Minor: move methods from companion object
This commit is contained in:
Natalia Ukhorskaya
@@ -360,131 +360,114 @@ public class KotlinPositionManager(private val myDebugProcess: DebugProcess) : M
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myTypeMappers.put(key, value)
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}
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companion object {
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public fun createTypeMapper(file: KtFile): JetTypeMapper {
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val project = file.project
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val analysisResult = file.analyzeFullyAndGetResult()
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analysisResult.throwIfError()
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val state = GenerationState(
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project,
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ClassBuilderFactories.THROW_EXCEPTION,
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analysisResult.moduleDescriptor,
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analysisResult.bindingContext,
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listOf(file))
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state.beforeCompile()
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return state.typeMapper
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}
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public fun getInternalClassNameForElement(notPositionedElement: PsiElement?, typeMapper: JetTypeMapper, file: KtFile, isInLibrary: Boolean): PositionedElement {
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val element = getElementToCalculateClassName(notPositionedElement)
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when {
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element is KtClassOrObject -> return PositionedElement(getJvmInternalNameForImpl(typeMapper, element), element)
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element is KtFunctionLiteral -> {
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if (isInlinedLambda(element, typeMapper.bindingContext)) {
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return getInternalClassNameForElement(element.parent, typeMapper, file, isInLibrary)
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}
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else {
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val asmType = CodegenBinding.asmTypeForAnonymousClass(typeMapper.bindingContext, element)
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return PositionedElement(asmType.internalName, element)
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}
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}
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element is KtAnonymousInitializer -> {
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val parent = getElementToCalculateClassName(element.parent)
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// Class-object initializer
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if (parent is KtObjectDeclaration && parent.isCompanion()) {
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return PositionedElement(getInternalClassNameForElement(parent.parent, typeMapper, file, isInLibrary).className, parent)
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}
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private fun getInternalClassNameForElement(notPositionedElement: PsiElement?, typeMapper: JetTypeMapper, file: KtFile, isInLibrary: Boolean): PositionedElement {
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val element = getElementToCalculateClassName(notPositionedElement)
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when {
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element is KtClassOrObject -> return PositionedElement(getJvmInternalNameForImpl(typeMapper, element), element)
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element is KtFunctionLiteral -> {
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if (isInlinedLambda(element, typeMapper.bindingContext)) {
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return getInternalClassNameForElement(element.parent, typeMapper, file, isInLibrary)
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}
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element is KtProperty && (!element.isTopLevel || !isInLibrary) -> {
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if (isInPropertyAccessor(notPositionedElement)) {
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val classOrObject = PsiTreeUtil.getParentOfType(element, KtClassOrObject::class.java)
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if (classOrObject != null) {
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return PositionedElement(getJvmInternalNameForImpl(typeMapper, classOrObject), element)
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}
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}
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val descriptor = typeMapper.bindingContext.get(BindingContext.DECLARATION_TO_DESCRIPTOR, element)
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if (descriptor !is PropertyDescriptor) {
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return getInternalClassNameForElement(element.parent, typeMapper, file, isInLibrary)
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}
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return PositionedElement(getJvmInternalNameForPropertyOwner(typeMapper, descriptor), element)
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}
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element is KtNamedFunction -> {
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if (isInlinedLambda(element, typeMapper.bindingContext)) {
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return getInternalClassNameForElement(element.parent, typeMapper, file, isInLibrary)
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}
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val parent = getElementToCalculateClassName(element.parent)
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if (parent is KtClassOrObject) {
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return PositionedElement(getJvmInternalNameForImpl(typeMapper, parent), element)
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}
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else if (parent != null) {
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val asmType = CodegenBinding.asmTypeForAnonymousClass(typeMapper.bindingContext, element)
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return PositionedElement(asmType.internalName, element)
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}
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else {
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val asmType = CodegenBinding.asmTypeForAnonymousClass(typeMapper.bindingContext, element)
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return PositionedElement(asmType.internalName, element)
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}
