penguins-eggs-10.0.x depend on nodejs >18, not directly available in all the distros. We can rely on nodesource adding them.
It's the most pratical way and is valid for Alpine, Arch, Debian, Devuan and Ubuntu. get-eggs configure automatically nodesource when need and install the right package. Copy and paste:
git clone https://github.com/pieroproietti/get-eggs
cd get-eggs
sudo ./get-eggs.sh
Just download and install penguins-eggs-10.0.x.
Before to install penguins-eggs-10.x add the repos from nodesource, follow this indications to get nodejs>18 available.
Use the package penguins-eggs-10.x.x-bionic-x - compilated against node16 - and follow this indications to get nodejs>16 available.
Openmamba is an italian distribution based on rpm and using dnf as package manager, it is really up-to-date, penguins-eggs is available as rpm package.
You can easily install penguins-eggs-tarball.
Given the difficulties encountered in updating my version of Alpine's initramfs, I have been forced to suspend the release of packages for this splendid operating system.
penguins-eggs is the package name of eggs a console tool, under continuous development, that allows you to remaster your system and redistribute it as live images on USB sticks or via PXE.
The concept behind Penguins’ Eggs stems from the idea of “reproduction” and “population selection” applied to operating systems. During the era of popular remastering programs like Remastersys and Systemback, both of which experienced maintenance issues and were eventually abandoned, the need for a new, modern tool became evident.
The inspiration for Penguins’ Eggs led to the development of a new tool written in a modern, cross-distribution language, utilizing its own packaging system.
Initially built with javascript and then switched to Typescript as the main development language, the design of the tool resembles an egg production process, consisting of operations such as produce to create the eggs and hatch to install them (I changed a bit later: from hatch to install, then to krill as a tribute to calamares tribes).
Other commands follow: like kill for removing produced ISOs, calamares for configuring the graphical installer, mom as interactive help, dad to configure eggs, status, tools, etc.
Considered a work-in-progress, the ultimate goal of Penguins' Eggs is to allow the creation of live ISOs from an installed system and their use for system installations. It can be used both to create images on USB devices - even Ventoy - and as a PXE server to distribute the image itself over a local network. Inspired by the behavior of the cuckoo bird, which depends on others to hatch its eggs.
Written primarily in TypeScript, Penguins’ Eggs is designed to be compatible with various Linux distributions, despite differences in package managers, file paths, and more.
The tool currently supports Debian, Devuan, Ubuntu, Arch, Manjaro, and their derivatives, across multiple architectures including amd64, i386, and arm64.
From the release of version 9.6.x, Penguins’ Eggs is available as a Debian package, then was extended to Arch Linux creating the relative PKGBUILD, nowday eggs can remaster AlmaLinux, Fedora, openmamba, openSuSE, RockyLinux too.
So, catering to a wide range of systems including PCs, older machines, and single-board ARM systems like the Raspberry Pi, across amd64, i386, and arm64 architectures.
For more information and updates, visit the Penguins’ Eggs official website.
[!TIP]
eggsis an actively developed console tool designed to help you customize and distribute your system as live images on USB sticks or through PXE. By using this tool, you can remaster your system according to your preferences.
[!TIP] By default,
eggscompletely removes the system's data and users. However, it also offers the option to remaster the system while including the data and accounts of existing users. This can be done using the--cloneflag. Additionally, you can preserve the users and files by storing them in an encrypted LUKS file within the resulting ISO file, which can be achieved with the--cryptedcloneflag.
[!TIP] The resulting live system can be easily installed using either the calamares installer or the internal TUI krill installer. Furthermore, using
krill, you can easily get an unattended installation, utilizing--unattendedand various krill flags.
[!TIP] One interesting feature of
eggsis its integration with thepenguins-wardrobeThis allows you to create or utilize scripts to switch between different configurations. For example, you can start with a bare version of the system, featuring only a command-line interface (CLI), and then easily transition to a full graphical user interface (GUI) or server configurations.
[!NOTE] For more information and customization options, you can explore
penguins-wardrobe. a related project. You can fork it and adapt it to meet your specific needs.
See penguins-wardrobe, fork it, and adapt it to your needs.
eggs is primarily written in TypeScript and is designed to be compatible with various Linux distributions. While there may be differences in package managers, paths, and other aspects, the underlying programs used to build the live system are generally the same.
Currently, eggs supports several Linux distributions, including AlmaLinux, Arch, Debian, Devuan, LinuxMint, Manjaro, openmamba, openSuSE, Ubuntu, RockyLinux and derivatives.
It also caters to different architectures, namely amd64, i386, and arm64.
Starting from version 9.6.x, penguins-eggs is released as a Debian package, available for amd64, i386, and arm64 architectures. This allows it to support a wide range of PCs, including older machines, as well as single-board ARM systems like the Raspberry Pi. You can learn more about this release in the article titled Triple Somersault! Triple somersault!.
For more information on the supported distributions and architectures, you can visit the blog blog.
Additionally, you can find examples of remastered ISO images created with eggs on the project's SourceForge page sourceforge page of the project.
Penguins-eggs is a versatile tool that offers an array of features and benefits for Linux users. Whether you want to create an installable ISO from your current Linux system or explore various customization options,
Penguins-eggs has got you covered. To get started with Penguins-eggs, you'll need to install it on your Linux distribution. The tool supports a wide range of Linux distributions and their major derivatives, including Arch, Debian, Devuan, Manjaro, Ubuntu, and more. Additionally, you can easily add support for additional derivatives, expanding the tool's capabilities even further.
fast and efficient Penguins-eggs is designed to be fast and efficient. Unlike traditional methods that involve copying the entire file system, Penguins-eggs utilizes livefs, which allows for instant acquisition of the live system. By default, the tool.
