restructure Dokka build to use Gradle for everything except for the Maven plugin

1 files changed, 0 insertions, 501 deletions

diff --git a/javadoc/src/main/kotlin/docbase.kt b/javadoc/src/main/kotlin/docbase.kt
deleted file mode 100644
index 1587db2a..00000000
--- a/javadoc/src/main/kotlin/docbase.kt
+++ /dev/null
@@ -1,501 +0,0 @@
-package org.jetbrains.dokka.javadoc
-
-import com.sun.javadoc.*
-import org.jetbrains.dokka.*
-import java.lang.reflect.Modifier
-import java.util.*
-import kotlin.reflect.KClass
-
-private interface HasModule {
-    val module: ModuleNodeAdapter
-}
-
-private interface HasDocumentationNode {
-    val node: DocumentationNode
-}
-
-open class DocumentationNodeBareAdapter(override val node: DocumentationNode) : Doc, HasDocumentationNode {
-    private var rawCommentText_: String? = null
-
-    override fun name(): String = node.name
-    override fun position(): SourcePosition? = SourcePositionAdapter(node)
-
-    override fun inlineTags(): Array<out Tag>? = emptyArray()
-    override fun firstSentenceTags(): Array<out Tag>? = emptyArray()
-    override fun tags(): Array<out Tag> = emptyArray()
-    override fun tags(tagname: String?): Array<out Tag>? = tags().filter { it.kind() == tagname || it.kind() == "@$tagname" }.toTypedArray()
-    override fun seeTags(): Array<out SeeTag>? = tags().filterIsInstance<SeeTag>().toTypedArray()
-    override fun commentText(): String = ""
-
-    override fun setRawCommentText(rawDocumentation: String?) {
-        rawCommentText_ = rawDocumentation ?: ""
-    }
-
-    override fun getRawCommentText(): String = rawCommentText_ ?: ""
-
-    override fun isError(): Boolean = false
-    override fun isException(): Boolean = node.kind == DocumentationNode.Kind.Exception
-    override fun isEnumConstant(): Boolean = node.kind == DocumentationNode.Kind.EnumItem
-    override fun isEnum(): Boolean = node.kind == DocumentationNode.Kind.Enum
-    override fun isMethod(): Boolean = node.kind == DocumentationNode.Kind.Function
-    override fun isInterface(): Boolean = node.kind == DocumentationNode.Kind.Interface
-    override fun isField(): Boolean = node.kind == DocumentationNode.Kind.Field
-    override fun isClass(): Boolean = node.kind == DocumentationNode.Kind.Class
-    override fun isAnnotationType(): Boolean = node.kind == DocumentationNode.Kind.AnnotationClass
-    override fun isConstructor(): Boolean = node.kind == DocumentationNode.Kind.Constructor
-    override fun isOrdinaryClass(): Boolean = node.kind == DocumentationNode.Kind.Class
-    override fun isAnnotationTypeElement(): Boolean = node.kind == DocumentationNode.Kind.Annotation
-
-    override fun compareTo(other: Any?): Int = when (other) {
-        !is DocumentationNodeAdapter -> 1
-        else -> node.name.compareTo(other.node.name)
-    }
-
-    override fun equals(other: Any?): Boolean = node.qualifiedName() == (other as? DocumentationNodeAdapter)?.node?.qualifiedName()
-    override fun hashCode(): Int = node.name.hashCode()
-
-    override fun isIncluded(): Boolean = node.kind != DocumentationNode.Kind.ExternalClass
-}
-
-
-// TODO think of source position instead of null
-// TODO tags
-open class DocumentationNodeAdapter(override val module: ModuleNodeAdapter, node: DocumentationNode) : DocumentationNodeBareAdapter(node), HasModule {
-    override fun inlineTags(): Array<out Tag> = buildInlineTags(module, this, node.content).toTypedArray()
