You can find information on its syntax all over the place in the Internet (check these links for example: and ). XPath is an extremely powerful XML query language. The result will look similar to this: IP AdditionalInfo $item.Node | Select-Object -Property IP, $info1 $item = Select-XML -Xml $xml -XPath '//Machine' $XmlWriter.WriteAttributeString('manager', 'Tobias') $XmlWriter.WriteAttributeString('current', $true) $XmlWriter.WriteComment('List of machines') # create root element 'machines' and add some attributes to it $xmlWriter.WriteProcessingInstruction('xml-stylesheet', 'type='text/xsl' href='style.xsl'')

# this is where the document will be saved: The goal is to create an XML document that has all the typical things in it: nodes, attributes, data sections, and comments. To begin this story, let’s create a fairly complex XML document that the upcoming examples can use to play with. It shields the complexity of dealing with the raw XML object model, and instead assists you in writing your pieces of information to an XML file. No more, because there’s a buddy that can help you create XML documents: the XMLTextWriter object.

Chances are that typos and case issues sneak in, and you may find yourself in an unfriendly world of malformed and dysfunctional XML. Many scripters resorted to creating XML files as a plain text. Creating New XML DocumentsĬreating completely fresh XML documents from scratch used to be a tedious task.

Let’s create an XML document from scratch, add new data sets, change pieces of information, add new data, remove data, and save an updated version of it to a new well-formed XML file. So let’s check out how you put very simple PowerShell code to work to get the things done that used to be so mind-blowingly complex in the pre-PowerShell era. It is not obvious at first, but with a little help from your friends here at, you’ll soon solve every-day XML tasks – even pretty complex ones – in no time.

Notepad++ sort xml attributes