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1

o understand web development, you have to understand the Web, and to understand the Web, you have to understand the Internet that the Web is built on. This chapter will give you a brief history of the connected world, discussing first the origins of the Internet, then the origins of the Web, and finally the technologies used by developers to build applications on the Web. It will hopefully be a fun and informative ride!

ML has emerged as the de facto standard for data representation and transportation. No wonder that Microsoft has embraced it fully in the NET Framework. This chapter provides an overview of what XML is and how it is related to the .NET Framework. Many of the topics discussed in this chapter might be already familiar to you. Nevertheless, I will cover them briefly here so as to form a common platform for further chapters. Specifically, this chapter includes the following: Features and benefits of XML Rules of XML grammar Brief introduction to allied technologies such as DTD, XML schema, parsers, XSLT, and XPath Overview of the .NET Framework Use of XML in the .NET Framework Introduction to Visual Studio If you find these concepts highly familiar, you may want to skip ahead to 2.

Providing a Solution with Portals 1 Designing the Portal s Information Architecture 2 Portal Application Architecture 5 Building Portlets with the Portlet API 6 Providing Technical Solutions with Portals 7 Security and Single Sign-On 7 Content Syndication and RSS 7 Searching Content from the Portal 7 Portals and Web Services 8 Integrating Existing Applications into the Portal 9 Using Charts in the Portal 10 Content Management and Portlets 10 Summary 10.

The Internet dates back to the early development of general communication networks. At its heart, this concept of a computer network is an infrastructure that enables computers and their users to communicate with each other. There have been many types of computer networks over time, but one has grown to near ubiquity: the Internet. Its history dates back to the 1960s and the development of networks to support the Department of Defense as well as various academic institutions. Interoperability of these different networks was a problem. In 1973, Robert E. Kahn of United States Defense Advanced Research Projects Agency (DARPA and ARPANET) and Vinton Cerf of Stanford University worked out a common internetwork protocol that they called the TCP/IP Internet Protocol Suite. This was both a set of standards that defined how computers would communicate as well as conventions for how the computers should be named and addressed, and thus how traffic would be routed between them. At its core, TCP/IP follows most of the OSI (Open Systems Interconnection) model, which defines a network as an entity of seven layers: Application layer: Provides the user interface (UI) to the network as well as the application services required by this interface, such as file access. In terms of the Internet, these application services are those typically provided by the browser, giving access to the file system to save favorites, print, and more.

XML stands for Extensible Markup Language and is a markup language used to describe data. It offers a standardized way to represent textual data. Often the XML data is also referred to as an XML document. The XML data doesn t perform anything on its own; to process that data, you need to use a piece of software called a parser. Unlike Hypertext Markup Language (HTML), which focuses on how to present data, XML focuses on how to represent data. XML consists of userdefined tags, which means you are free to define and use your own tags in an XML document.

2