Trait FoldAstPath

pub trait FoldAstPath {
    // Provided methods
    fn fold_array_lit(
        &mut self,
        node: ArrayLit,
        __ast_path: &mut AstKindPath,
    ) -> ArrayLit { ... }
    fn fold_array_pat(
        &mut self,
        node: ArrayPat,
        __ast_path: &mut AstKindPath,
    ) -> ArrayPat { ... }
    fn fold_arrow_expr(
        &mut self,
        node: ArrowExpr,
        __ast_path: &mut AstKindPath,
    ) -> ArrowExpr { ... }
    fn fold_assign_expr(
        &mut self,
        node: AssignExpr,
        __ast_path: &mut AstKindPath,
    ) -> AssignExpr { ... }
    fn fold_assign_op(
        &mut self,
        node: AssignOp,
        __ast_path: &mut AstKindPath,
    ) -> AssignOp { ... }
    fn fold_assign_pat(
        &mut self,
        node: AssignPat,
        __ast_path: &mut AstKindPath,
    ) -> AssignPat { ... }
    fn fold_assign_pat_prop(
        &mut self,
        node: AssignPatProp,
        __ast_path: &mut AstKindPath,
    ) -> AssignPatProp { ... }
    fn fold_assign_prop(
        &mut self,
        node: AssignProp,
        __ast_path: &mut AstKindPath,
    ) -> AssignProp { ... }
    fn fold_assign_target(
        &mut self,
        node: AssignTarget,
        __ast_path: &mut AstKindPath,
    ) -> AssignTarget { ... }
    fn fold_assign_target_pat(
        &mut self,
        node: AssignTargetPat,
        __ast_path: &mut AstKindPath,
    ) -> AssignTargetPat { ... }
    fn fold_atom(&mut self, node: Atom, __ast_path: &mut AstKindPath) -> Atom { ... }
    fn fold_auto_accessor(
        &mut self,
        node: AutoAccessor,
        __ast_path: &mut AstKindPath,
    ) -> AutoAccessor { ... }
    fn fold_await_expr(
        &mut self,
        node: AwaitExpr,
        __ast_path: &mut AstKindPath,
    ) -> AwaitExpr { ... }
    fn fold_big_int(
        &mut self,
        node: BigInt,
        __ast_path: &mut AstKindPath,
    ) -> BigInt { ... }
    fn fold_big_int_value(
        &mut self,
        node: BigIntValue,
        __ast_path: &mut AstKindPath,
    ) -> BigIntValue { ... }
    fn fold_bin_expr(
        &mut self,
        node: BinExpr,
        __ast_path: &mut AstKindPath,
    ) -> BinExpr { ... }
    fn fold_binary_op(
        &mut self,
        node: BinaryOp,
        __ast_path: &mut AstKindPath,
    ) -> BinaryOp { ... }
    fn fold_binding_ident(
        &mut self,
        node: BindingIdent,
        __ast_path: &mut AstKindPath,
    ) -> BindingIdent { ... }
    fn fold_block_stmt(
        &mut self,
        node: BlockStmt,
        __ast_path: &mut AstKindPath,
    ) -> BlockStmt { ... }
    fn fold_block_stmt_or_expr(
        &mut self,
        node: BlockStmtOrExpr,
        __ast_path: &mut AstKindPath,
    ) -> BlockStmtOrExpr { ... }
    fn fold_bool(&mut self, node: Bool, __ast_path: &mut AstKindPath) -> Bool { ... }
    fn fold_break_stmt(
        &mut self,
        node: BreakStmt,
        __ast_path: &mut AstKindPath,
    ) -> BreakStmt { ... }
    fn fold_call_expr(
        &mut self,
        node: CallExpr,
        __ast_path: &mut AstKindPath,
    ) -> CallExpr { ... }
    fn fold_callee(
        &mut self,
        node: Callee,
        __ast_path: &mut AstKindPath,
    ) -> Callee { ... }
    fn fold_catch_clause(
        &mut self,
        node: CatchClause,
        __ast_path: &mut AstKindPath,
    ) -> CatchClause { ... }
    fn fold_class(&mut self, node: Class, __ast_path: &mut AstKindPath) -> Class { ... }
    fn fold_class_decl(
        &mut self,
        node: ClassDecl,
        __ast_path: &mut AstKindPath,
    ) -> ClassDecl { ... }
    fn fold_class_expr(
        &mut self,
        node: ClassExpr,
        __ast_path: &mut AstKindPath,
    ) -> ClassExpr { ... }
    fn fold_class_member(
        &mut self,
        node: ClassMember,
        __ast_path: &mut AstKindPath,
    ) -> ClassMember { ... }
    fn fold_class_members(
        &mut self,
        node: Vec<ClassMember>,
        __ast_path: &mut AstKindPath,
    ) -> Vec<ClassMember> { ... }
    fn fold_class_method(
        &mut self,
        node: ClassMethod,
        __ast_path: &mut AstKindPath,
    ) -> ClassMethod { ... }
    fn fold_class_prop(
        &mut self,
        node: ClassProp,
        __ast_path: &mut AstKindPath,
    ) -> ClassProp { ... }
    fn fold_computed_prop_name(
        &mut self,
        node: ComputedPropName,
        __ast_path: &mut AstKindPath,
    ) -> ComputedPropName { ... }
    fn fold_cond_expr(
        &mut self,
        node: CondExpr,
        __ast_path: &mut AstKindPath,
    ) -> CondExpr { ... }
    fn fold_constructor(
        &mut self,
        node: Constructor,
        __ast_path: &mut AstKindPath,
    ) -> Constructor { ... }
    fn fold_continue_stmt(
        &mut self,
        node: ContinueStmt,
        __ast_path: &mut AstKindPath,
    ) -> ContinueStmt { ... }
    fn fold_debugger_stmt(
        &mut self,
        node: DebuggerStmt,
        __ast_path: &mut AstKindPath,
    ) -> DebuggerStmt { ... }
    fn fold_decl(&mut self, node: Decl, __ast_path: &mut AstKindPath) -> Decl { ... }
    fn fold_decorator(
        &mut self,
        node: Decorator,
        __ast_path: &mut AstKindPath,
    ) -> Decorator { ... }
    fn fold_decorators(
        &mut self,
        node: Vec<Decorator>,
        __ast_path: &mut AstKindPath,
    ) -> Vec<Decorator> { ... }
    fn fold_default_decl(
        &mut self,
        node: DefaultDecl,
        __ast_path: &mut AstKindPath,
    ) -> DefaultDecl { ... }
    fn fold_do_while_stmt(
        &mut self,
        node: DoWhileStmt,
        __ast_path: &mut AstKindPath,
    ) -> DoWhileStmt { ... }
    fn fold_empty_stmt(
        &mut self,
        node: EmptyStmt,
        __ast_path: &mut AstKindPath,
    ) -> EmptyStmt { ... }
    fn fold_export_all(
        &mut self,
        node: ExportAll,
        __ast_path: &mut AstKindPath,
    ) -> ExportAll { ... }
    fn fold_export_decl(
        &mut self,
        node: ExportDecl,
        __ast_path: &mut AstKindPath,
    ) -> ExportDecl { ... }
    fn fold_export_default_decl(
        &mut self,
        node: ExportDefaultDecl,
        __ast_path: &mut AstKindPath,
    ) -> ExportDefaultDecl { ... }
    fn fold_export_default_expr(
        &mut self,
        node: ExportDefaultExpr,
        __ast_path: &mut AstKindPath,
    ) -> ExportDefaultExpr { ... }
    fn fold_export_default_specifier(
        &mut self,
        node: ExportDefaultSpecifier,
        __ast_path: &mut AstKindPath,
    ) -> ExportDefaultSpecifier { ... }
    fn fold_export_named_specifier(
        &mut self,
        node: ExportNamedSpecifier,
        __ast_path: &mut AstKindPath,
    ) -> ExportNamedSpecifier { ... }
    fn fold_export_namespace_specifier(
        &mut self,
        node: ExportNamespaceSpecifier,
        __ast_path: &mut AstKindPath,
    ) -> ExportNamespaceSpecifier { ... }
    fn fold_export_specifier(
        &mut self,
        node: ExportSpecifier,
        __ast_path: &mut AstKindPath,
    ) -> ExportSpecifier { ... }
    fn fold_export_specifiers(
        &mut self,
        node: Vec<ExportSpecifier>,
        __ast_path: &mut AstKindPath,
    ) -> Vec<ExportSpecifier> { ... }
    fn fold_expr(&mut self, node: Expr, __ast_path: &mut AstKindPath) -> Expr { ... }
    fn fold_expr_or_spread(
        &mut self,
        node: ExprOrSpread,
        __ast_path: &mut AstKindPath,
    ) -> ExprOrSpread { ... }
    fn fold_expr_or_spreads(
        &mut self,
        node: Vec<ExprOrSpread>,
        __ast_path: &mut AstKindPath,
    ) -> Vec<ExprOrSpread> { ... }
    fn fold_expr_stmt(
        &mut self,
        node: ExprStmt,
        __ast_path: &mut AstKindPath,
    ) -> ExprStmt { ... }
    fn fold_exprs(
        &mut self,
        node: Vec<Box<Expr>>,
        __ast_path: &mut AstKindPath,
    ) -> Vec<Box<Expr>> { ... }
    fn fold_fn_decl(
        &mut self,
        node: FnDecl,
        __ast_path: &mut AstKindPath,
    ) -> FnDecl { ... }
    fn fold_fn_expr(
        &mut self,
        node: FnExpr,
        __ast_path: &mut AstKindPath,
    ) -> FnExpr { ... }
    fn fold_for_head(
        &mut self,
        node: ForHead,
        __ast_path: &mut AstKindPath,
    ) -> ForHead { ... }
    fn fold_for_in_stmt(
        &mut self,
        node: ForInStmt,
        __ast_path: &mut AstKindPath,
    ) -> ForInStmt { ... }
    fn fold_for_of_stmt(
        &mut self,
        node: ForOfStmt,
        __ast_path: &mut AstKindPath,
    ) -> ForOfStmt { ... }
    fn fold_for_stmt(
        &mut self,
        node: ForStmt,
        __ast_path: &mut AstKindPath,
    ) -> ForStmt { ... }
    fn fold_function(
        &mut self,
        node: Function,
        __ast_path: &mut AstKindPath,
    ) -> Function { ... }
    fn fold_getter_prop(
        &mut self,
        node: GetterProp,
        __ast_path: &mut AstKindPath,
    ) -> GetterProp { ... }
    fn fold_ident(&mut self, node: Ident, __ast_path: &mut AstKindPath) -> Ident { ... }
    fn fold_ident_name(
        &mut self,
        node: IdentName,
        __ast_path: &mut AstKindPath,
    ) -> IdentName { ... }
    fn fold_if_stmt(
        &mut self,
        node: IfStmt,
        __ast_path: &mut AstKindPath,
    ) -> IfStmt { ... }
    fn fold_import(
        &mut self,
        node: Import,
        __ast_path: &mut AstKindPath,
    ) -> Import { ... }
    fn fold_import_decl(
        &mut self,
        node: ImportDecl,
        __ast_path: &mut AstKindPath,
    ) -> ImportDecl { ... }
    fn fold_import_default_specifier(
        &mut self,
        node: ImportDefaultSpecifier,
        __ast_path: &mut AstKindPath,
    ) -> ImportDefaultSpecifier { ... }
    fn fold_import_named_specifier(
        &mut self,
        node: ImportNamedSpecifier,
        __ast_path: &mut AstKindPath,
    ) -> ImportNamedSpecifier { ... }
    fn fold_import_phase(
        &mut self,
        node: ImportPhase,
        __ast_path: &mut AstKindPath,
    ) -> ImportPhase { ... }
    fn fold_import_specifier(
        &mut self,
        node: ImportSpecifier,
        __ast_path: &mut AstKindPath,
    ) -> ImportSpecifier { ... }
    fn fold_import_specifiers(
        &mut self,
        node: Vec<ImportSpecifier>,
        __ast_path: &mut AstKindPath,
    ) -> Vec<ImportSpecifier> { ... }
    fn fold_import_star_as_specifier(
        &mut self,
        node: ImportStarAsSpecifier,
        __ast_path: &mut AstKindPath,
    ) -> ImportStarAsSpecifier { ... }
    fn fold_import_with(
        &mut self,
        node: ImportWith,
        __ast_path: &mut AstKindPath,
    ) -> ImportWith { ... }
    fn fold_import_with_item(
        &mut self,
        node: ImportWithItem,
        __ast_path: &mut AstKindPath,
    ) -> ImportWithItem { ... }
    fn fold_import_with_items(
        &mut self,
        node: Vec<ImportWithItem>,
        __ast_path: &mut AstKindPath,
    ) -> Vec<ImportWithItem> { ... }
    fn fold_invalid(
        &mut self,
        node: Invalid,
        __ast_path: &mut AstKindPath,
    ) -> Invalid { ... }
    fn fold_jsx_attr(
        &mut self,
        node: JSXAttr,
        __ast_path: &mut AstKindPath,
    ) -> JSXAttr { ... }
    fn fold_jsx_attr_name(
        &mut self,
        node: JSXAttrName,
        __ast_path: &mut AstKindPath,
    ) -> JSXAttrName { ... }
    fn fold_jsx_attr_or_spread(
        &mut self,
        node: JSXAttrOrSpread,
        __ast_path: &mut AstKindPath,
    ) -> JSXAttrOrSpread { ... }
    fn fold_jsx_attr_or_spreads(
        &mut self,
        node: Vec<JSXAttrOrSpread>,
        __ast_path: &mut AstKindPath,
    ) -> Vec<JSXAttrOrSpread> { ... }
    fn fold_jsx_attr_value(
        &mut self,
        node: JSXAttrValue,
        __ast_path: &mut AstKindPath,
    ) -> JSXAttrValue { ... }
    fn fold_jsx_closing_element(
        &mut self,
        node: JSXClosingElement,
        __ast_path: &mut AstKindPath,
    ) -> JSXClosingElement { ... }
    fn fold_jsx_closing_fragment(
        &mut self,
        node: JSXClosingFragment,
        __ast_path: &mut AstKindPath,
    ) -> JSXClosingFragment { ... }
    fn fold_jsx_element(
        &mut self,
        node: JSXElement,
        __ast_path: &mut AstKindPath,
    ) -> JSXElement { ... }
    fn fold_jsx_element_child(
        &mut self,
        node: JSXElementChild,
        __ast_path: &mut AstKindPath,
    ) -> JSXElementChild { ... }
    fn fold_jsx_element_childs(
        &mut self,
        node: Vec<JSXElementChild>,
        __ast_path: &mut AstKindPath,
    ) -> Vec<JSXElementChild> { ... }
    fn fold_jsx_element_name(
        &mut self,
        node: JSXElementName,
        __ast_path: &mut AstKindPath,
    ) -> JSXElementName { ... }
    fn fold_jsx_empty_expr(
        &mut self,
        node: JSXEmptyExpr,
        __ast_path: &mut AstKindPath,
    ) -> JSXEmptyExpr { ... }
    fn fold_jsx_expr(
        &mut self,
        node: JSXExpr,
        __ast_path: &mut AstKindPath,
    ) -> JSXExpr { ... }
    fn fold_jsx_expr_container(
        &mut self,
        node: JSXExprContainer,
        __ast_path: &mut AstKindPath,
    ) -> JSXExprContainer { ... }
    fn fold_jsx_fragment(
        &mut self,
        node: JSXFragment,
        __ast_path: &mut AstKindPath,
    ) -> JSXFragment { ... }
    fn fold_jsx_member_expr(
        &mut self,
        node: JSXMemberExpr,
        __ast_path: &mut AstKindPath,
    ) -> JSXMemberExpr { ... }
    fn fold_jsx_namespaced_name(
        &mut self,
        node: JSXNamespacedName,
        __ast_path: &mut AstKindPath,
    ) -> JSXNamespacedName { ... }
    fn fold_jsx_object(
        &mut self,
        node: JSXObject,
        __ast_path: &mut AstKindPath,
    ) -> JSXObject { ... }
    fn fold_jsx_opening_element(
        &mut self,
        node: JSXOpeningElement,
        __ast_path: &mut AstKindPath,
    ) -> JSXOpeningElement { ... }
    fn fold_jsx_opening_fragment(
        &mut self,
        node: JSXOpeningFragment,
        __ast_path: &mut AstKindPath,
    ) -> JSXOpeningFragment { ... }
    fn fold_jsx_spread_child(
        &mut self,
        node: JSXSpreadChild,
        __ast_path: &mut AstKindPath,
    ) -> JSXSpreadChild { ... }
    fn fold_jsx_text(
        &mut self,
        node: JSXText,
        __ast_path: &mut AstKindPath,
    ) -> JSXText { ... }
    fn fold_key(&mut self, node: Key, __ast_path: &mut AstKindPath) -> Key { ... }
    fn fold_key_value_pat_prop(
        &mut self,
        node: KeyValuePatProp,
        __ast_path: &mut AstKindPath,
    ) -> KeyValuePatProp { ... }
    fn fold_key_value_prop(
        &mut self,
        node: KeyValueProp,
        __ast_path: &mut AstKindPath,
    ) -> KeyValueProp { ... }
    fn fold_labeled_stmt(
        &mut self,
        node: LabeledStmt,
        __ast_path: &mut AstKindPath,
    ) -> LabeledStmt { ... }
    fn fold_lit(&mut self, node: Lit, __ast_path: &mut AstKindPath) -> Lit { ... }
    fn fold_member_expr(
        &mut self,
        node: MemberExpr,
        __ast_path: &mut AstKindPath,
    ) -> MemberExpr { ... }
    fn fold_member_prop(
        &mut self,
        node: MemberProp,
        __ast_path: &mut AstKindPath,
    ) -> MemberProp { ... }
    fn fold_meta_prop_expr(
        &mut self,
        node: MetaPropExpr,
        __ast_path: &mut AstKindPath,
    ) -> MetaPropExpr { ... }
    fn fold_meta_prop_kind(
        &mut self,
        node: MetaPropKind,
        __ast_path: &mut AstKindPath,
    ) -> MetaPropKind { ... }
    fn fold_method_kind(
        &mut self,
        node: MethodKind,
        __ast_path: &mut AstKindPath,
    ) -> MethodKind { ... }
    fn fold_method_prop(
        &mut self,
        node: MethodProp,
        __ast_path: &mut AstKindPath,
    ) -> MethodProp { ... }
    fn fold_module(
        &mut self,
        node: Module,
        __ast_path: &mut AstKindPath,
    ) -> Module { ... }
    fn fold_module_decl(
        &mut self,
        node: ModuleDecl,
        __ast_path: &mut AstKindPath,
    ) -> ModuleDecl { ... }
    fn fold_module_export_name(
        &mut self,
        node: ModuleExportName,
        __ast_path: &mut AstKindPath,
    ) -> ModuleExportName { ... }
    fn fold_module_item(
        &mut self,
        node: ModuleItem,
        __ast_path: &mut AstKindPath,
    ) -> ModuleItem { ... }
    fn fold_module_items(
        &mut self,
        node: Vec<ModuleItem>,
        __ast_path: &mut AstKindPath,
    ) -> Vec<ModuleItem> { ... }
    fn fold_named_export(
        &mut self,
        node: NamedExport,
        __ast_path: &mut AstKindPath,
    ) -> NamedExport { ... }
    fn fold_new_expr(
        &mut self,
        node: NewExpr,
        __ast_path: &mut AstKindPath,
    ) -> NewExpr { ... }
    fn fold_null(&mut self, node: Null, __ast_path: &mut AstKindPath) -> Null { ... }
    fn fold_number(
        &mut self,
        node: Number,
        __ast_path: &mut AstKindPath,
    ) -> Number { ... }
    fn fold_object_lit(
        &mut self,
        node: ObjectLit,
        __ast_path: &mut AstKindPath,
    ) -> ObjectLit { ... }
    fn fold_object_pat(
        &mut self,
        node: ObjectPat,
        __ast_path: &mut AstKindPath,
    ) -> ObjectPat { ... }
    fn fold_object_pat_prop(
        &mut self,
        node: ObjectPatProp,
        __ast_path: &mut AstKindPath,
    ) -> ObjectPatProp { ... }
    fn fold_object_pat_props(
        &mut self,
        node: Vec<ObjectPatProp>,
        __ast_path: &mut AstKindPath,
    ) -> Vec<ObjectPatProp> { ... }
    fn fold_opt_atom(
        &mut self,
        node: Option<Atom>,
        __ast_path: &mut AstKindPath,
    ) -> Option<Atom> { ... }
    fn fold_opt_block_stmt(
        &mut self,
        node: Option<BlockStmt>,
        __ast_path: &mut AstKindPath,
    ) -> Option<BlockStmt> { ... }
    fn fold_opt_call(
        &mut self,
        node: OptCall,
        __ast_path: &mut AstKindPath,
    ) -> OptCall { ... }
    fn fold_opt_catch_clause(
        &mut self,
        node: Option<CatchClause>,
        __ast_path: &mut AstKindPath,
    ) -> Option<CatchClause> { ... }
    fn fold_opt_chain_base(
        &mut self,
        node: OptChainBase,
        __ast_path: &mut AstKindPath,
    ) -> OptChainBase { ... }
    fn fold_opt_chain_expr(
        &mut self,
        node: OptChainExpr,
        __ast_path: &mut AstKindPath,
    ) -> OptChainExpr { ... }
    fn fold_opt_expr(
        &mut self,
        node: Option<Box<Expr>>,
        __ast_path: &mut AstKindPath,
    ) -> Option<Box<Expr>> { ... }
    fn fold_opt_expr_or_spread(
        &mut self,
        node: Option<ExprOrSpread>,
        __ast_path: &mut AstKindPath,
    ) -> Option<ExprOrSpread> { ... }
    fn fold_opt_expr_or_spreads(
        &mut self,
        node: Option<Vec<ExprOrSpread>>,
        __ast_path: &mut AstKindPath,
    ) -> Option<Vec<ExprOrSpread>> { ... }
    fn fold_opt_ident(
        &mut self,
        node: Option<Ident>,
        __ast_path: &mut AstKindPath,
    ) -> Option<Ident> { ... }
    fn fold_opt_jsx_attr_value(
        &mut self,
        node: Option<JSXAttrValue>,
        __ast_path: &mut AstKindPath,
    ) -> Option<JSXAttrValue> { ... }
    fn fold_opt_jsx_closing_element(
        &mut self,
        node: Option<JSXClosingElement>,
        __ast_path: &mut AstKindPath,
    ) -> Option<JSXClosingElement> { ... }
    fn fold_opt_module_export_name(
        &mut self,
        node: Option<ModuleExportName>,
        __ast_path: &mut AstKindPath,
    ) -> Option<ModuleExportName> { ... }
    fn fold_opt_object_lit(
        &mut self,
        node: Option<Box<ObjectLit>>,
        __ast_path: &mut AstKindPath,
    ) -> Option<Box<ObjectLit>> { ... }
    fn fold_opt_pat(
        &mut self,
        node: Option<Pat>,
        __ast_path: &mut AstKindPath,
    ) -> Option<Pat> { ... }
    fn fold_opt_span(
        &mut self,
        node: Option<Span>,
        __ast_path: &mut AstKindPath,
    ) -> Option<Span> { ... }
    fn fold_opt_stmt(
        &mut self,
        node: Option<Box<Stmt>>,
        __ast_path: &mut AstKindPath,
    ) -> Option<Box<Stmt>> { ... }
    fn fold_opt_str(
        &mut self,
        node: Option<Box<Str>>,
        __ast_path: &mut AstKindPath,
    ) -> Option<Box<Str>> { ... }
    fn fold_opt_var_decl_or_expr(
        &mut self,
        node: Option<VarDeclOrExpr>,
        __ast_path: &mut AstKindPath,
    ) -> Option<VarDeclOrExpr> { ... }
    fn fold_opt_vec_expr_or_spreads(
        &mut self,
        node: Vec<Option<ExprOrSpread>>,
        __ast_path: &mut AstKindPath,
    ) -> Vec<Option<ExprOrSpread>> { ... }
    fn fold_opt_vec_pats(
        &mut self,
        node: Vec<Option<Pat>>,
        __ast_path: &mut AstKindPath,
    ) -> Vec<Option<Pat>> { ... }
    fn fold_param(&mut self, node: Param, __ast_path: &mut AstKindPath) -> Param { ... }
    fn fold_param_or_ts_param_prop(
        &mut self,
        node: ParamOrTsParamProp,
        __ast_path: &mut AstKindPath,
    ) -> ParamOrTsParamProp { ... }
    fn fold_param_or_ts_param_props(
        &mut self,
        node: Vec<ParamOrTsParamProp>,
        __ast_path: &mut AstKindPath,
    ) -> Vec<ParamOrTsParamProp> { ... }
    fn fold_params(
        &mut self,
        node: Vec<Param>,
        __ast_path: &mut AstKindPath,
    ) -> Vec<Param> { ... }
    fn fold_paren_expr(
        &mut self,
        node: ParenExpr,
        __ast_path: &mut AstKindPath,
    ) -> ParenExpr { ... }
    fn fold_pat(&mut self, node: Pat, __ast_path: &mut AstKindPath) -> Pat { ... }
    fn fold_pats(
        &mut self,
        node: Vec<Pat>,
        __ast_path: &mut AstKindPath,
    ) -> Vec<Pat> { ... }
    fn fold_private_method(
        &mut self,
        node: PrivateMethod,
        __ast_path: &mut AstKindPath,
    ) -> PrivateMethod { ... }
    fn fold_private_name(
        &mut self,
        node: PrivateName,
        __ast_path: &mut AstKindPath,
    ) -> PrivateName { ... }
    fn fold_private_prop(
        &mut self,
        node: PrivateProp,
        __ast_path: &mut AstKindPath,
    ) -> PrivateProp { ... }
    fn fold_program(
        &mut self,
        node: Program,
        __ast_path: &mut AstKindPath,
    ) -> Program { ... }
    fn fold_prop(&mut self, node: Prop, __ast_path: &mut AstKindPath) -> Prop { ... }
    fn fold_prop_name(
        &mut self,
        node: PropName,
        __ast_path: &mut AstKindPath,
    ) -> PropName { ... }
    fn fold_prop_or_spread(
        &mut self,
        node: PropOrSpread,
        __ast_path: &mut AstKindPath,
    ) -> PropOrSpread { ... }
    fn fold_prop_or_spreads(
        &mut self,
        node: Vec<PropOrSpread>,
        __ast_path: &mut AstKindPath,
    ) -> Vec<PropOrSpread> { ... }
    fn fold_regex(&mut self, node: Regex, __ast_path: &mut AstKindPath) -> Regex { ... }
    fn fold_rest_pat(
        &mut self,
        node: RestPat,
        __ast_path: &mut AstKindPath,
    ) -> RestPat { ... }
    fn fold_return_stmt(
        &mut self,
        node: ReturnStmt,
        __ast_path: &mut AstKindPath,
    ) -> ReturnStmt { ... }
    fn fold_script(
        &mut self,
        node: Script,
        __ast_path: &mut AstKindPath,
    ) -> Script { ... }
    fn fold_seq_expr(
        &mut self,
        node: SeqExpr,
        __ast_path: &mut AstKindPath,
    ) -> SeqExpr { ... }
    fn fold_setter_prop(
        &mut self,
        node: SetterProp,
        __ast_path: &mut AstKindPath,
    ) -> SetterProp { ... }
    fn fold_simple_assign_target(
        &mut self,
        node: SimpleAssignTarget,
        __ast_path: &mut AstKindPath,
    ) -> SimpleAssignTarget { ... }
    fn fold_span(&mut self, node: Span, __ast_path: &mut AstKindPath) -> Span { ... }
    fn fold_spread_element(
        &mut self,
        node: SpreadElement,
        __ast_path: &mut AstKindPath,
    ) -> SpreadElement { ... }
    fn fold_static_block(
        &mut self,
        node: StaticBlock,
        __ast_path: &mut AstKindPath,
    ) -> StaticBlock { ... }
    fn fold_stmt(&mut self, node: Stmt, __ast_path: &mut AstKindPath) -> Stmt { ... }
    fn fold_stmts(
        &mut self,
        node: Vec<Stmt>,
        __ast_path: &mut AstKindPath,
    ) -> Vec<Stmt> { ... }
    fn fold_str(&mut self, node: Str, __ast_path: &mut AstKindPath) -> Str { ... }
    fn fold_super(&mut self, node: Super, __ast_path: &mut AstKindPath) -> Super { ... }
    fn fold_super_prop(
        &mut self,
        node: SuperProp,
        __ast_path: &mut AstKindPath,
    ) -> SuperProp { ... }
    fn fold_super_prop_expr(
        &mut self,
        node: SuperPropExpr,
        __ast_path: &mut AstKindPath,
    ) -> SuperPropExpr { ... }
    fn fold_switch_case(
        &mut self,
        node: SwitchCase,
        __ast_path: &mut AstKindPath,
    ) -> SwitchCase { ... }
    fn fold_switch_cases(
        &mut self,
        node: Vec<SwitchCase>,
        __ast_path: &mut AstKindPath,
    ) -> Vec<SwitchCase> { ... }
    fn fold_switch_stmt(
        &mut self,
        node: SwitchStmt,
        __ast_path: &mut AstKindPath,
    ) -> SwitchStmt { ... }
    fn fold_syntax_context(
        &mut self,
        node: SyntaxContext,
        __ast_path: &mut AstKindPath,
    ) -> SyntaxContext { ... }
    fn fold_tagged_tpl(
        &mut self,
        node: TaggedTpl,
        __ast_path: &mut AstKindPath,
    ) -> TaggedTpl { ... }
    fn fold_this_expr(
        &mut self,
        node: ThisExpr,
        __ast_path: &mut AstKindPath,
    ) -> ThisExpr { ... }
    fn fold_throw_stmt(
        &mut self,
        node: ThrowStmt,
        __ast_path: &mut AstKindPath,
    ) -> ThrowStmt { ... }
    fn fold_tpl(&mut self, node: Tpl, __ast_path: &mut AstKindPath) -> Tpl { ... }
    fn fold_tpl_element(
        &mut self,
        node: TplElement,
        __ast_path: &mut AstKindPath,
    ) -> TplElement { ... }
    fn fold_tpl_elements(
        &mut self,
        node: Vec<TplElement>,
        __ast_path: &mut AstKindPath,
    ) -> Vec<TplElement> { ... }
    fn fold_true_plus_minus(
        &mut self,
        node: TruePlusMinus,
        __ast_path: &mut AstKindPath,
    ) -> TruePlusMinus { ... }
    fn fold_try_stmt(
        &mut self,
        node: TryStmt,
        __ast_path: &mut AstKindPath,
    ) -> TryStmt { ... }
    fn fold_unary_expr(
        &mut self,
        node: UnaryExpr,
        __ast_path: &mut AstKindPath,
    ) -> UnaryExpr { ... }
    fn fold_unary_op(
        &mut self,
        node: UnaryOp,
        __ast_path: &mut AstKindPath,
    ) -> UnaryOp { ... }
    fn fold_update_expr(
        &mut self,
        node: UpdateExpr,
        __ast_path: &mut AstKindPath,
    ) -> UpdateExpr { ... }
    fn fold_update_op(
        &mut self,
        node: UpdateOp,
        __ast_path: &mut AstKindPath,
    ) -> UpdateOp { ... }
    fn fold_using_decl(
        &mut self,
        node: UsingDecl,
        __ast_path: &mut AstKindPath,
    ) -> UsingDecl { ... }
    fn fold_var_decl(
        &mut self,
        node: VarDecl,
        __ast_path: &mut AstKindPath,
    ) -> VarDecl { ... }
    fn fold_var_decl_kind(
        &mut self,
        node: VarDeclKind,
        __ast_path: &mut AstKindPath,
    ) -> VarDeclKind { ... }
    fn fold_var_decl_or_expr(
        &mut self,
        node: VarDeclOrExpr,
        __ast_path: &mut AstKindPath,
    ) -> VarDeclOrExpr { ... }
    fn fold_var_declarator(
        &mut self,
        node: VarDeclarator,
        __ast_path: &mut AstKindPath,
    ) -> VarDeclarator { ... }
    fn fold_var_declarators(
        &mut self,
        node: Vec<VarDeclarator>,
        __ast_path: &mut AstKindPath,
    ) -> Vec<VarDeclarator> { ... }
    fn fold_while_stmt(
        &mut self,
        node: WhileStmt,
        __ast_path: &mut AstKindPath,
    ) -> WhileStmt { ... }
    fn fold_with_stmt(
        &mut self,
        node: WithStmt,
        __ast_path: &mut AstKindPath,
    ) -> WithStmt { ... }
    fn fold_yield_expr(
        &mut self,
        node: YieldExpr,
        __ast_path: &mut AstKindPath,
    ) -> YieldExpr { ... }
}

