}

    boolean isKnownType(String className) {
        return classMetaData.find(className) != null
    }

    gradlebuild.docs.dsl.docbook.model.ClassDoc findClassDoc(String className) {
        gradlebuild.docs.dsl.docbook.model.ClassDoc classDoc = classes[className]
        if (classDoc == null && getFileForClass(className).isFile()) {
            return getClassDoc(className)
        }
        return classDoc
    }

        return linkElement;
    }

    private Node addType(String className, GenerationListener listener) {
        if (model.isKnownType(className)) {
            Element linkElement = document.createElement("apilink");
            linkElement.setAttribute("class", className);
            return linkElement;
        }

        if (primitiveTypes.contains(className)) {
            Element classNameElement = document.createElement("classname");

        <section id="method1Id" role="detail">
            <title><classname>ReturnType1</classname> <literal>methodName</literal>()</title>
            <para>method comment</para>
        </section>
        <section id="method2Id" role="detail">
            <title><classname>ReturnType2</classname> <literal>methodName</literal>(<classname>ParamType</classname> p)</title>
            <para>overloaded comment</para>
        </section>

    List<ClassDoc> subClasses = []
    List<Element> comment = []

    ClassDoc(String className, Element classContent, Document targetDocument, ClassMetaData classMetaData, ClassExtensionMetaData extensionMetaData) {
        this.className = className
        id = className
        simpleName = className.tokenize('.').last()
        this.classMetaData = classMetaData
        this.extensionMetaData = extensionMetaData

            ?: ""

    operator fun get(className: String) =
        classes.computeIfAbsent(className) {
            val outputClassName = if (unshadedPackages.matches(className)) className else shadowPackagePrefix + className
            ClassDetails(outputClassName).also { classDetails ->
                if (keepPackages.matches(className) && !ignorePackages.matches(className)) {
                    entryPoints.add(classDetails)

    private final String className;
    private final String simpleName;
    private final String packageName;
    private LinkMetaData.Style style;
    private final Map<String, MethodLinkMetaData> methods = new HashMap<String, MethodLinkMetaData>();

    public ClassLinkMetaData(ClassMetaData classMetaData) {
        this.className = classMetaData.getClassName();

      } else {
        System.err.println("No main for $className")
      }
    } catch (ite: InvocationTargetException) {
      if (!expectedFailure(className, ite.cause!!)) {
        throw ite.cause!!
      }
    }
  }

  @Suppress("UNUSED_PARAMETER")
  private fun expectedFailure(
    className: String,
    cause: Throwable,
  ): Boolean =
    when (className) {
      "okhttp3.recipes.CheckHandshake" -> true // by design

   * #toStringHelper(Object)}, but using {@code className} instead of using an instance's {@link
   * Object#getClass()}.
   *
   * @param className the name of the instance type
   * @since 18.0 (since 7.0 as {@code Objects.toStringHelper()}).
   */
  public static ToStringHelper toStringHelper(String className) {
    return new ToStringHelper(className);
  }

  /**

        findAll(doc, 'apilink').each { Element element ->
            String className = element.'@class'
            if (!className) {
                throw new RuntimeException('No "class" attribute specified for <apilink> element.')
            }
            String methodName = element.'@method'

            def classMetaData = linkRepository.get(className)

   * #toStringHelper(Object)}, but using {@code className} instead of using an instance's {@link
   * Object#getClass()}.
   *
   * @param className the name of the instance type
   * @since 18.0 (since 7.0 as {@code Objects.toStringHelper()}).
   */
  public static ToStringHelper toStringHelper(String className) {
    return new ToStringHelper(className);
  }

  /**