This page coordinates the [http://code.google.com/soc/ Google Summer of Code] projects involving Python and mentored by the Python Software Foundation (PSF).

The 2008 PSF SoC coordinator is JamesTauber (jtauber at jtauber dot com). Contact him if you have any questions.

Prospective Students

If you are a student interested in working on core Python development or on a project that helps the Python community, we'd love to have you apply to the Python Software Foundation for this year's Google Summer of Code.

You should join the [http://mail.python.org/mailman/listinfo/soc2008-general soc2008-general] mailing list and take a look at the Project Ideas section below. If any interest you, feel free to contact the proposer for details. You can also discuss your own project ideas with the people mentioned or talk about them on the soc2008-general mailing list. Some of us also hang out on #gsoc-python on freenode.

Students should read ["/Expectations"] to understand what is expected of them.

Prospective Mentors

Prospective mentors should join both the [http://mail.python.org/mailman/listinfo/soc2008-general soc2008-general] and [http://mail.python.org/mailman/listinfo/soc2008-mentors soc2008-mentors] lists. Once you've been approved for the soc2008-mentors mailing list, you should introduce yourself and what project areas you can help mentor. Contact JamesTauber if you have any questions.

Project Ideas

• CodingProjectIdeas/PythonCore (not necessarily all suitable for GSoC)

• CodingProjectIdeas/StandardLibrary (not necessarily all suitable for GSoC)

• [http://scipy.org/scipy/scipy/wiki/SummerofCodeIdeas NumPy/SciPy project ideas]

• [http://wiki.python.org/jython/SummerOfCode/PotentialProjects Jython Potential Projects]

• [http://www.pygame.org/wiki/gsoc2008ideas Pygame Potential Projects]

• [http://www.pysoy.org/wiki/SummerOfCode/2008/Ideas PySoy Ideas] (3D Engine)

• Have a look at the suggestions for Crunchy [http://code.google.com/p/crunchy/wiki/SummerOfCodeIdeas]. Email André Roberge (andre.roberge at gmail dot com) for discussions of potential ideas.

• [http://wiki.sagemath.org/gsoc08notebook The Sage Notebook]

• A Jabber/XMPP server (not client) in Python 3.0. Work was started at the University of Toronto by Dmitri Vassilenko (under the supervision of [mailto:davidjanes@blogmatrix.com David Janes]), but much more is needed. [mailto:bwinton@latte.ca Blake Winton] is also interested in mentoring this one. Also see [http://wiki.jabber.org/index.php/Summer_of_Code_2008 Jabber's SOC page] (under Servers/PJS)

• [http://www.drproject.org/DrProject DrProject] 3.0 was released at [http://us.pycon.org/2008/about/ PyCon] in March, and now has users in several countries. Contact GregWilson ([mailto:gvwilson@cs.toronto.edu gvwilson@cs.toronto.edu]) for more information about the following:

  • Porting some widely-used [http://trac-hacks.org/ Trac plugins] to [http://www.drproject.org/DrProject DrProject].

  • Upgrading from Kid to [http://genshi.edgewall.org/ Genshi]

  • Fixing bugs (yes, we still have some)
  • Rewriting parts of the administration interface (which was built by an SoC student in 2006) to improve workflow and add functionality
  • Finishing off the RPC interface to allow client-side scripting (very useful when administering multiple projects).

• A continuous documentation system. (This idea is also up on the [http://www.scons.org/wiki/GSoC2008 SCons] page.) It would:

  • automatically rebuilds a project's Pydoc/Javadoc/whatever every time source code is checked in;
  • integrates the result seamlessly into the project's web site in wiki format; and
  • takes edits to those wiki pages and puts them back into the source code in Pydoc/Javadoc/whatever format. If architected properly, this could be dropped into any web-based software project portal.

• (Many) enhancements to [http://www.sqlalchemy.org SqlAlchemy], an object/relational mapping tool for Python.

• The [http://code.google.com/p/pygraphics/ PyGraphics] project is modifying an entry-level multimedia library originally developed by Mark Guzdial for a "CS-1 in Jython" course to work with CPython (and specifically, to run multithreaded with Python 3.0). A robust, full-featured version of this library would make Python much more appealing as a first language for university courses. Contact: Paul Gries ([mailto:pgries@cs.toronto.edu pgries@cs.toronto.edu]).

• The [http://bioinfo.mbi.ucla.edu/pygr pygr] bioinformatics project could use some software engineering love to bring it up to date in a variety of ways. Chris Lee (pygr author) and Titus Brown are working on a possible task list for one GSoC student.

• [http://code.google.com/p/sympy/wiki/GSoC2008 SymPy project ideas] (Python library for symbolic mathematics)

• [http://molviz.cs.toronto.edu/molviz MolViz] is a project to incorporate head tracking input into an existing Molecular Visualization program, [http://pymol.sourceforge.net/ PyMol]. This is accomplished through a plugin written in Python to control the molecule's position using the existing [http://www.pymolwiki.org/index.php/Main_Page PyMol API]. Contact: [http://www.haz.ca/ Christian Muise] (christian (dot) muise (at) gmail (dot) com) Related projects that would benefit the PSF could include:

  • Improving the existing [http://www.pymolwiki.org/index.php/ImmersiveViz PyMol plugin] for more precise control of the environment.

  • Developing new input drivers for the Wiimote form of control. This would require some bluetooth hacking.

  • Writing other forms of input in Python, such as fisheye head tracking, IR webcam tracking, etc (refer to the end of this http://www.youtube.com/watch?v=ncShaY4VSac video for a better description).

