Comprehensive step by step guide to install Arch Linux
Table of contents
To install Arch Linux, you need an Internet connection. Arch Linux and its many derivatives (for example, BlackArch) have a network installation. This means that you can not install the system without an Internet connection. That is, you start the OS from a bootable USB flash drive, but in the process of installing the packages are not copied from the disk, but are downloaded from the network. The consequence of this is that immediately after installation we have the up-to-date system.
There are more simple ways to get an Arch Linux-based distribution. For example, Manjaro has a convenient graphical installer and even supports offline installation.
BlackArch also has a script to help you install.
I will install the most pure Arch Linux, as a desktop environment, I will install Cinnamon, and I will also add BlackArch repositories (this repository is perfectly compatible with Arch Linux). It turns out a kind of analog Kali Linux, but it looks friendly like Linux Mint.
Arch Linux is a Rolling distribution, that is, there are no versions as such, but once a month Live-images come out, which represent a snapshot of the system at the time of creation. Download the latest version at this link: https://www.archlinux.org/download/
This is the official site, Arch itself is free, just like AUR and BlackArch repositories.
In Windows, the bootable USB flash drive can be created using Win32 Disk Imager.
In Linux, you can use dd utility to create a bootable flash drive.
It is necessary to boot from a flash drive. To do this, when you start the computer many times press Esc (or Delete button on some systems), then select the USB flash drive to boot:
Either go to the BIOS and there you select the USB flash drive as primary boot media.
Note: In your BIOS settings Secure boot and Fast boot have to be disabled.
Choose the first option:
And… welcome to Arch Linux!
Arch Linux is distribution with a minimal set of programs without a graphical interface - just like Debian minimal.
It is necessary to configure the Internet, because everything else is meaningless, if there is no internet connection.
If your computer has a wired internet connection, then everything is simple enough - Arch itself will try to configure the Internet connection and get an IP address if the router supports DHCP.
In either case, check the network connection by ping:
If this service is disabled on the router, then you need manually to configure your network interface. An example of how to do this:
Configuring Static IP for Arch Linux Installation
First we find out the name of the network interface:
After that, the assignment of the static IP is done by the following command (itself IP, subnet mask and the name of the network interface, replace with your own):
ip a add 192.168.1.101/255.255.255.0 dev ens3
You can shorten it a little:
ip a add 192.168.1.101/24 dev ens3
Nevertheless, at this stage you will not have an Internet connection yet. We need to register the default gateway (replace the gateway address with your own gateway):
ip route add default via 192.168.1.254
And … still at this stage there will be no Internet. It is necessary to set a DNS server.
To do this, open the file
and add the line:
Configuring wireless conntcion for Arch Linux Installation
Let's say I do not have a wired connection, so I'll show you how to connect to Wi-Fi on the command line.
We begin by looking at the name of the wireless network interface:
You can also use the command:
It's seen that the name of my wireless interface is wlo1. Before connecting to any Wi-Fi network, we need to find out which access points are available in the range. To do this, we will scan the Wi-Fi network at the command line.
Since no NetworkManager yet, you need to start by activating the network interface:
ip link set wlo1 up
Instead of wlo1 here and in all subsequent commands, insert the name of your wireless adapter.
iw dev wlo1 scan | grep SSID
As a result of this command, the names of the wireless networks will be displayed. I have two networks with the same name MiAl because the router operates on two frequencies (2.4 and 5 GHz) and both networks are called the same.
We need to generate a configuration file. This is done by the command:
wpa_passphrase AP_name password > configuration_file
For example, for AP MiAl password wifi_password_here and the configuration file I want to call wpa_MiAl.conf, then the command looks like this:
wpa_passphrase MiAl wifi_password_here > wpa_MiAl.conf
We connect to the access point:
wpa_supplicant -B -i wlo1 -c wpa_MiAl.conf
In the previous command, specify your wireless interface (wlo1) and your configuration file (instead of wpa_MiAl.conf).
To obtain automatic DHCP settings (assigned IP address, gateway IP address and DNS server IP addresses) run the command:
If you mess up something when marking partitions of your disk, you can accidentally delete important data.
We look at the available disks:
To orient among disks, look at the manufacturer, the volume and the number of partitions.
For example, in the screenshot above you can see the /dev/nvme0n1 disk, which Windows system shredded into four disks, and on the fifth where I installed Kali Linux in the previous manual.
It has such a strange name, because it is an SSD drive, which is not connected to a SATA connector, but NVM Express.
