User space project

< How to debug a user space application with STM32CubeIDE

This article proposes to manage a Linux® user space application for STM32 MPU.

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1 Create a user space executable project[edit]

In the Cortex®-A7 sub-project context, named here MP157C-DK2_CA7, right-click and select Create a userspace Project...

User space project wizard shortcut

In the example, an executable project type in C language is selected. Note that the user space project uses by default the SDK version associated to Cortex®-A7 sub-project.

User space project creation wizard

2 Build[edit]

  • Select your project, right-click and then Build Project.
Executable Build


3 Preparing Debug Configuration[edit]

In order to debug user space application, your target must be Linux® booted and network connected.

You can check boot messages via Linux® console opened with butterfly icon, but remember this console cannot be shared outside STM32CubeIDE (minicom,...).

CubeIDELinuxConsole.png

In order to check network connection, start the Target Status widget in the bottom right corner of the window.

Target Status - green



Check also How to set up proxy and P2P Ethernet connection with STM32CubeIDE if you are in that case.

4 Debug Configuration[edit]

Select your project, right-click Debug as... > Debug Configurations, then select STM32 Cortex-A Remote Application.

Debug configuration shortcut


The default connection proposed is "MPU SSH", corresponding to the target IP address discovered by Target Status. The default destination directory is /home/root.

User space debug configuration - main tab

5 Debug[edit]

Click Debug :

  1. Executable is downloaded to the target,
  2. GDBServer is launched on the target,
  3. GDBClient is launched on the workstation and can exchange via the network with GDBServer.
User space debug
Info white.png Information
In case of error, stop any GDBServer running on the target before launching a new debug session.


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