The Extensible Stylesheet Language (XSL) includes both a transformation language and a formatting language. Each of these, naturally enough, is an XML application. The transformation language provides elements that define rules for how one XML document is transformed into another XML document. The transformed XML document may use the markup and DTD of the original document, or it may use a completely different set of elements. In particular, it may use the elements defined by the second part of XSL, the formatting objects. This chapter discusses the transformation language half of XSL.

XSL Transformations

Session Goal

Present and demonstrate techniques which combine
XSL and SVG for a wide variety of applications


SVG has been designed for interoperability with other W3C specifications,
such as XLink and CSS.
In particular the XSL Transformations (XSLT) Recommendation is a valuable
tool for generating SVG graphics. This paper discusses techniques that can
be used to combine SVG and XSLT and illustrates them through various examples.

Using XSLT and SVG together: a survey of case studies

Scalable Vector Graphics (SVG) is a standard for authoring and deploying two-dimensional vector graphics using XML documents. It is a World Wide Web Consortium (W3C) recommendation that has been authored and endorsed by a number of industry organizations. Featuring the quality and versatility of vector graphics, the simplicity and extensive tool compatibility of an XML foundation, and the dynamics of a feature-rich Document Object Model (DOM) interface, SVG brings a powerful new ingredient to DHTML projects. Combining this with some creativity—and a little ingenuity—yields a limitless canvas of interactive Web possibilities, enabling you to improve the appearance, usability, and functionality of your Web apps.

SVG for IE

The Bouncy Castle Crypto package is a Java implementation of cryptographic algorithms, it was developed by the Legion of the Bouncy Castle - with a little help!
The Legion also gratefully acknowledges the contributions made to this package by others.
The package is organised so that it contains a light-weight API suitable for use in any environment (including the newly released J2ME) with the additional infrastructure to conform the algorithms to the JCE framework.
This software is distributed under a license based on the MIT X Consortium license. To view the license, see here

bouncycastle.org

Quit getting famous. Its time to Plateau. Its making me want to player hate and decide I don't like you.

Slashdot | Interview With Cryptographer Elonka Dunin

My contribution to Eclipse.

Bug 130899 : Eclipse/GEF Diamond Primitive

Some diamond GEF primitives I made.

Diamond GEF Primitives on Eclipse NewsPortal

http://lucision.com/legal/Process1.png
http://lucision.com/legal/Process2.png
http://lucision.com/legal/Process3.png
http://lucision.com/legal/Process4.png
http://lucision.com/legal/Process5.png

While living in India I made a little prototype for a process-flow based system for lawyers. Its a Java SWT/JFace app, using the Eclipse Graphical Editing Framework. I love GEF. It boggles my scrotum. Anyway, its not much, but I'm not working on this anymore and so I've decided to set it free. Someone with more legal expertise and more devotion than myself could create something very cool along these lines, and probably will, someday.

Source requests to source@lucision.com until I clean that up and post it too.

Process Flow Based Legal Reasoning and Document Organization

FSM : Finite State Machine

This samples demonstrates the use of Kermeta to specify the behavior of a Finite State Machine metamodel.Additionnaly it show how you can use EMF reflexive editor to create FSM models that you load as the user FSM and set its initial state.This sample illustrates the Kermeta EMF tutorial in the documentation.

FSM : Finite State Machine — Kermeta

UniMod defines it’s own methodology for describing
application behavior and delivers set of tools that consists of
Java Finite State Machine Framework and
Eclipse Plug-in. Tools allow designing
application logic with help of set of Class
and Statechart Diagrams, generating finite
state machine XML-description and then launch this
XML-description using Runtime
Framework that is part of Java Finite State
Machine Framework.

Introduction to UniMod