Skip to content

DietPi Tools

DietPi launcher

It provides an easy access to all DietPi OS tools, and it could be accessed by running next command:


DietPi-Launcher screenshot

Software installation

DietPi software

dietpi-software will be automatically displayed on the first login after the installation. It can be accessed at any time running next command:


It is one of the core tools, enabling you to install or uninstall one or more DietPi optimised software titles.

DietPi-Software screenshot

Software overview

  • Begin by selecting Browse Software in the main menu list and hit Enter.

  • Scroll through the list of available software - for more details check the DietPi software list.

The list of optimised software is long. You either browse the list or use the option Search Software.

  • To install software on your DietPi, select it in the list and press Space to add it to the installation list. If you change your mind, hit Space again to remove it.

  • Once you’ve selected the software you wish to install, press Tab to switch to the confirmation options at the bottom. Select OK, then hit Enter to confirm.

  • To begin installing your software, select Install from the main menu list, then hit Enter. DietPi will ask you to confirm your choice(s). Select OK, then hit Enter to begin the installation.

The software you selected will begin to install at this point. Once the process is completed, you may be asked to restart your device. Press OK to confirm.

DietPi-Software Software Optimised menu screenshot

DietPi supports a large number of software titles. Instead of scrolling through the Browse Software list to find a specific software title, you may use the Search Software option. Type in the software ID or any keyword from its title or description and you’ll get a list filtered by matching results.

DietPi-Software Search menu screenshot

Quick selections

This lets you select your preferred SSH server. Also you can uninstall any SSH server to save memory and to exclude any external ssh based access.

DietPi-Software SSH Server menu screenshot

Various logging methods can be selected from lightweight to full. If you don’t require log files, get a performance boost. If you need full system logging features, DietPi can do that too.

The Log System can be changed at any time by selecting a different “Log System” from the menu.

DietPi-Software Log System menu screenshot

See log system choices for further details.

In DietPi, we class user data as:

  • Data storage for applications. Some examples are ownCloud/Nextcloud data store, BitTorrent downloads and SQL data store.
  • The location where your File Server choice will point to, if you install one, like Samba Server or ProFTPD.
  • The location where you can upload and store your media content, for other applications to use, like Kodi, Emby or Plex.

For all software you install in dietpi-software, you can access your user data with /mnt/dietpi_userdata. Regardless of where the data is physically stored, a symlink will automatically be created for you if needed.
To check where the physical location is, you can run the following command:

readlink -f /mnt/dietpi_userdata

You can move your user data to another location (e.g. USB drive). Simply run dietpi-software and enter the User data location menu option:

  • If you need to setup a new external drive, select Drive Manager to launch DietPi-Drive Manager.
  • Use the List option to select from a list of mounted drives, or, select Manual for a custom location.

DietPi will automatically move your existing user data to your new location.

DietPi-Software User Data Location menu screenshot

Install or remove software

Install software item(s) which have been selected via Browse Software list, via Search Software, or via the SSH Server, File Server or Log System choices.

Select one or more software items which you would like to be removed from your DietPi system.

Beside the interactive software installation via dietpi-software with checking wanted software packages and installing them, there is the option of installing the software packages via the shell command line.
The usage of dietpi-software is:

Usage: dietpi-software [<command> [<software_id>...]]
Available commands:
  <empty>     Interactive menu to install or uninstall software
  install     <software_id>...  Install each software given by space-separated list of IDs
  reinstall   <software_id>...  Reinstall each software given by space-separated list of IDs
  uninstall   <software_id>...  Uninstall each software given by space-separated list of IDs
  list        Print a list with IDs and info for all available software titles
  free        Print an unused software ID, free for a new software implementation

The <software_id> which has to be given is the one which is present in the software list within the dietpi-software dialogues:

DietPi-Tools command line installation

E.g. to install Chromium, LXQt and GIMP you have to run next command in the terminal:

dietpi-software install 113 173 174

DietPi LetsEncrypt

Access the frontend for the Let's Encrypt integration by running


In case of a non installed Certbot package it is installed at first:

DietPi-LetsEncrypt screenshot

In the installation dialog some entries have to be made which are needed for the certificate (domain, Email), the other entries are configuration options. It is recommended to leave the key size at 4096 bits.

DietPi-LetsEncrypt configuration screenshot

When you execute the certificate installation it also installs it for your selected web server, i.e. you do not have to edit your web server configuration files, the installation routine does all for you.

