C++/Tree: In-Memory XML Data Binding
The C++/Tree mapping generates C++ classes that represent data types defined in XML Schema, a set of parsing functions that convert XML documents to a tree-like in-memory object model, and a set of serialization functions that convert the object model back to XML. For an introduction to the C++/Tree mapping, refer to the Hello World Example from the C++/Tree Mapping Getting Started Guide.
- Robust, clean and compact C++ standard library-based
language mapping; you don't need to learn much if you know how
- Support for C++11 and C++98/03.
- Configurable base character type:
- Configurable application character encoding (UTF-8, ISO-8859-1, UTF-16, UTF-32, local code page).
- Natural mapping for all W3C XML Schema built-in types:
- Serialization of the object model back to DOM and XML with support for streaming.
- Generation of documentation comments in the Doxygen format that include documentation extracted from schemas.
- Automatic generation of
std::ostreaminsertion operators (
operator<<, useful for debugging and tracing).
- Automatic generation of comparison operators.
- Customization of the generated code including XML Schema built-in types.
- Mapping of
- Customizable XML Schema namespace to C++ namespace mapping.
- Customizable identifier naming convention in the generated code.
- Support for statically-typed ID/IDREF cross-referencing.
- Support for XML Schema polymorphism (
xsi:typeand substitution groups).
- Support for accessing/modifying wildcard content
xsd:any/xsd:anyAttribute) as DOM fragments which can also be used to create/serialize object models.
- Support for accessing/modifying
xsd:anySimpleTypeas DOM and text fragments, respectively.
- Support for preserving strict content order, including mixed content.
- Support for uniform parsing and serialization of XML documents with varying root elements.
- Support for default and fixed values.
- Support for stream-oriented, partially in-memory XML processing.
- Option to maintain association with underlying DOM nodes.
- Support for locating object model nodes with XPath queries.
- Extensible, high-performance serialization to compact binary formats for storage or over-the-wire transfer (RPC XDR, ACE CDR streams, and Boost serialization are supported out of the box, custom formats and APIs can be easily added).
- Automatic morphing of anonymous types into named ones with support for name customization.
- Support for schema importing, inclusion and chameleon-style inclusion.
- Support for the file-per-schema and file-per-type compilation models.
- Support for
The following diagram shows the main integration areas of the C++/Tree mapping and related technologies:
|C++/Tree Mapping Getting Started Guide||An introduction to the C++/Tree mapping with examples. Also available in PDF and PostScript.|
|C++/Tree Mapping User Manual||A comprehensive description of the C++/Tree mapping, including the parsing and serialization mechanisms. Also available in PDF and PostScript.|
|XSD Compiler Command Line Manual||Compiler's command line interface documentation (available compiler options, etc).|
|C++/Tree Mapping FAQ||Answers to frequently asked questions about the C++/Tree mapping.|
|Schema Compilation Checklist||A checklist-like run through the most commonly used XSD command line options.|
|C++/Tree Mapping Customization Guide||A guide to customizing generated and XML Schema built-in types.|
|Using XSD with Microsoft Visual Studio||Discusses various ways of integrating the XSD compiler with the Microsoft Visual Studio IDE as well as other Visual Studio-specific topics.|
|C++/Tree Mapping Wiki Page||A resource page for the C++/Tree mapping on Code Synthesis Wiki.|
|XSD Wiki Page||A resource page for XSD on Code Synthesis Wiki.|
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|XSD project page||Source code, build instructions and other information for XSD compiler developers.|
|XSD contributions||Various third-party contributions to XSD.|
|XML Data Binding in C++||An article in the C++ Source journal introducing XML Data Binding in C++.|
|XML Schema Part 0: Primer||An easily approachable description of the XML Schema facilities. It is oriented towards quickly understanding how to create schemas using the W3C XML Schema language.|