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/*
* Copyright 2010-2024 JetBrains s.r.o. and Kotlin Programming Language contributors.
* Use of this source code is governed by the Apache 2.0 license that can be found in the license/LICENSE.txt file.
*/
package org.jetbrains.kotlin.fir.backend
import org.jetbrains.kotlin.builtins.PrimitiveType
import org.jetbrains.kotlin.builtins.UnsignedType
import org.jetbrains.kotlin.config.AnalysisFlags
import org.jetbrains.kotlin.config.LanguageVersionSettings
import org.jetbrains.kotlin.descriptors.DescriptorVisibilities
import org.jetbrains.kotlin.descriptors.Modality
import org.jetbrains.kotlin.fir.FirSession
import org.jetbrains.kotlin.fir.backend.utils.defaultTypeWithoutArguments
import org.jetbrains.kotlin.fir.descriptors.FirModuleDescriptor
import org.jetbrains.kotlin.fir.languageVersionSettings
import org.jetbrains.kotlin.fir.moduleData
import org.jetbrains.kotlin.fir.resolve.providers.FirSymbolProvider
import org.jetbrains.kotlin.fir.resolve.providers.getRegularClassSymbolByClassId
import org.jetbrains.kotlin.fir.resolve.providers.symbolProvider
import org.jetbrains.kotlin.fir.types.*
import org.jetbrains.kotlin.ir.BuiltInOperatorNames
import org.jetbrains.kotlin.ir.IrBuiltIns
import org.jetbrains.kotlin.ir.UNDEFINED_OFFSET
import org.jetbrains.kotlin.ir.builders.declarations.addValueParameter
import org.jetbrains.kotlin.ir.declarations.*
import org.jetbrains.kotlin.ir.declarations.impl.IrFactoryImpl
import org.jetbrains.kotlin.ir.expressions.IrConstructorCall
import org.jetbrains.kotlin.ir.expressions.impl.IrConstructorCallImpl
import org.jetbrains.kotlin.ir.symbols.*
import org.jetbrains.kotlin.ir.symbols.impl.IrSimpleFunctionSymbolImpl
import org.jetbrains.kotlin.ir.symbols.impl.IrTypeParameterSymbolImpl
import org.jetbrains.kotlin.ir.types.*
import org.jetbrains.kotlin.ir.types.impl.IrSimpleTypeImpl
import org.jetbrains.kotlin.ir.util.constructors
import org.jetbrains.kotlin.ir.util.functions
import org.jetbrains.kotlin.name.ClassId
import org.jetbrains.kotlin.name.FqName
import org.jetbrains.kotlin.name.Name
import org.jetbrains.kotlin.name.StandardClassIds
import org.jetbrains.kotlin.resolve.ArrayFqNames
import org.jetbrains.kotlin.types.Variance
import org.jetbrains.kotlin.util.OperatorNameConventions
import org.jetbrains.kotlin.utils.addToStdlib.shouldNotBeCalled
@OptIn(Fir2IrBuiltInsInternals::class)
class IrBuiltInsOverFir(
private val c: Fir2IrComponents,
private val syntheticSymbolsContainer: Fir2IrSyntheticIrBuiltinsSymbolsContainer
) : IrBuiltIns() {
// ------------------------------------- basic stuff -------------------------------------
private val moduleDescriptor: FirModuleDescriptor = run {
val session = c.session
val moduleData = when (session.languageVersionSettings.getFlag(AnalysisFlags.stdlibCompilation)) {
false -> session.moduleData.dependencies.first()
true -> session.moduleData
}
c.declarationStorage.getDependenciesModuleDescriptor(moduleData)
}
private val session: FirSession
get() = c.session
private val symbolProvider: FirSymbolProvider
get() = session.symbolProvider
override val languageVersionSettings: LanguageVersionSettings
get() = session.languageVersionSettings
override val irFactory: IrFactory = IrFactoryImpl
private val kotlinPackage: FqName = StandardClassIds.BASE_KOTLIN_PACKAGE
private val fir2irBuiltins = c.builtins
override val kotlinInternalPackageFragment: IrExternalPackageFragment = createPackage(StandardClassIds.BASE_INTERNAL_PACKAGE)
