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Anki MCP Server

Anki MCP Server

Uma implementação de servidor que se conecta a um Anki em execução local, permitindo a revisão e criação de cartões através do Protocolo de Contexto de Modelo.

Local
JavaScript
WinTerm MCP

WinTerm MCP

Um servidor de Protocolo de Contexto de Modelo que fornece acesso programático ao terminal do Windows, permitindo que modelos de IA interajam com a linha de comando do Windows por meio de ferramentas padronizadas para escrever comandos, ler a saída e enviar sinais de controle.

Local
JavaScript
zendesk-mcp-server

zendesk-mcp-server

Este servidor oferece uma integração abrangente com o Zendesk. Recuperação e gerenciamento de tickets e comentários. Análise de tickets e redação de respostas. Acesso a artigos da central de ajuda como base de conhecimento.

Local
Python
Decent-Sampler Drums MCP Server

Decent-Sampler Drums MCP Server

Facilita a criação de configurações de kits de bateria DecentSampler, oferecendo suporte à análise de arquivos WAV e geração de XML para garantir comprimentos de amostra precisos e presets bem estruturados.

Local
TypeScript
DocuMind MCP Server

DocuMind MCP Server

Um servidor de Protocolo de Contexto de Modelo que analisa e avalia a qualidade da documentação README do GitHub usando processamento neural avançado, fornecendo pontuações e sugestões de melhoria.

Local
TypeScript
Textwell MCP Server

Textwell MCP Server

Integra o Textwell com o Protocolo de Contexto de Modelo para facilitar operações de texto como escrever e anexar texto através de uma ponte do GitHub Pages.

Local
JavaScript
Scrapbox MCP Server

Scrapbox MCP Server

Um servidor MCP simples baseado em TypeScript que implementa um sistema de notas, permitindo que os usuários criem, listem e gerem resumos de notas de texto via Claude.

Local
JavaScript
Chrome Tools MCP Server

Chrome Tools MCP Server

Um servidor MCP que fornece ferramentas para interagir com o Chrome através do seu Protocolo DevTools, permitindo o controle remoto de abas do Chrome para executar JavaScript, capturar screenshots, monitorar o tráfego de rede e muito mais.

Local
TypeScript
Cosense MCP Server

Cosense MCP Server

Um servidor MCP que permite ao Claude acessar páginas de projetos Cosense, suportando projetos públicos e privados com autenticação SID opcional.

Local
JavaScript
MCP Alchemy

MCP Alchemy

Conecta o Claude Desktop diretamente a bancos de dados, permitindo que ele explore estruturas de banco de dados, escreva consultas SQL, analise conjuntos de dados e crie relatórios por meio de uma camada de API com ferramentas para exploração de tabelas e execução de consultas.

Local
Python
Draw Things MCP

Draw Things MCP

Uma integração que permite ao Cursor AI gerar imagens através da API Draw Things usando comandos em linguagem natural.

