Appendix 1

Appendix 1

Penguins Eggs Terms

  1. Live CD: A Live CD is a bootable CD or DVD that contains a complete Linux operating system. It allows users to run and test Linux without installing it on their computer's hard drive.

  2. Bootable: A bootable device, such as a Live CD, is capable of starting up a computer and loading the operating system.

  3. ISO: An ISO file is an image of a CD or DVD that contains the entire contents of the disk. It is often used to distribute Linux Live CDs, which can be burned onto a physical disc or used to create a bootable USB drive.

  4. Persistence: Persistence refers to the ability of a Live CD to save changes made during a session. With persistence, user settings, installed software, and files can be retained across multiple reboots.

  5. Filesystem: The filesystem is the method used to organize and store files on a storage device. In the context of Live CDs, the filesystem is typically read**-**only to preserve the integrity of the Live CD image.

  6. Desktop Environment: A desktop environment provides a graphical user interface (GUI) for Linux. Popular desktop environments used in Live CDs include GNOME, KDE, Xfce, LXDE, Cinnamon, MATE, and Unity.

  7. Session: A session refers to the period of time during which a Live CD is running. It starts when the Live CD is booted and ends when the system is shut down or restarted.

  8. Installer: Some Live CDs include an installer that allows users to install the Linux operating system onto their computer's hard drive. This allows for a permanent installation instead of running from the Live CD.

  9. Driver: A driver is a software component that allows the operating system to communicate with and control hardware devices. Live CDs often include a variety of drivers to ensure compatibility with different hardware configurations.

  10. Terminal: The terminal is a command**-**line interface that allows users to execute commands and interact with the Linux operating system. It can be accessed from within a Live CD session to perform advanced tasks or troubleshooting.

  11. Remastering: Remastering refers to the process of customizing a Live CD by adding or removing software, modifying settings, or including additional files. This allows users to create their own customized Live CD images.

  12. Chroot: Chroot is a command that allows users to change the root directory of a running process. In the context of Live CDs, chroot can be used to access and modify the files on the Live CD's filesystem.

  13. Persistence File: A persistence file is a file created on the storage device that the Live CD is booted from. It is used to store changes made during a Live CD session when persistence is enabled.

  14. Virtualization: Some Live CDs support virtualization, allowing them to be run as a virtual machine within another operating system. This is useful for testing or running Linux alongside other operating systems.

  15. Checksum: A checksum is a value calculated from a file or data to verify its integrity. Live CDs often provide checksums that can be used to verify the integrity of the downloaded ISO file before burning it to a disc or creating a bootable USB drive.

  16. BIOS: BIOS stands for Basic Input**/**Output System. It is firmware embedded in the computer's motherboard that initializes hardware during the boot process and provides basic system configuration settings.

  17. UEFI: UEFI stands for Unified Extensible Firmware Interface. It is a modern replacement for BIOS that provides enhanced boot and system configuration capabilities. UEFI is used in many newer computers.

  18. GRUB: GRUB, short for GRand Unified Bootloader, is a boot loader commonly used in Linux. It allows users to select the operating system or boot parameters at startup.

  19. Boot Menu: The boot menu is a menu displayed during the boot process that allows users to choose the device or operating system to boot from. It is often accessed by pressing a specific key, such as F12 or ESC.

  20. Partition: A partition is a logical division of a storage device, such as a hard drive or SSD. It allows for the creation of multiple separate areas for storing data or installing different operating systems.

  21. File Manager: A file manager is a software application that provides a graphical interface for managing files and directories. It allows users to navigate, copy, move, rename, and delete files within the Live CD environment.

  22. Encryption: Encryption is the process of encoding data in such a way that only authorized parties can access and understand it. It is used to protect sensitive information during transmission or storage.

  23. Decryption: Decryption is the process of converting encrypted data back into its original, readable form. It requires the appropriate decryption key or password to access the encrypted information.

  24. X Window System: The X Window System, also known as X11 or simply X, is a windowing system that provides the foundation for graphical user interfaces in Linux and other Unix**-**like operating systems. It allows applications to display windows, icons, and graphics.

  25. Display Manager: A display manager is a graphical login manager that allows users to log in and start a desktop session. It presents a login screen and handles the authentication process.

