Free iso9660 software for linux

Device::Cdio::ISO9660 is a Perl module for ISO 9660 handling.

SYNOPSIS

This encapsulates IS9660 filesystem handling. This library however needs to be used in conjunction with Device::Cdio, Device::Cdio::ISO9660::IFS and Device::Cdio::ISO::FS.

use Device::Cdio::ISO9660;
$name = Device::Cdio::ISO9660::name_translate(COPYING.;1);
$bool = Device::Cdio::ISO9660::is_achar(A);

This is an Object-Oriented Perl interface to the GNU CD Input and Control librarys ISO 9660 library, libiso9660.
Encapsulation is done in two parts. The lower-level Perl interface is called perliso9660 and is generated by SWIG.

The more object-oriented package Device::Cdio::ISO9660 and uses perliso9660. Actually, there are no objects in Device::Cdio::ISO9660, but there are in its sub packages Device::Cdio::ISO9660::IFS, Device::Cdio::ISO9660::FS (and in the future Device::Cdio::ISO9660::PVD).

Although perliso9660 is perfectly usable on its own, it is expected that these module and classes are what most people will use. As perliso9660 more closely models the C interface, it is conceivable (if unlikely) that die-hard libiso9660 C users who are very familiar with that interface could prefer that.

Device::Cdio::ISO9660::FS is a Perl class for ISO 9660 CD reading.

SYNOPSIS

This encapsulates ISO 9660 Filesystem aspects of CD Tracks. As such this is a This library however needs to be used in conjunction with Device::Cdio::ISO9660.

use Device::Cdio::ISO9660:FS;
$cd = Device::Cdio::ISO9660::FS->new(-source=>/dev/cdrom);
$statbuf = $cd->stat ($iso9660_path.$local_filename);

$blocks = POSIX::ceil($statbuf->{size} / $perlcdio::ISO_BLOCKSIZE);
for (my $i = 0; $i < $blocks; $i++) {
my $buf = $cd->read_data_blocks ($statbuf->{LSN} + $i);
die if !defined($buf);
}

print $buf;

This is an Object-Oriented interface to the GNU CD Input and Control library (libcdio) which is written in C. This class handles ISO 9660 aspects of a tracks from a CD in a CD-ROM or as a track of a CD image. A CD image is distinct from an ISO 9660 image in that a CD image contains other CD-line information (e.g. tracks, information or assocated with the CD). See also Device::Cdio::ISO9660::IFS for working with an ISO 9660 image.

FuseIso is a FUSE module to mount ISO filesystem images (.iso files). FuseIso currently support plain ISO9660 Level 1 and 2, Rock Ridge, Joliet, and zisofs.
Enhancements:
- A crash related to handling incorrectly coded names with a Juliet extension has been fixed.

zisofs filesystem is an extension to the ISO9660 filesystem that allows files, on a file-by-file basis, to be stored compressed and decompressed in real time.
The zisofs filesystem is supported by recent versions of Linux (2.4.14 or later).
Legacy systems can still read uncompressed files. zisofs-tools contains the tools necessary to create such a compressed ISO9660 filesystem and to read compressed files on a legacy system.
Enhancements:
- This release fixes the --sloppy option, which was documented but did not work.

