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This plugin implements logging functionality for your webmail interface. You can choose to log to a database, a file, your system log, or any combination thereof. You can also choose which kinds of events to log, including login events, logout events, login error events, all outgoing messages, possible outgoing spam messages, and other error events. Also included is monitoring functionality that will send alert emails to the administrator when certain events trigger. If you use the timeout_user plugin, logout events caused by user timeouts will be captured. Log message format is also completely custom-defined to meet your needs in the configuration file.

SYMPA -- Systeme de Multi-Postage Automatique SYMPA is an electronic mailing list manager. It is used to automate list management functions such as subscription, moderation and management of archives. SYMPA also manages sending of messages to the lists, and makes it possible to reduce the load on the system. Provided that you have enough memory on your system, Sympa is especially well adapted for big lists. For a list with 20 000 subscribers, it takes 5 minutes to send a message to 90% of subscribers, of course considering that the network is available.

Calcoo is a scientific calculator designed to provide maximum usability. The features that make Calcoo better than (at least some) other calculator programs are: * Bitmapped button labels and display digits to improve readability. * No double-function buttons. * Undo/redo buttons. * Copy/paste interaction with X clipboard. * Both RPN (reverse Polish notation) and algebraic modes are available. * Tick marks to separate thousands. * Two memory registers with displays. * Displays for Y, Z, and T registers. * It is a purely scientific calculator. Features that Calcoo lacks: * Statistical mode. * HEX mode.

The ATLAS (Automatically Tuned Linear Algebra Software) project is an ongoing research effort focusing on applying empirical techniques in order to provide portable performance. At present, it provides C and Fortran77 interfaces to a portable, efficient BLAS implementation, as well as enhanced versions of a few routines from LAPACK. To link with ATLAS shared libraries: Serial (thread-safe) Fortran77 BLAS: -lf77blas Multi-threaded Fortran77 BLAS: -lptf77blas Serial (thread-safe) C BLAS: -lcblas Multi-threaded C BLAS: -lptcblas ATLAS-enhanced LAPACK, serial (thread-safe) interface: -lalapack -lf77blas -lcblas ATLAS-enhanced LAPACK, multi-threaded interface: -lalapack -lptf77blas -lptcblas

Mpexpr adds two new commands to Tcl, 'mpexpr' and 'mpformat'. Mpexpr works much like Tcl's native 'expr', but does all calculations using an arbitrary precision math package. Mpexpr numbers can be any number of digits, with any decimal precision. Final precision is controlled by a Tcl variable 'mp_precision', which can be any reasonable integer, limiting only the number of digits to the right of the decimal point. Mpformat works much like Tcl's 'format', except it formats multiple precision numbers in a variety of formats. Mpexpr also includes most math functions provided by 'expr', as well as several new functions. Mpexpr also supports Tcl variables and nested evaluation, just like 'expr':

Hoc, the High Order Calculator, is an interpreted language for floating-point calculations. Its most basic use is as a powerful and convenient calculator, interactively evaluating expressions such as 1+2*sin(0.7). But hoc is no ordinary calculator: It also lets you assign values to variables, define your own functions, and use loops, conditionals, and everything else you'd expect in a programming language. Hoc was developed by Brian Kernighan and Rob Pike, and introduced in their 1984 book The Unix Programming Environment. This version has been extended and improved by Nadav Y. Har'El.

The octave-forge package is the result of The GNU Octave Repositry project, which is intended to be a central location for custom scripts, functions and extensions for GNU Octave. contains the source for all the functions plus build and install scripts. This baseport provides the basic directory structure, and installs a script "load-octave-pkg", that synchronizes the FreeBSD ports structure to the octave packaging system. Another purpose of the script "load-octave-pkg" is to attempt to correct any errors created by the octave packaging system.

The octave-forge package is the result of The GNU Octave Repositry project, which is intended to be a central location for custom scripts, functions and extensions for GNU Octave. contains the source for all the functions plus build and install scripts. This is doctest. The Octave-Forge Doctest package finds specially-formatted blocks of example code within documentation files. It then executes the code and confirms the output is correct. This can be useful as part of a testing framework or simply to ensure that documentation stays up-to-date during software development.

Chart::Math::Axis implements in a generic way an algorithm for finding a set of ideal values for an axis. That is, for any given set of data, what should the top and bottom of the axis scale be, and what should the interval between the ticks be. The terms top and bottom are used throughout this module, as it's primary use is for determining the Y axis. For calculating the X axis, you should think of 'top' as 'right', and 'bottom' as 'left'.

As with other Pseudo-Random Number Generator (PRNG) algorithms like the Mersenne Twister (see Math::Random::MT), this algorithm is designed to take some seed information and produce seemingly random results as output. However, ISAAC (Indirection, Shift, Accumulate, Add, and Count) has different goals than these commonly used algorithms. In particular, it's really fast - on average, it requires only 18.75 machine cycles to generate a 32-bit value. This makes it suitable for applications where a significant amount of random data needs to be produced quickly, such solving using the Monte Carlo method or for games.