kotlin-fork/kotlin-native/backend.native/tests/build.gradle

/*
 * Copyright 2010-2018 JetBrains s.r.o. Use of this source code is governed by the Apache 2.0 license
 * that can be found in the LICENSE file.
 */

import org.jetbrains.kotlin.gradle.plugin.tasks.KonanCompileNativeBinary
import org.jetbrains.kotlin.*
import org.jetbrains.kotlin.konan.target.*
import org.jetbrains.kotlin.UtilsKt

import java.nio.file.Paths
import java.util.regex.Pattern

import static org.jetbrains.kotlin.konan.target.Architecture.*

buildscript {
    repositories {
        if (UtilsKt.getCacheRedirectorEnabled(project))
            maven { url 'https://cache-redirector.jetbrains.com/maven-central'}
        else
            mavenCentral()

        maven {
            url project.bootstrapKotlinRepo
        }
    }
    ext.useCustomDist = UtilsKt.getUseCustomDist(project)
    ext.kotlinNativeDist = UtilsKt.getKotlinNativeDist(project)
    if (!useCustomDist) {
        ext.setProperty("kotlin.native.home", kotlinNativeDist.absolutePath)
        ext.setProperty("org.jetbrains.kotlin.native.home", kotlinNativeDist.absolutePath)
        ext.setProperty("konan.home", kotlinNativeDist.absolutePath)
    }
}

apply plugin: 'konan'
apply plugin: 'kotlin'

configurations {
    cli_bc
    update_tests
    update_stdlib_tests

    nopPluginApi
    api.extendsFrom nopPluginApi
}

dependencies {
    api 'org.jetbrains.kotlinx:kotlinx-coroutines-core:1.3.7'
    cli_bc project(path: ':kotlin-native:backend.native', configuration: 'cli_bcApiElements')
}
ext.testOutputRoot = rootProject.file("test.output").absolutePath
ext.externalTestsDir = project.file("build/external")
ext.externalStdlibTestsDir = project.file("build/stdlib_external/stdlib")
externalTestsDir.mkdirs()
externalStdlibTestsDir.mkdirs()

ext.platformManager = project.project(":kotlin-native").platformManager
ext.target = platformManager.targetManager(project.testTarget).target

ext.testLibraryDir = "${ext.testOutputRoot}/klib/platform/${project.target.name}"

// Add executor to run tests depending on a target
project.extensions.executor = ExecutorServiceKt.create(project)


compileTestKotlin {
    kotlinOptions {
        freeCompilerArgs += "-Xskip-prerelease-check"
    }
}

// Do not generate run tasks for konan built artifacts
ext.konanNoRun = true

final CacheTesting cacheTesting = CacheTestingKt.configureCacheTesting(project)
if (cacheTesting != null) {
    // Check for debug build and set the -g option.
    if (project.globalTestArgs.contains("-opt")) {
        throw new IllegalArgumentException("Cache testing should be run with debug build. " +
                "Remove -opt options from the test args")
    }
    if (!project.globalTestArgs.contains("-g")) {
        project.globalTestArgs.add("-g")
    }

    // Note: can't do this in [CacheTesting.configure] since task classes aren't accessible there.
    tasks.withType(KonanCompileNativeBinary.class).configureEach {
        dependsOn cacheTesting.buildCacheTask
        extraOpts cacheTesting.compilerArgs
    }

    tasks.withType(RunExternalTestGroup.class).configureEach {
        dependsOn cacheTesting.buildCacheTask
        flags = (flags ?: []) + cacheTesting.compilerArgs
    }
}

// Enable two-stage test compilation if the test_two_stage property is set.
ext.twoStageEnabled = project.hasProperty("test_two_stage")

tasks.withType(KonanCompileNativeBinary.class).configureEach {
    enableTwoStageCompilation = twoStageEnabled
}

tasks.withType(RunExternalTestGroup.class).configureEach {
    enableTwoStageCompilation = twoStageEnabled
}

ext.isExperimentalMM = project.globalTestArgs.contains("-memory-model") && project.globalTestArgs.contains("experimental")
ext.isNoopGC = project.globalTestArgs.contains("-Xgc=noop")

if (ext.isExperimentalMM) {
    // TODO: Make it more aggressive and only turn it on for a subset of tests.
    tasks.withType(KonanCompileNativeBinary.class).configureEach {
        extraOpts "-Xgc-aggressive"
    }
}

// TODO: It also makes sense to test -g without asserts, and also to test -opt with asserts.
if (project.globalTestArgs.contains("-g")) {
    tasks.withType(KonanCompileNativeBinary.class).configureEach {
        extraOpts "-Xbinary=runtimeAssertionsMode=panic"
    }

    tasks.withType(RunExternalTestGroup.class).configureEach {
        flags = (flags ?: []) + "-Xbinary=runtimeAssertionsMode=panic"
    }
}

allprojects {
    // Root directories for test output (logs, compiled files, statistics etc). Only single path must be in each set.
    // backend.native/tests
    ext.testOutputLocal = rootProject.file("$testOutputRoot/local")

    // backend.native/tests/external
    ext.testOutputExternal = rootProject.file("$testOutputRoot/external")

    // backend.native/tests/stdlib_external
    ext.testOutputStdlib = rootProject.file("$testOutputRoot/stdlib")

    // backend.native/tests/framework
    ext.testOutputFramework = rootProject.file("$testOutputRoot/framework")

    // backent.native/tests/coverage
    ext.testOutputCoverage = rootProject.file("$testOutputRoot/coverage")

    ext.testOutputFileCheck = rootProject.file("$testOutputRoot/filecheck")
}
testOutputExternal.mkdirs()
testOutputStdlib.mkdirs()

konanArtifacts {
    library('testLibrary') {
        srcDir 'testLibrary'
    }
    library('baseTestClass', targets: [target]) {
        srcFiles 'testing/library.kt'
    }
    UtilsKt.dependsOnDist(UtilsKt.findKonanBuildTask(project, "testLibrary", HostManager.@Companion.getHost()))
}
configure(project.tasks.findByName("compileKonanBaseTestClass${UtilsKt.getTestTargetSuffix(project)}")) {
  UtilsKt.dependsOnDist(it)
}

def installTestLib = tasks.register("installTestLibrary", KonanKlibInstallTask) {
    dependsOn "compileKonanTestLibraryHost"
    klib = project.provider { konanArtifacts.testLibrary.getArtifactByTarget('host') }
    repo = rootProject.file(testLibraryDir)

    doLast {
        // Remove the version in build/, so that we don't link two copies.
        def file = project.file("build/konan/libs/${project.target.name}/testLibrary.klib")
        file.delete()
    }
}

void konanc(String[] args) {
   def konancScript = isWindows() ? "konanc.bat" : "konanc"
   def konanc = "$kotlinNativeDist/bin/$konancScript"
   def allArgs = args.join(" ")
   println("$konanc $allArgs")
   "$konanc $allArgs".execute().waitFor()
}

clean {
    doLast {
        delete(project(":kotlin-native").file(testOutputRoot))
    }
}

TaskCollection<Task> tasksOf(Class<? extends Task> type, Closure<Boolean> filter = { return true }) {
    String prefix = project.findProperty("prefix")
    project.tasks.withType(type)
            .matching { filter(it) && it.enabled && (prefix != null ? it.name.startsWith(prefix) : true) }
}

run {
    dependsOn(tasksOf(KonanTest))
    // Add framework tests
    dependsOn(tasksOf(FrameworkTest))
    dependsOn(tasksOf(MetadataComparisonTest))
    // Add regular gradle test tasks
    dependsOn(tasksOf(Test))
    dependsOn(tasksOf(CoverageTest))
    dependsOn(":kotlin-native:Interop:Indexer:check")
}

task sanity {
    def platformLibsTasks =":distPlatformLibs" + ":kotlin-native:platformLibs"
    dependsOn(tasksOf(KonanTest) { task ->
        !UtilsKt.isDependsOnPlatformLibs(task) &&
                task.name != "library_mismatch" // This test requires the wasm32 stdlib which is unavailable during a sanity run.
    })
    // Add framework tests
    dependsOn(tasksOf(FrameworkTest) { task ->
        !UtilsKt.isDependsOnPlatformLibs(task)
    })
    dependsOn(tasksOf(MetadataComparisonTest))
    // Add regular gradle test tasks
    dependsOn(tasksOf(Test))
    dependsOn(tasksOf(CoverageTest))
    dependsOn(tasksOf(FileCheckTest))
    dependsOn(":kotlin-native:Interop:Indexer:check")
    dependsOn(":kotlin-native:Interop:StubGenerator:check")
}

// Collect reports in one json.
task resultsTask() {
    doLast {
        List<KonanTestGroupReport> reports = []
        def statistics = new Statistics()
        tasks.withType(RunExternalTestGroup).matching { it.state.executed }.each {
            reports += new KonanTestGroupReport(it.name, it.testGroupReporter.suiteReports)
            statistics.add(it.testGroupReporter.statistics)
        }

        tasks.withType(KonanGTest).matching { it.state.executed }.each {
            statistics.add(it.statistics)
        }

        ExternalReportUtilsKt.saveReport("$testOutputExternal/reports.json", statistics, reports)
        use(KonanTestSuiteReportKt) {
            project.logger.quiet("DONE.\n\n" +
                    "TOTAL: $statistics.total\n" +
                    "PASSED: $statistics.passed\n" +
                    "FAILED: $statistics.failed\n" +
                    (statistics.error != 0 ? "ERROR: $statistics.error\n" : "") +
                    "SKIPPED: $statistics.skipped")
        }
    }
}

boolean isExcluded(String dir) {
    // List of tests that fail due to unresolved compiler bugs
    def excluded = [ ]

    boolean result = false
    excluded.forEach {
        if (dir.endsWith(it.replace("/", File.separator))) {
            result = true
        }
    }
    return result
}

/**
 * Creates a task for a standalone test. Configures runner and adds building task.
 */
Task standaloneTest(String name, Closure configureClosure) {
    return KotlinNativeTestKt.createTest(project, name, KonanStandaloneTest) { task ->
        task.configure(configureClosure)
        if (task.enabled) {
            konanArtifacts {
                program(name, targets: [target.name]) {
                    baseDir   "$testOutputLocal/$name"
                    srcFiles  task.getSources()
                    extraOpts task.flags
                    extraOpts project.globalTestArgs
                }
            }
        }
    }
}

/**
 * Creates a task for a linking test. Configures runner and adds library and test build tasks.
 */
Task linkTest(String name, Closure<KonanLinkTest> configureClosure) {
    return KotlinNativeTestKt.createTest(project, name, KonanLinkTest) { task ->
        task.configure(configureClosure)
        if (task.enabled) {
            konanArtifacts {
                def lib = "lib$name"
                def targetName = target.name
                // build a library from KonanLinkTest::lib property
                library(lib, targets: [targetName]) {
                    srcFiles task.lib
                    baseDir  "$testOutputLocal/$name"
                    extraOpts task.flags
                    extraOpts project.globalTestArgs
                }
                UtilsKt.dependsOnKonanBuildingTask(task, lib, target)

                // Build an executable with library
                program(name, targets: [targetName]) {
                    libraries {
                        klib lib
                    }
                    baseDir  "$testOutputLocal/$name"
                    srcFiles  task.getSources()
                    extraOpts task.flags
                    extraOpts project.globalTestArgs
                }
            }
        }
    }
}

/**
 * Creates a task for a dynamic test. Configures runner and adds library and test build tasks.
 */
Task dynamicTest(String name, Closure<KonanDynamicTest> configureClosure) {
    return KotlinNativeTestKt.createTest(project, name, KonanDynamicTest) { task ->
        task.configure(configureClosure)
        if (task.enabled) {
            konanArtifacts {
                def targetName = target.name
                def lib = task.interop
                if (lib != null) {
                    UtilsKt.dependsOnKonanBuildingTask(task, lib, target)
                }
                dynamic(name, targets: [targetName]) {
                    if (lib != null) {
                        libraries {
                            artifact lib
                        }
                    }
                    srcFiles task.getSources()
                    baseDir  "$testOutputLocal/$name"
                    extraOpts task.flags
                    extraOpts project.globalTestArgs
                    if (targetName == "mingw_x64" || targetName == "mingw_x86") {
                        extraOpts "-linker-option", "-Wl,--out-implib,$testOutputLocal/$name/$targetName/${name}.dll.a"
                    }
                }
            }
            def buildTask = UtilsKt.findKonanBuildTask(project, name, target)
            UtilsKt.dependsOnDist(buildTask)
        }
    }
}

Map<String, List<String>> ignoredTests = [:]

task run_external () {
    outputs.upToDateWhen{ false }

    rootProject.files(
            'compiler/testData/codegen/box',
            'compiler/testData/codegen/boxInline'
    ).asFileTree.visit { file ->
        if (!file.isDirectory() || !file.file.list().any{ it.endsWith(".kt")})
            return
        def taskPath = rootProject.relativePath(file.file)
        def fileSeparator = System.properties["file.separator"]
        def taskName = taskPath.split("\\$fileSeparator").join('_')
        project.tasks.register(taskName, RunExternalTestGroup) {
            it.groupDirectory = taskPath
            it.finalizedBy resultsTask
            it.ignoredTests = ignoredTests[taskName]
        }
    }

    // Set up dependencies.
    dependsOn(tasksOf(RunExternalTestGroup))
    dependsOn("stdlibTest")
    dependsOn("stdlibTestInWorker")
}

task daily() {
    dependsOn(run_external)
}


task slackReport(type:Reporter) {
    reportHome = rootProject.file("test.output").absoluteFile
}

task slackReportNightly(type:NightlyReporter) {
    externalMacosReport = "external_macos_results/reports.json"
    externalLinuxReport = "external_linux_results/reports.json"
    externalWindowsReport = "external_windows_results/reports.json"
}

linkTest("localDelegatedPropertyLink") {
    source = "lower/local_delegated_property_link/main.kt"
    lib = "lower/local_delegated_property_link/lib.kt"
}

task sum(type: KonanLocalTest) {
    source = "codegen/function/sum.kt"
}

task method_call(type: KonanLocalTest) {
    source = "codegen/object/method_call.kt"
}

task fields(type: KonanLocalTest) {
    source = "codegen/object/fields.kt"
}

task fields1(type: KonanLocalTest) {
    source = "codegen/object/fields1.kt"
}

task fields2(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/object/fields2.kt"
}

// This test checks object layout can't be done in
// KonanLocalTest paradigm
//task constructor(type: UnitKonanTest) {
//    source = "codegen/object/constructor.kt"
//}

task objectInitialization(type: KonanLocalTest) {
    source = "codegen/object/initialization.kt"
}

task objectInitialization1(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/object/initialization1.kt"
}

standaloneTest("object_globalInitializer") {
    source = "codegen/object/globalInitializer.kt"
}

task check_type(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/basics/check_type.kt"
}

task safe_cast(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/basics/safe_cast.kt"
}

task typealias1(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/basics/typealias1.kt"
}

task aritmetic(type: KonanLocalTest) {
    source = "codegen/function/arithmetic.kt"
}

task sum1(type: KonanLocalTest) {
    source = "codegen/function/sum_foo_bar.kt"
}

task sum2(type: KonanLocalTest) {
    source = "codegen/function/sum_imm.kt"
}

task sum_func(type: KonanLocalTest) {
    source = "codegen/function/sum_func.kt"
}

task sum_mixed(type: KonanLocalTest) {
    source = "codegen/function/sum_mixed.kt"
}

task sum_illy(type: KonanLocalTest) {
    source = "codegen/function/sum_silly.kt"
}

task function_defaults(type: KonanLocalTest) {
    source = "codegen/function/defaults.kt"
}

task function_defaults1(type: KonanLocalTest) {
    source = "codegen/function/defaults1.kt"
}

task function_defaults2(type: KonanLocalTest) {
    source = "codegen/function/defaults2.kt"
}

task function_defaults3(type: KonanLocalTest) {
    source = "codegen/function/defaults3.kt"
}

task function_defaults4(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/function/defaults4.kt"
}

task function_defaults5(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/function/defaults5.kt"
}

task function_defaults6(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/function/defaults6.kt"
}

task function_defaults7(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/function/defaults7.kt"
}

task function_defaults8(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/function/defaults8.kt"
}

task function_defaults9(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/function/defaults9.kt"
}

task function_defaults10(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/function/defaults10.kt"
}

task function_defaults_from_fake_override(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/function/defaultsFromFakeOverride.kt"
}

task function_defaults_with_vararg1(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/function/defaultsWithVarArg1.kt"
}

task function_defaults_with_vararg2(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/function/defaultsWithVarArg2.kt"
}

task function_defaults_with_inline_classes(type: KonanLocalTest) {
    source = "codegen/function/defaultsWithInlineClasses.kt"
}

task sum_3const(type: KonanLocalTest) {
    source = "codegen/function/sum_3const.kt"
}

standaloneTest("function_nothingN_returning_safe_call") {
    flags = ["-g", "-entry", "codegen.function.nothingN_returning_safe_call.main"]
    source = "codegen/function/nothingNReturningSafeCall.kt"
}

standaloneTest("unreachable_statement_after_return") {
    flags = ["-g", "-entry", "codegen.function.unreachable_statement_after_return.main"]
    source = "codegen/function/unreachableStatementAfterReturn.kt"
    useGoldenData = true
}

task codegen_controlflow_for_loops(type: KonanLocalTest) {
    source = "codegen/controlflow/for_loops.kt"
    useGoldenData = true
}

task codegen_controlflow_for_loops_types(type: KonanLocalTest) {
    source = "codegen/controlflow/for_loops_types.kt"
    useGoldenData = true
}

task codegen_controlflow_for_loops_overflow(type: KonanLocalTest) {
    source = "codegen/controlflow/for_loops_overflow.kt"
    useGoldenData = true
}

task codegen_controlflow_for_loops_errors(type: KonanLocalTest) {
    enabled = (project.testTarget != 'wasm32') // Uses exceptions.
    source = "codegen/controlflow/for_loops_errors.kt"
    useGoldenData = true
}

task codegen_controlflow_for_loops_empty_range(type: KonanLocalTest) {
    source = "codegen/controlflow/for_loops_empty_range.kt"
    useGoldenData = true
}

task codegen_controlflow_for_loops_nested(type: KonanLocalTest) {
    source = "codegen/controlflow/for_loops_nested.kt"
    useGoldenData = true
}

task codegen_controlflow_for_loops_coroutines(type: KonanLocalTest) {
    source = "codegen/controlflow/for_loops_coroutines.kt"
    useGoldenData = true
}

task codegen_controlflow_for_loops_let_with_nullable(type: KonanLocalTest) {
    source = "codegen/controlflow/for_loops_let_with_nullable.kt"
    useGoldenData = true
}

task codegen_controlflow_for_loops_call_order(type: KonanLocalTest) {
    source = "codegen/controlflow/for_loops_call_order.kt"
    useGoldenData = true
}

task codegen_controlflow_for_loops_array_indices(type: KonanLocalTest) {
    source = "codegen/controlflow/for_loops_array_indices.kt"
    useGoldenData = true
}

task codegen_controlflow_for_loops_array(type: KonanLocalTest) {
    source = "codegen/controlflow/for_loops_array.kt"
    useGoldenData = true
}

task codegen_controlflow_for_loops_array_nested(type: KonanLocalTest) {
    source = "codegen/controlflow/for_loops_array_nested.kt"
    useGoldenData = true
}

task codegen_controlflow_for_loops_array_side_effects(type: KonanLocalTest) {
    source = "codegen/controlflow/for_loops_array_side_effects.kt"
    useGoldenData = true
}

task codegen_controlflow_for_loops_array_break_continue(type: KonanLocalTest) {
    source = "codegen/controlflow/for_loops_array_break_continue.kt"
    useGoldenData = true
}

task codegen_controlflow_for_loops_array_mutation(type: KonanLocalTest) {
    source = "codegen/controlflow/for_loops_array_mutation.kt"
    useGoldenData = true
}

task codegen_controlflow_for_loops_array_nullable(type: KonanLocalTest) {
    source = "codegen/controlflow/for_loops_array_nullable.kt"
    useGoldenData = true
}

task local_variable(type: KonanLocalTest) {
    source = "codegen/basics/local_variable.kt"
}

task canonical_name(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/basics/canonical_name.kt"
}

task cast_simple(type: KonanLocalTest) {
    source = "codegen/basics/cast_simple.kt"
}

task cast_null(type: KonanLocalTest) {
    expectedFail = (project.testTarget == 'wasm32') // Uses exceptions.
    useGoldenData = true
    source = "codegen/basics/cast_null.kt"
}

task unchecked_cast1(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/basics/unchecked_cast1.kt"
}

task unchecked_cast2(type: KonanLocalTest) {
    enabled = false
    useGoldenData = true
    source = "codegen/basics/unchecked_cast2.kt"
}

task unchecked_cast3(type: KonanLocalTest) {
    expectedFail = (project.testTarget == 'wasm32') // Uses exceptions.
    useGoldenData = true
    source = "codegen/basics/unchecked_cast3.kt"
}

task unchecked_cast4(type: KonanLocalTest) {
    expectedFail = (project.testTarget == 'wasm32') // Uses exceptions.
    useGoldenData = true
    source = "codegen/basics/unchecked_cast4.kt"
}

task null_check(type: KonanLocalTest) {
    source = "codegen/basics/null_check.kt"
}

task array_to_any(type: KonanLocalTest) {
    source = "codegen/basics/array_to_any.kt"
}

standaloneTest("runtime_basic_init") {
    source = "runtime/basic/init.kt"
    expectedExitStatus = 0
}

standaloneTest("runtime_basic_exit") {
    source = "runtime/basic/exit.kt"
    expectedExitStatus = 42
}

task runtime_random(type: KonanLocalTest) {
    source = "runtime/basic/random.kt"
}

task runtime_basic_simd(type: KonanLocalTest) {
    expectedFail = (project.testTarget == 'wasm32') // Uses exceptions.
    source = "runtime/basic/simd.kt"
}

task runtime_worker_random(type: KonanLocalTest) {
    enabled = (project.testTarget != 'wasm32') // Uses workers.
    source = "runtime/basic/worker_random.kt"
}

task hello0(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/basic/hello0.kt"
}

task stringTrim(type: KonanLocalTest) {
    source = "codegen/stringTrim/stringTrim.kt"
}

standaloneTest("hello1") {
   useGoldenData = true
   useTestData = true
   source = "runtime/basic/hello1.kt"
}

standaloneTest("hello2") {
   useGoldenData = true
   useTestData = true
   source = "runtime/basic/hello2.kt"
}

standaloneTest("readlnOrNull_empty") {
    enabled = (project.testTarget != 'wasm32') // KT-48738
    useGoldenData = true
    useTestData = true
    source = "runtime/basic/readlnOrNull_empty.kt"
}

standaloneTest("readln_empty") {
    enabled = (project.testTarget != 'wasm32') // KT-48738
    useTestData = true
    outputChecker = { s -> s.contains("ReadAfterEOFException") }
    expectedExitStatusChecker = { it != 0 }
    source = "runtime/basic/readln_empty.kt"
}

standaloneTest("readln_alone_CR") {
    enabled = (project.testTarget != 'wasm32') // KT-48738
    useGoldenData = true
    useTestData = true
    source = "runtime/basic/readln_alone_CR.kt"
}

standaloneTest("readln_empty_new_line") {
    enabled = (project.testTarget != 'wasm32') // KT-48738
    useGoldenData = true
    useTestData = true
    source = "runtime/basic/readln_empty_new_line.kt"
}

