item group
* @param bindhold associated binding definition holder
*/
public void buildDataStructure(GroupItem group, BindingHolder bindhold) {
m_schemaCustom = ((SchemaExtension)group.getSchemaComponent().getSchema().getExtension()).getCustom();
}
/**
* Get containing package.
*
* @return package
*/
public PackageHolder getPackage() {
return m_package;
}
/**
* Get simple name.
*
* @return name
*/
public String getName() {
return m_name;
}
/**
* Get containing class of inner class.
*
* @return outer containing class, or null if not an inner class
*/
public IClassHolder getOuterClass() {
return m_outerClass;
}
/**
* Get base class to be extended.
*
* @return base (null if none)
*/
public TypeData getSuperClass() {
return m_superClass;
}
/**
* Set superclass to be extended.
*
* @param sclas (null if none)
*/
public void setSuperClass(TypeData sclas) {
m_superClass = sclas;
if (sclas != null) {
boolean imported = m_importsTracker.addImport(sclas.getFullName(), false);
if (s_logger.isDebugEnabled()) {
s_logger.debug("Set superclass of " + getFullName() + " to " + sclas.getFullName() +
(imported ? " (imported)" : ""));
}
}
}
/**
* Check if superclass is forced by schema model.
*
* @return true if superclass forced, false if not
*/
public boolean isSuperClassForced() {
return m_superClass != null;
}
/**
* Get name of base class to be extended.
*
* @return base (null if none)
*/
public String getSuperClassName() {
if (m_superClass == null) {
return m_superName;
} else {
return m_superClass.getFullName();
}
}
/**
* Set name of base class to be extended. This method can only be used if a superclass has not been forced by the
* schema model. It is always safe to use this method if {@link #getSuperClassName()} returns null.
*
* @param base fully-qualified class name of base class (null if none)
*/
public void setSuperClassName(String base) {
if (m_superClass == null) {
m_superName = base;
if (base != null) {
boolean imported = m_importsTracker.addImport(base, false);
if (s_logger.isDebugEnabled()) {
s_logger.debug("Set superclass of " + getFullName() + " to " + base +
(imported ? " (imported)" : ""));
}
}
} else {
throw new IllegalArgumentException("Error - superclass is forced by schema model and cannot be overridden");
}
}
/**
* Set name of list implementation class to be used for initializing instances.
*
* @param list fully-qualified class name of list implementation (non-null)
*/
public void setListImplementation(String list) {
if (list == null) {
throw new IllegalStateException("Internal error - list implementation class cannot be null");
} else {
m_listImplClass = list;
}
}
/**
* Check if the class has been generated. This should always be called before calling {@link
* #generate(boolean, SourceBuilder)}, in order to prevent multiple generation passes over the same class.
*
* @return true if generated, false if not
*/
public boolean isGenerated() {
return m_generated;
}
/**
* Get the builder for this class.
*
* @return builder
*/
protected ClassBuilder getBuilder() {
return m_classBuilder;
}
/**
* Get the interfaces implemented by this class.
*
* @return interface names
*/
public String[] getInterfaces() {
return m_classBuilder.getInterfaces();
}
/**
* Get imports information.
*
* @return imports
*/
public ImportsTracker getImports() {
return m_importsTracker;
}
/**
* Get the fields defined in this class.
*
* @return fields
*/
public FieldDeclaration[] getFields() {
return m_classBuilder.getFields();
}
/**
* Get the methods defined in this class.
*
* @return methods
*/
public MethodDeclaration[] getMethods() {
return m_classBuilder.getMethods();
}
/**
* Add import for class. If the requested import doesn't conflict with the current set it's added, otherwise it's
* ignored.
*
* @param fqname fully qualified class name
* @return true if added as import
*/
public boolean addImport(String fqname) {
return m_importsTracker.addImport(fqname, false);
}
/**
* Get the name to be used for a type. If the type has been imported this returns the short form of the name;
* otherwise it just returns the fully-qualified name.
*
* @param type fully qualified class name
* @return name
*/
public String getTypeName(String type) {
return m_importsTracker.getName(type);
}
/**
* Add an interface to this class definition.
