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XInclude task for Jakarta Ant. The Ant XInclude task allows Ant build files to apply XInclude processing to XML files. It is based on the XInclude processor developed by Elliotte Rusty Harold. You need the xincluder.jar file for the XInclude task to work properly. Please put this JAR in your CLASSPATH along with the xinclude-task JAR file.

Antiword is a free MS Word reader. It converts the binary files from Word 2, 6, 7, 97, 2000, 2002 and 2003 to plain text and to PostScript.

This module provides lists of stopwords for several languages. Currently supported languages are Danish, Dutch, English, Finnish, French, German, Italian, Norwegian, Portugese, Spanish, Swedish, and Russian.

AsmXml is a very fast XML parser and decoder for x86 platforms. It achieves high speed by using the following features: * Support of an XML subset only * Written in pure assembler * Optimized memory accesses * Parsing and decoding at the same time This parser is intended for applications that need intensive processing of XML. This project will likely appeal you if XML parsing is a bottleneck in your data-flow. It is expecially designed for bulk loads into databases. This is not an all-purpose library, it is not designed to be used with DOM, SAX, XPath and so on. Here, XML is just considered as an interchange format, not as a working format.

This is a collection of functions for dealing with PPI objects, many of which originated in Perl::Critic. They are organized into modules by the kind of PPI class they relate to, by replacing the "PPI" at the front of the module name with "PPIx::Utilities", e.g. functionality related to PPI::Nodes is in PPIx::Utilities::Node.

Parse::BooleanLogic is a fast parser for boolean expressions. Originally written for Request Tracker to parse SQL like expressions, it can be used to parse other boolean logic sentences with OPERANDs joined using binary OPERATORs and grouped and nested using parentheses.

Parse::Flex works similar to Parse::Lex, but it uses XS for faster performance. This module allows you to construct a lexer analyzer with your custom rules. Parse::Flex is not intended to be used directly; instead, use the script makelexer.pl to submit your grammar file. The output of the script is a custom shared library and a custom .pm module which, among other things, will transparently load the library and provide interface to your (custom) lexer. In other words, you supply a grammar.l file to makelexer.pl and you receive Flex01.pm and Flex02.so . Then, use only the Flex01.pm - since Flex01.pm will automatically load Flex01.so. The grammar.l file requires the same syntax as flex(1); that is, the actions are written in C . See the flex(1) documentation to learn the syntax, or fetch the sample t/grammar.l file inside this package.

Parse phone numbers. Phone number have a defined syntax (to a point), so they can be parsed (to a point).

Parse::Syslog presents a simple interface to parse syslog files: you create a parser on a file (with new) and call next to get one line at a time with Unix-timestamp, host, program, pid and text returned in a hash-reference.

Perl::Critic is an extensible framework for creating and applying coding standards to Perl source code. Essentially, it is a static source code analysis engine. Perl::Critic is distributed with a number of Perl::Critic::Policy modules that attempt to enforce various coding guidelines. Most Policies are based on Damian Conway's book Perl Best Practices. You can choose and customize those Polices through the Perl::Critic interface. You can also create new Policy modules that suit your own tastes. For a convenient command-line interface to Perl::Critic, see the documentation for perlcritic. If you want to integrate Perl::Critic with your build process, Test::Perl::Critic provides a nice interface that is suitable for test scripts.