The Google BigQuery Public Datasets program now offers a full snapshot of the content of more than 2.8 million open source GitHub repositories in BigQuery. Thanks to our new collaboration with GitHub, you'll have access to analyze the source code of almost 2 billion files with a simple (or complex) SQL query. This will open the doors to all kinds of new insights and advances that we're just beginning to envision.
For example, let's say you're the author of a popular open source library. Now you'll be able to find every open source project on GitHub that's using it. Even more, you'll be able to guide the future of your project by analyzing how it's being used, and improve your APIs based on what your users are actually doing with it.
On the security side, we've seen how the most popular open source projects benefit from having multiple eyes and hands working on them. This visibility helps projects get hardened and buggy code cleaned up. What if you could search for errors with similar patterns in every other open source project? Would you notify their authors and send them pull requests? Well, now you can. Some concepts to keep in mind while working with BigQuery and the GitHub contents dataset:
- With BigQuery everyone gets a terabyte every month to run queries. If you've never tried BigQuery before, follow these getting started instructions.
- The contents table has all the non-binary files in GitHub that are less than 1MB. It's a huge table, with more than 1.5 terabytes of data! This means the monthly terabyte for BigQuery queries won't last long if you want to query this table. To make your life easier, we've created extracts with only a sample of 10% of all files of the most popular projects, as well as another dataset with all the .go, .rb. .js, .php, .py, and .java code. Use them to make your free quota last!
- If these tables are not enough, you can always create your own extracts (but you'll be billed for the respective storage). To do so, you could sign up for $300 in Google Cloud Platform credits. These credits could be used to store terabytes (and more) of data in BigQuery.
- BigQuery makes it easy to join different datasets. How about ranking coding patterns by the number of stars their projects get? See a related post looking at the Hacker News effect on a project’s GitHub stars.
- SQL is not enough? Learn how BigQuery allows you to run arbitrary JavaScript code inside SQL to enable a full range of possibilities.
Stay curious!
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