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A. All of the above

B. Avoids the service interface having to extend Remote

C. Transparently exposes an existing POJO service to the RMI registry

D. Exposes services that can be accessed via plain RMI

A. Configuration in an XML configuration file using the Spring "tx" namespace

B. Use of the @Transactional annotation on the Class of methods which should all be transactional

C. Use of the Spring TransactionTemplate

D. Use of the @Transactional annotation on each method which should be transactional

A. Acquisition of the connection

B. Definition of the DataSource

C. Execution of the statement

D. Release of the connection

A. Executions of all public method calls in MyClass and MyOtherClass will be selected by this pointcut

B. Public methods in MyClass and MyOtherClass which take more than one argument will not be selected by this pointcut

C. This pointcut will never select any join points

D. Public methods in MyClass and MyOtherClass which take zero arguments will not be selected by this pointcut

A. Set the bean instance in a "prototype" scope

B. Decorate the destroy method with @PreDestroy and add a <context:annotation-config /> xml declaration

C. Set the lazy-init attribute within the <bean> tag

D. Decorate the destroy method with @PreDestroy

A. Properties file

B. LDAP

C. All of the above

D. Database

A. Spring provides an internal mock framework so there is no need for a third-party mock framework such as Mockito or EasyMock

B. Both a and b

C. Neither a or b

D. Spring provides an abstraction to existing Mock frameworks

A. All of the above

B. JPA

C. JDBC

D. JBoss Hibernate

A. Spring cannot use a standalone JMS provider

B. The ConnectionFactory cannot be standalone

C. Spring can use the JMS resources provided by an application server

D. The ConnectionFactory cannot be retrieved from JNDI

A. AOP modularizes cross-cutting concerns

B. All of the above

C. Spring AOP implements aspects using the Proxy pattern

D. Three of the advice types are "before", "after" and "around"