Available on crate feature path only.

A visitor trait for traversing the AST.

Provided Methods

fn fold_array_lit( &mut self, node: ArrayLit, __ast_path: &mut AstKindPath, ) -> ArrayLit

Visit a node of type ArrayLit.

By default, this method calls [ArrayLit::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_array_pat( &mut self, node: ArrayPat, __ast_path: &mut AstKindPath, ) -> ArrayPat

Visit a node of type ArrayPat.

By default, this method calls [ArrayPat::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_arrow_expr( &mut self, node: ArrowExpr, __ast_path: &mut AstKindPath, ) -> ArrowExpr

Visit a node of type ArrowExpr.

By default, this method calls [ArrowExpr::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_assign_expr( &mut self, node: AssignExpr, __ast_path: &mut AstKindPath, ) -> AssignExpr

Visit a node of type AssignExpr.

By default, this method calls [AssignExpr::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_assign_op( &mut self, node: AssignOp, __ast_path: &mut AstKindPath, ) -> AssignOp

Visit a node of type AssignOp.

By default, this method calls [AssignOp::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_assign_pat( &mut self, node: AssignPat, __ast_path: &mut AstKindPath, ) -> AssignPat

Visit a node of type AssignPat.

By default, this method calls [AssignPat::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_assign_pat_prop( &mut self, node: AssignPatProp, __ast_path: &mut AstKindPath, ) -> AssignPatProp

Visit a node of type AssignPatProp.

By default, this method calls [AssignPatProp::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_assign_prop( &mut self, node: AssignProp, __ast_path: &mut AstKindPath, ) -> AssignProp

Visit a node of type AssignProp.

By default, this method calls [AssignProp::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_assign_target( &mut self, node: AssignTarget, __ast_path: &mut AstKindPath, ) -> AssignTarget

Visit a node of type AssignTarget.

By default, this method calls [AssignTarget::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_assign_target_pat( &mut self, node: AssignTargetPat, __ast_path: &mut AstKindPath, ) -> AssignTargetPat

Visit a node of type AssignTargetPat.

By default, this method calls [AssignTargetPat::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_atom(&mut self, node: Atom, __ast_path: &mut AstKindPath) -> Atom

Visit a node of type swc_atoms :: Atom.

By default, this method calls [swc_atoms :: Atom::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_auto_accessor( &mut self, node: AutoAccessor, __ast_path: &mut AstKindPath, ) -> AutoAccessor

Visit a node of type AutoAccessor.

By default, this method calls [AutoAccessor::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_await_expr( &mut self, node: AwaitExpr, __ast_path: &mut AstKindPath, ) -> AwaitExpr

Visit a node of type AwaitExpr.

By default, this method calls [AwaitExpr::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_big_int(&mut self, node: BigInt, __ast_path: &mut AstKindPath) -> BigInt

Visit a node of type BigInt.

By default, this method calls [BigInt::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_big_int_value( &mut self, node: BigIntValue, __ast_path: &mut AstKindPath, ) -> BigIntValue

Visit a node of type BigIntValue.

By default, this method calls BigIntValue::fold_children_with_ast_path. If you want to recurse, you need to call it manually.

fn fold_bin_expr( &mut self, node: BinExpr, __ast_path: &mut AstKindPath, ) -> BinExpr

Visit a node of type BinExpr.

By default, this method calls [BinExpr::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_binary_op( &mut self, node: BinaryOp, __ast_path: &mut AstKindPath, ) -> BinaryOp

Visit a node of type BinaryOp.

By default, this method calls [BinaryOp::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_binding_ident( &mut self, node: BindingIdent, __ast_path: &mut AstKindPath, ) -> BindingIdent

Visit a node of type BindingIdent.

By default, this method calls [BindingIdent::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_block_stmt( &mut self, node: BlockStmt, __ast_path: &mut AstKindPath, ) -> BlockStmt

Visit a node of type BlockStmt.

By default, this method calls [BlockStmt::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_block_stmt_or_expr( &mut self, node: BlockStmtOrExpr, __ast_path: &mut AstKindPath, ) -> BlockStmtOrExpr

Visit a node of type BlockStmtOrExpr.

By default, this method calls [BlockStmtOrExpr::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_bool(&mut self, node: Bool, __ast_path: &mut AstKindPath) -> Bool

Visit a node of type Bool.

By default, this method calls [Bool::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_break_stmt( &mut self, node: BreakStmt, __ast_path: &mut AstKindPath, ) -> BreakStmt

Visit a node of type BreakStmt.

By default, this method calls [BreakStmt::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_call_expr( &mut self, node: CallExpr, __ast_path: &mut AstKindPath, ) -> CallExpr

Visit a node of type CallExpr.

By default, this method calls [CallExpr::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_callee(&mut self, node: Callee, __ast_path: &mut AstKindPath) -> Callee

Visit a node of type Callee.

By default, this method calls [Callee::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_catch_clause( &mut self, node: CatchClause, __ast_path: &mut AstKindPath, ) -> CatchClause

Visit a node of type CatchClause.

By default, this method calls [CatchClause::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_class(&mut self, node: Class, __ast_path: &mut AstKindPath) -> Class

Visit a node of type Class.

By default, this method calls [Class::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_class_decl( &mut self, node: ClassDecl, __ast_path: &mut AstKindPath, ) -> ClassDecl

Visit a node of type ClassDecl.

By default, this method calls [ClassDecl::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_class_expr( &mut self, node: ClassExpr, __ast_path: &mut AstKindPath, ) -> ClassExpr

Visit a node of type ClassExpr.

By default, this method calls [ClassExpr::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_class_member( &mut self, node: ClassMember, __ast_path: &mut AstKindPath, ) -> ClassMember

Visit a node of type ClassMember.

By default, this method calls [ClassMember::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_class_members( &mut self, node: Vec<ClassMember>, __ast_path: &mut AstKindPath, ) -> Vec<ClassMember>

Visit a node of type Vec < ClassMember >.

By default, this method calls [Vec < ClassMember >::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_class_method( &mut self, node: ClassMethod, __ast_path: &mut AstKindPath, ) -> ClassMethod

Visit a node of type ClassMethod.

By default, this method calls [ClassMethod::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_class_prop( &mut self, node: ClassProp, __ast_path: &mut AstKindPath, ) -> ClassProp

Visit a node of type ClassProp.

By default, this method calls [ClassProp::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_computed_prop_name( &mut self, node: ComputedPropName, __ast_path: &mut AstKindPath, ) -> ComputedPropName

Visit a node of type ComputedPropName.

By default, this method calls [ComputedPropName::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_cond_expr( &mut self, node: CondExpr, __ast_path: &mut AstKindPath, ) -> CondExpr

Visit a node of type CondExpr.

By default, this method calls [CondExpr::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_constructor( &mut self, node: Constructor, __ast_path: &mut AstKindPath, ) -> Constructor

Visit a node of type Constructor.

By default, this method calls [Constructor::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_continue_stmt( &mut self, node: ContinueStmt, __ast_path: &mut AstKindPath, ) -> ContinueStmt

Visit a node of type ContinueStmt.

By default, this method calls [ContinueStmt::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_debugger_stmt( &mut self, node: DebuggerStmt, __ast_path: &mut AstKindPath, ) -> DebuggerStmt

Visit a node of type DebuggerStmt.

By default, this method calls [DebuggerStmt::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_decl(&mut self, node: Decl, __ast_path: &mut AstKindPath) -> Decl

Visit a node of type Decl.

By default, this method calls [Decl::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_decorator( &mut self, node: Decorator, __ast_path: &mut AstKindPath, ) -> Decorator

Visit a node of type Decorator.

By default, this method calls [Decorator::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_decorators( &mut self, node: Vec<Decorator>, __ast_path: &mut AstKindPath, ) -> Vec<Decorator>

Visit a node of type Vec < Decorator >.

By default, this method calls [Vec < Decorator >::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_default_decl( &mut self, node: DefaultDecl, __ast_path: &mut AstKindPath, ) -> DefaultDecl

Visit a node of type DefaultDecl.

By default, this method calls [DefaultDecl::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_do_while_stmt( &mut self, node: DoWhileStmt, __ast_path: &mut AstKindPath, ) -> DoWhileStmt

Visit a node of type DoWhileStmt.

By default, this method calls [DoWhileStmt::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_empty_stmt( &mut self, node: EmptyStmt, __ast_path: &mut AstKindPath, ) -> EmptyStmt

Visit a node of type EmptyStmt.

By default, this method calls [EmptyStmt::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_export_all( &mut self, node: ExportAll, __ast_path: &mut AstKindPath, ) -> ExportAll

Visit a node of type ExportAll.

By default, this method calls [ExportAll::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_export_decl( &mut self, node: ExportDecl, __ast_path: &mut AstKindPath, ) -> ExportDecl

Visit a node of type ExportDecl.

By default, this method calls [ExportDecl::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_export_default_decl( &mut self, node: ExportDefaultDecl, __ast_path: &mut AstKindPath, ) -> ExportDefaultDecl

Visit a node of type ExportDefaultDecl.

By default, this method calls [ExportDefaultDecl::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_export_default_expr( &mut self, node: ExportDefaultExpr, __ast_path: &mut AstKindPath, ) -> ExportDefaultExpr

Visit a node of type ExportDefaultExpr.

By default, this method calls [ExportDefaultExpr::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_export_default_specifier( &mut self, node: ExportDefaultSpecifier, __ast_path: &mut AstKindPath, ) -> ExportDefaultSpecifier

Visit a node of type ExportDefaultSpecifier.

By default, this method calls [ExportDefaultSpecifier::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_export_named_specifier( &mut self, node: ExportNamedSpecifier, __ast_path: &mut AstKindPath, ) -> ExportNamedSpecifier

Visit a node of type ExportNamedSpecifier.

By default, this method calls [ExportNamedSpecifier::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_export_namespace_specifier( &mut self, node: ExportNamespaceSpecifier, __ast_path: &mut AstKindPath, ) -> ExportNamespaceSpecifier

Visit a node of type ExportNamespaceSpecifier.

By default, this method calls [ExportNamespaceSpecifier::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_export_specifier( &mut self, node: ExportSpecifier, __ast_path: &mut AstKindPath, ) -> ExportSpecifier

Visit a node of type ExportSpecifier.

By default, this method calls [ExportSpecifier::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_export_specifiers( &mut self, node: Vec<ExportSpecifier>, __ast_path: &mut AstKindPath, ) -> Vec<ExportSpecifier>

Visit a node of type Vec < ExportSpecifier >.

By default, this method calls [Vec < ExportSpecifier >::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_expr(&mut self, node: Expr, __ast_path: &mut AstKindPath) -> Expr

Visit a node of type Expr.

By default, this method calls [Expr::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_expr_or_spread( &mut self, node: ExprOrSpread, __ast_path: &mut AstKindPath, ) -> ExprOrSpread

Visit a node of type ExprOrSpread.

By default, this method calls [ExprOrSpread::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_expr_or_spreads( &mut self, node: Vec<ExprOrSpread>, __ast_path: &mut AstKindPath, ) -> Vec<ExprOrSpread>

Visit a node of type Vec < ExprOrSpread >.

By default, this method calls [Vec < ExprOrSpread >::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_expr_stmt( &mut self, node: ExprStmt, __ast_path: &mut AstKindPath, ) -> ExprStmt

Visit a node of type ExprStmt.

By default, this method calls [ExprStmt::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_exprs( &mut self, node: Vec<Box<Expr>>, __ast_path: &mut AstKindPath, ) -> Vec<Box<Expr>>

Visit a node of type Vec < Box < Expr > >.

By default, this method calls [Vec < Box < Expr > >::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_fn_decl(&mut self, node: FnDecl, __ast_path: &mut AstKindPath) -> FnDecl

Visit a node of type FnDecl.

By default, this method calls [FnDecl::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_fn_expr(&mut self, node: FnExpr, __ast_path: &mut AstKindPath) -> FnExpr

Visit a node of type FnExpr.

By default, this method calls [FnExpr::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_for_head( &mut self, node: ForHead, __ast_path: &mut AstKindPath, ) -> ForHead

Visit a node of type ForHead.

By default, this method calls [ForHead::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_for_in_stmt( &mut self, node: ForInStmt, __ast_path: &mut AstKindPath, ) -> ForInStmt

Visit a node of type ForInStmt.

By default, this method calls [ForInStmt::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_for_of_stmt( &mut self, node: ForOfStmt, __ast_path: &mut AstKindPath, ) -> ForOfStmt

Visit a node of type ForOfStmt.

By default, this method calls [ForOfStmt::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_for_stmt( &mut self, node: ForStmt, __ast_path: &mut AstKindPath, ) -> ForStmt

Visit a node of type ForStmt.