Next is the /dev/sda disk with capacity is almost terabyte.
The /dev/sdb disk with capacity 7.5 Gigabytes is the USB flash drive.
I want to demolish everything that is on the /dev/nvme0n1 disk – all partitions and all data - and install Arch on it. Therefore, in the subsequent commands I will use /dev/nvme0n1, as well as /dev/nvme0n1p1 and /dev/nvme0n1p2 referring to its partitions. In the subsequent commands, replace these names with the names of your disks, for example, /dev/sda, /dev/sda1, /dev/sda2, and so on.
We start with a full cleaning of the disk /dev/nvme0n1.
Open it with the gdisk program:
To switch in expert mode, enter
Then, to remove the GPT, type
Double agree to completely clean the disk.
We leave the program.
You can check the output of the command again to make sure that the changes are saved:
Oh, in this manual we are installing the system on a computer with UEFI. This analogue of BIOS is actively used for 6-7 years, so the guide should work for the majority of computers. If you have an older system with a usual BIOS, let me know in the comment section - I’ll provide more instructions, where I explained how to do for BIOS.
Now open our drive in the cfdisk program.
We need to create two or three sections manually. Two mandatory sections are:
- boot area
- main partition with system (root /)
As an additional third section, you can create a swap partition - it is needed in case the operating system does not have enough RAM. I have 16 gigabytes of RAM already preinstalled and there is a slot for another 16 GB. So I will not make a swap partition.
Now click New.
Set the size (for the boot partition 200 MB is enough):
Specify the type:
We need to choose EFI System:
Go to the remaining free area (arrow down), click New again, select the entire unallocated size, type Linux root (x86-64) as the type, or another that matches the architecture of your processor:
Now select Write to record the made changes.
We write yes:
We leave the program.
You can check the output of the command again to make sure that the changes are saved:
mkfs.fat -F32 /dev/nvme0n1p1 mkfs.ext4 /dev/nvme0n1p2
Now we need to mount the created partitions of the SSD/hard disk. To do this, execute the following commands in the following sequence:
mount /dev/nvme0n1p2 /mnt mkdir /mnt/boot mount /dev/nvme0n1p1 /mnt/boot
We begin the installation:
pacstrap -i /mnt base base-devel
When the list of packages is built, then press ENTER twice to approve it when the size of the downloaded data is written, and also the size after installation, press ENTER again for agreement:
Create the fstab file:
genfstab -U -p /mnt >> /mnt/etc/fstab
Run the following command:
pacman -Sy pacman -S vim
If you prefer to the console text editor nano, then install it.
Now in the locale.gen file we need to uncomment the two lines, for this
We search there and uncomment the lines:
en_US.UTF-8 UTF-8 ru_RU.UTF-8 UTF-8
Instead of ru_RU.UTF-8 UTF-8, select your native language. If you a English native speaker, so the only one line en_US.UTF-8 UTF-8 is enough for you.
Quite briefly about vim - it has two modes: edit mode and command mode. Editing mode is enabled when you press the Insert button, the Esc button switches on the command mode. In editing mode as in a normal text editor - press the letter, get the letter on the screen. In the command mode, the keys has other meanings. For example, to search for a line, press / (slash) and start typing a line. Press n to go to the next occurrence of the search string.
To save and exit the document, go to the command mode (press Esc), then press :wq and Enter (that is, a colon, w, q and Enter).
After that we perform:
Create locale.conf and export the locale:
echo LANG=en_US.UTF-8 > /etc/locale.conf export LANG=en_US.UTF-8
We specifically chose the English locale for the installation time, because if errors occur, then in the non-English locale, messages will be displayed as squares and it will be difficult to understand what the cause of the problem is.
Set the Time Zone by associating the time zone information with localtime. To see all time zones:
To see subcategories
Now that you have chosen the city, make a link (replace Europe/Moscow to your city):
ln -s /usr/share/zoneinfo/Europe/Moscow /etc/localtime
Install the hardware clock on UTC:
hwclock --systohc --utc
Set the hostname (you can select any):
echo HackWare > /etc/hostname
We configure the network. If you have a wired connection, then configure your system to get IP address automatically:
systemctl enable dhcpcd.service
If you have a Wi-Fi connection, you will need to configure it manually the first time you reboot.