*
* @param interf interface type
*/
public void addInterface(String interf) {
m_classBuilder.addInterface(interf);
}
/**
* Add separately-constructed field to this class definition.
*
* @param field to add
*/
public void addField(FieldDeclaration field) {
m_classBuilder.addField(field);
}
/**
* Add separately-constructed method declaration to this class definition.
*
* @param method to add
*/
public void addMethod(MethodDeclaration method) {
m_classBuilder.addMethod(method);
}
/**
* Add separately-constructed inner class declaration to this class definition.
*
* @param type to add
*/
public void addType(TypeDeclaration type) {
m_classBuilder.addType(type);
}
/**
* Get a sorted array of the field names and types defined in this class.
*
* @return sorted pairs
*/
public StringPair[] getSortedFields() {
return m_classBuilder.getSortedFields();
}
/**
* Initialize the class construction. This is a support method for use by subclasses, which handles common setup
* including superclass generation.
*
* @param verbose Flag
* @param builder Class builder
* @param root data structure tree root node
*/
protected void initClass(boolean verbose, ClassBuilder builder, ParentNode root) {
// make sure the builder has been set
m_classBuilder = builder;
// call decorators for initialization processing
for (int i = 0; i < m_decorators.length; i++) {
m_decorators[i].start(this);
}
// include documentation and/or schema in class comment if enabled
StringBuffer buff = new StringBuffer();
GroupItem group = (GroupItem)root.getItem();
String text = root.getDocumentation();
if (text != null) {
buff.append(text);
}
if (m_schemaCustom.isSchemaFragmentDocumentation()) {
text = s_generator.generate(group, m_schemaCustom.isDeleteAnnotations());
if (text != null) {
if (buff.length() > 0) {
buff.append(SchemaDocumentationGenerator.COMMENT_LEAD_TEXT);
buff.append(SchemaDocumentationGenerator.COMMENT_LEAD_TEXT);
}
buff.append(text);
}
}
if (buff.length() > 0) {
m_classBuilder.addSourceComment(buff.toString());
}
// force generation of superclass, and include all names from that
// TODO: maintain separate name list for those which are public/protected, vs. private
if (m_superClass != null && !m_superClass.isPregenerated()) {
if (!m_superClass.isPregenerated()) {
ClassHolder superclas = (ClassHolder)m_superClass;
superclas.getPackage().generate(verbose, m_superClass, m_classBuilder.getAST());
m_nameSet.addAll(superclas.m_nameSet);
}
}
// set flag to avoid re-generation
m_generated = true;
}
/**
* Finish class construction. This is a support method for use by subclasses, which handles common completion
* processing
*
* @param binding binding definition component for this class
*/
protected void finishClass(ElementBase binding) {
for (int i = 0; i < m_decorators.length; i++) {
m_decorators[i].finish(binding, this);
}
String basename = getSuperClass() == null ? getSuperClassName() : getSuperClass().getFullName();
if (basename != null) {
m_classBuilder.setSuperclass(basename);
}
}
/**
* Generate any inner classes of this class.
*
* @param verbose Flag
* @param builder class source file builder
*/
protected void generateInner(boolean verbose, SourceBuilder builder) {
for (int i = 0; i < m_inners.size(); i++) {
((ClassHolder)m_inners.get(i)).generate(verbose, builder);
}
}
/**
* Generate this class. Subclasses must implement this method to first do the appropriate setup and then call
* {@link #initClass(boolean, ClassBuilder, ParentNode)} before doing their own code generation.
*
* @param verbose Flag
* @param builder class source file builder
*/
public abstract void generate(boolean verbose, SourceBuilder builder);
/**
* Information for a data structure component of a class definition. The class data structure is defined by a tree
* of these components, with the interior nodes of the tree representing groupings which may need to be reflected in
* the actual data representation and/or the constructed binding. Because of this difference in purpose different
* subclasses are used for the interior nodes vs. the leaf nodes.