standaloneTest("readln_multiline") {
    enabled = (project.testTarget != 'wasm32') // KT-48738
    useGoldenData = true
    useTestData = true
    source = "runtime/basic/readln_multiline.kt"
}

standaloneTest("readln_CR_and_CRLF") {
    enabled = (project.testTarget != 'wasm32') // KT-48738
    useGoldenData = true
    useTestData = true
    source = "runtime/basic/readln_CR_and_CRLF.kt"
}

standaloneTest("readln_long_line") {
    enabled = (project.testTarget != 'wasm32') // KT-48738
    useGoldenData = true
    useTestData = true
    source = "runtime/basic/readln_long_line.kt"
}

standaloneTest("readln_cyrillic") {
    enabled = (project.testTarget != 'wasm32') // KT-48738
    useGoldenData = true
    useTestData = true
    source = "runtime/basic/readln_cyrillic.kt"
}

standaloneTest("readln_multiple_empty_new_lines") {
    enabled = (project.testTarget != 'wasm32') // KT-48738
    useGoldenData = true
    useTestData = true
    source = "runtime/basic/readln_multiple_empty_new_lines.kt"
}

task hello3(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/basic/hello3.kt"
}

task hello4(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/basic/hello4.kt"
}

standaloneTest('enumEquals') {
    useGoldenData = true
    source = "runtime/basic/enum_equals.kt"
    flags = ['-XXLanguage:-ProhibitComparisonOfIncompatibleEnums', '-e', 'runtime.basic.enum_equals.main']
}

standaloneTest("entry0") {
    useGoldenData = true
    source = "runtime/basic/entry0.kt"
    flags = ["-entry", "runtime.basic.entry0.main"]
}

standaloneTest("entry1") {
    useGoldenData = true
    source = "runtime/basic/entry1.kt"
    flags = ["-entry", "foo"]
}

linkTest("entry2") {
    useGoldenData = true
    source = "runtime/basic/entry2.kt"
    lib = "runtime/basic/libentry2.kt"
    flags = ["-entry", "foo"]
}

standaloneTest("entry3") {
    useGoldenData = true
    source = "runtime/basic/entry3.kt"
    flags = ["-entry", "bar"]
}

standaloneTest("entry4") {
    useGoldenData = true
    source = "runtime/basic/entry4.kt"
}

standaloneTest("readline0") {
    useGoldenData = true
    useTestData = true
    source = "runtime/basic/readline0.kt"
}

standaloneTest("readline1") {
    useGoldenData = true
    useTestData = true
    source = "runtime/basic/readline1.kt"
}

task tostring0(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/basic/tostring0.kt"
}

task tostring1(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/basic/tostring1.kt"
}

task tostring2(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/basic/tostring2.kt"
}

task tostring3(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/basic/tostring3.kt"
}

task tostring4(type: KonanLocalTest) {
    source = "runtime/basic/tostring4.kt"
}

task empty_substring(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/basic/empty_substring.kt"
}

standaloneTest("cleaner_basic") {
    enabled = (project.testTarget != 'wasm32') && // Cleaners need workers
        !isNoopGC
    source = "runtime/basic/cleaner_basic.kt"
    flags = ['-tr', '-opt-in=kotlin.native.internal.InternalForKotlinNative']
}

standaloneTest("cleaner_workers") {
    enabled = (project.testTarget != 'wasm32') && // Cleaners need workers
        !isNoopGC
    source = "runtime/basic/cleaner_workers.kt"
    flags = ['-tr', '-opt-in=kotlin.native.internal.InternalForKotlinNative']
}

standaloneTest("cleaner_in_main_with_checker") {
    enabled = (project.testTarget != 'wasm32') && // Cleaners need workers
        !isNoopGC
    source = "runtime/basic/cleaner_in_main_with_checker.kt"
    useGoldenData = true
}

standaloneTest("cleaner_in_main_without_checker") {
    enabled = (project.testTarget != 'wasm32') // Cleaners need workers
    source = "runtime/basic/cleaner_in_main_without_checker.kt"
    useGoldenData = true
}

standaloneTest("cleaner_leak_without_checker") {
    enabled = (project.testTarget != 'wasm32') // Cleaners need workers
    source = "runtime/basic/cleaner_leak_without_checker.kt"
    useGoldenData = true
}

standaloneTest("cleaner_leak_with_checker") {
    enabled = (project.testTarget != 'wasm32') && // Cleaners need workers
        !isNoopGC
    source = "runtime/basic/cleaner_leak_with_checker.kt"
    expectedExitStatusChecker = { it != 0 }
    outputChecker = { s -> (s =~ /Cleaner (0x)?[0-9a-fA-F]+ was disposed during program exit/).find() }
}

standaloneTest("cleaner_in_tls_main_without_checker") {
    enabled = (project.testTarget != 'wasm32') // Cleaners need workers
    source = "runtime/basic/cleaner_in_tls_main_without_checker.kt"
}

standaloneTest("cleaner_in_tls_main_with_checker") {
    enabled = (project.testTarget != 'wasm32') && // Cleaners need workers
        !isNoopGC
    source = "runtime/basic/cleaner_in_tls_main_with_checker.kt"
    expectedExitStatusChecker = { it != 0 }
    outputChecker = { s -> (s =~ /Cleaner (0x)?[0-9a-fA-F]+ was disposed during program exit/).find() }
}

standaloneTest("cleaner_in_tls_worker") {
    enabled = (project.testTarget != 'wasm32') && // Cleaners need workers
        !isNoopGC
    source = "runtime/basic/cleaner_in_tls_worker.kt"
    flags = ['-opt-in=kotlin.native.internal.InternalForKotlinNative']
}

standaloneTest("worker_bound_reference0") {
    enabled = (project.testTarget != 'wasm32') // Workers need pthreads.
    source = "runtime/concurrent/worker_bound_reference0.kt"
    flags = ['-tr']

    if (isNoopGC) {
        def exclude = [
                "*.testCollect",
                "*.testCollectFrozen",
                "*.testCollectInWorkerFrozen",
                "*.collectCyclicGarbage",
                "*.collectCyclicGarbageWithAtomicsFrozen",
                "*.collectCrossThreadCyclicGarbageWithAtomicsFrozen"
        ]
        arguments += ["--ktest_filter=*-${exclude.join(":")}"]
    }
}

task worker0(type: KonanLocalTest) {
    enabled = (project.testTarget != 'wasm32') // Workers need pthreads.
    useGoldenData = true
    source = "runtime/workers/worker0.kt"
}

task worker1(type: KonanLocalTest) {
    enabled = (project.testTarget != 'wasm32') // Workers need pthreads.
    useGoldenData = true
    source = "runtime/workers/worker1.kt"
}

task worker2(type: KonanLocalTest) {
    enabled = (project.testTarget != 'wasm32') // Workers need pthreads.
    useGoldenData = true
    source = "runtime/workers/worker2.kt"
}

task worker3(type: KonanLocalTest) {
    enabled = (project.testTarget != 'wasm32') // Workers need pthreads.
    useGoldenData = true
    source = "runtime/workers/worker3.kt"
}

task worker4(type: KonanLocalTest) {
    enabled = (project.testTarget != 'wasm32') // Workers need pthreads.
    useGoldenData = true
    source = "runtime/workers/worker4.kt"
}

// This tests changes main thread worker queue state, so better be executed alone.
standaloneTest("worker5") {
    enabled = (project.testTarget != 'wasm32') // Workers need pthreads.
    useGoldenData = true
    source = "runtime/workers/worker5.kt"
}

task worker6(type: KonanLocalTest) {
    enabled = (project.testTarget != 'wasm32') // Workers need pthreads.
    useGoldenData = true
    source = "runtime/workers/worker6.kt"
}

task worker7(type: KonanLocalTest) {
    enabled = (project.testTarget != 'wasm32') // Workers need pthreads.
    useGoldenData = true
    source = "runtime/workers/worker7.kt"
}

task worker8(type: KonanLocalTest) {
    enabled = (project.testTarget != 'wasm32') // Workers need pthreads.
    useGoldenData = true
    source = "runtime/workers/worker8.kt"
}

task worker9(type: KonanLocalTest) {
    enabled = (project.testTarget != 'wasm32') && // Workers need pthreads.
        !isExperimentalMM
    useGoldenData = true
    source = "runtime/workers/worker9.kt"
}

task worker9_experimentalMM(type: KonanLocalTest) {
    enabled = (project.testTarget != 'wasm32') && // Workers need pthreads.
        isExperimentalMM
    useGoldenData = true
    source = "runtime/workers/worker9_experimentalMM.kt"
}

task worker10(type: KonanLocalTest) {
    enabled = (project.testTarget != 'wasm32') && // Workers need pthreads.
        !isNoopGC
    useGoldenData = true
    source = "runtime/workers/worker10.kt"
}

task worker11(type: KonanLocalTest) {
    enabled = (project.testTarget != 'wasm32') // Workers need pthreads.
    useGoldenData = true
    source = "runtime/workers/worker11.kt"
}

task worker_exception_messages(type: KonanLocalTest) {
    enabled = (project.testTarget != 'wasm32') // Workers need pthreads.
    source = "runtime/workers/worker_exception_messages.kt"
}

standaloneTest("worker_exceptions") {
    flags = ["-tr", "-Xworker-exception-handling=use-hook"]
    enabled = (project.testTarget != 'wasm32') // Workers need pthreads.
    outputChecker = {
        !it.contains("testExecuteAfterStartQuiet error") && it.contains("testExecuteStart error") && !it.contains("testExecuteStartQuiet error")
    }
    source = "runtime/workers/worker_exceptions.kt"
}

standaloneTest("worker_exceptions_legacy") {
    flags = ["-tr", "-Xworker-exception-handling=legacy"]
    enabled = (project.testTarget != 'wasm32') // Workers need pthreads.
    outputChecker = {
        it.contains("testExecuteAfterStartLegacy error") && it.contains("testExecuteStartLegacy error")
    }
    source = "runtime/workers/worker_exceptions_legacy.kt"
}

standaloneTest("worker_exceptions_terminate") {
    flags = ["-Xworker-exception-handling=use-hook"]
    enabled = (project.testTarget != 'wasm32') // Workers need pthreads.
    expectedExitStatusChecker = { it != 0 }
    outputChecker = {
        it.contains("some error") && !it.contains("Will not happen")
    }
    source = "runtime/workers/worker_exceptions_terminate.kt"
}

standaloneTest("worker_exceptions_terminate_legacy") {
    flags = ["-Xworker-exception-handling=legacy"]
    enabled = (project.testTarget != 'wasm32') // Workers need pthreads.
    outputChecker = {
        it.contains("some error") && it.contains("Will not happen")
    }
    source = "runtime/workers/worker_exceptions_terminate.kt"
}

standaloneTest("worker_exceptions_terminate_hook") {
    flags = ["-Xworker-exception-handling=use-hook"]
    enabled = (project.testTarget != 'wasm32') // Workers need pthreads.
    outputChecker = {
        it.contains("hook called") && !it.contains("some error") && it.contains("Will happen")
    }
    source = "runtime/workers/worker_exceptions_terminate_hook.kt"
}

standaloneTest("worker_exceptions_terminate_hook_legacy") {
    flags = ["-Xworker-exception-handling=legacy"]
    enabled = (project.testTarget != 'wasm32') // Workers need pthreads.
    outputChecker = {
        !it.contains("hook called") && it.contains("some error") && it.contains("Will happen")
    }
    source = "runtime/workers/worker_exceptions_terminate_hook.kt"
}

standaloneTest("worker_exceptions_terminate_current") {
    flags = ["-Xworker-exception-handling=use-hook"]
    enabled = (project.testTarget != 'wasm32') // Workers need pthreads.
    expectedExitStatusChecker = { it != 0 }
    outputChecker = {
        it.contains("some error") && !it.contains("Will not happen")
    }
    source = "runtime/workers/worker_exceptions_terminate_current.kt"
}

standaloneTest("worker_exceptions_terminate_current_legacy") {
    flags = ["-Xworker-exception-handling=legacy"]
    enabled = (project.testTarget != 'wasm32') // Workers need pthreads.
    outputChecker = {
        it.contains("some error") && it.contains("Will not happen")
    }
    source = "runtime/workers/worker_exceptions_terminate_current.kt"
}

standaloneTest("worker_exceptions_terminate_hook_current") {
    flags = ["-Xworker-exception-handling=use-hook"]
    enabled = (project.testTarget != 'wasm32') // Workers need pthreads.
    outputChecker = {
        it.contains("hook called") && !it.contains("some error") && it.contains("Will happen")
    }
    source = "runtime/workers/worker_exceptions_terminate_hook_current.kt"
}

standaloneTest("worker_exceptions_terminate_hook_current_legacy") {
    flags = ["-Xworker-exception-handling=legacy"]
    enabled = (project.testTarget != 'wasm32') // Workers need pthreads.
    outputChecker = {
        !it.contains("hook called") && it.contains("some error") && it.contains("Will happen")
    }
    source = "runtime/workers/worker_exceptions_terminate_hook_current.kt"
}

standaloneTest("worker_threadlocal_no_leak") {
    disabled = (project.testTarget == 'wasm32') // Needs pthreads.
    source = "runtime/workers/worker_threadlocal_no_leak.kt"
}

task freeze0(type: KonanLocalTest) {
    enabled = (project.testTarget != 'wasm32') // No workers on WASM.
    useGoldenData = true
    source = "runtime/workers/freeze0.kt"
}

task freeze1(type: KonanLocalTest) {
    enabled = (project.testTarget != 'wasm32') // No exceptions on WASM.
    useGoldenData = true
    source = "runtime/workers/freeze1.kt"
}

task freeze_stress(type: KonanLocalTest) {
    enabled = (project.testTarget != 'wasm32') // No exceptions on WASM.
    useGoldenData = true
    source = "runtime/workers/freeze_stress.kt"
}

task freeze2(type: KonanLocalTest) {
    enabled = (project.testTarget != 'wasm32') // No exceptions on WASM.
    useGoldenData = true
    source = "runtime/workers/freeze2.kt"
}

task freeze3(type: KonanLocalTest) {
    enabled = (project.testTarget != 'wasm32') // No exceptions on WASM.
    useGoldenData = true
    source = "runtime/workers/freeze3.kt"
}

task freeze4(type: KonanLocalTest) {
    enabled = (project.testTarget != 'wasm32') // No exceptions on WASM.
    useGoldenData = true
    source = "runtime/workers/freeze4.kt"
}

task freeze5(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/workers/freeze5.kt"
}

task freeze6(type: KonanLocalTest) {
    enabled = (project.testTarget != 'wasm32') && // No exceptions on WASM.
        !isNoopGC
    useGoldenData = true
    source = "runtime/workers/freeze6.kt"
}

task atomic0(type: KonanLocalTest) {
    enabled = (project.testTarget != 'wasm32') // Workers need pthreads.
    useGoldenData = true
    source = "runtime/workers/atomic0.kt"
}

standaloneTest("atomic1") {
    // Note: This test reproduces a race, so it'll start flaking if problem is reintroduced.
    enabled = false // Needs USE_CYCLIC_GC, which is disabled.
    source = "runtime/workers/atomic1.kt"
}

task atomic2(type: KonanLocalTest) {
    source = "runtime/workers/atomic2.kt"
}

task lazy0(type: KonanLocalTest) {
    enabled = (project.testTarget != 'wasm32') // Workers need pthreads.
    useGoldenData = true
    source = "runtime/workers/lazy0.kt"
}

task lazy1(type: KonanLocalTest) {
    enabled = (project.testTarget != 'wasm32') // Need exceptions.
    useGoldenData = true
    source = "runtime/workers/lazy1.kt"
}

standaloneTest("lazy2") {
    useGoldenData = true
    source = "runtime/workers/lazy2.kt"
}

standaloneTest("lazy3") {
    enabled = !isNoopGC
    source = "runtime/workers/lazy3.kt"
}

task lazy4(type: KonanLocalTest) {
    enabled = (project.testTarget != 'wasm32') // Workers need pthreads. Need exceptions
    source = "runtime/workers/lazy4.kt"
}

task mutableData1(type: KonanLocalTest) {
    enabled = (project.testTarget != 'wasm32') // Workers need pthreads. Need exceptions
    source = "runtime/workers/mutableData1.kt"
}

task enumIdentity(type: KonanLocalTest) {
    enabled = (project.testTarget != 'wasm32') // Workers need pthreads.
    useGoldenData = true
    source = "runtime/workers/enum_identity.kt"
}

standaloneTest("leakWorker") {
    disabled = (project.testTarget == 'wasm32') // Needs pthreads.
    source = "runtime/workers/leak_worker.kt"
    expectedExitStatusChecker = { it != 0 }
    outputChecker = { s -> s.contains("Unfinished workers detected, 1 workers leaked!") }
}

standaloneTest("leakMemoryWithWorkerTermination") {
    disabled = (project.testTarget == 'wasm32') // Needs pthreads.
    source = "runtime/workers/leak_memory_with_worker_termination.kt"

    if (!isExperimentalMM) { // Experimental MM will not report memory leaks.
        expectedExitStatusChecker = { it != 0 }
        outputChecker = { s -> s.contains("Memory leaks detected, 1 objects leaked!") }
    }
}

task superFunCall(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/basics/superFunCall.kt"
}

task superGetterCall(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/basics/superGetterCall.kt"
}

task superSetterCall(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/basics/superSetterCall.kt"
}

task enum0(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/enum/test0.kt"
}

task enum1(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/enum/test1.kt"
}

task enum_valueOf(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/enum/valueOf.kt"
}

task enum_values(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/enum/values.kt"
}

task enum_vCallNoEntryClass(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/enum/vCallNoEntryClass.kt"
}

task enum_vCallWithEntryClass(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/enum/vCallWithEntryClass.kt"
}

task enum_companionObject(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/enum/companionObject.kt"
}

task enum_interfaceCallNoEntryClass(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/enum/interfaceCallNoEntryClass.kt"
}

task enum_interfaceCallWithEntryClass(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/enum/interfaceCallWithEntryClass.kt"
}

linkTest("enum_linkTest") {
    useGoldenData = true
    source = "codegen/enum/linkTest_main.kt"
    lib = "codegen/enum/linkTest_lib.kt"
}

task enum_varargParam(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/enum/varargParam.kt"
}

task enum_nested(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/enum/nested.kt"
}

task enum_isFrozen(type: KonanLocalTest) {
    disabled = (project.testTarget == 'wasm32') // Uses exceptions.
    source = "codegen/enum/isFrozen.kt"
}

task enum_loop(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/enum/loop.kt"
}

task enum_reorderedArguments(type: KonanLocalTest) {
    source = "codegen/enum/reorderedArguments.kt"
}

standaloneTest('switchLowering') {
    useGoldenData = true
    source = "codegen/enum/switchLowering.kt"
    flags = ['-XXLanguage:-ProhibitComparisonOfIncompatibleEnums', '-e', 'codegen.enum.switchLowering.main']
}

task enum_lambdaInDefault(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/enum/lambdaInDefault.kt"
}

linkTest("mangling") {
    useGoldenData = true
    source = "mangling/mangling.kt"
    lib = "mangling/manglinglib.kt"
}

task innerClass_simple(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/innerClass/simple.kt"
}

task innerClass_getOuterVal(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/innerClass/getOuterVal.kt"
}

task innerClass_generic(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/innerClass/generic.kt"
}

task innerClass_doubleInner(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/innerClass/doubleInner.kt"
}

task innerClass_qualifiedThis(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/innerClass/qualifiedThis.kt"
}

task innerClass_superOuter(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/innerClass/superOuter.kt"
}

task innerClass_noPrimaryConstructor(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/innerClass/noPrimaryConstructor.kt"
}

task innerClass_secondaryConstructor(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/innerClass/secondaryConstructor.kt"
}

linkTest("innerClass_linkTest") {
    source = "codegen/innerClass/linkTest_main.kt"
    lib = "codegen/innerClass/linkTest_lib.kt"
}

linkTest("innerClass_inheritance_linkTest") {
    useGoldenData = true
    source = "codegen/innerClass/inheritance_linkTest_main.kt"
    lib = "codegen/innerClass/inheritance_linkTest_lib.kt"
}

linkTest("innerClass_inheritance2_linkTest") {
    useGoldenData = true
    source = "codegen/innerClass/inheritance2_linkTest_main.kt"
    lib = "codegen/innerClass/inheritance2_linkTest_lib.kt"
}

linkTest("innerClass_inheritance3_linkTest") {
    useGoldenData = true
    source = "codegen/innerClass/inheritance3_linkTest_main.kt"
    lib = "codegen/innerClass/inheritance3_linkTest_lib.kt"
}

task localClass_localHierarchy(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/localClass/localHierarchy.kt"
}

standaloneTest("objectDeclaration_globalConstants") {
    disabled = (cacheTesting != null) // Cache is not compatible with -opt.
    flags = ["-opt", "-opt-in=kotlin.native.internal.InternalForKotlinNative", "-tr"]
    source = "codegen/objectDeclaration/globalConstants.kt"
}

task object_isFrozen(type: KonanLocalTest) {
    disabled = (project.testTarget == 'wasm32') // Uses exceptions.
    source = "codegen/objectDeclaration/isFrozen.kt"
}

task localClass_objectExpressionInProperty(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/localClass/objectExpressionInProperty.kt"
}

task localClass_objectExpressionInInitializer(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/localClass/objectExpressionInInitializer.kt"
}

task localClass_innerWithCapture(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/localClass/innerWithCapture.kt"
}

task localClass_innerTakesCapturedFromOuter(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/localClass/innerTakesCapturedFromOuter.kt"
}

task localClass_virtualCallFromConstructor(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/localClass/virtualCallFromConstructor.kt"
}

task localClass_noPrimaryConstructor(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/localClass/noPrimaryConstructor.kt"
}

task localClass_localFunctionCallFromLocalClass(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/localClass/localFunctionCallFromLocalClass.kt"
}

task localClass_localFunctionInLocalClass(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/localClass/localFunctionInLocalClass.kt"
}

task localClass_tryCatch(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/localClass/tryCatch.kt"
}

task function_localFunction(type : KonanLocalTest) {
    useGoldenData = true
    source = "codegen/function/localFunction.kt"
}

task function_localFunction2(type : KonanLocalTest) {
    useGoldenData = true
    source = "codegen/function/localFunction2.kt"
}

task function_localFunction3(type : KonanLocalTest) {
    useGoldenData = true
    source = "codegen/function/localFunction3.kt"
}

task initializers_correctOrder1(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/initializers/correctOrder1.kt"
}

task initializers_correctOrder2(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/initializers/correctOrder2.kt"
}

standaloneTest("initializers_correctOrder3") {
    source = "codegen/initializers/correctOrder3.kt"
    useGoldenData = true
}

standaloneTest("initializers_globalInitedAfterAccessingFile") {
    source = "codegen/initializers/globalInitedAfterAccessingFile.kt"
}

standaloneTest("initializers_globalNotInitedAfterAccessingClassInternals") {
    enabled = project.globalTestArgs.contains('-Xir-property-lazy-initialization=enable') || isExperimentalMM
    source = "codegen/initializers/globalNotInitedAfterAccessingClassInternals.kt"
}

standaloneTest("initializers_globalInitedBeforeThreadLocal") {
    source = "codegen/initializers/globalInitedBeforeThreadLocal.kt"
}

standaloneTest("initializers_eagerInitializationGlobal1") {
    enabled = project.globalTestArgs.contains('-Xir-property-lazy-initialization=enable') || isExperimentalMM
    source = "codegen/initializers/eagerInitializationGlobal1.kt"
}

standaloneTest("initializers_eagerInitializationGlobal2") {
    enabled = project.globalTestArgs.contains('-Xir-property-lazy-initialization=enable') || isExperimentalMM
    source = "codegen/initializers/eagerInitializationGlobal2.kt"
}

standaloneTest("initializers_eagerInitializationThreadLocal1") {
    enabled = project.globalTestArgs.contains('-Xir-property-lazy-initialization=enable') || isExperimentalMM
    source = "codegen/initializers/eagerInitializationThreadLocal1.kt"
}

standaloneTest("initializers_eagerInitializationThreadLocal2") {
    enabled = project.globalTestArgs.contains('-Xir-property-lazy-initialization=enable') || isExperimentalMM
    source = "codegen/initializers/eagerInitializationThreadLocal2.kt"
}

standaloneTest("initializers_testInfrastructure") {
    enabled = project.globalTestArgs.contains('-Xir-property-lazy-initialization=enable') || isExperimentalMM
    source = "codegen/initializers/testInfrastructure.kt"
    flags = ["-tr"]
}

standaloneTest("initializers_workers1") {
    expectedFail = (project.testTarget == 'wasm32') // Workers are not supported
    source = "codegen/initializers/workers1.kt"
    useGoldenData = true
}

standaloneTest("initializers_workers2") {
    expectedFail = (project.testTarget == 'wasm32') // Workers are not supported
    source = "codegen/initializers/workers2.kt"
    useGoldenData = true
}

standaloneTest("initializers_failInInitializer1") {
    expectedFail = (project.testTarget == 'wasm32') // Uses exceptions.
    source = "codegen/initializers/failInInitializer1.kt"
    useGoldenData = true
    flags = ['-Xir-property-lazy-initialization=enable']
}

standaloneTest("initializers_failInInitializer2") {
    expectedFail = (project.testTarget == 'wasm32') // Uses exceptions.
    source = "codegen/initializers/failInInitializer2.kt"
    useGoldenData = true
    flags = ['-Xir-property-lazy-initialization=enable']
}

standaloneTest("initializers_failInInitializer3") {
    expectedFail = (project.testTarget == 'wasm32') // Uses exceptions.
    source = "codegen/initializers/failInInitializer3.kt"
    useGoldenData = true
    flags = ['-Xir-property-lazy-initialization=enable']
}

standaloneTest("initializers_failInInitializer4") {
    expectedFail = (project.testTarget == 'wasm32') // Uses exceptions.
    source = "codegen/initializers/failInInitializer4.kt"
    useGoldenData = true
    flags = ['-Xir-property-lazy-initialization=enable']
}

standaloneTest("initializers_when1") {
    source = "codegen/initializers/when1.kt"
    useGoldenData = true
}

standaloneTest("initializers_when2") {
    source = "codegen/initializers/when2.kt"
    useGoldenData = true
}

standaloneTest("initializers_throw1") {
    expectedFail = (project.testTarget == 'wasm32') // Uses exceptions.
    source = "codegen/initializers/throw1.kt"
    useGoldenData = true
}

standaloneTest("initializers_throw2") {
    expectedFail = (project.testTarget == 'wasm32') // Uses exceptions.
    source = "codegen/initializers/throw2.kt"
    useGoldenData = true
}

standaloneTest("initializers_while1") {
    source = "codegen/initializers/while1.kt"
    useGoldenData = true
}

standaloneTest("initializers_while2") {
    source = "codegen/initializers/while2.kt"
    useGoldenData = true
}

standaloneTest("initializers_while3") {
    source = "codegen/initializers/while3.kt"
    useGoldenData = true
}

standaloneTest("initializers_return1") {
    source = "codegen/initializers/return1.kt"
    useGoldenData = true
}

standaloneTest("initializers_return2") {
    source = "codegen/initializers/return2.kt"
    useGoldenData = true
}

standaloneTest("initializers_object") {
    source = "codegen/initializers/object.kt"
    flags = ['-Xir-property-lazy-initialization=enable']
}

linkTest("initializers_linkTest1") {
    useGoldenData = true
    source = "codegen/initializers/linkTest1_main.kt"
    lib = "codegen/initializers/linkTest1_lib.kt"
}

linkTest("initializers_linkTest2") {
    useGoldenData = true
    source = "codegen/initializers/linkTest2_main.kt"
    lib = "codegen/initializers/linkTest2_lib.kt"
}

linkTest("initializers_sharedVarInInitBlock") {
    source = "codegen/initializers/sharedVarInInitBlock_main.kt"
    lib = "codegen/initializers/sharedVarInInitBlock_lib.kt"
}

standaloneTest("initializers_static") {
    source = "codegen/initializers/static.kt"
    flags = ['-opt-in=kotlin.native.internal.InternalForKotlinNative', "-tr"]
}

task arithmetic_basic(type: KonanLocalTest) {
    source = "codegen/arithmetic/basic.kt"
}

task arithmetic_division(type: KonanLocalTest) {
    expectedFail = (project.testTarget == 'wasm32') // Uses exceptions.
    source = "codegen/arithmetic/division.kt"
}

task arithmetic_github1856(type: KonanLocalTest) {
    source = "codegen/arithmetic/github1856.kt"
}

task bridges_test0(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/bridges/test0.kt"
}

task bridges_test1(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/bridges/test1.kt"
}

task bridges_test2(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/bridges/test2.kt"
}

task bridges_test3(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/bridges/test3.kt"
}

task bridges_test4(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/bridges/test4.kt"
}

task bridges_test5(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/bridges/test5.kt"
}

task bridges_test6(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/bridges/test6.kt"
}

task bridges_test7(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/bridges/test7.kt"
}

task bridges_test8(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/bridges/test8.kt"
}

task bridges_test9(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/bridges/test9.kt"
}

task bridges_test10(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/bridges/test10.kt"
}

task bridges_test11(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/bridges/test11.kt"
}

task bridges_test12(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/bridges/test12.kt"
}

task bridges_test13(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/bridges/test13.kt"
}

task bridges_test14(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/bridges/test14.kt"
}

task bridges_test15(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/bridges/test15.kt"
}

task bridges_test16(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/bridges/test16.kt"
}

task bridges_test17(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/bridges/test17.kt"
}

task bridges_test18(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/bridges/test18.kt"
}

linkTest("bridges_linkTest") {
    useGoldenData = true
    source = "codegen/bridges/linkTest_main.kt"
    lib = "codegen/bridges/linkTest_lib.kt"
}

linkTest("bridges_linkTest2") {
    useGoldenData = true
    source = "codegen/bridges/linkTest2_main.kt"
    lib = "codegen/bridges/linkTest2_lib.kt"
}

task bridges_special(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/bridges/special.kt"
}

task bridges_specialGeneric(type: KonanLocalTest) {
    source = "codegen/bridges/specialGeneric.kt"
}

task bridges_nativePointed(type: KonanLocalTest) {
    source = "codegen/bridges/nativePointed.kt"
}

task returnTypeSignature(type: KonanLocalTest) {
    source = "codegen/bridges/returnTypeSignature.kt"
}

task classDelegation_method(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/classDelegation/method.kt"
}

task classDelegation_property(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/classDelegation/property.kt"
}

task classDelegation_generic(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/classDelegation/generic.kt"
}

task classDelegation_withBridge(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/classDelegation/withBridge.kt"
}

linkTest("classDelegation_linkTest") {
    useGoldenData = true
    source = "codegen/classDelegation/linkTest_main.kt"
    lib = "codegen/classDelegation/linkTest_lib.kt"
}

standaloneTest("contracts") {
    flags = [ '-opt-in=kotlin.RequiresOptIn', '-tr' ]
    source = "codegen/contracts/contracts.kt"
}

task delegatedProperty_simpleVal(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/delegatedProperty/simpleVal.kt"
}

task delegatedProperty_simpleVar(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/delegatedProperty/simpleVar.kt"
}

task delegatedProperty_packageLevel(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/delegatedProperty/packageLevel.kt"
}

task delegatedProperty_local(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/delegatedProperty/local.kt"
}

linkTest("delegatedProperty_delegatedOverride") {
    useGoldenData = true
    source = "codegen/delegatedProperty/delegatedOverride_main.kt"
    lib = "codegen/delegatedProperty/delegatedOverride_lib.kt"
}

linkTest("delegatedProperty_correctFieldsOrder") {
    useGoldenData = true
    source = "codegen/delegatedProperty/correctFieldsOrder_main.kt"
    lib = "codegen/delegatedProperty/correctFieldsOrder_lib.kt"
}

task delegatedProperty_lazy(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/delegatedProperty/lazy.kt"
}

task delegatedProperty_observable(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/delegatedProperty/observable.kt"
}

task delegatedProperty_map(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/delegatedProperty/map.kt"
}

task propertyCallableReference_valClass(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/propertyCallableReference/valClass.kt"
}

task propertyCallableReference_valModule(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/propertyCallableReference/valModule.kt"
}

task propertyCallableReference_varClass(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/propertyCallableReference/varClass.kt"
}

task propertyCallableReference_varModule(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/propertyCallableReference/varModule.kt"
}

task propertyCallableReference_valExtension(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/propertyCallableReference/valExtension.kt"
}

task propertyCallableReference_varExtension(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/propertyCallableReference/varExtension.kt"
}

linkTest("propertyCallableReference_linkTest") {
    useGoldenData = true
    source = "codegen/propertyCallableReference/linkTest_main.kt"
    lib = "codegen/propertyCallableReference/linkTest_lib.kt"
}

task propertyCallableReference_dynamicReceiver(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/propertyCallableReference/dynamicReceiver.kt"
}

task lateinit_initialized(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/lateinit/initialized.kt"
}

task lateinit_notInitialized(type: KonanLocalTest) {
    expectedFail = (project.testTarget == 'wasm32') // Uses exceptions.
    useGoldenData = true
    source = "codegen/lateinit/notInitialized.kt"
}

task lateinit_inBaseClass(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/lateinit/inBaseClass.kt"
}

task lateinit_localInitialized(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/lateinit/localInitialized.kt"
}

task lateinit_localNotInitialized(type: KonanLocalTest) {
    expectedFail = (project.testTarget == 'wasm32') // Uses exceptions.
    useGoldenData = true
    source = "codegen/lateinit/localNotInitialized.kt"
}

task lateinit_localCapturedInitialized(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/lateinit/localCapturedInitialized.kt"
}

task lateinit_localCapturedNotInitialized(type: KonanLocalTest) {
    expectedFail = (project.testTarget == 'wasm32') // Uses exceptions.
    useGoldenData = true
    source = "codegen/lateinit/localCapturedNotInitialized.kt"
}

task lateinit_isInitialized(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/lateinit/isInitialized.kt"
}

task lateinit_globalIsInitialized(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/lateinit/globalIsInitialized.kt"
}

task lateinit_innerIsInitialized(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/lateinit/innerIsInitialized.kt"
}

task sanity_assertions_enabled_for_local_tests(type: KonanLocalTest) {
    source = "sanity/assertions_enabled_for_local_tests.kt"
}

task kclass0(type: KonanLocalTest) {
    source = "codegen/kclass/kclass0.kt"
}

task kclass1(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/kclass/kclass1.kt"
}

task kclassEnumArgument(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/kclass/kClassEnumArgument.kt"
}

task ktype1(type: KonanLocalTest) {
    source = "codegen/ktype/ktype1.kt"
}

task ktype_nonReified(type: KonanLocalTest) {
    source = "codegen/ktype/nonReified.kt"
}

task associatedObjects1(type: KonanLocalTest) {
    source = "codegen/associatedObjects/associatedObjects1.kt"
}

task coroutines_simple(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/coroutines/simple.kt"
}

task coroutines_degenerate1(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/coroutines/degenerate1.kt"
}

task coroutines_degenerate2(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/coroutines/degenerate2.kt"
}

task coroutines_withReceiver(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/coroutines/withReceiver.kt"
}

task coroutines_correctOrder1(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/coroutines/correctOrder1.kt"
}

task coroutines_controlFlow_chain(type: KonanLocalTest) {
    source = "codegen/coroutines/controlFlow_chain.kt"
}

task coroutines_controlFlow_if1(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/coroutines/controlFlow_if1.kt"
}

task coroutines_controlFlow_if2(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/coroutines/controlFlow_if2.kt"
}

task coroutines_controlFlow_finally1(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/coroutines/controlFlow_finally1.kt"
}

task coroutines_controlFlow_finally2(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/coroutines/controlFlow_finally2.kt"
}

task coroutines_controlFlow_finally3(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/coroutines/controlFlow_finally3.kt"
}

task coroutines_controlFlow_finally4(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/coroutines/controlFlow_finally4.kt"
}

task coroutines_controlFlow_finally5(type: KonanLocalTest) {
    expectedFail = (project.testTarget == 'wasm32') // Uses exceptions.
    useGoldenData = true
    source = "codegen/coroutines/controlFlow_finally5.kt"
}

task coroutines_controlFlow_finally6(type: KonanLocalTest) {
    expectedFail = (project.testTarget == 'wasm32') // Uses exceptions.
    useGoldenData = true
    source = "codegen/coroutines/controlFlow_finally6.kt"
}

task coroutines_controlFlow_finally7(type: KonanLocalTest) {
    expectedFail = (project.testTarget == 'wasm32') // Uses exceptions.
    useGoldenData = true
    source = "codegen/coroutines/controlFlow_finally7.kt"
}

task coroutines_controlFlow_inline1(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/coroutines/controlFlow_inline1.kt"
}

task coroutines_controlFlow_inline2(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/coroutines/controlFlow_inline2.kt"
}

task coroutines_controlFlow_inline3(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/coroutines/controlFlow_inline3.kt"
}

task coroutines_controlFlow_tryCatch1(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/coroutines/controlFlow_tryCatch1.kt"
}

task coroutines_controlFlow_tryCatch2(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/coroutines/controlFlow_tryCatch2.kt"
}

task coroutines_controlFlow_tryCatch3(type: KonanLocalTest) {
    expectedFail = (project.testTarget == 'wasm32') // Uses exceptions.
    useGoldenData = true
    source = "codegen/coroutines/controlFlow_tryCatch3.kt"
}

task coroutines_controlFlow_tryCatch4(type: KonanLocalTest) {
    expectedFail = (project.testTarget == 'wasm32') // Uses exceptions.
    useGoldenData = true
    source = "codegen/coroutines/controlFlow_tryCatch4.kt"
}

task coroutines_controlFlow_tryCatch5(type: KonanLocalTest) {
    expectedFail = (project.testTarget == 'wasm32') // Uses exceptions.
    useGoldenData = true
    source = "codegen/coroutines/controlFlow_tryCatch5.kt"
}

task coroutines_controlFlow_while1(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/coroutines/controlFlow_while1.kt"
}

task coroutines_controlFlow_while2(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/coroutines/controlFlow_while2.kt"
}

task coroutines_returnsNothing1(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/coroutines/returnsNothing1.kt"
}

task coroutines_returnsUnit1(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/coroutines/returnsUnit1.kt"
}

task coroutines_coroutineContext1(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/coroutines/coroutineContext1.kt"
}

task coroutines_coroutineContext2(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/coroutines/coroutineContext2.kt"
}

task coroutines_anonymousObject(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/coroutines/anonymousObject.kt"
}

task coroutines_functionReference_simple(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/coroutines/functionReference_simple.kt"
}

task coroutines_functionReference_eqeq_name(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/coroutines/functionReference_eqeq_name.kt"
}

task coroutines_functionReference_invokeAsFunction(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/coroutines/functionReference_invokeAsFunction.kt"
}

task coroutines_functionReference_lambdaAsSuspendLambda(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/coroutines/functionReference_lambdaAsSuspendLambda.kt"
}

task coroutines_kt41394(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/coroutines/kt41394.kt"
}

standaloneTest('coroutines_suspendConversion') {
    useGoldenData = true
    source = "codegen/coroutines/suspendConversion.kt"
    flags = ['-XXLanguage:+SuspendConversion']
}

task AbstractMutableCollection(type: KonanLocalTest) {
    expectedExitStatus = 0
    source = "runtime/collections/AbstractMutableCollection.kt"
}

task BitSet(type: KonanLocalTest) {
    expectedFail = (project.testTarget == 'wasm32') // Uses exceptions.
    expectedExitStatus = 0
    source = "runtime/collections/BitSet.kt"
}

task stack_array(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/collections/stack_array.kt"
}

task array0(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/collections/array0.kt"
}

task array1(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/collections/array1.kt"
}

task array2(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/collections/array2.kt"
}

task array3(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/collections/array3.kt"
}

task array4(type: KonanLocalTest) {
    disabled = (project.testTarget == 'wasm32') // Uses exceptions.
    useGoldenData = true
    source = "runtime/collections/array4.kt"
}

task array5(type: KonanLocalTest) {
    disabled = (project.testTarget == 'wasm32') // Uses exceptions.
    source = "runtime/collections/array5.kt"
}

task typed_array0(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/collections/typed_array0.kt"
}

task typed_array1(type: KonanLocalTest) {
    enabled  = (project.testTarget != 'wasm32') // No exceptions on WASM.
    useGoldenData = true
    source = "runtime/collections/typed_array1.kt"
}


task sort0(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/collections/sort0.kt"
}

task sort1(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/collections/sort1.kt"
}

task sortWith(type: KonanLocalTest) {
    source = "runtime/collections/SortWith.kt"
}

task if_else(type: KonanLocalTest) {
    source = "codegen/branching/if_else.kt"
}

task immutable_binary_blob_in_lambda(type: KonanLocalTest) {
    source = "lower/immutable_blob_in_lambda.kt"
    useGoldenData = true
}

task when2(type: KonanLocalTest) {
    source = "codegen/branching/when2.kt"
}

task when5(type: KonanLocalTest) {
    source = "codegen/branching/when5.kt"
}

task when6(type: KonanLocalTest) {
    source = "codegen/branching/when6.kt"
}

task when7(type: KonanLocalTest) {
    source = "codegen/branching/when7.kt"
}

task when8(type: KonanLocalTest) {
    source = "codegen/branching/when8.kt"
    useGoldenData = true
}

task when9(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/branching/when9.kt"
}

task when_through(type: KonanLocalTest) {
    source = "codegen/branching/when_through.kt"
}

task advanced_when2(type: KonanLocalTest) {
    source = "codegen/branching/advanced_when2.kt"
}

task advanced_when5(type: KonanLocalTest) {
    source = "codegen/branching/advanced_when5.kt"
}

task when_with_try1(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/branching/when_with_try1.kt"
}

task arraysForLoops(type: KonanLocalTest) {
    disabled = (project.testTarget == 'wasm32') // Uses exceptions.
    source = "codegen/bce/arraysForLoops.kt"
}

task bool_yes(type: KonanLocalTest) {
    source = "codegen/function/boolean.kt"
}

task named(type: KonanLocalTest) {
    source = "codegen/function/named.kt"
}


task plus_eq(type: KonanLocalTest) {
    source = "codegen/function/plus_eq.kt"
}

task minus_eq(type: KonanLocalTest) {
    source = "codegen/function/minus_eq.kt"
}

task eqeq(type: KonanLocalTest) {
    source = "codegen/function/eqeq.kt"
}

task function_referenceBigArity(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/function/referenceBigArity.kt"
}

task cycle(type: KonanLocalTest) {
    source = "codegen/cycles/cycle.kt"
}

task cycle_do(type: KonanLocalTest) {
    source = "codegen/cycles/cycle_do.kt"
}

task cycle_for(type: KonanLocalTest) {
    source = "codegen/cycles/cycle_for.kt"
}

task abstract_super(type: KonanLocalTest) {
    source = "datagen/rtti/abstract_super.kt"
}

task vtable1(type: KonanLocalTest) {
    source = "datagen/rtti/vtable1.kt"
}

task vtable_any(type: KonanLocalTest) {
    source = "datagen/rtti/vtable_any.kt"
    useGoldenData = true
}

task strdedup1(type: KonanLocalTest) {
    useGoldenData = true
    source = "datagen/literals/strdedup1.kt"
}

task strdedup2(type: KonanLocalTest) {
    // TODO: string deduplication across several components seems to require
    // linking them as bitcode modules before translating to machine code.
    enabled = false

    useGoldenData = true
    source = "datagen/literals/strdedup2.kt"
}

task empty_string(type: KonanLocalTest) {
    useGoldenData = true
    source = "datagen/literals/empty_string.kt"
}

task intrinsic(type: KonanLocalTest) {
    source = "codegen/function/intrinsic.kt"
}