  26. Xfce: Xfce is a lightweight desktop environment for Linux. It aims to be fast, efficient, and visually appealing while using fewer system resources compared to other desktop environments.

  27. GNOME: GNOME is a popular desktop environment for Linux. It emphasizes simplicity, ease of use, and a clean user interface. GNOME provides a wide range of applications and customization options.

  28. KDE: KDE, short for the K Desktop Environment, is another widely used desktop environment for Linux. It offers a feature**-**rich and highly customizable user experience, with a focus on productivity and aesthetics.

  29. LXDE: LXDE, which stands for Lightweight X11 Desktop Environment, is designed to be lightweight and energy**-efficient. It is often used on older or low-**specification hardware.

  30. Cinnamon: Cinnamon is a desktop environment forked from GNOME. It provides a traditional desktop layout with a taskbar, system tray, and customizable settings. Cinnamon is the default desktop environment of Linux Mint.

  31. MATE: MATE is a desktop environment derived from the GNOME 2 codebase. It aims to provide a familiar and intuitive user experience, especially for users transitioning from GNOME 2.

  32. Unity: Unity was a desktop environment developed by Canonical for the Ubuntu operating system. It featured a unique user interface with a sidebar and a global menu. However, it has been discontinued in favor of GNOME.

  33. Package Manager: A package manager is a software tool used to install, update, and manage software packages on a Linux system. It handles dependencies, resolves conflicts, and simplifies the installation process.

  34. APT: APT stands for Advanced Package Tool. It is a command**-line package management system used in Debian-**based distributions, such as Ubuntu. APT allows users to install, upgrade, and remove software packages.

  35. DPKG: DPKG is a low**-level package management tool used in Debian-**based distributions. It handles the installation, removal, and management of individual software packages.

  36. RPM: RPM stands for Red Hat Package Manager. It is a package management system used in Red Hat**-**based distributions, such as Fedora and CentOS. RPM allows users to install, upgrade, and remove software packages.

  37. YUM: YUM stands for Yellowdog Updater, Modified. It is a command**-line package management tool used in Red Hat-**based distributions. YUM simplifies the process of installing, updating, and removing software packages.

  38. DNF: DNF stands for Dandified YUM. It is the next**-**generation package manager used in recent versions of Fedora and CentOS. DNF provides improved performance and dependency resolution compared to YUM.

  39. Software Repository: A software repository, often called a repo, is a collection of software packages and metadata hosted on a server. It allows users to easily download and install software using a package manager.

  40. Kernel: The kernel is the core component of the Linux operating system. It manages system resources, provides hardware abstraction, and facilitates communication between software and hardware components.

  41. Kernel Modules: Kernel modules, also known as device drivers, are pieces of code that can be dynamically loaded and unloaded into the kernel. They provide support for specific hardware devices or functionality.

  42. Init System: The init system is the first process started during the boot process and is responsible for initializing the system. Popular init systems in Linux include SysV init, Upstart, and systemd.

  43. SysV init: SysV init is a traditional init system used in many Linux distributions. It follows a series of runlevels to control the execution of services and scripts during system startup and shutdown.

  44. Systemd: Systemd is a modern init system that has become the standard in many Linux distributions. It offers faster boot times, parallel service startup, dependency management, and advanced logging capabilities.

  45. Upstart: Upstart is an event**-**based init system used in some Linux distributions. It provides advanced features such as event monitoring and automatic service restarting.

  46. Runlevel: A runlevel is a specific operating state of a system that determines which services and processes are running. Each runlevel has a predefined set of services that are started or stopped.

  47. Service: A service is a program or process that runs in the background and provides specific functionality or functionality to other programs. Services can be managed by the init system and controlled using commands like start, stop, and restart.

  48. Kernel Panic: A kernel panic is a critical error that occurs in the Linux kernel, causing the system to halt and display an error message. It usually indicates a severe software or hardware issue.

  49. Filesystem: A filesystem is a method used to organize and store files on a storage device. It defines how files are named, organized into directories, and accessed by the operating system.

  50. EXT4: EXT4 is a widely used filesystem in Linux. It is the fourth version of the Extended Filesystem (EXT) and offers improvements in performance, reliability, and storage capacity compared to its predecessors.