*/
protected static abstract class DataNode
{
/** Maximum number of characters of documentation text to include in description. */
private static final int DESCRIPTION_DOCUMENTATION_LIMIT = 20;
/** Associated item. */
private final Item m_item;
/** Parent node (null if none defined, only allowed for root node of tree). */
private final ParentNode m_parent;
/** Element or attribute name flag. */
private final boolean m_named;
/** Flag for an optional item. */
private final boolean m_optional;
/** Flag for an ignored item. */
private final boolean m_ignored;
/** Flag for a collection item. */
private final boolean m_collection;
/** Documentation extracted from schema for this data node. */
private String m_documentation;
/** Value type name. */
private String m_type;
/** Selection property name for 'if' method construction (only used with group selectors, null if
no selector for group). */
private String m_selectPropName;
/** Selection constant name (only used with group selectors, null if no selector for group). */
private String m_selectConstName;
/** Property name for value (null if no property). Even interior nodes may have property names, in
the case of a choice between different alternatives. */
private String m_propName;
/** Field name for value (null if no field). */
private String m_fieldName;
/** Get-method name for value (null if no get-method). */
private String m_getMethodName;
/** Set-method name for value (null if no set-method). */
private String m_setMethodName;
/** Test-method name for value (null if no test-method). */
private String m_testMethodName;
/** Flag-method name for value (null if no flag-method). */
private String m_flagMethodName;
/**
* Constructor. This automatically links the newly constructed node to the parent node.
*
* @param item associated item
* @param parent parent node
*/
public DataNode(Item item, ParentNode parent) {
m_item = item;
m_parent = parent;
AnnotatedBase comp = item.getSchemaComponent();
int comptype = comp.type();
m_named = (comptype == SchemaBase.ATTRIBUTE_TYPE || comptype == SchemaBase.ELEMENT_TYPE) &&
((INamed)comp).getName() != null;
Item topmost = item.getTopmost();
boolean optional = topmost.isOptional();
if (parent != null && ((GroupItem)parent.getItem()).isInline() && !parent.isNamed()) {
optional = optional || parent.isOptional();
}
m_optional = optional;
m_ignored = item.isIgnored();
if (m_ignored) {
m_type = null;
m_collection = false;
} else {
boolean collection = topmost.isCollection();
if (item instanceof ValueItem) {
// value item will always be a primitive or wrapper value
JavaType jtype = ((ValueItem)item).getType();
m_type = jtype.getPrimitiveName();
if (m_type == null || topmost.isOptional() || topmost.isCollection() || parent.isCollection()) {
m_type = jtype.getClassName();
}
} else if (item instanceof ReferenceItem) {
// reference item as value will always be a reference to the definition class
m_type = ((ReferenceItem)item).getDefinition().getGenerateClass().getFullName();
} else if (item instanceof AnyItem) {
// xs:any handling determines value type
switch (item.getComponentExtension().getAnyType()) {
case NestingCustomBase.ANY_DISCARD:
m_type = null;
collection = false;
break;
case NestingCustomBase.ANY_DOM:
m_type = "org.w3c.dom.Element";
break;
case NestingCustomBase.ANY_MAPPED:
m_type = "java.lang.Object";
break;
default:
throw new IllegalStateException("Internal error - unknown xs:any handling");
}
} else if (!((GroupItem)item).isInline()) {
// group item as value will always be a reference to the group class
m_type = ((GroupItem)item).getGenerateClass().getFullName();
}
m_collection = collection;
}
if (parent != null) {
parent.addChild(this);
}
}
/**
* Adjust name based on group nesting.
* TODO: needs switch to control
*/
// public void adjustName() {
// if (!m_item.isFixedName() && m_container != null) {
// String prefix = m_container.getPrefix();
// if (prefix != null) {
// m_item.setName(prefix + NameConverter.toNameWord(m_item.getEffectiveName()));
// }
// }
// }
/**
* Get associated item.
*
* @return item
*/
public Item getItem() {
return m_item;
}
/**
* Get the associated schema component.
*
* @return component
*/
public AnnotatedBase getSchemaComponent() {
return m_item.getSchemaComponent();
}
/**
* Get parent node.
*
* @return parent
*/
public ParentNode getParent() {
return m_parent;
}
/**
* Check if this is an interior node. This method is overridden by each subclass to return the appropriate
* result.