//    Disabled until we extract the classes that should be
//    always present from stdlib into a separate binary.
//
//linkTest("link") {
//    useGoldenData = true
//    source = "link/src/bar.kt"
//    lib = "link/lib"
//}(

linkTest("link_omit_unused") {
    useGoldenData = true
    source = "link/omit/main.kt"
    lib = "link/omit/library.kt"
}

standaloneTest("link_default_libs") {
    enabled = (project.testTarget != 'wasm32') // there will be no posix.klib for wasm
    useGoldenData = true
    source = "link/default/default.kt"
    UtilsKt.dependsOnPlatformLibs(it)
}

standaloneTest("link_testLib_explicitly1") {
    // there is no testLibrary for cross targets yet.
    enabled = project.target.name == project.hostName &&
            (project.globalTestArgs.contains('-Xir-property-lazy-initialization=enable') || isExperimentalMM)
    dependsOn installTestLib
    useGoldenData = true
    source = "link/testLib_explicitly1.kt"
    // We force library inclusion, so need to see the warning banner.
    flags = ['-l', 'testLibrary', '-r', testLibraryDir]
    doLast {
        def file = new File("$testLibraryDir/testLibrary")
        file.deleteDir()
    }
}

standaloneTest("link_testLib_explicitly2") {
    // there is no testLibrary for cross targets yet.
    enabled = project.target.name == project.hostName &&
            !(project.globalTestArgs.contains('-Xir-property-lazy-initialization=enable') || isExperimentalMM)
    dependsOn installTestLib
    useGoldenData = true
    source = "link/testLib_explicitly2.kt"
    // We force library inclusion, so need to see the warning banner.
    flags = ['-l', 'testLibrary', '-r', testLibraryDir]
    doLast {
        def file = new File("$testLibraryDir/testLibrary")
        file.deleteDir()
    }
}

linkTest("no_purge_for_dependencies") {
    enabled = (project.testTarget != 'wasm32') // there will be no posix.klib for wasm
    useGoldenData = true
    source = "link/purge1/prog.kt"
    lib = "link/purge1/lib.kt"
    UtilsKt.dependsOnPlatformLibs(it)
}

linkTest("lib@name") {
    useGoldenData = true
    source = "link/klib_name/prog.kt"
    lib = "link/klib_name/lib.kt"
}

task for0(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/basic/for0.kt"
}

task throw0(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/basic/throw0.kt"
}

task statements0(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/basic/statements0.kt"
}

standaloneTest("annotations0") {
    source = "codegen/annotations/annotations0.kt"
    flags = ['-tr']
}

task boxing0(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/boxing/boxing0.kt"
}

task boxing1(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/boxing/boxing1.kt"
}

task boxing2(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/boxing/boxing2.kt"
}

task boxing3(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/boxing/boxing3.kt"
}

task boxing4(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/boxing/boxing4.kt"
}

task boxing5(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/boxing/boxing5.kt"
}

task boxing6(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/boxing/boxing6.kt"
}

task boxing7(type: KonanLocalTest) {
    expectedFail = (project.testTarget == 'wasm32') // Uses exceptions.
    useGoldenData = true
    source = "codegen/boxing/boxing7.kt"
}

task boxing8(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/boxing/boxing8.kt"
}

task boxing9(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/boxing/boxing9.kt"
}

task boxing10(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/boxing/boxing10.kt"
}

task boxing11(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/boxing/boxing11.kt"
}

task boxing12(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/boxing/boxing12.kt"
}

task boxing13(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/boxing/boxing13.kt"
}

task boxing14(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/boxing/boxing14.kt"
}

task boxing15(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/boxing/boxing15.kt"
}

task boxCache0(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/boxing/box_cache0.kt"
}

task interface0(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/basic/interface0.kt"
}

task hash0(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/basic/hash0.kt"
}

task ieee754(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/basic/ieee754.kt"
}

standaloneTest("hypotenuse") {
    source = "runtime/basic/hypot.kt"
}

task array_list1(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/collections/array_list1.kt"
}

task array_list2(type: KonanLocalTest) {
    enabled = (project.testTarget != 'wasm32') // uses exceptions
    useGoldenData = true
    source = "runtime/collections/array_list2.kt"
}

task hash_map0(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/collections/hash_map0.kt"
}

task hash_map1(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/collections/hash_map1.kt"
}

task hash_set0(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/collections/hash_set0.kt"
}

task listof0(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/collections/listof0.kt"
}

task listof1(type: KonanLocalTest) {
    enabled = false
    useGoldenData = true
    source = "datagen/literals/listof1.kt"
}


task moderately_large_array(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/collections/moderately_large_array.kt"
}

task moderately_large_array1(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/collections/moderately_large_array1.kt"
}

task string_builder0(type: KonanLocalTest) {
    expectedFail = (project.testTarget == 'wasm32') // Uses exceptions.
    useGoldenData = true
    source = "runtime/text/string_builder0.kt"
}

task string_builder1(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/text/string_builder1.kt"
}

task string0(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/text/string0.kt"
}

task parse0(type: KonanLocalTest) {
    source = "runtime/text/parse0.kt"
}

task to_string0(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/text/to_string0.kt"
}

task trim(type: KonanLocalTest) {
    expectedFail = (project.testTarget == 'wasm32') // Uses exceptions
    useGoldenData = true
    source = "runtime/text/trim.kt"
}

task chars0(type: KonanLocalTest) {
    expectedFail = (project.testTarget == 'wasm32') // Uses exceptions.
    source = "runtime/text/chars0.kt"
    expectedExitStatus = 0
}

task indexof(type: KonanLocalTest) {
    source = "runtime/text/indexof.kt"
}

task utf8(type: KonanLocalTest) {
    // Uses exceptions so cannot run on wasm.
    enabled = project.testTarget != 'wasm32'
    useGoldenData = true
    source = "runtime/text/utf8.kt"
}

task catch1(type: KonanLocalTest) {
    expectedFail = (project.testTarget == 'wasm32') // Uses exceptions.
    useGoldenData = true
    source = "runtime/exceptions/catch1.kt"
}

task catch2(type: KonanLocalTest) {
    expectedFail = (project.testTarget == 'wasm32') // Uses exceptions.
    useGoldenData = true
    source = "runtime/exceptions/catch2.kt"
}

task catch7(type: KonanLocalTest) {
    expectedFail = (project.testTarget == 'wasm32') // Uses exceptions.
    useGoldenData = true
    source = "runtime/exceptions/catch7.kt"
}

task extend_exception(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/exceptions/extend0.kt"
}

standaloneTest("check_stacktrace_format") {
    disabled = !supportsCoreSymbolication(project) || project.globalTestArgs.contains('-opt')
    flags = ['-g']
    source = "runtime/exceptions/check_stacktrace_format.kt"
}

standaloneTest("check_stacktrace_format_coresymbolication") {
    disabled = !supportsCoreSymbolication(project) || project.globalTestArgs.contains('-opt')
    flags = ['-g', '-Xbinary=sourceInfoType=coresymbolication']
    source = "runtime/exceptions/check_stacktrace_format.kt"
}

standaloneTest("stack_trace_inline") {
    disabled = !supportsCoreSymbolication(project) || project.globalTestArgs.contains('-opt')
    flags = ['-g', '-Xg-generate-debug-trampoline=enable', '-Xbinary=sourceInfoType=coresymbolication']
    source = "runtime/exceptions/stack_trace_inline.kt"
    // test on simulator is writing Invalid connection: com.apple.coresymbolicationd by unknown reason
    // so we need to use custom checker as workaround
    outputChecker = { str -> str.split("\n").contains("0") }
}

standaloneTest("stack_trace_out_of_bounds") {
    disabled = !supportsCoreSymbolication(project) || project.globalTestArgs.contains('-opt') || (project.testTarget == 'ios_arm64')
    flags = ['-g', '-Xg-generate-debug-trampoline=enable', '-Xbinary=stripDebugInfoFromNativeLibs=false']
    source = "runtime/exceptions/stack_trace_out_of_bounds.kt"
}

standaloneTest("kt-37572") {
    disabled = !supportsCoreSymbolication(project) || project.globalTestArgs.contains('-opt')
    flags = ['-g', '-Xbinary=sourceInfoType=coresymbolication']
    source = "runtime/exceptions/kt-37572.kt"
    // test on simulator is writing Invalid connection: com.apple.coresymbolicationd by unknown reason
    // so we need to use custom checker as workaround
    outputChecker = { str -> str.split("\n").contains("0") }
}

standaloneTest("check_stacktrace_format_libbacktrace") {
    disabled = !supportsLibBacktrace(project)|| project.globalTestArgs.contains('-opt')
    flags = ['-g', '-Xbinary=sourceInfoType=libbacktrace']
    source = "runtime/exceptions/check_stacktrace_format.kt"
}

standaloneTest("stack_trace_inline_libbacktrace") {
    disabled = !supportsLibBacktrace(project) || project.globalTestArgs.contains('-opt')
    flags = ['-g', '-Xbinary=sourceInfoType=libbacktrace']
    source = "runtime/exceptions/stack_trace_inline.kt"
    outputChecker = { str -> str.split("\n").contains("1") }
}

standaloneTest("kt-37572-libbacktrace") {
    disabled = !supportsLibBacktrace(project) || project.globalTestArgs.contains('-opt')
    flags = ['-g', '-Xbinary=sourceInfoType=libbacktrace']
    source = "runtime/exceptions/kt-37572.kt"
    outputChecker = { str -> str.split("\n").contains("2") }
}

standaloneTest("custom_hook") {
    enabled = (project.testTarget != 'wasm32') // Uses exceptions.
    outputChecker = {
        it.contains("value 42: Error. Runnable state: true") && it.contains("Uncaught Kotlin exception: kotlin.Error: an error")
    }
    expectedExitStatusChecker = { it != 0 }
    source = "runtime/exceptions/custom_hook.kt"
}

standaloneTest("custom_hook_memory_leak") {
    enabled = (project.testTarget != 'wasm32') // Uses exceptions.
    outputChecker = {
        it.contains("Hook 42") && it.contains("Uncaught Kotlin exception: kotlin.Error: an error")
    }
    expectedExitStatusChecker = { it != 0 }
    source = "runtime/exceptions/custom_hook_memory_leak.kt"
}

standaloneTest("custom_hook_get") {
    source = "runtime/exceptions/custom_hook_get.kt"
}

standaloneTest("custom_hook_no_reset") {
    enabled = (project.testTarget != 'wasm32') // Uses exceptions.
    outputChecker = {
        it.contains("Hook called") && it.contains("Uncaught Kotlin exception: kotlin.Error: some error")
    }
    expectedExitStatusChecker = { it != 0 }
    source = "runtime/exceptions/custom_hook_no_reset.kt"
}

standaloneTest("custom_hook_throws") {
    enabled = (project.testTarget != 'wasm32') // Uses exceptions.
    outputChecker = {
        it.contains("Hook called") && it.contains("Uncaught Kotlin exception: kotlin.Error: another error") && !it.contains("some error")
    }
    expectedExitStatusChecker = { it != 0 }
    source = "runtime/exceptions/custom_hook_throws.kt"
}

standaloneTest("custom_hook_unhandled_exception") {
    enabled = (project.testTarget != 'wasm32') // Uses exceptions.
    useGoldenData = true
    source = "runtime/exceptions/custom_hook_unhandled_exception.kt"
}

standaloneTest("custom_hook_terminate") {
    enabled = (project.testTarget != 'wasm32') // Uses exceptions.
    outputChecker = {
        it.contains("Hook called")
    }
    expectedExitStatusChecker = { it != 0 }
    source = "runtime/exceptions/custom_hook_terminate.kt"
}

standaloneTest("custom_hook_terminate_unhandled_exception") {
    enabled = (project.testTarget != 'wasm32') // Uses exceptions.
    outputChecker = {
        it.contains("Hook called") && it.contains("Uncaught Kotlin exception: kotlin.Error: some error") && !it.contains("Not going to happen")
    }
    expectedExitStatusChecker = { it != 0 }
    source = "runtime/exceptions/custom_hook_terminate_unhandled_exception.kt"
}

standaloneTest("exception_in_global_init") {
    enabled = (project.testTarget != 'wasm32') // Uses exceptions.
    source = "runtime/exceptions/exception_in_global_init.kt"
    expectedExitStatusChecker = { it != 0 }
    outputChecker = { s -> s.contains("Uncaught Kotlin exception: kotlin.IllegalStateException: FAIL") && !s.contains("in kotlin main") }
}

task rethrow_exception(type: KonanLocalTest) {
    enabled = (project.testTarget != 'wasm32') // Uses exceptions.
    source = "runtime/exceptions/rethrow.kt"
}

task throw_from_catch(type: KonanLocalTest) {
    enabled = (project.testTarget != 'wasm32') // Uses exceptions.
    source = "runtime/exceptions/throw_from_catch.kt"
}

standaloneTest("terminate") {
    enabled = (project.testTarget != 'wasm32') // Uses exceptions.
    expectedExitStatusChecker = { it != 0 }
    source = "runtime/exceptions/terminate.kt"
}

standaloneTest("unhandled_exception") {
    enabled = (project.testTarget != 'wasm32') // Uses exceptions.
    outputChecker = {
        it.contains("Uncaught Kotlin exception: kotlin.Error: some error")
    }
    expectedExitStatusChecker = { it != 0 }
    source = "runtime/exceptions/unhandled_exception.kt"
}

standaloneTest("runtime_math_exceptions") {
    enabled = (project.testTarget != 'wasm32')
    source = "stdlib_external/numbers/MathExceptionTest.kt"
    flags = ['-tr']
}

standaloneTest("runtime_math") {
    source = "stdlib_external/numbers/MathTest.kt"
    flags = ['-tr']
}

standaloneTest("runtime_math_harmony") {
    source = "stdlib_external/numbers/HarmonyMathTests.kt"
    flags = ['-tr']
}

task catch3(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/try/catch3.kt"
}

task catch4(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/try/catch4.kt"
}

task catch5(type: KonanLocalTest) {
    expectedFail = (project.testTarget == 'wasm32') // Uses exceptions.
    useGoldenData = true
    source = "codegen/try/catch5.kt"
}

task catch6(type: KonanLocalTest) {
    expectedFail = (project.testTarget == 'wasm32') // Uses exceptions.
    useGoldenData = true
    source = "codegen/try/catch6.kt"
}

task catch8(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/try/catch8.kt"
}

task finally1(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/try/finally1.kt"
}

task finally2(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/try/finally2.kt"
}

task finally3(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/try/finally3.kt"
}

task finally4(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/try/finally4.kt"
}

task finally5(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/try/finally5.kt"
}

task finally6(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/try/finally6.kt"
}

task finally7(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/try/finally7.kt"
}

task finally8(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/try/finally8.kt"
}

task finally9(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/try/finally9.kt"
}

task finally10(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/try/finally10.kt"
}

task finally11(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/try/finally11.kt"
}

task finally_returnsDifferentTypes(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/try/returnsDifferentTypes.kt"
}

task scope1(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/dataflow/scope1.kt"
}

task uninitialized_val(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/dataflow/uninitialized_val.kt"
}

task try1(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/try/try1.kt"
}

task try2(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/try/try2.kt"
}

task try3(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/try/try3.kt"
}

task try4(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/try/try4.kt"
}

task unreachable1(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/controlflow/unreachable1.kt"
}

task break_continue(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/controlflow/break.kt"
}

task break1(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/controlflow/break1.kt"
}

task range0(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/collections/range0.kt"
}

standaloneTest("args0") {
    arguments = ["AAA", "BB", "C"]
    useGoldenData = true
    source = "runtime/basic/args0.kt"
}

standaloneTest("devirtualization_lateinitInterface") {
    disabled = (cacheTesting != null) // Cache is not compatible with -opt.
    useGoldenData = true
    flags = ["-opt"]
    source = "codegen/devirtualization/lateinitInterface.kt"
}

standaloneTest("devirtualization_getter_looking_as_box_function") {
    disabled = (cacheTesting != null) // Cache is not compatible with -opt.
    useGoldenData = true
    flags = ["-opt"]
    source = "codegen/devirtualization/getter_looking_as_box_function.kt"
}

standaloneTest("devirtualization_inline_getter") {
    disabled = (cacheTesting != null) // Cache is not compatible with -opt.
    useGoldenData = true
    flags = ["-opt"]
    source = "codegen/devirtualization/inline_getter.kt"
}


standaloneTest("devirtualization_anonymousObject") {
    disabled = (cacheTesting != null) // Cache is not compatible with -opt.
    useGoldenData = true
    flags = ["-opt"]
    source = "codegen/devirtualization/anonymousObject.kt"
}

task interfaceCallsNCasts_conservativeItable(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/interfaceCallsNCasts/conservativeItable.kt"
}

task interfaceCallsNCasts_functionNameClash(type: KonanLocalTest) {
    source = "codegen/interfaceCallsNCasts/functionNameClash.kt"
}

task interfaceCallsNCasts_finalMethod(type: KonanLocalTest) {
    source = "codegen/interfaceCallsNCasts/finalMethod.kt"
}

task interfaceCallsNCasts_diamond(type: KonanLocalTest) {
    source = "codegen/interfaceCallsNCasts/diamond.kt"
}

task spread_operator_0(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/basics/spread_operator_0.kt"
}

task main_exception(type: KonanLocalTest) {
    outputChecker = { s -> s.contains("kotlin.Error: Hello!") }
    expectedExitStatus = 1
    source = "runtime/basic/main_exception.kt"
}

task runtime_basic_standard(type: KonanLocalTest) {
    source = "runtime/basic/standard.kt"
}

standaloneTest("runtime_basic_assert_failed") {
    expectedExitStatusChecker = { it != 0 }
    source = "runtime/basic/assert_failed.kt"
}

standaloneTest("runtime_basic_assert_passed") {
    expectedExitStatus = 0
    source = "runtime/basic/assert_passed.kt"
}

standaloneTest("runtime_basic_assert_disabled") {
    expectedExitStatus = 0
    enableKonanAssertions = false
    source = "runtime/basic/assert_failed.kt"
}

task initializers0(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/basic/initializers0.kt"
}


task initializers1(type: KonanLocalTest) {
    useGoldenData = true
    enabled = false
    source = "runtime/basic/initializers1.kt"
}


task concatenation(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/basics/concatenation.kt"
}

task const_infinity(type: KonanLocalTest) {
    source = "codegen/basics/const_infinity.kt"
}

task lambda1(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/lambda/lambda1.kt"
}

task lambda2(type: KonanLocalTest) {
    arguments = ["arg0"]
    useGoldenData = true
    source = "codegen/lambda/lambda2.kt"
}

task lambda3(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/lambda/lambda3.kt"
}

task lambda4(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/lambda/lambda4.kt"
}

task lambda5(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/lambda/lambda5.kt"
}

task lambda6(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/lambda/lambda6.kt"
}

task lambda7(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/lambda/lambda7.kt"
}

task lambda8(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/lambda/lambda8.kt"
}

task lambda9(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/lambda/lambda9.kt"
}

task lambda10(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/lambda/lambda10.kt"
}

task lambda11(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/lambda/lambda11.kt"
}

task lambda12(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/lambda/lambda12.kt"
}

task lambda13(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/lambda/lambda13.kt"
}

standaloneTest("lambda14") {
    source = "codegen/lambda/lambda14.kt"
    flags = ['-tr']
}

task lambda_kt49360(type: KonanLocalTest) {
    source = "codegen/lambda/lambda_kt49360.kt"
}

task funInterface_implIsNotFunction(type: KonanLocalTest) {
    source = "codegen/funInterface/implIsNotFunction.kt"
}

task funInterface_nonTrivialProjectionInSuperType(type: KonanLocalTest) {
    source = "codegen/funInterface/nonTrivialProjectionInSuperType.kt"
}

task funInterface_kt43887(type: KonanLocalTest) {
    source = "codegen/funInterface/kt43887.kt"
}

task funInterface_kt49384(type: KonanLocalTest) {
    source = "codegen/funInterface/kt49384.kt"
}

task objectExpression1(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/objectExpression/expr1.kt"
}

task objectExpression2(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/objectExpression/expr2.kt"
}

task objectExpression3(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/objectExpression/expr3.kt"
}

standaloneTest("initializers2") {
    useGoldenData = true

    source = "runtime/basic/initializers2.kt"
}

task initializers3(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/basic/initializers3.kt"
}

task initializers4(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/basic/initializers4.kt"
}

task initializers5(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/basic/initializers5.kt"
}

task initializers6(type: KonanLocalTest) {
    disabled = (project.testTarget == 'wasm32') // Needs workers.
    source = "runtime/basic/initializers6.kt"
}

task initializers7(type: KonanLocalTest) {
    source = "runtime/basic/initializers7.kt"
}

task initializers8(type: KonanLocalTest) {
    source = "runtime/basic/initializers8.kt"
}

task expression_as_statement(type: KonanLocalTest) {
    expectedFail = (project.testTarget == 'wasm32') // uses exceptions.
    useGoldenData = true
    source = "codegen/basics/expression_as_statement.kt"
}

task codegen_escapeAnalysis_zeroOutObjectOnAlloc(type: KonanLocalTest) {
    source = "codegen/escapeAnalysis/zeroOutObjectOnAlloc.kt"
}

task codegen_escapeAnalysis_recursion(type: KonanLocalTest) {
    source = "codegen/escapeAnalysis/recursion.kt"
}

standaloneTest("codegen_escapeAnalysis_stackAllocated") {
    disabled = (cacheTesting != null) || // Cache is not compatible with -opt.
        project.globalTestArgs.contains('-g') // -g and -opt are incompatible
    flags = ['-opt', '-tr', '-opt-in=kotlin.native.internal.InternalForKotlinNative']
    source = "codegen/escapeAnalysis/stackAllocated.kt"
}

task memory_var1(type: KonanLocalTest) {
    source = "runtime/memory/var1.kt"
}

task memory_var2(type: KonanLocalTest) {
    source = "runtime/memory/var2.kt"
}

task memory_var3(type: KonanLocalTest) {
    source = "runtime/memory/var3.kt"
}

task memory_var4(type: KonanLocalTest) {
    source = "runtime/memory/var4.kt"
}

task memory_throw_cleanup(type: KonanLocalTest) {
    expectedFail = (project.testTarget == 'wasm32') // Uses exceptions.
    useGoldenData = true
    source = "runtime/memory/throw_cleanup.kt"
}

task memory_escape0(type: KonanLocalTest) {
    source = "runtime/memory/escape0.kt"
}

task memory_escape1(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/memory/escape1.kt"
}

task memory_cycles0(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/memory/cycles0.kt"
}

task memory_cycles1(type: KonanLocalTest) {
    enabled = !isNoopGC
    source = "runtime/memory/cycles1.kt"
}

task memory_basic0(type: KonanLocalTest) {
    source = "runtime/memory/basic0.kt"
}

task memory_escape2(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/memory/escape2.kt"
}

task memory_weak0(type: KonanLocalTest) {
    enabled = !isNoopGC
    useGoldenData = true
    source = "runtime/memory/weak0.kt"
}

task memory_weak1(type: KonanLocalTest) {
    useGoldenData = true
    source = "runtime/memory/weak1.kt"
}

standaloneTest("memory_only_gc") {
    source = "runtime/memory/only_gc.kt"
}

task memory_stable_ref_cross_thread_check(type: KonanLocalTest) {
    disabled = (project.testTarget == 'wasm32') // Needs workers.
    source = "runtime/memory/stable_ref_cross_thread_check.kt"
}

standaloneTest("cycle_detector") {
    disabled = project.globalTestArgs.contains('-opt') || // Needs debug build.
               (project.testTarget == 'wasm32') || // CycleDetector is disabled on WASM.
               isExperimentalMM  // Experimental MM will not support CycleDetector.
    flags = ['-tr', '-g']
    source = "runtime/memory/cycle_detector.kt"
}

standaloneTest("cycle_collector") {
    disabled = true // Needs USE_CYCLIC_GC, which is disabled.
    source = "runtime/memory/cycle_collector.kt"
}

standaloneTest("cycle_collector_deadlock1") {
    disabled = true // Needs USE_CYCLIC_GC, which is disabled.
    source = "runtime/memory/cycle_collector_deadlock1.kt"
}

standaloneTest("leakMemory") {
    source = "runtime/memory/leak_memory.kt"
    if (!isExperimentalMM) { // Experimental MM will not report memory leaks.
        expectedExitStatusChecker = { it != 0 }
        outputChecker = { s -> s.contains("Memory leaks detected, 1 objects leaked!") }
    }
}

standaloneTest("leakMemoryWithTestRunner") {
    source = "runtime/memory/leak_memory_test_runner.kt"
    flags = ['-tr']
    if (!isExperimentalMM) { // Experimental MM will not report memory leaks.
        expectedExitStatusChecker = { it != 0 }
        outputChecker = { s -> s.contains("Memory leaks detected, 1 objects leaked!") }
    }
}

standaloneTest("stress_gc_allocations") {
    // TODO: Support obtaining peak RSS on more platforms.
    enabled = (project.testTarget != "wasm32") &&
        (project.testTarget != "watchos_arm32") &&
        (project.testTarget != "watchos_arm64") &&
        (project.testTarget != "watchos_x86") &&
        (project.testTarget != "watchos_x64") &&
        (project.testTarget != "watchos_simulator_arm64") &&
        !isNoopGC
    source = "runtime/memory/stress_gc_allocations.kt"
    flags = ['-tr', '-opt-in=kotlin.native.internal.InternalForKotlinNative']
}

standaloneTest("mpp1") {
    source = "codegen/mpp/mpp1.kt"
    flags = ['-tr', '-Xmulti-platform']
}

linkTest("mpp2") {
    useGoldenData = true
    source = "codegen/mpp/mpp2.kt"
    lib = "codegen/mpp/libmpp2.kt"
    flags = ['-Xmulti-platform']
}

standaloneTest("mpp_default_args") {
    source = "codegen/mpp/mpp_default_args.kt"
    flags = ['-tr', '-Xmulti-platform']
}