Supports Compression Algorithm Employs the zstd compression algorithm, significantly reducing the time required for the process, often up to 10 times faster. When creating an installable ISO.
Supports Clone Penguins-eggs provides various options to suit your needs. With the --clone flag, you can preserve the data and accounts of unencrypted users, ensuring a seamless experience for users accessing the live system. Moreover, you can opt for a crypted clone, where user data and accounts are saved in an encrypted LUKS volume within the ISO image, enhancing security and privacy.
Cuckoo and PXE boot In addition to ISO creation, Penguins-eggs offers a unique feature called Cuckoo. By starting Cuckoo from the live system, you can set up a PXE boot server, making it accessible to all computers on the network. This functionality opens up possibilities for network booting and streamlined deployment. Penguins Eggs Linux ushers in a new era of innovation and convenience with its groundbreaking default feature, Cuckoo live network boot, which transforms any computer running Penguins Eggs into a PXE (Preboot eXecution Environment) boot server. This revolutionary paradigm of network booting and seamless deployment underscores Penguins Eggs Linux’s commitment to redefining the parameters of accessibility and efficiency within the realm of Linux distributions.
Supports Both TUI/GUI Installer To simplify the installation process, Penguins-eggs provides its own system installer called krill. This installer is particularly useful when a GUI (Graphical User Interface) is not available, allowing for installation in various situations. However, if you are using a desktop system, Penguins-eggs recommends and configures the calamares GUI installer, ensuring a seamless and user-friendly experience. Penguins Eggs Linux spearheads a transformative revolution in the realm of system installation with the incorporation of its TUI (Text-based User Interface) / GUI (Graphical User Interface) installer, setting a new standard of versatility and accessibility within the landscape of Linux distributions.
repository lists One of the key advantages of Penguins-eggs is its commitment to utilizing only the original distro's packages. This means that no modifications are made to your repository lists, ensuring a safe and reliable environment. Penguins-eggs prioritizes maintaining the integrity and authenticity of your Linux distribution.
Wardrobe To enhance customization options, Penguins-eggs introduces the concept of Wardrobe. With Wardrobe and its various components, such as costumes, you can easily organize and manage your customizations, samples, and more. This feature enables a streamlined and efficient workflow, allowing you to tailor your Linux system to your preferences.
supporting multiple distributions Eggs supporting multiple distributions and their derivatives Supports: Alpine, Arch, Debian, Fedora, Devuan, Manjaro, Ubuntu, and major derivatives like: Linuxmint, KDE neon, EndeavourOS, Garuda, etc. You can easily add more derivatives.
supports hardware architectures supports a wide range of hardware architectures. Supports: i386, amd64 and arm64 architecture, from old PCs, and common PCs to single board computers like Raspberry Pi 4/5
Supports privacy and security Safe: only use the original distro's packages, without any modification in your repository lists. Penguins Eggs Linux embarks on a steadfast commitment to user security and system integrity through its default practice of exclusively utilizing original distributions’ packages without any modifications in the repository lists. This resolute dedication to maintaining the pristine authenticity of packages reinforces Penguins Eggs’ fundamental ethos of safety and reliability, fostering an environment characterized by unwavering trust in the integrity of the software ecosystem.
In April 2022, the wardrobe command was introduced to eggs. This addition serves as a comprehensive tool to assist and streamline the process of creating a customized version of Linux, starting from a command-line interface (CLI) system. I have embraced wardrobe for all my editions to enhance convenience, enabling me to better organize, consolidate, and manage my work effectively.
To add a unique touch to my customizations, I have assigned bird names to each edition. Except for the "naked" edition, there are various options available, including "Colibri," "eagle," "duck," "owl," and "chicks" under the bookworm and plastilinux distributions. bookworm and plastilinux,.Furthermore, under Waydroid on the eggs' SourceForge page, you can find "wagtail" and "warbier."
I have high hopes that people will take an interest in wardrobe and consider forking the main repository to incorporate their own customizations. By collaborating, we can achieve significant progress that would be challenging for a single developer to accomplish. If you would like to delve deeper into the wardrobe, I recommend reading the Penguins' eggs blog. post titled Wardrobe: Colibri, Duck, Eagle, and Owl, which provides further insights into its features and benefits.
Furthermore, addons, predominantly themes, have been organized under the vendor's folder in the penguin's wardrobe. I encourage utilizing your wardrobe for all your customization needs to maintain consistency and organization throughout your work.
[!NOTE] For detailed instructions on using a wardrobe, please consult the wardrobe users' guide wardrobe users' guide.
When creating a live distribution of your system, you have different options to consider: the default mode, clone, and cryptedclone.
• The default mode, achieved by using the command eggs produce, completely removes user data from the live distribution. This ensures that no private data remains in the live system.
• The eggs produce --clone command allows you to save both user data and system data directly in the generated ISO. This means that if someone obtains a copy of the ISO, they will be able to see and access the
user data directly from the live system. It's important to note that this data is not encrypted, so it may not be suitable for sensitive information.
• On the other hand, the ìeggs produce --cryptedclone` command saves the data within the generated ISO using a LUKS (Linux Unified Key Setup) volume. With this option, the user data will not be visible in the live system. However, it can be automatically reinstalled during the system installation process using the "krill" installer. Even if someone has the generated ISO, they won't be able to access the user data without the LUKS passphrase. This ensures that your data remains protected.
