runtime/vm/compiler/method_recognizer.cc - sdk - Git at Google

 // Copyright (c) 2014, the Dart 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.

 #include "vm/compiler/method_recognizer.h"

 #include "vm/object.h"
 #include "vm/symbols.h"

 namespace dart {

 MethodRecognizer::Kind MethodRecognizer::RecognizeKind(
     const Function& function) {
   return function.recognized_kind();
 }

 bool MethodRecognizer::AlwaysInline(const Function& function) {
   return function.always_inline();
 }

 bool MethodRecognizer::PolymorphicTarget(const Function& function) {
   return function.is_polymorphic_target();
 }

 intptr_t MethodRecognizer::NumArgsCheckedForStaticCall(
     const Function& function) {
   switch (RecognizeKind(function)) {
     case MethodRecognizer::kDoubleFromInteger:
     case MethodRecognizer::kMathMin:
     case MethodRecognizer::kMathMax:
       return 2;
     default:
       return 0;
   }
 }

 intptr_t MethodRecognizer::ResultCid(const Function& function) {
   // Use the 'vm:exact-result-type' annotation if available. This can only be
   // used within the core library, see 'result_type_pragma.md', detail 1.2 for
   // explanation.
   Class& cls = Thread::Current()->ClassHandle();
   Library& lib = Thread::Current()->LibraryHandle();
   cls = function.Owner();
   lib = cls.library();
   const bool can_use_pragma = lib.IsAnyCoreLibrary();
   cls = Class::null();
   if (can_use_pragma) {
     Isolate* I = Isolate::Current();
     auto& option = Object::Handle();
     if (function.FindPragma(I, Symbols::vm_exact_result_type(), &option)) {
       if (option.IsType()) {
         return Type::Cast(option).type_class_id();
       } else if (option.IsString()) {
         auto& str = String::Cast(option);
         // 'str' should match the pattern '([^#]+)#([^#\?]+)' where group 1
         // is the library URI and group 2 is the class name.
         bool parse_failure = false;
         intptr_t library_end = -1;
         for (intptr_t i = 0; i < str.Length(); ++i) {
           if (str.CharAt(i) == '#') {
             if (library_end != -1) {
               parse_failure = true;
               break;
             } else {
               library_end = i;
             }
           }
         }
         if (!parse_failure && library_end > 0) {
           auto& libraryUri = String::Handle(
               String::SubString(str, 0, library_end, Heap::kOld));
           auto& className = String::Handle(
               String::SubString(str, library_end + 1,
                                 str.Length() - library_end - 1, Heap::kOld));

           Library& lib = Library::Handle(
               Library::LookupLibrary(Thread::Current(), libraryUri));
           if (!lib.IsNull()) {
             Class& klass =
                 Class::Handle(lib.LookupClassAllowPrivate(className));
             if (!klass.IsNull()) {
               return klass.id();
             }
           }
         }
       }
     }
   }

   // No result-type annotation can be used, so fall back on the table of
   // recognized methods.
   switch (function.recognized_kind()) {
 #define DEFINE_CASE(cname, fname, ename, result_type, fingerprint)             \
   case k##ename: {                                                             \
     const intptr_t cid = k##result_type##Cid;                                  \
     if (FLAG_strong && cid != kDynamicCid) {                                   \
       String& err = String::Handle();                                          \
       err = function.QualifiedScrubbedName();                                  \
       err = String::Concat(                                                    \
           err,                                                                 \
           String::Handle(String::New(" (MethodRecognizer::k" #ename            \
                                      ") should be using pragma annotation"     \
                                      " rather than method recognizer.",        \
                                      Heap::kOld)),                             \
           Heap::kOld);                                                         \
       FATAL(err.ToCString());                                                  \
     }                                                                          \
     return cid;                                                                \
   }
     RECOGNIZED_LIST(DEFINE_CASE)
 #undef DEFINE_CASE
     default:
       return kDynamicCid;
   }
 }

 intptr_t MethodRecognizer::MethodKindToReceiverCid(Kind kind) {
   switch (kind) {
     case kImmutableArrayGetIndexed:
       return kImmutableArrayCid;

     case kObjectArrayGetIndexed:
     case kObjectArraySetIndexed:
     case kObjectArraySetIndexedUnchecked:
       return kArrayCid;

     case kGrowableArrayGetIndexed:
     case kGrowableArraySetIndexed:
     case kGrowableArraySetIndexedUnchecked:
       return kGrowableObjectArrayCid;

