https://github.com/mozilla/gecko-dev
Tip revision: 717b1cdc7109767ac16cf4aaa0e6c4803352a9e8 authored by Ted Campbell on 07 November 2020, 05:36:31 UTC
Bug 1675905 - Simplify IonBuilder::createThisScripted. r=jandem,iain a=RyanVM
Bug 1675905 - Simplify IonBuilder::createThisScripted. r=jandem,iain a=RyanVM
Tip revision: 717b1cd
BinASTToken.h
// This file was autogenerated by binjs_generate_spidermonkey,
// please DO NOT EDIT BY HAND.
/* -*- Mode: C++; tab-width: 8; indent-tabs-mode: nil; c-basic-offset: 2 -*-
* vim: set ts=8 sts=2 et sw=2 tw=80:
* This Source Code Form is subject to the terms of the Mozilla Public
* License, v. 2.0. If a copy of the MPL was not distributed with this
* file, You can obtain one at http://mozilla.org/MPL/2.0/. */
// To generate this file, see the documentation in
// js/src/frontend/binast/README.md.
#ifndef frontend_BinASTToken_h
#define frontend_BinASTToken_h
#include <stddef.h>
#include "jstypes.h"
/**
* Definition of Binary AST tokens.
*
* In the Binary AST world, an AST is composed of nodes, where a node is
* defined by:
* - a Kind (see `BinASTKind`);
* - a list of fields, where each field is:
* - a Name (see `BinASTField`);
* - a Value, which may be either a node or a primitive value.
*
* The mapping between Kind and list of fields is determined entirely by
* the grammar of Binary AST. The mapping between (Kind, Name) and the
* structure of Value is also determined entirely by the grammar of
* Binary AST.
*
* As per the specifications of Binary AST, kinds may be added as the
* language grows, but never removed. The mapping between Kind and list
* of fields may also change to add new fields or make some fields optional,
* but may never remove a field. Finally, the mapping between (Kind, Name)
* and the structure of Value may be modified to add new possible values,
* but never to remove a value.
*
* A Binary AST parser must be able to fail gracefully when confronted with
* unknown Kinds or Names.
*/
namespace js {
namespace frontend {
/**
* The different kinds of Binary AST nodes, as per the specifications of
* Binary AST.
*
* These kinds match roughly with the `ParseNodeKind` used internally.
*
* Usage:
*
* ```c++
* #define WITH_KIND(CPP_NAME, SPEC_NAME) ...
* FOR_EACH_BIN_KIND(WITH_KIND)
* ```
*
*
* (sorted by alphabetical order)
*/
#define FOR_EACH_BIN_KIND(F) \
F(_Uninitialized, "Uninitialized", UNINITIALIZED) \
F(_Null, "", NULL) \
F(ArrayAssignmentTarget, "ArrayAssignmentTarget", ARRAY_ASSIGNMENT_TARGET) \
F(ArrayBinding, "ArrayBinding", ARRAY_BINDING) \
F(ArrayExpression, "ArrayExpression", ARRAY_EXPRESSION) \
F(ArrowExpressionContentsWithExpression, \
"ArrowExpressionContentsWithExpression", \
ARROW_EXPRESSION_CONTENTS_WITH_EXPRESSION) \
F(ArrowExpressionContentsWithFunctionBody, \
"ArrowExpressionContentsWithFunctionBody", \
ARROW_EXPRESSION_CONTENTS_WITH_FUNCTION_BODY) \
F(AssertedBlockScope, "AssertedBlockScope", ASSERTED_BLOCK_SCOPE) \
F(AssertedBoundName, "AssertedBoundName", ASSERTED_BOUND_NAME) \
F(AssertedBoundNamesScope, "AssertedBoundNamesScope", \
ASSERTED_BOUND_NAMES_SCOPE) \
F(AssertedDeclaredName, "AssertedDeclaredName", ASSERTED_DECLARED_NAME) \
F(AssertedParameterName, "AssertedParameterName", ASSERTED_PARAMETER_NAME) \
F(AssertedParameterScope, "AssertedParameterScope", \
ASSERTED_PARAMETER_SCOPE) \
F(AssertedPositionalParameterName, "AssertedPositionalParameterName", \
ASSERTED_POSITIONAL_PARAMETER_NAME) \
F(AssertedRestParameterName, "AssertedRestParameterName", \
ASSERTED_REST_PARAMETER_NAME) \
F(AssertedScriptGlobalScope, "AssertedScriptGlobalScope", \
ASSERTED_SCRIPT_GLOBAL_SCOPE) \
F(AssertedVarScope, "AssertedVarScope", ASSERTED_VAR_SCOPE) \
F(AssignmentExpression, "AssignmentExpression", ASSIGNMENT_EXPRESSION) \
F(AssignmentTargetIdentifier, "AssignmentTargetIdentifier", \
ASSIGNMENT_TARGET_IDENTIFIER) \
F(AssignmentTargetPropertyIdentifier, "AssignmentTargetPropertyIdentifier", \
ASSIGNMENT_TARGET_PROPERTY_IDENTIFIER) \
F(AssignmentTargetPropertyProperty, "AssignmentTargetPropertyProperty", \
ASSIGNMENT_TARGET_PROPERTY_PROPERTY) \
F(AssignmentTargetWithInitializer, "AssignmentTargetWithInitializer", \
ASSIGNMENT_TARGET_WITH_INITIALIZER) \
F(AwaitExpression, "AwaitExpression", AWAIT_EXPRESSION) \
F(BinaryExpression, "BinaryExpression", BINARY_EXPRESSION) \
F(BindingIdentifier, "BindingIdentifier", BINDING_IDENTIFIER) \
F(BindingPropertyIdentifier, "BindingPropertyIdentifier", \
BINDING_PROPERTY_IDENTIFIER) \
F(BindingPropertyProperty, "BindingPropertyProperty", \
BINDING_PROPERTY_PROPERTY) \
F(BindingWithInitializer, "BindingWithInitializer", \
BINDING_WITH_INITIALIZER) \
F(Block, "Block", BLOCK) \
F(BreakStatement, "BreakStatement", BREAK_STATEMENT) \
F(CallExpression, "CallExpression", CALL_EXPRESSION) \
F(CatchClause, "CatchClause", CATCH_CLAUSE) \
F(ClassDeclaration, "ClassDeclaration", CLASS_DECLARATION) \
F(ClassElement, "ClassElement", CLASS_ELEMENT) \
F(ClassExpression, "ClassExpression", CLASS_EXPRESSION) \
F(CompoundAssignmentExpression, "CompoundAssignmentExpression", \
COMPOUND_ASSIGNMENT_EXPRESSION) \
F(ComputedMemberAssignmentTarget, "ComputedMemberAssignmentTarget", \
COMPUTED_MEMBER_ASSIGNMENT_TARGET) \
F(ComputedMemberExpression, "ComputedMemberExpression", \
COMPUTED_MEMBER_EXPRESSION) \
F(ComputedPropertyName, "ComputedPropertyName", COMPUTED_PROPERTY_NAME) \
F(ConditionalExpression, "ConditionalExpression", CONDITIONAL_EXPRESSION) \
F(ContinueStatement, "ContinueStatement", CONTINUE_STATEMENT) \
F(DataProperty, "DataProperty", DATA_PROPERTY) \
F(DebuggerStatement, "DebuggerStatement", DEBUGGER_STATEMENT) \
F(Directive, "Directive", DIRECTIVE) \
F(DoWhileStatement, "DoWhileStatement", DO_WHILE_STATEMENT) \
F(EagerArrowExpressionWithExpression, "EagerArrowExpressionWithExpression", \
EAGER_ARROW_EXPRESSION_WITH_EXPRESSION) \
F(EagerArrowExpressionWithFunctionBody, \
"EagerArrowExpressionWithFunctionBody", \
EAGER_ARROW_EXPRESSION_WITH_FUNCTION_BODY) \
F(EagerFunctionDeclaration, "EagerFunctionDeclaration", \
EAGER_FUNCTION_DECLARATION) \
F(EagerFunctionExpression, "EagerFunctionExpression", \
EAGER_FUNCTION_EXPRESSION) \
F(EagerGetter, "EagerGetter", EAGER_GETTER) \
F(EagerMethod, "EagerMethod", EAGER_METHOD) \
F(EagerSetter, "EagerSetter", EAGER_SETTER) \
F(EmptyStatement, "EmptyStatement", EMPTY_STATEMENT) \
F(Export, "Export", EXPORT) \
F(ExportAllFrom, "ExportAllFrom", EXPORT_ALL_FROM) \
F(ExportDefault, "ExportDefault", EXPORT_DEFAULT) \
F(ExportFrom, "ExportFrom", EXPORT_FROM) \
F(ExportFromSpecifier, "ExportFromSpecifier", EXPORT_FROM_SPECIFIER) \
F(ExportLocalSpecifier, "ExportLocalSpecifier", EXPORT_LOCAL_SPECIFIER) \
F(ExportLocals, "ExportLocals", EXPORT_LOCALS) \
F(ExpressionStatement, "ExpressionStatement", EXPRESSION_STATEMENT) \
F(ForInOfBinding, "ForInOfBinding", FOR_IN_OF_BINDING) \
F(ForInStatement, "ForInStatement", FOR_IN_STATEMENT) \
F(ForOfStatement, "ForOfStatement", FOR_OF_STATEMENT) \
F(ForStatement, "ForStatement", FOR_STATEMENT) \
F(FormalParameters, "FormalParameters", FORMAL_PARAMETERS) \
F(FunctionExpressionContents, "FunctionExpressionContents", \
FUNCTION_EXPRESSION_CONTENTS) \
F(FunctionOrMethodContents, "FunctionOrMethodContents", \
FUNCTION_OR_METHOD_CONTENTS) \
F(GetterContents, "GetterContents", GETTER_CONTENTS) \
F(IdentifierExpression, "IdentifierExpression", IDENTIFIER_EXPRESSION) \
F(IfStatement, "IfStatement", IF_STATEMENT) \
F(Import, "Import", IMPORT) \
F(ImportNamespace, "ImportNamespace", IMPORT_NAMESPACE) \
F(ImportSpecifier, "ImportSpecifier", IMPORT_SPECIFIER) \
F(LabelledStatement, "LabelledStatement", LABELLED_STATEMENT) \
F(LazyArrowExpressionWithExpression, "LazyArrowExpressionWithExpression", \
LAZY_ARROW_EXPRESSION_WITH_EXPRESSION) \
F(LazyArrowExpressionWithFunctionBody, \
"LazyArrowExpressionWithFunctionBody", \
LAZY_ARROW_EXPRESSION_WITH_FUNCTION_BODY) \
F(LazyFunctionDeclaration, "LazyFunctionDeclaration", \
LAZY_FUNCTION_DECLARATION) \
F(LazyFunctionExpression, "LazyFunctionExpression", \
LAZY_FUNCTION_EXPRESSION) \
F(LazyGetter, "LazyGetter", LAZY_GETTER) \
F(LazyMethod, "LazyMethod", LAZY_METHOD) \
F(LazySetter, "LazySetter", LAZY_SETTER) \
F(LiteralBooleanExpression, "LiteralBooleanExpression", \
LITERAL_BOOLEAN_EXPRESSION) \
F(LiteralInfinityExpression, "LiteralInfinityExpression", \
LITERAL_INFINITY_EXPRESSION) \
F(LiteralNullExpression, "LiteralNullExpression", LITERAL_NULL_EXPRESSION) \
F(LiteralNumericExpression, "LiteralNumericExpression", \
LITERAL_NUMERIC_EXPRESSION) \
F(LiteralPropertyName, "LiteralPropertyName", LITERAL_PROPERTY_NAME) \
F(LiteralRegExpExpression, "LiteralRegExpExpression", \
LITERAL_REG_EXP_EXPRESSION) \
F(LiteralStringExpression, "LiteralStringExpression", \
LITERAL_STRING_EXPRESSION) \
F(Module, "Module", MODULE) \
F(NewExpression, "NewExpression", NEW_EXPRESSION) \
F(NewTargetExpression, "NewTargetExpression", NEW_TARGET_EXPRESSION) \
F(ObjectAssignmentTarget, "ObjectAssignmentTarget", \
OBJECT_ASSIGNMENT_TARGET) \
F(ObjectBinding, "ObjectBinding", OBJECT_BINDING) \
F(ObjectExpression, "ObjectExpression", OBJECT_EXPRESSION) \
F(ReturnStatement, "ReturnStatement", RETURN_STATEMENT) \
F(Script, "Script", SCRIPT) \
F(SetterContents, "SetterContents", SETTER_CONTENTS) \
F(ShorthandProperty, "ShorthandProperty", SHORTHAND_PROPERTY) \
F(SpreadElement, "SpreadElement", SPREAD_ELEMENT) \
F(StaticMemberAssignmentTarget, "StaticMemberAssignmentTarget", \
STATIC_MEMBER_ASSIGNMENT_TARGET) \
F(StaticMemberExpression, "StaticMemberExpression", \
STATIC_MEMBER_EXPRESSION) \
F(Super, "Super", SUPER) \
F(SwitchCase, "SwitchCase", SWITCH_CASE) \
F(SwitchDefault, "SwitchDefault", SWITCH_DEFAULT) \
F(SwitchStatement, "SwitchStatement", SWITCH_STATEMENT) \
F(SwitchStatementWithDefault, "SwitchStatementWithDefault", \
SWITCH_STATEMENT_WITH_DEFAULT) \
F(TemplateElement, "TemplateElement", TEMPLATE_ELEMENT) \
F(TemplateExpression, "TemplateExpression", TEMPLATE_EXPRESSION) \
F(ThisExpression, "ThisExpression", THIS_EXPRESSION) \
F(ThrowStatement, "ThrowStatement", THROW_STATEMENT) \
F(TryCatchStatement, "TryCatchStatement", TRY_CATCH_STATEMENT) \
F(TryFinallyStatement, "TryFinallyStatement", TRY_FINALLY_STATEMENT) \
F(UnaryExpression, "UnaryExpression", UNARY_EXPRESSION) \
F(UpdateExpression, "UpdateExpression", UPDATE_EXPRESSION) \
F(VariableDeclaration, "VariableDeclaration", VARIABLE_DECLARATION) \
F(VariableDeclarator, "VariableDeclarator", VARIABLE_DECLARATOR) \
F(WhileStatement, "WhileStatement", WHILE_STATEMENT) \
F(WithStatement, "WithStatement", WITH_STATEMENT) \
F(YieldExpression, "YieldExpression", YIELD_EXPRESSION) \
F(YieldStarExpression, "YieldStarExpression", YIELD_STAR_EXPRESSION)
enum class BinASTKind : uint16_t {
#define EMIT_ENUM(name, _1, _2) name,
FOR_EACH_BIN_KIND(EMIT_ENUM)
#undef EMIT_ENUM
};
// The number of distinct values of BinASTKind.
const size_t BINASTKIND_LIMIT = 120;
/**
* The different fields of Binary AST nodes, as per the specifications of
* Binary AST.
*
* Usage:
*
* ```c++
* #define WITH_FIELD(CPP_NAME, SPEC_NAME) ...
* FOR_EACH_BIN_FIELD(WITH_FIELD)
* ```
*
* (sorted by alphabetical order)
*/
#define FOR_EACH_BIN_FIELD(F) \
F(Alternate, "alternate") \
F(Arguments, "arguments") \
F(Binding, "binding") \
F(BindingScope, "bindingScope") \
F(Body, "body") \
F(BodyScope, "bodyScope") \
F(BoundNames, "boundNames") \
F(Callee, "callee") \
F(Cases, "cases") \
F(CatchClause, "catchClause") \
F(Consequent, "consequent") \
F(Contents, "contents") \
F(ContentsSkip, "contents_skip") \
F(Declaration, "declaration") \
F(Declarators, "declarators") \
F(DeclaredNames, "declaredNames") \
F(DefaultBinding, "defaultBinding") \
F(DefaultCase, "defaultCase") \
F(Directives, "directives") \
F(Discriminant, "discriminant") \
F(Elements, "elements") \
F(ExportedName, "exportedName") \
F(Expression, "expression") \
F(Finalizer, "finalizer") \
F(Flags, "flags") \
F(HasDirectEval, "hasDirectEval") \
F(Index, "index") \
F(Init, "init") \
F(IsAsync, "isAsync") \
F(IsCaptured, "isCaptured") \
F(IsFunctionNameCaptured, "isFunctionNameCaptured") \
F(IsGenerator, "isGenerator") \
F(IsPrefix, "isPrefix") \
F(IsSimpleParameterList, "isSimpleParameterList") \
F(IsStatic, "isStatic") \
F(IsThisCaptured, "isThisCaptured") \
F(Items, "items") \
F(Kind, "kind") \
F(Label, "label") \
F(Left, "left") \
F(Length, "length") \
F(Method, "method") \
F(ModuleSpecifier, "moduleSpecifier") \
F(Name, "name") \
F(NamedExports, "namedExports") \
F(NamedImports, "namedImports") \
F(NamespaceBinding, "namespaceBinding") \
F(Object, "object") \
F(Operand, "operand") \
F(Operator, "operator") \
F(Param, "param") \
F(ParamNames, "paramNames") \
F(ParameterScope, "parameterScope") \
F(Params, "params") \
F(Pattern, "pattern") \
F(PostDefaultCases, "postDefaultCases") \
F(PreDefaultCases, "preDefaultCases") \
F(Properties, "properties") \
F(Property, "property") \
F(RawValue, "rawValue") \
F(Rest, "rest") \
F(Right, "right") \
F(Scope, "scope") \
F(Statements, "statements") \
F(Super, "super") \
F(Tag, "tag") \
F(Test, "test") \
F(Update, "update") \
F(Value, "value")
enum class BinASTField : uint16_t {
#define EMIT_ENUM(name, _) name,
FOR_EACH_BIN_FIELD(EMIT_ENUM)
#undef EMIT_ENUM
};
// The number of distinct values of BinASTField.
const size_t BINASTFIELD_LIMIT = 69;
#define FOR_EACH_BIN_INTERFACE_AND_FIELD(F) \
F(ArrayAssignmentTarget__Elements, "ArrayAssignmentTarget::elements") \
F(ArrayAssignmentTarget__Rest, "ArrayAssignmentTarget::rest") \
F(ArrayBinding__Elements, "ArrayBinding::elements") \
F(ArrayBinding__Rest, "ArrayBinding::rest") \
F(ArrayExpression__Elements, "ArrayExpression::elements") \
F(ArrowExpressionContentsWithExpression__ParameterScope, \
"ArrowExpressionContentsWithExpression::parameterScope") \
F(ArrowExpressionContentsWithExpression__Params, \
"ArrowExpressionContentsWithExpression::params") \
F(ArrowExpressionContentsWithExpression__BodyScope, \
"ArrowExpressionContentsWithExpression::bodyScope") \
F(ArrowExpressionContentsWithExpression__Body, \
"ArrowExpressionContentsWithExpression::body") \
F(ArrowExpressionContentsWithFunctionBody__ParameterScope, \
"ArrowExpressionContentsWithFunctionBody::parameterScope") \
F(ArrowExpressionContentsWithFunctionBody__Params, \
"ArrowExpressionContentsWithFunctionBody::params") \
F(ArrowExpressionContentsWithFunctionBody__BodyScope, \
"ArrowExpressionContentsWithFunctionBody::bodyScope") \
F(ArrowExpressionContentsWithFunctionBody__Body, \
"ArrowExpressionContentsWithFunctionBody::body") \
F(AssertedBlockScope__DeclaredNames, "AssertedBlockScope::declaredNames") \
F(AssertedBlockScope__HasDirectEval, "AssertedBlockScope::hasDirectEval") \
F(AssertedBoundName__Name, "AssertedBoundName::name") \
F(AssertedBoundName__IsCaptured, "AssertedBoundName::isCaptured") \
F(AssertedBoundNamesScope__BoundNames, \
"AssertedBoundNamesScope::boundNames") \
F(AssertedBoundNamesScope__HasDirectEval, \
"AssertedBoundNamesScope::hasDirectEval") \
F(AssertedDeclaredName__Name, "AssertedDeclaredName::name") \
F(AssertedDeclaredName__Kind, "AssertedDeclaredName::kind") \
F(AssertedDeclaredName__IsCaptured, "AssertedDeclaredName::isCaptured") \
F(AssertedParameterName__Name, "AssertedParameterName::name") \
F(AssertedParameterName__IsCaptured, "AssertedParameterName::isCaptured") \
F(AssertedParameterScope__ParamNames, "AssertedParameterScope::paramNames") \
F(AssertedParameterScope__HasDirectEval, \
"AssertedParameterScope::hasDirectEval") \
F(AssertedParameterScope__IsSimpleParameterList, \
"AssertedParameterScope::isSimpleParameterList") \
F(AssertedPositionalParameterName__Index, \
"AssertedPositionalParameterName::index") \
F(AssertedPositionalParameterName__Name, \
"AssertedPositionalParameterName::name") \
F(AssertedPositionalParameterName__IsCaptured, \
"AssertedPositionalParameterName::isCaptured") \
F(AssertedRestParameterName__Name, "AssertedRestParameterName::name") \
F(AssertedRestParameterName__IsCaptured, \
"AssertedRestParameterName::isCaptured") \
F(AssertedScriptGlobalScope__DeclaredNames, \
"AssertedScriptGlobalScope::declaredNames") \
F(AssertedScriptGlobalScope__HasDirectEval, \
"AssertedScriptGlobalScope::hasDirectEval") \
F(AssertedVarScope__DeclaredNames, "AssertedVarScope::declaredNames") \
F(AssertedVarScope__HasDirectEval, "AssertedVarScope::hasDirectEval") \
F(AssignmentExpression__Binding, "AssignmentExpression::binding") \
F(AssignmentExpression__Expression, "AssignmentExpression::expression") \
F(AssignmentTargetIdentifier__Name, "AssignmentTargetIdentifier::name") \
F(AssignmentTargetPropertyIdentifier__Binding, \
"AssignmentTargetPropertyIdentifier::binding") \
F(AssignmentTargetPropertyIdentifier__Init, \
"AssignmentTargetPropertyIdentifier::init") \
F(AssignmentTargetPropertyProperty__Name, \
"AssignmentTargetPropertyProperty::name") \
F(AssignmentTargetPropertyProperty__Binding, \
"AssignmentTargetPropertyProperty::binding") \
F(AssignmentTargetWithInitializer__Binding, \
"AssignmentTargetWithInitializer::binding") \
F(AssignmentTargetWithInitializer__Init, \
"AssignmentTargetWithInitializer::init") \
F(AwaitExpression__Expression, "AwaitExpression::expression") \
F(BinaryExpression__Operator, "BinaryExpression::operator") \
F(BinaryExpression__Left, "BinaryExpression::left") \
F(BinaryExpression__Right, "BinaryExpression::right") \
F(BindingIdentifier__Name, "BindingIdentifier::name") \
F(BindingPropertyIdentifier__Binding, "BindingPropertyIdentifier::binding") \
F(BindingPropertyIdentifier__Init, "BindingPropertyIdentifier::init") \
F(BindingPropertyProperty__Name, "BindingPropertyProperty::name") \
F(BindingPropertyProperty__Binding, "BindingPropertyProperty::binding") \
F(BindingWithInitializer__Binding, "BindingWithInitializer::binding") \
F(BindingWithInitializer__Init, "BindingWithInitializer::init") \
F(Block__Scope, "Block::scope") \
F(Block__Statements, "Block::statements") \
F(BreakStatement__Label, "BreakStatement::label") \
F(CallExpression__Callee, "CallExpression::callee") \
F(CallExpression__Arguments, "CallExpression::arguments") \
F(CatchClause__BindingScope, "CatchClause::bindingScope") \
F(CatchClause__Binding, "CatchClause::binding") \
F(CatchClause__Body, "CatchClause::body") \
F(ClassDeclaration__Name, "ClassDeclaration::name") \
F(ClassDeclaration__Super, "ClassDeclaration::super") \
F(ClassDeclaration__Elements, "ClassDeclaration::elements") \
F(ClassElement__IsStatic, "ClassElement::isStatic") \
F(ClassElement__Method, "ClassElement::method") \
F(ClassExpression__Name, "ClassExpression::name") \
F(ClassExpression__Super, "ClassExpression::super") \
F(ClassExpression__Elements, "ClassExpression::elements") \
F(CompoundAssignmentExpression__Operator, \
"CompoundAssignmentExpression::operator") \
F(CompoundAssignmentExpression__Binding, \
"CompoundAssignmentExpression::binding") \
F(CompoundAssignmentExpression__Expression, \
"CompoundAssignmentExpression::expression") \
F(ComputedMemberAssignmentTarget__Object, \
"ComputedMemberAssignmentTarget::object") \
F(ComputedMemberAssignmentTarget__Expression, \
"ComputedMemberAssignmentTarget::expression") \
F(ComputedMemberExpression__Object, "ComputedMemberExpression::object") \
F(ComputedMemberExpression__Expression, \
"ComputedMemberExpression::expression") \
F(ComputedPropertyName__Expression, "ComputedPropertyName::expression") \
F(ConditionalExpression__Test, "ConditionalExpression::test") \
F(ConditionalExpression__Consequent, "ConditionalExpression::consequent") \
F(ConditionalExpression__Alternate, "ConditionalExpression::alternate") \
F(ContinueStatement__Label, "ContinueStatement::label") \
F(DataProperty__Name, "DataProperty::name") \
F(DataProperty__Expression, "DataProperty::expression") \
F(Directive__RawValue, "Directive::rawValue") \
F(DoWhileStatement__Test, "DoWhileStatement::test") \
F(DoWhileStatement__Body, "DoWhileStatement::body") \
F(EagerArrowExpressionWithExpression__IsAsync, \
"EagerArrowExpressionWithExpression::isAsync") \
F(EagerArrowExpressionWithExpression__Length, \
"EagerArrowExpressionWithExpression::length") \
F(EagerArrowExpressionWithExpression__Contents, \
"EagerArrowExpressionWithExpression::contents") \
F(EagerArrowExpressionWithFunctionBody__IsAsync, \
"EagerArrowExpressionWithFunctionBody::isAsync") \
F(EagerArrowExpressionWithFunctionBody__Length, \
"EagerArrowExpressionWithFunctionBody::length") \
F(EagerArrowExpressionWithFunctionBody__Directives, \
"EagerArrowExpressionWithFunctionBody::directives") \
F(EagerArrowExpressionWithFunctionBody__Contents, \
"EagerArrowExpressionWithFunctionBody::contents") \
F(EagerFunctionDeclaration__IsAsync, "EagerFunctionDeclaration::isAsync") \
F(EagerFunctionDeclaration__IsGenerator, \
"EagerFunctionDeclaration::isGenerator") \
F(EagerFunctionDeclaration__Name, "EagerFunctionDeclaration::name") \
F(EagerFunctionDeclaration__Length, "EagerFunctionDeclaration::length") \
F(EagerFunctionDeclaration__Directives, \
"EagerFunctionDeclaration::directives") \
F(EagerFunctionDeclaration__Contents, "EagerFunctionDeclaration::contents") \
F(EagerFunctionExpression__IsAsync, "EagerFunctionExpression::isAsync") \
F(EagerFunctionExpression__IsGenerator, \
"EagerFunctionExpression::isGenerator") \
F(EagerFunctionExpression__Name, "EagerFunctionExpression::name") \
F(EagerFunctionExpression__Length, "EagerFunctionExpression::length") \
F(EagerFunctionExpression__Directives, \
"EagerFunctionExpression::directives") \
F(EagerFunctionExpression__Contents, "EagerFunctionExpression::contents") \
F(EagerGetter__Name, "EagerGetter::name") \