  51. NTFS: NTFS stands for New Technology File System. It is the default filesystem used in Windows operating systems. NTFS supports features like file and folder permissions, encryption, and journaling.

  52. FAT32: FAT32 is a filesystem commonly used in removable storage devices, such as USB flash drives and SD cards. It has limitations on file size and partition size but offers compatibility with various operating systems.

  53. Mounting: Mounting is the process of making a filesystem accessible to the operating system by associating it with a specific directory (mount point) in the directory hierarchy. Mounted filesystems can be accessed and manipulated like any other directory.

  54. Unmounting: Unmounting is the process of detaching a mounted filesystem from its mount point, making it inaccessible to the operating system. It ensures that all pending read**/**write operations are completed before disconnection.

  55. Remastering: Remastering Linux refers to the process of customizing an existing Linux distribution by modifying its packages, configurations, and settings to create a new, personalized version.

  56. Live CD**/DVD/USB: A live CD/DVD/**USB is a bootable media that contains a complete operating system, allowing users to run and test the Linux distribution without installing it on their computer. Live media is often used for remastering Linux.

  57. ISO: ISO is a file format that represents an exact copy of a CD or DVD, including its file system. An ISO file can be used to create a bootable media or to distribute a Linux distribution.

  58. Chroot: Chroot (change root) is a Unix command that changes the root directory for a process and its children. It allows you to run programs and access files as if they were running on a different Linux system, which is useful for remastering.

  59. SquashFS: SquashFS is a compressed read**-**only file system used in many Linux distributions. It allows more data to be stored in a smaller space, making it efficient for live environments and remastering purposes.

  60. Overlay File System: An overlay file system is used to combine multiple file systems into a single unified view. It allows changes made to a read**-**only base system (such as a live CD) to be stored separately without modifying the original files.

  61. Customization: Customization involves modifying various aspects of a Linux distribution during the remastering process, such as desktop environments, themes, wallpapers, default applications, configurations, and installed packages.

  62. Package Selection: Package selection refers to the process of choosing which software packages should be included or excluded in the remastered Linux distribution. It allows users to tailor the distribution to their specific needs.

  63. Configuration Files: Configuration files contain settings and options that determine the behavior of software applications or the system as a whole. During remastering, modifying or replacing configuration files can help customize the Linux distribution.

  64. Scripts: Scripts are executable files containing a series of commands that automate tasks. They can be used during the remastering process to perform various operations, such as installing packages, configuring settings, or modifying files.

  65. Initramfs: Initramfs (initial RAM file system) is a temporary file system used during the Linux boot process. It contains essential files and scripts needed to mount the root file system and start the system initialization.

  66. Bootloader: A bootloader is software that loads the operating system into memory during the boot process. It allows users to select and start different operating systems or configurations, which can be customized during remastering.

  67. Persistence: Persistence refers to the ability of a live Linux system to save changes made during a session and retain them across reboots. It allows users to customize and personalize the live environment without losing their modifications.

  68. Preseed: Preseed is a configuration file used in Debian**-**based distributions to automate the installation process. It allows users to specify installation options, such as partitioning, package selection, and network settings, during remastering.

  69. Remastersys: Remastersys was a popular tool for remastering Debian**-based Linux distributions. It provided an easy-to-use graphical interface to customize and create live CDs/DVDs/**USBs.

  70. Linux From Scratch (LFS): Linux From Scratch is a project that provides instructions for building a Linux distribution from source code. It allows advanced users to create a customized Linux system from scratch, including remastering capabilities.

  71. Version Control: Version control systems, such as Git or SVN, help track and manage changes made to files and directories. They are useful during the remastering process to keep a record of modifications and revert changes if needed.

  72. Checksum: A checksum is a value obtained by applying a mathematical algorithm to a file or data. It is used to verify the integrity of files during the remastering process, ensuring that they have not been modified or corrupted.

  73. Testing: Testing is an essential part of the remastering process to ensure the new Linux distribution functions correctly and meets the desired requirements. It involves verifying package installations, configurations, and system behavior.

  74. Documentation: Documentation plays a crucial role in remastering Linux. It involves creating and maintaining detailed instructions, notes, and guides to assist users in understanding and reproducing the remastering process.

