Is it possible to refactor multiinheritance without dummy classes? Maybe anybody have similar issue or have experienxe to tackle it, or at least tell me which way to look?? Code from __init__.py Answer It is relatively easy to create a type dynamically in python. For example:
Tag: multiple-inheritance
How to troubleshoot `super()` calls finding incorrect type and obj?
I have a decorator in my library which takes a user’s class and creates a new version of it, with a new metaclass, it is supposed to completely replace the original class. Everything works; except for super() calls: Using this code like so, yields an error: Some terminology: The source code class A as produced by class A(B):. The produced
Inherit multiple methods with same name from multiple classes
I have two parent classes that share method names. I’d like to subclass them and reassign their methods under different names to the subclass. This is made complicated because these methods use other methods with shared names as well. Contrived but minimal example: In the example above, foo.print1() prints 1 as expected, but foo.print2() prints 1 instead of 2. I
Calling super().__init__(**kwargs), and multiple inheritance?
I’m trying to learn and understand how to use super in Python, Ive been following the book ‘Python journey from novice to expert’ and although I feel that I understand the concept Im having problems executing super in my own code. For example, this method works for me: returns the following: This is what I expected (I’m not sure why