Summary of Building a Framework on top of Spring Boot by Rubén Pahíno - Spring I/O 2022 Sessions

00:00:00 - 00:55:00

In the video, Rubén Pahíno discusses how to build a framework on top of Spring Boot. He outlines the three main objectives for a framework, and explains how to design a framework to be production-ready. He also provides a list of features that a framework should have. Finally, he demonstrates how to use a customizer to intercept the creation of beans and customize the default behavior in the framework.

• 00:00:00 Rubén Pahíno discusses the need for a framework in order to produce a "ready for production" application. He also discusses the reasons for using a specific framework, and how it affects the development process. He also talks about the need for security when deploying an application to production, and the importance of dependencies being properly vetted.
• 00:05:00 This video covers Rubén Pahíno's Spring I/O 2022 session, in which he discusses how to build a framework on top of Spring Boot. He identifies three objectives for a framework: "just works out of the box," "simple enough to go through," and "supports the company's opinion." He also discusses how a framework should be designed, focusing on production readiness and the three main objectives. Finally, he provides a list of features a framework should have.
• 00:10:00 Rubén Pahíno discusses how to build a framework on top of Spring Boot, including how to add Trace and Dependency Management. He also covers how to have different opinions when working with the Spring Boot framework, and how to use a Spring Boot Starter Web.
• 00:15:00 The video discusses Rubén Pahíno's Framework Starter Web project, which allows for easy configuration of dependencies for Spring Boot applications. The video goes on to show how to add configuration properties to an application, as well as how to register beans and filters with Framework Matrix.
• 00:20:00 The video discusses how to create a framework on top of Spring Boot, using annotations to specify which classes should be used. One option is to use a component scan to find classes that are annotated with the "ad" stereotype, and then use imports to load this configuration into the application context. Alternatively, you can use the "auto configuration" annotation to automatically load certain configurations when your application starts up.
• 00:25:00 This video explores how to build a framework on top of Spring Boot by using conditional and missing features. It covers how to customize Ingress, create web filters, and intercept and execute calls.
• 00:30:00 This video demonstrates how to build a framework on top of Spring Boot by using a customizer to intercept the creation of beans. This allows for simplified code and easier customization.
• 00:35:00 Rubén Pahíno discusses the benefits of using a framework over writing code by hand, and how to build one on top of Spring Boot. He discusses how to customize the framework's behavior by using properties and configuration properties.
• 00:40:00 This video discusses how to build a framework on top of Spring Boot, using explicit configuration and customizing default behavior. The presenter demonstrates how to create a custom class that implements an interface, and use that class to customize default behavior in the framework.
• 00:45:00 The presenter demonstrates how to build a framework on top of Spring Boot, by customizing the default implementations of key components. He shows how to create a web application and reactive web application, and add masking and logging.
• 00:50:00 This video discusses how Rubén Pahíno uses Spring Boot to build a simple framework. He outlines how he creates a service class, controller, and Json placeholder. He then locks the responsibility of the response to avoid conflicts.
• 00:55:00 Rubén Pahíno explains how to build a framework on top of Spring Boot, using conditional expressions to determine what beans to include. This allows for Auto Configurations to take place, and ensures that the framework is configured correctly based on the application's requirements.