  75. Distribution: A Linux distribution, often referred to as a distro, is a complete operating system based on the Linux kernel along with various software packages, applications, and configurations. Popular EXAMPLES: include Ubuntu, Fedora, and Debian.

  76. Package Manager: A package manager is a software tool used to install, update, and manage software packages in a Linux distribution. It handles dependencies, resolves conflicts, and provides a convenient way to install and remove software.

  77. APT: APT (Advanced Package Tool) is a package management system used in Debian**-based distributions like Ubuntu. It provides a command-**line interface (apt-get) and graphical frontends (like Synaptic) for managing packages.

  78. RPM: RPM (Red Hat Package Manager) is a package management system used in Red Hat**-**based distributions like Fedora, CentOS, and RHEL. It uses the .rpm package format and provides tools like rpm, dnf, and yum for package management.

  79. DEB: DEB is the package format used in Debian**-**based distributions. It contains the software package along with metadata and installation scripts. DEB packages can be installed using tools like dpkg or APT.

  80. RPM Package Building: RPM package building involves creating RPM packages from source code or precompiled binaries. It requires creating a SPEC file that defines the package's metadata, dependencies, and installation instructions.

  81. DEB Package Building: DEB package building involves creating DEB packages from source code or precompiled binaries. It requires creating a control file that defines the package's metadata, dependencies, and installation instructions.

  82. Repository: A repository is a collection of software packages hosted on a server. Linux distributions often provide official repositories from which users can easily download and install software. Users can also create their own repositories for custom packages.

  83. Upstream: Upstream refers to the original source of software or a project. When modifying or remastering a Linux distribution, changes made to the software or configurations can be either upstream (passed upstream to the original project) or downstream (kept within the modified distribution).

  84. Downstream: Downstream refers to the modified or customized version of a software or distribution. Downstream changes are specific to a particular distribution or project and may not be present in the original upstream source.

  85. Kernel: The kernel is the core component of the Linux operating system. It manages system resources, provides abstraction layers for hardware devices, and handles low**-**level operations. Customizing the kernel can be part of the remastering process.

  86. Init System: The init system is responsible for starting and managing processes during the Linux boot process. Popular init systems include SysV init, Upstart, and systemd. Remastering may involve modifying the init system's configuration or scripts.

  87. Desktop Environment: The desktop environment provides a graphical user interface (GUI) and a set of applications for a Linux distribution. EXAMPLES: include GNOME, KDE, Xfce, and LXDE. Remastering can involve customizing the desktop environment to create a unique user experience.

  88. Window Manager: A window manager controls the appearance and behavior of windows in a GUI. It manages window placement, decorations, and user interactions. Remastering may involve selecting or customizing a specific window manager.

  89. Theme: A theme defines the visual appearance of a Linux distribution, including window decorations, icons, fonts, and colors. Remastering can involve creating or modifying themes to achieve a desired look and feel.

  90. Desktop Wallpaper: The desktop wallpaper is the background image displayed on the desktop. Remastering can involve selecting or customizing wallpapers to personalize the Linux distribution.

  91. Default Applications: Default applications are the preinstalled software that opens specific file types or performs certain tasks in a Linux distribution. Remastering can involve changing the default applications to suit personal preferences or specific use cases.

  92. System Configuration: System configuration involves modifying various settings and configurations in a Linux distribution. This can include network settings, display resolutions, power management, user accounts, and more. Remastering may involve tweaking system configurations to align with specific requirements.

  93. Localization: Localization refers to adapting a software or distribution to support a specific language or region. Remastering can involve customizing language packs, keyboard layouts, time zones, and other localization settings.

  94. Post**-installation Scripts: Post-installation scripts are scripts executed after the installation of a Linux distribution. They can automate additional configurations, software installations, or tweaks. Remastering may involve creating or modifying post-**installation scripts.

  95. Custom Package Repository: A custom package repository is a repository created by users or organizations to host their own software packages. During remastering, users can configure the Linux distribution to use their custom repository for package installation and updates.

  96. Optimization: Optimization involves fine**-**tuning a Linux distribution to improve performance, resource usage, or specific functionalities. It can include optimizing system settings, removing unnecessary packages, or recompiling software with specific optimizations.

