| // Copyright (c) 2019, the R8 project authors. Please see the AUTHORS file |
| // for details. All rights reserved. Use of this source code is governed by a |
| // BSD-style license that can be found in the LICENSE file. |
| |
| package com.android.tools.r8.ir.desugar; |
| |
| import com.android.tools.r8.dex.Constants; |
| import com.android.tools.r8.graph.AppView; |
| import com.android.tools.r8.graph.CfCode; |
| import com.android.tools.r8.graph.ClassAccessFlags; |
| import com.android.tools.r8.graph.Code; |
| import com.android.tools.r8.graph.DexAnnotationSet; |
| import com.android.tools.r8.graph.DexApplication; |
| import com.android.tools.r8.graph.DexClass; |
| import com.android.tools.r8.graph.DexEncodedField; |
| import com.android.tools.r8.graph.DexEncodedMethod; |
| import com.android.tools.r8.graph.DexField; |
| import com.android.tools.r8.graph.DexItemFactory; |
| import com.android.tools.r8.graph.DexMethod; |
| import com.android.tools.r8.graph.DexProgramClass; |
| import com.android.tools.r8.graph.DexProgramClass.ChecksumSupplier; |
| import com.android.tools.r8.graph.DexString; |
| import com.android.tools.r8.graph.DexType; |
| import com.android.tools.r8.graph.DexTypeList; |
| import com.android.tools.r8.graph.FieldAccessFlags; |
| import com.android.tools.r8.graph.MethodAccessFlags; |
| import com.android.tools.r8.graph.ParameterAnnotationsList; |
| import com.android.tools.r8.ir.conversion.IRConverter; |
| import com.android.tools.r8.ir.synthetic.DesugaredLibraryAPIConversionCfCodeProvider.APIConverterConstructorCfCodeProvider; |
| import com.android.tools.r8.ir.synthetic.DesugaredLibraryAPIConversionCfCodeProvider.APIConverterThrowRuntimeExceptionCfCodeProvider; |
| import com.android.tools.r8.ir.synthetic.DesugaredLibraryAPIConversionCfCodeProvider.APIConverterVivifiedWrapperCfCodeProvider; |
| import com.android.tools.r8.ir.synthetic.DesugaredLibraryAPIConversionCfCodeProvider.APIConverterWrapperCfCodeProvider; |
| import com.android.tools.r8.ir.synthetic.DesugaredLibraryAPIConversionCfCodeProvider.APIConverterWrapperConversionCfCodeProvider; |
| import com.android.tools.r8.origin.SynthesizedOrigin; |
| import com.android.tools.r8.utils.StringDiagnostic; |
| import com.google.common.collect.Sets; |
| import java.util.ArrayList; |
| import java.util.Arrays; |
| import java.util.Collections; |
| import java.util.LinkedList; |
| import java.util.List; |
| import java.util.Map; |
| import java.util.Set; |
| import java.util.concurrent.ConcurrentHashMap; |
| import java.util.concurrent.ExecutionException; |
| import java.util.concurrent.ExecutorService; |
| |
| // I am responsible for the generation of wrappers used to call library APIs when desugaring |
| // libraries. Wrappers can be both ways, wrapping the desugarType as a type, or the type as |
| // a desugar type. |
| // This file use the vivifiedType -> type, type -> desugarType convention described in the |
| // DesugaredLibraryAPIConverter class. |
| // Wrappers contain the following: |
| // - a single static method convert, which is used by the DesugaredLibraryAPIConverter for |
| // conversion, it's the main public API (public). |
| // - a constructor setting the wrappedValue (private). |
| // - a getter for the wrappedValue (public unwrap()). |
| // - a single instance field holding the wrapped value (private final). |
| // - a copy of all implemented methods in the class/interface wrapped. Such methods only do type |
| // conversions and forward the call to the wrapped type. Parameters and return types are also |
| // converted. |
| // Generation of the conversion method in the wrappers is postponed until the compiler knows if the |
| // reversed wrapper is needed. |
| |
| // Example of the type wrapper ($-WRP) of java.util.BiFunction at the end of the compilation. I |