F(EagerGetter__Directives, "EagerGetter::directives") \
F(EagerGetter__Contents, "EagerGetter::contents") \
F(EagerMethod__IsAsync, "EagerMethod::isAsync") \
F(EagerMethod__IsGenerator, "EagerMethod::isGenerator") \
F(EagerMethod__Name, "EagerMethod::name") \
F(EagerMethod__Length, "EagerMethod::length") \
F(EagerMethod__Directives, "EagerMethod::directives") \
F(EagerMethod__Contents, "EagerMethod::contents") \
F(EagerSetter__Name, "EagerSetter::name") \
F(EagerSetter__Length, "EagerSetter::length") \
F(EagerSetter__Directives, "EagerSetter::directives") \
F(EagerSetter__Contents, "EagerSetter::contents") \
F(Export__Declaration, "Export::declaration") \
F(ExportAllFrom__ModuleSpecifier, "ExportAllFrom::moduleSpecifier") \
F(ExportDefault__Body, "ExportDefault::body") \
F(ExportFrom__NamedExports, "ExportFrom::namedExports") \
F(ExportFrom__ModuleSpecifier, "ExportFrom::moduleSpecifier") \
F(ExportFromSpecifier__Name, "ExportFromSpecifier::name") \
F(ExportFromSpecifier__ExportedName, "ExportFromSpecifier::exportedName") \
F(ExportLocalSpecifier__Name, "ExportLocalSpecifier::name") \
F(ExportLocalSpecifier__ExportedName, "ExportLocalSpecifier::exportedName") \
F(ExportLocals__NamedExports, "ExportLocals::namedExports") \
F(ExpressionStatement__Expression, "ExpressionStatement::expression") \
F(ForInOfBinding__Kind, "ForInOfBinding::kind") \
F(ForInOfBinding__Binding, "ForInOfBinding::binding") \
F(ForInStatement__Left, "ForInStatement::left") \
F(ForInStatement__Right, "ForInStatement::right") \
F(ForInStatement__Body, "ForInStatement::body") \
F(ForOfStatement__Left, "ForOfStatement::left") \
F(ForOfStatement__Right, "ForOfStatement::right") \
F(ForOfStatement__Body, "ForOfStatement::body") \
F(ForStatement__Init, "ForStatement::init") \
F(ForStatement__Test, "ForStatement::test") \
F(ForStatement__Update, "ForStatement::update") \
F(ForStatement__Body, "ForStatement::body") \
F(FormalParameters__Items, "FormalParameters::items") \
F(FormalParameters__Rest, "FormalParameters::rest") \
F(FunctionExpressionContents__IsFunctionNameCaptured, \
"FunctionExpressionContents::isFunctionNameCaptured") \
F(FunctionExpressionContents__IsThisCaptured, \
"FunctionExpressionContents::isThisCaptured") \
F(FunctionExpressionContents__ParameterScope, \
"FunctionExpressionContents::parameterScope") \
F(FunctionExpressionContents__Params, "FunctionExpressionContents::params") \
F(FunctionExpressionContents__BodyScope, \
"FunctionExpressionContents::bodyScope") \
F(FunctionExpressionContents__Body, "FunctionExpressionContents::body") \
F(FunctionOrMethodContents__IsThisCaptured, \
"FunctionOrMethodContents::isThisCaptured") \
F(FunctionOrMethodContents__ParameterScope, \
"FunctionOrMethodContents::parameterScope") \
F(FunctionOrMethodContents__Params, "FunctionOrMethodContents::params") \
F(FunctionOrMethodContents__BodyScope, \
"FunctionOrMethodContents::bodyScope") \
F(FunctionOrMethodContents__Body, "FunctionOrMethodContents::body") \
F(GetterContents__IsThisCaptured, "GetterContents::isThisCaptured") \
F(GetterContents__BodyScope, "GetterContents::bodyScope") \
F(GetterContents__Body, "GetterContents::body") \
F(IdentifierExpression__Name, "IdentifierExpression::name") \
F(IfStatement__Test, "IfStatement::test") \
F(IfStatement__Consequent, "IfStatement::consequent") \
F(IfStatement__Alternate, "IfStatement::alternate") \
F(Import__ModuleSpecifier, "Import::moduleSpecifier") \
F(Import__DefaultBinding, "Import::defaultBinding") \
F(Import__NamedImports, "Import::namedImports") \
F(ImportNamespace__ModuleSpecifier, "ImportNamespace::moduleSpecifier") \
F(ImportNamespace__DefaultBinding, "ImportNamespace::defaultBinding") \
F(ImportNamespace__NamespaceBinding, "ImportNamespace::namespaceBinding") \
F(ImportSpecifier__Name, "ImportSpecifier::name") \
F(ImportSpecifier__Binding, "ImportSpecifier::binding") \
F(LabelledStatement__Label, "LabelledStatement::label") \
F(LabelledStatement__Body, "LabelledStatement::body") \
F(LazyArrowExpressionWithExpression__IsAsync, \
"LazyArrowExpressionWithExpression::isAsync") \
F(LazyArrowExpressionWithExpression__Length, \
"LazyArrowExpressionWithExpression::length") \
F(LazyArrowExpressionWithExpression__ContentsSkip, \
"LazyArrowExpressionWithExpression::contents_skip") \
F(LazyArrowExpressionWithExpression__Contents, \
"LazyArrowExpressionWithExpression::contents") \
F(LazyArrowExpressionWithFunctionBody__IsAsync, \
"LazyArrowExpressionWithFunctionBody::isAsync") \
F(LazyArrowExpressionWithFunctionBody__Length, \
"LazyArrowExpressionWithFunctionBody::length") \
F(LazyArrowExpressionWithFunctionBody__Directives, \
"LazyArrowExpressionWithFunctionBody::directives") \
F(LazyArrowExpressionWithFunctionBody__ContentsSkip, \
"LazyArrowExpressionWithFunctionBody::contents_skip") \
F(LazyArrowExpressionWithFunctionBody__Contents, \
"LazyArrowExpressionWithFunctionBody::contents") \
F(LazyFunctionDeclaration__IsAsync, "LazyFunctionDeclaration::isAsync") \
F(LazyFunctionDeclaration__IsGenerator, \
"LazyFunctionDeclaration::isGenerator") \
F(LazyFunctionDeclaration__Name, "LazyFunctionDeclaration::name") \
F(LazyFunctionDeclaration__Length, "LazyFunctionDeclaration::length") \
F(LazyFunctionDeclaration__Directives, \
"LazyFunctionDeclaration::directives") \
F(LazyFunctionDeclaration__ContentsSkip, \
"LazyFunctionDeclaration::contents_skip") \
F(LazyFunctionDeclaration__Contents, "LazyFunctionDeclaration::contents") \
F(LazyFunctionExpression__IsAsync, "LazyFunctionExpression::isAsync") \
F(LazyFunctionExpression__IsGenerator, \
"LazyFunctionExpression::isGenerator") \
F(LazyFunctionExpression__Name, "LazyFunctionExpression::name") \
F(LazyFunctionExpression__Length, "LazyFunctionExpression::length") \
F(LazyFunctionExpression__Directives, "LazyFunctionExpression::directives") \
F(LazyFunctionExpression__ContentsSkip, \
"LazyFunctionExpression::contents_skip") \
F(LazyFunctionExpression__Contents, "LazyFunctionExpression::contents") \
F(LazyGetter__Name, "LazyGetter::name") \
F(LazyGetter__Directives, "LazyGetter::directives") \
F(LazyGetter__ContentsSkip, "LazyGetter::contents_skip") \
F(LazyGetter__Contents, "LazyGetter::contents") \
F(LazyMethod__IsAsync, "LazyMethod::isAsync") \
F(LazyMethod__IsGenerator, "LazyMethod::isGenerator") \
F(LazyMethod__Name, "LazyMethod::name") \
F(LazyMethod__Length, "LazyMethod::length") \
F(LazyMethod__Directives, "LazyMethod::directives") \
F(LazyMethod__ContentsSkip, "LazyMethod::contents_skip") \
F(LazyMethod__Contents, "LazyMethod::contents") \
F(LazySetter__Name, "LazySetter::name") \
F(LazySetter__Length, "LazySetter::length") \
F(LazySetter__Directives, "LazySetter::directives") \
F(LazySetter__ContentsSkip, "LazySetter::contents_skip") \
F(LazySetter__Contents, "LazySetter::contents") \
F(LiteralBooleanExpression__Value, "LiteralBooleanExpression::value") \
F(LiteralNumericExpression__Value, "LiteralNumericExpression::value") \
F(LiteralPropertyName__Value, "LiteralPropertyName::value") \
F(LiteralRegExpExpression__Pattern, "LiteralRegExpExpression::pattern") \
F(LiteralRegExpExpression__Flags, "LiteralRegExpExpression::flags") \
F(LiteralStringExpression__Value, "LiteralStringExpression::value") \
F(Module__Scope, "Module::scope") \
F(Module__Directives, "Module::directives") \
F(Module__Items, "Module::items") \
F(NewExpression__Callee, "NewExpression::callee") \
F(NewExpression__Arguments, "NewExpression::arguments") \
F(ObjectAssignmentTarget__Properties, "ObjectAssignmentTarget::properties") \
F(ObjectBinding__Properties, "ObjectBinding::properties") \
F(ObjectExpression__Properties, "ObjectExpression::properties") \
F(ReturnStatement__Expression, "ReturnStatement::expression") \
F(Script__Scope, "Script::scope") \
F(Script__Directives, "Script::directives") \
F(Script__Statements, "Script::statements") \
F(SetterContents__IsThisCaptured, "SetterContents::isThisCaptured") \
F(SetterContents__ParameterScope, "SetterContents::parameterScope") \
F(SetterContents__Param, "SetterContents::param") \
F(SetterContents__BodyScope, "SetterContents::bodyScope") \
F(SetterContents__Body, "SetterContents::body") \
F(ShorthandProperty__Name, "ShorthandProperty::name") \
F(SpreadElement__Expression, "SpreadElement::expression") \
F(StaticMemberAssignmentTarget__Object, \
"StaticMemberAssignmentTarget::object") \
F(StaticMemberAssignmentTarget__Property, \
"StaticMemberAssignmentTarget::property") \
F(StaticMemberExpression__Object, "StaticMemberExpression::object") \
F(StaticMemberExpression__Property, "StaticMemberExpression::property") \
F(SwitchCase__Test, "SwitchCase::test") \
F(SwitchCase__Consequent, "SwitchCase::consequent") \
F(SwitchDefault__Consequent, "SwitchDefault::consequent") \
F(SwitchStatement__Discriminant, "SwitchStatement::discriminant") \
F(SwitchStatement__Cases, "SwitchStatement::cases") \
F(SwitchStatementWithDefault__Discriminant, \
"SwitchStatementWithDefault::discriminant") \
F(SwitchStatementWithDefault__PreDefaultCases, \
"SwitchStatementWithDefault::preDefaultCases") \
F(SwitchStatementWithDefault__DefaultCase, \
"SwitchStatementWithDefault::defaultCase") \
F(SwitchStatementWithDefault__PostDefaultCases, \
"SwitchStatementWithDefault::postDefaultCases") \
F(TemplateElement__RawValue, "TemplateElement::rawValue") \
F(TemplateExpression__Tag, "TemplateExpression::tag") \
F(TemplateExpression__Elements, "TemplateExpression::elements") \
F(ThrowStatement__Expression, "ThrowStatement::expression") \
F(TryCatchStatement__Body, "TryCatchStatement::body") \
F(TryCatchStatement__CatchClause, "TryCatchStatement::catchClause") \
F(TryFinallyStatement__Body, "TryFinallyStatement::body") \
F(TryFinallyStatement__CatchClause, "TryFinallyStatement::catchClause") \
F(TryFinallyStatement__Finalizer, "TryFinallyStatement::finalizer") \
F(UnaryExpression__Operator, "UnaryExpression::operator") \
F(UnaryExpression__Operand, "UnaryExpression::operand") \
F(UpdateExpression__IsPrefix, "UpdateExpression::isPrefix") \
F(UpdateExpression__Operator, "UpdateExpression::operator") \
F(UpdateExpression__Operand, "UpdateExpression::operand") \
F(VariableDeclaration__Kind, "VariableDeclaration::kind") \
F(VariableDeclaration__Declarators, "VariableDeclaration::declarators") \
F(VariableDeclarator__Binding, "VariableDeclarator::binding") \
F(VariableDeclarator__Init, "VariableDeclarator::init") \
F(WhileStatement__Test, "WhileStatement::test") \
F(WhileStatement__Body, "WhileStatement::body") \
F(WithStatement__Object, "WithStatement::object") \
F(WithStatement__Body, "WithStatement::body") \
F(YieldExpression__Expression, "YieldExpression::expression") \
F(YieldStarExpression__Expression, "YieldStarExpression::expression")
enum class BinASTInterfaceAndField : uint16_t {
#define EMIT_ENUM(name, _) name,
FOR_EACH_BIN_INTERFACE_AND_FIELD(EMIT_ENUM)
#undef EMIT_ENUM
};
// Iteration through the interfaces of sum ArrowExpression
#define FOR_EACH_BIN_INTERFACE_IN_SUM_ARROW_EXPRESSION(F) \
F(ArrowExpression, 0, EagerArrowExpressionWithExpression, \
EAGER_ARROW_EXPRESSION_WITH_EXPRESSION, \
"ArrowExpression::EagerArrowExpressionWithExpression") \
F(ArrowExpression, 1, EagerArrowExpressionWithFunctionBody, \
EAGER_ARROW_EXPRESSION_WITH_FUNCTION_BODY, \
"ArrowExpression::EagerArrowExpressionWithFunctionBody") \
F(ArrowExpression, 2, LazyArrowExpressionWithExpression, \
LAZY_ARROW_EXPRESSION_WITH_EXPRESSION, \
"ArrowExpression::LazyArrowExpressionWithExpression") \
F(ArrowExpression, 3, LazyArrowExpressionWithFunctionBody, \
LAZY_ARROW_EXPRESSION_WITH_FUNCTION_BODY, \
"ArrowExpression::LazyArrowExpressionWithFunctionBody")
const size_t BINAST_SUM_ARROW_EXPRESSION_LIMIT = 4;
// Iteration through the interfaces of sum AssertedMaybePositionalParameterName
#define FOR_EACH_BIN_INTERFACE_IN_SUM_ASSERTED_MAYBE_POSITIONAL_PARAMETER_NAME( \
F) \
F(AssertedMaybePositionalParameterName, 0, AssertedParameterName, \
ASSERTED_PARAMETER_NAME, \
"AssertedMaybePositionalParameterName::AssertedParameterName") \
F(AssertedMaybePositionalParameterName, 1, AssertedPositionalParameterName, \
ASSERTED_POSITIONAL_PARAMETER_NAME, \
"AssertedMaybePositionalParameterName::AssertedPositionalParameterName") \
F(AssertedMaybePositionalParameterName, 2, AssertedRestParameterName, \
ASSERTED_REST_PARAMETER_NAME, \
"AssertedMaybePositionalParameterName::AssertedRestParameterName")
const size_t BINAST_SUM_ASSERTED_MAYBE_POSITIONAL_PARAMETER_NAME_LIMIT = 3;
// Iteration through the interfaces of sum AssignmentTarget
#define FOR_EACH_BIN_INTERFACE_IN_SUM_ASSIGNMENT_TARGET(F) \
F(AssignmentTarget, 0, ArrayAssignmentTarget, ARRAY_ASSIGNMENT_TARGET, \
"AssignmentTarget::ArrayAssignmentTarget") \
F(AssignmentTarget, 1, AssignmentTargetIdentifier, \
ASSIGNMENT_TARGET_IDENTIFIER, \
"AssignmentTarget::AssignmentTargetIdentifier") \
F(AssignmentTarget, 2, ComputedMemberAssignmentTarget, \
COMPUTED_MEMBER_ASSIGNMENT_TARGET, \
"AssignmentTarget::ComputedMemberAssignmentTarget") \
F(AssignmentTarget, 3, ObjectAssignmentTarget, OBJECT_ASSIGNMENT_TARGET, \
"AssignmentTarget::ObjectAssignmentTarget") \
F(AssignmentTarget, 4, StaticMemberAssignmentTarget, \
STATIC_MEMBER_ASSIGNMENT_TARGET, \
"AssignmentTarget::StaticMemberAssignmentTarget")
const size_t BINAST_SUM_ASSIGNMENT_TARGET_LIMIT = 5;
// Iteration through the interfaces of sum
// AssignmentTargetOrAssignmentTargetWithInitializer
#define FOR_EACH_BIN_INTERFACE_IN_SUM_ASSIGNMENT_TARGET_OR_ASSIGNMENT_TARGET_WITH_INITIALIZER( \
F) \
F(AssignmentTargetOrAssignmentTargetWithInitializer, 0, \
ArrayAssignmentTarget, ARRAY_ASSIGNMENT_TARGET, \
"AssignmentTargetOrAssignmentTargetWithInitializer::" \
"ArrayAssignmentTarget") \
F(AssignmentTargetOrAssignmentTargetWithInitializer, 1, \
AssignmentTargetIdentifier, ASSIGNMENT_TARGET_IDENTIFIER, \
"AssignmentTargetOrAssignmentTargetWithInitializer::" \
"AssignmentTargetIdentifier") \
F(AssignmentTargetOrAssignmentTargetWithInitializer, 2, \
AssignmentTargetWithInitializer, ASSIGNMENT_TARGET_WITH_INITIALIZER, \
"AssignmentTargetOrAssignmentTargetWithInitializer::" \
"AssignmentTargetWithInitializer") \
F(AssignmentTargetOrAssignmentTargetWithInitializer, 3, \
ComputedMemberAssignmentTarget, COMPUTED_MEMBER_ASSIGNMENT_TARGET, \
"AssignmentTargetOrAssignmentTargetWithInitializer::" \
"ComputedMemberAssignmentTarget") \
F(AssignmentTargetOrAssignmentTargetWithInitializer, 4, \
ObjectAssignmentTarget, OBJECT_ASSIGNMENT_TARGET, \
"AssignmentTargetOrAssignmentTargetWithInitializer::" \
"ObjectAssignmentTarget") \
F(AssignmentTargetOrAssignmentTargetWithInitializer, 5, \
StaticMemberAssignmentTarget, STATIC_MEMBER_ASSIGNMENT_TARGET, \
"AssignmentTargetOrAssignmentTargetWithInitializer::" \
"StaticMemberAssignmentTarget")
const size_t
BINAST_SUM_ASSIGNMENT_TARGET_OR_ASSIGNMENT_TARGET_WITH_INITIALIZER_LIMIT =
6;
// Iteration through the interfaces of sum AssignmentTargetOrForInOfBinding
#define FOR_EACH_BIN_INTERFACE_IN_SUM_ASSIGNMENT_TARGET_OR_FOR_IN_OF_BINDING( \
F) \
F(AssignmentTargetOrForInOfBinding, 0, ArrayAssignmentTarget, \
ARRAY_ASSIGNMENT_TARGET, \
"AssignmentTargetOrForInOfBinding::ArrayAssignmentTarget") \
F(AssignmentTargetOrForInOfBinding, 1, AssignmentTargetIdentifier, \
ASSIGNMENT_TARGET_IDENTIFIER, \
"AssignmentTargetOrForInOfBinding::AssignmentTargetIdentifier") \
F(AssignmentTargetOrForInOfBinding, 2, ComputedMemberAssignmentTarget, \
COMPUTED_MEMBER_ASSIGNMENT_TARGET, \
"AssignmentTargetOrForInOfBinding::ComputedMemberAssignmentTarget") \
F(AssignmentTargetOrForInOfBinding, 3, ForInOfBinding, FOR_IN_OF_BINDING, \
"AssignmentTargetOrForInOfBinding::ForInOfBinding") \
F(AssignmentTargetOrForInOfBinding, 4, ObjectAssignmentTarget, \
OBJECT_ASSIGNMENT_TARGET, \
"AssignmentTargetOrForInOfBinding::ObjectAssignmentTarget") \
F(AssignmentTargetOrForInOfBinding, 5, StaticMemberAssignmentTarget, \
STATIC_MEMBER_ASSIGNMENT_TARGET, \
"AssignmentTargetOrForInOfBinding::StaticMemberAssignmentTarget")
const size_t BINAST_SUM_ASSIGNMENT_TARGET_OR_FOR_IN_OF_BINDING_LIMIT = 6;
// Iteration through the interfaces of sum AssignmentTargetPattern
#define FOR_EACH_BIN_INTERFACE_IN_SUM_ASSIGNMENT_TARGET_PATTERN(F) \
F(AssignmentTargetPattern, 0, ArrayAssignmentTarget, \
ARRAY_ASSIGNMENT_TARGET, "AssignmentTargetPattern::ArrayAssignmentTarget") \
F(AssignmentTargetPattern, 1, ObjectAssignmentTarget, \
OBJECT_ASSIGNMENT_TARGET, \
"AssignmentTargetPattern::ObjectAssignmentTarget")
const size_t BINAST_SUM_ASSIGNMENT_TARGET_PATTERN_LIMIT = 2;
// Iteration through the interfaces of sum AssignmentTargetProperty
#define FOR_EACH_BIN_INTERFACE_IN_SUM_ASSIGNMENT_TARGET_PROPERTY(F) \
F(AssignmentTargetProperty, 0, AssignmentTargetPropertyIdentifier, \
ASSIGNMENT_TARGET_PROPERTY_IDENTIFIER, \
"AssignmentTargetProperty::AssignmentTargetPropertyIdentifier") \
F(AssignmentTargetProperty, 1, AssignmentTargetPropertyProperty, \
ASSIGNMENT_TARGET_PROPERTY_PROPERTY, \
"AssignmentTargetProperty::AssignmentTargetPropertyProperty")
const size_t BINAST_SUM_ASSIGNMENT_TARGET_PROPERTY_LIMIT = 2;
// Iteration through the interfaces of sum Binding
#define FOR_EACH_BIN_INTERFACE_IN_SUM_BINDING(F) \
F(Binding, 0, ArrayBinding, ARRAY_BINDING, "Binding::ArrayBinding") \
F(Binding, 1, BindingIdentifier, BINDING_IDENTIFIER, \
"Binding::BindingIdentifier") \
F(Binding, 2, ObjectBinding, OBJECT_BINDING, "Binding::ObjectBinding")
const size_t BINAST_SUM_BINDING_LIMIT = 3;
// Iteration through the interfaces of sum BindingOrBindingWithInitializer
#define FOR_EACH_BIN_INTERFACE_IN_SUM_BINDING_OR_BINDING_WITH_INITIALIZER(F) \
F(BindingOrBindingWithInitializer, 0, ArrayBinding, ARRAY_BINDING, \
"BindingOrBindingWithInitializer::ArrayBinding") \
F(BindingOrBindingWithInitializer, 1, BindingIdentifier, BINDING_IDENTIFIER, \
"BindingOrBindingWithInitializer::BindingIdentifier") \
F(BindingOrBindingWithInitializer, 2, BindingWithInitializer, \
BINDING_WITH_INITIALIZER, \
"BindingOrBindingWithInitializer::BindingWithInitializer") \
F(BindingOrBindingWithInitializer, 3, ObjectBinding, OBJECT_BINDING, \
"BindingOrBindingWithInitializer::ObjectBinding")
const size_t BINAST_SUM_BINDING_OR_BINDING_WITH_INITIALIZER_LIMIT = 4;
// Iteration through the interfaces of sum BindingPattern
#define FOR_EACH_BIN_INTERFACE_IN_SUM_BINDING_PATTERN(F) \
F(BindingPattern, 0, ArrayBinding, ARRAY_BINDING, \
"BindingPattern::ArrayBinding") \
F(BindingPattern, 1, ObjectBinding, OBJECT_BINDING, \
"BindingPattern::ObjectBinding")
const size_t BINAST_SUM_BINDING_PATTERN_LIMIT = 2;
// Iteration through the interfaces of sum BindingProperty
#define FOR_EACH_BIN_INTERFACE_IN_SUM_BINDING_PROPERTY(F) \
F(BindingProperty, 0, BindingPropertyIdentifier, \
BINDING_PROPERTY_IDENTIFIER, "BindingProperty::BindingPropertyIdentifier") \
F(BindingProperty, 1, BindingPropertyProperty, BINDING_PROPERTY_PROPERTY, \
"BindingProperty::BindingPropertyProperty")
const size_t BINAST_SUM_BINDING_PROPERTY_LIMIT = 2;
// Iteration through the interfaces of sum
// ClassDeclarationOrExpressionOrFunctionDeclaration
#define FOR_EACH_BIN_INTERFACE_IN_SUM_CLASS_DECLARATION_OR_EXPRESSION_OR_FUNCTION_DECLARATION( \
F) \
F(ClassDeclarationOrExpressionOrFunctionDeclaration, 0, ArrayExpression, \
ARRAY_EXPRESSION, \
"ClassDeclarationOrExpressionOrFunctionDeclaration::ArrayExpression") \
F(ClassDeclarationOrExpressionOrFunctionDeclaration, 1, \
AssignmentExpression, ASSIGNMENT_EXPRESSION, \
"ClassDeclarationOrExpressionOrFunctionDeclaration::AssignmentExpression") \
F(ClassDeclarationOrExpressionOrFunctionDeclaration, 2, AwaitExpression, \
AWAIT_EXPRESSION, \
"ClassDeclarationOrExpressionOrFunctionDeclaration::AwaitExpression") \
F(ClassDeclarationOrExpressionOrFunctionDeclaration, 3, BinaryExpression, \
BINARY_EXPRESSION, \
"ClassDeclarationOrExpressionOrFunctionDeclaration::BinaryExpression") \
F(ClassDeclarationOrExpressionOrFunctionDeclaration, 4, CallExpression, \
CALL_EXPRESSION, \
"ClassDeclarationOrExpressionOrFunctionDeclaration::CallExpression") \
F(ClassDeclarationOrExpressionOrFunctionDeclaration, 5, ClassDeclaration, \
CLASS_DECLARATION, \
"ClassDeclarationOrExpressionOrFunctionDeclaration::ClassDeclaration") \
F(ClassDeclarationOrExpressionOrFunctionDeclaration, 6, ClassExpression, \
CLASS_EXPRESSION, \
"ClassDeclarationOrExpressionOrFunctionDeclaration::ClassExpression") \
F(ClassDeclarationOrExpressionOrFunctionDeclaration, 7, \
CompoundAssignmentExpression, COMPOUND_ASSIGNMENT_EXPRESSION, \
"ClassDeclarationOrExpressionOrFunctionDeclaration::" \
"CompoundAssignmentExpression") \
F(ClassDeclarationOrExpressionOrFunctionDeclaration, 8, \
ComputedMemberExpression, COMPUTED_MEMBER_EXPRESSION, \
"ClassDeclarationOrExpressionOrFunctionDeclaration::" \
"ComputedMemberExpression") \
F(ClassDeclarationOrExpressionOrFunctionDeclaration, 9, \
ConditionalExpression, CONDITIONAL_EXPRESSION, \
"ClassDeclarationOrExpressionOrFunctionDeclaration::" \
"ConditionalExpression") \
F(ClassDeclarationOrExpressionOrFunctionDeclaration, 10, \
EagerArrowExpressionWithExpression, \
EAGER_ARROW_EXPRESSION_WITH_EXPRESSION, \
"ClassDeclarationOrExpressionOrFunctionDeclaration::" \
"EagerArrowExpressionWithExpression") \
F(ClassDeclarationOrExpressionOrFunctionDeclaration, 11, \
EagerArrowExpressionWithFunctionBody, \
EAGER_ARROW_EXPRESSION_WITH_FUNCTION_BODY, \
"ClassDeclarationOrExpressionOrFunctionDeclaration::" \
"EagerArrowExpressionWithFunctionBody") \
F(ClassDeclarationOrExpressionOrFunctionDeclaration, 12, \
EagerFunctionDeclaration, EAGER_FUNCTION_DECLARATION, \
"ClassDeclarationOrExpressionOrFunctionDeclaration::" \
