Core Infrastructure Initiative Census
Automated quantitative review of open source software projects.
This project contains programs and documentation to help identify open source software (OSS) projects that may need additional investment to improve security, by combining a variety of metrics.
Key files include:
- OSS-2015-06-19.pdf: Detailed documentation about this work.
- projects_to_examine.csv: CSV file listing OSS projects to be examined, as well as data that requires human input
- oss_package_analysis.py: Python program that reads projects_to_examine.csv to determine the OSS projects to examine. It gathers data from a a variety of data sources, caching where it can. It produces results.csv.
- results.csv: CSV file listing OSS projects and related metrics.
- by_inst: Debian popularity statistics from http://popcon.debian.org/by_inst (you can get this from http://popcon.debian.org/ by selecting "Statistics for the whole archive sorted by fields").
The documentation is released under the Creative Commons CC-BY license.
Some supporting data was sourced from the Black Duck Open HUB (formerly Ohloh), a free online community resource for discovering, evaluating, tracking and comparing open source code and projects. We thank Black Duck for the data!
Description of this project
The Heartbleed vulnerability in OpenSSL highlighted that while some open source software (OSS) is widely used and depended on, vulnerabilities can have serious ramifications, and yet some projects have not received the level of security analysis appropriate to their importance. Some OSS projects have many participants, perform in-depth security analyses, and produce software that is widely considered to have high quality and strong security. However, other OSS projects have small teams that have limited time to do the tasks necessary for strong security. The trick is to identify which critical projects fall into the second bucket.
We have focused on automatically gathering metrics, especially those that suggest less active projects. We also provided a human estimate of the program's exposure to attack, and developed a scoring system to heuristically combine these metrics. These heuristics identified especially plausible candidates for further consideration. For our initial set of projects to examine, we took the set of packages installed by Debian base and added a set of packages that were identified as potentially concerning.
We invite you to contribute via:
- pull request - if you have a specific change to propose in the documentation, code, or data. We prefer these, since these are easy to merge and show exactly what the proposer has in mind.
- issue - if you have an idea or bug report (but no specific change to pull).
- mailing list - for general discussion of this project.
If you have a vulnerability report, please privately send an email to Marcus Streets firstname.lastname@example.org and David A. Wheeler email@example.com. Please try to use TLS encryption when you send the email (many providers, like Gmail, will try to do this automatically).
Here are some examples of things you could do:
- try different metrics and heuristics. Send us pull requests for the ones that you find experimentally make the most sense.
- try different data sources.
- review the data in projects_to_examine.csv and send corrections and elaborations.
- suggest more projects to consider in the future.
- mention additional relevant literature in the field.
Changes to the Python code should generally comply with Python PEP 8 but use 2 spaces per indentation level. Changes must pass "make analyze" (which runs the static analysis tool pyflakes) and "make test" (which runs the automated test suite). Changes that add major new functionality must extend the automated test suite as necessary to cover it. We use the "-t" and "-3" warning flags ("-3" detects some Python 2/3 problems).
In the future we hope to add using an additional static analysis tool, pylint. So changes shouldn't add new pylint reports, and fixing pylint reports is welcome (you can see them by running "make pylint"). It's written in Python2, but the goal is to avoid any construct that 2to3 can't automatically fix.
This work was sponsored by the Linux Foundation's Core Infrastructure Initiative