MCP Server Appointment Management

This is a Java-based MCP server project for managing appointment data in the database. It provides a modular framework, supports user authentication, appointment management, and AI-driven functions, integrates PostgreSQL/MySQL databases, and uses a token authentication mechanism.

Schedule management Developer tools #Appointment Management #MCP Protocol #AI Integration #Token Authentication .Java

rating : 2 points

downloads : 13

update time : 2025-04-28

What is the MCP server?

The MCP server is a secure and modular system that allows users to manage appointment data in the database after authentication. It provides powerful functions such as user authentication, appointment creation, update, and cancellation, as well as an AI-driven intelligent assistant.

How to use the MCP server?

First, configure the database connection, then generate a temporary access token, and finally perform appointment operations through the API. See the 'How to Use' section for specific steps.

Applicable Scenarios

The MCP server is suitable for scenarios that require efficient appointment management, such as medical clinics, meeting arrangements, and customer service.

Main Features

User AuthenticationSupports generating temporary access tokens through username and password to ensure the security of operations.

Appointment CreationAllows users to create new appointment records through the API.

Appointment UpdateUsers can modify existing appointment records, such as changing the time or participants.

Appointment CancellationUsers can cancel appointments through the system, and the relevant records will be automatically removed.

AI-driven Intelligent AssistantIntegrates AI tools to optimize the appointment management process, such as automatic conflict detection and recommended alternative times.

Advantages and Limitations

Advantages

Supports multiple databases (PostgreSQL, MySQL)

Provides an AI-driven intelligent assistant to improve efficiency

Strict authentication mechanism to ensure security

Limitations

Requires a certain technical background for setup and maintenance

Depends on the availability of external databases

How to Use

Installation and Configuration

Download and install Java 17 or a higher version, and configure the database connection information.

Start the Server

Run the Maven command to start the server.

Generate an Access Token

Obtain a temporary access token through the API interface.

Perform Appointment Operations

Use the generated token to perform appointment creation, update, or cancellation operations.

Usage Examples

Create a New AppointmentUsers create an appointment through the API and specify the date, time, and participants.

Update an Existing AppointmentUsers modify the time and participants of an existing appointment.

Frequently Asked Questions

How to generate an access token?

How to cancel an appointment?

Does it support other databases?

Related Resources

Official Documentation

Detailed user manual and technical reference.

GitHub Code Repository

Open-source project source code and contribution guidelines.

Demo Video

Quickly understand the core functions of the MCP server.

🚀 MCP Server Reservation Management Project

This project is a Java-based MCP (Model-Context-Protocol) server designed to manage reservation data from a database. It offers a modular framework, exposes internal tools for data analysis and operations, and comes with built-in support for AI-driven features.

🚀 Quick Start

This is a Java-based MCP server for managing reservation data from a database. It provides a modular framework, exposes internal tools for data analysis and operations, and has built-in support for AI-driven features.

✨ Features

User verification and authentication
Reservation scheduling and management
Integration with PostgreSQL or MySQL databases (support for other databases available)

📦 Installation

Prerequisites

Java 17 or higher
Maven 3.6+
PostgreSQL or MySQL - Other databases can be used*
Spring Boot
Spring AI 1.0.0-M7

Database Configuration

Before running the application, configure your database connection. The current server supports PostgreSQL and MySQL. To connect to the database, update the application.properties file in the src/main/resources folder to provide your database configuration:

spring.datasource.url=jdbc:postgresql://localhost:5432/demodb
spring.datasource.username=admin
spring.datasource.password=adminpw

spring.jpa.properties.hibernate.dialect=org.hibernate.dialect.PostgreSQLDialect
spring.jpa.hibernate.ddl-auto=update
spring.jpa.show-sql=true

🔧 Technical Details

Token-based Authentication and Authorization

In this application, tokens are used for user authentication and authorization. Once a user's identity is verified, the system generates a temporary token. This token serves as the key for performing operations such as creating, updating, or canceling reservations. Every MCP request must include this token to ensure the operation is authorized.

You can change or extend the authentication method to meet your needs. For example, you can implement a user login function.

Token Workflow Example:

A user requests a token by providing their credentials.
After successful verification, the system generates a temporary token.
Use the token for subsequent reservation management operations.
The token expires after a preset period or can be manually revoked.

Reservation Management

This system supports the following reservation management functions:

Create a Reservation The system allows users to create new reservations. Once a user is authenticated and authorized, they can submit a new reservation request and provide the necessary details (such as time, date, and participants).
Update a Reservation Users with a valid token can update the details of an existing reservation. This includes changing the time, participants, or reservation status.
Cancel a Reservation Users can cancel a reservation using the system. Once canceled, the reservation will be deleted from the database, and relevant notifications will be sent.

AI-driven Features

The application uses the MCP protocol, ensuring the security of the internal database while still allowing AI to perform critical data operations. This protocol layer provides a secure way for the AI system to access and operate on data, protecting sensitive information and ensuring that only authorized operations are performed.

Potential Application Scenarios

Combining MCP with AI tools opens up exciting possibilities for various AI-driven applications:

Chatbot Integration

With the AI reservation tools exposed through MCP, chatbots can assist users in making, updating, and canceling reservations. These chatbots can understand the user's context and provide intelligent suggestions based on their availability and preferences.

Intelligent Reservation Assistant

An AI-driven reservation assistant can automatically schedule, reschedule, or cancel reservations for users based on their calendars and priorities, without direct human intervention.

Automated Conflict Resolution

AI can proactively resolve reservation time conflicts. If two users try to book the same time slot, the AI can automatically suggest an alternative, minimizing human intervention.

🤝 Contribution Guidelines

We welcome your contributions! If you wish to contribute to this project, please follow these steps:

Fork this repository.
Create a new branch for your feature development: git checkout -b feature/your-feature-name
Commit your changes: git commit -m 'Describe the changes you've made'
Push to your forked repository: git push origin feature/your-feature-name
Create a pull request to merge your branch into the main branch.

Please ensure you read and follow the project's contribution guidelines and code standards before submitting a pull request. Thank you for your support!