Packages

•  package root

  Definition Classes

  root

•  package scala

  Definition Classes

  root

•  package xml

  This library provides support for the XML literal syntax in Scala programs.

  This library provides support for the XML literal syntax in Scala programs.

  val planets: scala.xml.Elem = <planets>
    <planet id="earth">
      <title>Earth</title>
      <mass unit="kg">5.9742e24</mass>
      <radius unit="m">6378.14e3</radius>
    </planet>
    <planet id="mars">
      <title>Mars</title>
      <mass unit="kg">0.64191e24</mass>
      <radius unit="m">3397.0e3</radius>
    </planet>
  </planets>

  Additionally, you can mix Scala expressions in your XML elements by using the curly brace notation:

  val sunMass = 1.99e30
  val sunRadius = 6.96e8
  val star = <star>
    <title>Sun</title>
    <mass unit="kg">{ sunMass }</mass>
    <radius unit="m">{ sunRadius }</radius>
    <surface unit="m²">{ 4 * Math.PI * Math.pow(sunRadius, 2) }</surface>
    <volume unit="m³">{ 4/3 * Math.PI * Math.pow(sunRadius, 3) }</volume>
  </star>

  An XML element, for example <star/> and <planet/>, is represented in this library as a case class, scala.xml.Elem.

  The sub-elements of XML values share a common base class, scala.xml.Node.

  However, the non-element declarations found in XML files share a different common base class, scala.xml.dtd.Decl. Additionally, document type declarations are represented by a different trait, scala.xml.dtd.DTD.

  For reading and writing XML data to and from files, see scala.xml.XML. The default parser of XML data is the Xerces parser and is provided in Java by javax.xml.parsers.SAXParser.

  A less greedy XML reader can return data as a sequential collection of events, see scala.xml.pull.XMLEventReader.

  For more control of the input, use the parser written in Scala that is provided, scala.xml.parsing.ConstructingParser.

  For working with XHTML input, use scala.xml.parsing.XhtmlParser.

  For more control of the output, use the scala.xml.PrettyPrinter.

  Utility methods for working with XML data are provided in scala.xml.Utility.

  XML values in Scala are immutable, but you can traverse and transform XML data with a scala.xml.transform.RuleTransformer.

  Definition Classes

  scala

•  package dtd

  Definition Classes

  xml

•  package factory

  Definition Classes

  xml

•  package include

  Definition Classes

  xml

•  package parsing

  Definition Classes

  xml

•  package persistent

  Definition Classes

  xml

•  package pull

  Classes needed to view an XML document as a series of events.

  Classes needed to view an XML document as a series of events. The document is parsed by an scala.xml.pull.XMLEventReader instance. You can treat it as an scala.collection.Iterator to retrieve the events, which are all subclasses of scala.xml.pull.XMLEvent.

  scala> val source = Source.fromString("""1.0" encoding="UTF-8" standalone="yes"?>
  customvalue"?>
  BAR">
  ]>Hello&bar;>""")
  
  source: scala.io.Source = non-empty iterator
  
  scala> val reader = new XMLEventReader(source)
  reader: scala.xml.pull.XMLEventReader = non-empty iterator
  
  scala> reader.foreach{ println(_) }
  EvProcInstr(instruction,custom value="customvalue")
  EvText(
  )
  EvElemStart(null,foo,,)
  EvText(Hello)
  EvComment( this is a comment )
  EvElemStart(null,bar,,)
  EvText(BAR)
  EvElemEnd(null,bar)
  EvElemStart(null,bar,,)
  EvEntityRef(gt)
  EvElemEnd(null,bar)
  EvElemEnd(null,foo)
  EvText(
  
  )

  Definition Classes

  xml

•  package transform

  Definition Classes

  xml

• Atom
• Attribute
• Comment
• Document
• Elem
• EntityRef
• Equality
• Group
• MalformedAttributeException
• MetaData
• MinimizeMode
• NamespaceBinding
• Node
• NodeBuffer
• NodeSeq
• Null
• PCData
• PrefixedAttribute
• PrettyPrinter
• ProcInstr
• Properties
• QNode
• Source
• SpecialNode
• Text
• TextBuffer
• TopScope
• TypeSymbol
• Unparsed
• UnprefixedAttribute
• Utility
• XML
• Xhtml

scala.xml

NodeSeq 

Companion class NodeSeq