Tutorial search

All categories3DS MaxAccessAdobe PremiereAfter EffectsASPASP.NETAutoCADBlender 3DBodyPaintBryce 3DC++Cinema 4DColdfusionCorel DrawCSSDelphiDreamweaverExcelFireworksFlashFreehandFrontpageFruity LoopsGimpGoLiveHTMLIllustratorImage ReadyInDesignJavaJavaScriptLightwave 3DLinuxMac OS XMaya 3DMySQLOutlookPagemakerPaint ShopPainterPhotoshopPHPPoserPowerPointPythonRuby on RailsSEOSwift 3DSwish MaxTerragenValve EditorVisual BasicWeb DesignWindowsWordXML

HTML Tutorials

• HTML tutorials

Tutorials

• 3DS Max tutorials
• Access tutorials
• Adobe Premiere tutorials
• After Effects tutorials
• ASP tutorials
• ASP.NET tutorials
• AutoCAD tutorials
• Blender 3D tutorials
• BodyPaint tutorials
• Bryce 3D tutorials
• C++ tutorials
• Cinema 4D tutorials
• Coldfusion tutorials
• Corel Draw tutorials
• CSS tutorials
• Delphi tutorials
• Dreamweaver tutorials
• Excel tutorials
• Fireworks tutorials
• Flash tutorials
• Freehand tutorials
• Frontpage tutorials
• Fruity Loops tutorials
• Gimp tutorials
• GoLive tutorials
• HTML tutorials
• Illustrator tutorials
• Image Ready tutorials
• InDesign tutorials
• Java tutorials
• JavaScript tutorials
• Lightwave 3D tutorials
• Linux tutorials
• Mac OS X tutorials
• Maya 3D tutorials
• MySQL tutorials
• Outlook tutorials
• Pagemaker tutorials
• Paint Shop tutorials
• Painter tutorials
• Photoshop tutorials
• PHP tutorials
• Poser tutorials
• PowerPoint tutorials
• Python tutorials
• Ruby on Rails tutorials
• SEO tutorials
• Swift 3D tutorials
• Swish Max tutorials
• Terragen tutorials
• Valve Editor tutorials
• Visual Basic tutorials
• Web Design tutorials
• Windows tutorials
• Word tutorials
• XML tutorials

Stuff

• Most Popular Tutorials
• Best Rated Tutorials
• Random Tutorial

• Tutorial submission tool
• Photoshop Templates
• Flash Templates
• Forum signatures
• Free Video Tutorials

• Contact

Total Tutorials: 43982

Affiliates

HTML and XHTML uses standard 7-BIT ASCII when transmitting data over the Web. Here is a reference for it.

New to HTML 4.0 was the ability to let HTML events trigger actions in the browser, like starting a JavaScript when a user clicks on an HTML element. Below is a list of attributes that can be inserted into HTML tags to define event actions.

A complete list of HTML Tags ordered alphabetically.

HTML tags can have attributes. The special attributes for each tag are listed under each tag description. The attributes listed here are the core and language attributes that are standard for all tags (with a few exceptions).

HTML also includes a meta element that goes inside the head element. The purpose of the meta element is to provide meta-information about the document. Most often the meta element is used to provide information that is relevant to browsers or search engines like describing the content of your document.

Portlet development can benefit greatly from the adoption of Web 2.0 architectural styles, frameworks, and toolkits. Find out how you can develop REST services and adopt the Dojo Toolkit, so you can transform mundane portlets into robust and interactive applications.

Semantic HTML can be a great way to make sense of words and ideas even before grabbing Photoshop to draft out the design.

The <MARQUEE> tag defines a moving section of text. This tag is supported by Internet Explorer only (In Netscape Browser the text will not move.)

One of the list structures is an unordered list, a series of items preceded by bullet characters and set off from surrounding text by single blank lines. The list is single spaced and indented from the left margin. An example unordered list is coded and displayed below.

this is the reference of html symbol. if you want @,&,$ sign in your page its show you its Enity or html code.

7-BIT ASCII represents 128 different character values (0-127).

HTML 4.01 Entities Reference

All HTML lists explained with ideas and examples.

A complete list of HTML 4.01 and XHTML 1.0 tags arranged alphabetically.

American Standard Code for Information Interchange. This is the basic clear-text Latin characters. There are 128 standard ASCII codes, each of which can be represented by a 7 digit binary number: 0000000 through 1111111.

Extended ASCII adds an additional 128 characters that vary between computers, programs and fonts.