-    override fun firstSentenceTags(): Array<out Tag> = buildInlineTags(module, this, node.summary).toTypedArray()
-
-    override fun tags(): Array<out Tag> {
-        val result = ArrayList<Tag>(buildInlineTags(module, this, node.content))
-        node.content.sections.flatMapTo(result) {
-            when (it.tag) {
-                ContentTags.SeeAlso -> buildInlineTags(module, this, it)
-                else -> emptyList<Tag>()
-            }
-        }
-
-        node.deprecation?.let {
-            val content = it.content.asText()
-            if (content != null) {
-                result.add(TagImpl(this, "deprecated", content))
-            }
-        }
-
-        return result.toTypedArray()
-    }
-}
-
-// should be extension property but can't because of KT-8745
-private fun <T> nodeAnnotations(self: T): List<AnnotationDescAdapter> where T : HasModule, T : HasDocumentationNode
-    = self.node.annotations.map { AnnotationDescAdapter(self.module, it) }
-
-private fun DocumentationNode.hasAnnotation(klass: KClass<*>) = klass.qualifiedName in annotations.map { it.qualifiedName() }
-private fun DocumentationNode.hasModifier(name: String) = details(DocumentationNode.Kind.Modifier).any { it.name == name }
-
-
-class PackageAdapter(module: ModuleNodeAdapter, node: DocumentationNode) : DocumentationNodeAdapter(module, node), PackageDoc {
-    private val allClasses = listOf(node).collectAllTypesRecursively()
-
-    override fun findClass(className: String?): ClassDoc? =
-            allClasses.get(className)?.let { ClassDocumentationNodeAdapter(module, it) }
-
-    override fun annotationTypes(): Array<out AnnotationTypeDoc> = emptyArray()
-    override fun annotations(): Array<out AnnotationDesc> = node.members(DocumentationNode.Kind.AnnotationClass).map { AnnotationDescAdapter(module, it) }.toTypedArray()
-    override fun exceptions(): Array<out ClassDoc> = node.members(DocumentationNode.Kind.Exception).map { ClassDocumentationNodeAdapter(module, it) }.toTypedArray()
-    override fun ordinaryClasses(): Array<out ClassDoc> = node.members(DocumentationNode.Kind.Class).map { ClassDocumentationNodeAdapter(module, it) }.toTypedArray()
-    override fun interfaces(): Array<out ClassDoc> = node.members(DocumentationNode.Kind.Interface).map { ClassDocumentationNodeAdapter(module, it) }.toTypedArray()
-    override fun errors(): Array<out ClassDoc> = emptyArray()
-    override fun enums(): Array<out ClassDoc> = node.members(DocumentationNode.Kind.Enum).map { ClassDocumentationNodeAdapter(module, it) }.toTypedArray()
-    override fun allClasses(filter: Boolean): Array<out ClassDoc> = allClasses.values.map { ClassDocumentationNodeAdapter(module, it) }.toTypedArray()
-    override fun allClasses(): Array<out ClassDoc> = allClasses(true)
-
-    override fun isIncluded(): Boolean = node.name in module.allPackages
-}
-
-class AnnotationTypeDocAdapter(module: ModuleNodeAdapter, node: DocumentationNode) : ClassDocumentationNodeAdapter(module, node), AnnotationTypeDoc {
-    override fun elements(): Array<out AnnotationTypeElementDoc>? = emptyArray() // TODO
-}
-
-class AnnotationDescAdapter(val module: ModuleNodeAdapter, val node: DocumentationNode) : AnnotationDesc {
-    override fun annotationType(): AnnotationTypeDoc? = AnnotationTypeDocAdapter(module, node) // TODO ?????