private val kotlinInternalIrPackageFragment: IrExternalPackageFragment = createPackage(StandardClassIds.BASE_INTERNAL_IR_PACKAGE)
override val operatorsPackageFragment: IrExternalPackageFragment
get() = kotlinInternalIrPackageFragment
// ------------------------------------- normal classes and functions -------------------------------------
override val booleanNotSymbol: IrSimpleFunctionSymbol get() = fir2irBuiltins.booleanNotSymbol
override val anyClass: IrClassSymbol get() = fir2irBuiltins.anyClass
override val anyType: IrType get() = fir2irBuiltins.anyType
override val anyNType: IrType get() = fir2irBuiltins.anyNType
override val numberClass: IrClassSymbol get() = fir2irBuiltins.numberClass
override val numberType: IrType get() = numberClass.defaultTypeWithoutArguments
override val nothingClass: IrClassSymbol get() = fir2irBuiltins.nothingClass
override val nothingType: IrType get() = fir2irBuiltins.nothingType
override val nothingNType: IrType get() = fir2irBuiltins.nothingNType
override val unitClass: IrClassSymbol get() = fir2irBuiltins.unitClass
override val unitType: IrType get() = fir2irBuiltins.unitType
override val booleanClass: IrClassSymbol get() = fir2irBuiltins.booleanClass
override val booleanType: IrType get() = fir2irBuiltins.booleanType
override val charClass: IrClassSymbol get() = fir2irBuiltins.charClass
override val charType: IrType get() = fir2irBuiltins.charType
override val byteClass: IrClassSymbol get() = fir2irBuiltins.byteClass
override val byteType: IrType get() = fir2irBuiltins.byteType
override val shortClass: IrClassSymbol get() = fir2irBuiltins.shortClass
override val shortType: IrType get() = fir2irBuiltins.shortType
override val intClass: IrClassSymbol get() = fir2irBuiltins.intClass
override val intType: IrType get() = fir2irBuiltins.intType
override val longClass: IrClassSymbol get() = fir2irBuiltins.longClass
override val longType: IrType get() = fir2irBuiltins.longType
override val floatClass: IrClassSymbol get() = fir2irBuiltins.floatClass
override val floatType: IrType get() = fir2irBuiltins.floatType
override val doubleClass: IrClassSymbol get() = fir2irBuiltins.doubleClass
override val doubleType: IrType get() = fir2irBuiltins.doubleType
override val charSequenceClass: IrClassSymbol get() = fir2irBuiltins.charSequenceClass
override val stringClass: IrClassSymbol get() = fir2irBuiltins.stringClass
override val stringType: IrType get() = fir2irBuiltins.stringType
override val iteratorClass: IrClassSymbol by lazy { fir2irBuiltins.loadClass(StandardClassIds.Iterator) }
override val arrayClass: IrClassSymbol get() = fir2irBuiltins.arrayClass
override val annotationClass: IrClassSymbol by lazy { fir2irBuiltins.loadClass(StandardClassIds.Annotation) }
override val annotationType: IrType get() = annotationClass.defaultTypeWithoutArguments
override val collectionClass: IrClassSymbol by lazy { fir2irBuiltins.loadClass(StandardClassIds.Collection) }
override val setClass: IrClassSymbol by lazy { fir2irBuiltins.loadClass(StandardClassIds.Set) }
override val listClass: IrClassSymbol by lazy { fir2irBuiltins.loadClass(StandardClassIds.List) }
override val mapClass: IrClassSymbol by lazy { fir2irBuiltins.loadClass(StandardClassIds.Map) }
override val mapEntryClass: IrClassSymbol by lazy { fir2irBuiltins.loadClass(StandardClassIds.MapEntry) }
override val iterableClass: IrClassSymbol by lazy { fir2irBuiltins.loadClass(StandardClassIds.Iterable) }
override val listIteratorClass: IrClassSymbol by lazy { fir2irBuiltins.loadClass(StandardClassIds.ListIterator) }