By default, this method calls [ForStmt::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_function( &mut self, node: Function, __ast_path: &mut AstKindPath, ) -> Function

Visit a node of type Function.

By default, this method calls [Function::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_getter_prop( &mut self, node: GetterProp, __ast_path: &mut AstKindPath, ) -> GetterProp

Visit a node of type GetterProp.

By default, this method calls [GetterProp::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_ident(&mut self, node: Ident, __ast_path: &mut AstKindPath) -> Ident

Visit a node of type Ident.

By default, this method calls [Ident::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_ident_name( &mut self, node: IdentName, __ast_path: &mut AstKindPath, ) -> IdentName

Visit a node of type IdentName.

By default, this method calls [IdentName::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_if_stmt(&mut self, node: IfStmt, __ast_path: &mut AstKindPath) -> IfStmt

Visit a node of type IfStmt.

By default, this method calls [IfStmt::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_import(&mut self, node: Import, __ast_path: &mut AstKindPath) -> Import

Visit a node of type Import.

By default, this method calls [Import::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_import_decl( &mut self, node: ImportDecl, __ast_path: &mut AstKindPath, ) -> ImportDecl

Visit a node of type ImportDecl.

By default, this method calls [ImportDecl::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_import_default_specifier( &mut self, node: ImportDefaultSpecifier, __ast_path: &mut AstKindPath, ) -> ImportDefaultSpecifier

Visit a node of type ImportDefaultSpecifier.

By default, this method calls [ImportDefaultSpecifier::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_import_named_specifier( &mut self, node: ImportNamedSpecifier, __ast_path: &mut AstKindPath, ) -> ImportNamedSpecifier

Visit a node of type ImportNamedSpecifier.

By default, this method calls [ImportNamedSpecifier::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_import_phase( &mut self, node: ImportPhase, __ast_path: &mut AstKindPath, ) -> ImportPhase

Visit a node of type ImportPhase.

By default, this method calls [ImportPhase::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_import_specifier( &mut self, node: ImportSpecifier, __ast_path: &mut AstKindPath, ) -> ImportSpecifier

Visit a node of type ImportSpecifier.

By default, this method calls [ImportSpecifier::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_import_specifiers( &mut self, node: Vec<ImportSpecifier>, __ast_path: &mut AstKindPath, ) -> Vec<ImportSpecifier>

Visit a node of type Vec < ImportSpecifier >.

By default, this method calls [Vec < ImportSpecifier >::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_import_star_as_specifier( &mut self, node: ImportStarAsSpecifier, __ast_path: &mut AstKindPath, ) -> ImportStarAsSpecifier

Visit a node of type ImportStarAsSpecifier.

By default, this method calls [ImportStarAsSpecifier::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_import_with( &mut self, node: ImportWith, __ast_path: &mut AstKindPath, ) -> ImportWith

Visit a node of type ImportWith.

By default, this method calls [ImportWith::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_import_with_item( &mut self, node: ImportWithItem, __ast_path: &mut AstKindPath, ) -> ImportWithItem

Visit a node of type ImportWithItem.

By default, this method calls [ImportWithItem::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_import_with_items( &mut self, node: Vec<ImportWithItem>, __ast_path: &mut AstKindPath, ) -> Vec<ImportWithItem>

Visit a node of type Vec < ImportWithItem >.

By default, this method calls [Vec < ImportWithItem >::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_invalid( &mut self, node: Invalid, __ast_path: &mut AstKindPath, ) -> Invalid

Visit a node of type Invalid.

By default, this method calls [Invalid::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_jsx_attr( &mut self, node: JSXAttr, __ast_path: &mut AstKindPath, ) -> JSXAttr

Visit a node of type JSXAttr.

By default, this method calls [JSXAttr::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_jsx_attr_name( &mut self, node: JSXAttrName, __ast_path: &mut AstKindPath, ) -> JSXAttrName

Visit a node of type JSXAttrName.

By default, this method calls [JSXAttrName::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_jsx_attr_or_spread( &mut self, node: JSXAttrOrSpread, __ast_path: &mut AstKindPath, ) -> JSXAttrOrSpread

Visit a node of type JSXAttrOrSpread.

By default, this method calls [JSXAttrOrSpread::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_jsx_attr_or_spreads( &mut self, node: Vec<JSXAttrOrSpread>, __ast_path: &mut AstKindPath, ) -> Vec<JSXAttrOrSpread>

Visit a node of type Vec < JSXAttrOrSpread >.

By default, this method calls [Vec < JSXAttrOrSpread >::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_jsx_attr_value( &mut self, node: JSXAttrValue, __ast_path: &mut AstKindPath, ) -> JSXAttrValue

Visit a node of type JSXAttrValue.

By default, this method calls [JSXAttrValue::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_jsx_closing_element( &mut self, node: JSXClosingElement, __ast_path: &mut AstKindPath, ) -> JSXClosingElement

Visit a node of type JSXClosingElement.

By default, this method calls [JSXClosingElement::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_jsx_closing_fragment( &mut self, node: JSXClosingFragment, __ast_path: &mut AstKindPath, ) -> JSXClosingFragment

Visit a node of type JSXClosingFragment.

By default, this method calls [JSXClosingFragment::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_jsx_element( &mut self, node: JSXElement, __ast_path: &mut AstKindPath, ) -> JSXElement

Visit a node of type JSXElement.

By default, this method calls [JSXElement::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_jsx_element_child( &mut self, node: JSXElementChild, __ast_path: &mut AstKindPath, ) -> JSXElementChild

Visit a node of type JSXElementChild.

By default, this method calls [JSXElementChild::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_jsx_element_childs( &mut self, node: Vec<JSXElementChild>, __ast_path: &mut AstKindPath, ) -> Vec<JSXElementChild>

Visit a node of type Vec < JSXElementChild >.

By default, this method calls [Vec < JSXElementChild >::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_jsx_element_name( &mut self, node: JSXElementName, __ast_path: &mut AstKindPath, ) -> JSXElementName

Visit a node of type JSXElementName.

By default, this method calls [JSXElementName::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_jsx_empty_expr( &mut self, node: JSXEmptyExpr, __ast_path: &mut AstKindPath, ) -> JSXEmptyExpr

Visit a node of type JSXEmptyExpr.

By default, this method calls [JSXEmptyExpr::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_jsx_expr( &mut self, node: JSXExpr, __ast_path: &mut AstKindPath, ) -> JSXExpr

Visit a node of type JSXExpr.

By default, this method calls [JSXExpr::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_jsx_expr_container( &mut self, node: JSXExprContainer, __ast_path: &mut AstKindPath, ) -> JSXExprContainer

Visit a node of type JSXExprContainer.

By default, this method calls [JSXExprContainer::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_jsx_fragment( &mut self, node: JSXFragment, __ast_path: &mut AstKindPath, ) -> JSXFragment

Visit a node of type JSXFragment.

By default, this method calls [JSXFragment::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_jsx_member_expr( &mut self, node: JSXMemberExpr, __ast_path: &mut AstKindPath, ) -> JSXMemberExpr

Visit a node of type JSXMemberExpr.

By default, this method calls [JSXMemberExpr::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_jsx_namespaced_name( &mut self, node: JSXNamespacedName, __ast_path: &mut AstKindPath, ) -> JSXNamespacedName

Visit a node of type JSXNamespacedName.

By default, this method calls [JSXNamespacedName::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_jsx_object( &mut self, node: JSXObject, __ast_path: &mut AstKindPath, ) -> JSXObject

Visit a node of type JSXObject.

By default, this method calls [JSXObject::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_jsx_opening_element( &mut self, node: JSXOpeningElement, __ast_path: &mut AstKindPath, ) -> JSXOpeningElement

Visit a node of type JSXOpeningElement.

By default, this method calls [JSXOpeningElement::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_jsx_opening_fragment( &mut self, node: JSXOpeningFragment, __ast_path: &mut AstKindPath, ) -> JSXOpeningFragment

Visit a node of type JSXOpeningFragment.

By default, this method calls [JSXOpeningFragment::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_jsx_spread_child( &mut self, node: JSXSpreadChild, __ast_path: &mut AstKindPath, ) -> JSXSpreadChild

Visit a node of type JSXSpreadChild.

By default, this method calls [JSXSpreadChild::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_jsx_text( &mut self, node: JSXText, __ast_path: &mut AstKindPath, ) -> JSXText

Visit a node of type JSXText.

By default, this method calls [JSXText::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_key(&mut self, node: Key, __ast_path: &mut AstKindPath) -> Key

Visit a node of type Key.

By default, this method calls [Key::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_key_value_pat_prop( &mut self, node: KeyValuePatProp, __ast_path: &mut AstKindPath, ) -> KeyValuePatProp

Visit a node of type KeyValuePatProp.

By default, this method calls [KeyValuePatProp::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_key_value_prop( &mut self, node: KeyValueProp, __ast_path: &mut AstKindPath, ) -> KeyValueProp

Visit a node of type KeyValueProp.

By default, this method calls [KeyValueProp::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_labeled_stmt( &mut self, node: LabeledStmt, __ast_path: &mut AstKindPath, ) -> LabeledStmt

Visit a node of type LabeledStmt.

By default, this method calls [LabeledStmt::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_lit(&mut self, node: Lit, __ast_path: &mut AstKindPath) -> Lit

Visit a node of type Lit.

By default, this method calls [Lit::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_member_expr( &mut self, node: MemberExpr, __ast_path: &mut AstKindPath, ) -> MemberExpr

Visit a node of type MemberExpr.

By default, this method calls [MemberExpr::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_member_prop( &mut self, node: MemberProp, __ast_path: &mut AstKindPath, ) -> MemberProp

Visit a node of type MemberProp.

By default, this method calls [MemberProp::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_meta_prop_expr( &mut self, node: MetaPropExpr, __ast_path: &mut AstKindPath, ) -> MetaPropExpr

Visit a node of type MetaPropExpr.

By default, this method calls [MetaPropExpr::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_meta_prop_kind( &mut self, node: MetaPropKind, __ast_path: &mut AstKindPath, ) -> MetaPropKind

Visit a node of type MetaPropKind.

By default, this method calls [MetaPropKind::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_method_kind( &mut self, node: MethodKind, __ast_path: &mut AstKindPath, ) -> MethodKind

Visit a node of type MethodKind.

By default, this method calls [MethodKind::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_method_prop( &mut self, node: MethodProp, __ast_path: &mut AstKindPath, ) -> MethodProp

Visit a node of type MethodProp.

By default, this method calls [MethodProp::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_module(&mut self, node: Module, __ast_path: &mut AstKindPath) -> Module

Visit a node of type Module.

By default, this method calls [Module::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_module_decl( &mut self, node: ModuleDecl, __ast_path: &mut AstKindPath, ) -> ModuleDecl

Visit a node of type ModuleDecl.

By default, this method calls [ModuleDecl::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_module_export_name( &mut self, node: ModuleExportName, __ast_path: &mut AstKindPath, ) -> ModuleExportName

Visit a node of type ModuleExportName.

By default, this method calls [ModuleExportName::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_module_item( &mut self, node: ModuleItem, __ast_path: &mut AstKindPath, ) -> ModuleItem

Visit a node of type ModuleItem.

By default, this method calls [ModuleItem::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_module_items( &mut self, node: Vec<ModuleItem>, __ast_path: &mut AstKindPath, ) -> Vec<ModuleItem>

Visit a node of type Vec < ModuleItem >.

By default, this method calls [Vec < ModuleItem >::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_named_export( &mut self, node: NamedExport, __ast_path: &mut AstKindPath, ) -> NamedExport

Visit a node of type NamedExport.

By default, this method calls [NamedExport::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_new_expr( &mut self, node: NewExpr, __ast_path: &mut AstKindPath, ) -> NewExpr

Visit a node of type NewExpr.

By default, this method calls [NewExpr::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_null(&mut self, node: Null, __ast_path: &mut AstKindPath) -> Null

Visit a node of type Null.

By default, this method calls [Null::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_number(&mut self, node: Number, __ast_path: &mut AstKindPath) -> Number

Visit a node of type Number.

By default, this method calls [Number::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_object_lit( &mut self, node: ObjectLit, __ast_path: &mut AstKindPath, ) -> ObjectLit

Visit a node of type ObjectLit.

By default, this method calls [ObjectLit::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_object_pat( &mut self, node: ObjectPat, __ast_path: &mut AstKindPath, ) -> ObjectPat

Visit a node of type ObjectPat.

By default, this method calls [ObjectPat::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_object_pat_prop( &mut self, node: ObjectPatProp, __ast_path: &mut AstKindPath, ) -> ObjectPatProp

Visit a node of type ObjectPatProp.

By default, this method calls [ObjectPatProp::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_object_pat_props( &mut self, node: Vec<ObjectPatProp>, __ast_path: &mut AstKindPath, ) -> Vec<ObjectPatProp>

Visit a node of type Vec < ObjectPatProp >.

By default, this method calls [Vec < ObjectPatProp >::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_opt_atom( &mut self, node: Option<Atom>, __ast_path: &mut AstKindPath, ) -> Option<Atom>

Visit a node of type Option < swc_atoms :: Atom >.

By default, this method calls [Option < swc_atoms :: Atom >::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_opt_block_stmt( &mut self, node: Option<BlockStmt>, __ast_path: &mut AstKindPath, ) -> Option<BlockStmt>

Visit a node of type Option < BlockStmt >.

By default, this method calls [Option < BlockStmt >::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_opt_call( &mut self, node: OptCall, __ast_path: &mut AstKindPath, ) -> OptCall

Visit a node of type OptCall.

By default, this method calls [OptCall::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_opt_catch_clause( &mut self, node: Option<CatchClause>, __ast_path: &mut AstKindPath, ) -> Option<CatchClause>

Visit a node of type Option < CatchClause >.

By default, this method calls [Option < CatchClause >::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_opt_chain_base( &mut self, node: OptChainBase, __ast_path: &mut AstKindPath, ) -> OptChainBase

Visit a node of type OptChainBase.

By default, this method calls [OptChainBase::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_opt_chain_expr( &mut self, node: OptChainExpr, __ast_path: &mut AstKindPath, ) -> OptChainExpr

Visit a node of type OptChainExpr.

By default, this method calls [OptChainExpr::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_opt_expr( &mut self, node: Option<Box<Expr>>, __ast_path: &mut AstKindPath, ) -> Option<Box<Expr>>

Visit a node of type Option < Box < Expr > >.

By default, this method calls [Option < Box < Expr > >::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_opt_expr_or_spread( &mut self, node: Option<ExprOrSpread>, __ast_path: &mut AstKindPath, ) -> Option<ExprOrSpread>

Visit a node of type Option < ExprOrSpread >.

By default, this method calls [Option < ExprOrSpread >::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_opt_expr_or_spreads( &mut self, node: Option<Vec<ExprOrSpread>>, __ast_path: &mut AstKindPath, ) -> Option<Vec<ExprOrSpread>>

Visit a node of type Option < Vec < ExprOrSpread > >.

By default, this method calls [Option < Vec < ExprOrSpread > >::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_opt_ident( &mut self, node: Option<Ident>, __ast_path: &mut AstKindPath, ) -> Option<Ident>

Visit a node of type Option < Ident >.

By default, this method calls [Option < Ident >::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_opt_jsx_attr_value( &mut self, node: Option<JSXAttrValue>, __ast_path: &mut AstKindPath, ) -> Option<JSXAttrValue>

Visit a node of type Option < JSXAttrValue >.

By default, this method calls [Option < JSXAttrValue >::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_opt_jsx_closing_element( &mut self, node: Option<JSXClosingElement>, __ast_path: &mut AstKindPath, ) -> Option<JSXClosingElement>

Visit a node of type Option < JSXClosingElement >.

By default, this method calls [Option < JSXClosingElement >::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_opt_module_export_name( &mut self, node: Option<ModuleExportName>, __ast_path: &mut AstKindPath, ) -> Option<ModuleExportName>

Visit a node of type Option < ModuleExportName >.

By default, this method calls [Option < ModuleExportName >::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_opt_object_lit( &mut self, node: Option<Box<ObjectLit>>, __ast_path: &mut AstKindPath, ) -> Option<Box<ObjectLit>>

Visit a node of type Option < Box < ObjectLit > >.

By default, this method calls [Option < Box < ObjectLit > >::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_opt_pat( &mut self, node: Option<Pat>, __ast_path: &mut AstKindPath, ) -> Option<Pat>

Visit a node of type Option < Pat >.

By default, this method calls [Option < Pat >::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_opt_span( &mut self, node: Option<Span>, __ast_path: &mut AstKindPath, ) -> Option<Span>

Visit a node of type Option < swc_common :: Span >.

By default, this method calls [Option < swc_common :: Span >::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_opt_stmt( &mut self, node: Option<Box<Stmt>>, __ast_path: &mut AstKindPath, ) -> Option<Box<Stmt>>

Visit a node of type Option < Box < Stmt > >.

By default, this method calls [Option < Box < Stmt > >::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_opt_str( &mut self, node: Option<Box<Str>>, __ast_path: &mut AstKindPath, ) -> Option<Box<Str>>

Visit a node of type Option < Box < Str > >.

By default, this method calls [Option < Box < Str > >::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_opt_var_decl_or_expr( &mut self, node: Option<VarDeclOrExpr>, __ast_path: &mut AstKindPath, ) -> Option<VarDeclOrExpr>

Visit a node of type Option < VarDeclOrExpr >.

By default, this method calls [Option < VarDeclOrExpr >::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_opt_vec_expr_or_spreads( &mut self, node: Vec<Option<ExprOrSpread>>, __ast_path: &mut AstKindPath, ) -> Vec<Option<ExprOrSpread>>

Visit a node of type Vec < Option < ExprOrSpread > >.

By default, this method calls [Vec < Option < ExprOrSpread > >::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_opt_vec_pats( &mut self, node: Vec<Option<Pat>>, __ast_path: &mut AstKindPath, ) -> Vec<Option<Pat>>

Visit a node of type Vec < Option < Pat > >.

By default, this method calls [Vec < Option < Pat > >::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_param(&mut self, node: Param, __ast_path: &mut AstKindPath) -> Param

Visit a node of type Param.

By default, this method calls [Param::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_param_or_ts_param_prop( &mut self, node: ParamOrTsParamProp, __ast_path: &mut AstKindPath, ) -> ParamOrTsParamProp

Visit a node of type ParamOrTsParamProp.

By default, this method calls [ParamOrTsParamProp::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_param_or_ts_param_props( &mut self, node: Vec<ParamOrTsParamProp>, __ast_path: &mut AstKindPath, ) -> Vec<ParamOrTsParamProp>

Visit a node of type Vec < ParamOrTsParamProp >.

By default, this method calls [Vec < ParamOrTsParamProp >::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_params( &mut self, node: Vec<Param>, __ast_path: &mut AstKindPath, ) -> Vec<Param>

Visit a node of type Vec < Param >.

By default, this method calls [Vec < Param >::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_paren_expr( &mut self, node: ParenExpr, __ast_path: &mut AstKindPath, ) -> ParenExpr

Visit a node of type ParenExpr.

By default, this method calls [ParenExpr::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_pat(&mut self, node: Pat, __ast_path: &mut AstKindPath) -> Pat

Visit a node of type Pat.

By default, this method calls [Pat::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_pats( &mut self, node: Vec<Pat>, __ast_path: &mut AstKindPath, ) -> Vec<Pat>

Visit a node of type Vec < Pat >.

By default, this method calls [Vec < Pat >::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_private_method( &mut self, node: PrivateMethod, __ast_path: &mut AstKindPath, ) -> PrivateMethod

Visit a node of type PrivateMethod.

By default, this method calls [PrivateMethod::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_private_name( &mut self, node: PrivateName, __ast_path: &mut AstKindPath, ) -> PrivateName

Visit a node of type PrivateName.

By default, this method calls [PrivateName::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_private_prop( &mut self, node: PrivateProp, __ast_path: &mut AstKindPath, ) -> PrivateProp

Visit a node of type PrivateProp.

By default, this method calls [PrivateProp::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_program( &mut self, node: Program, __ast_path: &mut AstKindPath, ) -> Program

Visit a node of type Program.

By default, this method calls [Program::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_prop(&mut self, node: Prop, __ast_path: &mut AstKindPath) -> Prop

Visit a node of type Prop.

By default, this method calls [Prop::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_prop_name( &mut self, node: PropName, __ast_path: &mut AstKindPath, ) -> PropName

Visit a node of type PropName.

By default, this method calls [PropName::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_prop_or_spread( &mut self, node: PropOrSpread, __ast_path: &mut AstKindPath, ) -> PropOrSpread

Visit a node of type PropOrSpread.

By default, this method calls [PropOrSpread::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_prop_or_spreads( &mut self, node: Vec<PropOrSpread>, __ast_path: &mut AstKindPath, ) -> Vec<PropOrSpread>

Visit a node of type Vec < PropOrSpread >.

By default, this method calls [Vec < PropOrSpread >::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_regex(&mut self, node: Regex, __ast_path: &mut AstKindPath) -> Regex

Visit a node of type Regex.

By default, this method calls [Regex::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_rest_pat( &mut self, node: RestPat, __ast_path: &mut AstKindPath, ) -> RestPat

Visit a node of type RestPat.

By default, this method calls [RestPat::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_return_stmt( &mut self, node: ReturnStmt, __ast_path: &mut AstKindPath, ) -> ReturnStmt

Visit a node of type ReturnStmt.

By default, this method calls [ReturnStmt::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_script(&mut self, node: Script, __ast_path: &mut AstKindPath) -> Script

Visit a node of type Script.

By default, this method calls [Script::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_seq_expr( &mut self, node: SeqExpr, __ast_path: &mut AstKindPath, ) -> SeqExpr

Visit a node of type SeqExpr.

By default, this method calls [SeqExpr::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_setter_prop( &mut self, node: SetterProp, __ast_path: &mut AstKindPath, ) -> SetterProp

Visit a node of type SetterProp.

By default, this method calls [SetterProp::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_simple_assign_target( &mut self, node: SimpleAssignTarget, __ast_path: &mut AstKindPath, ) -> SimpleAssignTarget

Visit a node of type SimpleAssignTarget.

By default, this method calls [SimpleAssignTarget::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_span(&mut self, node: Span, __ast_path: &mut AstKindPath) -> Span

Visit a node of type swc_common :: Span.

By default, this method calls [swc_common :: Span::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_spread_element( &mut self, node: SpreadElement, __ast_path: &mut AstKindPath, ) -> SpreadElement

Visit a node of type SpreadElement.

By default, this method calls [SpreadElement::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_static_block( &mut self, node: StaticBlock, __ast_path: &mut AstKindPath, ) -> StaticBlock

Visit a node of type StaticBlock.