-    override fun isSynthesized(): Boolean = false
-    override fun elementValues(): Array<out AnnotationDesc.ElementValuePair>? = emptyArray() // TODO
-}
-
-class ProgramElementAdapter(module: ModuleNodeAdapter, node: DocumentationNode) : DocumentationNodeAdapter(module, node), ProgramElementDoc {
-    override fun isPublic(): Boolean = true
-    override fun isPackagePrivate(): Boolean = false
-    override fun isStatic(): Boolean = node.hasModifier("static")
-    override fun modifierSpecifier(): Int = Modifier.PUBLIC + if (isStatic) Modifier.STATIC else 0
-    override fun qualifiedName(): String? = if (node.kind == DocumentationNode.Kind.Type) node.qualifiedNameFromType() else node.qualifiedName()
-    override fun annotations(): Array<out AnnotationDesc>? = nodeAnnotations(this).toTypedArray()
-    override fun modifiers(): String? = "public ${if (isStatic) "static" else ""}".trim()
-    override fun isProtected(): Boolean = false
-
-    override fun isFinal(): Boolean = node.hasModifier("final")
-
-    override fun containingPackage(): PackageDoc? {
-        if (node.kind == DocumentationNode.Kind.Type) {
-            return null
-        }
-
-        var owner: DocumentationNode? = node
-        while (owner != null) {
-            if (owner.kind == DocumentationNode.Kind.Package) {
-                return PackageAdapter(module, owner)
-            }
-            owner = owner.owner
-        }
-
-        return null
-    }
-
-    override fun containingClass(): ClassDoc? {
-        if (node.kind == DocumentationNode.Kind.Type) {
-            return null
-        }
-
-        var owner = node.owner
-        while (owner != null) {
-            when (owner.kind) {
-                DocumentationNode.Kind.Class,
-                DocumentationNode.Kind.Interface,
-                DocumentationNode.Kind.Enum -> return ClassDocumentationNodeAdapter(module, owner)
-                else -> owner = owner.owner
-            }
-        }
-
-        return null
-    }
-
-    override fun isPrivate(): Boolean = false
-    override fun isIncluded(): Boolean = containingPackage()?.isIncluded ?: false && containingClass()?.let { it.isIncluded } ?: true
-}
-
-open class TypeAdapter(override val module: ModuleNodeAdapter, override val node: DocumentationNode) : Type, HasDocumentationNode, HasModule {
-    private val javaLanguageService = JavaLanguageService()
-
-    override fun qualifiedTypeName(): String = javaLanguageService.getArrayElementType(node)?.qualifiedNameFromType() ?: node.qualifiedNameFromType()
-    override fun typeName(): String = javaLanguageService.getArrayElementType(node)?.name ?: node.name
-    override fun simpleTypeName(): String = typeName() // TODO difference typeName() vs simpleTypeName()
-
-    override fun dimension(): String = Collections.nCopies(javaLanguageService.getArrayDimension(node), "[]").joinToString("")
-    override fun isPrimitive(): Boolean = simpleTypeName() in setOf("int", "long", "short", "byte", "char", "double", "float", "boolean", "void")
-
-    override fun asClassDoc(): ClassDoc? = if (isPrimitive) null else
-            elementType?.asClassDoc() ?:
-            when (node.kind) {
-                in DocumentationNode.Kind.classLike,
-                DocumentationNode.Kind.ExternalClass,
-                DocumentationNode.Kind.Exception -> module.classNamed(qualifiedTypeName()) ?: ClassDocumentationNodeAdapter(module, node)
-
-                else -> when {
-                    node.links.isNotEmpty() -> TypeAdapter(module, node.links.first()).asClassDoc()
-                    else -> ClassDocumentationNodeAdapter(module, node) // TODO ?
-                }
-            }
-
-    override fun asTypeVariable(): TypeVariable? = if (node.kind == DocumentationNode.Kind.TypeParameter) TypeVariableAdapter(module, node) else null
-    override fun asParameterizedType(): ParameterizedType? =
-            if (node.details(DocumentationNode.Kind.Type).isNotEmpty()) ParameterizedTypeAdapter(module, node)
-            else null  // TODO it should ignore dimensions
-
-    override fun asAnnotationTypeDoc(): AnnotationTypeDoc? = if (node.kind == DocumentationNode.Kind.AnnotationClass) AnnotationTypeDocAdapter(module, node) else null
-    override fun asAnnotatedType(): AnnotatedType? = if (node.annotations.isNotEmpty()) AnnotatedTypeAdapter(module, node) else null
-    override fun getElementType(): Type? = javaLanguageService.getArrayElementType(node)?.let { et -> TypeAdapter(module, et) }
-    override fun asWildcardType(): WildcardType? = null
-
-    override fun toString(): String = qualifiedTypeName() + dimension()
-    override fun hashCode(): Int = node.name.hashCode()
-    override fun equals(other: Any?): Boolean = other is TypeAdapter && toString() == other.toString()
-}
-
-class AnnotatedTypeAdapter(module: ModuleNodeAdapter, node: DocumentationNode) : TypeAdapter(module, node), AnnotatedType {
-    override fun underlyingType(): Type? = this
-    override fun annotations(): Array<out AnnotationDesc> = nodeAnnotations(this).toTypedArray()
-}
-
-class WildcardTypeAdapter(module: ModuleNodeAdapter, node: DocumentationNode) : TypeAdapter(module, node), WildcardType {
-    override fun extendsBounds(): Array<out Type> = node.details(DocumentationNode.Kind.UpperBound).map { TypeAdapter(module, it) }.toTypedArray()
-    override fun superBounds(): Array<out Type> = node.details(DocumentationNode.Kind.LowerBound).map { TypeAdapter(module, it) }.toTypedArray()
-}
-
-class TypeVariableAdapter(module: ModuleNodeAdapter, node: DocumentationNode) : TypeAdapter(module, node), TypeVariable {
-    override fun owner(): ProgramElementDoc = node.owner!!.let<DocumentationNode, ProgramElementDoc> { owner ->
-        when (owner.kind) {
-            DocumentationNode.Kind.Function,
-            DocumentationNode.Kind.Constructor -> ExecutableMemberAdapter(module, owner)
-
-            DocumentationNode.Kind.Class,
-            DocumentationNode.Kind.Interface,
-            DocumentationNode.Kind.Enum -> ClassDocumentationNodeAdapter(module, owner)
-
-            else -> ProgramElementAdapter(module, node.owner!!)
