//2.11.8
public class C {
    private O.2. O$1$lzycompute(VolatileObjectRef x$1) {
        C c = this;
        synchronized (c) {
            if (x$1.elem == null) {
                public class C$O$2$ {
                    public C$O$2$(C $outer) {
                    }
                }
                x$1.elem = new C$O$2$(this);
            }
            return (C$O$2$)x$1.elem;
        }
    }

    public void foo() {
        VolatileObjectRef O$module = VolatileObjectRef.zero();
    }

    private final O.2. O$1(VolatileObjectRef O$module$1) {
        return O$module$1.elem == null ? this.O$1$lzycompute(O$module$1) : (O.2.)O$module$1.elem;
    }

    private final O.2. oh$1(VolatileObjectRef O$module$1) {
        return this.O$1(O$module$1);
    }
}

// This PR
public class C {
    public void foo() {
        LazyRef O$lzy = new LazyRef();
    }

    private static final /* synthetic */ O.2. O$lzycompute$1(LazyRef O$lzy$1) {
        C$O$2$ var2_2;
        LazyRef lazyRef = O$lzy$1;
        synchronized (lazyRef) {
            public class C$O$2$ {
                public C$O$2$(C $outer) {
                }
            }
            var2_2 = O$lzy$1.initialized() ? (C$O$2$)O$lzy$1.value() : (C$O$2$)O$lzy$1.initialize((Object)new C$O$2$(null));
        }
        return var2_2;
    }

    private final O.2. O$1(LazyRef O$lzy$1) {
        return O$lzy$1.initialized() ? (O.2.)O$lzy$1.value() : C.O$lzycompute$1(O$lzy$1);
    }

    private final O.2. oh$1(LazyRef O$lzy$1) {
        return this.O$1(O$lzy$1);
    }
}