I want to build a wrapper class around the Python's `multiprocessing.Pipe` object. Inheriting from the `multiprocessing` module is known to have its challenges (see [here](https://stackoverflow.com/questions/18906575/how-to-inherit-from-a-multiprocessing-queue) for a similar question discussing inheritance for `multiprocessing.Queue`), and I'm facing an error I can't resolve.

Let's consider a simple example:

```py
from multiprocessing import Pipe

class MyClass1: pass

class MyClass2(Pipe, MyClass1):
    pass

```

Here we create a class `MyClass2` that inherits both from the Pipe class and from a custom class `MyClass1`. Running the above will raise 

```
TypeError: metaclass conflict: the metaclass of a derived class
 must be a (non-strict) subclass of the metaclasses of all its bases

```

I know that to solve this error I will likely have to introduce a metaclass that `MyClass2` can inherit from, but when I try to determine the metaclass of the `Pipe` object using `type(Pipe)` I get `<class 'type'>` which doesn't help at all.

The Stack Overflow questions I linked to above mentions that there is essentially a special way to inherit `Queue`. Is there also a special way for `Pipe`? Any suggestions on how to avoid this error?