Many software systems contain code that is overly complicated, hard to understand, and hence expensive to change and evolve. Prioritizing technical debt is a hard problem as modern systems might have millions of lines of code and multiple development teams, so no-one has a holistic overview. In addition, there is always a trade-off between improving existing code versus adding new features, so we need to use our time wisely. So what if we could mine the collective intelligence of all contributing programmers, and start to make decisions based on information from how the organization actually works with the code?
In this presentation you’ll see how easily obtained version-control data let us uncover the behavior and patterns of the development organization. This language-neutral approach lets you prioritize the parts of your system that benefit the most from improvements, so that you can balance short- and long-term goals guided by data. The specific examples are from real-world codebases like Android, the Linux Kernel, .Net Core Runtime, and more. This new perspective on software development will change how you view code. You will learn how to
* prioritize technical debt in large-scale systems.
* balance the trade-off between improving existing code versus adding new features.
* measure long time trends in technical debt.
Video producer: https://gotocph.com/