nested classes are a new Python feature that allows a class to encapsulate other classes. It allows for the idea of a base class, and a set of subclasses which inherit from the base class, but not all subclasses inherit from the base class. For example, the Base.py file in this project has a class named Base which has a list of child classes named Child. Inside of the Base class, there is a method called list that has a list of child objects.
The methods inside the Base class are called from within the Base class.
It’s a bit of a stretch to use nested classes in all Python projects, but I believe it’s a useful feature.
The nested classes are essentially a way to create super or parent classes, and child classes which inherit from the parent. We don’t have a lot of Python projects right now that have nested classes so this is a useful feature.
The main reason you want to use nested classes is that you don’t want your code to be able to use many classes. You want it to be able to use many classes.
In Python, you can specify it in the class definition.
The Python language allows nested classes so if you are defining a class you can specify its parent, and children. You can use it in almost every situation you can think of.
You can specify a class with a class-ref and pass it to your method. In Python, a method is a class, and a method can instantiate it.
So, if you want to use nested classes you have to pass them to your method:myMethod(parentClass, childClass). However, you can specify a method with a class-ref and pass it to your method.
So, for example, if you want to use nested classes in a loop that calls a method with a class-ref, you can use it like this:myMethodparentClass, childClass.