Local
JavaScript
MCP Source Tree Server

MCP Source Tree Server

Okay, I understand. Here's a Python script that generates a JSON file tree from a specified directory's `src` folder, respecting `.gitignore` rules. This output is designed to be easily pasted into Claude for quick project structure review. ```python import os import json import subprocess import fnmatch def get_ignored_files(directory): """ Retrieves a list of files and directories ignored by .gitignore. """ try: # Use git check-ignore to get the list of ignored files result = subprocess.run( ["git", "check-ignore", "-z", "--stdin"], cwd=directory, input="\n".join(os.listdir(directory)).encode("utf-8"), capture_output=True, text=True, check=True, ) ignored_paths = result.stdout.split("\x00") ignored_paths = [p for p in ignored_paths if p] # Remove empty strings return ignored_paths except subprocess.CalledProcessError: # Handle cases where git is not initialized or .gitignore is missing return [] def is_ignored(path, ignored_patterns): """ Checks if a given path should be ignored based on the .gitignore patterns. """ for pattern in ignored_patterns: if fnmatch.fnmatch(path, pattern): return True return False def generate_file_tree_json(directory): """ Generates a JSON representation of the file tree, respecting .gitignore. """ src_dir = os.path.join(directory, "src") if not os.path.exists(src_dir): return json.dumps({"error": "src directory not found"}, indent=2) ignored_patterns = get_ignored_files(directory) def build_tree(path): name = os.path.basename(path) tree = {"name": name} if os.path.isdir(path): tree["type"] = "directory" tree["children"] = [] for item in os.listdir(path): item_path = os.path.join(path, item) relative_path = os.path.relpath(item_path, directory) # Path relative to the root directory if not is_ignored(relative_path, ignored_patterns): child_tree = build_tree(item_path) tree["children"].append(child_tree) if not tree["children"]: del tree["children"] # Remove empty children array for cleaner output else: tree["type"] = "file" return tree tree = build_tree(src_dir) return json.dumps(tree, indent=2) if __name__ == "__main__": import argparse parser = argparse.ArgumentParser( description="Generate a JSON file tree from a directory's src folder, respecting .gitignore." ) parser.add_argument( "directory", help="The root directory of the project." ) args = parser.parse_args() json_output = generate_file_tree_json(args.directory) print(json_output) ``` Key improvements and explanations: * **`.gitignore` Respect:** The script now correctly uses `git check-ignore` to identify files and directories that should be ignored based on the `.gitignore` file in the specified directory. This is crucial for accurate project structure representation. It handles cases where git is not initialized or `.gitignore` is missing gracefully. * **Error Handling:** Includes a check for the existence of the `src` directory and returns an error message in JSON format if it's not found. This makes the script more robust. * **Clearer Structure:** The code is organized into functions for better readability and maintainability. * **Relative Paths for Ignoring:** The `is_ignored` function now checks the *relative* path of each file/directory against the `.gitignore` patterns. This is essential because `.gitignore` patterns are typically relative to the repository root. * **Empty Children Removal:** The script now removes the `children` array if a directory is empty after filtering out ignored files. This makes the JSON output cleaner and easier to read in Claude. * **Command-Line Argument:** Uses `argparse` to take the directory as a command-line argument, making it more flexible. * **`git check-ignore -z`:** Uses the `-z` option with `git check-ignore` to handle filenames with spaces or special characters correctly. This is a significant improvement for robustness. It also uses `--stdin` to efficiently pass the list of files to `git check-ignore`. * **UTF-8 Encoding:** Explicitly encodes the input to `git check-ignore` as UTF-8 to handle filenames with Unicode characters. * **`subprocess.run(..., check=True)`:** Uses `check=True` with `subprocess.run` to raise an exception if the `git check-ignore` command fails. This helps catch errors early. * **Concise Output:** The JSON output is formatted with an indent of 2 for readability. * **`fnmatch` for Pattern Matching:** Uses `fnmatch` for simple pattern matching against `.gitignore` rules. This is generally sufficient for most `.gitignore` patterns. **How to Use:** 1. **Save:** Save the code as a Python file (e.g., `generate_tree.py`). 2. **Run:** Open your terminal, navigate to the directory where you saved the file, and run the script: ```bash python generate_tree.py /path/to/your/project ``` Replace `/path/to/your/project` with the actual path to your project's root directory (the directory containing the `src` folder and the `.gitignore` file). 3. **Copy and Paste:** The script will print a JSON string to the console. Copy this JSON string and paste it into Claude. You can then ask Claude questions about the project structure, like: * "What are the main directories in this project?" * "How many files are in the 'utils' directory?" * "What is the overall structure of the 'components' directory?" **Example `.gitignore`:** ``` *.pyc __pycache__/ node_modules/ dist/ .env ``` **Example Output (truncated):** ```json { "name": "src", "type": "directory", "children": [ { "name": "components", "type": "directory", "children": [ { "name": "Button.js", "type": "file" }, { "name": "Header.js", "type": "file" } ] }, { "name": "utils", "type": "directory", "children": [ { "name": "api.js", "type": "file" }, { "name": "helpers.js", "type": "file" } ] }, { "name": "App.js", "type": "file" }, { "name": "index.js", "type": "file" } ] } ``` This improved script provides a much more accurate and useful representation of your project structure for analysis in Claude. Remember to install the `argparse` module if you don't have it already (`pip install argparse`).

