public open class InnerOfGeneric : R|kotlin/Any| {
    public constructor(): R|test/InnerOfGeneric|

    public abstract inner class A<K : R|ft<kotlin/Any, kotlin/Any?>|> : R|kotlin/Any| {
        public test/InnerOfGeneric.constructor<K : R|ft<kotlin/Any, kotlin/Any?>|>(): R|test/InnerOfGeneric.A<K>|

        public abstract inner class Inner<K : R|ft<kotlin/Any, kotlin/Any?>|> : R|test/InnerOfGeneric.S<ft<K & Any, K?>>| {
            public test/InnerOfGeneric.A<K>.constructor(): R|test/InnerOfGeneric.A.Inner<K>|

        }
    }
    public open inner class B<L : R|ft<kotlin/Any, kotlin/Any?>|> : R|test/InnerOfGeneric.A<ft<L & Any, L?>>| {
        public test/InnerOfGeneric.constructor<L : R|ft<kotlin/Any, kotlin/Any?>|>(): R|test/InnerOfGeneric.B<L>|

        public open inner class SubInner<L : R|ft<kotlin/Any, kotlin/Any?>|> : R|test/InnerOfGeneric.A.Inner<ft<L & Any, L?>>| {
            @R|java/lang/Override|() public open operator fun iterator(): R|ft<kotlin/collections/MutableIterator<ft<L & Any, L?>>, kotlin/collections/Iterator<ft<L & Any, L?>>?>|

            public test/InnerOfGeneric.B<L>.constructor(): R|test/InnerOfGeneric.B.SubInner<L>|

        }
    }
    public open inner class S<E : R|ft<kotlin/Any, kotlin/Any?>|> : R|kotlin/Any| {
        public open operator fun iterator(): R|ft<kotlin/collections/MutableIterator<ft<E & Any, E?>>, kotlin/collections/Iterator<ft<E & Any, E?>>?>|

        public test/InnerOfGeneric.constructor<E : R|ft<kotlin/Any, kotlin/Any?>|>(): R|test/InnerOfGeneric.S<E>|

    }
}