Projects

ICEfaces

ICEfaces is an integrated Ajax application framework that enables Java EE application developers to easily create and deploy thin-client rich Internet applications (RIA) in pure Java. ICEfaces is a fully featured product that enterprise developers can use to develop new or existing Java EE applications at no cost.

Woodstock

Project Woodstock participants are developing the next generation of User Interface Components for the web, based on Java Server Faces and AJAX. This open source collaboration enables a community of developers to create powerful and intuitive web applications that are accessible and localizable, and ... [More] which are based on a uniform set of guidelines and components, to help ensure ease of development and ease of use. [Less]

JSFTemplating

JSFTemplating makes JSF development easier. It provides an alternative to JSP. It includes features such as: the Facelets templating format, events / handlers, page session, and many other features for page authors. It also allows JSF components to be written using templating.

RSF

RSF is a web programming framework. It has roughly the same scope as Sun's JSF, taking responsibility for the entire request processing cycle through HTTP request decoding, maintaining a bean model, invoking actions, directing errors, intepreting results and rendering views. Features: ... [More] Pure-HTML templating Uses Spring for IoC throughout Ultra-lightweight component tree Minimal and fast [Less]

Mojarra Scales

Mojarra Scales is a new JSF component library that started out in the JSF RI Sandbox. Currently, Scales offers a number of components which, primarily, wrap some of the excellent Yahoo! User Interface (YUI) JavaScript widgets. Scales goes beyond those widgets, though, and offers a number of other ... [More] useful components such as a multi-file upload component and a dynamic content 'download' component. [Less]

jsf-extensions

JavaServer Faces Technology Extensions is a collection of mostly non-UI components built on top of the JSF specification, leveraging the extreme extensibility of the spec to enhance the functionality of the implementation.

jsf-onload

Features -Hierarchical Rule Structure -Bean Shell Support -Enable Disable Page Navigation after BackingBean method call -Enable/Disable rule according to the form method(get|post)Example onload.xml file /* /test.jsp get /test2.jsp post ... [More] #{testBean.test} How To Use1. Add jsf-onload.jar to your classpath 2. create your onload.xml file into the WEB-INF directory as below 3. Add context-param (which param-name must be "onload" and param-value must be your onload configuration file) to your web.xml web-xml onload /WEB-INF/onload.xml _zgk[Ziya Guven Koylu] click for jsf-access project [Less]

myfaces-csi

The objective of this project is to improve the integration of the available components in MyFaces, being incorporated the capacity to define skins or styles for define a look n feel of the components in a web page, making a wiki tutorial about using tiles for layout MyFaces components, and solving ... [More] some previously raised topics in jira of MyFaces that contribute to improve integration between different components available in MyFaces. [Less]

spring-faces-tools

Spring Faces Tools provides additional features to the Spring's JSF integration allowing you to approach JBoss Seam programming model.

facerec

This project is an extension + windows port of the project csuFaceIdEval v.5 originally developed by Colorado State University. If you have any questions regarding the original project, please refer to following link http://www.cs.colostate.edu/evalfacerec/ The original project implements four ... [More] base algorithms and infrastructure to evaluate namely 1) A standard PCA, or Eigenfaces, algorithm 2) A combination PCA and LDA algorithm based upon the University of Maryland algorithm in the FERET tests. 3) A Bayesian Intrapersonal/Extrapersonal Image Difference Classifier based upon the MIT algorithm in the FERET tests. 4) An Elastic Bunch Graph Matching Algorithm that uses localized landmark features represented by Gabor jets. This algorithm is based upon the USC algorithm in the FERET [Less]