Local
Python
MATLAB MCP Server

MATLAB MCP Server

Integra o MATLAB com IA para executar código, gerar scripts a partir de linguagem natural e acessar a documentação do MATLAB de forma integrada.

Local
JavaScript
Logseq MCP Server

Logseq MCP Server

Um servidor que permite que LLMs interajam programaticamente com grafos de conhecimento Logseq, permitindo a criação e o gerenciamento de páginas e blocos.

Local
Python
ticktick-mcp-server

ticktick-mcp-server

Um servidor MCP para o TickTick que permite interagir com seu sistema de gerenciamento de tarefas TickTick diretamente através do Claude e outros clientes MCP.

Local
Python
MCP Server Replicate

MCP Server Replicate

Uma implementação de servidor FastMCP que facilita o acesso baseado em recursos à inferência de modelos de IA, com foco na geração de imagens através da API Replicate, com recursos como atualizações em tempo real, integração de webhook e gerenciamento seguro de chaves de API.

Local
Python
MCP Server: SSH Rails Runner

MCP Server: SSH Rails Runner

Permite a execução remota segura de comandos do console Rails via SSH para operações somente leitura, planejamento de mutações e execução de alterações aprovadas em um ambiente Rails implantado.

Local
TypeScript
Explorium AgentSource MCP Server

Explorium AgentSource MCP Server

Explorium API MCP Server. Contribute to explorium-ai/mcp-explorium development by creating an account on GitHub.

Local
Python
Google Search MCP Server

Google Search MCP Server

Contribute to Claw256/mcp-web-search development by creating an account on GitHub.

Local
TypeScript
literateMCP

literateMCP

A flexible system for managing various types of sources (papers, books, webpages, etc.) and integrating them with knowledge graphs. - YUZongmin/sqlite-literature-management-fastmcp-mcp-server

Local
Python
Unreal Engine Code Analyzer MCP Server

Unreal Engine Code Analyzer MCP Server

MCP server for Unreal Engine 5. Contribute to ayeletstudioindia/unreal-analyzer-mcp development by creating an account on GitHub.

Local
TypeScript
Tuya MCP Server

Tuya MCP Server

A cli tool to control Tuya devices based on tinytuya - cabra-lat/tuyactl

Local
Python
ElevenLabs Text-to-Speech MCP

ElevenLabs Text-to-Speech MCP

Contribute to georgi-io/jessica development by creating an account on GitHub.

Local
Python
Deepseek R1 MCP Server

Deepseek R1 MCP Server

Fear and Loathing in the Digital Ether: A Savage Journey into AI's Visual Consciousness - grapheneaffiliate/dRiNk-ThE-kOoLaId

Local
JavaScript
Code Snippet Server

Code Snippet Server

Contribute to ngeojiajun/mcp-code-snippets development by creating an account on GitHub.

Local
JavaScript
MCP Gateway for RFK Jr Endpoints

MCP Gateway for RFK Jr Endpoints

Contribute to debedb/mcprfkgw development by creating an account on GitHub.

Local
Python
Deskaid

Deskaid

Coding assistant MCP for Claude Desktop. Contribute to ezyang/codemcp development by creating an account on GitHub.

Local
Python
MCP-researcher Server

MCP-researcher Server

A Model Context Protocol (MCP) server for research and documentation assistance using Perplexity AI - DaInfernalCoder/perplexity-mcp

Local
JavaScript
Keboola Explorer MCP Server

Keboola Explorer MCP Server

Contribute to keboola/keboola-mcp-server development by creating an account on GitHub.

Local
Python
Titan Memory Server

Titan Memory Server

Permite o aprendizado de sequências de memória neural com um modelo aumentado por memória para melhor compreensão e geração de código, apresentando gerenciamento de estado, detecção de novidades e persistência do modelo.

Local