Bibgrep indexes and efficiently searches BibTex files. Its usage is similar to the command grep and the queries use a Google-like syntax. Bibgrep will create an index for each BibTex file it touches, and keep the result within "~/.bibgrep.idx" (by defaults). It watches the modification date and the size of the original BibTex file, and will update (and delete) its index as needed.
TPT is a template scripting language implemented in C++. The LibTPT parser transforms TPT templates into text. The parser, which integrates with your C++ code through a simple class API, is small and fast, focusing on functionality instead of rich feature sets. Uses include on-the-fly HTML and source code generation.
PolyGen is a program for generating random sentences according to a grammar definition, that is following custom syntactical and lexical rules. Formally, it is an interpreter of a language itself designed to define languages, where to interpret means executing a source program in real time and eventually outputting its result. Here, a source program is a grammar definition. The execution consists of the exploration of such grammar by selecting a random path, and the result is the sentence built on the way.
Babeldoc is a framework and set of applications to process documents for business-to-business and other Internet/integration applications. It is primarily intended for text documents, especially XML, but supports a wide range of operations and data types. It has a sophisticated journaling system that supports replaying and reprocessing. Babeldoc is pipeline based and supports numerous ways to combine the pipeline stages in a dynamically reconfigurable fashion. It has a GUI and a Web-based console for document processing and monitoring, and comes with tools for the tranformation of flatfile data to XML, archival, and cryptography. Additionally it is able to scan various data sources based on sophisticated constraints.
Haystack is a powerful tool designed to enable each and every individual manage all of her information in the way that makes the most sense. By removing the arbitrary barriers created by applications that only handle certain information "types", and recording only a fixed set of relationships defined by the developer, users can define whichever arrangements of, connections between, and views of information they find most effective. Such personalization of information management will dramatically improve your ability to find what you need when you need it.