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Chronos MCP Server

Aqui está um servidor MCP simples baseado em .NET Core para recuperar a hora atual: ```csharp using Microsoft.AspNetCore.Builder; using Microsoft.AspNetCore.Hosting; using Microsoft.AspNetCore.Http; using Microsoft.Extensions.Hosting; using System; namespace TimeServer { public class Program { public static void Main(string[] args) { CreateHostBuilder(args).Build().Run(); } public static IHostBuilder CreateHostBuilder(string[] args) => Host.CreateDefaultBuilder(args) .ConfigureWebHostDefaults(webBuilder => { webBuilder.Configure(app => { app.UseRouting(); app.UseEndpoints(endpoints => { endpoints.MapGet("/", async context => { await context.Response.WriteAsync($"Current time: {DateTime.Now}"); }); }); }); }); } } ``` **Explicação:** * **`using` statements:** Importam os namespaces necessários para o ASP.NET Core e para trabalhar com datas e horas. * **`namespace TimeServer`:** Define o namespace para o projeto. * **`Program` class:** Contém o ponto de entrada da aplicação (`Main` method). * **`CreateHostBuilder` method:** Configura o host da aplicação ASP.NET Core. * **`Host.CreateDefaultBuilder(args)`:** Cria um host padrão com configurações padrão. * **`.ConfigureWebHostDefaults(webBuilder => ...)`:** Configura o web host. * **`webBuilder.Configure(app => ...)`:** Configura o pipeline de requisição HTTP. * **`app.UseRouting()`:** Adiciona o middleware de roteamento ao pipeline. * **`app.UseEndpoints(endpoints => ...)`:** Define os endpoints da aplicação. * **`endpoints.MapGet("/", async context => ...)`:** Mapeia requisições GET para a rota raiz ("/") para um manipulador assíncrono. * **`await context.Response.WriteAsync($"Current time: {DateTime.Now}");`:** Escreve a hora atual no corpo da resposta HTTP. **Como executar:** 1. **Crie um novo projeto .NET Core:** ```bash dotnet new webapi -n TimeServer cd TimeServer ``` 2. **Substitua o conteúdo do `Program.cs` pelo código acima.** 3. **Execute o projeto:** ```bash dotnet run ``` Isso iniciará um servidor web na porta padrão (geralmente 5000 ou 5001). Você pode acessar a hora atual abrindo um navegador e navegando para `http://localhost:5000` (ou a porta que o `dotnet run` indicar). **Considerações:** * **MCP:** A descrição original menciona "MCP server". Se "MCP" se refere a um protocolo específico, este código precisaria ser adaptado para implementar esse protocolo. Este exemplo fornece um servidor HTTP simples. * **Formato da hora:** O formato da hora retornado é o padrão de `DateTime.Now.ToString()`. Você pode formatar a hora de forma diferente usando `DateTime.Now.ToString("yyyy-MM-dd HH:mm:ss")` ou outros formatos. * **Tratamento de erros:** Este exemplo é muito básico e não inclui tratamento de erros. Em um ambiente de produção, você deve adicionar tratamento de erros para lidar com exceções e retornar respostas apropriadas. * **Configuração:** Você pode configurar a porta e outros aspectos do servidor usando arquivos de configuração (como `appsettings.json`) e variáveis de ambiente. Este exemplo fornece um ponto de partida simples. Dependendo dos requisitos específicos do seu "MCP server", você pode precisar adicionar mais funcionalidades e personalizações.

JR East Delay Information MCP Server

An MCP server that provides real-time delay information for JR East train lines, accessible via MCP clients like Claude Desktop through the 'getDelays' tool.

my-mcp-server

A simple Node.js MCP server that exposes three tools: greet for personalized messages, calculate for basic math operations, and weather_info for mock weather data retrieval.

Gemini Agent MCP Server

Provides a Model Context Protocol interface to the Gemini CLI, enabling AI agents to call the Gemini model and interact with development tools like code linting, GitHub operations, and documentation generation. Includes security measures to prevent unauthorized file access through path validation.

MCP Server with SSE

Enables real-time data streaming through Server-Sent Events with timestamp broadcasting and server monitoring capabilities. Optimized for deployment on Render.com with health checks and status endpoints.

MCP n8n API Server

Servidor MCP para integração da API n8n - Conecte a IA Claude aos fluxos de trabalho n8n

my-model-context

CLI para gerenciar configurações locais do servidor MCP

freispace Analytics MCP Server

Enables AI assistants to query freispace scheduling software data including staff management, project analytics, resource availability, and holiday planning. Provides comprehensive insights for media teams while respecting user permissions and data safety.

SSH MCP Server

An advanced SSH session manager that allows Claude to establish and manage multiple SSH connections, execute remote commands, and monitor connection health through the Model Context Protocol.

Website Scraper MCP Server

Um servidor MCP que extrai conteúdo significativo de websites e converte HTML para Markdown de alta qualidade, usando o motor Readability da Mozilla.

Maya MCP

Maya MCP

Google Forms MCP Server

Enables creation and management of Google Forms with support for all 12 question types, response collection, CSV export, and form publishing through OAuth-authenticated API access.

Astro MCP Server

Enables access to Astro's App Store Optimization (ASO) database for analyzing app rankings, keyword trends, historical performance data, and app ratings. Provides comprehensive tools for tracking and comparing app store performance metrics through natural language queries.

mcp-registry-crewai-demo-agent

Uma demonstração de como conectar a API do Registro da Keboola com um servidor MCP através do wrapper CrewAI, permitindo que agentes de IA utilizem habilidades registradas.

