bug: class specifier parsed as function definition

[lsp-ableton]

Did you check existing issues?

• I have read all the tree-sitter docs if it relates to using the parser
• I have searched the existing issues of tree-sitter-cpp

Tree-Sitter CLI Version, if relevant (output of tree-sitter --version)

tree-sitter 0.23.0

Describe the bug

tree-sitter-cpp does not correctly parse macros in a class declaration, causing the class to be misinterpreted as a function definition.

Steps To Reproduce/Bad Parse Tree

The following results in a parse error:

#define AttributeMacro __attribute__((visibility("default")))
#define ClassDeclarationMacro(Class, BaseClass) \
   public:                                      \
    static TInt sId;                            \

class AttributeMacro Class : public BaseClass
{
public:
  ClassDeclarationMacro(Class, BaseClass);
};

(translation_unit [0, 0] - [10, 0]
  (preproc_def [0, 0] - [1, 0]
    name: (identifier [0, 8] - [0, 22])
    value: (preproc_arg [0, 23] - [0, 61]))
  (preproc_function_def [1, 0] - [5, 0]
    name: (identifier [1, 8] - [1, 29])
    parameters: (preproc_params [1, 29] - [1, 47]
      (identifier [1, 30] - [1, 35])
      (identifier [1, 37] - [1, 46]))
    value: (preproc_arg [2, 3] - [4, 0]))
  (function_definition [5, 0] - [9, 1]   <----- Class specifier incorrectly parsed as function definition
    type: (class_specifier [5, 0] - [5, 20]
      name: (type_identifier [5, 6] - [5, 20]))
    (ERROR [5, 21] - [5, 35]
      (identifier [5, 21] - [5, 26]))
    declarator: (identifier [5, 36] - [5, 45])
    body: (compound_statement [6, 0] - [9, 1]
      (labeled_statement [7, 0] - [8, 51]
        label: (statement_identifier [7, 0] - [7, 6])
        (expression_statement [8, 2] - [8, 51]
          (call_expression [8, 2] - [8, 50]
            function: (identifier [8, 2] - [8, 23])
            arguments: (argument_list [8, 23] - [8, 50]
              (identifier [8, 24] - [8, 38])
              (identifier [8, 40] - [8, 49])))))))
  (expression_statement [9, 1] - [9, 2]))

I understand it won't be possible to handle macros correctly in every case, but it seems like it should be possible to determine that the last node is still a class specifier and not a function definition. Removing either the AttributeMacro or the ClassDeclarationMacro, causes it to be parsed correctly again.

Expected Behavior/Parse Tree

It's fine if these nodes result in parsing errors, but ideally they should still allow the rest of the class declaration to be parsed:

(translation_unit [0, 0] - [10, 0]
  (preproc_def [0, 0] - [1, 0]
    name: (identifier [0, 8] - [0, 22])
    value: (preproc_arg [0, 23] - [0, 61]))
  (preproc_function_def [1, 0] - [5, 0]
    name: (identifier [1, 8] - [1, 29])
    parameters: (preproc_params [1, 29] - [1, 47]
      (identifier [1, 30] - [1, 35])
      (identifier [1, 37] - [1, 46]))
    value: (preproc_arg [2, 3] - [4, 0]))
  (class_specifier [5, 0] - [9, 1]
    (ERROR [5, 6] - [5, 20])            <------- Read some token between the `class` keyword and class name
    name: (type_identifier [5, 21] - [5, 26])
    (base_class_clause [5, 27] - [5, 45]
      (access_specifier [5, 29] - [5, 34])
      (type_identifier [5, 36] - [5, 44]))
    body: (field_declaration_list [6, 0] - [9, 1]
      (access_specifier [7, 0] - [7, 6])
      (declaration [8, 2] - [8, 51]
        declarator: (function_declarator [8, 2] - [8, 50]
          declarator: (identifier [8, 2] - [8, 23])
          parameters: (parameter_list [8, 23] - [8, 50]
            (parameter_declaration [8, 24] - [8, 38]
              type: (type_identifier [8, 24] - [8, 38]))
            (parameter_declaration [8, 40] - [8, 49]
              type: (type_identifier [8, 40] - [8, 49]))))))))

Repro

#define AttributeMacro __attribute__((visibility("default")))
#define ClassDeclarationMacro(Class, BaseClass) \
   public:                                      \
    static TInt sId;                            \

class AttributeMacro Class : public BaseClass
{
public:
  ClassDeclarationMacro(Class, BaseClass);
};