To summarize the available options:
• eggs produce (default): All private data is removed from the live system.
• eggs produce --clone: All user data is included unencrypted directly in the live system.
• eggs produce --cryptedclone: All user data is included encrypted within a LUKS volume inside the ISO.
[!TIP] During the installation process, you can use the "krill" installer to restore your crypted data automatically. By running the command "sudo eggs install" with the "krill" installer, your encrypted data will be securely transferred and made available in the installed system.
Calamares and Krill are powerful tools in the Eggs project, calamares, offering versatile installation options for Linux systems. The Eggs project was specifically designed to utilize Calamares as the default system installer, providing users with the flexibility to customize their installations using themes. However, Eggs goes beyond Calamares by introducing its own installer called Krill, which focuses on command-line interface (CLI) installations, particularly for server environments.
Krill adopts a TUI interface that closely resembles Calamares, ensuring a consistent user experience. Leveraging the same configuration files created by Eggs for Calamares, Krill maintains compatibility and allows for seamless transitions between desktop and server installations. By simply adding the flag during installation, Krill enables unattended installations, streamlining the process for system administrators. Fine-tuning installation parameters becomes effortless as the configuration values can be modified in the /etc/penguins-eggs.d/krill.yaml file, facilitating automated deployments.
[!TIP] Thanks to the Eggs project's integration of Calamares and the introduction of Krill, users can enjoy a comprehensive installation toolkit. Whether one prefers the graphical interface of Calamares or the command-line efficiency of Krill, Eggs caters to diverse installation needs, making Linux setup a breeze.
Just like the cuckoo bird lays its eggs in the nests of other birds, the Eggs project introduces a similar concept in the form of a self-configuring PXE service. This service allows you to boot and install your ISO on networked computers that are not originally configured for your specific ISO.
With the command cuckoo you can deploy a newly created ISO on an already installed system, or you can live to boot the ISO itself. This means that you can either install your ISO on existing systems or directly run the ISO without the need for a permanent installation.
[!TIP] By leveraging the cuckoo command, the Eggs project provides a convenient method for deploying and testing your ISO on a variety of networked computers, expanding the possibilities for system installations and evaluations.
I have introduced two helpful built-in assistants: Mom and Dad. Mom, based on the easybashgui easybashgui script, serves as a comprehensive guide, providing explanations of various commands and documentation. This ensures that users have access to clear instructions and information as they navigate through Eggs' functionalities.
On the other hand, Dad serves as a convenient shortcut for properly configuring Eggs. By simply typing sudo eggs dad and following the straightforward instructions, users can quickly configure Eggs to meet their specific requirements. For even faster configuration, utilizing the command sudo eggs dad -d allows for a complete reset of the configuration, loading default settings, and deleting any created ISOs.
Once Eggs is properly configured, generating your live environment becomes a breeze. Just type sudo eggs produce to effortlessly generate your live ISO. With this streamlined workflow, Eggs empowers users to efficiently create customized live environments tailored to their needs. Whether you rely on Mom's guidance or Dad's configuration shortcuts, Eggs offers a user-friendly experience for ISO creation and customization.
Yolk is a local repository that is bundled within the LiveCD of Eggs. This repository contains a carefully curated selection of essential packages required for installation. Yolk serves as a valuable resource, as it allows you to install your system confidently, even without an active internet connection. By including Yolk in the LiveCD, Eggs ensures that all the necessary packages are readily available during the installation process. This eliminates the dependency on an internet connection, making it possible to install your system in offline environments or situations where internet access is limited or unavailable. Yolk acts as a safety net, providing the minimum set of indispensable packages required for a successful installation. This guarantees a smooth and reliable installation experience, regardless of the availability of an internet connection. With Yolk by your side, you can confidently proceed with system installations, knowing that the essential packages are at your disposal.
Eggs offers support for a variety of packages. Specifically, for Debian, Devuan, and Ubuntu, Eggs utilizes .deb packages that are compatible with both amd_64 and i386 architectures. This ensures seamless integration with these distributions, allowing users to easily install and utilize Eggs' features. On the other hand, Arch and ManjaroLinux have their own packaging system known as PKGBUILDs. Eggs is designed to work harmoniously with these distributions, leveraging the specific packaging structure provided by PKGBUILDs. This ensures that Eggs can seamlessly integrate into Arch and ManjaroLinux environments, providing users with a consistent and optimized experience. By adapting to the packaging systems used by different distributions, Eggs ensures compatibility and ease of use across a wide range of Linux environments. Whether you're using Debian, Devuan, Ubuntu, Arch, or ManjaroLinux, Eggs is equipped to support your preferred distribution, enabling you to make the most of its features and functionalities.
Eggs caters to the Debian family of distributions, offering a seamless installation experience through deb packages.
These deb packages are available for multiple architectures, including amd64, i386, and arm64.
The availability of penguins-eggs as a deb package simplifies the installation process for users of Debian-based distributions. Whether you are running a 64-bit (amd64) or 32-bit (i386) architecture, or even an arm64 architecture, Eggs has you covered. This ensures that users across a wide range of Debian-based systems can easily download, install, and utilize Eggs' features.
By providing deb packages for various architectures, Eggs promotes accessibility and inclusivity, allowing users on different hardware platforms to benefit from its functionality. Whether you're using a traditional desktop computer or an ARM-based device, Eggs ensures compatibility and a consistent experience across the Debian family of distributions.
The packages can be installed on Debian, Devuan, or Ubuntu-based distributions without the need to worry about the specific version. Whether you're using Buster, Bullseye, Bookworm, Trixie, Chimaera, Daedalus, Focal, Jammy or Noble, eggs is reported to work across these versions. However, it's important to ensure compatibility with the respective processor architecture.
