in scala.xml
class NodeSeq

abstract class NodeSeq
extends java.lang.Object
with Seq
with ScalaObject
a wrapper around Seq[Node] that adds XPath and comprehension methods

Constructor Summary
def this



Def Summary
def \ ( that : java.lang.String ) : NodeSeq
projection function. Similar to XPath, use this \ "foo" to get a list of all elements of this sequence that are labelled with "foo". Use \ "_" as a wildcard. The document order is preserved.
def \\ ( that : java.lang.String ) : NodeSeq
projection function. Similar to XPath, use this \\ 'foo to get a list of all elements of this sequence that are labelled with "foo". Use \\ "_" as a wildcard. The document order is preserved.
def apply ( f : Function1 ) : NodeSeq

def apply ( i : scala.Int ) : Node

def elements : Iterator

override def equals ( x : scala.Any ) : scala.Boolean
structural equality
def filter ( f : Function1 ) : NodeSeq

def flatMap ( f : Function1 ) : NodeSeq

def length : scala.Int

def map ( f : Function1 ) : NodeSeq

def text : java.lang.String

def theSeq : Seq

override def toString : java.lang.String



Constructor Detail
def this

Def Detail
def \ ( that : java.lang.String ) : NodeSeq
projection function. Similar to XPath, use this \ "foo" to get a list of all elements of this sequence that are labelled with "foo". Use \ "_" as a wildcard. The document order is preserved.

def \\ ( that : java.lang.String ) : NodeSeq
projection function. Similar to XPath, use this \\ 'foo to get a list of all elements of this sequence that are labelled with "foo". Use \\ "_" as a wildcard. The document order is preserved.

def apply ( f : Function1 ) : NodeSeq

def apply ( i : scala.Int ) : Node

def elements : Iterator

override def equals ( x : scala.Any ) : scala.Boolean
structural equality

def filter ( f : Function1 ) : NodeSeq

def flatMap ( f : Function1 ) : NodeSeq

def length : scala.Int

def map ( f : Function1 ) : NodeSeq

def text : java.lang.String

def theSeq : Seq

override def toString : java.lang.String