?: NonApplicable(token)
        }
    }

    private fun computeImplicitReceivers(firFakeFile: FirFile): List<ImplicitReceiverValue<*>> {
        val sessionHolder = run {
            val firSession = firFakeFile.llFirSession
            val scopeSession = firResolveSession.getScopeSessionFor(firSession)
            SessionHolderImpl(firSession, scopeSession)
        }

            val firFile = targetElement.containingKtFile.getOrBuildFirFile(firResolveSession)

            val sessionHolder = run {
                val firSession = firResolveSession.useSiteFirSession
                val scopeSession = firResolveSession.getScopeSessionFor(firSession)

                SessionHolderImpl(firSession, scopeSession)

- `compilerTest` - build and run all compiler tests

To reproduce TeamCity build use `-Pteamcity=true` flag. Local builds don't run proguard and have jar compression disabled by default.

**OPTIONAL:** Some artifacts, mainly Maven plugin ones, are built separately with Maven.
Refer to [libraries/ReadMe.md](libraries/ReadMe.md) for details.

To build Kotlin/Native, see

        val type = getDeclaredType()?.lowerBoundIfFlexible() as? ConeLookupTagBasedType

        return type?.toTargetSymbol(session, symbolBuilder) ?: run {
            val diagnostic = (this as? FirErrorTypeRef)?.diagnostic
            (diagnostic as? ConeUnmatchedTypeArgumentsError)?.symbol?.fir?.buildSymbol(symbolBuilder)
        }
    }

        }

    private fun FirArrayLiteral.toKtCallInfo(): KtCallInfo? {
        val arrayOfSymbol = with(analysisSession) {

            val type = resolvedType as? ConeClassLikeType
                ?: return run {
                    val defaultArrayOfSymbol = arrayOfSymbol(arrayOf) ?: return null
                    val substitutor = createSubstitutorFromTypeArguments(defaultArrayOfSymbol)

    add(FirErrors.SENSELESS_NULL_IN_WHEN) { firDiagnostic ->
        SenselessNullInWhenImpl(
            firDiagnostic as KtPsiDiagnostic,
            token,
        )
    }
    add(FirErrors.TYPECHECKER_HAS_RUN_INTO_RECURSIVE_PROBLEM) { firDiagnostic ->
        TypecheckerHasRunIntoRecursiveProblemImpl(
            firDiagnostic as KtPsiDiagnostic,
            token,
        )
    }

            /**
             * IR for code fragment is not fully correct until `patchCodeFragmentIr` is over.
             * Because of that we run IR plugins manually after patching and don't pass any extension to fir2ir conversion in `runFir2Ir` method
             */
            irGeneratorExtensions = emptyList()
        )

            firSession.typeApproximator,
            scopeSession,
            JvmSerializationBindings(),
            useTypeTable = true,
            moduleName = (analysisSession.useSiteModule as KtSourceModule).run { stableModuleName ?: moduleName },
            classBuilderMode = ClassBuilderMode.KAPT3,
            isParamAssertionsDisabled = false,
            unifiedNullChecks = true,
            metadataVersion = metadataVersion,

            Errors.RESOLUTION_TO_PRIVATE_CONSTRUCTOR_OF_SEALED_CLASS,
            Errors.UNRESOLVED_REFERENCE,
            *Errors.TYPECHECKER_HAS_RUN_INTO_RECURSIVE_PROBLEM.factories,
            *Errors.TYPECHECKER_HAS_RUN_INTO_RECURSIVE_PROBLEM_IN_AUGMENTED_ASSIGNMENT.factories,
        )

        private val syntaxErrors = setOf(
            Errors.ASSIGNMENT_IN_EXPRESSION_CONTEXT,
        )

    ) : TypeQualifier {

        private val dotQualifier: KtDotQualifiedExpression? = qualifier as? KtDotQualifiedExpression

        private val typeNameReference: KtNameReferenceExpression = run {
            require(qualifier is KtNameReferenceExpression || qualifier is KtDotQualifiedExpression || qualifier is KtCallExpression) {
                "Unexpected qualifier '${qualifier.text}' of type '${qualifier::class}'"