Attention to those who have a Wi-Fi connection: be sure to install the packages:
pacman -S wpa_supplicant dhclient iw
We set the root password:
Create a new user with sudo (replace <username> with real name):
useradd -m -g users -G wheel,video -s /bin/bash <имя пользователя>
pacman -S sudo
In the /etc/sudoers file, find and uncomment the %wheel ALL=(ALL) line:
Set the password for the created user:
Edit the contents of the file:
Delete what is there and write there:
Create a configuration file to add the Arch Linux item to the systemd-boot manager:
The contents of the file should be as follows:
title BlackArch linux /vmlinuz-linux initrd /initramfs-linux.img options root=/dev/nvme0n1p2 rw
Pay attention to /dev/nvme0n1p2 - this is the path to my disk with the system, replace it with your own.
Leave the chroot, unmount the mounted partitions and reboot:
exit umount -R /mnt/boot umount -R /mnt reboot
You can remove the installation disc.
After logging into the system, we need to do a complete update with the following command:
sudo pacman -Syu
But before that you need to connect to the Internet. If you have a wire, then everything should work itself, and if you have Wi-Fi, then do as shown above (at the beginning of the installation).
Before we install all the necessary software, we need the help of the bash-completion package, which, when the TAB key is pressed, completes commands or shows a list of possible commands or files for substitution.
sudo pacman -S bash-completion
The next step is to install the default X environment, which provides the default settings for the Xorg server and 3D support.
sudo pacman -S xorg-server xorg-apps xorg-xinit mesa
For additional functionality of Xorg, also install the following packages.
sudo pacman -S xorg-twm xterm xorg-xclock
For laptops and netbooks, also install drivers to support the touchpad.
sudo pacman -S xf86-input-synaptics
Now we need to install a driver specific to your VGA (video card) system, but first we need to identify your system graphics. And you need to go through a small educational program.
Video cards are:
Intel graphics is a built-in video processor core. Now most processors have a video core. Therefore, your system may most likely have two video adapters: NVidia and Intel or AMD and Intel.
For additional confusion, there are proprietary (from the manufacturer) and open drivers for NVidia and AMD.
To make things really difficult, these drivers conflict with each other and their ‘conflicts’ usually consist in the fact that the system simply does not load into the graphical interface.
Type the following command to determine your video card.
lspci -k | grep -E "(VGA|3D)"
00:02.0 VGA compatible controller: Intel Corporation Device 3e9b 01:00.0 3D controller: NVIDIA Corporation GP107M [GeForce GTX 1050 Ti Mobile] (rev a1)
I have Intel and NVIDIA.
Attention, if you install VirtualBox into the virtual machine, i.e. you see:
00:02.0 VGA compatible controller: InnoTek Systemberatung GmbH VirtualBox Graphics Adapter
Then you do not need to install the driver for your real video card, because the OS in the virtual computer still can not use the real graphics card. Therefore, skip the installation of the video driver, and instead, follow the steps:
Start VirtualBox Guest Additions installation
Install VirtualBox Guest Additions:
pacman -S virtualbox-guest-utils linux-headers modprobe -a vboxguest vboxsf vboxvideo
Create virtualbox.conf in /etc/modules-load.d
Add guest modules and video to virtualbox.conf:
vboxguest vboxsf vboxvideo
Login as a created user or use su. Copy and open .xinitrc:
cp /etc/X11/xinit/xinitrc ~/.xinitrc vim ~/.xinitrc
Add the following contents to the top! (but after the Shebang, of course):
End VirtualBox Guest Additions installation
Which driver to choose? The proprietary NVIDIA driver provides the best performance. If you are going to use Hashcat and Pyrit, then you need it.
An open NVIDIA driver (called nouveau) can switch from an Intel video card to NVIDIA and vice versa. But it lacks functionality in other. If you install a proprietary and open driver at the same time, the system can hang so that it will not even be possible to switch to the console and fix it … (More precisely, during boot, you need to press Cntr+Alt+F2 before the system completely freezes).
For Intel, there is no proprietary driver (only open).
Once you have determined your graphics card, now it is time to install the appropriate driver. By default, Arch offers the default video driver Vesa - xf86-video-vesa, which can work with a large number of graphics chipsets, but does not support 2D or 3D acceleration.