By default, this method calls [StaticBlock::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_stmt(&mut self, node: Stmt, __ast_path: &mut AstKindPath) -> Stmt

Visit a node of type Stmt.

By default, this method calls [Stmt::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_stmts( &mut self, node: Vec<Stmt>, __ast_path: &mut AstKindPath, ) -> Vec<Stmt>

Visit a node of type Vec < Stmt >.

By default, this method calls [Vec < Stmt >::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_str(&mut self, node: Str, __ast_path: &mut AstKindPath) -> Str

Visit a node of type Str.

By default, this method calls [Str::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_super(&mut self, node: Super, __ast_path: &mut AstKindPath) -> Super

Visit a node of type Super.

By default, this method calls [Super::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_super_prop( &mut self, node: SuperProp, __ast_path: &mut AstKindPath, ) -> SuperProp

Visit a node of type SuperProp.

By default, this method calls [SuperProp::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_super_prop_expr( &mut self, node: SuperPropExpr, __ast_path: &mut AstKindPath, ) -> SuperPropExpr

Visit a node of type SuperPropExpr.

By default, this method calls [SuperPropExpr::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_switch_case( &mut self, node: SwitchCase, __ast_path: &mut AstKindPath, ) -> SwitchCase

Visit a node of type SwitchCase.

By default, this method calls [SwitchCase::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_switch_cases( &mut self, node: Vec<SwitchCase>, __ast_path: &mut AstKindPath, ) -> Vec<SwitchCase>

Visit a node of type Vec < SwitchCase >.

By default, this method calls [Vec < SwitchCase >::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_switch_stmt( &mut self, node: SwitchStmt, __ast_path: &mut AstKindPath, ) -> SwitchStmt

Visit a node of type SwitchStmt.

By default, this method calls [SwitchStmt::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_syntax_context( &mut self, node: SyntaxContext, __ast_path: &mut AstKindPath, ) -> SyntaxContext

Visit a node of type swc_common :: SyntaxContext.

By default, this method calls [swc_common :: SyntaxContext::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_tagged_tpl( &mut self, node: TaggedTpl, __ast_path: &mut AstKindPath, ) -> TaggedTpl

Visit a node of type TaggedTpl.

By default, this method calls [TaggedTpl::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_this_expr( &mut self, node: ThisExpr, __ast_path: &mut AstKindPath, ) -> ThisExpr

Visit a node of type ThisExpr.

By default, this method calls [ThisExpr::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_throw_stmt( &mut self, node: ThrowStmt, __ast_path: &mut AstKindPath, ) -> ThrowStmt

Visit a node of type ThrowStmt.

By default, this method calls [ThrowStmt::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_tpl(&mut self, node: Tpl, __ast_path: &mut AstKindPath) -> Tpl

Visit a node of type Tpl.

By default, this method calls [Tpl::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_tpl_element( &mut self, node: TplElement, __ast_path: &mut AstKindPath, ) -> TplElement

Visit a node of type TplElement.

By default, this method calls [TplElement::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_tpl_elements( &mut self, node: Vec<TplElement>, __ast_path: &mut AstKindPath, ) -> Vec<TplElement>

Visit a node of type Vec < TplElement >.

By default, this method calls [Vec < TplElement >::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_true_plus_minus( &mut self, node: TruePlusMinus, __ast_path: &mut AstKindPath, ) -> TruePlusMinus

Visit a node of type TruePlusMinus.

By default, this method calls [TruePlusMinus::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_try_stmt( &mut self, node: TryStmt, __ast_path: &mut AstKindPath, ) -> TryStmt

Visit a node of type TryStmt.

By default, this method calls [TryStmt::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_unary_expr( &mut self, node: UnaryExpr, __ast_path: &mut AstKindPath, ) -> UnaryExpr

Visit a node of type UnaryExpr.

By default, this method calls [UnaryExpr::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_unary_op( &mut self, node: UnaryOp, __ast_path: &mut AstKindPath, ) -> UnaryOp

Visit a node of type UnaryOp.

By default, this method calls [UnaryOp::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_update_expr( &mut self, node: UpdateExpr, __ast_path: &mut AstKindPath, ) -> UpdateExpr

Visit a node of type UpdateExpr.

By default, this method calls [UpdateExpr::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_update_op( &mut self, node: UpdateOp, __ast_path: &mut AstKindPath, ) -> UpdateOp

Visit a node of type UpdateOp.

By default, this method calls [UpdateOp::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_using_decl( &mut self, node: UsingDecl, __ast_path: &mut AstKindPath, ) -> UsingDecl

Visit a node of type UsingDecl.

By default, this method calls [UsingDecl::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_var_decl( &mut self, node: VarDecl, __ast_path: &mut AstKindPath, ) -> VarDecl

Visit a node of type VarDecl.

By default, this method calls [VarDecl::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_var_decl_kind( &mut self, node: VarDeclKind, __ast_path: &mut AstKindPath, ) -> VarDeclKind

Visit a node of type VarDeclKind.

By default, this method calls [VarDeclKind::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_var_decl_or_expr( &mut self, node: VarDeclOrExpr, __ast_path: &mut AstKindPath, ) -> VarDeclOrExpr

Visit a node of type VarDeclOrExpr.

By default, this method calls [VarDeclOrExpr::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_var_declarator( &mut self, node: VarDeclarator, __ast_path: &mut AstKindPath, ) -> VarDeclarator

Visit a node of type VarDeclarator.

By default, this method calls [VarDeclarator::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_var_declarators( &mut self, node: Vec<VarDeclarator>, __ast_path: &mut AstKindPath, ) -> Vec<VarDeclarator>

Visit a node of type Vec < VarDeclarator >.

By default, this method calls [Vec < VarDeclarator >::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_while_stmt( &mut self, node: WhileStmt, __ast_path: &mut AstKindPath, ) -> WhileStmt

Visit a node of type WhileStmt.

By default, this method calls [WhileStmt::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_with_stmt( &mut self, node: WithStmt, __ast_path: &mut AstKindPath, ) -> WithStmt

Visit a node of type WithStmt.

By default, this method calls [WithStmt::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

fn fold_yield_expr( &mut self, node: YieldExpr, __ast_path: &mut AstKindPath, ) -> YieldExpr

Visit a node of type YieldExpr.

By default, this method calls [YieldExpr::fold_children_with_ast_path]. If you want to recurse, you need to call it manually.

Implementations on Foreign Types

impl<A, B> FoldAstPath for Either<A, B>

where A: FoldAstPath, B: FoldAstPath,

fn fold_array_lit( &mut self, node: ArrayLit, __ast_path: &mut AstKindPath, ) -> ArrayLit

fn fold_array_pat( &mut self, node: ArrayPat, __ast_path: &mut AstKindPath, ) -> ArrayPat

fn fold_arrow_expr( &mut self, node: ArrowExpr, __ast_path: &mut AstKindPath, ) -> ArrowExpr

fn fold_assign_expr( &mut self, node: AssignExpr, __ast_path: &mut AstKindPath, ) -> AssignExpr

fn fold_assign_op( &mut self, node: AssignOp, __ast_path: &mut AstKindPath, ) -> AssignOp

fn fold_assign_pat( &mut self, node: AssignPat, __ast_path: &mut AstKindPath, ) -> AssignPat

fn fold_assign_pat_prop( &mut self, node: AssignPatProp, __ast_path: &mut AstKindPath, ) -> AssignPatProp

fn fold_assign_prop( &mut self, node: AssignProp, __ast_path: &mut AstKindPath, ) -> AssignProp

fn fold_assign_target( &mut self, node: AssignTarget, __ast_path: &mut AstKindPath, ) -> AssignTarget

fn fold_assign_target_pat( &mut self, node: AssignTargetPat, __ast_path: &mut AstKindPath, ) -> AssignTargetPat

fn fold_atom(&mut self, node: Atom, __ast_path: &mut AstKindPath) -> Atom

fn fold_auto_accessor( &mut self, node: AutoAccessor, __ast_path: &mut AstKindPath, ) -> AutoAccessor

fn fold_await_expr( &mut self, node: AwaitExpr, __ast_path: &mut AstKindPath, ) -> AwaitExpr

fn fold_big_int(&mut self, node: BigInt, __ast_path: &mut AstKindPath) -> BigInt

fn fold_big_int_value( &mut self, node: BigIntValue, __ast_path: &mut AstKindPath, ) -> BigIntValue

fn fold_bin_expr( &mut self, node: BinExpr, __ast_path: &mut AstKindPath, ) -> BinExpr

fn fold_binary_op( &mut self, node: BinaryOp, __ast_path: &mut AstKindPath, ) -> BinaryOp

fn fold_binding_ident( &mut self, node: BindingIdent, __ast_path: &mut AstKindPath, ) -> BindingIdent

fn fold_block_stmt( &mut self, node: BlockStmt, __ast_path: &mut AstKindPath, ) -> BlockStmt

fn fold_block_stmt_or_expr( &mut self, node: BlockStmtOrExpr, __ast_path: &mut AstKindPath, ) -> BlockStmtOrExpr

fn fold_bool(&mut self, node: Bool, __ast_path: &mut AstKindPath) -> Bool

fn fold_break_stmt( &mut self, node: BreakStmt, __ast_path: &mut AstKindPath, ) -> BreakStmt

fn fold_call_expr( &mut self, node: CallExpr, __ast_path: &mut AstKindPath, ) -> CallExpr

fn fold_callee(&mut self, node: Callee, __ast_path: &mut AstKindPath) -> Callee

fn fold_catch_clause( &mut self, node: CatchClause, __ast_path: &mut AstKindPath, ) -> CatchClause

fn fold_class(&mut self, node: Class, __ast_path: &mut AstKindPath) -> Class

fn fold_class_decl( &mut self, node: ClassDecl, __ast_path: &mut AstKindPath, ) -> ClassDecl

fn fold_class_expr( &mut self, node: ClassExpr, __ast_path: &mut AstKindPath, ) -> ClassExpr

fn fold_class_member( &mut self, node: ClassMember, __ast_path: &mut AstKindPath, ) -> ClassMember

fn fold_class_members( &mut self, node: Vec<ClassMember>, __ast_path: &mut AstKindPath, ) -> Vec<ClassMember>

fn fold_class_method( &mut self, node: ClassMethod, __ast_path: &mut AstKindPath, ) -> ClassMethod

fn fold_class_prop( &mut self, node: ClassProp, __ast_path: &mut AstKindPath, ) -> ClassProp

fn fold_computed_prop_name( &mut self, node: ComputedPropName, __ast_path: &mut AstKindPath, ) -> ComputedPropName

fn fold_cond_expr( &mut self, node: CondExpr, __ast_path: &mut AstKindPath, ) -> CondExpr

fn fold_constructor( &mut self, node: Constructor, __ast_path: &mut AstKindPath, ) -> Constructor

fn fold_continue_stmt( &mut self, node: ContinueStmt, __ast_path: &mut AstKindPath, ) -> ContinueStmt

fn fold_debugger_stmt( &mut self, node: DebuggerStmt, __ast_path: &mut AstKindPath, ) -> DebuggerStmt

fn fold_decl(&mut self, node: Decl, __ast_path: &mut AstKindPath) -> Decl

fn fold_decorator( &mut self, node: Decorator, __ast_path: &mut AstKindPath, ) -> Decorator

fn fold_decorators( &mut self, node: Vec<Decorator>, __ast_path: &mut AstKindPath, ) -> Vec<Decorator>

fn fold_default_decl( &mut self, node: DefaultDecl, __ast_path: &mut AstKindPath, ) -> DefaultDecl

fn fold_do_while_stmt( &mut self, node: DoWhileStmt, __ast_path: &mut AstKindPath, ) -> DoWhileStmt

fn fold_empty_stmt( &mut self, node: EmptyStmt, __ast_path: &mut AstKindPath, ) -> EmptyStmt

fn fold_export_all( &mut self, node: ExportAll, __ast_path: &mut AstKindPath, ) -> ExportAll

fn fold_export_decl( &mut self, node: ExportDecl, __ast_path: &mut AstKindPath, ) -> ExportDecl

fn fold_export_default_decl( &mut self, node: ExportDefaultDecl, __ast_path: &mut AstKindPath, ) -> ExportDefaultDecl

fn fold_export_default_expr( &mut self, node: ExportDefaultExpr, __ast_path: &mut AstKindPath, ) -> ExportDefaultExpr

fn fold_export_default_specifier( &mut self, node: ExportDefaultSpecifier, __ast_path: &mut AstKindPath, ) -> ExportDefaultSpecifier

fn fold_export_named_specifier( &mut self, node: ExportNamedSpecifier, __ast_path: &mut AstKindPath, ) -> ExportNamedSpecifier

fn fold_export_namespace_specifier( &mut self, node: ExportNamespaceSpecifier, __ast_path: &mut AstKindPath, ) -> ExportNamespaceSpecifier

fn fold_export_specifier( &mut self, node: ExportSpecifier, __ast_path: &mut AstKindPath, ) -> ExportSpecifier

fn fold_export_specifiers( &mut self, node: Vec<ExportSpecifier>, __ast_path: &mut AstKindPath, ) -> Vec<ExportSpecifier>

fn fold_expr(&mut self, node: Expr, __ast_path: &mut AstKindPath) -> Expr

fn fold_expr_or_spread( &mut self, node: ExprOrSpread, __ast_path: &mut AstKindPath, ) -> ExprOrSpread

fn fold_expr_or_spreads( &mut self, node: Vec<ExprOrSpread>, __ast_path: &mut AstKindPath, ) -> Vec<ExprOrSpread>

fn fold_expr_stmt( &mut self, node: ExprStmt, __ast_path: &mut AstKindPath, ) -> ExprStmt

fn fold_exprs( &mut self, node: Vec<Box<Expr>>, __ast_path: &mut AstKindPath, ) -> Vec<Box<Expr>>

fn fold_fn_decl(&mut self, node: FnDecl, __ast_path: &mut AstKindPath) -> FnDecl

fn fold_fn_expr(&mut self, node: FnExpr, __ast_path: &mut AstKindPath) -> FnExpr

fn fold_for_head( &mut self, node: ForHead, __ast_path: &mut AstKindPath, ) -> ForHead

fn fold_for_in_stmt( &mut self, node: ForInStmt, __ast_path: &mut AstKindPath, ) -> ForInStmt

fn fold_for_of_stmt( &mut self, node: ForOfStmt, __ast_path: &mut AstKindPath, ) -> ForOfStmt

fn fold_for_stmt( &mut self, node: ForStmt, __ast_path: &mut AstKindPath, ) -> ForStmt

fn fold_function( &mut self, node: Function, __ast_path: &mut AstKindPath, ) -> Function

fn fold_getter_prop( &mut self, node: GetterProp, __ast_path: &mut AstKindPath, ) -> GetterProp

fn fold_ident(&mut self, node: Ident, __ast_path: &mut AstKindPath) -> Ident

fn fold_ident_name( &mut self, node: IdentName, __ast_path: &mut AstKindPath, ) -> IdentName

fn fold_if_stmt(&mut self, node: IfStmt, __ast_path: &mut AstKindPath) -> IfStmt

fn fold_import(&mut self, node: Import, __ast_path: &mut AstKindPath) -> Import

fn fold_import_decl( &mut self, node: ImportDecl, __ast_path: &mut AstKindPath, ) -> ImportDecl

fn fold_import_default_specifier( &mut self, node: ImportDefaultSpecifier, __ast_path: &mut AstKindPath, ) -> ImportDefaultSpecifier

fn fold_import_named_specifier( &mut self, node: ImportNamedSpecifier, __ast_path: &mut AstKindPath, ) -> ImportNamedSpecifier

fn fold_import_phase( &mut self, node: ImportPhase, __ast_path: &mut AstKindPath, ) -> ImportPhase

fn fold_import_specifier( &mut self, node: ImportSpecifier, __ast_path: &mut AstKindPath, ) -> ImportSpecifier

fn fold_import_specifiers( &mut self, node: Vec<ImportSpecifier>, __ast_path: &mut AstKindPath, ) -> Vec<ImportSpecifier>

fn fold_import_star_as_specifier( &mut self, node: ImportStarAsSpecifier, __ast_path: &mut AstKindPath, ) -> ImportStarAsSpecifier

fn fold_import_with( &mut self, node: ImportWith, __ast_path: &mut AstKindPath, ) -> ImportWith

fn fold_import_with_item( &mut self, node: ImportWithItem, __ast_path: &mut AstKindPath, ) -> ImportWithItem

fn fold_import_with_items( &mut self, node: Vec<ImportWithItem>, __ast_path: &mut AstKindPath, ) -> Vec<ImportWithItem>

fn fold_invalid( &mut self, node: Invalid, __ast_path: &mut AstKindPath, ) -> Invalid

fn fold_jsx_attr( &mut self, node: JSXAttr, __ast_path: &mut AstKindPath, ) -> JSXAttr

fn fold_jsx_attr_name( &mut self, node: JSXAttrName, __ast_path: &mut AstKindPath, ) -> JSXAttrName

fn fold_jsx_attr_or_spread( &mut self, node: JSXAttrOrSpread, __ast_path: &mut AstKindPath, ) -> JSXAttrOrSpread

fn fold_jsx_attr_or_spreads( &mut self, node: Vec<JSXAttrOrSpread>, __ast_path: &mut AstKindPath, ) -> Vec<JSXAttrOrSpread>

fn fold_jsx_attr_value( &mut self, node: JSXAttrValue, __ast_path: &mut AstKindPath, ) -> JSXAttrValue

fn fold_jsx_closing_element( &mut self, node: JSXClosingElement, __ast_path: &mut AstKindPath, ) -> JSXClosingElement

fn fold_jsx_closing_fragment( &mut self, node: JSXClosingFragment, __ast_path: &mut AstKindPath, ) -> JSXClosingFragment

fn fold_jsx_element( &mut self, node: JSXElement, __ast_path: &mut AstKindPath, ) -> JSXElement

fn fold_jsx_element_child( &mut self, node: JSXElementChild, __ast_path: &mut AstKindPath, ) -> JSXElementChild

fn fold_jsx_element_childs( &mut self, node: Vec<JSXElementChild>, __ast_path: &mut AstKindPath, ) -> Vec<JSXElementChild>

fn fold_jsx_element_name( &mut self, node: JSXElementName, __ast_path: &mut AstKindPath, ) -> JSXElementName

fn fold_jsx_empty_expr( &mut self, node: JSXEmptyExpr, __ast_path: &mut AstKindPath, ) -> JSXEmptyExpr

fn fold_jsx_expr( &mut self, node: JSXExpr, __ast_path: &mut AstKindPath, ) -> JSXExpr

fn fold_jsx_expr_container( &mut self, node: JSXExprContainer, __ast_path: &mut AstKindPath, ) -> JSXExprContainer

fn fold_jsx_fragment( &mut self, node: JSXFragment, __ast_path: &mut AstKindPath, ) -> JSXFragment

fn fold_jsx_member_expr( &mut self, node: JSXMemberExpr, __ast_path: &mut AstKindPath, ) -> JSXMemberExpr

fn fold_jsx_namespaced_name( &mut self, node: JSXNamespacedName, __ast_path: &mut AstKindPath, ) -> JSXNamespacedName

fn fold_jsx_object( &mut self, node: JSXObject, __ast_path: &mut AstKindPath, ) -> JSXObject

fn fold_jsx_opening_element( &mut self, node: JSXOpeningElement, __ast_path: &mut AstKindPath, ) -> JSXOpeningElement

fn fold_jsx_opening_fragment( &mut self, node: JSXOpeningFragment, __ast_path: &mut AstKindPath, ) -> JSXOpeningFragment

fn fold_jsx_spread_child( &mut self, node: JSXSpreadChild, __ast_path: &mut AstKindPath, ) -> JSXSpreadChild

fn fold_jsx_text( &mut self, node: JSXText, __ast_path: &mut AstKindPath, ) -> JSXText

fn fold_key(&mut self, node: Key, __ast_path: &mut AstKindPath) -> Key

fn fold_key_value_pat_prop( &mut self, node: KeyValuePatProp, __ast_path: &mut AstKindPath, ) -> KeyValuePatProp

fn fold_key_value_prop( &mut self, node: KeyValueProp, __ast_path: &mut AstKindPath, ) -> KeyValueProp

fn fold_labeled_stmt( &mut self, node: LabeledStmt, __ast_path: &mut AstKindPath, ) -> LabeledStmt

fn fold_lit(&mut self, node: Lit, __ast_path: &mut AstKindPath) -> Lit

fn fold_member_expr( &mut self, node: MemberExpr, __ast_path: &mut AstKindPath, ) -> MemberExpr

fn fold_member_prop( &mut self, node: MemberProp, __ast_path: &mut AstKindPath, ) -> MemberProp

fn fold_meta_prop_expr( &mut self, node: MetaPropExpr, __ast_path: &mut AstKindPath, ) -> MetaPropExpr

fn fold_meta_prop_kind( &mut self, node: MetaPropKind, __ast_path: &mut AstKindPath, ) -> MetaPropKind

fn fold_method_kind( &mut self, node: MethodKind, __ast_path: &mut AstKindPath, ) -> MethodKind

fn fold_method_prop( &mut self, node: MethodProp, __ast_path: &mut AstKindPath, ) -> MethodProp

fn fold_module(&mut self, node: Module, __ast_path: &mut AstKindPath) -> Module

fn fold_module_decl( &mut self, node: ModuleDecl, __ast_path: &mut AstKindPath, ) -> ModuleDecl

fn fold_module_export_name( &mut self, node: ModuleExportName, __ast_path: &mut AstKindPath, ) -> ModuleExportName

fn fold_module_item( &mut self, node: ModuleItem, __ast_path: &mut AstKindPath, ) -> ModuleItem

fn fold_module_items( &mut self, node: Vec<ModuleItem>, __ast_path: &mut AstKindPath, ) -> Vec<ModuleItem>

fn fold_named_export( &mut self, node: NamedExport, __ast_path: &mut AstKindPath, ) -> NamedExport

fn fold_new_expr( &mut self, node: NewExpr, __ast_path: &mut AstKindPath, ) -> NewExpr

fn fold_null(&mut self, node: Null, __ast_path: &mut AstKindPath) -> Null

fn fold_number(&mut self, node: Number, __ast_path: &mut AstKindPath) -> Number

fn fold_object_lit( &mut self, node: ObjectLit, __ast_path: &mut AstKindPath, ) -> ObjectLit

fn fold_object_pat( &mut self, node: ObjectPat, __ast_path: &mut AstKindPath, ) -> ObjectPat

fn fold_object_pat_prop( &mut self, node: ObjectPatProp, __ast_path: &mut AstKindPath, ) -> ObjectPatProp