  97. Driver Integration: Driver integration involves including specific device drivers in the remastered Linux distribution to ensure compatibility and proper functioning on various hardware configurations. This is particularly important for hardware**-**specific distributions or customizations.

  98. Security Hardening: Security hardening refers to the process of enhancing the security of a Linux distribution by implementing various measures. This can include enabling specific security features, configuring firewalls, implementing access controls, and more.

  99. Virtualization Support: Virtualization support involves customizing a Linux distribution to work seamlessly in virtualized environments. This includes optimizing performance, enabling virtualization extensions, and providing specific tools or drivers for virtualization platforms.

  100. Backup and Restore: Backup and restore procedures involve creating a backup of a remastered Linux distribution, including customizations, configurations, and data. This allows users to restore their customized distribution to a previous state if needed.

  101. Documentation Generation: Documentation generation involves creating comprehensive documentation for the remastered Linux distribution. This includes instructions, guides, and explanations of customizations, configurations, and any modifications made during the remastering process.

  102. Distribution Customization Tools: Distribution customization tools are software applications designed to simplify the remastering process. These tools provide graphical interfaces, automation, and predefined customization options to streamline the creation of a personalized Linux distribution.

  103. Version Control for Configuration Files: Version control systems can be used to manage changes made to configuration files during the remastering process. This ensures the ability to track modifications, revert changes, and collaborate with others when customizing the Linux distribution.

  104. Live USB**/DVD: A live USB or live DVD is a bootable media that allows users to run a Linux distribution directly from the USB drive or DVD without installing it on their system. Remastering can involve creating a customized live USB/**DVD with specific software, configurations, and personalized settings.

  105. Persistent Storage: Persistent storage refers to the ability of a live USB**/**DVD to save changes and data between sessions. Remastering can include configuring persistent storage to allow users to save files, settings, and customizations even when running the Linux distribution from a live environment.

  106. Custom Splash Screen: The splash screen is the graphical image or animation displayed during the boot process of a Linux distribution. Remastering can involve replacing the default splash screen with a custom image or animation to provide a unique visual experience.

  107. Preconfigured Network Settings: Preconfigured network settings involve setting up network connectivity automatically during the boot process of a remastered Linux distribution. This ensures that users have immediate access to the internet or local network without the need for manual configuration.

  108. Software Selection: Software selection involves choosing the specific software packages and applications that will be included in the remastered Linux distribution. This can be done based on personal preferences, specific use cases, or the target audience of the distribution.

  109. Custom Scripts and Automations: Custom scripts and automations can be created during the remastering process to automate certain tasks, perform specific configurations, or streamline the installation process of the remastered Linux distribution.

  110. Custom Documentation: Custom documentation involves creating user guides, manuals, or online resources specifically tailored to the remastered Linux distribution. This documentation can provide instructions, tips, and troubleshooting information for users of the customized distribution.

  111. Localization and Language Support: Localization and language support involve customizing the remastered Linux distribution to support multiple languages, keyboard layouts, and regional settings. This enables users from different regions to use the distribution in their preferred language.

  112. Test and Quality Assurance: Test and quality assurance processes involve thoroughly testing the remastered Linux distribution to ensure its stability, functionality, and compatibility. This can include performing system tests, software compatibility checks, and user experience evaluations.

  113. User Feedback and Iteration: User feedback and iteration involve gathering feedback from users of the remastered Linux distribution and using it to improve future versions. This iterative process helps refine the customization, fix bugs, and address user needs and preferences.

  114. Legal Considerations: Legal considerations involve ensuring compliance with software licenses, copyright laws, and intellectual property rights when remastering a Linux distribution. It is important to respect the licensing terms of the software included in the distribution and provide proper attribution when necessary.

  115. Custom Desktop Environments: Custom desktop environments involve creating a personalized graphical user interface (GUI) for the remastered Linux distribution. This can include modifying existing desktop environments or creating entirely new ones to suit specific user preferences or use cases.

  116. Hardware Compatibility Testing: Hardware compatibility testing involves verifying that the remastered Linux distribution works seamlessly on various hardware configurations. This ensures that the distribution can be used on a wide range of devices without compatibility issues.