| // omitted |
| // generic values for simplicity and wrote .... instead of .util.function. Note the difference |
| // between $-WRP and $-V-WRP wrappers: |
| // public class j$....BiFunction$-WRP implements java....BiFunction { |
| // private final j$....BiFunction wrappedValue; |
| // private BiFunction (j$....BiFunction wrappedValue) { |
| // this.wrappedValue = wrappedValue; |
| // } |
| // public R apply(T t, U u) { |
| // return wrappedValue.apply(t, u); |
| // } |
| // public BiFunction andThen(java....Function after) { |
| // j$....BiFunction afterConverted = j$....BiFunction$-V-WRP.convert(after); |
| // return wrappedValue.andThen(afterConverted); |
| // } |
| // public static convert(j$....BiFunction function){ |
| // if (function == null) { |
| // return null; |
| // } |
| // if (function instanceof j$....BiFunction$-V-WRP) { |
| // return ((j$....BiFunction$-V-WRP) function).wrappedValue; |
| // } |
| // return new j$....BiFunction$-WRP(wrappedValue); |
| // } |
| // } |
| public class DesugaredLibraryWrapperSynthesizer { |
| |
| public static final String WRAPPER_PREFIX = "$r8$wrapper$"; |
| public static final String TYPE_WRAPPER_SUFFIX = "$-WRP"; |
| public static final String VIVIFIED_TYPE_WRAPPER_SUFFIX = "$-V-WRP"; |
| |
| private final AppView<?> appView; |
| private final DexString dexWrapperPrefix; |
| private final Map<DexType, DexType> typeWrappers = new ConcurrentHashMap<>(); |
| private final Map<DexType, DexType> vivifiedTypeWrappers = new ConcurrentHashMap<>(); |
| // The invalidWrappers are wrappers with incorrect behavior because of final methods that could |
| // not be overridden. Such wrappers are awful because the runtime behavior is undefined and does |
| // not raise explicit errors. So we register them here and conversion methods for such wrappers |
| // raise a runtime exception instead of generating the wrapper. |
| private final Set<DexType> invalidWrappers = Sets.newConcurrentHashSet(); |
| private final DexItemFactory factory; |
| private final DesugaredLibraryAPIConverter converter; |
| |
| DesugaredLibraryWrapperSynthesizer(AppView<?> appView, DesugaredLibraryAPIConverter converter) { |
| this.appView = appView; |
| this.factory = appView.dexItemFactory(); |
| this.dexWrapperPrefix = factory.createString("L" + WRAPPER_PREFIX); |
| this.converter = converter; |
| } |
| |
| public static boolean isSynthesizedWrapper(DexType type) { |
| // Slow path, but more convenient since no instance is needed. Use hasSynthesized(DexType) when |
| // possible. |
| return type.descriptor.toString().startsWith("L" + WRAPPER_PREFIX); |
| } |
| |
| boolean hasSynthesized(DexType type) { |
| return type.descriptor.startsWith(dexWrapperPrefix); |
| } |
| |
| boolean canGenerateWrapper(DexType type) { |
| DexClass dexClass = appView.definitionFor(type); |
| if (dexClass == null) { |
| return false; |
| } |
| return dexClass.isLibraryClass() || appView.options().isDesugaredLibraryCompilation(); |
| } |
| |
| DexType getTypeWrapper(DexType type) { |
| return getWrapper(type, TYPE_WRAPPER_SUFFIX, typeWrappers); |
| } |
| |
| DexType getVivifiedTypeWrapper(DexType type) { |
| return getWrapper(type, VIVIFIED_TYPE_WRAPPER_SUFFIX, vivifiedTypeWrappers); |
| } |
| |
| private DexType createWrapperType(DexType type, String suffix) { |
| String desugaredLibPrefix = |
| appView |
| .options() |
| .desugaredLibraryConfiguration |
| .getSynthesizedLibraryClassesPackagePrefix(appView); |
| return factory.createType( |
| "L" |
| + desugaredLibPrefix |
| + WRAPPER_PREFIX |
| + type.toString().replace('.', '$') |
| + suffix |
| + ";"); |
| } |
| |
| private DexType getWrapper(DexType type, String suffix, Map<DexType, DexType> wrappers) { |
| assert !type.toString().startsWith(DesugaredLibraryAPIConverter.VIVIFIED_PREFIX); |
| return wrappers.computeIfAbsent(type, t -> createWrapperType(type, suffix)); |
| } |
| |
| private DexClass getValidClassToWrap(DexType type) { |
| DexClass dexClass = appView.definitionFor(type); |
| // The dexClass should be a library class, so it cannot be null. |
| assert dexClass != null |
| && (dexClass.isLibraryClass() || appView.options().isDesugaredLibraryCompilation()); |
| if (dexClass.accessFlags.isFinal()) { |
| throw appView |
| .options() |
| .reporter |
| .fatalError( |
| new StringDiagnostic( |
| "Cannot generate a wrapper for final class " |
| + dexClass.type |
| + ". Add a custom conversion in the desugared library.")); |
| } |
| return dexClass; |
| } |
| |
| private DexType vivifiedTypeFor(DexType type) { |
| return DesugaredLibraryAPIConverter.vivifiedTypeFor(type, appView); |
| } |
| |
| private DexProgramClass generateTypeWrapper(DexClass dexClass, DexType typeWrapperType) { |
| DexType type = dexClass.type; |
| DexEncodedField wrapperField = synthesizeWrappedValueEncodedField(typeWrapperType, type); |
| return synthesizeWrapper( |
| vivifiedTypeFor(type), |
| dexClass, |
| synthesizeVirtualMethodsForTypeWrapper(dexClass, wrapperField), |
| generateTypeConversion(type, typeWrapperType), |
| wrapperField); |
| } |
| |
| private DexProgramClass generateVivifiedTypeWrapper( |
| DexClass dexClass, DexType vivifiedTypeWrapperType) { |
| DexType type = dexClass.type; |
| DexEncodedField wrapperField = |
| synthesizeWrappedValueEncodedField(vivifiedTypeWrapperType, vivifiedTypeFor(type)); |
| return synthesizeWrapper( |
| type, |
| dexClass, |
| synthesizeVirtualMethodsForVivifiedTypeWrapper(dexClass, wrapperField), |
| generateVivifiedTypeConversion(type, vivifiedTypeWrapperType), |
| wrapperField); |
| } |
| |
| private DexProgramClass synthesizeWrapper( |
| DexType wrappingType, |
| DexClass clazz, |
| DexEncodedMethod[] virtualMethods, |
| DexEncodedMethod conversionMethod, |
| DexEncodedField wrapperField) { |
| boolean isItf = clazz.isInterface(); |
| DexType superType = isItf ? factory.objectType : wrappingType; |
| DexTypeList interfaces = |
| isItf ? new DexTypeList(new DexType[] {wrappingType}) : DexTypeList.empty(); |
| return new DexProgramClass( |
| wrapperField.field.holder, |
| null, |
| new SynthesizedOrigin("Desugared library API Converter", getClass()), |
| ClassAccessFlags.fromSharedAccessFlags( |
| Constants.ACC_FINAL | Constants.ACC_SYNTHETIC | Constants.ACC_PUBLIC), |
| superType, |
| interfaces, |
| clazz.sourceFile, |
| null, |
| Collections.emptyList(), |
| null, |
| Collections.emptyList(), |
| DexAnnotationSet.empty(), |
| DexEncodedField.EMPTY_ARRAY, // No static fields. |
| new DexEncodedField[] {wrapperField}, |
| new DexEncodedMethod[] {synthesizeConstructor(wrapperField.field), conversionMethod}, |
| virtualMethods, |
| factory.getSkipNameValidationForTesting(), |
| getChecksumSupplier(this, clazz.type), |
| Collections.emptyList()); |
| } |
| |
| private ChecksumSupplier getChecksumSupplier( |
| DesugaredLibraryWrapperSynthesizer synthesizer, DexType keyType) { |
| return clazz -> { |
| // The synthesized type wrappers are constructed lazily, so their lookup must be delayed |
| // until the point the checksum is requested (at write time). The presence of a wrapper |
| // affects the implementation of the conversion functions, so they must be accounted for in |
| // the checksum. |
| boolean hasWrapper = synthesizer.typeWrappers.containsKey(keyType); |
| boolean hasViviWrapper = synthesizer.vivifiedTypeWrappers.containsKey(keyType); |
| return ((long) clazz.type.hashCode()) |
| + 7 * (long) Boolean.hashCode(hasWrapper) |
| + 11 * (long) Boolean.hashCode(hasViviWrapper); |
| }; |
| } |
| |
| private DexEncodedMethod[] synthesizeVirtualMethodsForVivifiedTypeWrapper( |