standaloneTest("mpp_optional_expectation") {
    source = "codegen/mpp/mpp_optional_expectation.kt"
    def outputRoot = project.ext.testOutputLocal.toString()
    def srcPath = "$outputRoot/$name/mpp_optional_expectation.kt".with {
        isWindows() ? it.replaceAll("/", "\\\\") : it
    }
    flags = [
            '-Xmulti-platform',
            "-Xcommon-sources=$srcPath"
    ]
}

standaloneTest("freezing_control_basic_full") {
    enabled = isExperimentalMM
    source = "runtime/freezing_control/basic.kt"
    flags = [
            '-Xbinary=freezing=full',
            '-friend-modules', project.rootProject.file("${UtilsKt.getKotlinNativeDist(project)}/klib/common/stdlib").absolutePath
    ]
    arguments = ['full']
}

standaloneTest("freezing_control_basic_disabled") {
    enabled = isExperimentalMM
    source = "runtime/freezing_control/basic.kt"
    flags = [
            '-Xbinary=freezing=disabled',
            '-friend-modules', project.rootProject.file("${UtilsKt.getKotlinNativeDist(project)}/klib/common/stdlib").absolutePath
    ]
    arguments = ['disabled']
}

standaloneTest("freezing_control_basic_explicitOnly") {
    enabled = isExperimentalMM
    source = "runtime/freezing_control/basic.kt"
    flags = [
            '-Xbinary=freezing=explicitOnly',
            '-friend-modules', project.rootProject.file("${UtilsKt.getKotlinNativeDist(project)}/klib/common/stdlib").absolutePath
    ]
    arguments = ['explicitOnly']
}

task unit1(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/basics/unit1.kt"
}

task unit2(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/basics/unit2.kt"
}

task unit3(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/basics/unit3.kt"
}

task unit4(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/basics/unit4.kt"
}

task kt42000_1(type: KonanLocalTest) {
    source = "codegen/basics/k42000_1.kt"
}

task kt42000_2(type: KonanLocalTest) {
    source = "codegen/basics/k42000_2.kt"
}

task inline0(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/inline/inline0.kt"
}

task vararg0(type: KonanLocalTest) {
    source = "lower/vararg.kt"
}

task vararg_of_literals(type: KonanLocalTest) {
    enabled = false
    useGoldenData = true
    source = "lower/vararg_of_literals.kt"
}

standaloneTest('tailrec') {
    useGoldenData = true
    source = "lower/tailrec.kt"
    flags = ['-XXLanguage:-ProhibitTailrecOnVirtualMember', '-e', 'lower.tailrec.main']
}

task inline1(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/inline/inline1.kt"
}

task inline2(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/inline/inline2.kt"
}

task inline3(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/inline/inline3.kt"
}

task inline4(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/inline/inline4.kt"
}

task inline5(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/inline/inline5.kt"
}

task inline6(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/inline/inline6.kt"
}

task inline7(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/inline/inline7.kt"
}

task inline8(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/inline/inline8.kt"
}

task inline9(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/inline/inline9.kt"
}

task inline10(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/inline/inline10.kt"
}

task inline13(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/inline/inline13.kt"
}

task inline14(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/inline/inline14.kt"
}

task inline15(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/inline/inline15.kt"
}

task inline16(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/inline/inline16.kt"
}

task inline17(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/inline/inline17.kt"
}

task inline18(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/inline/inline18.kt"
}

task inline19(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/inline/inline19.kt"
}

task inline20(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/inline/inline20.kt"
}

task inline21(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/inline/inline21.kt"
}

task inline22(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/inline/inline22.kt"
}

task inline23(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/inline/inline23.kt"
}

task inline24(type: KonanLocalTest) {
    enabled = false
    useGoldenData = true
    source = "codegen/inline/inline24.kt"
}

task inline25(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/inline/inline25.kt"
}

task inline26(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/inline/inline26.kt"
}

task inline_type_substitution_in_fake_override(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/inline/typeSubstitutionInFakeOverride.kt"
}

task inline_localFunctionInInitializerBlock(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/inline/localFunctionInInitializerBlock.kt"
}

task inline_lambdaInDefaultValue(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/inline/lambdaInDefaultValue.kt"
}

task inline_lambdaAsAny(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/inline/lambdaAsAny.kt"
}

task inline_getClass(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/inline/getClass.kt"
}

task inline_statementAsLastExprInBlock(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/inline/statementAsLastExprInBlock.kt"
}

task inline_returnLocalClassFromBlock(type: KonanLocalTest) {
    enabled = false
    useGoldenData = true
    source = "codegen/inline/returnLocalClassFromBlock.kt"
}

task inline_changingCapturedLocal(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/inline/changingCapturedLocal.kt"
}

task inline_defaultArgs(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/inline/defaultArgs.kt"
}

task inline_propertyAccessorInline(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/inline/propertyAccessorInline.kt"
}

task inline_twiceInlinedObject(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/inline/twiceInlinedObject.kt"
}

task inline_localObjectReturnedFromWhen(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/inline/localObjectReturnedFromWhen.kt"
}

task inline_genericFunctionReference(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/inline/genericFunctionReference.kt"
}

task inline_correctOrderFunctionReference(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/inline/correctOrderFunctionReference.kt"
}

task inline_coercionToUnit(type: KonanLocalTest) {
    useGoldenData = true
    source = "codegen/inline/coercionToUnit.kt"
}

task inline_redundantCoercionsCleaner(type: KonanLocalTest) {
    source = "codegen/inline/redundantCoercionsCleaner.kt"
}

task classDeclarationInsideInline(type: KonanLocalTest) {
    source = "codegen/inline/classDeclarationInsideInline.kt"
    useGoldenData = true
}

task inlineClass0(type: KonanLocalTest) {
    source = "codegen/inlineClass/inlineClass0.kt"
}

task inlineClass_customEquals(type: KonanLocalTest) {
    source = "codegen/inlineClass/customEquals.kt"
}

task inlineClass_defaultEquals(type: KonanLocalTest) {
    source = "codegen/inlineClass/defaultEquals.kt"
}

task inlineClass_secondaryConstructorWithGenerics(type: KonanLocalTest) {
    source = "codegen/inlineClass/secondaryConstructorWithGenerics.kt"
}

task inlineClass_nestedInlineClasses(type: KonanLocalTest) {
    source = "codegen/inlineClass/nestedInlineClasses.kt"
}

task valueClass0(type: KonanLocalTest) {
    source = "codegen/inlineClass/valueClass0.kt"
}

task deserialized_inline0(type: KonanLocalTest) {
    source = "serialization/deserialized_inline0.kt"
}

task deserialized_listof0(type: KonanLocalTest) {
    source = "serialization/deserialized_listof0.kt"
}

task deserialized_fields(type: KonanLocalTest) {
    source = "serialization/deserialized_fields.kt"
}

KotlinNativeTestKt.createTest(project, "kt39548", KonanStandaloneTest) { task ->
    // Test infrastructure doesn't support generated source;
    // workaround by specifying dummy source:
    task.source = "does/not/exist/kt39548.dummy.kt"
    task.enabled = isWindowsTarget(project)

    if (task.enabled) {
        konanArtifacts {
            program(name, targets: [target.name]) {
                baseDir   "$testOutputLocal/$name"
                srcFiles  "$buildDir/kt39548/kt39548.kt" // Generated by doBeforeBuild task.
                extraOpts task.flags
                extraOpts project.globalTestArgs
            }
        }
        doBeforeBuild {
            GenTestKT39548Kt.genTestKT39548(file("$buildDir/kt39548/kt39548.kt"))
        }
    }
}

linkTest("deserialized_members") {
    source = "serialization/deserialized_members/main.kt"
    lib = "serialization/deserialized_members/library.kt"
    useGoldenData = true
}

linkTest("serialized_catch") {
    source = "serialization/serialized_catch/main.kt"
    lib = "serialization/serialized_catch/library.kt"
    useGoldenData = true
}

linkTest("serialized_doWhile") {
    source = "serialization/serialized_doWhile/main.kt"
    lib = "serialization/serialized_doWhile/library.kt"
    useGoldenData = true
}

linkTest("serialized_vararg") {
    source = "serialization/serialized_vararg/main.kt"
    lib = "serialization/serialized_vararg/library.kt"
    useGoldenData = true
}

linkTest("serialized_default_args") {
    source = "serialization/serialized_default_args/main.kt"
    lib = "serialization/serialized_default_args/library.kt"
    useGoldenData = true
}

standaloneTest("serialized_no_typemap") {
    source = "serialization/regression/no_type_map.kt"
    useGoldenData = true
}

linkTest("serialized_enum_ordinal") {
    source = "serialization/enum_ordinal/main.kt"
    lib = "serialization/enum_ordinal/library.kt"
    useGoldenData = true
}

linkTest("serialized_char_constant") {
    source = "serialization/serialized_char_constant/main.kt"
    lib = "serialization/serialized_char_constant/library.kt"
    useGoldenData = true
}

standaloneTest("testing_annotations") {
    source = "testing/annotations.kt"
    flags = ['-tr']
    arguments = ['--ktest_logger=SIMPLE']
    useGoldenData = true
}

standaloneTest("testing_assertions") {
    source = "testing/assertions.kt"
    flags = ['-tr']
    expectedFail = (project.testTarget == 'wasm32') // Uses exceptions.
    expectedExitStatus = 0
}

standaloneTest("testing_custom_main") {
    source = "testing/custom_main.kt"
    flags = ['-tr', '-e', 'kotlin.test.tests.main']
    arguments = ['--ktest_logger=SIMPLE', '--ktest_repeat=2']
    useGoldenData = true
}

standaloneTest("testing_library_usage") {
    def target = project.testTarget ?: 'host'
    dependsOn konanArtifacts.baseTestClass.getByTarget(target)
    def klib = konanArtifacts.baseTestClass.getArtifactByTarget(target)
    source = 'testing/library_user.kt'
    flags = ['-tr', '-e', 'main', '-l', klib.absolutePath]
    arguments = ['--ktest_logger=SILENT']
}

class Filter {
    List<String> positive
    List<String> negative
    List<String> expectedTests

    Filter(List<String> positive, List<String> negative, List<String> expectedTests) {
        this.positive = positive
        this.negative = negative
        this.expectedTests = expectedTests
    }

    List<String> args() {
        List<String> result = []
        if (positive != null && !positive.isEmpty()) {
            result += "--ktest_gradle_filter=${asListOfPatterns(positive)}"
        }
        if (negative != null && !negative.isEmpty()) {
            result += "--ktest_negative_gradle_filter=${asListOfPatterns(negative)}"
        }
        return result
    }

    static private String asListOfPatterns(List<String> input) {
        return input.collect { "kotlin.test.tests.$it" }.join(",")
    }
}

standaloneTest("testing_filters") {
    source = "testing/filters.kt"
    flags = ['-tr', '-ea']
    def filters = [
        new Filter(["A.foo1", "B", "FiltersKt.foo1"], [], ["A.foo1", "B.foo1", "B.foo2", "B.bar", "FiltersKt.foo1"]),
        new Filter([], ["A.foo1", "B", "FiltersKt.foo1"], ["A.foo2", "A.bar", "FiltersKt.foo2", "FiltersKt.bar"]),
        new Filter(["A", "FiltersKt"], ["A.foo1", "FiltersKt.foo1"], ["A.foo2", "A.bar", "FiltersKt.foo2", "FiltersKt.bar"]),
        new Filter(["A.foo*", "B.*"], [], ["A.foo1", "A.foo2", "B.foo1", "B.foo2", "B.bar"]),
        new Filter([], ["A.foo*", "B.*"], ["A.bar", "FiltersKt.foo1", "FiltersKt.foo2", "FiltersKt.bar"]),
        new Filter(["*.foo*"], ["B"], ["A.foo1", "A.foo2", "FiltersKt.foo1", "FiltersKt.foo2"]),
        new Filter(["A"], ["*.foo*"], ["A.bar"])
    ]
    multiRuns = true
    multiArguments = filters.collect { it.args() + '--ktest_logger=SIMPLE' }
    outputChecker = { String output ->
        // The first chunk is empty - drop it.
        def outputs = output.split("Starting testing\n").drop(1)
        if (outputs.size() != filters.size()) {
            println("Incorrect number of test runs. Expected: ${filters.size()}, actual: ${outputs.size()}")
            return false
        }

        // Check the correct set of tests was executed in each run.
        for (int i = 0; i < outputs.size(); i++) {
            def actualMessages = outputs[i].split('\n').findAll { it.startsWith("Passed: ") }
            def expectedMessages = filters[i].expectedTests.collect { String test ->
                def method = test.substring(test.lastIndexOf('.') + 1)
                def suite = test.substring(0, test.lastIndexOf('.'))
                "Passed: $method (kotlin.test.tests.$suite)".toString()
            }

            if (actualMessages.size() != expectedMessages.size()) {
                println("Incorrect number of tests executed for filters[$i]. Expected: ${expectedMessages.size()}. Actual: ${actualMessages.size()}")
                return false
            }

            for (message in expectedMessages) {
                if (!actualMessages.contains(message)) {
                    println("Test run output for filters[$i] doesn't contain the expected message '$message'")
                    return false
                }
            }
        }
        return true
    }
}

standaloneTest("testing_filtered_suites") {
    source = "testing/filtered_suites.kt"
    flags = ["-tr", "-ea"]

    def filters = [
            ["Filtered_suitesKt.*"],    // filter out a class.
            ["A.*"],                    // filter out a top-level suite.
            ["*.common"],               // run a test from all suites -> all hooks executed.
            ["Ignored.*"],              // an ignored suite -> no hooks executed.
            ["A.ignored"]               // a suite with only ignored tests -> no hooks executed.
    ]
    def expectedHooks = [
            ["Filtered_suitesKt.before", "Filtered_suitesKt.after"],
            ["A.before", "A.after"],
            ["A.before", "A.after", "Filtered_suitesKt.before", "Filtered_suitesKt.after"],
            [],
            []
    ]

    multiRuns = true
    multiArguments = filters.collect {
        def filter = it.collect { "kotlin.test.tests.$it" }.join(",")
        ["--ktest_gradle_filter=$filter", "--ktest_logger=SIMPLE"]
    }
    outputChecker = { String output ->
        // The first chunk is empty - drop it.
        def outputs = output.split("Starting testing\n").drop(1)
        if (outputs.size() != expectedHooks.size()) {
            println("Incorrect number of test runs. Expected: ${expectedHooks.size()}, actual: ${outputs.size()}")
            return false
        }

        // Check the correct set of hooks was executed on each run.
        for (int i = 0; i < outputs.size(); i++) {
            def actual = outputs[i].split('\n')
                    .findAll { it.startsWith("Hook:") }
                    .collect { it.replace("Hook: ", "") }
            def expected = expectedHooks[i]

            if (actual.size() != expected.size()) {
                println("Incorrect number of executed hooks for run #$i. Expected: ${expected.size()}. Actual: ${actual.size()}")
                println("Expected hooks: $expected")
                println("Actual hooks: $actual")
                return false
            }

            for (expectedHook in expected) {
                if (!actual.contains(expectedHook)) {
                    println("Expected hook wasn't executed for run #$i: $expectedHook")
                    println("Expected hooks: $expected")
                    println("Actual hooks: $actual")
                    return false
                }
            }
        }
        return true
    }
}

// Check that stacktraces and ignored suite are correctly reported in the TC logger.
standaloneTest("testing_stacktrace") {
    source = "testing/stacktrace.kt"
    flags = ['-tr', '-ea']
    arguments = ["--ktest_logger=TEAMCITY", "--ktest_no_exit_code"]
    expectedFail = (project.testTarget == 'wasm32') // Uses exceptions.
    // This test prints TeamCity service messages about failed test causing false negative failure at CI.
    // So we need to suppress printing these messages to stdout.
//    printOutput = false
    outputChecker = { String output ->
        def ignoredOutput = """\
            |##teamcity[testSuiteStarted name='kotlin.test.tests.Ignored' locationHint='ktest:suite://kotlin.test.tests.Ignored']
            |##teamcity[testIgnored name='foo']
            |##teamcity[testSuiteFinished name='kotlin.test.tests.Ignored']""".stripMargin()
        def failedOutput = """\
            |##teamcity[testSuiteStarted name='kotlin.test.tests.Failed' locationHint='ktest:suite://kotlin.test.tests.Failed']
            |##teamcity[testStarted name='bar' locationHint='ktest:test://kotlin.test.tests.Failed.bar']
            |##teamcity[testFailed name='bar' message='Bar' details='kotlin.Exception: Bar|n""".stripMargin()

        def shownInnerException = output.readLines()
                .find { it.startsWith("##teamcity[testFailed name='bar'") }
                ?.contains("Caused by: kotlin.Exception: Baz") ?: false

        return output.contains(ignoredOutput) && output.contains(failedOutput) && shownInnerException
    }
}

// Just check that the driver is able to produce runnable binaries.
tasks.register("driver0", KonanDriverTest) {
    useGoldenData = true
    source = "runtime/basic/driver0.kt"
}

tasks.register("driver_opt", KonanDriverTest) {
    disabled = (cacheTesting != null) // Cache is not compatible with -opt.
    useGoldenData = true
    source = "runtime/basic/driver_opt.kt"
    flags = ["-opt"]
}

// Enable when deserialization for default arguments is fixed.
linkTest("inline_defaultArgs_linkTest") {
    useGoldenData = true
    source = "codegen/inline/defaultArgs_linkTest_main.kt"
    lib = "codegen/inline/defaultArgs_linkTest_lib.kt"
}

linkTest("inline_sharedVar_linkTest") {
    useGoldenData = true
    source = "codegen/inline/sharedVar_linkTest_main.kt"
    lib = "codegen/inline/sharedVar_linkTest_lib.kt"
}

linkTest("inline_lateinitProperty_linkTest") {
    disabled = (project.testTarget == 'wasm32') // Uses exceptions.
    useGoldenData = true
    source = "codegen/inline/lateinitProperty_linkTest_main.kt"
    lib = "codegen/inline/lateinitProperty_linkTest_lib.kt"
}

linkTest("inline_inlineCtor_linkTest") {
    source = "codegen/inline/inlineCtor_linkTest_main.kt"
    lib = "codegen/inline/inlineCtor_linkTest_lib.kt"
}

linkTest("inline_innerInlineFunCapturesOuter_linkTest") {
    useGoldenData = true
    source = "codegen/inline/innerInlineFunCapturesOuter_linkTest_main.kt"
    lib = "codegen/inline/innerInlineFunCapturesOuter_linkTest_lib.kt"
}

def generateWithSpaceDefFile() {
    def mapOption = "--Map \"${buildDir}/cutom map.map\""
    if (isAppleTarget(project)) {
        mapOption = "-map \"${buildDir}/cutom map.map\""
    } else if (isWindowsTarget(project)) {
        mapOption = "\"-Wl,--Map,${buildDir}/cutom map.map\""
    }

    def file = new File("${buildDir}/withSpaces.def")
    file.write """
headers = stdio.h "${projectDir}/interop/basics/custom headers/custom.h"
linkerOpts = $mapOption
---

int customCompare(const char* str1, const char* str2) {
    return custom_strcmp(str1, str2);
}
"""
    return file.absolutePath
}

// A helper method to create interop artifacts
void createInterop(String name, Closure conf) {
    konanArtifacts {
        interop(name, targets: [target.name]) {
            conf(it)
            noDefaultLibs(true)
            noEndorsedLibs(true)
            baseDir "$testOutputLocal/$name"
        }
    }
}

createInterop("sysstat") {
    // FIXME: creates empty file to workaround konan gradle plugin issue (should be able to have no def file)
    def f = File.createTempFile("sysstat.empty", ".def")
    it.packageName 'sysstat'
    // FIXME: this option doesn't work due to an issue in plugin: it tries to resolve header in project dir.
    //it.headers 'sys/stat.h'
    f.write("headers = sys/stat.h")
    it.defFile f
}

createInterop("cstdlib") {
    def f = File.createTempFile("cstdlib.empty", ".def")
    it.packageName 'cstdlib'
//    it.headers 'stdlib.h'
    f.write("headers = stdlib.h")
    it.defFile f
}

createInterop("cstdio") {
    it.defFile 'interop/basics/cstdio.def'
}

createInterop("sockets") {
    it.defFile 'interop/basics/sockets.def'
}

createInterop("bitfields") {
    it.defFile 'interop/basics/bitfields.def'
}

createInterop("cglobals") {
    it.defFile 'interop/basics/cglobals.def'
}

createInterop("cfunptr") {
    it.defFile 'interop/basics/cfunptr.def'
}

createInterop("cmacros") {
    it.defFile 'interop/basics/cmacros.def'
}

createInterop("cunsupported") {
    it.defFile 'interop/basics/cunsupported.def'
}

createInterop("ctoKString") {
    it.defFile 'interop/basics/ctoKString.def'
}

createInterop("ctypes") {
    it.defFile 'interop/basics/ctypes.def'
}

createInterop("structAnonym") {
    it.defFile 'interop/basics/structAnonym.def'
}

createInterop("cvalues") {
    it.defFile 'interop/basics/cvalues.def'
}

createInterop("cvectors") {
    it.defFile 'interop/basics/cvectors.def'
}

createInterop("cstructs") {
    it.defFile 'interop/basics/cstructs.def'
}

createInterop("ccallbacksAndVarargs") {
    it.defFile 'interop/basics/ccallbacksAndVarargs.def'
}

createInterop("cmangling") {
    it.defFile 'interop/basics/mangling.def'
}

createInterop("cmangling2") {
    it.defFile 'interop/basics/mangling2.def'
}

createInterop("cmangling_keywords") {
    it.defFile 'interop/basics/mangling_keywords.def'
}

createInterop("cmangling_keywords2") {
    it.defFile 'interop/basics/mangling_keywords2.def'
}

createInterop("cunion") {
    it.defFile 'interop/basics/cunion.def'
}

createInterop("cenums") {
    it.defFile 'interop/basics/cenums.def'
}

createInterop("carrayPointers") {
    it.defFile 'interop/basics/carrayPointers.def'
}

createInterop("auxiliaryCppSources") {
    // We need to provide empty def file to create correct `KonanInteropTask`.
    it.defFile 'interop/auxiliary_sources/auxiliaryCppSources.def'
    it.headers "$projectDir/interop/auxiliary_sources/name.h"
    it.extraOpts "-Xcompile-source", "$projectDir/interop/auxiliary_sources/name.cpp"
    it.extraOpts "-Xsource-compiler-option", "-std=c++17"
}

createInterop("concurrentTerminate") {
    it.defFile 'interop/concurrentTerminate/concurrentTerminate.def'
    it.headers "$projectDir/interop/concurrentTerminate/async.h"
    // TODO: Using `-Xcompile-source` does not imply dependency on that source, so the task will no re-run when the source is updated.
    it.extraOpts "-Xcompile-source", "$projectDir/interop/concurrentTerminate/async.cpp"
    it.extraOpts "-Xsource-compiler-option", "-std=c++17"
}

createInterop("incomplete_types") {
    it.defFile 'interop/incomplete_types/library.def'
    it.headers "$projectDir/interop/incomplete_types/library.h"
    it.extraOpts "-Xcompile-source", "$projectDir/interop/incomplete_types/library.cpp"
}

createInterop("embedStaticLibraries") {
    it.defFile 'interop/embedStaticLibraries/embedStaticLibraries.def'
    it.headers "$projectDir/interop/embedStaticLibraries/embedStaticLibraries.h"

