Kodi for Android: Building and Using Binary Python Extensions - Part 4
Jan. 20, 2017 0 comments
This is the 4th article in my series about building and using binary Python modules in Kodi on Android. In the previous article I described how to import a binary Python module in Kodi for Android. In this article I will briefly cover 2 C++ libraries used for writing binary Python modules: Boost.Python and Pybind11. (...)
Wsgi-Boost-Server: A Python WSGI Server Written in C++
July 15, 2016 0 comments
At last I found some time to write about my recent project — WsgiBoostServer. I started it to learn C++ and, specifically, writing binary extension modules for Python using Boost.Python. As the name implies, this is a WSGI server, that is, a HTTP server for Python web applications. But in addition to Python applications WsgiBoostServer can also serve static files that allows to use it for serving standalone Python micro-services with all their static content.
Because WsgiBoostServer is written in C++ using Boost.Asio library, it is faster than pure Python WSGI servers like Waitress or CherryPy. And since it can be used as a regular Python module (although binary), it does not require complex set-up and can be included in any Python application. More info about WsgiBoostServer and its source code can be found in my GitHub repository. It's MIT-licensed so feel free to use it as you like if you find this my little side-project interesting.
Update: Unfortunately, deeper testing revealed serious problems. WsgiBoostServer works with pure-Python WSGI applications without problems but crashes because of memory corruption if I add some binary Python modules in the mix. My guess is that Boost.Asio does not work well inside a Python interpreter which does its own memory management. Since diagnosing such arcane memory problems is way over my head, I had to abandon this project .
Boost ASIO Stackful Coroutines May Resume In A Different Thread
May 18, 2016 0 comments
Currently I'm learning C++ and specifically how to write binary Python modules with Boost.Python. As a part of my learning I've decided to develop a PEP-3333 compliant multithreaded WSGI server written in C++ using Boost.Asio and Boost.Python. (...)
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