[[https://arm.slackware.com/|Slackware ARM project web site]] | [[https://www.linuxquestions.org/questions/slackware-arm-108/|Forum]] | [[slackwarearm:development|Slackware ARM development documentation]] | [[slackwarearm:inst|Slackware ARM installation guides]] ====== Installing Slackware: Paravirtualization on Apple Silicon within UTM hypervisor ====== ^ ^ ^ | Platform | AArch64/ARM64 | | Hardware Model | macOS / Apple Silicon | | Document Version | 1.00, Apr 2025 | | Author | Stuart Winter | ===== Video Tutorial ===== This tutorial is also available in [[https://youtu.be/TLGFmpJn1m8|video form]]. ===== Other Virtualization Platforms ===== If you'd prefer to use [[https://www.vmware.com/products/desktop-hypervisor/workstation-and-fusion|VMWare Fusion]], follow the [[slackwarearm:inst_sa64_virt_vmwarefusion|Installation Guide]]. ===== Supporting the Slackware ARM Project ===== If you like what we're doing here, please consider [[https://arm.slackware.com/sponsor/|becoming a patron]]. ===== Download the Slackware Linux AArch64 Installer ISO image ===== The '$' prefixes in the commands indicates the shell prompt - it's not to be typed/copied Open a shell/terminal on the Mac: * The Terminal application can be found within ''Applications'' -> ''Utilities'' {{:slackwarearm:slackarm-generic-macos-terminalapp-1.png?600|}} {{:slackwarearm:slackarm-generic-macos-terminalapp-2.jpg?600|}} === Prepare a directory to hold the downloaded assets === We'll download the Slackware Linux distribution into a directory named 'slackware'. $ cd ## this returns to the root of your home directory $ mkdir slackware $ cd slackware === Set the version of Slackware AArch64 to download === At the time of writing, the only version available is 'current'. $ SLKVER=current === Set the Internet media distribution server === If you are using a mirror server rather than the master Slackware ARM server, set it here. The format is: :: $ SLKSRV=ftp.arm.slackware.com::slackwarearm === Download the Slackware Linux Installer === $ rsync -PavL $SLKSRV/platform/aarch64/bootware/installer-aio/slackwareaarch64-${SLKVER}/aarch64_generic.iso.asc slk-aarch64_generic.iso.asc $ rsync -PavL $SLKSRV/platform/aarch64/bootware/installer-aio/slackwareaarch64-${SLKVER}/aarch64_generic.iso.md5 slk-aarch64_generic.iso.md5 $ rsync -PavL $SLKSRV/platform/aarch64/bootware/installer-aio/slackwareaarch64-${SLKVER}/aarch64_generic.iso slk-aarch64_generic.iso //The Slackware Installer images are approximately 5 GBytes in size.// ==== Verify the Slackware Installer image ==== Since GPG is not provided on MacOS by default, the easiest way to verify the images is using the MD5 hash. ==== Hash method ==== These MD5 sums are examples - the images you download will have different hashes $ openssl md5 -r slk-aarch64_generic.iso ; cat slk-aarch64_generic.iso.md5 380d7a8a06dc575e2d4e3140725f7a12 *slk-aarch64_generic.iso 380d7a8a06dc575e2d4e3140725f7a12 Manually verify that the MD5 sums match. ==== GPG method ==== GnuGPG is not installed in MacOS by default If you have GPG installed, verify the digital signature of the Slackware Installer. === Installing the Slackware ARM GPG key === The Slackware ARM GPG key can be used to verify your downloads. If you are able to verify the GPG signatures, you can download and import the GPG key like this: $ curl -sSL https://www.slackware.com/infra/keys/arm/GPG-KEY | gpg --import - $ gpg --verify slk-aarch64_generic.iso.asc As the images are large, verification may take a minute or two. The output will be similar to this. You are looking for 'Good signature from Slackware ARM...' gpg: assuming signed data in `slk-aarch64_generic.iso' gpg: Signature made Mon 24 Mar 2025 06:07:44 PM GMT gpg: using RSA key F7ABB8691623FC33 gpg: Good signature from "Slackware ARM (Slackware ARM Linux Project) " [unknown] gpg: WARNING: This key is not certified with a trusted signature! gpg: There is no indication that the signature belongs to the owner. Primary key fingerprint: 36D3 7609 2F12 9B6B 3D59 A517 F7AB B869 1623 FC33 If you see 'BAD signature' you should re-download as it may have become corrupt. If this doesn't help, drop a note to the [[https://www.linuxquestions.org/questions/slackware-arm-108/|Slackware