fn fold_object_pat_props( &mut self, node: Vec<ObjectPatProp>, __ast_path: &mut AstKindPath, ) -> Vec<ObjectPatProp>

fn fold_opt_atom( &mut self, node: Option<Atom>, __ast_path: &mut AstKindPath, ) -> Option<Atom>

fn fold_opt_block_stmt( &mut self, node: Option<BlockStmt>, __ast_path: &mut AstKindPath, ) -> Option<BlockStmt>

fn fold_opt_call( &mut self, node: OptCall, __ast_path: &mut AstKindPath, ) -> OptCall

fn fold_opt_catch_clause( &mut self, node: Option<CatchClause>, __ast_path: &mut AstKindPath, ) -> Option<CatchClause>

fn fold_opt_chain_base( &mut self, node: OptChainBase, __ast_path: &mut AstKindPath, ) -> OptChainBase

fn fold_opt_chain_expr( &mut self, node: OptChainExpr, __ast_path: &mut AstKindPath, ) -> OptChainExpr

fn fold_opt_expr( &mut self, node: Option<Box<Expr>>, __ast_path: &mut AstKindPath, ) -> Option<Box<Expr>>

fn fold_opt_expr_or_spread( &mut self, node: Option<ExprOrSpread>, __ast_path: &mut AstKindPath, ) -> Option<ExprOrSpread>

fn fold_opt_expr_or_spreads( &mut self, node: Option<Vec<ExprOrSpread>>, __ast_path: &mut AstKindPath, ) -> Option<Vec<ExprOrSpread>>

fn fold_opt_ident( &mut self, node: Option<Ident>, __ast_path: &mut AstKindPath, ) -> Option<Ident>

fn fold_opt_jsx_attr_value( &mut self, node: Option<JSXAttrValue>, __ast_path: &mut AstKindPath, ) -> Option<JSXAttrValue>

fn fold_opt_jsx_closing_element( &mut self, node: Option<JSXClosingElement>, __ast_path: &mut AstKindPath, ) -> Option<JSXClosingElement>

fn fold_opt_module_export_name( &mut self, node: Option<ModuleExportName>, __ast_path: &mut AstKindPath, ) -> Option<ModuleExportName>

fn fold_opt_object_lit( &mut self, node: Option<Box<ObjectLit>>, __ast_path: &mut AstKindPath, ) -> Option<Box<ObjectLit>>

fn fold_opt_pat( &mut self, node: Option<Pat>, __ast_path: &mut AstKindPath, ) -> Option<Pat>

fn fold_opt_span( &mut self, node: Option<Span>, __ast_path: &mut AstKindPath, ) -> Option<Span>

fn fold_opt_stmt( &mut self, node: Option<Box<Stmt>>, __ast_path: &mut AstKindPath, ) -> Option<Box<Stmt>>

fn fold_opt_str( &mut self, node: Option<Box<Str>>, __ast_path: &mut AstKindPath, ) -> Option<Box<Str>>

fn fold_opt_var_decl_or_expr( &mut self, node: Option<VarDeclOrExpr>, __ast_path: &mut AstKindPath, ) -> Option<VarDeclOrExpr>

fn fold_opt_vec_expr_or_spreads( &mut self, node: Vec<Option<ExprOrSpread>>, __ast_path: &mut AstKindPath, ) -> Vec<Option<ExprOrSpread>>

fn fold_opt_vec_pats( &mut self, node: Vec<Option<Pat>>, __ast_path: &mut AstKindPath, ) -> Vec<Option<Pat>>

fn fold_param(&mut self, node: Param, __ast_path: &mut AstKindPath) -> Param

fn fold_param_or_ts_param_prop( &mut self, node: ParamOrTsParamProp, __ast_path: &mut AstKindPath, ) -> ParamOrTsParamProp

fn fold_param_or_ts_param_props( &mut self, node: Vec<ParamOrTsParamProp>, __ast_path: &mut AstKindPath, ) -> Vec<ParamOrTsParamProp>

fn fold_params( &mut self, node: Vec<Param>, __ast_path: &mut AstKindPath, ) -> Vec<Param>

fn fold_paren_expr( &mut self, node: ParenExpr, __ast_path: &mut AstKindPath, ) -> ParenExpr

fn fold_pat(&mut self, node: Pat, __ast_path: &mut AstKindPath) -> Pat

fn fold_pats( &mut self, node: Vec<Pat>, __ast_path: &mut AstKindPath, ) -> Vec<Pat>

fn fold_private_method( &mut self, node: PrivateMethod, __ast_path: &mut AstKindPath, ) -> PrivateMethod

fn fold_private_name( &mut self, node: PrivateName, __ast_path: &mut AstKindPath, ) -> PrivateName

fn fold_private_prop( &mut self, node: PrivateProp, __ast_path: &mut AstKindPath, ) -> PrivateProp

fn fold_program( &mut self, node: Program, __ast_path: &mut AstKindPath, ) -> Program

fn fold_prop(&mut self, node: Prop, __ast_path: &mut AstKindPath) -> Prop

fn fold_prop_name( &mut self, node: PropName, __ast_path: &mut AstKindPath, ) -> PropName

fn fold_prop_or_spread( &mut self, node: PropOrSpread, __ast_path: &mut AstKindPath, ) -> PropOrSpread

fn fold_prop_or_spreads( &mut self, node: Vec<PropOrSpread>, __ast_path: &mut AstKindPath, ) -> Vec<PropOrSpread>

fn fold_regex(&mut self, node: Regex, __ast_path: &mut AstKindPath) -> Regex

fn fold_rest_pat( &mut self, node: RestPat, __ast_path: &mut AstKindPath, ) -> RestPat

fn fold_return_stmt( &mut self, node: ReturnStmt, __ast_path: &mut AstKindPath, ) -> ReturnStmt

fn fold_script(&mut self, node: Script, __ast_path: &mut AstKindPath) -> Script

fn fold_seq_expr( &mut self, node: SeqExpr, __ast_path: &mut AstKindPath, ) -> SeqExpr

fn fold_setter_prop( &mut self, node: SetterProp, __ast_path: &mut AstKindPath, ) -> SetterProp

fn fold_simple_assign_target( &mut self, node: SimpleAssignTarget, __ast_path: &mut AstKindPath, ) -> SimpleAssignTarget

fn fold_span(&mut self, node: Span, __ast_path: &mut AstKindPath) -> Span

fn fold_spread_element( &mut self, node: SpreadElement, __ast_path: &mut AstKindPath, ) -> SpreadElement

fn fold_static_block( &mut self, node: StaticBlock, __ast_path: &mut AstKindPath, ) -> StaticBlock

fn fold_stmt(&mut self, node: Stmt, __ast_path: &mut AstKindPath) -> Stmt

fn fold_stmts( &mut self, node: Vec<Stmt>, __ast_path: &mut AstKindPath, ) -> Vec<Stmt>

fn fold_str(&mut self, node: Str, __ast_path: &mut AstKindPath) -> Str

fn fold_super(&mut self, node: Super, __ast_path: &mut AstKindPath) -> Super

fn fold_super_prop( &mut self, node: SuperProp, __ast_path: &mut AstKindPath, ) -> SuperProp

fn fold_super_prop_expr( &mut self, node: SuperPropExpr, __ast_path: &mut AstKindPath, ) -> SuperPropExpr

fn fold_switch_case( &mut self, node: SwitchCase, __ast_path: &mut AstKindPath, ) -> SwitchCase

fn fold_switch_cases( &mut self, node: Vec<SwitchCase>, __ast_path: &mut AstKindPath, ) -> Vec<SwitchCase>

fn fold_switch_stmt( &mut self, node: SwitchStmt, __ast_path: &mut AstKindPath, ) -> SwitchStmt

fn fold_syntax_context( &mut self, node: SyntaxContext, __ast_path: &mut AstKindPath, ) -> SyntaxContext

fn fold_tagged_tpl( &mut self, node: TaggedTpl, __ast_path: &mut AstKindPath, ) -> TaggedTpl

fn fold_this_expr( &mut self, node: ThisExpr, __ast_path: &mut AstKindPath, ) -> ThisExpr

fn fold_throw_stmt( &mut self, node: ThrowStmt, __ast_path: &mut AstKindPath, ) -> ThrowStmt

fn fold_tpl(&mut self, node: Tpl, __ast_path: &mut AstKindPath) -> Tpl

fn fold_tpl_element( &mut self, node: TplElement, __ast_path: &mut AstKindPath, ) -> TplElement

fn fold_tpl_elements( &mut self, node: Vec<TplElement>, __ast_path: &mut AstKindPath, ) -> Vec<TplElement>

fn fold_true_plus_minus( &mut self, node: TruePlusMinus, __ast_path: &mut AstKindPath, ) -> TruePlusMinus

fn fold_try_stmt( &mut self, node: TryStmt, __ast_path: &mut AstKindPath, ) -> TryStmt

fn fold_unary_expr( &mut self, node: UnaryExpr, __ast_path: &mut AstKindPath, ) -> UnaryExpr

fn fold_unary_op( &mut self, node: UnaryOp, __ast_path: &mut AstKindPath, ) -> UnaryOp

fn fold_update_expr( &mut self, node: UpdateExpr, __ast_path: &mut AstKindPath, ) -> UpdateExpr

fn fold_update_op( &mut self, node: UpdateOp, __ast_path: &mut AstKindPath, ) -> UpdateOp

fn fold_using_decl( &mut self, node: UsingDecl, __ast_path: &mut AstKindPath, ) -> UsingDecl

fn fold_var_decl( &mut self, node: VarDecl, __ast_path: &mut AstKindPath, ) -> VarDecl

fn fold_var_decl_kind( &mut self, node: VarDeclKind, __ast_path: &mut AstKindPath, ) -> VarDeclKind

fn fold_var_decl_or_expr( &mut self, node: VarDeclOrExpr, __ast_path: &mut AstKindPath, ) -> VarDeclOrExpr

fn fold_var_declarator( &mut self, node: VarDeclarator, __ast_path: &mut AstKindPath, ) -> VarDeclarator

fn fold_var_declarators( &mut self, node: Vec<VarDeclarator>, __ast_path: &mut AstKindPath, ) -> Vec<VarDeclarator>

fn fold_while_stmt( &mut self, node: WhileStmt, __ast_path: &mut AstKindPath, ) -> WhileStmt

fn fold_with_stmt( &mut self, node: WithStmt, __ast_path: &mut AstKindPath, ) -> WithStmt

fn fold_yield_expr( &mut self, node: YieldExpr, __ast_path: &mut AstKindPath, ) -> YieldExpr

impl<V> FoldAstPath for &mut V

where V: ?Sized + FoldAstPath,

fn fold_array_lit( &mut self, node: ArrayLit, __ast_path: &mut AstKindPath, ) -> ArrayLit

fn fold_array_pat( &mut self, node: ArrayPat, __ast_path: &mut AstKindPath, ) -> ArrayPat

fn fold_arrow_expr( &mut self, node: ArrowExpr, __ast_path: &mut AstKindPath, ) -> ArrowExpr

fn fold_assign_expr( &mut self, node: AssignExpr, __ast_path: &mut AstKindPath, ) -> AssignExpr

fn fold_assign_op( &mut self, node: AssignOp, __ast_path: &mut AstKindPath, ) -> AssignOp

fn fold_assign_pat( &mut self, node: AssignPat, __ast_path: &mut AstKindPath, ) -> AssignPat

fn fold_assign_pat_prop( &mut self, node: AssignPatProp, __ast_path: &mut AstKindPath, ) -> AssignPatProp

fn fold_assign_prop( &mut self, node: AssignProp, __ast_path: &mut AstKindPath, ) -> AssignProp

fn fold_assign_target( &mut self, node: AssignTarget, __ast_path: &mut AstKindPath, ) -> AssignTarget

fn fold_assign_target_pat( &mut self, node: AssignTargetPat, __ast_path: &mut AstKindPath, ) -> AssignTargetPat

fn fold_atom(&mut self, node: Atom, __ast_path: &mut AstKindPath) -> Atom

fn fold_auto_accessor( &mut self, node: AutoAccessor, __ast_path: &mut AstKindPath, ) -> AutoAccessor

fn fold_await_expr( &mut self, node: AwaitExpr, __ast_path: &mut AstKindPath, ) -> AwaitExpr

fn fold_big_int(&mut self, node: BigInt, __ast_path: &mut AstKindPath) -> BigInt

fn fold_big_int_value( &mut self, node: BigIntValue, __ast_path: &mut AstKindPath, ) -> BigIntValue

fn fold_bin_expr( &mut self, node: BinExpr, __ast_path: &mut AstKindPath, ) -> BinExpr

fn fold_binary_op( &mut self, node: BinaryOp, __ast_path: &mut AstKindPath, ) -> BinaryOp

fn fold_binding_ident( &mut self, node: BindingIdent, __ast_path: &mut AstKindPath, ) -> BindingIdent

fn fold_block_stmt( &mut self, node: BlockStmt, __ast_path: &mut AstKindPath, ) -> BlockStmt

fn fold_block_stmt_or_expr( &mut self, node: BlockStmtOrExpr, __ast_path: &mut AstKindPath, ) -> BlockStmtOrExpr

fn fold_bool(&mut self, node: Bool, __ast_path: &mut AstKindPath) -> Bool

fn fold_break_stmt( &mut self, node: BreakStmt, __ast_path: &mut AstKindPath, ) -> BreakStmt

fn fold_call_expr( &mut self, node: CallExpr, __ast_path: &mut AstKindPath, ) -> CallExpr

fn fold_callee(&mut self, node: Callee, __ast_path: &mut AstKindPath) -> Callee

fn fold_catch_clause( &mut self, node: CatchClause, __ast_path: &mut AstKindPath, ) -> CatchClause

fn fold_class(&mut self, node: Class, __ast_path: &mut AstKindPath) -> Class

fn fold_class_decl( &mut self, node: ClassDecl, __ast_path: &mut AstKindPath, ) -> ClassDecl

fn fold_class_expr( &mut self, node: ClassExpr, __ast_path: &mut AstKindPath, ) -> ClassExpr

fn fold_class_member( &mut self, node: ClassMember, __ast_path: &mut AstKindPath, ) -> ClassMember

fn fold_class_members( &mut self, node: Vec<ClassMember>, __ast_path: &mut AstKindPath, ) -> Vec<ClassMember>

fn fold_class_method( &mut self, node: ClassMethod, __ast_path: &mut AstKindPath, ) -> ClassMethod

fn fold_class_prop( &mut self, node: ClassProp, __ast_path: &mut AstKindPath, ) -> ClassProp

fn fold_computed_prop_name( &mut self, node: ComputedPropName, __ast_path: &mut AstKindPath, ) -> ComputedPropName

fn fold_cond_expr( &mut self, node: CondExpr, __ast_path: &mut AstKindPath, ) -> CondExpr

fn fold_constructor( &mut self, node: Constructor, __ast_path: &mut AstKindPath, ) -> Constructor

fn fold_continue_stmt( &mut self, node: ContinueStmt, __ast_path: &mut AstKindPath, ) -> ContinueStmt

fn fold_debugger_stmt( &mut self, node: DebuggerStmt, __ast_path: &mut AstKindPath, ) -> DebuggerStmt

fn fold_decl(&mut self, node: Decl, __ast_path: &mut AstKindPath) -> Decl

fn fold_decorator( &mut self, node: Decorator, __ast_path: &mut AstKindPath, ) -> Decorator

fn fold_decorators( &mut self, node: Vec<Decorator>, __ast_path: &mut AstKindPath, ) -> Vec<Decorator>

fn fold_default_decl( &mut self, node: DefaultDecl, __ast_path: &mut AstKindPath, ) -> DefaultDecl

fn fold_do_while_stmt( &mut self, node: DoWhileStmt, __ast_path: &mut AstKindPath, ) -> DoWhileStmt

fn fold_empty_stmt( &mut self, node: EmptyStmt, __ast_path: &mut AstKindPath, ) -> EmptyStmt

fn fold_export_all( &mut self, node: ExportAll, __ast_path: &mut AstKindPath, ) -> ExportAll

fn fold_export_decl( &mut self, node: ExportDecl, __ast_path: &mut AstKindPath, ) -> ExportDecl

fn fold_export_default_decl( &mut self, node: ExportDefaultDecl, __ast_path: &mut AstKindPath, ) -> ExportDefaultDecl

fn fold_export_default_expr( &mut self, node: ExportDefaultExpr, __ast_path: &mut AstKindPath, ) -> ExportDefaultExpr

fn fold_export_default_specifier( &mut self, node: ExportDefaultSpecifier, __ast_path: &mut AstKindPath, ) -> ExportDefaultSpecifier

fn fold_export_named_specifier( &mut self, node: ExportNamedSpecifier, __ast_path: &mut AstKindPath, ) -> ExportNamedSpecifier

fn fold_export_namespace_specifier( &mut self, node: ExportNamespaceSpecifier, __ast_path: &mut AstKindPath, ) -> ExportNamespaceSpecifier

fn fold_export_specifier( &mut self, node: ExportSpecifier, __ast_path: &mut AstKindPath, ) -> ExportSpecifier

fn fold_export_specifiers( &mut self, node: Vec<ExportSpecifier>, __ast_path: &mut AstKindPath, ) -> Vec<ExportSpecifier>

fn fold_expr(&mut self, node: Expr, __ast_path: &mut AstKindPath) -> Expr

fn fold_expr_or_spread( &mut self, node: ExprOrSpread, __ast_path: &mut AstKindPath, ) -> ExprOrSpread

fn fold_expr_or_spreads( &mut self, node: Vec<ExprOrSpread>, __ast_path: &mut AstKindPath, ) -> Vec<ExprOrSpread>

fn fold_expr_stmt( &mut self, node: ExprStmt, __ast_path: &mut AstKindPath, ) -> ExprStmt

fn fold_exprs( &mut self, node: Vec<Box<Expr>>, __ast_path: &mut AstKindPath, ) -> Vec<Box<Expr>>

fn fold_fn_decl(&mut self, node: FnDecl, __ast_path: &mut AstKindPath) -> FnDecl

fn fold_fn_expr(&mut self, node: FnExpr, __ast_path: &mut AstKindPath) -> FnExpr

fn fold_for_head( &mut self, node: ForHead, __ast_path: &mut AstKindPath, ) -> ForHead

fn fold_for_in_stmt( &mut self, node: ForInStmt, __ast_path: &mut AstKindPath, ) -> ForInStmt

fn fold_for_of_stmt( &mut self, node: ForOfStmt, __ast_path: &mut AstKindPath, ) -> ForOfStmt

fn fold_for_stmt( &mut self, node: ForStmt, __ast_path: &mut AstKindPath, ) -> ForStmt

fn fold_function( &mut self, node: Function, __ast_path: &mut AstKindPath, ) -> Function

fn fold_getter_prop( &mut self, node: GetterProp, __ast_path: &mut AstKindPath, ) -> GetterProp

fn fold_ident(&mut self, node: Ident, __ast_path: &mut AstKindPath) -> Ident

fn fold_ident_name( &mut self, node: IdentName, __ast_path: &mut AstKindPath, ) -> IdentName

fn fold_if_stmt(&mut self, node: IfStmt, __ast_path: &mut AstKindPath) -> IfStmt

fn fold_import(&mut self, node: Import, __ast_path: &mut AstKindPath) -> Import

fn fold_import_decl( &mut self, node: ImportDecl, __ast_path: &mut AstKindPath, ) -> ImportDecl

fn fold_import_default_specifier( &mut self, node: ImportDefaultSpecifier, __ast_path: &mut AstKindPath, ) -> ImportDefaultSpecifier

fn fold_import_named_specifier( &mut self, node: ImportNamedSpecifier, __ast_path: &mut AstKindPath, ) -> ImportNamedSpecifier

fn fold_import_phase( &mut self, node: ImportPhase, __ast_path: &mut AstKindPath, ) -> ImportPhase

fn fold_import_specifier( &mut self, node: ImportSpecifier, __ast_path: &mut AstKindPath, ) -> ImportSpecifier

fn fold_import_specifiers( &mut self, node: Vec<ImportSpecifier>, __ast_path: &mut AstKindPath, ) -> Vec<ImportSpecifier>

fn fold_import_star_as_specifier( &mut self, node: ImportStarAsSpecifier, __ast_path: &mut AstKindPath, ) -> ImportStarAsSpecifier

fn fold_import_with( &mut self, node: ImportWith, __ast_path: &mut AstKindPath, ) -> ImportWith

fn fold_import_with_item( &mut self, node: ImportWithItem, __ast_path: &mut AstKindPath, ) -> ImportWithItem

fn fold_import_with_items( &mut self, node: Vec<ImportWithItem>, __ast_path: &mut AstKindPath, ) -> Vec<ImportWithItem>

fn fold_invalid( &mut self, node: Invalid, __ast_path: &mut AstKindPath, ) -> Invalid

fn fold_jsx_attr( &mut self, node: JSXAttr, __ast_path: &mut AstKindPath, ) -> JSXAttr

fn fold_jsx_attr_name( &mut self, node: JSXAttrName, __ast_path: &mut AstKindPath, ) -> JSXAttrName

fn fold_jsx_attr_or_spread( &mut self, node: JSXAttrOrSpread, __ast_path: &mut AstKindPath, ) -> JSXAttrOrSpread

fn fold_jsx_attr_or_spreads( &mut self, node: Vec<JSXAttrOrSpread>, __ast_path: &mut AstKindPath, ) -> Vec<JSXAttrOrSpread>

fn fold_jsx_attr_value( &mut self, node: JSXAttrValue, __ast_path: &mut AstKindPath, ) -> JSXAttrValue

fn fold_jsx_closing_element( &mut self, node: JSXClosingElement, __ast_path: &mut AstKindPath, ) -> JSXClosingElement

fn fold_jsx_closing_fragment( &mut self, node: JSXClosingFragment, __ast_path: &mut AstKindPath, ) -> JSXClosingFragment

fn fold_jsx_element( &mut self, node: JSXElement, __ast_path: &mut AstKindPath, ) -> JSXElement

fn fold_jsx_element_child( &mut self, node: JSXElementChild, __ast_path: &mut AstKindPath, ) -> JSXElementChild

fn fold_jsx_element_childs( &mut self, node: Vec<JSXElementChild>, __ast_path: &mut AstKindPath, ) -> Vec<JSXElementChild>

fn fold_jsx_element_name( &mut self, node: JSXElementName, __ast_path: &mut AstKindPath, ) -> JSXElementName

fn fold_jsx_empty_expr( &mut self, node: JSXEmptyExpr, __ast_path: &mut AstKindPath, ) -> JSXEmptyExpr

fn fold_jsx_expr( &mut self, node: JSXExpr, __ast_path: &mut AstKindPath, ) -> JSXExpr