-        }
-    }
-
-    override fun bounds(): Array<out Type>? = node.details(DocumentationNode.Kind.UpperBound).map { TypeAdapter(module, it) }.toTypedArray()
-    override fun annotations(): Array<out AnnotationDesc>? = node.members(DocumentationNode.Kind.Annotation).map { AnnotationDescAdapter(module, it) }.toTypedArray()
-
-    override fun qualifiedTypeName(): String = node.name
-    override fun simpleTypeName(): String = node.name
-    override fun typeName(): String = node.name
-
-    override fun hashCode(): Int = node.name.hashCode()
-    override fun equals(other: Any?): Boolean = other is Type && other.typeName() == typeName() && other.asTypeVariable()?.owner() == owner()
-
-    override fun asTypeVariable(): TypeVariableAdapter = this
-}
-
-class ParameterizedTypeAdapter(module: ModuleNodeAdapter, node: DocumentationNode) : TypeAdapter(module, node), ParameterizedType {
-    override fun typeArguments(): Array<out Type> = node.details(DocumentationNode.Kind.Type).map { TypeVariableAdapter(module, it) }.toTypedArray()
-    override fun superclassType(): Type? =
-            node.lookupSuperClasses(module)
-                    .firstOrNull { it.kind == DocumentationNode.Kind.Class || it.kind == DocumentationNode.Kind.ExternalClass }
-                    ?.let { ClassDocumentationNodeAdapter(module, it) }
-
-    override fun interfaceTypes(): Array<out Type> =
-            node.lookupSuperClasses(module)
-                    .filter { it.kind == DocumentationNode.Kind.Interface }
-                    .map { ClassDocumentationNodeAdapter(module, it) }
-                    .toTypedArray()
-
-    override fun containingType(): Type? = when (node.owner?.kind) {
-        DocumentationNode.Kind.Package -> null
-        DocumentationNode.Kind.Class,
-        DocumentationNode.Kind.Interface,
-        DocumentationNode.Kind.Object,
-        DocumentationNode.Kind.Enum -> ClassDocumentationNodeAdapter(module, node.owner!!)
-
-        else -> null
-    }
-}
-
-class ParameterAdapter(module: ModuleNodeAdapter, node: DocumentationNode) : DocumentationNodeAdapter(module, node), Parameter {
-    override fun typeName(): String? = JavaLanguageService().renderType(node.detail(DocumentationNode.Kind.Type))
-    override fun type(): Type? = TypeAdapter(module, node.detail(DocumentationNode.Kind.Type))
-    override fun annotations(): Array<out AnnotationDesc> = nodeAnnotations(this).toTypedArray()
-}
-
-class ReceiverParameterAdapter(module: ModuleNodeAdapter, val receiverType: DocumentationNode, val parent: ExecutableMemberAdapter) : DocumentationNodeAdapter(module, receiverType), Parameter {
-    override fun typeName(): String? = receiverType.name
-    override fun type(): Type? = TypeAdapter(module, receiverType)
-    override fun annotations(): Array<out AnnotationDesc> = nodeAnnotations(this).toTypedArray()
-    override fun name(): String = tryName("receiver")
-
-    private tailrec fun tryName(name: String): String = when (name) {
-        in parent.parameters().drop(1).map { it.name() } -> tryName("$$name")
-        else -> name
-    }
-}
-
-fun classOf(fqName: String, kind: DocumentationNode.Kind = DocumentationNode.Kind.Class) = DocumentationNode(fqName.substringAfterLast(".", fqName), Content.Empty, kind).let { node ->
-    val pkg = fqName.substringBeforeLast(".", "")
-    if (pkg.isNotEmpty()) {
-        node.append(DocumentationNode(pkg, Content.Empty, DocumentationNode.Kind.Package), DocumentationReference.Kind.Owner)
-    }
-
-    node
-}
-
-open class ExecutableMemberAdapter(module: ModuleNodeAdapter, node: DocumentationNode) : DocumentationNodeAdapter(module, node), ProgramElementDoc by ProgramElementAdapter(module, node), ExecutableMemberDoc {
-
-    override fun isSynthetic(): Boolean = false
-    override fun isNative(): Boolean = node.annotations.any { it.name == "native" }
-
-    override fun thrownExceptions(): Array<out ClassDoc> = emptyArray() // TODO