ARM forum]] ===== Download and Install UTM ===== If you do not already have UTM installed, [[https://mac.getutm.app/|Download UTM]] for MacOS and install it. Version of UTM tested: **4.6.4 (107)** ===== Creating the Virtual Machine within UTM ===== * Click ''Create a new Virtual Machine'' {{:slackwarearm:slackarm-utm-createvm-1.png?600|}} * Click ''Virtualize'' {{:slackwarearm:slackarm-utm-createvm-2.png?600|}} * Click ''Linux'' {{:slackwarearm:slackarm-utm-createvm-3.png?600|}} * Tick ''Use Apple Virtualization'' {{:slackwarearm:slackarm-utm-createvm-4.png?600|}} * Select the Slackware ISO image that you downloaded {{:slackwarearm:slackarm-utm-createvm-5.png?600|}} * Click ''Continue'' {{:slackwarearm:slackarm-utm-createvm-6.png?600|}} * Adjust the amount of RAM allocated to 6GB. The installation will hang when only 4GB of RAM is allocated (despite working fine in VMware Fusion and on bare metal, where the installer can even run with as little as 1GB of RAM). {{:slackwarearm:slackarm-utm-createvm-7.png?600|}} * The default allocation for storage is 64G, but 35GB is sufficient unless you plan on housing large amounts of data. A full installation of Slackware requires approximately 25GB {{:slackwarearm:slackarm-utm-createvm-8.png?600|}} * You may configure some shared directories if you wish. This is optional. In this guide we will not configure any. {{:slackwarearm:slackarm-utm-createvm-9.png?600|}} * Pick a name for your VM and click ''Continue'' {{:slackwarearm:slackarm-utm-createvm-10.png?600|}} === UTM VM Settings === There are some other settings for UTM that you may wish to configure at this point. However: Do not select 'Use NVME' interface' for the hard disk because the system will hang under load {{:slackwarearm:slackarm-utm-createvm-11.png?600|}} ===== Booting the Slackware Installer ===== The system will boot into a menu. You may press ''e'' to edit any of the boot loader settings if you wish - which may be useful if using the Installer as a rescue environment The ''UEFI Firmware Settings'' option is unsupported in UTM Press ''ENTER'' on the menu item ''Install Slackware on all supported Hardware Models'' {{:slackwarearm:slackarm-generic-bootinstaller.png?600|}} The system will boot within a couple of seconds, and will attempt to acquire an IP address via DHCP. If no DHCP server is available, this will take a little longer to time out. Networking is not required to install Slackware - the packages are contained within the ISO ==== Select a Key Map ==== If you are not using a US key map, select the appropriate key map for you: {{:slackwarearm:slackarm-generic-preinstall-keymap-1.png?600|}} {{:slackwarearm:slackarm-generic-preinstall-keymap-2.png?600|}} {{:slackwarearm:slackarm-generic-preinstall-keymap-3.png?600|}} === Beginning the Setup === You will be presented with a shell prompt: {{:slackwarearm:slackarm-generic-firstshell.jpg?600|}} === Creating the Partition Table === You need to create the partition table for the OS and your data to live on. ==== Open the fdisk Tool ==== In this guide, we’ll create a simple partition scheme. You’re free to customise the layout as needed, but make sure to set the disk label to GPT and create a 100MB EFI partition as the first partition. fdisk /dev/vda {{:slackwarearm:slackarm-generic-preinstall-partition-1.png?600|}} ==== Create a GPT Disk Label ==== As we're using an EFI system, we'll create a 100MB EFI partition first Type ''g'' and press ''ENTER'': {{:slackwarearm:slackarm-generic-preinstall-partition-2.png?600|}} ==== Create a 100MB UEFI Partition ==== * Type ''n'' and press ''ENTER'' * Press ''ENTER'' for both the //"partition number"// and //"First sector"// * For the //"Last sector"// enter ''+100M'' {{:slackwarearm:slackarm-generic-preinstall-partition-3.png?700|}} Set the partition type to ''uefi'': * Type ''t'' and press ''ENTER'' * Type ''uefi'' and press ''ENTER'' {{:slackwarearm:slackarm-generic-preinstall-partition4b.png?600|}} ==== Create the Swap Partition ==== For the 2nd partition we'll create a 4GB Swap partition. * Type ''n'' and press ''ENTER'' * Press ''ENTER'' for the //"partition number"// * Press ''ENTER'' for the //"First sector"// * For the //"Last