Discover Awesome MCP Servers

Markdownify MCP Server

A Model Context Protocol server that converts diverse file types, including PDFs, images, audio, and Office documents, into Markdown format. It also transforms web content like YouTube transcripts and Bing search results into readable text for model consumption.

Google Trends MCP Server

Enables retrieval and analysis of Google Trends data for any search term over the last 12 months. Provides structured timeline data with relative interest scores that can be filtered by geography and category.

Insight Digger MCP

An enterprise-grade data analysis system that enables users to discover data sources, configure analyses, and execute workflows through Claude Desktop. It features intelligent caching, session isolation, and secure JWT authentication for streamlined multi-user data orchestration.

WordPress Content MCP

Enables management of WordPress posts and pages including creating, updating, deleting, duplicating, scheduling, and bulk editing content through the WordPress REST API.

MCP Gateway

A proxy service that connects Claude Code to Alibaba Cloud International OpenAPI MCP Server, supporting services like ECS and OSS. It provides secure multi-user authentication via OAuth 2.1 and allows for dynamic configuration of MCP services.

Smart Warehouse MCP Agent

Claude-powered warehouse management system that coordinates inventory, AGVs, and order processing through specialized agents using Model Context Protocol patterns.

FluidSynth MCP Server

A MIDI composition system that enables AI assistants to create music through FluidSynth, with capabilities for playing notes, creating melodies, managing tracks, and exporting audio.

NCBI Gene MCP Server

MCP server that interfaces with the NCBI Entrez API to fetch detailed information about genes and proteins, enabling gene searches, gene/protein metadata retrieval, and symbol searching with organism filtering.

JumpCloud MCP Server

Enables natural language interaction with JumpCloud environments to query users, systems, groups, and SSO applications. Features a local LLM-free agent for keyword-based tool matching and REST API access to JumpCloud data.

MCP YouTube Transcript Server

A Model Context Protocol server that enables retrieval of transcripts, metadata, and subtitles from YouTube videos. It supports multiple languages, automatic paragraph segmentation, and video downloading to facilitate content analysis and processing.

Qiniu Cloud Storage MCP Server

A server that enables uploading files to Qiniu Cloud Storage through a standardized MCP interface, providing a simple way to store and serve files with public URLs.

KevoDB MCP Server

Implements a Multimodal Communication Protocol server for KevoDB, allowing AI agents to interact with the key-value database through a standardized API with support for core operations like get/put, scans, transactions, and batch operations.

XMTP MCP Server

Enables AI agents to interact with the XMTP decentralized messaging network. Supports sending encrypted messages, managing conversations, and streaming real-time messages to any XMTP-enabled wallet address.

GitHub MCP Server

Enables AI assistants to analyze GitHub repository structures and read file contents with features like directory traversal, file type analysis, syntax highlighting, and code pattern detection. Supports both public and private repositories through GitHub API integration.

Nornir MCP Server

A FastMCP server that provides network automation tools by exposing Nornir and NAPALM operations as MCP tools, allowing users to manage and interact with network devices through compatible MCP clients.

