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O.B.M. stands for Open Business Management.
OBM is an Intranet application which goal is to help manage a company or an organization. As OBM improve, it is approaching what are called CRM (with sales force , help desk, time tracking sections) but can be used simply as a contact database or as a shared calendar.
OBM represents a framework above wich many modules are written. It is written by an evolving group of developpers from Aliacom (mains are Mehdi Rande, Pierre Carlier, Olivier Boyer (design)) lead by Pierre Baudracco, with contributions by other people (see the changelog) and released under the terms of the GPL.
OBM is always evolving and the data and the database model are subject to change but each new version come with update scripts.
Enhancements:
- The import module has been improved to handle conflict automatically.
- Fixes and enhancements were made to the calendar module (planning view rights, home page portlet, and .ics file sending can be disabled).
- Fixes were made to CAS and the todo, payment, and import modules.

Paco project is a source code package organizer for Unix/Linux systems, originally written to aid package management when installing an LFS system.
When installing a package from sources, paco wraps the "make install" command (or whatever is needed to install the files into the system), and generates a log containing the list of all installed files.
Like any other package manager, paco provides several options to print package information in different formats. It can also remove packages, among some other basic operations.
Technically, paco follows the same approach as CheckInstall: A library is preloaded before installation, and during installation it catches the system calls that cause filesystem alterations, logging the names of the created files.
But unlike CheckInstall, paco doesnt create rpm or dpkg packages. Paco is a stand-alone package manager. It can even install rpm, dpkg or slackware binary packages with the provided script superpaco.
Gpaco is the GTK+ graphic interface of paco. Its included in the same tarball and installed by default. Gpaco requires GTK+ (2.6 or later), and pkg-config.
Enhancements:
- Removed repeated text in the man page of paco (thanks Georg Grafendorfer).
- The option -x|--expand has been removed (though it is silently ignored for backwards compatibility). Now the command line package names are automatically expanded like in rpm(8), except when logging packages. In this case the package name must be introduced exactly.
- Do not search for the name of the package in config.log (thanks Mirco Lorenzoni).
- Fix a doubled DESTDIR bug in doc/Makefile (thanks Matthew Bruenig).
- Rewritten libpaco-log in C. This prevents a glibc installation failure when building LFS in chapter 6.
- Fixed bug that made paco log compressed files twice in some cases.
- Use RTLD_NEXT in libpaco-log. Fixes bug in some systems (thanks Roland Schatz).
- When logging installations, files in /proc are always excluded, regardless of the variable EXCLUDE in pacorc or the arguments to the option -E|--exclude.
- Better strip the release suffix in rpm2paco and superpaco.
- [gpaco] Fixed several problems in "Import RPM database".

shUnit2 is a unit test framework for Bourne based shell scripts, and is designed to work in a similar manner to JUnit, PyUnit, etc.

Whats New in This Release:

Back ported the Makefile from 2.1.1pre that included changes to the
docs-docbook-prep target.

Changed the test in assertFalse() so that any non-zero value registers as
false. (Credits to Bryan Larsen)

Updated the testPartyLikeItIs1999() function in the Quick Start documentation.
The expected and actual values were swapped. (Credits to Richard Jensen)

It was pointed out that the simple failed message for a failed assert was not
only insufficient, it was nonstandard (when compared to JUnit) and didnt
provide the user with an expected vs actual result. The code was revised
somewhat to bring closer into alignment with JUnit (v4.3.1 specifically) so
that it feels more "normal". (Credits to Richard Jensen)

As part of the JUnit realignment, it was noticed that fail*() functions in
JUnit dont actually do any comparisons themselves. They only generate a
failure message. Updated the code to match.

Added self-testing unit tests. Kinda horkey, but they did find bugs during the
JUnit realignment.

Fixed the code for returning from asserts as the return was being called before
the unsetting of variables occurred. (Credits to Mathias Goldau)

The assert(True|False)() functions now accept an integer value for a
conditional test. A value of 0 is considered true, while any non-zero value
is considered false.

All public functions now fill use default values to work properly with the -x
shell debugging flag.

Fixed the method of percent calculation for the report to get achieve better
accuracy.

CLHEP project is intended to be a set of HEP-specific foundation and utility classes such as random generators, geometry, physics vectors and linear algebra.
Configure options:
A variety of options can be given to configure. Below is a list
of the options that you are likely to find most useful.
help provides a partial list of options
prefix=PREFIX install architecture-independent files in PREFIX
[default is /usr/local]
exec-prefix=EPREFIX install architecture-dependent files in EPREFIX
[default is the same as PREFIX]
disable-shared build only static libraries
disable-static build only shared libraries
enable-exceptions use the CLHEP/Exceptions package
disable-exceptions DO NOT use the CLHEP/Exceptions package
[--disable-exceptions is the default]
Enhancements:
- Support for Intels C/C++ compilers was added.