sector"// enter ''+4G'' {{:slackwarearm:slackarm-generic-preinstall-partition-4.png?600|}} Set the partition //type// to ''Swap'': * Type ''t'' and press ''ENTER'' * Press ''ENTER'' for the //"partition number"// * Type ''swap'' and press ENTER {{:slackwarearm:slackarm-generic-preinstall-partition-5.png?600|}} ==== Create the root Partition ==== This partition will house the OS and your data and will fill the remainder of the allocated storage: * Type ''n'' and press ''ENTER'' * Press ''ENTER'' for the //"partition number"// * Press ''ENTER'' for the //"First sector"// * Press ''ENTER'' for the //"Last sector"// {{:slackwarearm:slackarm-generic-preinstall-partition-6.png?600|}} ==== Save the Partition Layout ==== The partition layout must now be saved. * Type ''w'' and press ''ENTER'' {{:slackwarearm:slackarm-generic-preinstall-partition-7.png?600|}} == Begin the Installation == You may now begin the Slackware installation process. At the shell, type the command ''setup'' and press ''ENTER'' {{:slackwarearm:slackarm-generic-preinstall-runsetup.png?600|}} === Installation Essentials === We'll now perform the initial setup steps: * Scroll down to ''ADDSWAP'' and press ''ENTER'' {{:slackwarearm:slackarm-generic-install-essentials-1.png?600|}} * Press ''ENTER'' to accept the default offered {{:slackwarearm:slackarm-generic-install-essentials_utm-2.png?600|}} * Choose ''No'' to scanning for bad blocks {{:slackwarearm:slackarm-generic-install-essentials-3.png?600|}} {{:slackwarearm:slackarm-generic-install-essentials-4.png?600|}} * Press ''ENTER'' to accept the default partition suggested for use as the root partition. {{:slackwarearm:slackarm-generic-install-essentials_utm-5.png?600|}} * Press ''ENTER'' to format the partition {{:slackwarearm:slackarm-generic-install-essentials_utm-6.png?600|}} * Press ''ENTER'' to pick the suggested file system type: You can pick a different file system type if you wish {{:slackwarearm:slackarm-generic-install-essentials_utm_7.png?600|}} * Press ''ENTER'' to close the information dialog box: {{:slackwarearm:slackarm-generic-install-essentials-8.png?600|}} * Press ''ENTER'' to format the EFI partition: {{:slackwarearm:slackarm-generic-install-essentials_utm-9.png?600|}} * Press ''ENTER'' to close the information dialog box: {{:slackwarearm:slackarm-generic-install-essentials_utm-10.png?600|}} === Selecting the Installation Media === This edition of the Slackware AArch64 Installer contains the full set of Slackware packages. Whilst other media installation (locally mounted directory, NFS, HTTP and others) can be selected by choosing ''No'', the recommendation is to accept the defaults, installing the packet set bundled with the Slackware Installer. {{:slackwarearm:slackarm-generic-install-pkgs-mediaselect.png?600|}} === Selecting the Packages === Slackware packages are organised into loose groups called "series." If you're an experienced Slackware user, you can customize which series to install. However, to keep things simple and avoid potential issues with dependencies (as Slackware does not manage them automatically), it's recommended to install all packages—at least for the initial setup. {{:slackwarearm:slackarm-generic-install-pkgs-selectseries.png?600|}} * Press ''ENTER'' to proceed {{:slackwarearm:slackarm-generic-install-pkgs-selectseries_promptmode.png?600|}} * Press ''ENTER'' to accept the suggested prompting mode === Installation begins === The packages will now install. This takes approximately 10 minutes. {{:slackwarearm:slackarm-gebneric-install-pkgsinstalling.jpg?600|}} === In-built Entertainment === If you're short of things to occupy yourself whilst the packages install, you can play the bundled ''bricktick'' game! * Hold down the ''alt'' key and press the ''RIGHT arrow'' key. {{:slackwarearm:slackarm-generic-installing-bricktick-1.png?600|}} * Press ''ENTER'' {{:slackwarearm:slackarm-generic-installing-bricktick-2.png?600|}} * Type ''bricktick'' and press ''ENTER'' Read the on-screen instructions and begin playing! {{:slackwarearm:slackarm-generic-installing-bricktick-3.jpg?600|}} {{:slackwarearm:slackarm-generic-installing-bricktick-4.jpg?600|}} When you've had enough, and would like to check on the status of the installation: * Hold down the ''alt'' key and press the ''LEFT arrow'' key. === Post Installation Configuration === Once the packages have completed installing, there are some post configuration actions: ==== Mouse Configuration ==== * Select ''USB'' mouse and press ''ENTER'' {{:slackwarearm:slackarm-generic-pi-mouseconfig.png?600|}} * Choose ''Yes'' to load the mouse driver for the Linux virtual console {{:slackwarearm:slackarm-generic-pi-mouseconfig2.png?600|}} ==== Network Configuration ==== * Press ''ENTER'' to configure the network {{:slackwarearm:slackarm-generic-pi-netconfig-1.png?600|}} * Enter a host name for this machine {{:slackwarearm:slackarm-generic-pi-netconfig-2.png?600|}} * Enter a domain name for this machine. If you don't have a local domain, pick ''example.com'' {{:slackwarearm:slackarm-generic-pi-netconfig-3.png?600|}} * Choose ''No'' in response to configuring a VLAN ID: {{:slackwarearm:slackarm-generic-pi-netconfig-4.png?600|}} * Pick the default suggestions to configure the network using ''Network Manager'' {{:slackwarearm:slackarm-generic-pi-netconfig-5.png?600|}} * Press ''ENTER'' on both dialog boxes to proceed {{:slackwarearm:slackarm-generic-pi-netconfig-6.png?600|}} {{:slackwarearm:slackarm-generic-pi-netconfig-7.png?600|}} ==== Automatically starting Services ==== Slackware uses the System-V init system, which uses a collection of ''rc'' (''run control'') scripts to control which daemons (services) start at boot time. You can use the ''UP'' and ''DOWN'' arrow keys to move through the menu and press ''SPACE'' bar to select or de-select any services. In this example, we're selecting the ''rc.rpc'' service as we want to mount NFS shares. You can run this script again within the OS {{:slackwarearm:slackarm-generic-pi-services.png?600|}} ==== Virtual Console Font Configuration ==== While optional, selecting a console font is recommended—otherwise, the default text may appear quite small and hard to read. It's generally best to choose the font currently used by the installer, though you're free to select any font you prefer. * Use the ''LEFT'' arrow key to move the selection to ''Yes'' and press ''ENTER'' {{:slackwarearm:slackarm-generic-pi-fontconfig-1.png?600|}} * Press ''t'' to jump to the fonts named 't', and the ''DOWN'' arrow to locate the font ''ter-728b'' {{:slackwarearm:slackarm-generic-pi-fontconfig-2.png?600|}} If you like this font, type ''1'' and press ''ENTER''. If you'd prefer to use a different font, type ''2'' and press ''ENTER'' to return to the font selection menu. {{:slackwarearm:slackarm-generic-pi-fontconfig-3.png?600|}} ==== Time Zone Configuration ==== If you'd like to select a specific time zone (rather than ''UTC''), select ''NO'' and press ''ENTER'' {{:slackwarearm:slackarm-generic-pi-timezone-1.png?600|}} Select the appropriate time zone for your locale: You can jump sections within the menu by pressing the letter that corresponds to your region. For example, to select ''Europe/London'', I can press ''e'' then use the ''DOWN'' arrow keys to locate the final entry * Use the arrow keys to select your appropriate time zone * Press ''ENTER'' to select the time zone {{:slackwarearm:slackarm-generic-pi-timezone-2.png?600|}} ==== Configure the Default "vi" Editor ==== Select the implementation of the ''vi'' editor that you prefer. This is the default that will be used to edit ''crontabs'' and so forth. You can override the default editor by setting the environment variable ''$EDITOR'' within your shell profile * Unless you have a preference, press ''ENTER'' to choose the default of ''vim'' {{:slackwarearm:slackarm-generic-pi-vieditor.png?600|}} ==== Configure the Window Manager for X ==== Select the window manager of your choice. KDE and Xfce are both solid options when running under paravirtualization, but you may prefer one of the classic lightweight window managers if you’re looking for a more minimal setup. {{:slackwarearm:slackarm-generic-pi-windowmanager.png?600|}} ==== Set the root Password ==== * Press ''ENTER'' to set the root password {{:slackwarearm:slackarm-generic-pi-setrootpw-1.png?600|}} * Type the password in once, press ''ENTER'' * Re-enter the password to