To install an open AMD driver, run the command:
sudo pacman -S xf86-video-amdgpu
To install the nVidia open driver:
sudo pacman -S xf86-video-nouveau
OR to install the proprietary nVidia driver:
sudo pacman -S nvidia nvidia-utils
If you have an Intel graphics card, install the mesa package, which provides a DRI driver for 3D acceleration. It is not recommended to install the xf86-video-intel drive:
sudo pacman -S mesa
To support Vulkan (Ivy Bridge and newer) install:
sudo pacman -S vulkan-intel vulkan-mesa-layer
After the corresponding driver of your video card has been installed, it is time to test the Xorg server and video drivers, make it the next command.
If everything is configured correctly, the X session will be started as in the screenshot below. From here it is possible to leave writing exit in the largest console.
Note: I had a nVidia card and a proprietary driver, the image was more like a black screen, but the display manager still works.
Now it's time to get super graphical user interface - a complete desktop environment for our system. Install the package Cinnamon. Run the following command to install Cinnamon and another dependency from the official arch repository.
sudo pacman -S cinnamon nemo-fileroller
The next step is to install the GDM display manager package, which helps the system run the X server and provides a graphical user interface for users when entering the Cinnamon desktop environment.
sudo pacman -S gdm
This command will make sure that you do not have to manually select the desired desktop environment each time:
sudo mv /usr/share/xsessions/gnome.desktop ~/
Attention, if you installed a proprietary driver. Open the file /etc/gdm/custom.conf
sudo vim /etc/gdm/custom.conf
Find the line there
and uncomment it to get:
The next step is to enable and test GDM, to log into Arch Linux, use your credentials.
sudo systemctl enable gdm sudo systemctl start gdm
After loading GDM, a login window appears with an invitation to enter credentials. Select your user -> click on the icon to the left of the Sign In and make sure that you have selected Cinnamon, then enter your password and click the Sign In button or the Enter button.
Our Internet connection is controlled via the command line, but if you want to manage your network connections from the GUI, you need to disable the dhcpd service and install and use the Network Manager package. Also install the net-tools package for advanced network commands. From the graphical interface, open the UXterm and run the following commands:
sudo pacman -Syu sudo pacman -S iproute2 network-manager-applet
Disable the dhcpcd service (here enp0s3 is the name of my network interface.
To view your network interfaces, type:
You may have another name - correct the commands according to your system).
sudo systemctl stop email@example.com sudo systemctl disable firstname.lastname@example.org sudo systemctl stop dhcpcd.service sudo systemctl disable dhcpcd.service
If you need OpenVPN support in Network Manager, then run the command:
sudo pacman -S networkmanager-openvpn
Start and add Network Manager to startup:
sudo systemctl start NetworkManager sudo systemctl enable NetworkManager
Now test the Internet connection again by running the ping command against some host.
To complete the system test, reboot your computer to make sure everything is installed and configured correctly, then continue.
At the moment there is a minimum of installed software in the system, which will not help much in everyday use of a desktop computer or laptop. Run the following large command to install the basic software.
sudo pacman -S gedit gnome-terminal pulseaudio pulseaudio-alsa pavucontrol firefox vlc eog eog-plugins chromium unzip unrar p7zip pidgin toxcore deluge smplayer audacious qmmp gimp xfburn thunderbird gnome-system-monitor doublecmd-gtk2 gnome-calculator pinta recoll deadbeef veracrypt bleachbit gnome-screenshot evince mlocate antiword catdoc unrtf djvulibre id3lib aspell-en git calibre ttf-freefont ttf-linux-libertine ntfs-3g libmtp
Together with these programs, fonts will also be installed, after which the inscriptions will become normal.
Let's install your locale (Russian locale as example):
su - echo LANG=ru_RU.UTF-8 > /etc/locale.conf Ctrl+d
If you need office tools like Writer, Calc, Impress, Draw, Math and Base, then install the LibreOffice package with the following command.
sudo pacman -S libreoffice-fresh libreoffice-fresh-en
Dictionaries for spelling and style checking in LibreOffice:
To remove packets, use the -R switch with the pacman command.
sudo pacman -R package-for-removal
If you decide to gain a foothold in Arch Linux, it is strongly recommended that you review the documentation for working with its pacman package manager. At least review:
pacman --help man pacman
Arch Linux has other Linux desktop environments in its official repositories: KDE, GNOME, Mate, LXDE, XFCE, Enlightenment. The choice of Cinnamon or other desktop environment is a personal matter for everyone. But in my opinion, Cinnamon has better flexibility (themes, applets and extensions), as well as additional advanced features (hot screen corners) that increase productivity.
BlackArch is perfectly compatible with the usual Arch Linux. It acts as an informal repository.
