How to use the pandarallel.utils.inliner.are_functions_equivalent function in pandarallel

return 2 ** 3
        except ValueError:
            foo = 0
            for i in range(4):
                foo += i
            return foo
        except TypeError:
            return 42
        else:
            return 33
        finally:
            print("finished")

    inlined_func = inliner.inline(pre_func, func, dict(b="pretty", c="world!"))

    assert inliner.are_functions_equivalent(inlined_func, target_inlined_func)

def test_are_functions_equivalent():
    def a_func(x, y):
        c = 3
        print(c + str(x + y))
        return x * math.sin(y)

    def another_func(x, y):
        c = 4
        print(c + str(x + math.sin(y)))
        return x * y

    assert inliner.are_functions_equivalent(a_func, a_func)
    assert not inliner.are_functions_equivalent(a_func, another_func)

def test_are_functions_equivalent():
    def a_func(x, y):
        c = 3
        print(c + str(x + y))
        return x * math.sin(y)

    def another_func(x, y):
        c = 4
        print(c + str(x + math.sin(y)))
        return x * y

    assert inliner.are_functions_equivalent(a_func, a_func)
    assert not inliner.are_functions_equivalent(a_func, another_func)

def expected_pinned_func():
        c = 4
        print(str(10) + str(c))

        return 11

    with pytest.raises(TypeError):
        inliner.pin_arguments(func, dict(a=1))

    with pytest.raises(TypeError):
        inliner.pin_arguments(func, dict(a=1, b=2, c=3))

    pinned_func = inliner.pin_arguments(func, dict(a=10, b=11))

    assert inliner.are_functions_equivalent(pinned_func, expected_pinned_func)