Codefusion Studio (CFS) is an embedded software development platform based on Microsoft's Visual Studio Code (VS Code). Codefusion Studio provides best in class development tooling for embedded processors and MCUs by providing intuitive tools for newcomers while enabling advanced features for expert embedded developers.
- Homepage with quick access links for common tasks, links to articles and videos related to your projects, user guides, hardware reference manuals, data sheets, and other useful resources.
- A new project wizard for quickly creating projects as well as example applications to jumpstart your development.
- Tool chain support for building against ARM and RISC-V processors.
- Pin configuration tools for assigning signals to pins, configuring pin values such as input or output mode and power supply, viewing register details and values, and generating source code to be included in your project.
- Debugging features including breakpoints, disassembly, heterogeneous debug, etc.
CodeFusion Studio currently supports the following processors in the following configurations:
| Processor | MSDK | Zephyr | Config Tools |
|---|---|---|---|
| MAX32655 | Yes | - | - |
| MAX32662 | Yes | - | - |
| MAX32670 | Yes | - | - |
| MAX32672 | Yes | - | - |
| MAX32675 | Yes | - | - |
| MAX32690 | Yes | Yes | Yes |
| MAX78000 | Yes | - | - |
| MAX78002 | Yes | - | Yes |
This section provides instructions for installing and setting up CodeFusion Studio for supported processors.
Tools VS Code extensions depend on:
- Microsoft's Visual Studio Code version 1.89.0 or later.
CodeFusion Studio and extensions are supported on the following host operating systems:
- Windows 10 or 11 (64-bit)
- macOS (ARM64)
- Ubuntu 22.04 and later (64-bit)
- Navigate to CodeFusion Studio Installer Download.
- Download the desired installer file:
- Windows, download the CodeFusionStudio_*.exe installer.
- Linux, download the CodeFusionStudio_*.run installer.
- MacOS, download the CodeFusionStudio_*.dmg installer.
!!! note
The Linux installer downloads without execute permissions. Run chmod a+x <installer> to grant execute permissions before continuing.
- Open the downloaded installer wizard to begin the installation process.
- Click Next to continue the setup.
- Specify the folder destination for the install, and click Next.
- Select the Default or desired components to install, and click Next.
- Read the license agreement and click the box if you accept the license, then click Next.
- Select the Start Menu in which to create a shortcut, and click Next.
- Review setup selections and click Install.
- Click Finish to close the installer.
Specify your CodeFusion Studio installation path by selecting it from a list of detected installations.
!!! note Path can also be manually configured under user settings.
!!! note
By default, the CFSUtil path points to ${config:cfs.sdk.path}/Utils/cfsutil/bin/cfsutil.
The default CFSUtil path should be sufficient in most cases.
Change your CFSUtil path if prompted or manually configure in user settings.
!!! note The VS Code extensions should be installed automatically as part of the installation process. This step is only required if you need to manually install an extension.
The CodeFusion Studio VS Code extensions can be found in the VS Code directory in the CodeFusion Studio installer.
To install the *.vsix file, open Visual Studio Code. From the Extensions tab, click Install from VSIX... from the ellipses menu:
And browse to the desired *.vsix file(s) in your <codefusion-sdk-install>/VSCode directory.
- For the CodeFusion Studio IDE, select
cfs-ide-*.vsix
The Olimex ARM-USB-OCD-H Debugging is required to debug the RISC-V core on the MAX part families. The Olimex drivers are not provided directly by CodeFusion Studio so need to be installed manually if RISC-V Debugging is required.
Download and installation instructions can be found in chapter 3 of the :octicons-link-external-24: Olimex ARM-USB-OCD-h User Manual{:target="_blank"}
For more documentation, refer to the Getting Started Guide for CodeFusion Studio.