For further reference, please consider the following sections:
- Official Gradle documentation
- Spring Boot Gradle Plugin Reference Guide
- Create an OCI image
- GraalVM Native Image Support
- Validation
- Spring Security
- OAuth2 Authorization Server
- Spring Web
- Spring Data JPA
- Spring Boot DevTools
- Spring Boot Actuator
- Spring Configuration Processor
The following guides illustrate how to use some features concretely:
- Validation
- Securing a Web Application
- Spring Boot and OAuth2
- Authenticating a User with LDAP
- Building a RESTful Web Service
- Serving Web Content with Spring MVC
- Building REST services with Spring
- Accessing Data with JPA
- Building a RESTful Web Service with Spring Boot Actuator
These additional references should also help you:
This project has been configured to let you generate either a lightweight container or a native executable. It is also possible to run your tests in a native image.
If you're already familiar with Spring Boot container images support, this is the easiest way to get started. Docker should be installed and configured on your machine prior to creating the image.
To create the image, run the following goal:
$ ./gradlew bootBuildImage
Then, you can run the app like any other container:
$ docker run --rm -p 8080:8080 komilles:0.0.1-SNAPSHOT
Use this option if you want to explore more options such as running your tests in a native image.
The GraalVM native-image compiler should be installed and configured on your machine.
NOTE: GraalVM 22.3+ is required.
To create the executable, run the following goal:
$ ./gradlew nativeCompile
Then, you can run the app as follows:
$ build/native/nativeCompile/komilles
You can also run your existing tests suite in a native image. This is an efficient way to validate the compatibility of your application.
To run your existing tests in a native image, run the following goal:
$ ./gradlew nativeTest