What are the two reasons Spring be used to build a Java application? (Choose two.)
What are the two reasons Spring be used to build a Java application? (Choose two.)
Spring should be used to build a Java application for two primary reasons: it provides a Dependency Injection container and it offers abstractions over infrastructure such as persistence and messaging. Dependency Injection is one of the core features of Spring, enabling more decoupled and manageable code. Additionally, Spring provides various abstractions over infrastructure concerns, simplifying the handling of persistence, messaging, and other services, thus enhancing productivity and consistency across various parts of a Java application.
B and E. A. Wrong because Spring is a framework that provides infrastructure support to build Java applications but not automate build process
B and E are correct. A is wrong, spring itself does not automate the build process of Java applications. Build automation tools like Maven or Gradle are commonly used for automating the build process. C is wrong, spring provides integrations with various cloud platforms and services, but it does not automate the deployment process to all major cloud providers. D is wrong, while Spring does provide integration with Java IDEs, comprehensive Java IDE support is not a specific feature of the Spring framework itself.
what the others say
Why is C is not correct
Spring Cloud framework offer support not to all major Cloud providers , and it does not automate the entire deployment process
B. Spring provides a Dependency Injection container. True. One of the core features of Spring is its powerful Dependency Injection (DI) container, which helps manage the lifecycle and dependencies of the application’s components. E. Spring provides abstractions over infrastructure such as persistence and messaging. True. Spring provides a range of abstractions over various infrastructure concerns, such as persistence (with Spring Data and JPA), messaging (with Spring JMS and Spring AMQP), transaction management, and more. These abstractions simplify and unify the way developers interact with these systems.