Bug 2186499
| Summary: | python-astroid fails to build with Python 3.12: AssertionError: assert 'builtins.classobj' == 'builtins.str' | ||
|---|---|---|---|
| Product: | [Fedora] Fedora | Reporter: | Tomáš Hrnčiar <thrnciar> |
| Component: | python-astroid | Assignee: | Gwyn Ciesla <gwync> |
| Status: | CLOSED RAWHIDE | QA Contact: | Fedora Extras Quality Assurance <extras-qa> |
| Severity: | unspecified | Docs Contact: | |
| Priority: | unspecified | ||
| Version: | rawhide | CC: | gwync, mhroncok, orion, thrnciar |
| Target Milestone: | --- | ||
| Target Release: | --- | ||
| Hardware: | Unspecified | ||
| OS: | Unspecified | ||
| Whiteboard: | |||
| Fixed In Version: | python-astroid-3.0.0~a6~202306288d57ce2-1.fc39 | Doc Type: | If docs needed, set a value |
| Doc Text: | Story Points: | --- | |
| Clone Of: | Environment: | ||
| Last Closed: | 2023-08-04 03:21:40 UTC | Type: | Bug |
| Regression: | --- | Mount Type: | --- |
| Documentation: | --- | CRM: | |
| Verified Versions: | Category: | --- | |
| oVirt Team: | --- | RHEL 7.3 requirements from Atomic Host: | |
| Cloudforms Team: | --- | Target Upstream Version: | |
| Embargoed: | |||
| Bug Depends On: | |||
| Bug Blocks: | 2135404 | ||
python-astroid fails to build with Python 3.12.0a7. =================================== FAILURES =================================== ______________ test_ctypes_redefined_types_members[c_bool-bool-?] ______________ c_type = 'c_bool', builtin_type = 'bool', type_code = '?' @pytest.mark.parametrize( "c_type,builtin_type,type_code", [ ("c_bool", "bool", "?"), ("c_byte", "int", "b"), ("c_char", "bytes", "c"), ("c_double", "float", "d"), pytest.param( "c_buffer", "bytes", "<class 'ctypes.c_char'>", marks=pytest.mark.xfail( reason="c_buffer is Uninferable but for now we do not know why" ), ), ("c_float", "float", "f"), ("c_int", "int", "i"), ("c_int16", "int", "h"), ("c_int32", "int", "i"), ("c_int64", "int", "l"), ("c_int8", "int", "b"), ("c_long", "int", "l"), ("c_longdouble", "float", "g"), ("c_longlong", "int", "l"), ("c_short", "int", "h"), ("c_size_t", "int", "L"), ("c_ssize_t", "int", "l"), ("c_ubyte", "int", "B"), ("c_uint", "int", "I"), ("c_uint16", "int", "H"), ("c_uint32", "int", "I"), ("c_uint64", "int", "L"), ("c_uint8", "int", "B"), ("c_ulong", "int", "L"), ("c_ulonglong", "int", "L"), ("c_ushort", "int", "H"), ("c_wchar", "str", "u"), ], ) def test_ctypes_redefined_types_members(c_type, builtin_type, type_code): """Test that the "value" and "_type_" member of each redefined types are correct. """ src = f""" import ctypes x=ctypes.{c_type}("toto") x.value """ node = extract_node(src) assert isinstance(node, nodes.NodeNG) node_inf = node.inferred()[0] > assert node_inf.pytype() == f"builtins.{builtin_type}" E AssertionError: assert 'builtins.classobj' == 'builtins.bool' E - builtins.bool E + builtins.classobj tests/brain/test_ctypes.py:71: AssertionError ______________ test_ctypes_redefined_types_members[c_byte-int-b] _______________ c_type = 'c_byte', builtin_type = 'int', type_code = 'b' @pytest.mark.parametrize( "c_type,builtin_type,type_code", [ ("c_bool", "bool", "?"), ("c_byte", "int", "b"), ("c_char", "bytes", "c"), ("c_double", "float", "d"), pytest.param( "c_buffer", "bytes", "<class 'ctypes.c_char'>", marks=pytest.mark.xfail( reason="c_buffer is Uninferable but for now we do not know why" ), ), ("c_float", "float", "f"), ("c_int", "int", "i"), ("c_int16", "int", "h"), ("c_int32", "int", "i"), ("c_int64", "int", "l"), ("c_int8", "int", "b"), ("c_long", "int", "l"), ("c_longdouble", "float", "g"), ("c_longlong", "int", "l"), ("c_short", "int", "h"), ("c_size_t", "int", "L"), ("c_ssize_t", "int", "l"), ("c_ubyte", "int", "B"), ("c_uint", "int", "I"), ("c_uint16", "int", "H"), ("c_uint32", "int", "I"), ("c_uint64", "int", "L"), ("c_uint8", "int", "B"), ("c_ulong", "int", "L"), ("c_ulonglong", "int", "L"), ("c_ushort", "int", "H"), ("c_wchar", "str", "u"), ], ) def test_ctypes_redefined_types_members(c_type, builtin_type, type_code): """Test that the "value" and "_type_" member of each redefined types are correct. """ src = f""" import ctypes x=ctypes.{c_type}("toto") x.value """ node = extract_node(src) assert isinstance(node, nodes.NodeNG) node_inf = node.inferred()[0] > assert node_inf.pytype() == f"builtins.{builtin_type}" E AssertionError: assert 'builtins.classobj' == 'builtins.int' E - builtins.int E + builtins.classobj tests/brain/test_ctypes.py:71: AssertionError _____________ test_ctypes_redefined_types_members[c_char-bytes-c] ______________ c_type = 'c_char', builtin_type = 'bytes', type_code = 'c' @pytest.mark.parametrize( "c_type,builtin_type,type_code", [ ("c_bool", "bool", "?"), ("c_byte", "int", "b"), ("c_char", "bytes", "c"), ("c_double", "float", "d"), pytest.param( "c_buffer", "bytes", "<class 'ctypes.c_char'>", marks=pytest.mark.xfail( reason="c_buffer is Uninferable but for now we do not know why" ), ), ("c_float", "float", "f"), ("c_int", "int", "i"), ("c_int16", "int", "h"), ("c_int32", "int", "i"), ("c_int64", "int", "l"), ("c_int8", "int", "b"), ("c_long", "int", "l"), ("c_longdouble", "float", "g"), ("c_longlong", "int", "l"), ("c_short", "int", "h"), ("c_size_t", "int", "L"), ("c_ssize_t", "int", "l"), ("c_ubyte", "int", "B"), ("c_uint", "int", "I"), ("c_uint16", "int", "H"), ("c_uint32", "int", "I"), ("c_uint64", "int", "L"), ("c_uint8", "int", "B"), ("c_ulong", "int", "L"), ("c_ulonglong", "int", "L"), ("c_ushort", "int", "H"), ("c_wchar", "str", "u"), ], ) def test_ctypes_redefined_types_members(c_type, builtin_type, type_code): """Test that the "value" and "_type_" member of each redefined types are correct. """ src = f""" import ctypes x=ctypes.