WSL Exec
Execute commands securely in Windows Subsystem for Linux (WSL).
mcp-wsl-exec
A Model Context Protocol (MCP) server for Windows + Claude Desktop users to interact with Windows Subsystem for Linux (WSL). Provides both read-only information gathering and secure command execution capabilities.
⚠️ Important: Who Should Use This?
✅ You SHOULD use this if:
- You're using Claude Desktop on Windows
- You need to interact with your WSL environment
- You want to provide WSL context to Claude (system info, processes, files, etc.)
❌ You DON'T need this if:
- You're using Claude Code (it has native bash access)
- You're on Linux/macOS (use native tools instead)
- You only need Windows PowerShell/CMD (use a different MCP server)
Features
📊 Information Gathering (Read-Only)
- 🖥️ Get system information (OS, kernel, hostname)
- 📁 Browse directory contents
- 💾 Check disk usage
- ⚙️ List environment variables
- 🔄 Monitor running processes
🔧 Command Execution (With Safety)
- 🔒 Secure command execution in WSL environments
- ⚡ Built-in safety features:
- Dangerous command detection
- Command confirmation system
- Path traversal prevention
- Command sanitization
- 📁 Working directory support
- ⏱️ Command timeout functionality
- 🛡️ Protection against shell injection
Configuration
This server requires configuration through your MCP client. Here are examples for different environments:
Cline Configuration
Add this to your Cline MCP settings:
{
"mcpServers": {
"mcp-wsl-exec": {
"command": "npx",
"args": ["-y", "mcp-wsl-exec"]
}
}
}
Claude Desktop Configuration
Add this to your Claude Desktop configuration:
{
"mcpServers": {
"mcp-wsl-exec": {
"command": "npx",
"args": ["-y", "mcp-wsl-exec"]
}
}
}
API
The server provides 7 MCP tools:
Information Gathering (Read-Only) 📊
These tools provide context about your WSL environment without making changes:
get_system_info
Get system information (OS version, kernel, hostname).
Parameters: None
get_directory_info
Get directory contents and file information.
Parameters:
path(string, optional): Directory path (defaults to current directory)details(boolean, optional): Show detailed information (permissions, sizes, etc.)
get_disk_usage
Get disk space information.
Parameters:
path(string, optional): Specific path to check (defaults to all filesystems)
get_environment
Get environment variables.
Parameters:
filter(string, optional): Filter pattern to search for specific variables
list_processes
List running processes.
Parameters:
filter(string, optional): Filter by process name
Command Execution (Potentially Destructive) 🔧
Use these tools when you need to make changes or run custom commands:
execute_command
Execute a command in WSL with safety checks and validation.
Parameters:
command(string, required): Command to executeworking_dir(string, optional): Working directory for command executiontimeout(number, optional): Timeout in milliseconds
Note: Dangerous commands will require confirmation via confirm_command.
confirm_command
Confirm execution of a dangerous command that was flagged by safety checks.
Parameters:
confirmation_id(string, required): Confirmation ID received from execute_commandconfirm(boolean, required): Whether to proceed with the command execution
Safety Features
Dangerous Command Detection
The server maintains a list of potentially dangerous commands that require explicit confirmation before execution, including:
- File system operations (rm, rmdir, mv)
- System commands (shutdown, reboot)
- Package management (apt, yum, dnf)
- File redirections (>, >>)
- Permission changes (chmod, chown)
- And more...
Command Sanitization
All commands are sanitized to prevent:
- Shell metacharacter injection
- Path traversal attempts
- Home directory references
- Dangerous command chaining
Development
Setup
- Clone the repository
- Install dependencies:
pnpm install
- Build the project:
pnpm build
- Run in development mode:
pnpm dev
Publishing
The project uses changesets for version management. To publish:
- Create a changeset:
pnpm changeset
- Version the package:
pnpm changeset version
- Publish to npm:
pnpm release
Contributing
Contributions are welcome! Please feel free to submit a Pull Request.
License
MIT License - see the LICENSE file for details.
Acknowledgments
- Built on the Model Context Protocol
- Designed for secure WSL command execution
관련 서버
Alpha Vantage MCP Server
스폰서Access financial market data: realtime & historical stock, ETF, options, forex, crypto, commodities, fundamentals, technical indicators, & more
Webhook Tester MCP Server
Interact with webhook-test.com to automate and manage webhook tokens, inspect incoming requests, and perform analytics.
d2-mcp
Create, validate, and render diagrams from D2 (Declarative Diagramming) code into SVG and PNG formats.
XCF Xcode MCP Server
A Swift-based MCP server that integrates with Xcode to enhance AI development workflows.
Swiftzilla
The only RAG API built for Apple Development. Give your AI instant access to 100,000+ pages of official docs, recipes, and evolution proposals.
Raspberry Pi MCP Servers Collection
A collection of production-ready MCP servers optimized for Raspberry Pi and AI workloads.
Context7 Python
A Python server for searching libraries and retrieving documentation, with support for HTTP/HTTPS proxies.
Substrate MCP Server
A Model Context Protocol (MCP) server for Substrate blockchains, written in Rust.
Metro MCP
A plugin-based MCP server for React Native runtime debugging, inspection, and automation. Connects to Metro bundler via Chrome DevTools Protocol — no app code changes needed for most features.
VSCode MCP
Enables AI agents and assistants to interact with Visual Studio Code through the Model Context Protocol.
Ant Design
Access comprehensive documentation for Ant Design components, including examples, API references, and best practices.