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}
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return PositionedElement(NoResolveFileClassesProvider.getFileClassInternalName(file), element)
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}
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private val TYPES_TO_CALCULATE_CLASSNAME: Array<Class<out KtElement>> =
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arrayOf(KtClassOrObject::class.java,
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KtFunctionLiteral::class.java,
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KtNamedFunction::class.java,
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KtProperty::class.java,
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KtAnonymousInitializer::class.java)
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private fun getElementToCalculateClassName(notPositionedElement: PsiElement?): KtElement? {
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if (notPositionedElement?.javaClass as Class<*> in TYPES_TO_CALCULATE_CLASSNAME) return notPositionedElement as KtElement
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return PsiTreeUtil.getParentOfType(notPositionedElement, *TYPES_TO_CALCULATE_CLASSNAME)
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}
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public fun getJvmInternalNameForPropertyOwner(typeMapper: JetTypeMapper, descriptor: PropertyDescriptor): String {
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return typeMapper.mapOwner(
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if (JvmAbi.isPropertyWithBackingFieldInOuterClass(descriptor)) descriptor.containingDeclaration else descriptor
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).internalName
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}
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private fun isInPropertyAccessor(element: PsiElement?) =
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element is KtPropertyAccessor ||
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PsiTreeUtil.getParentOfType(element, KtProperty::class.java, KtPropertyAccessor::class.java) is KtPropertyAccessor
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private fun getElementToCreateTypeMapperForLibraryFile(element: PsiElement?) =
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if (element is KtElement) element else PsiTreeUtil.getParentOfType(element, KtElement::class.java)
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private fun getJvmInternalNameForImpl(typeMapper: JetTypeMapper, ktClass: KtClassOrObject): String? {
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val classDescriptor = typeMapper.bindingContext.get<PsiElement, ClassDescriptor>(BindingContext.CLASS, ktClass) ?: return null
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if (ktClass is KtClass && ktClass.isInterface()) {
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return typeMapper.mapDefaultImpls(classDescriptor).internalName
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element is KtAnonymousInitializer -> {
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val parent = getElementToCalculateClassName(element.parent)
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// Class-object initializer
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if (parent is KtObjectDeclaration && parent.isCompanion()) {
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return PositionedElement(getInternalClassNameForElement(parent.parent, typeMapper, file, isInLibrary).className, parent)
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}
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return getInternalClassNameForElement(element.parent, typeMapper, file, isInLibrary)
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}
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element is KtProperty && (!element.isTopLevel || !isInLibrary) -> {
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if (isInPropertyAccessor(notPositionedElement)) {
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val classOrObject = PsiTreeUtil.getParentOfType(element, KtClassOrObject::class.java)
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if (classOrObject != null) {
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return PositionedElement(getJvmInternalNameForImpl(typeMapper, classOrObject), element)
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}
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}
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return typeMapper.mapClass(classDescriptor).internalName
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val descriptor = typeMapper.bindingContext.get(BindingContext.DECLARATION_TO_DESCRIPTOR, element)
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if (descriptor !is PropertyDescriptor) {
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return getInternalClassNameForElement(element.parent, typeMapper, file, isInLibrary)
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}
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return PositionedElement(getJvmInternalNameForPropertyOwner(typeMapper, descriptor), element)
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}
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element is KtNamedFunction -> {
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if (isInlinedLambda(element, typeMapper.bindingContext)) {
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return getInternalClassNameForElement(element.parent, typeMapper, file, isInLibrary)
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}
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val parent = getElementToCalculateClassName(element.parent)
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if (parent is KtClassOrObject) {
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return PositionedElement(getJvmInternalNameForImpl(typeMapper, parent), element)
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}
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else if (parent != null) {
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val asmType = CodegenBinding.asmTypeForAnonymousClass(typeMapper.bindingContext, element)
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return PositionedElement(asmType.internalName, element)
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}
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}
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}
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private fun createTypeMapperForLibraryFile(notPositionedElement: PsiElement?, file: KtFile): JetTypeMapper {
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val element = getElementToCreateTypeMapperForLibraryFile(notPositionedElement)
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val analysisResult = element!!.analyzeAndGetResult()
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val state = GenerationState(file.project, ClassBuilderFactories.THROW_EXCEPTION,
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analysisResult.moduleDescriptor, analysisResult.bindingContext, listOf(file))
