Prompt:
public open override operator fun contains(value: kotlin.Char): kotlin.Boolean

    public open override operator fun equals(other: kotlin.Any?): kotlin.Boolean

    public open override fun hashCode(): kotlin.Int

    public open override fun isEmpty(): kotlin.Boolean

    public open override fun toString(): kotlin.String

Response:
public companion object of CharRange {
        public final val EMPTY: kotlin.ranges.CharRange { get; }
    }
}

@kotlin.SinceKotlin(version = "1.1")
public interface ClosedFloatingPointRange<T : kotlin.Comparable<T>> : kotlin.ranges.ClosedRange<T> {<|endoftext|>


Prompt:
return copyWith(transformedType.attributes[key]?.coneType ?: transformedType)
}

typealias ConeAttributeKey = KClass<out ConeAttribute<*>>

class ConeAttributes private constructor(attributes: List<ConeAttribute<*>>) : AttributeArrayOwner<ConeAttribute<*>, ConeAttribute<*>>(),
    Iterable<ConeAttribute<*>> {

Response:
companion object : ConeTypeRegistry<ConeAttribute<*>, ConeAttribute<*>>() {
        inline fun <reified T : ConeAttribute<T>> attributeAccessor(): ReadOnlyProperty<ConeAttributes, T?> {
            @Suppress("UNCHECKED_CAST")<|endoftext|>


Prompt:
return declareEnumEntry(
            declaration
        ) { enumEntrySymbol -> defaultEnumEntryFactory(startOffset, endOffset, origin, declaration, enumEntrySymbol) }
    }

    fun declareEnumEntryIfNotExists(declaration: Class, enumEntryFactory: (IrEnumEntrySymbol) -> IrEnumEntry): IrEnumEntry {
        return declareIfNotExist(

Response:
declaration,
            enumEntrySlice,
            SymbolTable::declareEnumEntryIfNotExists,
            { createEnumEntrySymbol(declaration, it) },
            enumEntryFactory,
            ::calculateEnumEntrySignature
        )
    }

    override fun referenceEnumEntry(declaration: Class): IrEnumEntrySymbol {
        return reference(
            declaration,<|endoftext|>


Prompt:
} catch (e: IllegalArgumentException) {
    null
}

private object PathRelativizer {
    private val emptyPath = Paths.get("")
    private val parentPath = Paths.get("..")

    // Workarounds some bugs in Path.relativize that were fixed only in JDK9
    fun tryRelativeTo(path: Path, base: Path): Path {

Response:
val bn = base.normalize()
        val pn = path.normalize()
        val rn = bn.relativize(pn)
        // work around https://bugs.openjdk.java.net/browse/JDK-8066943
        for (i in 0 until minOf(bn.nameCount, pn.nameCount)) {<|endoftext|>


Prompt:
<!CONFLICTING_OVERLOADS!>@Deprecated(message = "", level = DeprecationLevel.HIDDEN) fun <T: UserInterface> testTypeParameterWithIdenticalUpperBoundsA()<!> {}
<!CONFLICTING_OVERLOADS!>fun <T: UserInterface> testTypeParameterWithIdenticalUpperBoundsA()<!> {}

Response:
<!CONFLICTING_OVERLOADS!>@Deprecated(message = "", level = DeprecationLevel.HIDDEN) fun <T: UserInterface> testTypeParameterWithIdenticalUpperBoundsB(arg: T)<!> {}
<!CONFLICTING_OVERLOADS!>fun <T: UserInterface> testTypeParameterWithIdenticalUpperBoundsB(arg: T)<!> {}<|endoftext|>


Prompt:
package org.jetbrains.kotlin.javac.wrappers.trees

import com.sun.source.tree.CompilationUnitTree
import com.sun.tools.javac.tree.JCTree
import org.jetbrains.kotlin.descriptors.Visibilities
import org.jetbrains.kotlin.descriptors.Visibility

Response:
import org.jetbrains.kotlin.javac.JavacWrapper
import org.jetbrains.kotlin.load.java.structure.*
import org.jetbrains.kotlin.name.Name

class TreeBasedMethod(
        tree: JCTree.JCMethodDecl,
        compilationUnit: CompilationUnitTree,
        containingClass: JavaClass,<|endoftext|>


Prompt:
if (isEqualAnyNullableLeft(A(Inner("")), A(Inner("a")))) return "Fail 25"
    if (!isEqualAnyNullableRight<Inner<String>>(null, null)) return "Fail 26"
    if (!isEqualAnyNullableRight(A(Inner("a")), A(Inner("a")))) return "Fail 27"

Response:
if (isEqualAnyNullableRight(Inner(""), A(Inner("")))) return "Fail 28"
    if (isEqualAnyNullableRight<Inner<String>>(Inner(""), null)) return "Fail 29"
    if (isEqualAnyNullableRight(null, A(Inner("")))) return "Fail 30"<|endoftext|>


Prompt:
listOf(
                "-4611686018427388000000000.000000000000ns",
                "-4611686018427387904000000.000000000000ns"
            ),
            (-(MAX_MILLIS - 1).milliseconds).toString(DurationUnit.NANOSECONDS, 15)
        )

        d = Duration.INFINITE

Response:
test(DurationUnit.DAYS, "Infinity", "Infinity")
        d = -Duration.INFINITE
        test(DurationUnit.NANOSECONDS, "-Infinity", "-Infinity")
    }

    @Test
    fun parseAndFormatDefault() {
        fun testParsing(string: String, expectedDuration: Duration) {<|endoftext|>


Prompt:
// EXPECTED_REACHABLE_NODES: 1279
// Snippet from stdlib test test.exceptions.ExceptionTest

private val cause = Exception("cause")

fun assertSame(x: Any?, y: Any?) {
    if (x !== y) {
        error("Assertion failed")
    }
}

private fun <T : Throwable> testCreateException(

Response:
noarg: () -> T,
    fromMessage: (String?) -> T,
    fromCause: ((Throwable?) -> T)? = null,
    fromMessageCause: ((String?, Throwable?) -> T)? = null
) {
    noarg().let { e ->
        assertEquals(null, e.message)
        assertEquals(null, e.cause)
    }<|endoftext|>


Prompt:
class Outer {
    <!MUST_BE_INITIALIZED_OR_BE_ABSTRACT!>val outerProp: String<!>
    inner class Inner(inner: Inner, outer: Outer) {
        val innerProp: String
        init {
            outerProp // use of outerProp is ok because we're suppose that Outer instance should be initialized
            this@Outer.outerProp

Response:
<!VAL_REASSIGNMENT!>this@Outer.outerProp<!> = "1"
            outerProp = "2" // do not repeat the same diagnostic with this receiver of outer class
            <!VAL_REASSIGNMENT!>outer.outerProp<!> = "3"

            innerProp = "4" + inner.innerProp<|endoftext|>


Prompt: 132389, 132427, 132666, 133124, 133342, 133676, 133987, 136420, 136872, 136938, 137672, 138008, 138507, 138724,

Response: 138726, 139651, 139679, 140081, 141012, 141380, 141386, 142092, 142321, 143370, 144056, 144223, 144275, 144284,<|endoftext|>


Prompt:
firDeclarationProvider = { declaration ->
                if (declaration is KtClassLikeDeclaration) {
                    declaration.findFir(provider)
                } else {
                    val containingClassOrObject = declaration.containingClassOrObject
                    val declarations = if (containingClassOrObject != null) {
                        val containerClassFir = containingClassOrObject.findFir(provider) as? FirRegularClass

Response:
containerClassFir?.declarations
                    } else {
                        if (declaration.containingKtFile.isScript()) {
                            // .kts will have a single [FirScript] as a declaration. We need to unwrap statements in it.
                            val firScript = firFile.declarations.singleOrNull() as? FirScript
                            if (declaration is KtScript) {<|endoftext|>


Prompt:
// !LANGUAGE: -ForbidInferringTypeVariablesIntoEmptyIntersection
// RENDER_DIAGNOSTICS_FULL_TEXT
open class Foo
inline fun <reified T : Foo> g(): T? = null

inline fun <R> f(block: ()->R?): R? {
    return block()
}

fun main() {

Response:
<!INFERRED_TYPE_VARIABLE_INTO_EMPTY_INTERSECTION_WARNING!>f<!><Int> { g() }
}<|endoftext|>


Prompt:
it.runResolverForNoReceiver(invokeReceiverVariableWithNoReceiverInfo, skipSynthetics = true)
        }
    }

    /**
     * Let we have a call if a form of "x.f()" or "f()"
     *
     * This method enqueues a task (based on runResolutionForInvokeReceiverVariable) that for each successful property enqueues another task

Response:
* that tries to resolve "f()" call itself
     *
     * @param info describes whole "x.f()" or "f()"
     * @param invokeReceiverInfo describes "x.f" or "f" variable (in case of no-receiver call or in case of resolving invokeExtension with "x")<|endoftext|>


Prompt:
fun simpleType(proto: ProtoBuf.Type): ConeSimpleKotlinType {
        return simpleType(proto, attributesFromAnnotations(proto))
            ?: ConeErrorType(ConeSimpleDiagnostic("?!id:0", DiagnosticKind.DeserializationError))
    }

Response:
private fun type(proto: ProtoBuf.Type, attributes: ConeAttributes): ConeKotlinType {
        if (proto.hasFlexibleTypeCapabilitiesId()) {
            val lowerBound = simpleType(proto, attributes)
            val upperBound = simpleType(proto.flexibleUpperBound(typeTable)!!, attributes)<|endoftext|>


Prompt:
package org.jetbrains.kotlin.library

import org.jetbrains.kotlin.konan.properties.Properties

interface BaseWriter {
    val versions: KotlinLibraryVersioning
    fun addLinkDependencies(libraries: List<KotlinLibrary>)
    fun addManifestAddend(properties: Properties)
    fun commit()
}

interface MetadataWriter {

Response:
fun addMetadata(metadata: SerializedMetadata)
}

interface IrWriter {
    fun addIr(ir: SerializedIrModule)
    fun addDataFlowGraph(dataFlowGraph: ByteArray)
}

interface KotlinLibraryWriter : MetadataWriter, BaseWriter, IrWriter

// TODO: Move SerializedIr here too to eliminate dependency on backend.common.serialization
class SerializedMetadata(<|endoftext|>


Prompt:
override suspend fun callMe(a: IntArray) {}

        override suspend fun callMe(a: Int): Unit {
            c()
        }

        override suspend fun callMe(s: String) {}
        override suspend fun callMe(a: Array<String>) {}
    }
}

fun builder(c: suspend () -> Unit) {
    c.startCoroutine(EmptyContinuation)

Response:
}

fun box(): String {
    var res: Any? = null

    builder {
        res = inlineMe {
            tx { Dummy }
        }.callMe(1)
    }

    (c as? Continuation<Dummy>)?.resume(Dummy)

    return if (res != Unit) "$res" else "OK"
}<|endoftext|>


Prompt:
override fun <R, D> accept(visitor: ControlFlowGraphVisitor<R, D>, data: D): R {
        return visitor.visitWhenSyntheticElseBranchNode(this, data)
    }
}

// ----------------------------------- Loop -----------------------------------

Response:
class LoopEnterNode(owner: ControlFlowGraph, override val fir: FirLoop, level: Int) : CFGNode<FirLoop>(owner, level),
    EnterNodeMarker {
    override fun <R, D> accept(visitor: ControlFlowGraphVisitor<R, D>, data: D): R {
        return visitor.visitLoopEnterNode(this, data)
    }
}<|endoftext|>


Prompt:
// attribute, which is set if the property was mentioned in SerializationPluginMetadataExtensions.
        // Also, deserialized properties do not store default value (initializer expression) for property,
        // so we either should find corresponding constructor parameter and check its default, or rely on less strict check for default getter.
        // Comments are copied from PropertyDescriptor.declaresDefaultValue() as it has similar logic.

