val expectedClassName = when {
        symbol.symbolKind == KaSymbolKind.LOCAL ->
            null
        ktClass != null ->
            // member
            ktClass.getClassId()?.asFqNameString()
        else ->
            // top-level
            ktFile.javaFileFacadeFqName.asString()
    }
    val actualClassName = symbol.getContainingJvmClassName()

                        " ".separated(
                            { typeRenderer.annotationsRenderer.renderAnnotations(analysisSession, type, printer) },
                            { append(lower.classId.asFqNameString().replace("Mutable", "(Mutable)")) },
                        )
                        printCollectionIfNotEmpty(lower.typeArguments, prefix = "<", postfix = ">") { typeArgument ->

                        ?: (containingSymbolOrSelf as? KaCallableSymbol)?.callableId?.classId
                    classId?.takeUnless { it.shortClassName.isSpecial }
                        ?.asFqNameString()
                }
            }
        }
    }

    // TODO this is a dummy and incorrect implementation just to satisfy some tests
    override fun getContainingModule(symbol: KaSymbol): KtModule {

                ?: containingSymbolOrSelf.callableId?.classId
            classId?.takeUnless { it.shortClassName.isSpecial }
                ?.asFqNameString()
        }
    }

    override fun getContainingModule(symbol: KaSymbol): KtModule {
        return symbol.getContainingKtModule(analysisSession.firResolveSession)
    }

                    val type = ErrorUtils
                        .createErrorType(ErrorTypeKind.UNRESOLVED_TYPE, classId.asFqNameString())
                        .toKtType(analysisContext)

                    KaKClassAnnotationValue(type, classId, sourcePsi = null, token)
                }
            }
        }