Free advantage auto software for linux

Gang-star is somewhat like the drugwars game but with much more functionality. You could see it as a text-based GTA game. Gang-star project is fully text-based and does not have any dependencies. All you need for it to run is a C compiler.

The advantage of gang-star being text-based is that you can use your own imagination, compare it with reading a nice book over seeing a lame movie. You can play over 30 missions, have a gamble at the casino or the horse tracks, go to the nightclub to score some chicks, buy weapons and practice at the local shooting range, and much, much more.

Overview

Gang-star is a text-based game for the UNIX Operating System. You could see it as a text-based version of the infamous Grand Theft Auto game. At first glance you might think gang-star can be compared to the Drugwars game family but gang-star is far more advanced. The game is not about dealing drugs, the game is about the missions.

You start out in Gang-star city as a complete rookie. You have a little cash, no weapons, no nothing. The goal of the game is to become the biggest bad-ass in the city. To accomplish this goal you have to finish up to 30 missions. Next to this you can do a lot of other stuff, like playing the chicks in the nightclub, have a drink in the bar, play some games at the casino, gamble on horses at the racetracks, deal in weed, crack and speed, pimp hookers, and much, much more.

The game is not based on chance like a lot of games. What makes the game interesting is that your skills are upgraded the more you do it. The more shots you fire, the better your aim. The more respect you have, the easier you can hit on chicks, etc.

For a long time the UNIX Operating Sytem has lacked an expanded and fun game with no dependencies at all that would run on any system, but now its here. Welcome to Gang-Star.

Installation

To configure, compile and install gang-star, type:

% ./configure
% make
# make install (logged in as root)

Some people dont seem to get it, so heres how to use gang-star locally, without root access (e.g. on a shell account):

% ./configure
% make
% cd src
% ./gang-star

make compiles the gang-star sources and installs a binary in the src/ directory. You change your current working directory to src/ and locally execute gang-star.

Spaminator is a server that is placed infront of your email server that allows you to take full advantage of the anti-virus/spam features while keeping your current email server intact.
Spaminator project provides a ready-to-use operating system configured to act as a spam filtering mail gateway.
This stage4 is a generic implementation of: http://www.gentoo.org/doc/en/mailfilter-guide.xml
Main features:
- Real Time Black-Hole Lists
- ClamAV AntiVirus filtering
- Spam Assassin
- Postfix

auto-nng is a software for analysis and classification of data, using artificial neuronal networks. You can feed an amount of datasets consisting of certain input and output parameters into the program, to make it try to find a mathematical correlation between the input and output parameters.
Afterwards the program tries to calculate the output parameters for datasets which only have known input parameters.
auto-nng is free, and can be used and enhanced under the terms of the given license (MIT-style). It was developed under the NetBSD operating system, and runs under Linux (and other similar systems) too.
Enhancements:
- The transformation function for continuous input and output values has been changed to cause a smaller error during defuzzyfication.

assniffer is an auto saving sniffer for windows and linux.

assniffer can monitor (using pcap) a network, and for every HTTP transfer it sees, save a copy of the transferred data.

This is less for sinister uses, and more for taking advantage of the already-transferred data that your computer may be exposed to.

Linux users should install libpcap, and tools to enable compiling.

Compilation:

- Go to the source/assniffer directory and type make.

DBPrim project is a library providing basic building blocks for creating in-memory databases.
Main features:
- Linked lists
- Hash tables with optional auto-resize
- Memory-efficient sparse matrices built on hash tables
- Red-black trees.

Mounttero automatically mounts most storage devices such as USB drives and cameras, DVDs, CDROMs, hard disks, and floppies.

Devices are mounted when users opens their directory, such as /mnt/auto/cdrom, and are unmounted when the directory remains unused for four seconds.

Usage

For example, when user opens directory /mnt/auto/usb/, digital camera is automatically mounted and all the pictures shown in the directory. After four seconds of inactivity, device is unmounted and can be detached.

Manual Configuration

The rest of this document describes manual configuration of mounttero. If you installed the rpm, it did all this configuration automatically and you dont need manual configuration. The scripts below contain some latest and greatest version 0.5 improvements that have not made it to rpm yet, namely more usb partitions.