Mount ISO Image is an advanced script which allows to perform multiple operations with ISO, NRG (Nero Burning ROM), UDF (DVD), CUE/BIN, CCD/IMG/SUB (CloneCD), XDVDFS (XBOX) images.
Mount/unmount operations can be performed in two different ways: using kdesu or sudo. During the installation youll be offered to choose a variant to use.
Note: If you prefer to use sudo, you should first choose to "Setup sudo config" in installation menu.
Usage:
ISO9660 (CD) and UDF (DVD) images
Mount:
Right-click an ".ISO" file and choose "Actions -> Manage ISO -> Mount Image". Image file will be mounted to folder on Desktop, the corresponding folder will be opened and raised.
Unmount:
Right-click an ".ISO" file and choose "Actions -> Manage ISO -> Unmount Image". The corresponding folder will be removed from the desktop automagically.
Calculate MD5 sum:
Right-click an ".ISO" file, choose "Actions -> Manage ISO -> Calculate MD5 sum" and wait for completion - it may take several minutes for a standard 650 Mb image on a slow machine.
Create ISO/UDF image from directory:
Right-click a folder that you wish an ISO or UDF image to be created from and choose "Actions -> Manage ISO -> Create ISO (or UDF) image". Image will be created either in parent directory of this folder (if user is allowed to write there) or on the Desktop.
Warning: Check if you have enough free space on target partition before creating an ISO!
Create ISO/UDF image from CD/DVD drive:
Right-click any suitable directory (resulting file will be stored there), select "Actions -> Manage ISO -> Create ISO-image from CD-ROM" and select the name of ISO image in the filename selection dialog. If it suggests you put the resulting image on the Desktop instead of the selected directory, it means that current user has no permission to write in this directory.
Note: This feature requires a working CD/DVD drive
Warning: Check if you have enough free space on target partition before creating an ISO!
NRG (Nero Burning ROM) images
Mount:
Right-click an ".NRG" file and choose "Actions -> Manage NRG -> Mount Image". Image file will be mounted to folder on Desktop, the corresponding folder will be opened and raised.
Unmount:
Right-click an ".NRG" file and choose "Actions -> Manage NRG -> Unmount Image". The corresponding folder will be removed from the desktop automagically. You can also right-click this very folder on your to unmount.
Calculate MD5 sum:
Right-click an ".NRG" file, choose "Actions -> Manage NRG -> Calculate MD5 sum" and wait for completion - it may take several minutes for a standard 650 Mb image on a slow machine.
Convert NRG image to ISO
Right-click an ".NRG" file and choose "Actions -> Manage NRG -> Convert to ISO" to convert the image to a standard ISO.
Warning: Check if you have enough free space before converting!
CUE/BIN images
Mount:
Right-click a ".CUE" file and choose "Actions -> Manage CUE/BIN -> Mount Image". Image file will be mounted to folder on Desktop, the corresponding folder will be opened and raised.
Note: This feature requires the use of cdemu utility, available here: http://cdemu.sourceforge.net
If it is not installed on your system, you will need to compile it from source or find a suitable package.
Unmount:
Right-click a ".CUE" file and choose "Actions -> Manage CUE/BIN -> Unmount Image". The corresponding folder will be removed from the desktop automagically. You can also right-click this very folder on your to unmount.
Convert CUE/BIN image to ISO:
Right-click a ".CUE" file and choose "Actions -> Manage CUE/BIN -> Convert to ISO" to convert the image to a standard ISO.
Note: This feature requires bchunk utility, available here: http://he.fi/bchunk
If it is not installed on your system, you will need to compile it from source or find a suitable package.
Warning: Check if you have enough free space before converting!
CCD/IMG/SUB (CloneCD) images
Convert CloneCD image to ISO:
Right-click a ".CCD" file and choose "Actions -> Manage CloneCD -> Convert to ISO" to convert the image to a standard ISO.
Note: This feature requires ccd2iso utility, available here: http://sourceforge.net/projects/ccd2iso
If it is not installed on your system, you will need to compile it from source or find a suitable package.
Warning: Check if you have enough free space before converting!
XDVDFS (XBOX) images
Create XDVDFS image from directory:
Right-click a folder that you wish an XDVDFS image to be created from and choose "Actions -> Manage ISO -> Create XDVDFS image". Image will be created either in parent directory of this folder (if user is allowed to write there) or on the Desktop.
Note: This feature requires extract-xiso utility, available here
Warning: Check if you have enough free space on target partition before creating an ISO!
Installation:
tar -jxf mount-iso-image-0.9.tar.bz2
cd mount-iso-image-0.9
./install.sh
Please follow installer instructions
Translations:
- Czech (by Jozef Riha)
- Danish (by Kalna and BK)
- French (by MrYouP)
- German (by Xenonite and seraphyn)
- Hungarian (by Marcel Hilzinger and Vince Pinter)
- Italian (by marcosegato)
- Polish (by Lukasz Purgal)
- Portuguese/brazilean (by Groo and Dherik)
- Romanian (by Spoiala Cristian)
- Russian (by Jinjiru)
- Slovak (by Jozef Riha)
- Spanish (by mrthc)

Chango is a system for cacheing MP3 files from multidisc cdrom drives. Since you cant actually mount different discs in the same physical device simultaneously, this software will cache the files you need off to a predetermined cache, so that all of the needed files will be available simultaneously.

This is how to configure it for your system;

Edit the drives.conf file in accordance to how your machine is set up. The included .conf file shows two drives, each holding a max of 4 discs.

/dev/cdrom0:/mnt/cdrom0:4
/dev/cdrom1:/mnt/cdrom1:4

I setup symlinks in /dev from /dev/cdrom0 to /dev/hdc and a second one from /dev/cdrom1 to /dev/hdd. Make sure these are read/execute by the user who will be running the software. I am using a RedHat distro, so all mounted devices will end up in /mnt. so, my /etc/fstab shows the following:

/dev/cdrom0 /mnt/cdrom0 iso9660 noauto,owner,ro 0 0
/dev/cdrom1 /mnt/cdrom1 iso9660 noauto,owner,ro 0 0

So, by looking at both files, you should see that there is a corrolation between the two.

