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# Dan Born
# djb4@cs.geneseo.edu
# See http://cs.geneseo.edu/~djb4/multiCD/ for documentation, information
# about usage, and how to configure multiCD on your system.
# This is a sample configuration file for my multiCD program. Everything that
# is configurable about my program is listed here. You'll want to make sure
# you change these to useful values for your system.
# All file paths must be absolute. No relative path names.
# If a line contains a "#", everything after that is a comment.
# Options in the global config file are overridden by options in a user's
# config file, which can both be overridden by command line options.
# Command line options have the same name as their name in here. Boolean
# options don't need a value on the command line. For booleans, if the option
# appears, true (or enabled) is assumed.
# Examples:
# multiCD --files /home /etc /usr/local --exclude /home/httpd --only_one
# multiCD --files / --exclude /tmp /dev /proc --multi
# NOTE: If you are a user of a previous version of multiCD, it is important
# to note that the use of image_dir is no longer supported. Image file
# locations are now specified by giving the full path to the name of the
# image file by using image_file1 and image_file2.
# Turns on multithreadedness. This will cause the files for the next CD image
# to be copied while the current one is still burning. 0 to disable this, 1
# to enable it.
multi = 0
# If this is enabled, then multiCD will run in a non-interactive mode. It
# will fit all of the files it can onto a single CD image, assume that a
# disc is in the writer, burn the CD, and then quit. 1 to enable this, 0
# to disable it. You can assume that enabling this disables any
# multithreading.
only_one = 0
# Tell multiCD where to put and what to name the image file. After a CD
# has been burned from a given image file, a new file system is created on the
# image file and it is reused for the next set of data. This is much better
# than deleting the old image file and creating a new one, because creating
# image files usually takes a long time.
# Required field.
image_file1 = /root/multiCD_image1
# If multi is enabled, a second image file is required.
image_file2 = /root/multiCD_image2
# The mount point for the image file while files are being copied to it.
# Required field.
image_mount = /mnt/multiCD_image_mount
# The size of the image file to create. Can be specified in terms of
# megabytes, kilobytes, or bytes.
# Examples:
# 650M # Use an "M" for megabytes.
# 665600K # Use a "K" for kilobytes.
# 681574400 # Don't use any letter for bytes.
# Required field.
cd_size = 650M
# Type of file system to create on the backup CDs. Typically only works
# with ext2. This will probably be expanded to include other filesystem
# types in the future.
# Required field.
fs_type = ext2
# Extra options to give to mkfs. The options shown here apply to
# the default filesystem type of ext2 shown above. -m 0 means
# reserve 0 space for root, and -b 1024 sets the block size.
mkfs_opts = -m 0 -b 1024
# List of files to backup.
# Example: files = /home /etc /usr/local "/home/joe smith"
# Note: In the config file, you may use double quotes with the files and
# exclude options for files that contain spaces.
# Required field.
files = /
# List of files to exclude from the list given for files above.
exclude = /dev /lost+found /mnt /proc /tmp /usr/tmp /var/tmp
# This is how cdrecord should be run, with the name of the image file to
# burn appened to the end. Any output cdrecord produces is sent to STDERR.
# Required field.
cdrecord = cdrecord -v blank=fast speed=4 dev=0,0,0 -data
# You can use this to specify a command to run after each CD is done
# burning.
# The example shown simply opens the CD tray, but you could configure
# it to run a command that plays a sound, or both ejects and plays a sound,
# like this: cd_done = cdrecord dev=0,0,0 -eject; cat cdsound.wav > /dev/dsp
cd_done = cdrecord dev=0,0,0 -eject
# Yet another mode of operation. If enabled, then multiCD will create as
# many image files as it needs to backup all of your files. It won't burn
# any CDs, just create a bunch of image files. For the image file names it
# will use the image_file1 value followed by the CD number.
# 1 to enable, 0 to disable.
noburn = 0
# Another way to speed things along. If this is enabled, then it is
# assumed that the first disc for burning is already in the drive. The
# first CD will be burned automatically without prompting the user to put a
# disc in, but all discs after the first will be prompted for.
first_disc = 0
# multiCD normally starts out with blank CDs before it begins copying
# files. With this option enabled, multiCD will save a copy of all the
# files on the current CD, and add the new ones to it. 1 to enable, 0 to
# disable.
addfiles = 0
# If addfiles is enabled, then the rewriteable CD will need to be mounted
# and have files copied from it. cd_dev and cd_mount are needed only when
# addfiles is enabled. cd_dev is the device file for you cd burner.
cd_dev = /dev/scd0
# cd_mount is needed when addfiles is enabled. This is where the
# rewriteable CD should be mounted in order to read files from it.
cd_mount = /mnt/cdrom1
# If this option is specified, an index file is created at the given
# location. Otherwise, no index file is created.
# An index file is a simply a plain text file with a list of the files
# on each CD. This helps in determining which CD a file can be located on.
# You can include %d to have the date and time be part of the file name.
index_file = /root/multiCD_index_%d
# If check_config is set to 1, multiCD will check to see if it has a valid
# configuration, and then exit without doing anything.
check_config = 0
# This is here because people often expect to be able to give a --help option
# on the command line. If set, program prints a message and then exits.
help = 0
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