{c_type}("toto") x.value """ node = extract_node(src) assert isinstance(node, nodes.NodeNG) node_inf = node.inferred()[0] > assert node_inf.pytype() == f"builtins.{builtin_type}" E AssertionError: assert 'builtins.classobj' == 'builtins.bytes' E - builtins.bytes E + builtins.classobj tests/brain/test_ctypes.py:71: AssertionError ____________ test_ctypes_redefined_types_members[c_double-float-d] _____________ c_type = 'c_double', builtin_type = 'float', type_code = 'd' @pytest.mark.parametrize( "c_type,builtin_type,type_code", [ ("c_bool", "bool", "?"), ("c_byte", "int", "b"), ("c_char", "bytes", "c"), ("c_double", "float", "d"), pytest.param( "c_buffer", "bytes", "<class 'ctypes.c_char'>", marks=pytest.mark.xfail( reason="c_buffer is Uninferable but for now we do not know why" ), ), ("c_float", "float", "f"), ("c_int", "int", "i"), ("c_int16", "int", "h"), ("c_int32", "int", "i"), ("c_int64", "int", "l"), ("c_int8", "int", "b"), ("c_long", "int", "l"), ("c_longdouble", "float", "g"), ("c_longlong", "int", "l"), ("c_short", "int", "h"), ("c_size_t", "int", "L"), ("c_ssize_t", "int", "l"), ("c_ubyte", "int", "B"), ("c_uint", "int", "I"), ("c_uint16", "int", "H"), ("c_uint32", "int", "I"), ("c_uint64", "int", "L"), ("c_uint8", "int", "B"), ("c_ulong", "int", "L"), ("c_ulonglong", "int", "L"), ("c_ushort", "int", "H"), ("c_wchar", "str", "u"), ], ) def test_ctypes_redefined_types_members(c_type, builtin_type, type_code): """Test that the "value" and "_type_" member of each redefined types are correct. """ src = f""" import ctypes x=ctypes.{c_type}("toto") x.value """ node = extract_node(src) assert isinstance(node, nodes.NodeNG) node_inf = node.inferred()[0] > assert node_inf.pytype() == f"builtins.{builtin_type}" E AssertionError: assert 'builtins.classobj' == 'builtins.float' E - builtins.float E + builtins.classobj tests/brain/test_ctypes.py:71: AssertionError _____________ test_ctypes_redefined_types_members[c_float-float-f] _____________ c_type = 'c_float', builtin_type = 'float', type_code = 'f' @pytest.mark.parametrize( "c_type,builtin_type,type_code", [ ("c_bool", "bool", "?"), ("c_byte", "int", "b"), ("c_char", "bytes", "c"), ("c_double", "float", "d"), pytest.param( "c_buffer", "bytes", "<class 'ctypes.c_char'>", marks=pytest.mark.xfail( reason="c_buffer is Uninferable but for now we do not know why" ), ), ("c_float", "float", "f"), ("c_int", "int", "i"), ("c_int16", "int", "h"), ("c_int32", "int", "i"), ("c_int64", "int", "l"), ("c_int8", "int", "b"), ("c_long", "int", "l"), ("c_longdouble", "float", "g"), ("c_longlong", "int", "l"), ("c_short", "int", "h"), ("c_size_t", "int", "L"), ("c_ssize_t", "int", "l"), ("c_ubyte", "int", "B"), ("c_uint", "int", "I"), ("c_uint16", "int", "H"), ("c_uint32", "int", "I"), ("c_uint64", "int", "L"), ("c_uint8", "int", "B"), ("c_ulong", "int", "L"), ("c_ulonglong", "int", "L"), ("c_ushort", "int", "H"), ("c_wchar", "str", "u"), ], ) def test_ctypes_redefined_types_members(c_type, builtin_type, type_code): """Test that the "value" and "_type_" member of each redefined types are correct. """ src = f""" import ctypes x=ctypes.{c_type}("toto") x.value """ node = extract_node(src) assert isinstance(node, nodes.NodeNG) node_inf = node.inferred()[0] > assert node_inf.pytype() == f"builtins.{builtin_type}" E AssertionError: assert 'builtins.classobj' == 'builtins.float' E - builtins.float E + builtins.classobj tests/brain/test_ctypes.py:71: AssertionError _______________ test_ctypes_redefined_types_members[c_int-int-i] _______________ c_type = 'c_int', builtin_type = 'int', type_code = 'i' @pytest.mark.parametrize( "c_type,builtin_type,type_code", [ ("c_bool", "bool", "?"), ("c_byte", "int", "b"), ("c_char", "bytes", "c"), ("c_double", "float", "d"), pytest.param( "c_buffer", "bytes", "<class 'ctypes.c_char'>", marks=pytest.mark.xfail( reason="c_buffer is Uninferable but for now we do not know why" ), ), ("c_float", "float", "f"), ("c_int", "int", "i"), ("c_int16", "int", "h"), ("c_int32", "int", "i"), ("c_int64", "int", "l"), ("c_int8", "int", "b"), ("c_long", "int", "l"), ("c_longdouble", "float", "g"), ("c_longlong", "int", "l"), ("c_short", "int", "h"), ("c_size_t", "int", "L"), ("c_ssize_t", "int", "l"), ("c_ubyte", "int", "B"), ("c_uint", "int", "I"), ("c_uint16", "int", "H"), ("c_uint32", "int", "I"), ("c_uint64", "int", "L"), ("c_uint8", "int", "B"), ("c_ulong", "int", "L"), ("c_ulonglong", "int", "L"), ("c_ushort", "int", "H"), ("c_wchar", "str", "u"), ], ) def test_ctypes_redefined_types_members(c_type, builtin_type, type_code): """Test that the "value" and "_type_" member of each redefined types are correct. """ src = f""" import ctypes x=ctypes.{c_type}("toto") x.value """ node = extract_node(src) assert isinstance(node, nodes.NodeNG) node_inf = node.inferred()[0] > assert node_inf.pytype() == f"builtins.