containers, just like AWT does with desktop windows. Both frameworks share the same component-based architecture: in AWT we have a Windows instance which represents the physical windows containing GUI components Application’s init method to initialize these kinds of entities, Wicket offers a more flexible and modular way to configure our classes. During application’s bootstrap Wicket searches for any properties components a desktop-like event-driven architecture. Then, we have introduced a new entity called initializer which can be used to configure resources and component in a modular and self-contained way. We have

containers, just like AWT does with desktop windows. Both frameworks share the same component-based architecture: in AWT we have a Windows instance which represents the physical windows containing GUI components Application’s init method to initialize these kinds of entities, Wicket offers a more flexible and modular way to configure our classes. During application’s bootstrap Wicket searches for any properties components a desktop-like event-driven architecture. Then, we have introduced a new entity called initializer which can be used to configure resources and component in a modular and self-contained way. We have

containers, just like AWT does with desktop windows. Both frameworks share the same component-based architecture: in AWT we have a Windows instance which represents the physical windows containing GUI components Application’s init method to initialize these kinds of entities, Wicket offers a more flexible and modular way to configure our classes. During application’s bootstrap Wicket searches for any properties components a desktop-like event-driven architecture. Then, we have introduced a new entity called initializer which can be used to configure resources and component in a modular and self-contained way. We have

containers, just like AWT does with desktop windows. Both frameworks share the same component-based architecture: in AWT we have a Windows instance which represents the physical windows containing GUI components Application’s init method to initialize these kinds of entities, Wicket offers a more flexible and modular way to configure our classes. During application’s bootstrap Wicket searches for any properties components a desktop-like event-driven architecture. Then, we have introduced a new entity called initializer which can be used to configure resources and component in a modular and self-contained way. We have

containers, just like AWT does with desktop windows. Both frameworks share the same component-based architecture: in AWT we have a Windows instance which represents the physical windows containing GUI components