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1. #CMAKE GLOB SOURCES WITH EXCEPTIONS INSTALL#
2. #CMAKE GLOB SOURCES WITH EXCEPTIONS UPDATE#

Don’t use globbing for source files or header files. (That’s where globbing files is really awful don’t do it if you are planning on making a library to be consumed by other users).

Also we weren’t using CMake for installation, packaging, …, yet. Applicability General Exception Policy Allowed Packages. It was still nice though for maintaining 2 builds systems (we were in the process of moving to CMake from a custom build system). This one is subjective but I found it to be true with multiple developers. And it just causes issues/confusion.Īlso (this opinion is subjective) manually adding the files really gets you thinking about the names of files, directories, and the layout of your project.

#CMAKE GLOB SOURCES WITH EXCEPTIONS UPDATE#

Because it’s annoying to update the CMake code when you are changing things constantly.īut on a real established project where you have to be precise and file names don’t just change arbitrarily it doesn’t really help. When you are starting to write a new project. I think that’s where the motivation comes from. It’s nice at first, and tempting for small projects that are constantly changing/adding files. I’ve come to the same conclusion as the CMake team. After using globbing for a while on a real production codebase. (.still waiting for ST to add the current GNU Arm 10-2020-q4-major.In case you are using visual studio, open the Solution file (.sln). Window > Preferences > STM32Cube > Toolchain Manager: Select updated GNU Tools for STM32: Set default As is always the case with CMake, an out-of-source build should be preferred.

#CMAKE GLOB SOURCES WITH EXCEPTIONS INSTALL#

Project > Properties > C/C++ Build > Cmake4eclipse.Repeat for Release for all other configurations.

Delete previously existing project root folder.: Select linked source root folder ( Source ) Project > Properties > Resource > Linked resources > Linked Resources: Convert linked source root to relative.Advanced > Link to alternate location > Browse : Choose folder which holds the existing CMakeLists.txt ( Source ).Delete all the project folders and files (except Includes).CMAKE_EXPORT_COMPILE_COMMANDS Compiler Built-insĪdd root source code folder containing CMakeLists.txt.Project > Properties > C/C++ General > Preprocessor include paths.Project > Properties > C/C++ General > Indexer.Project > Properties > C/C++ Build > Tool Chain Editor.Location: Create a new folder ( MyProject) to hold the project separately from the source code (must outside the source code folder due to folder-link conflicts!).Build configuration for the indexer: Use active build configuration.Help > Eclipse Marketplace : Install cmake4eclipse and CMake EditorĮnsure global Indexer settings are correct.Requires: STM32CubeIDE 1.5.0+, CMake and Ninja-build installed MyProject (the skeleton project created in the below steps) this where I set CMake to run the builds. ioc.įor the steps, I'm using the following folder layout (adjust to fit your preferences): Source (source code, folders, etc) Prerequisite: You must have an existing CMake GNU Arm project up and running, if not, find out how set one up, or use CLion to create a CMake project from an existing STM32CubeMX. There are a huge number of steps required, so this is not for the fainthearted! Many an hour could have been saved if ST, in their infinite wisdom, did not disable the Toolchain tree entry in the project C/C++ properties!ĭisclaimer: I'm not an experienced Eclipse user, so there is a very good chance that the steps below are not the correct way of doing things, and in future, ST might lock-down or hide more UI rendering these steps useless - you have been warned! I've only tested this working in Windows. Since it took a tremendous amount of effort in getting CMake working within STM32CubeIDE, I'd thought I'd share a method of getting it done.