In addition to the primary lab files, an optional overlay is available that adds support for Eclipse Galileo.Use modal dialogs for a more seamless user experience.Use tabbed panes, splitters, and other layout management tools.
Use popup calendars, menus, charts, and other UI components to enhance the look and feel of JSF views. Make judicious use of Ajax Push to implement asynchronous updates from the application to existing JSF views. 
Use partial submits and responses to implement auto-completes, form updates, and other Ajax features. Integrate ICEfaces into JSF applications. Use validators and converters to implement a validation phase for a JSF application. Implement control logic as JSF event listeners or action methods. Use managed beans to encapsulate not only server-side form handling but also client-side presentation logic. Use the JSF custom tag libraries to build JSF views as JSPs. Build Web applications using JSF's FacesServlet, faces-config.xml, and the JSF request/response lifecycle. Understand the purpose and scope of the JSF architecture. Basic knowledge of XML will be helpful, as will any previous experience with HTML. Servlets programming experience is recommended but not required - Course 110. JSP page-authoring experience is required - Course 112. Java programming experience is essential to understanding the JSF API as presented here - Course 103 is excellent preparation. Page authors, component developers, and others who may have little or no Java experience (but perhaps are stronger on HTML and JSP) may well find this to be a valuable training experience, though without solid Java skills many of the coding exercises will be difficult to follow. General note: This course is intended primarily for experienced Java application developers. By the end of the course students are building applications with popup calendars, modal dialogs, tabbed panes, tables, and other cutting-edge UI features.įor those with prior JSF experience who would like to get acquainted with ICEfaces, see Course 211, Introduction to ICEfaces, which includes only the second module of this course. Then we survey the component library, drilling down on a few of the most interesting components and getting a feel for the capabilities of the library as a whole. We focus on Ajax - partial submits and responses, and Ajax Push - and other cross-cutting features of the framework. Then, the bulk of this module consists in practical, hands-on exercise with ICEfaces. The second module begins with backgrounders in both JSF custom component architecture and Ajax development, as these are essential to understanding both the purpose and the design of ICEfaces. They add data-conversion and validation logic and generally get accustomed JSF programming practice. JSF ICEFACES DEVELOPED BY CODE
Students create JSF applications by organizing their pages as JSF component trees, and their server-side code as JSF managed beans and controllers. A first module introduces the best-practice concepts of MVC architecture and command-object encapsulation that propel the JSF architecture. This comprehensive course puts the experienced Java developer in good position to build sophisticated web applications using JavaServer Faces and the ICEfaces component library.
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