override val mutableCollectionClass: IrClassSymbol by lazy { fir2irBuiltins.loadClass(StandardClassIds.MutableCollection) }
override val mutableSetClass: IrClassSymbol by lazy { fir2irBuiltins.loadClass(StandardClassIds.MutableSet) }
override val mutableListClass: IrClassSymbol by lazy { fir2irBuiltins.loadClass(StandardClassIds.MutableList) }
override val mutableMapClass: IrClassSymbol by lazy { fir2irBuiltins.loadClass(StandardClassIds.MutableMap) }
override val mutableMapEntryClass: IrClassSymbol by lazy { fir2irBuiltins.loadClass(StandardClassIds.MutableMapEntry) }
override val mutableIterableClass: IrClassSymbol by lazy { fir2irBuiltins.loadClass(StandardClassIds.MutableIterable) }
override val mutableIteratorClass: IrClassSymbol by lazy { fir2irBuiltins.loadClass(StandardClassIds.MutableIterator) }
override val mutableListIteratorClass: IrClassSymbol by lazy { fir2irBuiltins.loadClass(StandardClassIds.MutableListIterator) }
override val comparableClass: IrClassSymbol by lazy { fir2irBuiltins.loadClass(StandardClassIds.Comparable) }
override val throwableType: IrType by lazy { throwableClass.defaultTypeWithoutArguments }
override val throwableClass: IrClassSymbol by lazy { fir2irBuiltins.loadClass(StandardClassIds.Throwable) }
override val kCallableClass: IrClassSymbol by lazy { fir2irBuiltins.loadClass(StandardClassIds.KCallable) }
override val kPropertyClass: IrClassSymbol by lazy { fir2irBuiltins.loadClass(StandardClassIds.KProperty) }
override val kClassClass: IrClassSymbol by lazy { fir2irBuiltins.loadClass(StandardClassIds.KClass) }
override val kTypeClass: IrClassSymbol by lazy { fir2irBuiltins.loadClass(StandardClassIds.KType) }
override val kProperty0Class: IrClassSymbol by lazy { fir2irBuiltins.loadClass(StandardClassIds.KProperty0) }
override val kProperty1Class: IrClassSymbol by lazy { fir2irBuiltins.loadClass(StandardClassIds.KProperty1) }
override val kProperty2Class: IrClassSymbol by lazy { fir2irBuiltins.loadClass(StandardClassIds.KProperty2) }
override val kMutableProperty0Class: IrClassSymbol by lazy { fir2irBuiltins.loadClass(StandardClassIds.KMutableProperty0) }
override val kMutableProperty1Class: IrClassSymbol by lazy { fir2irBuiltins.loadClass(StandardClassIds.KMutableProperty1) }
override val kMutableProperty2Class: IrClassSymbol by lazy { fir2irBuiltins.loadClass(StandardClassIds.KMutableProperty2) }
override val functionClass: IrClassSymbol by lazy { fir2irBuiltins.loadClass(StandardClassIds.Function) }
override val kFunctionClass: IrClassSymbol by lazy { fir2irBuiltins.loadClass(StandardClassIds.KFunction) }
override val primitiveTypeToIrType: Map get() = fir2irBuiltins.primitiveTypeToIrType
private val primitiveIntegralIrTypes: List by lazy { listOf(byteType, shortType, intType, longType) }
override val primitiveFloatingPointIrTypes: List by lazy { listOf(floatType, doubleType) }
private val primitiveNumericIrTypes: List by lazy { primitiveIntegralIrTypes + primitiveFloatingPointIrTypes }
override val primitiveIrTypesWithComparisons: List by lazy { listOf(charType) + primitiveNumericIrTypes }
override val primitiveIrTypes: List by lazy { listOf(booleanType) + primitiveIrTypesWithComparisons }
private val baseIrTypes: List by lazy { primitiveIrTypes + stringType }
private fun primitiveIterator(primitiveType: PrimitiveType): IrClassSymbol {
val classId = ClassId(StandardClassIds.BASE_COLLECTIONS_PACKAGE, Name.identifier("${primitiveType.typeName}Iterator"))
return fir2irBuiltins.loadClass(classId)
}
override val booleanIterator: IrClassSymbol by lazy { primitiveIterator(PrimitiveType.BOOLEAN) }
override val charIterator: IrClassSymbol by lazy { primitiveIterator(PrimitiveType.CHAR) }
override val byteIterator: IrClassSymbol by lazy { primitiveIterator(PrimitiveType.BYTE) }
override val shortIterator: IrClassSymbol by lazy { primitiveIterator(PrimitiveType.SHORT) }
override val intIterator: IrClassSymbol by lazy { primitiveIterator(PrimitiveType.INT) }
override val longIterator: IrClassSymbol by lazy { primitiveIterator(PrimitiveType.LONG) }
override val floatIterator: IrClassSymbol by lazy { primitiveIterator(PrimitiveType.FLOAT) }
override val doubleIterator: IrClassSymbol by lazy { primitiveIterator(PrimitiveType.DOUBLE) }
override val booleanArray: IrClassSymbol get() = fir2irBuiltins.booleanArray
override val charArray: IrClassSymbol get() = fir2irBuiltins.charArray
override val byteArray: IrClassSymbol get() = fir2irBuiltins.byteArray
override val shortArray: IrClassSymbol get() = fir2irBuiltins.shortArray
override val intArray: IrClassSymbol get() = fir2irBuiltins.intArray
override val longArray: IrClassSymbol get() = fir2irBuiltins.longArray
override val floatArray: IrClassSymbol get() = fir2irBuiltins.floatArray
override val doubleArray: IrClassSymbol get() = fir2irBuiltins.doubleArray
override val primitiveArraysToPrimitiveTypes: Map get() = fir2irBuiltins.primitiveArraysToPrimitiveTypes
override val primitiveTypesToPrimitiveArrays: Map
get() = primitiveArraysToPrimitiveTypes.map { (k, v) -> v to k }.toMap()
override val primitiveArrayElementTypes: Map get() = fir2irBuiltins.primitiveArrayElementTypes
override val primitiveArrayForType: Map get() = fir2irBuiltins.primitiveArrayForType
override val arrayOfNulls: IrSimpleFunctionSymbol by lazy {
val firSymbol = symbolProvider
.getTopLevelFunctionSymbols(kotlinPackage, ArrayFqNames.ARRAY_OF_NULLS_FUNCTION).first {
it.fir.valueParameters.singleOrNull()?.returnTypeRef?.coneType?.isInt == true
}
fir2irBuiltins.findFunction(firSymbol)
}
override val unsignedTypesToUnsignedArrays: Map by lazy {
UnsignedType.entries.mapNotNull { unsignedType ->
val array = fir2irBuiltins.loadClassSafe(unsignedType.arrayClassId)
if (array == null) null else unsignedType to array
}.toMap()
}
override val unsignedArraysElementTypes: Map get() = fir2irBuiltins.unsignedArraysElementTypes
override fun getKPropertyClass(mutable: Boolean, n: Int): IrClassSymbol = when (n) {
0 -> if (mutable) kMutableProperty0Class else kProperty0Class
1 -> if (mutable) kMutableProperty1Class else kProperty1Class
2 -> if (mutable) kMutableProperty2Class else kProperty2Class
else -> error("No KProperty for n=$n mutable=$mutable")
}
override val enumClass: IrClassSymbol by lazy { fir2irBuiltins.loadClass(StandardClassIds.Enum) }
@OptIn(UnsafeDuringIrConstructionAPI::class)
override val intPlusSymbol: IrSimpleFunctionSymbol
get() = intClass.functions.single {
it.owner.name == OperatorNameConventions.PLUS && it.owner.valueParameters[0].type == intType
}
@OptIn(UnsafeDuringIrConstructionAPI::class)
override val intTimesSymbol: IrSimpleFunctionSymbol
get() = intClass.functions.single {
it.owner.name == OperatorNameConventions.TIMES && it.owner.valueParameters[0].type == intType
}
@OptIn(UnsafeDuringIrConstructionAPI::class)
override val intXorSymbol: IrSimpleFunctionSymbol
get() = intClass.functions.single {
it.owner.name == OperatorNameConventions.XOR && it.owner.valueParameters[0].type == intType
}
override val extensionToString: IrSimpleFunctionSymbol by lazy {
val firFunctionSymbol = symbolProvider.getTopLevelFunctionSymbols(kotlinPackage, OperatorNameConventions.TO_STRING).single {
it.receiverParameter?.typeRef?.coneType?.isNullableAny == true
}
fir2irBuiltins.findFunction(firFunctionSymbol)
}
override val memberToString: IrSimpleFunctionSymbol by lazy {
val firFunction = fir2irBuiltins.findFirMemberFunctions(StandardClassIds.Any, OperatorNameConventions.TO_STRING).single {
it.fir.valueParameters.isEmpty()
}
fir2irBuiltins.findFunction(firFunction)
}
override val extensionStringPlus: IrSimpleFunctionSymbol by lazy {
val firFunction = symbolProvider.getTopLevelFunctionSymbols(kotlinPackage, OperatorNameConventions.PLUS).single { symbol ->
val isStringExtension = symbol.fir.receiverParameter?.typeRef?.coneType?.isNullableString == true
isStringExtension && symbol.fir.valueParameters.singleOrNull { it.returnTypeRef.coneType.isNullableAny } != null
}
fir2irBuiltins.findFunction(firFunction)
}
override val memberStringPlus: IrSimpleFunctionSymbol by lazy {
val firFunction = fir2irBuiltins.findFirMemberFunctions(StandardClassIds.String, OperatorNameConventions.PLUS).single {
it.fir.valueParameters.singleOrNull()?.returnTypeRef?.coneType?.isNullableAny == true
}
fir2irBuiltins.findFunction(firFunction)
}
override val arrayOf: IrSimpleFunctionSymbol by lazy {
// distinct() is needed because we can get two Fir symbols for arrayOf function (from builtins and from stdlib)
// with the same IR symbol for them
fir2irBuiltins.findFunctions(kotlinPackage, ArrayFqNames.ARRAY_OF_FUNCTION).distinct().single()
}
// ------------------------------------- function types -------------------------------------
override fun getNonBuiltInFunctionsByExtensionReceiver(
name: Name,
vararg packageNameSegments: String,
): Map {
return fir2irBuiltins.getFunctionsByKey(
name,
*packageNameSegments,
mapKey = { symbol ->
symbol.fir.receiverParameter?.typeRef?.toIrType(c)?.classifierOrNull
},
mapValue = { _, irSymbol -> irSymbol }
)
}
override fun getNonBuiltinFunctionsByReturnType(
name: Name,
vararg packageNameSegments: String,
): Map {
return fir2irBuiltins.getFunctionsByKey(
name,
*packageNameSegments,
mapKey = { it.fir.returnTypeRef.toIrType(c).classifierOrNull },
mapValue = { _, irSymbol -> irSymbol }
)
}
private val functionNMap: MutableMap = mutableMapOf()
private val kFunctionNMap: MutableMap = mutableMapOf()
private val suspendFunctionNMap: MutableMap = mutableMapOf()
private val kSuspendFunctionNMap: MutableMap = mutableMapOf()
@OptIn(UnsafeDuringIrConstructionAPI::class)
override fun functionN(arity: Int): IrClass = functionNMap.getOrPut(arity) {
fir2irBuiltins.loadClass(StandardClassIds.FunctionN(arity)).owner
}
@OptIn(UnsafeDuringIrConstructionAPI::class)
override fun kFunctionN(arity: Int): IrClass = kFunctionNMap.getOrPut(arity) {
fir2irBuiltins.loadClass(StandardClassIds.KFunctionN(arity)).owner
}
@OptIn(UnsafeDuringIrConstructionAPI::class)
override fun suspendFunctionN(arity: Int): IrClass = suspendFunctionNMap.getOrPut(arity) {
fir2irBuiltins.loadClass(StandardClassIds.SuspendFunctionN(arity)).owner
}
@OptIn(UnsafeDuringIrConstructionAPI::class)
override fun kSuspendFunctionN(arity: Int): IrClass = kSuspendFunctionNMap.getOrPut(arity) {
fir2irBuiltins.loadClass(StandardClassIds.KSuspendFunctionN(arity)).owner
}
// ------------------------------------- intrinsic const evaluation -------------------------------------