"EagerFunctionDeclaration") \
F(ClassDeclarationOrExpressionOrFunctionDeclaration, 13, \
EagerFunctionExpression, EAGER_FUNCTION_EXPRESSION, \
"ClassDeclarationOrExpressionOrFunctionDeclaration::" \
"EagerFunctionExpression") \
F(ClassDeclarationOrExpressionOrFunctionDeclaration, 14, \
IdentifierExpression, IDENTIFIER_EXPRESSION, \
"ClassDeclarationOrExpressionOrFunctionDeclaration::IdentifierExpression") \
F(ClassDeclarationOrExpressionOrFunctionDeclaration, 15, \
LazyArrowExpressionWithExpression, LAZY_ARROW_EXPRESSION_WITH_EXPRESSION, \
"ClassDeclarationOrExpressionOrFunctionDeclaration::" \
"LazyArrowExpressionWithExpression") \
F(ClassDeclarationOrExpressionOrFunctionDeclaration, 16, \
LazyArrowExpressionWithFunctionBody, \
LAZY_ARROW_EXPRESSION_WITH_FUNCTION_BODY, \
"ClassDeclarationOrExpressionOrFunctionDeclaration::" \
"LazyArrowExpressionWithFunctionBody") \
F(ClassDeclarationOrExpressionOrFunctionDeclaration, 17, \
LazyFunctionDeclaration, LAZY_FUNCTION_DECLARATION, \
"ClassDeclarationOrExpressionOrFunctionDeclaration::" \
"LazyFunctionDeclaration") \
F(ClassDeclarationOrExpressionOrFunctionDeclaration, 18, \
LazyFunctionExpression, LAZY_FUNCTION_EXPRESSION, \
"ClassDeclarationOrExpressionOrFunctionDeclaration::" \
"LazyFunctionExpression") \
F(ClassDeclarationOrExpressionOrFunctionDeclaration, 19, \
LiteralBooleanExpression, LITERAL_BOOLEAN_EXPRESSION, \
"ClassDeclarationOrExpressionOrFunctionDeclaration::" \
"LiteralBooleanExpression") \
F(ClassDeclarationOrExpressionOrFunctionDeclaration, 20, \
LiteralInfinityExpression, LITERAL_INFINITY_EXPRESSION, \
"ClassDeclarationOrExpressionOrFunctionDeclaration::" \
"LiteralInfinityExpression") \
F(ClassDeclarationOrExpressionOrFunctionDeclaration, 21, \
LiteralNullExpression, LITERAL_NULL_EXPRESSION, \
"ClassDeclarationOrExpressionOrFunctionDeclaration::" \
"LiteralNullExpression") \
F(ClassDeclarationOrExpressionOrFunctionDeclaration, 22, \
LiteralNumericExpression, LITERAL_NUMERIC_EXPRESSION, \
"ClassDeclarationOrExpressionOrFunctionDeclaration::" \
"LiteralNumericExpression") \
F(ClassDeclarationOrExpressionOrFunctionDeclaration, 23, \
LiteralRegExpExpression, LITERAL_REG_EXP_EXPRESSION, \
"ClassDeclarationOrExpressionOrFunctionDeclaration::" \
"LiteralRegExpExpression") \
F(ClassDeclarationOrExpressionOrFunctionDeclaration, 24, \
LiteralStringExpression, LITERAL_STRING_EXPRESSION, \
"ClassDeclarationOrExpressionOrFunctionDeclaration::" \
"LiteralStringExpression") \
F(ClassDeclarationOrExpressionOrFunctionDeclaration, 25, NewExpression, \
NEW_EXPRESSION, \
"ClassDeclarationOrExpressionOrFunctionDeclaration::NewExpression") \
F(ClassDeclarationOrExpressionOrFunctionDeclaration, 26, \
NewTargetExpression, NEW_TARGET_EXPRESSION, \
"ClassDeclarationOrExpressionOrFunctionDeclaration::NewTargetExpression") \
F(ClassDeclarationOrExpressionOrFunctionDeclaration, 27, ObjectExpression, \
OBJECT_EXPRESSION, \
"ClassDeclarationOrExpressionOrFunctionDeclaration::ObjectExpression") \
F(ClassDeclarationOrExpressionOrFunctionDeclaration, 28, \
StaticMemberExpression, STATIC_MEMBER_EXPRESSION, \
"ClassDeclarationOrExpressionOrFunctionDeclaration::" \
"StaticMemberExpression") \
F(ClassDeclarationOrExpressionOrFunctionDeclaration, 29, TemplateExpression, \
TEMPLATE_EXPRESSION, \
"ClassDeclarationOrExpressionOrFunctionDeclaration::TemplateExpression") \
F(ClassDeclarationOrExpressionOrFunctionDeclaration, 30, ThisExpression, \
THIS_EXPRESSION, \
"ClassDeclarationOrExpressionOrFunctionDeclaration::ThisExpression") \
F(ClassDeclarationOrExpressionOrFunctionDeclaration, 31, UnaryExpression, \
UNARY_EXPRESSION, \
"ClassDeclarationOrExpressionOrFunctionDeclaration::UnaryExpression") \
F(ClassDeclarationOrExpressionOrFunctionDeclaration, 32, UpdateExpression, \
UPDATE_EXPRESSION, \
"ClassDeclarationOrExpressionOrFunctionDeclaration::UpdateExpression") \
F(ClassDeclarationOrExpressionOrFunctionDeclaration, 33, YieldExpression, \
YIELD_EXPRESSION, \
"ClassDeclarationOrExpressionOrFunctionDeclaration::YieldExpression") \
F(ClassDeclarationOrExpressionOrFunctionDeclaration, 34, \
YieldStarExpression, YIELD_STAR_EXPRESSION, \
"ClassDeclarationOrExpressionOrFunctionDeclaration::YieldStarExpression")
const size_t
BINAST_SUM_CLASS_DECLARATION_OR_EXPRESSION_OR_FUNCTION_DECLARATION_LIMIT =
35;
// Iteration through the interfaces of sum
// ClassDeclarationOrFunctionDeclarationOrVariableDeclaration
#define FOR_EACH_BIN_INTERFACE_IN_SUM_CLASS_DECLARATION_OR_FUNCTION_DECLARATION_OR_VARIABLE_DECLARATION( \
F) \
F(ClassDeclarationOrFunctionDeclarationOrVariableDeclaration, 0, \
ClassDeclaration, CLASS_DECLARATION, \
"ClassDeclarationOrFunctionDeclarationOrVariableDeclaration::" \
"ClassDeclaration") \
F(ClassDeclarationOrFunctionDeclarationOrVariableDeclaration, 1, \
EagerFunctionDeclaration, EAGER_FUNCTION_DECLARATION, \
"ClassDeclarationOrFunctionDeclarationOrVariableDeclaration::" \
"EagerFunctionDeclaration") \
F(ClassDeclarationOrFunctionDeclarationOrVariableDeclaration, 2, \
LazyFunctionDeclaration, LAZY_FUNCTION_DECLARATION, \
"ClassDeclarationOrFunctionDeclarationOrVariableDeclaration::" \
"LazyFunctionDeclaration") \
F(ClassDeclarationOrFunctionDeclarationOrVariableDeclaration, 3, \
VariableDeclaration, VARIABLE_DECLARATION, \
"ClassDeclarationOrFunctionDeclarationOrVariableDeclaration::" \
"VariableDeclaration")
const size_t
BINAST_SUM_CLASS_DECLARATION_OR_FUNCTION_DECLARATION_OR_VARIABLE_DECLARATION_LIMIT =
4;
// Iteration through the interfaces of sum ExportDeclaration
#define FOR_EACH_BIN_INTERFACE_IN_SUM_EXPORT_DECLARATION(F) \
F(ExportDeclaration, 0, Export, EXPORT, "ExportDeclaration::Export") \
F(ExportDeclaration, 1, ExportAllFrom, EXPORT_ALL_FROM, \
"ExportDeclaration::ExportAllFrom") \
F(ExportDeclaration, 2, ExportDefault, EXPORT_DEFAULT, \
"ExportDeclaration::ExportDefault") \
F(ExportDeclaration, 3, ExportFrom, EXPORT_FROM, \
"ExportDeclaration::ExportFrom") \
F(ExportDeclaration, 4, ExportLocals, EXPORT_LOCALS, \
"ExportDeclaration::ExportLocals")
const size_t BINAST_SUM_EXPORT_DECLARATION_LIMIT = 5;
// Iteration through the interfaces of sum
// ExportDeclarationOrImportDeclarationOrStatement
#define FOR_EACH_BIN_INTERFACE_IN_SUM_EXPORT_DECLARATION_OR_IMPORT_DECLARATION_OR_STATEMENT( \
F) \
F(ExportDeclarationOrImportDeclarationOrStatement, 0, Block, BLOCK, \
"ExportDeclarationOrImportDeclarationOrStatement::Block") \
F(ExportDeclarationOrImportDeclarationOrStatement, 1, BreakStatement, \
BREAK_STATEMENT, \
"ExportDeclarationOrImportDeclarationOrStatement::BreakStatement") \
F(ExportDeclarationOrImportDeclarationOrStatement, 2, ClassDeclaration, \
CLASS_DECLARATION, \
"ExportDeclarationOrImportDeclarationOrStatement::ClassDeclaration") \
F(ExportDeclarationOrImportDeclarationOrStatement, 3, ContinueStatement, \
CONTINUE_STATEMENT, \
"ExportDeclarationOrImportDeclarationOrStatement::ContinueStatement") \
F(ExportDeclarationOrImportDeclarationOrStatement, 4, DebuggerStatement, \
DEBUGGER_STATEMENT, \
"ExportDeclarationOrImportDeclarationOrStatement::DebuggerStatement") \
F(ExportDeclarationOrImportDeclarationOrStatement, 5, DoWhileStatement, \
DO_WHILE_STATEMENT, \
"ExportDeclarationOrImportDeclarationOrStatement::DoWhileStatement") \
F(ExportDeclarationOrImportDeclarationOrStatement, 6, \
EagerFunctionDeclaration, EAGER_FUNCTION_DECLARATION, \
"ExportDeclarationOrImportDeclarationOrStatement::" \
"EagerFunctionDeclaration") \
F(ExportDeclarationOrImportDeclarationOrStatement, 7, EmptyStatement, \
EMPTY_STATEMENT, \
"ExportDeclarationOrImportDeclarationOrStatement::EmptyStatement") \
F(ExportDeclarationOrImportDeclarationOrStatement, 8, Export, EXPORT, \
"ExportDeclarationOrImportDeclarationOrStatement::Export") \
F(ExportDeclarationOrImportDeclarationOrStatement, 9, ExportAllFrom, \
EXPORT_ALL_FROM, \
"ExportDeclarationOrImportDeclarationOrStatement::ExportAllFrom") \
F(ExportDeclarationOrImportDeclarationOrStatement, 10, ExportDefault, \
EXPORT_DEFAULT, \
"ExportDeclarationOrImportDeclarationOrStatement::ExportDefault") \
F(ExportDeclarationOrImportDeclarationOrStatement, 11, ExportFrom, \
EXPORT_FROM, \
"ExportDeclarationOrImportDeclarationOrStatement::ExportFrom") \
F(ExportDeclarationOrImportDeclarationOrStatement, 12, ExportLocals, \
EXPORT_LOCALS, \
"ExportDeclarationOrImportDeclarationOrStatement::ExportLocals") \
F(ExportDeclarationOrImportDeclarationOrStatement, 13, ExpressionStatement, \
EXPRESSION_STATEMENT, \
"ExportDeclarationOrImportDeclarationOrStatement::ExpressionStatement") \
F(ExportDeclarationOrImportDeclarationOrStatement, 14, ForInStatement, \
FOR_IN_STATEMENT, \
"ExportDeclarationOrImportDeclarationOrStatement::ForInStatement") \
F(ExportDeclarationOrImportDeclarationOrStatement, 15, ForOfStatement, \
FOR_OF_STATEMENT, \
"ExportDeclarationOrImportDeclarationOrStatement::ForOfStatement") \
F(ExportDeclarationOrImportDeclarationOrStatement, 16, ForStatement, \
FOR_STATEMENT, \
"ExportDeclarationOrImportDeclarationOrStatement::ForStatement") \
F(ExportDeclarationOrImportDeclarationOrStatement, 17, IfStatement, \
IF_STATEMENT, \
"ExportDeclarationOrImportDeclarationOrStatement::IfStatement") \
F(ExportDeclarationOrImportDeclarationOrStatement, 18, Import, IMPORT, \
"ExportDeclarationOrImportDeclarationOrStatement::Import") \
F(ExportDeclarationOrImportDeclarationOrStatement, 19, ImportNamespace, \
IMPORT_NAMESPACE, \
"ExportDeclarationOrImportDeclarationOrStatement::ImportNamespace") \
F(ExportDeclarationOrImportDeclarationOrStatement, 20, LabelledStatement, \
LABELLED_STATEMENT, \
"ExportDeclarationOrImportDeclarationOrStatement::LabelledStatement") \
F(ExportDeclarationOrImportDeclarationOrStatement, 21, \
LazyFunctionDeclaration, LAZY_FUNCTION_DECLARATION, \
"ExportDeclarationOrImportDeclarationOrStatement::" \
"LazyFunctionDeclaration") \
F(ExportDeclarationOrImportDeclarationOrStatement, 22, ReturnStatement, \
RETURN_STATEMENT, \
"ExportDeclarationOrImportDeclarationOrStatement::ReturnStatement") \
F(ExportDeclarationOrImportDeclarationOrStatement, 23, SwitchStatement, \
SWITCH_STATEMENT, \
"ExportDeclarationOrImportDeclarationOrStatement::SwitchStatement") \
F(ExportDeclarationOrImportDeclarationOrStatement, 24, \
SwitchStatementWithDefault, SWITCH_STATEMENT_WITH_DEFAULT, \
"ExportDeclarationOrImportDeclarationOrStatement::" \
"SwitchStatementWithDefault") \
F(ExportDeclarationOrImportDeclarationOrStatement, 25, ThrowStatement, \
THROW_STATEMENT, \
"ExportDeclarationOrImportDeclarationOrStatement::ThrowStatement") \
F(ExportDeclarationOrImportDeclarationOrStatement, 26, TryCatchStatement, \
TRY_CATCH_STATEMENT, \
"ExportDeclarationOrImportDeclarationOrStatement::TryCatchStatement") \
F(ExportDeclarationOrImportDeclarationOrStatement, 27, TryFinallyStatement, \
TRY_FINALLY_STATEMENT, \
"ExportDeclarationOrImportDeclarationOrStatement::TryFinallyStatement") \
F(ExportDeclarationOrImportDeclarationOrStatement, 28, VariableDeclaration, \
VARIABLE_DECLARATION, \
"ExportDeclarationOrImportDeclarationOrStatement::VariableDeclaration") \
F(ExportDeclarationOrImportDeclarationOrStatement, 29, WhileStatement, \
WHILE_STATEMENT, \
"ExportDeclarationOrImportDeclarationOrStatement::WhileStatement") \
F(ExportDeclarationOrImportDeclarationOrStatement, 30, WithStatement, \
WITH_STATEMENT, \
"ExportDeclarationOrImportDeclarationOrStatement::WithStatement")
const size_t
BINAST_SUM_EXPORT_DECLARATION_OR_IMPORT_DECLARATION_OR_STATEMENT_LIMIT = 31;
// Iteration through the interfaces of sum Expression
#define FOR_EACH_BIN_INTERFACE_IN_SUM_EXPRESSION(F) \
F(Expression, 0, ArrayExpression, ARRAY_EXPRESSION, \
"Expression::ArrayExpression") \
F(Expression, 1, AssignmentExpression, ASSIGNMENT_EXPRESSION, \
"Expression::AssignmentExpression") \
F(Expression, 2, AwaitExpression, AWAIT_EXPRESSION, \
"Expression::AwaitExpression") \
F(Expression, 3, BinaryExpression, BINARY_EXPRESSION, \
"Expression::BinaryExpression") \
F(Expression, 4, CallExpression, CALL_EXPRESSION, \
"Expression::CallExpression") \
F(Expression, 5, ClassExpression, CLASS_EXPRESSION, \
"Expression::ClassExpression") \
F(Expression, 6, CompoundAssignmentExpression, \
COMPOUND_ASSIGNMENT_EXPRESSION, \
"Expression::CompoundAssignmentExpression") \
F(Expression, 7, ComputedMemberExpression, COMPUTED_MEMBER_EXPRESSION, \
"Expression::ComputedMemberExpression") \
F(Expression, 8, ConditionalExpression, CONDITIONAL_EXPRESSION, \
"Expression::ConditionalExpression") \
F(Expression, 9, EagerArrowExpressionWithExpression, \
EAGER_ARROW_EXPRESSION_WITH_EXPRESSION, \
"Expression::EagerArrowExpressionWithExpression") \
F(Expression, 10, EagerArrowExpressionWithFunctionBody, \
EAGER_ARROW_EXPRESSION_WITH_FUNCTION_BODY, \
"Expression::EagerArrowExpressionWithFunctionBody") \
F(Expression, 11, EagerFunctionExpression, EAGER_FUNCTION_EXPRESSION, \
"Expression::EagerFunctionExpression") \
F(Expression, 12, IdentifierExpression, IDENTIFIER_EXPRESSION, \
"Expression::IdentifierExpression") \
F(Expression, 13, LazyArrowExpressionWithExpression, \
LAZY_ARROW_EXPRESSION_WITH_EXPRESSION, \
"Expression::LazyArrowExpressionWithExpression") \
F(Expression, 14, LazyArrowExpressionWithFunctionBody, \
LAZY_ARROW_EXPRESSION_WITH_FUNCTION_BODY, \
"Expression::LazyArrowExpressionWithFunctionBody") \
F(Expression, 15, LazyFunctionExpression, LAZY_FUNCTION_EXPRESSION, \
"Expression::LazyFunctionExpression") \
F(Expression, 16, LiteralBooleanExpression, LITERAL_BOOLEAN_EXPRESSION, \
"Expression::LiteralBooleanExpression") \
F(Expression, 17, LiteralInfinityExpression, LITERAL_INFINITY_EXPRESSION, \
"Expression::LiteralInfinityExpression") \
F(Expression, 18, LiteralNullExpression, LITERAL_NULL_EXPRESSION, \
"Expression::LiteralNullExpression") \
F(Expression, 19, LiteralNumericExpression, LITERAL_NUMERIC_EXPRESSION, \
"Expression::LiteralNumericExpression") \
F(Expression, 20, LiteralRegExpExpression, LITERAL_REG_EXP_EXPRESSION, \
"Expression::LiteralRegExpExpression") \
F(Expression, 21, LiteralStringExpression, LITERAL_STRING_EXPRESSION, \
"Expression::LiteralStringExpression") \
F(Expression, 22, NewExpression, NEW_EXPRESSION, \
"Expression::NewExpression") \
F(Expression, 23, NewTargetExpression, NEW_TARGET_EXPRESSION, \
"Expression::NewTargetExpression") \
F(Expression, 24, ObjectExpression, OBJECT_EXPRESSION, \
"Expression::ObjectExpression") \
F(Expression, 25, StaticMemberExpression, STATIC_MEMBER_EXPRESSION, \
"Expression::StaticMemberExpression") \
F(Expression, 26, TemplateExpression, TEMPLATE_EXPRESSION, \
"Expression::TemplateExpression") \
F(Expression, 27, ThisExpression, THIS_EXPRESSION, \
"Expression::ThisExpression") \
F(Expression, 28, UnaryExpression, UNARY_EXPRESSION, \
"Expression::UnaryExpression") \
F(Expression, 29, UpdateExpression, UPDATE_EXPRESSION, \
"Expression::UpdateExpression") \
F(Expression, 30, YieldExpression, YIELD_EXPRESSION, \
"Expression::YieldExpression") \
F(Expression, 31, YieldStarExpression, YIELD_STAR_EXPRESSION, \
"Expression::YieldStarExpression")
const size_t BINAST_SUM_EXPRESSION_LIMIT = 32;
// Iteration through the interfaces of sum ExpressionOrSpreadElement
#define FOR_EACH_BIN_INTERFACE_IN_SUM_EXPRESSION_OR_SPREAD_ELEMENT(F) \
F(ExpressionOrSpreadElement, 0, ArrayExpression, ARRAY_EXPRESSION, \
"ExpressionOrSpreadElement::ArrayExpression") \
F(ExpressionOrSpreadElement, 1, AssignmentExpression, ASSIGNMENT_EXPRESSION, \
"ExpressionOrSpreadElement::AssignmentExpression") \
F(ExpressionOrSpreadElement, 2, AwaitExpression, AWAIT_EXPRESSION, \
"ExpressionOrSpreadElement::AwaitExpression") \
F(ExpressionOrSpreadElement, 3, BinaryExpression, BINARY_EXPRESSION, \
"ExpressionOrSpreadElement::BinaryExpression") \
F(ExpressionOrSpreadElement, 4, CallExpression, CALL_EXPRESSION, \
"ExpressionOrSpreadElement::CallExpression") \
F(ExpressionOrSpreadElement, 5, ClassExpression, CLASS_EXPRESSION, \
"ExpressionOrSpreadElement::ClassExpression") \
F(ExpressionOrSpreadElement, 6, CompoundAssignmentExpression, \
COMPOUND_ASSIGNMENT_EXPRESSION, \
"ExpressionOrSpreadElement::CompoundAssignmentExpression") \
F(ExpressionOrSpreadElement, 7, ComputedMemberExpression, \
COMPUTED_MEMBER_EXPRESSION, \
"ExpressionOrSpreadElement::ComputedMemberExpression") \
F(ExpressionOrSpreadElement, 8, ConditionalExpression, \
CONDITIONAL_EXPRESSION, \
"ExpressionOrSpreadElement::ConditionalExpression") \
F(ExpressionOrSpreadElement, 9, EagerArrowExpressionWithExpression, \
EAGER_ARROW_EXPRESSION_WITH_EXPRESSION, \
"ExpressionOrSpreadElement::EagerArrowExpressionWithExpression") \
F(ExpressionOrSpreadElement, 10, EagerArrowExpressionWithFunctionBody, \
EAGER_ARROW_EXPRESSION_WITH_FUNCTION_BODY, \
"ExpressionOrSpreadElement::EagerArrowExpressionWithFunctionBody") \
F(ExpressionOrSpreadElement, 11, EagerFunctionExpression, \
EAGER_FUNCTION_EXPRESSION, \
"ExpressionOrSpreadElement::EagerFunctionExpression") \
F(ExpressionOrSpreadElement, 12, IdentifierExpression, \
IDENTIFIER_EXPRESSION, "ExpressionOrSpreadElement::IdentifierExpression") \
F(ExpressionOrSpreadElement, 13, LazyArrowExpressionWithExpression, \
LAZY_ARROW_EXPRESSION_WITH_EXPRESSION, \
"ExpressionOrSpreadElement::LazyArrowExpressionWithExpression") \
F(ExpressionOrSpreadElement, 14, LazyArrowExpressionWithFunctionBody, \
LAZY_ARROW_EXPRESSION_WITH_FUNCTION_BODY, \
"ExpressionOrSpreadElement::LazyArrowExpressionWithFunctionBody") \
F(ExpressionOrSpreadElement, 15, LazyFunctionExpression, \
LAZY_FUNCTION_EXPRESSION, \
"ExpressionOrSpreadElement::LazyFunctionExpression") \
F(ExpressionOrSpreadElement, 16, LiteralBooleanExpression, \
LITERAL_BOOLEAN_EXPRESSION, \
"ExpressionOrSpreadElement::LiteralBooleanExpression") \
F(ExpressionOrSpreadElement, 17, LiteralInfinityExpression, \
LITERAL_INFINITY_EXPRESSION, \
"ExpressionOrSpreadElement::LiteralInfinityExpression") \
F(ExpressionOrSpreadElement, 18, LiteralNullExpression, \
LITERAL_NULL_EXPRESSION, \
"ExpressionOrSpreadElement::LiteralNullExpression") \
F(ExpressionOrSpreadElement, 19, LiteralNumericExpression, \
LITERAL_NUMERIC_EXPRESSION, \
"ExpressionOrSpreadElement::LiteralNumericExpression") \
F(ExpressionOrSpreadElement, 20, LiteralRegExpExpression, \
LITERAL_REG_EXP_EXPRESSION, \
"ExpressionOrSpreadElement::LiteralRegExpExpression") \
F(ExpressionOrSpreadElement, 21, LiteralStringExpression, \
LITERAL_STRING_EXPRESSION, \
"ExpressionOrSpreadElement::LiteralStringExpression") \
F(ExpressionOrSpreadElement, 22, NewExpression, NEW_EXPRESSION, \
"ExpressionOrSpreadElement::NewExpression") \
F(ExpressionOrSpreadElement, 23, NewTargetExpression, NEW_TARGET_EXPRESSION, \
"ExpressionOrSpreadElement::NewTargetExpression") \
F(ExpressionOrSpreadElement, 24, ObjectExpression, OBJECT_EXPRESSION, \
"ExpressionOrSpreadElement::ObjectExpression") \
F(ExpressionOrSpreadElement, 25, SpreadElement, SPREAD_ELEMENT, \
"ExpressionOrSpreadElement::SpreadElement") \
F(ExpressionOrSpreadElement, 26, StaticMemberExpression, \
STATIC_MEMBER_EXPRESSION, \
"ExpressionOrSpreadElement::StaticMemberExpression") \
F(ExpressionOrSpreadElement, 27, TemplateExpression, TEMPLATE_EXPRESSION, \
"ExpressionOrSpreadElement::TemplateExpression") \
F(ExpressionOrSpreadElement, 28, ThisExpression, THIS_EXPRESSION, \
"ExpressionOrSpreadElement::ThisExpression") \
F(ExpressionOrSpreadElement, 29, UnaryExpression, UNARY_EXPRESSION, \
"ExpressionOrSpreadElement::UnaryExpression") \
F(ExpressionOrSpreadElement, 30, UpdateExpression, UPDATE_EXPRESSION, \
"ExpressionOrSpreadElement::UpdateExpression") \
F(ExpressionOrSpreadElement, 31, YieldExpression, YIELD_EXPRESSION, \
"ExpressionOrSpreadElement::YieldExpression") \
F(ExpressionOrSpreadElement, 32, YieldStarExpression, YIELD_STAR_EXPRESSION, \
"ExpressionOrSpreadElement::YieldStarExpression")
const size_t BINAST_SUM_EXPRESSION_OR_SPREAD_ELEMENT_LIMIT = 33;
// Iteration through the interfaces of sum ExpressionOrSuper
#define FOR_EACH_BIN_INTERFACE_IN_SUM_EXPRESSION_OR_SUPER(F) \
F(ExpressionOrSuper, 0, ArrayExpression, ARRAY_EXPRESSION, \
"ExpressionOrSuper::ArrayExpression") \
F(ExpressionOrSuper, 1, AssignmentExpression, ASSIGNMENT_EXPRESSION, \
"ExpressionOrSuper::AssignmentExpression") \
F(ExpressionOrSuper, 2, AwaitExpression, AWAIT_EXPRESSION, \
"ExpressionOrSuper::AwaitExpression") \
F(ExpressionOrSuper, 3, BinaryExpression, BINARY_EXPRESSION, \
"ExpressionOrSuper::BinaryExpression") \
F(ExpressionOrSuper, 4, CallExpression, CALL_EXPRESSION, \
"ExpressionOrSuper::CallExpression") \
F(ExpressionOrSuper, 5, ClassExpression, CLASS_EXPRESSION, \
"ExpressionOrSuper::ClassExpression") \
F(ExpressionOrSuper, 6, CompoundAssignmentExpression, \
COMPOUND_ASSIGNMENT_EXPRESSION, \
"ExpressionOrSuper::CompoundAssignmentExpression") \
F(ExpressionOrSuper, 7, ComputedMemberExpression, \
COMPUTED_MEMBER_EXPRESSION, "ExpressionOrSuper::ComputedMemberExpression") \
F(ExpressionOrSuper, 8, ConditionalExpression, CONDITIONAL_EXPRESSION, \
"ExpressionOrSuper::ConditionalExpression") \
F(ExpressionOrSuper, 9, EagerArrowExpressionWithExpression, \
EAGER_ARROW_EXPRESSION_WITH_EXPRESSION, \
"ExpressionOrSuper::EagerArrowExpressionWithExpression") \
F(ExpressionOrSuper, 10, EagerArrowExpressionWithFunctionBody, \
EAGER_ARROW_EXPRESSION_WITH_FUNCTION_BODY, \
"ExpressionOrSuper::EagerArrowExpressionWithFunctionBody") \
F(ExpressionOrSuper, 11, EagerFunctionExpression, EAGER_FUNCTION_EXPRESSION, \
"ExpressionOrSuper::EagerFunctionExpression") \
F(ExpressionOrSuper, 12, IdentifierExpression, IDENTIFIER_EXPRESSION, \
"ExpressionOrSuper::IdentifierExpression") \
