Version control, in the context of continuous integration and delivery (CI/CD) for firmware development, serves as the backbone for well defined software releases that can be rolled back and updated in a predictable manner. You’re likely familiar with the basic principles of version control systems like Git., Implementing GitLab for embedded systems development can streamline your workflow, enhance collaboration among team members, and improve version control for your projects. Here’s an overview to help you get started. Before diving into GitLab for embedded systems development, ensure you have: Basic understanding of Git and version control., Use pointers and buffers to generate efficient code. Avoid copying data. Make use of macros to design efficient and readable code. You can even implement simple functions with macros since macros take parameters. Document your code., Today’s post will explore a few tips for versioning embedded software. Over the years, I’ve seen just about every version control process ranging from the hope and pray your computer doesn’t crash method to clearly defined Git processes. Before developing a successful versioning scheme, it’s essential to follow a robust Git process., We’ve outlined some of the strategies embedded development teams can take in this article. Before getting into best practices for managing firmware releases and version control, it’s important to look at the full range of possible components that can be contained in an embedded project., Embedded systems are becoming more and more popular in a wide range of applications such as industrial control systems, avionics, health care, environment, security, mechanics. The development of the hardware and software for these systems require appropriate design, analysis and development tools..