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This provides a simple interface to Plucene. Plucene is large and multi- featured, and it expected that users will subclass it, and tie all the pieces together to suit their own needs. Plucene::Simple is, therefore, just one way to use Plucene. It's not expected that it will do exactly what *you* want, but you can always use it as an example of how to build your own interface.

Set of modules: * Pod::Parser - base class for creating POD filters and translators * Pod::Select - extract selected sections of POD from input * Pod::Usage - print a usage message from embedded pod documentation * Pod::PlainText - convert POD data to formatted ASCII text * Pod::InputObjects - objects representing POD input paragraphs, commands, etc. * Pod::Checker - check pod documents for syntax errors * Pod::ParseUtils - helpers for POD parsing and conversion * Pod::Find - find POD documents in directory trees

Regexp::Copy allows you to copy the contents of one Regexp object to another. A problem that I have found with the qr// operator is that the Regexp objects that it creates are is impossible to dereference. This causes problems if you want to change the data in the regexp without losing the reference to it. Its impossible. Regexp::Copy allows you to change the Regexp by copying one object created through qr// to another.

KDiff3 is a program that: * compares or merges two or three text input files or directories, * shows the differences line by line and character by character (!), * provides an automatic merge-facility and * an integrated editor for comfortable solving of merge-conflicts, * supports KIO on KDE (allows accessing ftp, sftp, fish, smb etc.), * Printing of differences, * Manual alignment of lines, * Automatic merging of version control history (cvs Log keyword), * and has an intuitive graphical user interface.

String::Strip is an XS extension that implements four white space removal routines: StripSpace (remove all white space), StripLSpace (strip leading white space), StripTSpace (strip trailing white space), and StripLTSpace (strip leading and trailing white space). All four of these routines work directly on the input argument, rather than passing back a result. The routines tend to be roughly 30% faster than equivalent function regex code. -Anton <tobez@FreeBSD.org>

Text::Capitalize provides a few different flavors of procedures for title-like formatting for strings. For the "capitalize" function Title-like (written by Stanislaw Y. Pusep) formatting consists of ensuring that the first letter of each word is uppercase, and that the rest is lowercase. The "capitalize_title" function tries to get closer to English title capitalization rules where only the "important" words are supposed to be capitalized. There are also some customization features provided to allow the user to choose variant rules.

This version of Crimson supports the Java API for XML Processing (JAXP) version 1.1 specification by providing implementations for the following package hierarchies: javax.xml.parsers, org.w3c.dom, org.xml.sax.*. Note that the javax.xml.transform hierarchy is NOT supported. One known implementation of the javax.xml.transform hierarchy is Xalan 2, which is available as a separate port in java/xalan. More info about JAXP: Crimson home page:

This is an XS wrapper around some Unicode Consortium code to check if a string is valid UTF-8, revised to conform to what expat/Mozilla think is valid UTF-8, especially with regard to low-ASCII characters. Note that this module has NOTHING to do with Perl's internal UTF8 flag on scalars. This module is for use when you're getting input from users and want to make sure it's valid UTF-8 before continuing.

Simple Sequences You can create a sequence from an outline. Type something like this: At Home.Wash Car Garage.retrieve bucket Kitchen.prepare bucket Kitchen.pour soap in bucket Kitchen.fill bucket Garage.get sponge Garage.open door Driveway.apply soapy water Driveway.empty bucket Garage.close door Garage.replace bucket Then do this: genericseq.pl UML::Sequence::SimpleSeq inputfile | seq2svg.pl > output.svg

From the README: WordNet::QueryData provides a direct interface to the WordNet database files. It requires the WordNet package (http://www.cogsci.princeton.edu/~wn/). It allows the user direct access to the full WordNet semantic lexicon. All parts of speech are supported and access is generally very efficient because the index and morphical exclusion tables are loaded at initialization. This initialization step is slow (appx. 10-15 seconds), but queries are very fast thereafter---thousands of queries can be completed every second.