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Matrix28 > C > XMl (Text only)

MDC-XSL | Write review | Report error | Discuss/get help on this script in our forums MDC-XSL is an XML to HTML conversion tool primarily designed to be linked into other applications. MDC-XSL is written in C++ for high portability and speed. The ultimate goal is to produce a fully standards compliant XSL processor in C++ that can be used stand-alone or as an integral part of major applications.

Chikat high performance XML C++ library | Write review | Report error | Discuss/get help on this script in our forums An XML parser Visual C++ static library that offers a high-performance alternative to the standard MSXML DOM for creating, navigating, and manipulating XML documents. The Chilkat XML parser is significantly faster and less memory intensive, and the API is much simpler. It includes in-document AES encryption and Zip compression features.

XML for C++ | Write review | Report error | Discuss/get help on this script in our forums XML4C consists of three shared libraries (two code and one data) that provide classes for parsing, generating, manipulating, and validating XML documents. XML4C is faithful to the XML 1.0 Recommendation and associated standards (DOM 1.0, SAX 1.0, DOM 2.0, SAX 2.0, Namespaces). XML4C also supports a subset of the W3C Schema language (see the documentation for supported features). Source code, samples, and API documentation are provided with the XML4C parser.

Redland | Write review | Report error | Discuss/get help on this script in our forums Redland is a library that provides a high-level interface for RDF allowing the model to be stored, queried and manipulated. Redland implements each of the RDF model concepts in its own class so provides an object based API for them. Some of the classes providing the parsers, storage mechanisms and other elements are built as modules that can be added or removed as required. Features include: A modular, object based library written in C, C and Perl APIs for manipulating the RDF Model and parts - Statements, Resources and Literals, Parsers for importing the model from RDF/XML syntax, Storage for models in memory and on disk via Berkeley DB, Query APIs for the model by Statement (triples) or by Nodes and Arcs,and Statement Streams for construction, parsing, de/serialisation of models.