Get a complete overview of Embedded Linux, from the Kernel to Qt, and work through hands-on examples to build, simulate, and deploy real-world systems on Raspberry Pi 5
Key Features
- Learn by coding with real examples on Raspberry Pi 5 and QEMU (for those who don’t have access to hardware)
- Get introduced to Rust and see how it fits within an embedded Linux system
- Use Qt, a modern GUI framework, to create applications like a scientific instrument with live temperature sensor data
- Purchase of the print or Kindle book includes a free PDF eBook
Book Description
Embedded Linux now powers everything from IoT devices to industrial systems, making it essential for embedded software engineers to be skilled at customizing, deploying, and developing for these platforms. This hands-on guide walks you through the core concepts of Embedded Linux using practical, real-world examples on Raspberry Pi 4 and 5. For those without access to hardware, it also demonstrates how to simulate embedded Linux systems using QEMU.
This book contains code samples that you can follow along and build three real-world projects: a Python web-based dashboard that retrieves and displays data from a temperature sensor and two GUI applications demonstrating how to use the Qt framework on Embedded Linux using two different development paradigms. You’ll also step into advanced territory with Linux kernel debugging techniques and discover how to harness eBPF, building the experience employers want and the confidence to tackle complex embedded challenges.
By the end of this book, you'll have a solid grasp of Embedded Linux development and the skills to build and deploy production-ready, modern embedded applications.
What you will learn
- Understand the architecture, components, and use cases of embedded Linux systems
- Debug and secure the Linux kernel and modern tools like eBPF
- Build custom embedded Linux images using Yocto and Buildroot
- Simulate custom embedded Linux images using QEMU
- Flash, boot, and validate images on Raspberry Pi hardware
- Develop, deploy, and debug applications using C/C++, Python, and Qt
- Automate image and application builds with Docker and GitHub Actions
- Apply your skills through hands-on projects such as web interfaces and complex GUI-based instruments
Who this book is for
This book is for beginner to intermediate embedded systems engineers, software developers, and enthusiasts seeking hands-on experience with Embedded Linux. It’s ideal for those eager to build real-world projects using accessible hardware like the Raspberry Pi.
To get the most out of this book, you should understand basic embedded systems concepts, be comfortable writing simple programs in C, C++, or Python, and feel confident using the terminal and working with basic hardware.
Table of Contents
- Exploring Embedded Linux Architecture and Its Use Cases
- Navigating the Linux Kernel
- Describing Hardware Using the Devicetree
- Debugging The Linux Kernel
- Securing Code Execution with eBPF
- Exploring Frameworks to Build an Image
- Building an Image Using the Yocto Project
- Building an Image Using Buildroot
- Flashing and Testing an Image
- Debugging Build Issues
- Building, Debugging, and Launching Applications on Startup
- Project 1: Using Python to Build a Web Server to Display Sensor Data
- Project 2: Using Qt to Build a Scientific Instrument
- Project 3: Using Qt to Build a Medical Device
- Implementing Continuous Integration/Continuous Delivery (CI/CD)
- Applying Best Practices and Looking into the Future
Mohammed Billoo's career in embedded software spans over 15 years. After completing his bachelor's and master's in Electrical and Electronics Engineering from The Cooper Union in New York City, Mohammed began his professional career developing embedded software for companies of all sizes in different verticals. He established MAB Labs Embedded Solutions, an embedded software consulting firm. Mohammed has helped companies of all sizes across numerous verticals, from consumer electronics startups to large multinational medical device companies, to develop custom embedded software solutions for their product, ranging from MCU-based bare-metal and RTOS-based embedded software solutions to complete Embedded Linux solutions.
