return outer
    }
}


class Outer {
    @get:Restricted
    val inner: Inner = Inner()

    @Configuring(propertyName = "inner")
    fun configureInner(fn: Functional) {
        fn.configure(inner)
    }

    @Configuring(propertyName = "inner")
    fun configureInnerWithGeneric(fn: GenericFunctional<Inner>) {
        fn.configure(inner)
    }
}


interface Functional {

        getArchivesName().set(archivesBaseName);
    }

    private static void logPropertyDeprecation(String propertyName, String replacementPropertyName) {
        DeprecationLogger.deprecateProperty(BasePluginExtension.class, propertyName)
            .replaceWith(replacementPropertyName)
            .willBeRemovedInGradle9()

    }

    @Override
    public boolean isPropertyRelevant() {
        return true;
    }

    @Override
    public void visitPropertyValue(String propertyName, PropertyValue value, PropertyMetadata propertyMetadata, PropertyVisitor visitor) {
        propertyMetadata.getAnnotation(ServiceReference.class).ifPresent(annotation -> {
            String serviceName = annotation.value();

        return true;
    }

    @Override
    public void visitPropertyValue(String propertyName, PropertyValue value, PropertyMetadata propertyMetadata, PropertyVisitor visitor) {
        propertyMetadata.getAnnotation(SoftwareType.class).ifPresent(softwareType ->
            visitor.visitSoftwareTypeProperty(propertyName, value, softwareType)
        );
    }

    @Override

        delegate.beforeEvaluate(action)

    override fun beforeEvaluate(closure: Closure<*>) =
        delegate.beforeEvaluate(closure)

    override fun property(propertyName: String): Any? =
        delegate.property(propertyName)

    override fun buildscript(configureClosure: Closure<*>) =
        delegate.buildscript(configureClosure)

    override fun getProject(): Project =
        delegate.project

        when:
        withEntryPoint(GET_PROPERTY, propertyName) {
            property = instance.metaClass.getMetaProperty(propertyName)
        }

        then:
        property != null
        (property instanceof CallInterceptingMetaClass.InterceptedMetaProperty) == shouldIntercept

        where:
        propertyName | shouldIntercept
        "testString" | true
        "metaClass"  | false

        property(name) { jsonString(value) }
    }

    private
    inline fun property(name: String, value: () -> Unit) {
        propertyName(name)
        value()
    }

    private
    fun propertyName(name: String) {
        simpleString(name)
        write(':')
    }

    private
    fun simpleString(name: String) {
        write('"')
        write(name)

            "output", staleFileAddedBetweenExecutions
        )

        when:
        def overlaps = detector.detect(previousOutputFiles, outputFilesBeforeExecution)

        then:
        overlaps.propertyName == "output"
        overlaps.overlappedFilePath == "/absolute/path"
    }

    def "detects overlap when there is a stale #type in an output directory"() {

            String propertyName = request.getInterceptedCallable().getCallableName();
            String setterName = "set" + TextUtil.capitalize(propertyName);
            scopeExpressions.add(CodeBlock.of("$1T.writesOfPropertiesNamed($2S)", INTERCEPTED_SCOPE_CLASS, propertyName));

            work.visitOutputs(context.getWorkspace(), new UnitOfWork.OutputVisitor() {
                @Override
                public void visitOutputProperty(String propertyName, TreeType type, UnitOfWork.OutputFileValueSupplier value) {
                    File root = value.getValue();
                    switch (type) {
                        case FILE: