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ATOLLIC TRUESTUDIO DEPLOY TO BOARD HOW TO
ATOLLIC TRUESTUDIO DEPLOY TO BOARD FULL
ATOLLIC TRUESTUDIO DEPLOY TO BOARD CODE
ATOLLIC TRUESTUDIO DEPLOY TO BOARD DOWNLOAD

On the same project properties dialog, configure the floating point unit.

Adjust the compiler include paths, because the default working directory seems to be different:

Right-click the Boot project in the Project Explorer and select Properties from the popup menu.

These changes are the same for boot the Boot and the Prog project, so only the Boot project will be described here. Cleanup the imported projectsĪfter importing the projects, a few minor project changes still need to be made, before they can be compiled and linked. The import wizard prompts you to confirm the project conversion. Click Finish to start the import process. These are the projects for the demo bootloader and demo user program, respectively. The import wizard automatically detects and selects the Boot and Prog projects. \Target\Demo\ARMCM7_STM32F7_Nucleo_F767ZI_TrueStudio. In the first edit box, called Import source, enter the directory of the demo programs, so. After the import dialog that appeared, select General → Import Atollic TrueSTUDIO Project: Once the STM32CubeIDE started up and opened the newly created workspace, select File → Import from the program menu.

Start STM32CubeIDE and create a new workspace in this directory: The TrueSTUDIO demo programs for the Nucleo-F767ZI board reside in subdirectory. In my case the extracted files are located at C:\Work\software\OpenBLT. Once downloaded, extract the zip-archive. At the time of this writing, the latest stable release is version 1.10.0.

ATOLLIC TRUESTUDIO DEPLOY TO BOARD DOWNLOAD

I will take the demo programs for the Nucleo-F767ZI board as an example in this article.Īs a starting point, download the latest stable release of the OpenBLT bootloader.

ATOLLIC TRUESTUDIO DEPLOY TO BOARD HOW TO

Therefore the goal of this article is to show you step-by-step how to import OpenBLT demo programs, which are configured for TrueSTUDIO, into STM32CubeIDE. However, you still need to make a few minor project changes yourself after the import operation.

So you can take the already existing OpenBLT demo programs for TrueSTUDIO and import them in STM32CubeIDE.Īfter experimenting with STM32CubeIDE’s import feature for TrueSTUDIO projects, I can confirm that it definitely works. For those that would like to use STM32CubeIDE sooner, there is the TrueSTUDIO project import feature.

ATOLLIC TRUESTUDIO DEPLOY TO BOARD FULL

If all goes according to plan, full STM32CubeIDE support will be available in the next OpenBLT release, which has a target date of early January 2021. For this reason I intend to add STM32CubeIDE support to all OpenBLT demo programs that target an STM32 microcontroller. To me it seems that STM32CubeIDE will replace Atollic TrueSTUDIO in the near future. As a big Linux fan myself, I am personally very excited about this multiplatform support.

It not only runs under Windows but also under MacOS and Linux. The ultimate tool for rapid application development for your STM32 project.

ATOLLIC TRUESTUDIO DEPLOY TO BOARD CODE

It even integrates the CubeMX tool for configuring your STM32 microcontroller and automatically generating code accordingly. It is a full featured and Eclipse based integrated development environment. The relatively new STM32CubeIDE was release about a year ago by ST. The goal of this article is to show you step-by-step how to import OpenBLT demo programs, which are configured for TrueSTUDIO, into STM32CubeIDE. So you can take the already existing OpenBLT demo programs for TrueSTUDIO and import them in STM32CubeIDE. A future release of the OpenBLT bootloader will feature full support of the relatively new STM32CubeIDE.