confirm it, and press ''ENTER'' {{:slackwarearm:slackarm-generic-pi-setrootpw-2.png?600|}} ==== Complete the Setup ==== * Press ''ENTER'' to proceed {{:slackwarearm:slackarm-generic-pi-setupcomplete.png?600|}} * Select ''EXIT'' from the menu * Press ''ENTER'' {{:slackwarearm:slackarm-generic-pi-setupcomplete-2.png?600|}} * Select ''Power Off'' * Press ''ENTER'' {{:slackwarearm:slackarm-generic-pi-setupcomplete-3.png?600|}} ===== Configure UTM to boot the Operating System ===== Now that the Slackware OS has been installed, there are a couple of final changes to make within UTM: * Close the VM window: {{:slackwarearm:slackarm-utm-postinstall-configure-1.png?600|}} * Clear the Slackware Installer ISO so that the OS will boot: {{:slackwarearm:slackarm-utm-postinstall-configure-2.png?600|}} We will use ''Bridged'' mode for the VM's networking, otherwise the DNS doesn't work. You may use the default of ''Shared Network'' if you want to figure out how to make it work. * Right-click on the VM and select ''Edit'' {{:slackwarearm:slackarm-utm-postinstall-configure-3.png?600|}} * Click on the ''Network'' settings * Choose ''Bridged (Advanced)'' as the ''Network Mode'' * Click ''Save'' {{:slackwarearm:slackarm-utm-postinstall-configure-4.png?600|}} ===== Boot Slackware ===== You can now boot the Slackware Operating System. * Click on the ''Play'' icon {{:slackwarearm:slackarm-utm-postinstall-boot-os-1.png?600|}} * Press ''ENTER'' on the ''Slackware'' menu option {{:slackwarearm:slackarm-utm-postinstall-boot-os-2.png?600|}} The ''UEFI Firmware Settings'' option is unsupported in UTM ==== Login as root ==== You can now login as ''root'' and perform some post installation tasks. {{:slackwarearm:slackarm-generic-postinstall-login.png?600|}} ===== Post Installation Configuration ===== There are a few post-installation configuration tasks to complete. === Add a plebeian user === You should add a plebeian (non-root) user using the ''adduser'' tool. This is documented [[https://www.slackbook.org/html/essential-sysadmin.html|here]]. === Starting X === Once you have added your plebeian user, you can login to another virtual console: * Hold down the ''ALT'' key and press the ''RIGHT'' arrow key {{:slackwarearm:slackarm-generic-postinstall-pleblogin.png?600|}} * Login with your plebeian user * Type ''startx'' and press ''ENTER'' {{:slackwarearm:slackarm-generic-postinstall-pleblogin-startx.jpg?400|}} ====== Managing Slackware ====== ===== Setting up UTM shared directories ===== If you’ve created any shared directories (such as UTM sharing directories on the host macOS computer, made available within the Slackware guest), you can set them up now: As the ''root'' user, within Slackware: == Make a mount point == $ mkdir /mnt/utm == Add the mount point to /etc/fstab == $ echo "share /mnt/utm virtiofs rw,nofail 0 0" >> /etc/fstab == Mount it == $ mount /mnt/utm == Verify == You can see the''slackware'' and ''Desktop'' directories shared from the macOS host: root@apple-utm:~# ls /mnt/utm/ Desktop/ slackware/ ===== Keeping the Slackware OS up to date ===== One of the preferred tools to keep your system up to date is [[slackware:slackpkg|slackpkg]]. **Upgrading the Kernel**: In Slackware AArch64, you simply upgrade the Kernel packages and reboot - no manual steps are required ===== Loading Additional Linux Kernel Modules within the OS Proper ===== Often Kernel modules for discovered hardware will be automatically loaded, but occasionally you will need to manually configure the loading of some modules. /etc/rc.d/rc.modules.local This file is a shell script that is run as one of the last steps before the OS has fully booted. You can enter ''modprobe'' commands here to load the specific modules you require. Configuration files within the directory ''/lib/modprobe.d/'' can be used to configure the parameters of the modules. Existing files within that directory serve as reference examples should you need them. ===== Loading Additional Linux Kernel Modules early in the boot sequence ===== There are a number of peripherals that may require Kernel modules loading early on in the boot sequence. An example of this would be RTCs (Real Time Clocks) or storage controllers that are required