python-executing fails to build with Python 3.12.0a7.

=================================== FAILURES ===================================
___________________________ TestStuff.test_decorator ___________________________

self = <tests.test_main.TestStuff testMethod=test_decorator>

    def test_decorator(self):
        @empty_decorator  # 0
        @decorator_with_args(tester('123'), x=int())  # 1
        @tester(list(tuple([1, 2])))  # 2!
        @tester(  # 3!
            list(
                tuple(
                    [3, 4])),
            )
        @empty_decorator  # 4
        @decorator_with_args(  # 5
            str(),
            x=int())
        @tester(list(tuple([5, 6])))  # 6!
>       @tester(list(tuple([7, 8])))  # 7!

tests/test_main.py:83: 
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 
tests/utils.py:63: in __call__
    self.check(call.args[0], arg)
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 

self = <tests.utils.Tester object at 0x7f702c74c050>
node = <ast.Call object at 0x7f702c7f22d0>
value = <function TestStuff.test_decorator.<locals>.foo at 0x7f702c62b740>

    def check(self, node, value):
        frame = inspect.currentframe().f_back.f_back
        result = eval(
            compile(ast.Expression(node), frame.f_code.co_filename, 'eval'),
            frame.f_globals,
            frame.f_locals,
        )
>       assert result == value, (result, value)
E       AssertionError: ([7, 8], <function TestStuff.test_decorator.<locals>.foo at 0x7f702c62b740>)

tests/utils.py:51: AssertionError
__________________ TestStuff.test_decorator_cache_instruction __________________

self = <tests.test_main.TestStuff testMethod=test_decorator_cache_instruction>

    def test_decorator_cache_instruction(self):
        frame = inspect.currentframe()
    
        def deco(f):
            assert f.__name__ == "foo"
            ex = Source.executing(frame)
            assert isinstance(ex.node, ast.FunctionDef)
            assert isinstance(ex.decorator, ast.Name)
    
>       @deco

tests/test_main.py:587: 
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 
tests/test_main.py:583: in deco
    ex = Source.executing(frame)
executing/executing.py:368: in executing
    node_finder = NodeFinder(frame, stmts, tree, lasti, source)
executing/_position_node_finder.py:158: in __init__
    self.verify(self.result, self.instruction(lasti))
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 

self = <executing._position_node_finder.PositionNodeFinder object at 0x7f702c3f75c0>
node = <ast.Name object at 0x7f702c5875d0>
instruction = Instruction(opname='CALL', opcode=171, arg=0, argval=0, argrepr='', offset=62, starts_line=587, is_jump_target=False, positions=Positions(lineno=587, end_lineno=587, col_offset=9, end_col_offset=13))

    def verify(self, node: EnhancedAST, instruction: dis.Instruction) -> None:
        """
        checks if this node could gererate this instruction
        """
    
        op_name = instruction.opname
        extra_filter: Callable[[EnhancedAST], bool] = lambda e: True
        ctx: Type = type(None)
    
        def inst_match(opnames: Union[str, Sequence[str]], **kwargs: Any) -> bool:
            """
            match instruction
    
            Parameters:
                opnames: (str|Seq[str]): inst.opname has to be equal to or in `opname`
                **kwargs: every arg has to match inst.arg
    
            Returns:
                True if all conditions match the instruction
    
            """
    
            if isinstance(opnames, str):
                opnames = [opnames]
            return instruction.opname in opnames and kwargs == {
                k: getattr(instruction, k) for k in kwargs
            }
    
        def node_match(node_type: Union[Type, Tuple[Type, ...]], **kwargs: Any) -> bool:
            """
            match the ast-node
    
            Parameters:
                node_type: type of the node
                **kwargs: every `arg` has to be equal `node.arg`
                        or `node.arg` has to be an instance of `arg` if it is a type.
            """
            return isinstance(node, node_type) and all(
                isinstance(getattr(node, k), v)
                if isinstance(v, type)
                else getattr(node, k) == v
                for k, v in kwargs.items()
            )
    
        if op_name == "CACHE":
            return
    
        if inst_match("CALL") and node_match((ast.With, ast.AsyncWith)):
            # call to context.__exit__
            return
    
        if inst_match(("CALL", "LOAD_FAST")) and node_match(
            (ast.ListComp, ast.GeneratorExp, ast.SetComp, ast.DictComp)
        ):
            # call to the generator function
            return
    
        if inst_match(("CALL", "CALL_FUNCTION_EX")) and node_match(
            (ast.ClassDef, ast.Call)
        ):
            return
    
        if inst_match(("COMPARE_OP", "IS_OP", "CONTAINS_OP")) and node_match(
            ast.Compare
        ):
            return
    
        if inst_match("LOAD_NAME", argval="__annotations__") and node_match(
            ast.AnnAssign
        ):
            return
    
        if (
            (
                inst_match("LOAD_METHOD", argval="join")
                or inst_match(("CALL", "BUILD_STRING"))
            )
            and node_match(ast.BinOp, left=ast.Constant, op=ast.Mod)
            and isinstance(cast(ast.Constant, cast(ast.BinOp, node).left).value, str)
        ):
            # "..."%(...) uses "".join
            return
    
        if inst_match("STORE_SUBSCR") and node_match(ast.AnnAssign):
            # data: int
            return
    
        if self.is_except_cleanup(instruction, node):
            return
    
        if inst_match(("DELETE_NAME", "DELETE_FAST")) and node_match(
            ast.Name, id=instruction.argval, ctx=ast.Del
        ):
            return
    
        if inst_match("BUILD_STRING") and (
            node_match(ast.JoinedStr) or node_match(ast.BinOp, op=ast.Mod)
        ):
            return
    
        if inst_match(("BEFORE_WITH","WITH_EXCEPT_START")) and node_match(ast.With):
            return
    
        if inst_match(("STORE_NAME", "STORE_GLOBAL"), argval="__doc__") and node_match(
            ast.Constant
        ):
            # store docstrings
            return
    
        if (
            inst_match(("STORE_NAME", "STORE_FAST", "STORE_GLOBAL", "STORE_DEREF"))
            and node_match(ast.ExceptHandler)
            and instruction.argval == mangled_name(node)
        ):
            # store exception in variable
            return
    
        if (
            inst_match(("STORE_NAME", "STORE_FAST", "STORE_DEREF", "STORE_GLOBAL"))
            and node_match((ast.Import, ast.ImportFrom))
            and any(mangled_name(cast(EnhancedAST, alias)) == instruction.argval for alias in cast(ast.Import, node).names)
        ):
            # store imported module in variable
            return
    
        if (
            inst_match(("STORE_FAST", "STORE_DEREF", "STORE_NAME", "STORE_GLOBAL"))
            and (
                node_match((ast.FunctionDef, ast.ClassDef, ast.AsyncFunctionDef))
                or node_match(
                    ast.Name,
                    ctx=ast.Store,
                )
            )
            and instruction.argval == mangled_name(node)
        ):
            return
    
        if False:
            # TODO: match expressions are not supported for now
            if inst_match(("STORE_FAST", "STORE_NAME")) and node_match(
                ast.MatchAs, name=instruction.argval
            ):
                return
    
            if inst_match("COMPARE_OP", argval="==") and node_match(ast.MatchSequence):
                return
    
            if inst_match("COMPARE_OP", argval="==") and node_match(ast.MatchValue):
                return
    
        if inst_match("BINARY_OP") and node_match(
            ast.AugAssign, op=op_type_map[instruction.argrepr.removesuffix("=")]
        ):
            # a+=5
            return
    
        if node_match(ast.Attribute, ctx=ast.Del) and inst_match(
            "DELETE_ATTR", argval=mangled_name(node)
        ):
            return
    
        if inst_match(("JUMP_IF_TRUE_OR_POP", "JUMP_IF_FALSE_OR_POP")) and node_match(
            ast.BoolOp
        ):
            # and/or short circuit
            return
    
        if inst_match("DELETE_SUBSCR") and node_match(ast.Subscript, ctx=ast.Del):
            return
    
        if node_match(ast.Name, ctx=ast.Load) and inst_match(
            ("LOAD_NAME", "LOAD_FAST", "LOAD_GLOBAL"), argval=mangled_name(node)
        ):
            return
    
        if node_match(ast.Name, ctx=ast.Del) and inst_match(
            ("DELETE_NAME", "DELETE_GLOBAL"), argval=mangled_name(node)
        ):
            return
    
        # old verifier
    
        typ: Type = type(None)
        op_type: Type = type(None)
    
        if op_name.startswith(("BINARY_SUBSCR", "SLICE+")):
            typ = ast.Subscript
            ctx = ast.Load
        elif op_name.startswith("BINARY_"):
            typ = ast.BinOp
            op_type = op_type_map[instruction.argrepr]
            extra_filter = lambda e: isinstance(cast(ast.BinOp, e).op, op_type)
        elif op_name.startswith("UNARY_"):
            typ = ast.UnaryOp
            op_type = dict(
                UNARY_POSITIVE=ast.UAdd,
                UNARY_NEGATIVE=ast.USub,
                UNARY_NOT=ast.Not,
                UNARY_INVERT=ast.Invert,
            )[op_name]
            extra_filter = lambda e: isinstance(cast(ast.UnaryOp, e).op, op_type)
        elif op_name in ("LOAD_ATTR", "LOAD_METHOD", "LOOKUP_METHOD"):
            typ = ast.Attribute
            ctx = ast.Load
            extra_filter = lambda e: mangled_name(e) == instruction.argval
        elif op_name in (
            "LOAD_NAME",
            "LOAD_GLOBAL",
            "LOAD_FAST",
            "LOAD_DEREF",
            "LOAD_CLASSDEREF",
        ):
            typ = ast.Name
            ctx = ast.Load
            extra_filter = lambda e: cast(ast.Name, e).id == instruction.argval
        elif op_name in ("COMPARE_OP", "IS_OP", "CONTAINS_OP"):
            typ = ast.Compare
            extra_filter = lambda e: len(cast(ast.Compare, e).ops) == 1
        elif op_name.startswith(("STORE_SLICE", "STORE_SUBSCR")):
            ctx = ast.Store
            typ = ast.Subscript
        elif op_name.startswith("STORE_ATTR"):
            ctx = ast.Store
            typ = ast.Attribute
            extra_filter = lambda e: mangled_name(e) == instruction.argval
    
        node_ctx = getattr(node, "ctx", None)
    
        ctx_match = (
            ctx is not type(None)
            or not hasattr(node, "ctx")
            or isinstance(node_ctx, ctx)
        )
    
        # check for old verifier
        if isinstance(node, typ) and ctx_match and extra_filter(node):
            return
    
        # generate error
    
        title = "ast.%s is not created from %s" % (
            type(node).__name__,
            instruction.opname,
        )
    
>       raise VerifierFailure(title, node, instruction)
E       executing._exceptions.VerifierFailure: ast.Name is not created from CALL

executing/_position_node_finder.py:545: VerifierFailure
_____________________________ TestStuff.test_names _____________________________

self = <tests.test_main.TestStuff testMethod=test_names>

    @contextlib.contextmanager
    def assert_name_error(self):
        try:
>           yield

tests/test_main.py:536: 
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 

self = <tests.test_main.TestStuff testMethod=test_names>

    def test_names(self):
        with self.assert_name_error():
            self, completely_nonexistent  # noqa
    
        with self.assert_name_error():
            self, global_never_defined  # noqa
    
        with self.assert_name_error():
>           self, local_not_defined_yet  # noqa
E           UnboundLocalError: cannot access local variable 'local_not_defined_yet' where it is not associated with a value

tests/test_main.py:554: UnboundLocalError

During handling of the above exception, another exception occurred:

self = <tests.test_main.TestStuff testMethod=test_names>

    def test_names(self):
        with self.assert_name_error():
            self, completely_nonexistent  # noqa
    
        with self.assert_name_error():
            self, global_never_defined  # noqa
    
>       with self.assert_name_error():

tests/test_main.py:553: 
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 
/usr/lib64/python3.12/contextlib.py:155: in __exit__
    self.gen.throw(value)
tests/test_main.py:539: in assert_name_error
    ex = Source.executing(tb.tb_next)
executing/executing.py:368: in executing
    node_finder = NodeFinder(frame, stmts, tree, lasti, source)
executing/_position_node_finder.py:158: in __init__
    self.verify(self.result, self.instruction(lasti))
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 

self = <executing._position_node_finder.PositionNodeFinder object at 0x7f7029434e30>
node = <ast.Name object at 0x7f702c781450>
instruction = Instruction(opname='LOAD_FAST_CHECK', opcode=127, arg=1, argval='local_not_defined_yet', argrepr='local_not_defined_ye...rts_line=None, is_jump_target=False, positions=Positions(lineno=554, end_lineno=554, col_offset=18, end_col_offset=39))

    def verify(self, node: EnhancedAST, instruction: dis.Instruction) -> None:
        """
        checks if this node could gererate this instruction
        """
    
        op_name = instruction.opname
        extra_filter: Callable[[EnhancedAST], bool] = lambda e: True
        ctx: Type = type(None)
    
        def inst_match(opnames: Union[str, Sequence[str]], **kwargs: Any) -> bool:
            """
            match instruction
    
            Parameters:
                opnames: (str|Seq[str]): inst.opname has to be equal to or in `opname`
                **kwargs: every arg has to match inst.arg
    
            Returns:
                True if all conditions match the instruction
    
            """
    
            if isinstance(opnames, str):
                opnames = [opnames]
            return instruction.opname in opnames and kwargs == {
                k: getattr(instruction, k) for k in kwargs
            }
    
        def node_match(node_type: Union[Type, Tuple[Type, ...]], **kwargs: Any) -> bool:
            """
            match the ast-node
    
            Parameters:
                node_type: type of the node
                **kwargs: every `arg` has to be equal `node.arg`
                        or `node.arg` has to be an instance of `arg` if it is a type.
            """
            return isinstance(node, node_type) and all(
                isinstance(getattr(node, k), v)
                if isinstance(v, type)
                else getattr(node, k) == v
                for k, v in kwargs.items()
            )
    
        if op_name == "CACHE":
            return
    
        if inst_match("CALL") and node_match((ast.With, ast.AsyncWith)):
            # call to context.__exit__
            return
    
        if inst_match(("CALL", "LOAD_FAST")) and node_match(
            (ast.ListComp, ast.GeneratorExp, ast.SetComp, ast.DictComp)
        ):
            # call to the generator function
            return
    
        if inst_match(("CALL", "CALL_FUNCTION_EX")) and node_match(
            (ast.ClassDef, ast.Call)
        ):
            return
    
        if inst_match(("COMPARE_OP", "IS_OP", "CONTAINS_OP")) and node_match(
            ast.Compare
        ):
            return
    
        if inst_match("LOAD_NAME", argval="__annotations__") and node_match(
            ast.AnnAssign
        ):
            return
    
        if (
            (
                inst_match("LOAD_METHOD", argval="join")
                or inst_match(("CALL", "BUILD_STRING"))
            )
            and node_match(ast.BinOp, left=ast.Constant, op=ast.Mod)
            and isinstance(cast(ast.Constant, cast(ast.BinOp, node).left).value, str)
        ):
            # "..."%(...) uses "".join
            return
    
        if inst_match("STORE_SUBSCR") and node_match(ast.AnnAssign):
            # data: int
            return
    
        if self.is_except_cleanup(instruction, node):
            return
    
        if inst_match(("DELETE_NAME", "DELETE_FAST")) and node_match(
            ast.Name, id=instruction.argval, ctx=ast.Del
        ):
            return
    
        if inst_match("BUILD_STRING") and (
            node_match(ast.JoinedStr) or node_match(ast.BinOp, op=ast.Mod)
        ):
            return
    
        if inst_match(("BEFORE_WITH","WITH_EXCEPT_START")) and node_match(ast.With):
            return
    
        if inst_match(("STORE_NAME", "STORE_GLOBAL"), argval="__doc__") and node_match(
            ast.Constant
        ):
            # store docstrings
            return
    
        if (
            inst_match(("STORE_NAME", "STORE_FAST", "STORE_GLOBAL", "STORE_DEREF"))
            and node_match(ast.ExceptHandler)
            and instruction.argval == mangled_name(node)
        ):
            # store exception in variable
            return
    
        if (
            inst_match(("STORE_NAME", "STORE_FAST", "STORE_DEREF", "STORE_GLOBAL"))
            and node_match((ast.Import, ast.ImportFrom))
            and any(mangled_name(cast(EnhancedAST, alias)) == instruction.argval for alias in cast(ast.Import, node).names)
        ):
            # store imported module in variable
            return
    
        if (
            inst_match(("STORE_FAST", "STORE_DEREF", "STORE_NAME", "STORE_GLOBAL"))
            and (
                node_match((ast.FunctionDef, ast.ClassDef, ast.AsyncFunctionDef))
                or node_match(
                    ast.Name,
                    ctx=ast.Store,
                )
            )
            and instruction.argval == mangled_name(node)
        ):
            return
    
        if False:
            # TODO: match expressions are not supported for now
            if inst_match(("STORE_FAST", "STORE_NAME")) and node_match(
                ast.MatchAs, name=instruction.argval
            ):
                return
    
            if inst_match("COMPARE_OP", argval="==") and node_match(ast.MatchSequence):
                return
    
            if inst_match("COMPARE_OP", argval="==") and node_match(ast.MatchValue):
                return
    
        if inst_match("BINARY_OP") and node_match(
            ast.AugAssign, op=op_type_map[instruction.argrepr.removesuffix("=")]
        ):
            # a+=5
            return
    
        if node_match(ast.Attribute, ctx=ast.Del) and inst_match(
            "DELETE_ATTR", argval=mangled_name(node)
        ):
            return
    
        if inst_match(("JUMP_IF_TRUE_OR_POP", "JUMP_IF_FALSE_OR_POP")) and node_match(
            ast.BoolOp
        ):
            # and/or short circuit
            return
    
        if inst_match("DELETE_SUBSCR") and node_match(ast.Subscript, ctx=ast.Del):
            return
    
        if node_match(ast.Name, ctx=ast.Load) and inst_match(
            ("LOAD_NAME", "LOAD_FAST", "LOAD_GLOBAL"), argval=mangled_name(node)
        ):
            return
    
        if node_match(ast.Name, ctx=ast.Del) and inst_match(
            ("DELETE_NAME", "DELETE_GLOBAL"), argval=mangled_name(node)
        ):
            return
    
        # old verifier
    
        typ: Type = type(None)
        op_type: Type = type(None)
    
        if op_name.startswith(("BINARY_SUBSCR", "SLICE+")):
            typ = ast.Subscript
            ctx = ast.Load
        elif op_name.startswith("BINARY_"):
            typ = ast.BinOp
            op_type = op_type_map[instruction.argrepr]
            extra_filter = lambda e: isinstance(cast(ast.BinOp, e).op, op_type)
        elif op_name.startswith("UNARY_"):
            typ = ast.UnaryOp
            op_type = dict(
                UNARY_POSITIVE=ast.UAdd,
                UNARY_NEGATIVE=ast.USub,
                UNARY_NOT=ast.Not,
                UNARY_INVERT=ast.Invert,
            )[op_name]
            extra_filter = lambda e: isinstance(cast(ast.UnaryOp, e).op, op_type)
        elif op_name in ("LOAD_ATTR", "LOAD_METHOD", "LOOKUP_METHOD"):
            typ = ast.Attribute
            ctx = ast.Load
            extra_filter = lambda e: mangled_name(e) == instruction.argval
        elif op_name in (
            "LOAD_NAME",
            "LOAD_GLOBAL",
            "LOAD_FAST",
            "LOAD_DEREF",
            "LOAD_CLASSDEREF",
        ):
            typ = ast.Name
            ctx = ast.Load
            extra_filter = lambda e: cast(ast.Name, e).id == instruction.argval
        elif op_name in ("COMPARE_OP", "IS_OP", "CONTAINS_OP"):
            typ = ast.Compare
            extra_filter = lambda e: len(cast(ast.Compare, e).ops) == 1
        elif op_name.startswith(("STORE_SLICE", "STORE_SUBSCR")):
            ctx = ast.Store
            typ = ast.Subscript
        elif op_name.startswith("STORE_ATTR"):
            ctx = ast.Store
            typ = ast.Attribute
            extra_filter = lambda e: mangled_name(e) == instruction.argval
    
        node_ctx = getattr(node, "ctx", None)
    
        ctx_match = (
            ctx is not type(None)
            or not hasattr(node, "ctx")
            or isinstance(node_ctx, ctx)
        )
    
        # check for old verifier
        if isinstance(node, typ) and ctx_match and extra_filter(node):
            return
    
        # generate error
    
        title = "ast.%s is not created from %s" % (
            type(node).__name__,
            instruction.opname,
        )
    
>       raise VerifierFailure(title, node, instruction)
E       executing._exceptions.VerifierFailure: ast.Name is not created from LOAD_FAST_CHECK

executing/_position_node_finder.py:545: VerifierFailure
___________________________ test_global_tester_calls ___________________________

    def test_global_tester_calls():
        # tester calls should be tested at global scope
>       from . import global_tester_calls

tests/test_main.py:1397: 
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 
tests/global_tester_calls.py:13: in <module>
    assert -tester is +tester is ~tester is tester
tests/utils.py:131: in __invert__
    node = self.get_node(ast.UnaryOp)
tests/utils.py:35: in get_node
    ex = self.get_executing(inspect.currentframe().f_back.f_back)
tests/utils.py:42: in get_executing
    return Source.executing(frame)
executing/executing.py:368: in executing
    node_finder = NodeFinder(frame, stmts, tree, lasti, source)
executing/_position_node_finder.py:158: in __init__
    self.verify(self.result, self.instruction(lasti))
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 

self = <executing._position_node_finder.PositionNodeFinder object at 0x7f702c84ede0>
node = <ast.UnaryOp object at 0x7f7029326590>
instruction = Instruction(opname='CALL_INTRINSIC_1', opcode=173, arg=5, argval=5, argrepr='', offset=178, starts_line=None, is_jump_target=False, positions=Positions(lineno=13, end_lineno=13, col_offset=18, end_col_offset=25))

    def verify(self, node: EnhancedAST, instruction: dis.Instruction) -> None:
        """
        checks if this node could gererate this instruction
        """
    
        op_name = instruction.opname
        extra_filter: Callable[[EnhancedAST], bool] = lambda e: True
        ctx: Type = type(None)
    
        def inst_match(opnames: Union[str, Sequence[str]], **kwargs: Any) -> bool:
            """
            match instruction
    
            Parameters:
                opnames: (str|Seq[str]): inst.opname has to be equal to or in `opname`
                **kwargs: every arg has to match inst.arg
    
            Returns:
                True if all conditions match the instruction
    
            """
    
            if isinstance(opnames, str):
                opnames = [opnames]
            return instruction.opname in opnames and kwargs == {
                k: getattr(instruction, k) for k in kwargs
            }
    
        def node_match(node_type: Union[Type, Tuple[Type, ...]], **kwargs: Any) -> bool:
            """
            match the ast-node
    
            Parameters:
                node_type: type of the node
                **kwargs: every `arg` has to be equal `node.arg`
                        or `node.arg` has to be an instance of `arg` if it is a type.
            """
            return isinstance(node, node_type) and all(
                isinstance(getattr(node, k), v)
                if isinstance(v, type)
                else getattr(node, k) == v
                for k, v in kwargs.items()
            )
    
        if op_name == "CACHE":
            return
    
        if inst_match("CALL") and node_match((ast.With, ast.AsyncWith)):
            # call to context.__exit__
            return
    
        if inst_match(("CALL", "LOAD_FAST")) and node_match(
            (ast.ListComp, ast.GeneratorExp, ast.SetComp, ast.DictComp)
        ):
            # call to the generator function
            return
    
        if inst_match(("CALL", "CALL_FUNCTION_EX")) and node_match(
            (ast.ClassDef, ast.Call)
        ):
            return
    
        if inst_match(("COMPARE_OP", "IS_OP", "CONTAINS_OP")) and node_match(
            ast.Compare
        ):
            return
    
        if inst_match("LOAD_NAME", argval="__annotations__") and node_match(
            ast.AnnAssign
        ):
            return
    
        if (
            (
                inst_match("LOAD_METHOD", argval="join")
                or inst_match(("CALL", "BUILD_STRING"))
            )
            and node_match(ast.BinOp, left=ast.Constant, op=ast.Mod)
            and isinstance(cast(ast.Constant, cast(ast.BinOp, node).left).value, str)
        ):
            # "..."%(...) uses "".join
            return
    
        if inst_match("STORE_SUBSCR") and node_match(ast.AnnAssign):
            # data: int
            return
    
        if self.is_except_cleanup(instruction, node):
            return
    
        if inst_match(("DELETE_NAME", "DELETE_FAST")) and node_match(
            ast.Name, id=instruction.argval, ctx=ast.Del
        ):
            return
    
        if inst_match("BUILD_STRING") and (
            node_match(ast.JoinedStr) or node_match(ast.BinOp, op=ast.Mod)
        ):
            return
    
        if inst_match(("BEFORE_WITH","WITH_EXCEPT_START")) and node_match(ast.With):
            return
    
        if inst_match(("STORE_NAME", "STORE_GLOBAL"), argval="__doc__") and node_match(
            ast.Constant
        ):
            # store docstrings
            return
    
        if (
            inst_match(("STORE_NAME", "STORE_FAST", "STORE_GLOBAL", "STORE_DEREF"))
            and node_match(ast.ExceptHandler)
            and instruction.argval == mangled_name(node)
        ):
            # store exception in variable
            return
    
        if (
            inst_match(("STORE_NAME", "STORE_FAST", "STORE_DEREF", "STORE_GLOBAL"))
            and node_match((ast.Import, ast.ImportFrom))
            and any(mangled_name(cast(EnhancedAST, alias)) == instruction.argval for alias in cast(ast.Import, node).names)
        ):
            # store imported module in variable
            return
    
        if (
            inst_match(("STORE_FAST", "STORE_DEREF", "STORE_NAME", "STORE_GLOBAL"))
            and (
                node_match((ast.FunctionDef, ast.ClassDef, ast.AsyncFunctionDef))
                or node_match(
                    ast.Name,
                    ctx=ast.Store,
                )
            )
            and instruction.argval == mangled_name(node)
        ):
            return
    
        if False:
            # TODO: match expressions are not supported for now
            if inst_match(("STORE_FAST", "STORE_NAME")) and node_match(
                ast.MatchAs, name=instruction.argval
            ):
                return
    
            if inst_match("COMPARE_OP", argval="==") and node_match(ast.MatchSequence):
                return
    
            if inst_match("COMPARE_OP", argval="==") and node_match(ast.MatchValue):
                return
    
        if inst_match("BINARY_OP") and node_match(
            ast.AugAssign, op=op_type_map[instruction.argrepr.removesuffix("=")]
        ):
            # a+=5
            return
    
        if node_match(ast.Attribute, ctx=ast.Del) and inst_match(
            "DELETE_ATTR", argval=mangled_name(node)
        ):
            return
    
        if inst_match(("JUMP_IF_TRUE_OR_POP", "JUMP_IF_FALSE_OR_POP")) and node_match(
            ast.BoolOp
        ):
            # and/or short circuit
            return
    
        if inst_match("DELETE_SUBSCR") and node_match(ast.Subscript, ctx=ast.Del):
            return
    
        if node_match(ast.Name, ctx=ast.Load) and inst_match(
            ("LOAD_NAME", "LOAD_FAST", "LOAD_GLOBAL"), argval=mangled_name(node)
        ):
            return
    
        if node_match(ast.Name, ctx=ast.Del) and inst_match(
            ("DELETE_NAME", "DELETE_GLOBAL"), argval=mangled_name(node)
        ):
            return
    