| DexClass dexClass, DexEncodedField wrapperField) { |
| List<DexEncodedMethod> dexMethods = allImplementedMethods(dexClass); |
| List<DexEncodedMethod> generatedMethods = new ArrayList<>(); |
| // Each method should use only types in their signature, but each method the wrapper forwards |
| // to should used only vivified types. |
| // Generated method looks like: |
| // long foo (type, int) |
| // v0 <- arg0; |
| // v1 <- arg1; |
| // v2 <- convertTypeToVivifiedType(v0); |
| // v3 <- wrappedValue.foo(v2,v1); |
| // return v3; |
| Set<DexMethod> finalMethods = Sets.newIdentityHashSet(); |
| for (DexEncodedMethod dexEncodedMethod : dexMethods) { |
| DexClass holderClass = appView.definitionFor(dexEncodedMethod.method.holder); |
| assert holderClass != null; |
| DexMethod methodToInstall = |
| factory.createMethod( |
| wrapperField.field.holder, |
| dexEncodedMethod.method.proto, |
| dexEncodedMethod.method.name); |
| CfCode cfCode; |
| if (dexEncodedMethod.isFinal()) { |
| invalidWrappers.add(wrapperField.field.holder); |
| finalMethods.add(dexEncodedMethod.method); |
| continue; |
| } else { |
| cfCode = |
| new APIConverterVivifiedWrapperCfCodeProvider( |
| appView, |
| methodToInstall, |
| wrapperField.field, |
| converter, |
| holderClass.isInterface()) |
| .generateCfCode(); |
| } |
| DexEncodedMethod newDexEncodedMethod = |
| newSynthesizedMethod(methodToInstall, dexEncodedMethod, cfCode); |
| generatedMethods.add(newDexEncodedMethod); |
| } |
| return finalizeWrapperMethods(generatedMethods, finalMethods); |
| } |
| |
| private DexEncodedMethod[] synthesizeVirtualMethodsForTypeWrapper( |
| DexClass dexClass, DexEncodedField wrapperField) { |
| List<DexEncodedMethod> dexMethods = allImplementedMethods(dexClass); |
| List<DexEncodedMethod> generatedMethods = new ArrayList<>(); |
| // Each method should use only vivified types in their signature, but each method the wrapper |
| // forwards |
| // to should used only types. |
| // Generated method looks like: |
| // long foo (type, int) |
| // v0 <- arg0; |
| // v1 <- arg1; |
| // v2 <- convertVivifiedTypeToType(v0); |
| // v3 <- wrappedValue.foo(v2,v1); |
| // return v3; |
| Set<DexMethod> finalMethods = Sets.newIdentityHashSet(); |
| for (DexEncodedMethod dexEncodedMethod : dexMethods) { |
| DexClass holderClass = appView.definitionFor(dexEncodedMethod.method.holder); |
| assert holderClass != null || appView.options().isDesugaredLibraryCompilation(); |
| boolean isInterface = holderClass == null || holderClass.isInterface(); |
| DexMethod methodToInstall = |
| DesugaredLibraryAPIConverter.methodWithVivifiedTypeInSignature( |
| dexEncodedMethod.method, wrapperField.field.holder, appView); |
| CfCode cfCode; |
| if (dexEncodedMethod.isFinal()) { |
| invalidWrappers.add(wrapperField.field.holder); |
| finalMethods.add(dexEncodedMethod.method); |
| continue; |
| } else { |
| cfCode = |
| new APIConverterWrapperCfCodeProvider( |
| appView, dexEncodedMethod.method, wrapperField.field, converter, isInterface) |
| .generateCfCode(); |
| } |
| DexEncodedMethod newDexEncodedMethod = |
| newSynthesizedMethod(methodToInstall, dexEncodedMethod, cfCode); |
| generatedMethods.add(newDexEncodedMethod); |
| } |
| return finalizeWrapperMethods(generatedMethods, finalMethods); |
| } |
| |
| private DexEncodedMethod[] finalizeWrapperMethods( |
| List<DexEncodedMethod> generatedMethods, Set<DexMethod> finalMethods) { |
| if (finalMethods.isEmpty()) { |
| return generatedMethods.toArray(DexEncodedMethod.EMPTY_ARRAY); |
| } |
| // Wrapper is invalid, no need to add the virtual methods. |
| reportFinalMethodsInWrapper(finalMethods); |
| return DexEncodedMethod.EMPTY_ARRAY; |
| } |
| |
| private void reportFinalMethodsInWrapper(Set<DexMethod> methods) { |
| String[] methodArray = |