Response:
val hasBackingField = fir.symbol.registeredInSerializationPluginMetadataExtension
        val matchingPrimaryConstructorParam = containingClass?.declarations?.filterIsInstance<FirPrimaryConstructor>()
            ?.singleOrNull()?.valueParameters?.find { it.name == this.name }
        if (matchingPrimaryConstructorParam != null) {<|endoftext|>


Prompt:
public actual operator fun <T> Array<out T>.plus(elements: Collection<T>): Array<T> {
    return arrayPlusCollection(this, elements)
}

/**
 * Returns an array containing all elements of the original array and then all elements of the given [elements] collection.
 */
public actual operator fun ByteArray.plus(elements: Collection<Byte>): ByteArray {
    var index = size

Response:
val result = this.copyOf(size + elements.size)
    for (element in elements) result[index++] = element
    return result
}

/**
 * Returns an array containing all elements of the original array and then all elements of the given [elements] collection.
 */
public actual operator fun ShortArray.plus(elements: Collection<Short>): ShortArray {
    var index = size<|endoftext|>


Prompt:
object WasmImportAnnotationChecker : DeclarationChecker {
    private val wasmImportFqName = FqName("kotlin.wasm.WasmImport")

    override fun check(declaration: KtDeclaration, descriptor: DeclarationDescriptor, context: DeclarationCheckerContext) {
        val wasmImport = descriptor.annotations.findAnnotation(wasmImportFqName) ?: return

Response:
val trace = context.trace

        val wasmImportPsi = wasmImport.source.getPsi() ?: declaration

        if (!DescriptorUtils.isTopLevelDeclaration(descriptor)) {
            trace.report(ErrorsWasm.NESTED_WASM_IMPORT.on(wasmImportPsi))
        }<|endoftext|>


Prompt:
fun `test - data class`() {
        val file = inlineSourceCodeAnalysis.createKtFile(
            """
                data class Foo(val a: Int)
            """.trimIndent()
        )
        analyze(file) {
            val foo = file.getClassOrFail("Foo")
            assertEquals(

Response:
listOf("component1", "copy", "equals", "hashCode", "toString", "a"),
                foo.getCallableSymbolsForObjCMemberTranslation()
                    .sortedWith(StableCallableOrder)
                    .map { it as KtNamedSymbol }
                    .map { it.name.asString() }
            )
        }
    }

    @Test<|endoftext|>


Prompt:
val value = 0x1_234C67890L
val value = 0XF_______3456789L
val value = 0x3_4_5_6_7_8L
val value = 0X4_______5_______d_______7L
val value = 0X5__________________________________________________________________________________________________6L
val value = 0x0_______BL
val value = 0X0_0L

Response:
val value = 0xB_______________________________________________________________________________________________________________________________________________________0L
val value = 0x1_00000000000000000_1L

val value = 0x_a2b45f789eL
val value = 0X_______2f45c7d9L
val value = 0X_a_3_4_5_6_7_e_eL
val value = 0x_L<|endoftext|>


Prompt: <!IMPLICIT_BOXING_IN_IDENTITY_EQUALS!>na !== z<!>

Response: val test_bna = <!IMPLICIT_BOXING_IN_IDENTITY_EQUALS!>b === na<!> || <!IMPLICIT_BOXING_IN_IDENTITY_EQUALS!>na === b<!> || <!IMPLICIT_BOXING_IN_IDENTITY_EQUALS!>b !== na<!> ||<|endoftext|>


Prompt:
PropertyChecker<T, MethodNode>("method.$name"),
    MethodChecker {

    override fun check(method1: MethodNode, method2: MethodNode, report: MethodReport) {
        val value1 = getProperty(method1)
        val value2 = getProperty(method2)
        if (!areEqual(value1, value2)) {
            report.addPropertyDiff(

Response:
defectType,
                NamedDiffEntry(
                    name,
                    valueToHtml(value1, value2),
                    valueToHtml(value2, value1)
                )
            )
        }
    }
}<|endoftext|>


Prompt:
appendLine("Annotation processing mode: ${mode.stringValue}")
    appendLine("Memory leak detection mode: ${detectMemoryLeaks.stringValue}")
    KaptFlag.values().forEach { appendLine(it.description + ": " + this@logString[it]) }

    appendLine("Project base dir: $projectBaseDir")

Response:
appendLine("Compile classpath: " + compileClasspath.joinToString())
    appendLine("Java source roots: " + javaSourceRoots.joinToString())

    appendLine("Sources output directory: $sourcesOutputDir")
    appendLine("Class files output directory: $classesOutputDir")
    appendLine("Stubs output directory: $stubsOutputDir")<|endoftext|>


Prompt:
import androidx.compose.compiler.plugins.kotlin.ComposeFqNames
import androidx.compose.compiler.plugins.kotlin.FunctionMetrics
import androidx.compose.compiler.plugins.kotlin.KtxNameConventions
import androidx.compose.compiler.plugins.kotlin.ModuleMetrics

Response:
import androidx.compose.compiler.plugins.kotlin.analysis.ComposeWritableSlices
import androidx.compose.compiler.plugins.kotlin.analysis.KnownStableConstructs
import androidx.compose.compiler.plugins.kotlin.analysis.Stability
import androidx.compose.compiler.plugins.kotlin.analysis.StabilityInferencer<|endoftext|>


Prompt:
if (this.z != null) <!DEBUG_INFO_EXPRESSION_TYPE("kotlin.Int? & kotlin.Int")!>z<!>.equals(null)
        if (this.z != null) <!DEBUG_INFO_EXPRESSION_TYPE("kotlin.Int? & kotlin.Int")!>z<!>.propT

Response:
if (this.z != null) <!DEBUG_INFO_EXPRESSION_TYPE("kotlin.Int? & kotlin.Int")!>z<!>.propAny
        if (this.z != null) <!DEBUG_INFO_EXPRESSION_TYPE("kotlin.Int? & kotlin.Int")!>z<!>.propNullableT<|endoftext|>


Prompt:
typeMapper.mapType(declaration.returnType, TypeMappingMode.RETURN_TYPE_BOXED, sw, materialized)
            }
            else -> mapReturnType(declaration, declaration.returnType, sw, materialized)
        }
    }

Response:
private fun mapReturnType(declaration: IrDeclaration, returnType: IrType, sw: JvmSignatureWriter?, materialized: Boolean = true): Type {
        val isAnnotationMethod = declaration.parent.let { it is IrClass && it.isAnnotationClass }
        if (sw == null || sw.skipGenericSignature()) {<|endoftext|>


Prompt:
val NON_INLINE_MEMBER_VAL_INITIALIZATION by error<KtExpression> {
            parameter<FirPropertySymbol>("property")
        }
        val SETTER_PROJECTED_OUT by error<KtBinaryExpression>(PositioningStrategy.SELECTOR_BY_QUALIFIED) {
            parameter<FirPropertySymbol>("property")
        }

Response:
val WRONG_INVOCATION_KIND by warning<PsiElement> {
            parameter<Symbol>("declaration")
            parameter<EventOccurrencesRange>("requiredRange")
            parameter<EventOccurrencesRange>("actualRange")
        }
        val LEAKED_IN_PLACE_LAMBDA by warning<PsiElement> {<|endoftext|>


Prompt:
// Ambiguity between fun and callable property

open class BaseWithCallableProp {
    val fn = { "fn.invoke()" }

    val bar = { "bar.invoke()"}
    open fun bar(): String = "bar()"
}

interface InterfaceWithFun {
    fun fn(): String = "fn()"
}

class DerivedUsingFun : BaseWithCallableProp(), InterfaceWithFun {

Response:
fun foo(): String =
    <!AMBIGUOUS_SUPER!>super<!>.<!DEBUG_INFO_MISSING_UNRESOLVED!>fn<!>()

    override fun bar(): String =
            super.bar()
}<|endoftext|>


Prompt: "kotlin.CharArray" -> if (typeB == "kotlin.Int" && typeC == "kotlin.Char") return (a as CharArray).set(b as Int, c as Char)

Response: "kotlin.ByteArray" -> if (typeB == "kotlin.Int" && typeC == "kotlin.Byte") return (a as ByteArray).set(b as Int, c as Byte)<|endoftext|>


Prompt:
internal fun putIfNeeded(descriptor: ClassDescriptor, properties: SerializableProperties) {
        if (!descriptor.needSaveProgramOrder) return
        descriptorMetadataMap[descriptor] = properties
    }

    override fun afterClass(
        descriptor: ClassDescriptor,
        proto: ProtoBuf.Class.Builder,

Response:
versionRequirementTable: MutableVersionRequirementTable,
        childSerializer: DescriptorSerializer,
        extension: SerializerExtension
    ) {
        fun Name.toIndex() = extension.stringTable.getStringIndex(asString())

        if (descriptor.isCompanionObject
            && descriptor.name != SpecialNames.DEFAULT_NAME_FOR_COMPANION_OBJECT<|endoftext|>


Prompt: import org.jetbrains.kotlin.fir.analysis.diagnostics.FirErrors.MULTIPLE_DEFAULTS_INHERITED_FROM_SUPERTYPES_WHEN_NO_EXPLICIT_OVERRIDE

Response: import org.jetbrains.kotlin.fir.analysis.diagnostics.FirErrors.MULTIPLE_DEFAULTS_INHERITED_FROM_SUPERTYPES_WHEN_NO_EXPLICIT_OVERRIDE_DEPRECATION<|endoftext|>


Prompt:
public inline operator fun rem(other: Short): Int =
        this % other.toInt()

    /**
     * Calculates the remainder of truncating division of this value (dividend) by the other value (divisor).
     *
     * The result is either zero or has the same sign as the _dividend_ and has the absolute value less than the absolute value of the divisor.
     */

Response:
@SinceKotlin("1.1")
    @kotlin.internal.IntrinsicConstEvaluation
    @TypedIntrinsic(IntrinsicType.SIGNED_REM)
    public external operator fun rem(other: Int): Int

    /**
     * Calculates the remainder of truncating division of this value (dividend) by the other value (divisor).
     *<|endoftext|>


Prompt:
id(<!UNRESOLVED_REFERENCE!>unresolved<!>)
    }

    if (true)
        id(<!UNRESOLVED_REFERENCE!>unresolved<!>)
    else
        id(<!UNRESOLVED_REFERENCE!>unresolved<!>)

    when {

Response:
true -> id(<!UNRESOLVED_REFERENCE!>unresolved<!>)
    }
    id(<!UNRESOLVED_REFERENCE!>unresolved<!>) ?: id(<!UNRESOLVED_REFERENCE!>unresolved<!>)
}<|endoftext|>


Prompt:
if (areCompatibleMainFunctions(declaration, containingFile, conflictingSymbol, actualConflictingFile, session)) return
    @OptIn(SymbolInternals::class)
    val conflicting = conflictingSymbol.fir
    if (
        conflicting is FirMemberDeclaration &&

Response:
!session.visibilityChecker.isVisible(conflicting, session, containingFile, emptyList(), dispatchReceiver = null)
    ) return
    if (areNonConflictingCallables(declaration, conflictingSymbol)) return

    declarationConflictingSymbols.getOrPut(declaration) { SmartSet.create() }.add(conflictingSymbol)
}<|endoftext|>


Prompt:
caches.lookupCache.lookupSymbols.map { if (it.scope.isBlank()) it.name else it.scope }.distinct()
        )

        when (classpathChanges) {
            is ChangesEither.Unknown -> {
                reporter.info { "Could not get classpath's changes: ${classpathChanges.reason}" }

Response:
return CompilationMode.Rebuild(classpathChanges.reason)
            }
            is ChangesEither.Known -> {
                dirtyFiles.addByDirtySymbols(classpathChanges.lookupSymbols)
                dirtyFiles.addByDirtyClasses(classpathChanges.fqNames)
            }
        }

        val removedClassesChanges = getRemovedClassesChanges(caches, changedFiles)<|endoftext|>


Prompt:
return builder.irBlock(
                    resultType = expression.type
                ) {
                    val tempDispatchReceiver = dispatchReceiver?.let {
                        val tmp = irTemporary(it)
                        captures.add(tmp)
                        tmp
                    }
                    val tempExtensionReceiver = extensionReceiver?.let {
                        val tmp = irTemporary(it)
                        captures.add(tmp)
                        tmp

Response:
}

                    // Patch reference receiver in place
                    reference.dispatchReceiver = tempDispatchReceiver?.let { irGet(it) }
                    reference.extensionReceiver = tempExtensionReceiver?.let { irGet(it) }

                    +rememberExpression(
                        functionContext,
                        expression,
                        captures
                    )
                }<|endoftext|>


Prompt:
if (b != null) {
            val c = <!DEBUG_INFO_EXPRESSION_TYPE("Out<out Out<out Out<out Out<out Out<out kotlin.Int?>?>?>?>?> & Out<out Out<out Out<out Out<out Out<out kotlin.Int?>?>?>?>?>?")!>b<!>.get()

Response:
if (c != null) {
                val d = <!DEBUG_INFO_EXPRESSION_TYPE("Out<out Out<out Out<out Out<out kotlin.Int?>?>?>?> & Out<out Out<out Out<out Out<out kotlin.Int?>?>?>?>?")!>c<!>.get()
                if (d != null) {<|endoftext|>


Prompt:
IC2(Generic("aba", 5.0)) != (IC2(Generic(3, 8)) as Any) -> "Fail 2.3"
    (IC2(Generic("aba", 5.0)) as Any) != (IC2(Generic(3, 8)) as Any) -> "Fail 2.4"

    IC3("x") != IC3("y") -> "Fail 3.1"

Response:
(IC3("x") as Any) != IC3("y") -> "Fail 3.2"
    IC3("x") != (IC3("y") as Any) -> "Fail 3.3"
    (IC3("x") as Any) != (IC3("y") as Any) -> "Fail 3.4"

    IC4("aba") != IC4("caba") -> "Fail 4.1"<|endoftext|>


Prompt:
is KlibClassAddress -> getClassOrObjectSymbol()?.let { symbol -> sequenceOf(symbol) } ?: emptySequence()
        is KlibTypeAliasAddress -> getTypeAliasSymbol()?.let { symbol -> sequenceOf(symbol) } ?: emptySequence()
        is KlibFunctionAddress -> getFunctionSymbols()
        is KlibPropertyAddress -> getPropertySymbols()
    }

Response:
}

/**
 * @see [getSymbols]
 */
context(KtAnalysisSession)
public fun KlibClassAddress.getClassOrObjectSymbol(): KtClassOrObjectSymbol? {
    return getClassOrObjectSymbolByClassId(classId)
        ?.takeIf { symbol -> symbol in this }
}

context(KtAnalysisSession)<|endoftext|>


Prompt:
a.bar()<!UNNECESSARY_NOT_NULL_ASSERTION!>!!<!>.length

    a.field?.length
    a.field<!UNSAFE_CALL!>.<!>length

    a.foo2("", null)?.length
    a.foo2("", null).length

Response:
a.foo2(<!NULL_FOR_NONNULL_TYPE!>null<!>, "").length

    a.bar2().length
    a.bar2()<!UNNECESSARY_NOT_NULL_ASSERTION!>!!<!>.length

    a.field2?.length
    a.field2.length
}<|endoftext|>


Prompt:
fun <T> functionWithUnsubstitutedTypeParametersInReturnType2(): T = TODO()
fun <T> functionWithUnsubstitutedTypeParametersInReturnType3(): T = TODO()
fun <T> functionWithUnsubstitutedTypeParametersInReturnType4(): T = TODO()
fun <T> functionWithUnsubstitutedTypeParametersInReturnType5(): T = TODO()

