/// Mangle this entity as a std::string.
std::string LinkEntity::mangleAsString() const {
IRGenMangler mangler;
switch (getKind()) {
case Kind::DispatchThunk: {
auto *func = cast<FuncDecl>(getDecl());
return mangler.mangleDispatchThunk(func);
}
case Kind::DispatchThunkInitializer: {
auto *ctor = cast<ConstructorDecl>(getDecl());
return mangler.mangleConstructorDispatchThunk(ctor,
/*isAllocating=*/false);
}
case Kind::DispatchThunkAllocator: {
auto *ctor = cast<ConstructorDecl>(getDecl());
return mangler.mangleConstructorDispatchThunk(ctor,
/*isAllocating=*/true);
}
case Kind::MethodDescriptor: {
auto *func = cast<FuncDecl>(getDecl());
return mangler.mangleMethodDescriptor(func);
}
case Kind::MethodDescriptorInitializer: {
auto *ctor = cast<ConstructorDecl>(getDecl());
return mangler.mangleConstructorMethodDescriptor(ctor,
/*isAllocating=*/false);
}
case Kind::MethodDescriptorAllocator: {
auto *ctor = cast<ConstructorDecl>(getDecl());
return mangler.mangleConstructorMethodDescriptor(ctor,
/*isAllocating=*/true);
}
case Kind::MethodLookupFunction: {
auto *classDecl = cast<ClassDecl>(getDecl());
return mangler.mangleMethodLookupFunction(classDecl);
}
case Kind::ValueWitness:
return mangler.mangleValueWitness(getType(), getValueWitness());
case Kind::ValueWitnessTable:
return mangler.mangleValueWitnessTable(getType());
case Kind::TypeMetadataAccessFunction:
return mangler.mangleTypeMetadataAccessFunction(getType());
case Kind::TypeMetadataLazyCacheVariable:
return mangler.mangleTypeMetadataLazyCacheVariable(getType());
case Kind::TypeMetadataInstantiationCache:
return mangler.mangleTypeMetadataInstantiationCache(
cast<NominalTypeDecl>(getDecl()));
case Kind::TypeMetadataInstantiationFunction:
return mangler.mangleTypeMetadataInstantiationFunction(
cast<NominalTypeDecl>(getDecl()));
case Kind::TypeMetadataSingletonInitializationCache:
return mangler.mangleTypeMetadataSingletonInitializationCache(
cast<NominalTypeDecl>(getDecl()));
case Kind::TypeMetadataCompletionFunction:
return mangler.mangleTypeMetadataCompletionFunction(
cast<NominalTypeDecl>(getDecl()));
case Kind::TypeMetadata:
switch (getMetadataAddress()) {
case TypeMetadataAddress::FullMetadata:
return mangler.mangleTypeFullMetadataFull(getType());
case TypeMetadataAddress::AddressPoint:
return mangler.mangleTypeMetadataFull(getType());
}
llvm_unreachable("invalid metadata address");
case Kind::TypeMetadataPattern:
return mangler.mangleTypeMetadataPattern(
cast<NominalTypeDecl>(getDecl()));
case Kind::SwiftMetaclassStub:
return mangler.mangleClassMetaClass(cast<ClassDecl>(getDecl()));
case Kind::ObjCMetadataUpdateFunction:
return mangler.mangleObjCMetadataUpdateFunction(cast<ClassDecl>(getDecl()));
case Kind::ObjCResilientClassStub:
switch (getMetadataAddress()) {
case TypeMetadataAddress::FullMetadata:
return mangler.mangleFullObjCResilientClassStub(cast<ClassDecl>(getDecl()));
case TypeMetadataAddress::AddressPoint:
return mangler.mangleObjCResilientClassStub(cast<ClassDecl>(getDecl()));
}
llvm_unreachable("invalid metadata address");
case Kind::ClassMetadataBaseOffset: // class metadata base offset
return mangler.mangleClassMetadataBaseOffset(cast<ClassDecl>(getDecl()));
case Kind::NominalTypeDescriptor:
return mangler.mangleNominalTypeDescriptor(
cast<NominalTypeDecl>(getDecl()));
case Kind::OpaqueTypeDescriptor:
return mangler.mangleOpaqueTypeDescriptor(cast<OpaqueTypeDecl>(getDecl()));
case Kind::OpaqueTypeDescriptorAccessor:
return mangler.mangleOpaqueTypeDescriptorAccessor(
cast<OpaqueTypeDecl>(getDecl()));
case Kind::OpaqueTypeDescriptorAccessorImpl:
return mangler.mangleOpaqueTypeDescriptorAccessorImpl(
cast<OpaqueTypeDecl>(getDecl()));
case Kind::OpaqueTypeDescriptorAccessorKey:
return mangler.mangleOpaqueTypeDescriptorAccessorKey(
cast<OpaqueTypeDecl>(getDecl()));
case Kind::OpaqueTypeDescriptorAccessorVar:
return mangler.mangleOpaqueTypeDescriptorAccessorVar(
cast<OpaqueTypeDecl>(getDecl()));
case Kind::PropertyDescriptor:
return mangler.manglePropertyDescriptor(
cast<AbstractStorageDecl>(getDecl()));
case Kind::ModuleDescriptor:
return mangler.mangleModuleDescriptor(cast<ModuleDecl>(getDecl()));
case Kind::ExtensionDescriptor:
return mangler.mangleExtensionDescriptor(getExtension());
case Kind::AnonymousDescriptor:
return mangler.mangleAnonymousDescriptor(getAnonymousDeclContext());
case Kind::ProtocolDescriptor:
return mangler.mangleProtocolDescriptor(cast<ProtocolDecl>(getDecl()));
case Kind::ProtocolRequirementsBaseDescriptor:
return mangler.mangleProtocolRequirementsBaseDescriptor(
cast<ProtocolDecl>(getDecl()));
case Kind::AssociatedTypeDescriptor:
return mangler.mangleAssociatedTypeDescriptor(
cast<AssociatedTypeDecl>(getDecl()));
case Kind::AssociatedConformanceDescriptor: {
auto assocConformance = getAssociatedConformance();
return mangler.mangleAssociatedConformanceDescriptor(
cast<ProtocolDecl>(getDecl()),
assocConformance.first,
assocConformance.second);
}
case Kind::BaseConformanceDescriptor: {
auto assocConformance = getAssociatedConformance();
return mangler.mangleBaseConformanceDescriptor(
cast<ProtocolDecl>(getDecl()),
assocConformance.second);
}
case Kind::DefaultAssociatedConformanceAccessor: {
auto assocConformance = getAssociatedConformance();
return mangler.mangleDefaultAssociatedConformanceAccessor(
cast<ProtocolDecl>(getDecl()),
assocConformance.first,
assocConformance.second);
}
case Kind::ProtocolConformanceDescriptor:
return mangler.mangleProtocolConformanceDescriptor(
getRootProtocolConformance());
case Kind::EnumCase:
return mangler.mangleEnumCase(getDecl());
case Kind::FieldOffset:
return mangler.mangleFieldOffset(getDecl());
case Kind::ProtocolWitnessTable:
return mangler.mangleWitnessTable(getRootProtocolConformance());
case Kind::GenericProtocolWitnessTableInstantiationFunction:
return mangler.mangleGenericProtocolWitnessTableInstantiationFunction(
getProtocolConformance());
case Kind::ProtocolWitnessTablePattern:
return mangler.mangleProtocolWitnessTablePattern(getProtocolConformance());
case Kind::ProtocolWitnessTableLazyAccessFunction:
return mangler.mangleProtocolWitnessTableLazyAccessFunction(getType(),
getProtocolConformance());
case Kind::ProtocolWitnessTableLazyCacheVariable:
return mangler.mangleProtocolWitnessTableLazyCacheVariable(getType(),
getProtocolConformance());
case Kind::AssociatedTypeWitnessTableAccessFunction: {
auto assocConf = getAssociatedConformance();
if (isa<GenericTypeParamType>(assocConf.first)) {
return mangler.mangleBaseWitnessTableAccessFunction(
getProtocolConformance(), assocConf.second);
}
return mangler.mangleAssociatedTypeWitnessTableAccessFunction(
getProtocolConformance(), assocConf.first, assocConf.second);
}
case Kind::CoroutineContinuationPrototype:
return mangler.mangleCoroutineContinuationPrototype(
cast<SILFunctionType>(getType()));
// An Objective-C class reference reference. The symbol is private, so
// the mangling is unimportant; it should just be readable in LLVM IR.