*
* @return true if node with children, false if not
*/
public abstract boolean isInterior();
/**
* Check if value is ignored.
*
* @return ignored
*/
public boolean isIgnored() {
return m_ignored;
}
/**
* Check if value is optional.
*
* @return optional
*/
public boolean isOptional() {
return m_optional;
}
/**
* Check if a collection value.
*
* @return true if collection
*/
public boolean isCollection() {
return m_collection;
}
/**
* Check if an xs:list value.
*
* @return true if list
*/
public boolean isList() {
return m_item.getSchemaComponent().type() == SchemaBase.LIST_TYPE;
}
/**
* Check if an xs:any value.
*
* @return true if any
*/
public boolean isAny() {
return m_item.getSchemaComponent().type() == SchemaBase.ANY_TYPE;
}
/**
* Check if a name (element or attribute) is associated with this node.
*
* @return true if named
*/
public boolean isNamed() {
return m_named;
}
/**
* Get the name associated with a node.
*
* @return name, or null if none
*/
public QName getQName() {
if (m_named) {
return ((INamed)m_item.getSchemaComponent()).getQName();
} else {
return null;
}
}
/**
* Check if a reference (element or attribute) is associated with this node.
*
* @return true if named
*/
public boolean isReference() {
AnnotatedBase comp = m_item.getSchemaComponent();
return comp instanceof IReference && ((IReference)comp).getRef() != null;
}
/**
* Get the reference name associated with a node.
*
* @return reference name, or null if none
*/
public QName getReferenceQName() {
AnnotatedBase comp = m_item.getSchemaComponent();
if (comp instanceof IReference) {
return ((IReference)comp).getRef();
} else {
return null;
}
}
/**
* Get schema documentation for this node.
*
* @return documentation
*/
public String getDocumentation() {
return m_documentation;
}
/**
* Set schema documentation for this node.
*
* @param text schema documentation
*/
public void setDocumentation(String text) {
m_documentation = text;
}
/**
* Get the value type name.
*
* @return type (null if no type associated with value, only on group)
*/
public String getType() {
return m_type;
}
/**
* Get the value type name in binding form. For an object type, this differs from the standard fully-qualified
* name in that it uses '$' rather than '.' to delimit inner class names.
*
* @return binding type (null if no type associated with value, only on group)
*/
public String getBindingType() {
if (m_item instanceof ReferenceItem) {
return ((ReferenceItem)m_item).getDefinition().getGenerateClass().getBindingName();
} else {
if (m_item instanceof GroupItem) {
TypeData genclass = ((GroupItem)m_item).getGenerateClass();
if (genclass != null) {
return genclass.getBindingName();
}
}
return m_type;
}
}
/**
* Get selection property name (used for 'if' method generation). This is only used with group selectors, and is
* null if the containing group does not use a selector.
*
* @return name (null if no selector for group)
*/
public String getSelectPropName() {
return m_selectPropName;
}
/**
* Set selection property name (used for 'if' method generation). This is only used with group selectors.
*
* @param name (null if no selector for group)
*/
public void setSelectPropName(String name) {
m_selectPropName = name;
}
/**
* Get selection constant name. This is only used with group selectors, and is null if the
* containing group does not use a selector.
*
* @return name (null if no selector for group)
*/
public String getSelectConstName() {
return m_selectConstName;
}
/**
* Set selection constant name. This is only used with group selectors.
*
* @param name (null if no selector for group)
*/
public void setSelectConstName(String name) {
m_selectConstName = name;
}
/**
* Get property name for value.
*
* @return name (null if none)
*/
public String getPropName() {
return m_propName;
}
/**
* Set property name for value.
*
* @param name name (null if none)
*/
public void setPropName(String name) {
m_propName = name;
}
/**
* Get field name used for value.
*
* @return name (null if no field)
*/
public String getFieldName() {
return m_fieldName;
}
/**
* Set field name used for value.
*
* @param name (null if no field)
*/
public void setFieldName(String name) {
m_fieldName = name;
}
/**
* Get get-method name used for value.
