The new STM32CubeIDE has a really smart flash tool integrated that allows you to setup the flash process with just a few step. To do a project refresh (step 15) before, is never wrong.Ģ2. If this is done, normally the project should build as usual with ‘Build->Build Project’. Do the same as in step before with the ‘Library Paths’ any press ‘Apply and Close’.Ģ1. So, use the ‘Edit…’ button to correct the paths, therefore replace ‘././’ with ‘$/././././’.ġ9.
On the left side the paths after the import in STM32CubeIDE are shown and on the right side how it looks within Atollic TrueSTUDIO.ġ8. The import function changes the paths that we have defined in ‘Includes’ and ‘Library Paths’. And here you can see why the project cannot build correctly. Switch to the ‘Include’ tab that is located under ‘C/C++ General->Paths and Symbols->Includes’. Then go into the project properties by pressing ‘Right click on the project->Properties’.ġ7. Please refresh the project explorer by pressing ‘Right click on the project->Refresh’.ġ6.
#Atollic truestudio deploy to board code
Just go into any example like ‘/Examples/HelloWorld’ and generate the UI code with Embedded Wizard Studio (3.).ġ5. This means that the Embedded Wizard automatically generated code is not present.ġ4. If you try to build the project with ‘Build->Build Project’ you will get this error. Please ensure that this selection is correct, otherwise the project could build correctly but the flash process will not do what it should. Normally you have to select just one MCU. Therefore please use the related product reference that can be found on ST’s homepage.
STM32CubeIDE needs to know exactly the MCU that is mounted on your board. Select ‘/Application/Project/STM32CubeIDE/’ with the ’Directory…‘ function and press ‘Finish’.ĩ. Nevertheless that the import function will effect that the project cannot build, please select ‘Import Atollic TrueSTUDIO Project’ and press ‘Next’.ħ. Then start the import function located under ‘File->Import’.Ħ. Now open your STM32CubeIDE v1.0.0 and select the created folder as workspace.ĥ. How that works is descripted later in this thread.Ĥ. That what this post process does, is also easy to set up manually. The post process that mentioned in the Getting started articles is not able to use with STM32CubeIDE. Go into ‘/Application/Project/STM32CubeIDE’ and delete ‘TrueSTUDIO_ew_post_process.cmd’ and ‘TrueSTUDIO_ew_post_process_power_shell_script.ps1’. Copy the folder ‘’ from ‘/Application/Project/TrueSTUDIO’ into ‘/Application/Project/STM32CubeIDE’.ģ. Please download a new Build Environment for your ST board and create a folder under ‘/Application/Project’ and rename it to ‘STM32CubeIDE’.Ģ. If you have any trouble following the steps with another ST board, please ask the question here in this thread.ġ.
The steps are the same for all ST boards, maybe with some slightly differences like the MCU selection or path and library names. I have made this guide for STM32CubeIDE v1.0.0, Embedded Wizard 9.20 and STM32F746-Discovery. It isn’t rocket science, even when a lot of steps are necessary :-P Depending of the experience level, it could be that one or several steps are self-explained and able to skip. To use our Embedded Wizard eclipse project with STM32CubeIDE, please do the following steps. Unfortunately the import function build in in the new STM32CubeIDE, changes some rudimentary things in our Embedded Wizard project made for TrueSTUDIO. As reason of we have got several request regarding to the new STM32CubeIDE, I would like to answer here in general what’s to do to use STM32CubeIDE with our TrueSTUDIO preconfigured project.
0 kommentar(er)