fn fold_jsx_expr_container( &mut self, node: JSXExprContainer, __ast_path: &mut AstKindPath, ) -> JSXExprContainer

fn fold_jsx_fragment( &mut self, node: JSXFragment, __ast_path: &mut AstKindPath, ) -> JSXFragment

fn fold_jsx_member_expr( &mut self, node: JSXMemberExpr, __ast_path: &mut AstKindPath, ) -> JSXMemberExpr

fn fold_jsx_namespaced_name( &mut self, node: JSXNamespacedName, __ast_path: &mut AstKindPath, ) -> JSXNamespacedName

fn fold_jsx_object( &mut self, node: JSXObject, __ast_path: &mut AstKindPath, ) -> JSXObject

fn fold_jsx_opening_element( &mut self, node: JSXOpeningElement, __ast_path: &mut AstKindPath, ) -> JSXOpeningElement

fn fold_jsx_opening_fragment( &mut self, node: JSXOpeningFragment, __ast_path: &mut AstKindPath, ) -> JSXOpeningFragment

fn fold_jsx_spread_child( &mut self, node: JSXSpreadChild, __ast_path: &mut AstKindPath, ) -> JSXSpreadChild

fn fold_jsx_text( &mut self, node: JSXText, __ast_path: &mut AstKindPath, ) -> JSXText

fn fold_key(&mut self, node: Key, __ast_path: &mut AstKindPath) -> Key

fn fold_key_value_pat_prop( &mut self, node: KeyValuePatProp, __ast_path: &mut AstKindPath, ) -> KeyValuePatProp

fn fold_key_value_prop( &mut self, node: KeyValueProp, __ast_path: &mut AstKindPath, ) -> KeyValueProp

fn fold_labeled_stmt( &mut self, node: LabeledStmt, __ast_path: &mut AstKindPath, ) -> LabeledStmt

fn fold_lit(&mut self, node: Lit, __ast_path: &mut AstKindPath) -> Lit

fn fold_member_expr( &mut self, node: MemberExpr, __ast_path: &mut AstKindPath, ) -> MemberExpr

fn fold_member_prop( &mut self, node: MemberProp, __ast_path: &mut AstKindPath, ) -> MemberProp

fn fold_meta_prop_expr( &mut self, node: MetaPropExpr, __ast_path: &mut AstKindPath, ) -> MetaPropExpr

fn fold_meta_prop_kind( &mut self, node: MetaPropKind, __ast_path: &mut AstKindPath, ) -> MetaPropKind

fn fold_method_kind( &mut self, node: MethodKind, __ast_path: &mut AstKindPath, ) -> MethodKind

fn fold_method_prop( &mut self, node: MethodProp, __ast_path: &mut AstKindPath, ) -> MethodProp

fn fold_module(&mut self, node: Module, __ast_path: &mut AstKindPath) -> Module

fn fold_module_decl( &mut self, node: ModuleDecl, __ast_path: &mut AstKindPath, ) -> ModuleDecl

fn fold_module_export_name( &mut self, node: ModuleExportName, __ast_path: &mut AstKindPath, ) -> ModuleExportName

fn fold_module_item( &mut self, node: ModuleItem, __ast_path: &mut AstKindPath, ) -> ModuleItem

fn fold_module_items( &mut self, node: Vec<ModuleItem>, __ast_path: &mut AstKindPath, ) -> Vec<ModuleItem>

fn fold_named_export( &mut self, node: NamedExport, __ast_path: &mut AstKindPath, ) -> NamedExport

fn fold_new_expr( &mut self, node: NewExpr, __ast_path: &mut AstKindPath, ) -> NewExpr

fn fold_null(&mut self, node: Null, __ast_path: &mut AstKindPath) -> Null

fn fold_number(&mut self, node: Number, __ast_path: &mut AstKindPath) -> Number

fn fold_object_lit( &mut self, node: ObjectLit, __ast_path: &mut AstKindPath, ) -> ObjectLit

fn fold_object_pat( &mut self, node: ObjectPat, __ast_path: &mut AstKindPath, ) -> ObjectPat

fn fold_object_pat_prop( &mut self, node: ObjectPatProp, __ast_path: &mut AstKindPath, ) -> ObjectPatProp

fn fold_object_pat_props( &mut self, node: Vec<ObjectPatProp>, __ast_path: &mut AstKindPath, ) -> Vec<ObjectPatProp>

fn fold_opt_atom( &mut self, node: Option<Atom>, __ast_path: &mut AstKindPath, ) -> Option<Atom>

fn fold_opt_block_stmt( &mut self, node: Option<BlockStmt>, __ast_path: &mut AstKindPath, ) -> Option<BlockStmt>

fn fold_opt_call( &mut self, node: OptCall, __ast_path: &mut AstKindPath, ) -> OptCall

fn fold_opt_catch_clause( &mut self, node: Option<CatchClause>, __ast_path: &mut AstKindPath, ) -> Option<CatchClause>

fn fold_opt_chain_base( &mut self, node: OptChainBase, __ast_path: &mut AstKindPath, ) -> OptChainBase

fn fold_opt_chain_expr( &mut self, node: OptChainExpr, __ast_path: &mut AstKindPath, ) -> OptChainExpr

fn fold_opt_expr( &mut self, node: Option<Box<Expr>>, __ast_path: &mut AstKindPath, ) -> Option<Box<Expr>>

fn fold_opt_expr_or_spread( &mut self, node: Option<ExprOrSpread>, __ast_path: &mut AstKindPath, ) -> Option<ExprOrSpread>

fn fold_opt_expr_or_spreads( &mut self, node: Option<Vec<ExprOrSpread>>, __ast_path: &mut AstKindPath, ) -> Option<Vec<ExprOrSpread>>

fn fold_opt_ident( &mut self, node: Option<Ident>, __ast_path: &mut AstKindPath, ) -> Option<Ident>

fn fold_opt_jsx_attr_value( &mut self, node: Option<JSXAttrValue>, __ast_path: &mut AstKindPath, ) -> Option<JSXAttrValue>

fn fold_opt_jsx_closing_element( &mut self, node: Option<JSXClosingElement>, __ast_path: &mut AstKindPath, ) -> Option<JSXClosingElement>

fn fold_opt_module_export_name( &mut self, node: Option<ModuleExportName>, __ast_path: &mut AstKindPath, ) -> Option<ModuleExportName>

fn fold_opt_object_lit( &mut self, node: Option<Box<ObjectLit>>, __ast_path: &mut AstKindPath, ) -> Option<Box<ObjectLit>>

fn fold_opt_pat( &mut self, node: Option<Pat>, __ast_path: &mut AstKindPath, ) -> Option<Pat>

fn fold_opt_span( &mut self, node: Option<Span>, __ast_path: &mut AstKindPath, ) -> Option<Span>

fn fold_opt_stmt( &mut self, node: Option<Box<Stmt>>, __ast_path: &mut AstKindPath, ) -> Option<Box<Stmt>>

fn fold_opt_str( &mut self, node: Option<Box<Str>>, __ast_path: &mut AstKindPath, ) -> Option<Box<Str>>

fn fold_opt_var_decl_or_expr( &mut self, node: Option<VarDeclOrExpr>, __ast_path: &mut AstKindPath, ) -> Option<VarDeclOrExpr>

fn fold_opt_vec_expr_or_spreads( &mut self, node: Vec<Option<ExprOrSpread>>, __ast_path: &mut AstKindPath, ) -> Vec<Option<ExprOrSpread>>

fn fold_opt_vec_pats( &mut self, node: Vec<Option<Pat>>, __ast_path: &mut AstKindPath, ) -> Vec<Option<Pat>>

fn fold_param(&mut self, node: Param, __ast_path: &mut AstKindPath) -> Param

fn fold_param_or_ts_param_prop( &mut self, node: ParamOrTsParamProp, __ast_path: &mut AstKindPath, ) -> ParamOrTsParamProp

fn fold_param_or_ts_param_props( &mut self, node: Vec<ParamOrTsParamProp>, __ast_path: &mut AstKindPath, ) -> Vec<ParamOrTsParamProp>

fn fold_params( &mut self, node: Vec<Param>, __ast_path: &mut AstKindPath, ) -> Vec<Param>

fn fold_paren_expr( &mut self, node: ParenExpr, __ast_path: &mut AstKindPath, ) -> ParenExpr

fn fold_pat(&mut self, node: Pat, __ast_path: &mut AstKindPath) -> Pat

fn fold_pats( &mut self, node: Vec<Pat>, __ast_path: &mut AstKindPath, ) -> Vec<Pat>

fn fold_private_method( &mut self, node: PrivateMethod, __ast_path: &mut AstKindPath, ) -> PrivateMethod

fn fold_private_name( &mut self, node: PrivateName, __ast_path: &mut AstKindPath, ) -> PrivateName

fn fold_private_prop( &mut self, node: PrivateProp, __ast_path: &mut AstKindPath, ) -> PrivateProp

fn fold_program( &mut self, node: Program, __ast_path: &mut AstKindPath, ) -> Program

fn fold_prop(&mut self, node: Prop, __ast_path: &mut AstKindPath) -> Prop

fn fold_prop_name( &mut self, node: PropName, __ast_path: &mut AstKindPath, ) -> PropName

fn fold_prop_or_spread( &mut self, node: PropOrSpread, __ast_path: &mut AstKindPath, ) -> PropOrSpread

fn fold_prop_or_spreads( &mut self, node: Vec<PropOrSpread>, __ast_path: &mut AstKindPath, ) -> Vec<PropOrSpread>

fn fold_regex(&mut self, node: Regex, __ast_path: &mut AstKindPath) -> Regex

fn fold_rest_pat( &mut self, node: RestPat, __ast_path: &mut AstKindPath, ) -> RestPat

fn fold_return_stmt( &mut self, node: ReturnStmt, __ast_path: &mut AstKindPath, ) -> ReturnStmt

fn fold_script(&mut self, node: Script, __ast_path: &mut AstKindPath) -> Script

fn fold_seq_expr( &mut self, node: SeqExpr, __ast_path: &mut AstKindPath, ) -> SeqExpr

fn fold_setter_prop( &mut self, node: SetterProp, __ast_path: &mut AstKindPath, ) -> SetterProp

fn fold_simple_assign_target( &mut self, node: SimpleAssignTarget, __ast_path: &mut AstKindPath, ) -> SimpleAssignTarget

fn fold_span(&mut self, node: Span, __ast_path: &mut AstKindPath) -> Span

fn fold_spread_element( &mut self, node: SpreadElement, __ast_path: &mut AstKindPath, ) -> SpreadElement

fn fold_static_block( &mut self, node: StaticBlock, __ast_path: &mut AstKindPath, ) -> StaticBlock

fn fold_stmt(&mut self, node: Stmt, __ast_path: &mut AstKindPath) -> Stmt

fn fold_stmts( &mut self, node: Vec<Stmt>, __ast_path: &mut AstKindPath, ) -> Vec<Stmt>

fn fold_str(&mut self, node: Str, __ast_path: &mut AstKindPath) -> Str

fn fold_super(&mut self, node: Super, __ast_path: &mut AstKindPath) -> Super

fn fold_super_prop( &mut self, node: SuperProp, __ast_path: &mut AstKindPath, ) -> SuperProp

fn fold_super_prop_expr( &mut self, node: SuperPropExpr, __ast_path: &mut AstKindPath, ) -> SuperPropExpr

fn fold_switch_case( &mut self, node: SwitchCase, __ast_path: &mut AstKindPath, ) -> SwitchCase

fn fold_switch_cases( &mut self, node: Vec<SwitchCase>, __ast_path: &mut AstKindPath, ) -> Vec<SwitchCase>

fn fold_switch_stmt( &mut self, node: SwitchStmt, __ast_path: &mut AstKindPath, ) -> SwitchStmt

fn fold_syntax_context( &mut self, node: SyntaxContext, __ast_path: &mut AstKindPath, ) -> SyntaxContext

fn fold_tagged_tpl( &mut self, node: TaggedTpl, __ast_path: &mut AstKindPath, ) -> TaggedTpl

fn fold_this_expr( &mut self, node: ThisExpr, __ast_path: &mut AstKindPath, ) -> ThisExpr

fn fold_throw_stmt( &mut self, node: ThrowStmt, __ast_path: &mut AstKindPath, ) -> ThrowStmt

fn fold_tpl(&mut self, node: Tpl, __ast_path: &mut AstKindPath) -> Tpl

fn fold_tpl_element( &mut self, node: TplElement, __ast_path: &mut AstKindPath, ) -> TplElement

fn fold_tpl_elements( &mut self, node: Vec<TplElement>, __ast_path: &mut AstKindPath, ) -> Vec<TplElement>

fn fold_true_plus_minus( &mut self, node: TruePlusMinus, __ast_path: &mut AstKindPath, ) -> TruePlusMinus

fn fold_try_stmt( &mut self, node: TryStmt, __ast_path: &mut AstKindPath, ) -> TryStmt

fn fold_unary_expr( &mut self, node: UnaryExpr, __ast_path: &mut AstKindPath, ) -> UnaryExpr

fn fold_unary_op( &mut self, node: UnaryOp, __ast_path: &mut AstKindPath, ) -> UnaryOp

fn fold_update_expr( &mut self, node: UpdateExpr, __ast_path: &mut AstKindPath, ) -> UpdateExpr

fn fold_update_op( &mut self, node: UpdateOp, __ast_path: &mut AstKindPath, ) -> UpdateOp

fn fold_using_decl( &mut self, node: UsingDecl, __ast_path: &mut AstKindPath, ) -> UsingDecl

fn fold_var_decl( &mut self, node: VarDecl, __ast_path: &mut AstKindPath, ) -> VarDecl

fn fold_var_decl_kind( &mut self, node: VarDeclKind, __ast_path: &mut AstKindPath, ) -> VarDeclKind

fn fold_var_decl_or_expr( &mut self, node: VarDeclOrExpr, __ast_path: &mut AstKindPath, ) -> VarDeclOrExpr

fn fold_var_declarator( &mut self, node: VarDeclarator, __ast_path: &mut AstKindPath, ) -> VarDeclarator

fn fold_var_declarators( &mut self, node: Vec<VarDeclarator>, __ast_path: &mut AstKindPath, ) -> Vec<VarDeclarator>

fn fold_while_stmt( &mut self, node: WhileStmt, __ast_path: &mut AstKindPath, ) -> WhileStmt

fn fold_with_stmt( &mut self, node: WithStmt, __ast_path: &mut AstKindPath, ) -> WithStmt

fn fold_yield_expr( &mut self, node: YieldExpr, __ast_path: &mut AstKindPath, ) -> YieldExpr

impl<V> FoldAstPath for Box<V>

where V: ?Sized + FoldAstPath,

fn fold_array_lit( &mut self, node: ArrayLit, __ast_path: &mut AstKindPath, ) -> ArrayLit

fn fold_array_pat( &mut self, node: ArrayPat, __ast_path: &mut AstKindPath, ) -> ArrayPat

fn fold_arrow_expr( &mut self, node: ArrowExpr, __ast_path: &mut AstKindPath, ) -> ArrowExpr

fn fold_assign_expr( &mut self, node: AssignExpr, __ast_path: &mut AstKindPath, ) -> AssignExpr

fn fold_assign_op( &mut self, node: AssignOp, __ast_path: &mut AstKindPath, ) -> AssignOp

fn fold_assign_pat( &mut self, node: AssignPat, __ast_path: &mut AstKindPath, ) -> AssignPat

fn fold_assign_pat_prop( &mut self, node: AssignPatProp, __ast_path: &mut AstKindPath, ) -> AssignPatProp

fn fold_assign_prop( &mut self, node: AssignProp, __ast_path: &mut AstKindPath, ) -> AssignProp

fn fold_assign_target( &mut self, node: AssignTarget, __ast_path: &mut AstKindPath, ) -> AssignTarget

fn fold_assign_target_pat( &mut self, node: AssignTargetPat, __ast_path: &mut AstKindPath, ) -> AssignTargetPat

fn fold_atom(&mut self, node: Atom, __ast_path: &mut AstKindPath) -> Atom

fn fold_auto_accessor( &mut self, node: AutoAccessor, __ast_path: &mut AstKindPath, ) -> AutoAccessor

fn fold_await_expr( &mut self, node: AwaitExpr, __ast_path: &mut AstKindPath, ) -> AwaitExpr

fn fold_big_int(&mut self, node: BigInt, __ast_path: &mut AstKindPath) -> BigInt

fn fold_big_int_value( &mut self, node: BigIntValue, __ast_path: &mut AstKindPath, ) -> BigIntValue

fn fold_bin_expr( &mut self, node: BinExpr, __ast_path: &mut AstKindPath, ) -> BinExpr

fn fold_binary_op( &mut self, node: BinaryOp, __ast_path: &mut AstKindPath, ) -> BinaryOp

fn fold_binding_ident( &mut self, node: BindingIdent, __ast_path: &mut AstKindPath, ) -> BindingIdent

fn fold_block_stmt( &mut self, node: BlockStmt, __ast_path: &mut AstKindPath, ) -> BlockStmt

fn fold_block_stmt_or_expr( &mut self, node: BlockStmtOrExpr, __ast_path: &mut AstKindPath, ) -> BlockStmtOrExpr

fn fold_bool(&mut self, node: Bool, __ast_path: &mut AstKindPath) -> Bool

fn fold_break_stmt( &mut self, node: BreakStmt, __ast_path: &mut AstKindPath, ) -> BreakStmt

fn fold_call_expr( &mut self, node: CallExpr, __ast_path: &mut AstKindPath, ) -> CallExpr

fn fold_callee(&mut self, node: Callee, __ast_path: &mut AstKindPath) -> Callee

fn fold_catch_clause( &mut self, node: CatchClause, __ast_path: &mut AstKindPath, ) -> CatchClause

fn fold_class(&mut self, node: Class, __ast_path: &mut AstKindPath) -> Class

fn fold_class_decl( &mut self, node: ClassDecl, __ast_path: &mut AstKindPath, ) -> ClassDecl

fn fold_class_expr( &mut self, node: ClassExpr, __ast_path: &mut AstKindPath, ) -> ClassExpr

fn fold_class_member( &mut self, node: ClassMember, __ast_path: &mut AstKindPath, ) -> ClassMember

fn fold_class_members( &mut self, node: Vec<ClassMember>, __ast_path: &mut AstKindPath, ) -> Vec<ClassMember>

fn fold_class_method( &mut self, node: ClassMethod, __ast_path: &mut AstKindPath, ) -> ClassMethod

fn fold_class_prop( &mut self, node: ClassProp, __ast_path: &mut AstKindPath, ) -> ClassProp

fn fold_computed_prop_name( &mut self, node: ComputedPropName, __ast_path: &mut AstKindPath, ) -> ComputedPropName

fn fold_cond_expr( &mut self, node: CondExpr, __ast_path: &mut AstKindPath, ) -> CondExpr

fn fold_constructor( &mut self, node: Constructor, __ast_path: &mut AstKindPath, ) -> Constructor

fn fold_continue_stmt( &mut self, node: ContinueStmt, __ast_path: &mut AstKindPath, ) -> ContinueStmt

fn fold_debugger_stmt( &mut self, node: DebuggerStmt, __ast_path: &mut AstKindPath, ) -> DebuggerStmt

fn fold_decl(&mut self, node: Decl, __ast_path: &mut AstKindPath) -> Decl

fn fold_decorator( &mut self, node: Decorator, __ast_path: &mut AstKindPath, ) -> Decorator

fn fold_decorators( &mut self, node: Vec<Decorator>, __ast_path: &mut AstKindPath, ) -> Vec<Decorator>

fn fold_default_decl( &mut self, node: DefaultDecl, __ast_path: &mut AstKindPath, ) -> DefaultDecl

fn fold_do_while_stmt( &mut self, node: DoWhileStmt, __ast_path: &mut AstKindPath, ) -> DoWhileStmt

fn fold_empty_stmt( &mut self, node: EmptyStmt, __ast_path: &mut AstKindPath, ) -> EmptyStmt

fn fold_export_all( &mut self, node: ExportAll, __ast_path: &mut AstKindPath, ) -> ExportAll

fn fold_export_decl( &mut self, node: ExportDecl, __ast_path: &mut AstKindPath, ) -> ExportDecl

fn fold_export_default_decl( &mut self, node: ExportDefaultDecl, __ast_path: &mut AstKindPath, ) -> ExportDefaultDecl

fn fold_export_default_expr( &mut self, node: ExportDefaultExpr, __ast_path: &mut AstKindPath, ) -> ExportDefaultExpr

fn fold_export_default_specifier( &mut self, node: ExportDefaultSpecifier, __ast_path: &mut AstKindPath, ) -> ExportDefaultSpecifier

fn fold_export_named_specifier( &mut self, node: ExportNamedSpecifier, __ast_path: &mut AstKindPath, ) -> ExportNamedSpecifier

fn fold_export_namespace_specifier( &mut self, node: ExportNamespaceSpecifier, __ast_path: &mut AstKindPath, ) -> ExportNamespaceSpecifier

fn fold_export_specifier( &mut self, node: ExportSpecifier, __ast_path: &mut AstKindPath, ) -> ExportSpecifier

fn fold_export_specifiers( &mut self, node: Vec<ExportSpecifier>, __ast_path: &mut AstKindPath, ) -> Vec<ExportSpecifier>

fn fold_expr(&mut self, node: Expr, __ast_path: &mut AstKindPath) -> Expr

fn fold_expr_or_spread( &mut self, node: ExprOrSpread, __ast_path: &mut AstKindPath, ) -> ExprOrSpread

fn fold_expr_or_spreads( &mut self, node: Vec<ExprOrSpread>, __ast_path: &mut AstKindPath, ) -> Vec<ExprOrSpread>

fn fold_expr_stmt( &mut self, node: ExprStmt, __ast_path: &mut AstKindPath, ) -> ExprStmt

fn fold_exprs( &mut self, node: Vec<Box<Expr>>, __ast_path: &mut AstKindPath, ) -> Vec<Box<Expr>>

fn fold_fn_decl(&mut self, node: FnDecl, __ast_path: &mut AstKindPath) -> FnDecl

fn fold_fn_expr(&mut self, node: FnExpr, __ast_path: &mut AstKindPath) -> FnExpr

fn fold_for_head( &mut self, node: ForHead, __ast_path: &mut AstKindPath, ) -> ForHead

fn fold_for_in_stmt( &mut self, node: ForInStmt, __ast_path: &mut AstKindPath, ) -> ForInStmt

fn fold_for_of_stmt( &mut self, node: ForOfStmt, __ast_path: &mut AstKindPath, ) -> ForOfStmt

fn fold_for_stmt( &mut self, node: ForStmt, __ast_path: &mut AstKindPath, ) -> ForStmt

