Introduction When we developed the CMake based toolchain for our training projects we used a shell script to simplify invoking the cmake command line. CMake 3.19 added a presets feature that allows us to define command line parameters in a CMakeSettings.json file which can be used in place of using multiple command parameters. In previous articles about CMake we have shown how we need to specify command line parameters to use CMake with an embedded target toolchain (see CMake Part 3). T...| Sticky Bits - Powered by Feabhas
In my first blog post about C++20 Coroutines I introduced the concepts behind a synchronous or generator style coroutine and developed a template class to support coroutines for any data type. In this post I’ll add an iterator to the template to support the range-for loop and iterative algorithms. You may want to review that post before reading this one but the following code should act as a reminder about how to write and use a coroutine to read two floating [...]| Sticky Bits - Powered by Feabhas
Introduction In previous blog posts in this series (Part 1, Part 2 and Part 3), I looked at using CMake on a Linux host to configure a build to cross compile to target hardware such as the STM32F4 Series. In this post, we’ll work with the GNU Arm Embedded Toolchain on a Windows 10 Host. The first part of this blog discusses running the Windows hosted versions of CMake, GNU Arm Embedded Toolchain and GNU Make. An alternative approach, briefly discussed at the [...]| Sticky Bits - Powered by Feabhas