allValueArguments.map { (name, value) ->
        KtNamedAnnotationValue(name, value.toKtAnnotationValue(analysisContext), analysisContext.token)
    }

internal fun CallableDescriptor.createContextReceivers(
    analysisContext: Fe10AnalysisContext
): List<KtContextReceiver> {
    return contextReceiverParameters.map { createContextReceiver(it, analysisContext) }
}

        }.ifNotEmpty { return this }

        getNonImportedSymbolsByFullyQualifiedName(fqName).map { it.toResolveResult() }.ifNotEmpty { return this }

        AdditionalKDocResolutionProvider.resolveKdocFqName(analysisSession, fqName, contextElement)
            .map { it.toResolveResult() }
            .ifNotEmpty { return this }

        if (trySyntheticGetters) {

        private inline fun <reified D : DeclarationDescriptor> Collection<D>.mapToDelegatedIfRequired(): Collection<D> {
            if (!forDelegatedMembersOnly) return this
            return map {
                val overridden = (it as CallableMemberDescriptor).overriddenDescriptors.firstOrNull()
                overridden?.newCopyBuilder()
                    ?.setModality(Modality.OPEN)

                listOfNotNull((superTypeRef as? FirResolvedTypeRef)?.toTargetSymbol(session, symbolBuilder))
            }
            is FirErrorNamedReference -> {
                getCandidateSymbols().map { it.fir.buildSymbol(symbolBuilder) }
            }
            else -> emptyList()
        }
    }

    private fun getPackageSymbolFor(
        expression: KtSimpleNameExpression,

        val firParent = computeCommonParent(statements)

        val firStatements = statements.map { it.unwrap().getOrBuildFirOfType<FirElement>(firResolveSession) }
        val pathSearcher = FirElementPathSearcher(firStatements)
        firParent.accept(pathSearcher)

        return firStatements.map { unwrapLeaf(pathSearcher[it] ?: it) }
    }

    private fun unwrapLeaf(firLeaf: FirElement): FirElement {

        val irGeneratorExtensions = IrGenerationExtension.getInstances(project)

        val dependencyFir2IrResults = dependencyFiles
            .map(::getFullyResolvedFirFile)
            .groupBy { it.llFirSession }
            .map { (dependencySession, dependencyFiles) ->
                val dependencyConfiguration = configuration
                    .copy()
                    .apply {

            availableScopes.map { IndexedValue(index, it) }
        }
        val ktScopesWithKinds = createScopesWithKind(firScopes)

        return KtScopeContext(ktScopesWithKinds, implicitReceivers, token)
    }

    private fun createScopesWithKind(firScopes: Iterable<IndexedValue<FirScope>>): List<KtScopeWithKind> {
        return firScopes.map { (index, firScope) ->

internal object FirAnnotationValueConverter {
    fun toNamedConstantValue(
        analysisSession: KtAnalysisSession,
        argumentMapping: Map<Name, FirExpression>,
        builder: KtSymbolByFirBuilder,
    ): List<KtNamedAnnotationValue> = argumentMapping.map { (name, expression) ->
        KtNamedAnnotationValue(
            name,

        return when (this) {
            is KtSuccessCallInfo -> listOf(KtApplicableCallCandidateInfo(call, isInBestCandidates = true))
            is KtErrorCallInfo -> candidateCalls.map { KtInapplicableCallCandidateInfo(it, isInBestCandidates = true, diagnostic) }
            null -> emptyList()
        }
    }

        else
            substitutedType.asKtType()
    }

    /**
     * Expected type of the indexing parameter in array access, for example, in the following code:
     * ```
     * val map = mapOf<Int, String>()
     * map[k] = v
     * ```
     * `k` is indexing parameter and its expected type is `Int`.
     */
    private fun getExpectedTypeOfIndexingParameter(expression: PsiElement): KtType? {