This note covers the following topics: What is XML, Advantages of using XML, XML
basics: declaration, comments, attributes, entities and tags, XML demo, XML
concepts: schemas, parsers, editors and standards,XML and Web 2.0, AJAX, RSS,
ATOM, XML and the Semantic Web - RDF, XML and Web Services, SOAP, WSDL,
Understanding XML data, Querying XML data, XSLT, XPath, XQuery, The XML data
model, pureXML, Industry scenarios.
This page covers the following topics related to XML Schema
Definition : Introduction, DataSets, Validating XML Documents, Attributes,
Derived Data Types, Namespaces, Restrictions and Substitutions, Program
Generated Schemas, XML Serialization, The XSD Program.
This note explains the following topics: HTML
and XML, Namespaces, XInclude, and XML Base, DTD, XML Schema, and DSD , XLink,
XPointer and XPath, XSL and XSLT, XQuery, DOM, SAX, and JDOM, World Wide Web
Consortium.
Author(s): Anders
Moller and Michael I. Schwartzbach
Computers handle data
in many ways and formats, e.g., text, images, audio, and video. When exchanging
data, there is often a need for a standardised format that many applications can
read and write. One such standard is the Extensible Markup Language (XML)
developed by the World Wide Web Consortium. Topics covered includes: Document
instances, DTD syntax, Document modelling , XML processing, SAX, DOM, Document
formatting, Other related standards, Synthesis, Example of SAX Applications.
This lecture
note gives an overview of the most important XML technologies. It explains the
basics to implement XML technology reliably and efficiently in various different
application contexts.
This note covers the following topics:
Structured Documents, Overview of XML, XML Paths and XSLT, XML Style Language,
XML Schema, XML Pointer and XLink, XML API's and XML Document Design.