Port forwarding on your router

To be accessible from the internet, typically your router needs a port forwarding configuration to route incoming HTTP and HTTPS accesses to your DietPi system.
Although you only need a HTTPS protocol forwarding (typically port 433), you also need to forward the HTTP protocol (typically port 80) to your DietPi system, otherwise the certification renewal procedure will fail (due to the fact that the certification renewal procedure takes place several months later you may have forgotten this issue).

DietPi VPN

DietPi-VPN is a combination of OpenVPN installation and DietPi front end GUI. Allowing all VPN users to quickly and easily connect to any NordVPN, ProtonVPN, or any other server that uses OpenVPN in TCP or UDP, using only open source software. To start DietPi-VPN, use the following command:


DietPi-VPN screenshot

Although we enable forced encryption on all our BitTorrent clients, if you wish to ensure complete privacy and piece of mind for all your downloaded content, using a VPN is critical.
You can use any VPN provider you want, but DietPi-VPN specifically supports ProtonVPN and NordVPN.

Simply run dietpi-vpn to use the GUI, allowing you to setup your connection and provider.
DietPi will also automatically start and connect the VPN during system boot if you select autostart.

DietPi-VPN comes with an optional killswitch that will shut off your internet in the case of you losing your connection to the VPN sever. This will still allow access from your LAN and allow you to fix any problems using SSH, if needed.

OpenVPN logo


DietPi-DDNS is a generic Dynamic DNS (DDNS) client. It can be used to setup a cron job which updates your dynamically changing public IP address every defined amount of minutes against a DDNS provider, so that your public domain stays valid. It supports No-IP and replaces the No-IP client, which was available as install option on previous DietPi versions. To start DietPi-DDNS, use the following command:


DietPi-DDNS main menu screenshot

Type dietpi-ddns -h to get an overview of supported CLI commands and options:

  • If no argument is given, the interactive menu is started.
  • Use dietpi-ddns <options> apply <provider> to apply a cron job for the given provider and use the following options set details:
    • <provider> is either the name of a supported provider, or any custom update URL.
    • Use -d <domains> to add one or a comma-separated list of multiple domains, which should point to the public IP address of this system.
    • Use -u <username> to set a username or identifier. This is not required for all providers, in case of a custom provider, it is used as username for HTTP authentication.
    • Use -p <password> to set a password or token. This is not required for all providers, in case of a custom provider, it is used as username for HTTP authentication.
    • Use -t <timespan> to set an update interval in minutes, which is purely optional and defaults to 10 minutes.
    • If you did already setup DietPi-DDNS before, the apply command can also be used to change one of the above settings. All other options are optional then.
  • Use dietpi-ddns remove to remove any cron job that was setup before.

System configuration

DietPi configuration

Configure various system settings, from display / audio / network to auto start options. To start the system configuration, use the following command:


DietPi-Config screenshot

The display options are used to

  • Set your screen resolution, or go headless to save additional resources.
  • Control your GPU memory splits.
  • Enable/disable the RPi camera.

The audio options are used to

  • Change sound cards with ease (e.g.: HiFiBerry / Odroid HiFi shield).

The performance options are used to

  • Overclock your system with a vast selection of overclocking profiles for your device.
  • Change the CPU governor and tweak your ARM temperature limits.

The advanced options are used to

  • Configure swap file size
  • Configure time synchronization and real time clock source
  • Update device firmware
  • Toggle serial console
  • Toggle Bluetooth

The security options are used to

  • Change password and hostname

The language/regional options are used to

  • Set timezone, locale and keyboard options. Everything you will need to make it feel like home

The network options are used to

  • Scan and connect to your WiFi router with ease
  • Change to a static IP address on your network
  • Configure your proxy settings
  • Test internet connection
  • Toggle IPv6 support

The miscellaneous network options options are used to

  • Select an APT mirror to connect to the Debian (or Raspbian) APT repository.
  • Select an NTP mirror to synchronise your system time.
  • Choose timeouts for network and URL connection tests.
  • Network Drives redirects you to the DietPi-Drive_Manager which allows you to mount Samba and NFS shares on your DietPi system.
  • No-IP is a dynamic DNS provider which allows you to access your home network/server with a static domain name. The client is required to inform No-IP of your current dynamic external IP on a regular basis.