F(ExpressionOrSuper, 13, LazyArrowExpressionWithExpression, \
LAZY_ARROW_EXPRESSION_WITH_EXPRESSION, \
"ExpressionOrSuper::LazyArrowExpressionWithExpression") \
F(ExpressionOrSuper, 14, LazyArrowExpressionWithFunctionBody, \
LAZY_ARROW_EXPRESSION_WITH_FUNCTION_BODY, \
"ExpressionOrSuper::LazyArrowExpressionWithFunctionBody") \
F(ExpressionOrSuper, 15, LazyFunctionExpression, LAZY_FUNCTION_EXPRESSION, \
"ExpressionOrSuper::LazyFunctionExpression") \
F(ExpressionOrSuper, 16, LiteralBooleanExpression, \
LITERAL_BOOLEAN_EXPRESSION, "ExpressionOrSuper::LiteralBooleanExpression") \
F(ExpressionOrSuper, 17, LiteralInfinityExpression, \
LITERAL_INFINITY_EXPRESSION, \
"ExpressionOrSuper::LiteralInfinityExpression") \
F(ExpressionOrSuper, 18, LiteralNullExpression, LITERAL_NULL_EXPRESSION, \
"ExpressionOrSuper::LiteralNullExpression") \
F(ExpressionOrSuper, 19, LiteralNumericExpression, \
LITERAL_NUMERIC_EXPRESSION, "ExpressionOrSuper::LiteralNumericExpression") \
F(ExpressionOrSuper, 20, LiteralRegExpExpression, \
LITERAL_REG_EXP_EXPRESSION, "ExpressionOrSuper::LiteralRegExpExpression") \
F(ExpressionOrSuper, 21, LiteralStringExpression, LITERAL_STRING_EXPRESSION, \
"ExpressionOrSuper::LiteralStringExpression") \
F(ExpressionOrSuper, 22, NewExpression, NEW_EXPRESSION, \
"ExpressionOrSuper::NewExpression") \
F(ExpressionOrSuper, 23, NewTargetExpression, NEW_TARGET_EXPRESSION, \
"ExpressionOrSuper::NewTargetExpression") \
F(ExpressionOrSuper, 24, ObjectExpression, OBJECT_EXPRESSION, \
"ExpressionOrSuper::ObjectExpression") \
F(ExpressionOrSuper, 25, StaticMemberExpression, STATIC_MEMBER_EXPRESSION, \
"ExpressionOrSuper::StaticMemberExpression") \
F(ExpressionOrSuper, 26, Super, SUPER, "ExpressionOrSuper::Super") \
F(ExpressionOrSuper, 27, TemplateExpression, TEMPLATE_EXPRESSION, \
"ExpressionOrSuper::TemplateExpression") \
F(ExpressionOrSuper, 28, ThisExpression, THIS_EXPRESSION, \
"ExpressionOrSuper::ThisExpression") \
F(ExpressionOrSuper, 29, UnaryExpression, UNARY_EXPRESSION, \
"ExpressionOrSuper::UnaryExpression") \
F(ExpressionOrSuper, 30, UpdateExpression, UPDATE_EXPRESSION, \
"ExpressionOrSuper::UpdateExpression") \
F(ExpressionOrSuper, 31, YieldExpression, YIELD_EXPRESSION, \
"ExpressionOrSuper::YieldExpression") \
F(ExpressionOrSuper, 32, YieldStarExpression, YIELD_STAR_EXPRESSION, \
"ExpressionOrSuper::YieldStarExpression")
const size_t BINAST_SUM_EXPRESSION_OR_SUPER_LIMIT = 33;
// Iteration through the interfaces of sum ExpressionOrTemplateElement
#define FOR_EACH_BIN_INTERFACE_IN_SUM_EXPRESSION_OR_TEMPLATE_ELEMENT(F) \
F(ExpressionOrTemplateElement, 0, ArrayExpression, ARRAY_EXPRESSION, \
"ExpressionOrTemplateElement::ArrayExpression") \
F(ExpressionOrTemplateElement, 1, AssignmentExpression, \
ASSIGNMENT_EXPRESSION, \
"ExpressionOrTemplateElement::AssignmentExpression") \
F(ExpressionOrTemplateElement, 2, AwaitExpression, AWAIT_EXPRESSION, \
"ExpressionOrTemplateElement::AwaitExpression") \
F(ExpressionOrTemplateElement, 3, BinaryExpression, BINARY_EXPRESSION, \
"ExpressionOrTemplateElement::BinaryExpression") \
F(ExpressionOrTemplateElement, 4, CallExpression, CALL_EXPRESSION, \
"ExpressionOrTemplateElement::CallExpression") \
F(ExpressionOrTemplateElement, 5, ClassExpression, CLASS_EXPRESSION, \
"ExpressionOrTemplateElement::ClassExpression") \
F(ExpressionOrTemplateElement, 6, CompoundAssignmentExpression, \
COMPOUND_ASSIGNMENT_EXPRESSION, \
"ExpressionOrTemplateElement::CompoundAssignmentExpression") \
F(ExpressionOrTemplateElement, 7, ComputedMemberExpression, \
COMPUTED_MEMBER_EXPRESSION, \
"ExpressionOrTemplateElement::ComputedMemberExpression") \
F(ExpressionOrTemplateElement, 8, ConditionalExpression, \
CONDITIONAL_EXPRESSION, \
"ExpressionOrTemplateElement::ConditionalExpression") \
F(ExpressionOrTemplateElement, 9, EagerArrowExpressionWithExpression, \
EAGER_ARROW_EXPRESSION_WITH_EXPRESSION, \
"ExpressionOrTemplateElement::EagerArrowExpressionWithExpression") \
F(ExpressionOrTemplateElement, 10, EagerArrowExpressionWithFunctionBody, \
EAGER_ARROW_EXPRESSION_WITH_FUNCTION_BODY, \
"ExpressionOrTemplateElement::EagerArrowExpressionWithFunctionBody") \
F(ExpressionOrTemplateElement, 11, EagerFunctionExpression, \
EAGER_FUNCTION_EXPRESSION, \
"ExpressionOrTemplateElement::EagerFunctionExpression") \
F(ExpressionOrTemplateElement, 12, IdentifierExpression, \
IDENTIFIER_EXPRESSION, \
"ExpressionOrTemplateElement::IdentifierExpression") \
F(ExpressionOrTemplateElement, 13, LazyArrowExpressionWithExpression, \
LAZY_ARROW_EXPRESSION_WITH_EXPRESSION, \
"ExpressionOrTemplateElement::LazyArrowExpressionWithExpression") \
F(ExpressionOrTemplateElement, 14, LazyArrowExpressionWithFunctionBody, \
LAZY_ARROW_EXPRESSION_WITH_FUNCTION_BODY, \
"ExpressionOrTemplateElement::LazyArrowExpressionWithFunctionBody") \
F(ExpressionOrTemplateElement, 15, LazyFunctionExpression, \
LAZY_FUNCTION_EXPRESSION, \
"ExpressionOrTemplateElement::LazyFunctionExpression") \
F(ExpressionOrTemplateElement, 16, LiteralBooleanExpression, \
LITERAL_BOOLEAN_EXPRESSION, \
"ExpressionOrTemplateElement::LiteralBooleanExpression") \
F(ExpressionOrTemplateElement, 17, LiteralInfinityExpression, \
LITERAL_INFINITY_EXPRESSION, \
"ExpressionOrTemplateElement::LiteralInfinityExpression") \
F(ExpressionOrTemplateElement, 18, LiteralNullExpression, \
LITERAL_NULL_EXPRESSION, \
"ExpressionOrTemplateElement::LiteralNullExpression") \
F(ExpressionOrTemplateElement, 19, LiteralNumericExpression, \
LITERAL_NUMERIC_EXPRESSION, \
"ExpressionOrTemplateElement::LiteralNumericExpression") \
F(ExpressionOrTemplateElement, 20, LiteralRegExpExpression, \
LITERAL_REG_EXP_EXPRESSION, \
"ExpressionOrTemplateElement::LiteralRegExpExpression") \
F(ExpressionOrTemplateElement, 21, LiteralStringExpression, \
LITERAL_STRING_EXPRESSION, \
"ExpressionOrTemplateElement::LiteralStringExpression") \
F(ExpressionOrTemplateElement, 22, NewExpression, NEW_EXPRESSION, \
"ExpressionOrTemplateElement::NewExpression") \
F(ExpressionOrTemplateElement, 23, NewTargetExpression, \
NEW_TARGET_EXPRESSION, "ExpressionOrTemplateElement::NewTargetExpression") \
F(ExpressionOrTemplateElement, 24, ObjectExpression, OBJECT_EXPRESSION, \
"ExpressionOrTemplateElement::ObjectExpression") \
F(ExpressionOrTemplateElement, 25, StaticMemberExpression, \
STATIC_MEMBER_EXPRESSION, \
"ExpressionOrTemplateElement::StaticMemberExpression") \
F(ExpressionOrTemplateElement, 26, TemplateElement, TEMPLATE_ELEMENT, \
"ExpressionOrTemplateElement::TemplateElement") \
F(ExpressionOrTemplateElement, 27, TemplateExpression, TEMPLATE_EXPRESSION, \
"ExpressionOrTemplateElement::TemplateExpression") \
F(ExpressionOrTemplateElement, 28, ThisExpression, THIS_EXPRESSION, \
"ExpressionOrTemplateElement::ThisExpression") \
F(ExpressionOrTemplateElement, 29, UnaryExpression, UNARY_EXPRESSION, \
"ExpressionOrTemplateElement::UnaryExpression") \
F(ExpressionOrTemplateElement, 30, UpdateExpression, UPDATE_EXPRESSION, \
"ExpressionOrTemplateElement::UpdateExpression") \
F(ExpressionOrTemplateElement, 31, YieldExpression, YIELD_EXPRESSION, \
"ExpressionOrTemplateElement::YieldExpression") \
F(ExpressionOrTemplateElement, 32, YieldStarExpression, \
YIELD_STAR_EXPRESSION, "ExpressionOrTemplateElement::YieldStarExpression")
const size_t BINAST_SUM_EXPRESSION_OR_TEMPLATE_ELEMENT_LIMIT = 33;
// Iteration through the interfaces of sum ExpressionOrVariableDeclaration
#define FOR_EACH_BIN_INTERFACE_IN_SUM_EXPRESSION_OR_VARIABLE_DECLARATION(F) \
F(ExpressionOrVariableDeclaration, 0, ArrayExpression, ARRAY_EXPRESSION, \
"ExpressionOrVariableDeclaration::ArrayExpression") \
F(ExpressionOrVariableDeclaration, 1, AssignmentExpression, \
ASSIGNMENT_EXPRESSION, \
"ExpressionOrVariableDeclaration::AssignmentExpression") \
F(ExpressionOrVariableDeclaration, 2, AwaitExpression, AWAIT_EXPRESSION, \
"ExpressionOrVariableDeclaration::AwaitExpression") \
F(ExpressionOrVariableDeclaration, 3, BinaryExpression, BINARY_EXPRESSION, \
"ExpressionOrVariableDeclaration::BinaryExpression") \
F(ExpressionOrVariableDeclaration, 4, CallExpression, CALL_EXPRESSION, \
"ExpressionOrVariableDeclaration::CallExpression") \
F(ExpressionOrVariableDeclaration, 5, ClassExpression, CLASS_EXPRESSION, \
"ExpressionOrVariableDeclaration::ClassExpression") \
F(ExpressionOrVariableDeclaration, 6, CompoundAssignmentExpression, \
COMPOUND_ASSIGNMENT_EXPRESSION, \
"ExpressionOrVariableDeclaration::CompoundAssignmentExpression") \
F(ExpressionOrVariableDeclaration, 7, ComputedMemberExpression, \
COMPUTED_MEMBER_EXPRESSION, \
"ExpressionOrVariableDeclaration::ComputedMemberExpression") \
F(ExpressionOrVariableDeclaration, 8, ConditionalExpression, \
CONDITIONAL_EXPRESSION, \
"ExpressionOrVariableDeclaration::ConditionalExpression") \
F(ExpressionOrVariableDeclaration, 9, EagerArrowExpressionWithExpression, \
EAGER_ARROW_EXPRESSION_WITH_EXPRESSION, \
"ExpressionOrVariableDeclaration::EagerArrowExpressionWithExpression") \
F(ExpressionOrVariableDeclaration, 10, EagerArrowExpressionWithFunctionBody, \
EAGER_ARROW_EXPRESSION_WITH_FUNCTION_BODY, \
"ExpressionOrVariableDeclaration::EagerArrowExpressionWithFunctionBody") \
F(ExpressionOrVariableDeclaration, 11, EagerFunctionExpression, \
EAGER_FUNCTION_EXPRESSION, \
"ExpressionOrVariableDeclaration::EagerFunctionExpression") \
F(ExpressionOrVariableDeclaration, 12, IdentifierExpression, \
IDENTIFIER_EXPRESSION, \
"ExpressionOrVariableDeclaration::IdentifierExpression") \
F(ExpressionOrVariableDeclaration, 13, LazyArrowExpressionWithExpression, \
LAZY_ARROW_EXPRESSION_WITH_EXPRESSION, \
"ExpressionOrVariableDeclaration::LazyArrowExpressionWithExpression") \
F(ExpressionOrVariableDeclaration, 14, LazyArrowExpressionWithFunctionBody, \
LAZY_ARROW_EXPRESSION_WITH_FUNCTION_BODY, \
"ExpressionOrVariableDeclaration::LazyArrowExpressionWithFunctionBody") \
F(ExpressionOrVariableDeclaration, 15, LazyFunctionExpression, \
LAZY_FUNCTION_EXPRESSION, \
"ExpressionOrVariableDeclaration::LazyFunctionExpression") \
F(ExpressionOrVariableDeclaration, 16, LiteralBooleanExpression, \
LITERAL_BOOLEAN_EXPRESSION, \
"ExpressionOrVariableDeclaration::LiteralBooleanExpression") \
F(ExpressionOrVariableDeclaration, 17, LiteralInfinityExpression, \
LITERAL_INFINITY_EXPRESSION, \
"ExpressionOrVariableDeclaration::LiteralInfinityExpression") \
F(ExpressionOrVariableDeclaration, 18, LiteralNullExpression, \
LITERAL_NULL_EXPRESSION, \
"ExpressionOrVariableDeclaration::LiteralNullExpression") \
F(ExpressionOrVariableDeclaration, 19, LiteralNumericExpression, \
LITERAL_NUMERIC_EXPRESSION, \
"ExpressionOrVariableDeclaration::LiteralNumericExpression") \
F(ExpressionOrVariableDeclaration, 20, LiteralRegExpExpression, \
LITERAL_REG_EXP_EXPRESSION, \
"ExpressionOrVariableDeclaration::LiteralRegExpExpression") \
F(ExpressionOrVariableDeclaration, 21, LiteralStringExpression, \
LITERAL_STRING_EXPRESSION, \
"ExpressionOrVariableDeclaration::LiteralStringExpression") \
F(ExpressionOrVariableDeclaration, 22, NewExpression, NEW_EXPRESSION, \
"ExpressionOrVariableDeclaration::NewExpression") \
F(ExpressionOrVariableDeclaration, 23, NewTargetExpression, \
NEW_TARGET_EXPRESSION, \
"ExpressionOrVariableDeclaration::NewTargetExpression") \
F(ExpressionOrVariableDeclaration, 24, ObjectExpression, OBJECT_EXPRESSION, \
"ExpressionOrVariableDeclaration::ObjectExpression") \
F(ExpressionOrVariableDeclaration, 25, StaticMemberExpression, \
STATIC_MEMBER_EXPRESSION, \
"ExpressionOrVariableDeclaration::StaticMemberExpression") \
F(ExpressionOrVariableDeclaration, 26, TemplateExpression, \
TEMPLATE_EXPRESSION, \
"ExpressionOrVariableDeclaration::TemplateExpression") \
F(ExpressionOrVariableDeclaration, 27, ThisExpression, THIS_EXPRESSION, \
"ExpressionOrVariableDeclaration::ThisExpression") \
F(ExpressionOrVariableDeclaration, 28, UnaryExpression, UNARY_EXPRESSION, \
"ExpressionOrVariableDeclaration::UnaryExpression") \
F(ExpressionOrVariableDeclaration, 29, UpdateExpression, UPDATE_EXPRESSION, \
"ExpressionOrVariableDeclaration::UpdateExpression") \
F(ExpressionOrVariableDeclaration, 30, VariableDeclaration, \
VARIABLE_DECLARATION, \
"ExpressionOrVariableDeclaration::VariableDeclaration") \
F(ExpressionOrVariableDeclaration, 31, YieldExpression, YIELD_EXPRESSION, \
"ExpressionOrVariableDeclaration::YieldExpression") \
F(ExpressionOrVariableDeclaration, 32, YieldStarExpression, \
YIELD_STAR_EXPRESSION, \
"ExpressionOrVariableDeclaration::YieldStarExpression")
const size_t BINAST_SUM_EXPRESSION_OR_VARIABLE_DECLARATION_LIMIT = 33;
// Iteration through the interfaces of sum FunctionDeclaration
#define FOR_EACH_BIN_INTERFACE_IN_SUM_FUNCTION_DECLARATION(F) \
F(FunctionDeclaration, 0, EagerFunctionDeclaration, \
EAGER_FUNCTION_DECLARATION, \
"FunctionDeclaration::EagerFunctionDeclaration") \
F(FunctionDeclaration, 1, LazyFunctionDeclaration, \
LAZY_FUNCTION_DECLARATION, "FunctionDeclaration::LazyFunctionDeclaration")
const size_t BINAST_SUM_FUNCTION_DECLARATION_LIMIT = 2;
// Iteration through the interfaces of sum FunctionExpression
#define FOR_EACH_BIN_INTERFACE_IN_SUM_FUNCTION_EXPRESSION(F) \
F(FunctionExpression, 0, EagerFunctionExpression, EAGER_FUNCTION_EXPRESSION, \
"FunctionExpression::EagerFunctionExpression") \
F(FunctionExpression, 1, LazyFunctionExpression, LAZY_FUNCTION_EXPRESSION, \
"FunctionExpression::LazyFunctionExpression")
const size_t BINAST_SUM_FUNCTION_EXPRESSION_LIMIT = 2;
// Iteration through the interfaces of sum Getter
#define FOR_EACH_BIN_INTERFACE_IN_SUM_GETTER(F) \
F(Getter, 0, EagerGetter, EAGER_GETTER, "Getter::EagerGetter") \
F(Getter, 1, LazyGetter, LAZY_GETTER, "Getter::LazyGetter")
const size_t BINAST_SUM_GETTER_LIMIT = 2;
// Iteration through the interfaces of sum ImportDeclaration
#define FOR_EACH_BIN_INTERFACE_IN_SUM_IMPORT_DECLARATION(F) \
F(ImportDeclaration, 0, Import, IMPORT, "ImportDeclaration::Import") \
F(ImportDeclaration, 1, ImportNamespace, IMPORT_NAMESPACE, \
"ImportDeclaration::ImportNamespace")
const size_t BINAST_SUM_IMPORT_DECLARATION_LIMIT = 2;
// Iteration through the interfaces of sum IterationStatement
#define FOR_EACH_BIN_INTERFACE_IN_SUM_ITERATION_STATEMENT(F) \
F(IterationStatement, 0, DoWhileStatement, DO_WHILE_STATEMENT, \
"IterationStatement::DoWhileStatement") \
F(IterationStatement, 1, ForInStatement, FOR_IN_STATEMENT, \
"IterationStatement::ForInStatement") \
F(IterationStatement, 2, ForOfStatement, FOR_OF_STATEMENT, \
"IterationStatement::ForOfStatement") \
F(IterationStatement, 3, ForStatement, FOR_STATEMENT, \
"IterationStatement::ForStatement") \
F(IterationStatement, 4, WhileStatement, WHILE_STATEMENT, \
"IterationStatement::WhileStatement")
const size_t BINAST_SUM_ITERATION_STATEMENT_LIMIT = 5;
// Iteration through the interfaces of sum Literal
#define FOR_EACH_BIN_INTERFACE_IN_SUM_LITERAL(F) \
F(Literal, 0, LiteralBooleanExpression, LITERAL_BOOLEAN_EXPRESSION, \
"Literal::LiteralBooleanExpression") \
F(Literal, 1, LiteralInfinityExpression, LITERAL_INFINITY_EXPRESSION, \
"Literal::LiteralInfinityExpression") \
F(Literal, 2, LiteralNullExpression, LITERAL_NULL_EXPRESSION, \
"Literal::LiteralNullExpression") \
F(Literal, 3, LiteralNumericExpression, LITERAL_NUMERIC_EXPRESSION, \
"Literal::LiteralNumericExpression") \
F(Literal, 4, LiteralStringExpression, LITERAL_STRING_EXPRESSION, \
"Literal::LiteralStringExpression")
const size_t BINAST_SUM_LITERAL_LIMIT = 5;
// Iteration through the interfaces of sum Method
#define FOR_EACH_BIN_INTERFACE_IN_SUM_METHOD(F) \
F(Method, 0, EagerMethod, EAGER_METHOD, "Method::EagerMethod") \
F(Method, 1, LazyMethod, LAZY_METHOD, "Method::LazyMethod")
const size_t BINAST_SUM_METHOD_LIMIT = 2;
// Iteration through the interfaces of sum MethodDefinition
#define FOR_EACH_BIN_INTERFACE_IN_SUM_METHOD_DEFINITION(F) \
F(MethodDefinition, 0, EagerGetter, EAGER_GETTER, \
"MethodDefinition::EagerGetter") \
F(MethodDefinition, 1, EagerMethod, EAGER_METHOD, \
"MethodDefinition::EagerMethod") \
F(MethodDefinition, 2, EagerSetter, EAGER_SETTER, \
"MethodDefinition::EagerSetter") \
F(MethodDefinition, 3, LazyGetter, LAZY_GETTER, \
"MethodDefinition::LazyGetter") \
F(MethodDefinition, 4, LazyMethod, LAZY_METHOD, \
"MethodDefinition::LazyMethod") \
F(MethodDefinition, 5, LazySetter, LAZY_SETTER, \
"MethodDefinition::LazySetter")
const size_t BINAST_SUM_METHOD_DEFINITION_LIMIT = 6;
// Iteration through the interfaces of sum ObjectProperty
#define FOR_EACH_BIN_INTERFACE_IN_SUM_OBJECT_PROPERTY(F) \
F(ObjectProperty, 0, DataProperty, DATA_PROPERTY, \
"ObjectProperty::DataProperty") \
F(ObjectProperty, 1, EagerGetter, EAGER_GETTER, \
"ObjectProperty::EagerGetter") \
F(ObjectProperty, 2, EagerMethod, EAGER_METHOD, \
"ObjectProperty::EagerMethod") \
F(ObjectProperty, 3, EagerSetter, EAGER_SETTER, \
"ObjectProperty::EagerSetter") \
F(ObjectProperty, 4, LazyGetter, LAZY_GETTER, "ObjectProperty::LazyGetter") \
F(ObjectProperty, 5, LazyMethod, LAZY_METHOD, "ObjectProperty::LazyMethod") \
F(ObjectProperty, 6, LazySetter, LAZY_SETTER, "ObjectProperty::LazySetter") \
F(ObjectProperty, 7, ShorthandProperty, SHORTHAND_PROPERTY, \
"ObjectProperty::ShorthandProperty")
const size_t BINAST_SUM_OBJECT_PROPERTY_LIMIT = 8;
// Iteration through the interfaces of sum Parameter
#define FOR_EACH_BIN_INTERFACE_IN_SUM_PARAMETER(F) \
F(Parameter, 0, ArrayBinding, ARRAY_BINDING, "Parameter::ArrayBinding") \
F(Parameter, 1, BindingIdentifier, BINDING_IDENTIFIER, \
"Parameter::BindingIdentifier") \
F(Parameter, 2, BindingWithInitializer, BINDING_WITH_INITIALIZER, \
"Parameter::BindingWithInitializer") \
F(Parameter, 3, ObjectBinding, OBJECT_BINDING, "Parameter::ObjectBinding")
const size_t BINAST_SUM_PARAMETER_LIMIT = 4;
// Iteration through the interfaces of sum Program
#define FOR_EACH_BIN_INTERFACE_IN_SUM_PROGRAM(F) \
F(Program, 0, Module, MODULE, "Program::Module") \
F(Program, 1, Script, SCRIPT, "Program::Script")
const size_t BINAST_SUM_PROGRAM_LIMIT = 2;
// Iteration through the interfaces of sum PropertyName
#define FOR_EACH_BIN_INTERFACE_IN_SUM_PROPERTY_NAME(F) \
F(PropertyName, 0, ComputedPropertyName, COMPUTED_PROPERTY_NAME, \
"PropertyName::ComputedPropertyName") \
F(PropertyName, 1, LiteralPropertyName, LITERAL_PROPERTY_NAME, \
"PropertyName::LiteralPropertyName")
const size_t BINAST_SUM_PROPERTY_NAME_LIMIT = 2;
// Iteration through the interfaces of sum Setter
#define FOR_EACH_BIN_INTERFACE_IN_SUM_SETTER(F) \
F(Setter, 0, EagerSetter, EAGER_SETTER, "Setter::EagerSetter") \
F(Setter, 1, LazySetter, LAZY_SETTER, "Setter::LazySetter")
const size_t BINAST_SUM_SETTER_LIMIT = 2;
// Iteration through the interfaces of sum SimpleAssignmentTarget
#define FOR_EACH_BIN_INTERFACE_IN_SUM_SIMPLE_ASSIGNMENT_TARGET(F) \
F(SimpleAssignmentTarget, 0, AssignmentTargetIdentifier, \
ASSIGNMENT_TARGET_IDENTIFIER, \
"SimpleAssignmentTarget::AssignmentTargetIdentifier") \
F(SimpleAssignmentTarget, 1, ComputedMemberAssignmentTarget, \
COMPUTED_MEMBER_ASSIGNMENT_TARGET, \
"SimpleAssignmentTarget::ComputedMemberAssignmentTarget") \
F(SimpleAssignmentTarget, 2, StaticMemberAssignmentTarget, \
STATIC_MEMBER_ASSIGNMENT_TARGET, \
"SimpleAssignmentTarget::StaticMemberAssignmentTarget")
const size_t BINAST_SUM_SIMPLE_ASSIGNMENT_TARGET_LIMIT = 3;
// Iteration through the interfaces of sum Statement
#define FOR_EACH_BIN_INTERFACE_IN_SUM_STATEMENT(F) \
F(Statement, 0, Block, BLOCK, "Statement::Block") \
F(Statement, 1, BreakStatement, BREAK_STATEMENT, \
"Statement::BreakStatement") \
F(Statement, 2, ClassDeclaration, CLASS_DECLARATION, \
"Statement::ClassDeclaration") \
F(Statement, 3, ContinueStatement, CONTINUE_STATEMENT, \
"Statement::ContinueStatement") \
F(Statement, 4, DebuggerStatement, DEBUGGER_STATEMENT, \
"Statement::DebuggerStatement") \
F(Statement, 5, DoWhileStatement, DO_WHILE_STATEMENT, \
"Statement::DoWhileStatement") \
F(Statement, 6, EagerFunctionDeclaration, EAGER_FUNCTION_DECLARATION, \
"Statement::EagerFunctionDeclaration") \
F(Statement, 7, EmptyStatement, EMPTY_STATEMENT, \
"Statement::EmptyStatement") \
F(Statement, 8, ExpressionStatement, EXPRESSION_STATEMENT, \
"Statement::ExpressionStatement") \
F(Statement, 9, ForInStatement, FOR_IN_STATEMENT, \
"Statement::ForInStatement") \
F(Statement, 10, ForOfStatement, FOR_OF_STATEMENT, \
"Statement::ForOfStatement") \
F(Statement, 11, ForStatement, FOR_STATEMENT, "Statement::ForStatement") \
F(Statement, 12, IfStatement, IF_STATEMENT, "Statement::IfStatement") \
F(Statement, 13, LabelledStatement, LABELLED_STATEMENT, \
"Statement::LabelledStatement") \
F(Statement, 14, LazyFunctionDeclaration, LAZY_FUNCTION_DECLARATION, \
"Statement::LazyFunctionDeclaration") \
F(Statement, 15, ReturnStatement, RETURN_STATEMENT, \
"Statement::ReturnStatement") \
F(Statement, 16, SwitchStatement, SWITCH_STATEMENT, \
"Statement::SwitchStatement") \
F(Statement, 17, SwitchStatementWithDefault, SWITCH_STATEMENT_WITH_DEFAULT, \
"Statement::SwitchStatementWithDefault") \
F(Statement, 18, ThrowStatement, THROW_STATEMENT, \
"Statement::ThrowStatement") \
F(Statement, 19, TryCatchStatement, TRY_CATCH_STATEMENT, \
"Statement::TryCatchStatement") \
F(Statement, 20, TryFinallyStatement, TRY_FINALLY_STATEMENT, \
"Statement::TryFinallyStatement") \
F(Statement, 21, VariableDeclaration, VARIABLE_DECLARATION, \
"Statement::VariableDeclaration") \
F(Statement, 22, WhileStatement, WHILE_STATEMENT, \
"Statement::WhileStatement") \
F(Statement, 23, WithStatement, WITH_STATEMENT, "Statement::WithStatement")
const size_t BINAST_SUM_STATEMENT_LIMIT = 24;
// Strongly typed iterations through the fields of interfaces.
