Validating xml net
Right after the lxml.etree tutorial for XML processing and the Element Tree documentation, the next place to look is the lxml.etree specific API documentation.
It describes how lxml extends the Element Tree API to expose libxml2 and libxslt specific XML functionality, such as XPath, Relax NG, XML Schema, XSLT, and c14n.
This article has been translated to Serbo-Croatian language by Anja Skrba from Entire library is contained in a single header file, and requires no building or configuration. Property Tree library, which presents a higher level interface, and uses Rapid Xml as its default XML parser. Supports XML namespaces, wide range of character sets & encodings. Info from the developer: The packaging is or debian package (not yet in debian repo).
Compliant to XML 1.0, partially XML 1.1, DOM lv1, DOM lv2 Core, partially DOM lv3, SAX 1.0/2.0, Namespaces, XML Schema. Instead, it uses an underlying parser like expat, libxml, Xerces or MSXML to do the low level parsing. It aims to provide a more lightweight and hassle-free alternative to MSXML with a focus on native C development (as opposed to managed/. Xml Lite features a simple "pull" programming model with a stream-oriented Xml Reader class.
There is a separate module lxml.objectify that implements a data-binding API on top of lxml.etree.
See the objectify and etree FAQ entry for a comparison.
It's also possible to check out the latest development version of lxml from github directly, using a command like this (assuming you use hg and have hg-git installed): You can browse the source repository and its history through the web. The latest CHANGES of the developer version are also accessible.
In addition to the Element Tree API, lxml also features a sophisticated API for custom XML element classes.
This is a simple way to write arbitrary XML driven APIs on top of lxml.
This page tries to give a comparison of existing free C or C XML parser libraries. SAX2, DOM, XPath and partial XSLT implementation to be used with expat, libxml, Xerces or MSXML. The objective of Arabica is to provide a nice standard C implementation of DOM and SAX2 interfaces on top of these parsers. Can be cumbersome to get up and running on Windows, since it heavily depends on other GNU infrastructure (glib etc.). you have to have libxml2 installed in order to use libxml . On Windows it is difficult to install and set up due to multiple dependencies on other GNU libs. It has support for a large set of common character encodings but only limited support for DTD.
It includes both full blown as well as lightweight parsers. I'll start with a comparison table giving a quick overview of all available libraires. Hence, Arabica has to be set up and built for one of the underlying parsers before use. Included documentation is sparse but there are a lot of external sites providing docs, examples, tutorials. For example uses Glib::ustring instead of std:strings. : For Win32, libxml 1.0 is better suited than libxml 2.x, due to a nasty glibmm dependency. Various third party SAX/DOM wrappers and language bindings. As usual for a Microsoft product, there are lots of high quality documentation and articles.