Ubuntu bionic cannot install nodejs >16, so I packaged a specific version for bionic, still largely used.
The packages penguins-eggs provided include standard scripts for preinst, postinst, prerm, and postrm. These scripts play a crucial role in the installation and management of the packages. The preinst script is executed before the package is installed, allowing for any necessary preparations or configurations. The postinst script is executed after the package installation, enabling additional setup or customization. Similarly, the prerm script is executed before the package is removed, while the postrm script is executed after the package removal.
In addition to the scripts, penguins-eggs package also include man pages, bash-completion and other.
man pages serve as documentation for the installed packages, providing detailed information on their usage, configuration options, and other relevant details. The inclusion of man pages ensures that users have access to comprehensive documentation, enabling them to effectively utilize and manage the Eggs packages.
Overall, Eggs' packages offer a comprehensive and user-friendly experience, with standard scripts and detailed documentation, making installation and management hassle-free on Debian, Devuan, and Ubuntu-based distributions.
There are multiple methods available, lately I prefer get-eggs way, working for all the supported distros: Arch, Debian, Devuan, Manjaro, Ubuntu and derivatives.:
git clone https://github.com/pieroproietti/get-eggs
cd get-eggs
sudo ./get-eggs.sh
get-eggs on Debian families add automatically the penguins-eggs-ppa repository and, when need, add nodesource repository. On Arch, chaotic-aur repo will be added.
This let to install, update, remove penguins-eggs like a native package.
penguins-eggs-10.0.x depend on nodejs >18, not directly available in all the distros. We can rely on nodesource adding them.
To install Eggs, the simplest method is to download the package penguins-eggs from the project's SourceForge page package eggs and install it on your system.
After downloading the appropriate package, based on your system's architecture, you can proceed with the installation. If you are using an amd64 system, run the following command in the terminal:
sudo dpkg -i penguins_eggs_10.0.x-1_amd64.deb
For i386 systems, the command would be:
sudo dpkg -i penguins_eggs_10.0.x-1_i386.deb
Executing these commands will initiate the installation process and install Eggs on your system.
Once Eggs is successfully installed, you have the option to enhance its functionality by adding the penguins-eggs-ppa repository. This repository provides additional tools and features for Eggs. To add the penguins-eggs-ppa repository, run the following command in the terminal:
sudo eggs tools ppa --install
This command will add the penguins-eggs-ppa repository to your system, allowing you to access updated versions of Eggs and additional tools provided by the repository.
By following these steps, you can easily install Eggs, add the penguins-eggs-ppa repository, penguins-eggs-ppa, and unlock further capabilities and enhancements for your Eggs installation.
For derivatives of Debian, Devuan, and Ubuntu, such as Linuxmint, LMDE, etc., get-eggs will typically work as well. However, if needed, you can manually add the penguins-eggs-ppa repository by copying and pasting the following two lines into a terminal:
curl -fsSL https://pieroproietti.github.io/penguins-eggs-ppa/KEY.gpg | sudo gpg --dearmor -o /etc/apt/trusted.gpg.d/penguins-eggs.gpg
echo "deb [arch=$(dpkg --print-architecture)] https://pieroproietti.github.io/penguins-eggs-ppa ./" | sudo tee /etc/apt/sources.list.d/penguins-eggs.list > /dev/null
After adding the repository, update your package repositories and install Eggs by running the following command:
sudo apt update && sudo apt install penguins_eggs
Executing these commands will update your package sources and install Eggs on your system.
To upgrade Eggs, the process will vary depending on whether you are using the penguins-eggs-ppa repository or not. Here's how you can upgrade Eggs with both approaches: If you have already added the penguins-eggs-ppa repository, you can upgrade Eggs alongside other packages on your system by running the following command:
sudo apt upgrade
[!TIP] This command will check for updates for all installed packages, including Eggs, and upgrade them to their latest versions if available.
[!NOTE] On the other hand, if you have not added the
penguins-eggs-pparepository, you can manually upgrade Eggs by downloading the new version from the SourceForge page here. Once you have downloaded the appropriate package for your system architecture, follow these steps:
gdebi command (assuming you have gdebi installed):sudo gdebi penguins_eggs_10.0.x-1_amd64.deb
or for i386 systems:
sudo dpkg -i penguins_eggs_10.0.x-1_i386.deb
sudo apt install -f
This will automatically install any required dependencies for Eggs.
[!TIP] By following these instructions, you can upgrade Eggs either through the penguins-eggs-ppa repository or by manually downloading and installing the latest version from the SourceForge page. Ensure that you choose the appropriate method based on your current setup to keep Eggs up to date with the latest enhancements and bug fixes.
Eggs have been available in the Arch User Repository (AUR) for quite some time, thanks to the support of the Arch Linux community. Although I was initially unaware of its presence, I am now directly maintaining the AUR version of penguins-eggs. Additionally, I am actively participating in the Manjaro Community Repository, specifically for the penguins-eggs package.
Being present in the AUR signifies that Eggs is available for Arch Linux users to easily install and manage through their package managers. The AUR is a community-driven repository that allows users to contribute and maintain packages that are not officially supported by Arch Linux. By maintaining the AUR version of penguins-eggs, I can ensure that Arch Linux users have access to the latest updates and improvements for Eggs.
[!TIP] Furthermore, my participation in the Manjaro Community Repository demonstrates my commitment to providing support for Eggs on the Manjaro distribution. Manjaro is a popular Arch-based Linux distribution known for its user-friendly approach and community-driven development. By actively contributing to the Manjaro Community Repository, I can ensure that Eggs remains compatible and well-integrated with the Manjaro ecosystem.
[!TIP] In summary, Eggs is available in the AUR and is directly maintained by me. Additionally, I am actively involved in the Manjaro Community Repository to provide support for Eggs on the Manjaro distribution. This ensures that users of Arch Linux and its derivatives, such as Manjaro, can easily access and benefit from using Eggs in their systems.
To install penguins-eggs on Arch Linux, there are multiple methods available. One option is to install it directly from the Arch User Repository (AUR) by adding the chaotic-AUR repository. Here's how you can do it:
Add the Chaotic-AUR repository to your system. You can find the repository at https://aur.chaotic.cx/.
After adding the Chaotic-AUR repository, open a terminal and run the following command to install penguins-eggs using pacman:
sudo pacman -Sy penguins-eggs
This command will synchronize the package databases and install penguins-eggs on your system.
Alternatively, you can use a utility called get-eggs. This script will add the AUR repository and install penguins-eggs on your system.
It's possible too to use the popular AUR helper tool called yay. Simply run the following command:
yay penguins-eggs
yay will handle the installation process for you, including any necessary dependencies.
If you prefer to build from source, you can download the sources from the AUR repository. Here are the steps:
penguins-eggs repository from the AUR:git clone https://aur.archlinux.org/packages/penguins-eggs
penguins-eggs directory:cd penguins-eggs
makepkg:makepkg -srcCi
[!TIP] This command will compile the source code, create a package, and install it on your system. These methods provide various ways to install penguins-eggs on Arch Linux, allowing you to choose the one that suits your preferences and workflow.
Starting from version 9.4.3, penguins-eggs is now included in the Manjaro community repository, making it even easier to install on Manjaro Linux. To install penguins-eggs on Manjaro, you can use the pamac package manager with the following command:
pamac install penguins-eggs
This command will fetch the package from the Manjaro community repository and install it on your system.
Alternatively, if you prefer to manually manage the installation process, you can clone the penguins-eggs package from the Manjaro community repository and build it from source. Here are the steps:
git clone https://gitlab.manjaro.org/packages/community/penguins-eggs/
cd penguins-eggs
makepkg:makepkg -srcCi
[!TIP] This command will compile the source code, create a package, and install it on your system.
By including penguins-eggs in the Manjaro community repository, Manjaro Linux users can easily access and install the package using their preferred package manager. The Manjaro community repository is specifically dedicated to packages that are supported by the Manjaro community, ensuring that penguins-eggs is well-integrated and compatible with the Manjaro distribution.
[!TIP] Whether you choose to install penguins-eggs using
pamacor by manually building it from source, you can enjoy the benefits of this package on your Manjaro Linux system.
Once the package has been installed, you can have the new eggs command. Typing eggs will get the list of commands, and typing eggs produce --help will get the eggs produce command help screen. You can also use the command autocomplete with the TABS key, you will get the possible choices for each command. In addition, there is a man page, so by typing man eggs you will get that help as well. You can also use the eggs mom command that interactively allows you to consult the help for all commands and online documentation.
Here are some examples of how to use penguins-eggs to create live systems with different configurations:
sudo:sudo eggs produce
This command will generate a live system without any user data included.
--clone flag:sudo eggs produce --clone
This command will produce a live system that includes user data without encryption.
--cryptedclone flag:sudo eggs produce --cryptedclone
This command will generate a live system with encrypted user data.
By default, penguins-eggs uses fasted compression zstd level 3 for efficiency during the creation process. However, if you want a more compressed ISO file, you can chooce --pendrive flag zstd level 15 optimized for pendrives, --standard flag, use xz, or --max flag using xz -Xbcj to get the maximun level of compression. For example:
sudo eggs produce
sudo eggs produce --pendrive
sudo eggs produce --standard
sudo eggs produce --max
[!TIP] This command will apply differents compression to the ISO file, resulting in a smaller file size or in a longer process. Consult Penguins' eggs official guide for more detailed informations.
eggs adapteggs analyzeeggs autocomplete [SHELL]eggs calamareseggs configeggs cuckooeggs dadeggs export isoeggs export pkgeggs export tarballseggs help [COMMAND]eggs installeggs killeggs krilleggs loveeggs momeggs produceeggs statuseggs syncfromeggs synctoeggs tools cleaneggs tools ppaeggs tools skeleggs tools stateggs tools yolkeggs updateeggs versioneggs wardrobe get [REPO]eggs wardrobe list [REPO]eggs wardrobe show [REPO]eggs wardrobe wear [REPO]eggs adaptadapt monitor resolution for VM only
USAGE
$ eggs adapt [-h] [-v]
FLAGS
-h, --help Show CLI help.
-v, --verbose
DESCRIPTION
adapt monitor resolution for VM only
EXAMPLES
$ eggs adapt
See code: src/commands/adapt.ts
eggs analyzeanalyze for syncto
USAGE
$ eggs analyze [-h] [-v]
FLAGS
-h, --help Show CLI help.
-v, --verbose verbose
DESCRIPTION
analyze for syncto
EXAMPLES
sudo eggs analyze
See code: src/commands/analyze.ts
eggs autocomplete [SHELL]Display autocomplete installation instructions.
USAGE
$ eggs autocomplete [SHELL] [-r]
ARGUMENTS
SHELL (zsh|bash|powershell) Shell type
FLAGS
-r, --refresh-cache Refresh cache (ignores displaying instructions)
DESCRIPTION
Display autocomplete installation instructions.