| methods.stream().map(method -> method.holder + "#" + method.name).toArray(String[]::new); |
| appView |
| .options() |
| .reporter |
| .warning( |
| new StringDiagnostic( |
| "Desugared library API conversion: cannot wrap final methods " |
| + Arrays.toString(methodArray) |
| + ". " |
| + methods.iterator().next().holder |
| + " is marked as invalid and will throw a runtime exception upon conversion.")); |
| } |
| |
| DexEncodedMethod newSynthesizedMethod( |
| DexMethod methodToInstall, DexEncodedMethod template, Code code) { |
| MethodAccessFlags newFlags = template.accessFlags.copy(); |
| assert newFlags.isPublic(); |
| newFlags.unsetAbstract(); |
| // TODO(b/146114533): Fix inlining in synthetic methods and remove unsetBridge. |
| newFlags.unsetBridge(); |
| newFlags.setSynthetic(); |
| return new DexEncodedMethod( |
| methodToInstall, |
| newFlags, |
| DexAnnotationSet.empty(), |
| ParameterAnnotationsList.empty(), |
| code, |
| true); |
| } |
| |
| private List<DexEncodedMethod> allImplementedMethods(DexClass libraryClass) { |
| LinkedList<DexClass> workList = new LinkedList<>(); |
| List<DexEncodedMethod> implementedMethods = new ArrayList<>(); |
| workList.add(libraryClass); |
| while (!workList.isEmpty()) { |
| DexClass dexClass = workList.removeFirst(); |
| for (DexEncodedMethod virtualMethod : dexClass.virtualMethods()) { |
| if (!virtualMethod.isPrivateMethod()) { |
| boolean alreadyAdded = false; |
| // This looks quadratic but given the size of the collections met in practice for |
| // desugared libraries (Max ~15) it does not matter. |
| for (DexEncodedMethod alreadyImplementedMethod : implementedMethods) { |
| if (alreadyImplementedMethod.method.match(virtualMethod.method)) { |
| alreadyAdded = true; |
| continue; |
| } |
| } |
| if (!alreadyAdded) { |
| implementedMethods.add(virtualMethod); |
| } |
| } |
| } |
| for (DexType itf : dexClass.interfaces.values) { |
| DexClass itfClass = appView.definitionFor(itf); |
| // Cannot be null in program since we started from a LibraryClass. |
| assert itfClass != null || appView.options().isDesugaredLibraryCompilation(); |
| if (itfClass != null) { |
| workList.add(itfClass); |
| } |
| } |
| if (dexClass.superType != factory.objectType) { |
| DexClass superClass = appView.definitionFor(dexClass.superType); |
| assert superClass != null; // Cannot be null since we started from a LibraryClass. |
| workList.add(superClass); |
| } |
| } |
| return implementedMethods; |
| } |
| |
| private DexField wrappedValueField(DexType holder, DexType fieldType) { |
| return factory.createField(holder, fieldType, factory.wrapperFieldName); |
| } |
| |
| private DexEncodedField synthesizeWrappedValueEncodedField(DexType holder, DexType fieldType) { |
| DexField field = wrappedValueField(holder, fieldType); |
| // Field is package private to be accessible from convert methods without a getter. |
| FieldAccessFlags fieldAccessFlags = |
| FieldAccessFlags.fromCfAccessFlags(Constants.ACC_FINAL | Constants.ACC_SYNTHETIC); |
| return new DexEncodedField(field, fieldAccessFlags, DexAnnotationSet.empty(), null); |
| } |
| |
| private DexEncodedMethod synthesizeConstructor(DexField field) { |
| DexMethod method = |
| factory.createMethod( |
| field.holder, |
| factory.createProto(factory.voidType, field.type), |
| factory.initMethodName); |
| return newSynthesizedMethod( |
| method, |
| Constants.ACC_PRIVATE | Constants.ACC_SYNTHETIC, |
| true, |
| new APIConverterConstructorCfCodeProvider(appView, field).generateCfCode()); |
| } |
| |
| private DexEncodedMethod newSynthesizedMethod( |
| DexMethod methodToInstall, int flags, boolean constructor, Code code) { |
| MethodAccessFlags accessFlags = MethodAccessFlags.fromSharedAccessFlags(flags, constructor); |
| return new DexEncodedMethod( |
| methodToInstall, |
