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 for inter- component communication which brings to our components a desktop-like event-driven architecture. Then, we have introduced a new entity called initializer which can be used to configure resources API are becoming more and more popular around the web and the number of services based on this architecture is constantly increasing. Wicket is well-known for its capability of transparently handling the

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 for inter- component communication which brings to our components a desktop-like event-driven architecture. Then, we have introduced a new entity called initializer which can be used to configure resources API are becoming more and more popular around the web and the number of services based on this architecture is constantly increasing. Wicket is well-known for its capability of transparently handling the

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

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 for inter- component communication which brings to our components a desktop-like event-driven architecture. Then, we have introduced a new entity called initializer which can be used to configure resources API are becoming more and more popular around the web and the number of services based on this architecture is constantly increasing. Wicket is well-known for its capability of transparently handling the

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 for inter- component communication which brings to our components a desktop-like event-driven architecture. Then, we have introduced a new entity called initializer which can be used to configure resources API are becoming more and more popular around the web and the number of services based on this architecture is constantly increasing. Wicket is well-known for its capability of transparently handling the