Load and run strap.sh as root:
curl -O https://blackarch.org/strap.sh sudo bash ./strap.sh
Update the cache:
sudo pacman -Syyu
Installing BlackArch Packages
Now you can install tools from the blackarch repository.
1. To display a list of all available tools, run:
pacman -Sgg | grep blackarch | cut -d ' ' -f2 | sort -u
2. To install all the tools, run:
pacman -S blackarch --force
3. To install a tool category, run:
pacman -S blackarch-<category>
4. To view the categories of blackarch, run
pacman -Sg | grep blackarch
It is also recommended to install a list of mirrors:
sudo pacman -S blackarch-mirrorlist
You can install all the tools at once, some groups of tools or only those individual tools that you need. For example, I want to install tools for automating hacking, cracking passwords, working with databases, using exploits, networking tools, recon, scanners, sniffers, social engineering, spoofing, working with web applications and working with wireless networks, I'm running the command:
sudo pacman -S blackarch-automation blackarch-cracker blackarch-database blackarch-exploitation blackarch-networking blackarch-recon blackarch-scanner blackarch-sniffer blackarch-social blackarch-spoof blackarch-webapp blackarch-wireless --needed --force
Hashcat program works only with proprietary video drivers. If you have a nVidia graphics card, you must have the appropriate driver installed.
sudo pacman -S opencl-nvidia opencl-headers cuda hashcat
As a result, hashcat will use the video card when hacking passwords.
Also, Hashcat can use the CPU, this requires Intel(R) Graphics Compute Runtime for OpenCL(TM). Installation:
git clone https://aur.archlinux.org/compute-runtime-bin.git cd compute-runtime-bin/ makepkg -si
When I try to execute a benchmark, I receive a message:
* Device #1: Intel's OpenCL runtime (GPU only) is currently broken. We are waiting for updated OpenCL drivers from Intel. You can use --force to override, but do not report related errors.
When I try to run a benchmark with the --force option:
hashcat -b -D 1,2 --force
It can be seen that the processor is recognized, but it all ends with a segmentation error.
If you want to run 32-bit applications on your x86_64, enable the Multilib repository.
By the way, Multilib packages should be activated. This is useful anyway, since many of these packages are dependencies for BlackArch tools. In the same packages are Wine, Skype and other fairly popular programs. To do this, open the file /etc/pacman.conf:
sudo gedit /etc/pacman.conf
Find there two lines:
#[multilib] #Include = /etc/pacman.d/mirrorlist
And replace them with (uncomment):
[multilib] Include = /etc/pacman.d/mirrorlist
After you enabled the Multilib repository, run the following commands:
sudo pacman -Sy sudo pacman -S wine wine_gecko wine-mono lib32-mpg123 lib32-gnutls
The pacman package manager has a text file with a large list of mirrors, from where it downloads updates. It selects the first mirror from the list and starts the download. If the speed is too small or the mirror is not available, the next mirror is selected and so on. There are mirrors for the whole world, but if you have a fast Internet connection, you may notice that with some of them the download speed is low.
You can choose fast mirror packets and thereby significantly speed up the speed of system updates during the download phase.
To do this, open the file /etc/pacman.d/mirrorlist:
sudo gedit /etc/pacman.d/mirrorlist
And comment out or delete mirrors that you do not want to use. Or just move to the top the nearest and fastest mirrors to you.
If the system does not boot, then switch to another terminal using the keys Ctrl+Alt+F2 or Ctrl+Alt+F3. Log in and roll back the changes that led to the fail.
Even if this does not help, that is, the system hangs tightly and it is impossible to switch to another terminal, then you can still restore your Arch!
To do this, you need a bootable flash drive with Arch Linux. Boot from it, then mount the partition of your hard drive:
mount /dev/nvme0n1p2 /mnt
Attention, instead of /dev/nvme0n1p2 enter your disk, for example, /dev/sda2
Run the following command:
As a result, you seem to be in your main operating system (and not the one that booted from the USB flash drive). That is, you can roll back or make any changes on a computer that does not boot.
So that you understand the power of this method: even if the Linux kernel or boot loader is damaged, this method allows you to boot and switch to a broken system and fix everything!
Also, you can change passwords, of course, install and remove packages - all these changes will occur on the main system, and not on the Live-disk.
ArchWiki contains a lot of information for studying Arch Linux, all the most important articles have a translation into different languages.
There is a forum: https://bbs.archlinux.org/
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