        # old verifier
    
        typ: Type = type(None)
        op_type: Type = type(None)
    
        if op_name.startswith(("BINARY_SUBSCR", "SLICE+")):
            typ = ast.Subscript
            ctx = ast.Load
        elif op_name.startswith("BINARY_"):
            typ = ast.BinOp
            op_type = op_type_map[instruction.argrepr]
            extra_filter = lambda e: isinstance(cast(ast.BinOp, e).op, op_type)
        elif op_name.startswith("UNARY_"):
            typ = ast.UnaryOp
            op_type = dict(
                UNARY_POSITIVE=ast.UAdd,
                UNARY_NEGATIVE=ast.USub,
                UNARY_NOT=ast.Not,
                UNARY_INVERT=ast.Invert,
            )[op_name]
            extra_filter = lambda e: isinstance(cast(ast.UnaryOp, e).op, op_type)
        elif op_name in ("LOAD_ATTR", "LOAD_METHOD", "LOOKUP_METHOD"):
            typ = ast.Attribute
            ctx = ast.Load
            extra_filter = lambda e: mangled_name(e) == instruction.argval
        elif op_name in (
            "LOAD_NAME",
            "LOAD_GLOBAL",
            "LOAD_FAST",
            "LOAD_DEREF",
            "LOAD_CLASSDEREF",
        ):
            typ = ast.Name
            ctx = ast.Load
            extra_filter = lambda e: cast(ast.Name, e).id == instruction.argval
        elif op_name in ("COMPARE_OP", "IS_OP", "CONTAINS_OP"):
            typ = ast.Compare
            extra_filter = lambda e: len(cast(ast.Compare, e).ops) == 1
        elif op_name.startswith(("STORE_SLICE", "STORE_SUBSCR")):
            ctx = ast.Store
            typ = ast.Subscript
        elif op_name.startswith("STORE_ATTR"):
            ctx = ast.Store
            typ = ast.Attribute
            extra_filter = lambda e: mangled_name(e) == instruction.argval
    
        node_ctx = getattr(node, "ctx", None)
    
        ctx_match = (
            ctx is not type(None)
            or not hasattr(node, "ctx")
            or isinstance(node_ctx, ctx)
        )
    
        # check for old verifier
        if isinstance(node, typ) and ctx_match and extra_filter(node):
            return
    
        # generate error
    
        title = "ast.%s is not created from %s" % (
            type(node).__name__,
            instruction.opname,
        )
    
>       raise VerifierFailure(title, node, instruction)
E       executing._exceptions.VerifierFailure: ast.UnaryOp is not created from CALL_INTRINSIC_1

executing/_position_node_finder.py:545: VerifierFailure
=========================== short test summary info ============================
FAILED tests/test_main.py::TestStuff::test_decorator - AssertionError: ([7, 8...
FAILED tests/test_main.py::TestStuff::test_decorator_cache_instruction - exec...
FAILED tests/test_main.py::TestStuff::test_names - executing._exceptions.Veri...
FAILED tests/test_main.py::test_global_tester_calls - executing._exceptions.V...
=================== 4 failed, 41 passed, 15 skipped in 3.02s ===================

https://docs.python.org/3.12/whatsnew/3.12.html

For the build logs, see:
https://copr-be.cloud.fedoraproject.org/results/@python/python3.12/fedora-rawhide-x86_64/05901687-python-executing/

For all our attempts to build python-executing with Python 3.12, see:
https://copr.fedorainfracloud.org/coprs/g/python/python3.12/package/python-executing/

Testing and mass rebuild of packages is happening in copr. You can follow these instructions to test locally in mock if your package builds with Python 3.12:
https://copr.fedorainfracloud.org/coprs/g/python/python3.12/

Let us know here if you have any questions.

Python 3.12 is planned to be included in Fedora 39. To make that update smoother, we're building Fedora packages with all pre-releases of Python 3.12.
A build failure prevents us from testing all dependent packages (transitive [Build]Requires), so if this package is required a lot, it's important for us to get it fixed soon.
We'd appreciate help from the people who know this package best, but if you don't want to work on this now, let us know so we can try to work around it on our side.