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Spring is one of the driving forces behind popularizing the POJO programming model and dependency injection. Enterprise application development with J2EE 1.4 and EJB 2 was very complex, and Spring gained popularity because it addressed many complexities and limitations of J2EE 1.4 and EJB 2. It provided a simple programming model for using resources such as JDBC or JMS or using popular persistence frameworks like Hibernate or TopLink by abstracting low-level API and configuration from developers without limiting developers choices. Many developers want to choose a persistence, web, or messaging framework without having to do the integration work. The developers of the Spring framework realized that no matter which persistence, web, messaging, or whatever framework they selected to support, someone would want to use something else, and a better alternative would eventually come along. Also, this type of integration is typically expensive. By following the IoC and SoC principles, Spring was able to be both lightweight enough to let developers decide how much of the framework they needed, and flexible enough to support many permutations of competing component frameworks. Spring provides several modules, such as the following:

The call to proceed is optional If proceed is not called, the code of the joinpoint is not executed, and the program execution resumes just after the joinpoint Advice code blocks can be classified according to whether they always call proceed, never call it, or call it under certain conditions For example, a trace aspect always calls proceed because its purpose is to keep track of the application s execution not to modify its normal execution A security aspect calls proceed when access is granted to the user; it doesn t call proceed when access is denied An optimization aspect never calls proceed if it replaces the original implementation of a functionality with an optimized version In addition to the three previously listed advice-code types, some languages (including AspectJ) define two other types: after returning and after throwing.

Although the Spring framework supports almost as many features as a Java EE container, it is not positioned as an alternative to Java EE but as a framework that facilitates the development of applications with Java EE. That s one of the primary reasons for Spring being successful as a framework. You can use the Spring framework on its own or inside a Java EE container. Most application servers, such as Oracle and WebLogic, provide additional support to use Spring. Now let s turn our focus to the IoC principle driving the Spring framework.

3.2 Creating EJB 2.0 container-managed persistence 3.7 Modeling one-to-one entity data relationships 3.8 Creating a one-to-many relationship for entity beans 7.6 Preventing access to entity data

Sometimes explained as the Don t Call Us, We ll Call You principle. It s the idea that a component or service should do one thing, and do it well, and not have to know too much if anything about the other matters in the context of doing its job.

Let s say you have a ThingAmaJig component that needs a WhatchaMaCallIt and a DooHickey in order to do its job. Now the ThingAmaJig can try to find the other two components when it s invoked or it could expect its caller to provide them. This second approach is the IoC principle. Humans instinctively use IoC all the time and are not even aware of it. If you are at a client location and someone walks up to you and tells you that you have a call waiting from your coworker, they also hand you the phone that is already connected to your office, or tell you where the phone is. They don t expect you to just know where your coworker was calling from, nor do they expect you to figure it out. They provide the needed information for you to complete the conversation. The same is true for someone invited to speak at a conference. The speaker isn t expected to provide the conference room, audience, refreshments, and so forth. Those are provided by someone else. However, these other components are critical to the speaker being able to perform the requested tasks especially consuming the refreshments! An article by Martin Fowler (www.martinfowler.com/articles/injection.html) proposed that while the IoC principle was good, its name could use a slight adjustment. He proposed dependency injection as a name that more accurately described what IoC did. It appears that most of the industry has agreed, and this is why you will see DI referenced more than IoC in newer literature, especially EJB 3 documentation.

Stored procedures are a good way to improve the performance of an enterprise application. The stored procedure can encapsulate database work that is more easily performed by the database, rather than your application (through JDBC).