     case kFloat32ArrayGetIndexed:
     case kFloat32ArraySetIndexed:
       return kTypedDataFloat32ArrayCid;

     case kFloat64ArrayGetIndexed:
     case kFloat64ArraySetIndexed:
       return kTypedDataFloat64ArrayCid;

     case kInt8ArrayGetIndexed:
     case kInt8ArraySetIndexed:
       return kTypedDataInt8ArrayCid;

     case kUint8ArrayGetIndexed:
     case kUint8ArraySetIndexed:
       return kTypedDataUint8ArrayCid;

     case kUint8ClampedArrayGetIndexed:
     case kUint8ClampedArraySetIndexed:
       return kTypedDataUint8ClampedArrayCid;

     case kExternalUint8ArrayGetIndexed:
     case kExternalUint8ArraySetIndexed:
       return kExternalTypedDataUint8ArrayCid;

     case kExternalUint8ClampedArrayGetIndexed:
     case kExternalUint8ClampedArraySetIndexed:
       return kExternalTypedDataUint8ClampedArrayCid;

     case kInt16ArrayGetIndexed:
     case kInt16ArraySetIndexed:
       return kTypedDataInt16ArrayCid;

     case kUint16ArrayGetIndexed:
     case kUint16ArraySetIndexed:
       return kTypedDataUint16ArrayCid;

     case kInt32ArrayGetIndexed:
     case kInt32ArraySetIndexed:
       return kTypedDataInt32ArrayCid;

     case kUint32ArrayGetIndexed:
     case kUint32ArraySetIndexed:
       return kTypedDataUint32ArrayCid;

     case kInt64ArrayGetIndexed:
     case kInt64ArraySetIndexed:
       return kTypedDataInt64ArrayCid;

     case kUint64ArrayGetIndexed:
     case kUint64ArraySetIndexed:
       return kTypedDataUint64ArrayCid;

     case kFloat32x4ArrayGetIndexed:
     case kFloat32x4ArraySetIndexed:
       return kTypedDataFloat32x4ArrayCid;

     case kInt32x4ArrayGetIndexed:
     case kInt32x4ArraySetIndexed:
       return kTypedDataInt32x4ArrayCid;

     case kFloat64x2ArrayGetIndexed:
     case kFloat64x2ArraySetIndexed:
       return kTypedDataFloat64x2ArrayCid;

     default:
       break;
   }
   UNREACHABLE();
   return kIllegalCid;
 }

 #define KIND_TO_STRING(class_name, function_name, enum_name, type, fp)         \
   #enum_name,
 static const char* recognized_list_method_name[] = {
     "Unknown", RECOGNIZED_LIST(KIND_TO_STRING)};
 #undef KIND_TO_STRING

 const char* MethodRecognizer::KindToCString(Kind kind) {
   if (kind > kUnknown && kind < kNumRecognizedMethods)
     return recognized_list_method_name[kind];
   return "?";
 }

 #if !defined(DART_PRECOMPILED_RUNTIME)
 void MethodRecognizer::InitializeState() {
   GrowableArray<Library*> libs(3);
   Libraries(&libs);
   Function& func = Function::Handle();

 #define SET_RECOGNIZED_KIND(class_name, function_name, enum_name, type, fp)    \
   func = Library::GetFunction(libs, #class_name, #function_name);              \
   if (!func.IsNull()) {                                                        \
     CHECK_FINGERPRINT3(func, class_name, function_name, enum_name, fp);        \
     func.set_recognized_kind(k##enum_name);                                    \
   } else if (!FLAG_precompiled_mode) {                                         \
     OS::PrintErr("Missing %s::%s\n", #class_name, #function_name);             \
     UNREACHABLE();                                                             \
   }

   RECOGNIZED_LIST(SET_RECOGNIZED_KIND);

 #define SET_FUNCTION_BIT(class_name, function_name, dest, fp, setter, value)   \
   func = Library::GetFunction(libs, #class_name, #function_name);              \
   if (!func.IsNull()) {                                                        \
     CHECK_FINGERPRINT3(func, class_name, function_name, dest, fp);             \
     func.setter(value);                                                        \
   } else if (!FLAG_precompiled_mode) {                                         \
     OS::PrintErr("Missing %s::%s\n", #class_name, #function_name);             \
     UNREACHABLE();                                                             \
   }

 #define SET_IS_ALWAYS_INLINE(class_name, function_name, dest, fp)              \
   SET_FUNCTION_BIT(class_name, function_name, dest, fp, set_always_inline, true)

 #define SET_IS_NEVER_INLINE(class_name, function_name, dest, fp)               \
   SET_FUNCTION_BIT(class_name, function_name, dest, fp, set_is_inlinable, false)

 #define SET_IS_POLYMORPHIC_TARGET(class_name, function_name, dest, fp)         \
   SET_FUNCTION_BIT(class_name, function_name, dest, fp,                        \
                    set_is_polymorphic_target, true)

   INLINE_WHITE_LIST(SET_IS_ALWAYS_INLINE);
   INLINE_BLACK_LIST(SET_IS_NEVER_INLINE);
   POLYMORPHIC_TARGET_LIST(SET_IS_POLYMORPHIC_TARGET);

 #undef SET_RECOGNIZED_KIND
 #undef SET_IS_ALWAYS_INLINE
 #undef SET_IS_POLYMORPHIC_TARGET
 #undef SET_FUNCTION_BIT
 }

 void MethodRecognizer::Libraries(GrowableArray<Library*>* libs) {
   libs->Add(&Library::ZoneHandle(Library::CoreLibrary()));
   libs->Add(&Library::ZoneHandle(Library::CollectionLibrary()));
   libs->Add(&Library::ZoneHandle(Library::MathLibrary()));
   libs->Add(&Library::ZoneHandle(Library::TypedDataLibrary()));
   libs->Add(&Library::ZoneHandle(Library::InternalLibrary()));
   libs->Add(&Library::ZoneHandle(Library::DeveloperLibrary()));
   libs->Add(&Library::ZoneHandle(Library::AsyncLibrary()));
 }

 RawGrowableObjectArray* MethodRecognizer::QueryRecognizedMethods(Zone* zone) {
   const GrowableObjectArray& methods =
       GrowableObjectArray::Handle(zone, GrowableObjectArray::New());
   Function& func = Function::Handle(zone);

   GrowableArray<Library*> libs(3);
   Libraries(&libs);

 #define ADD_RECOGNIZED_METHOD(class_name, function_name, enum_name, type, fp)  \
   func = Library::GetFunction(libs, #class_name, #function_name);              \
   methods.Add(func);

   RECOGNIZED_LIST(ADD_RECOGNIZED_METHOD);
 #undef ADD_RECOGNIZED_METHOD

   return methods.raw();
 }
 #endif  // !defined(DART_PRECOMPILED_RUNTIME)

 Token::Kind MethodTokenRecognizer::RecognizeTokenKind(const String& name) {
   ASSERT(name.IsSymbol());
   if (name.raw() == Symbols::Plus().raw()) {
     return Token::kADD;
   } else if (name.raw() == Symbols::Minus().raw()) {
     return Token::kSUB;
   } else if (name.raw() == Symbols::Star().raw()) {
     return Token::kMUL;
   } else if (name.raw() == Symbols::Slash().raw()) {
     return Token::kDIV;
   } else if (name.raw() == Symbols::TruncDivOperator().raw()) {
     return Token::kTRUNCDIV;
   } else if (name.raw() == Symbols::Percent().raw()) {
     return Token::kMOD;
   } else if (name.raw() == Symbols::BitOr().raw()) {
     return Token::kBIT_OR;
   } else if (name.raw() == Symbols::Ampersand().raw()) {
     return Token::kBIT_AND;
   } else if (name.raw() == Symbols::Caret().raw()) {
     return Token::kBIT_XOR;
   } else if (name.raw() == Symbols::LeftShiftOperator().raw()) {
     return Token::kSHL;
   } else if (name.raw() == Symbols::RightShiftOperator().raw()) {
     return Token::kSHR;
   } else if (name.raw() == Symbols::Tilde().raw()) {
     return Token::kBIT_NOT;
   } else if (name.raw() == Symbols::UnaryMinus().raw()) {
     return Token::kNEGATE;
   } else if (name.raw() == Symbols::EqualOperator().raw()) {
     return Token::kEQ;
   } else if (name.raw() == Symbols::Token(Token::kNE).raw()) {
     return Token::kNE;
   } else if (name.raw() == Symbols::LAngleBracket().raw()) {
     return Token::kLT;
   } else if (name.raw() == Symbols::RAngleBracket().raw()) {
     return Token::kGT;
   } else if (name.raw() == Symbols::LessEqualOperator().raw()) {
     return Token::kLTE;
   } else if (name.raw() == Symbols::GreaterEqualOperator().raw()) {
     return Token::kGTE;
   } else if (Field::IsGetterName(name)) {
     return Token::kGET;
   } else if (Field::IsSetterName(name)) {
     return Token::kSET;
   }
   return Token::kILLEGAL;
 }

 }  // namespace dart
	// Copyright (c) 2014, the Dart 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.