Response:
fun <T> functionWithUnsubstitutedTypeParametersInReturnType6(): T = TODO()
fun <T> functionWithUnsubstitutedTypeParametersInReturnType7(): T = TODO()
fun <T> functionWithUnsubstitutedTypeParametersInReturnType8(): Box<T> = TODO()<|endoftext|>


Prompt:
SYMBOL_WITH_CONTAINING_DECLARATION
        )

        map.put(
            VAR_TYPE_MISMATCH_ON_INHERITANCE,
            "{0} clashes with {1}: property types do not match.",
            SYMBOL_WITH_CONTAINING_DECLARATION,
            SYMBOL_WITH_CONTAINING_DECLARATION
        )

Response:
map.put(
            RETURN_TYPE_MISMATCH_BY_DELEGATION,
            "{0} clashes with {1} from delegation: return types are incompatible.",
            SYMBOL_WITH_CONTAINING_DECLARATION,
            SYMBOL_WITH_CONTAINING_DECLARATION
        )

        map.put(<|endoftext|>


Prompt:
package a

fun test1() {
    <!UNREACHABLE_CODE!>bar(<!>
        11,
        todo(),//comment1
        <!UNREACHABLE_CODE!>""//comment2
    )<!>
}

fun test2() {

Response:
<!UNREACHABLE_CODE!>bar(<!>11, todo()/*comment1*/, <!UNREACHABLE_CODE!>""/*comment2*/)<!>
}
fun test3() {<|endoftext|>


Prompt:
// Overload resolution is not working in K2 with Supress INVISIBLE_REFERENCE.
// But resolving constants and annotations work
// So we are creating local copies of this intrinsic for test

@TypedIntrinsic(IntrinsicType.GET_AND_ADD_FIELD)
internal external fun KMutableProperty0<Short>.getAndAddFieldLocal(delta: Short): Short

Response:
@TypedIntrinsic(IntrinsicType.GET_AND_ADD_FIELD)
internal external fun KMutableProperty0<Int>.getAndAddFieldLocal(newValue: Int): Int
@TypedIntrinsic(IntrinsicType.GET_AND_ADD_FIELD)
internal external fun KMutableProperty0<Long>.getAndAddFieldLocal(newValue: Long): Long<|endoftext|>


Prompt:
is GccConfigurables -> GccBasedLinker(configurables)
            is AppleConfigurables -> MacOSBasedLinker(configurables)
            is AndroidConfigurables-> AndroidLinker(configurables)
            is MingwConfigurables -> MingwLinker(configurables)
            is WasmConfigurables -> WasmLinker(configurables)

Response:
is ZephyrConfigurables -> ZephyrLinker(configurables)
            else -> error("Unexpected target: ${configurables.target}")
        }<|endoftext|>


Prompt:
if (compareTo2.id() != 0)    return "Fail 1.2"
    if (compareTo3.id() != 1)    return "Fail 1.3"
    if (compareTo4.id() != 0)    return "Fail 1.4"
    if (compareTo5.id() != 0)    return "Fail 1.5"

Response:
if (compareTo6.id() != 0)    return "Fail 1.6"
    if (compareTo7.id() != 0)    return "Fail 1.7"
    if (compareTo8.id() != 0)    return "Fail 1.8"

    if (plus1.id() != 3)     return "Fail 2.1"<|endoftext|>


Prompt:
val previousCompare = this@then.compare(a, b)
        if (previousCompare != 0) previousCompare else comparator.compare(a, b)
    }

/**
 * Combines this comparator and the given [comparator] such that the latter is applied only
 * when the former considered values equal.
 *
 * @sample samples.comparisons.Comparisons.thenDescending
 */

Response:
public infix fun <T> Comparator<T>.thenDescending(comparator: Comparator<in T>): Comparator<T> =
    Comparator<T> { a, b ->
        val previousCompare = this@thenDescending.compare(a, b)
        if (previousCompare != 0) previousCompare else comparator.compare(b, a)
    }<|endoftext|>


Prompt:
ktDeclarationContainer.startOffsetSkippingComments, ktDeclarationContainer.endOffset,
            IrDeclarationOrigin.DEFINED,
            propertyDescriptor,
            isDelegated = false
        ).also { irProperty ->
            irProperty.backingField = generatePropertyBackingField(ktDeclarationContainer, propertyDescriptor, generateInitializer)

            val getter = propertyDescriptor.getter

Response:
?: if (generateSyntheticAccessors) {
                    PropertyGetterDescriptorImpl(
                        propertyDescriptor,
                        Annotations.EMPTY, Modality.FINAL, DescriptorVisibilities.PUBLIC, false, false, false,
                        CallableMemberDescriptor.Kind.SYNTHESIZED, null, propertyDescriptor.source
                    ).apply {<|endoftext|>


Prompt:
reifiedSafeAsReturnsNull<MutableSet<*>>(null, "reifiedSafeAs<MutableSet<*>>(null)")
    reifiedSafeAsReturnsNull<MutableMap<*, *>>(null, "reifiedSafeAs<MutableMap<*, *>>(null)")

Response:
reifiedSafeAsReturnsNull<MutableMap.MutableEntry<*, *>>(null, "reifiedSafeAs<MutableMap.MutableEntry<*, *>>(null)")

    return "OK"
}<|endoftext|>


Prompt:
argument.toConeTypeProjection(session, javaTypeParameterStack, variance, newMode, source)
                    }
                }

                else -> lowerBound?.typeArguments
            }

            lookupTag.constructClassType(mappedTypeArguments ?: ConeTypeProjection.EMPTY_ARRAY, isNullable = lowerBound != null, attributes)
        }

        is JavaTypeParameter -> {

Response:
val symbol = javaTypeParameterStack[classifier]
            if (symbol != null) {
                ConeTypeParameterTypeImpl(symbol.toLookupTag(), isNullable = lowerBound != null, attributes)
            } else {
                ConeErrorType(ConeUnresolvedNameError(classifier.name))
            }
        }

        null -> {<|endoftext|>


Prompt:
<!NO_RETURN_IN_FUNCTION_WITH_BLOCK_BODY!>}<!>
fun f(): Int {
    if (1 < 2) { return 1 } else returnNothing()
}

fun f1(): Int = if (1 < 2) 1 else returnNothing()

public fun f2() = 1
class B() {
    protected fun f() = "ss"
}

Response:
fun testFunctionLiterals() {
    val endsWithVarDeclaration : () -> Boolean = {
        <!EXPECTED_TYPE_MISMATCH!>val x = 2<!>
    }

    val endsWithAssignment: () -> Int = {
        var <!ASSIGNED_BUT_NEVER_ACCESSED_VARIABLE!>x<!> = 1<|endoftext|>


Prompt:
}

            val fileWithSpacesInPath = projectPath.resolve("src/commonMain/kotlin/$complicatedDirectoryName").toFile()
                .apply { mkdirs() }
                .canonicalFile
                .resolve("B.kt")
            fileWithSpacesInPath.writeText("fun foo() = 42")

            build(

Response:
"compileKotlin${nativeHostTargetName.capitalize()}",
            ) {
                extractNativeTasksCommandLineArgumentsFromOutput(":compileKotlin${nativeHostTargetName.capitalize()}") {
                    val escapedQuotedPath =
                        "\"${fileWithSpacesInPath.absolutePath.replace("\\", "\\\\").replace("\"", "\\\"")}\""<|endoftext|>


Prompt:
Any, Any, Any, Any, Any, Any, Any, Any, Any, Any,
    >(body)

inline fun <
    reified U01, reified U02, reified U03, reified U04, reified U05, reified U06, reified U07, reified U08, reified U09, reified U10,

Response:
reified U11, reified U12, reified U13, reified U14, reified U15, reified U16, reified U17, reified U18, reified U19, reified U20,
> g(crossinline body: suspend () -> Unit): suspend () -> Unit {
    return run {
        run {
            run {
                run {
                    run {
                        run {
                            run {<|endoftext|>


Prompt:
@kotlin.internal.IntrinsicConstEvaluation public final operator fun div(other: kotlin.Short): kotlin.Double { /* compiled code */ }

    @kotlin.internal.IntrinsicConstEvaluation public open operator fun equals(other: kotlin.Any?): kotlin.Boolean { /* compiled code */ }

Response:
public final operator fun inc(): kotlin.Double { /* compiled code */ }

    @kotlin.internal.IntrinsicConstEvaluation public final operator fun minus(other: kotlin.Byte): kotlin.Double { /* compiled code */ }<|endoftext|>


Prompt: $this$mapTo\77:java.lang.Object[]=java.lang.Integer[], destination\77:java.util.Collection=java.util.ArrayList, $i$f$mapTo\77\531:int=0:int, item\77:java.lang.Object=java.lang.Integer, it\78:int=1:int,

Response: $i$a$-map-LibraryKt$foo$5\78\533\56:int=0:int<|endoftext|>


Prompt:
}
                    else {
                        translateVarargArgument(actualArgument,
                                                argsToJsExpr,
                                                actualArgument.arguments.size > 1,
                                                varargElementType)?.let { result.add(it) }
                    }
                }
                else {
                    if (isNativeFunctionCall) {

Response:
result.addAll(translateResolvedArgument(actualArgument, argsToJsExpr))
                    }
                    else {
                        translateVarargArgument(actualArgument, argsToJsExpr, true, varargElementType)?.let { result.add(it) }
                    }
                }
            }
            else {<|endoftext|>


Prompt:
init {
        ManagementFactoryHelper.getThreadMXBean().isThreadCpuTimeEnabled = true
    }
}

fun vmStateSnapshot(): VMCounters {
    Init
    val threadMXBean = ManagementFactoryHelper.getThreadMXBean()
    val hotspotRuntimeMBean = ManagementFactoryHelper.getHotspotRuntimeMBean()

    return VMCounters(

Response:
threadMXBean.threadUserTime(), threadMXBean.threadCpuTime(),
        ManagementFactoryHelper.getGarbageCollectorMXBeans().associate { it.name to GCInfo(it.name, it.collectionTime, it.collectionCount) },
        hotspotRuntimeMBean.totalSafepointTime,
        hotspotRuntimeMBean.safepointSyncTime,<|endoftext|>


Prompt:
notProperTypesCache.clear()

        return result
    }

    private enum class State {
        BUILDING,
        TRANSACTION,
        FREEZED,
        COMPLETION
    }

    /*
     * If remove spread operator then call `checkState` will resolve to itself
     *   instead of fun checkState(vararg allowedState: State)
     */

Response:
private fun checkState(a: State) {
        if (!AbstractTypeChecker.RUN_SLOW_ASSERTIONS) return
        checkState(*arrayOf(a))
    }

    private fun checkState(a: State, b: State) {
        if (!AbstractTypeChecker.RUN_SLOW_ASSERTIONS) return
        checkState(*arrayOf(a, b))
    }<|endoftext|>


Prompt:
preactions = getDefaultIrActions<CodegenInput, NativeGenerationState>() + getDefaultLlvmModuleActions(),
        postactions = getDefaultIrActions<CodegenInput, NativeGenerationState>() + getDefaultLlvmModuleActions(),
        op = { generationState, input ->
            val context = generationState.context
            generationState.objCExport = ObjCExport(
                    generationState,

Response:
input.irModule.descriptor,
                    context.objCExportedInterface,
                    context.objCExportCodeSpec
            )

            input.irModule.acceptVoid(CodeGeneratorVisitor(generationState, input.irModule.irBuiltins, input.lifetimes))

            if (generationState.hasDebugInfo())
                DIFinalize(generationState.debugInfo.builder)
        }
)<|endoftext|>


Prompt:
// FIR_IDENTICAL
// NI_EXPECTED_FILE
/*
 * KOTLIN DIAGNOSTICS SPEC TEST (NEGATIVE)
 *
 * SPEC VERSION: 0.1-152
 * PRIMARY LINKS: expressions, when-expression -> paragraph 2 -> sentence 1
 * expressions, when-expression, exhaustive-when-expressions -> paragraph 2 -> sentence 1
 * declarations, function-declaration -> paragraph 7 -> sentence 1

Response:
* declarations, function-declaration -> paragraph 7 -> sentence 2
 * declarations, function-declaration -> paragraph 8 -> sentence 1
 * overload-resolution, determining-function-applicability-for-a-specific-call, description -> paragraph 1 -> sentence 3
 */

val test1 = when {
    true -> { { true } }
    else -> TODO()
}

val test1a: () -> Boolean = when {<|endoftext|>


Prompt:
// 1. Create captured type for type argument T (it's built upon star-projection from `KClass<*>` that's argument is <: Any)
        // 2. Approximate resulting descriptor, now it 'KClass1<*>.primaryConstructor: KFunction1<*>'

Response:
//    Note that star-projection in 'KFunction1<*>' is obtained from KClass and its `projectionType` is Any (not-nullable).
        //    Of course that situation is already strange
        // 3. When checking subtyping after call completion we get that 'KFunction1<*>' is not a subtype of 'KFunction1<Any>' in new type checker.<|endoftext|>


Prompt:
if (x == null) {
        <!ALWAYS_NULL!>x<!> as Int
        stringArg(<!DEBUG_INFO_EXPRESSION_TYPE("kotlin.Int & kotlin.Int? & kotlin.Nothing"), DEBUG_INFO_SMARTCAST!>x<!>)