The autostart options are used to

  • Quickly and easily change what software runs after boot. Kodi, Desktop, console and many more

The tools options are used to

  • Perform CPU, RAM, filesystem and network benchmarks, optionally upload your results and review statistics at:
  • Perform CPU/IO/RAM/DISK stress tests to test the stability of your system, e.g. after applying some overclocking.

DietPi drive manager

Feature-rich drive management utility. It is a lightweight program that allows you to:

  • Manage drives: Mount, format external drives
  • Maintenance drives: Check and repair drives, resize (expand) filesystem, change reserved blocks count
  • Set drive attributes: Set read only filesystems, set idle spindown time
  • Move DietPi User data
  • Transfer RootFS to external drive (Raspberry Pi and some ODROID boards only)
  • Disable swap file, change swap file size
  • Run benchmarks on drives
  • Mount network drives (NFS and Samba)

To start DietPi-Drive_Manager, use the following command:


DietPi-Drive_Manager screenshot

To use an additional drive (example USB drive) the following steps have to be done:

  1. Run dietpi-drive_manager to bring up the main menu.
  2. Plug in the drive you wish to use.
  3. Select Refresh from the menu (if it doesn’t show up straight away, give it a few seconds for system to update, then try again).
  4. Select the drive you wish to use from the list, then press Enter.

    DietPi-Drive_Manager screenshot

    If needed, format the drive before usage selecting the Format option (filesystem type description see below).
    Remark: Formatting drives can only be done unmounted.

    If needed, mount the drive via the Mount selection. If mounted, commands Unmount, Benchmark, User data, Swapfile and Read only are present.

    DietPi-Drive_Manager screenshot

You can move the location of the DietPi user data (default /mnt/dietpi_userdata) or the swap file to a different location on a target drive. This may be useful if your filesystem containing the DietPi user data resp. swap file has only little space left. Therefore execute the following steps (example user data, swap file is quite similar):

  1. Run dietpi-drive_manager to bring up the main menu.
  2. Have the target drive connected and mounted (see description above).
  3. Select the target drive and press Enter.
  4. In the drives menu select User data resp. Swapfile and follow the instructions.

    • Move user data:

    DietPi-Drive_Manager screenshot

    • Change swap file size:

    DietPi-Drive_Manager screenshot

Formatting filesystems lead you to these dialogues:

DietPi-Drive_Manager screenshotDietPi-Drive_Manager screenshot

In the latter dialog you have to choose the filesystem type. The following selections may be chosen:

  • ext4 (Default)
    Recommended for users who plan to use this drive solely on Linux systems (e.g. dedicated drive).
    + The standard for Linux filesystems
    - Not compatible on a Windows system

  • NTFS
    Recommended for users who plan to use this drive on a Windows system.
    + Compatible on a Windows system
    - Only emulated support for UNIX permissions
    - Does support symbolic links (creation)
    - High CPU usage during transfers (spawns a process)

  • FAT32
    Recommended for users who want high compatibility across multiples operating systems.
    + Highly compatible with all OS
    - 4 GiB file size limit
    - 2 TiB drive size limit
    - Does not support UNIX permissions
    - Does not support symbolic links

  • exFAT
    Windows filesystem, intended for external drives, e.g. USB flash drives or SD cards.
    + Flash-Friendly File System:
    + Compatible on a Windows system
    - Does not support UNIX permissions
    - Does not support symbolic links

  • HFS+
    Recommended for users who plan to use this drive on a macOS system.
    + macOS filesystem
    - Not compatible on a Windows system

  • Btrfs
    A modern Linux filesystem.
    + Advantages were described in this DietPi issue
    - Compatible with Windows only via additional windows driver WinBtrfs

  • F2FS
    Linux filesystem designed for flash/NAND based drives.
    + Flash-Friendly File System:
    - Not compatible on a Windows system

  • XFS
    A modern Linux filesystem.
    + Well accepted for large files (typically in a file server use)
    - Not compatible on a Windows system

If you want to extend your DietPi SD card space by moving the system to a larger memory card, this can be achieved by the following steps:

  1. Shutdown your system and put the SD card into a card reader of a different systems.
  2. Copy the SD card contents to the new (larger) SD card. This can e.g. be done using
    • the dd command (command line option)
    • balenaEtcher or Rufus (graphical user interface option)
    • gnome-disks (graphical user interface option)
  3. Boot the system with the copied memory card.
  4. Run dietpi-drive_manager to bring up the main menu.
  5. Select the disk containing the root (/) partition and press Enter.
  6. Select Resize and press Enter.

    DietPi-Drive_Manager screenshot

  7. Reboot your system to expand the root filesystem to use the whole space of the new memory card.

A similar procedure may be used when moving the SD card contents to a smaller SD card. During this procedure you typically need to shrink the partition size (e.g. with parted or gparted) before copying the partition image to a different memory card. Also, do the resize to use the full space on the new card.

If you want to mount a NFS drive or a Samba share, you can do this by:

  1. Run dietpi-drive_manager to bring up the main menu.
  2. Select Add network drive.
  3. Select the type of network drive that you have.
  4. Follow the prompts.

Mounting a macOS Samba share

To mount a macOS Samba share enabled in Sharing, you need to (in the server) go to Sharing > File Sharing > Options > Windows File Sharing and select your username.

DietPi file explorer

Lightweight file manager and explorer. To start DietPi-Explorer, use the following command:


DietPi-Explorer screenshot

DietPi autostart

Defines software packages to start when the DietPi OS boots up. Example, boot into the desktop with Kodi running. To start DietPi-Autostart, use the following command:


DietPi-Autostart screenshot

Autostart option in dietpi.txt (first initial boot)

When booting the DietPi system the first time, the autostart option can also be set via the file dietpi.txt. See option
for further information.
The numbers shown on the left in the dietpi-autostart command correspond to the values in dietpi.txt.

DietPi services

Provides service control, priority level tweaks and status print. To start DietPi-Services, use the following command:


DietPi-Services screenshot

The dialog to tweak a service is entered by highlighting the service (keys Up and Down) and pressing Enter. The configuration dialog (example: cron service) looks like this:

DietPi-Services tweaking screenshot

Be careful at tweaking the services.

DietPi LED control

Change triggers for the status LEDs on your SBC/motherboard. To start DietPi-LED_Control, use the following command:


DietPi-LED_control screenshot

Depending on your used hardware, the number of entries in the dialog will change.

DietPi cron

Modify the start times of specific cron job groups. To start DietPi-Cron, use the following command:


DietPi-Cron screenshot

DietPi JustBoom

Change the audio settings. To start DietPi-JustBoom, use the following command:


If the sound output is configured, the following dialog appears:

DietPi-JustBoom screenshot

If no sound output is configured, the following dialog appears:

DietPi-JustBoom screenshot

In this case you have to e.g. install a sound program package via dietpi-software or configure the sound output e.g. via dietpi-config.

DietPi survey

DietPi Survey allows the DietPi project to obtain general information regarding your system and installed software. To start DietPi-Survey, use the following command:

Privacy and goals

The following privacy rules and goals are considered:

  • No private data is sent. No one can identify you. No IP address is obtained.
  • DietPi Survey is an Opt-in system, which means that it won’t send any data without your explicit interactive permission.
  • On your first interactive login on a fresh DietPi system, you will be asked once for the Opt-in/Opt-out mode.
  • The transmitted data allows the DietPi project team to achieve the best future possible experience for everyone to
    • focus and improve especially popular areas,
    • ensure the most common devices and software titles will receive support and improvements,
    • keep up support for software and hardware that you use.

In short words: By selecting Opt IN, you are supporting the DietPi project with no impact to your system or private data.

DietPi Survey screenshot

The DietPi Survey data file is sent when you install software with dietpi-software and update DietPi with dietpi-update.

The uploaded data is tiny (about 1 KB) and will not affect your internet bandwidth or system performance.

Within the command line program dietpi-survey the exact copy of the transmitted data can be viewed. The transmitted file is written in bash code to allow us faster report page creation (e.g. done for

Following is an example how this file may look like:

((aDEVICE_NAME[Virtual Machine (x86_64)]++))
# -------------------------
# DietPi-Software installs
# -------------------------

The tail of the file lists installed software packages by their IDs. The example above shows a very basic system, so only two software packages (#103: DietPi-RAMlog, #104: Dropbear) are installed. To find out the names of the installed software package IDs installed via dietpi-software you can execute

dietpi-software list | grep ' =2'

This gives the IDs, names and info of software. The above example would show

# dietpi-software list | grep ' =2'
id 103 | =2 | dietpi-ramlog: minimal, optimised logging | |
id 104 | =2 | dropbear: lightweight ssh server | |

You can select Opt-in or Opt-out of DietPi Survey by running the following command and follow the instructions:


This may also be achieved by setting SURVEY_OPTED_IN=0 (Opt-out) or SURVEY_OPTED_IN=1 (Opt-in) in /boot/dietpi.txt before the first system boot.

