With the release of Spring Web Flow 2, an integration module to connect this with JavaServer Faces (JSF) has been introduced. The name of the module is Spring Faces. This article by Markus Stäuble gives the description of the configuration of the integration of Spring Web Flow 2 with JSF. We primarily learn how to enable Spring Faces support.

In this article by Markus Stäuble, we will learn how to use Spring Faces and its integration with JSF component libraries.

Java PureFaces is a layer on top of JSF that simplifies implementation. Java PureFaces potentially offers a new approach to building the web tier of applications.

With version 2.0, Java™Server Faces (JSF) makes it easy to implement robust, Ajaxified Web applications. This article launches a three-part series by JSF 2.0 Expert Group member David Geary showing you how to take advantage of the new features in JSF 2. In this installment, you'll learn how to streamline development with JSF 2 by replacing XML configuration with annotations and convention, simplifying navigation, and easily accessing resources. And you'll see how to use Groovy in your JSF applications.

Java Server Faces (JSF) 2 lets you implement user interfaces that are easy to modify and extend with two powerful features: templating and composite components. In this article — second in a three-part series on JSF 2's new features — JSF 2 Expert Group member David Geary shows you how your Web applications can best take advantage of templating and composite components.

In this article we are going to start learning how to develop applications using Seam, and we will see some of the features of Seam. We will learn the basic structure of a Seam application. We will see in practice how Seam Injection and Outjection work, and we will learn more about Seam components. We will also see exactly how Seam bridges the gap between the Web tier (using Java Server Faces) and the Server tier (using Enterprise Java Beans)

Seam can act as JSF backing beans and as the glue between our server-tier Session Beans and our web-tier JSF pages. Unfortunately, though, users could easily break our sample application by entering invalid data (for example, entering blank values or non-numeric values into the edit boxes). Seam provides validation tools to help us to make our application more robust and provide feedback to our users. In this article by David Salter, let's look at these tools.

Java™Server Faces (JSF) 2 Expert Group member David Geary wraps up his three-part series on JSF 2's new features. Find out how to use the framework's new event model and built-in support for Ajax to make your reusable components all the more powerful.

GMaps4JSF, a JavaServer Faces (JSF) mashup library, integrates Google Maps with JSF. Using GMaps4JSF, you can construct complex street view panoramas and maps with just a few JSF tags. You can also easily attach different components to the map. This article explains how to configure GMaps4JSF inside JSF 2.0 applications, and includes a brief introduction to JSF 2.0 Ajax. Using the article, learn how you can create a simple mashup application that uses both GMaps4JSF and JSF 2.0 Asynchronous JavaScript and XML (Ajax).

JavaServer Faces Flex goal is to provide users capability in creating standard Flex components, part of flexSDK which is open sourced through MPL license, as normal JSF components. So users would create the components as normal JSF components and the project will create the necessary SWC, SWF, and etcetera and link the values of the components back to the managed beans using JSON+JavaScript and ActionScript. This article, which is mainly targeted for JSF developers, will provide an overview of creating a simple multilingual JSF page consisting of JSF Flex tags.