Response:
<!DEBUG_INFO_EXPRESSION_TYPE("kotlin.Int & kotlin.Int? & kotlin.Nothing")!>x<!>
    }
}

/*
 * TESTCASE NUMBER: 4
 * UNEXPECTED BEHAVIOUR
 * ISSUES: KT-27464
 */
fun case_4(x: Int?) {
    if (x == null) {<|endoftext|>


Prompt:
otherLowercaseGenerators.add(OtherLowercaseRangesGenerator(generatedDir.resolve("_OtherLowercaseChars.kt"), target))
        otherUppercaseGenerators.add(OtherUppercaseRangesGenerator(generatedDir.resolve("_OtherUppercaseChars.kt"), target))
    }

    val oneToOneMappingsGenerators = mutableListOf<MappingsGenerator>()

Response:
fun addOneToOneMappingsGenerators(generatedDir: File, target: KotlinTarget) {
        val uppercase = MappingsGenerator.forUppercase(generatedDir.resolve("_UppercaseMappings.kt"), target)
        val lowercase = MappingsGenerator.forLowercase(generatedDir.resolve("_LowercaseMappings.kt"), target)<|endoftext|>


Prompt:
import org.jetbrains.kotlin.fir.types.renderForDebugging

internal class KtFirDefinitelyNotNullType(
    override val coneType: ConeDefinitelyNotNullType,
    private val builder: KtSymbolByFirBuilder,
) : KtDefinitelyNotNullType(), KtFirType {

Response:
override val token: KtLifetimeToken get() = builder.token
    override val original: KtType = withValidityAssertion { builder.typeBuilder.buildKtType(this.coneType.original) }
    override val annotationsList: KtAnnotationsList by cached {
        KtFirAnnotationListForType.create(coneType, builder)
    }<|endoftext|>


Prompt:
import org.jetbrains.kotlin.js.resolve.diagnostics.findPsi
import org.jetbrains.kotlin.js.translate.context.Namer
import org.jetbrains.kotlin.js.translate.context.TranslationContext
import org.jetbrains.kotlin.js.translate.general.Translation

Response:
import org.jetbrains.kotlin.js.translate.utils.JsAstUtils
import org.jetbrains.kotlin.js.translate.utils.TranslationUtils
import org.jetbrains.kotlin.psi.KtExpression
import org.jetbrains.kotlin.psi.KtPureClassOrObject<|endoftext|>


Prompt:
1 <!OVERLOAD_RESOLUTION_AMBIGUITY!>+<!> <!TYPE_PARAMETER_IS_NOT_AN_EXPRESSION!>T<!>

    B::class.equals(<!TYPE_PARAMETER_IS_NOT_AN_EXPRESSION!>T<!>)

Response:
<!TYPE_PARAMETER_IS_NOT_AN_EXPRESSION, VARIABLE_EXPECTED!>T<!> = ""
}

fun baz(a: Any) {}<|endoftext|>


Prompt:
val buildGradle: Path get() = projectPath.resolve("build.gradle")
    val buildGradleKts: Path get() = projectPath.resolve("build.gradle.kts")
    val settingsGradle: Path get() = projectPath.resolve("settings.gradle")
    val settingsGradleKts: Path get() = projectPath.resolve("settings.gradle.kts")

Response:
val gradleProperties: Path get() = projectPath.resolve("gradle.properties")
    val buildFileNames: Set<String> get() = setOf("build.gradle", "build.gradle.kts", "settings.gradle", "settings.gradle.kts")

    fun classesDir(
        sourceSet: String = "main",
        targetName: String? = null,<|endoftext|>


Prompt:
if (!('0' !in '1'..<'3') != range0.contains('0')) throw AssertionError()
    // no local optimizations
    if (element0 in '1'..<'3' != range0.contains(element0)) throw AssertionError()

Response:
if (element0 !in '1'..<'3' != !range0.contains(element0)) throw AssertionError()
    if (!(element0 in '1'..<'3') != !range0.contains(element0)) throw AssertionError()
    if (!(element0 !in '1'..<'3') != range0.contains(element0)) throw AssertionError()<|endoftext|>


Prompt:
this.toInt() / other.toInt()

    /** Divides this value by the other value, truncating the result to an integer that is closer to zero. */
    @kotlin.internal.IntrinsicConstEvaluation
    public inline operator fun div(other: Short): Int =
        this.toInt() / other.toInt()

Response:
/** Divides this value by the other value, truncating the result to an integer that is closer to zero. */
    @kotlin.internal.IntrinsicConstEvaluation
    public inline operator fun div(other: Int): Int =
        this.toInt() / other

    /** Divides this value by the other value, truncating the result to an integer that is closer to zero. */<|endoftext|>


Prompt:
private const val licenseReadmePath = "license/README.md"
    }

    @Test
    fun testLinksDefinitions() {
        val linkDefinitionRegExp = Regex(pattern = "\\[(\\w+)]:.+")
        val linkRegExp = Regex(pattern = "]\\s?\\[(\\w+)]")

        val linksUsages = mutableSetOf<String>()

Response:
val linksDefinitions = mutableSetOf<String>()

        val readmeFile = File(licenseReadmePath)
        readmeFile.useLines { lineSequence ->
            lineSequence.forEach { line ->
                val definitionMatch = linkDefinitionRegExp.matchEntire(line)
                if (definitionMatch != null) {<|endoftext|>


Prompt:
// Mutable member property of a class or object.
    // Smartcast is always unsafe regardless of usage.
    MUTABLE_PROPERTY(SmartcastStability.MUTABLE_PROPERTY),

    // Delegated property of a class or object.
    // Smartcast is always unsafe regardless of usage.
    DELEGATED_PROPERTY(SmartcastStability.DELEGATED_PROPERTY);

Response:
fun combineWithReceiverStability(receiverStability: PropertyStability?): PropertyStability {
        if (receiverStability == null) return this
        if (this == LOCAL_VAR) {
            require(receiverStability == STABLE_VALUE || receiverStability == LOCAL_VAR) {
                "LOCAL_VAR can have only stable or local receiver, but got $receiverStability"<|endoftext|>


Prompt:
import org.jetbrains.kotlin.generators.tree.printer.printFunctionDeclaration
import org.jetbrains.kotlin.ir.generator.IrTree
import org.jetbrains.kotlin.ir.generator.elementTransformerType
import org.jetbrains.kotlin.ir.generator.irTypeType

Response:
import org.jetbrains.kotlin.ir.generator.model.Element
import org.jetbrains.kotlin.ir.generator.model.Field
import org.jetbrains.kotlin.ir.generator.model.ListField
import org.jetbrains.kotlin.ir.generator.model.SingleField
import org.jetbrains.kotlin.utils.SmartPrinter<|endoftext|>


Prompt:
private String name;

    private boolean human;

    private Integer toOverride;

    public int getAge() {
        return age;
    }

    public void setAge(String age) {

    }

    public boolean isHuman(String arg) {
        return human;
    }

    private int score;

    public void setScore(int score, int times) {

    }

Response:
static void test() {
        val obj = new ClashTest();

        obj.getAge();
//        obj.setAge(41);

        obj.getName();
        obj.setName("Al");

        obj.isHuman();
        obj.setHuman(true);
        obj.isHuman("sdf");
    }

}

// FILE: ChildClass.java<|endoftext|>


Prompt:
val message = arguments.getOrNull(1)

                if (message != null) {
                    appendLine("// $message")
                }
                append("println(\"$actual is \${$actual}\") // false")
            }
        },
        "assertPrints" to object : FunctionCallRewriter {
            // rewrites `assertPrints(expression, expectedOutput)`

Response:
override fun rewrite(arguments: List<String>, typeArguments: List<String>): String {
                val expression = arguments[0]
                val expectedOutput = arguments[1].removeSurrounding("\"")
                return "println($expression) // $expectedOutput"
            }
        },
        "assertFails" to object : FunctionCallRewriter {<|endoftext|>


Prompt:
// !DIAGNOSTICS: -UNUSED_PARAMETER

fun foo(vararg ii: Int) {}
fun foo(vararg ss: String) {}
fun foo(i: Int) {}

val fn1: (Int) -> Unit = ::foo
val fn2: (IntArray) -> Unit = ::foo
val fn3: (Int, Int) -> Unit = ::foo

Response: val fn4: (Array<String>) -> Unit = ::foo<|endoftext|>


Prompt:
run { myBuildList <!BUILDER_INFERENCE_MULTI_LAMBDA_RESTRICTION("R; myBuildList")!>{ add("") }<!> },
        myBuildList <!BUILDER_INFERENCE_MULTI_LAMBDA_RESTRICTION("R; myBuildList")!>{ add(1) }<!>,
    )
}

Response:
fun <D> buildPartList(left: MutableList<D>.() -> Unit, right: MutableList<D>.() -> Unit): List<D> {
    val list = mutableListOf<D>()
    list.left()
    list.right()
    return list
}

fun test4() {
    buildPartList(<|endoftext|>


Prompt:
defaultNull("getter", "setter", "initializer", "delegate", "receiverParameter", withGetter = true)
        }

        impl(valueParameter, "FirDefaultSetterValueParameter") {
            default("name", "Name.identifier(\"value\")")
        }

        impl(simpleFunction)

        impl(safeCallExpression) {

Response:
additionalImports(checkedSafeCallSubject)
        }

        impl(checkedSafeCallSubject) {
            additionalImports(expression)
        }

        impl(resolvedQualifier) {
            // Initialize the value to true if only the companion object is present. This makes a standalone class reference expression
            // correctly resolve to the companion object. For example
            // ```
            // class A {<|endoftext|>


Prompt:
// FIR_IDENTICAL
// !DIAGNOSTICS:  -IMPLICIT_CAST_TO_ANY -UNUSED_VARIABLE -ASSIGNED_BUT_NEVER_ACCESSED_VARIABLE -UNUSED_VALUE -UNUSED_PARAMETER -UNUSED_EXPRESSION
// SKIP_TXT

/*

Response:
* KOTLIN DIAGNOSTICS SPEC TEST (NEGATIVE)
 *
 * SPEC VERSION: 0.1-296
 * MAIN LINK: control--and-data-flow-analysis, control-flow-graph, expressions-1, conditional-expressions -> paragraph 1 -> sentence 1
 * NUMBER: 2
 * DESCRIPTION: check if-expressions must have both branches.
 */

// TESTCASE NUMBER: 1<|endoftext|>


Prompt:
package test

import android.app.Activity
import kotlinx.android.synthetic.main.layout.*

fun Activity.a() {
    val x = login
    val y = this.login
}

// 2 GETSTATIC test/R\$id\.login
// 2 INVOKEVIRTUAL android/app/Activity\.findViewById
// 2 CHECKCAST android/widget/Button

Response: // 0  _\$_findCachedViewById<|endoftext|>


Prompt:
val classId = owner.getClassId() ?: return null
                return CallableId(classId, callableName)
            }
            is KtFile -> {
                return CallableId(owner.packageFqName, callableName)
            }
            else -> return null
        }
    }

private fun parseCallableId(rawString: String): CallableId {

Response:
val chunks = rawString.split('#')
    assert(chunks.size == 2) { "Invalid CallableId string format: $rawString" }

    val rawQualifier = chunks[0]
    val rawCallableName = chunks[1]

    val callableName = Name.identifier(rawCallableName)

    return when {<|endoftext|>


Prompt:
import org.jetbrains.kotlin.fir.symbols.impl.FirClassLikeSymbol
import org.jetbrains.kotlin.name.ClassId
import org.jetbrains.kotlin.name.FqName

/**
 * Compared to [resolveToPackageOrClass], does not perform the actual resolve.
 *

Response:
* Instead of it, it just looks for the longest existing package name prefix in the [fqName],
 * and assumes that the rest of the name (if present) is a relative class name.
 *
 * Given that [FqName.ROOT] package is always present in any [FirSymbolProvider],
 * this function **can never fail**.
 */<|endoftext|>


Prompt:
val version = if (row["scenario"].toString().endsWith(stableKotlinVersions)) {
                        stableKotlinVersions
                    } else {
                        currentKotlinVersion
                    }
                    row["tasks start median time"] into "Configuration: $version"
                    row["execution median time"] into "Execution: $version"
                }
            }

Response:
.rename { col(0) }.into("Scenario")
            .sortBy("Scenario")
            .reorderColumnsBy {
                // "Scenario" column should always be in the first place
                if (it.name() == "Scenario") "0000Scenario" else it.name()
            }
            .insert("Configuration diff from stable release") {<|endoftext|>


Prompt:
val lowerBound = expectedType.asFlexibleType().lowerBound
        val upperBound = expectedType.asFlexibleType().upperBound

        // Use site variance projection is always the same for flexible types
        if (lowerBound.constructor == upperBound.constructor) return
        // Anything is acceptable for raw types
        if (expectedType.unwrap() is RawTypeImpl) return

Response:
val correspondingSubType = TypeCheckingProcedure.findCorrespondingSupertype(expressionTypeWithSmartCast, lowerBound) ?: return

        assert(lowerBound.arguments.size == upperBound.arguments.size) {
            "Different arguments count in flexible bounds: " +
            "($lowerBound(${lowerBound.arguments.size})..$upperBound(${upperBound.arguments.size})"<|endoftext|>