At this point, you should be able to mount /mnt/cdrom0 as whatever user will be running the script. As well, you should be able to change disks using eject -c 2 /dev/cdrom0 to swap disks.

Run the scandrives.pl script. perl scandrives.pl This will scan the CDs in the drives, and create the database files based on the mp3s. It should show you the directories it is working through as its working. If it notices that the cd is the same as the one it had already scanned, it will skip it. (This is so that if you change just one disc, you can re-run the app, and it will only do the full work on the new or changed discs.)

Recovery Is Possible (RIP) is a Slackware-based CD or floppy boot/rescue/backup/maintenance system. It has support for a lot of filesystem types (Reiserfs, Reiser4, ext2/3, iso9660, UDF, XFS, JFS, UFS, HPFS, HFS, MINIX, MS DOS, NTFS, and VFAT) and contains a bunch of utilities for system recovery.
R.I.P. also has IDE/SCSI/SATA, PCMCIA, RAID, LVM2, and Ethernet/DSL/cable/PPP/PPPOE network support.
The bootable CD image `RIP-12.4.iso.bin can be written to a CD/DVD disk, using cdrecord/dvdrecord etc.
The 2.6.11.6 kernel has IDE/SATA and SCSI support. The kernel also has PCMCIA, LVM2, RAID, and Ethernet/cable/dsl/ppp/ pppoe/wireless networking support.
These are some of the programs it contains (partimage/partimaged, parted, dump/restore, reiserfsck, fsck.reiser4, fdisk, cfdisk, sfdisk, mke2fs, e2fsck, tune2fs, debugfs, mkfs.xfs, jfs_mkfs, jfs_fsck, xfs_repair, cdrecord/dvdrecord, mkisofs, dvd+rw-format, growisofs, ntfsresize, mkntfs, lynx, mutt, fetchmail, pop3spam, popselect, ncftp, epic irc, tin, telnet, wget, naim, zgv, testdisk, smbclient, smbmount, ssh/sshd, rsync, udp-sender/receiver, lde, blesstivo, rtvpatch, chntpw, cmospwd, grub, grubconfig, smartctl, memtest86, captive-ntfs, ddrescue, dd_rescue, acpitool, dmidecode, hwinfo, lshw, ethtool)
It also includes the DVD udf filesystem packet writing tools (cdrwtool, mkudffs, pktsetup).
The reiserfsck and fsck.reiser4 programs are used to check and repair a Linux reiserfs and reiser4 filesystem.
The xfs_repair program is used to repair a Linux xfs filesystem.
The jfs_fsck program is used to check and repair a Linux jfs filesystem.
The e2fsck program is used to check and repair a Linux ext2 or ext3 filesystem.
The ntfsresize program non-destructively resizes Windows XP/2000/NT4 or Windows Server 2003 NTFS filesystems. Read /usr/doc/RIP/ntfsresize.txt on the rescue system.
The parted program is used for creating, destroying, resizing (fat16/32, ext2/3, reiserfs v3.6), checking and copying partitions, and the file systems on them. This is useful for creating space for new operating systems, reorganising disk usage, copying data between hard disks and disk imaging.
The partition image program partimage saves partitions in the ext2, ext3, reiserfs, jfs, xfs, ufs, ntfs, fat16, and fat32 formats to an image file. Only used blocks are copied to save space and increase the speed. The image file can be compressed, in gzip or bzip2 formats.
Enhancements:
- A few fixes and updates were done.

JNode is a simple to use and install Java operating system for personal use.
It runs on modern devices.
Any java application will run on it, fast & secure! JNode is open source and uses the LGPL license.
This release has taken way too much time, but is finally here!
It contains lots of changes on many areas of JNode. Most important changes are about the massive improvements of the GUI and the Classpath runtime library.
Besides these changes, a lot of changes have to to with the inner workings of the JNode virtual machine.
To make it easier to try JNode, this release comes with a VMWare player configuration file. Install VMWare player, download the compressed iso image, uncompress it, download the VMX file and run it.
Enhancements:
- Basic support for development under JNode javac command, included with the use of Eclipse JDT compiler Integrated standard java tools: jar, native2ascii, serialver etc. from GNU Classpath Text console improvements Swing based console New textconsole based editor JFat - a FAT32 file system implementation RamFS - a simple in-memory file system FTPFS - a read-only FTP based file system Many classpath patches ImageIO support for PNG, GIF and BMP images from GNU Classpath BDF font support Changable desktop Look & Feel Isolate (JSR 121), not fully supported Simple webserver under JNode Various bugfixes in the resource loading, ISO9660, socket writing Download of JNode can be done at www.jnode.org/node/### More information can be found at www.jnode.org or http://sourceforge.net/projects/jnode