-    override fun throwsTags(): Array<out ThrowsTag> =
-            node.content.sections
-                    .filter { it.tag == "Exceptions" }
-                    .map { it.subjectName }
-                    .filterNotNull()
-                    .map { ThrowsTagAdapter(this, ClassDocumentationNodeAdapter(module, classOf(it, DocumentationNode.Kind.Exception))) }
-                    .toTypedArray()
-
-    override fun isVarArgs(): Boolean = node.details(DocumentationNode.Kind.Parameter).any { false } // TODO
-
-    override fun isSynchronized(): Boolean = node.annotations.any { it.name == "synchronized" }
-
-    override fun paramTags(): Array<out ParamTag> = node.details(DocumentationNode.Kind.Parameter)
-            .filter { it.content.summary !is ContentEmpty || it.content.description !is ContentEmpty || it.content.sections.isNotEmpty() }
-            .map { ParamTagAdapter(module, this, it.name, false, it.content.children) }
-            .toTypedArray()
-
-    override fun thrownExceptionTypes(): Array<out Type> = emptyArray()
-    override fun receiverType(): Type? = receiverNode()?.let { receiver -> TypeAdapter(module, receiver) }
-    override fun flatSignature(): String = node.details(DocumentationNode.Kind.Parameter).map { JavaLanguageService().renderType(it) }.joinToString(", ", "(", ")")
-    override fun signature(): String = node.details(DocumentationNode.Kind.Parameter).map { JavaLanguageService().renderType(it) }.joinToString(", ", "(", ")") // TODO it should be FQ types
-
-    override fun parameters(): Array<out Parameter> =
-            ((receiverNode()?.let { receiver -> listOf<Parameter>(ReceiverParameterAdapter(module, receiver, this)) } ?: emptyList())
-                    + node.details(DocumentationNode.Kind.Parameter).map { ParameterAdapter(module, it) }
-                    ).toTypedArray()
-
-    override fun typeParameters(): Array<out TypeVariable> = node.details(DocumentationNode.Kind.TypeParameter).map { TypeVariableAdapter(module, it) }.toTypedArray()
-
-    override fun typeParamTags(): Array<out ParamTag> = node.details(DocumentationNode.Kind.TypeParameter).filter { it.content.summary !is ContentEmpty || it.content.description !is ContentEmpty || it.content.sections.isNotEmpty() }.map {
-        ParamTagAdapter(module, this, it.name, true, it.content.children)
-    }.toTypedArray()
-
-    private fun receiverNode() = node.details(DocumentationNode.Kind.Receiver).let { receivers ->
-        when {
-            receivers.isNotEmpty() -> receivers.single().detail(DocumentationNode.Kind.Type)
-            else -> null
-        }
-    }
-}
-
-class ConstructorAdapter(module: ModuleNodeAdapter, node: DocumentationNode) : ExecutableMemberAdapter(module, node), ConstructorDoc {
-    override fun name(): String = node.owner?.name ?: throw IllegalStateException("No owner for $node")
-}
-
-class MethodAdapter(module: ModuleNodeAdapter, node: DocumentationNode) : DocumentationNodeAdapter(module, node), ExecutableMemberDoc by ExecutableMemberAdapter(module, node), MethodDoc {
-    override fun overrides(meth: MethodDoc?): Boolean = false // TODO
-
-    override fun overriddenType(): Type? = node.overrides.firstOrNull()?.owner?.let { owner -> TypeAdapter(module, owner) }
-
-    override fun overriddenMethod(): MethodDoc? = node.overrides.map { MethodAdapter(module, it) }.firstOrNull()
-    override fun overriddenClass(): ClassDoc? = overriddenMethod()?.containingClass()
-
-    override fun isAbstract(): Boolean = false // TODO
-
-    override fun isDefault(): Boolean = false
-
-    override fun returnType(): Type = TypeAdapter(module, node.detail(DocumentationNode.Kind.Type))
-}
-
-class FieldAdapter(module: ModuleNodeAdapter, node: DocumentationNode) : DocumentationNodeAdapter(module, node), ProgramElementDoc by ProgramElementAdapter(module, node), FieldDoc {
-    override fun isSynthetic(): Boolean = false