Prompt:
package lib.case2.b

//fun C() : String = ""

object C {
    operator fun invoke() : Int = 1
}

// FILE: TestCase3.kt
// TESTCASE NUMBER: 3

package tests.case3

import lib.case3.b.C as B
import lib.case3.a.C as A

interface I
class A : I

Response:
class B : I

fun case3(){
    <!DEBUG_INFO_EXPRESSION_TYPE("tests.case3.A")!>A()<!>
    <!DEBUG_INFO_CALL("fqName: tests.case3.A.A; typeCall: function")!>A()<!>

    A.invoke()<|endoftext|>


Prompt:
task.javaOutputDir.set(javaCompileTask.flatMap { it.destinationDirectory })
                        task.kotlinCompileDestinationDirectory.set(kotlinCompileTask.flatMap { it.destinationDirectory })
                    }
                }
            }
        }

        internal fun configureLibraries(
            project: Project,

Response:
kotlinCompileTask: TaskProvider<out KotlinJvmCompile>,
            vararg paths: Any
        ) {
            project.whenKaptEnabled {
                val kaptGenerateStubsTaskName = getKaptTaskName(kotlinCompileTask.name, KAPT_GENERATE_STUBS_PREFIX)<|endoftext|>


Prompt:
// !DIAGNOSTICS: -UNUSED_PARAMETER -UNUSED_VARIABLE -UNCHECKED_CAST -UNUSED_EXPRESSION -UNREACHABLE_CODE

fun <K> materialize(): K = null as K
fun <K, T> materializeWithGenericArg(x: T): K = null as K

Response:
fun <K> id(x: K): K = null as K
fun <K> K.idFromReceiver(): K = null as K
fun <K> K.idFromReceiverWithArg(x: String): K = null as K

fun <S> select(x: S, y: S): S = x

class Foo<T> {
    fun idFromClassTypeArg(): T = null as T<|endoftext|>


Prompt:
}

    private fun isDirectlyExternal(declaration: KtDeclaration, descriptor: DeclarationDescriptor): Boolean {
        if (declaration is KtProperty && descriptor is PropertyAccessorDescriptor) return false

        return declaration.hasModifier(KtTokens.EXTERNAL_KEYWORD) ||
                AnnotationsUtils.hasAnnotation(descriptor, PredefinedAnnotation.NATIVE)

Response:
}

    private fun isPrivateMemberOfExternalClass(descriptor: DeclarationDescriptor): Boolean {
        if (descriptor is PropertyAccessorDescriptor && descriptor.visibility == descriptor.correspondingProperty.visibility) return false
        if (descriptor !is MemberDescriptor || descriptor.visibility != DescriptorVisibilities.PRIVATE) return false<|endoftext|>


Prompt:
// test.kt:22 mightThrow
// test.kt:23 mightThrow
// test.kt:8 foo
// test.kt:9 foo
// test.kt:11 foo
// test.kt:12 foo
// test.kt:26 mightThrow2
// test.kt:27 mightThrow2
// test.kt:14 foo
// test.kt:15 foo
// test.kt:11 foo

Response:
// test.kt:16 foo
// test.kt:31 box
// test.kt:32 box
// test.kt:5 foo
// test.kt:6 foo
// test.kt:22 mightThrow
// test.kt:23 mightThrow
// test.kt:8 foo
// test.kt:9 foo
// test.kt:11 foo
// test.kt:12 foo
// test.kt:26 mightThrow2<|endoftext|>


Prompt:
import org.jetbrains.kotlin.ir.util.substitute
import org.jetbrains.kotlin.resolve.jvm.jvmSignature.JvmMethodSignature
import org.jetbrains.org.objectweb.asm.Type
import org.jetbrains.org.objectweb.asm.commons.InstructionAdapter

abstract class IntrinsicFunction(

Response:
val expression: IrFunctionAccessExpression,
    val signature: JvmMethodSignature,
    val classCodegen: ClassCodegen,
    val argsTypes: List<Type>,
) {
    abstract fun genInvokeInstruction(v: InstructionAdapter)

    open fun invoke(
        v: InstructionAdapter,
        codegen: ExpressionCodegen,
        data: BlockInfo,<|endoftext|>


Prompt:
inline class IC(val x: Any)

fun box(): String {
    val k = IC("K")
    return roundtrip(Sam { s -> s + k.x })
        .get("O")
}

fun <T> roundtrip(x: T): T {
    val out1 = ByteArrayOutputStream()
    ObjectOutputStream(out1).writeObject(x)

Response:
return ObjectInputStream(ByteArrayInputStream(out1.toByteArray())).readObject() as T
}

// FILE: Sam.java
import java.io.*;

public interface Sam extends Serializable {
    String get(String s);
}<|endoftext|>


Prompt:
// Otherwise, we are interested in situation like: `a: Any? = 1 as Int?`
        return TypeUtils.isDontCarePlaceholder(expectedType)
    }

    private fun isExactTypeCast(candidateType: KotlinType, targetType: KotlinType): Boolean {
        return candidateType == targetType && candidateType.isExtensionFunctionType == targetType.isExtensionFunctionType
    }

Response:
private fun isUpcast(candidateType: KotlinType, targetType: KotlinType): Boolean {
        if (!KotlinTypeChecker.DEFAULT.isSubtypeOf(candidateType, targetType)) return false

        if (candidateType.isFunctionType && targetType.isFunctionType) {
            return candidateType.isExtensionFunctionType == targetType.isExtensionFunctionType
        }<|endoftext|>


Prompt:
val x = FirstModuleClass()
    x.externalNotNullMethod()<!UNNECESSARY_SAFE_CALL!>?.<!>foo()
    x.explicitNotNullMethod()<!UNNECESSARY_SAFE_CALL!>?.<!>foo()
}

fun String.foo() {

}
// MODULE: javaModule2

Response:
// FILE: three/SecondModuleClass.java
package three;

import org.jetbrains.annotations.NotNull;

public class SecondModuleClass {
    public static String staticExternalNotNullMethod() {
        return "";
    }

    @NotNull
    public static String staticExplicitNotNullMethod() {
        return "";
    }
}
// FILE: three/annotations.xml<|endoftext|>


Prompt:
assertIsPositiveZero(items.maxOf { it.compareTo(middle) * 0.0 })
        assertIsPositiveZero(items.maxOfOrNull { it.compareTo(middle) * 0.0 }!!)
    }

    @Test
    fun minMaxOfFloat() {
        val middle = 2.0

Response:
val items = doubleArrayOf(1.0, 2.0, Double.POSITIVE_INFINITY).apply { shuffle() }
        assertTrue(items.minOf { it.compareTo(middle).toFloat().pow(0.5F) }.isNaN())<|endoftext|>


Prompt:
membersBuilder.createPropertyField(parameter, usedNames, forceStatic = false)?.let(result::add)
        }

        if (!isInterface) {
            val isCompanion = this.classOrObject.safeAs<KtObjectDeclaration>()?.isCompanion() == true
            for (property in this.classOrObject.declarations.filterIsInstance<KtProperty>()) {

Response:
// All fields for companion object of classes are generated to the containing class
                // For interfaces, only @JvmField-annotated properties are generated to the containing class
                // Probably, the same should work for const vals but it doesn't at the moment (see KT-28294)
                if (isCompanion && (containingClass?.isInterface == false || property.isJvmField())) continue<|endoftext|>


Prompt:
import org.jetbrains.kotlin.test.services.defaultsProvider
import org.jetbrains.kotlin.test.services.moduleStructure

class CodegenWithFir2IrFakeOverrideGeneratorSuppressor(testServices: TestServices) : AfterAnalysisChecker(testServices) {
    override fun suppressIfNeeded(failedAssertions: List<WrappedException>): List<WrappedException> {

Response:
return when {
            !mainDirectiveEnabled -> failedAssertions
            suppressDirectiveEnabled ->
                if (failedAssertions.isEmpty())
                    listOf(
                        AssertionError("Looks like this test can be unmuted. Remove $IGNORE_CODEGEN_WITH_FIR2IR_FAKE_OVERRIDE_GENERATION directive.").wrap()
                    )
                else emptyList()<|endoftext|>


Prompt:
fun getKotlinClassifier(classId: ClassId) = classifiers[classId] ?: createClassifier(classId)

    fun createMockKotlinClassifier(classifier: KtClassOrObject?,
                                   ktFile: KtFile?,
                                   classId: ClassId) = MockKotlinClassifier(classId,
                                                                            classifier,
                                                                            ktFile,

Response:
this,
                                                                            javac)
            .apply { classifiers[classId] = this }

    fun hasPackage(packageFqName: FqName) = kotlinPackages.contains(packageFqName)

    private fun createClassifier(classId: ClassId): JavaClass? {
        kotlinFacadeClasses[classId]?.let {<|endoftext|>


Prompt:
* and calculates the next accumulator value.
 *
 * @sample samples.collections.Collections.Aggregates.reduceOrNull
 */
@SinceKotlin("1.4")
@ExperimentalUnsignedTypes
@kotlin.internal.InlineOnly

Response:
public inline fun UShortArray.reduceOrNull(operation: (acc: UShort, UShort) -> UShort): UShort? {
    if (isEmpty())
        return null
    var accumulator = this[0]
    for (index in 1..lastIndex) {
        accumulator = operation(accumulator, this[index])
    }
    return accumulator
}

/**<|endoftext|>


Prompt:
* Converts this [Byte] value to [Double].
     *
     * The resulting `Double` value represents the same numerical value as this `Byte`.
     */
    @kotlin.internal.IntrinsicConstEvaluation
    @TypedIntrinsic(IntrinsicType.SIGNED_TO_FLOAT)
    public external override fun toDouble(): Double

Response:
@kotlin.internal.IntrinsicConstEvaluation
    @GCUnsafeCall("Kotlin_Byte_toString")
    public external override fun toString(): String

    @kotlin.internal.IntrinsicConstEvaluation
    public override fun equals(other: Any?): Boolean =
        other is Byte && kotlin.native.internal.areEqualByValue(this, other)<|endoftext|>


Prompt:
// !DIAGNOSTICS: -UNUSED_EXPRESSION
// SKIP_TXT

/*
 * KOTLIN DIAGNOSTICS NOT LINKED SPEC TEST (NEGATIVE)
 *
 * SECTIONS: dfa
 * NUMBER: 17
 * DESCRIPTION: Raw data flow analysis test
 * HELPERS: classes, objects, typealiases, functions, enumClasses, interfaces, sealedClasses
 */

Response:
/*
 * TESTCASE NUMBER: 1
 * ISSUES: KT-28362
 */
fun case_1(x: Any) {
    if (x is Interface1) {
        if (x is Interface2) {
            <!DEBUG_INFO_EXPRESSION_TYPE("kotlin.Any & Interface1 & Interface2")!>x<!><|endoftext|>


Prompt:
//A != B is exactly the same as !((A as? Any)?.equals(B) ?: (B === null)) where equals is the method of kotlin.Any.

fun box():String{
    val x = A(true)
    val y = A(true)

    if ((x != y) == checkNotEquals(x, y)) {

Response:
if (x.isEqualsCalled && !y.isEqualsCalled)
            return "OK"
    }
    return "NOK"
}

fun checkNotEquals(A: Any?, B: Any?): Boolean {
    return !((A as? Any)?.equals(B) ?: (B === null))
}

data class A(val a: Boolean) {<|endoftext|>


Prompt:
// FIR_IDENTICAL
// !DIAGNOSTICS: -UNUSED_VARIABLE -UNUSED_PARAMETER
// JSR305_GLOBAL_REPORT: strict

// FILE: MyNullable.java
import javax.annotation.*;
import java.lang.annotation.Documented;
import java.lang.annotation.Retention;

Response:
import java.lang.annotation.RetentionPolicy;

import javax.annotation.meta.TypeQualifierNickname;
import javax.annotation.meta.When;

@Documented
@TypeQualifierNickname
@Nonnull(when = When.NEVER)
@Retention(RetentionPolicy.RUNTIME)
public @interface MyNullable {

}

// FILE: A.java<|endoftext|>


Prompt:
8 -> "Double"
        else -> error("Real constant with unexpected size of $size.")
    }
}.let { Classifier.topLevel(cinteropInternalPackage, "ConstantValue").nested(it) }

/**
 * Returns the original name of the given type.
 */
val StubType.underlyingTypeFqName: String
    get() = when (this) {

Response:
is ClassifierStubType -> classifier.fqName
        is AbbreviatedType -> underlyingType.underlyingTypeFqName
        is FunctionalType -> classifier.fqName
        is TypeParameterType -> name
    }<|endoftext|>


Prompt:
val unwind = when (exceptionHandler) {
                ExceptionHandler.Caller -> cleanupLandingpad
                is ExceptionHandler.Local -> exceptionHandler.unwind

                ExceptionHandler.None -> {
                    // When calling a function that is not marked as nounwind (can throw an exception),
                    // it is required to specify an unwind label to handle exceptions properly.

