Blog
Technical deep dives into firmware design, embedded debugging, and system-level problem-solving.
Simplifying OpenOCD Deployment with a Debian Package
Instead of manually copying binaries and dependencies across machines, you can package OpenOCD into a Debian .deb archive. This post walks through creating a custom package to simplify installation and distribution.
Managing Multi-Compiler CMake Projects in VS Code
Learn how to build host utilities alongside embedded firmware in CMake by using ExternalProject. This guide covers setting up multiple compilers, integrating utility projects, and configuring VS Code workspaces for smooth IntelliSense.
Cross-Compiling OpenOCD: A Step-by-Step Walkthrough
Learn how to build OpenOCD binaries on Ubuntu 22.04 for both the ARM64 and AMD64 target architectures. A great way to share a consistent OpenOCD build across your Debian systems
How to Find the Memory Address of a Symbol in an ELF File
A quick and useful tip for locating symbol memory addresses in ELF files using arm-none-eabi-nm combined with grep—perfect for embedded debugging scenarios like setting up SEGGER RTT or inspecting linker placements and runtime symbols.
Including External Libraries in CMake Projects
Learn how to use CMake’s FetchContent module to automatically download and integrate libraries like CMSIS into your embedded projects, eliminating the hassle of manual copying and updates.
Remote Debugging with OpenOCD on Raspberry Pi
Learn how to turn a Raspberry Pi into a remote debugging server for the RP2040 using OpenOCD, a complete with step-by-step setup and instructions for building OpenOCD from source to resolve hardware compatibility issues.
Getting Started with OpenOCD: A Beginner’s Guide for Embedded Developers
A beginner-friendly guide to installing, configuring, and using OpenOCD for flashing and debugging microcontrollers.
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