case Kind::ObjCClassRef: {
llvm::SmallString<64> tempBuffer;
StringRef name = cast<ClassDecl>(getDecl())->getObjCRuntimeName(tempBuffer);
std::string Result("OBJC_CLASS_REF_$_");
Result.append(name.data(), name.size());
return Result;
}
// An Objective-C class reference; not a swift mangling.
case Kind::ObjCClass: {
llvm::SmallString<64> TempBuffer;
StringRef Name = cast<ClassDecl>(getDecl())->getObjCRuntimeName(TempBuffer);
std::string Result("OBJC_CLASS_$_");
Result.append(Name.data(), Name.size());
return Result;
}
// An Objective-C metaclass reference; not a swift mangling.
case Kind::ObjCMetaclass: {
llvm::SmallString<64> TempBuffer;
StringRef Name = cast<ClassDecl>(getDecl())->getObjCRuntimeName(TempBuffer);
std::string Result("OBJC_METACLASS_$_");
Result.append(Name.data(), Name.size());
return Result;
}
case Kind::SILFunction: {
std::string Result(getSILFunction()->getName());
if (isDynamicallyReplaceable()) {
Result.append("TI");
}
return Result;
}
case Kind::DynamicallyReplaceableFunctionImpl: {
assert(isa<AbstractFunctionDecl>(getDecl()));
std::string Result;
if (auto *Constructor = dyn_cast<ConstructorDecl>(getDecl())) {
Result = mangler.mangleConstructorEntity(Constructor, isAllocator(),
/*isCurried=*/false);
} else {
Result = mangler.mangleEntity(getDecl(), /*isCurried=*/false);
}
Result.append("TI");
return Result;
}
case Kind::DynamicallyReplaceableFunctionVariable: {
std::string Result(getSILFunction()->getName());
Result.append("TX");
return Result;
}
case Kind::DynamicallyReplaceableFunctionKey: {
std::string Result(getSILFunction()->getName());
Result.append("Tx");
return Result;
}
case Kind::DynamicallyReplaceableFunctionVariableAST: {
assert(isa<AbstractFunctionDecl>(getDecl()));
std::string Result;
if (auto *Constructor = dyn_cast<ConstructorDecl>(getDecl())) {
Result =
mangler.mangleConstructorEntity(Constructor, isAllocator(),
/*isCurried=*/false);
} else {
Result = mangler.mangleEntity(getDecl(), /*isCurried=*/false);
}
Result.append("TX");
return Result;
}
case Kind::DynamicallyReplaceableFunctionKeyAST: {
assert(isa<AbstractFunctionDecl>(getDecl()));
std::string Result;
if (auto *Constructor = dyn_cast<ConstructorDecl>(getDecl())) {
Result =
mangler.mangleConstructorEntity(Constructor, isAllocator(),
/*isCurried=*/false);
} else {
Result = mangler.mangleEntity(getDecl(), /*isCurried=*/false);
}
Result.append("Tx");
return Result;
}
case Kind::SILGlobalVariable:
return getSILGlobalVariable()->getName();
case Kind::ReflectionBuiltinDescriptor:
return mangler.mangleReflectionBuiltinDescriptor(getType());
case Kind::ReflectionFieldDescriptor:
return mangler.mangleReflectionFieldDescriptor(getType());
case Kind::ReflectionAssociatedTypeDescriptor:
return mangler.mangleReflectionAssociatedTypeDescriptor(
getProtocolConformance());
}
llvm_unreachable("bad entity kind!");
}