Response:
// Runtime C++ function can be marked as non-throwing using `RUNTIME_NOTHROW`.
                    val functionName = llvmCallable.name
                    val message =
                            "no exception handler specified when calling function $functionName without nounwind attr"
                    throw IllegalArgumentException(message)
                }
            }

            val position = position()
            val endLocation = position?.end<|endoftext|>


Prompt:
"Last parameter type of suspend function must be Continuation, but it is $fqName"
                    }
                    suspendParameterType = parameterType
                    continue
                }
            }
            val annotations = c.components.annotationLoader.loadTypeAnnotations(parameterType, c.nameResolver)

            fun getFunctionTypeParameterName(annotations: List<AnnotationWithArgs>): String? {

Response:
for (annotationWithArgs in annotations) {
                    if (annotationWithArgs.classId.asSingleFqName() == StandardNames.FqNames.parameterName) {
                        return (annotationWithArgs.args.values.firstOrNull() as? StringValue)?.value
                    }
                }
                return null
            }

            val parameter = KotlinParameterStubImpl(
                parameterList,<|endoftext|>


Prompt:
import org.jetbrains.kotlin.incremental.storage.saveToFile
import org.jetbrains.kotlin.name.ClassId

object ClasspathSnapshotShrinker {

    /**
     * Shrinks the given classes by retaining only classes that are referenced by the lookup symbols stored in the given [LookupStorage].
     */
    fun shrinkClasspath(

Response:
allClasses: List<AccessibleClassSnapshot>,
        lookupStorage: LookupStorage,
        metrics: MetricsReporter = MetricsReporter()
    ): List<AccessibleClassSnapshot> {
        val lookupSymbols = metrics.getLookupSymbols {
            lookupStorage.lookupSymbols
        }
        return shrinkClasses(allClasses, lookupSymbols, metrics)<|endoftext|>


Prompt:
private fun KotlinTypeMapper.mapTypeSafe(type: KotlinType, forceBoxed: Boolean) = when {
            type.isError -> Type.getObjectType("java/lang/Object")
            else -> mapType(type, null, if (forceBoxed) TypeMappingMode.GENERIC_ARGUMENT else TypeMappingMode.DEFAULT)
        }

        fun get(

Response:
type: KotlinType,
                asmType: Type,
                context: ParcelSerializerContext,
                forceBoxed: Boolean = false,
                strict: Boolean = false
        ): ParcelSerializer {
            val typeMapper = context.typeMapper

            val className = asmType.className<|endoftext|>


Prompt:
class X(val ok: String) {
    fun y(): String = ok
}

fun box(): String {
    val x = X("OK")
    val y = x::y
    return y()
}

//fun y(): String = "OK"
//
//fun box(): String {
//    val y = ::y
//    return y.invoke()
//}

//val x = "OK"
//

Response:
//fun box(): String {
//    val x = ::x
//    return x.get()
//}<|endoftext|>


Prompt:
// val _a = atomic(77)
                    // var a: Int by _a
                    // This is the delegate getValue operator of property `a`, which should be transformed to getting the value of the original atomic `_a`
                    // operator fun getValue(thisRef: Any?, property: kotlin.reflect.KProperty<*>) {
                    //  return thisRef._a
                    // }

Response:
val dispatchReceiver = expression.getValueArgument(0)?.let {
                        if (it.isConstNull()) null else it
                    }
                    val fieldAccessors = listOf(
                        context.buildFieldAccessor(originalField, dispatchReceiver, false),
                        context.buildFieldAccessor(originalField, dispatchReceiver, true)
                    )
                    return buildCall(<|endoftext|>


Prompt:
if (a1.toString() != "@test.A()") return "Fail: toString does not correspond to the documentation of java.lang.annotation.Annotation#toString: $a1"

    val a2 = createA.call()
    if (a1 === a2) return "Fail: instances created by the constructor should be different"

Response:
if (a1 != a2) return "Fail: any instance of A should be equal to any other instance of A"
    if (a1.hashCode() != a2.hashCode()) return "Fail: hash codes of equal instances should be equal"<|endoftext|>


Prompt:
public actual fun String.toLowerCase(): String = lowercaseImpl()

/**
 * Returns a copy of this string converted to lower case using Unicode mapping rules of the invariant locale.
 *
 * This function supports one-to-many and many-to-one character mapping,
 * thus the length of the returned string can be different from the length of the original string.
 *
 * @sample samples.text.Strings.lowercase
 */

Response:
@SinceKotlin("1.5")
@WasExperimental(ExperimentalStdlibApi::class)
public actual fun String.lowercase(): String = lowercaseImpl()

/**
 * Returns a [CharArray] containing characters of this string.
 */
public actual fun String.toCharArray(): CharArray = toCharArray(this, CharArray(length), 0, 0, length)<|endoftext|>


Prompt:
implementedAsIntrinsic

@PublishedApi
@WasmOp(WasmOp.I64_SHR_U)
internal fun wasm_i64_shr_u(a: Long, b: Long): Long =
    implementedAsIntrinsic

@WasmOp(WasmOp.I64_ROTL)

Response:
internal fun wasm_i64_rotl(a: Long, b: Long): Long =
    implementedAsIntrinsic

@WasmOp(WasmOp.I64_ROTR)
internal fun wasm_i64_rotr(a: Long, b: Long): Long =
    implementedAsIntrinsic

@WasmOp(WasmOp.F32_ADD)<|endoftext|>


Prompt:
// !DIAGNOSTICS: -UNUSED_PARAMETER
annotation class Ann1
annotation class Ann2(val x: Int)

class A {
    @Ann1
    constructor()
    @<!NO_VALUE_FOR_PARAMETER!>Ann2<!>
    constructor(x1: Int)
    @Ann2(2)

Response:
constructor(x1: Int, x2: Int)
}<|endoftext|>


Prompt:
is CirTypeAliasType -> computeExpandedType(this).unabbreviate()
}

internal tailrec fun computeExpandedType(underlyingType: CirClassOrTypeAliasType): CirClassType {
    return when (underlyingType) {
        is CirClassType -> underlyingType
        is CirTypeAliasType -> computeExpandedType(underlyingType.underlyingType)
    }
}

Response:
@Suppress("unused", "NOTHING_TO_INLINE")
internal inline fun CirDeclaration.unsupported(): Nothing = error("This method should never be called on ${this::class.java}, $this")

internal fun CirClassOrTypeAliasType.withParentArguments(
    parentArguments: List<CirTypeProjection>
): CirClassOrTypeAliasType {<|endoftext|>


Prompt:
@Deprecated(message = "", level = DeprecationLevel.HIDDEN) <!CONFLICTING_OVERLOADS!>constructor(arg: UserKlass)<!>
}
<!CONFLICTING_OVERLOADS!>fun TestIdenticalValueParameters(arg: UserKlass)<!> {}

class TestIdenticalValueParametersReverse {

Response:
<!CONFLICTING_OVERLOADS!>constructor(arg: UserKlass)<!>
}
<!CONFLICTING_OVERLOADS!>@Deprecated(message = "", level = DeprecationLevel.HIDDEN) fun TestIdenticalValueParametersReverse(arg: UserKlass)<!> {}

class TestDifferentlyNamedValueParameters {<|endoftext|>


Prompt:
require(x is String)
        x += ""
        runWithoutContract {
            x.length
        }
    }
}

fun test4() {
    var x: Any? = materialize()
    for (i in 1..10) {
        require(x is Int)
        x++
        atLeastOnce {
            x.inc()
        }
    }
}

Response:
fun test5() {
    var x: Any? = materialize()
    for (i in 1..10) {
        require(x is Int)
        x++
        exactlyOnce {
            x.inc()
        }
    }
}

fun test6() {
    var x: Any? = materialize()
    for (i in 1..10) {
        require(x is Int)<|endoftext|>


Prompt:
val closureCallExports = mutableMapOf<String, IrSimpleFunction>()
    val kotlinClosureToJsConverters = mutableMapOf<String, IrSimpleFunction>()
    val jsClosureCallers = mutableMapOf<String, IrSimpleFunction>()
    val jsToKotlinClosures = mutableMapOf<String, IrSimpleFunction>()

    val jsModuleAndQualifierReferences =

Response:
mutableSetOf<JsModuleAndQualifierReference>()

    override val coroutineSymbols =
        JsCommonCoroutineSymbols(symbolTable, module,this)

    override val jsPromiseSymbol: IrClassSymbol?
        get() = if (isWasmJsTarget) wasmSymbols.jsRelatedSymbols.jsPromise else null<|endoftext|>


Prompt:
public <P extends I1 & I3 & I2> void foo(P p) {}
    }

    public static class DerivedRaw extends Base {
        public void foo(I1 p) {}
    }
}

// FILE: main.kt
interface KI1
interface KI2
interface KI12 : KI1, KI2

open class KBase {
    open fun <P> foo()

Response:
where P : KI1, P : KI2 {}
}

class KDerived : KBase() {
    override fun <P> foo()
    where P : KI2, P : KI1 {}
}

fun callJava(derived: Test.Derived, derivedRaw: Test.DerivedRaw, v: Test.I123) {
    derived.foo(v)<|endoftext|>


Prompt:
abstract class AbstractParcelBytecodeListingTest : AbstractAsmLikeInstructionListingTest() {
    override fun setupEnvironment(environment: KotlinCoreEnvironment) {
        AndroidComponentRegistrar.registerParcelExtensions(environment.project)
        addAndroidExtensionsRuntimeLibrary(environment)
        environment.updateClasspath(listOf(JvmClasspathRoot(AbstractParcelBoxTest.layoutlibJar)))
    }

Response: }<|endoftext|>


Prompt:
branches.add(IrBranchImpl(leftOperand, constTrue(leftOperand.startOffset, leftOperand.endOffset)))
                        branches.add(elseBranch(rightOperand))
                    }
                }
            }
        }
    }
}

val KtSourceElement.isChildOfForLoop: Boolean
    get() =

Response:
if (this is KtPsiSourceElement) psi.parent is KtForExpression
        else treeStructure.getParent(lighterASTNode)?.tokenType == KtNodeTypes.FOR

val KtSourceElement.operationToken: IElementType?
    get() {
        assert(elementType == KtNodeTypes.BINARY_EXPRESSION)<|endoftext|>


Prompt:
when (stackValue) {
                is StackValue.Constant -> {
                    val value = stackValue.value
                    if (value is String && (value.contains("\u0001") || value.contains("\u0002"))) {
                        items.add(Item.constant(value)) //strings with special symbols generated via bootstrap

Response:
} else if (value is Char && (value == 1.toChar() || value == 2.toChar())) {
                        items.add(Item.constant(value.toString())) //strings with special symbols generated via bootstrap
                    } else {
                        items.add(Item.inlinedConstant(value.toString()))
                    }
                    return
                }
                TRUE -> {<|endoftext|>


Prompt:
if (!eqLF(null, null)) throw Exception()
}

fun testNull0() {
    if (eqDI(null, 0)) throw Exception()
    if (eqDL(null, 0L)) throw Exception()
    if (eqID(null, 0.0)) throw Exception()
    if (eqLD(null, 0.0)) throw Exception()
    if (eqFI(null, 0)) throw Exception()

Response:
if (eqFL(null, 0L)) throw Exception()
    if (eqIF(null, 0.0F)) throw Exception()
    if (eqLF(null, 0.0F)) throw Exception()
}

fun test0Null() {
    if (eqDI(0.0, null)) throw Exception()
    if (eqDL(0.0, null)) throw Exception()<|endoftext|>


Prompt:
override fun factoryForInvoke(variable: ResolutionCandidate, useExplicitReceiver: Boolean):
                Pair<ReceiverValueWithSmartCastInfo, CandidateFactory<ResolutionCandidate>>? {
            if (isRecursiveVariableResolution(variable)) return null

            assert(variable.isSuccessful) {
                "Variable call should be successful: $variable " +

Response:
"Descriptor: ${variable.resolvedCall.candidateDescriptor}"
            }
            val variableCallArgument = createReceiverCallArgument(variable)

            val explicitReceiver = kotlinCall.explicitReceiver
            val callForInvoke = if (useExplicitReceiver && explicitReceiver != null) {<|endoftext|>


Prompt:
// WITH_STDLIB
// IGNORE_BACKEND: JVM
// WORKS_WHEN_VALUE_CLASS
// LANGUAGE: +ValueClasses

abstract class C<T> {
    fun foo(v: T?, x: (T) -> Any?) = v?.let { x(it) }
}

OPTIONAL_JVM_INLINE_ANNOTATION

Response:
value class V(val value: Any?)

class D : C<V>()

fun box() = D().foo(V("OK")) { it.value } as String<|endoftext|>


Prompt:
import org.jetbrains.kotlin.ir.symbols.impl.IrAnonymousInitializerSymbolImpl
import org.jetbrains.kotlin.ir.util.isFileClass
import org.jetbrains.kotlin.ir.util.parentAsClass
import org.jetbrains.kotlin.ir.util.remapReceiver

Response:
import org.jetbrains.kotlin.ir.util.transformDeclarationsFlat
import org.jetbrains.kotlin.ir.visitors.IrElementTransformerVoid

@PhaseDescription(
    name = "SingletonOrConstantDelegation",
    description = "Optimize `val x by ConstOrSingleton`: there is no need to store the value in a field"
)<|endoftext|>


Prompt:
fun foo(s: String, f: (String)->Int) = f(s)
fun foo(a: Any, f: (Any)->Int) = f(a)
//appropriate function
fun foo(i: Int, f: (Int)->Int) = f(i)

fun test() {
    foo(1) { x1: Int ->
        foo(2) { x2: Int ->

Response:
foo(3) { x3: Int ->
                foo(4) { x4: Int ->
                    foo(5) { x5: Int ->
                        x1 + x2 + x3 + x4 + x5 + A.iii
                    }
                }
            }
        }
    }
}<|endoftext|>


Prompt:
fun inline() = inlineFunction(callSite, callee, callee.originalFunction, true)

        private fun <E : IrElement> E.copy(): E {
            @Suppress("UNCHECKED_CAST")
            return copyIrElement.copy(this) as E
        }

        private fun inlineFunction(
            callSite: IrFunctionAccessExpression,
            callee: IrFunction,

Response:
originalInlinedElement: IrElement,
            performRecursiveInline: Boolean
        ): IrReturnableBlock {
            val copiedCallee = callee.copy().apply {
                parent = callee.parent
                if (performRecursiveInline) {
                    body?.transformChildrenVoid()
                    valueParameters.forEachIndexed { index, param -><|endoftext|>


