The docbooktoc.xsl is an XSLT file for generating an XHTML table of contents from DocBook XML documents. It is used by the LayManSys project for the documentation. docbooktoc generates an XHTML document containing the books' meta information (in DocBook XML, this is the subnode bookinfo) and then lists all of the books' chapters and sections in an ordered list. The meta information is both used for generating the head as well as the document header (in the XHTML body), and the output is the same as what the DocBook XSLT driver for XHTML generates.
The xsd2db package is used for converting XML Schema Definition files into DocBook XML code. The transformer can also be used to generate DocBook XML from plain XML files. It marks up tag names, attribute names, attribute values, and annotation, if parsing XSD code. The resulting DocBook XML code may be styled so that you have syntax highlighted XML code.
The PHP program inidoc is contributed with LayManSys, and is used internally for documenting configuration files in a so-called INI format. This file format is typically used for config files under MS Windows or by PHP Web applications. inidoc uses special comments in the INI files and generates DocBook XML output. The program's output format is DocBook XML, where each INI file is documented within a section. Normal text is put into para tags, and the key-value pairs are described using a glosslist.
The docbookm package is contributed with LayManSys and contains very simple XSLT drivers for generating XHTML chunks from DocBook XML. This package does not require an installation; you only have to unzip the package's contents into a directory of your choice and start using it. There is no special documentation available. Use the file abstract.xsl for transforming an abstract and section.xsl for transforming sections. All other .xsl files are only includes needed by those two.
The "Faster Java Serialization" project aims to provide faster Java serialization by inspecting classes and generating tailor made serialization code on the fly. This serialization code is reused for every object of the same class. Objects are serialized to a NIO ByteBuffer, eliminating the need for numerous memory copies that take place during normal serialization to files or network. Currently, there are some limitations on the kinds of objects that can be serialized.
Exemplar is designed to make it easier to work with XML. It began life as a program to generate the smallest possible parser for a given vocabulary of XML. While it still retains the capability to do this, it is now a more general program intended to support conversion of specifications of XML vocabularies (DTDs, schemas, etc) into useful code.