//
// Each of these macros accepts the following arguments:
// - F: callback
// - PRIMITIVE: wrapper for primitive type names - called as
// `PRIMITIVE(typename)`
// - INTERFACE: wrapper for non-optional interface type names - called as
// `INTERFACE(typename)`
// - OPTIONAL_INTERFACE: wrapper for optional interface type names - called as
// `OPTIONAL_INTERFACE(typename)` where
// `typename` is the name of the interface (e.g. no `Maybe` prefix)
// - LIST: wrapper for list types - called as `LIST(list_typename,
// element_typename)`
// - SUM: wrapper for non-optional type names - called as `SUM(typename)`
// - OPTIONAL_SUM: wrapper for optional sum type names - called as
// `OPTIONAL_SUM(typename)` where
// `typename` is the name of the sum (e.g. no `Maybe` prefix)
// - STRING_ENUM: wrapper for non-optional string enum types - called as
// `STRING_ENUNM(typename)`
// - OPTIONAL_STRING_ENUM: wrapper for optional string enum type names - called
// as `OPTIONAL_STRING_ENUM(typename)` where
// `typename` is the name of the string enum (e.g. no `Maybe` prefix)
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_UNINITIALIZED( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM)
// Strongly typed iteration through the fields of interface _Null.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_NULL( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM)
// The number of fields of interface .
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_NULL = 0;
// Strongly typed iteration through the fields of interface
// ArrayAssignmentTarget.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_ARRAY_ASSIGNMENT_TARGET( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(ArrayAssignmentTarget, Elements, 0, \
LIST(ListOfAssignmentTargetOrAssignmentTargetWithInitializer, \
SUM(AssignmentTargetOrAssignmentTargetWithInitializer)), \
"ArrayAssignmentTarget::elements") \
F(ArrayAssignmentTarget, Rest, 1, OPTIONAL_SUM(AssignmentTarget), \
"ArrayAssignmentTarget::rest")
// The number of fields of interface ArrayAssignmentTarget.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_ARRAY_ASSIGNMENT_TARGET = 2;
// Strongly typed iteration through the fields of interface ArrayBinding.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_ARRAY_BINDING( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(ArrayBinding, Elements, 0, \
LIST(ListOfOptionalBindingOrBindingWithInitializer, \
OPTIONAL_SUM(BindingOrBindingWithInitializer)), \
"ArrayBinding::elements") \
F(ArrayBinding, Rest, 1, OPTIONAL_SUM(Binding), "ArrayBinding::rest")
// The number of fields of interface ArrayBinding.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_ARRAY_BINDING = 2;
// Strongly typed iteration through the fields of interface ArrayExpression.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_ARRAY_EXPRESSION( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(ArrayExpression, Elements, 0, \
LIST(ListOfOptionalExpressionOrSpreadElement, \
OPTIONAL_SUM(ExpressionOrSpreadElement)), \
"ArrayExpression::elements")
// The number of fields of interface ArrayExpression.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_ARRAY_EXPRESSION = 1;
// Strongly typed iteration through the fields of interface
// ArrowExpressionContentsWithExpression.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_ARROW_EXPRESSION_CONTENTS_WITH_EXPRESSION( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(ArrowExpressionContentsWithExpression, ParameterScope, 0, \
INTERFACE(AssertedParameterScope), \
"ArrowExpressionContentsWithExpression::parameterScope") \
F(ArrowExpressionContentsWithExpression, Params, 1, \
INTERFACE(FormalParameters), \
"ArrowExpressionContentsWithExpression::params") \
F(ArrowExpressionContentsWithExpression, BodyScope, 2, \
INTERFACE(AssertedVarScope), \
"ArrowExpressionContentsWithExpression::bodyScope") \
F(ArrowExpressionContentsWithExpression, Body, 3, SUM(Expression), \
"ArrowExpressionContentsWithExpression::body")
// The number of fields of interface ArrowExpressionContentsWithExpression.
const size_t
BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_ARROW_EXPRESSION_CONTENTS_WITH_EXPRESSION =
4;
// Strongly typed iteration through the fields of interface
// ArrowExpressionContentsWithFunctionBody.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_ARROW_EXPRESSION_CONTENTS_WITH_FUNCTION_BODY( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(ArrowExpressionContentsWithFunctionBody, ParameterScope, 0, \
INTERFACE(AssertedParameterScope), \
"ArrowExpressionContentsWithFunctionBody::parameterScope") \
F(ArrowExpressionContentsWithFunctionBody, Params, 1, \
INTERFACE(FormalParameters), \
"ArrowExpressionContentsWithFunctionBody::params") \
F(ArrowExpressionContentsWithFunctionBody, BodyScope, 2, \
INTERFACE(AssertedVarScope), \
"ArrowExpressionContentsWithFunctionBody::bodyScope") \
F(ArrowExpressionContentsWithFunctionBody, Body, 3, \
LIST(ListOfStatement, SUM(Statement)), \
"ArrowExpressionContentsWithFunctionBody::body")
// The number of fields of interface ArrowExpressionContentsWithFunctionBody.
const size_t
BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_ARROW_EXPRESSION_CONTENTS_WITH_FUNCTION_BODY =
4;
// Strongly typed iteration through the fields of interface AssertedBlockScope.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_ASSERTED_BLOCK_SCOPE( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(AssertedBlockScope, DeclaredNames, 0, \
LIST(ListOfAssertedDeclaredName, INTERFACE(AssertedDeclaredName)), \
"AssertedBlockScope::declaredNames") \
F(AssertedBlockScope, HasDirectEval, 1, PRIMITIVE(Boolean), \
"AssertedBlockScope::hasDirectEval")
// The number of fields of interface AssertedBlockScope.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_ASSERTED_BLOCK_SCOPE = 2;
// Strongly typed iteration through the fields of interface AssertedBoundName.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_ASSERTED_BOUND_NAME( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(AssertedBoundName, Name, 0, PRIMITIVE(IdentifierName), \
"AssertedBoundName::name") \
F(AssertedBoundName, IsCaptured, 1, PRIMITIVE(Boolean), \
"AssertedBoundName::isCaptured")
// The number of fields of interface AssertedBoundName.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_ASSERTED_BOUND_NAME = 2;
// Strongly typed iteration through the fields of interface
// AssertedBoundNamesScope.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_ASSERTED_BOUND_NAMES_SCOPE( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(AssertedBoundNamesScope, BoundNames, 0, \
LIST(ListOfAssertedBoundName, INTERFACE(AssertedBoundName)), \
"AssertedBoundNamesScope::boundNames") \
F(AssertedBoundNamesScope, HasDirectEval, 1, PRIMITIVE(Boolean), \
"AssertedBoundNamesScope::hasDirectEval")
// The number of fields of interface AssertedBoundNamesScope.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_ASSERTED_BOUND_NAMES_SCOPE =
2;
// Strongly typed iteration through the fields of interface
// AssertedDeclaredName.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_ASSERTED_DECLARED_NAME( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(AssertedDeclaredName, Name, 0, PRIMITIVE(IdentifierName), \
"AssertedDeclaredName::name") \
F(AssertedDeclaredName, Kind, 1, STRING_ENUM(AssertedDeclaredKind), \
"AssertedDeclaredName::kind") \
F(AssertedDeclaredName, IsCaptured, 2, PRIMITIVE(Boolean), \
"AssertedDeclaredName::isCaptured")
// The number of fields of interface AssertedDeclaredName.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_ASSERTED_DECLARED_NAME = 3;
// Strongly typed iteration through the fields of interface
// AssertedParameterName.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_ASSERTED_PARAMETER_NAME( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(AssertedParameterName, Name, 0, PRIMITIVE(IdentifierName), \
"AssertedParameterName::name") \
F(AssertedParameterName, IsCaptured, 1, PRIMITIVE(Boolean), \
"AssertedParameterName::isCaptured")
// The number of fields of interface AssertedParameterName.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_ASSERTED_PARAMETER_NAME = 2;
// Strongly typed iteration through the fields of interface
// AssertedParameterScope.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_ASSERTED_PARAMETER_SCOPE( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(AssertedParameterScope, ParamNames, 0, \
LIST(ListOfAssertedMaybePositionalParameterName, \
SUM(AssertedMaybePositionalParameterName)), \
"AssertedParameterScope::paramNames") \
F(AssertedParameterScope, HasDirectEval, 1, PRIMITIVE(Boolean), \
"AssertedParameterScope::hasDirectEval") \
F(AssertedParameterScope, IsSimpleParameterList, 2, PRIMITIVE(Boolean), \
"AssertedParameterScope::isSimpleParameterList")
// The number of fields of interface AssertedParameterScope.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_ASSERTED_PARAMETER_SCOPE = 3;
// Strongly typed iteration through the fields of interface
// AssertedPositionalParameterName.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_ASSERTED_POSITIONAL_PARAMETER_NAME( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(AssertedPositionalParameterName, Index, 0, PRIMITIVE(UnsignedLong), \
"AssertedPositionalParameterName::index") \
F(AssertedPositionalParameterName, Name, 1, PRIMITIVE(IdentifierName), \
"AssertedPositionalParameterName::name") \
F(AssertedPositionalParameterName, IsCaptured, 2, PRIMITIVE(Boolean), \
"AssertedPositionalParameterName::isCaptured")
// The number of fields of interface AssertedPositionalParameterName.
const size_t
BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_ASSERTED_POSITIONAL_PARAMETER_NAME = 3;
// Strongly typed iteration through the fields of interface
// AssertedRestParameterName.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_ASSERTED_REST_PARAMETER_NAME( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(AssertedRestParameterName, Name, 0, PRIMITIVE(IdentifierName), \
"AssertedRestParameterName::name") \
F(AssertedRestParameterName, IsCaptured, 1, PRIMITIVE(Boolean), \
"AssertedRestParameterName::isCaptured")
// The number of fields of interface AssertedRestParameterName.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_ASSERTED_REST_PARAMETER_NAME =
2;
// Strongly typed iteration through the fields of interface
// AssertedScriptGlobalScope.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_ASSERTED_SCRIPT_GLOBAL_SCOPE( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(AssertedScriptGlobalScope, DeclaredNames, 0, \
LIST(ListOfAssertedDeclaredName, INTERFACE(AssertedDeclaredName)), \
"AssertedScriptGlobalScope::declaredNames") \
F(AssertedScriptGlobalScope, HasDirectEval, 1, PRIMITIVE(Boolean), \
"AssertedScriptGlobalScope::hasDirectEval")
// The number of fields of interface AssertedScriptGlobalScope.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_ASSERTED_SCRIPT_GLOBAL_SCOPE =
2;
// Strongly typed iteration through the fields of interface AssertedVarScope.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_ASSERTED_VAR_SCOPE( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(AssertedVarScope, DeclaredNames, 0, \
LIST(ListOfAssertedDeclaredName, INTERFACE(AssertedDeclaredName)), \
"AssertedVarScope::declaredNames") \
F(AssertedVarScope, HasDirectEval, 1, PRIMITIVE(Boolean), \
"AssertedVarScope::hasDirectEval")
// The number of fields of interface AssertedVarScope.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_ASSERTED_VAR_SCOPE = 2;
// Strongly typed iteration through the fields of interface
// AssignmentExpression.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_ASSIGNMENT_EXPRESSION( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(AssignmentExpression, Binding, 0, SUM(AssignmentTarget), \
"AssignmentExpression::binding") \
F(AssignmentExpression, Expression, 1, SUM(Expression), \
"AssignmentExpression::expression")
// The number of fields of interface AssignmentExpression.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_ASSIGNMENT_EXPRESSION = 2;
// Strongly typed iteration through the fields of interface
// AssignmentTargetIdentifier.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_ASSIGNMENT_TARGET_IDENTIFIER( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(AssignmentTargetIdentifier, Name, 0, PRIMITIVE(IdentifierName), \
"AssignmentTargetIdentifier::name")
// The number of fields of interface AssignmentTargetIdentifier.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_ASSIGNMENT_TARGET_IDENTIFIER =
1;
// Strongly typed iteration through the fields of interface
// AssignmentTargetPropertyIdentifier.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_ASSIGNMENT_TARGET_PROPERTY_IDENTIFIER( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(AssignmentTargetPropertyIdentifier, Binding, 0, \
INTERFACE(AssignmentTargetIdentifier), \
"AssignmentTargetPropertyIdentifier::binding") \
F(AssignmentTargetPropertyIdentifier, Init, 1, OPTIONAL_SUM(Expression), \
"AssignmentTargetPropertyIdentifier::init")
// The number of fields of interface AssignmentTargetPropertyIdentifier.
const size_t
BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_ASSIGNMENT_TARGET_PROPERTY_IDENTIFIER =
2;
// Strongly typed iteration through the fields of interface
// AssignmentTargetPropertyProperty.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_ASSIGNMENT_TARGET_PROPERTY_PROPERTY( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(AssignmentTargetPropertyProperty, Name, 0, SUM(PropertyName), \
"AssignmentTargetPropertyProperty::name") \
F(AssignmentTargetPropertyProperty, Binding, 1, \
SUM(AssignmentTargetOrAssignmentTargetWithInitializer), \
"AssignmentTargetPropertyProperty::binding")
// The number of fields of interface AssignmentTargetPropertyProperty.
const size_t
BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_ASSIGNMENT_TARGET_PROPERTY_PROPERTY =
2;
// Strongly typed iteration through the fields of interface
// AssignmentTargetWithInitializer.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_ASSIGNMENT_TARGET_WITH_INITIALIZER( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(AssignmentTargetWithInitializer, Binding, 0, SUM(AssignmentTarget), \
"AssignmentTargetWithInitializer::binding") \
F(AssignmentTargetWithInitializer, Init, 1, SUM(Expression), \
"AssignmentTargetWithInitializer::init")
// The number of fields of interface AssignmentTargetWithInitializer.
const size_t
BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_ASSIGNMENT_TARGET_WITH_INITIALIZER = 2;
// Strongly typed iteration through the fields of interface AwaitExpression.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_AWAIT_EXPRESSION( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(AwaitExpression, Expression, 0, SUM(Expression), \
"AwaitExpression::expression")
// The number of fields of interface AwaitExpression.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_AWAIT_EXPRESSION = 1;
// Strongly typed iteration through the fields of interface BinaryExpression.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_BINARY_EXPRESSION( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(BinaryExpression, Operator, 0, STRING_ENUM(BinaryOperator), \
"BinaryExpression::operator") \
F(BinaryExpression, Left, 1, SUM(Expression), "BinaryExpression::left") \
F(BinaryExpression, Right, 2, SUM(Expression), "BinaryExpression::right")
// The number of fields of interface BinaryExpression.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_BINARY_EXPRESSION = 3;
// Strongly typed iteration through the fields of interface BindingIdentifier.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_BINDING_IDENTIFIER( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(BindingIdentifier, Name, 0, PRIMITIVE(IdentifierName), \
"BindingIdentifier::name")
// The number of fields of interface BindingIdentifier.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_BINDING_IDENTIFIER = 1;
// Strongly typed iteration through the fields of interface
// BindingPropertyIdentifier.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_BINDING_PROPERTY_IDENTIFIER( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(BindingPropertyIdentifier, Binding, 0, INTERFACE(BindingIdentifier), \
"BindingPropertyIdentifier::binding") \
F(BindingPropertyIdentifier, Init, 1, OPTIONAL_SUM(Expression), \
"BindingPropertyIdentifier::init")
// The number of fields of interface BindingPropertyIdentifier.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_BINDING_PROPERTY_IDENTIFIER =
2;
// Strongly typed iteration through the fields of interface
// BindingPropertyProperty.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_BINDING_PROPERTY_PROPERTY( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(BindingPropertyProperty, Name, 0, SUM(PropertyName), \
"BindingPropertyProperty::name") \
F(BindingPropertyProperty, Binding, 1, SUM(BindingOrBindingWithInitializer), \
"BindingPropertyProperty::binding")
// The number of fields of interface BindingPropertyProperty.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_BINDING_PROPERTY_PROPERTY = 2;
// Strongly typed iteration through the fields of interface
// BindingWithInitializer.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_BINDING_WITH_INITIALIZER( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(BindingWithInitializer, Binding, 0, SUM(Binding), \
"BindingWithInitializer::binding") \
F(BindingWithInitializer, Init, 1, SUM(Expression), \
"BindingWithInitializer::init")
// The number of fields of interface BindingWithInitializer.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_BINDING_WITH_INITIALIZER = 2;
// Strongly typed iteration through the fields of interface Block.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_BLOCK( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(Block, Scope, 0, INTERFACE(AssertedBlockScope), "Block::scope") \
F(Block, Statements, 1, LIST(ListOfStatement, SUM(Statement)), \
"Block::statements")
// The number of fields of interface Block.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_BLOCK = 2;
// Strongly typed iteration through the fields of interface BreakStatement.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_BREAK_STATEMENT( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(BreakStatement, Label, 0, PRIMITIVE(MaybeString), "BreakStatement::label")
// The number of fields of interface BreakStatement.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_BREAK_STATEMENT = 1;
// Strongly typed iteration through the fields of interface CallExpression.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_CALL_EXPRESSION( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(CallExpression, Callee, 0, SUM(ExpressionOrSuper), \
"CallExpression::callee") \
F(CallExpression, Arguments, 1, \
LIST(Arguments, SUM(ExpressionOrSpreadElement)), \
"CallExpression::arguments")
// The number of fields of interface CallExpression.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_CALL_EXPRESSION = 2;
// Strongly typed iteration through the fields of interface CatchClause.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_CATCH_CLAUSE( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(CatchClause, BindingScope, 0, INTERFACE(AssertedBoundNamesScope), \
"CatchClause::bindingScope") \
F(CatchClause, Binding, 1, SUM(Binding), "CatchClause::binding") \
F(CatchClause, Body, 2, INTERFACE(Block), "CatchClause::body")
// The number of fields of interface CatchClause.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_CATCH_CLAUSE = 3;
// Strongly typed iteration through the fields of interface ClassDeclaration.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_CLASS_DECLARATION( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(ClassDeclaration, Name, 0, INTERFACE(BindingIdentifier), \
"ClassDeclaration::name") \
F(ClassDeclaration, Super, 1, OPTIONAL_SUM(Expression), \
"ClassDeclaration::super") \
F(ClassDeclaration, Elements, 2, \
LIST(ListOfClassElement, INTERFACE(ClassElement)), \
"ClassDeclaration::elements")
// The number of fields of interface ClassDeclaration.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_CLASS_DECLARATION = 3;
// Strongly typed iteration through the fields of interface ClassElement.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_CLASS_ELEMENT( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(ClassElement, IsStatic, 0, PRIMITIVE(Boolean), "ClassElement::isStatic") \
F(ClassElement, Method, 1, SUM(MethodDefinition), "ClassElement::method")
// The number of fields of interface ClassElement.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_CLASS_ELEMENT = 2;
// Strongly typed iteration through the fields of interface ClassExpression.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_CLASS_EXPRESSION( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(ClassExpression, Name, 0, OPTIONAL_INTERFACE(BindingIdentifier), \
"ClassExpression::name") \
F(ClassExpression, Super, 1, OPTIONAL_SUM(Expression), \
"ClassExpression::super") \
F(ClassExpression, Elements, 2, \
LIST(ListOfClassElement, INTERFACE(ClassElement)), \
"ClassExpression::elements")
// The number of fields of interface ClassExpression.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_CLASS_EXPRESSION = 3;
// Strongly typed iteration through the fields of interface
// CompoundAssignmentExpression.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_COMPOUND_ASSIGNMENT_EXPRESSION( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(CompoundAssignmentExpression, Operator, 0, \
STRING_ENUM(CompoundAssignmentOperator), \
"CompoundAssignmentExpression::operator") \
F(CompoundAssignmentExpression, Binding, 1, SUM(SimpleAssignmentTarget), \
"CompoundAssignmentExpression::binding") \
F(CompoundAssignmentExpression, Expression, 2, SUM(Expression), \
"CompoundAssignmentExpression::expression")
// The number of fields of interface CompoundAssignmentExpression.
const size_t
BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_COMPOUND_ASSIGNMENT_EXPRESSION = 3;
// Strongly typed iteration through the fields of interface
// ComputedMemberAssignmentTarget.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_COMPUTED_MEMBER_ASSIGNMENT_TARGET( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(ComputedMemberAssignmentTarget, Object, 0, SUM(ExpressionOrSuper), \
"ComputedMemberAssignmentTarget::object") \
F(ComputedMemberAssignmentTarget, Expression, 1, SUM(Expression), \
"ComputedMemberAssignmentTarget::expression")
// The number of fields of interface ComputedMemberAssignmentTarget.
const size_t
BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_COMPUTED_MEMBER_ASSIGNMENT_TARGET = 2;
// Strongly typed iteration through the fields of interface
// ComputedMemberExpression.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_COMPUTED_MEMBER_EXPRESSION( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(ComputedMemberExpression, Object, 0, SUM(ExpressionOrSuper), \
"ComputedMemberExpression::object") \
F(ComputedMemberExpression, Expression, 1, SUM(Expression), \
"ComputedMemberExpression::expression")
// The number of fields of interface ComputedMemberExpression.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_COMPUTED_MEMBER_EXPRESSION =
2;
// Strongly typed iteration through the fields of interface
// ComputedPropertyName.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_COMPUTED_PROPERTY_NAME( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(ComputedPropertyName, Expression, 0, SUM(Expression), \
"ComputedPropertyName::expression")
// The number of fields of interface ComputedPropertyName.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_COMPUTED_PROPERTY_NAME = 1;
// Strongly typed iteration through the fields of interface
// ConditionalExpression.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_CONDITIONAL_EXPRESSION( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(ConditionalExpression, Test, 0, SUM(Expression), \
"ConditionalExpression::test") \
F(ConditionalExpression, Consequent, 1, SUM(Expression), \
"ConditionalExpression::consequent") \
F(ConditionalExpression, Alternate, 2, SUM(Expression), \
"ConditionalExpression::alternate")
// The number of fields of interface ConditionalExpression.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_CONDITIONAL_EXPRESSION = 3;
// Strongly typed iteration through the fields of interface ContinueStatement.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_CONTINUE_STATEMENT( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(ContinueStatement, Label, 0, PRIMITIVE(MaybeString), \
"ContinueStatement::label")
// The number of fields of interface ContinueStatement.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_CONTINUE_STATEMENT = 1;
// Strongly typed iteration through the fields of interface DataProperty.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_DATA_PROPERTY( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(DataProperty, Name, 0, SUM(PropertyName), "DataProperty::name") \
F(DataProperty, Expression, 1, SUM(Expression), "DataProperty::expression")
// The number of fields of interface DataProperty.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_DATA_PROPERTY = 2;
// Strongly typed iteration through the fields of interface DebuggerStatement.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_DEBUGGER_STATEMENT( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM)
// The number of fields of interface DebuggerStatement.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_DEBUGGER_STATEMENT = 0;
// Strongly typed iteration through the fields of interface Directive.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_DIRECTIVE( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(Directive, RawValue, 0, PRIMITIVE(String), "Directive::rawValue")
// The number of fields of interface Directive.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_DIRECTIVE = 1;
// Strongly typed iteration through the fields of interface DoWhileStatement.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_DO_WHILE_STATEMENT( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(DoWhileStatement, Test, 0, SUM(Expression), "DoWhileStatement::test") \
F(DoWhileStatement, Body, 1, SUM(Statement), "DoWhileStatement::body")
// The number of fields of interface DoWhileStatement.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_DO_WHILE_STATEMENT = 2;
// Strongly typed iteration through the fields of interface
// EagerArrowExpressionWithExpression.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_EAGER_ARROW_EXPRESSION_WITH_EXPRESSION( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(EagerArrowExpressionWithExpression, IsAsync, 0, PRIMITIVE(Boolean), \
"EagerArrowExpressionWithExpression::isAsync") \
F(EagerArrowExpressionWithExpression, Length, 1, PRIMITIVE(UnsignedLong), \
"EagerArrowExpressionWithExpression::length") \
F(EagerArrowExpressionWithExpression, Contents, 2, \
INTERFACE(ArrowExpressionContentsWithExpression), \
"EagerArrowExpressionWithExpression::contents")
// The number of fields of interface EagerArrowExpressionWithExpression.
const size_t
BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_EAGER_ARROW_EXPRESSION_WITH_EXPRESSION =
3;
// Strongly typed iteration through the fields of interface
// EagerArrowExpressionWithFunctionBody.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_EAGER_ARROW_EXPRESSION_WITH_FUNCTION_BODY( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(EagerArrowExpressionWithFunctionBody, IsAsync, 0, PRIMITIVE(Boolean), \
"EagerArrowExpressionWithFunctionBody::isAsync") \
F(EagerArrowExpressionWithFunctionBody, Length, 1, PRIMITIVE(UnsignedLong), \
"EagerArrowExpressionWithFunctionBody::length") \
F(EagerArrowExpressionWithFunctionBody, Directives, 2, \
LIST(ListOfDirective, INTERFACE(Directive)), \
"EagerArrowExpressionWithFunctionBody::directives") \
F(EagerArrowExpressionWithFunctionBody, Contents, 3, \
INTERFACE(ArrowExpressionContentsWithFunctionBody), \
"EagerArrowExpressionWithFunctionBody::contents")
// The number of fields of interface EagerArrowExpressionWithFunctionBody.
const size_t
BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_EAGER_ARROW_EXPRESSION_WITH_FUNCTION_BODY =
4;
// Strongly typed iteration through the fields of interface
// EagerFunctionDeclaration.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_EAGER_FUNCTION_DECLARATION( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(EagerFunctionDeclaration, IsAsync, 0, PRIMITIVE(Boolean), \
"EagerFunctionDeclaration::isAsync") \
F(EagerFunctionDeclaration, IsGenerator, 1, PRIMITIVE(Boolean), \
"EagerFunctionDeclaration::isGenerator") \
F(EagerFunctionDeclaration, Name, 2, INTERFACE(BindingIdentifier), \
"EagerFunctionDeclaration::name") \
F(EagerFunctionDeclaration, Length, 3, PRIMITIVE(UnsignedLong), \
"EagerFunctionDeclaration::length") \
F(EagerFunctionDeclaration, Directives, 4, \
LIST(ListOfDirective, INTERFACE(Directive)), \
"EagerFunctionDeclaration::directives") \
F(EagerFunctionDeclaration, Contents, 5, \
INTERFACE(FunctionOrMethodContents), "EagerFunctionDeclaration::contents")
// The number of fields of interface EagerFunctionDeclaration.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_EAGER_FUNCTION_DECLARATION =
6;
// Strongly typed iteration through the fields of interface
// EagerFunctionExpression.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_EAGER_FUNCTION_EXPRESSION( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(EagerFunctionExpression, IsAsync, 0, PRIMITIVE(Boolean), \
"EagerFunctionExpression::isAsync") \
F(EagerFunctionExpression, IsGenerator, 1, PRIMITIVE(Boolean), \
"EagerFunctionExpression::isGenerator") \
F(EagerFunctionExpression, Name, 2, OPTIONAL_INTERFACE(BindingIdentifier), \
"EagerFunctionExpression::name") \
F(EagerFunctionExpression, Length, 3, PRIMITIVE(UnsignedLong), \
"EagerFunctionExpression::length") \
F(EagerFunctionExpression, Directives, 4, \
LIST(ListOfDirective, INTERFACE(Directive)), \
"EagerFunctionExpression::directives") \
F(EagerFunctionExpression, Contents, 5, \
INTERFACE(FunctionExpressionContents), \
"EagerFunctionExpression::contents")
// The number of fields of interface EagerFunctionExpression.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_EAGER_FUNCTION_EXPRESSION = 6;
// Strongly typed iteration through the fields of interface EagerGetter.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_EAGER_GETTER( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(EagerGetter, Name, 0, SUM(PropertyName), "EagerGetter::name") \
F(EagerGetter, Directives, 1, LIST(ListOfDirective, INTERFACE(Directive)), \
"EagerGetter::directives") \
F(EagerGetter, Contents, 2, INTERFACE(GetterContents), \
"EagerGetter::contents")
// The number of fields of interface EagerGetter.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_EAGER_GETTER = 3;
// Strongly typed iteration through the fields of interface EagerMethod.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_EAGER_METHOD( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(EagerMethod, IsAsync, 0, PRIMITIVE(Boolean), "EagerMethod::isAsync") \
F(EagerMethod, IsGenerator, 1, PRIMITIVE(Boolean), \
"EagerMethod::isGenerator") \
F(EagerMethod, Name, 2, SUM(PropertyName), "EagerMethod::name") \
F(EagerMethod, Length, 3, PRIMITIVE(UnsignedLong), "EagerMethod::length") \
F(EagerMethod, Directives, 4, LIST(ListOfDirective, INTERFACE(Directive)), \
"EagerMethod::directives") \
F(EagerMethod, Contents, 5, INTERFACE(FunctionOrMethodContents), \
"EagerMethod::contents")
// The number of fields of interface EagerMethod.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_EAGER_METHOD = 6;
// Strongly typed iteration through the fields of interface EagerSetter.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_EAGER_SETTER( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(EagerSetter, Name, 0, SUM(PropertyName), "EagerSetter::name") \
F(EagerSetter, Length, 1, PRIMITIVE(UnsignedLong), "EagerSetter::length") \
F(EagerSetter, Directives, 2, LIST(ListOfDirective, INTERFACE(Directive)), \
"EagerSetter::directives") \
F(EagerSetter, Contents, 3, INTERFACE(SetterContents), \
"EagerSetter::contents")
// The number of fields of interface EagerSetter.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_EAGER_SETTER = 4;
// Strongly typed iteration through the fields of interface EmptyStatement.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_EMPTY_STATEMENT( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM)
// The number of fields of interface EmptyStatement.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_EMPTY_STATEMENT = 0;
// Strongly typed iteration through the fields of interface Export.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_EXPORT( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(Export, Declaration, 0, \
SUM(ClassDeclarationOrFunctionDeclarationOrVariableDeclaration), \
"Export::declaration")
// The number of fields of interface Export.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_EXPORT = 1;
// Strongly typed iteration through the fields of interface ExportAllFrom.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_EXPORT_ALL_FROM( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(ExportAllFrom, ModuleSpecifier, 0, PRIMITIVE(String), \
"ExportAllFrom::moduleSpecifier")
// The number of fields of interface ExportAllFrom.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_EXPORT_ALL_FROM = 1;
// Strongly typed iteration through the fields of interface ExportDefault.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_EXPORT_DEFAULT( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(ExportDefault, Body, 0, \
SUM(ClassDeclarationOrExpressionOrFunctionDeclaration), \
"ExportDefault::body")
// The number of fields of interface ExportDefault.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_EXPORT_DEFAULT = 1;
// Strongly typed iteration through the fields of interface ExportFrom.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_EXPORT_FROM( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(ExportFrom, NamedExports, 0, \
LIST(ListOfExportFromSpecifier, INTERFACE(ExportFromSpecifier)), \
"ExportFrom::namedExports") \
F(ExportFrom, ModuleSpecifier, 1, PRIMITIVE(String), \
"ExportFrom::moduleSpecifier")
// The number of fields of interface ExportFrom.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_EXPORT_FROM = 2;
// Strongly typed iteration through the fields of interface ExportFromSpecifier.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_EXPORT_FROM_SPECIFIER( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(ExportFromSpecifier, Name, 0, PRIMITIVE(IdentifierName), \
"ExportFromSpecifier::name") \
F(ExportFromSpecifier, ExportedName, 1, PRIMITIVE(MaybeIdentifierName), \
"ExportFromSpecifier::exportedName")
// The number of fields of interface ExportFromSpecifier.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_EXPORT_FROM_SPECIFIER = 2;
// Strongly typed iteration through the fields of interface
// ExportLocalSpecifier.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_EXPORT_LOCAL_SPECIFIER( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(ExportLocalSpecifier, Name, 0, INTERFACE(IdentifierExpression), \
"ExportLocalSpecifier::name") \
F(ExportLocalSpecifier, ExportedName, 1, PRIMITIVE(MaybePropertyKey), \
"ExportLocalSpecifier::exportedName")
// The number of fields of interface ExportLocalSpecifier.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_EXPORT_LOCAL_SPECIFIER = 2;
// Strongly typed iteration through the fields of interface ExportLocals.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_EXPORT_LOCALS( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(ExportLocals, NamedExports, 0, \
LIST(ListOfExportLocalSpecifier, INTERFACE(ExportLocalSpecifier)), \
"ExportLocals::namedExports")
// The number of fields of interface ExportLocals.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_EXPORT_LOCALS = 1;
// Strongly typed iteration through the fields of interface ExpressionStatement.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_EXPRESSION_STATEMENT( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(ExpressionStatement, Expression, 0, SUM(Expression), \
"ExpressionStatement::expression")
// The number of fields of interface ExpressionStatement.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_EXPRESSION_STATEMENT = 1;
// Strongly typed iteration through the fields of interface ForInOfBinding.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_FOR_IN_OF_BINDING( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(ForInOfBinding, Kind, 0, STRING_ENUM(VariableDeclarationKind), \
"ForInOfBinding::kind") \
F(ForInOfBinding, Binding, 1, SUM(Binding), "ForInOfBinding::binding")
// The number of fields of interface ForInOfBinding.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_FOR_IN_OF_BINDING = 2;
// Strongly typed iteration through the fields of interface ForInStatement.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_FOR_IN_STATEMENT( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(ForInStatement, Left, 0, SUM(AssignmentTargetOrForInOfBinding), \
"ForInStatement::left") \
F(ForInStatement, Right, 1, SUM(Expression), "ForInStatement::right") \
F(ForInStatement, Body, 2, SUM(Statement), "ForInStatement::body")
// The number of fields of interface ForInStatement.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_FOR_IN_STATEMENT = 3;
// Strongly typed iteration through the fields of interface ForOfStatement.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_FOR_OF_STATEMENT( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(ForOfStatement, Left, 0, SUM(AssignmentTargetOrForInOfBinding), \
"ForOfStatement::left") \
F(ForOfStatement, Right, 1, SUM(Expression), "ForOfStatement::right") \
F(ForOfStatement, Body, 2, SUM(Statement), "ForOfStatement::body")
// The number of fields of interface ForOfStatement.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_FOR_OF_STATEMENT = 3;
// Strongly typed iteration through the fields of interface ForStatement.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_FOR_STATEMENT( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(ForStatement, Init, 0, OPTIONAL_SUM(ExpressionOrVariableDeclaration), \
"ForStatement::init") \
F(ForStatement, Test, 1, OPTIONAL_SUM(Expression), "ForStatement::test") \
F(ForStatement, Update, 2, OPTIONAL_SUM(Expression), "ForStatement::update") \
F(ForStatement, Body, 3, SUM(Statement), "ForStatement::body")
// The number of fields of interface ForStatement.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_FOR_STATEMENT = 4;
// Strongly typed iteration through the fields of interface FormalParameters.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_FORMAL_PARAMETERS( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(FormalParameters, Items, 0, LIST(ListOfParameter, SUM(Parameter)), \
"FormalParameters::items") \
F(FormalParameters, Rest, 1, OPTIONAL_SUM(Binding), "FormalParameters::rest")
// The number of fields of interface FormalParameters.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_FORMAL_PARAMETERS = 2;
// Strongly typed iteration through the fields of interface
// FunctionExpressionContents.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_FUNCTION_EXPRESSION_CONTENTS( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(FunctionExpressionContents, IsFunctionNameCaptured, 0, PRIMITIVE(Boolean), \
"FunctionExpressionContents::isFunctionNameCaptured") \
F(FunctionExpressionContents, IsThisCaptured, 1, PRIMITIVE(Boolean), \
"FunctionExpressionContents::isThisCaptured") \
F(FunctionExpressionContents, ParameterScope, 2, \
INTERFACE(AssertedParameterScope), \
"FunctionExpressionContents::parameterScope") \
F(FunctionExpressionContents, Params, 3, INTERFACE(FormalParameters), \
"FunctionExpressionContents::params") \
F(FunctionExpressionContents, BodyScope, 4, INTERFACE(AssertedVarScope), \
"FunctionExpressionContents::bodyScope") \
F(FunctionExpressionContents, Body, 5, \
LIST(ListOfStatement, SUM(Statement)), "FunctionExpressionContents::body")
// The number of fields of interface FunctionExpressionContents.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_FUNCTION_EXPRESSION_CONTENTS =
6;
// Strongly typed iteration through the fields of interface
// FunctionOrMethodContents.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_FUNCTION_OR_METHOD_CONTENTS( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(FunctionOrMethodContents, IsThisCaptured, 0, PRIMITIVE(Boolean), \
"FunctionOrMethodContents::isThisCaptured") \
F(FunctionOrMethodContents, ParameterScope, 1, \
INTERFACE(AssertedParameterScope), \
"FunctionOrMethodContents::parameterScope") \
F(FunctionOrMethodContents, Params, 2, INTERFACE(FormalParameters), \
"FunctionOrMethodContents::params") \
F(FunctionOrMethodContents, BodyScope, 3, INTERFACE(AssertedVarScope), \
"FunctionOrMethodContents::bodyScope") \
F(FunctionOrMethodContents, Body, 4, LIST(ListOfStatement, SUM(Statement)), \
"FunctionOrMethodContents::body")
// The number of fields of interface FunctionOrMethodContents.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_FUNCTION_OR_METHOD_CONTENTS =
5;
// Strongly typed iteration through the fields of interface GetterContents.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_GETTER_CONTENTS( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(GetterContents, IsThisCaptured, 0, PRIMITIVE(Boolean), \
"GetterContents::isThisCaptured") \
F(GetterContents, BodyScope, 1, INTERFACE(AssertedVarScope), \
"GetterContents::bodyScope") \
F(GetterContents, Body, 2, LIST(ListOfStatement, SUM(Statement)), \
"GetterContents::body")
// The number of fields of interface GetterContents.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_GETTER_CONTENTS = 3;
// Strongly typed iteration through the fields of interface
// IdentifierExpression.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_IDENTIFIER_EXPRESSION( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(IdentifierExpression, Name, 0, PRIMITIVE(IdentifierName), \
"IdentifierExpression::name")
// The number of fields of interface IdentifierExpression.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_IDENTIFIER_EXPRESSION = 1;
// Strongly typed iteration through the fields of interface IfStatement.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_IF_STATEMENT( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(IfStatement, Test, 0, SUM(Expression), "IfStatement::test") \
F(IfStatement, Consequent, 1, SUM(Statement), "IfStatement::consequent") \
F(IfStatement, Alternate, 2, OPTIONAL_SUM(Statement), \
"IfStatement::alternate")
// The number of fields of interface IfStatement.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_IF_STATEMENT = 3;
// Strongly typed iteration through the fields of interface Import.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_IMPORT( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(Import, ModuleSpecifier, 0, PRIMITIVE(String), "Import::moduleSpecifier") \
F(Import, DefaultBinding, 1, OPTIONAL_INTERFACE(BindingIdentifier), \
"Import::defaultBinding") \
F(Import, NamedImports, 2, \
LIST(ListOfImportSpecifier, INTERFACE(ImportSpecifier)), \
"Import::namedImports")
// The number of fields of interface Import.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_IMPORT = 3;
// Strongly typed iteration through the fields of interface ImportNamespace.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_IMPORT_NAMESPACE( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(ImportNamespace, ModuleSpecifier, 0, PRIMITIVE(String), \
"ImportNamespace::moduleSpecifier") \
F(ImportNamespace, DefaultBinding, 1, OPTIONAL_INTERFACE(BindingIdentifier), \
"ImportNamespace::defaultBinding") \
F(ImportNamespace, NamespaceBinding, 2, INTERFACE(BindingIdentifier), \
"ImportNamespace::namespaceBinding")
// The number of fields of interface ImportNamespace.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_IMPORT_NAMESPACE = 3;
// Strongly typed iteration through the fields of interface ImportSpecifier.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_IMPORT_SPECIFIER( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(ImportSpecifier, Name, 0, PRIMITIVE(MaybePropertyKey), \
"ImportSpecifier::name") \
F(ImportSpecifier, Binding, 1, INTERFACE(BindingIdentifier), \
"ImportSpecifier::binding")
// The number of fields of interface ImportSpecifier.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_IMPORT_SPECIFIER = 2;
// Strongly typed iteration through the fields of interface LabelledStatement.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_LABELLED_STATEMENT( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(LabelledStatement, Label, 0, PRIMITIVE(String), \
"LabelledStatement::label") \
F(LabelledStatement, Body, 1, SUM(Statement), "LabelledStatement::body")
// The number of fields of interface LabelledStatement.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_LABELLED_STATEMENT = 2;
// Strongly typed iteration through the fields of interface
// LazyArrowExpressionWithExpression.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_LAZY_ARROW_EXPRESSION_WITH_EXPRESSION( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(LazyArrowExpressionWithExpression, IsAsync, 0, PRIMITIVE(Boolean), \
"LazyArrowExpressionWithExpression::isAsync") \
F(LazyArrowExpressionWithExpression, Length, 1, PRIMITIVE(UnsignedLong), \
"LazyArrowExpressionWithExpression::length") \
F(LazyArrowExpressionWithExpression, ContentsSkip, 2, PRIMITIVE(Lazy), \
"LazyArrowExpressionWithExpression::contents_skip") \
F(LazyArrowExpressionWithExpression, Contents, 3, \
INTERFACE(ArrowExpressionContentsWithExpression), \
"LazyArrowExpressionWithExpression::contents")
// The number of fields of interface LazyArrowExpressionWithExpression.
const size_t
BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_LAZY_ARROW_EXPRESSION_WITH_EXPRESSION =
4;
// Strongly typed iteration through the fields of interface
// LazyArrowExpressionWithFunctionBody.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_LAZY_ARROW_EXPRESSION_WITH_FUNCTION_BODY( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(LazyArrowExpressionWithFunctionBody, IsAsync, 0, PRIMITIVE(Boolean), \
"LazyArrowExpressionWithFunctionBody::isAsync") \
F(LazyArrowExpressionWithFunctionBody, Length, 1, PRIMITIVE(UnsignedLong), \
"LazyArrowExpressionWithFunctionBody::length") \
F(LazyArrowExpressionWithFunctionBody, Directives, 2, \
LIST(ListOfDirective, INTERFACE(Directive)), \
"LazyArrowExpressionWithFunctionBody::directives") \
F(LazyArrowExpressionWithFunctionBody, ContentsSkip, 3, PRIMITIVE(Lazy), \
"LazyArrowExpressionWithFunctionBody::contents_skip") \
F(LazyArrowExpressionWithFunctionBody, Contents, 4, \
INTERFACE(ArrowExpressionContentsWithFunctionBody), \
"LazyArrowExpressionWithFunctionBody::contents")
// The number of fields of interface LazyArrowExpressionWithFunctionBody.
