About SDGLBL/mcp-claude-code
SDGLBL/mcp-claude-code is an MCP server published by SDGLBL in the Data category: mCP implementation of Claude Code capabilities and more.
The repository has 305 stars and 39 forks, with the last commit a year ago. Six months or more without a commit doesn't mean the server is broken, but check the open issues before depending on it in production.
Install
claude mcp add claude-code -- npx -y @leo000001/claude-code-mcpnpx -y @leo000001/claude-code-mcpThis server has no ConduID identity, so agent calls to it are not receipted. Pin the version you install and review the source before granting it credentials.
Tools (16)
batchExecute multiple tool invocations in parallel or serially in a single request
Parameters not published.
content_replaceReplace patterns in file contents
Parameters not published.
directory_treeGet a recursive tree view of directories
Parameters not published.
dispatch_agentLaunch one or more agents that can perform tasks using read-only tools concurrently
Parameters not published.
editMake line-based edits to text files
Parameters not published.
grepFast pattern search in files with ripgrep integration for best performance ([docs](./doc/migration_SearchContentTool_to_Grep.md))
Parameters not published.
grep_astSearch code with AST context showing matches within functions, classes, and other structures
Parameters not published.
multi_editMake multiple precise text replacements in a single file operation with atomic transactions
Parameters not published.
notebook_editEdit, insert, or delete cells in a Jupyter notebook
Parameters not published.
notebook_readExtract and read source code from all cells in a Jupyter notebook with outputs
Parameters not published.
Show all 16 tools
readRead file contents with line numbers, offset, and limit capabilities
Parameters not published.
run_commandExecute shell commands (also used for directory creation, file moving, and directory listing)
Parameters not published.
thinkStructured space for complex reasoning and analysis without making changes
Parameters not published.
todo_readRead a structured task list
Parameters not published.
todo_writeCreate and manage a structured task list
Parameters not published.
writeCreate or overwrite files
Parameters not published.
Ask AI
Ask AI about SDGLBL/mcp-claude-code
Powered by Claude · Grounded in docs
Security checks
Static checks derived from the repository yesterday. Heuristics on the source, not an audit.
- ✓README presentThe repository ships documentation.
- ✓License declaredUsable under a stated license.
- ✓Tests presentA test suite exists in the repository.
- ✓Dependencies pinnedA lockfile pins dependency versions.
- ✓No dynamic code executionSource scan found no eval, dynamic Function, or shell execution.
- !Scoped permissionsDoesn't declare a permission scope. Assume it can do anything its process can.
Releases
README
MCP Claude Code
An implementation of Claude Code capabilities using the Model Context Protocol (MCP).
Overview
This project provides an MCP server that implements Claude Code-like functionality, allowing Claude to directly execute instructions for modifying and improving project files. By leveraging the Model Context Protocol, this implementation enables seamless integration with various MCP clients including Claude Desktop.

Features
- Code Understanding: Analyze and understand codebases through file access and pattern searching
- Code Modification: Make targeted edits to files with proper permission handling
- Enhanced Command Execution: Run commands and scripts in various languages with improved error handling and shell support
- File Operations: Manage files with proper security controls through shell commands
- Code Discovery: Find relevant files and code patterns across your project with high-performance searching
- Agent Delegation: Delegate complex tasks to specialized sub-agents that can work concurrently
- Multiple LLM Provider Support: Configure any LiteLLM-compatible model for agent operations
- Jupyter Notebook Support: Read and edit Jupyter notebooks with full cell and output handling
Tools Implemented
| Tool | Description |
|---|---|
read |
Read file contents with line numbers, offset, and limit capabilities |
write |
Create or overwrite files |
edit |
Make line-based edits to text files |
multi_edit |
Make multiple precise text replacements in a single file operation with atomic transactions |
directory_tree |
Get a recursive tree view of directories |
grep |
Fast pattern search in files with ripgrep integration for best performance (docs) |
content_replace |
Replace patterns in file contents |
grep_ast |
Search code with AST context showing matches within functions, classes, and other structures |
run_command |
Execute shell commands (also used for directory creation, file moving, and directory listing) |
notebook_read |
Extract and read source code from all cells in a Jupyter notebook with outputs |
notebook_edit |
Edit, insert, or delete cells in a Jupyter notebook |
think |
Structured space for complex reasoning and analysis without making changes |
dispatch_agent |
Launch one or more agents that can perform tasks using read-only tools concurrently |
batch |
Execute multiple tool invocations in parallel or serially in a single request |
todo_write |
Create and manage a structured task list |
todo_read |
Read a structured task list |
Getting Started
For detailed installation and configuration instructions, please refer to INSTALL.md.
For detailed tutorial of 0.3 version, please refer to TUTORIAL.md
Security
This implementation follows best practices for securing access to your filesystem:
- Permission prompts for file modifications and command execution
- Restricted access to specified directories only
- Input validation and sanitization
- Proper error handling and reporting
Development
To contribute to this project:
- Fork the repository
- Create a feature branch (
git checkout -b feature/amazing-feature) - Commit your changes (
git commit -m 'Add some amazing feature') - Push to the branch (
git push origin feature/amazing-feature) - Open a Pull Request
License
This project is licensed under the MIT License - see the LICENSE file for details.
README fetched from the repository yesterday. The original is authoritative.