New v2.0.0 extension

Streamline your development process with the STM32 extension for VS Code

STM32 VS code extension v2.0.0 - a fresh start!

STM32 VS code extension v2.0.0 - a fresh start!

The STM32 VS code extension version 2.0.0 eliminates the dependency on STM32CubeIDE by enabling STM32CubeMX to generate native Cmake projects directly. With the integration of open-source debug extensions like Cortex®-debug, the new extension provides a robust debugging environment.

STM32CubeCLT 1.15.0 introduces CMake and Ninja, essential tools for the latest STM32 VS code extension v2.0.0. Additionally, STM32CubeMX 6.11.0 is a necessary prerequisite to work with this new extension.

This shift signifies a complete conceptual change from the previous extension version. The goal is to provide a solution that is both less complex and more transparent to the end-user, enhancing the overall development experience.

Key benefits

Enhanced independence

Eliminates the reliance on STM32CubeIDE, allowing developers to use STM32CubeMX for generating native CMake projects directly.

CMake build ease

Build settings are now managed within CMake files, offering a clear and organized way to handle project configurations.

Broader compatibility

Provides better support across various operating systems, enhancing its versatility.

New VS Code solution driven by ST assets​

STM32CubeMX + CMake

STM32CubeMX 6.11.0 generates native CMake projects allowing IDE freedom and cutting the dependency on STM32CubeIDE.

STM32CubeCLT

The STM32CubeCLT 1.15.0 package brings all the required command-line tools for VS code on Windows, Linux, and macOS.

STM32 VS code extension

The STM32 VS Code extension v2.0.0 simplifies creating “empty” CMake projects and importing STM32CubeMX/ CMake projects.

vs-code-support

STM32 VS code extension v2.0.0 at your fingertips

STM32 VS code extension v2.0.0 at your fingertips

The new extension represents a conceptual shift towards a simpler and more transparent solution.

Highlights include:

  • No dependency on STM32CubeIDE
  • No dependency on vcpkg
  • Clear separation of concerns: STM32CubeMX vs. VS code extensions
  • Improved support for OS platforms
  • An empty project creation wizard
  • Build settings managed within CMake files
  • Debugging based on the Cortex®-debug extension set

stm32cubeclt-computer

New in STM32CubeCLT

New in STM32CubeCLT

This all-in-one package contains all the typical command-lines tools required by an IDE.

STM32CubeCLT 1.15.0 adds CMake and Ninja, which are mandatory tools for the new STM32 VS code extension v2.0.0.

The future will include further componentization, automated distributions, and improved updatability of command-line tools.

cubemx

Discover the STM32CubeMX 6.11.0

Discover the STM32CubeMX 6.11.0

STM32CubeMX 6.11.0 is the first version to offer native support to generate CMake projects. The initial release will support single-core STM32 devices only. Future releases will extend support to include dual-core and TrustZone®-enabled devices.

The generated CMake files are divided into two categories to ensure separation of concerns:

1.STM32CubeMX-managed files–to ensure consistent project configuration

2.User-managed files–allowing for user customization

STM32CubeMX 6.11.0 is required for use with the STM32 VS code extension v2.0.0.

VS code or STM32CubeIDE or both?

cubeide

Streamlining workflow with your IDEs

Streamlining workflow with your IDEs

The VS Code solution currently utilizes open-source debug extensions. The offering will be improved over time.
Developer may use the best features of each IDE:

  • VS code is seen as superior in terms of editing capabilities
  • STM32CubeIDE offers a more powerful debugger and further integration with the STM32Cube ecosystem

Developers can mix IDEs within the same project:

  • Use VS code as the primary IDE to manage the edit-compile-debugged cycles
  • STM32CubeIDE can be used solely for debugging purposes, utilizing the STM32 Cortex®-M executable feature

This mix ensures the fastest build time and advanced debugging capabilities.