	#include "vm/compiler/method_recognizer.h"

	#include "vm/object.h"
	#include "vm/symbols.h"

	namespace dart {

	MethodRecognizer::Kind MethodRecognizer::RecognizeKind(
	const Function& function) {
	return function.recognized_kind();
	}

	bool MethodRecognizer::AlwaysInline(const Function& function) {
	return function.always_inline();
	}

	bool MethodRecognizer::PolymorphicTarget(const Function& function) {
	return function.is_polymorphic_target();
	}

	intptr_t MethodRecognizer::NumArgsCheckedForStaticCall(
	const Function& function) {
	switch (RecognizeKind(function)) {
	case MethodRecognizer::kDoubleFromInteger:
	case MethodRecognizer::kMathMin:
	case MethodRecognizer::kMathMax:
	return 2;
	default:
	return 0;
	}
	}

	intptr_t MethodRecognizer::ResultCid(const Function& function) {
	// Use the 'vm:exact-result-type' annotation if available. This can only be
	// used within the core library, see 'result_type_pragma.md', detail 1.2 for
	// explanation.
	Class& cls = Thread::Current()->ClassHandle();
	Library& lib = Thread::Current()->LibraryHandle();
	cls = function.Owner();
	lib = cls.library();
	const bool can_use_pragma = lib.IsAnyCoreLibrary();
	cls = Class::null();
	if (can_use_pragma) {
	Isolate* I = Isolate::Current();
	auto& option = Object::Handle();
	if (function.FindPragma(I, Symbols::vm_exact_result_type(), &option)) {
	if (option.IsType()) {
	return Type::Cast(option).type_class_id();
	} else if (option.IsString()) {
	auto& str = String::Cast(option);
	// 'str' should match the pattern '([^#]+)#([^#\?]+)' where group 1
	// is the library URI and group 2 is the class name.
	bool parse_failure = false;
	intptr_t library_end = -1;
	for (intptr_t i = 0; i < str.Length(); ++i) {
	if (str.CharAt(i) == '#') {
	if (library_end != -1) {
	parse_failure = true;
	break;
	} else {
	library_end = i;
	}
	}
	}
	if (!parse_failure && library_end > 0) {
	auto& libraryUri = String::Handle(
	String::SubString(str, 0, library_end, Heap::kOld));
	auto& className = String::Handle(
	String::SubString(str, library_end + 1,
	str.Length() - library_end - 1, Heap::kOld));

	Library& lib = Library::Handle(
	Library::LookupLibrary(Thread::Current(), libraryUri));
	if (!lib.IsNull()) {
	Class& klass =
	Class::Handle(lib.LookupClassAllowPrivate(className));
	if (!klass.IsNull()) {
	return klass.id();
	}
	}
	}
	}
	}
	}

	// No result-type annotation can be used, so fall back on the table of
	// recognized methods.
	switch (function.recognized_kind()) {
	#define DEFINE_CASE(cname, fname, ename, result_type, fingerprint) \
	case k##ename: { \
	const intptr_t cid = k##result_type##Cid; \
	if (FLAG_strong && cid != kDynamicCid) { \
	String& err = String::Handle(); \
	err = function.QualifiedScrubbedName(); \
	err = String::Concat( \
	err, \
	String::Handle(String::New(" (MethodRecognizer::k" #ename \
	") should be using pragma annotation" \
	" rather than method recognizer.", \
	Heap::kOld)), \
	Heap::kOld); \
	FATAL(err.ToCString()); \
	} \
	return cid; \
	}
	RECOGNIZED_LIST(DEFINE_CASE)
	#undef DEFINE_CASE
	default:
	return kDynamicCid;
	}
	}

	intptr_t MethodRecognizer::MethodKindToReceiverCid(Kind kind) {
	switch (kind) {
	case kImmutableArrayGetIndexed:
	return kImmutableArrayCid;

	case kObjectArrayGetIndexed:
	case kObjectArraySetIndexed:
	case kObjectArraySetIndexedUnchecked:
	return kArrayCid;

	case kGrowableArrayGetIndexed:
	case kGrowableArraySetIndexed:
	case kGrowableArraySetIndexedUnchecked:
	return kGrowableObjectArrayCid;

	case kFloat32ArrayGetIndexed:
	case kFloat32ArraySetIndexed:
	return kTypedDataFloat32ArrayCid;