| accessFlags, |
| DexAnnotationSet.empty(), |
| ParameterAnnotationsList.empty(), |
| code, |
| true); |
| } |
| |
| void finalizeWrappers( |
| DexApplication.Builder<?> builder, IRConverter irConverter, ExecutorService executorService) |
| throws ExecutionException { |
| List<DexProgramClass> synthesizedWrappers = generateWrappers(); |
| registerAndProcessWrappers(builder, irConverter, executorService, synthesizedWrappers); |
| } |
| |
| private List<DexProgramClass> generateWrappers() { |
| List<DexProgramClass> synthesizedWrappers = new ArrayList<>(); |
| Set<DexType> synthesizedWrapperTypes = Sets.newIdentityHashSet(); |
| // Generating a wrapper may require other wrappers to be generated, iterate until fix point. |
| while (synthesizedWrapperTypes.size() != typeWrappers.size() + vivifiedTypeWrappers.size()) { |
| for (DexType type : typeWrappers.keySet()) { |
| DexType typeWrapperType = typeWrappers.get(type); |
| if (!synthesizedWrapperTypes.contains(typeWrapperType)) { |
| synthesizedWrappers.add(generateTypeWrapper(getValidClassToWrap(type), typeWrapperType)); |
| synthesizedWrapperTypes.add(typeWrapperType); |
| } |
| } |
| for (DexType type : vivifiedTypeWrappers.keySet()) { |
| DexType vivifiedTypeWrapperType = vivifiedTypeWrappers.get(type); |
| if (!synthesizedWrapperTypes.contains(vivifiedTypeWrapperType)) { |
| synthesizedWrappers.add( |
| generateVivifiedTypeWrapper(getValidClassToWrap(type), vivifiedTypeWrapperType)); |
| synthesizedWrapperTypes.add(vivifiedTypeWrapperType); |
| } |
| } |
| } |
| assert synthesizedWrappers.size() == synthesizedWrapperTypes.size(); |
| return synthesizedWrappers; |
| } |
| |
| private void registerAndProcessWrappers( |
| DexApplication.Builder<?> builder, |
| IRConverter irConverter, |
| ExecutorService executorService, |
| List<DexProgramClass> wrappers) |
| throws ExecutionException { |
| for (DexProgramClass wrapper : wrappers) { |
| builder.addSynthesizedClass(wrapper, false); |
| appView.appInfo().addSynthesizedClass(wrapper); |
| } |
| irConverter.optimizeSynthesizedClasses(wrappers, executorService); |
| } |
| |
| private DexEncodedMethod generateTypeConversion(DexType type, DexType typeWrapperType) { |
| DexType reverse = vivifiedTypeWrappers.get(type); |
| return synthesizeConversionMethod( |
| typeWrapperType, |
| type, |
| type, |
| vivifiedTypeFor(type), |
| reverse == null ? null : wrappedValueField(reverse, vivifiedTypeFor(type))); |
| } |
| |
| private DexEncodedMethod generateVivifiedTypeConversion( |
| DexType type, DexType vivifiedTypeWrapperType) { |
| DexType reverse = typeWrappers.get(type); |
| return synthesizeConversionMethod( |
| vivifiedTypeWrapperType, |
| type, |
| vivifiedTypeFor(type), |
| type, |
| reverse == null ? null : wrappedValueField(reverse, type)); |
| } |
| |
| private DexEncodedMethod synthesizeConversionMethod( |
| DexType holder, |
| DexType type, |
| DexType argType, |
| DexType returnType, |
| DexField reverseFieldOrNull) { |
| DexMethod method = |
| factory.createMethod( |
| holder, factory.createProto(returnType, argType), factory.convertMethodName); |
| CfCode cfCode; |
| if (invalidWrappers.contains(holder)) { |
| cfCode = |
| new APIConverterThrowRuntimeExceptionCfCodeProvider( |
| appView, |
| factory.createString( |
| "Unsupported conversion for " |
| + type |
| + ". See compilation time warnings for more details."), |
| holder) |
| .generateCfCode(); |
| } else { |
| cfCode = |
| new APIConverterWrapperConversionCfCodeProvider( |
| appView, |
| argType, |
| reverseFieldOrNull, |
| factory.createField(holder, returnType, factory.wrapperFieldName)) |
| .generateCfCode(); |
| } |
| return newSynthesizedMethod( |
| method, |
| Constants.ACC_SYNTHETIC | Constants.ACC_STATIC | Constants.ACC_PUBLIC, |
| false, |
| cfCode); |
| } |
| } |