EXAMPLES
$ eggs autocomplete
$ eggs autocomplete bash
$ eggs autocomplete zsh
$ eggs autocomplete powershell
$ eggs autocomplete --refresh-cache
See code: @oclif/plugin-autocomplete
eggs calamaresconfigure calamares or install or configure it
USAGE
$ eggs calamares [-h] [-i] [-n] [-p] [-r] [--remove] [--theme <value>] [-v]
FLAGS
-h, --help Show CLI help.
-i, --install install calamares and its dependencies
-n, --nointeractive no user interaction
-p, --policies configure calamares policies
-r, --release release: remove calamares and all its dependencies after the installation
-v, --verbose
--remove remove calamares and its dependencies
--theme=<value> theme/branding for eggs and calamares
DESCRIPTION
configure calamares or install or configure it
EXAMPLES
sudo eggs calamares
sudo eggs calamares --install
sudo eggs calamares --install --theme=/path/to/theme
sudo eggs calamares --remove
See code: src/commands/calamares.ts
eggs configConfigure eggs to run it
USAGE
$ eggs config [-c] [-h] [-n] [-v]
FLAGS
-c, --clean remove old configuration before to create new one
-h, --help Show CLI help.
-n, --nointeractive no user interaction
-v, --verbose verbose
DESCRIPTION
Configure eggs to run it
EXAMPLES
sudo eggs config
sudo eggs config --clean
sudo eggs config --clean --nointeractive
See code: src/commands/config.ts
eggs cuckooPXE start with proxy-dhcp
USAGE
$ eggs cuckoo [-h]
FLAGS
-h, --help Show CLI help.
DESCRIPTION
PXE start with proxy-dhcp
EXAMPLES
sudo eggs cuckoo
See code: src/commands/cuckoo.ts
eggs dadask help from daddy - TUI configuration helper
USAGE
$ eggs dad [-c] [-d] [-f <value>] [-h] [-v]
FLAGS
-c, --clean remove old configuration before to create
-d, --default reset to default values
-f, --file=<value> use a file configuration custom
-h, --help Show CLI help.
-v, --verbose
DESCRIPTION
ask help from daddy - TUI configuration helper
EXAMPLES
sudo dad
sudo dad --clean
sudo dad --default
See code: src/commands/dad.ts
eggs export isoexport iso in the destination host
USAGE
$ eggs export iso [-C] [-c] [-h] [-v]
FLAGS
-C, --checksum export checksums md5 and sha256
-c, --clean delete old ISOs before to copy
-h, --help Show CLI help.
-v, --verbose verbose
DESCRIPTION
export iso in the destination host
EXAMPLES
$ eggs export iso
$ eggs export iso --clean
See code: src/commands/export/iso.ts
eggs export pkgexport pkg/iso to the destination host
USAGE
$ eggs export pkg [-a] [-c] [-h] [-v]
FLAGS
-a, --all export all archs
-c, --clean remove old .deb before to copy
-h, --help Show CLI help.
-v, --verbose verbose
DESCRIPTION
export pkg/iso to the destination host
EXAMPLES
$ eggs export pkg
$ eggs export pkg --clean
$ eggs export pkg --all
See code: src/commands/export/pkg.ts
eggs export tarballsexport pkg/iso/tarballs to the destination host
USAGE
$ eggs export tarballs [-c] [-h] [-v]
FLAGS
-c, --clean remove old .deb before to copy
-h, --help Show CLI help.
-v, --verbose verbose
DESCRIPTION
export pkg/iso/tarballs to the destination host
EXAMPLES
$ eggs export tarballs
$ eggs export tarballs --clean
See code: src/commands/export/tarballs.ts
eggs help [COMMAND]Display help for eggs.
USAGE
$ eggs help [COMMAND...] [-n]
ARGUMENTS
COMMAND... Command to show help for.
FLAGS
-n, --nested-commands Include all nested commands in the output.
DESCRIPTION
Display help for eggs.
See code: @oclif/plugin-help
eggs installkrill: the CLI system installer - the egg became a penguin!
USAGE
$ eggs install [-b] [-c] [-k] [-d <value>] [-H] [-h] [-i] [-n] [-N] [-p] [-r] [-s] [-S] [-u] [-v]
FLAGS
-H, --halt Halt the system after installation
-N, --none Swap none: 256M
-S, --suspend Swap suspend: RAM x 2
-b, --btrfs Format btrfs
-c, --chroot chroot before to end
-d, --domain=<value> Domain name, defult: .local
-h, --help Show CLI help.
-i, --ip hostname as ip, eg: ip-192-168-1-33
-k, --crypted Crypted CLI installation
-n, --nointeractive no user interaction
-p, --pve Proxmox VE install
-r, --random Add random to hostname, eg: colibri-ay412dt
-s, --small Swap small: RAM
-u, --unattended Unattended installation
-v, --verbose Verbose
DESCRIPTION
krill: the CLI system installer - the egg became a penguin!
ALIASES
$ eggs krill
EXAMPLES
sudo eggs install
sudo eggs install --unattended --halt
sudo eggs install --chroot
See code: src/commands/install.ts
eggs killkill the eggs/free the nest
USAGE
$ eggs kill [-h] [-i] [-n] [-v]
FLAGS
-h, --help Show CLI help.
-i, --isos erase all ISOs on remote mount
-n, --nointeractive no user interaction
-v, --verbose verbose
DESCRIPTION
kill the eggs/free the nest
EXAMPLES
sudo eggs kill
See code: src/commands/kill.ts
eggs krillkrill: the CLI system installer - the egg became a penguin!