{builtin_type}" E AssertionError: assert 'builtins.classobj' == 'builtins.int' E - builtins.int E + builtins.classobj tests/brain/test_ctypes.py:71: AssertionError ______________ test_ctypes_redefined_types_members[c_int16-int-h] ______________ c_type = 'c_int16', builtin_type = 'int', type_code = 'h' @pytest.mark.parametrize( "c_type,builtin_type,type_code", [ ("c_bool", "bool", "?"), ("c_byte", "int", "b"), ("c_char", "bytes", "c"), ("c_double", "float", "d"), pytest.param( "c_buffer", "bytes", "<class 'ctypes.c_char'>", marks=pytest.mark.xfail( reason="c_buffer is Uninferable but for now we do not know why" ), ), ("c_float", "float", "f"), ("c_int", "int", "i"), ("c_int16", "int", "h"), ("c_int32", "int", "i"), ("c_int64", "int", "l"), ("c_int8", "int", "b"), ("c_long", "int", "l"), ("c_longdouble", "float", "g"), ("c_longlong", "int", "l"), ("c_short", "int", "h"), ("c_size_t", "int", "L"), ("c_ssize_t", "int", "l"), ("c_ubyte", "int", "B"), ("c_uint", "int", "I"), ("c_uint16", "int", "H"), ("c_uint32", "int", "I"), ("c_uint64", "int", "L"), ("c_uint8", "int", "B"), ("c_ulong", "int", "L"), ("c_ulonglong", "int", "L"), ("c_ushort", "int", "H"), ("c_wchar", "str", "u"), ], ) def test_ctypes_redefined_types_members(c_type, builtin_type, type_code): """Test that the "value" and "_type_" member of each redefined types are correct. """ src = f""" import ctypes x=ctypes.{c_type}("toto") x.value """ node = extract_node(src) assert isinstance(node, nodes.NodeNG) node_inf = node.inferred()[0] > assert node_inf.pytype() == f"builtins.{builtin_type}" E AssertionError: assert 'builtins.classobj' == 'builtins.int' E - builtins.int E + builtins.classobj tests/brain/test_ctypes.py:71: AssertionError ______________ test_ctypes_redefined_types_members[c_int32-int-i] ______________ c_type = 'c_int32', builtin_type = 'int', type_code = 'i' @pytest.mark.parametrize( "c_type,builtin_type,type_code", [ ("c_bool", "bool", "?"), ("c_byte", "int", "b"), ("c_char", "bytes", "c"), ("c_double", "float", "d"), pytest.param( "c_buffer", "bytes", "<class 'ctypes.c_char'>", marks=pytest.mark.xfail( reason="c_buffer is Uninferable but for now we do not know why" ), ), ("c_float", "float", "f"), ("c_int", "int", "i"), ("c_int16", "int", "h"), ("c_int32", "int", "i"), ("c_int64", "int", "l"), ("c_int8", "int", "b"), ("c_long", "int", "l"), ("c_longdouble", "float", "g"), ("c_longlong", "int", "l"), ("c_short", "int", "h"), ("c_size_t", "int", "L"), ("c_ssize_t", "int", "l"), ("c_ubyte", "int", "B"), ("c_uint", "int", "I"), ("c_uint16", "int", "H"), ("c_uint32", "int", "I"), ("c_uint64", "int", "L"), ("c_uint8", "int", "B"), ("c_ulong", "int", "L"), ("c_ulonglong", "int", "L"), ("c_ushort", "int", "H"), ("c_wchar", "str", "u"), ], ) def test_ctypes_redefined_types_members(c_type, builtin_type, type_code): """Test that the "value" and "_type_" member of each redefined types are correct. """ src = f""" import ctypes x=ctypes.{c_type}("toto") x.value """ node = extract_node(src) assert isinstance(node, nodes.NodeNG) node_inf = node.inferred()[0] > assert node_inf.pytype() == f"builtins.{builtin_type}" E AssertionError: assert 'builtins.classobj' == 'builtins.int' E - builtins.int E + builtins.classobj tests/brain/test_ctypes.py:71: AssertionError ______________ test_ctypes_redefined_types_members[c_int64-int-l] ______________ c_type = 'c_int64', builtin_type = 'int', type_code = 'l' @pytest.mark.parametrize( "c_type,builtin_type,type_code", [ ("c_bool", "bool", "?"), ("c_byte", "int", "b"), ("c_char", "bytes", "c"), ("c_double", "float", "d"), pytest.param( "c_buffer", "bytes", "<class 'ctypes.c_char'>", marks=pytest.mark.xfail( reason="c_buffer is Uninferable but for now we do not know why" ), ), ("c_float", "float", "f"), ("c_int", "int", "i"), ("c_int16", "int", "h"), ("c_int32", "int", "i"), ("c_int64", "int", "l"), ("c_int8", "int", "b"), ("c_long", "int", "l"), ("c_longdouble", "float", "g"), ("c_longlong", "int", "l"), ("c_short", "int", "h"), ("c_size_t", "int", "L"), ("c_ssize_t", "int", "l"), ("c_ubyte", "int", "B"), ("c_uint", "int", "I"), ("c_uint16", "int", "H"), ("c_uint32", "int", "I"), ("c_uint64", "int", "L"), ("c_uint8", "int", "B"), ("c_ulong", "int", "L"), ("c_ulonglong", "int", "L"), ("c_ushort", "int", "H"), ("c_wchar", "str", "u"), ], ) def test_ctypes_redefined_types_members(c_type, builtin_type, type_code): """Test that the "value" and "_type_" member of each redefined types are correct. """ src = f""" import ctypes x=ctypes.{c_type}("toto") x.value """ node = extract_node(src) assert isinstance(node, nodes.NodeNG) node_inf = node.inferred()[0] > assert node_inf.pytype() == f"builtins.{builtin_type}" E AssertionError: assert 'builtins.classobj' == 'builtins.int' E - builtins.int E + builtins.classobj tests/brain/test_ctypes.py:71: AssertionError ______________ test_ctypes_redefined_types_members[c_int8-int-b] _______________ c_type = 'c_int8', builtin_type = 'int', type_code = 'b' @pytest.mark.parametrize( "c_type,builtin_type,type_code", [ ("c_bool", "bool", "?"), ("c_byte", "int", "b"), ("c_char", "bytes", "c"), ("c_double", "float", "d"), pytest.param( "c_buffer", "bytes", "<class 'ctypes.c_char'>", marks=pytest.mark.xfail( reason="c_buffer is Uninferable but for now we do not know why" ), ), ("c_float", "float", "f"), ("c_int", "int", "i"), ("c_int16", "int", "h"), ("c_int32", "int", "i"), ("c_int64", "int", "l"), ("c_int8", "int", "b"), ("c_long", "int", "l"), ("c_longdouble", "float", "g"), ("c_longlong", "int", "l"), ("c_short", "int", "h"), ("c_size_t", "int", "L"), ("c_ssize_t", "int", "l"), ("c_ubyte", "int", "B"), ("c_uint", "int", "I"), ("c_uint16", "int", "H"), ("c_uint32", "int", "I"), ("c_uint64", "int", "L"), ("c_uint8", "int", "B"), ("c_ulong", "int", "L"), ("c_ulonglong", "int", "L"), ("c_ushort", "int", "H"), ("c_wchar", "str", "u"), ], ) def test_ctypes_redefined_types_members(c_type, builtin_type, type_code): """Test that the "value" and "_type_" member of each redefined types are correct. """ src = f""" import ctypes x=ctypes.{c_type}("toto") x.value """ node = extract_node(src) assert isinstance(node, nodes.NodeNG) node_inf = node.inferred()[0] > assert node_inf.pytype() == f"builtins.