xslt-processor | A JavaScript XSLT processor without native library
kandi X-RAY | xslt-processor Summary
kandi X-RAY | xslt-processor Summary
XSLT-processor contains an implementation of XSLT in JavaScript. Because XSLT uses XPath, it also contains an implementation of XPath that can be used independently of XSLT. This implementation has the advantage that it makes XSLT uniformly available whenever the browser's native XSLTProcessor() is not available such as in node.js or in web workers. XSLT-processor builds on Google's AJAXSLT which was written before XSLTProcessor() became available in browsers, but the code base has been updated to comply with ES2015+ and to make it work outside of browsers. This implementation of XSLT operates at the DOM level on its input documents. It internally uses a DOM implementation to create the output document, but usually returns the output document as text stream. The DOM to construct the output document can be supplied by the application, or else an internal minimal DOM implementation is used. This DOM comes with a minimal XML parser that can be used to generate a suitable DOM representation of the input documents if they are present as text.
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Top functions reviewed by kandi - BETA
- Process a template context .
- Parse an expression .
- Parse XML into an XML string
- Initialize the xpath parser
- Match pattern with an array of tokens .
- Reduce stack up to stack .
- Utility function to sort a list of nodes .
- Explore a node with a single condition .
- Renders the node text .
- Returns the text value of a node .
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xslt-processor Examples and Code Snippets
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Trending Discussions on xslt-processor
QUESTION
when a XSLT-transformation is running, what does the XSLT-processor during parsing the namespace?
Here an example of a part of a stylesheet:
...ANSWER
Answered 2022-Apr-02 at 12:31No, it will not connect to http://www.w3.org/1999/XSL/Transform
and download anything.
XML namespaces are strings. Their only purpose is to be unique. The XML specification states that they follow the URI format, i.e. a superset of web URLs, but for all practical purposes in the context of XML, they are strings without any deeper meaning attached.
Nothing in the mechanism behind XML namespaces requires downloading anything form an external source, and no XSLT processor or XML parser will ever attempt to treat a namespace as a URL or a filename.
URLs are unique, they belong to an organization, they are easy to tell apart, and you could even store human-readable information there if you wanted to. So they are more practical to humans than, say, random GUIDs. But for XML parsers, they only are strings that allow making a difference between and
. That
namespace1
potentially maybe also is a web address is completely irrelevant to the XML parser.
QUESTION
I have big XML files (between 500MB and 1GB) and I'm trying to filter them in order to keep only nodes with some specified attributes, in this case Prod_id. I have about 10k Prod_id that I need to filter and currently XML contains about 60k items.
Currently I'm using XSL with node.js (https://github.com/fiduswriter/xslt-processor) but it's really slow (I never saw one of them finished in 30-40 minutes).
Is there a way to increase the speed of this process? XSL is not a requirement, I can use everything.
XML Example:
...ANSWER
Answered 2020-Jan-27 at 09:33I solved using an approach similar to this answer https://stackoverflow.com/a/13851518/1152049
Thanks
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