The layout of your code can really affect how fast your project happens, and whether or not you meet deadlines. On top of that it can also determine how easy it is to read and edit later on, when you’re making alterations to it. That’s why it’s important to follow some of these best practices on how to successfully code a neat website.
Everything you wanted to know about converting from HTML to XHTML, including why you’d want to, tools that help, changes in the way browsers display XHTML pages, shortcuts, bugs, workarounds, and other tips you won’t find elsewhere.
This paper will introduce the Semantic Web, the next stage in the development of the web. We will explain why semantics are important, how they can help computers catalogue data, and how this will benefit us as individuals. We will also look at microformats, an ongoing project the aims to help us create a more semantic web. We assume you have a good knowledge of XHTML.
As of this writing, HTML and XHTML are both being used to create Web sites. But there are multiple versions of each, with specific changes and ideas attached. The following table shows the current W3C HTML and XHTML recommendations of note.
An XML data island is a piece of well-formed XML embedded into an HTML file. This article will show you how to retrieve data in an XML format from a database using ADO; you will also learn how to bind this data into an HTML document.
If you face a Web site redesign or need a head start on your development efforts, our free Dreamweaver MX XHTML and CSS2 template may come in handy. Download the template and see how XHTML and CSS2 can reduce coding time and increase site accessibility.
Let your server do the walking! Whether you're replacing one headline or a thousand, Stewart Rosenberger's Dynamic Text Replacement automatically swaps XHTML text with an image of that text, consistently displayed in any font you own. The markup is clean, semantic, and accessible. No CSS hacks are required, and you needn't open Photoshop or any other image editor. Read about it today; use it on personal and commercial web projects tomorrow.
Per HTML and XHTML standards, a DOCTYPE (short for “document type declaration”) informs the validator which version of (X)HTML you’re using, and must appear at the very top of every web page. DOCTYPEs are a key component of compliant web pages: your markup and CSS won’t validate without them.
Current browsers are very forgiving; they quietly correct or gloss over many common HTML errors. This makes it easy for people to experience the joy of creating their own web pages with a minimum of frustration—if a page displays correctly, then it's “right.” Unfortunately, by hiding the need for structure that the web will require as it moves towards XHTML and XML, these forgiving browsers have helped create a world of structural HTML illiterates. As long as browsers continue to parse and display HTML that isn't well-formed or valid, we will never learn the right ways, and we will never get to a structural web.
HTML 4.01 is as valuable as XHTML 1.0 in a daily usage. The syntax proposed by XHTML 1.0 has several important benefits. The weight of these benefits has to be evaluated in the context of your project: Use the right tool for the right job. For a Web designer, starting to use XHTML 1.0 will be helpful in some circumstances and will certainly help you to smoothly negotiate the future. XHTML 1.0 gives a wonderful opportunity to learn about XML languages and their possibilities without having to learn new semantics because you’re working with familiar tags and attributes.
Clarifies exactly what XHTML is, explains why you need to be learning about it from today, and steps through the process of transitioning to the standards based way of marking up for the web, and beyond.
The benefits of transforming HTML from a stand-alone language into an XML version of itself aren't immediately apparent until you understand the inherent value of XML. Since the language syntax is so strict in XML, parsers (the software that reads and understands the code you write) are a lot easier to develop. Ultimately, it will allow browsers to become smaller, faster, and more stable. It also means your code will behave in a far more predictable way: Either something will work, or you will get an error. It will be a marked difference from the voodoo we experience across multiple browsers today.
Most people have heard of HTML - the language of the web. Far fewer have heard of XHTML. Believe it or not, HTML is dead and XHTML is here to take its place. This article goes through XHTML in technical detail, and points out the key differences between it and traditional HTML.
As a fundamental part of the Web, hypertext linking has been the subject of repeated attempts at standardization beyond the basic format allowed in simple HTML. Such attempts can be characterized as efforts to balance machine processing ability with authoring convenience. The latest specification in this area, XHTML 2.0, just might have gotten it right.
XHTML is HTML described as an application of XML. It is very similar to HTML, indeed all the element names and their semantics are identical, but it has some important differences. We will look at the more important of these now.
This is the first part of a two-part article describing a detailed methodology for migrating HTML files to the structure and flexibility of XHTML and/or XML. By using XHTML to add structure and separate content from presentation, you'll be better positioned for a move to XML. Even if you never move to XML, your XHTML files will be easier to create and maintain, and will be more accessible.