assertThat(this, notNullValue())
        this as KotlinScriptExternalDependencies
        assertTrue(classpath.toList().isNotEmpty())
        assertTrue(imports.toList().isNotEmpty())
        assertTrue(sources.toList().isNotEmpty())
    }
}


internal
fun scriptContentFor(scriptFile: File?) =
    mock<ScriptContents> {
        on { file } doReturn scriptFile

            }
        }

        return generateSequence<PsiElement>(candidate) { it.nextSibling }
            .filterIsInstance<KtExpression>()
            .filter { it.textRange in textRange }
            .toList()
    }

        Assertions.assertEquals(callableId, symbol.callableId)
    }
}

internal fun compileCommonKlib(kLibSourcesRoot: Path): Path {
    val ktFiles = Files.walk(kLibSourcesRoot).asSequence().filter { it.extension == "kt" }.toList()
    val testKlib = KtTestUtil.tmpDir("testLibrary").resolve("library.klib").toPath()

    val arguments = buildList {
        ktFiles.mapTo(this) { it.absolutePathString() }
        add("-d")

        to: List<Pair<File, HashCode>>
    ): InvalidationReason? = to.toMap().let { toMap ->
        checkFingerprintGiven(
            mock {
                on { allInitScripts } doReturn toMap.keys.toList()
                on { hashCodeAndTypeOf(any()) }.then { invocation ->
                    toMap[invocation.getArgument(0)] to FileType.RegularFile
                }

        val result = mutableListOf<DeclarativeDocument.DocumentNode>()

        // First, add the underlay items that have no matching merge key in the overlay:
        underlayNodesByMergeKey.entries.toList().forEach { (underlayMergeKey, underlayNodes) ->
            if (underlayMergeKey is MergeKey.CannotMerge || underlayMergeKey !in overlayMergeKeys) {
                underlayNodes.forEach {
                    result.add(it)

        val generatorTask = project.tasks.register(testProject, type, configurationAction)
        val currentlyRegisteredTestProjects = registeredTestProjects.toList()
        cleanTestProjectsTask.configure {
            delete(generatorTask.map { it.outputs })
        }
        registeredPerformanceTests.forEach {
            it.configure { mustRunAfter(generatorTask) }

        val currentDefaultExcludes = fileSystemDefaultExcludesProvider.currentDefaultExcludes
        writeStrings(currentDefaultExcludes.toList())
    }

    private
    fun DefaultReadContext.readFileSystemDefaultExcludes(gradle: GradleInternal) {
        val defaultExcludes = readStringsSet()

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

        val qualifyingReferences = qualifiers.mapIndexed { index, qualifier ->
            // We want to handle qualified calls like `foo.Bar.Baz()`, but not like `foo.Bar().Baz()`

            withForcedTypeCalculator = true,
            memberRequiredPhase = null,
        )
            .getConstructors(analysisSession.firSymbolBuilder)
            .toList()
    }

    private fun FirResolvedQualifier.toKtCalls(constructors: List<KaConstructorSymbol>): List<KaCall> {
        analysisSession.apply {
            return constructors.map { constructor ->

        return result.asReversed()
    }

    private fun createFakeImportingScope(newImports: Sequence<FqName>): FirScope? {
        val resolvedNewImports = newImports.mapNotNull { createFakeResolvedImport(it) }.toList()
        if (resolvedNewImports.isEmpty()) return null

        return FirExplicitSimpleImportingScope(
            resolvedNewImports,
            firSession,