{builtin_type}" E AssertionError: assert 'builtins.classobj' == 'builtins.int' E - builtins.int E + builtins.classobj tests/brain/test_ctypes.py:71: AssertionError ______________ test_ctypes_redefined_types_members[c_long-int-l] _______________ c_type = 'c_long', builtin_type = 'int', type_code = 'l' @pytest.mark.parametrize( "c_type,builtin_type,type_code", [ ("c_bool", "bool", "?"), ("c_byte", "int", "b"), ("c_char", "bytes", "c"), ("c_double", "float", "d"), pytest.param( "c_buffer", "bytes", "<class 'ctypes.c_char'>", marks=pytest.mark.xfail( reason="c_buffer is Uninferable but for now we do not know why" ), ), ("c_float", "float", "f"), ("c_int", "int", "i"), ("c_int16", "int", "h"), ("c_int32", "int", "i"), ("c_int64", "int", "l"), ("c_int8", "int", "b"), ("c_long", "int", "l"), ("c_longdouble", "float", "g"), ("c_longlong", "int", "l"), ("c_short", "int", "h"), ("c_size_t", "int", "L"), ("c_ssize_t", "int", "l"), ("c_ubyte", "int", "B"), ("c_uint", "int", "I"), ("c_uint16", "int", "H"), ("c_uint32", "int", "I"), ("c_uint64", "int", "L"), ("c_uint8", "int", "B"), ("c_ulong", "int", "L"), ("c_ulonglong", "int", "L"), ("c_ushort", "int", "H"), ("c_wchar", "str", "u"), ], ) def test_ctypes_redefined_types_members(c_type, builtin_type, type_code): """Test that the "value" and "_type_" member of each redefined types are correct. """ src = f""" import ctypes x=ctypes.{c_type}("toto") x.value """ node = extract_node(src) assert isinstance(node, nodes.NodeNG) node_inf = node.inferred()[0] > assert node_inf.pytype() == f"builtins.{builtin_type}" E AssertionError: assert 'builtins.classobj' == 'builtins.int' E - builtins.int E + builtins.classobj tests/brain/test_ctypes.py:71: AssertionError __________ test_ctypes_redefined_types_members[c_longdouble-float-g] ___________ c_type = 'c_longdouble', builtin_type = 'float', type_code = 'g' @pytest.mark.parametrize( "c_type,builtin_type,type_code", [ ("c_bool", "bool", "?"), ("c_byte", "int", "b"), ("c_char", "bytes", "c"), ("c_double", "float", "d"), pytest.param( "c_buffer", "bytes", "<class 'ctypes.c_char'>", marks=pytest.mark.xfail( reason="c_buffer is Uninferable but for now we do not know why" ), ), ("c_float", "float", "f"), ("c_int", "int", "i"), ("c_int16", "int", "h"), ("c_int32", "int", "i"), ("c_int64", "int", "l"), ("c_int8", "int", "b"), ("c_long", "int", "l"), ("c_longdouble", "float", "g"), ("c_longlong", "int", "l"), ("c_short", "int", "h"), ("c_size_t", "int", "L"), ("c_ssize_t", "int", "l"), ("c_ubyte", "int", "B"), ("c_uint", "int", "I"), ("c_uint16", "int", "H"), ("c_uint32", "int", "I"), ("c_uint64", "int", "L"), ("c_uint8", "int", "B"), ("c_ulong", "int", "L"), ("c_ulonglong", "int", "L"), ("c_ushort", "int", "H"), ("c_wchar", "str", "u"), ], ) def test_ctypes_redefined_types_members(c_type, builtin_type, type_code): """Test that the "value" and "_type_" member of each redefined types are correct. """ src = f""" import ctypes x=ctypes.{c_type}("toto") x.value """ node = extract_node(src) assert isinstance(node, nodes.NodeNG) node_inf = node.inferred()[0] > assert node_inf.pytype() == f"builtins.{builtin_type}" E AssertionError: assert 'builtins.classobj' == 'builtins.float' E - builtins.float E + builtins.classobj tests/brain/test_ctypes.py:71: AssertionError ____________ test_ctypes_redefined_types_members[c_longlong-int-l] _____________ c_type = 'c_longlong', builtin_type = 'int', type_code = 'l' @pytest.mark.parametrize( "c_type,builtin_type,type_code", [ ("c_bool", "bool", "?"), ("c_byte", "int", "b"), ("c_char", "bytes", "c"), ("c_double", "float", "d"), pytest.param( "c_buffer", "bytes", "<class 'ctypes.c_char'>", marks=pytest.mark.xfail( reason="c_buffer is Uninferable but for now we do not know why" ), ), ("c_float", "float", "f"), ("c_int", "int", "i"), ("c_int16", "int", "h"), ("c_int32", "int", "i"), ("c_int64", "int", "l"), ("c_int8", "int", "b"), ("c_long", "int", "l"), ("c_longdouble", "float", "g"), ("c_longlong", "int", "l"), ("c_short", "int", "h"), ("c_size_t", "int", "L"), ("c_ssize_t", "int", "l"), ("c_ubyte", "int", "B"), ("c_uint", "int", "I"), ("c_uint16", "int", "H"), ("c_uint32", "int", "I"), ("c_uint64", "int", "L"), ("c_uint8", "int", "B"), ("c_ulong", "int", "L"), ("c_ulonglong", "int", "L"), ("c_ushort", "int", "H"), ("c_wchar", "str", "u"), ], ) def test_ctypes_redefined_types_members(c_type, builtin_type, type_code): """Test that the "value" and "_type_" member of each redefined types are correct. """ src = f""" import ctypes x=ctypes.{c_type}("toto") x.value """ node = extract_node(src) assert isinstance(node, nodes.NodeNG) node_inf = node.inferred()[0] > assert node_inf.pytype() == f"builtins.{builtin_type}" E AssertionError: assert 'builtins.classobj' == 'builtins.int' E - builtins.int E + builtins.classobj tests/brain/test_ctypes.py:71: AssertionError ______________ test_ctypes_redefined_types_members[c_short-int-h] ______________ c_type = 'c_short', builtin_type = 'int', type_code = 'h' @pytest.mark.parametrize( "c_type,builtin_type,type_code", [ ("c_bool", "bool", "?"), ("c_byte", "int", "b"), ("c_char", "bytes", "c"), ("c_double", "float", "d"), pytest.param( "c_buffer", "bytes", "<class 'ctypes.c_char'>", marks=pytest.mark.xfail( reason="c_buffer is Uninferable but for now we do not know why" ), ), ("c_float", "float", "f"), ("c_int", "int", "i"), ("c_int16", "int", "h"), ("c_int32", "int", "i"), ("c_int64", "int", "l"), ("c_int8", "int", "b"), ("c_long", "int", "l"), ("c_longdouble", "float", "g"), ("c_longlong", "int", "l"), ("c_short", "int", "h"), ("c_size_t", "int", "L"), ("c_ssize_t", "int", "l"), ("c_ubyte", "int", "B"), ("c_uint", "int", "I"), ("c_uint16", "int", "H"), ("c_uint32", "int", "I"), ("c_uint64", "int", "L"), ("c_uint8", "int", "B"), ("c_ulong", "int", "L"), ("c_ulonglong", "int", "L"), ("c_ushort", "int", "H"), ("c_wchar", "str", "u"), ], ) def test_ctypes_redefined_types_members(c_type, builtin_type, type_code): """Test that the "value" and "_type_" member of each redefined types are correct. """ src = f""" import ctypes x=ctypes.