Title: Mobile SVG Profiles: SVG Tiny and SVG Basic Subtitle: URL: http://www.w3.org/TR/SVGMobile/ Keywords: SVG Mobile Requirements, W3C, Scalable Vector Graphics, SVG, SVG 1.1, SVG Mobile, SVG for mobile devices, modularization of SVG, SVG specification, Mobile SVG profiles, SVG Basic, SVGB, SVG Tiny, SVGT, restricted mobile devices, very restricted mobile devices, SVG for small displays, SVG Rendering Model, mobile device, network device, internet device, phone, mobile phone, cell phone, PDA Description: This Recommendation is part of the modularized approach for specifying the Scalable Vector Graphics (SVG) language, which uses XML syntax to define resolution-independent 2D graphics and animation. The document describes two mobile profiles that extend SVG 1.1 for display of vector graphics on handheld devices, known as Mobile SVG. Mobile SVG is comprised of SVG Basic (SVGB), for somewhat restricted mobile devices (currently suitable for cell phones), and SVG Tiny (SVGT), for very restricted mobile devices (currently suitable for PDAs). A key advantage of Mobile SVG on these devices is its ability to scale to the size of a small display, for example a mobile phone or PDA, without loss of information. Anticipated applications include animated picture messaging, mapping in the field with global positioning transceivers, ecommerce, entertainment and viewing engineering drawings in the field. Source Author or Organization: W3C Date: January 14, 2003 **** --------------- Title: Scalable Vector Graphics (SVG) 1.1 Specification Subtitle: URL: http://www.w3.org/TR/SVG11/ Keywords: Scalable Vector Graphics (SVG) 1.1 Specification, W3C, Scalable Vector Graphics, SVG, SVG 1.1, SVG for mobile devices, modularization of SVG, SVG specification, SVG standards support, animation, vector graphics, SVG scripting, SVG Document Object Model, SVG DOM, XML Forms, XForms, Math Markup Language, MathML, Extensible Hypertext Markup Language, XHTML Description: This Recommendation is part of the modularized approach for specifying the Scalable Vector Graphics (SVG) language. In addition to providing a modularization of SVG, this document provides errata for SVG 1.0. SVG 1.1 uses XML syntax to define resolution-independent 2D graphics and animation. Animations can be embedded in content, or sophisticated animations may be triggered by a scripting language that accesses the SVG Document Object Model (SVG DOM). The language is targeted as a graphics standard in Web browsers, on Desktops, in authoring systems and for printers and Web-enabled handheld devices (via the Mobile SVG profiles). SVG 1.1 can be used to bring vector graphics and animation to XML applications such as XML Forms (XForms), Math Markup Language (MathML) and Extensible Hypertext Markup Language (XHTML). It supports Internationalization and Accessibility standards, and provides Java and ECMAScript bindings. Source Author or Organization: W3C Date: January 14, 2003 *** This replaces the listing at http://www.xml.com/pub/r/984. Jim --------------------- Title: XSLT-process Subtitle: URL: http://xslt-process.sourceforge.net/ Keywords: XSLT-process, Ovidiu Predescu, Tony Addyman, XSLT-process, Emacs, XEmacs, XSLT minor mode for GNU Emacs, XSLT minor mode for XEmacs, display XSLT processor result in Emacs, Saxon, Xalan, Cocoon, XSLT processing, XSLT debugging, XSLT debugger, XSLT editor, view transformation, debug style sheet, GNU Emacs Description: This is an update to Extensible Style Language Transformations (XSLT) -process, a GNU Emacs/XEmacs mode that transforms the editor into an XSLT processing tool that includes a debugger. XSLT-process allows the user to apply a supported XSLT processor to an XML file and XSLT style sheet in a buffer, then display the result in another buffer, eliminating the need to go to a browser display to see the result (browser display is also available). The included debugger, which in this version fully supports Xalan, allows the user to view transformations, set breakpoints, step through a style sheet and view local and global variables. XSLT-process now uses Xalan, Saxon and Formatting Objects Processor (FOP), and supports Java Development Kit (JDK) 1.3 and 1.4. New improvements include parameter passing to the XSLT processor, improved display of debugging information and expanded, customizable logging capabilities. XSLT-process supports Windows 2000, Linux and MacOS X, and is distributed under a GNU General Public License (GPL) license. Source Author or Organization: Ovidiu Predescu, Tony Addyman Date: January 6, 2003 **** Title: Web Services Reference Validation Service Subtitle: URL: www.mgateway.com/wsdlClient.htm Keywords: Web Services Reference Validation Service, M/Gateway Developments Ltd, M/Gateway Developments, eXtc, Rob Tweed, Cache, InterSystems, XML native database, XML database, Web Services Definition Language, WSDL, Simple Object Access Protocol, SOAP, Web service, SOAP Web service, eXtc Dynamic WSDL Client, remote SOAP service, validate Web service, analyze Web service structure, display Web service structure, Web service diagnostics, Web service online validater, online validater Description: Web Services Reference Validation Service is a free online Web services validation tool based upon the eXtc W3C-compliant XML environment for the Caché "post-relational" XML native database. A generic Web interface allows users to test Web services by retrieving a Web Services Definition Language (WSDL) document from a remote Simple Object Access Protocol (SOAP)-based Web service. The eXtc Dynamic WSDL Client analyzes and displays service structures, and the user can interactively invoke all methods. Diagnostics are displayed for any failure. Web Services Reference Validation Service supports complex data types and offers wide interoperability. This page also provides a link to the eXtc Page, which provides a download link for a free trial. eXtc requires InterSystems Caché, which also has a free single-user evaluation copy available. Source Author or Organization: M/Gateway Developments Ltd Date: November 1, 2002