Create the directories used by the automounter. The directory is the one mentioned in /etc/auto.master:

# mkdir -p /mnt/auto/autofs

Create auto.master to tell autofs daemon that /mnt/auto/autofs directory is handled according to auto.tero

# /etc/auto.master
# mountpoint map options # see also: man 8 autofs
/mnt/auto/autofs /etc/auto.tero --timeout=4

List the actual mountpoints and devices in the automounter map

# /etc/auto.tero
# http://iki.fi/karvinen/linux/doc/automatic-mounting-autofs.html
# mountpoint_key options location_device # man 5 autofs
cdrom -fstype=auto,ro,nosuid,nodev,user :/dev/cdrom
cdrom1 -fstype=auto,ro,nosuid,nodev,user :/dev/cdrom1
usb -fstype=auto,nosuid,nodev,noexec,user,gid=100,umask=000 :/dev/sda1
# second and third partitions in usb device:
usb2 -fstype=auto,nosuid,nodev,noexec,user,gid=100,umask=000 :dev/sda2
usb3 -fstype=auto,nosuid,nodev,noexec,user,gid=100,umask=000 :dev/sda3
floppy -fstype=auto,nosuid,nodev,noexec,user,gid=100,umask=000 :/dev/fd0

hda1 -fstype=auto,nosuid,nodev,user :/dev/hda1
hda2 -fstype=auto,nosuid,nodev,user :/dev/hda2
hda3 -fstype=auto,nosuid,nodev,user :/dev/hda3
hda4 -fstype=auto,nosuid,nodev,user :/dev/hda4

hdb1 -fstype=auto,nosuid,nodev,user :/dev/hdb1
hdb2 -fstype=auto,nosuid,nodev,user :/dev/hdb2
hdb3 -fstype=auto,nosuid,nodev,user :/dev/hdb3
hdb4 -fstype=auto,nosuid,nodev,user :/dev/hdb4

hdc1 -fstype=auto,nosuid,nodev,user :/dev/hdc1
hdc2 -fstype=auto,nosuid,nodev,user :/dev/hdc2
hdc3 -fstype=auto,nosuid,nodev,user :/dev/hdc3
hdc4 -fstype=auto,nosuid,nodev,user :/dev/hdc4

hdd1 -fstype=auto,nosuid,nodev,user :/dev/hdd1
hdd2 -fstype=auto,nosuid,nodev,user :/dev/hdd2
hdd3 -fstype=auto,nosuid,nodev,user :/dev/hdd3
hdd4 -fstype=auto,nosuid,nodev,user :/dev/hdd4

# Serial ATA (SATA) disks are IDE emulated in Linux 2.6
hde1 -fstype=auto,nosuid,nodev,user :/dev/hde1
hde2 -fstype=auto,nosuid,nodev,user :/dev/hde2
hde3 -fstype=auto,nosuid,nodev,user :/dev/hde3
hde4 -fstype=auto,nosuid,nodev,user :/dev/hde4

# (c) 2003, 2004-05-29, 2004-09-19 Tero.Karvinen atta iki.fi

# /etc/init.d/autofs restart

Now drives are automatically mounted when you try to access them. You can test it by inserting a cdrom, and cd /mnt/auto/autofs/cdrom. The CDROM is automatically mounted, and ls should show you contents of the cd. When you cd to another directory, such as home directory (cd), CDROM is umounted in four seconds and the eject button in the drive starts working.

To see which drives are mountable (have discs in drive), you can create symlinks (similar to shortcuts) to the mountpoints. You can create the symlinks manually for each drive, for example

# cd /mnt/auto/
# ln -s autofs/cdrom cdrom

Auto-autofs is a Perl script that searches the hardware for block devices using the /proc directory. The project finds partitions on harddisks via fdisk and tries to detect the filesystems.
The script generates also automounter entries for all ISO (or other loopback) files in special folders.
It creates a configuration file (automounter map) or works as a configuration program for automount.
Also a HTML file with all devices will be generated, so its possible to mount (and umount) partitions by clicking on a link.
Main features:
- Finds IDE and SCSI block devices via /proc
- Finds partitions on harddisks
- Filesystem and disk size detection via fdisk
- Gives the Devices automatically a fitting name (cdrom, cdwriter, zip, part etc.)
- By more than one device the names will be numbered (cdrom, cdrom1, cdrom2 etc)
- Its possible to give devices an alias (/dev/hdd1 -> "export")
- Volume or partition label support (for ext2, ext3, udf, isofs, reiserfs, ntfs and vfat)
- more filesystems can be added
- Support for Audio and Video CDROMs (see README file) (NEW)
- Support for IDE-SCSI Emulation
- Support for umount/eject
- Configurable commands
- With Icons (32x32 or 16x16) from KDE
- Support for ISO Files and other loop back files
- Add your devices as QuickBrowser to your KDE Panel
- Free configurable
- Automatically configuration
- Automatically creates symbolic links (/dev/cdrom --> /dev/scd0)
- I18n support
Enhancements:
- removed some kde stuff
- syntax change of index.html
- change default access rights
- bugfixes