{c_type}("toto") x.value """ node = extract_node(src) assert isinstance(node, nodes.NodeNG) node_inf = node.inferred()[0] > assert node_inf.pytype() == f"builtins.{builtin_type}" E AssertionError: assert 'builtins.classobj' == 'builtins.int' E - builtins.int E + builtins.classobj tests/brain/test_ctypes.py:71: AssertionError _____________ test_ctypes_redefined_types_members[c_size_t-int-L] ______________ c_type = 'c_size_t', builtin_type = 'int', type_code = 'L' @pytest.mark.parametrize( "c_type,builtin_type,type_code", [ ("c_bool", "bool", "?"), ("c_byte", "int", "b"), ("c_char", "bytes", "c"), ("c_double", "float", "d"), pytest.param( "c_buffer", "bytes", "<class 'ctypes.c_char'>", marks=pytest.mark.xfail( reason="c_buffer is Uninferable but for now we do not know why" ), ), ("c_float", "float", "f"), ("c_int", "int", "i"), ("c_int16", "int", "h"), ("c_int32", "int", "i"), ("c_int64", "int", "l"), ("c_int8", "int", "b"), ("c_long", "int", "l"), ("c_longdouble", "float", "g"), ("c_longlong", "int", "l"), ("c_short", "int", "h"), ("c_size_t", "int", "L"), ("c_ssize_t", "int", "l"), ("c_ubyte", "int", "B"), ("c_uint", "int", "I"), ("c_uint16", "int", "H"), ("c_uint32", "int", "I"), ("c_uint64", "int", "L"), ("c_uint8", "int", "B"), ("c_ulong", "int", "L"), ("c_ulonglong", "int", "L"), ("c_ushort", "int", "H"), ("c_wchar", "str", "u"), ], ) def test_ctypes_redefined_types_members(c_type, builtin_type, type_code): """Test that the "value" and "_type_" member of each redefined types are correct. """ src = f""" import ctypes x=ctypes.{c_type}("toto") x.value """ node = extract_node(src) assert isinstance(node, nodes.NodeNG) node_inf = node.inferred()[0] > assert node_inf.pytype() == f"builtins.{builtin_type}" E AssertionError: assert 'builtins.classobj' == 'builtins.int' E - builtins.int E + builtins.classobj tests/brain/test_ctypes.py:71: AssertionError _____________ test_ctypes_redefined_types_members[c_ssize_t-int-l] _____________ c_type = 'c_ssize_t', builtin_type = 'int', type_code = 'l' @pytest.mark.parametrize( "c_type,builtin_type,type_code", [ ("c_bool", "bool", "?"), ("c_byte", "int", "b"), ("c_char", "bytes", "c"), ("c_double", "float", "d"), pytest.param( "c_buffer", "bytes", "<class 'ctypes.c_char'>", marks=pytest.mark.xfail( reason="c_buffer is Uninferable but for now we do not know why" ), ), ("c_float", "float", "f"), ("c_int", "int", "i"), ("c_int16", "int", "h"), ("c_int32", "int", "i"), ("c_int64", "int", "l"), ("c_int8", "int", "b"), ("c_long", "int", "l"), ("c_longdouble", "float", "g"), ("c_longlong", "int", "l"), ("c_short", "int", "h"), ("c_size_t", "int", "L"), ("c_ssize_t", "int", "l"), ("c_ubyte", "int", "B"), ("c_uint", "int", "I"), ("c_uint16", "int", "H"), ("c_uint32", "int", "I"), ("c_uint64", "int", "L"), ("c_uint8", "int", "B"), ("c_ulong", "int", "L"), ("c_ulonglong", "int", "L"), ("c_ushort", "int", "H"), ("c_wchar", "str", "u"), ], ) def test_ctypes_redefined_types_members(c_type, builtin_type, type_code): """Test that the "value" and "_type_" member of each redefined types are correct. """ src = f""" import ctypes x=ctypes.{c_type}("toto") x.value """ node = extract_node(src) assert isinstance(node, nodes.NodeNG) node_inf = node.inferred()[0] > assert node_inf.pytype() == f"builtins.{builtin_type}" E AssertionError: assert 'builtins.classobj' == 'builtins.int' E - builtins.int E + builtins.classobj tests/brain/test_ctypes.py:71: AssertionError ______________ test_ctypes_redefined_types_members[c_ubyte-int-B] ______________ c_type = 'c_ubyte', builtin_type = 'int', type_code = 'B' @pytest.mark.parametrize( "c_type,builtin_type,type_code", [ ("c_bool", "bool", "?"), ("c_byte", "int", "b"), ("c_char", "bytes", "c"), ("c_double", "float", "d"), pytest.param( "c_buffer", "bytes", "<class 'ctypes.c_char'>", marks=pytest.mark.xfail( reason="c_buffer is Uninferable but for now we do not know why" ), ), ("c_float", "float", "f"), ("c_int", "int", "i"), ("c_int16", "int", "h"), ("c_int32", "int", "i"), ("c_int64", "int", "l"), ("c_int8", "int", "b"), ("c_long", "int", "l"), ("c_longdouble", "float", "g"), ("c_longlong", "int", "l"), ("c_short", "int", "h"), ("c_size_t", "int", "L"), ("c_ssize_t", "int", "l"), ("c_ubyte", "int", "B"), ("c_uint", "int", "I"), ("c_uint16", "int", "H"), ("c_uint32", "int", "I"), ("c_uint64", "int", "L"), ("c_uint8", "int", "B"), ("c_ulong", "int", "L"), ("c_ulonglong", "int", "L"), ("c_ushort", "int", "H"), ("c_wchar", "str", "u"), ], ) def test_ctypes_redefined_types_members(c_type, builtin_type, type_code): """Test that the "value" and "_type_" member of each redefined types are correct. """ src = f""" import ctypes x=ctypes.{c_type}("toto") x.value """ node = extract_node(src) assert isinstance(node, nodes.NodeNG) node_inf = node.inferred()[0] > assert node_inf.pytype() == f"builtins.