# to suppress these. See also the comment in DebuggerTests.get_stack_trace
def test_pycfunction(self):
'Verify that "py-bt" displays invocations of PyCFunction instances'
+ # bpo-46600: If the compiler inlines _null_to_none() in meth_varargs()
+ # (ex: clang -Og), _null_to_none() is the frame #1. Otherwise,
+ # meth_varargs() is the frame #1.
+ expected_frame = r'#(1|2)'
# Various optimizations multiply the code paths by which these are
# called, so test a variety of calling conventions.
- for func_name, args, expected_frame in (
- ('meth_varargs', '', 1),
- ('meth_varargs_keywords', '', 1),
- ('meth_o', '[]', 1),
- ('meth_noargs', '', 1),
- ('meth_fastcall', '', 1),
- ('meth_fastcall_keywords', '', 1),
+ for func_name, args in (
+ ('meth_varargs', ''),
+ ('meth_varargs_keywords', ''),
+ ('meth_o', '[]'),
+ ('meth_noargs', ''),
+ ('meth_fastcall', ''),
+ ('meth_fastcall_keywords', ''),
):
for obj in (
'_testcapi',
# defined.' message in stderr.
ignore_stderr=True,
)
- self.assertIn(
- f'#{expected_frame} <built-in method {func_name}',
- gdb_output,
- )
+ regex = expected_frame
+ regex += re.escape(f' <built-in method {func_name}')
+ self.assertRegex(gdb_output, regex)
@unittest.skipIf(python_is_optimized(),
"Python was compiled with optimizations")