USAGE
$ eggs krill [-b] [-c] [-k] [-d <value>] [-H] [-h] [-i] [-n] [-N] [-p] [-r] [-s] [-S] [-u] [-v]
FLAGS
-H, --halt Halt the system after installation
-N, --none Swap none: 256M
-S, --suspend Swap suspend: RAM x 2
-b, --btrfs Format btrfs
-c, --chroot chroot before to end
-d, --domain=<value> Domain name, defult: .local
-h, --help Show CLI help.
-i, --ip hostname as ip, eg: ip-192-168-1-33
-k, --crypted Crypted CLI installation
-n, --nointeractive no user interaction
-p, --pve Proxmox VE install
-r, --random Add random to hostname, eg: colibri-ay412dt
-s, --small Swap small: RAM
-u, --unattended Unattended installation
-v, --verbose Verbose
DESCRIPTION
krill: the CLI system installer - the egg became a penguin!
ALIASES
$ eggs krill
EXAMPLES
sudo eggs install
sudo eggs install --unattended --halt
sudo eggs install --chroot
eggs lovethe simplest way to get an egg!
USAGE
$ eggs love [-h] [-v]
FLAGS
-h, --help Show CLI help.
-v, --verbose
DESCRIPTION
the simplest way to get an egg!
EXAMPLES
$ eggs auto
See code: src/commands/love.ts
eggs momask help from mommy - TUI helper
USAGE
$ eggs mom [-h]
FLAGS
-h, --help Show CLI help.
DESCRIPTION
ask help from mommy - TUI helper
EXAMPLES
$ eggs mom
See code: src/commands/mom.ts
eggs produceproduce a live image from your system whithout your data
USAGE
$ eggs produce [--addons <value>...] [--basename <value>] [-c] [-C] [--excludes <value>...] [-h] [--links
<value>...] [-m] [-N] [-n] [-p] [-P <value>] [--release] [-s] [-S] [--theme <value>] [-u] [-v] [-y]
FLAGS
-C, --cryptedclone crypted clone
-N, --noicon no icon eggs on desktop
-P, --prefix=<value> prefix
-S, --standard standard compression: xz -b 1M
-c, --clone clone
-h, --help Show CLI help.
-m, --max max compression: xz -Xbcj ...
-n, --nointeractive no user interaction
-p, --pendrive optimized for pendrive: zstd -b 1M -Xcompression-level 15
-s, --script script mode. Generate scripts to manage iso build
-u, --unsecure /root contents are included on live
-v, --verbose verbose
-y, --yolk force yolk renew
--addons=<value>... addons to be used: adapt, pve, rsupport
--basename=<value> basename
--excludes=<value>... use: static, homes, home
--links=<value>... desktop links
--release release: remove penguins-eggs, calamares and dependencies after installation
--theme=<value> theme for livecd, calamares branding and partitions
DESCRIPTION
produce a live image from your system whithout your data
EXAMPLES
sudo eggs produce # zstd fast compression
sudo eggs produce --standard # xz compression
sudo eggs produce --max # xz max compression
sudo eggs produce --pendrive # zstd compression optimized pendrive
sudo eggs produce --clone # clone
sudo eggs produce --cryptedclone # crypted clone
sudo eggs produce --basename=colibri
sudo eggs produce --theme lastos
sudo eggs produce --excludes static # you can customize it
sudo eggs produce --excludes homes # exclude /home/*
sudo eggs produce --excludes home # exclude ~/*
See code: src/commands/produce.ts
eggs statusinformations about eggs status
USAGE
$ eggs status [-h] [-v]
FLAGS
-h, --help Show CLI help.
-v, --verbose
DESCRIPTION
informations about eggs status
EXAMPLES
$ eggs status
See code: src/commands/status.ts
eggs syncfromrestore users and user data from a LUKS volumes
USAGE
$ eggs syncfrom [--delete <value>] [-f <value>] [-h] [-r <value>] [-v]
FLAGS
-f, --file=<value> file containing luks-volume encrypted
-h, --help Show CLI help.
-r, --rootdir=<value> rootdir of the installed system, when used from live
-v, --verbose verbose
--delete=<value> rsync --delete delete extraneous files from dest dirs
DESCRIPTION
restore users and user data from a LUKS volumes
EXAMPLES
sudo eggs syncfrom
sudo eggs syncfrom --file /path/to/luks-volume
See code: src/commands/syncfrom.ts
eggs synctoSave users and users' data ENCRYPTED
USAGE
$ eggs syncto [-e] [-f <value>] [-h] [-v]
FLAGS
-e, --excludes use: exclude.list.d/home.list
-f, --file=<value> file luks-volume encrypted
-h, --help Show CLI help.
-v, --verbose verbose
DESCRIPTION
Save users and users' data ENCRYPTED
EXAMPLES
sudo eggs syncto
sudo eggs syncto --file /path/to/luks-volume
sudo eggs syncto --excludes
See code: src/commands/syncto.ts
eggs tools cleanclean system log, apt, etc
USAGE
$ eggs tools clean [-h] [-n] [-v]
FLAGS
-h, --help Show CLI help.
-n, --nointeractive no user interaction
-v, --verbose verbose
DESCRIPTION
clean system log, apt, etc
EXAMPLES
sudo eggs tools clean
See code: src/commands/tools/clean.ts
eggs tools ppaadd/remove repo
USAGE
$ eggs tools ppa [-a] [-h] [-n] [-r] [-v]
FLAGS
-a, --add add penguins-eggs PPA repository
-h, --help Show CLI help.