*
* @return name (null if no get-method)
*/
public String getGetMethodName() {
return m_getMethodName;
}
/**
* Set get-method name used for value.
*
* @param name (null if no get-method)
*/
public void setGetMethodName(String name) {
m_getMethodName = name;
}
/**
* Get set-method name used for value.
*
* @return name (null if no set-method)
*/
public String getSetMethodName() {
return m_setMethodName;
}
/**
* Set set-method name used for value.
*
* @param name (null if no set-method)
*/
public void setSetMethodName(String name) {
m_setMethodName = name;
}
/**
* Get test-method name used for value.
*
* @return name (null if no set-method)
*/
public String getTestMethodName() {
return m_testMethodName;
}
/**
* Set test-method name used for value.
*
* @param name (null if no set-method)
*/
public void setTestMethodName(String name) {
m_testMethodName = name;
}
/**
* Get flag-method name used for value.
*
* @return name (null if no set-method)
*/
public String getFlagMethodName() {
return m_flagMethodName;
}
/**
* Set flag-method name used for value.
*
* @param name (null if no flag-method)
*/
public void setFlagMethodName(String name) {
m_flagMethodName = name;
}
/**
* Generate the node description.
*
* @param depth current nesting depth
* @return description
*/
public abstract String describe(int depth);
/**
* Append documentation text to description. This appends a potentially truncated version of the documentation
* for the component to the description text under construction, also trimming whitespace and replacing line
* breaks with pipe characters to keep the description text to a single line.
*
* @param buff String Buffer
*/
protected void appendDocText(StringBuffer buff) {
String doctext = getDocumentation();
if (doctext != null) {
buff.append(" (");
if (doctext.length() > DESCRIPTION_DOCUMENTATION_LIMIT) {
doctext = doctext.substring(0, DESCRIPTION_DOCUMENTATION_LIMIT) + "...";
}
doctext = doctext.trim().replace('\n', '|').replace('\r', '|');
buff.append(doctext);
buff.append(')');
}
}
/**
* Append selection constant text to description, if selection constant defined.
*
* @param buff String Buffer
*/
protected void appendSelectConstText(StringBuffer buff) {
if (getSelectConstName() != null) {
buff.append(" (selection ");
buff.append(getSelectConstName());
buff.append(')');
}
}
}
/**
* Information for a leaf node of the data structure tree.
*/
protected static class LeafNode extends DataNode
{
/**
* Constructor. This automatically links to the containing node.
*
* @param item Item
* @param parent Parent
*/
public LeafNode(Item item, ParentNode parent) {
super(item, parent);
}
/**
* Check if this is an interior node (always false).
*
* @return false for value component
*/
public boolean isInterior() {
return false;
}
/**
* Generate the node description.
*
* @param depth current nesting depth
* @return description
*/
public String describe(int depth) {
StringBuffer buff = new StringBuffer(depth + 40);
buff.append(SchemaUtils.getIndentation(depth));
if (isOptional()) {
buff.append("optional ");
}
if (isIgnored()) {
buff.append("ignored ");
}
if (isCollection()) {
buff.append("collection ");
}
buff.append("leaf ");
buff.append(getItem().getName());
if (getFieldName() != null) {
buff.append(" field ");
buff.append(getFieldName());
buff.append(" of type ");
buff.append(getType());
}
buff.append(" for schema component ");
buff.append(SchemaUtils.describeComponent(getItem().getSchemaComponent()));
appendSelectConstText(buff);
appendDocText(buff);
return buff.toString();
}
}
/**
* Information for an interior node of the data structure tree. Depending on the type of the associated schema
* component a selector field may be used to track which of a set of alternatives is actually present.
*/
protected static class ParentNode extends DataNode
{
/** Type of selector handling needed for group. Selector fields are used with mutually exclusive
alternatives. The values are based on {@link NestingCustomBase#SELECTION_UNCHECKED} and alternatives. */
private final int m_selectorType;
/** Selection state exposed to user flag. */
private final boolean m_selectorExposed;
/** Prefix for all contained value names (null if none used). */
private final String m_prefix;
/** Values in this group. */
private final ArrayList m_values;
/** Flag for a collection node that wraps some other structure (rather than a simple leaf node). */
private boolean m_complexCollection;
/** Field name for selector */
private String m_selectField;
/** Method name for selection check method. */
private String m_selectCheckMethod;
/** Method name for selection set method. */
private String m_selectSetMethod;
/** Flag for selection requirement checked. */
private boolean m_selectChecked;
/** Flag for selection needed. */
private boolean m_selectNeeded;
/**
* Constructor. This derives the prefix used for all contained value names by appending the class name set for
* this group to the prefix used for the containing group.