To check the actual status, dietpi-survey may be called. The current mode will be pre-selected and highlighted.
Alternatively you can use

grep 'SURVEY_OPTED_IN' /boot/dietpi.txt

which displays the status like

# grep 'SURVEY_OPTED_IN' /boot/dietpi.txt

System maintenance

DietPi update

Update DietPi OS version to the latest version available and informs when updates for apt upgrade are available. To start DietPi-Update, use the following command:


DietPi cleaner

Clean up not necessary files from the operating system and free up valuable disk space.
Think of it as lightweight CCleaner for DietPi and Linux. To start DietPi-Cleaner, use the following command:


DietPi-Cleaner screenshot

By simulating the cleaner process (via menu entry Test) you get a preview of the deletions the cleaner does before you start the cleaning process (via menu entry Run).

Cleaner Types

DietPi-Cleaner uses modules which you can be switched on or off before running the cleaning process. Select them via the main menu entry Cleaners.

DietPi-Cleaner types screenshot

Files cleaner

The files cleaner allows you to customize a list of filenames to search and remove, during the cleaning process. Select them via the main menu entry Files.

DietPi-Cleaner types screenshot

DietPi log clear

Clear log files in /var/log/. To start DietPi-LogClear, use the following command:


DietPi-LogClear screenshot

DietPi backup (backup/restore)

DietPi-Backup allows you to backup and restore your DietPi system, similar to Windows system restore. It creates a snapshot of the system that can be restored at any time.
DietPi-Backup provides the following features:

  • Selection of the target directory (also remote mounted shares are possible)
  • Customization which files and directories are included and excluded
  • Activation of automatic daily backups
  • Setting of an amount of backups to be kept

From the console, run the following command:


DietPi-Backup menu screenshot

Dietpi-Backup gives the option of an automatic daily backup function (controlled via the Linux cron mechanism).

It contains these options (see screenshot above):

  • “Daily Backup”: Activates the daily backup
  • “Amount”: Sets the number of backups to be kept. Backups are rotated automatically, if the maximum amount has been reached, the oldest backup is used as basis for the incremental new backup sync

Daily backup execution time

The automatic daily backup (activated via option “Daily Backup”, see screenshot above) is controlled via the Linux cron mechanism. Setting a different starting time can be an option, e.g. if you have several backup clients backing up to the same storage (backup server): Shifting the backup starting time of these systems may reduce temporary overload of the backup server by avoiding concurrent access to the storage.

The starting time is basically defined via the file /etc/crontab (which calls the backup/restore function via the /etc/cron.daily/dietpi script). It can be changed via the entry cron.daily within dietpi-cron. It is executed by running the following command


Please keep in mind that all other daily cron based procedures are also started at this changed time.

The definition which files are used for the backup procedure is defined via the option “Filter” (see screenshot above). This opens nano to edit the include/exclude definitions for the backup.
The filter definition syntax is described within the file itself.

DietPi-Backup filter option screenshot

The file containing the filter definitions is /boot/dietpi/.dietpi-backup_inc_exc.

A space check on the target location prior to the backup process can be enabled/disabled. This might be an option if there is surely enough disk space available.
Enabling the space check makes the backup a bit more safe, disabling it speeds it up.

Logging information about the backup procedure is given within the files .dietpi-backup_stats and .dietpi-backup.log which are located in the backup target directory (“Location” option):

  • .dietpi-backup_stats gives a list of completed operations with time and date
  • .dietpi-backup.log gives a list of every processed file

Generally, the settings of the DietPi-Backup are changed via the dietpi-backup command menu entries.

The system stores these settings in the files /boot/dietpi/.dietpi-backup_settings and /boot/dietpi/.dietpi-backup_inc_exc, which are generated from dietpi-backup automatically. Therefore, the files do not need to be changed manually by the user.

DietPi-Backup can be run from the command line or from scripts without user interaction by calling it via

dietpi-backup 1

A similar restore procedure is not recommended to avoid accidentally system overwrites. But to skip navigating through the menu, it can be done as well via

dietpi-backup -1

DietPi userdata may not be included

If DietPi userdata have been moved to an external drive, i.e. /mnt/dietpi_userdata is a symlink, its content is excluded from backup and restore by default. You can change this with the Filter option.

DietPi-Backup is purely based on Rsync

In the case that the rsync package is not installed, this is done automatically once you start a backup or restore.