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state.beforeCompile()
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return state.typeMapper
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}
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public fun isInlinedLambda(functionLiteral: KtFunction, context: BindingContext): Boolean {
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return InlineUtil.isInlinedArgument(functionLiteral, context, false)
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}
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private fun createKeyForTypeMapper(file: KtFile) = NoResolveFileClassesProvider.getFileClassInternalName(file)
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return PositionedElement(NoResolveFileClassesProvider.getFileClassInternalName(file), element)
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}
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private val TYPES_TO_CALCULATE_CLASSNAME: Array<Class<out KtElement>> =
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arrayOf(KtClassOrObject::class.java,
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KtFunctionLiteral::class.java,
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KtNamedFunction::class.java,
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KtProperty::class.java,
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KtAnonymousInitializer::class.java)
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private fun getElementToCalculateClassName(notPositionedElement: PsiElement?): KtElement? {
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if (notPositionedElement?.javaClass as Class<*> in TYPES_TO_CALCULATE_CLASSNAME) return notPositionedElement as KtElement
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return PsiTreeUtil.getParentOfType(notPositionedElement, *TYPES_TO_CALCULATE_CLASSNAME)
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}
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public fun getJvmInternalNameForPropertyOwner(typeMapper: JetTypeMapper, descriptor: PropertyDescriptor): String {
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return typeMapper.mapOwner(
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if (JvmAbi.isPropertyWithBackingFieldInOuterClass(descriptor)) descriptor.containingDeclaration else descriptor
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).internalName
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}
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private fun isInPropertyAccessor(element: PsiElement?) =
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element is KtPropertyAccessor ||
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PsiTreeUtil.getParentOfType(element, KtProperty::class.java, KtPropertyAccessor::class.java) is KtPropertyAccessor
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private fun getElementToCreateTypeMapperForLibraryFile(element: PsiElement?) =
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if (element is KtElement) element else PsiTreeUtil.getParentOfType(element, KtElement::class.java)
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private fun getJvmInternalNameForImpl(typeMapper: JetTypeMapper, ktClass: KtClassOrObject): String? {
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val classDescriptor = typeMapper.bindingContext.get<PsiElement, ClassDescriptor>(BindingContext.CLASS, ktClass) ?: return null
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if (ktClass is KtClass && ktClass.isInterface()) {
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return typeMapper.mapDefaultImpls(classDescriptor).internalName
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}
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return typeMapper.mapClass(classDescriptor).internalName
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}
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private fun createTypeMapperForLibraryFile(notPositionedElement: PsiElement?, file: KtFile): JetTypeMapper {
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val element = getElementToCreateTypeMapperForLibraryFile(notPositionedElement)
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val analysisResult = element!!.analyzeAndGetResult()
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val state = GenerationState(file.project, ClassBuilderFactories.THROW_EXCEPTION,
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analysisResult.moduleDescriptor, analysisResult.bindingContext, listOf(file))
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state.beforeCompile()
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return state.typeMapper
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}
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public fun isInlinedLambda(functionLiteral: KtFunction, context: BindingContext): Boolean {
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return InlineUtil.isInlinedArgument(functionLiteral, context, false)
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}
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private fun createKeyForTypeMapper(file: KtFile) = NoResolveFileClassesProvider.getFileClassInternalName(file)
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private fun findInlinedCalls(element: PsiElement?, jetFile: PsiFile?): List<String> {
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if (element == null || jetFile !is KtFile) {
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return emptyList()
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@@ -518,4 +501,22 @@ public class KotlinPositionManager(private val myDebugProcess: DebugProcess) : M
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}
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private fun ReferenceType.containsKotlinStrata() = availableStrata().contains("Kotlin")
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companion object {
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public fun createTypeMapper(file: KtFile): JetTypeMapper {
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val project = file.project
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val analysisResult = file.analyzeFullyAndGetResult()
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analysisResult.throwIfError()
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val state = GenerationState(
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project,
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ClassBuilderFactories.THROW_EXCEPTION,
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analysisResult.moduleDescriptor,
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analysisResult.bindingContext,
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listOf(file))
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state.beforeCompile()
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return state.typeMapper
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}
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}
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}
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