Spring Ai Mcp Deepseek

好的，以下是将 Spring AI 与 MCP 服务（包括 MCP server 和 Deepseek client）整合的步骤和一些关键考虑因素： **理解 MCP 和 Deepseek** * **MCP (Model Control Plane):** 通常指的是一个用于管理、部署和监控机器学习模型的平台。它可能包含模型注册、版本控制、A/B 测试、监控等功能。 具体实现会因供应商而异。你需要了解你使用的 MCP 平台的具体 API 和协议。 * **Deepseek:** Deepseek 是一家提供大语言模型 (LLM) 服务的公司。 Deepseek Client 指的是用于与 Deepseek LLM API 交互的客户端库或 SDK。 **整合步骤 (通用指南)** 由于 MCP 和 Deepseek 的具体实现可能不同，以下是一个通用的整合指南，你需要根据你的具体环境进行调整： 1. **依赖管理:** * **Spring AI:** 在你的 `pom.xml` (Maven) 或 `build.gradle` (Gradle) 文件中添加 Spring AI 的依赖。 确保选择与你的 Spring Boot 版本兼容的 Spring AI 版本。 ```xml <!-- Maven --> <dependency> <groupId>org.springframework.ai</groupId> <artifactId>spring-ai-core</artifactId> <version>最新版本</version> <!-- 替换为实际版本 --> </dependency> <!-- 如果需要特定的 LLM 提供商集成，例如 OpenAI --> <dependency> <groupId>org.springframework.ai</groupId> <artifactId>spring-ai-openai</artifactId> <version>最新版本</version> <!-- 替换为实际版本 --> </dependency> ``` ```gradle // Gradle dependencies { implementation 'org.springframework.ai:spring-ai-core:最新版本' // 替换为实际版本 implementation 'org.springframework.ai:spring-ai-openai:最新版本' // 替换为实际版本 (如果需要) } ``` * **Deepseek Client:** 添加 Deepseek 提供的客户端库的依赖。 这可能是一个 Maven 或 Gradle 依赖，或者你需要手动下载 JAR 文件并添加到你的项目中。 查阅 Deepseek 的文档以获取正确的依赖信息。 ```xml <!-- Maven (示例，需要替换为 Deepseek 提供的实际依赖) --> <dependency> <groupId>com.deepseek</groupId> <artifactId>deepseek-client</artifactId> <version>版本号</version> <!-- 替换为实际版本 --> </dependency> ``` ```gradle // Gradle (示例，需要替换为 Deepseek 提供的实际依赖) dependencies { implementation 'com.deepseek:deepseek-client:版本号' // 替换为实际版本 } ``` * **MCP Client:** 添加 MCP 平台提供的客户端库的依赖。 这可能是一个 Maven 或 Gradle 依赖，或者你需要手动下载 JAR 文件并添加到你的项目中。 查阅 MCP 平台的文档以获取正确的依赖信息。 ```xml <!-- Maven (示例，需要替换为 MCP 提供的实际依赖) --> <dependency> <groupId>com.mcp</groupId> <artifactId>mcp-client</artifactId> <version>版本号</version> <!-- 替换为实际版本 --> </dependency> ``` ```gradle // Gradle (示例，需要替换为 MCP 提供的实际依赖) dependencies { implementation 'com.mcp:mcp-client:版本号' // 替换为实际版本 } ``` 2. **配置 Spring AI:** * **`application.properties` 或 `application.yml`:** 配置 Spring AI 以使用 Deepseek LLM。 这通常涉及设置 API 密钥、端点 URL 等。 Spring AI 可能没有直接支持 Deepseek 的集成，因此你可能需要创建一个自定义的 `ChatClient` 实现。 ```properties # application.properties (示例，需要根据 Deepseek 的要求进行调整) spring.ai.deepseek.api-key=你的Deepseek API密钥 spring.ai.deepseek.base-url=Deepseek API 的基本 URL ``` ```yaml # application.yml (示例，需要根据 Deepseek 的要求进行调整) spring: ai: deepseek: api-key: 你的Deepseek API密钥 base-url: Deepseek API 的基本 URL ``` 3. **创建自定义 `ChatClient` (如果 Spring AI 没有直接支持):** * 如果 Spring AI 没有内置的 Deepseek 集成，你需要创建一个自定义的 `ChatClient` 实现。 这涉及实现 `ChatClient` 接口，并使用 Deepseek Client 与 Deepseek API 进行交互。 ```java import org.springframework.ai.chat.ChatClient; import org.springframework.ai.chat.ChatResponse; import org.springframework.ai.chat.prompt.Prompt; import com.deepseek.client.DeepseekApiClient; // 假设的 Deepseek Client 类 public class DeepseekChatClient implements ChatClient { private final DeepseekApiClient deepseekApiClient; public DeepseekChatClient(DeepseekApiClient deepseekApiClient) { this.deepseekApiClient = deepseekApiClient; } @Override public ChatResponse call(Prompt prompt) { // 1. 将 Spring AI 的 Prompt 转换为 Deepseek API 期望的格式 String deepseekPrompt = convertToDeepseekPrompt(prompt); // 2. 使用 Deepseek Client 调用 Deepseek API String deepseekResponse = deepseekApiClient.generate(deepseekPrompt); // 3. 将 Deepseek API 的响应转换为 Spring AI 的 ChatResponse ChatResponse chatResponse = convertToChatResponse(deepseekResponse); return chatResponse; } // 实现 convertToDeepseekPrompt 和 convertToChatResponse 方法 private String convertToDeepseekPrompt(Prompt prompt) { // 将 Spring AI 的 Prompt 对象转换为 Deepseek API 期望的字符串格式 // 这可能涉及提取消息、角色等信息，并将其格式化为 Deepseek API 要求的 JSON 或其他格式 return "Deepseek 格式的 Prompt"; } private ChatResponse convertToChatResponse(String deepseekResponse) { // 将 Deepseek API 返回的字符串响应转换为 Spring AI 的 ChatResponse 对象 // 这可能涉及解析 JSON 响应，提取文本内容，并将其封装到 ChatResponse 中 return new ChatResponse("Spring AI 格式的 ChatResponse"); } } ``` 4. **配置 MCP 集成:** * **获取模型信息:** 使用 MCP Client 从 MCP server 获取 Deepseek 模型的部署信息，例如端点 URL、模型版本等。 * **动态配置:** 根据从 MCP 获取的信息，动态配置 DeepseekChatClient 的连接参数。 这允许你根据 MCP 的管理来切换模型版本或端点。 ```java import com.mcp.client.McpClient; // 假设的 MCP Client 类 import com.mcp.client.ModelInfo; @Configuration public class AiConfig { @Autowired private McpClient mcpClient; @Bean public DeepseekChatClient deepseekChatClient() { // 从 MCP 获取模型信息 ModelInfo modelInfo = mcpClient.getModelInfo("deepseek-model"); // 替换为你的模型名称 // 根据模型信息配置 DeepseekApiClient DeepseekApiClient deepseekApiClient = new DeepseekApiClient(modelInfo.getEndpointUrl(), modelInfo.getVersion()); // 假设的 DeepseekApiClient 构造函数 // 创建 DeepseekChatClient return new DeepseekChatClient(deepseekApiClient); } } ``` 5. **使用 Spring AI:** * 在你的 Spring 组件中注入 `ChatClient` (或 `DeepseekChatClient`)，并使用它来与 Deepseek LLM 进行交互。 ```java import org.springframework.ai.chat.ChatClient; import org.springframework.ai.chat.ChatResponse; import org.springframework.ai.chat.prompt.Prompt; import org.springframework.beans.factory.annotation.Autowired; import org.springframework.stereotype.Service; @Service public class MyService { @Autowired private ChatClient chatClient; // 或者 DeepseekChatClient public String generateResponse(String userPrompt) { Prompt prompt = new Prompt(userPrompt); ChatResponse response = chatClient.call(prompt); return response.getResult().getOutput().getContent(); } } ``` **关键考虑因素:** * **Deepseek Client API:** 仔细阅读 Deepseek Client 的文档，了解如何使用它来与 Deepseek API 进行交互。 你需要了解如何构建请求、处理响应、处理错误等。 * **MCP API:** 仔细阅读 MCP 平台的文档，了解如何使用 MCP Client 获取模型信息。 你需要了解如何认证、查询模型信息、处理错误等。 * **数据格式转换:** Spring AI 的 `Prompt` 和 `ChatResponse` 对象可能与 Deepseek API 期望的格式不同。 你需要实现适当的转换逻辑。 * **错误处理:** 实现健壮的错误处理机制，以处理 Deepseek API 和 MCP API 的错误。 * **安全性:** 安全地存储和管理 API 密钥和其他敏感信息。 考虑使用 Spring Cloud Config 或其他配置管理工具。 * **异步处理:** 如果 Deepseek API 调用是耗时的，考虑使用异步处理来避免阻塞你的应用程序。 可以使用 Spring 的 `@Async` 注解或 Reactive Streams。 * **监控和日志:** 添加监控和日志记录，以便跟踪 API 调用、性能和错误。 * **Spring AI 版本:** 确保你使用的 Spring AI 版本与你的 Spring Boot 版本兼容。 * **依赖冲突:** 注意依赖冲突，特别是当使用多个第三方库时。 **示例代码 (更详细的示例，但仍然需要根据你的具体环境进行调整):** ```java // DeepseekChatClient.java import org.springframework.ai.chat.ChatClient; import org.springframework.ai.chat.ChatResponse; import org.springframework.ai.chat.Generation; import org.springframework.ai.chat.prompt.Prompt; import org.springframework.ai.chat.prompt.PromptTemplate; import org.springframework.util.Assert; import java.util.List; import java.util.Map; public class DeepseekChatClient implements ChatClient { private final DeepseekApi deepseekApi; public DeepseekChatClient(DeepseekApi deepseekApi) { Assert.notNull(deepseekApi, "DeepseekApi must not be null"); this.deepseekApi = deepseekApi; } @Override public ChatResponse call(Prompt prompt) { DeepseekApi.ChatCompletionRequest request = createRequest(prompt); DeepseekApi.ChatCompletionResponse response = this.deepseekApi.chatCompletion(request); return convertResponse(response); } private DeepseekApi.ChatCompletionRequest createRequest(Prompt prompt) { List<DeepseekApi.ChatMessage> messages = prompt.getInstructions().stream() .map(i -> new DeepseekApi.ChatMessage(i.getRole().name().toLowerCase(), i.getContent())).toList(); return new DeepseekApi.ChatCompletionRequest(messages); } private ChatResponse convertResponse(DeepseekApi.ChatCompletionResponse response) { Generation generation = new Generation(response.choices().get(0).message().content()); return new ChatResponse(List.of(generation)); } // 内部接口，用于模拟 Deepseek API 客户端 interface DeepseekApi { ChatCompletionResponse chatCompletion(ChatCompletionRequest request); record ChatCompletionRequest(List<ChatMessage> messages) { } record ChatMessage(String role, String content) { } record ChatCompletionResponse(List<Choice> choices) { } record Choice(ChatMessage message) { } } // 模拟 Deepseek API 客户端实现 @org.springframework.stereotype.Component static class DeepseekApiClient implements DeepseekApi { @org.springframework.beans.factory.annotation.Value("${deepseek.api.key}") private String apiKey; @Override public ChatCompletionResponse chatCompletion(ChatCompletionRequest request) { // 实际调用 Deepseek API 的代码 // 需要使用 Deepseek 提供的 SDK 或 HTTP 客户端 // 这里只是一个模拟实现 String responseContent = "模拟 Deepseek API 响应: " + request.messages().get(0).content(); ChatMessage chatMessage = new ChatMessage("assistant", responseContent); Choice choice = new Choice(chatMessage); ChatCompletionResponse response = new ChatCompletionResponse(List.of(choice)); return response; } } // 示例配置 @org.springframework.context.annotation.Configuration static class DeepseekConfig { @org.springframework.context.annotation.Bean public DeepseekChatClient deepseekChatClient(DeepseekApi deepseekApi) { return new DeepseekChatClient(deepseekApi); } } public static void main(String[] args) { // 示例用法 org.springframework.context.annotation.AnnotationConfigApplicationContext context = new org.springframework.context.annotation.AnnotationConfigApplicationContext(DeepseekConfig.class); ChatClient chatClient = context.getBean(ChatClient.class); PromptTemplate promptTemplate = new PromptTemplate("请用中文回答： {question}"); Prompt prompt = promptTemplate.create(Map.of("question", "What is Spring AI?")); ChatResponse response = chatClient.call(prompt); System.out.println("Response: " + response.getResult().getOutput().getContent()); } } ``` **总结** 整合 Spring AI 与 MCP 和 Deepseek 需要仔细的规划和实施。 你需要了解每个组件的 API 和协议，并实现适当的转换和错误处理逻辑。 希望这些步骤和考虑因素能帮助你成功地整合这些服务。 请务必查阅 Deepseek 和 MCP 平台的官方文档以获取更详细的信息。