fn fold_function( &mut self, node: Function, __ast_path: &mut AstKindPath, ) -> Function

fn fold_getter_prop( &mut self, node: GetterProp, __ast_path: &mut AstKindPath, ) -> GetterProp

fn fold_ident(&mut self, node: Ident, __ast_path: &mut AstKindPath) -> Ident

fn fold_ident_name( &mut self, node: IdentName, __ast_path: &mut AstKindPath, ) -> IdentName

fn fold_if_stmt(&mut self, node: IfStmt, __ast_path: &mut AstKindPath) -> IfStmt

fn fold_import(&mut self, node: Import, __ast_path: &mut AstKindPath) -> Import

fn fold_import_decl( &mut self, node: ImportDecl, __ast_path: &mut AstKindPath, ) -> ImportDecl

fn fold_import_default_specifier( &mut self, node: ImportDefaultSpecifier, __ast_path: &mut AstKindPath, ) -> ImportDefaultSpecifier

fn fold_import_named_specifier( &mut self, node: ImportNamedSpecifier, __ast_path: &mut AstKindPath, ) -> ImportNamedSpecifier

fn fold_import_phase( &mut self, node: ImportPhase, __ast_path: &mut AstKindPath, ) -> ImportPhase

fn fold_import_specifier( &mut self, node: ImportSpecifier, __ast_path: &mut AstKindPath, ) -> ImportSpecifier

fn fold_import_specifiers( &mut self, node: Vec<ImportSpecifier>, __ast_path: &mut AstKindPath, ) -> Vec<ImportSpecifier>

fn fold_import_star_as_specifier( &mut self, node: ImportStarAsSpecifier, __ast_path: &mut AstKindPath, ) -> ImportStarAsSpecifier

fn fold_import_with( &mut self, node: ImportWith, __ast_path: &mut AstKindPath, ) -> ImportWith

fn fold_import_with_item( &mut self, node: ImportWithItem, __ast_path: &mut AstKindPath, ) -> ImportWithItem

fn fold_import_with_items( &mut self, node: Vec<ImportWithItem>, __ast_path: &mut AstKindPath, ) -> Vec<ImportWithItem>

fn fold_invalid( &mut self, node: Invalid, __ast_path: &mut AstKindPath, ) -> Invalid

fn fold_jsx_attr( &mut self, node: JSXAttr, __ast_path: &mut AstKindPath, ) -> JSXAttr

fn fold_jsx_attr_name( &mut self, node: JSXAttrName, __ast_path: &mut AstKindPath, ) -> JSXAttrName

fn fold_jsx_attr_or_spread( &mut self, node: JSXAttrOrSpread, __ast_path: &mut AstKindPath, ) -> JSXAttrOrSpread

fn fold_jsx_attr_or_spreads( &mut self, node: Vec<JSXAttrOrSpread>, __ast_path: &mut AstKindPath, ) -> Vec<JSXAttrOrSpread>

fn fold_jsx_attr_value( &mut self, node: JSXAttrValue, __ast_path: &mut AstKindPath, ) -> JSXAttrValue

fn fold_jsx_closing_element( &mut self, node: JSXClosingElement, __ast_path: &mut AstKindPath, ) -> JSXClosingElement

fn fold_jsx_closing_fragment( &mut self, node: JSXClosingFragment, __ast_path: &mut AstKindPath, ) -> JSXClosingFragment

fn fold_jsx_element( &mut self, node: JSXElement, __ast_path: &mut AstKindPath, ) -> JSXElement

fn fold_jsx_element_child( &mut self, node: JSXElementChild, __ast_path: &mut AstKindPath, ) -> JSXElementChild

fn fold_jsx_element_childs( &mut self, node: Vec<JSXElementChild>, __ast_path: &mut AstKindPath, ) -> Vec<JSXElementChild>

fn fold_jsx_element_name( &mut self, node: JSXElementName, __ast_path: &mut AstKindPath, ) -> JSXElementName

fn fold_jsx_empty_expr( &mut self, node: JSXEmptyExpr, __ast_path: &mut AstKindPath, ) -> JSXEmptyExpr

fn fold_jsx_expr( &mut self, node: JSXExpr, __ast_path: &mut AstKindPath, ) -> JSXExpr

fn fold_jsx_expr_container( &mut self, node: JSXExprContainer, __ast_path: &mut AstKindPath, ) -> JSXExprContainer

fn fold_jsx_fragment( &mut self, node: JSXFragment, __ast_path: &mut AstKindPath, ) -> JSXFragment

fn fold_jsx_member_expr( &mut self, node: JSXMemberExpr, __ast_path: &mut AstKindPath, ) -> JSXMemberExpr

fn fold_jsx_namespaced_name( &mut self, node: JSXNamespacedName, __ast_path: &mut AstKindPath, ) -> JSXNamespacedName

fn fold_jsx_object( &mut self, node: JSXObject, __ast_path: &mut AstKindPath, ) -> JSXObject

fn fold_jsx_opening_element( &mut self, node: JSXOpeningElement, __ast_path: &mut AstKindPath, ) -> JSXOpeningElement

fn fold_jsx_opening_fragment( &mut self, node: JSXOpeningFragment, __ast_path: &mut AstKindPath, ) -> JSXOpeningFragment

fn fold_jsx_spread_child( &mut self, node: JSXSpreadChild, __ast_path: &mut AstKindPath, ) -> JSXSpreadChild

fn fold_jsx_text( &mut self, node: JSXText, __ast_path: &mut AstKindPath, ) -> JSXText

fn fold_key(&mut self, node: Key, __ast_path: &mut AstKindPath) -> Key

fn fold_key_value_pat_prop( &mut self, node: KeyValuePatProp, __ast_path: &mut AstKindPath, ) -> KeyValuePatProp

fn fold_key_value_prop( &mut self, node: KeyValueProp, __ast_path: &mut AstKindPath, ) -> KeyValueProp

fn fold_labeled_stmt( &mut self, node: LabeledStmt, __ast_path: &mut AstKindPath, ) -> LabeledStmt

fn fold_lit(&mut self, node: Lit, __ast_path: &mut AstKindPath) -> Lit

fn fold_member_expr( &mut self, node: MemberExpr, __ast_path: &mut AstKindPath, ) -> MemberExpr

fn fold_member_prop( &mut self, node: MemberProp, __ast_path: &mut AstKindPath, ) -> MemberProp

fn fold_meta_prop_expr( &mut self, node: MetaPropExpr, __ast_path: &mut AstKindPath, ) -> MetaPropExpr

fn fold_meta_prop_kind( &mut self, node: MetaPropKind, __ast_path: &mut AstKindPath, ) -> MetaPropKind

fn fold_method_kind( &mut self, node: MethodKind, __ast_path: &mut AstKindPath, ) -> MethodKind

fn fold_method_prop( &mut self, node: MethodProp, __ast_path: &mut AstKindPath, ) -> MethodProp

fn fold_module(&mut self, node: Module, __ast_path: &mut AstKindPath) -> Module

fn fold_module_decl( &mut self, node: ModuleDecl, __ast_path: &mut AstKindPath, ) -> ModuleDecl

fn fold_module_export_name( &mut self, node: ModuleExportName, __ast_path: &mut AstKindPath, ) -> ModuleExportName

fn fold_module_item( &mut self, node: ModuleItem, __ast_path: &mut AstKindPath, ) -> ModuleItem

fn fold_module_items( &mut self, node: Vec<ModuleItem>, __ast_path: &mut AstKindPath, ) -> Vec<ModuleItem>

fn fold_named_export( &mut self, node: NamedExport, __ast_path: &mut AstKindPath, ) -> NamedExport

fn fold_new_expr( &mut self, node: NewExpr, __ast_path: &mut AstKindPath, ) -> NewExpr

fn fold_null(&mut self, node: Null, __ast_path: &mut AstKindPath) -> Null

fn fold_number(&mut self, node: Number, __ast_path: &mut AstKindPath) -> Number

fn fold_object_lit( &mut self, node: ObjectLit, __ast_path: &mut AstKindPath, ) -> ObjectLit

fn fold_object_pat( &mut self, node: ObjectPat, __ast_path: &mut AstKindPath, ) -> ObjectPat

fn fold_object_pat_prop( &mut self, node: ObjectPatProp, __ast_path: &mut AstKindPath, ) -> ObjectPatProp

fn fold_object_pat_props( &mut self, node: Vec<ObjectPatProp>, __ast_path: &mut AstKindPath, ) -> Vec<ObjectPatProp>

fn fold_opt_atom( &mut self, node: Option<Atom>, __ast_path: &mut AstKindPath, ) -> Option<Atom>

fn fold_opt_block_stmt( &mut self, node: Option<BlockStmt>, __ast_path: &mut AstKindPath, ) -> Option<BlockStmt>

fn fold_opt_call( &mut self, node: OptCall, __ast_path: &mut AstKindPath, ) -> OptCall

fn fold_opt_catch_clause( &mut self, node: Option<CatchClause>, __ast_path: &mut AstKindPath, ) -> Option<CatchClause>

fn fold_opt_chain_base( &mut self, node: OptChainBase, __ast_path: &mut AstKindPath, ) -> OptChainBase

fn fold_opt_chain_expr( &mut self, node: OptChainExpr, __ast_path: &mut AstKindPath, ) -> OptChainExpr

fn fold_opt_expr( &mut self, node: Option<Box<Expr>>, __ast_path: &mut AstKindPath, ) -> Option<Box<Expr>>

fn fold_opt_expr_or_spread( &mut self, node: Option<ExprOrSpread>, __ast_path: &mut AstKindPath, ) -> Option<ExprOrSpread>

fn fold_opt_expr_or_spreads( &mut self, node: Option<Vec<ExprOrSpread>>, __ast_path: &mut AstKindPath, ) -> Option<Vec<ExprOrSpread>>

fn fold_opt_ident( &mut self, node: Option<Ident>, __ast_path: &mut AstKindPath, ) -> Option<Ident>

fn fold_opt_jsx_attr_value( &mut self, node: Option<JSXAttrValue>, __ast_path: &mut AstKindPath, ) -> Option<JSXAttrValue>

fn fold_opt_jsx_closing_element( &mut self, node: Option<JSXClosingElement>, __ast_path: &mut AstKindPath, ) -> Option<JSXClosingElement>

fn fold_opt_module_export_name( &mut self, node: Option<ModuleExportName>, __ast_path: &mut AstKindPath, ) -> Option<ModuleExportName>

fn fold_opt_object_lit( &mut self, node: Option<Box<ObjectLit>>, __ast_path: &mut AstKindPath, ) -> Option<Box<ObjectLit>>

fn fold_opt_pat( &mut self, node: Option<Pat>, __ast_path: &mut AstKindPath, ) -> Option<Pat>

fn fold_opt_span( &mut self, node: Option<Span>, __ast_path: &mut AstKindPath, ) -> Option<Span>

fn fold_opt_stmt( &mut self, node: Option<Box<Stmt>>, __ast_path: &mut AstKindPath, ) -> Option<Box<Stmt>>

fn fold_opt_str( &mut self, node: Option<Box<Str>>, __ast_path: &mut AstKindPath, ) -> Option<Box<Str>>

fn fold_opt_var_decl_or_expr( &mut self, node: Option<VarDeclOrExpr>, __ast_path: &mut AstKindPath, ) -> Option<VarDeclOrExpr>

fn fold_opt_vec_expr_or_spreads( &mut self, node: Vec<Option<ExprOrSpread>>, __ast_path: &mut AstKindPath, ) -> Vec<Option<ExprOrSpread>>

fn fold_opt_vec_pats( &mut self, node: Vec<Option<Pat>>, __ast_path: &mut AstKindPath, ) -> Vec<Option<Pat>>

fn fold_param(&mut self, node: Param, __ast_path: &mut AstKindPath) -> Param

fn fold_param_or_ts_param_prop( &mut self, node: ParamOrTsParamProp, __ast_path: &mut AstKindPath, ) -> ParamOrTsParamProp

fn fold_param_or_ts_param_props( &mut self, node: Vec<ParamOrTsParamProp>, __ast_path: &mut AstKindPath, ) -> Vec<ParamOrTsParamProp>

fn fold_params( &mut self, node: Vec<Param>, __ast_path: &mut AstKindPath, ) -> Vec<Param>

fn fold_paren_expr( &mut self, node: ParenExpr, __ast_path: &mut AstKindPath, ) -> ParenExpr

fn fold_pat(&mut self, node: Pat, __ast_path: &mut AstKindPath) -> Pat

fn fold_pats( &mut self, node: Vec<Pat>, __ast_path: &mut AstKindPath, ) -> Vec<Pat>

fn fold_private_method( &mut self, node: PrivateMethod, __ast_path: &mut AstKindPath, ) -> PrivateMethod

fn fold_private_name( &mut self, node: PrivateName, __ast_path: &mut AstKindPath, ) -> PrivateName

fn fold_private_prop( &mut self, node: PrivateProp, __ast_path: &mut AstKindPath, ) -> PrivateProp

fn fold_program( &mut self, node: Program, __ast_path: &mut AstKindPath, ) -> Program

fn fold_prop(&mut self, node: Prop, __ast_path: &mut AstKindPath) -> Prop

fn fold_prop_name( &mut self, node: PropName, __ast_path: &mut AstKindPath, ) -> PropName

fn fold_prop_or_spread( &mut self, node: PropOrSpread, __ast_path: &mut AstKindPath, ) -> PropOrSpread

fn fold_prop_or_spreads( &mut self, node: Vec<PropOrSpread>, __ast_path: &mut AstKindPath, ) -> Vec<PropOrSpread>

fn fold_regex(&mut self, node: Regex, __ast_path: &mut AstKindPath) -> Regex

fn fold_rest_pat( &mut self, node: RestPat, __ast_path: &mut AstKindPath, ) -> RestPat

fn fold_return_stmt( &mut self, node: ReturnStmt, __ast_path: &mut AstKindPath, ) -> ReturnStmt

fn fold_script(&mut self, node: Script, __ast_path: &mut AstKindPath) -> Script

fn fold_seq_expr( &mut self, node: SeqExpr, __ast_path: &mut AstKindPath, ) -> SeqExpr

fn fold_setter_prop( &mut self, node: SetterProp, __ast_path: &mut AstKindPath, ) -> SetterProp

fn fold_simple_assign_target( &mut self, node: SimpleAssignTarget, __ast_path: &mut AstKindPath, ) -> SimpleAssignTarget

fn fold_span(&mut self, node: Span, __ast_path: &mut AstKindPath) -> Span

fn fold_spread_element( &mut self, node: SpreadElement, __ast_path: &mut AstKindPath, ) -> SpreadElement

fn fold_static_block( &mut self, node: StaticBlock, __ast_path: &mut AstKindPath, ) -> StaticBlock

fn fold_stmt(&mut self, node: Stmt, __ast_path: &mut AstKindPath) -> Stmt

fn fold_stmts( &mut self, node: Vec<Stmt>, __ast_path: &mut AstKindPath, ) -> Vec<Stmt>

fn fold_str(&mut self, node: Str, __ast_path: &mut AstKindPath) -> Str

fn fold_super(&mut self, node: Super, __ast_path: &mut AstKindPath) -> Super

fn fold_super_prop( &mut self, node: SuperProp, __ast_path: &mut AstKindPath, ) -> SuperProp

fn fold_super_prop_expr( &mut self, node: SuperPropExpr, __ast_path: &mut AstKindPath, ) -> SuperPropExpr

fn fold_switch_case( &mut self, node: SwitchCase, __ast_path: &mut AstKindPath, ) -> SwitchCase

fn fold_switch_cases( &mut self, node: Vec<SwitchCase>, __ast_path: &mut AstKindPath, ) -> Vec<SwitchCase>

fn fold_switch_stmt( &mut self, node: SwitchStmt, __ast_path: &mut AstKindPath, ) -> SwitchStmt

fn fold_syntax_context( &mut self, node: SyntaxContext, __ast_path: &mut AstKindPath, ) -> SyntaxContext

fn fold_tagged_tpl( &mut self, node: TaggedTpl, __ast_path: &mut AstKindPath, ) -> TaggedTpl

fn fold_this_expr( &mut self, node: ThisExpr, __ast_path: &mut AstKindPath, ) -> ThisExpr

fn fold_throw_stmt( &mut self, node: ThrowStmt, __ast_path: &mut AstKindPath, ) -> ThrowStmt

fn fold_tpl(&mut self, node: Tpl, __ast_path: &mut AstKindPath) -> Tpl

fn fold_tpl_element( &mut self, node: TplElement, __ast_path: &mut AstKindPath, ) -> TplElement

fn fold_tpl_elements( &mut self, node: Vec<TplElement>, __ast_path: &mut AstKindPath, ) -> Vec<TplElement>

fn fold_true_plus_minus( &mut self, node: TruePlusMinus, __ast_path: &mut AstKindPath, ) -> TruePlusMinus

fn fold_try_stmt( &mut self, node: TryStmt, __ast_path: &mut AstKindPath, ) -> TryStmt

fn fold_unary_expr( &mut self, node: UnaryExpr, __ast_path: &mut AstKindPath, ) -> UnaryExpr

fn fold_unary_op( &mut self, node: UnaryOp, __ast_path: &mut AstKindPath, ) -> UnaryOp

fn fold_update_expr( &mut self, node: UpdateExpr, __ast_path: &mut AstKindPath, ) -> UpdateExpr

fn fold_update_op( &mut self, node: UpdateOp, __ast_path: &mut AstKindPath, ) -> UpdateOp

fn fold_using_decl( &mut self, node: UsingDecl, __ast_path: &mut AstKindPath, ) -> UsingDecl

fn fold_var_decl( &mut self, node: VarDecl, __ast_path: &mut AstKindPath, ) -> VarDecl

fn fold_var_decl_kind( &mut self, node: VarDeclKind, __ast_path: &mut AstKindPath, ) -> VarDeclKind

fn fold_var_decl_or_expr( &mut self, node: VarDeclOrExpr, __ast_path: &mut AstKindPath, ) -> VarDeclOrExpr

fn fold_var_declarator( &mut self, node: VarDeclarator, __ast_path: &mut AstKindPath, ) -> VarDeclarator

fn fold_var_declarators( &mut self, node: Vec<VarDeclarator>, __ast_path: &mut AstKindPath, ) -> Vec<VarDeclarator>

fn fold_while_stmt( &mut self, node: WhileStmt, __ast_path: &mut AstKindPath, ) -> WhileStmt

fn fold_with_stmt( &mut self, node: WithStmt, __ast_path: &mut AstKindPath, ) -> WithStmt

fn fold_yield_expr( &mut self, node: YieldExpr, __ast_path: &mut AstKindPath, ) -> YieldExpr

impl<V> FoldAstPath for Optional<V>

where V: FoldAstPath,

fn fold_array_lit( &mut self, node: ArrayLit, __ast_path: &mut AstKindPath, ) -> ArrayLit

fn fold_array_pat( &mut self, node: ArrayPat, __ast_path: &mut AstKindPath, ) -> ArrayPat

fn fold_arrow_expr( &mut self, node: ArrowExpr, __ast_path: &mut AstKindPath, ) -> ArrowExpr

fn fold_assign_expr( &mut self, node: AssignExpr, __ast_path: &mut AstKindPath, ) -> AssignExpr

fn fold_assign_op( &mut self, node: AssignOp, __ast_path: &mut AstKindPath, ) -> AssignOp

fn fold_assign_pat( &mut self, node: AssignPat, __ast_path: &mut AstKindPath, ) -> AssignPat

fn fold_assign_pat_prop( &mut self, node: AssignPatProp, __ast_path: &mut AstKindPath, ) -> AssignPatProp

fn fold_assign_prop( &mut self, node: AssignProp, __ast_path: &mut AstKindPath, ) -> AssignProp

fn fold_assign_target( &mut self, node: AssignTarget, __ast_path: &mut AstKindPath, ) -> AssignTarget

fn fold_assign_target_pat( &mut self, node: AssignTargetPat, __ast_path: &mut AstKindPath, ) -> AssignTargetPat

fn fold_atom(&mut self, node: Atom, __ast_path: &mut AstKindPath) -> Atom

fn fold_auto_accessor( &mut self, node: AutoAccessor, __ast_path: &mut AstKindPath, ) -> AutoAccessor

fn fold_await_expr( &mut self, node: AwaitExpr, __ast_path: &mut AstKindPath, ) -> AwaitExpr

fn fold_big_int(&mut self, node: BigInt, __ast_path: &mut AstKindPath) -> BigInt

fn fold_big_int_value( &mut self, node: BigIntValue, __ast_path: &mut AstKindPath, ) -> BigIntValue

fn fold_bin_expr( &mut self, node: BinExpr, __ast_path: &mut AstKindPath, ) -> BinExpr

fn fold_binary_op( &mut self, node: BinaryOp, __ast_path: &mut AstKindPath, ) -> BinaryOp

fn fold_binding_ident( &mut self, node: BindingIdent, __ast_path: &mut AstKindPath, ) -> BindingIdent

fn fold_block_stmt( &mut self, node: BlockStmt, __ast_path: &mut AstKindPath, ) -> BlockStmt

fn fold_block_stmt_or_expr( &mut self, node: BlockStmtOrExpr, __ast_path: &mut AstKindPath, ) -> BlockStmtOrExpr

fn fold_bool(&mut self, node: Bool, __ast_path: &mut AstKindPath) -> Bool

fn fold_break_stmt( &mut self, node: BreakStmt, __ast_path: &mut AstKindPath, ) -> BreakStmt

fn fold_call_expr( &mut self, node: CallExpr, __ast_path: &mut AstKindPath, ) -> CallExpr

fn fold_callee(&mut self, node: Callee, __ast_path: &mut AstKindPath) -> Callee

fn fold_catch_clause( &mut self, node: CatchClause, __ast_path: &mut AstKindPath, ) -> CatchClause

fn fold_class(&mut self, node: Class, __ast_path: &mut AstKindPath) -> Class

fn fold_class_decl( &mut self, node: ClassDecl, __ast_path: &mut AstKindPath, ) -> ClassDecl

fn fold_class_expr( &mut self, node: ClassExpr, __ast_path: &mut AstKindPath, ) -> ClassExpr

fn fold_class_member( &mut self, node: ClassMember, __ast_path: &mut AstKindPath, ) -> ClassMember

fn fold_class_members( &mut self, node: Vec<ClassMember>, __ast_path: &mut AstKindPath, ) -> Vec<ClassMember>

fn fold_class_method( &mut self, node: ClassMethod, __ast_path: &mut AstKindPath, ) -> ClassMethod

fn fold_class_prop( &mut self, node: ClassProp, __ast_path: &mut AstKindPath, ) -> ClassProp

fn fold_computed_prop_name( &mut self, node: ComputedPropName, __ast_path: &mut AstKindPath, ) -> ComputedPropName

