Imagine you are maintaining a large Spring Boot application with extensive custom auto-configurations. How would you manage and optimize these auto-configurations to avoid issues with application startup and runtime performance?
- Use the @Import annotation to modularize and group related auto-configurations, reducing complexity.
- Disable all custom auto-configurations and rely solely on Spring Boot's default auto-configuration.
- Increase the application's heap size to accommodate more auto-configurations.
- Convert all custom auto-configurations into separate microservices.
Using the @Import annotation to modularize and group related auto-configurations is a recommended approach to manage and optimize a large Spring Boot application with extensive custom configurations. This reduces complexity while maintaining the flexibility of customizations. The other options are not practical or advisable approaches to handling auto-configurations in a large Spring Boot application.
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