You have the option to choose the folder for this 'repository'. 'Install/remove embedded packages' - Install for F0 F1 F4, or your own choice for your board families.

TrueStudio to author and compile your projects.

Cubemx to write startup and config files.

You are going to use this folder for each project: There are doubtless lots of further steps and tips you will have to discover for yourself for now.Ĭreate a folder for your project 'workspace' in your user area. This info is from memory only, from investigations of several months ago. is not too difficult, and from there we can 'talk' to our board easily, and do trivial control.Īnd we can use Cube to repeatedly change chip or pin options, without messing our user code.īut for bigger control, we will need to start doing some more serious coding/cutting/porting/debugging because ready-to-use libraries (a la arduino) are not just waiting somewhere! SETUP: VERY BARE OUTLINE:

and millis() micros() sleep() and delayMicroseconds().

some GPIO primitives that have an arduino ready-to-go feel,.

Knocking together user C and C++ code for. TrueStudio/Eclipse can be adjusted to allow C++ for user code.Ĭ code suits F030, as C++ code is too big for limited flash space.Ĭ++ or C/C++ mix work very happily with the other boards. Using cheap STM32 boards with free software, C/C++ code, ST's CubeMX configurator, Eclipse IDE, and CubeProgrammer.Īfter trialing several eclipse versions, I settled on ST/Atollic/TrueStudio as current support, free, easiest to integrate with Cube.ĬubeMX generates HAL-based setup code in C, not C++. Please feel free to fork, copy, adapt if you find it useable SUMMARY ONLY Simplest STM32 programming using Cube and TrueStudio 2019 - This is no longer being maintained by the original author.

Atollic truestudio stm32 tutorial