fn fold_cond_expr( &mut self, node: CondExpr, __ast_path: &mut AstKindPath, ) -> CondExpr

fn fold_constructor( &mut self, node: Constructor, __ast_path: &mut AstKindPath, ) -> Constructor

fn fold_continue_stmt( &mut self, node: ContinueStmt, __ast_path: &mut AstKindPath, ) -> ContinueStmt

fn fold_debugger_stmt( &mut self, node: DebuggerStmt, __ast_path: &mut AstKindPath, ) -> DebuggerStmt

fn fold_decl(&mut self, node: Decl, __ast_path: &mut AstKindPath) -> Decl

fn fold_decorator( &mut self, node: Decorator, __ast_path: &mut AstKindPath, ) -> Decorator

fn fold_decorators( &mut self, node: Vec<Decorator>, __ast_path: &mut AstKindPath, ) -> Vec<Decorator>

fn fold_default_decl( &mut self, node: DefaultDecl, __ast_path: &mut AstKindPath, ) -> DefaultDecl

fn fold_do_while_stmt( &mut self, node: DoWhileStmt, __ast_path: &mut AstKindPath, ) -> DoWhileStmt

fn fold_empty_stmt( &mut self, node: EmptyStmt, __ast_path: &mut AstKindPath, ) -> EmptyStmt

fn fold_export_all( &mut self, node: ExportAll, __ast_path: &mut AstKindPath, ) -> ExportAll

fn fold_export_decl( &mut self, node: ExportDecl, __ast_path: &mut AstKindPath, ) -> ExportDecl

fn fold_export_default_decl( &mut self, node: ExportDefaultDecl, __ast_path: &mut AstKindPath, ) -> ExportDefaultDecl

fn fold_export_default_expr( &mut self, node: ExportDefaultExpr, __ast_path: &mut AstKindPath, ) -> ExportDefaultExpr

fn fold_export_default_specifier( &mut self, node: ExportDefaultSpecifier, __ast_path: &mut AstKindPath, ) -> ExportDefaultSpecifier

fn fold_export_named_specifier( &mut self, node: ExportNamedSpecifier, __ast_path: &mut AstKindPath, ) -> ExportNamedSpecifier

fn fold_export_namespace_specifier( &mut self, node: ExportNamespaceSpecifier, __ast_path: &mut AstKindPath, ) -> ExportNamespaceSpecifier

fn fold_export_specifier( &mut self, node: ExportSpecifier, __ast_path: &mut AstKindPath, ) -> ExportSpecifier

fn fold_export_specifiers( &mut self, node: Vec<ExportSpecifier>, __ast_path: &mut AstKindPath, ) -> Vec<ExportSpecifier>

fn fold_expr(&mut self, node: Expr, __ast_path: &mut AstKindPath) -> Expr

fn fold_expr_or_spread( &mut self, node: ExprOrSpread, __ast_path: &mut AstKindPath, ) -> ExprOrSpread

fn fold_expr_or_spreads( &mut self, node: Vec<ExprOrSpread>, __ast_path: &mut AstKindPath, ) -> Vec<ExprOrSpread>

fn fold_expr_stmt( &mut self, node: ExprStmt, __ast_path: &mut AstKindPath, ) -> ExprStmt

fn fold_exprs( &mut self, node: Vec<Box<Expr>>, __ast_path: &mut AstKindPath, ) -> Vec<Box<Expr>>

fn fold_fn_decl(&mut self, node: FnDecl, __ast_path: &mut AstKindPath) -> FnDecl

fn fold_fn_expr(&mut self, node: FnExpr, __ast_path: &mut AstKindPath) -> FnExpr

fn fold_for_head( &mut self, node: ForHead, __ast_path: &mut AstKindPath, ) -> ForHead

fn fold_for_in_stmt( &mut self, node: ForInStmt, __ast_path: &mut AstKindPath, ) -> ForInStmt

fn fold_for_of_stmt( &mut self, node: ForOfStmt, __ast_path: &mut AstKindPath, ) -> ForOfStmt

fn fold_for_stmt( &mut self, node: ForStmt, __ast_path: &mut AstKindPath, ) -> ForStmt

fn fold_function( &mut self, node: Function, __ast_path: &mut AstKindPath, ) -> Function

fn fold_getter_prop( &mut self, node: GetterProp, __ast_path: &mut AstKindPath, ) -> GetterProp

fn fold_ident(&mut self, node: Ident, __ast_path: &mut AstKindPath) -> Ident

fn fold_ident_name( &mut self, node: IdentName, __ast_path: &mut AstKindPath, ) -> IdentName

fn fold_if_stmt(&mut self, node: IfStmt, __ast_path: &mut AstKindPath) -> IfStmt

fn fold_import(&mut self, node: Import, __ast_path: &mut AstKindPath) -> Import

fn fold_import_decl( &mut self, node: ImportDecl, __ast_path: &mut AstKindPath, ) -> ImportDecl

fn fold_import_default_specifier( &mut self, node: ImportDefaultSpecifier, __ast_path: &mut AstKindPath, ) -> ImportDefaultSpecifier

fn fold_import_named_specifier( &mut self, node: ImportNamedSpecifier, __ast_path: &mut AstKindPath, ) -> ImportNamedSpecifier

fn fold_import_phase( &mut self, node: ImportPhase, __ast_path: &mut AstKindPath, ) -> ImportPhase

fn fold_import_specifier( &mut self, node: ImportSpecifier, __ast_path: &mut AstKindPath, ) -> ImportSpecifier

fn fold_import_specifiers( &mut self, node: Vec<ImportSpecifier>, __ast_path: &mut AstKindPath, ) -> Vec<ImportSpecifier>

fn fold_import_star_as_specifier( &mut self, node: ImportStarAsSpecifier, __ast_path: &mut AstKindPath, ) -> ImportStarAsSpecifier

fn fold_import_with( &mut self, node: ImportWith, __ast_path: &mut AstKindPath, ) -> ImportWith

fn fold_import_with_item( &mut self, node: ImportWithItem, __ast_path: &mut AstKindPath, ) -> ImportWithItem

fn fold_import_with_items( &mut self, node: Vec<ImportWithItem>, __ast_path: &mut AstKindPath, ) -> Vec<ImportWithItem>

fn fold_invalid( &mut self, node: Invalid, __ast_path: &mut AstKindPath, ) -> Invalid

fn fold_jsx_attr( &mut self, node: JSXAttr, __ast_path: &mut AstKindPath, ) -> JSXAttr

fn fold_jsx_attr_name( &mut self, node: JSXAttrName, __ast_path: &mut AstKindPath, ) -> JSXAttrName

fn fold_jsx_attr_or_spread( &mut self, node: JSXAttrOrSpread, __ast_path: &mut AstKindPath, ) -> JSXAttrOrSpread

fn fold_jsx_attr_or_spreads( &mut self, node: Vec<JSXAttrOrSpread>, __ast_path: &mut AstKindPath, ) -> Vec<JSXAttrOrSpread>

fn fold_jsx_attr_value( &mut self, node: JSXAttrValue, __ast_path: &mut AstKindPath, ) -> JSXAttrValue

fn fold_jsx_closing_element( &mut self, node: JSXClosingElement, __ast_path: &mut AstKindPath, ) -> JSXClosingElement

fn fold_jsx_closing_fragment( &mut self, node: JSXClosingFragment, __ast_path: &mut AstKindPath, ) -> JSXClosingFragment

fn fold_jsx_element( &mut self, node: JSXElement, __ast_path: &mut AstKindPath, ) -> JSXElement

fn fold_jsx_element_child( &mut self, node: JSXElementChild, __ast_path: &mut AstKindPath, ) -> JSXElementChild

fn fold_jsx_element_childs( &mut self, node: Vec<JSXElementChild>, __ast_path: &mut AstKindPath, ) -> Vec<JSXElementChild>

fn fold_jsx_element_name( &mut self, node: JSXElementName, __ast_path: &mut AstKindPath, ) -> JSXElementName

fn fold_jsx_empty_expr( &mut self, node: JSXEmptyExpr, __ast_path: &mut AstKindPath, ) -> JSXEmptyExpr

fn fold_jsx_expr( &mut self, node: JSXExpr, __ast_path: &mut AstKindPath, ) -> JSXExpr

fn fold_jsx_expr_container( &mut self, node: JSXExprContainer, __ast_path: &mut AstKindPath, ) -> JSXExprContainer

fn fold_jsx_fragment( &mut self, node: JSXFragment, __ast_path: &mut AstKindPath, ) -> JSXFragment

fn fold_jsx_member_expr( &mut self, node: JSXMemberExpr, __ast_path: &mut AstKindPath, ) -> JSXMemberExpr

fn fold_jsx_namespaced_name( &mut self, node: JSXNamespacedName, __ast_path: &mut AstKindPath, ) -> JSXNamespacedName

fn fold_jsx_object( &mut self, node: JSXObject, __ast_path: &mut AstKindPath, ) -> JSXObject

fn fold_jsx_opening_element( &mut self, node: JSXOpeningElement, __ast_path: &mut AstKindPath, ) -> JSXOpeningElement

fn fold_jsx_opening_fragment( &mut self, node: JSXOpeningFragment, __ast_path: &mut AstKindPath, ) -> JSXOpeningFragment

fn fold_jsx_spread_child( &mut self, node: JSXSpreadChild, __ast_path: &mut AstKindPath, ) -> JSXSpreadChild

fn fold_jsx_text( &mut self, node: JSXText, __ast_path: &mut AstKindPath, ) -> JSXText

fn fold_key(&mut self, node: Key, __ast_path: &mut AstKindPath) -> Key

fn fold_key_value_pat_prop( &mut self, node: KeyValuePatProp, __ast_path: &mut AstKindPath, ) -> KeyValuePatProp

fn fold_key_value_prop( &mut self, node: KeyValueProp, __ast_path: &mut AstKindPath, ) -> KeyValueProp

fn fold_labeled_stmt( &mut self, node: LabeledStmt, __ast_path: &mut AstKindPath, ) -> LabeledStmt

fn fold_lit(&mut self, node: Lit, __ast_path: &mut AstKindPath) -> Lit

fn fold_member_expr( &mut self, node: MemberExpr, __ast_path: &mut AstKindPath, ) -> MemberExpr

fn fold_member_prop( &mut self, node: MemberProp, __ast_path: &mut AstKindPath, ) -> MemberProp

fn fold_meta_prop_expr( &mut self, node: MetaPropExpr, __ast_path: &mut AstKindPath, ) -> MetaPropExpr

fn fold_meta_prop_kind( &mut self, node: MetaPropKind, __ast_path: &mut AstKindPath, ) -> MetaPropKind

fn fold_method_kind( &mut self, node: MethodKind, __ast_path: &mut AstKindPath, ) -> MethodKind

fn fold_method_prop( &mut self, node: MethodProp, __ast_path: &mut AstKindPath, ) -> MethodProp

fn fold_module(&mut self, node: Module, __ast_path: &mut AstKindPath) -> Module

fn fold_module_decl( &mut self, node: ModuleDecl, __ast_path: &mut AstKindPath, ) -> ModuleDecl

fn fold_module_export_name( &mut self, node: ModuleExportName, __ast_path: &mut AstKindPath, ) -> ModuleExportName

fn fold_module_item( &mut self, node: ModuleItem, __ast_path: &mut AstKindPath, ) -> ModuleItem

fn fold_module_items( &mut self, node: Vec<ModuleItem>, __ast_path: &mut AstKindPath, ) -> Vec<ModuleItem>

fn fold_named_export( &mut self, node: NamedExport, __ast_path: &mut AstKindPath, ) -> NamedExport

fn fold_new_expr( &mut self, node: NewExpr, __ast_path: &mut AstKindPath, ) -> NewExpr

fn fold_null(&mut self, node: Null, __ast_path: &mut AstKindPath) -> Null

fn fold_number(&mut self, node: Number, __ast_path: &mut AstKindPath) -> Number

fn fold_object_lit( &mut self, node: ObjectLit, __ast_path: &mut AstKindPath, ) -> ObjectLit

fn fold_object_pat( &mut self, node: ObjectPat, __ast_path: &mut AstKindPath, ) -> ObjectPat

fn fold_object_pat_prop( &mut self, node: ObjectPatProp, __ast_path: &mut AstKindPath, ) -> ObjectPatProp

fn fold_object_pat_props( &mut self, node: Vec<ObjectPatProp>, __ast_path: &mut AstKindPath, ) -> Vec<ObjectPatProp>

fn fold_opt_atom( &mut self, node: Option<Atom>, __ast_path: &mut AstKindPath, ) -> Option<Atom>

fn fold_opt_block_stmt( &mut self, node: Option<BlockStmt>, __ast_path: &mut AstKindPath, ) -> Option<BlockStmt>

fn fold_opt_call( &mut self, node: OptCall, __ast_path: &mut AstKindPath, ) -> OptCall

fn fold_opt_catch_clause( &mut self, node: Option<CatchClause>, __ast_path: &mut AstKindPath, ) -> Option<CatchClause>

fn fold_opt_chain_base( &mut self, node: OptChainBase, __ast_path: &mut AstKindPath, ) -> OptChainBase

fn fold_opt_chain_expr( &mut self, node: OptChainExpr, __ast_path: &mut AstKindPath, ) -> OptChainExpr

fn fold_opt_expr( &mut self, node: Option<Box<Expr>>, __ast_path: &mut AstKindPath, ) -> Option<Box<Expr>>

fn fold_opt_expr_or_spread( &mut self, node: Option<ExprOrSpread>, __ast_path: &mut AstKindPath, ) -> Option<ExprOrSpread>

fn fold_opt_expr_or_spreads( &mut self, node: Option<Vec<ExprOrSpread>>, __ast_path: &mut AstKindPath, ) -> Option<Vec<ExprOrSpread>>

fn fold_opt_ident( &mut self, node: Option<Ident>, __ast_path: &mut AstKindPath, ) -> Option<Ident>

fn fold_opt_jsx_attr_value( &mut self, node: Option<JSXAttrValue>, __ast_path: &mut AstKindPath, ) -> Option<JSXAttrValue>

fn fold_opt_jsx_closing_element( &mut self, node: Option<JSXClosingElement>, __ast_path: &mut AstKindPath, ) -> Option<JSXClosingElement>

fn fold_opt_module_export_name( &mut self, node: Option<ModuleExportName>, __ast_path: &mut AstKindPath, ) -> Option<ModuleExportName>

fn fold_opt_object_lit( &mut self, node: Option<Box<ObjectLit>>, __ast_path: &mut AstKindPath, ) -> Option<Box<ObjectLit>>

fn fold_opt_pat( &mut self, node: Option<Pat>, __ast_path: &mut AstKindPath, ) -> Option<Pat>

fn fold_opt_span( &mut self, node: Option<Span>, __ast_path: &mut AstKindPath, ) -> Option<Span>

fn fold_opt_stmt( &mut self, node: Option<Box<Stmt>>, __ast_path: &mut AstKindPath, ) -> Option<Box<Stmt>>

fn fold_opt_str( &mut self, node: Option<Box<Str>>, __ast_path: &mut AstKindPath, ) -> Option<Box<Str>>

fn fold_opt_var_decl_or_expr( &mut self, node: Option<VarDeclOrExpr>, __ast_path: &mut AstKindPath, ) -> Option<VarDeclOrExpr>

fn fold_opt_vec_expr_or_spreads( &mut self, node: Vec<Option<ExprOrSpread>>, __ast_path: &mut AstKindPath, ) -> Vec<Option<ExprOrSpread>>

fn fold_opt_vec_pats( &mut self, node: Vec<Option<Pat>>, __ast_path: &mut AstKindPath, ) -> Vec<Option<Pat>>

fn fold_param(&mut self, node: Param, __ast_path: &mut AstKindPath) -> Param

fn fold_param_or_ts_param_prop( &mut self, node: ParamOrTsParamProp, __ast_path: &mut AstKindPath, ) -> ParamOrTsParamProp

fn fold_param_or_ts_param_props( &mut self, node: Vec<ParamOrTsParamProp>, __ast_path: &mut AstKindPath, ) -> Vec<ParamOrTsParamProp>

fn fold_params( &mut self, node: Vec<Param>, __ast_path: &mut AstKindPath, ) -> Vec<Param>

fn fold_paren_expr( &mut self, node: ParenExpr, __ast_path: &mut AstKindPath, ) -> ParenExpr

fn fold_pat(&mut self, node: Pat, __ast_path: &mut AstKindPath) -> Pat

fn fold_pats( &mut self, node: Vec<Pat>, __ast_path: &mut AstKindPath, ) -> Vec<Pat>

fn fold_private_method( &mut self, node: PrivateMethod, __ast_path: &mut AstKindPath, ) -> PrivateMethod

fn fold_private_name( &mut self, node: PrivateName, __ast_path: &mut AstKindPath, ) -> PrivateName

fn fold_private_prop( &mut self, node: PrivateProp, __ast_path: &mut AstKindPath, ) -> PrivateProp

fn fold_program( &mut self, node: Program, __ast_path: &mut AstKindPath, ) -> Program

fn fold_prop(&mut self, node: Prop, __ast_path: &mut AstKindPath) -> Prop

fn fold_prop_name( &mut self, node: PropName, __ast_path: &mut AstKindPath, ) -> PropName

fn fold_prop_or_spread( &mut self, node: PropOrSpread, __ast_path: &mut AstKindPath, ) -> PropOrSpread

fn fold_prop_or_spreads( &mut self, node: Vec<PropOrSpread>, __ast_path: &mut AstKindPath, ) -> Vec<PropOrSpread>

fn fold_regex(&mut self, node: Regex, __ast_path: &mut AstKindPath) -> Regex

fn fold_rest_pat( &mut self, node: RestPat, __ast_path: &mut AstKindPath, ) -> RestPat

fn fold_return_stmt( &mut self, node: ReturnStmt, __ast_path: &mut AstKindPath, ) -> ReturnStmt

fn fold_script(&mut self, node: Script, __ast_path: &mut AstKindPath) -> Script

fn fold_seq_expr( &mut self, node: SeqExpr, __ast_path: &mut AstKindPath, ) -> SeqExpr

fn fold_setter_prop( &mut self, node: SetterProp, __ast_path: &mut AstKindPath, ) -> SetterProp

fn fold_simple_assign_target( &mut self, node: SimpleAssignTarget, __ast_path: &mut AstKindPath, ) -> SimpleAssignTarget

fn fold_span(&mut self, node: Span, __ast_path: &mut AstKindPath) -> Span

fn fold_spread_element( &mut self, node: SpreadElement, __ast_path: &mut AstKindPath, ) -> SpreadElement

fn fold_static_block( &mut self, node: StaticBlock, __ast_path: &mut AstKindPath, ) -> StaticBlock

fn fold_stmt(&mut self, node: Stmt, __ast_path: &mut AstKindPath) -> Stmt

fn fold_stmts( &mut self, node: Vec<Stmt>, __ast_path: &mut AstKindPath, ) -> Vec<Stmt>

fn fold_str(&mut self, node: Str, __ast_path: &mut AstKindPath) -> Str

fn fold_super(&mut self, node: Super, __ast_path: &mut AstKindPath) -> Super

fn fold_super_prop( &mut self, node: SuperProp, __ast_path: &mut AstKindPath, ) -> SuperProp

fn fold_super_prop_expr( &mut self, node: SuperPropExpr, __ast_path: &mut AstKindPath, ) -> SuperPropExpr

fn fold_switch_case( &mut self, node: SwitchCase, __ast_path: &mut AstKindPath, ) -> SwitchCase

fn fold_switch_cases( &mut self, node: Vec<SwitchCase>, __ast_path: &mut AstKindPath, ) -> Vec<SwitchCase>

fn fold_switch_stmt( &mut self, node: SwitchStmt, __ast_path: &mut AstKindPath, ) -> SwitchStmt

fn fold_syntax_context( &mut self, node: SyntaxContext, __ast_path: &mut AstKindPath, ) -> SyntaxContext

fn fold_tagged_tpl( &mut self, node: TaggedTpl, __ast_path: &mut AstKindPath, ) -> TaggedTpl

fn fold_this_expr( &mut self, node: ThisExpr, __ast_path: &mut AstKindPath, ) -> ThisExpr

fn fold_throw_stmt( &mut self, node: ThrowStmt, __ast_path: &mut AstKindPath, ) -> ThrowStmt

fn fold_tpl(&mut self, node: Tpl, __ast_path: &mut AstKindPath) -> Tpl

fn fold_tpl_element( &mut self, node: TplElement, __ast_path: &mut AstKindPath, ) -> TplElement

fn fold_tpl_elements( &mut self, node: Vec<TplElement>, __ast_path: &mut AstKindPath, ) -> Vec<TplElement>

fn fold_true_plus_minus( &mut self, node: TruePlusMinus, __ast_path: &mut AstKindPath, ) -> TruePlusMinus

fn fold_try_stmt( &mut self, node: TryStmt, __ast_path: &mut AstKindPath, ) -> TryStmt

fn fold_unary_expr( &mut self, node: UnaryExpr, __ast_path: &mut AstKindPath, ) -> UnaryExpr

fn fold_unary_op( &mut self, node: UnaryOp, __ast_path: &mut AstKindPath, ) -> UnaryOp

fn fold_update_expr( &mut self, node: UpdateExpr, __ast_path: &mut AstKindPath, ) -> UpdateExpr

fn fold_update_op( &mut self, node: UpdateOp, __ast_path: &mut AstKindPath, ) -> UpdateOp

fn fold_using_decl( &mut self, node: UsingDecl, __ast_path: &mut AstKindPath, ) -> UsingDecl

fn fold_var_decl( &mut self, node: VarDecl, __ast_path: &mut AstKindPath, ) -> VarDecl

fn fold_var_decl_kind( &mut self, node: VarDeclKind, __ast_path: &mut AstKindPath, ) -> VarDeclKind

fn fold_var_decl_or_expr( &mut self, node: VarDeclOrExpr, __ast_path: &mut AstKindPath, ) -> VarDeclOrExpr

fn fold_var_declarator( &mut self, node: VarDeclarator, __ast_path: &mut AstKindPath, ) -> VarDeclarator

fn fold_var_declarators( &mut self, node: Vec<VarDeclarator>, __ast_path: &mut AstKindPath, ) -> Vec<VarDeclarator>

fn fold_while_stmt( &mut self, node: WhileStmt, __ast_path: &mut AstKindPath, ) -> WhileStmt

fn fold_with_stmt( &mut self, node: WithStmt, __ast_path: &mut AstKindPath, ) -> WithStmt

fn fold_yield_expr( &mut self, node: YieldExpr, __ast_path: &mut AstKindPath, ) -> YieldExpr

Implementors