{builtin_type}" E AssertionError: assert 'builtins.classobj' == 'builtins.int' E - builtins.int E + builtins.classobj tests/brain/test_ctypes.py:71: AssertionError ______________ test_ctypes_redefined_types_members[c_uint-int-I] _______________ c_type = 'c_uint', builtin_type = 'int', type_code = 'I' @pytest.mark.parametrize( "c_type,builtin_type,type_code", [ ("c_bool", "bool", "?"), ("c_byte", "int", "b"), ("c_char", "bytes", "c"), ("c_double", "float", "d"), pytest.param( "c_buffer", "bytes", "<class 'ctypes.c_char'>", marks=pytest.mark.xfail( reason="c_buffer is Uninferable but for now we do not know why" ), ), ("c_float", "float", "f"), ("c_int", "int", "i"), ("c_int16", "int", "h"), ("c_int32", "int", "i"), ("c_int64", "int", "l"), ("c_int8", "int", "b"), ("c_long", "int", "l"), ("c_longdouble", "float", "g"), ("c_longlong", "int", "l"), ("c_short", "int", "h"), ("c_size_t", "int", "L"), ("c_ssize_t", "int", "l"), ("c_ubyte", "int", "B"), ("c_uint", "int", "I"), ("c_uint16", "int", "H"), ("c_uint32", "int", "I"), ("c_uint64", "int", "L"), ("c_uint8", "int", "B"), ("c_ulong", "int", "L"), ("c_ulonglong", "int", "L"), ("c_ushort", "int", "H"), ("c_wchar", "str", "u"), ], ) def test_ctypes_redefined_types_members(c_type, builtin_type, type_code): """Test that the "value" and "_type_" member of each redefined types are correct. """ src = f""" import ctypes x=ctypes.{c_type}("toto") x.value """ node = extract_node(src) assert isinstance(node, nodes.NodeNG) node_inf = node.inferred()[0] > assert node_inf.pytype() == f"builtins.{builtin_type}" E AssertionError: assert 'builtins.classobj' == 'builtins.int' E - builtins.int E + builtins.classobj tests/brain/test_ctypes.py:71: AssertionError _____________ test_ctypes_redefined_types_members[c_uint16-int-H] ______________ c_type = 'c_uint16', builtin_type = 'int', type_code = 'H' @pytest.mark.parametrize( "c_type,builtin_type,type_code", [ ("c_bool", "bool", "?"), ("c_byte", "int", "b"), ("c_char", "bytes", "c"), ("c_double", "float", "d"), pytest.param( "c_buffer", "bytes", "<class 'ctypes.c_char'>", marks=pytest.mark.xfail( reason="c_buffer is Uninferable but for now we do not know why" ), ), ("c_float", "float", "f"), ("c_int", "int", "i"), ("c_int16", "int", "h"), ("c_int32", "int", "i"), ("c_int64", "int", "l"), ("c_int8", "int", "b"), ("c_long", "int", "l"), ("c_longdouble", "float", "g"), ("c_longlong", "int", "l"), ("c_short", "int", "h"), ("c_size_t", "int", "L"), ("c_ssize_t", "int", "l"), ("c_ubyte", "int", "B"), ("c_uint", "int", "I"), ("c_uint16", "int", "H"), ("c_uint32", "int", "I"), ("c_uint64", "int", "L"), ("c_uint8", "int", "B"), ("c_ulong", "int", "L"), ("c_ulonglong", "int", "L"), ("c_ushort", "int", "H"), ("c_wchar", "str", "u"), ], ) def test_ctypes_redefined_types_members(c_type, builtin_type, type_code): """Test that the "value" and "_type_" member of each redefined types are correct. """ src = f""" import ctypes x=ctypes.{c_type}("toto") x.value """ node = extract_node(src) assert isinstance(node, nodes.NodeNG) node_inf = node.inferred()[0] > assert node_inf.pytype() == f"builtins.{builtin_type}" E AssertionError: assert 'builtins.classobj' == 'builtins.int' E - builtins.int E + builtins.classobj tests/brain/test_ctypes.py:71: AssertionError _____________ test_ctypes_redefined_types_members[c_uint32-int-I] ______________ c_type = 'c_uint32', builtin_type = 'int', type_code = 'I' @pytest.mark.parametrize( "c_type,builtin_type,type_code", [ ("c_bool", "bool", "?"), ("c_byte", "int", "b"), ("c_char", "bytes", "c"), ("c_double", "float", "d"), pytest.param( "c_buffer", "bytes", "<class 'ctypes.c_char'>", marks=pytest.mark.xfail( reason="c_buffer is Uninferable but for now we do not know why" ), ), ("c_float", "float", "f"), ("c_int", "int", "i"), ("c_int16", "int", "h"), ("c_int32", "int", "i"), ("c_int64", "int", "l"), ("c_int8", "int", "b"), ("c_long", "int", "l"), ("c_longdouble", "float", "g"), ("c_longlong", "int", "l"), ("c_short", "int", "h"), ("c_size_t", "int", "L"), ("c_ssize_t", "int", "l"), ("c_ubyte", "int", "B"), ("c_uint", "int", "I"), ("c_uint16", "int", "H"), ("c_uint32", "int", "I"), ("c_uint64", "int", "L"), ("c_uint8", "int", "B"), ("c_ulong", "int", "L"), ("c_ulonglong", "int", "L"), ("c_ushort", "int", "H"), ("c_wchar", "str", "u"), ], ) def test_ctypes_redefined_types_members(c_type, builtin_type, type_code): """Test that the "value" and "_type_" member of each redefined types are correct. """ src = f""" import ctypes x=ctypes.{c_type}("toto") x.value """ node = extract_node(src) assert isinstance(node, nodes.NodeNG) node_inf = node.inferred()[0] > assert node_inf.pytype() == f"builtins.{builtin_type}" E AssertionError: assert 'builtins.classobj' == 'builtins.int' E - builtins.int E + builtins.classobj tests/brain/test_ctypes.py:71: AssertionError _____________ test_ctypes_redefined_types_members[c_uint64-int-L] ______________ c_type = 'c_uint64', builtin_type = 'int', type_code = 'L' @pytest.mark.parametrize( "c_type,builtin_type,type_code", [ ("c_bool", "bool", "?"), ("c_byte", "int", "b"), ("c_char", "bytes", "c"), ("c_double", "float", "d"), pytest.param( "c_buffer", "bytes", "<class 'ctypes.c_char'>", marks=pytest.mark.xfail( reason="c_buffer is Uninferable but for now we do not know why" ), ), ("c_float", "float", "f"), ("c_int", "int", "i"), ("c_int16", "int", "h"), ("c_int32", "int", "i"), ("c_int64", "int", "l"), ("c_int8", "int", "b"), ("c_long", "int", "l"), ("c_longdouble", "float", "g"), ("c_longlong", "int", "l"), ("c_short", "int", "h"), ("c_size_t", "int", "L"), ("c_ssize_t", "int", "l"), ("c_ubyte", "int", "B"), ("c_uint", "int", "I"), ("c_uint16", "int", "H"), ("c_uint32", "int", "I"), ("c_uint64", "int", "L"), ("c_uint8", "int", "B"), ("c_ulong", "int", "L"), ("c_ulonglong", "int", "L"), ("c_ushort", "int", "H"), ("c_wchar", "str", "u"), ], ) def test_ctypes_redefined_types_members(c_type, builtin_type, type_code): """Test that the "value" and "_type_" member of each redefined types are correct. """ src = f""" import ctypes x=ctypes.