Spring Boot technical architecture diagram (assisted by InsCode AI creation assistant)

Spring Boot technology architecture is a framework for building modern applications that can be integrated with various front-ends, proxies, gateways, business services, middleware, storage, continuous integration and container services to create powerful applications program.
Source file download link! ! ! ! ! ：https://download.csdn.net/download/LSW1737554365/88372834

1. Front-end : The front-end usually consists of HTML, CSS, and JavaScript and is used to build the user interface. The front-end can communicate with the back-end service through HTTP requests, and the Spring Boot application can provide RESTful API or GraphQL to interact with the front-end data.
2. Proxy : The proxy server can be located between the front end and the gateway to handle some network-level tasks, such as load balancing, reverse proxy, SSL termination, security policy, etc.
3. Gateway : An API gateway is a service used to manage and expose APIs. Spring Cloud Gateway or Netflix Zuul are common gateway implementations, which can be used for routing, security, load balancing, request forwarding, etc.
4. Business services : In Spring Boot, business services are usually the core components of the application and are responsible for implementing the specific business logic of the application. In addition to business logic, business services can also depend on other components and tool classes to complete their tasks.
5. Middleware : Middleware is a layer of software used to connect and coordinate different components. In the Spring Boot architecture, middleware can include message queues (such as RabbitMQ, Apache Kafka), caches (such as Redis, Memcached), authentication services, distributed logs, etc.
6. Storage : Spring Boot applications usually need to interact with different types of storage, including relational databases (such as MySQL, PostgreSQL), NoSQL databases (such as MongoDB, Cassandra), file storage, object storage, etc.
7. Continuous Integration : Continuous Integration (CI) is a development practice that uses CI/CD tools (such as Jenkins, Travis CI, CircleCI) to automate the building, testing and deployment of applications. These tools integrate with version control systems such as Git to ensure high quality and reliability of your code.
8. Container Service : Container Service provides a lightweight way to package, deploy, and manage applications and their dependencies. Docker and Kubernetes are common container services that support the deployment and scaling of containerized applications.