-
-    override fun constantValueExpression(): String? = node.details(DocumentationNode.Kind.Value).firstOrNull()?.let { it.name }
-    override fun constantValue(): Any? = constantValueExpression()
-
-    override fun type(): Type = TypeAdapter(module, node.detail(DocumentationNode.Kind.Type))
-    override fun isTransient(): Boolean = node.hasAnnotation(Transient::class)
-    override fun serialFieldTags(): Array<out SerialFieldTag> = emptyArray()
-
-    override fun isVolatile(): Boolean = node.hasAnnotation(Volatile::class)
-}
-
-open class ClassDocumentationNodeAdapter(module: ModuleNodeAdapter, val classNode: DocumentationNode)
-    : DocumentationNodeAdapter(module, classNode),
-      Type by TypeAdapter(module, classNode),
-      ProgramElementDoc by ProgramElementAdapter(module, classNode),
-      ClassDoc {
-
-    override fun name(): String {
-        val parent = classNode.owner
-        if (parent?.kind in DocumentationNode.Kind.classLike) {
-            return parent!!.name + "." + classNode.name
-        }
-        return classNode.name
-    }
-
-    override fun constructors(filter: Boolean): Array<out ConstructorDoc> = classNode.members(DocumentationNode.Kind.Constructor).map { ConstructorAdapter(module, it) }.toTypedArray()
-    override fun constructors(): Array<out ConstructorDoc> = constructors(true)
-    override fun importedPackages(): Array<out PackageDoc> = emptyArray()
-    override fun importedClasses(): Array<out ClassDoc>? = emptyArray()
-    override fun typeParameters(): Array<out TypeVariable> = classNode.details(DocumentationNode.Kind.TypeParameter).map { TypeVariableAdapter(module, it) }.toTypedArray()
-    override fun asTypeVariable(): TypeVariable? = if (classNode.kind == DocumentationNode.Kind.Class) TypeVariableAdapter(module, classNode) else null
-    override fun isExternalizable(): Boolean = interfaces().any { it.qualifiedName() == "java.io.Externalizable" }
-    override fun definesSerializableFields(): Boolean = false
-    override fun methods(filter: Boolean): Array<out MethodDoc> = classNode.members(DocumentationNode.Kind.Function).map { MethodAdapter(module, it) }.toTypedArray() // TODO include get/set methods
-    override fun methods(): Array<out MethodDoc> = methods(true)
-    override fun enumConstants(): Array<out FieldDoc>? = classNode.members(DocumentationNode.Kind.EnumItem).map { FieldAdapter(module, it) }.toTypedArray()
-    override fun isAbstract(): Boolean = classNode.details(DocumentationNode.Kind.Modifier).any { it.name == "abstract" }
-    override fun interfaceTypes(): Array<out Type> = classNode.lookupSuperClasses(module)
-            .filter { it.kind == DocumentationNode.Kind.Interface }
-            .map { ClassDocumentationNodeAdapter(module, it) }
-            .toTypedArray()
-
-    override fun interfaces(): Array<out ClassDoc> = classNode.lookupSuperClasses(module)
-            .filter { it.kind == DocumentationNode.Kind.Interface }
-            .map { ClassDocumentationNodeAdapter(module, it) }
-            .toTypedArray()
-
-    override fun typeParamTags(): Array<out ParamTag> = (classNode.details(DocumentationNode.Kind.TypeParameter).filter { it.content.summary !is ContentEmpty || it.content.description !is ContentEmpty || it.content.sections.isNotEmpty() }.map {
-        ParamTagAdapter(module, this, it.name, true, it.content.children)
-    } + classNode.content.sections.filter { it.subjectName in typeParameters().map { it.simpleTypeName() } }.map {
-        ParamTagAdapter(module, this, it.subjectName ?: "?", true, it.children)
-    }).toTypedArray()
-
-    override fun fields(): Array<out FieldDoc> = fields(true)
-    override fun fields(filter: Boolean): Array<out FieldDoc> = classNode.members(DocumentationNode.Kind.Field).map { FieldAdapter(module, it) }.toTypedArray()
-
-    override fun findClass(className: String?): ClassDoc? = null // TODO !!!
