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This is a small shell script intended to be used in portable Unix install scripts for showing progress bars. The overall goal is to write a minimally complex shell script (thus a program that needs no compilation) that is as robust as possible to work on as many Bourne shells and operating systems as possible, and that implements 'cat' with an ASCII progress bar and some other nifty features. This is pure Bourne shell code. (For sh, ash, ksh, zsh, bash, ...) The script is mainly indented to be used in portable install scripts, where you can use the body of the script.

The Digester package lets you configure an XML -> Java object mapping module, which triggers certain actions called rules whenever a particular pattern of nested XML elements is recognized. A rich set of predefined rules is available for your use, or you can also create your own. Advanced features of Digester include: - Ability to plug in your own pattern matching engine, if the standard one is not sufficient for your requirements. - Optional namespace-aware processing, so that you can define rules that are relevant only to a particular XML namespace. - Encapsulation of Rules into RuleSets that can be easily and conveniently reused in more than one application that requires the same type of processing

gpp is a general-purpose preprocessor with customizable syntax, suitable for a wide range of preprocessing tasks. Its independence on any programming language makes it much more versatile than cpp, while its syntax is lighter and more flexible than that of m4. gpp is targeted at all common preprocessing tasks where cpp is not suitable and where no very sophisticated features are needed. In order to be able to process equally efficiently text files or source code in a variety of languages, the syntax used by gpp is fully customizable. The handling of comments and strings is especially advanced.

The module is a probability based, corpus-trained tagger that assigns POS tags to English text based on a lookup dictionary and probability values. The tagger determines appropriate tags based on conditional probabilities - it looks at the preceding tag to figure out what the appropriate tag is for the current word. Unknown words will be classified according to word morphology or can be set to be treated as nouns or other parts of speech. The tagger also recursively extracts as many nouns and noun phrases as it can, using a set of regular expressions.

PDF::API2 There seem to be a growing plethora of Perl modules for creating and manipulating PDF files. This module is 'The Next Generation' of Text::PDF::API which initially provided a nice API around the Text::PDF::* modules created by Martin Hosken. FEATURES . Works with more than one PDF file open at once . It presents a object-oriented API to the user . Supports the 14 base PDF Core Fonts . Supports TrueType fonts . Supports Adobe-Type1 Fonts (pfb/pfa/afm) . Supports native Embedding of bitmap images (jpeg,ppm,png,gif) . Supports modification of existing pdfs and import/cloning of pages

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 port of the glibc gnu regex engine into perl. There are few reasons you would need this. The few I can think of include: 0) You wish to use untrusted user expressions in such a way as to be able to catch errors. Example: eval { alarm 2; m/((){1024}){1024}/ } is an instant uncatchable segmentation fault. GNU's regexps will still fail, but in a timeout way rather than an instant segfault way. 1) You wish to have POSIX compliance on ... something ... Perl's regexps are slightly different -- arguably better, but different.

This module provides functions that deals with formatting data with Content-Type 'text/plain; format=flowed' as described in RFC2646 (http://www.rfc-editor.org/rfc/rfc2646.txt). In a nutshell, format=flowed text solves the problem in plain text files where it is not known which lines can be considered a logical paragraph, enabling lines to be automatically flowed (wrapped and/or joined) as appropriate when displaying. In format=flowed, a soft newline is expressed as " \n", while hard newlines are expressed as "\n". Soft newlines can be automatically deleted or inserted as appropriate when the text is reformatted.

This is a Perl extension to XML::Parser. It adds a new 'Style' to XML::Parser, called 'Dom', that allows XML::Parser to build an Object Oriented datastructure with a DOM Level 1 compliant interface. The XML::XQL module implements the XQL (XML Query Language) proposal submitted to the XSL Working Group in September 1998. The spec can be found at http://www.w3.org/TandS/QL/QL98/pp/xql.html Most of the contents related to the XQL syntax can also be found in the XML::XQL::Tutorial that comes with this distribution. Note that XQL is not the same as XML-QL!

xmlwrapp is a modern style C++ library for working with XML data. It provides a simple and easy to use interface for the very powerful libxml2 XML parser. Features: * Tree parsing. XML data is parsed and a tree of xml::node objects is created. Similar to the DOM. * Event parsing. XML data is parsed as protected member functions of an event class are called. Similar to SAX. * It is easy to construct an XML tree using xml::node objects. Any xml::node may be inserted into an IOStream causing translation to XML text data. * Complete isolation from the backend parser due to the private implementation (pimpl) idiom. https://github.com/vslavik/xmlwrapp