}

    public static @Nullable Object qualifierOf(AnnotatedElement annotatedElement) {
        Object qualifier = null;
        for (Annotation annotation : annotatedElement.getDeclaredAnnotations()) {
            if (annotation.annotationType().isAnnotationPresent(Qualifier.class)) {
                if (qualifier != null) {
                    throw new DIException("More than one qualifier annotation on " + annotatedElement);
                }

        Key<?> key = Key.of(clazz, ReflectionUtils.qualifierOf(clazz));
        Binding<U> binding = Binding.toInstance(instance);
        return doBind(key, binding);
    }

    @Override
    public Injector bindImplicit(Class<?> clazz) {
        Key<?> key = Key.of(clazz, ReflectionUtils.qualifierOf(clazz));
        if (clazz.isInterface()) {

            }

            qualifier.getCalleeExpressionIfAny() as? KtNameReferenceExpression
                ?: errorWithAttachment("Cannot get referenced name from '${qualifier::class}'") {
                    withPsiEntry("qualifier", qualifier)
                }
        }

        override val referencedByName: Name
            get() = typeNameReference.getReferencedNameAsName()

        val qualifiers = generateSequence(this as KtExpression) { (it as? KtDotQualifiedExpression)?.receiverExpression }
            .map { (it as? KtDotQualifiedExpression)?.selectorExpression ?: it }
            .toList()
            .asReversed()

        val qualifyingReferences = qualifiers.mapIndexed { index, qualifier ->

     *
     * To properly resolve qualifier parts in the middle,
     * we need to resolve the whole qualifier to understand which parts of the qualifier are package or class qualifiers.
     * And then we will be able to resolve the qualifier selected by the user to the proper class, package or callable.
     *
     * It's possible that the whole qualifier is invalid, in this case we still want to resolve our [selectedFqName].

//
// Using a nil Qualifier is equivalent to using (*[Package]).Path: the
// object is qualified by the import path, e.g., "encoding/json.Marshal".
type Qualifier func(*Package) string

// RelativeTo returns a [Qualifier] that fully qualifies members of
// all packages other than pkg.
func RelativeTo(pkg *Package) Qualifier {
	if pkg == nil {
		return nil
	}
	return func(other *Package) string {

//
// Using a nil Qualifier is equivalent to using (*[Package]).Path: the
// object is qualified by the import path, e.g., "encoding/json.Marshal".
type Qualifier func(*Package) string

// RelativeTo returns a [Qualifier] that fully qualifies members of
// all packages other than pkg.
func RelativeTo(pkg *Package) Qualifier {
	if pkg == nil {
		return nil
	}
	return func(other *Package) string {

            val unresolvedName = when (val diagnostic = errorType?.diagnostic) {
                is ConeUnresolvedTypeQualifierError -> diagnostic.qualifier
                is ConeUnresolvedNameError -> diagnostic.qualifier
                else -> null
            }
            qualifierParts += unresolvedName
            if (errorType != null && expression is FirPropertyAccessExpression) {

	WriteType(buf, typ, qf)
}

func packagePrefix(pkg *Package, qf Qualifier) string {
	if pkg == nil {
		return ""
	}
	var s string
	if qf != nil {
		s = qf(pkg)
	} else {
		s = pkg.Path()
	}
	if s != "" {
		s += "."
	}
	return s
}

// ObjectString returns the string form of obj.
// The Qualifier controls the printing of
// package-level objects, and may be nil.

	WriteType(buf, typ, qf)
}

func packagePrefix(pkg *Package, qf Qualifier) string {
	if pkg == nil {
		return ""
	}
	var s string
	if qf != nil {
		s = qf(pkg)
	} else {
		s = pkg.Path()
	}
	if s != "" {
		s += "."
	}
	return s
}

// ObjectString returns the string form of obj.
// The Qualifier controls the printing of
// package-level objects, and may be nil.