chore: restore types in tests/test_util.py (#679)

pyproject.toml

@@ -166,6 +166,7 @@ ignore = [
 
 [tool.ruff.lint.per-file-ignores]
 "tests/*.py" = ["D", "S", "E501"]
+"tests/test_util.py" = ["D", "S", "E501", "UP006"]
 "docs/*.py" = ["B"]
 "docs/examples/*.py" = ["D", "B", "E501"]
 "src/magicgui/widgets/_image/*.py" = ["D"]

tests/test_util.py

@@ -11,72 +11,72 @@ def test_basic(self):
         assert safe_issubclass(int, object)
 
     def test_generic_base(self):
-        assert safe_issubclass(list[int], list)
-        assert safe_issubclass(list[int], list)
+        assert safe_issubclass(typing.List[int], list)
+        assert safe_issubclass(typing.List[int], typing.List)
 
     def test_multiple_generic_base(self):
-        assert safe_issubclass(list[int], (list, dict))
+        assert safe_issubclass(typing.List[int], (typing.List, typing.Dict))
 
     def test_no_exception(self):
         assert not safe_issubclass(int, 1)
 
     def test_typing_inheritance(self):
-        assert safe_issubclass(list, list)
-        assert safe_issubclass(list, list)
-        assert safe_issubclass(tuple, tuple)
-        assert safe_issubclass(tuple, tuple)
-        assert safe_issubclass(dict, dict)
-        assert safe_issubclass(dict, dict)
+        assert safe_issubclass(typing.List, list)
+        assert safe_issubclass(list, typing.List)
+        assert safe_issubclass(typing.Tuple, tuple)
+        assert safe_issubclass(tuple, typing.Tuple)
+        assert safe_issubclass(typing.Dict, dict)
+        assert safe_issubclass(dict, typing.Dict)
 
     def test_inheritance_generic_list(self):
         assert safe_issubclass(list, typing.Sequence)
-        assert safe_issubclass(list, typing.Sequence)
-        assert safe_issubclass(list[int], typing.Sequence[int])
-        assert safe_issubclass(list[int], typing.Sequence)
-        assert safe_issubclass(list[int], Sequence)
+        assert safe_issubclass(typing.List, typing.Sequence)
+        assert safe_issubclass(typing.List[int], typing.Sequence[int])
+        assert safe_issubclass(typing.List[int], typing.Sequence)
+        assert safe_issubclass(typing.List[int], Sequence)
 
     def test_no_inheritance_generic_super(self):
-        assert not safe_issubclass(list, list[int])
+        assert not safe_issubclass(list, typing.List[int])
 
     def test_inheritance_generic_mapping(self):
         assert safe_issubclass(dict, typing.Mapping)
-        assert safe_issubclass(dict, typing.Mapping)
-        assert safe_issubclass(dict[int, str], typing.Mapping[int, str])
-        assert safe_issubclass(dict[int, str], typing.Mapping)
-        assert safe_issubclass(dict[int, str], Mapping)
+        assert safe_issubclass(typing.Dict, typing.Mapping)
+        assert safe_issubclass(typing.Dict[int, str], typing.Mapping[int, str])
+        assert safe_issubclass(typing.Dict[int, str], typing.Mapping)
+        assert safe_issubclass(typing.Dict[int, str], Mapping)
 
     def test_typing_builtins_list(self):
         assert safe_issubclass(list[int], list)
         assert safe_issubclass(list[int], Sequence)
         assert safe_issubclass(list[int], typing.Sequence)
         assert safe_issubclass(list[int], typing.Sequence[int])
-        assert safe_issubclass(list[int], list[int])
-        assert safe_issubclass(list[int], list)
-        assert safe_issubclass(list[int], list[int])
+        assert safe_issubclass(list[int], typing.List[int])
+        assert safe_issubclass(typing.List[int], list)
+        assert safe_issubclass(typing.List[int], list[int])
 
     def test_typing_builtins_dict(self):
         assert safe_issubclass(dict[int, str], dict)
         assert safe_issubclass(dict[int, str], Mapping)
         assert safe_issubclass(dict[int, str], typing.Mapping)
         assert safe_issubclass(dict[int, str], typing.Mapping[int, str])
-        assert safe_issubclass(dict[int, str], dict[int, str])
-        assert safe_issubclass(dict[int, str], dict)
-        assert safe_issubclass(dict[int, str], dict[int, str])
+        assert safe_issubclass(dict[int, str], typing.Dict[int, str])
+        assert safe_issubclass(typing.Dict[int, str], dict)
+        assert safe_issubclass(typing.Dict[int, str], dict[int, str])
 
     def test_tuple_check(self):
-        assert safe_issubclass(tuple[int, str], tuple)
-        assert safe_issubclass(tuple[int], typing.Sequence[int])
-        assert safe_issubclass(tuple[int, int], typing.Sequence[int])
-        assert safe_issubclass(tuple[int, ...], typing.Sequence[int])
-        assert safe_issubclass(tuple[int, ...], typing.Iterable[int])
-        assert not safe_issubclass(tuple[int, ...], dict[int, typing.Any])
-        assert safe_issubclass(tuple[int, ...], tuple[int, ...])
-        assert safe_issubclass(tuple[int, int], tuple[int, ...])
-        assert not safe_issubclass(tuple[int, int], tuple[int, str])
-        assert not safe_issubclass(tuple[int, int], tuple[int, int, int])
+        assert safe_issubclass(typing.Tuple[int, str], tuple)
+        assert safe_issubclass(typing.Tuple[int], typing.Sequence[int])
+        assert safe_issubclass(typing.Tuple[int, int], typing.Sequence[int])
+        assert safe_issubclass(typing.Tuple[int, ...], typing.Sequence[int])
+        assert safe_issubclass(typing.Tuple[int, ...], typing.Iterable[int])
+        assert not safe_issubclass(typing.Tuple[int, ...], typing.Dict[int, typing.Any])
+        assert safe_issubclass(typing.Tuple[int, ...], typing.Tuple[int, ...])
+        assert safe_issubclass(typing.Tuple[int, int], typing.Tuple[int, ...])
+        assert not safe_issubclass(typing.Tuple[int, int], typing.Tuple[int, str])
+        assert not safe_issubclass(typing.Tuple[int, int], typing.Tuple[int, int, int])
 
     def test_subclass_future(self):
-        assert safe_issubclass(Future[list[int]], Future[list[int]])
-        assert safe_issubclass(Future[list[int]], Future[list])
-        assert safe_issubclass(Future[list[int]], Future[list[int]])
-        assert not safe_issubclass(Future[list[int]], Future[list[str]])
+        assert safe_issubclass(Future[typing.List[int]], Future[list[int]])
+        assert safe_issubclass(Future[typing.List[int]], Future[list])
+        assert safe_issubclass(Future[list[int]], Future[typing.List[int]])
+        assert not safe_issubclass(Future[list[int]], Future[typing.List[str]])