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Description:

c3linear 0.1.1

C3 Linearization Algorithm
c3linear is a naïve implementation of
C3 linearization
algorithm. C3 used in Python 2.3+ for
Method Resolution Order.
See Raymond Hettinger's
Python’s super() considered super!
for more information.
Motivation
The project has come to life as a byproduct of debugging an
overcomplicated hierarchy of mixin classes. I thought I knew how
exactly MRO is computed, but it turned out I didn't.
I've tried to keep the code idiomatic and easy to follow at the
expense of performance. The project is really took a couple of hours
to complete. Although I didn't care about time complexity and didn't
check correctness as thoroughly as I should, I think the project may
help someone who wants to learn how Python's Method Resolution Order
works.
Usage
Library

Get the code and install it with python setup.py install (Python
3.6+ required)
Import from c3linear.mro import mro
Check against built-in MRO:

>>> class A: pass
>>> class B(A): pass
>>> mro(B) == B.mro()
True

Take a look at tests for more examples.
Testing

Install dependencies:

pip install -e .

(Optional) Install extra packages:

pip install -e .[extra]

Run tests with:

python setup.py test

Run flake8 for PEP8 compliance testing:

python setup.py flake8

Run mypy:

mypy c3linear/

Contributing
If you've found a bug, please open an issue describing the problem first.
Licence
The project is licensed under MIT License. For further information see
LINCENSE file.