• [http://www.freewisdom.org/projects/python-markdown/ Python Markdown] is a Python implementation of [http://daringfireball.net/projects/markdown/ Markdown]. It is pretty mature but can benefit from some work. I ([http://takhteyev.org Yuri], the main author) can serve as a mentor. The things to be done:

  • An enhanced test suite
  • More decomposition
  • Performance tweaking
  • Version 2.0, shooting for a better balance between structural parsing and regexp substitutions.

• [http://code.google.com/p/carcode carcode] is an educational project for developing a beginner-oriented API for controlling an animated car. The idea is a sort of extension of turtle graphics to a car, and the idea is to use it to help kids (and adults!) learn to program by having the car autonomously perform various tasks like "parallel parking". Contact: Toby Donaldson (tjd@sfu.ca).

• [http://parabix.costar.sfu.ca/ parabix] (contact: Toby Donaldson (tjd@sfu.ca).) is high-performance text processing software based on parallel bit streams that is looking to:

  • Create a Python interface to the parabix XML parser.
  • Build a string library based on parallel bit streams.

  • Build an interactive parallel bit stream demonstration tool. Use it to illustrate the algorithms in the high-speed [http://u8u16.costar.sfu.ca UTF-8 to UTF-16 transcoder].

• The [http://nltk.org NLTK] project has developed a substantial suite of Python modules, data and documentation for natural language processing (NLP), with users ranging from complete novices to experienced researchers and developers. Our [http://nltk.org/projects.html NLTK projects page] has a long list of suggestions for tasks involving a combination of NLP and programming. Contact: Ewan Klein (ewan.klein at gmail dot com).

• The [http://cython.org Cython] project is a C compiler for Python used for wrapping C libraries and writing (fast) C extension classes. There are [http://wiki.cython.org/enhancements many interesting projects ideas] for anyone who is interested in the Python language, compilers, and language design.

• The [http://www.tinypy.org tinypy] project is a miniature python compiler + virtual machine similar to lua. There are some [http://www.philhassey.com/blog/tinypy-ideas/ cool projects] available. With your help tinypy could be used as a python sandbox, in embedded systems, or to aid game development.

• Python ISAPI extension for IIS. Similar to [http://pyisapie.sourceforge.net/ PyISAPIe] (a pity he didn't make it to GSoC). Serving web pages in-process (as opposed to FastCGI/CGI) is definitely a good idea.

• Python plugin for Web-CAT:

  • Web-CAT (http://web-cat.cs.vt.edu/) is a plug-in-based web application that supports automated testing and grading of programming assignments that is presently used by over 30 universities and colleges in the United States and elsewhere. The Web-CAT Grader supports traditional models of automated program grading, and also supports grading of assignments where students do their own testing.

  • Web-CAT currently supports programming assignments written in Java and C++. The aim of this project is to provide equivalent support for Python to make life easier for instructors who want to adopt it as an instruction language. The major challenge is security: since student code is executed on the Web-CAT server, steps must be taken to prevent malicious operation, denial of service (accidental or deliberate), and so on. Web-CAT does this for Java and C++ using a custom class loader and linkage against shadow libraries; equivalent techniques will have to be implemented and tested for Python. Contact: Karen Reid (reid@cs.toronto.edu)

• [http://supervisord.org Supervisor] is a process controller for UNIX-like operating systems (Linux, BSD, Solaris, Mac OSX). A GSoC participant might have fun improving the web interface (adding mechanisms for managing groups, supporting operations against both stderr and stdout logs), and there is also a requirement that we allow processes to be "attached to" from within supervisorctl. Contact: Chris McDonough (chrism@plope.com)

• [http://clonedigger.sourceforge.net Clone Digger] is the tool for finding software clones in Python and Java programs. It works on the abstract syntax tree level and handles variety of clone types. There exist some tasks including automatic refactoring of found clones and integration into Eclipse IDE. GSOC student will gain experience in the static code analysis, development of algorithms and implementing them in Python. See [http://clonedigger.sourceforge.net/google_summer_of_code.html project ideas].

Other Python-Related Organizations

The following other organizations in GSoC 2008 are known to offer Python-related projects:

• [http://code.google.com/soc/2008/bbc/about.html BBC Research]

• [http://code.google.com/soc/2008/django/about.html Django]

• [http://code.google.com/soc/2008/hg/about.html Mercurial]

• [http://code.google.com/soc/2008/moin/about.html MoinMoin]

• [http://code.google.com/soc/2008/olpc/about.html One Laptop Per Child]

• [http://code.google.com/soc/2008/plone/about.html Plone]

• [http://code.google.com/soc/2008/scons/about.html SCons] ([http://scons.org/wiki/GSoC2008 ideas]) is an improved, cross-platform, extensible replacement for the classic make utility, emphasizing reliable builds (MD5 checksums, automatic dependency analysis, global view of dependencies). It is implemented in Python and uses Python as its "description language," providing greater flexibility for solving build problems. As a small project, we tend to have fewer proposals, so your chances of being accepted are better than with larger projects which often have multiple proposals for an idea.

• [http://code.google.com/soc/2008/parsec/about.html Thousand Parsec]

• [http://code.google.com/soc/2008/turbogears/about.html TurboGears]

• [http://code.google.com/soc/2008/wxpython/about.html wxPython]

• [http://code.google.com/soc/2008/zope/about.html Zope]

If you are an organization with projects involving Python, please contact JamesTauber so we can work more closely together.

Previous years

• ["SummerOfCode/2005"]
• ["SummerOfCode/2006"]
• ["SummerOfCode/2007"]