    // Note: also hardcoded in def file.
    final String libDir = "$buildDir/embedStaticLibraries/"

    it.getByTarget(target.name).configure {
        doFirst {
            1.upto(4) {
                UtilsKt.buildStaticLibrary(
                        project,
                        [file("$projectDir/interop/embedStaticLibraries/${it}.c")],
                        file("$libDir/${it}.a"),
                        file("$libDir/${it}.objs"),
                )
            }
        }
    }

    it.extraOpts '-staticLibrary', "1.a"
    it.extraOpts '-staticLibrary', "2.a"
}

createInterop("kt43265") {
    it.defFile 'interop/kt43265/kt43265.def'
}

createInterop("kt44283") {
    it.defFile 'interop/kt44283/kt44283.def'
}

createInterop("kt43502") {
    it.defFile 'interop/kt43502/kt43502.def'
    it.headers "$projectDir/interop/kt43502/kt43502.h"
    // Note: also hardcoded in def file.
    final String libDir = "$buildDir/kt43502/"
    // Construct library that contains actual symbol definition.
    it.getByTarget(target.name).configure {
        doFirst {
            UtilsKt.buildStaticLibrary(
                    project,
                    [file("$projectDir/interop/kt43502/kt43502.c")],
                    file("$libDir/kt43502.a"),
                    file("$libDir/kt43502.objs"),
            )
        }
    }
}

createInterop("leakMemoryWithRunningThread") {
    it.defFile 'interop/leakMemoryWithRunningThread/leakMemory.def'
    it.headers "$projectDir/interop/leakMemoryWithRunningThread/leakMemory.h"
    it.extraOpts "-Xcompile-source", "$projectDir/interop/leakMemoryWithRunningThread/leakMemory.cpp"
}

createInterop("cppClass") {
    it.defFile 'interop/cpp/cppClass.def'
}

createInterop("cppTypes") {
    it.defFile 'interop/cpp/types.def'
}

createInterop("cppSkia") {
    it.defFile 'interop/cpp/skia.def'
}

createInterop("cppSkiaSignature") {
    it.defFile 'interop/cpp/skiaSignature.def'
}

createInterop("threadStates") {
    it.defFile "interop/threadStates/threadStates.def"
    it.extraOpts "-Xcompile-source", "$projectDir/interop/threadStates/threadStates.cpp"
}

if (PlatformInfo.isAppleTarget(project)) {
    createInterop("objcSmoke") {
        it.defFile 'interop/objc/objcSmoke.def'
        it.headers "$projectDir/interop/objc/smoke.h"
    }

    createInterop("objcTests") {
        it.defFile 'interop/objc/objcTests.def'
        it.headers fileTree("$projectDir/interop/objc/tests") { include '**/*.h' }
    }

    createInterop("objcMisc") {
        it.defFile 'interop/objc_with_initializer/objc_misc.def'
        it.headers "$projectDir/interop/objc_with_initializer/objc_misc.h"
    }

    createInterop("objcMessaging") {
        it.defFile 'interop/objc/msg_send/messaging.def'
        it.headers "$projectDir/interop/objc/msg_send/messaging.h"
    }

    createInterop("foreignException") {
        it.defFile 'interop/objc/foreignException/objc_wrap.def'
        it.headers "$projectDir/interop/objc/foreignException/objc_wrap.h"
    }

    createInterop("foreignExceptionMode_default") {
        it.defFile 'interop/objc/foreignException/objcExceptionMode.def'
        it.headers "$projectDir/interop/objc/foreignException/objc_wrap.h"
    }

    createInterop("foreignExceptionMode_wrap") {
        it.defFile 'interop/objc/foreignException/objcExceptionMode.def'
        it.headers "$projectDir/interop/objc/foreignException/objc_wrap.h"
        it.extraOpts '-Xforeign-exception-mode', "objc-wrap"
    }

    createInterop("objcKt34467") {
        it.defFile 'interop/objc/kt34467/module_library.def'
        def moduleMap = file("interop/objc/kt34467/module_library.modulemap").absolutePath
        def includePath = file("interop/objc/kt34467").absolutePath
        it.compilerOpts "-fmodule-map-file=$moduleMap", "-I$includePath"
    }
    createInterop("objcGh3343") {
        it.defFile 'framework/gh3343/objclib.def'
        it.headers "$projectDir/framework/gh3343/objclib.h"
        it.linkerOpts "-lobjcgh3343"
    }
    createInterop("objc_illegal_sharing_with_weak") {
      it.defFile 'interop/objc/illegal_sharing_with_weak/objclib.def'
      it.headers "$projectDir/interop/objc/illegal_sharing_with_weak/objclib.h"
    }
    createInterop("objcKt43517") {
        it.defFile 'framework/kt43517/kt43517.def'
    }
    createInterop("objc_kt42172") {
        it.defFile 'interop/objc/kt42172/objclib.def'
        it.headers "$projectDir/interop/objc/kt42172/objclib.h"
    }
    createInterop("objc_kt48816") {
        it.defFile 'interop/objc/kt48816/objclib.def'
        it.headers "$projectDir/interop/objc/kt48816/objclib.h"
    }
}

createInterop("withSpaces") {
    it.defFile generateWithSpaceDefFile()
}

createInterop("exceptions_throwThroughBridge") {
    it.defFile "interop/exceptions/throwThroughBridge.def"
    it.extraOpts "-Xcompile-source", "$projectDir/interop/exceptions/throwThroughBridgeInterop.cpp"
}

createInterop("exceptions_cCallback") {
    it.defFile "interop/exceptions/cCallback.def"
    it.extraOpts "-Xcompile-source", "$projectDir/interop/exceptions/cCallback.cpp"
}

/**
 * Creates a task for the interop test. Configures runner and adds library and test build tasks.
 */
Task interopTestBase(String name, boolean multiFile, Closure<KonanInteropTest> configureClosure) {
    return KotlinNativeTestKt.createTest(project, name, KonanInteropTest) { task ->
        task.configure(configureClosure)
        if (task.enabled) {
            konanArtifacts {
                def lib = task.interop
                UtilsKt.dependsOnKonanBuildingTask(task, lib, target)

                program(name, targets: [target.name]) {
                    libraries {
                        artifact lib
                    }
                    srcFiles multiFile ? fileTree(task.source) { include '**/*.kt' } : task.getSources()
                    baseDir "$testOutputLocal/$name"
                    linkerOpts "-L$buildDir"
                    extraOpts task.flags
                    extraOpts project.globalTestArgs
                }
            }
        }
    }
}

Task interopTest(String name, Closure<KonanInteropTest> configureClosure) {
    return interopTestBase(name, false, configureClosure)
}

Task interopTestMultifile(String name, Closure<KonanInteropTest> configureClosure) {
    return interopTestBase(name, true, configureClosure)
}

standaloneTest("interop_objc_allocException") {
    disabled = !isAppleTarget(project)
    expectedExitStatus = 0
    source = "interop/objc/allocException.kt"
    UtilsKt.dependsOnPlatformLibs(it)
}

interopTest("interop0") {
    disabled = (project.testTarget == 'wasm32') ||         // No interop for wasm yet.
               (project.testTarget == 'linux_mips32') ||   //  st_uid of '/' is not equal to 0 when using qemu
               (project.testTarget == 'linux_mipsel32') ||
               (project.testTarget == 'linux_arm32_hfp') ||
               (project.testTarget == 'linux_arm64')
    useGoldenData = true
    source = "interop/basics/0.kt"
    interop = 'sysstat'
}

interopTest("interop1") {
    disabled = (project.testTarget == 'wasm32') // No interop for wasm yet.
    useGoldenData = true
    source = "interop/basics/1.kt"
    interop = 'cstdlib'
}

interopTest("interop2") {
    disabled = (project.testTarget == 'wasm32') // No interop for wasm yet.
    useGoldenData = true
    source = "interop/basics/2.kt"
    interop = 'cstdio'
}

interopTest("interop3") {
    // We disable this test on Raspberry Pi because
    // qsort accepts size_t args. So the .kt file
    // should be different depending on the bitness of the target.
    // There are plans to provide a solution and turn this
    // test back on.
    disabled = (project.testTarget == 'raspberrypi') ||
               (project.testTarget == 'linux_mips32') ||
               (project.testTarget == 'linux_mipsel32') ||
               (project.testTarget == 'wasm32') // No interop for wasm yet.
    useGoldenData = true
    source = "interop/basics/3.kt"
    interop = 'cstdlib'
}

interopTest("interop4") {
    disabled = (project.testTarget == 'wasm32') // No interop for wasm yet.
    useGoldenData = true
    source = "interop/basics/4.kt"
    interop = 'cstdio'
}

standaloneTest("interop5") {
    enabled = (project.testTarget != 'wasm32') // No interop for wasm yet.
    useGoldenData = true
    source = "interop/basics/5.kt"
    UtilsKt.dependsOnPlatformLibs(it)
}

interopTest("interop_bitfields") {
    disabled = (project.testTarget == 'wasm32') // No interop for wasm yet.
    expectedFail = (project.testTarget == 'linux_mips32') // fails because of big-endiannes
    source = "interop/basics/bf.kt"
    interop = 'bitfields'
}

interopTest("interop_funptr") {
    disabled = (project.testTarget == 'wasm32') // No interop for wasm yet.
    useGoldenData = true
    source = "interop/basics/funptr.kt"
    interop = 'cfunptr'
}

interopTest("interop_globals") {
    disabled = (project.testTarget == 'wasm32') // No interop for wasm yet.
    source = "interop/basics/globals.kt"
    interop = 'cglobals'
}

interopTest("interop_macros") {
    disabled = (project.testTarget == 'wasm32') // No interop for wasm yet.
    source = "interop/basics/macros.kt"
    interop = 'cmacros'
}

interopTest("interop_unsupported") {
    disabled = (project.testTarget == 'wasm32') // No interop for wasm yet.
    source = "interop/basics/unsupported.kt"
    interop = 'cunsupported'
}

interopTest("interop_toKString") {
    disabled = (project.testTarget == 'wasm32') // No interop for wasm yet.
    source = "interop/basics/toKString.kt"
    interop = 'ctoKString'
}

interopTest("interop_types") {
    disabled = (project.testTarget == 'wasm32') // No interop for wasm yet.
    source = "interop/basics/types.kt"
    interop = 'ctypes'
}

interopTest("interop_structAnonym") {
    disabled = (project.testTarget == 'wasm32') || // No interop for wasm yet.
            (project.testTarget == 'mingw_x86')
    source = "interop/basics/structAnonym.kt"
    interop = 'structAnonym'
}

interopTest("interop_vectors") {
    disabled = (project.testTarget == 'wasm32') // No interop for wasm yet.
    source = "interop/basics/vectors.kt"
    interop = 'cvectors'
}

interopTest("interop_vectors_mimalloc") {
    disabled = (project.testTarget == 'wasm32') // No interop for wasm yet.
    source = "interop/basics/vectors.kt"
    interop = 'cvectors'
    flags = [ "-Xallocator=mimalloc" ]
    arguments = [ "mimalloc" ]
}

interopTest("interop_mangling") {
    disabled = (project.testTarget == 'wasm32') // No interop for wasm yet.
    source = "interop/basics/mangling.kt"
    interop = 'cmangling'
}

interopTest("interop_mangling2") {
    disabled = (project.testTarget == 'wasm32') // No interop for wasm yet.
    source = "interop/basics/mangling2.kt"
    interop = 'cmangling2'
}

interopTest("interop_mangling_keywords") {
    disabled = (project.testTarget == 'wasm32') // No interop for wasm yet.
    source = "interop/basics/mangling_keywords.kt"
    interop = 'cmangling_keywords'
}

interopTest("interop_mangling_keywords2") {
    disabled = (project.testTarget == 'wasm32') // No interop for wasm yet.
    source = "interop/basics/mangling_keywords2.kt"
    interop = 'cmangling_keywords2'
}

interopTest("interop_auxiliarySources") {
    disabled = (project.testTarget == 'wasm32') // No interop for wasm yet.
    source = "interop/auxiliary_sources/main.kt"
    interop = 'auxiliaryCppSources'
}

interopTest("interop_concurrentTerminate") {
    disabled = (project.testTarget == 'wasm32') // No interop for wasm yet.
    source = "interop/concurrentTerminate/main.kt"
    interop = 'concurrentTerminate'
    outputChecker = { str -> str.endsWith("Reporting error!\n") }
    expectedExitStatus = 99
}

interopTest("interop_incompleteTypes") {
    disabled = (project.testTarget == 'wasm32') // No interop for wasm yet.
    source = "interop/incomplete_types/main.kt"
    interop = 'incomplete_types'
}

interopTest("interop_embedStaticLibraries") {
    disabled = (project.testTarget == 'wasm32') // No interop for wasm yet.
    source = "interop/embedStaticLibraries/main.kt"
    interop = 'embedStaticLibraries'
}

interopTest("interop_values") {
    disabled = (project.testTarget == 'wasm32') // No interop for wasm yet.
    source = "interop/basics/values.kt"
    interop = 'cvalues'
}

interopTest("interop_structs") {
    disabled = (project.testTarget == 'wasm32') // No interop for wasm yet.
    source = "interop/basics/structs.kt"
    interop = 'cstructs'
}

interopTest("interop_callbacksAndVarargs") {
    disabled = (project.testTarget == 'wasm32') // No interop for wasm yet.
    source = "interop/basics/callbacksAndVarargs.kt"
    interop = 'ccallbacksAndVarargs'
}

interopTest("interop_threadStates") {
    disabled = (project.testTarget == 'wasm32') || // No interop for wasm yet.
            !isExperimentalMM // No thread state switching in the legacy MM.
    source = "interop/threadStates/threadStates.kt"
    interop = "threadStates"
}

interopTest("interop_threadStates_callbacksWithExceptions") {
    disabled = (project.testTarget == 'wasm32') || // No interop for wasm yet.
            !isExperimentalMM // No thread state switching in the legacy MM.
    source = "interop/threadStates/callbacksWithExceptions.kt"
    interop = "threadStates"
}

interopTest("interop_threadStates_unhandledException") {
    disabled = (project.testTarget == 'wasm32') || // No interop for wasm yet.
            !isExperimentalMM // No thread state switching in the legacy MM.
    source = "interop/threadStates/unhandledException.kt"
    interop = "threadStates"
    outputChecker = { it.contains("Error. Runnable state: true") }
    expectedExitStatusChecker = { it != 0 }
}

interopTest("interop_threadStates_unhandledExceptionInForeignThread") {
    disabled = (project.testTarget == 'wasm32') || // No interop for wasm yet.
            !isExperimentalMM // No thread state switching in the legacy MM.
    source = "interop/threadStates/unhandledExceptionInForeignThread.kt"
    interop = "threadStates"
    outputChecker = { it.contains("Error. Runnable state: true") }
    expectedExitStatusChecker = { it != 0 }
}

interopTest("interop_withSpaces") {
    disabled = (project.testTarget == 'wasm32') // No interop for wasm yet.
    interop ='withSpaces'
    source = "interop/basics/withSpaces.kt"

    doLast {
        assert file("${buildDir}/cutom map.map").exists()
    }
}

interopTest("interop_union") {
    disabled = (project.testTarget == 'wasm32') // No interop for wasm yet.
    interop = 'cunion'
    source = "interop/basics/union.kt"
}

interopTest("interop_enums") {
    disabled = (project.testTarget == 'wasm32') // No interop for wasm yet.
    interop = 'cenums'
    source = "interop/basics/enums.kt"
}

interopTest("interop_array_pointers") {
    disabled = (project.testTarget == 'wasm32') // No interop for wasm yet.
    interop = 'carrayPointers'
    source = "interop/basics/arrayPointers.kt"
}

interopTest("interop_kt43265") {
    disabled = (project.testTarget == 'wasm32') // No interop for wasm yet.
    interop = 'kt43265'
    source = "interop/kt43265/usage.kt"
}

interopTest("interop_kt44283") {
    disabled = (project.testTarget == 'wasm32') || // No interop for wasm yet.
            project.globalTestArgs.contains('-opt') // Incompatible with -g.
    flags = ['-g']
    interop = 'kt44283'
    source = "interop/kt44283/main.kt"
}

dynamicTest("interop_kt43502") {
    disabled = (project.testTarget == 'wasm32') // wasm doesn't support -produce dynamic
    interop = "kt43502"
    source = "interop/kt43502/main.kt"
    cSource = "$projectDir/interop/kt43502/main.c"
    useGoldenData = true
}

interopTest("interop_leakMemoryWithRunningThreadUnchecked") {
    disabled = (project.testTarget == 'wasm32') // No interop for wasm yet.
    interop = 'leakMemoryWithRunningThread'
    source = "interop/leakMemoryWithRunningThread/unchecked.kt"
}

interopTest("interop_leakMemoryWithRunningThreadChecked") {
    disabled = (project.testTarget == 'wasm32') // No interop for wasm yet.
    interop = 'leakMemoryWithRunningThread'
    source = "interop/leakMemoryWithRunningThread/checked.kt"
    expectedExitStatusChecker = { it != 0 }
    outputChecker = { s -> s.contains("Cannot run checkers when there are 1 alive runtimes at the shutdown") }
}

standaloneTest("interop_pinning") {
    disabled = (project.testTarget == 'wasm32') // Uses exceptions.
    source = "interop/basics/pinning.kt"
    flags = [ "-tr" ]
}

task interop_convert(type: KonanLocalTest) {
    source = "codegen/intrinsics/interop_convert.kt"
}

task interop_sourceCodeStruct(type: KonanLocalTest) {
    source = "codegen/intrinsics/interop_sourceCodeStruct.kt"
}

standaloneTest("isExperimentalMM") {
    source = "codegen/intrinsics/isExperimentalMM.kt"
    flags = [ "-tr" ]
}

interopTest("interop_cppClass") {
    disabled = (project.testTarget == 'wasm32') // No interop for wasm yet.
    source = "interop/cpp/cppClass.kt"
    interop = 'cppClass'
}

interopTest("interop_cppTypes") {
    disabled = (project.testTarget == 'wasm32') // No interop for wasm yet.
    source = "interop/cpp/types.kt"
    interop = 'cppTypes'
}

interopTest("interop_cppSkia") {
    disabled = (project.testTarget == 'wasm32' || // No interop for wasm yet.
                isExperimentalMM)
    source = "interop/cpp/skia.kt"
    interop = 'cppSkia'
    useGoldenData = true
    UtilsKt.dependsOnPlatformLibs(it)
}

interopTest("interop_cppSkiaSignature") {
    disabled = (project.testTarget == 'wasm32') // No interop for wasm yet.
    source = "interop/cpp/skiaSignature.kt"
    interop = "cppSkiaSignature"
    useGoldenData = true
    UtilsKt.dependsOnPlatformLibs(it)
}

/*
TODO: This test isn't run automatically
task interop_echo_server(type: RunInteropKonanTest) {
    disabled = isWasmTarget(project) || isWindowsTarget(project)
    run = false
    source = "interop/basics/echo_server.kt"
    interop = 'sockets'
}
*/

/*
TODO: This test isn't run automatically
standaloneTest("interop_opengl_teapot") {
    enabled = isAppleTarget(project) && project.testTarget != 'ios_x64'  // No GLUT in iOS
    dependsOnPlatformLibs(it as Task)
    run = false
    source = "interop/basics/opengl_teapot.kt"
}
*/

if (PlatformInfo.isAppleTarget(project)) {
    interopTest("interop_objc_smoke") {
        enabled = !isNoopGC
        source = "interop/objc/smoke.kt"
        interop = 'objcSmoke'
        doBeforeBuild {
            mkdir(buildDir)
            project.extensions.execClang.execClangForCompilerTests(project.target) {
                args "$projectDir/interop/objc/smoke.m"
                args "-lobjc", '-fobjc-arc'
                args '-fPIC', '-shared', '-o', "$buildDir/libobjcsmoke.dylib"
                // Enable ARC optimizations to prevent some objects from leaking in Obj-C code due to exceptions:
                args '-O2'
            }
            if (UtilsKt.isSimulatorTarget(project, project.target)) {
                UtilsKt.codesign(project, "$buildDir/libobjcsmoke.dylib")
            }

            copy {
                from("interop/objc/Localizable.stringsdict")
                into("$testOutputLocal/$name/$target/en.lproj/")
            }
        }
        useGoldenData = true
    }

    interopTest("interop_objc_smoke_noopgc") {
        enabled = isNoopGC
        source = "interop/objc/smoke_noopgc.kt"
        interop = 'objcSmoke'
        doBeforeBuild {
            mkdir(buildDir)
            project.extensions.execClang.execClangForCompilerTests(project.target) {
                args "$projectDir/interop/objc/smoke.m"
                args "-lobjc", '-fobjc-arc'
                args '-fPIC', '-shared', '-o', "$buildDir/libobjcsmoke.dylib"
                // Enable ARC optimizations to prevent some objects from leaking in Obj-C code due to exceptions:
                args '-O2'
            }
            if (UtilsKt.isSimulatorTarget(project, project.target)) {
                UtilsKt.codesign(project, "$buildDir/libobjcsmoke.dylib")
            }

            copy {
                from("interop/objc/Localizable.stringsdict")
                into("$testOutputLocal/$name/$target/en.lproj/")
            }
        }
        // No deallocations for the no-op GC.
        useGoldenData = true
    }

    interopTestMultifile("interop_objc_tests") {
        source = "interop/objc/tests/"
        interop = 'objcTests'
        flags = ['-tr', '-e', 'main']

        if (isNoopGC) {
            def exclude = [
                    "Kt41811Kt.*",
                    "CustomStringKt.testCustomString",
                    "Kt42482Kt.testKT42482",
                    "ObjcWeakRefsKt.testObjCWeakRef",
                    "WeakRefsKt.testWeakRefs"
            ]
            arguments += ["--ktest_filter=*-${exclude.join(":")}"]
        }

        doBeforeBuild {
            mkdir(buildDir)
            project.extensions.execClang.execClangForCompilerTests(project.target) {
                args fileTree("$projectDir/interop/objc/tests/") { include '**/*.m' }
                args "-lobjc", '-fobjc-arc'
                args '-fPIC', '-shared', '-o', "$buildDir/libobjctests.dylib"
                // Enable ARC optimizations to prevent some objects from leaking in Obj-C code due to exceptions:
                args '-O2'
            }
            if (UtilsKt.isSimulatorTarget(project, project.target)) {
                UtilsKt.codesign(project, "$buildDir/libobjctests.dylib")
            }
        }
    }

    interopTest("interop_objc_global_initializer") {
        useGoldenData = true
        source = "interop/objc_with_initializer/objc_test.kt"
        interop = 'objcMisc'

        doBeforeBuild {
            mkdir(buildDir)
            project.extensions.execClang.execClangForCompilerTests(project.target) {
                args "$projectDir/interop/objc_with_initializer/objc_misc.m"
                args "-lobjc", '-fobjc-arc'
                args '-fPIC', '-shared', '-o', "$buildDir/libobjcmisc.dylib"
            }
            if (UtilsKt.isSimulatorTarget(project, project.target)) {
                UtilsKt.codesign(project, "$buildDir/libobjcmisc.dylib")
            }
        }
    }

    interopTest("interop_objc_msg_send") {
        source = "interop/objc/msg_send/main.kt"
        interop = 'objcMessaging'

        doBeforeBuild {
            mkdir(buildDir)
            project.extensions.execClang.execClangForCompilerTests(project.target) {
                args "$projectDir/interop/objc/msg_send/messaging.m"
                args "-lobjc", '-fobjc-arc'
                args '-fPIC', '-shared', '-o', "$buildDir/libobjcmessaging.dylib"
            }
            if (UtilsKt.isSimulatorTarget(project, project.target)) {
                UtilsKt.codesign(project, "$buildDir/libobjcmessaging.dylib")
            }
        }
    }