*
* @param group associated item group
* @param parent containing node
*/
public ParentNode(GroupItem group, ParentNode parent) {
super(group, parent);
// TODO: this really should be a separate pass to handle fixed class names
String prefix = NameUtils.toNameWord(group.getEffectiveClassName());
m_prefix = prefix;
int select = NestingCustomBase.SELECTION_UNCHECKED;
boolean exposed = false;
ComponentExtension extension = group.getComponentExtension();
switch (group.getSchemaComponent().type()) {
case SchemaBase.CHOICE_TYPE:
select = extension.getChoiceType();
exposed = extension.isChoiceExposed();
break;
case SchemaBase.UNION_TYPE:
select = extension.getUnionType();
exposed = extension.isUnionExposed();
break;
}
if (select != NestingCustomBase.SELECTION_UNCHECKED) {
// no selector needed if handled by parent, or if no choices
if ((parent != null && parent.getSchemaComponent() == group.getSchemaComponent()) ||
group.getChildCount() <= 1) {
select = NestingCustomBase.SELECTION_UNCHECKED;
exposed = false;
}
}
m_selectorType = select;
m_selectorExposed = exposed;
m_values = new ArrayList();
}
/**
* Check if this is an interior node (always true).
*
* @return true for structure component
*/
public boolean isInterior() {
return true;
}
/**
* Check if a selector field is required for this group.
*
* @return selector
*/
public boolean isSelectorNeeded() {
if (!m_selectChecked) {
if (m_selectorType != NestingCustomBase.SELECTION_UNCHECKED) {
// before reporting selector needed, make sure at least once child is going to be present
for (int i = 0; i < m_values.size(); i++) {
DataNode node = (DataNode)m_values.get(i);
if (!node.isIgnored()) {
m_selectNeeded = true;
break;
}
}
}
m_selectChecked = true;
}
return m_selectNeeded;
}
/**
* Check if a selector field may be required for this group.
*
* @return selector
*/
public boolean isSelectorType() {
return m_selectorType != NestingCustomBase.SELECTION_UNCHECKED;
}
/**
* Get the selector type.
*
* @return type
*/
public int getSelectorType() {
return m_selectorType;
}
/**
* Check if selector state should be exposed to user.
*
* @return selector
*/
public boolean isSelectorExposed() {
return m_selectorExposed;
}
/**
* Adjust name based on group nesting. This has special handling for the case of <sequence> compositors,
* substituting the name of the first value in the sequence for the value name if a fixed name has not been
* assigned to the sequence.
*/
public void adjustName() {
Item item = getItem();
if (!item.isFixedName()) {
if (item.getSchemaComponent().type() == SchemaBase.SEQUENCE_TYPE) {
if (m_values.size() > 0) {
Item childitem = ((DataNode)m_values.get(0)).getItem();
if (item != childitem) {
item.setName(childitem.getEffectiveName());
}
}
}
}
}
/**
* Get prefix for value names in group.
*
* @return prefix (null if none used)
*/
public String getPrefix() {
return m_prefix;
}
/**
* Add a child node (which may be another parent) to this parent. This method is normally only used by the
* superclass, when creating a new instance. The instance must be fully initialized before it is added.
*
* @param value Data Node
*/
protected void addChild(DataNode value) {
m_values.add(value);
if (isCollection()) {
// make this a complex collection if the added child is something more than a simple value
if (value.getSchemaComponent() != getSchemaComponent() &&
value.isInterior() || value.isCollection()) {
m_complexCollection = true;
}
}
}
/**
* Get child nodes of this parent. The returned list is "live", but should never be modified.