Prompt:
// MODULE: m1-common
// FILE: common.kt
<!EXPECT_ACTUAL_INCOMPATIBILITY{JVM}!>expect interface Foo {
    <!EXPECT_ACTUAL_INCOMPATIBILITY{JVM}!>fun foo(p: Int = 1)<!>
}<!>

// MODULE: m2-jvm()()(m1-common)

Response:
// FILE: jvm.kt
interface Base1 {
    fun foo(p: Int)
}

interface Base2 {
    fun foo(p: Int)
}

@Suppress("ACTUAL_CLASSIFIER_MUST_HAVE_THE_SAME_SUPERTYPES_AS_NON_FINAL_EXPECT_CLASSIFIER_WARNING")<|endoftext|>


Prompt: baz1LambdaVar\4$iv:int=1:int, baz1Param\5$iv:int=2:int, $i$f$baz1\5\60:int=0:int, baz1Var\5$iv:int=3:int

Response: // library.kt:35 box: mainVar:int=1:int, fooParam$iv:int=1:int, $i$f$foo:int=0:int, fooVar$iv:int=1:int, bazParam\1$iv:int=1:int, $i$f$baz\1\7:int=0:int, bazVar\1$iv:int=3:int,<|endoftext|>


Prompt:
@kotlin.SinceKotlin(version = "1.3")
@kotlin.ExperimentalUnsignedTypes
@kotlin.internal.InlineOnly
public inline operator fun kotlin.UByteArray.component4(): kotlin.UByte

@kotlin.SinceKotlin(version = "1.3")
@kotlin.ExperimentalUnsignedTypes

Response:
@kotlin.internal.InlineOnly
public inline operator fun kotlin.UIntArray.component4(): kotlin.UInt

@kotlin.SinceKotlin(version = "1.3")
@kotlin.ExperimentalUnsignedTypes
@kotlin.internal.InlineOnly
public inline operator fun kotlin.ULongArray.component4(): kotlin.ULong<|endoftext|>


Prompt:
assertTrue(moduleFiles.size == 1, "Multiple .module files in $publicationDirectory: $moduleFiles")

                    val moduleFile = moduleFiles.single()
                    val moduleFileText = moduleFile.readText()
                    assertTrue("AgpVersionAttr" !in moduleFileText, ".module file $moduleFile leaks AgpVersionAttr")
                }
            }
        }
    }

Response:
// TODO: improve it via KT-63409
    @DisplayName("produced artifacts are consumable by projects with various AGP versions")
    @GradleAndroidTest
    fun testAndroidMultiplatformPublicationAGPCompatibility(
        gradleVersion: GradleVersion,
        agpVersion: String,
        jdkVersion: JdkVersions.ProvidedJdk,
        @TempDir tempDir: Path
    ) {<|endoftext|>


Prompt:
open class B1 {
    constructor(x: Int = 1)
    constructor()
}

class A1 : B1 {
    constructor()
    constructor(x: Int) : super()
}

// --------------------------

open class B2 {
    constructor(x: Int)
    constructor(x: String)
}

class A2 : B2 {

Response:
<!EXPLICIT_DELEGATION_CALL_REQUIRED!>constructor()<!>
    constructor(x: Int) : <!NONE_APPLICABLE!>super<!>()
}

// --------------------------

open class B3 {
    private constructor()
}

class A3 : B3 {<|endoftext|>


Prompt:
get() = modality == Modality.FINAL && kind != ClassKind.ENUM_CLASS

val IrTypeParametersContainer.classIfConstructor get() = if (this is IrConstructor) parentAsClass else this

fun IrValueParameter.copyTo(
    irFunction: IrFunction,
    origin: IrDeclarationOrigin = this.origin,
    index: Int = this.index,

Response:
startOffset: Int = this.startOffset,
    endOffset: Int = this.endOffset,
    name: Name = this.name,
    remapTypeMap: Map<IrTypeParameter, IrTypeParameter> = mapOf(),
    type: IrType = this.type.remapTypeParameters(
        (parent as IrTypeParametersContainer).classIfConstructor,
        irFunction.classIfConstructor,<|endoftext|>


Prompt:
configurations.forEach { configuration ->
                    configuration.incoming.beforeResolve {
                        println("Resolving ${'$'}configuration")
                        if (!ready) {
                            throw ${if (kts) "" else "new"} GradleException("${'$'}configuration is being resolved at configuration time")
                        }
                    }
                }
            }
            // KT-45834 end

Response:
""".trimIndent()
        )

        build(
            "assemble",
            "-m"
        )
    }
}<|endoftext|>


Prompt:
val functionExpr = expression.findSamFunctionExpr()
        if (functionExpr != null && expression.typeOperand.isComposableFunInterface()) {
            val argument = functionExpr.transform(this, null) as IrFunctionExpression
            val superType = expression.typeOperand
            val superClass = superType.classOrNull ?: error("Expected non-null class")
            return FunctionReferenceBuilder(

Response:
argument,
                superClass,
                superType,
                currentDeclarationParent!!,
                context,
                currentScope!!.scope.scopeOwnerSymbol,
                IrTypeSystemContextImpl(context.irBuiltIns)
            ).build()
        }
        return super.visitTypeOperator(expression)
    }
}

private fun IrType.isComposableFunInterface(): Boolean =
    classOrNull<|endoftext|>


Prompt: ExpectedData(0xa927ed8b2bf09bb6UL, 0x6e65ec14a8fb565UL, 0x34bff6f2ee5a7f79UL, 0x2e329a5be2c011bUL, 0x73161c93331b14f9UL),

Response: ExpectedData(0x8d25746414aedf28UL, 0x379f76458a3c8957UL, 0x79dd080f9843af77UL, 0xc46f0a7847f60c1dUL, 0xaf1579c5797703ccUL),<|endoftext|>


Prompt:
if (dispatchReceiver.hasUnsignedType() || extensionReceiver.hasUnsignedType()) return true
            if ((0 until this.valueArgumentsCount).any { getValueArgument(it)?.type?.isUnsigned() == true }) return true
            return false
        }
    }

Response:
class OnlyIntrinsicConst(private val isFloatingPointOptimizationDisabled: Boolean = false) : EvaluationMode() {
        override fun canEvaluateFunction(function: IrFunction): Boolean {
            if (isFloatingPointOptimizationDisabled && function.isFloatingPointOperation()) return false<|endoftext|>


Prompt:
}

// FILE: 2.kt

import test.*

fun box(): String {

    val z = 1;

    val p = z[2, { 3 }]
    if (p != 106) return "fail 1: $p"

    val captured = 3;
    z[2, { captured } ] = p
    if (res != 112) return "fail 2: $res"

Response:
return "OK"
}<|endoftext|>


Prompt:
package org.jetbrains.kotlin.cli.jvm.compiler

import com.intellij.openapi.vfs.VirtualFile
import com.intellij.psi.search.GlobalSearchScope
import com.intellij.util.SmartList
import org.jetbrains.kotlin.cli.common.messages.CompilerMessageLocation

Response:
import org.jetbrains.kotlin.cli.common.messages.CompilerMessageSeverity.ERROR
import org.jetbrains.kotlin.cli.common.messages.CompilerMessageSeverity.LOGGING
import org.jetbrains.kotlin.cli.common.messages.MessageCollector
import org.jetbrains.kotlin.cli.jvm.index.JavaRoot<|endoftext|>


Prompt:
@kotlin.internal.IntrinsicConstEvaluation
    public open override fun toChar(): kotlin.Char

    @kotlin.internal.IntrinsicConstEvaluation
    public open override fun toDouble(): kotlin.Double

    @kotlin.internal.IntrinsicConstEvaluation
    public open override fun toFloat(): kotlin.Float

Response:
@kotlin.internal.IntrinsicConstEvaluation
    public open override fun toInt(): kotlin.Int

    @kotlin.internal.IntrinsicConstEvaluation
    public open override fun toLong(): kotlin.Long

    @kotlin.internal.IntrinsicConstEvaluation
    public open override fun toShort(): kotlin.Short<|endoftext|>


Prompt:
private fun IrElement.toSourceElement(containingIrFile: IrFile) =
        (PsiSourceManager.findPsiElement(this, containingIrFile)?.let(::KtRealPsiSourceElement)
            ?: sourceElement())

    override fun at(irElement: IrElement, containingIrDeclaration: IrDeclaration): DiagnosticContextImpl =
        at(irElement, containingIrDeclaration.file)

Response:
override fun at(irDeclaration: IrDeclaration): DiagnosticContextImpl =
        at(irDeclaration, irDeclaration.file)

    override fun at(irElement: IrElement, containingIrFile: IrFile): DiagnosticContextImpl =
        at(irElement.toSourceElement(containingIrFile), irElement, containingIrFile)

    override fun at(<|endoftext|>


Prompt:
check(js("Number"), 23)
    check(js("Number"), 23.0F)
    check(js("Number"), 23.0)

    assertEquals("Long", Long::class.simpleName)
    assertEquals("Long", 23L::class.simpleName)
    if (testUtils.isLegacyBackend()) {
        assertEquals("BoxedChar", Char::class.simpleName)

Response:
assertEquals("BoxedChar", '@'::class.simpleName)
    } else {
        assertEquals("Char", Char::class.simpleName)
        assertEquals("Char", '@'::class.simpleName)
    }
    assertEquals("RuntimeException", RuntimeException::class.simpleName)
    assertEquals("RuntimeException", RuntimeException()::class.simpleName)<|endoftext|>


Prompt:
suspend fun test() = bar().s.x
}

fun Int.toBoxResult() =
    if (this == 42) "OK" else toString()

fun box(): String {
    builder {
        Test1().test().toBoxResult()
    }
    c?.resumeWithException(IllegalStateException("OK"))

    if (result != "OK") return "FAIL 1 $result"

Response:
result = "FAIL2"

    builder {
        Test2().test().toBoxResult()
    }
    c?.resumeWithException(IllegalStateException("OK"))

    if (result != "OK") return "FAIL 2 $result"

    result = "FAIL 3"

    builder {
        Test3().test().toBoxResult()
    }<|endoftext|>


Prompt:
// !OPT_IN: kotlin.contracts.ExperimentalContracts

/*
 * KOTLIN DIAGNOSTICS NOT LINKED SPEC TEST (POSITIVE)
 *
 * SECTIONS: contracts, analysis, smartcasts
 * NUMBER: 9
 * DESCRIPTION: Smartcast using complex condition with some contract functions (Returns effect).
 * HELPERS: typesProvider, contractFunctions
 */

// FILE: contracts.kt

Response:
package contracts

import kotlin.contracts.*

// TESTCASE NUMBER: 4
fun <T> T?.case_4(): Boolean {
    contract { returns(true) implies (this@case_4 != null) }
    return this@case_4 != null
}
fun <T> T?.case_4_1(): Boolean {<|endoftext|>


Prompt:
Checks(listOf(INC, DEC), MemberOrExtension) {
            val receiver = dispatchReceiverParameter ?: extensionReceiverParameter
            ensure(receiver != null && ((returnType?.isSubtypeOf(receiver.type) ?: false) || incDecCheckForExpectClass(receiver))) {
                "receiver must be a supertype of the return type"
            }
        },

Response:
Checks(ASSIGNMENT_OPERATIONS, MemberOrExtension, ReturnsUnit, SingleValueParameter, NoDefaultAndVarargsCheck),
        Checks(COMPONENT_REGEX, MemberOrExtension, NoValueParameters)
    )

    /**
     * See KT-49714
     * Workaround for mismatching types of an implicit dispatch receiver inside an `expect` class<|endoftext|>


Prompt:
public interface Function11<in P1, in P2, in P3, in P4, in P5, in P6, in P7, in P8, in P9, in P10, in P11, out R> : Function<R> {
    /** Invokes the function with the specified arguments. */

Response:
public operator fun invoke(p1: P1, p2: P2, p3: P3, p4: P4, p5: P5, p6: P6, p7: P7, p8: P8, p9: P9, p10: P10, p11: P11): R
}
/** A function that takes 12 arguments. */<|endoftext|>


Prompt:
}

            extractAnnotations().takeIf { it.isNotEmpty() }?.let { state.rememberAnnotations(it) }

            for (index in 0 until argumentsCount()) {
                val type = getArgument(index)
                //skip in/out variance for now it's not clear should type annotations on wildcard bound be supported or not

Response:
if (type.getVariance() == TypeVariance.INV) {
                    when {
                        this@gatherTypeAnnotations.isArrayOrNullableArray() -> type.getType().process("[")
                        else -> type.getType().process("$index;")
                    }
                }
            }
        }
    }

    fun KotlinTypeMarker.process(step: String) {<|endoftext|>


Prompt:
@JvmField
    val COMPOSABLE_SUSPEND_FUN =
        DiagnosticFactory0.create<PsiElement>(
            Severity.ERROR
        )

    @JvmField
    val ABSTRACT_COMPOSABLE_DEFAULT_PARAMETER_VALUE =
        DiagnosticFactory0.create<PsiElement>(
            Severity.ERROR
        )

Response:
@JvmField
    val COMPOSABLE_FUN_MAIN =
        DiagnosticFactory0.create<PsiElement>(
            Severity.ERROR
        )

    @JvmField
    val CAPTURED_COMPOSABLE_INVOCATION =
        DiagnosticFactory2.create<PsiElement, DeclarationDescriptor, DeclarationDescriptor>(
            Severity.ERROR
        )<|endoftext|>