    interopTest("interop_objc_foreignException") {
        source = "interop/objc/foreignException/objc_wrap.kt"
        interop = 'foreignException'
        UtilsKt.dependsOnPlatformLibs(it)

        doBeforeBuild {
            mkdir(buildDir)
            project.extensions.execClang.execClangForCompilerTests(project.target) {
                args "$projectDir/interop/objc/foreignException/objc_wrap.m"
                args "-lobjc", '-fobjc-arc'
                args '-fPIC', '-shared', '-o', "$buildDir/libobjcexception.dylib"
            }
            if (UtilsKt.isSimulatorTarget(project, project.target)) {
                UtilsKt.codesign(project, "$buildDir/libobjcexception.dylib")
            }
        }
    }

    interopTest("interop_objc_foreignExceptionMode_wrap") {
        source = "interop/objc/foreignException/objcExceptionMode_wrap.kt"
        interop = 'foreignExceptionMode_wrap'
        useGoldenData = true
        UtilsKt.dependsOnPlatformLibs(it)

        doBeforeBuild {
            mkdir(buildDir)
            project.extensions.execClang.execClangForCompilerTests(project.target) {
                args "$projectDir/interop/objc/foreignException/objc_wrap.m"
                args "-lobjc", '-fobjc-arc'
                args '-fPIC', '-shared', '-o', "$buildDir/libobjcexception.dylib"
            }
            if (UtilsKt.isSimulatorTarget(project, project.target)) {
                UtilsKt.codesign(project, "$buildDir/libobjcexception.dylib")
            }
        }
    }

    interopTest("interop_objc_foreignExceptionMode_default") {
        source = "interop/objc/foreignException/objcExceptionMode_default.kt"
        interop = 'foreignExceptionMode_default'
        useGoldenData = true
        UtilsKt.dependsOnPlatformLibs(it)

        doBeforeBuild {
            mkdir(buildDir)
            project.extensions.execClang.execClangForCompilerTests(project.target) {
                args "$projectDir/interop/objc/foreignException/objc_wrap.m"
                args "-lobjc", '-fobjc-arc'
                args '-fPIC', '-shared', '-o', "$buildDir/libobjcexception.dylib"
            }
            if (UtilsKt.isSimulatorTarget(project, project.target)) {
                UtilsKt.codesign(project, "$buildDir/libobjcexception.dylib")
            }
        }
    }

    interopTest("interop_objc_kt34467") {
        source = "interop/objc/kt34467/foo.kt"
        interop = 'objcKt34467'
        useGoldenData = true
    }

    interopTest("interop_objc_illegal_sharing_with_weak") {
        source = "interop/objc/illegal_sharing_with_weak/main.kt"
        interop = 'objc_illegal_sharing_with_weak'

        if (isExperimentalMM) {
            // Experimental MM supports arbitrary object sharing.
            outputChecker = { it == "Before\nAfter true\n" }
        } else {
            expectedExitStatusChecker = { it != 0 }
            outputChecker = {
                it.startsWith("Before") &&                   // Should crash after "Before"
                    !it.contains("After") &&                 // But before "After"
                    it.contains("isObjectAliveShouldCrash")  // And should contain stack trace.
            }
        }
    }

    interopTest("interop_objc_kt42172") {
        enabled = !isNoopGC
        source = "interop/objc/kt42172/main.kt"
        interop = "objc_kt42172"
        flags = ['-opt-in=kotlin.native.internal.InternalForKotlinNative']
        useGoldenData = true

        doBeforeBuild {
            mkdir(buildDir)
            project.extensions.execClang.execClangForCompilerTests(project.target) {
                args "$projectDir/interop/objc/kt42172/objclib.m"
                args "-lobjc", '-fobjc-arc'
                args '-fPIC', '-shared', '-o', "$buildDir/libobjc_kt42172.dylib"
            }
            if (UtilsKt.isSimulatorTarget(project, project.target)) {
                UtilsKt.codesign(project, "$buildDir/libobjc_kt42172.dylib")
            }
        }
    }

    interopTest("interop_objc_kt48816_without_lazy_ir_for_caches") {
        // Without a fix, fails in two-stage mode.
        source = "interop/objc/kt48816/main.kt"
        interop = "objc_kt48816"
        // The bug was accidentally fixed with lazy IR for caches, so testing it with this feature disabled:
        flags = ["-Xlazy-ir-for-caches=disable"]
    }

    interopTest("interop_objc_kt48816_with_lazy_ir_for_caches") {
        source = "interop/objc/kt48816/main.kt"
        interop = "objc_kt48816"
        flags = ["-Xlazy-ir-for-caches=enable"]
    }

    standaloneTest("objc_arc_contract") {
        doBeforeBuild {
            mkdir(buildDir)
            ExecLlvmKt.execLlvmUtility(project, "llvm-as") {
                args "$projectDir/interop/objc_arc_contract/main.ll"
                args "-o", "$buildDir/objc_arc_contract.bc"
            }
        }
        source = "interop/objc_arc_contract/main.kt"
        useGoldenData = true
        flags = ["-native-library", "$buildDir/objc_arc_contract.bc"]
    }
}

standaloneTest("jsinterop_math") {
    doBeforeBuild {
        def jsinteropScript = isWindows() ? "jsinterop.bat" : "jsinterop"
        def jsinterop = "$kotlinNativeDist/bin/$jsinteropScript"
        // TODO: We probably need a NativeInteropPlugin for jsinterop?
        exec {
            commandLine jsinterop, "-pkg", "kotlinx.interop.wasm.math", "-o", "$buildDir/jsmath", "-target", "wasm32"
        }

    }
    dependsOn ':kotlin-native:wasm32PlatformLibs'
    enabled = (project.testTarget == 'wasm32')
    useGoldenData = true
    source = "jsinterop/math.kt"
    flags = ["-r", "$buildDir", "-l", "jsmath"]
}

standaloneTest("interop_libiconv") {
    enabled = (project.testTarget == null)
    source = "interop/libiconv.kt"
    useGoldenData = true
    UtilsKt.dependsOnPlatformLibs(it)
}

standaloneTest("interop_zlib") {
    enabled = (project.testTarget == null)
    source = "interop/platform_zlib.kt"
    useGoldenData = true
    UtilsKt.dependsOnPlatformLibs(it)
}

standaloneTest("interop_objc_illegal_sharing") {
    disabled = !isAppleTarget(project)
    source = "interop/objc/illegal_sharing.kt"
    UtilsKt.dependsOnPlatformLibs(it)
    if (isExperimentalMM) {
        outputChecker = {
            it.startsWith("Before") && it.contains("After")
        }
    } else {
        expectedExitStatusChecker = { it != 0 }
        outputChecker = {
            it.startsWith("Before") && !it.contains("After")
        }
    }
}

dynamicTest("produce_dynamic") {
    disabled = (project.testTarget == 'wasm32') // wasm doesn't support -produce dynamic
    source = "produce_dynamic/simple/hello.kt"
    cSource = "$projectDir/produce_dynamic/simple/main.c"
    useGoldenData = true
}

dynamicTest("kt36639") {
    disabled = (project.testTarget == 'wasm32') // wasm doesn't support -produce dynamic
    source = "produce_dynamic/kt-36639/main.kt"
    cSource = "$projectDir/produce_dynamic/kt-36639/main.c"
    useGoldenData = true
}

for (i in 0..2) {
    dynamicTest("kt42796_$i") {
        clangTool = "clang++"
        disabled = (project.testTarget == 'wasm32') // wasm doesn't support -produce dynamic
        source = "produce_dynamic/kt-42796/main-${i}.kt"
        cSource = "$projectDir/produce_dynamic/kt-42796/main.cpp"
        useGoldenData = true
        clangFlags = ["-DTEST=$i", "-Werror"]
    }
}

dynamicTest("produce_dynamic_unhandledException") {
    disabled = (project.testTarget == 'wasm32') || // Uses exceptions + dynamic is unsupported for wasm.
            (cacheTesting != null) // Disabled due to KT-47828.
    source = "produce_dynamic/unhandledException/unhandled.kt"
    cSource = "$projectDir/produce_dynamic/unhandledException/main.cpp"
    clangTool = "clang++"
    expectedExitStatusChecker = { it != 0 }
    outputChecker = { str -> str.startsWith("Kotlin hook: Exception. Runnable state: true") }
}

dynamicTest("interop_concurrentRuntime") {
    disabled = (project.testTarget == 'wasm32') // wasm doesn't support -produce dynamic
    disabled = true  // KT-43180
    source = "interop/concurrentTerminate/reverseInterop.kt"
    cSource = "$projectDir/interop/concurrentTerminate/main.cpp"
    clangTool = "clang++"
    outputChecker = { str -> str.startsWith("Uncaught Kotlin exception: kotlin.RuntimeException: Example") }
    expectedExitStatus = 99
}

dynamicTest("interop_kt42397") {
    disabled = (project.testTarget == 'wasm32') // wasm doesn't support -produce dynamic
    source = "interop/kt42397/knlibrary.kt"
    cSource = "$projectDir/interop/kt42397/test.cpp"
    clangTool = "clang++"
}

dynamicTest("interop_cleaners_main_thread") {
    disabled = (project.testTarget == 'wasm32') || isNoopGC // wasm doesn't support -produce dynamic
    source = "interop/cleaners/cleaners.kt"
    cSource = "$projectDir/interop/cleaners/main_thread.cpp"
    clangTool = "clang++"
    useGoldenData = true
    flags = ['-opt-in=kotlin.native.internal.InternalForKotlinNative']
}

dynamicTest("interop_cleaners_second_thread") {
    disabled = (project.testTarget == 'wasm32') || isNoopGC // wasm doesn't support -produce dynamic
    source = "interop/cleaners/cleaners.kt"
    cSource = "$projectDir/interop/cleaners/second_thread.cpp"
    clangTool = "clang++"
    useGoldenData = true
    flags = ['-opt-in=kotlin.native.internal.InternalForKotlinNative']
}

dynamicTest("interop_cleaners_leak") {
    disabled = (project.testTarget == 'wasm32') // wasm doesn't support -produce dynamic
    source = "interop/cleaners/cleaners.kt"
    cSource = "$projectDir/interop/cleaners/leak.cpp"
    clangTool = "clang++"
    useGoldenData = true
    flags = ['-opt-in=kotlin.native.internal.InternalForKotlinNative']
}

dynamicTest("interop_migrating_main_thread_legacy") {
    disabled = (project.testTarget == 'wasm32') || // wasm doesn't support -produce dynamic
        isExperimentalMM  // Experimental MM will not support legacy destroy runtime mode.
    source = "interop/migrating_main_thread/lib.kt"
    flags = ['-Xdestroy-runtime-mode=legacy']
    clangFlags = ['-DIS_LEGACY']
    cSource = "$projectDir/interop/migrating_main_thread/main.cpp"
    clangTool = "clang++"
}

dynamicTest("interop_migrating_main_thread") {
    disabled = (project.testTarget == 'wasm32') // wasm doesn't support -produce dynamic
    source = "interop/migrating_main_thread/lib.kt"
    flags = ['-Xdestroy-runtime-mode=on-shutdown']
    if (isExperimentalMM) {
        clangFlags = ['-DEXPERIMENTAL_MM']
    }
    cSource = "$projectDir/interop/migrating_main_thread/main.cpp"
    clangTool = "clang++"
}

dynamicTest("interop_memory_leaks") {
    disabled = (project.testTarget == 'wasm32') || // wasm doesn't support -produce dynamic
        isExperimentalMM  // Experimental MM will not support legacy destroy runtime mode.
    source = "interop/memory_leaks/lib.kt"
    cSource = "$projectDir/interop/memory_leaks/main.cpp"
    clangTool = "clang++"
    flags = ['-Xdestroy-runtime-mode=legacy'] // Runtime cannot be destroyed with interop with on-shutdown.
    expectedExitStatusChecker = { it != 0 }
    outputChecker = { s -> s.contains("Memory leaks detected, 1 objects leaked!") }
}

dynamicTest("interop_exceptions_throwThroughBridge") {
    disabled = (project.testTarget == 'wasm32') // Uses exceptions + dynamic is unsupported for wasm.
    source = "interop/exceptions/throwThroughBridge.kt"
    cSource = "$projectDir/interop/exceptions/throwThroughBridge.cpp"
    clangTool = "clang++"
    expectedExitStatusChecker = { it != 0 }
    outputChecker = { s -> !s.contains("Should not happen") }
    interop = "exceptions_throwThroughBridge"
}

dynamicTest("interop_kotlin_exception_hook") {
    disabled = (project.testTarget == 'wasm32') // Uses exceptions + dynamic is unsupported for wasm.
    source = "interop/exceptions/exceptionHook.kt"
    cSource = "$projectDir/interop/exceptions/exceptionHook.cpp"
    clangTool = "clang++"
    expectedExitStatusChecker = { it != 0 }
    outputChecker = { s -> s.contains("OK. Kotlin unhandled exception hook") }
}

interopTest("interop_exceptions_cCallback") {
    disabled = (project.testTarget == 'wasm32') // Uses exceptions
    source = "interop/exceptions/cCallback.kt"
    outputChecker = { s -> s.contains("CATCH IN C++") }
    interop = "exceptions_cCallback"
}

tasks.register("library_ir_provider_mismatch", KonanDriverTest) {
    def dir = buildDir.absolutePath
    def lib = "$projectDir/link/ir_providers/library/empty.kt"
    def invalidManifest = "$projectDir/link/ir_providers/library/manifest.properties"

    def currentTarget = project.target.name

    doBeforeBuild {
        konanc("$lib -p library -o $dir/supported_ir_provider/empty -target $currentTarget")
        konanc("$lib -p library -o $dir/unsupported_ir_provider/empty -manifest $invalidManifest -target $currentTarget")

    }
    source = "link/ir_providers/hello.kt"
    flags = ['-target', currentTarget, '-l', 'empty', '-r', "$dir/unsupported_ir_provider", '-r', "$dir/supported_ir_provider"]
    compilerMessages = true
    def messages = "warning: skipping $dir/unsupported_ir_provider/empty.klib. The library requires unknown IR provider UNSUPPORTED.\nhello\n"
    messages = PlatformInfo.isWindows() ? messages.replaceAll('\\/', '\\\\') : messages
    outputChecker = { out ->
        messages.split("\n")
                .collect { line -> out.contains(line) }
                .every { it == true }
    }
}

standaloneTest("fake_override_0") {
    def sources = "$projectDir/link/fake_overrides"
    def dir = buildDir.absolutePath
    doBeforeBuild {
        konanc("$sources/base.kt -p library -target ${target.name} -o $dir/base")
        konanc("$sources/move.kt -p library -target ${target.name} -o $dir/move -r $dir -l base")
        konanc("$sources/use.kt -p library -target ${target.name} -o $dir/use -r $dir -l move")
        konanc("$sources/move2.kt -p library -target ${target.name} -o $dir/move -r $dir -l base")
    }
    source = "$sources/main.kt"
    flags = ["-l", "use", "-r", "$dir"]
    useGoldenData = true
}

linkTest("private_fake_overrides_0") {
    source = "link/private_fake_overrides/inherit_main.kt"
    lib = "link/private_fake_overrides/inherit_lib.kt"
    useGoldenData = true
}

linkTest("private_fake_overrides_1") {
    source = "link/private_fake_overrides/override_main.kt"
    lib = "link/private_fake_overrides/override_lib.kt"
    useGoldenData = true
}

linkTest("remap_expect_property_refs") {
    source = "codegen/mpp/remap_expect_property_ref_main.kt"
    lib = "codegen/mpp/remap_expect_property_ref_lib.kt"
    flags = ["-Xmulti-platform"]
    useGoldenData = true
}

Task frameworkTest(String name, Closure<FrameworkTest> configurator) {
    return KotlinNativeTestKt.createTest(project, name, FrameworkTest) { task ->
        configurator.delegate = task
        UtilsKt.dependsOnDist(task)
        configurator()
        if (task.enabled) {
            konanArtifacts {
                task.frameworks.forEach { fr ->
                    framework(fr.name, targets: [target.name]) {
                        fr.sources.forEach { src ->
                            srcFiles src
                        }
                        baseDir "$testOutputFramework/${task.name}"

                        if (fr.library != null) {
                            dependsOn konanArtifacts[fr.library].getByTarget(target.name)
                            libraries {
                                file konanArtifacts[fr.library].getArtifactByTarget(target.name)
                            }
                            linkerOpts "-L$buildDir"
                            UtilsKt.dependsOnKonanBuildingTask(task, fr.library, target)
                        }

                        extraOpts fr.bitcode ? "-Xembed-bitcode" : "-Xembed-bitcode-marker"
                        if (fr.isStatic) extraOpts "-Xstatic-framework"
                        extraOpts fr.opts
                        extraOpts project.globalTestArgs

                        artifactName fr.artifact
                    }
                    UtilsKt.dependsOnDist(project.tasks.findByName("compileKonan${fr.name.capitalize()}${UtilsKt.getTestTargetSuffix(project)}"))
                }
            }
        }
    }
}

if (isAppleTarget(project)) {
    frameworkTest('testObjCExport') {
        final String frameworkName = 'Kt'
        final String dir = "$testOutputFramework/testObjCExport"
        final File lazyHeader = file("$dir/$target-lazy.h")

        doLast {
            // Check lazy header.
            final String expectedLazyHeaderName = "expectedLazy.h"
            final String expectedLazyHeaderDir = file("objcexport/")
            final File expectedLazyHeader = new File(expectedLazyHeaderDir, expectedLazyHeaderName)

            if (expectedLazyHeader.readLines() != lazyHeader.readLines()) {
                exec {
                    commandLine 'diff', '-u', expectedLazyHeader, lazyHeader
                    ignoreExitValue = true
                }

                copy {
                    from(lazyHeader)
                    into(expectedLazyHeaderDir)
                    rename { expectedLazyHeaderName }
                }

                throw new Error("$expectedLazyHeader file patched;\nre-run the test and don't forget to commit the patch")
            }

            // Check bundle ID.
            final String frameworkPath = "$dir/$target/${frameworkName}.framework"
            final Pattern pattern = ~"<key>CFBundleIdentifier</key>\n\\s*<string>foo.bar</string>"
            final String plistPath = (target.family == Family.OSX) ?
                    "$frameworkPath/Resources/Info.plist" :
                    "$frameworkPath/Info.plist"
            final String plistContent = file(plistPath).text
            if (!pattern.matcher(plistContent).find()) {
                throw new Error("Unexpected Info.plist content:\n$plistContent")
            }
        }

        def libraryName = frameworkName + "Library"
        konanArtifacts {
            library(libraryName, targets: [target.name]) {
                srcDir "objcexport/library"
                artifactName "test-library"
                delegate.getByTarget(target.name).configure{
                    UtilsKt.dependsOnDist(it)
                }

                extraOpts "-Xshort-module-name=MyLibrary"
                extraOpts "-module-name", "org.jetbrains.kotlin.native.test-library"
            }
        }
        framework(frameworkName) {
            sources = ['objcexport']
            library = libraryName
            opts = ["-Xemit-lazy-objc-header=$lazyHeader", "-Xexport-kdoc", "-Xbundle-id=foo.bar", "-Xbinary=unitSuspendFunctionObjCExport=proper"]
        }
        swiftSources = ['objcexport']
        if (isNoopGC) {
            swiftExtraOpts += ["-D", "NOOP_GC"]
        }
    }

    frameworkTest('testObjCExportNoGenerics') {
        final String frameworkName = 'KtNoGenerics'
        final String frameworkArtifactName = 'Kt'
        final String dir = "$testOutputFramework/testObjCExportNoGenerics"
        final File lazyHeader = file("$dir/$target-lazy.h")

        doLast {
            final String expectedLazyHeaderName = "expectedLazyNoGenerics.h"
            final String expectedLazyHeaderDir = file("objcexport/")
            final File expectedLazyHeader = new File(expectedLazyHeaderDir, expectedLazyHeaderName)

            if (expectedLazyHeader.readLines() != lazyHeader.readLines()) {
                exec {
                    commandLine 'diff', '-u', expectedLazyHeader, lazyHeader
                    ignoreExitValue = true
                }

                copy {
                    from(lazyHeader)
                    into(expectedLazyHeaderDir)
                    rename { expectedLazyHeaderName }
                }

                throw new Error("$expectedLazyHeader file patched;\nre-run the test and don't forget to commit the patch")
            }

        }

        def libraryName = frameworkName + "Library"
        konanArtifacts {
            library(libraryName, targets: [target.name]) {
                srcDir "objcexport/library"
                artifactName "test-library"

                if (!useCustomDist) {
                    dependsOn ":${target.name}CrossDistRuntime", ':distCompiler'
                }

                extraOpts "-Xshort-module-name=MyLibrary"
                extraOpts "-module-name", "org.jetbrains.kotlin.native.test-library"
            }
        }
        framework(frameworkName) {
            sources = ['objcexport']
            artifact = frameworkArtifactName
            library = libraryName
            opts = ["-Xemit-lazy-objc-header=$lazyHeader", "-Xno-objc-generics", "-Xbinary=unitSuspendFunctionObjCExport=proper"]
        }
        swiftSources = ['objcexport']
        swiftExtraOpts = [ '-D', 'NO_GENERICS' ]
        if (isNoopGC) {
            swiftExtraOpts += ["-D", "NOOP_GC"]
        }
    }

    frameworkTest('testObjCExportLegacySuspendUnit') {
        final String frameworkName = 'KtLegacySuspendUnit'
        final String frameworkArtifactName = 'Kt'
        final String dir = "$testOutputFramework/testObjCExportLegacySuspendUnit"
        final File lazyHeader = file("$dir/$target-lazy.h")

        doLast {
            final String expectedLazyHeaderName = "expectedLazyLegacySuspendUnit.h"
            final String expectedLazyHeaderDir = file("objcexport/")
            final File expectedLazyHeader = new File(expectedLazyHeaderDir, expectedLazyHeaderName)

            if (expectedLazyHeader.readLines() != lazyHeader.readLines()) {
                exec {
                    commandLine 'diff', '-u', expectedLazyHeader, lazyHeader
                    ignoreExitValue = true
                }

                copy {
                    from(lazyHeader)
                    into(expectedLazyHeaderDir)
                    rename { expectedLazyHeaderName }
                }

                throw new Error("$expectedLazyHeader file patched;\nre-run the test and don't forget to commit the patch")
            }

