Markup Builder(out) binds html Using the we can output as html How to Set up groovylets Add the following to your web.xml: import Sql sql = Instance( 'jdbc:jtds:sqlserver://serverip Name/database Name-CLASS;domain=yourdomainname', 'dbusername', 'dbpassword', 'driverclass' ) Row( 'select * from table Name' ) The Instance method helps to create database connection.It feels/sounds similar to Groovy Script test step but, in a lot ways it’s more handy.If say we want to validate on the response time and proceed further for succeeding test steps, it feels heavy to have a Groovy step to do that; instead, the Script Assertion implicitly does that job (can be done using “While accessing the elements of request/response xml, using the corresponding namespace(s) for every element is very important.Markup Builder */ response.value.books.book.replace Node assert response.value.books.book.title.text() == "Don Xijote" /* That mkp is a special namespace used to escape away from the normal building mode of the builder and get access to helper markup methods 'yield', 'pi', 'comment', 'out', 'namespaces', 'xml Declaration' and 'yield Unescaped' */ def result = new Streaming Markup Builder()String() def changed Response = new Xml Slurper().parse Text(result) assert changed Response.value.books.book.title.text() == "To Kill a Mockingbird" Finally both parsers also use the same approach for adding a new attribute to a given attribute.This time again the difference is whether you want the new nodes to be available right away or not.child Nodes(): Returns an iterator over the child nodes children(): Returns the children of this GPath Result as a GPath Result object.declare Namespace(Map new Namespace Mapping): Adds the specified map of prefix to namespace mappings to this GPath Result.
But if various elements are referenced by various namespaces, then we should be cautious while framing the xpath. w=540" class="size-full wp-image-163" title="lessnamespaces" src="https://groovyinsoapui.files.wordpress.com/2008/11/lessnamespaces.jpg? w=540" alt="Sample Response xml" srcset="https://groovyinsoapui.files.wordpress.com/2008/11/lessnamespaces.jpg? w=540 540w, https://groovyinsoapui.files.wordpress.com/2008/11/lessnamespaces.jpg? w=150 150w, https://groovyinsoapui.files.wordpress.com/2008/11/lessnamespaces.jpg? w=300 300w, https://groovyinsoapui.files.wordpress.com/2008/11/711w" sizes="(max-width: 540px) 100vw, 540px" /Various elements are referred with various namespaces " data-medium-file="https://groovyinsoapui.files.wordpress.com/2008/11/morenamespaces.jpg? w=300" data-large-file="https://groovyinsoapui.files.wordpress.com/2008/11/morenamespaces.jpg? w=540 540w, https://groovyinsoapui.files.wordpress.com/2008/11/morenamespaces.jpg? w=150 150w, https://groovyinsoapui.files.wordpress.com/2008/11/morenamespaces.jpg? w=300 300w, https://groovyinsoapui.files.wordpress.com/2008/11/713w" sizes="(max-width: 540px) 100vw, 540px" /What I figured out is default namespaces are named as ns1, ns2 and so on (as applicable) in the order of their occurrences.
But to know, the names of different namespaces present in request xml, ordering logic (what i have mentioned above) should be employed.
The Xml Parser and Xml Slurper classes from Groovy are really just wrappers for standard SAX parsers.
GPath is a path expression language integrated into Groovy which allows parts of nested structured data to be identified.
In this sense, it has similar aims and scope as XPath does for XML.