proxy.py VS unsync

[Not my project]

A very well features proxy server (Forward & Reverse + lots of other features).

https://github.com/abhinavsingh/proxy.py

The article gives a good summary of the quite complex landscape of concurrency in python. There's more to it, for example gil-free c-extensions, subprocesses and cross-machine (plus IPC) communication.

But I'm particularly bothered by the fact that many articles and tutorials look at concurrency as if it's only about factoring primes or writing a web server with many (perhaps even idempotent) parallel requests.

In reality, people will often want and need to combine multiple of these approaches, and then it gets VERY messy. I.e. try to combine a multiprocessing executor with multiple asyncio loops and boom you're in some very deep waters.

One project that does this (async loops inside multiple processes) is proxy.py - very enlightening to read its code base [1].

But I really, really wish python would do more to provide simple and robust abstractions for these kinds of tasks. My dream would be a robust actor system similar to erlang, but we'll probably never get that.

[1] https://github.com/abhinavsingh/proxy.py

Setup a VM with Hyper-V and restrict the internet access or disable it.(best way), or build yourself a proxy: https://github.com/abhinavsingh/proxy.py

See `proxy.py` examples for some inspiration :) https://github.com/abhinavsingh/proxy.py/tree/develop/examples

I saw a pycon talk recommending I use the unsync library as a simple way to mix multiprocessing threading and asyncio. https://github.com/alex-sherman/unsync how can I tell if this library is safe to use in a production environment? I wouldn't want to leave a broken dependency for my coworkers should this repo not be well maintained.

I will briefly plug my library `unsync` (https://github.com/alex-sherman/unsync#quick-overview) which wraps all these methods (multiprocessing/threading/asyncio) into singular/simple-ish API.

It's a bit overly simple, but it's helped a few times writing code the makes use of several concurrency methods and combining them together etc.

Look into unsync.