{c_type}("toto") x.value """ node = extract_node(src) assert isinstance(node, nodes.NodeNG) node_inf = node.inferred()[0] > assert node_inf.pytype() == f"builtins.{builtin_type}" E AssertionError: assert 'builtins.classobj' == 'builtins.int' E - builtins.int E + builtins.classobj tests/brain/test_ctypes.py:71: AssertionError ______________ test_ctypes_redefined_types_members[c_uint8-int-B] ______________ c_type = 'c_uint8', builtin_type = 'int', type_code = 'B' @pytest.mark.parametrize( "c_type,builtin_type,type_code", [ ("c_bool", "bool", "?"), ("c_byte", "int", "b"), ("c_char", "bytes", "c"), ("c_double", "float", "d"), pytest.param( "c_buffer", "bytes", "<class 'ctypes.c_char'>", marks=pytest.mark.xfail( reason="c_buffer is Uninferable but for now we do not know why" ), ), ("c_float", "float", "f"), ("c_int", "int", "i"), ("c_int16", "int", "h"), ("c_int32", "int", "i"), ("c_int64", "int", "l"), ("c_int8", "int", "b"), ("c_long", "int", "l"), ("c_longdouble", "float", "g"), ("c_longlong", "int", "l"), ("c_short", "int", "h"), ("c_size_t", "int", "L"), ("c_ssize_t", "int", "l"), ("c_ubyte", "int", "B"), ("c_uint", "int", "I"), ("c_uint16", "int", "H"), ("c_uint32", "int", "I"), ("c_uint64", "int", "L"), ("c_uint8", "int", "B"), ("c_ulong", "int", "L"), ("c_ulonglong", "int", "L"), ("c_ushort", "int", "H"), ("c_wchar", "str", "u"), ], ) def test_ctypes_redefined_types_members(c_type, builtin_type, type_code): """Test that the "value" and "_type_" member of each redefined types are correct. """ src = f""" import ctypes x=ctypes.{c_type}("toto") x.value """ node = extract_node(src) assert isinstance(node, nodes.NodeNG) node_inf = node.inferred()[0] > assert node_inf.pytype() == f"builtins.{builtin_type}" E AssertionError: assert 'builtins.classobj' == 'builtins.int' E - builtins.int E + builtins.classobj tests/brain/test_ctypes.py:71: AssertionError ______________ test_ctypes_redefined_types_members[c_ulong-int-L] ______________ c_type = 'c_ulong', builtin_type = 'int', type_code = 'L' @pytest.mark.parametrize( "c_type,builtin_type,type_code", [ ("c_bool", "bool", "?"), ("c_byte", "int", "b"), ("c_char", "bytes", "c"), ("c_double", "float", "d"), pytest.param( "c_buffer", "bytes", "<class 'ctypes.c_char'>", marks=pytest.mark.xfail( reason="c_buffer is Uninferable but for now we do not know why" ), ), ("c_float", "float", "f"), ("c_int", "int", "i"), ("c_int16", "int", "h"), ("c_int32", "int", "i"), ("c_int64", "int", "l"), ("c_int8", "int", "b"), ("c_long", "int", "l"), ("c_longdouble", "float", "g"), ("c_longlong", "int", "l"), ("c_short", "int", "h"), ("c_size_t", "int", "L"), ("c_ssize_t", "int", "l"), ("c_ubyte", "int", "B"), ("c_uint", "int", "I"), ("c_uint16", "int", "H"), ("c_uint32", "int", "I"), ("c_uint64", "int", "L"), ("c_uint8", "int", "B"), ("c_ulong", "int", "L"), ("c_ulonglong", "int", "L"), ("c_ushort", "int", "H"), ("c_wchar", "str", "u"), ], ) def test_ctypes_redefined_types_members(c_type, builtin_type, type_code): """Test that the "value" and "_type_" member of each redefined types are correct. """ src = f""" import ctypes x=ctypes.{c_type}("toto") x.value """ node = extract_node(src) assert isinstance(node, nodes.NodeNG) node_inf = node.inferred()[0] > assert node_inf.pytype() == f"builtins.{builtin_type}" E AssertionError: assert 'builtins.classobj' == 'builtins.int' E - builtins.int E + builtins.classobj tests/brain/test_ctypes.py:71: AssertionError ____________ test_ctypes_redefined_types_members[c_ulonglong-int-L] ____________ c_type = 'c_ulonglong', builtin_type = 'int', type_code = 'L' @pytest.mark.parametrize( "c_type,builtin_type,type_code", [ ("c_bool", "bool", "?"), ("c_byte", "int", "b"), ("c_char", "bytes", "c"), ("c_double", "float", "d"), pytest.param( "c_buffer", "bytes", "<class 'ctypes.c_char'>", marks=pytest.mark.xfail( reason="c_buffer is Uninferable but for now we do not know why" ), ), ("c_float", "float", "f"), ("c_int", "int", "i"), ("c_int16", "int", "h"), ("c_int32", "int", "i"), ("c_int64", "int", "l"), ("c_int8", "int", "b"), ("c_long", "int", "l"), ("c_longdouble", "float", "g"), ("c_longlong", "int", "l"), ("c_short", "int", "h"), ("c_size_t", "int", "L"), ("c_ssize_t", "int", "l"), ("c_ubyte", "int", "B"), ("c_uint", "int", "I"), ("c_uint16", "int", "H"), ("c_uint32", "int", "I"), ("c_uint64", "int", "L"), ("c_uint8", "int", "B"), ("c_ulong", "int", "L"), ("c_ulonglong", "int", "L"), ("c_ushort", "int", "H"), ("c_wchar", "str", "u"), ], ) def test_ctypes_redefined_types_members(c_type, builtin_type, type_code): """Test that the "value" and "_type_" member of each redefined types are correct. """ src = f""" import ctypes x=ctypes.{c_type}("toto") x.value """ node = extract_node(src) assert isinstance(node, nodes.NodeNG) node_inf = node.inferred()[0] > assert node_inf.pytype() == f"builtins.