Projects

List of professional and personal open source projects

I like coding, a lot. I like coding in team. Most of these projects were developed as part of a team where I was either the lead or a major contributor.

Work related

This only lists open source projects:

• 2011-2019: (python/Go) LUCI Wrote Swarming and Isolate servers and client code. Powers https://ci.chromium.org.
• 2008-2011: (python) Wrote Google Chrome’s pre commit continuous integration support infrastructure.
  • Sustains higher commits rate than the linux kernel, >1500 commits/week, with 30 hours of testing per commit before committing in the source tree.
  • That’s 30 years worth of testing per week.
• 2008-2011: (python) buildbot.net contributor. Wrote:
  • StatusJSON to programmatically query a buildbot master.
  • HttpStatusPush and StatusPush which has been the basis for Gerrit&GitHub support.
• 2008-2011: (python) Rietveld contributor and partially defacto maintainer.
• 2008: (C++) Data Execution Prevention (DEP) related work. Generated a small news cycle with my own 4 pages article in Ars Technica. Sadly I couldn’t be named at the time.
• 2007-2008: (C++) Wrote Chrome support printing (ink on dead trees). Filed patent US8456668.
• 2004: (C/C++) Wrote ActiveX port of tn5250. What a silly idea;
  IBM mainframe + ActiveX + touch screen + IE6 = What could go wrong?
• 2002-2009: (C++) One-time contributions to libxml2, swi-prolog, tortoisesvn.

Personal

This only lists open source projects:

Tools

• panicparse (Go) Parses panic stack traces, densifies and deduplicates goroutines with similar stack traces. Helps debugging crashes and deadlocks in heavily parallelized process.
  

  

• serve-dir (Go) python -m SimpleHTTPServer but FAST. No frizz.

Libraries

General purpose

• shac (Scalable Hermetic Analysis and Checks) is a unified and ergonomic tool and framework for writing and running static analysis checks.
• periph.io (Go) Go·Hardware·Lean. Fast zero-dependency framework for fast hardware interaction. For example, take pictures from a FLIR Lepton:
  + → +
• subcommands (Go) Permits an application to implement subcommands support similar to what is supported by the ‘go’ tool. Automatically corrects typo.
• interrupt (Go) is a single global way to handle process interruption.
• interfaceGUID (Go) calculates a unique hash based identifier for an interface.

Algorithm implementations

• natural Zero dependency, 100% code covered natural sort algorithm.
• rs (Go) is Reed-Solomon error correction code.
• fortuna (Go) Fortuna cryptographic random number generator implementation.