Windows Crate Docs Search MCP

Um servidor MCP que permite pesquisar a documentação da API do crate Rust para Windows.

Port MCP Server

An MCP server that enables Claude to interact with Port.io's AI agent, allowing users to trigger the agent with prompts and receive structured responses including status, output, and action items.

Brave Search

Web and local search using Brave's Search API

MCP Python Server

A Python-based implementation of the Model Context Protocol that enables communication between a model context management server and client through a request-response architecture.

WordPress MCP Server

Espelho de

Instantly MCP Server

Fornece acesso à API v2 do Instantly para funcionalidades de campanha de e-mail e gerenciamento de leads.

mcp-server-template-ic

Servidor MCP com conexão à carteira IC.

manim-mcp-server

I understand you're asking me to create animations similar to those made by 3Blue1Brown, using only a single prompt. Unfortunately, I can't directly *generate* those animations for you. I am a text-based AI, and creating complex visual animations requires specialized software and coding skills. However, I *can* provide you with a single, comprehensive prompt that you can use with an AI image generation tool (like DALL-E 2, Midjourney, or Stable Diffusion) or, more effectively, with a code-based animation library like Manim (which is what 3Blue1Brown uses). This prompt will focus on the *style* and *content* of a typical 3Blue1Brown animation. Here's the prompt: **Prompt:** "Create a mathematical animation in the style of 3Blue1Brown. The animation should visually explain the concept of [**INSERT MATHEMATICAL CONCEPT HERE, e.g., 'the derivative', 'eigenvectors', 'Fourier transform'**]. Use a clean, minimalist aesthetic with a focus on clarity and intuitive understanding. Employ smooth, fluid transitions and transformations to illustrate the underlying principles. The color palette should be primarily blues, greens, and grays, with occasional pops of yellow or orange to highlight key elements. Include dynamically updating graphs, geometric shapes, and vector representations. The animation should emphasize the *process* of the mathematical concept, not just the final result. Focus on visual metaphors and analogies to make the concept accessible. The overall tone should be educational, engaging, and visually appealing. The animation should be suitable for a YouTube video explaining [**REPEAT MATHEMATICAL CONCEPT HERE**] to a general audience with some mathematical background. Consider incorporating elements like: [**CHOOSE RELEVANT ELEMENTS, e.g., 'a moving point on a curve', 'rotating vectors', 'area under a curve', 'frequency domain representation'**]. The animation should be approximately [**SPECIFY DURATION, e.g., '10 seconds', '30 seconds'**] long and focus on [**SPECIFIC ASPECT OF THE CONCEPT, e.g., 'the geometric interpretation', 'the relationship to integration', 'the application in signal processing'**]." **How to Use This Prompt:** 1. **Choose a Mathematical Concept:** Replace "[**INSERT MATHEMATICAL CONCEPT HERE**]" with the specific concept you want to animate (e.g., "the derivative," "linear transformations," "complex numbers"). 2. **Select Relevant Elements:** Choose the elements from the bracketed list that are most relevant to your chosen concept. You can also add your own elements. 3. **Specify Duration:** Indicate the desired length of the animation. Keep it short for initial experiments. 4. **Focus on a Specific Aspect:** Narrow down the focus of the animation to a particular aspect of the concept. 5. **Choose Your Tool:** * **AI Image Generators (DALL-E 2, Midjourney, Stable Diffusion):** These tools are better for generating *individual frames* or short, stylized clips. You'll need to combine these frames into a full animation using video editing software. You'll likely need to run the prompt multiple times, tweaking it for each frame or short sequence. * **Manim (Python Library):** This is the *ideal* tool for creating 3Blue1Brown-style animations. You'll need to learn some Python programming and the Manim syntax. The prompt above can serve as a guide for structuring your Manim code. You'll essentially be translating the prompt into Manim commands. **Important Considerations:** * **Complexity:** Creating high-quality animations like 3Blue1Brown's is a complex process. Don't expect perfect results from a single prompt, especially with AI image generators. * **Iteration:** You'll likely need to iterate on the prompt and the generated output to achieve the desired result. * **Manim Learning Curve:** Manim has a learning curve, but it's the most powerful and flexible option for creating this type of animation. 3Blue1Brown has tutorials and resources available. * **Ethical Considerations:** Be mindful of copyright and attribution if you are using elements or ideas from 3Blue1Brown's videos. This prompt provides a starting point. Experiment with different wording, elements, and tools to achieve the best results. Good luck!

XFOIL MCP Server

Enables aerodynamic analysis through XFOIL polar computations. Provides typed models and tools to run airfoil performance analyses from agents or automation workflows.

AbletonMCP

A server that connects Ableton Live to Claude AI through the Model Context Protocol, enabling AI-assisted music production and direct control of Ableton Live features.

Senzing MCP Server

Enables entity resolution capabilities through the Senzing SDK, allowing AI assistants to search entities, manage records, analyze relationships between entities, and perform bulk data imports with multithreading.

E*TRADE MCP Server

Enables comprehensive E\*TRADE integration with OAuth authentication, account management, risk calculations, watch lists, and trading operations. Includes built-in risk management guardrails, portfolio tracking, market data access, and trading validation for safe automated trading operations.

PapersWithCode Client

Um servidor que permite que assistentes de IA pesquisem artigos científicos, leiam seu conteúdo e acessem repositórios de código relacionados através da API PapersWithCode.