XML is a simple, flexible text format initially designed for large-scale electronic publishing. It is flexible, open, and human-readable, and can be learned easily. XML can also be generated, parsed, analyzed, and transformed easily. It's no wonder that XML has been widely used for server-side computing: J2EE, .NET, and Web services.

XML is a simple, flexible text format initially designed for large-scale electronic publishing. It is flexible, open, and human-readable, and can be learned easily. XML can also be generated, parsed, analyzed, and transformed easily. It's no wonder that XML has been widely used for server-side computing: J2EE, .NET, and Web services.

XML is a simple, flexible text format initially designed for large-scale electronic publishing. It is flexible, open, and human-readable, and can be learned easily. XML can also be generated, parsed, analyzed, and transformed easily. It's no wonder that XML has been widely used for server-side computing: J2EE, .NET, and Web services.

XML is a simple, flexible text format initially designed for large-scale electronic publishing. It is flexible, open, and human-readable, and can be learned easily. XML can also be generated, parsed, analyzed, and transformed easily. It's no wonder that XML has been widely used for server-side computing: J2EE, .NET, and Web services.

XML is a simple, flexible text format initially designed for large-scale electronic publishing. It is flexible, open, and human-readable, and can be learned easily. XML can also be generated, parsed, analyzed, and transformed easily. It's no wonder that XML has been widely used for server-side computing: J2EE, .NET, and Web services.

XML is a simple, flexible text format initially designed for large-scale electronic publishing. It is flexible, open, and human-readable, and can be learned easily. XML can also be generated, parsed, analyzed, and transformed easily. It's no wonder that XML has been widely used for server-side computing: J2EE, .NET, and Web services.

XML is a simple, flexible text format initially designed for large-scale electronic publishing. It is flexible, open, and human-readable, and can be learned easily. XML can also be generated, parsed, analyzed, and transformed easily. It's no wonder that XML has been widely used for server-side computing: J2EE, .NET, and Web services.

If your interested in a true application XML environment, check out ObjectBuilders patented tools. We have been doing application XML for the past ten years. This isn't new, people are finally beginning to realize the benefits.

This is exactly what we are proposing as a solution at our site (www.ultrid.com) We have example of complete separation of UI and code. The coding can be done with 10 scripting languages or in Java. The UI language is extendable, so new tags can be created for wrapping Java API that can be use and re-use by all. Tags like Preference, Help System can be integrated whithout writing a single line of code by a person who is not a programmer. Application can be fully localized. Yes, UI can be writing by non-programmer and the code can be separated from it and create by programmers. And this can be zero deploy as an application when the engine is installed on the client computer. Take a look at our SwingSet2 clone all writing in XML, Javascript and some Java class.

Next generation Windows from Microsoft, Longhorn, will include support for XAML. It is squarely along the lines talked in this article.

right on!