*
* @return values
*/
public ArrayList getChildren() {
return m_values;
}
/**
* Check if this is a collection that wraps some other structure (rather than a simple leaf node).
*
* @return true if wrapper collection
*/
public boolean isComplexCollection() {
return m_complexCollection;
}
/**
* Get selector field name.
*
* @return name (null if no selector for group)
*/
public String getSelectField() {
return m_selectField;
}
/**
* Set selector field name.
*
* @param name (null if no selector for group)
*/
public void setSelectField(String name) {
m_selectField = name;
}
/**
* Get selector set method name.
*
* @return name (null if no selector set method for group)
*/
public String getSelectSetMethod() {
return m_selectSetMethod;
}
/**
* Set selector set method name.
*
* @param name (null if no selector set method for group)
*/
public void setSelectSetMethod(String name) {
m_selectSetMethod = name;
}
/**
* Get selector check method name.
*
* @return name (null if no selector check method for group)
*/
public String getSelectCheckMethod() {
return m_selectCheckMethod;
}
/**
* Set selector check method name.
*
* @param name (null if no selector check method for group)
*/
public void setSelectCheckMethod(String name) {
m_selectCheckMethod = name;
}
/**
* Generate the subtree description.
*
* @param depth current nesting depth
* @return description
*/
public String describe(int depth) {
StringBuffer buff = new StringBuffer(depth + 40);
buff.append(SchemaUtils.getIndentation(depth));
if (isOptional()) {
buff.append("optional ");
}
if (isIgnored()) {
buff.append("ignored ");
}
if (isCollection()) {
if (isComplexCollection()) {
buff.append("complex ");
}
buff.append("collection ");
}
buff.append("node ");
buff.append(getItem().getName());
buff.append(" for schema component ");
buff.append(SchemaUtils.describeComponent(getItem().getSchemaComponent()));
if (getFieldName() != null) {
buff.append(" field ");
buff.append(getFieldName());
buff.append(" of type ");
buff.append(getType());
}
if (m_selectorType != NestingCustomBase.SELECTION_UNCHECKED) {
buff.append(" (with selector)");
}
appendSelectConstText(buff);
appendDocText(buff);
for (int i = 0; i < m_values.size(); i++) {
buff.append('\n');
DataNode value = (DataNode)m_values.get(i);
buff.append(value.describe(depth+1));
}
return buff.toString();
}
}
/**
* Builder for an unmarshalling presence test method. This is based around the structure of a schema sequence, which
* may have any number of mixed required and optional elements. The presence test checks if the current element name
* matches one of those in the sequence up to and including the first required element name.
*/
// private class UnmarshalPresenceTestBuilder
// {
// /** Builder for the logical or expression. */
// private final InfixExpressionBuilder m_expression;
//
// /** Implicit namespace in use at point of evaluation. */
// private final String m_implicitNamespace;
//
// /** Expression completed flag (set when a required element is added to expression). */
// private boolean m_complete;
//
// /**
// * Constructor.
// *
// * @param implns implicit namespace in use at point of evaluation
// */
// public UnmarshalPresenceTestBuilder(String implns) {
// m_expression = m_classBuilder.buildInfix(Operator.OR);
// m_implicitNamespace = implns;
// }
//
// /**
// * Add an element to the presence test expression. If the expression is already complete (with a required
// * element found), the call is ignored.
// *
// * @param ns
// * @param name
// * @param required
// */
// public void addElement(String ns, String name, boolean required) {
// if (!m_complete) {
// InvocationBuilder call = m_classBuilder.createNormalMethodCall(READER_VARNAME,
// READER_CHECK_START_TAG_METHOD);
// if ((m_implicitNamespace == null && ns != null) ||
// (m_implicitNamespace != null && !m_implicitNamespace.equals(ns))) {
// call.addStringLiteralOperand(ns);
// }
// call.addStringLiteralOperand(name);
// m_expression.addOperand(call);
// if (required) {
// m_complete = true;
// }
// }
// }
//
// /**
// * Get the expression.
// *
// * @return expression
// */
// public InfixExpressionBuilder getExpression() {
// return m_expression;
// }
// }
}