        }

        def libraryName = frameworkName + "Library"
        konanArtifacts {
            library(libraryName, targets: [target.name]) {
                srcDir "objcexport/library"
                artifactName "test-library"

                if (!useCustomDist) {
                    dependsOn ":${target.name}CrossDistRuntime", ':distCompiler'
                }

                extraOpts "-Xshort-module-name=MyLibrary"
                extraOpts "-module-name", "org.jetbrains.kotlin.native.test-library"
            }
        }
        framework(frameworkName) {
            sources = ['objcexport']
            artifact = frameworkArtifactName
            library = libraryName
            opts = ["-Xemit-lazy-objc-header=$lazyHeader"]
        }
        swiftSources = ['objcexport']
        swiftExtraOpts = [ '-D', 'LEGACY_SUSPEND_UNIT_FUNCTION_EXPORT' ]
        if (isNoopGC) {
            swiftExtraOpts += ["-D", "NOOP_GC"]
        }
    }

    frameworkTest('testObjCExportStatic') {
        final String frameworkName = 'KtStatic'
        final String frameworkArtifactName = 'Kt'
        final String libraryName = frameworkName + "Library"

        konanArtifacts {
            library(libraryName, targets: [target.name]) {
                srcDir "objcexport/library"
                artifactName "test-library"

                delegate.getByTarget(target.name).configure{
                    UtilsKt.dependsOnDist(it)
                }

                extraOpts "-Xshort-module-name=MyLibrary"
                extraOpts "-module-name", "org.jetbrains.kotlin.native.test-library"
            }
        }

        codesign = false
        framework(frameworkName) {
            sources = ['objcexport']
            bitcode = false
            artifact = frameworkArtifactName
            library = libraryName
            isStatic = true
            opts = ["-Xbinary=unitSuspendFunctionObjCExport=proper"]
        }
        swiftSources = ['objcexport']
        if (isNoopGC) {
            swiftExtraOpts += ["-D", "NOOP_GC"]
        }
    }

    frameworkTest('testValuesGenericsFramework') {
        framework('ValuesGenerics') {
            sources = ['objcexport/values.kt', 'framework/values_generics']
        }
        swiftSources = ['framework/values_generics/']
    }

    frameworkTest("testStdlibFramework") {
        framework('Stdlib') {
            sources = ['framework/stdlib']
            bitcode = true
        }
        if (cacheTesting == null) fullBitcode = true
        swiftSources = ['framework/stdlib/']
    }

    if (cacheTesting != null && cacheTesting.isDynamic) {
        // testMultipleFrameworks disabled until https://youtrack.jetbrains.com/issue/KT-34262 is fixed.
    } else frameworkTest("testMultipleFrameworks") {
        framework('First') {
            sources = ['framework/multiple/framework1', 'framework/multiple/shared']
            bitcode = true
        }
        framework('Second') {
            sources = ['framework/multiple/framework2', 'framework/multiple/shared']
            bitcode = true
        }
        swiftSources = ['framework/multiple']
    }

    frameworkTest("testMultipleFrameworksStatic") {
        if (cacheTesting != null) {
            // See https://youtrack.jetbrains.com/issue/KT-34261.
            expectedExitStatus = 134
        }

        framework('FirstStatic') {
            artifact = 'First'
            sources = ['framework/multiple/framework1', 'framework/multiple/shared']
            bitcode = true
            isStatic = true
            opts = ['-Xstatic-framework', "-Xpre-link-caches=enable"]
        }
        framework('SecondStatic') {
            artifact = 'Second'
            sources = ['framework/multiple/framework2', 'framework/multiple/shared']
            bitcode = true
            isStatic = true
            opts = ['-Xstatic-framework', "-Xpre-link-caches=enable"]
        }
        codesign = false
        swiftSources = ['framework/multiple']
    }

    frameworkTest("testGh3343Framework") {
        framework('Gh3343') {
            sources = ['framework/gh3343']
            library = 'objcGh3343'
        }
        swiftSources = ['framework/gh3343/']
    }

    frameworkTest("testKt42397Framework") {
        enabled = !project.globalTestArgs.contains('-opt')
        framework("Kt42397") {
            sources = ['framework/kt42397']
        }
        swiftSources = ['framework/kt42397']
    }

    frameworkTest("testKt43517Framework") {
        framework('Kt43517') {
            sources = ['framework/kt43517']
            library = 'objcKt43517'
        }
        swiftSources = ['framework/kt43517/']
    }

    frameworkTest("testStackTraceFramework") {
        enabled = !project.globalTestArgs.contains('-opt')
        framework('Stacktrace') {
            sources = ['framework/stacktrace']
            opts = ['-g']
        }
        swiftSources = ['framework/stacktrace/']
    }

    frameworkTest("testStackTraceByLibbacktraceFramework") {
        enabled = !project.globalTestArgs.contains('-opt')
        framework('StacktraceByLibbacktrace') {
            sources = ['framework/stacktraceByLibbacktrace']
            opts = ['-g', '-Xbinary=sourceInfoType=libbacktrace']
        }
        swiftSources = ['framework/stacktraceByLibbacktrace/']
    }

    frameworkTest("testAbstractInstantiationFramework") {
        framework('AbstractInstantiation') {
            sources = ['framework/abstractInstantiation']
        }
        swiftSources = ['framework/abstractInstantiation/']
        expectedExitStatus = 134
    }

    frameworkTest("testFrameworkBundleId") {
        def currentTarget = project.target.name
        enabled = currentTarget.startsWith("mac")

        framework("Foo") {
            sources = ["framework/bundle_id/main.kt", "framework/bundle_id/lib.kt"]
        }
        swiftSources = []

        doLast {
            def frameworkPath = "$testOutputFramework/testFrameworkBundleId/$target/Foo.framework"
            def pattern = ~"<key>CFBundleIdentifier</key>\n\\s*<string>Foo</string>"
            def plistContent = file("$frameworkPath/Resources/Info.plist").text
            if (!pattern.matcher(plistContent).find()) {
                throw new Error("Unexpected Info.plist content:\n$plistContent")
            }
        }
    }
}

/**
 * Creates tasks to build and execute Harmony regex tests with GTEST logger.
 */
KotlinNativeTestKt.createTest(project, 'harmonyRegexTest', KonanGTest) { task ->
    task.enabled = (project.testTarget != 'wasm32') // Uses exceptions.
    task.useFilter = false
    task.testLogger = KonanTest.Logger.GTEST

    def sources = UtilsKt.getFilesToCompile(project, ["../../../libraries/stdlib/native-wasm/test/harmony_regex"], [])

    konanArtifacts {
        program('harmonyRegexTest', targets: [target.name]) {
            srcFiles sources
            baseDir "$testOutputStdlib/harmonyRegexTest"
            extraOpts '-tr'
            extraOpts project.globalTestArgs
        }
    }

    task.finalizedBy("resultsTask")
}

if (UtilsKt.getTestTargetSupportsCodeCoverage(project)) {
    task coverage_basic_program(type: CoverageTest) {

        binaryName = "CoverageBasic"
        numberOfCoveredFunctions = 1
        numberOfCoveredLines = 3

        konanArtifacts {
            program(binaryName, targets: [ target ]) {
                srcDir 'coverage/basic/program'
                baseDir "$testOutputCoverage/$binaryName"
                entryPoint "coverage.basic.program.main"
                extraOpts "-Xcoverage", "-Xcoverage-file=$profrawFile"
                extraOpts project.globalTestArgs
            }
        }
    }

    task coverage_basic_library(type: CoverageTest) {

        binaryName = "CoverageBasicLibrary"
        numberOfCoveredFunctions = 1
        numberOfCoveredLines = 1

        konanArtifacts {
            library("lib_to_cover", targets: [target.name]) {
                srcFiles 'coverage/basic/library/library.kt'
            }
            program(binaryName, targets: [ target ]) {
                srcFiles 'coverage/basic/library/main.kt'
                libraries {
                    artifact konanArtifacts.lib_to_cover
                }
                baseDir "$testOutputCoverage/$binaryName"
                entryPoint "coverage.basic.library.main"
                extraOpts "-Xcoverage-file=$profrawFile", "-Xlibrary-to-cover=${konanArtifacts.lib_to_cover.getArtifactByTarget(target.name)}"
                extraOpts project.globalTestArgs
            }
        }
    }

    task coverage_controlflow(type: CoverageTest) {
        binaryName = "CoverageControlFlow"
        numberOfCoveredFunctions = 1
        numberOfCoveredLines = 102

        konanArtifacts {
            program(binaryName, targets: [ target ]) {
                srcDir 'coverage/basic/controlflow'
                baseDir "$testOutputCoverage/$binaryName"
                entryPoint "coverage.basic.controlflow.main"
                extraOpts "-Xcoverage", "-Xcoverage-file=$profrawFile"
                extraOpts project.globalTestArgs
            }
        }
    }

    task coverage_jumps(type: CoverageTest) {
        binaryName = "CoverageJumps"
        numberOfCoveredFunctions = 8
        numberOfCoveredLines = 74

        konanArtifacts {
            program(binaryName, targets: [ target ]) {
                srcDir 'coverage/basic/jumps'
                baseDir "$testOutputCoverage/$binaryName"
                entryPoint "coverage.basic.jumps.main"
                extraOpts "-Xcoverage", "-Xcoverage-file=$profrawFile"
                extraOpts project.globalTestArgs
            }
        }
    }

    task coverage_smoke0(type: CoverageTest) {
        binaryName = "CoverageSmoke0"
        numberOfCoveredFunctions = 2
        numberOfCoveredLines = 5

        konanArtifacts {
            program(binaryName, targets: [ target ]) {
                srcDir 'coverage/basic/smoke0'
                baseDir "$testOutputCoverage/$binaryName"
                entryPoint "coverage.basic.smoke0.main"
                extraOpts "-Xcoverage", "-Xcoverage-file=$profrawFile"
                extraOpts project.globalTestArgs
            }
        }
    }

    task coverage_smoke1(type: CoverageTest) {
        binaryName = "CoverageSmoke1"
        numberOfCoveredFunctions = 9
        numberOfCoveredLines = 33

        konanArtifacts {
            program(binaryName, targets: [ target ]) {
                srcDir 'coverage/basic/smoke1'
                baseDir "$testOutputCoverage/$binaryName"
                entryPoint "coverage.basic.smoke1.main"
                extraOpts "-Xcoverage", "-Xcoverage-file=$profrawFile"
                extraOpts project.globalTestArgs
            }
        }
    }
}

tasks.register("metadata_compare_typedefs", MetadataComparisonTest) {
    UtilsKt.dependsOnDist(it)
    enabled = (project.testTarget != 'wasm32')
    defFile = "interop/basics/typedefs.def"
}

tasks.register("metadata_compare_unable_to_import", MetadataComparisonTest) {
    UtilsKt.dependsOnDist(it)
    enabled = (project.testTarget != 'wasm32')
    defFile = "interop/basics/unable_to_import.def"
}

standaloneTest("local_ea_arraysfieldwrite") {
    disabled = (cacheTesting != null) // Cache is not compatible with -opt.
    useGoldenData = true
    flags = ["-opt"]
    source = "codegen/localEscapeAnalysis/arraysFieldWrite.kt"
}

tasks.register("override_konan_properties0", KonanDriverTest) {
    def overrides = PlatformInfo.isWindows()
            ? '-Xoverride-konan-properties="llvmInlineThreshold=76"'
            : '-Xoverride-konan-properties=llvmInlineThreshold=76'
    flags = [
            "-opt",
            "-Xverbose-phases=BitcodeOptimization",
            overrides
    ]
    compilerMessages = true
    source = "link/ir_providers/hello.kt"
    def messages = "inline_threshold: 76\nhello\n"
    outputChecker = { out ->
        messages.split("\n")
                .collect { line -> out.contains(line) }
                .every { it == true }
    }
}

tasks.register("llvm_variant_dev", KonanDriverTest) {
    // We use clang from Xcode on macOS for apple targets,
    // so it is hard to reliably detect LLVM variant for these targets.
    disabled = isAppleTarget(project)
    flags = [
            "-Xllvm-variant=dev",
            "-Xverbose-phases=ObjectFiles"
    ]
    compilerMessages = true
    source = "link/ir_providers/hello.kt"
    // User LLVM variant has "essentials" suffix.
    def message = "-essentials"
    outputChecker = { out -> !out.contains(message) }
}

createStdlibTest('stdlibTest', /* inWorker = */ false)
createStdlibTest('stdlibTestInWorker', /*inWorker = */ true)

/**
 * Creates tasks to build and execute stdlib tests.
 */
private void createStdlibTest(String name, boolean inWorker) {
    KotlinNativeTestKt.createTest(project, name, KonanGTest) { task ->
        configureStdlibTest(task, inWorker)
    }
}

/**
 * Configures tasks to build and execute stdlib tests.
 */
private void configureStdlibTest(KonanGTest task, boolean inWorker) {
    def sources = UtilsKt.getFilesToCompile(project,
            [ '../../../libraries/stdlib/common/test',
              '../../../libraries/stdlib/test',
              '../../../libraries/kotlin.test/common/src/test/kotlin',
              'stdlib_external/utils.kt',
              'stdlib_external/jsCollectionFactoriesActuals.kt',
              'stdlib_external/text'],
            [ /*'build/stdlib_external/stdlib/test/internalAnnotations.kt'*/ ])

    konanArtifacts {
        program(task.name, targets: [target.name]) {
            srcFiles sources
            baseDir "$testOutputStdlib/$task.name"
            enableMultiplatform true
            extraOpts inWorker ? '-trw' : '-tr',
                    '-Xverify-ir',
                    '-opt-in=kotlin.RequiresOptIn,kotlin.ExperimentalStdlibApi',
                    "-friend-modules", project.rootProject.file("${UtilsKt.getKotlinNativeDist(project)}/klib/common/stdlib").absolutePath
            extraOpts project.globalTestArgs
        }
    }
    // Exclude test providing args to the test executable
    task.arguments = [ "--ktest_negative_regex_filter=test.collections.CollectionTest.abstractCollectionToArray" ]
    task.useFilter = false
    task.testLogger = KonanTest.Logger.GTEST
    task.finalizedBy("resultsTask")
    task.enabled = (project.testTarget != 'wasm32') // Uses exceptions
}

/**
 * Builds tests into a single binary with TestRunner
 */
task buildKonanTests { t ->
    def compileList = [ "codegen", "datagen", "lower", "runtime", "serialization", "sanity" ]

    // These tests should not be built into the TestRunner's test executable
    def excludeList = [ "codegen/inline/returnLocalClassFromBlock.kt" ]
    project.tasks
            .withType(KonanStandaloneTest.class)
            .each {
                // add library and source files
                if (it instanceof KonanLinkTest) {
                    excludeList += it.lib
                }
                if (it.source != null) {
                    excludeList += it.source
                }
            }
    def sources = UtilsKt.getFilesToCompile(project, compileList, excludeList)

    konanArtifacts {
        program('localTest', targets: [target.name]) {
            srcFiles sources
            baseDir testOutputLocal
            extraOpts '-ea' // Without this option assertions would remain inactive.
            extraOpts '-tr'
            extraOpts '-Xverify-ir'
            extraOpts project.globalTestArgs
        }
    }

    // Set build dependencies.
    dependsOn compileKonanLocalTest
    def buildTask = UtilsKt.findKonanBuildTask(project, "localTest", target)
    UtilsKt.dependsOnDist(buildTask)

    // Local tests build into a single binary should depend on this task
    project.tasks
            .withType(KonanLocalTest.class)
            .matching { !(it instanceof KonanStandaloneTest) }
            .configureEach { it.dependsOn(t) }
}


sourceSets {
    nopPlugin {
        kotlin {
            srcDir 'extensions/nop/src/main/kotlin'
        }
    }
    test {
        kotlin {
            srcDir 'debugger/src/test/kotlin'
        }
    }
    update_stdlib_tests{
        kotlin {
            srcDir '../../../libraries/stdlib/common/test'
            srcDir '../../../libraries/stdlib/test'
            srcDir '../../../libraries/kotlin.test/common/src/test/kotlin'
        }
    }
}

compileNopPluginKotlin {
    kotlinOptions.freeCompilerArgs += ['-Xskip-prerelease-check']
}

Task pluginTest(String name, String pluginName, Closure configureClosure) {
    def jarTask = project.tasks.register("jar-$pluginName", Jar) {
        it.dependsOn("compile${pluginName.capitalize()}Kotlin")
        from {
            sourceSets[pluginName].output
        }
        baseName = pluginName
        destinationDirectory = buildDir
    }
    def taskName = "$name-with-$pluginName"
    return KotlinNativeTestKt.createTest(project, taskName, KonanStandaloneTest) { task ->
        task.configure(configureClosure)
        task.dependsOn(jarTask)
        if (task.enabled) {
            konanArtifacts {
                program(taskName, targets: [target.name]) {
                    baseDir   "$testOutputLocal/$taskName"
                    srcFiles  task.getSources()
                    extraOpts task.flags + "-Xplugin=$buildDir/nop-plugin.jar"
                    extraOpts project.globalTestArgs
                }
            }
        }
    }
}

pluginTest("runtime_basic_init", "nopPlugin") {
    disabled = (project.testTarget == 'wasm32')
    source = "runtime/basic/runtime_basic_init.kt"
    flags = ["-tr"]
}


Task fileCheckTest(String name, Closure<FileCheckTest> configureClosure) {
    return project.tasks.create(name, FileCheckTest) { task ->
        task.configure(configureClosure)
        task.llvmIr = project.file("$testOutputFileCheck/$name/$target/out.ll")
        if (task.enabled) {
            konanArtifacts {
                def lib = task.interop
                if (lib != null) {
                    UtilsKt.dependsOnKonanBuildingTask(task, lib, target)
                }
                if (!task.generateFramework) {
                    // We could use `bitcode` here to make things faster. But:
                    // 1. `bitcode` has no other usages.
                    // 2. Unification should help porting to the new test infra.
                    // 3. Compiler might behave differently when outputting bitcode instead of object files.
                    program(name, targets: [target]) {
                        srcFiles task.annotatedSource
                        baseDir "$testOutputFileCheck/$name"
                        extraOpts project.globalTestArgs
                        extraOpts "-Xtemporary-files-dir=$testOutputFileCheck/$name/$target", "-Xsave-llvm-ir"
                        if (lib != null) {
                            libraries {
                                artifact lib
                            }
                        }
                    }
                } else {
                    // Framework support is much weakier than `frameworkTest`, but we don't need much.
                    framework(name, targets: [target]) {
                        srcFiles task.annotatedSource
                        baseDir "$testOutputFileCheck/$name"
                        extraOpts project.globalTestArgs
                        extraOpts "-Xtemporary-files-dir=$testOutputFileCheck/$name/$target", "-Xsave-llvm-ir", "-Xmeaningful-bridge-names"
                        if (lib != null) {
                            libraries {
                                artifact lib
                            }
                        }
                    }
                }
                UtilsKt.dependsOnKonanBuildingTask(task, name, target)
            }
        }
    }
}

fileCheckTest("filecheck_smoke0") {
    annotatedSource = project.file('filecheck/smoke0.kt')
}

fileCheckTest("filecheck_replace_invoke_with_call") {
    annotatedSource = project.file('filecheck/replace_invoke_with_call.kt')
}

fileCheckTest("filecheck_intrinsics") {
    annotatedSource = project.file('filecheck/intrinsics.kt')
}

fileCheckTest("filecheck_escape_analysis_enabled") {
    annotatedSource = project.file('filecheck/escape_analysis.kt')
    enabled = project.globalTestArgs.contains('-opt')
    checkPrefix = "CHECK-OPT"
}

fileCheckTest("filecheck_escape_analysis_disabled") {
    annotatedSource = project.file('filecheck/escape_analysis.kt')
    enabled = project.globalTestArgs.contains('-g')
    checkPrefix = "CHECK-DEBUG"
}

fileCheckTest("filecheck_suspend_returnNothing") {
    annotatedSource = project.file('filecheck/suspend_returnNothing.kt')
}

fileCheckTest("filecheck_bce") {
    annotatedSource = project.file('filecheck/bce.kt')
}

fileCheckTest("filecheck_signext_zeroext0") {
    annotatedSource = project.file('filecheck/signext_zeroext0.kt')
    if (project.testTarget == 'mingw_x64') {
        checkPrefix = "CHECK-WINDOWSX64"
    } else if (!target.family.appleFamily && target.architecture == Architecture.ARM64) {
        checkPrefix = "CHECK-AAPCS"
    }
}

createInterop("filecheck_signext_zeroext_interop_input") {
    it.defFile 'filecheck/signext_zeroext_interop_input.def'
}

fileCheckTest("filecheck_signext_zeroext_interop") {
    annotatedSource = project.file('filecheck/signext_zeroext_interop.kt')
    interop = "filecheck_signext_zeroext_interop_input"
    if (project.testTarget == 'mingw_x64') {
        checkPrefix = "CHECK-WINDOWSX64"
    } else if (!target.family.appleFamily && target.architecture == Architecture.ARM64) {
        checkPrefix = "CHECK-AAPCS"
    }
}

fileCheckTest("filecheck_signext_zeroext_objc_export") {
    annotatedSource = project.file('filecheck/signext_zeroext_objc_export.kt')
    generateFramework = true
    enabled = target.family.appleFamily
}

fileCheckTest("filecheck_function_attributes_at_callsite") {
    enabled = (project.testTarget != 'wasm32') // KT-49739
    annotatedSource = project.file('filecheck/function_attributes_at_callsite.kt')
}


dependencies {
    nopPluginApi project(kotlinCompilerModule)
    nopPluginApi project(":native:kotlin-native-utils")
    nopPluginApi project(":core:descriptors")
    nopPluginApi project(":compiler:ir.tree")
    nopPluginApi project(":compiler:ir.tree.impl")
    nopPluginApi project(":compiler:ir.backend.common")
    nopPluginApi project(":compiler:util")
    nopPluginApi project(":native:frontend.native")
    nopPluginApi project(":compiler:cli-common")
    nopPluginApi project(":compiler:cli")
    nopPluginApi project(":kotlin-util-klib")
    nopPluginApi project(":kotlin-util-klib-metadata")
    nopPluginApi project(":compiler:ir.serialization.common")

    api project(kotlinCompilerModule)
    api project(path: ':kotlin-native:backend.native', configuration: 'cli_bcApiElements')
    api DependenciesKt.commonDependency(project, "junit")
}

project.tasks.named("test").configure {
    // Don't run this task as it will try to execute debugger tests too
    // that is not desired as they are platform-specific.
    enabled = false
}

project.tasks.register("debugger_test", Test.class) {
    enabled = (target.family.appleFamily)  // KT-30366
    testLogging { exceptionFormat = 'full' }
    UtilsKt.dependsOnDist(it)
    systemProperties = ['kotlin.native.home': kotlinNativeDist,
    'kotlin.native.host': HostManager.@Companion.getHost(),
    'kotlin.native.test.target': target,
    'kotlin.native.test.debugger.simulator.enabled': findProperty("kotlin.native.test.debugger.simulator.enabled"),
    'kotlin.native.test.debugger.simulator.delay': findProperty("kotlin.native.test.debugger.simulator.delay")]
    outputs.upToDateWhen { false }
}

// Configure build for iOS device targets.
if (UtilsKt.supportsRunningTestsOnDevice(target)) {
    project.tasks
            .withType(KonanTestExecutable.class)
            .configureEach {
                ExecutorServiceKt.configureXcodeBuild((KonanTestExecutable) it)
            }
    // Exclude tasks that cannot be run on device
    project.tasks
            .withType(KonanTest.class)
            .matching { (it instanceof KonanLocalTest && ((KonanLocalTest) it).useTestData) ||
                    // Filter out tests that depend on libs. TODO: copy them too
                    it instanceof KonanInteropTest ||
                    it instanceof KonanDynamicTest ||
                    it instanceof KonanLinkTest
            }
            .configureEach { it.enabled = false }
}

project.afterEvaluate {
    // Don't treat any task as up-to-date, no matter what.
    // Note: this project should contain only test tasks, including ones that build binaries,
    // and ones that run binaries.
    // So the configuration below mostly means "tests aren't up-to-date".
    tasks.configureEach {
        outputs.upToDateWhen { false }
    }
}