const size_t
BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_LAZY_ARROW_EXPRESSION_WITH_FUNCTION_BODY =
5;
// Strongly typed iteration through the fields of interface
// LazyFunctionDeclaration.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_LAZY_FUNCTION_DECLARATION( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(LazyFunctionDeclaration, IsAsync, 0, PRIMITIVE(Boolean), \
"LazyFunctionDeclaration::isAsync") \
F(LazyFunctionDeclaration, IsGenerator, 1, PRIMITIVE(Boolean), \
"LazyFunctionDeclaration::isGenerator") \
F(LazyFunctionDeclaration, Name, 2, INTERFACE(BindingIdentifier), \
"LazyFunctionDeclaration::name") \
F(LazyFunctionDeclaration, Length, 3, PRIMITIVE(UnsignedLong), \
"LazyFunctionDeclaration::length") \
F(LazyFunctionDeclaration, Directives, 4, \
LIST(ListOfDirective, INTERFACE(Directive)), \
"LazyFunctionDeclaration::directives") \
F(LazyFunctionDeclaration, ContentsSkip, 5, PRIMITIVE(Lazy), \
"LazyFunctionDeclaration::contents_skip") \
F(LazyFunctionDeclaration, Contents, 6, INTERFACE(FunctionOrMethodContents), \
"LazyFunctionDeclaration::contents")
// The number of fields of interface LazyFunctionDeclaration.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_LAZY_FUNCTION_DECLARATION = 7;
// Strongly typed iteration through the fields of interface
// LazyFunctionExpression.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_LAZY_FUNCTION_EXPRESSION( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(LazyFunctionExpression, IsAsync, 0, PRIMITIVE(Boolean), \
"LazyFunctionExpression::isAsync") \
F(LazyFunctionExpression, IsGenerator, 1, PRIMITIVE(Boolean), \
"LazyFunctionExpression::isGenerator") \
F(LazyFunctionExpression, Name, 2, OPTIONAL_INTERFACE(BindingIdentifier), \
"LazyFunctionExpression::name") \
F(LazyFunctionExpression, Length, 3, PRIMITIVE(UnsignedLong), \
"LazyFunctionExpression::length") \
F(LazyFunctionExpression, Directives, 4, \
LIST(ListOfDirective, INTERFACE(Directive)), \
"LazyFunctionExpression::directives") \
F(LazyFunctionExpression, ContentsSkip, 5, PRIMITIVE(Lazy), \
"LazyFunctionExpression::contents_skip") \
F(LazyFunctionExpression, Contents, 6, \
INTERFACE(FunctionExpressionContents), "LazyFunctionExpression::contents")
// The number of fields of interface LazyFunctionExpression.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_LAZY_FUNCTION_EXPRESSION = 7;
// Strongly typed iteration through the fields of interface LazyGetter.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_LAZY_GETTER( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(LazyGetter, Name, 0, SUM(PropertyName), "LazyGetter::name") \
F(LazyGetter, Directives, 1, LIST(ListOfDirective, INTERFACE(Directive)), \
"LazyGetter::directives") \
F(LazyGetter, ContentsSkip, 2, PRIMITIVE(Lazy), "LazyGetter::contents_skip") \
F(LazyGetter, Contents, 3, INTERFACE(GetterContents), "LazyGetter::contents")
// The number of fields of interface LazyGetter.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_LAZY_GETTER = 4;
// Strongly typed iteration through the fields of interface LazyMethod.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_LAZY_METHOD( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(LazyMethod, IsAsync, 0, PRIMITIVE(Boolean), "LazyMethod::isAsync") \
F(LazyMethod, IsGenerator, 1, PRIMITIVE(Boolean), "LazyMethod::isGenerator") \
F(LazyMethod, Name, 2, SUM(PropertyName), "LazyMethod::name") \
F(LazyMethod, Length, 3, PRIMITIVE(UnsignedLong), "LazyMethod::length") \
F(LazyMethod, Directives, 4, LIST(ListOfDirective, INTERFACE(Directive)), \
"LazyMethod::directives") \
F(LazyMethod, ContentsSkip, 5, PRIMITIVE(Lazy), "LazyMethod::contents_skip") \
F(LazyMethod, Contents, 6, INTERFACE(FunctionOrMethodContents), \
"LazyMethod::contents")
// The number of fields of interface LazyMethod.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_LAZY_METHOD = 7;
// Strongly typed iteration through the fields of interface LazySetter.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_LAZY_SETTER( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(LazySetter, Name, 0, SUM(PropertyName), "LazySetter::name") \
F(LazySetter, Length, 1, PRIMITIVE(UnsignedLong), "LazySetter::length") \
F(LazySetter, Directives, 2, LIST(ListOfDirective, INTERFACE(Directive)), \
"LazySetter::directives") \
F(LazySetter, ContentsSkip, 3, PRIMITIVE(Lazy), "LazySetter::contents_skip") \
F(LazySetter, Contents, 4, INTERFACE(SetterContents), "LazySetter::contents")
// The number of fields of interface LazySetter.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_LAZY_SETTER = 5;
// Strongly typed iteration through the fields of interface
// LiteralBooleanExpression.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_LITERAL_BOOLEAN_EXPRESSION( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(LiteralBooleanExpression, Value, 0, PRIMITIVE(Boolean), \
"LiteralBooleanExpression::value")
// The number of fields of interface LiteralBooleanExpression.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_LITERAL_BOOLEAN_EXPRESSION =
1;
// Strongly typed iteration through the fields of interface
// LiteralInfinityExpression.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_LITERAL_INFINITY_EXPRESSION( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM)
// The number of fields of interface LiteralInfinityExpression.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_LITERAL_INFINITY_EXPRESSION =
0;
// Strongly typed iteration through the fields of interface
// LiteralNullExpression.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_LITERAL_NULL_EXPRESSION( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM)
// The number of fields of interface LiteralNullExpression.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_LITERAL_NULL_EXPRESSION = 0;
// Strongly typed iteration through the fields of interface
// LiteralNumericExpression.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_LITERAL_NUMERIC_EXPRESSION( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(LiteralNumericExpression, Value, 0, PRIMITIVE(Number), \
"LiteralNumericExpression::value")
// The number of fields of interface LiteralNumericExpression.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_LITERAL_NUMERIC_EXPRESSION =
1;
// Strongly typed iteration through the fields of interface LiteralPropertyName.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_LITERAL_PROPERTY_NAME( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(LiteralPropertyName, Value, 0, PRIMITIVE(String), \
"LiteralPropertyName::value")
// The number of fields of interface LiteralPropertyName.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_LITERAL_PROPERTY_NAME = 1;
// Strongly typed iteration through the fields of interface
// LiteralRegExpExpression.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_LITERAL_REG_EXP_EXPRESSION( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(LiteralRegExpExpression, Pattern, 0, PRIMITIVE(String), \
"LiteralRegExpExpression::pattern") \
F(LiteralRegExpExpression, Flags, 1, PRIMITIVE(String), \
"LiteralRegExpExpression::flags")
// The number of fields of interface LiteralRegExpExpression.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_LITERAL_REG_EXP_EXPRESSION =
2;
// Strongly typed iteration through the fields of interface
// LiteralStringExpression.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_LITERAL_STRING_EXPRESSION( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(LiteralStringExpression, Value, 0, PRIMITIVE(String), \
"LiteralStringExpression::value")
// The number of fields of interface LiteralStringExpression.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_LITERAL_STRING_EXPRESSION = 1;
// Strongly typed iteration through the fields of interface Module.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_MODULE( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(Module, Scope, 0, INTERFACE(AssertedVarScope), "Module::scope") \
F(Module, Directives, 1, LIST(ListOfDirective, INTERFACE(Directive)), \
"Module::directives") \
F(Module, Items, 2, \
LIST(ListOfExportDeclarationOrImportDeclarationOrStatement, \
SUM(ExportDeclarationOrImportDeclarationOrStatement)), \
"Module::items")
// The number of fields of interface Module.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_MODULE = 3;
// Strongly typed iteration through the fields of interface NewExpression.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_NEW_EXPRESSION( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(NewExpression, Callee, 0, SUM(Expression), "NewExpression::callee") \
F(NewExpression, Arguments, 1, \
LIST(Arguments, SUM(ExpressionOrSpreadElement)), \
"NewExpression::arguments")
// The number of fields of interface NewExpression.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_NEW_EXPRESSION = 2;
// Strongly typed iteration through the fields of interface NewTargetExpression.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_NEW_TARGET_EXPRESSION( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM)
// The number of fields of interface NewTargetExpression.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_NEW_TARGET_EXPRESSION = 0;
// Strongly typed iteration through the fields of interface
// ObjectAssignmentTarget.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_OBJECT_ASSIGNMENT_TARGET( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(ObjectAssignmentTarget, Properties, 0, \
LIST(ListOfAssignmentTargetProperty, SUM(AssignmentTargetProperty)), \
"ObjectAssignmentTarget::properties")
// The number of fields of interface ObjectAssignmentTarget.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_OBJECT_ASSIGNMENT_TARGET = 1;
// Strongly typed iteration through the fields of interface ObjectBinding.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_OBJECT_BINDING( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(ObjectBinding, Properties, 0, \
LIST(ListOfBindingProperty, SUM(BindingProperty)), \
"ObjectBinding::properties")
// The number of fields of interface ObjectBinding.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_OBJECT_BINDING = 1;
// Strongly typed iteration through the fields of interface ObjectExpression.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_OBJECT_EXPRESSION( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(ObjectExpression, Properties, 0, \
LIST(ListOfObjectProperty, SUM(ObjectProperty)), \
"ObjectExpression::properties")
// The number of fields of interface ObjectExpression.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_OBJECT_EXPRESSION = 1;
// Strongly typed iteration through the fields of interface ReturnStatement.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_RETURN_STATEMENT( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(ReturnStatement, Expression, 0, OPTIONAL_SUM(Expression), \
"ReturnStatement::expression")
// The number of fields of interface ReturnStatement.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_RETURN_STATEMENT = 1;
// Strongly typed iteration through the fields of interface Script.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_SCRIPT( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(Script, Scope, 0, INTERFACE(AssertedScriptGlobalScope), "Script::scope") \
F(Script, Directives, 1, LIST(ListOfDirective, INTERFACE(Directive)), \
"Script::directives") \
F(Script, Statements, 2, LIST(ListOfStatement, SUM(Statement)), \
"Script::statements")
// The number of fields of interface Script.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_SCRIPT = 3;
// Strongly typed iteration through the fields of interface SetterContents.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_SETTER_CONTENTS( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(SetterContents, IsThisCaptured, 0, PRIMITIVE(Boolean), \
"SetterContents::isThisCaptured") \
F(SetterContents, ParameterScope, 1, INTERFACE(AssertedParameterScope), \
"SetterContents::parameterScope") \
F(SetterContents, Param, 2, SUM(Parameter), "SetterContents::param") \
F(SetterContents, BodyScope, 3, INTERFACE(AssertedVarScope), \
"SetterContents::bodyScope") \
F(SetterContents, Body, 4, LIST(ListOfStatement, SUM(Statement)), \
"SetterContents::body")
// The number of fields of interface SetterContents.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_SETTER_CONTENTS = 5;
// Strongly typed iteration through the fields of interface ShorthandProperty.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_SHORTHAND_PROPERTY( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(ShorthandProperty, Name, 0, INTERFACE(IdentifierExpression), \
"ShorthandProperty::name")
// The number of fields of interface ShorthandProperty.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_SHORTHAND_PROPERTY = 1;
// Strongly typed iteration through the fields of interface SpreadElement.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_SPREAD_ELEMENT( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(SpreadElement, Expression, 0, SUM(Expression), "SpreadElement::expression")
// The number of fields of interface SpreadElement.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_SPREAD_ELEMENT = 1;
// Strongly typed iteration through the fields of interface
// StaticMemberAssignmentTarget.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_STATIC_MEMBER_ASSIGNMENT_TARGET( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(StaticMemberAssignmentTarget, Object, 0, SUM(ExpressionOrSuper), \
"StaticMemberAssignmentTarget::object") \
F(StaticMemberAssignmentTarget, Property, 1, PRIMITIVE(PropertyKey), \
"StaticMemberAssignmentTarget::property")
// The number of fields of interface StaticMemberAssignmentTarget.
const size_t
BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_STATIC_MEMBER_ASSIGNMENT_TARGET = 2;
// Strongly typed iteration through the fields of interface
// StaticMemberExpression.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_STATIC_MEMBER_EXPRESSION( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(StaticMemberExpression, Object, 0, SUM(ExpressionOrSuper), \
"StaticMemberExpression::object") \
F(StaticMemberExpression, Property, 1, PRIMITIVE(PropertyKey), \
"StaticMemberExpression::property")
// The number of fields of interface StaticMemberExpression.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_STATIC_MEMBER_EXPRESSION = 2;
// Strongly typed iteration through the fields of interface Super.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_SUPER( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM)
// The number of fields of interface Super.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_SUPER = 0;
// Strongly typed iteration through the fields of interface SwitchCase.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_SWITCH_CASE( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(SwitchCase, Test, 0, SUM(Expression), "SwitchCase::test") \
F(SwitchCase, Consequent, 1, LIST(ListOfStatement, SUM(Statement)), \
"SwitchCase::consequent")
// The number of fields of interface SwitchCase.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_SWITCH_CASE = 2;
// Strongly typed iteration through the fields of interface SwitchDefault.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_SWITCH_DEFAULT( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(SwitchDefault, Consequent, 0, LIST(ListOfStatement, SUM(Statement)), \
"SwitchDefault::consequent")
// The number of fields of interface SwitchDefault.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_SWITCH_DEFAULT = 1;
// Strongly typed iteration through the fields of interface SwitchStatement.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_SWITCH_STATEMENT( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(SwitchStatement, Discriminant, 0, SUM(Expression), \
"SwitchStatement::discriminant") \
F(SwitchStatement, Cases, 1, LIST(ListOfSwitchCase, INTERFACE(SwitchCase)), \
"SwitchStatement::cases")
// The number of fields of interface SwitchStatement.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_SWITCH_STATEMENT = 2;
// Strongly typed iteration through the fields of interface
// SwitchStatementWithDefault.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_SWITCH_STATEMENT_WITH_DEFAULT( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(SwitchStatementWithDefault, Discriminant, 0, SUM(Expression), \
"SwitchStatementWithDefault::discriminant") \
F(SwitchStatementWithDefault, PreDefaultCases, 1, \
LIST(ListOfSwitchCase, INTERFACE(SwitchCase)), \
"SwitchStatementWithDefault::preDefaultCases") \
F(SwitchStatementWithDefault, DefaultCase, 2, INTERFACE(SwitchDefault), \
"SwitchStatementWithDefault::defaultCase") \
F(SwitchStatementWithDefault, PostDefaultCases, 3, \
LIST(ListOfSwitchCase, INTERFACE(SwitchCase)), \
"SwitchStatementWithDefault::postDefaultCases")
// The number of fields of interface SwitchStatementWithDefault.
const size_t
BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_SWITCH_STATEMENT_WITH_DEFAULT = 4;
// Strongly typed iteration through the fields of interface TemplateElement.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_TEMPLATE_ELEMENT( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(TemplateElement, RawValue, 0, PRIMITIVE(String), \
"TemplateElement::rawValue")
// The number of fields of interface TemplateElement.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_TEMPLATE_ELEMENT = 1;
// Strongly typed iteration through the fields of interface TemplateExpression.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_TEMPLATE_EXPRESSION( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(TemplateExpression, Tag, 0, OPTIONAL_SUM(Expression), \
"TemplateExpression::tag") \
F(TemplateExpression, Elements, 1, \
LIST(ListOfExpressionOrTemplateElement, SUM(ExpressionOrTemplateElement)), \
"TemplateExpression::elements")
// The number of fields of interface TemplateExpression.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_TEMPLATE_EXPRESSION = 2;
// Strongly typed iteration through the fields of interface ThisExpression.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_THIS_EXPRESSION( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM)
// The number of fields of interface ThisExpression.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_THIS_EXPRESSION = 0;
// Strongly typed iteration through the fields of interface ThrowStatement.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_THROW_STATEMENT( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(ThrowStatement, Expression, 0, SUM(Expression), \
"ThrowStatement::expression")
// The number of fields of interface ThrowStatement.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_THROW_STATEMENT = 1;
// Strongly typed iteration through the fields of interface TryCatchStatement.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_TRY_CATCH_STATEMENT( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(TryCatchStatement, Body, 0, INTERFACE(Block), "TryCatchStatement::body") \
F(TryCatchStatement, CatchClause, 1, INTERFACE(CatchClause), \
"TryCatchStatement::catchClause")
// The number of fields of interface TryCatchStatement.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_TRY_CATCH_STATEMENT = 2;
// Strongly typed iteration through the fields of interface TryFinallyStatement.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_TRY_FINALLY_STATEMENT( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(TryFinallyStatement, Body, 0, INTERFACE(Block), \
"TryFinallyStatement::body") \
F(TryFinallyStatement, CatchClause, 1, OPTIONAL_INTERFACE(CatchClause), \
"TryFinallyStatement::catchClause") \
F(TryFinallyStatement, Finalizer, 2, INTERFACE(Block), \
"TryFinallyStatement::finalizer")
// The number of fields of interface TryFinallyStatement.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_TRY_FINALLY_STATEMENT = 3;
// Strongly typed iteration through the fields of interface UnaryExpression.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_UNARY_EXPRESSION( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(UnaryExpression, Operator, 0, STRING_ENUM(UnaryOperator), \
"UnaryExpression::operator") \
F(UnaryExpression, Operand, 1, SUM(Expression), "UnaryExpression::operand")
// The number of fields of interface UnaryExpression.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_UNARY_EXPRESSION = 2;
// Strongly typed iteration through the fields of interface UpdateExpression.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_UPDATE_EXPRESSION( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(UpdateExpression, IsPrefix, 0, PRIMITIVE(Boolean), \
"UpdateExpression::isPrefix") \
F(UpdateExpression, Operator, 1, STRING_ENUM(UpdateOperator), \
"UpdateExpression::operator") \
F(UpdateExpression, Operand, 2, SUM(SimpleAssignmentTarget), \
"UpdateExpression::operand")
// The number of fields of interface UpdateExpression.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_UPDATE_EXPRESSION = 3;
// Strongly typed iteration through the fields of interface VariableDeclaration.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_VARIABLE_DECLARATION( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(VariableDeclaration, Kind, 0, STRING_ENUM(VariableDeclarationKind), \
"VariableDeclaration::kind") \
F(VariableDeclaration, Declarators, 1, \
LIST(ListOfVariableDeclarator, INTERFACE(VariableDeclarator)), \
"VariableDeclaration::declarators")
// The number of fields of interface VariableDeclaration.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_VARIABLE_DECLARATION = 2;
// Strongly typed iteration through the fields of interface VariableDeclarator.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_VARIABLE_DECLARATOR( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(VariableDeclarator, Binding, 0, SUM(Binding), \
"VariableDeclarator::binding") \
F(VariableDeclarator, Init, 1, OPTIONAL_SUM(Expression), \
"VariableDeclarator::init")
// The number of fields of interface VariableDeclarator.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_VARIABLE_DECLARATOR = 2;
// Strongly typed iteration through the fields of interface WhileStatement.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_WHILE_STATEMENT( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(WhileStatement, Test, 0, SUM(Expression), "WhileStatement::test") \
F(WhileStatement, Body, 1, SUM(Statement), "WhileStatement::body")
// The number of fields of interface WhileStatement.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_WHILE_STATEMENT = 2;
// Strongly typed iteration through the fields of interface WithStatement.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_WITH_STATEMENT( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(WithStatement, Object, 0, SUM(Expression), "WithStatement::object") \
F(WithStatement, Body, 1, SUM(Statement), "WithStatement::body")
// The number of fields of interface WithStatement.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_WITH_STATEMENT = 2;
// Strongly typed iteration through the fields of interface YieldExpression.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_YIELD_EXPRESSION( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(YieldExpression, Expression, 0, OPTIONAL_SUM(Expression), \
"YieldExpression::expression")
// The number of fields of interface YieldExpression.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_YIELD_EXPRESSION = 1;
// Strongly typed iteration through the fields of interface YieldStarExpression.
#define FOR_EACH_BIN_FIELD_IN_INTERFACE_YIELD_STAR_EXPRESSION( \
F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, SUM, OPTIONAL_SUM, \
STRING_ENUM, OPTIONAL_STRING_ENUM) \
F(YieldStarExpression, Expression, 0, SUM(Expression), \
"YieldStarExpression::expression")
// The number of fields of interface YieldStarExpression.
const size_t BINAST_NUMBER_OF_FIELDS_IN_INTERFACE_YIELD_STAR_EXPRESSION = 1;
// The total number of fields across all interfaces. Used typically to maintain
// a probability table per field.
const size_t BINAST_INTERFACE_AND_FIELD_LIMIT = 275;
// Create parameters list to pass mozilla::Array constructor.
// The number of parameters equals to BINAST_INTERFACE_AND_FIELD_LIMIT.
#define BINAST_PARAM_NUMBER_OF_INTERFACE_AND_FIELD(X) \
(X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), \
(X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), \
(X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), \
(X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), \
(X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), \
(X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), \
(X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), \
(X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), \
(X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), \
(X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), \
(X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), \
(X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), \
(X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), \
(X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), \
(X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), \
(X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), \
(X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), \
(X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), \
(X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), \
(X), (X), (X), (X), (X), (X), (X), (X)
/**
* The different variants of Binary AST string enums, as per
* the specifications of Binary AST, as a single macro and
* `enum class`.
*
* Separate enum classes are also defined in BinASTParser.h.
*
* Usage:
*
* ```c++
* #define WITH_VARIANT(CPP_NAME, SPEC_NAME) ...
* FOR_EACH_BIN_VARIANT(WITH_VARIANT)
* ```
*
* (sorted by alphabetical order)
*/
#define FOR_EACH_BIN_VARIANT(F) \
F(UnaryOperatorNot, "!") \
F(BinaryOperatorNeq, "!=") \
F(BinaryOperatorStrictNeq, "!==") \
F(BinaryOperatorMod, "%") \
F(CompoundAssignmentOperatorModAssign, "%=") \
F(BinaryOperatorBitAnd, "&") \
F(BinaryOperatorLogicalAnd, "&&") \
F(CompoundAssignmentOperatorBitAndAssign, "&=") \
F(BinaryOperatorMul, "*") \
F(BinaryOperatorPow, "**") \
F(CompoundAssignmentOperatorPowAssign, "**=") \
F(CompoundAssignmentOperatorMulAssign, "*=") \
F(BinaryOperatorOrUnaryOperatorPlus, "+") \
F(UpdateOperatorIncr, "++") \
F(CompoundAssignmentOperatorPlusAssign, "+=") \
F(BinaryOperatorComma, ",") \
F(BinaryOperatorOrUnaryOperatorMinus, "-") \
F(UpdateOperatorDecr, "--") \
F(CompoundAssignmentOperatorMinusAssign, "-=") \
F(BinaryOperatorDiv, "/") \
F(CompoundAssignmentOperatorDivAssign, "/=") \
F(BinaryOperatorLessThan, "<") \
F(BinaryOperatorLsh, "<<") \
F(CompoundAssignmentOperatorLshAssign, "<<=") \
F(BinaryOperatorLeqThan, "<=") \
F(BinaryOperatorEq, "==") \
F(BinaryOperatorStrictEq, "===") \
F(BinaryOperatorGreaterThan, ">") \
F(BinaryOperatorGeqThan, ">=") \
F(BinaryOperatorRsh, ">>") \
F(CompoundAssignmentOperatorRshAssign, ">>=") \
F(BinaryOperatorUrsh, ">>>") \
F(CompoundAssignmentOperatorUrshAssign, ">>>=") \
F(BinaryOperatorBitXor, "^") \
F(CompoundAssignmentOperatorBitXorAssign, "^=") \
F(VariableDeclarationKindConst, "const") \
F(AssertedDeclaredKindConstLexical, "const lexical") \
F(UnaryOperatorDelete, "delete") \
F(BinaryOperatorIn, "in") \
F(BinaryOperatorInstanceof, "instanceof") \
F(VariableDeclarationKindLet, "let") \
F(AssertedDeclaredKindNonConstLexical, "non-const lexical") \
F(UnaryOperatorTypeof, "typeof") \
F(AssertedDeclaredKindOrVariableDeclarationKindVar, "var") \
F(UnaryOperatorVoid, "void") \
F(BinaryOperatorBitOr, "|") \
F(CompoundAssignmentOperatorBitOrAssign, "|=") \
F(BinaryOperatorLogicalOr, "||") \
F(UnaryOperatorBitNot, "~")
enum class BinASTVariant : uint16_t {
#define EMIT_ENUM(name, _) name,
FOR_EACH_BIN_VARIANT(EMIT_ENUM)
#undef EMIT_ENUM
};
// The number of distinct values of BinASTVariant.
const size_t BINASTVARIANT_LIMIT = 49;
#define FOR_EACH_BIN_STRING_ENUM(F) \
F(AssertedDeclaredKind, "AssertedDeclaredKind", ASSERTED_DECLARED_KIND) \
F(BinaryOperator, "BinaryOperator", BINARY_OPERATOR) \
F(CompoundAssignmentOperator, "CompoundAssignmentOperator", \
COMPOUND_ASSIGNMENT_OPERATOR) \
F(UnaryOperator, "UnaryOperator", UNARY_OPERATOR) \
F(UpdateOperator, "UpdateOperator", UPDATE_OPERATOR) \
F(VariableDeclarationKind, "VariableDeclarationKind", \
VARIABLE_DECLARATION_KIND)
enum class BinASTStringEnum : uint16_t {
#define EMIT_ENUM(NAME, _HUMAN_NAME, _MACRO_NAME) NAME,
FOR_EACH_BIN_STRING_ENUM(EMIT_ENUM)
#undef EMIT_ENUM
};
// The number of distinct values of BinASTStringEnum.
