Tips & Tricks

This if the third and final part of our Advanced Debugger series. If you haven't seen them, do catch: "Part 1: Suspended" and "Part 2: Dynamic" As well as the earlier, "Debugging Fundamentals" video. In this video we start by looking a direct access to the GDB or LLDB terminal, as well as running commands on start-up using .gdbinit or .lldbinit, then look at attaching to external process

Nearly a year ago, our guest Nick Brook, founder at NRB Tech, explained how to use CLion for nRF52. Today, Nick is back with a new tutorial focused on using CMake-based nRF Connect SDK in CLion. Read this tutorial from Nick and give it a try with CLion! IoT consultant and founder at NRB Tech Nick founded NRB Tech in 2018 to build useful and

Following up on "Part 1: Suspended", of our Advanced Debugger series, Part 2 focuses on the dynamic part of working with breakpoints, watchpoints and setting the execution point. Because this an advanced series, we look beyond simply setting and removing breakpoints, and take a look at the different types of breakpoints we support, as well as all the options along with them. In many cases your bre

Back in October of last year I wrote "CLion Debugging – Part 1: Fundamentals", to introduce the everyday debugging features in CLion. It was "Part 1", because the promise was that I would follow up with a "Part 2", covering more advanced features. One thing you should never do is call something "Part 1" before you've written later parts! Part 2 has been a lo

How do embedded developers set up everything they need to do programming? A typical wired setup includes a device that stays on the developer’s table, and a ribbon cable that connects it to a debug probe, which in turn is connected to the developer's computer by a USB cable. The computer is running probe-specific software and an IDE. In many cases, this setup works fine. But embedded devices work

During the recent Q&A session on Reddit, we got a surprising number of questions about our plans for Meson support. Today we are going to show you how you can already use Meson-based projects in CLion. For this we will use compilation database support in CLion. Meson is a relatively new build system that strives to be fast yet simple to use. It converts build scripts written in a Python-like l

In the first post of this series, we built a simple prototype project using an Arduino board. This second stage involves constructing a full-featured device that can display the current temperature and pressure with an atmospheric pressure chart, and can run off a single battery for several weeks. The source code is available on GitHub, and readers can follow along with the text in this post commi

This post is intended for CLion plugin authors. It explains what has changed during the 2020.3 release cycle and how you need to adjust your plugin. While CLion doesn’t provide any public plugin API for C/C++-related subsystems, a number of great plugins have been made using the limited API available. We’re very grateful to the authors for their efforts. If you have an idea about building a plugin

With CMake 3.15 it has become possible to use the Clang compiler on Windows with a GNU-style command line. This also means that it's possible to use Clang with the Mingw-w64 toolchain. While it’s possible to configure Clang with the Mingw-w64 (or MinGW) toolchain, if you decide to use Clang from the LLVM repo, it won’t work correctly. This is because LLVM Clang for Windows is built using Microsoft

As International Collegiate Programming Contest (ICPC) sponsors and continuous supporters of many educational initiatives, JetBrains thoroughly enjoyed the opportunity to run JetBrains Knowledge Day 2020 last week. This was a unique educational event to mark the beginning of the ICPC competitive season and academic year. Phil Nash, JetBrains C++ Tools developer advocate, gave a talk on using CLion

An important part of writing code is debugging. Despite the name this is not limited to just finding bugs in our code, but can help us to understand what the code is actually doing at runtime - often in a specific environment. While it's possible to do this to some extent using, so-called, "printf-debugging" (inserting code to write out messages and values to the console or a log file),

CLion comes with powerful debugger integration, giving you access to backend debuggers such as GDB and LLDB via a uniform UI. The IDE helps you debug efficiently with its built-in variables view, a variety of stepping and breakpoints options, evaluation of expressions, and memory and assembler views. With CLion 2020.3 EAP, we’ve added a new powerful option to control the execution flow during debu