Prompt:
when (val kind = element.kind) {
                is PropertyStub.Kind.Constant -> {
                    out("${modality}const val $header = ${renderValueUsage(kind.constant)}")
                }
                is PropertyStub.Kind.Val -> {
                    val shouldWriteInline = kind.getter.let {

Response:
(it is PropertyAccessor.Getter.SimpleGetter && it.constant != null)
                                // We should render access to constructor parameter inline.
                                // Otherwise, it may be access to the property itself. (val f: Any get() = f)
                                || it is PropertyAccessor.Getter.GetConstructorParameter
                    }
                    if (shouldWriteInline) {<|endoftext|>


Prompt:
isStandaloneTest -> Unit
                    file.packageFqName.startsWith(StandardNames.BUILT_INS_PACKAGE_NAME) -> {
                        // We can't fully patch packages for tests containing source code in any of kotlin.* packages.
                        // So, such tests should be run in standalone mode to avoid possible signature clashes with other tests.
                        isStandaloneTest = true
                    }

Response:
else -> super.visitKtFile(file)
                }
            })
        }

        isStandaloneTest
    }

    /**
     * For every Kotlin file (*.kt) stored in this text:
     *
     * - If there is a "package" declaration, patch it to prepend unique package prefix.<|endoftext|>


Prompt:
*/
public actual interface KProperty<out V> : KCallable<V>

public actual interface KProperty0<out V> : kotlin.reflect.KProperty<V>, () -> V {

    public actual fun get(): V

    public override abstract operator fun invoke(): V
}

Response:
public actual interface KProperty1<T, out V> : kotlin.reflect.KProperty<V>, (T) -> V {
    public actual fun get(receiver: T): V

    public override operator fun invoke(p1: T): V
}

public actual interface KProperty2<D, E, out V> : kotlin.reflect.KProperty<V>, (D, E) -> V {<|endoftext|>


Prompt:
initializer = initializer?.transform(transformer, data)
        return this
    }

    override fun <D> transformDelegate(transformer: FirTransformer<D>, data: D): FirEnumEntryImpl {
        return this
    }

    override fun <D> transformGetter(transformer: FirTransformer<D>, data: D): FirEnumEntryImpl {
        return this

Response:
}

    override fun <D> transformSetter(transformer: FirTransformer<D>, data: D): FirEnumEntryImpl {
        return this
    }

    override fun <D> transformBackingField(transformer: FirTransformer<D>, data: D): FirEnumEntryImpl {
        backingField = backingField?.transform(transformer, data)
        return this
    }<|endoftext|>


Prompt:
package org.jetbrains.kotlin.backend.jvm.lower

import org.jetbrains.kotlin.backend.common.phaser.PhaseDescription
import org.jetbrains.kotlin.backend.jvm.JvmBackendContext
import org.jetbrains.kotlin.ir.declarations.IrFile

Response:
import org.jetbrains.kotlin.ir.inline.FunctionInlining

@PhaseDescription(
    name = "FunctionInliningPhase",
    description = "Perform function inlining",
    prerequisite = [JvmExpectDeclarationRemover::class]
)
class JvmIrInliner(context: JvmBackendContext) : FunctionInlining(
    context,<|endoftext|>


Prompt:
package org.jetbrains.kotlin.konan.target

interface TargetManager {
    val target: KonanTarget
    val targetName: String
    fun list()
}

internal class TargetManagerImpl(val userRequest: String?, val hostManager: HostManager) : TargetManager {
    override val target = determineCurrent()
    override val targetName
        get() = target.visibleName

Response:
override fun list() {
        hostManager.enabled.forEach {
            val isDefault = if (it == target) " (default)" else ""
            val isDeprecated = if (it in KonanTarget.deprecatedTargets) " (deprecated)" else ""
            println("${it.visibleName}$isDefault$isDeprecated")
        }
    }

    private fun determineCurrent(): KonanTarget {<|endoftext|>


Prompt:
import org.jetbrains.kotlin.fir.types.ConeKotlinType
import org.jetbrains.kotlin.fir.visitors.FirTransformer
import org.jetbrains.kotlin.fir.visitors.FirVisitor
import org.jetbrains.kotlin.name.Name

/**

Response:
* Generated from: [org.jetbrains.kotlin.fir.tree.generator.FirTreeBuilder.incrementDecrementExpression]
 */
abstract class FirIncrementDecrementExpression : FirExpression() {
    abstract override val source: KtSourceElement?
    @UnresolvedExpressionTypeAccess
    abstract override val coneTypeOrNull: ConeKotlinType?<|endoftext|>


Prompt:
package kotlin.collections

import kotlin.native.concurrent.isFrozen
import kotlin.native.FreezingIsDeprecated

@OptIn(FreezingIsDeprecated::class)
public actual class HashMap<K, V> private constructor(
    // keys in insert order
    private var keysArray: Array<K>,

Response:
// values in insert order, allocated only when actually used, always null in pure HashSet
    private var valuesArray: Array<V>?,
    // hash of a key by its index, -1 if a key at that index was removed
    private var presenceArray: IntArray,
    // (index + 1) of a key by its hash, 0 if there is no key with that hash, -1 if collision chain continues to the hash-1<|endoftext|>


Prompt:
import org.jetbrains.kotlin.analysis.api.renderer.types.renderers.KtFunctionalTypeRenderer
import org.jetbrains.kotlin.analysis.api.renderer.types.renderers.KtUsualClassTypeRenderer
import org.jetbrains.kotlin.analysis.api.symbols.*

Response:
import org.jetbrains.kotlin.analysis.api.symbols.markers.KtSymbolWithTypeParameters
import org.jetbrains.kotlin.analysis.api.symbols.pointers.KtPsiBasedSymbolPointer
import org.jetbrains.kotlin.analysis.api.symbols.pointers.KtSymbolPointer<|endoftext|>


Prompt:
is KtNamedDeclaration -> element.nameIdentifier
                is KtFile -> element.packageDirective!!.nameIdentifier
                else -> null
            }

            if (nameIdentifier == null && element is KtObjectDeclaration) return DEFAULT.mark(element)

            return markElement(nameIdentifier ?: element)
        }
    }

    @JvmField

Response:
val FOR_UNRESOLVED_REFERENCE: PositioningStrategy<KtReferenceExpression> = object : PositioningStrategy<KtReferenceExpression>() {
        override fun mark(element: KtReferenceExpression): List<TextRange> {
            if (element is KtArrayAccessExpression) {
                val ranges = element.bracketRanges
                if (!ranges.isEmpty()) {<|endoftext|>


Prompt:
import org.jetbrains.kotlin.resolve.scopes.receivers.ExpressionReceiver
import org.jetbrains.kotlin.types.*
import org.jetbrains.kotlin.types.TypeUtils.DONT_CARE
import org.jetbrains.kotlin.types.expressions.ControlStructureTypingUtils.ResolveConstruct

Response:
import org.jetbrains.kotlin.types.expressions.ExpressionTypingUtils
import org.jetbrains.kotlin.types.typeUtil.makeNullable

val SPECIAL_FUNCTION_NAMES = ResolveConstruct.entries.map { it.specialFunctionName }.toSet()

class GenericCandidateResolver(
    private val argumentTypeResolver: ArgumentTypeResolver,<|endoftext|>


Prompt: ExpectedData(0x4182832b52d63735UL, 0x7ebc034235bc122fUL, 0xd9a7783d4edd8049UL, 0x5f8b04a15ae42361UL, 0xfc193363336453ddUL),

Response: ExpectedData(0xd6cdae892584a2cbUL, 0x9e4ea5a4941e097dUL, 0x547e048d5a9daabaUL, 0xeb6ecbb0b831d185UL, 0xe0168df5fad0c670UL),<|endoftext|>


Prompt:
cBodyLines += "return ${bridgedToC(cBridgeCall)};"
    }
}

private class TrivialValuePassing(val kotlinType: IrType, override val cType: CType) : SimpleValuePassing() {
    override val kotlinBridgeType: IrType
        get() = kotlinType
    override val cBridgeType: CType

Response:
get() = cType

    override fun IrBuilderWithScope.kotlinToBridged(expression: IrExpression): IrExpression = expression
    override fun IrBuilderWithScope.bridgedToKotlin(expression: IrExpression, symbols: KonanSymbols): IrExpression = expression
    override fun bridgedToC(expression: String): String = expression<|endoftext|>


Prompt:
var isAnyMarkedNullable = currentSubtype.isMarkedNullable

            var currentPathNode = lastPathNode.previous

            while (currentPathNode != null) {
                val currentType = currentPathNode.type
                substituted = if (currentType.arguments.any { it.projectionKind != Variance.INVARIANT }) {

Response:
TypeConstructorSubstitution.create(currentType)
                            .wrapWithCapturingSubstitution().buildSubstitutor()
                            .safeSubstitute(substituted, Variance.INVARIANT)
                            .approximate()
                }
                else {
                    TypeConstructorSubstitution.create(currentType)
                            .buildSubstitutor()<|endoftext|>


Prompt:
// Note that the case of an "actual class" works as expected though, because the actual class by definition has the same FQ name
    // as the corresponding expected class, so their type constructors are equal as per AbstractClassTypeConstructor#equals
    private fun isExpectedClassAndActualTypeAlias(
        expectedTypeConstructor: TypeConstructor,
        actualTypeConstructor: TypeConstructor,

Response:
platformModule: ModuleDescriptor
    ): Boolean {
        val expected = expectedTypeConstructor.declarationDescriptor
        val actual = actualTypeConstructor.declarationDescriptor
        return expected is ClassifierDescriptorWithTypeParameters &&
                expected.isExpect &&
                actual is ClassifierDescriptorWithTypeParameters &&<|endoftext|>


Prompt:
value class B1(val x: <!VALUE_CLASS_CANNOT_BE_RECURSIVE!>B1<!>, val y: <!VALUE_CLASS_CANNOT_BE_RECURSIVE!>B1<!>)

@JvmInline
value class A2(val x: <!VALUE_CLASS_CANNOT_BE_RECURSIVE!>B2<!>)

Response:
@JvmInline
value class B2(val x: <!VALUE_CLASS_CANNOT_BE_RECURSIVE!>A2<!>, val y: <!VALUE_CLASS_CANNOT_BE_RECURSIVE!>A2<!>)

@JvmInline<|endoftext|>


Prompt:
entityB = entitiesB.singleOrNull(),
                    entityKind = entityKind,
                    entityKey = entityKey,
                    entitiesComparator = entitiesComparator
                )
            }
        )
    }

    private fun <E : Any> compareRepetitiveEntityLists(
        entityListA: List<E>,
        entityListB: List<E>,

Response:
groupingKeySelector: (index: Int, E) -> String,
        groupedEntityListsComparator: (entityKey: String, List<E>, List<E>) -> Unit
    ) {
        val filteredEntityListA: List<E> = entityListA.filter(config::shouldCheckDeclaration)
        val filteredEntityListB: List<E> = entityListB.filter(config::shouldCheckDeclaration)<|endoftext|>


Prompt: // test.kt:7 id: obj:java.lang.Object=java.lang.Integer

Response: // test.kt:11 box: $completion:kotlin.coroutines.Continuation=Generated_Box_MainKt$main$1, $continuation:kotlin.coroutines.Continuation=TestKt$box$1, $result:java.lang.Object=null, $i$f$baz:int=0:int, $i$f$bar:int=0:int,<|endoftext|>


Prompt:
val lam9: () -> DPoint = { throw DataClassException(9) }
    val lam10: () -> Unit = { throw DataClassException(10 to dPoint) }
    val lam11: () -> DPoint = { throw DataClassException(11) }
    val lam12: () -> Unit = { throw DataClassException(12 to dPoint) }

Response:
val lam13: () -> DPoint = { throw DataClassException(13) }
    val lam14: () -> Unit = { throw DataClassException(14 to dPoint) }
    val lam15: () -> DPoint = { throw DataClassException(15) }
    val lam16: () -> Unit = { throw DataClassException(16 to dPoint) }<|endoftext|>


Prompt:
if (z != null) <!DEBUG_INFO_EXPRESSION_TYPE("kotlin.Int? & kotlin.Int")!>z<!>.propT

        if (z != null) <!DEBUG_INFO_EXPRESSION_TYPE("kotlin.Int? & kotlin.Int")!>z<!>.propAny

Response:
if (z != null) <!DEBUG_INFO_EXPRESSION_TYPE("kotlin.Int? & kotlin.Int")!>z<!>.propNullableT

        if (z != null) <!DEBUG_INFO_EXPRESSION_TYPE("kotlin.Int? & kotlin.Int")!>z<!>.propNullableAny<|endoftext|>


Prompt:
import org.jetbrains.kotlin.analysis.api.descriptors.symbols.calculateHashCode
import org.jetbrains.kotlin.analysis.api.descriptors.symbols.descriptorBased.base.toKtType
import org.jetbrains.kotlin.analysis.api.descriptors.symbols.isEqualTo


Prompt:
NAME_AND_SIGNATURE_TO_JVM_REPRESENTATION_NAME_MAP.mapTo(mutableSetOf()) { (signatureAndName, jdkName) ->
                signatureAndName.copy(name = jdkName).signature
            }

Response:
val ORIGINAL_SHORT_NAMES: Set<Name> = NAME_AND_SIGNATURE_TO_JVM_REPRESENTATION_NAME_MAP.keys.mapTo(HashSet()) { it.name }

        val JVM_SHORT_NAME_TO_BUILTIN_SHORT_NAMES_MAP: Map<Name, Name> =<|endoftext|>