{builtin_type}" E AssertionError: assert 'builtins.classobj' == 'builtins.int' E - builtins.int E + builtins.classobj tests/brain/test_ctypes.py:71: AssertionError _____________ test_ctypes_redefined_types_members[c_ushort-int-H] ______________ c_type = 'c_ushort', builtin_type = 'int', type_code = 'H' @pytest.mark.parametrize( "c_type,builtin_type,type_code", [ ("c_bool", "bool", "?"), ("c_byte", "int", "b"), ("c_char", "bytes", "c"), ("c_double", "float", "d"), pytest.param( "c_buffer", "bytes", "<class 'ctypes.c_char'>", marks=pytest.mark.xfail( reason="c_buffer is Uninferable but for now we do not know why" ), ), ("c_float", "float", "f"), ("c_int", "int", "i"), ("c_int16", "int", "h"), ("c_int32", "int", "i"), ("c_int64", "int", "l"), ("c_int8", "int", "b"), ("c_long", "int", "l"), ("c_longdouble", "float", "g"), ("c_longlong", "int", "l"), ("c_short", "int", "h"), ("c_size_t", "int", "L"), ("c_ssize_t", "int", "l"), ("c_ubyte", "int", "B"), ("c_uint", "int", "I"), ("c_uint16", "int", "H"), ("c_uint32", "int", "I"), ("c_uint64", "int", "L"), ("c_uint8", "int", "B"), ("c_ulong", "int", "L"), ("c_ulonglong", "int", "L"), ("c_ushort", "int", "H"), ("c_wchar", "str", "u"), ], ) def test_ctypes_redefined_types_members(c_type, builtin_type, type_code): """Test that the "value" and "_type_" member of each redefined types are correct. """ src = f""" import ctypes x=ctypes.{c_type}("toto") x.value """ node = extract_node(src) assert isinstance(node, nodes.NodeNG) node_inf = node.inferred()[0] > assert node_inf.pytype() == f"builtins.{builtin_type}" E AssertionError: assert 'builtins.classobj' == 'builtins.int' E - builtins.int E + builtins.classobj tests/brain/test_ctypes.py:71: AssertionError ______________ test_ctypes_redefined_types_members[c_wchar-str-u] ______________ c_type = 'c_wchar', builtin_type = 'str', type_code = 'u' @pytest.mark.parametrize( "c_type,builtin_type,type_code", [ ("c_bool", "bool", "?"), ("c_byte", "int", "b"), ("c_char", "bytes", "c"), ("c_double", "float", "d"), pytest.param( "c_buffer", "bytes", "<class 'ctypes.c_char'>", marks=pytest.mark.xfail( reason="c_buffer is Uninferable but for now we do not know why" ), ), ("c_float", "float", "f"), ("c_int", "int", "i"), ("c_int16", "int", "h"), ("c_int32", "int", "i"), ("c_int64", "int", "l"), ("c_int8", "int", "b"), ("c_long", "int", "l"), ("c_longdouble", "float", "g"), ("c_longlong", "int", "l"), ("c_short", "int", "h"), ("c_size_t", "int", "L"), ("c_ssize_t", "int", "l"), ("c_ubyte", "int", "B"), ("c_uint", "int", "I"), ("c_uint16", "int", "H"), ("c_uint32", "int", "I"), ("c_uint64", "int", "L"), ("c_uint8", "int", "B"), ("c_ulong", "int", "L"), ("c_ulonglong", "int", "L"), ("c_ushort", "int", "H"), ("c_wchar", "str", "u"), ], ) def test_ctypes_redefined_types_members(c_type, builtin_type, type_code): """Test that the "value" and "_type_" member of each redefined types are correct. """ src = f""" import ctypes x=ctypes.{c_type}("toto") x.value """ node = extract_node(src) assert isinstance(node, nodes.NodeNG) node_inf = node.inferred()[0] > assert node_inf.pytype() == f"builtins.{builtin_type}" E AssertionError: assert 'builtins.classobj' == 'builtins.str' E - builtins.str E + builtins.classobj tests/brain/test_ctypes.py:71: AssertionError =========================== short test summary info ============================ FAILED tests/brain/test_ctypes.py::test_ctypes_redefined_types_members[c_bool-bool-?] FAILED tests/brain/test_ctypes.py::test_ctypes_redefined_types_members[c_byte-int-b] FAILED tests/brain/test_ctypes.py::test_ctypes_redefined_types_members[c_char-bytes-c] FAILED tests/brain/test_ctypes.py::test_ctypes_redefined_types_members[c_double-float-d] FAILED tests/brain/test_ctypes.py::test_ctypes_redefined_types_members[c_float-float-f] FAILED tests/brain/test_ctypes.py::test_ctypes_redefined_types_members[c_int-int-i] FAILED tests/brain/test_ctypes.py::test_ctypes_redefined_types_members[c_int16-int-h] FAILED tests/brain/test_ctypes.py::test_ctypes_redefined_types_members[c_int32-int-i] FAILED tests/brain/test_ctypes.py::test_ctypes_redefined_types_members[c_int64-int-l] FAILED tests/brain/test_ctypes.py::test_ctypes_redefined_types_members[c_int8-int-b] FAILED tests/brain/test_ctypes.py::test_ctypes_redefined_types_members[c_long-int-l] FAILED tests/brain/test_ctypes.py::test_ctypes_redefined_types_members[c_longdouble-float-g] FAILED tests/brain/test_ctypes.py::test_ctypes_redefined_types_members[c_longlong-int-l] FAILED tests/brain/test_ctypes.py::test_ctypes_redefined_types_members[c_short-int-h] FAILED tests/brain/test_ctypes.py::test_ctypes_redefined_types_members[c_size_t-int-L] FAILED tests/brain/test_ctypes.py::test_ctypes_redefined_types_members[c_ssize_t-int-l] FAILED tests/brain/test_ctypes.py::test_ctypes_redefined_types_members[c_ubyte-int-B] FAILED tests/brain/test_ctypes.py::test_ctypes_redefined_types_members[c_uint-int-I] FAILED tests/brain/test_ctypes.py::test_ctypes_redefined_types_members[c_uint16-int-H] FAILED tests/brain/test_ctypes.py::test_ctypes_redefined_types_members[c_uint32-int-I] FAILED tests/brain/test_ctypes.py::test_ctypes_redefined_types_members[c_uint64-int-L] FAILED tests/brain/test_ctypes.py::test_ctypes_redefined_types_members[c_uint8-int-B] FAILED tests/brain/test_ctypes.py::test_ctypes_redefined_types_members[c_ulong-int-L] FAILED tests/brain/test_ctypes.py::test_ctypes_redefined_types_members[c_ulonglong-int-L] FAILED tests/brain/test_ctypes.py::test_ctypes_redefined_types_members[c_ushort-int-H] FAILED tests/brain/test_ctypes.py::test_ctypes_redefined_types_members[c_wchar-str-u] =========== 26 failed, 1451 passed, 58 skipped, 14 xfailed in 23.46s =========== 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_64/05778913-python-astroid/ For all our attempts to build python-astroid with Python 3.12, see: https://copr.fedorainfracloud.org/coprs/g/python/python3.12/package/python-astroid/ 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.