private val intrinsicConstAnnotation: IrConstructorCall by lazy {
/*
* Old versions of stdlib may not contain @IntrinsicConstEvaluation (AV < 1.7), so in this case we should create annotation class manually
*
* Ideally, we should try to load it from FIR at first, but the thing is that this annotation is used for some generated builtin functions
* (see init section below), so if Fir2IrLazyClass for this annotation is created, it will call for `components.fakeOverrideGenerator`,
* which is not initialized by this moment
* As a possible way to fix it we can move `init` section of builtins into the separate function for late initialization and call
* for it after Fir2IrComponentsStorage is fully initialized
*/
val firClassSymbol = session.getRegularClassSymbolByClassId(StandardClassIds.Annotations.IntrinsicConstEvaluation)
val classSymbol = if (firClassSymbol == null) {
val irClass = createIntrinsicConstEvaluationClass()
irClass.symbol
} else {
fir2irBuiltins.loadClass(StandardClassIds.Annotations.IntrinsicConstEvaluation)
}
@OptIn(UnsafeDuringIrConstructionAPI::class)
val constructor = classSymbol.owner.constructors.single()
val constructorSymbol = constructor.symbol
val annotationCall = IrConstructorCallImpl(
startOffset = UNDEFINED_OFFSET,
endOffset = UNDEFINED_OFFSET,
type = IrSimpleTypeImpl(
classifier = classSymbol,
nullability = SimpleTypeNullability.DEFINITELY_NOT_NULL,
arguments = emptyList(),
annotations = emptyList()
),
constructorSymbol,
typeArgumentsCount = 0,
constructorTypeArgumentsCount = 0,
valueArgumentsCount = 0,
)
annotationCall
}
// ------------------------------------- synthetics -------------------------------------
override val ieee754equalsFunByOperandType: Map =
syntheticSymbolsContainer.primitiveFloatingPointTypes.associate { primitiveType ->
val fpType = primitiveTypeToIrType.getValue(primitiveType)
val primitiveClass = fpType.classifierOrFail
val operator = addBuiltinOperatorSymbol(
BuiltInOperatorNames.IEEE754_EQUALS,
symbol = syntheticSymbolsContainer.ieee754equalsFunByOperandType.getValue(primitiveType),
booleanType,
"arg0" to fpType.makeNullable(),
"arg1" to fpType.makeNullable(),
isIntrinsicConst = true
)
primitiveClass to operator
}
override val eqeqeqSymbol: IrSimpleFunctionSymbol = addBuiltinOperatorSymbol(
BuiltInOperatorNames.EQEQEQ,
symbol = syntheticSymbolsContainer.eqeqeqSymbol,
booleanType,
"" to anyNType, "" to anyNType
)
override val eqeqSymbol: IrSimpleFunctionSymbol = addBuiltinOperatorSymbol(
BuiltInOperatorNames.EQEQ,
symbol = syntheticSymbolsContainer.eqeqSymbol,
booleanType, "" to anyNType, "" to anyNType, isIntrinsicConst = true
)
override val throwCceSymbol: IrSimpleFunctionSymbol = addBuiltinOperatorSymbol(
BuiltInOperatorNames.THROW_CCE,
symbol = null,
nothingType
)
override val throwIseSymbol: IrSimpleFunctionSymbol = addBuiltinOperatorSymbol(
BuiltInOperatorNames.THROW_ISE,
symbol = null,
nothingType
)
override val andandSymbol: IrSimpleFunctionSymbol = addBuiltinOperatorSymbol(
BuiltInOperatorNames.ANDAND,
symbol = null,
booleanType,
"" to booleanType,
"" to booleanType,
isIntrinsicConst = true
)
override val ororSymbol: IrSimpleFunctionSymbol = addBuiltinOperatorSymbol(
BuiltInOperatorNames.OROR,
symbol = null,
booleanType,
"" to booleanType,
"" to booleanType,
isIntrinsicConst = true
)
override val noWhenBranchMatchedExceptionSymbol: IrSimpleFunctionSymbol = addBuiltinOperatorSymbol(
BuiltInOperatorNames.NO_WHEN_BRANCH_MATCHED_EXCEPTION,
symbol = syntheticSymbolsContainer.noWhenBranchMatchedExceptionSymbol,
