Java API for XML Code Samples

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Java API for XML processing (JAXP) lets you access XML documents either serially (SAX) or in random access mode (DOM).

• DOM Examples
• SAX Examples
• XML Style Sheet language (XSLT) Examples

• ChessBoardDOMPrinter.java walks down the tree accessing the elements relative to their parent nodes. For more information see Java Technology and XML.
  
  
• DomEcho1.java reads an XML document into a DOM and writes it out again. It operates on slideSample01.xml, and slideSample01-xml.html is the browsable version. For more information see The XML Tutorial.
  
  
• DomEcho02.java is the GUI version of DomEcho1.java. For more information see The XML Tutorial.
  
  
• DomEcho03.java presents a user-friendly display of the DOM tree. For more information see The XML Tutorial.
  
  
• DomEcho04.java concatenates subtrees under selected nodes for display in a pane. For more information see The XML Tutorial.
  
  
• DomEcho05.java creates a new DOM instead of parsing an existing XML document. For more information see The XML Tutorial.
  
  
• DomEcho06.java constructs and normalizes a DOM. For more information see The XML Tutorial.
  
  
• JDBCDOMParser.java uses JAXP to builds a DOM tree from a SAX event stream. For supporting information see, XML APIs for Databases
  
  
• MyDOMParserBean.java turns an XML document into a tree in three lines of code. For more information see Web Application Development with JSP Technology and XML..
  
  

• ChessBoardSAXPrinter.java outputs the averaged elapsed time to process a document. For more information see Java Technology and XML - Part 2.
  
  
• Echo01.java echoes SAX parser events to System.out. slideSample01.xml is the XML file the code operates on, and slideSample01-xml.html is the browsable version. For more information see The XML Tutorial.
  
  
• Echo02.java is another version of the Echo1.java program that displays an XML file, but the output is not that readable. slideSample01.xml is the XML file the code operates on, and slideSample01-xml.html is the browsable version. For more information see The XML Tutorial.
  
  
• Echo03.java is a version of the Echo2.java with more readable output. slideSample01.xml is the XML file the code operates on, and slideSample01-xml.html is the browsable version. For more information see The XML Tutorial.
  
  
• Echo04.java gets the document locator and uses it to echo the document's system ID. slideSample01.xml is the XML file the code operates on, and slideSample01-xml.html is the browsable version. For more information see The XML Tutorial.
  
  
• Echo05.java adds a processing instruction to slideSample02.xml. slideSample02-xml.html is the browsable version. For more information see The XML Tutorial.
  
  
• Echo06.java handles a fatal error. For more information see The XML Tutorial.
  
  
• Echo07.java handles a non-fatal error. For more information see The XML Tutorial.
  
  
• Echo08.java processes and echoes ignorable white space. For more information see The XML Tutorial.
  
  
• Echo09.java is a version of Echo08.java with the code for processing and echoing ignorable white space removed. For more information see The XML Tutorial.
  
  
• Echo10.java uses a validating parser. For more information see The XML Tutorial.
  
  
• Echo11.java has a lexical handler. For more information see The XML Tutorial.
  
  
• EntityCache.java shows a simple cache implementation for external entities. For more information see Java Technology and XML: Performance Improvement Tips.
  
  
• JDBCSAXParser.java iterates over database table rows and columns and generates SAX events along the way. For supporting information see, XML APIs for Databases
  
  
• JDBCInputSource.java extends the org.xml.sax.InputSource class to implement a parser that operates on a JDBC data source, iterates over each row and column, and generates appropriate SAX events while iterating. For supporting information see, XML APIs for Databases
  
  
• MySAXParserBean.java invokes the startElement method at the beginning of every element in the XML document, and the characters method to report each chunk of character data, and finally, the endElement method at the end of every element in the XML document. For more information see Web Application Development with JSP Technology and XML..
  
  

• AddressBookReader01.java parses file data and outputs HTML data. For more information see The XML Tutorial.
  
  
• AddressBookReader02.java modifies the parser to generate SAX events so it can be used in an XSLT transformation. For more information see The XML Tutorial.
  
  
• FilterChain.java filters data read in. For more information see The XML Tutorial.
  
  
• TransformationApp04.java does a transformation and produces a stream output. For more information see The XML Tutorial.
  
  
• xml2html.java shows how to transform the XML document stocks.xml into the HTML document stocks.html. For more information see Web Application Development with JSP Technology and XML..