	case kFloat64ArrayGetIndexed:
	case kFloat64ArraySetIndexed:
	return kTypedDataFloat64ArrayCid;

	case kInt8ArrayGetIndexed:
	case kInt8ArraySetIndexed:
	return kTypedDataInt8ArrayCid;

	case kUint8ArrayGetIndexed:
	case kUint8ArraySetIndexed:
	return kTypedDataUint8ArrayCid;

	case kUint8ClampedArrayGetIndexed:
	case kUint8ClampedArraySetIndexed:
	return kTypedDataUint8ClampedArrayCid;

	case kExternalUint8ArrayGetIndexed:
	case kExternalUint8ArraySetIndexed:
	return kExternalTypedDataUint8ArrayCid;

	case kExternalUint8ClampedArrayGetIndexed:
	case kExternalUint8ClampedArraySetIndexed:
	return kExternalTypedDataUint8ClampedArrayCid;

	case kInt16ArrayGetIndexed:
	case kInt16ArraySetIndexed:
	return kTypedDataInt16ArrayCid;

	case kUint16ArrayGetIndexed:
	case kUint16ArraySetIndexed:
	return kTypedDataUint16ArrayCid;

	case kInt32ArrayGetIndexed:
	case kInt32ArraySetIndexed:
	return kTypedDataInt32ArrayCid;

	case kUint32ArrayGetIndexed:
	case kUint32ArraySetIndexed:
	return kTypedDataUint32ArrayCid;

	case kInt64ArrayGetIndexed:
	case kInt64ArraySetIndexed:
	return kTypedDataInt64ArrayCid;

	case kUint64ArrayGetIndexed:
	case kUint64ArraySetIndexed:
	return kTypedDataUint64ArrayCid;

	case kFloat32x4ArrayGetIndexed:
	case kFloat32x4ArraySetIndexed:
	return kTypedDataFloat32x4ArrayCid;

	case kInt32x4ArrayGetIndexed:
	case kInt32x4ArraySetIndexed:
	return kTypedDataInt32x4ArrayCid;

	case kFloat64x2ArrayGetIndexed:
	case kFloat64x2ArraySetIndexed:
	return kTypedDataFloat64x2ArrayCid;

	default:
	break;
	}
	UNREACHABLE();
	return kIllegalCid;
	}

	#define KIND_TO_STRING(class_name, function_name, enum_name, type, fp) \
	#enum_name,
	static const char* recognized_list_method_name[] = {
	"Unknown", RECOGNIZED_LIST(KIND_TO_STRING)};
	#undef KIND_TO_STRING

	const char* MethodRecognizer::KindToCString(Kind kind) {
	if (kind > kUnknown && kind < kNumRecognizedMethods)
	return recognized_list_method_name[kind];
	return "?";
	}

	#if !defined(DART_PRECOMPILED_RUNTIME)
	void MethodRecognizer::InitializeState() {
	GrowableArray<Library*> libs(3);
	Libraries(&libs);
	Function& func = Function::Handle();

	#define SET_RECOGNIZED_KIND(class_name, function_name, enum_name, type, fp) \
	func = Library::GetFunction(libs, #class_name, #function_name); \
	if (!func.IsNull()) { \
	CHECK_FINGERPRINT3(func, class_name, function_name, enum_name, fp); \
	func.set_recognized_kind(k##enum_name); \
	} else if (!FLAG_precompiled_mode) { \
	OS::PrintErr("Missing %s::%s\n", #class_name, #function_name); \
	UNREACHABLE(); \
	}

	RECOGNIZED_LIST(SET_RECOGNIZED_KIND);

	#define SET_FUNCTION_BIT(class_name, function_name, dest, fp, setter, value) \
	func = Library::GetFunction(libs, #class_name, #function_name); \
	if (!func.IsNull()) { \
	CHECK_FINGERPRINT3(func, class_name, function_name, dest, fp); \
	func.setter(value); \
	} else if (!FLAG_precompiled_mode) { \
	OS::PrintErr("Missing %s::%s\n", #class_name, #function_name); \
	UNREACHABLE(); \
	}

	#define SET_IS_ALWAYS_INLINE(class_name, function_name, dest, fp) \
	SET_FUNCTION_BIT(class_name, function_name, dest, fp, set_always_inline, true)

	#define SET_IS_NEVER_INLINE(class_name, function_name, dest, fp) \
	SET_FUNCTION_BIT(class_name, function_name, dest, fp, set_is_inlinable, false)

