This extension provides support for Wolfram Language in Visual Studio Code.
Wolfram Language is a symbolic language, designed with the breadth and unity needed to develop powerful programs quickly. The philosophy of Wolfram Language is to build as much knowledge—about algorithms and the world—into the language as possible. Wolfram Language represents everything—data, formulas, code, graphics, documents, interfaces, etc.—as symbolic expressions, making possible a new level of programming flexibility and power.
The primary way to work in Wolfram Language is through Wolfram Notebooks, which provide a rich environment for creating and sharing documents that combine code, text, graphics and interactive interfaces. These notebooks can be created and edited in Wolfram Desktop and the Wolfram Cloud.
For developers who prefer to work in a text editor, this extension provides support for Wolfram Language in Visual Studio Code.
The extension currently provides:
- Syntax highlighting for Wolfram Language source files
- Hover and completion support for Wolfram system functions
- Basic VS Code-style notebook support for
.vsnbfiles - Terminal and kernel integration for running Wolfram Language code
- MCP server integration for VS Code chat
Install the extension from the VS Code Extensions view or from the Visual Studio Code Marketplace. After installation, the extension will try to locate a Wolfram installation automatically using standard OS-specific locations. In most cases, the extension will automatically find the Wolfram Language system path if the Wolfram app is installed in the default location.
If the system path is not found, you can specify the path in the extension settings. You can open the extension settings by clicking the gear icon at the top of this page and selecting Extension Settings from the dropdown menu. In the Settings window that opens, search for Wolfram: System Path and enter the path to the Wolfram Language kernel executable.
wolfram.systemPath: Path to the Wolfram installation. You can set this toAutomaticto find the system path automatically from the default paths, or specify the system path directly.wolfram.lsp.serverEnabled: Enables or disables the Wolfram LSP server.wolfram.notebook.kernelEnabled: Enables or disables notebook evaluation.wolfram.mcp.serverEnabled: Enables or disables the Wolfram MCP server integration.
- Install the extension.
- Open VS Code Settings.
- Search for
wolfram. - If needed, set
wolfram.systemPath. - Confirm that notebook or MCP features are enabled if you plan to use them.
For more information on configuring the extension, see the Configuration Details page.
This extension includes a built-in Wolfram AI MCP server that integrates with VS Code's chat.
Setup:
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In the Chat panel, click the Configure tools button on the right:
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You will see the WolframAI MCP server listed. Click Update Tools to install the latest tools:
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Once updated, all Wolfram AI tools will be available:
Usage: Evaluation
use #wolframai to integrate sin(x)^4 from 0 to 2
Ask a question in the chat session:
And get the answer:
Usage: Generate TestReport
Get a report of the results of the tests from a file.
Ask for a TestReport in the chat session:
And get the answer:
This extension provides support for creating the more basic VS Code–style notebooks that can run Wolfram Language inputs. These notebooks are created with the .vsnb extension. These notebooks support basic output like text, static graphics, warnings and messages.
For full Wolfram Notebook support, use Wolfram Desktop or Wolfram Cloud.
Syntax highlighting makes your Wolfram Language code easier to read and understand:
This extension provides several themes, including syntax highlighting for Wolfram Language. The themes provided are:
- Wolfram (Default)—Provides a light theme with default Wolfram notebook syntax colors.
- Wolfram (Light)—Provides a light theme with muted colors.
- Wolfram (Dark)—Provides a dark theme.
- Wolfram (Dark Rainbow)—Provdes a more colorful dark theme.
When you hover over a Wolfram System function, you can see a brief description of the function:
When you start typing a Wolfram System function, you can see a list of possible completions:
