A.@SqlMergeMode(false)

B.@Rollback(false)

C.@Commit

D.@Sql(alwaysCommit=true)

E.@Transactional(commit=true)

A.A Spring bean can be explicitly created by annotating methods or fields by @Autowired.

B.A Spring bean can be implicitly created by annotating the class with @Component and using the component-scanner to scan its package.

C.A Spring bean can be implicitly created by annotating the class with @Bean and using the component- scanner to scan its package.

D.A Spring bean can be explicitly created using @Bean annotated methods within a Spring configuration class.

E.A Spring bean can be explicitly created by annotating the class with @Autowired.

A.@Value("#{systemProperties['daily.limit']}")

B.@Value("#{daily.limit}")

C.@Value("$(daily.limit)")

D.@Value("$(systemProperties.daily.limit)")

E.@Value("#{systemProperties.daily.limit}")

A.Configuration can be externalized and centralized in a small set of files.

B.Dependency injection creates tight coupling between components.

C.Dependency injection facilitates loose coupling between components.

D.Dependencies between application components can be managed external to the components.

E.Dependency injection reduces the start-up time of an application.

F.Dependency injection can make code easier to trace because it couples behavior with construction.

A.Ensure a valid @Bean for the class is specified.

B.Ensure a valid @Scope for the class is specified.

C.Ensure a valid bean name in the @Component annotation is specified.

D.Ensure a valid @ComponentScan annotation in the Java configuration is specified.