const size_t BINASTSTRINGENUM_LIMIT = 6;
#define FOR_EACH_BIN_VARIANT_IN_STRING_ENUM_ASSERTED_DECLARED_KIND_BY_STRING_ORDER( \
F) \
F(AssertedDeclaredKind, AssertedDeclaredKindConstLexical, "const lexical") \
F(AssertedDeclaredKind, AssertedDeclaredKindNonConstLexical, \
"non-const lexical") \
F(AssertedDeclaredKind, AssertedDeclaredKindOrVariableDeclarationKindVar, \
"var")
#define FOR_EACH_BIN_VARIANT_IN_STRING_ENUM_ASSERTED_DECLARED_KIND_BY_WEBIDL_ORDER( \
F) \
F(AssertedDeclaredKind, AssertedDeclaredKindOrVariableDeclarationKindVar, \
"var") \
F(AssertedDeclaredKind, AssertedDeclaredKindNonConstLexical, \
"non-const lexical") \
F(AssertedDeclaredKind, AssertedDeclaredKindConstLexical, "const lexical")
const size_t BIN_AST_STRING_ENUM_ASSERTED_DECLARED_KIND_LIMIT = 3;
#define FOR_EACH_BIN_VARIANT_IN_STRING_ENUM_BINARY_OPERATOR_BY_STRING_ORDER(F) \
F(BinaryOperator, BinaryOperatorNeq, "!=") \
F(BinaryOperator, BinaryOperatorStrictNeq, "!==") \
F(BinaryOperator, BinaryOperatorMod, "%") \
F(BinaryOperator, BinaryOperatorBitAnd, "&") \
F(BinaryOperator, BinaryOperatorLogicalAnd, "&&") \
F(BinaryOperator, BinaryOperatorMul, "*") \
F(BinaryOperator, BinaryOperatorPow, "**") \
F(BinaryOperator, BinaryOperatorOrUnaryOperatorPlus, "+") \
F(BinaryOperator, BinaryOperatorComma, ",") \
F(BinaryOperator, BinaryOperatorOrUnaryOperatorMinus, "-") \
F(BinaryOperator, BinaryOperatorDiv, "/") \
F(BinaryOperator, BinaryOperatorLessThan, "<") \
F(BinaryOperator, BinaryOperatorLsh, "<<") \
F(BinaryOperator, BinaryOperatorLeqThan, "<=") \
F(BinaryOperator, BinaryOperatorEq, "==") \
F(BinaryOperator, BinaryOperatorStrictEq, "===") \
F(BinaryOperator, BinaryOperatorGreaterThan, ">") \
F(BinaryOperator, BinaryOperatorGeqThan, ">=") \
F(BinaryOperator, BinaryOperatorRsh, ">>") \
F(BinaryOperator, BinaryOperatorUrsh, ">>>") \
F(BinaryOperator, BinaryOperatorBitXor, "^") \
F(BinaryOperator, BinaryOperatorIn, "in") \
F(BinaryOperator, BinaryOperatorInstanceof, "instanceof") \
F(BinaryOperator, BinaryOperatorBitOr, "|") \
F(BinaryOperator, BinaryOperatorLogicalOr, "||")
#define FOR_EACH_BIN_VARIANT_IN_STRING_ENUM_BINARY_OPERATOR_BY_WEBIDL_ORDER(F) \
F(BinaryOperator, BinaryOperatorComma, ",") \
F(BinaryOperator, BinaryOperatorLogicalOr, "||") \
F(BinaryOperator, BinaryOperatorLogicalAnd, "&&") \
F(BinaryOperator, BinaryOperatorBitOr, "|") \
F(BinaryOperator, BinaryOperatorBitXor, "^") \
F(BinaryOperator, BinaryOperatorBitAnd, "&") \
F(BinaryOperator, BinaryOperatorEq, "==") \
F(BinaryOperator, BinaryOperatorNeq, "!=") \
F(BinaryOperator, BinaryOperatorStrictEq, "===") \
F(BinaryOperator, BinaryOperatorStrictNeq, "!==") \
F(BinaryOperator, BinaryOperatorLessThan, "<") \
F(BinaryOperator, BinaryOperatorLeqThan, "<=") \
F(BinaryOperator, BinaryOperatorGreaterThan, ">") \
F(BinaryOperator, BinaryOperatorGeqThan, ">=") \
F(BinaryOperator, BinaryOperatorIn, "in") \
F(BinaryOperator, BinaryOperatorInstanceof, "instanceof") \
F(BinaryOperator, BinaryOperatorLsh, "<<") \
F(BinaryOperator, BinaryOperatorRsh, ">>") \
F(BinaryOperator, BinaryOperatorUrsh, ">>>") \
F(BinaryOperator, BinaryOperatorOrUnaryOperatorPlus, "+") \
F(BinaryOperator, BinaryOperatorOrUnaryOperatorMinus, "-") \
F(BinaryOperator, BinaryOperatorMul, "*") \
F(BinaryOperator, BinaryOperatorDiv, "/") \
F(BinaryOperator, BinaryOperatorMod, "%") \
F(BinaryOperator, BinaryOperatorPow, "**")
const size_t BIN_AST_STRING_ENUM_BINARY_OPERATOR_LIMIT = 25;
#define FOR_EACH_BIN_VARIANT_IN_STRING_ENUM_COMPOUND_ASSIGNMENT_OPERATOR_BY_STRING_ORDER( \
F) \
F(CompoundAssignmentOperator, CompoundAssignmentOperatorModAssign, "%=") \
F(CompoundAssignmentOperator, CompoundAssignmentOperatorBitAndAssign, "&=") \
F(CompoundAssignmentOperator, CompoundAssignmentOperatorPowAssign, "**=") \
F(CompoundAssignmentOperator, CompoundAssignmentOperatorMulAssign, "*=") \
F(CompoundAssignmentOperator, CompoundAssignmentOperatorPlusAssign, "+=") \
F(CompoundAssignmentOperator, CompoundAssignmentOperatorMinusAssign, "-=") \
F(CompoundAssignmentOperator, CompoundAssignmentOperatorDivAssign, "/=") \
F(CompoundAssignmentOperator, CompoundAssignmentOperatorLshAssign, "<<=") \
F(CompoundAssignmentOperator, CompoundAssignmentOperatorRshAssign, ">>=") \
F(CompoundAssignmentOperator, CompoundAssignmentOperatorUrshAssign, ">>>=") \
F(CompoundAssignmentOperator, CompoundAssignmentOperatorBitXorAssign, "^=") \
F(CompoundAssignmentOperator, CompoundAssignmentOperatorBitOrAssign, "|=")
#define FOR_EACH_BIN_VARIANT_IN_STRING_ENUM_COMPOUND_ASSIGNMENT_OPERATOR_BY_WEBIDL_ORDER( \
F) \
F(CompoundAssignmentOperator, CompoundAssignmentOperatorPlusAssign, "+=") \
F(CompoundAssignmentOperator, CompoundAssignmentOperatorMinusAssign, "-=") \
F(CompoundAssignmentOperator, CompoundAssignmentOperatorMulAssign, "*=") \
F(CompoundAssignmentOperator, CompoundAssignmentOperatorDivAssign, "/=") \
F(CompoundAssignmentOperator, CompoundAssignmentOperatorModAssign, "%=") \
F(CompoundAssignmentOperator, CompoundAssignmentOperatorPowAssign, "**=") \
F(CompoundAssignmentOperator, CompoundAssignmentOperatorLshAssign, "<<=") \
F(CompoundAssignmentOperator, CompoundAssignmentOperatorRshAssign, ">>=") \
F(CompoundAssignmentOperator, CompoundAssignmentOperatorUrshAssign, ">>>=") \
F(CompoundAssignmentOperator, CompoundAssignmentOperatorBitOrAssign, "|=") \
F(CompoundAssignmentOperator, CompoundAssignmentOperatorBitXorAssign, "^=") \
F(CompoundAssignmentOperator, CompoundAssignmentOperatorBitAndAssign, "&=")
const size_t BIN_AST_STRING_ENUM_COMPOUND_ASSIGNMENT_OPERATOR_LIMIT = 12;
#define FOR_EACH_BIN_VARIANT_IN_STRING_ENUM_UNARY_OPERATOR_BY_STRING_ORDER(F) \
F(UnaryOperator, UnaryOperatorNot, "!") \
F(UnaryOperator, BinaryOperatorOrUnaryOperatorPlus, "+") \
F(UnaryOperator, BinaryOperatorOrUnaryOperatorMinus, "-") \
F(UnaryOperator, UnaryOperatorDelete, "delete") \
F(UnaryOperator, UnaryOperatorTypeof, "typeof") \
F(UnaryOperator, UnaryOperatorVoid, "void") \
F(UnaryOperator, UnaryOperatorBitNot, "~")
#define FOR_EACH_BIN_VARIANT_IN_STRING_ENUM_UNARY_OPERATOR_BY_WEBIDL_ORDER(F) \
F(UnaryOperator, BinaryOperatorOrUnaryOperatorPlus, "+") \
F(UnaryOperator, BinaryOperatorOrUnaryOperatorMinus, "-") \
F(UnaryOperator, UnaryOperatorNot, "!") \
F(UnaryOperator, UnaryOperatorBitNot, "~") \
F(UnaryOperator, UnaryOperatorTypeof, "typeof") \
F(UnaryOperator, UnaryOperatorVoid, "void") \
F(UnaryOperator, UnaryOperatorDelete, "delete")
const size_t BIN_AST_STRING_ENUM_UNARY_OPERATOR_LIMIT = 7;
#define FOR_EACH_BIN_VARIANT_IN_STRING_ENUM_UPDATE_OPERATOR_BY_STRING_ORDER(F) \
F(UpdateOperator, UpdateOperatorIncr, "++") \
F(UpdateOperator, UpdateOperatorDecr, "--")
#define FOR_EACH_BIN_VARIANT_IN_STRING_ENUM_UPDATE_OPERATOR_BY_WEBIDL_ORDER(F) \
F(UpdateOperator, UpdateOperatorIncr, "++") \
F(UpdateOperator, UpdateOperatorDecr, "--")
const size_t BIN_AST_STRING_ENUM_UPDATE_OPERATOR_LIMIT = 2;
#define FOR_EACH_BIN_VARIANT_IN_STRING_ENUM_VARIABLE_DECLARATION_KIND_BY_STRING_ORDER( \
F) \
F(VariableDeclarationKind, VariableDeclarationKindConst, "const") \
F(VariableDeclarationKind, VariableDeclarationKindLet, "let") \
F(VariableDeclarationKind, AssertedDeclaredKindOrVariableDeclarationKindVar, \
"var")
#define FOR_EACH_BIN_VARIANT_IN_STRING_ENUM_VARIABLE_DECLARATION_KIND_BY_WEBIDL_ORDER( \
F) \
F(VariableDeclarationKind, AssertedDeclaredKindOrVariableDeclarationKindVar, \
"var") \
F(VariableDeclarationKind, VariableDeclarationKindLet, "let") \
F(VariableDeclarationKind, VariableDeclarationKindConst, "const")
const size_t BIN_AST_STRING_ENUM_VARIABLE_DECLARATION_KIND_LIMIT = 3;
// This macro accepts the following arguments:
// - F: callback
// - PRIMITIVE: wrapper for primitive type names - called as
// `PRIMITIVE(typename)`
// - INTERFACE: wrapper for non-optional interface type names - called as
// `INTERFACE(typename)`
// - OPTIONAL_INTERFACE: wrapper for optional interface type names - called as
// `OPTIONAL_INTERFACE(typename)` where
// `typename` is the name of the interface (e.g. no `Maybe` prefix)
// - LIST: wrapper for list types - called as `LIST(list_typename,
// element_typename)`
// - SUM: wrapper for non-optional type names - called as `SUM(typename)`
// - OPTIONAL_SUM: wrapper for optional sum type names - called as
// `OPTIONAL_SUM(typename)` where
// `typename` is the name of the sum (e.g. no `Maybe` prefix)
// - STRING_ENUM: wrapper for non-optional string enum types - called as
// `STRING_ENUNM(typename)`
// - OPTIONAL_STRING_ENUM: wrapper for optional string enum type names - called
// as `OPTIONAL_STRING_ENUM(typename)` where
// `typename` is the name of the string enum (e.g. no `Maybe` prefix)
#define FOR_EACH_BIN_LIST(F, PRIMITIVE, INTERFACE, OPTIONAL_INTERFACE, LIST, \
SUM, OPTIONAL_SUM, STRING_ENUM, \
OPTIONAL_STRING_ENUM) \
F(Arguments, ExpressionOrSpreadElement, "Arguments", \
LIST(Arguments, SUM(ExpressionOrSpreadElement))) \
F(ListOfAssertedBoundName, AssertedBoundName, "ListOfAssertedBoundName", \
LIST(ListOfAssertedBoundName, INTERFACE(AssertedBoundName))) \
F(ListOfAssertedDeclaredName, AssertedDeclaredName, \
"ListOfAssertedDeclaredName", \
LIST(ListOfAssertedDeclaredName, INTERFACE(AssertedDeclaredName))) \
F(ListOfAssertedMaybePositionalParameterName, \
AssertedMaybePositionalParameterName, \
"ListOfAssertedMaybePositionalParameterName", \
LIST(ListOfAssertedMaybePositionalParameterName, \
SUM(AssertedMaybePositionalParameterName))) \
F(ListOfAssignmentTargetOrAssignmentTargetWithInitializer, \
AssignmentTargetOrAssignmentTargetWithInitializer, \
"ListOfAssignmentTargetOrAssignmentTargetWithInitializer", \
LIST(ListOfAssignmentTargetOrAssignmentTargetWithInitializer, \
SUM(AssignmentTargetOrAssignmentTargetWithInitializer))) \
F(ListOfAssignmentTargetProperty, AssignmentTargetProperty, \
"ListOfAssignmentTargetProperty", \
LIST(ListOfAssignmentTargetProperty, SUM(AssignmentTargetProperty))) \
F(ListOfBindingProperty, BindingProperty, "ListOfBindingProperty", \
LIST(ListOfBindingProperty, SUM(BindingProperty))) \
F(ListOfClassElement, ClassElement, "ListOfClassElement", \
LIST(ListOfClassElement, INTERFACE(ClassElement))) \
F(ListOfDirective, Directive, "ListOfDirective", \
LIST(ListOfDirective, INTERFACE(Directive))) \
F(ListOfExportDeclarationOrImportDeclarationOrStatement, \
ExportDeclarationOrImportDeclarationOrStatement, \
"ListOfExportDeclarationOrImportDeclarationOrStatement", \
LIST(ListOfExportDeclarationOrImportDeclarationOrStatement, \
SUM(ExportDeclarationOrImportDeclarationOrStatement))) \
F(ListOfExportFromSpecifier, ExportFromSpecifier, \
"ListOfExportFromSpecifier", \
LIST(ListOfExportFromSpecifier, INTERFACE(ExportFromSpecifier))) \
F(ListOfExportLocalSpecifier, ExportLocalSpecifier, \
"ListOfExportLocalSpecifier", \
LIST(ListOfExportLocalSpecifier, INTERFACE(ExportLocalSpecifier))) \
F(ListOfExpressionOrTemplateElement, ExpressionOrTemplateElement, \
"ListOfExpressionOrTemplateElement", \
LIST(ListOfExpressionOrTemplateElement, SUM(ExpressionOrTemplateElement))) \
F(ListOfImportSpecifier, ImportSpecifier, "ListOfImportSpecifier", \
LIST(ListOfImportSpecifier, INTERFACE(ImportSpecifier))) \
F(ListOfObjectProperty, ObjectProperty, "ListOfObjectProperty", \
LIST(ListOfObjectProperty, SUM(ObjectProperty))) \
F(ListOfOptionalBindingOrBindingWithInitializer, \
OptionalBindingOrBindingWithInitializer, \
"ListOfOptionalBindingOrBindingWithInitializer", \
LIST(ListOfOptionalBindingOrBindingWithInitializer, \
OPTIONAL_SUM(BindingOrBindingWithInitializer))) \
F(ListOfOptionalExpressionOrSpreadElement, \
OptionalExpressionOrSpreadElement, \
"ListOfOptionalExpressionOrSpreadElement", \
LIST(ListOfOptionalExpressionOrSpreadElement, \
OPTIONAL_SUM(ExpressionOrSpreadElement))) \
F(ListOfParameter, Parameter, "ListOfParameter", \
LIST(ListOfParameter, SUM(Parameter))) \
F(ListOfStatement, Statement, "ListOfStatement", \
LIST(ListOfStatement, SUM(Statement))) \
F(ListOfSwitchCase, SwitchCase, "ListOfSwitchCase", \
LIST(ListOfSwitchCase, INTERFACE(SwitchCase))) \
F(ListOfVariableDeclarator, VariableDeclarator, "ListOfVariableDeclarator", \
LIST(ListOfVariableDeclarator, INTERFACE(VariableDeclarator)))
enum class BinASTList : uint16_t {
#define NOTHING(_)
#define EMIT_ENUM(name, _content, _user, _type_name) name,
FOR_EACH_BIN_LIST(EMIT_ENUM, NOTHING, NOTHING, NOTHING, NOTHING, NOTHING,
NOTHING, NOTHING, NOTHING)
#undef EMIT_ENUM
#undef NOTHING
};
// The number of distinct list types in the grammar. Used typically to maintain
// a probability table per list type.
const size_t BINAST_NUMBER_OF_LIST_TYPES = 22;
// Create parameters list to pass mozilla::Array constructor.
// The number of parameters equals to BINAST_NUMBER_OF_LIST_TYPES.
#define BINAST_PARAM_NUMBER_OF_LIST_TYPES(X) \
(X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), (X), \
(X), (X), (X), (X), (X), (X), (X)
#define FOR_EACH_BIN_SUM(F) \
F(ArrowExpression, "ArrowExpression", ARROW_EXPRESSION, \
SUM(EagerArrowExpressionWithExpressionOrEagerArrowExpressionWithFunctionBodyOrLazyArrowExpressionWithExpressionOrLazyArrowExpressionWithFunctionBody)) \
F(AssertedMaybePositionalParameterName, \
"AssertedMaybePositionalParameterName", \
ASSERTED_MAYBE_POSITIONAL_PARAMETER_NAME, \
SUM(AssertedParameterNameOrAssertedPositionalParameterNameOrAssertedRestParameterName)) \
F(AssignmentTarget, "AssignmentTarget", ASSIGNMENT_TARGET, \
SUM(ArrayAssignmentTargetOrAssignmentTargetIdentifierOrComputedMemberAssignmentTargetOrObjectAssignmentTargetOrStaticMemberAssignmentTarget)) \
F(AssignmentTargetOrAssignmentTargetWithInitializer, \
"AssignmentTargetOrAssignmentTargetWithInitializer", \
ASSIGNMENT_TARGET_OR_ASSIGNMENT_TARGET_WITH_INITIALIZER, \
SUM(ArrayAssignmentTargetOrAssignmentTargetIdentifierOrAssignmentTargetWithInitializerOrComputedMemberAssignmentTargetOrObjectAssignmentTargetOrStaticMemberAssignmentTarget)) \
F(AssignmentTargetOrForInOfBinding, "AssignmentTargetOrForInOfBinding", \
ASSIGNMENT_TARGET_OR_FOR_IN_OF_BINDING, \
SUM(ArrayAssignmentTargetOrAssignmentTargetIdentifierOrComputedMemberAssignmentTargetOrForInOfBindingOrObjectAssignmentTargetOrStaticMemberAssignmentTarget)) \
F(AssignmentTargetPattern, "AssignmentTargetPattern", \
ASSIGNMENT_TARGET_PATTERN, \
SUM(ArrayAssignmentTargetOrObjectAssignmentTarget)) \
F(AssignmentTargetProperty, "AssignmentTargetProperty", \
ASSIGNMENT_TARGET_PROPERTY, \
SUM(AssignmentTargetPropertyIdentifierOrAssignmentTargetPropertyProperty)) \
F(Binding, "Binding", BINDING, \
SUM(ArrayBindingOrBindingIdentifierOrObjectBinding)) \
F(BindingOrBindingWithInitializer, "BindingOrBindingWithInitializer", \
BINDING_OR_BINDING_WITH_INITIALIZER, \
SUM(ArrayBindingOrBindingIdentifierOrBindingWithInitializerOrObjectBinding)) \
F(BindingPattern, "BindingPattern", BINDING_PATTERN, \
SUM(ArrayBindingOrObjectBinding)) \
F(BindingProperty, "BindingProperty", BINDING_PROPERTY, \
SUM(BindingPropertyIdentifierOrBindingPropertyProperty)) \
F(ClassDeclarationOrExpressionOrFunctionDeclaration, \
"ClassDeclarationOrExpressionOrFunctionDeclaration", \
CLASS_DECLARATION_OR_EXPRESSION_OR_FUNCTION_DECLARATION, \
SUM(ArrayExpressionOrAssignmentExpressionOrAwaitExpressionOrBinaryExpressionOrCallExpressionOrClassDeclarationOrClassExpressionOrCompoundAssignmentExpressionOrComputedMemberExpressionOrConditionalExpressionOrEagerArrowExpressionWithExpressionOrEagerArrowExpressionWithFunctionBodyOrEagerFunctionDeclarationOrEagerFunctionExpressionOrIdentifierExpressionOrLazyArrowExpressionWithExpressionOrLazyArrowExpressionWithFunctionBodyOrLazyFunctionDeclarationOrLazyFunctionExpressionOrLiteralBooleanExpressionOrLiteralInfinityExpressionOrLiteralNullExpressionOrLiteralNumericExpressionOrLiteralRegExpExpressionOrLiteralStringExpressionOrNewExpressionOrNewTargetExpressionOrObjectExpressionOrStaticMemberExpressionOrTemplateExpressionOrThisExpressionOrUnaryExpressionOrUpdateExpressionOrYieldExpressionOrYieldStarExpression)) \
F(ClassDeclarationOrFunctionDeclarationOrVariableDeclaration, \
"ClassDeclarationOrFunctionDeclarationOrVariableDeclaration", \
CLASS_DECLARATION_OR_FUNCTION_DECLARATION_OR_VARIABLE_DECLARATION, \
SUM(ClassDeclarationOrEagerFunctionDeclarationOrLazyFunctionDeclarationOrVariableDeclaration)) \
F(ExportDeclaration, "ExportDeclaration", EXPORT_DECLARATION, \
SUM(ExportOrExportAllFromOrExportDefaultOrExportFromOrExportLocals)) \
F(ExportDeclarationOrImportDeclarationOrStatement, \
"ExportDeclarationOrImportDeclarationOrStatement", \
EXPORT_DECLARATION_OR_IMPORT_DECLARATION_OR_STATEMENT, \
SUM(BlockOrBreakStatementOrClassDeclarationOrContinueStatementOrDebuggerStatementOrDoWhileStatementOrEagerFunctionDeclarationOrEmptyStatementOrExportOrExportAllFromOrExportDefaultOrExportFromOrExportLocalsOrExpressionStatementOrForInStatementOrForOfStatementOrForStatementOrIfStatementOrImportOrImportNamespaceOrLabelledStatementOrLazyFunctionDeclarationOrReturnStatementOrSwitchStatementOrSwitchStatementWithDefaultOrThrowStatementOrTryCatchStatementOrTryFinallyStatementOrVariableDeclarationOrWhileStatementOrWithStatement)) \
F(Expression, "Expression", EXPRESSION, \
SUM(ArrayExpressionOrAssignmentExpressionOrAwaitExpressionOrBinaryExpressionOrCallExpressionOrClassExpressionOrCompoundAssignmentExpressionOrComputedMemberExpressionOrConditionalExpressionOrEagerArrowExpressionWithExpressionOrEagerArrowExpressionWithFunctionBodyOrEagerFunctionExpressionOrIdentifierExpressionOrLazyArrowExpressionWithExpressionOrLazyArrowExpressionWithFunctionBodyOrLazyFunctionExpressionOrLiteralBooleanExpressionOrLiteralInfinityExpressionOrLiteralNullExpressionOrLiteralNumericExpressionOrLiteralRegExpExpressionOrLiteralStringExpressionOrNewExpressionOrNewTargetExpressionOrObjectExpressionOrStaticMemberExpressionOrTemplateExpressionOrThisExpressionOrUnaryExpressionOrUpdateExpressionOrYieldExpressionOrYieldStarExpression)) \
F(ExpressionOrSpreadElement, "ExpressionOrSpreadElement", \
EXPRESSION_OR_SPREAD_ELEMENT, \
SUM(ArrayExpressionOrAssignmentExpressionOrAwaitExpressionOrBinaryExpressionOrCallExpressionOrClassExpressionOrCompoundAssignmentExpressionOrComputedMemberExpressionOrConditionalExpressionOrEagerArrowExpressionWithExpressionOrEagerArrowExpressionWithFunctionBodyOrEagerFunctionExpressionOrIdentifierExpressionOrLazyArrowExpressionWithExpressionOrLazyArrowExpressionWithFunctionBodyOrLazyFunctionExpressionOrLiteralBooleanExpressionOrLiteralInfinityExpressionOrLiteralNullExpressionOrLiteralNumericExpressionOrLiteralRegExpExpressionOrLiteralStringExpressionOrNewExpressionOrNewTargetExpressionOrObjectExpressionOrSpreadElementOrStaticMemberExpressionOrTemplateExpressionOrThisExpressionOrUnaryExpressionOrUpdateExpressionOrYieldExpressionOrYieldStarExpression)) \
F(ExpressionOrSuper, "ExpressionOrSuper", EXPRESSION_OR_SUPER, \
SUM(ArrayExpressionOrAssignmentExpressionOrAwaitExpressionOrBinaryExpressionOrCallExpressionOrClassExpressionOrCompoundAssignmentExpressionOrComputedMemberExpressionOrConditionalExpressionOrEagerArrowExpressionWithExpressionOrEagerArrowExpressionWithFunctionBodyOrEagerFunctionExpressionOrIdentifierExpressionOrLazyArrowExpressionWithExpressionOrLazyArrowExpressionWithFunctionBodyOrLazyFunctionExpressionOrLiteralBooleanExpressionOrLiteralInfinityExpressionOrLiteralNullExpressionOrLiteralNumericExpressionOrLiteralRegExpExpressionOrLiteralStringExpressionOrNewExpressionOrNewTargetExpressionOrObjectExpressionOrStaticMemberExpressionOrSuperOrTemplateExpressionOrThisExpressionOrUnaryExpressionOrUpdateExpressionOrYieldExpressionOrYieldStarExpression)) \
F(ExpressionOrTemplateElement, "ExpressionOrTemplateElement", \
EXPRESSION_OR_TEMPLATE_ELEMENT, \
SUM(ArrayExpressionOrAssignmentExpressionOrAwaitExpressionOrBinaryExpressionOrCallExpressionOrClassExpressionOrCompoundAssignmentExpressionOrComputedMemberExpressionOrConditionalExpressionOrEagerArrowExpressionWithExpressionOrEagerArrowExpressionWithFunctionBodyOrEagerFunctionExpressionOrIdentifierExpressionOrLazyArrowExpressionWithExpressionOrLazyArrowExpressionWithFunctionBodyOrLazyFunctionExpressionOrLiteralBooleanExpressionOrLiteralInfinityExpressionOrLiteralNullExpressionOrLiteralNumericExpressionOrLiteralRegExpExpressionOrLiteralStringExpressionOrNewExpressionOrNewTargetExpressionOrObjectExpressionOrStaticMemberExpressionOrTemplateElementOrTemplateExpressionOrThisExpressionOrUnaryExpressionOrUpdateExpressionOrYieldExpressionOrYieldStarExpression)) \
F(ExpressionOrVariableDeclaration, "ExpressionOrVariableDeclaration", \
EXPRESSION_OR_VARIABLE_DECLARATION, \
SUM(ArrayExpressionOrAssignmentExpressionOrAwaitExpressionOrBinaryExpressionOrCallExpressionOrClassExpressionOrCompoundAssignmentExpressionOrComputedMemberExpressionOrConditionalExpressionOrEagerArrowExpressionWithExpressionOrEagerArrowExpressionWithFunctionBodyOrEagerFunctionExpressionOrIdentifierExpressionOrLazyArrowExpressionWithExpressionOrLazyArrowExpressionWithFunctionBodyOrLazyFunctionExpressionOrLiteralBooleanExpressionOrLiteralInfinityExpressionOrLiteralNullExpressionOrLiteralNumericExpressionOrLiteralRegExpExpressionOrLiteralStringExpressionOrNewExpressionOrNewTargetExpressionOrObjectExpressionOrStaticMemberExpressionOrTemplateExpressionOrThisExpressionOrUnaryExpressionOrUpdateExpressionOrVariableDeclarationOrYieldExpressionOrYieldStarExpression)) \
F(FunctionDeclaration, "FunctionDeclaration", FUNCTION_DECLARATION, \
SUM(EagerFunctionDeclarationOrLazyFunctionDeclaration)) \
F(FunctionExpression, "FunctionExpression", FUNCTION_EXPRESSION, \
SUM(EagerFunctionExpressionOrLazyFunctionExpression)) \
F(Getter, "Getter", GETTER, SUM(EagerGetterOrLazyGetter)) \
F(ImportDeclaration, "ImportDeclaration", IMPORT_DECLARATION, \
SUM(ImportOrImportNamespace)) \
F(IterationStatement, "IterationStatement", ITERATION_STATEMENT, \
SUM(DoWhileStatementOrForInStatementOrForOfStatementOrForStatementOrWhileStatement)) \
F(Literal, "Literal", LITERAL, \
SUM(LiteralBooleanExpressionOrLiteralInfinityExpressionOrLiteralNullExpressionOrLiteralNumericExpressionOrLiteralStringExpression)) \
F(Method, "Method", METHOD, SUM(EagerMethodOrLazyMethod)) \
F(MethodDefinition, "MethodDefinition", METHOD_DEFINITION, \
SUM(EagerGetterOrEagerMethodOrEagerSetterOrLazyGetterOrLazyMethodOrLazySetter)) \
F(ObjectProperty, "ObjectProperty", OBJECT_PROPERTY, \
SUM(DataPropertyOrEagerGetterOrEagerMethodOrEagerSetterOrLazyGetterOrLazyMethodOrLazySetterOrShorthandProperty)) \
F(Parameter, "Parameter", PARAMETER, \
SUM(ArrayBindingOrBindingIdentifierOrBindingWithInitializerOrObjectBinding)) \
F(Program, "Program", PROGRAM, SUM(ModuleOrScript)) \
F(PropertyName, "PropertyName", PROPERTY_NAME, \
SUM(ComputedPropertyNameOrLiteralPropertyName)) \
F(Setter, "Setter", SETTER, SUM(EagerSetterOrLazySetter)) \
F(SimpleAssignmentTarget, "SimpleAssignmentTarget", \
SIMPLE_ASSIGNMENT_TARGET, \
SUM(AssignmentTargetIdentifierOrComputedMemberAssignmentTargetOrStaticMemberAssignmentTarget)) \
F(Statement, "Statement", STATEMENT, \
SUM(BlockOrBreakStatementOrClassDeclarationOrContinueStatementOrDebuggerStatementOrDoWhileStatementOrEagerFunctionDeclarationOrEmptyStatementOrExpressionStatementOrForInStatementOrForOfStatementOrForStatementOrIfStatementOrLabelledStatementOrLazyFunctionDeclarationOrReturnStatementOrSwitchStatementOrSwitchStatementWithDefaultOrThrowStatementOrTryCatchStatementOrTryFinallyStatementOrVariableDeclarationOrWhileStatementOrWithStatement))
enum class BinASTSum : uint16_t {
#define EMIT_ENUM(name, _user, _macro, _type) name,
FOR_EACH_BIN_SUM(EMIT_ENUM)
#undef EMIT_ENUM
};
// The number of distinct sum types in the grammar. Used typically to maintain a
// probability table per sum type.
const size_t BINAST_NUMBER_OF_SUM_TYPES = 35;
/**
* Return a string describing a `BinASTKind`.
*/
const char* describeBinASTKind(const BinASTKind& kind);
/**
* Return a string describing a `BinASTField`.
*/
const char* describeBinASTField(const BinASTField& field);
/**
* Return a string describing a `BinASTInterfaceAndField`.
*/
const char* describeBinASTInterfaceAndField(
const BinASTInterfaceAndField& field);
/**
* Return a string describing a `BinASTVariant`.
*/
const char* describeBinASTVariant(const BinASTVariant& variant);
/**
* Return a string describing a `BinASTList`.
*/
const char* describeBinASTList(const BinASTList& list);
/**
* Return a sort key for sorting `BinASTKind`s alphabetically.
*/
size_t getBinASTKindSortKey(const BinASTKind& kind);
/**
* Return a sort key for sorting `BinASTVariant`s alphabetically.
*/
size_t getBinASTVariantSortKey(const BinASTVariant& variant);
} // namespace frontend
} // namespace js
#endif // frontend_BinASTToken_h
