This blog post documents the options for programmatic (non-web-browser) access to open source project hosting at Google Code.
As of 2010-04-29, there is no full Google Code Data API, but there is an API for uploading files and an API for the issue tracker.
For uploading files, the following scripts can be useful:
This blog post is a release announcement of the software named Syncless I've been developing recently for high-performance, low-memory, single-process, single-threaded, lock-free network communication (TCP/IP client and server) in Python, using coroutines for apperent parallel processing. I needed something which needs less memory than pre-forking worker instances, but doesn't require complicated and error-prone synchronization mechanisms (such as mutexes in a multi-threaded program).
Syncless is an experimental, lightweight, non-blocking (asynchronous) client and server socket network communication library for Stackless Python 2.6. For high speed, Syncless uses libevent, and parts of Syncless' code is implemented in C (Pyrex). Thus Syncless can be faster than many other non-blocking Python communication libraries. Syncless contains an asynchronous DNS resolver (using evdns) and a HTTP server capable of serving WSGI applications. Syncless aims to be a coroutine-based alternative of event-driven networking engines (such as Twisted and FriendFeed's Tornado), and it's a competitor of gevent, pyevent, Eventlet and Concurrence.
Version 0.03 of Syncless has been released. It is a complete rewrite so it has drop-in replacements for built-in Python socket.socket, socket.gethostbyname (etc.), ssl.SSLSocket, time.sleep and select.select. The replacement implementations... is easily monkey-patchable, so legacy (blocking) pure Python I/O code can be made non-blocking without a code change. Core functionality is now written in Pyrex/Cython for greater speed.
