Free system restore software for linux

System-CoW is a system monitoring SuperKaramba theme.

You must have installed hddtemp and all i2c sensors in kernel to have this script working!

You must launch:

hddtemp -d /dev/hd[abc] // if you have 3 disks!

to have temperature working!

For gentoo add a line to /etc/conf.d/local.start to load the command line at startup!

compact system monitor is a small and compact system monitor for SuperKaramba.

Credit where credit is due, i think i stole the icons from Borealis? Nice are they not? And the idea from someone else.

The theme can be changed somewhat by editing the theme and comenting out some lines.

Hope you like it! Its my first!

SystemCheck is a Superkaramba theme that displays some system information like CPU usage, Memory used, Network activity,Volume etc.

System Check is based on SystemMon.

(http://kde-look.org/content/show.php?content=22988)

I hope you like it.

With the new alsa version (1.0.10) alsa-utils will be removed and amixer does not longer exists so i added a version with the gom mixer.

No liability is assumed for damages to hard and software !!

Habitat from System Garden is a performance monitor of applications and operating system with the ability to track availability and service level. System Garden Habitats design goals are to be of modest size, flexible and ubiquitous.

The core of habitat provides a mechanism for collecting, storing and distributing data. Out of the box are many useful system collectors, known as probes.

Additionally, there is an API available to extend the collector (known as clockwork) with plug-ins, which allows data to be pulled from applications. Another API and a command line interface lets applications and scripts of all types push information into the collection system.

Dump/Restore project examines files in a filesystem, determines which ones need to be backed up, and copies those files to a specified disk, tape or other storage medium.
Subsequent incremental backups can then be layered on top of the full backup.
The restore command performs the inverse function of dump; it can restore a full backup of a filesystem.
Single files and directory subtrees may also be restored from full or partial backups in interractive mode.
Enhancements:
- This is a maintenance release, fixing a few bugs related to the restoration of ACLs and huge backups (symtab over 2GB in size).
- The directory hash indexing has been made optional since it may require too much memory when restoring huge backups.

glucopy-glurestore is a set of scripts for copying and restoring a fully functional GNU/Linux (or other Unix-like) system.

The glucopy script will back up all system content (system and user files), while the glurestore script will partition and format an identical system, restore the system and user files, and make the system bootable.

glucopy-glurestore scripts are included in the HTML documentation.

The back-up should (ideally) be made while the system is not running, which usually means that you need to boot with a rescue system disk. A number of suitable floppy or CD-based system images can be downloaded from the net or, better, included in your distributions boot options. Make sure that this rescue system supports the type of disks in your target system (SATA/SCSI or IDE).

The following script will get partition information in a form that can be used to restore the system on new disks and will then collect the working system files in one (or more) compressed tar balls.

The sfdisk program is used for getting partition information (-d option). Take a look at sys_partitions.txt after the glucopy.sh script has finished.

In this application it is considered that all Master Boot Record (MBR) information will be overwritten by the partitioning and boot loader programs. If you need a copy of all or parts of the MBR, however, dd is your friend.

System directories that contain transient information (e.g. /proc, /sys) are not copied. Directories or individual files containing unwanted information can be excluded using tars –exclude=/directory/file option.

#!/bin/sh
###########################
# glucopy.sh
#
# Creates the /glucopy directory
# Copies partition information in sys_partitions.txt
# Optionally makes a copy of the MBR in mbr.bin
# Copies working GNU/Linux system to .tgz files
#
# USAGE:
# Boot system with a rescue CD or any bootable CD
# that supports your type of disks (SATA/SCSI or IDE).
# run the back-up script: ./glucopy.sh
#
# In this example the system is on /dev/sda
# /dev/sda1 is a small partition with HW manufacturer utilities
# /dev/sda2 has system root (/) -> mounted to /mnt
# /dev/sda3 is a spare (blank) partition
# /dev/sda4 has home (/home) and space to hold
# the information to be copied -> mounted to /mnt2
#
# 061116 jp/dm
###########################
# Change the following to reflect the place where your system root (/)
# and the home directories (/home/*) are mounted
mkdir /tmp/mnt1
mkdir /tmp/mnt2
mount /dev/sda2 /tmp/mnt1
mount /dev/sda4 /tmp/mnt2

# The directory to hold the system copy is placed on the larger partition
mkdir /tmp/mnt2/glucopy

# Change to the working directory
cd /tmp/mnt2/glucopy

# Optionally copy MBR information
#dd if=/dev/sda of=mbr.bin bs=512 count=1

# Copy partition information
/sbin/sfdisk -d /dev/sda > sys_partitions.txt

# Make tarballs
tar -C /tmp/mnt1 -cvzf syscopy.tgz boot bin etc lib media opt root sbin usr var dev

# Move up a level
cd ..
# here we are under the /home directory level
# notice that --exclude will exclude anything that matches a _pattern_
# the glucopy directory will still be created in the tarball
tar -cvzf ./glucopy/homecopy.tgz * --exclude=glucopy/*

# Copy the backup/restore scripts (here under root /), and the sfdisk program, as well
cp /glucopy.sh ./glucopy
cp /glurestore.sh ./glucopy
cp /sbin/sfdisk ./glucopy

# Notify user
echo -e “glucopy: finished a”