Free icmp bass software for linux

Host enumeration is the act of determining the IP address of potential targets on a network. This can be done in both layer 2 and layer 3. Icmpenum project can send ICMP traffic for such enumeration.

The ICMP packets supported are: Echo, Timestamp, Information and Netmask. Furthermore, it supports spoofing and promiscuous listening for reply packets. Icmpenum is great for enumerating networks which allow ICMP traffic.

Icmpenum sends ICMP traffic to potential targets on a network.
Introduction:
Host enumeration is the act of determining the IP address of potential targets on a network. This can be done in both layer 2 and layer 3. Icmpenum sends ICMP traffic for such enumeration. The ICMP packets supported are: Echo, Timestamp, Information and Netmask. Furthermore, it supports spoofing and promiscuous listening for reply packets. Icmpenum is great for enumerating networks which allow ICMP traffic.
Installation:
1. Install the latest libpcap (libpcap 0.4, ftp://ftp.ee.lbl.gov/libpcap.tar.Z).
2. Install the latest Libnet (http://www.packetfactory.net/libnet/).
3. Compile icmpenum as follows:
gcc `libnet-config --defines` -o icmpenum icmpenum.c -lnet -lpcap
4. Copy icmpenum to your fave directory and (as root) start enumerating.
Usage:
Running icmpenum -h gives you the following screen:
# ./icmpenum -h
USAGE: ./icmpenum [opts] [-c class C] [-d dev] [-i 1-3] [-s src] [-t sec] hosts
opts are h n p r v
-h this help screen
-n no sending of packets
-p promiscuous receive mode
-r receiving packets only (no
-v verbose
-c class C in x.x.x.0 form
-i icmp type to send/receive, types include the following:
1 echo/echo reply (default)
2 timestamp request/reply
3 info request/reply
-d device to grab local IP or sniff from, default is eth0
-s spoofed source address
-t time in seconds to wait for all replies (default 5)
host(s) are target hosts (ignored if using -c)
Examples:
Here are some example uses of icmpenum to enumerate hosts.
Example 1:
[Host1]# icmpenum 192.168.1.1 192.168.1.2
This will use the default of Echo packets to try and determine if
192.168.1.1 and 192.168.1.2 are up and running.
Example 2:
[Host1]# icmpenum -i 2 -v 192.168.100.100 192.168.100.200
This will enumerate the two hosts using Timestamp packets in
verbose mode.
Example 3:
[Host1]# icmpenum -i 3 -s 10.10.10.10 -p -v 192.168.1.1 192.168.1.2
This will enumerate hosts 192.168.1.1 and 192.168.1.2 using
Information packets with a spoofed address of 10.10.10.10, since our real address is 10.10.10.11 we use the -p option to listen for the replies.
Here are some more advanced uses of icmpenum.
Example 4:
Assuming Host1 is 6.6.6.6 and Host2 is 7.7.7.7, and that the network 1.1.1.0 has potential hosts to enumerate, we use the following two entries to enumerate with Information packets:
[Host2]# icmpenum -r -t 30 -i 3 -c 1.1.1.0
[Host1]# icmpenum -s 7.7.7.7 -i 3 -c 1.1.1.0
Host2 starts first in receive mode with a timeout of 30 seconds and starts listening for Information packets from the 1.1.1.0 network. Then Host1 starts sending spoofed packets with Host2 as the source address, sending exactly what Host2 is listening for. It should be noted that this is hardly stealthy, as logs at 1.1.1s site could have 7.7.7.7s address all over them, but the -r function is good for testing.
Example 5:
Assuming Host1 is 6.6.6.6 and Host2 is 7.7.7.7, and that Host2 can sniff traffic between 1.1.1.0 and 2.2.2.0, we use the following entries to enumerate the 1.1.1.0 network:
[Host2]# icmpenum -t 20 -n -p -i 2 -c 1.1.1.0
[Host1]# icmpenum -s 2.2.2.2 -i 2 -c 1.1.1.0
Host2 starts first with a timeout of 20 seconds, makes sure not to send the packets with the -n option, listens promiscuously for Timestamp packets from the 1.1.1.0 network. Host1 sends the exact packets Host2 is listening for with a 2.2.2.2 spoofed source address. Yes, one could simply replace the -n option in Host2s command line with -s 2.2.2.2 and do the same thing from one workstation, but were demonstrating a distributed concept.
Enhancements:
- I have added ICMP MASK (type 17 and 18) requests and replys. Simply use the -i 4 option on the command line, such as; icmpenum -i 4 -c 1.2.3.1 (sends ICMP MASK requests to the Class C range 1.2.3.1/24 and reports any system as.
- Due to the use of some older versions of Libnet and Libpcap. I can see problems for some people compiling this and hence have placed two statically linked versions within the tarball

IRMP3 is a multimedia audio jukebox for Linux. IRMP3s strength is that it easily integrates into home, car, and mobile environments (where a keyboard/screen interface may not always be available).
IRMP3 relies on external programs but this is depending on what you want to do.
Main features:
- Plays mp3, Ogg, FLAC, CD-ROM, FM radio, as well as shoutcast http streams.
- Controllable with IR remote controls and external keypads.
- Display status (song name, time, volume, etc) on LCD displays.
- Repeat single, repeat all, and shuffle functions.
- Sleep timer with volume fadeout.
- Mixer support for volume, balance, bass, and treble settings.
- Support for network-based control and status monitoring.
- Playlist loadable from file or by recursively scanning dirs.
- Powerful configuration for easy customization.
- Flexible, modularized source allows easy implementation of new functions to developers.
Enhancements:
- src/irmp3d/mod_mpg123.C : cut n paste bug corrected
- doc/INSTALL : quick fixes to install documentation so its not too

NMP is a music module player. It is able to play 18 module formats. NMP is a graphic mode player and uses the Allegro library for the user interface, and the mikmod library as sound playing engine.
Main features:
- 16/8 bit
- Mono/Stereo
- Reverse stereo
- Surround
- Interpolation
- High/Low mixing quality
- Mixing frequency (MP only)
- Module loop
- Module fadeout
- BPM +/-
- SPEED +/-
- TEMPO +/-
- REVERB +/-
- STEREO +/-
- MODULE VOLUME +/-
- GENERAL VOLUME +/-
- MIXER VOLUME +/- (MP only)
- TREBLE +/- (MP only)
- BASS +/- (MP only)
- Replay pattern
- Next pattern
- Previous pattern
- Restart module
- Pause module
- Stop module
- Next module (playlist)
- Previous module (playlist)
- Channel mute/unmute
- 669 (669 and Extended-669)
- AMF (DMP Advanced Module Format)
- DSM (DSIK internal module format)
- FAR (Farandole Composer)
- GDM (General DigiMusic)
- IMF (Imago Orpheus)
- MED (Amiga MED modules)
- M15 (Soundtracker 15-instrument)
- MOD (Standard 31-instrument Module)
- MTM (Multi-Tracker Module)
- OKT (Amiga Oktalyzer)
- STM (ScreamTracker 2)
- S3M (ScreamTracker 3)
- STX (STMIK 0.2)
- ULT (UltraTracker)
- UNI (MikMod and APlayer internal)
- IT (Impulse Tracker)
- XM (FastTracker 2)

NetPacket::ICMP is a Perl module to assemble and disassemble ICMP (Internet Control Message Protocol) packets.

SYNOPSIS

use NetPacket::ICMP;

$icmp_obj = NetPacket::ICMP->decode($raw_pkt);
$icmp_pkt = NetPacket::ICMP->encode();
$icmp_data = NetPacket::ICMP::strip($raw_pkt);

NetPacket::ICMP provides a set of routines for assembling and disassembling packets using ICMP (Internet Control Message Protocol).

Methods

NetPacket::ICMP->decode([RAW PACKET])
Decode the raw packet data given and return an object containing instance data. This method will quite happily decode garbage input. It is the responsibility of the programmer to ensure valid packet data is passed to this method.

NetPacket::ICMP->encode()
Return an ICMP packet encoded with the instance data specified.

The ICMP Hostname Tools for Linux include a responder daemon, a lookup tool, and a nameswitch module to handle ICMP host name functions.

The NSS module caches all requests (including failures) and honors the TTL value sent by the responding host. It uses a configuration file called /etc/nss-icmp.conf, which controls different aspects of its operation:

* timeout – Sets the timeout in milliseconds for ICMP host name queries, by passing the -t option to idnlookup.
* nocache – Disables the cache.
* ttlnotfound – Sets the TTL for not-found cache entries is seconds. The default is 5 minutes.

Both icmpdnd and idnlookup need to run as root, due to the fact that they use ICMP. Thus, idnlookup needs be installed SUID root.

ISIC is a suite of utilities to exercise the stability of an IP Stack and its component stacks (TCP, UDP, ICMP et. al.). It generates piles of pseudo random packets of the target protocol.

The packets be given tendancies to conform to. Ie 50% of the packets generated can have IP Options. 25% of the packets can be IP fragments... But the percentages are arbitrary and most of the packet fields have a configurable tendancy.

The packets are then sent against the target machine to either penetrate its firewall rules or find bugs in the IP stack.

It also contains a utility generate raw ether frames to examine hardware implementations.

Other novel uses people have found for ISIC include IDS testing, stack fingerprinting, breaking sniffers and barraging the IRC kiddie.