-    override fun serializableFields(): Array<out FieldDoc> = emptyArray()
-    override fun superclassType(): Type? = classNode.lookupSuperClasses(module).singleOrNull { it.kind == DocumentationNode.Kind.Class }?.let { ClassDocumentationNodeAdapter(module, it) }
-    override fun serializationMethods(): Array<out MethodDoc> = emptyArray() // TODO
-    override fun superclass(): ClassDoc? = classNode.lookupSuperClasses(module).singleOrNull { it.kind == DocumentationNode.Kind.Class }?.let { ClassDocumentationNodeAdapter(module, it) }
-    override fun isSerializable(): Boolean = false // TODO
-    override fun subclassOf(cd: ClassDoc?): Boolean {
-        if (cd == null) {
-            return false
-        }
-
-        val expectedFQName = cd.qualifiedName()
-        val types = arrayListOf(classNode)
-        val visitedTypes = HashSet<String>()
-
-        while (types.isNotEmpty()) {
-            val type = types.removeAt(types.lastIndex)
-            val fqName = type.qualifiedName()
-
-            if (expectedFQName == fqName) {
-                return true
-            }
-
-            visitedTypes.add(fqName)
-            types.addAll(type.details(DocumentationNode.Kind.Supertype).filter { it.qualifiedName() !in visitedTypes })
-        }
-
-        return false
-    }
-
-    override fun innerClasses(): Array<out ClassDoc> = classNode.members(DocumentationNode.Kind.Class).map { ClassDocumentationNodeAdapter(module, it) }.toTypedArray()
-    override fun innerClasses(filter: Boolean): Array<out ClassDoc> = innerClasses()
-}
-
-fun DocumentationNode.lookupSuperClasses(module: ModuleNodeAdapter) =
-        details(DocumentationNode.Kind.Supertype)
-                .map { it.links.firstOrNull() }
-                .map { module.allTypes[it?.qualifiedName()] }
-                .filterNotNull()
-
-fun List<DocumentationNode>.collectAllTypesRecursively(): Map<String, DocumentationNode> {
-    val result = hashMapOf<String, DocumentationNode>()
-
-    fun DocumentationNode.collectTypesRecursively() {
-        val classLikeMembers = DocumentationNode.Kind.classLike.flatMap { members(it) }
-        classLikeMembers.forEach {
-            result.put(it.qualifiedName(), it)
-            it.collectTypesRecursively()
-        }
-    }
-
-    forEach { it.collectTypesRecursively() }
-    return result
-}
-
-class ModuleNodeAdapter(val module: DocumentationModule, val reporter: DocErrorReporter, val outputPath: String) : DocumentationNodeBareAdapter(module), DocErrorReporter by reporter, RootDoc {
-    val allPackages = module.members(DocumentationNode.Kind.Package).toMapBy { it.name }
-    val allTypes = module.members(DocumentationNode.Kind.Package).collectAllTypesRecursively()
-
-    override fun packageNamed(name: String?): PackageDoc? = allPackages[name]?.let { PackageAdapter(this, it) }
-
-    override fun classes(): Array<out ClassDoc> =
-            allTypes.values.map { ClassDocumentationNodeAdapter(this, it) }.toTypedArray()
-
-    override fun options(): Array<out Array<String>> = arrayOf(
-            arrayOf("-d", outputPath),
-            arrayOf("-docencoding", "UTF-8"),
-            arrayOf("-charset", "UTF-8"),
-            arrayOf("-keywords")
-    )
-
-    override fun specifiedPackages(): Array<out PackageDoc>? = module.members(DocumentationNode.Kind.Package).map { PackageAdapter(this, it) }.toTypedArray()
-
-    override fun classNamed(qualifiedName: String?): ClassDoc? =
-            allTypes[qualifiedName]?.let { ClassDocumentationNodeAdapter(this, it) }
-
-    override fun specifiedClasses(): Array<out ClassDoc> = classes()
-}