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POD is a pretty simple format to write, but it can be a big pain to deal with reading it and doing anything useful with it. Most existing POD parsers care about semantics, like whether a =item occurred after an =over but before a back, figuring out how to link a L<>, and other things like that. Pod::Eventual is much less ambitious and much more stupid. Fortunately, stupid is often better. (That's what I keep telling myself, anyway.) Pod::Eventual reads line-based input and produces events describing each POD paragraph or directive it finds. Once complete events are immediately passed to the handle_event method. This method should be implemented by Pod::Eventual subclasses. If it isn't, Pod::Eventual's own handle_event will be called, and will raise an exception.

ssss is an implementation of Shamir's secret sharing scheme for UNIX/Linux machines. It is free software, the code is licensed under the GNU GPL. ssss does both: the generation of shares for a known secret and the reconstruction of a secret using user provided shares. The software was written in 2006 by B. Poettering, it links against the GNU libgmp multiprecision library (version 4.1.4 works well) and requires the /dev/random entropy source.

This module overloads hashes so that the key can be a subnet as in NetAddr::IP. When looking values up, an interpretation will be made to find the given key within the subnets specified in the hash. Care must be taken, as only strings that can be parsed as an IP address by NetAddr::IP can be used as keys for this hash. -Anton <tobez@FreeBSD.org>

An ANSI C library allowing communication with google calendar and contacts, useful if you need to support this in a C or C++ application.

NAME Shell::Base - A generic class to build line-oriented command interpreters. DESCRIPTION Shell::Base is a base class designed for building command line programs. It defines a number of useful defaults, simplifies adding commands and help, and integrates well with Term::ReadLine. COPYRIGHT Copyright (C) 2003 Darren Chamberlain. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself.

The current version of the library includes the following functionality: * Multifrontal Supernodal Cholesky Factorization. * Left-Looking Supernodal Cholesky Factorization. * Drop-Tolerance Incomplete-Cholesky Factorization. * LDL^T Factorization. * Out-of-Core, Left-Looking Supernodal Sparse Cholesky Factorization. * Out-of-Core Sparse LU with Partial Pivoting Factor and Solve. * Ordering Codes and Interfaces to Existing Ordering Codes. * Matrix Operations. * Matrix Input/Output. * Matrix Generators. * Iterative Solvers. * Vaidya's Preconditioners. * Recursive Vaidya's Preconditioners. * Multilevel-Support-Graph Preconditioners. * Utility Routines. Copyright (c) 2001 by Sivan Toledo, Tel-Aviv University, stoledo@tau.ac.il. All Rights Reserved.

Makepp is a drop-in replacement for GNU make which has a number of features that allow for more reliable builds and simpler build files. It supports almost all of the syntax that GNU make supports, and can be used with makefiles produced by utilities such as automake. It is called makepp (or make++) because (1) it was designed for building C++ programs; (2) its relationship to make is analogous to C++'s relationship to C. For backward compatibility, it will work with input files designed for make, but there are much better ways to do things.

Perl bindings to the 3.x series of the gtk+ toolkit. This module allows you to write graphical user interfaces in a Perlish and object-oriented way, freeing you from the casting and memory management in C, yet remaining very close in spirit to original API. Find out more about gtk+ at http://www.gtk.org. The gtk+ reference manual is also a handy companion when writing Gtk3 programs in Perl: http://developer.gnome.org/gtk3/stable/. The Perl bindings follow the C API very closely, and the C reference documentation should be considered the canonical source.

Fileprune will delete files from the specified set targeting a given distribution of the files within time as well as size, number, and age constraints. Its main purpose is to keep a set of daily-created backup files in manageable size, while still providing reasonable access to older versions. Specifying a size, file number, or age constraint will simply remove files starting from the oldest, until the constraint is met. The distribution specification (exponential, Gaussian (normal), or Fibonacci) provides finer control of the files to delete, allowing the retention of recent copies and the increasingly aggressive pruning of the older files. The retention schedule specifies the age intervals for which files will be retained. As an example, an exponential retention schedule for 10 files with a base of 2 will be 1 2 4 8 16 32 64 128 256 512 1024 The above schedule specifies that for the interval of 65 to 128 days there should be (at least) one retained file (unless constraints and options override this setting).

In order for Catalyst::Plugin::Session to work the session ID needs to be stored on the client, and the session data needs to be stored on the server. This plugin stores the session ID on the client using the cookie mechanism.