to access the file systems on which the OS lives. Usually you won't need to load modules early in the boot sequence. See the previous section about loading modules from within the OS Proper. To load Kernel modules during the early boot sequence, read: /boot/local/README.txt As root, the easiest way to begin is by renaming the example script: mv /boot/local/load_kernel_modules.post.sample /boot/local/load_kernel_modules.post Then add the appropriate module loading commands to: ''/boot/local/load_kernel_modules.post'' You can also add shell code here to initialise a peripheral - writing something to the peripheral's Kernel interface, for example. ===== Starting Services at Boot Time ===== During the installation, you configured which services to start at boot time. You can start or disable other services either manually or by using ''pkgtool'' === Manually change the permissions === As ''root'': root@slackware:# cd /etc/rc.d To enable CUPS: root@slackware:/etc/rc.d# chmod +x rc.cups To disable CUPS: root@slackware:/etc/rc.d# chmod -x rc.cups === Use ''pkgtool'' === root@slackware:# pkgtool * Select ''Setup'' from the menu and press ''ENTER'' {{:slackwarearm:slackarm-generic-postinstall-pkgtool-1.png?600|}} * Select ''services'' and press ''ENTER'' {{:slackwarearm:slackarm-generic-postinstall-pkgtool-2.png?600|}} * Choose the service you want and press ''ENTER'' {{:slackwarearm:slackarm-generic-postinstall-pkgtool-3.png?600|}} ===== Starting a Graphical Login Manager by Default ===== If you prefer to use a graphical login manager, you can configure the default runlevel as 4: su - sed -i 's?id:3:?id:4:?g' /etc/inittab reboot ===== Customising the Slackware Linux Kernel ===== If you'd like to customise the Linux Kernel, the easiest way is to follow the [[slackwarearm:cstmz_kernel|HOWTO]] guide and use the Slackware AArch64 Kernel build script to create new packages. ===== Reducing Boot Time ===== This section isn’t relevant for virtualized platforms, as the OS boots extremely quickly. However, it’s included here for completeness, as it appears in the guides for other hardware models. Slackware AArch64 ships with a generic OS InitRD (Operating System Initial RAM Disk - the environment that prepares the machine to boot the Operating System Proper), so as to support a wide range of Hardware Models. However, this isn't the optimal setup once the Slackware OS has been installed because the generic OS InitRD typically exceeds 40MB, which in some cases can add a couple of seconds to the boot time whilst it's loaded from the SD card. The ''os-initrd-mgr'' (Operating System Initial RAM Disk Manager) tool has an option to synchronize the OS InitRD's Kernel modules with //only// those presently loaded within the Operating System. To do this: $ su -c 'os-initrd-mgr --sync-loaded-kmods' - # note the final - This option isn't the default, but you can make it so by following the instructions within ''/etc/os-initrd-mgr.conf.sample'' This way when you upgrade the Kernel packages in the order described above, it'll automatically synchronize the modules. os-initrd-mgr has a safety check to only proceed when the running Kernel and incoming Kernel are at the same major version and patch level. For example, when running Linux 5.17.1, upgrading to 5.17.2 will work; but an upgrade of Linux 5.17.1 -> 5.18.1 will require a reboot then to run os-initrd-mgr again to re-sync. If at any point you want to revert to the generic OS InitRD, simply reinstall the ''a/kernel'' package (and unset the setting if you configured it in ''/etc/os-initrd-mgr.conf''). ===== Installing extra Software ===== Slackware comes with a good base of software applications, but there are plenty more available in the Open Source Ecosystem. The best way to add new software is to [[slackwarearm:sft-repos|use the build scripts from SlackBuilds.org]]. ====== Useful Guides and Resources ====== * [[https://www.linuxquestions.org/questions/slackware-arm-108/ | Slackware ARM Support Forum]] ====== Known Issues and Feature Gaps ====== * No currently known issues. More details on the development Road Map [[https://docs.slackware.com/slackwarearm:development-roadmap#noticeable_issues_bugs_feature_gaps |here]].