Free nrg software for linux

pNRG project is a package for maintaining and visualizing network data, particularly suited for historical trend analysis of network resources.

pNRG doesnt need any explicit configuration and is able to auto-discover, mantain and graph new resources (either IPv4/IPv6 end hosts, network segments, MAC addresses, Autonomous Systems, etc.) as soon as they produce a traffic footprint.

pNRG at a glance:

* Easily displays network data collected through pmacct, regardless of the data source, ie. the network itself, NetFlow or sFlow.
* Straight to your preferred web browser from a couple of pmaccts memory plugins, without the need to configure or define anything.
* No need to rotate, mantain or update anything once the package is in place.
* Just a working installation of pmacct, RRDtool and an Apache supporting execution of CGIs are required.

While it has been over-simplified, specifically tailored to network usage and written from the scratch, most of its concepts are deeply rooted inside the NRG project. For the task, pNRG gets data from a couple of pmaccts memory plugins and relies over RRDTool for graphs and CGIs.

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)

perlcdio is a lower-level wrapper to libcdio, the CD Input and Control library.

SYNOPSIS

This is fairly straight-forward wrapper around the C library libcdio. Although this is perfectly usable on its own, it is expected that the Object-Oriented interface Device::Cdio is what most people will want to use.
There are various constants that are defined here.

Encapsulation is done in two parts. The lower-level Perl interface is called perlcdio (this file) and is generated via SWIG.

CONSTANTS

Driver IDs

DRIVER_UNKNOWN
Use when you dont know what kind of driver and you dont care if it is an CD image driver or a real CD-ROM driver. See also DRIVER_DEVICE which doesnt include image drivers.

DRIVER_AIX

Driver for IBMs AIX.

DRIVER_BSDI

Driver for BSDI.

DRIVER_FREEBSD

Driver for Free BSD

DRIVER_LINUX

Driver for GNU/LINUX

DRIVER_SOLARIS

Driver for Solaris

DRIVER_OSX

Driver for Apples OS X.

DRIVER_WIN32

Driver for Microsoft Windows

DRIVER_CDRDAO

Image Driver for cdrdao

DRIVER_BINCUE

Image driver for CDRWin BIN/CUE

DRIVER_NRG

Image driver for Nero NRG

DRIVER_DEVICE

Use when you dont know what kind of driver but the driver must be a real CD-ROM driver. See also DRIVER_UNKNOWN which includes image drivers.
Real OS driver numbers come before image-disc drivers. Here are constants that can be used in iteration.

MIN_DRIVER

Smallest image or OS driver number.

MIN_DEVICE_DRIVER

Smallest OS device driver number.

MAX_DRIVER

Largest image or OS device driver number.

MAX_DEVICE_DRIVER

Largest device driver number.

These two scripts were made to simplify the mount of file *.iso . AcetoneISO is perfectly integrated in KDE and it takes use of KDESU.

They are 2 simply scripts that autamatically creates a folder on Your Desktop and mounts the ISO file that is on the Deskop. Be sure that on your desktop there is only 1 iso file or else it will mount the iso file giving priority(i suppose) to the ascii code.

HOW TO USE :

1) mount and unmount ISO and MDF(if iso-9660 standard)
2) Convert BIN/CUE, MDF, DAT, NRG, CCD/IMG, CDI, XBOX to ISO
3) Burn Your ISO, CUE, TOC images directly in K3b
4) verify md5sum of image files
5) ability to create ISO from Folder and CD/DVD
6) Mount, unmount, create ISO from Folder or CD/DVD from servicemenu
7) Play a DVD-Movie ISO with Kaffeine, Mplayer or VLC from GUI or servicemenu(only kaffeine)
8) Split ISOs in smaller files of 649MB or 125MB ad merge them
9) Force the mount/eject of a CD/DVD media in your device

CDemu is a kernel module for Linux. It is designed to simulate a CD drive + CD with just simple cue/bin files, which are pretty common in the Windows world.
You can use it to watch an SVCD or mount the data track of an bin/cue. However, for watching an SVCD, we would recommend MPlayer which can play bin/cue images directly with the patch a friend and I made for it (more under History).
Status:
- Using CDemu on multi user systems should be safe now. Any user can mount an image in an empty CDemu slot while only the user (and root) can unmount a slot that is already in use.
- Many users have reported SMP issues (varying from lock ups to very poor performance). Weve had an user send us a threading patch to avoid locking issues, but it is 2.4-centric. So, before it can be added to CVS, it needs to be generalized to support 2.4 and 2.6. Unfortunately, none of the CDemu developers have access to SMP systems so the best testing we can do involves it looks good :). CDemu-0.6 final should resolve these issues.
- Looking ahead: CDemu was first created to support bin/cue images. Ideally, wed like to be able to support Nero (.nrg), Disc Juggler (.cdi), Clone CD (.ccd), etc... Anyone with spare time and spare patches would be appreciated.
Installation:
The install is quite simple:
extract the archive (release tarball):
$ tar -jxvf cdemu- .tar.bz2
checkout the code from cvs:
$ cvs -z3 -d:pserver:anonymous@cvs.sourceforge.net:/cvsroot/cdemu co -P cdemu
you need the source of your current running kernel.
/lib/modules/$(shell uname -r)/build/include needs to point at it.
build the module:
$ make
install the module and user space utilities:
$ sudo make install
now simply load the kernel module:
$ sudo modprobe cdemu
(no message should be displayed after running modprobe)
to load a bin/cue image:
$ cdemu 0 image.cue
$ mount /dev/cdemu/0 /mnt/cdrom
(some things may be different on your system, YMMV)
for more information, please review the help output:
$ cdemu -h
Enhancements:
- This version only supports kernel versions 2.6.16 and higher.
- The 2.4 series is no longer supported.
- cdemu now has file access like in a loop module.
- It should now work on amd64 and SMP systems.
- Support for .iso, .mds, .ccd, and .nrg images was added.
- Some documentation was added.
- Bugfixes were made.