Reduced system operation while DietPi-Backup runs

During the run of dietpi-backup, all services are stopped. This has to be taken into account e.g. if scheduling backups.

  • For example, a webserver based application (e.g. Nextcloud or many of the media servers, like Plex, Navidrome, etc.) will not run, because the webserver based UI is stopped.
  • Also, many of the according backend services are stopped as well as basic services like the Samba or NFS service.

DietPi sync

DietPi-Sync allows you to duplicate a directory (structure) from one location (Source Location) to another (Target Location). To start DietPi-Sync, use the following command:


DietPi-Sync screenshot

Example: If you want to duplicate (sync) the data on your external USB HDD to another location, you simply select the USB HDD as the source, then select a target location. The target location can be anything from a networked samba file server, or even an FTP server.

In comparison to DietPi-Backup it is more a simple copy mechanism instead a system backup/restore functionality. DietPi-Sync shall impress with its simplicity.

This setting gives these options:

  • “Off”: In this case all synchronized files are copied from the source to the target directory keeping all files previously existing in the target directory
  • “On”: In this case all files previously existing in the target directory which do not exist in the source directory will be deleted to achieve an exact copy of your source directory

Dietpi-Sync gives the option of an automatic daily sync operation (controlled via the Linux cron mechanism) by enabling the “Daily Sync” option.

Daily sync execution time

The automatic daily sync is controlled via the Linux cron mechanism. Setting a different starting time can be an option, e.g. if you have several sync clients syncing up to the same storage (data server): Shifting the synchronization starting time of these systems may reduce temporary overload of the data server by avoiding concurrent access to the storage.

The starting time is basically defined via the file /etc/crontab (which calls the sync function via the /etc/cron.daily/dietpi script). It can be changed via the entry cron.daily within dietpi-cron. It is executed by running the following command


Please keep in mind that all other daily cron based procedures are also started at this changed time.

The definition which files are used for the synchronization procedure is defined via the file


This file can be edited to set further include/exclude definitions for the synchronization. The filter definition syntax is described within the file itself.

The file structure definition is identical to the DietPi backup/restore file /boot/dietpi/.dietpi-backup_inc_exc where it is explained more in detail.

Logging information about the synchronization procedure is given within the file


which is written to the sync target directory. It gives a list of every processed file.

The execution status of a previous synchronization process is given in the “Last sync status” entry at the top of the dietpi-sync dialog.

Generally, the settings of the DietPi-Sync are changed via the dietpi-sync command menu entries.

The system stores these settings in the file /boot/dietpi/.dietpi-sync_settings, which is generated from dietpi-sync automatically. Therefore, the file do not need to be changed manually by the user.
An example settings file is:


DietPi-Sync can be run from the command line or from scripts without user interaction by calling it via

dietpi-sync 1

Each sync includes a leading dry run, after which you can check the expected result before deciding if you want to continue with the actual sync:

DietPi-Sync dry run screenshot

DietPi-Sync is purely based on Rsync

In the case that the rsync package is not installed, this is done automatically once you start a synchronization process.

Misc tools

Useful DietPi shell functions

There are a couple of general commands which have a shortcut in DietPi:

  • G_OBTAIN_CPU_TEMP - Prints integer format CPU temp in degree Celsius, for monitoring probably better than full cpu output
  • G_OBTAIN_CPU_USAGE - Prints CPU usage in percent in [x]x.x format
  • G_TREESIZE - Shows current directory/file sizes, recursively

The following commands are non-interactive, but error-handled wrappers for apt-get commands, useful for scripts which shall run non-interactive but allow interactive repeat and solution attempts:

  • G_AGI - apt-get install
  • G_AGP - apt-get purge
  • G_AGA - apt-get autoremove --purge
  • G_AGUP - apt-get update
  • G_AGUG - apt-get upgrade
  • G_AGDUG - apt-get dist-upgrade

DietPi Banner

Enables the configuration of the initial banner, displayed on logon. To start DietPi-Banner, use the following command:


DietPi-Banner config menu

Using these settings you can configure the information displayed initially, choosing the details displayed initially. See below an example where 4 options are selected:

DietPi-Banner print on login

DietPi CPU info

Displays CPU temperature, processor frequency, throttle level etc. via the command line command


DietPi-CPU_info screenshot

DietPi morse code

It converts a text file into morse code. To start DietPi morse code, use the following command:


DietPi bug report

To start DietPi bug report, use the following command:


DietPi-BugReport screenshot