	#define SET_IS_POLYMORPHIC_TARGET(class_name, function_name, dest, fp) \
	SET_FUNCTION_BIT(class_name, function_name, dest, fp, \
	set_is_polymorphic_target, true)

	INLINE_WHITE_LIST(SET_IS_ALWAYS_INLINE);
	INLINE_BLACK_LIST(SET_IS_NEVER_INLINE);
	POLYMORPHIC_TARGET_LIST(SET_IS_POLYMORPHIC_TARGET);

	#undef SET_RECOGNIZED_KIND
	#undef SET_IS_ALWAYS_INLINE
	#undef SET_IS_POLYMORPHIC_TARGET
	#undef SET_FUNCTION_BIT
	}

	void MethodRecognizer::Libraries(GrowableArray<Library> libs) {
	libs->Add(&Library::ZoneHandle(Library::CoreLibrary()));
	libs->Add(&Library::ZoneHandle(Library::CollectionLibrary()));
	libs->Add(&Library::ZoneHandle(Library::MathLibrary()));
	libs->Add(&Library::ZoneHandle(Library::TypedDataLibrary()));
	libs->Add(&Library::ZoneHandle(Library::InternalLibrary()));
	libs->Add(&Library::ZoneHandle(Library::DeveloperLibrary()));
	libs->Add(&Library::ZoneHandle(Library::AsyncLibrary()));
	}

	RawGrowableObjectArray* MethodRecognizer::QueryRecognizedMethods(Zone* zone) {
	const GrowableObjectArray& methods =
	GrowableObjectArray::Handle(zone, GrowableObjectArray::New());
	Function& func = Function::Handle(zone);

	GrowableArray<Library*> libs(3);
	Libraries(&libs);

	#define ADD_RECOGNIZED_METHOD(class_name, function_name, enum_name, type, fp) \
	func = Library::GetFunction(libs, #class_name, #function_name); \
	methods.Add(func);

	RECOGNIZED_LIST(ADD_RECOGNIZED_METHOD);
	#undef ADD_RECOGNIZED_METHOD

	return methods.raw();
	}
	#endif // !defined(DART_PRECOMPILED_RUNTIME)

	Token::Kind MethodTokenRecognizer::RecognizeTokenKind(const String& name) {
	ASSERT(name.IsSymbol());
	if (name.raw() == Symbols::Plus().raw()) {
	return Token::kADD;
	} else if (name.raw() == Symbols::Minus().raw()) {
	return Token::kSUB;
	} else if (name.raw() == Symbols::Star().raw()) {
	return Token::kMUL;
	} else if (name.raw() == Symbols::Slash().raw()) {
	return Token::kDIV;
	} else if (name.raw() == Symbols::TruncDivOperator().raw()) {
	return Token::kTRUNCDIV;
	} else if (name.raw() == Symbols::Percent().raw()) {
	return Token::kMOD;
	} else if (name.raw() == Symbols::BitOr().raw()) {
	return Token::kBIT_OR;
	} else if (name.raw() == Symbols::Ampersand().raw()) {
	return Token::kBIT_AND;
	} else if (name.raw() == Symbols::Caret().raw()) {
	return Token::kBIT_XOR;
	} else if (name.raw() == Symbols::LeftShiftOperator().raw()) {
	return Token::kSHL;
	} else if (name.raw() == Symbols::RightShiftOperator().raw()) {
	return Token::kSHR;
	} else if (name.raw() == Symbols::Tilde().raw()) {
	return Token::kBIT_NOT;
	} else if (name.raw() == Symbols::UnaryMinus().raw()) {
	return Token::kNEGATE;
	} else if (name.raw() == Symbols::EqualOperator().raw()) {
	return Token::kEQ;
	} else if (name.raw() == Symbols::Token(Token::kNE).raw()) {
	return Token::kNE;
	} else if (name.raw() == Symbols::LAngleBracket().raw()) {
	return Token::kLT;
	} else if (name.raw() == Symbols::RAngleBracket().raw()) {
	return Token::kGT;
	} else if (name.raw() == Symbols::LessEqualOperator().raw()) {
	return Token::kLTE;
	} else if (name.raw() == Symbols::GreaterEqualOperator().raw()) {
	return Token::kGTE;
	} else if (Field::IsGetterName(name)) {
	return Token::kGET;
	} else if (Field::IsSetterName(name)) {
	return Token::kSET;
	}
	return Token::kILLEGAL;
	}

	} // namespace dart