maildrop is the mail filter/mail delivery agent thats used by the Courier Mail Server. You do not need to download maildrop from here if you already have Courier installed. This is a standalone build of the maildrop mail filter that can be used with other mail servers.
maildrop is a filter for local mail delivery agent. It reads the messages and redirects them to users mailbox.
maildrop optionally reads instructions from a file, which describe how to filter incoming mail. These instructions can direct maildrop to deliver the message to an alternate mailbox, or forward it somewhere else. Unlike procmail, maildrop uses a structured filtering language.
maildrop is written in C++, and is significantly larger than procmail. However, it uses resources much more efficiently. Unlike procmail, maildrop will not read a 10 megabyte mail message into memory. Large messages are saved in a temporary file, and are filtered from the temporary file. If the standard input to maildrop is a file, and not a pipe, a temporary file will not be necessary.
maildrop checks the mail delivery instruction syntax from the filter file, before attempting to deliver a message. Unlike procmail, if the filter file contains syntax errors, maildrop terminates without delivering the message. The user can fix the typo without causing any mail to be lost.
Enhancements:
- Messages delivered by maildrop will use the processs inherited umask.
- The -f option now allows an empty return address to be specified.
- The lockmail utility now drops any group-id privileges if the setgid bit was added to lockmails permissions.

Texttools packages are an ncurses-based library for the Linux console written in Ada 95.
It contains more than 600 procedures and functions to create windows, draw scroll bars, handle the mouse and keyboard events, play sounds, and much more.
It also provides a thick binding to Linux kernel calls. You can create a wide variety of application programs using Texttools alone.
More than 600 subroutines and a variety of window objects including scroll bars, selection lists and text edit boxes.
Texttools has event queues and supports mice just like X Windows but is much easier to program.
Main features:
- 600 Functions
- I/O Toolkit
- Event Handling
- Standard Dialogs
- Blind Mode for Passwords
- Data Entry Auto-advance
- Tool Tips
- Callback Hooks
- Text Styles
- Keyboard Macros
- Turtle Graphics
- Thick O/S Binding
- Sounds (with wavplay)
- Partial C++ Support
Controls:
- Static Line
- Edit Line
- Simple Button
- Check Box
- Radio Button
- Rectangle
- Lines
- Thermometer
- Scroll Bar
- Static Text Box
- Text Edit Box
- Check List
- Radio List

PAUD (Parted And Utilities Disk) is a Linux utility boot disk distribution. It fits on a single 1.44 floppy disk. It contains mc, parted, and other utilities such as filesystem utilities for ext2, ext3, and Reiserfs. It is great for partition maintenance and for rescue purposes.
The latest version of PAUD (1.0.4) has glibc-2.2.5, kernel 2.4.20, support for up to 4 virtual consoles. Kernel has DMA support (click here for more info on DMA) , SCSI support is not available out-of-the-box but it can be easily implemented.
The kernel has filesystem support for FAT/VFAT, EXT2, EXT3, ReiserFS 3.5, and ReiserFS 3.6 filesystems. Parted supports creating, resizing, copying, and destroying of these filesystem types (please read notes for reiserfs and ext3).
This is a list of all the commands, some of these commands are internal commands of busybox:
busybox commands:
[, ash, basename, busybox, cat, chgrp, chmod, chown, chroot, chvt, clear, cp, cut, date, dd, df, dirname, dmesg, du, echo, env, false, find, free, grep, gunzip, gzip, halt, head, id, init, kill, killall, klogd, linuxrc, ln, logger, ls, lsmod, mkdir, mknod, mkswap, modprobe, more, mount, mv, pidof, poweroff, ps, pwd, reboot, reset, rm, rmdir, sed, sh, sleep, sort, swapoff, swapon, sync, syslogd, tail, tar, test, touch, true, tty, umount, uname, uniq, uptime, wc, which, whoami, xargs, yes, zcat
Other commands:
e2fsck, hdparm, mc, mkreiserfs-3.5, parted, reiserfsck, tune2fs
Notes:
SCSI: SCSI support is not enabled in the kernel, if you wish to use scsi devices with PAUD, you can make a custom kernel and put it on the disk with the rootdisk. The docs section on the PAUD project page will show you how.
ntfs: Many people have asked about NTFS support, specifically the ntfsresize program. I cant fit this on the floppy, but an optional expansion floppy solution will be available shortly.
ReiserFS: mkreiserfs-3.5 can only make reiserfs filesystems version 3.5, if you want to make reiserfs version 3.6, use parted. All other reiserfs functions in parted, including resize, work for both versions. Run reiserfsck --fix-fixable after modifying any paritions from parted, to fix any potential problems.
Ext3: parted cannot create ext3 filesystems, although there is a simple way to do it in PAUD. First create an ext2 partition from parted, then create a journal to convert it to ext3 with tune2fs -j.
hdparm/DMA: DMA isnt enabled by default, hdparm fixes this problem by allowing you to enable DMA using the -d1 option. Using the hdparm disk speed test, i saw an increase in speed from 4.6 mb/sec (default) to 25.2 mb/sec (dma enabled).
mc: mc is a great way of transferring files between filesystems (for Windows/DOS users) or for editing files if you need to. It can also be useful if you ever need to use PAUD for rescue purposes.
mounting: If you get an error when mounting that a filesystem cannot be found on the device, a different filesystem may have been found. Type mount to see if it was actually mounted or not.
Enhancements:
- The kernel was updated to 2.4.20 to support hard drives that are greater than 137GB.