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dar is a shell command that backs up directory trees and files. It has been tested under Linux, Windows, Solaris, FreeBSD, NetBSD, MacOS X and several other systems, it is released under the GNU General Public License (GPL). Since version 2.0.0 an Application Interface (API) is available, opening the way for external/independent Graphical User Interfaces (GUIs) like kdar. This API relies on the libdar library, which is the core part of DAR programs; as such, the API is released under the GPL. Consequently, to use the API, your program must be released under the GPL as well.

DSBMD is a media/filesystem type detecting daemon that allows clients to mount storage devices. DSBMD watches the mount table for changes, monitors devd events for new storage devices, polls CD/DVD drives and card readers for media change events, deter- mines media types, volume names, and filesystem types. Mountable devices, changes in the mount table as well as device add/remove events and altered states of mountable devices are presented to clients. Clients can request DSBMD to mount, unmount, and eject media, or set the CD/DVD reading speed.

fsbackup.pl is a incremental backup creation utility. fsbackup.pl support backup compression and encryption. Backup can be stored on local file system and on remote host stored over SSH or FTP. Some addition scripts allow backups SQL tables from PostgreSQL and MySQL (pgsql_backup.sh and mysql_backup.sh)), save system configuration files and list of installed packages (sysbackup.sh). Backuped with fsbackup.pl files can be recovered by script fsrestore.sh, backuped with sysbackup.sh system packeges can be reinstalled by sysrestore.sh.

GNU GRUB is a multiboot boot loader. It was derived from GRUB, the GRand Unified Bootloader, which was originally designed and implemented by Erich Stefan Boleyn. This port does not install GRUB on the master boot record of your hard drive. To do this you will need to read the info page that is installed by the port. This port includes additional patches and fixes making it work properly with ZFS boot-environments. Users on UFS will probably want to install the regular sysutils/grub2 port.

nvramtool is a utility for reading/writing coreboot parameters and displaying information from the coreboot table. It is intended for x86-based systems (both 32-bit and 64-bit) that use coreboot. The coreboot table resides in low physical memory, and may be accessed through the /dev/mem interface. It is created at boot time by coreboot, and contains various system information such as the type of mainboard in use. It specifies locations in the CMOS (nonvolatile RAM) where the coreboot parameters are stored. For information about coreboot, see http://www.coreboot.org/.

This lets you implement filesystems in perl, through the FUSE (Filesystem in USErspace) kernel/lib interface. FUSE expects you to implement callbacks for the various functions. In the following definitions, "errno" can be 0 (for a success), -EINVAL, -ENOENT, -EONFIRE, any integer less than 1 really. You can import standard error constants by saying something like "use POSIX qw(EDOTDOT ENOANO);". Every constant you need (file types, open() flags, error values, etc) can be imported either from POSIX or from Fcntl, often both. See their respective documentations, for more information.

This set of scripts allows you to imitate Windows feature to automount some network shares at login time. It is relatively difficult in setup - you should understand, what you do, know how to install SMB/CIFS support into a kernel, how to setup /etc/nsmb.conf and .nsmbrc files, etc. Script are written on Shell. Uses nbtscan and host utilites to locate Windows boxes when generated .nsmbrc file in semi-automated mode with smb2nsmbrc helper script. Also uses their own file .mssmbrc to describe any share, mounted with mountsmb2.

What's MyBashBurn? Basically, it is no more than a Terminal User Interface (TUI) frontend based of the CD burning shell script called BashBurn for GNU/Linux; this originally does not have the best eye-candy CD-burning UI, nevertheless, MyBashBurn uses dialog boxes/functions which draws (using ncurses) windows onto the screen. MyBashBurn dialog boxes offer good functionality, and has very good capabilities of automatically finding dependencies and auto detecting devices CD/DVD RW. In short, do not reinvent the wheel - just let MyBashBurn do what you want it to do.

OpenIPMI was designed to aid building "complex IPMI management software". OpenIPMI library will connect with an IPMI controller, detect any management controllers on the bus, get their SDRs, manage all the entities in the system, manage the event log, and a host of other things. OpenIPMI is also dynamic and event-driven. It will come up and start discovering things in the managed system. As it discovers things, it will report them to the software using it (assuming the software has asked for this reporting).

Monitor::Simple allows simple monitoring of applications and services of your IT infrastructure. There are many such tools, some of them very complex and sophisticated. For example, one widely used is Nagios (http://www.nagios.org/). The Monitor::Simple does not aim, as its name indicates, for all features provided by those tools. It allows, however, to check whether your applications and services are running correctly. Its simple command-line interface can be used in cron jobs and reports can be viewed as a single HTML or text page.