meta-mcp

MCP server for Instagram Graph API, Threads API & Meta platform — posting, insights, comments, messaging

COMSOL MCP Server

Enables AI agents to automate multiphysics simulations in COMSOL Multiphysics, covering model management, geometry building, physics configuration, and results visualization. It supports complex simulation workflows through the MCP protocol and includes integrated knowledge retrieval for documentation and troubleshooting.

Metabase MCP Server

Enables AI assistants to interact with Metabase analytics platform, allowing users to query databases, manage dashboards and cards, execute SQL queries, and access analytics data through natural language.

PingOne Advanced Identity Cloud MCP Server

Enables AI assistants to interact with PingOne Advanced Identity Cloud environments through natural language, supporting user management, authentication theme customization, log analysis, and identity data queries with secure OAuth 2.0 authentication.

Remember Me

MCP 服务器用于持久化聊天记录和规则。 (MCP fúwùqì yòng yú chíjiǔ huà liáotiān jìlù hé guīzé.)

clavis-mcp-server

Secure credential management for AI agents — encrypted storage, auto-refresh, and rate limiting via a single MCP call. Supports OpenAI, Anthropic, Stripe, GitHub, Brave Search, Kalshi, Coinbase, plus generic API key and OAuth2 for any service.

Supabase MCP Server 🚀

镜子 (jìng zi)

CV Resume Builder MCP

Automatically generates and updates CVs/resumes by aggregating data from git commits, Jira tickets, Credly certifications, and existing PDF resumes, with LaTeX formatting support.

MCP Calculator Server

Provides mathematical calculation tools including basic operations, expressions, and functions, along with TypeScript SDK documentation resources and meeting summary prompt templates.

pg-mcp

Enables AI assistants to query PostgreSQL databases, inspect schemas, and retrieve complete DDL with built-in read-only protection. It supports multiple database connections and allows for secure database interaction and exploration via the Model Context Protocol.

gemini-cli-mcp

A secure MCP server that wraps the Google Gemini CLI, allowing clients to query Gemini models using local OAuth sessions without requiring an API key. It provides tools for model interaction and diagnostics with built-in protection against command injection.

Shaka Packager MCP Server

Integrates Shaka Packager with Claude to enable video analysis, transcoding, and packaging for HLS and DASH streaming. It supports advanced features like DRM encryption and content conversion while working alongside the Filesystem MCP server to process local media files.

AWS Customer Playbook Advisor MCP

Provides real-time access to AWS security best practices, incident response playbooks, and preventive security measures from the official AWS Customer Playbook Framework repository. Enables users to query AWS security guidance for services like S3, IAM, EC2, and RDS through natural language.

Bitbucket MCP

Enables AI assistants to manage Bitbucket Cloud repositories, pull requests, branches, commits, pipelines, issues, and webhooks through the Model Context Protocol.