After we have created a local user and possibly setup the runlevel, it's time for some standard configurations.
Slackware has excellent support. Being around for more than a decade, it is well documented. All questions and problems can be easily found and solved using:
By default, Slackware does not have a cool package management interface like YaST or Adept. This means that you will have to find and download the required packages by yourself. To make things worse, Slackware does not automatically resolve dependencies, either.
How to install packages?
Slackware packages have a .tgz extension. They differ from standard archives in that they are specially constructed to work with Slackware system architecture. They might not work if unpacked using tar. Instead, Slackware offers a number of simple tools for package installation:
installpkg allows to you install new packages. It can be used with a -warn option to prevent older files being overwritten without a prompt. Most common syntax is installpkg packagename.tgz or installpkg -warn packagename.tgz.
removepkg will do just the opposite - remove installed packages. Like installpkg, it can be used with a -warn option.
pkgtool is a graphical package tool. It is not as fancy as YaST or Synaptic, but it will do the job. It is recommended for those who dread the command line.
Other useful tools are upgradepkg, makepkg and explodekpg. For more information about package management, Google and Wikipedia are your friends. But you might want to look into these sources first:
You might want to use a firewall - you should. Two most common firewalls for Slackware are the arno-iptables-firewall and KMyFirewall, which can be used with the KDE. Still, successfully configuring the firewall might not be the easiest task. Until you do find the optimal solution, you might want to use a basic firewall - an iptables script. Follow these steps to create your own simple firewall:
1. Create a text file containing the follow script named rc.firewall.
# These two rules set the default policies, i.e. what to do if a
# packet doesn't match any other rule, to drop any packet coming
# into (INPUT) or routing through (FORWARD) the box.
iptables -P INPUT DROP
iptables -P FORWARD DROP
# These rules are added (-A) to the INPUT chain. They allow packets
# from any previously established connections and accept anything
# from the loopback interface.
iptables -A INPUT -m state --state ESTABLISHED,RELATED -j ACCEPT
iptables -A INPUT -s 127.0.0.1 -d 127.0.0.1 -i lo -j ACCEPT
# Below rule is needed ONLY if you want to have ssh connections.
# Comment this line if you do NOT want to use ssh connections.
# This rule added to the INPUT chain accepts any ssh connections.
# Change ethx to reflect your network setup, i.e. use the name
# of the device that connects to the Internet (e.g. eth0).
iptables -A INPUT -p tcp --dport 22 -i ethx -j ACCEPT2. Make this file into a script.
3. Grant this file the necessary execution permissions.
chmod 755 rc.firewall
4. Move the script into the /etc/rc.d directory (this will make is start every boot).
mv rc.firewall /etc/rc.d
This basic firewall is a simple NAT device that will control your inbound connections.
For ATI, head to ATI Linux Display Drivers and Software. Select the adequate driver and follow simple instructions. For Nvidia, head to Nvidia Unix Drivers page. Select the adequate driver and follow the short instructions.
Honestly, I think it's up to you now. If you have loyally followed this far, you have a neat system going. It's protected by firewall, it has a variety of desktops to choose from and a solid basic collection of programs. Furthermore, you should have a working Internet connection and be able to manage your packages.
That pretty much covers the basics. If you have followed this guide, with some luck, you have by now mastered: How to install Slackware Linux. How to add local users and boot automatically into graphical desktop. How to find and install packages and resolve dependencies. How to use command line interface to edit configuration files and install packages. How to install and configure the graphic card drivers and setup your display. How to setup a firewall. Moreover, you will have also realized that: Slackware is easier than it seems. Slackware installation is fast, smooth and easy - just as easy as Windows and a WHOLE lot more fun. Slackware is a robust and mature distribution that offers a secure and stable working environment. Help sources are extremely well documented and if followed to the word offer a very accurate and effective solution to all possible problems. Slackware is a great jumpboard into the world of Linux. It is a tiny bit more difficult than SUSE or Ubuntu, especially because it does not aim to placate green Windows converts. But despite that and because of it, Slackware is a superb Linux experience.