Provides a Uniformity[T]
instance for any subtype of scala.xml.NodeSeq that will normalize the XML by removing empty text nodes and trimming
non-empty text nodes.
Provides a Uniformity[T]
instance for any subtype of scala.xml.NodeSeq that will normalize the XML by removing empty text nodes and trimming
non-empty text nodes.
The purpose of this Uniformity is to make it easier to write readable test
code that compares XML for equality. See the main documentation for this trait for more
details and examples.
a Uniformity[T] instance that normalizes XML for testing
Trait providing a
streamlinedmethod that returns aUniformity[T]instance for any subtype ofscala.xml.NodeSeqthat will normalize the XML by removing empty text nodes and trimming non-empty text nodes.Here's an example of some unnormalized XML:
<summer> <day></day> <night> with lots of stars </night> </summer>The
Uniformityreturned by this trait'sstreamlinedmethod would transform the above XML to:<summer><day></day><night>with lots of stars</night></summer>The
streamlinedmethod can be used with theExplicitlyDSL, like this:xmlElem should equal ( <summer> <day></day> <night> with lots of stars </night> </summer> ) (after being streamlined[Elem])The goal of this trait is to provide a normalization for XML that makes it easier to test XML objects for equality. White space is significant in XML, and is taken into account by the default equality for XML, accessed by invoking the
==method on an XMLNodeSeq. Here's an example:The above equality comparison produces false because of whitespace differences in the XML. When such whitespace differences are unimportant to the actual application, it can make it easier to write readable test code if you can compare XML for equality without taking into account empty text nodes, or leading and trailing whitespace in nonempty text nodes. The
streamlinedmethod of this trait provides aUniformityinstance that does just that: