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Today, I will explain to you how to build a complete Internet hospital system source code and introduce the practical development of a medical accompanying APP.

1. Architecture Design of Internet Hospital System

To build a complete Internet hospital system, you need to start with architecture design. A typical Internet hospital system usually includes the following core modules:

1. User Management

2. Doctor management

3. Make an appointment

4. Online consultation.

5. Electronic medical records

6. Drug management

7. Payment Settlement

2. Functional requirements of medical companion APP

Medical accompanying APP is mainly to help patients provide accompanying services during the medical treatment process, and usually needs to achieve the following functions:

1. User registration and login

2. Booking of medical companion service

3. Management of accompanying personnel

4. Real-time location sharing

5. Instant Messaging

6. Payment for Services

7. Evaluation and Feedback

3. Technology Selection for System Development

When developing a system, technology selection is critical. The following is the recommended technology stack:

1. Front-end technology:

-HTML5, CSS3: for page layout and style design.

-JavaScript: implement front-end interactive effects.

-Vue.js/React.js: mainstream front-end frameworks that improve development efficiency and user experience.

2. Backend technology:

-Java/Python/Node.js: Choose a suitable backend programming language based on the team's technical accumulation and project requirements.

-SpringBoot/Django/Express.js: A mainstream backend framework that provides rich functions and efficient development experience.

-MySQL/PostgreSQL: relational database used to store the core data of the system.

-Redis: used for caching to improve the system's response speed.

3. Mobile technology:

-iOS：Swift/Objective-C

-Android：Kotlin/Java

-ReactNative/Flutter: cross-platform development framework to improve development efficiency.

4. Other technologies:

-WebRTC: used to implement video consultation function.

-MQTT/WebSocket: for real-time communication.

-Docker: containerized deployment to improve the scalability and stability of the system.

-Kubernetes: Container orchestration, which facilitates the management of large-scale applications.

4. Practical steps for development

1. Project requirements analysis

2. System architecture design

3. Front-end development

4. Backend Development

5. Mobile development

6. Testing and debugging

7. Deployment and launch

8. Operation and maintenance

V. Conclusion

I hope this article can provide some reference and help for technicians who are or will be engaged in related development. Through continuous efforts and innovation, we can provide patients with better medical services and promote the digital transformation of the medical industry.