nothingType
)
override val illegalArgumentExceptionSymbol: IrSimpleFunctionSymbol = addBuiltinOperatorSymbol(
BuiltInOperatorNames.ILLEGAL_ARGUMENT_EXCEPTION,
symbol = null,
nothingType,
"" to stringType
)
override val dataClassArrayMemberHashCodeSymbol: IrSimpleFunctionSymbol = addBuiltinOperatorSymbol(
"dataClassArrayMemberHashCode",
symbol = null,
intType,
"" to anyType
)
override val dataClassArrayMemberToStringSymbol: IrSimpleFunctionSymbol = addBuiltinOperatorSymbol(
"dataClassArrayMemberToString",
symbol = null,
stringType,
"" to anyNType
)
override val checkNotNullSymbol: IrSimpleFunctionSymbol = run {
val typeParameter = irFactory.createTypeParameter(
startOffset = UNDEFINED_OFFSET,
endOffset = UNDEFINED_OFFSET,
origin = BUILTIN_OPERATOR,
name = Name.identifier("T0"),
symbol = IrTypeParameterSymbolImpl(),
variance = Variance.INVARIANT,
index = 0,
isReified = true
).apply {
superTypes = listOf(anyType)
}
createFunction(
name = BuiltInOperatorNames.CHECK_NOT_NULL,
symbol = syntheticSymbolsContainer.checkNotNullSymbol,
returnType = IrSimpleTypeImpl(typeParameter.symbol, SimpleTypeNullability.DEFINITELY_NOT_NULL, emptyList(), emptyList()),
valueParameterTypes = arrayOf("" to IrSimpleTypeImpl(typeParameter.symbol, hasQuestionMark = true, emptyList(), emptyList())),
typeParameters = listOf(typeParameter),
origin = BUILTIN_OPERATOR,
isIntrinsicConst = false,
)
}
override val linkageErrorSymbol: IrSimpleFunctionSymbol
get() = shouldNotBeCalled()
override val lessFunByOperandType: Map =
syntheticSymbolsContainer.primitiveIrTypesWithComparisons.defineComparisonOperatorForEachIrType(
BuiltInOperatorNames.LESS,
syntheticSymbolsContainer.lessFunByOperandType
)
override val lessOrEqualFunByOperandType: Map =
syntheticSymbolsContainer.primitiveIrTypesWithComparisons.defineComparisonOperatorForEachIrType(
BuiltInOperatorNames.LESS_OR_EQUAL,
syntheticSymbolsContainer.lessOrEqualFunByOperandType
)
override val greaterOrEqualFunByOperandType: Map =
syntheticSymbolsContainer.primitiveIrTypesWithComparisons.defineComparisonOperatorForEachIrType(
BuiltInOperatorNames.GREATER_OR_EQUAL,
syntheticSymbolsContainer.greaterOrEqualFunByOperandType
)
override val greaterFunByOperandType: Map =
syntheticSymbolsContainer.primitiveIrTypesWithComparisons.defineComparisonOperatorForEachIrType(
BuiltInOperatorNames.GREATER,
syntheticSymbolsContainer.greaterFunByOperandType
)
// ------------------------------------- functions -------------------------------------
override fun findFunctions(name: Name, vararg packageNameSegments: String): Iterable {
return fir2irBuiltins.findFunctions(FqName.fromSegments(packageNameSegments.asList()), name)
}
override fun findFunctions(name: Name, packageFqName: FqName): Iterable {
return fir2irBuiltins.findFunctions(packageFqName, name)
}
override fun findProperties(name: Name, packageFqName: FqName): Iterable {
return fir2irBuiltins.findProperties(packageFqName, name)
}
override fun findClass(name: Name, vararg packageNameSegments: String): IrClassSymbol? {
return loadClassSafe(FqName.fromSegments(packageNameSegments.asList()), name)
}
override fun findClass(name: Name, packageFqName: FqName): IrClassSymbol? {
return loadClassSafe(packageFqName, name)
}
private fun loadClassSafe(packageName: FqName, identifier: Name): IrClassSymbol? {
return fir2irBuiltins.loadClassSafe(ClassId(packageName, identifier))
}
@OptIn(UnsafeDuringIrConstructionAPI::class)
override fun findBuiltInClassMemberFunctions(builtInClass: IrClassSymbol, name: Name): Iterable {
return builtInClass.functions.filter { it.owner.name == name }.asIterable()
}
// This function should not be called from fir2ir code
@UnsafeDuringIrConstructionAPI
override fun getBinaryOperator(name: Name, lhsType: IrType, rhsType: IrType): IrSimpleFunctionSymbol {
val definingClass = lhsType.getMaybeBuiltinClass() ?: error("Defining class not found: $lhsType")
return definingClass.functions.single { function ->
function.name == name && function.valueParameters.size == 1 && function.valueParameters[0].type == rhsType
}.symbol
}
// This function should not be called from fir2ir code
@UnsafeDuringIrConstructionAPI
override fun getUnaryOperator(name: Name, receiverType: IrType): IrSimpleFunctionSymbol {
val definingClass = receiverType.getMaybeBuiltinClass() ?: error("Defining class not found: $receiverType")
return definingClass.functions.single { function ->
function.name == name && function.valueParameters.isEmpty()
}.symbol
}
// ------------------------------------- private utilities -------------------------------------
@OptIn(UnsafeDuringIrConstructionAPI::class)
private fun IrType.getMaybeBuiltinClass(): IrClass? {
val lhsClassFqName = classFqName!!
return baseIrTypes.find { it.classFqName == lhsClassFqName }?.getClass()
?: fir2irBuiltins.loadClassSafe(ClassId.topLevel(lhsClassFqName))?.owner
}
private fun createPackage(fqName: FqName): IrExternalPackageFragment =
createEmptyExternalPackageFragment(moduleDescriptor, fqName)
private fun createFunction(
name: String,
symbol: IrSimpleFunctionSymbol?,
returnType: IrType,
valueParameterTypes: Array>,
typeParameters: List,
origin: IrDeclarationOrigin,
isIntrinsicConst: Boolean,
): IrSimpleFunctionSymbol {
return irFactory.createSimpleFunction(
startOffset = UNDEFINED_OFFSET,
endOffset = UNDEFINED_OFFSET,
origin = origin,
name = Name.identifier(name),
visibility = DescriptorVisibilities.PUBLIC,
isInline = false,
isExpect = false,
returnType = returnType,
modality = Modality.FINAL,
symbol = symbol ?: IrSimpleFunctionSymbolImpl(),
isTailrec = false,
isSuspend = false,
isOperator = false,
isInfix = false,
isExternal = false,
containerSource = null,
isFakeOverride = false,
).also { fn ->
valueParameterTypes.forEachIndexed { index, (pName, irType) ->
fn.addValueParameter(Name.identifier(pName.ifBlank { "arg$index" }), irType, origin)
}
fn.typeParameters = typeParameters
typeParameters.forEach { it.parent = fn }
if (isIntrinsicConst) {
fn.annotations += intrinsicConstAnnotation
}
fn.parent = kotlinInternalIrPackageFragment
// `kotlinInternalIrPackageFragment` definitely is not a lazy class
@OptIn(UnsafeDuringIrConstructionAPI::class)
kotlinInternalIrPackageFragment.declarations.add(fn)
}.symbol
}
private fun addBuiltinOperatorSymbol(
name: String,
symbol: IrSimpleFunctionSymbol?,
returnType: IrType,
vararg valueParameterTypes: Pair,
isIntrinsicConst: Boolean = false,
): IrSimpleFunctionSymbol {
return createFunction(
name = name,
symbol = symbol,
returnType = returnType,
valueParameterTypes = valueParameterTypes,
typeParameters = emptyList(),
origin = BUILTIN_OPERATOR,
isIntrinsicConst = isIntrinsicConst
)
}
private fun List.defineComparisonOperatorForEachIrType(
name: String,
symbols: Map
): Map {
return associate { primitiveType ->
val irType = primitiveTypeToIrType.getValue(primitiveType)
irType.classifierOrFail to addBuiltinOperatorSymbol(
name,
symbol = symbols.getValue(primitiveType),
booleanType,
"" to irType,
"" to irType,
isIntrinsicConst = true
)
}
}
}