Free fake driving licence id cards software for linux

Asterisk Live CF card is, clearly, a compact flash install of asterisk that will give you a complete, running system similar to that of the asterisk live CD.

Indeed most things are the same although there have been some additions and changes.

To install the CF you will need some way of getting the image onto the card. Generally this can be done with a USB CF card reader using

dd if=asterisk-cf-b01 of=/dev/sda bs=1k count=64000

Useful things to know

1. The cf install currently assumes its hda (1 2 and 3) so youll need to put it in as your primary master using your CF->IDE adaptor, this will be more automagical in the future

2. example configs are stored on hda3 along with a new feature script called remoteconfig. This will allow you to update the configuration/OS automatically on boot from a remote webserver. More detail on how to use this feature will appear at http://www.automated.it/asterisk be sure to read any notes there first.

3. At the minimum youll need a 64mb CF card but you can use a larger one if you wish and create futher partitions. Currenly when you create the CF from the image the following partitions exist

Disk /dev/hda: 8 heads, 32 sectors, 490 cylinders
Units = cylinders of 256 * 512 bytes

Device Boot Start End Blocks Id System
/dev/hda1 * 1 33 4208 83 Linux
/dev/hda2 34 354 41088 83 Linux
/dev/hda3 355 490 17408 83 Linux

4. Once booted you will need to make changes to the files in /dev/hda3/astlive-example, particularly networking and the zapata/zaptel configs. Note, if you rename the astlive-example directory to astlive then on the next boot the files will be copied and activated on the running system automatically. Using the example astlive directory includes a PASSWORD CHANGE for root from EPPING to epping (without quotes) as a demonstration. At the minimum you MUST change the networking to suit your environment, since they will change to what is in this directory too.

5. All partitions on the CF are unmounted after boot so if you need to work on them, you will need to specifically mount them.

6. Ive tested E100P, X100P and TDM40B cards using this install, and would be interested to hear of other cards proven to be working.

Penguin Cards project is a card game.
PenguinCards is a two-player card game. The aim is to find the pairs of cards on the board. The one who finds out more card pairs is the winner.
PenguinCards is a java-based game.
If you are unhappy with images on the cards, then simply copy your cards into images/pictures/penguins directory. That is it!
Enhancements:
- Initial release

Fiked is a fake IKE daemon that supports just enough of the standards and Cisco extensions to attack commonly found insecure Cisco PSK+XAUTH VPN setups in what could be described as a semi-MitM attack.
Basically, knowing the pre-shared key, also known as shared secret or group password, the VPN gateway can be impersonated in IKE phase 1, in order to learn XAUTH user credentials in phase 2.
The configuration supported by fiked is IKE aggressive mode using pre-shared keys and XAUTH. FakeIKEd supports algorithms like DES, 3DES, AES128, AES192, AES256, MD5, SHA1, and DH groups 1, 2, and 5. Main mode is not supported.
Basically, if you know the pre-shared key, also known as shared secret or group password, you can play Man in the Middle, impersonate the VPN gateway in IKE phase 1, and learn XAUTH user credentials in phase 2.
This attack is not new. It has been known for a long time that IKE using PSK with XAUTH is insecure, and this is not the first actual implementation of the attack.
To successfully demostrate an attack on a VPN site, you need to know the shared secret, and you must be able to intercept the IKE traffic between the clients and the VPN gateway.
There are several ways to find out the shared secret, including being a legitimate user, grabbing it from some Cisco config file, using ike-crack, or layer 8 hackery.
There are also several ways to redirect the IKE traffic to your running fiked instance, including ARP spoofing, 802.11 hostap, or layer 1 hackery.
Usage:
Usage: fiked [-rdqhV] -g gateway -k id:psk [-k ...] [-l file] [-L file]
-r use raw socket: forge source address to match < gateway >
-d detach from tty and run as a daemon (implies -q)
-q be quiet, dont write anything to stdout
-h print help and exit
-V print version and exit
-g gw VPN gateway address to impersonate
-k i:k pre-shared key aka. group password, shared secret, prefixed
with its group/key id (first -k sets default)
-l file append results to credential log file
-L file verbous logging to file instead of stdout
Enhancements:
- Bugfixes, portability changes, and support for dropping privileges.

bingo-cards project consists in a program to create number, word/letter, and picture bingo cards.
These cards can be used for entertainment in the car, in a classroom (for example, to teach the element symbols for the Periodic Table), or just with your kids.
You could also create bingo cards with little pictures of everyday objects, then call the names out in Spanish, French, Italian, or German (or whatever you fancy).
Enhancements:
- Win32 Borland CBuilder 3 version ported to Kylix Linux. All tested. Only major issue is cannot select multiple pictures for import. Note for compilation to work, put included crt1.o in /usr/lib {it is a dependency of Kylix, and is crt1.o from glibc-devel 2.1.92}.
- First port of GUI to Linux using Kylix. Seems to work fine, apart from bulk adding of pictures fo picture bingo. (need to add one at a time).

Games::Bingo::Card is a helper class for Games::Bingo.

SYNOPSIS

use Games::Bingo::Card;

my $b = Games::Bingo-E new(90);
my $card = Games::Bingo::Card-E new($b);

my $bingo = Games::Bingo-E new(90);
$card-E validate($bingo);

use Games::Bingo::Print::Card;

my $p = Games::Bingo::Print::Card-E new();
$p-E populate();

The Games::Bingo::Card class suits the simple purpose of being able to generate bingo cards and validating whether they are valid in during a game where a player indicate victory.

It is also used by Games::Bingo::Print to hold the generated bingo cards before they are printed.

fakehermes project is a companion program to hermes that implements a fake (and very simple) SMTP server.

Why would I want to run a fake SMTP server?

The main use of fakehermes is to configure it as a secondary MX server. Some spammers will try to send spam directly to your least prefered SMTP server, because some secondary SMTP servers are badly configured and will relay spam to the main SMTP server without any check.

Placing fakehermes as a secondary SMTP server will receive (but not proccess) those spammers connections. Legitimate connections will retry sooner or later on the main SMTP server.

fakehermes will also log all attempts to send email through it with a very detailed log that will log not only who sent the email but also what tricks did they try to send it.

fakehermes does NOT implement a full SMTP server. It will NOT deliver ANY mail, so DO NOT try to use it as your main SMTP server.

XML Security Library is a C library based on LibXML2.
The library supports major XML security standards:
- XML Signature
- XML Encryption
- Canonical XML (was included in LibXML2)
- Exclusive Canonical XML (was included in LibXML2)
XML Security Library is released under the MIT Licence see the Copyright file in the distribution for details.