It integrates seamlessly with other layer developed with different Java APIs or frameworks. After attending huge popularity as a robust application framework and gained a high degree of maturity level, Spring framework has been experienced as a feature-rich framework by a large developer community.
Servlet container is just sufficed to run the Spring application. So Spring is truly a lightweight framework in the sense of size and functionality. Modularity : The core of the Spring framework is modularity. You can use only spring modules you need and completely neglect others. Program to Interface : Spring promotes a good coding practice of programming to an interface rather than classes, which helps to produce maintainable code.
The Other Steve Smith
For that, it provides consistency supports for various frameworks for data-access, transaction, web integration frameworks, etc. Abstraction : Spring furnishes good support for other Java frameworks in an abstract way. This really simplifies the process of changing the implementation on the fly. Maintainability : Spring promotes POJO based programming model and provides easy management of inter-dependencies between objects, makes the code more maintainable and testable.
Spring is a modular framework and comprises various independent modules who play around the core framework capabilities. The modular characteristic of the Spring framework allows to pick up the selected modules which are appropriate to particular use case instead of pulling all modules in the code. This brings great flexibility and ease in development to adapt what you want to be part of the system. The IoC container isolates the configuration of beans and their dependency information from application code.
Oh….I thought you meant the other Steve Smith
In the Spring world, the application objects are called beans. This module provides factory pattern implementation called bean factory, which is used to create and maintain the lifecycle of application objects beans. This module is built on top of the solid foundation provided by Spring core and Spring beans modules. It is responsible for loading configuration XML or Annotation and then use Spring core and Spring beans modules to provide access to the application objects beans.
This module top ups some additional features like internationalization, event propagation, provides various implementation of context on the fly, etc. It has various benefits as follows:. Spring modules fall under data access category are mainly used for data manipulation. It comprises to following modules. This module is responsible for providing a low-level code to deal with JDBC abstraction.
This brings consistency and portability to application code regardless of various data access technologies. Spring manages the database transactions of type programmatic and declarative with this module. All enterprise level transaction can be managed by this module. Equity Press.
Mule and spring - A powerful integration combination
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Then, when the web application would start up, the embedded Mule server would start up as well, sharing the spring context, and everything connected nicely. In order to send messages to the outbound queue, I used the MuleClient class to get access to the endpoints, and let the Mule server handle the rest. The code was as simple as this:. As for the inbound messages, they were handled by Mule based on the inbound routers configured on the Mule Endpoints. Once a message was delivered to a queue, Mule transformed it to a string based on the defined transformers and routed it to my POJO.
Overall, we were quite pleased with this scenario. With the introduction of Spring Integration, we were interested in seeing if we could use this framework in the same way we were using Mule. So I went about the task of converting the embedded Mule configuration to Spring Integration. The first step in my conversion process was to send the outbound message to the alert.