are notified to detach any state that is no longer needed. The following picture shows the state diagram of component lifecycle: Once a component has been removed it could be added again to a container method respond(IRequestCycle requestCycle) to start request processing. The following sequence diagram recaps how a request handler is resolved by the RequestCycle: 53 Developers can create additional get/set its model as well as its data object using the 4 public shortcut methods listed in the class diagram above. The two methods onModelChanged() and onModelChanging() are triggered by Wicket each time

This stage is facultative and is never triggered for pages. The following picture shows the state diagram of component lifecycle: Once a component has been removed it can be added again to a container, method respond(IRequestCycle requestCycle) to start request processing. The following sequence diagram recaps how a request handler is resolved by the RequestCycle: 53 Developers can create additional get/set its model as well as its data object using the 4 public shortcut methods listed in the class diagram above. The two methods onModelChanged() and onModelChanging() are triggered by Wicket each time

are notified to detach any state that is no longer needed. The following picture shows the state diagram of component lifecycle: Once a component has been removed it could be added again to a container method respond(IRequestCycle requestCycle) to start request processing. The following sequence diagram recaps how a request handler is resolved by the RequestCycle: 52 Developers can create additional get/set its model as well as its data object using the 4 public shortcut methods listed in the class diagram above. The two methods onModelChanged() and onModelChanging() are triggered by Wicket each time

are notified to detach any state that is no longer needed. The following picture shows the state diagram of component lifecycle: Once a component has been removed it could be added again to a container method respond(IRequestCycle requestCycle) to start request processing. The following sequence diagram recaps how a request handler is resolved by the RequestCycle: 51 Developers can create additional get/set its model as well as its data object using the 4 public shortcut methods listed in the class diagram above. The two methods onModelChanged() and onModelChanging() are triggered by Wicket each time

Spring Framework contains a lot of features, which are well-organized in seven modules shown in the diagram below. This chapter discusses each of the modules in turn. Spring Framework (2.0.3) 15 Overview references for that named bean will result in the cached object instance being returned. The following diagram illustrates the Spring singleton scope. The IoC container Spring Framework (2.0.3) 58 Please be that are stateful, while the singleton scope should be used for stateless beans. The following diagram illustrates the Spring prototype scope. Please note that a DAO would not typically be configured

Spring Framework contains a lot of features, which are well-organized in seven modules shown in the diagram below. This chapter discusses each of the modules in turn. Spring Framework (2.0.2) 15 Overview references for that named bean will result in the cached object instance being returned. The following diagram illustrates the Spring singleton scope. Please be aware that Spring's concept of a singleton bean that are stateful, while the singleton scope should be used for stateless beans. The following diagram illustrates the Spring prototype scope. Please note that a DAO would not typically be configured

Spring Framework contains a lot of features, which are well-organized in seven modules shown in the diagram below. This chapter discusses each of the modules in turn. Spring Framework (2.0.1) 15 Overview references for that named bean will result in the cached object instance being returned. The following diagram illustrates the Spring singleton scope. Please be aware that Spring's concept of a singleton bean that are stateful, while the singleton scope should be used for stateless beans. The following diagram illustrates the Spring prototype scope. Please note that a DAO would not typically be configured

Spring Framework contains a lot of features, which are well-organized in seven modules shown in the diagram below. This chapter discusses each of the modules in turn. Spring Framework (2.0.4) 15 Overview references for that named bean will result in the cached object instance being returned. The following diagram illustrates the Spring singleton scope. The IoC container Spring Framework (2.0.4) 58 Please be that are stateful, while the singleton scope should be used for stateless beans. The following diagram illustrates the Spring prototype scope. Please note that a DAO would not typically be configured

AOP (Aspect Oriented Programming), Instrumentation, Messaging, and Test, as shown in the following diagram. Figure 2.1. Overview of the Spring Framework The following sections list the available modules boilerplate configuration can be easily created with few mouse clicks or keystrokes. The following diagram is a high-level view of how Spring works. Your application classes are combined with configuration or application. Figure 7.1. The Spring IoC container Configuration metadata As the preceding diagram shows, the Spring IoC container consumes a form of configuration metadata; this configuration metadata

easily create this boilerplate configuration with a few mouse clicks or keystrokes. The following diagram shows a high-level view of how Spring works. Your application classes are combined with configuration application. Figure 1. The Spring IoC container 1.2.1. Configuration Metadata As the preceding diagram shows, the Spring IoC container consumes a form of configuration metadata. This configuration metadata prototype scope for all stateful beans and the singleton scope for stateless beans. The following diagram illustrates the Spring prototype scope: (A data access object (DAO) is not typically configured