-n, --nointeractive no user interaction
-r, --remove remove penguins-eggs PPA repository
-v, --verbose verbose
DESCRIPTION
add/remove repo
EXAMPLES
sudo eggs tools ppa --add
sudo eggs tools ppa --remove
See code: src/commands/tools/ppa.ts
eggs tools skelupdate skel from home configuration
USAGE
$ eggs tools skel [-h] [-u <value>] [-v]
FLAGS
-h, --help Show CLI help.
-u, --user=<value> user to be used
-v, --verbose
DESCRIPTION
update skel from home configuration
EXAMPLES
sudo eggs tools skel
sudo eggs tools skel --user user-to-be-copied
See code: src/commands/tools/skel.ts
eggs tools statget statistics from sourceforge
USAGE
$ eggs tools stat [-h] [-m] [-y]
FLAGS
-h, --help Show CLI help.
-m, --month current month
-y, --year current year
DESCRIPTION
get statistics from sourceforge
EXAMPLES
$ eggs tools stat
$ eggs tools stat --month
$ eggs tools stat --year
See code: src/commands/tools/stat.ts
eggs tools yolkconfigure eggs to install without internet
USAGE
$ eggs tools yolk [-h] [-v]
FLAGS
-h, --help Show CLI help.
-v, --verbose
DESCRIPTION
configure eggs to install without internet
EXAMPLES
sudo eggs tools yolk
See code: src/commands/tools/yolk.ts
eggs updateupdate the Penguins' eggs tool
USAGE
$ eggs update [-h] [-v]
FLAGS
-h, --help Show CLI help.
-v, --verbose verbose
DESCRIPTION
update the Penguins' eggs tool
EXAMPLES
$ eggs update
See code: src/commands/update.ts
eggs versionUSAGE
$ eggs version [--json] [--verbose]
FLAGS
--verbose Show additional information about the CLI.
GLOBAL FLAGS
--json Format output as json.
FLAG DESCRIPTIONS
--verbose Show additional information about the CLI.
Additionally shows the architecture, node version, operating system, and versions of plugins that the CLI is using.
See code: @oclif/plugin-version
eggs wardrobe get [REPO]get warorobe
USAGE
$ eggs wardrobe get [REPO] [-h] [-v]
ARGUMENTS
REPO repository to get
FLAGS
-h, --help Show CLI help.
-v, --verbose
DESCRIPTION
get warorobe
EXAMPLES
$ eggs wardrobe get
$ eggs wardrobe get your-wardrobe
See code: src/commands/wardrobe/get.ts
eggs wardrobe list [REPO]list costumes and accessoires in wardrobe
USAGE
$ eggs wardrobe list [REPO] [-d <value>] [-h] [-v]
ARGUMENTS
REPO wardrobe to get
FLAGS
-d, --distro=<value> distro
-h, --help Show CLI help.
-v, --verbose
DESCRIPTION
list costumes and accessoires in wardrobe
EXAMPLES
$ eggs wardrobe list
$ eggs wardrobe list your-wardrobe
$ eggs wardrobe list --distro arch
See code: src/commands/wardrobe/list.ts
eggs wardrobe show [REPO]show costumes/accessories in wardrobe
USAGE
$ eggs wardrobe show [REPO] [-h] [-j] [-v] [-w <value>]
ARGUMENTS
REPO costume to show
FLAGS
-h, --help Show CLI help.
-j, --json output JSON
-v, --verbose
-w, --wardrobe=<value> wardrobe
DESCRIPTION
show costumes/accessories in wardrobe
EXAMPLES
$ eggs wardrobe show colibri
$ eggs wardrobe show accessories/firmwares
$ eggs wardrobe show accessories/
See code: src/commands/wardrobe/show.ts
eggs wardrobe wear [REPO]wear costume/accessories from wardrobe
USAGE
$ eggs wardrobe wear [REPO] [-h] [-a] [-f] [-v] [-w <value>]
ARGUMENTS
REPO costume to wear
FLAGS
-a, --no_accessories not install accessories
-f, --no_firmwares not install firmwares
-h, --help Show CLI help.
-v, --verbose
-w, --wardrobe=<value> wardrobe
DESCRIPTION
wear costume/accessories from wardrobe
EXAMPLES
sudo eggs wardrobe wear duck
sudo eggs wardrobe wear accessories/firmwares
sudo eggs wardrobe wear wagtail/waydroid
See code: src/commands/wardrobe/wear.ts
The development of a GUI for eggs with the penGUI project sounds promising. It's exciting to see that work on the GUI has started and is progressing rapidly. GUIs can greatly enhance the user experience and make it more accessible to a wider range of users. I hope the penGUI penGUI project continues to thrive and brings a user-friendly interface to penguins-eggs. If you have any specific questions or need further information about the penGUI project, feel free to ask!
One of the standout features of Penguins' Eggs is its hassle-free setup. It comes with all the necessary configurations, making it a convenient choice for users. Just like in real life, the magic of Penguins' Eggs lies within - no additional setup required!
In addition to the official guide, there are other resources available for Penguins' Eggs users, particularly developers. These resources can be found in the penguins-eggs repository under the documents section.
Some noteworthy documents include:
If you have any questions or need further assistance, feel free to contact me via email at pieroproietti@gmail.com. You can also stay updated by following my blog or connecting with me on , Telegram, Mastodom, Facebook, GitHub, Jitsi, Reddit or Twitter, Mastodom.
Thank you!
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Copyright (c) 2017, 2024 Piero Proietti, dual licensed under the MIT or GPL Version 2 licenses.