  117. Remote Desktop Support: Remote desktop support involves configuring the remastered Linux distribution to allow remote access and control from another device. This enables users to access their customized distribution from anywhere, providing flexibility and convenience.

  118. Multiarch Support: Multiarch support involves enabling the remastered Linux distribution to run software compiled for different architectures simultaneously. This allows users to install and use software designed for both 32**-bit and 64-**bit systems or different processor architectures.

  119. Custom Themes and Visual Styles: Custom themes and visual styles involve modifying the appearance of the remastered Linux distribution, including window decorations, icons, fonts, and color schemes. This allows users to personalize the visual experience of their customized distribution.

  120. Custom Application Launchers: Custom application launchers involve creating shortcuts or icons that launch specific applications or perform predefined actions in the remastered Linux distribution. This allows users to access frequently used tools or perform common tasks with ease.

  121. Custom File Manager Configurations: Custom file manager configurations involve modifying the behavior and appearance of the file manager in the remastered Linux distribution. This can include customizing file sorting options, adding or removing context menu entries, and defining default settings.

  122. Custom Keyboard Shortcuts: Custom keyboard shortcuts involve defining personalized key combinations that trigger specific actions or commands in the remastered Linux distribution. This allows users to streamline their workflow and perform tasks more efficiently.

  123. Customized System Tray and Notification Area: Customizing the system tray and notification area involves configuring which icons and notifications are displayed in the remastered Linux distribution's taskbar. This allows users to prioritize and control the information they receive.

  124. Custom Power Management Settings: Custom power management settings involve configuring how the remastered Linux distribution handles power**-**related features, such as screen brightness, sleep mode, hibernation, and power saving options. This allows users to optimize power usage according to their preferences.

  125. Custom Accessibility Options: Custom accessibility options involve configuring the remastered Linux distribution to provide enhanced accessibility features for users with disabilities. This can include screen readers, magnifiers, on**-**screen keyboards, and other assistive technologies.

  126. Remote System Administration Tools: Remote system administration tools involve including software or configurations in the remastered Linux distribution that facilitate remote management and troubleshooting of systems. This can include SSH clients, remote desktop tools, or system monitoring utilities.

  127. Custom Privacy Settings: Custom privacy settings involve configuring the remastered Linux distribution to provide users with granular control over their privacy preferences. This can include options to disable telemetry, limit data collection, or manage application permissions.

  128. Custom Firewall Configurations: Custom firewall configurations involve setting up specific firewall rules and configurations in the remastered Linux distribution to enhance security. This can include blocking or allowing specific network traffic, defining port forwarding rules, and managing network zones.

  129. Custom Backup and Restore Tools: Custom backup and restore tools involve including software or configurations in the remastered Linux distribution that facilitate easy backup and restoration of user data, configurations, and customizations. This ensures users can safeguard their personalized settings.

  130. Custom Gaming Support: Custom gaming support involves including software, drivers, and configurations in the remastered Linux distribution that enhance gaming performance and compatibility. This can include optimized graphics drivers, gaming**-**specific tools, and preconfigured game controllers.

  131. Custom Multimedia Support: Custom multimedia support involves including software, codecs, and configurations in the remastered Linux distribution that enable seamless playback of various multimedia formats. This ensures users can enjoy their media files without compatibility issues.

  132. JSON:

  133. JSON (JavaScript Object Notation) is a lightweight data interchange format that is easy for humans to read and write, and easy for machines to parse and generate. It is commonly used for storing and transmitting structured data between a server and a web application.

  134. Themes:

  135. Themes in Linux refer to the visual appearance of the user interface, including window decorations, icons, color schemes, and wallpapers. Users can customize their desktop environment by applying different themes to personalize the look and feel of their system.

  136. Applications:

  137. Applications in Linux refer to software programs that perform specific tasks. They can range from basic utilities like text editors and web browsers to complex applications like office suites and media players.

  138. Artwork:

  139. Artwork in Linux refers to graphical elements such as icons, wallpapers, and other visual resources that contribute to the overall aesthetic of a Linux distribution or desktop environment.

  140. Calamares:

  141. Calamares is an open**-source system installer used by several Linux distributions. It provides a user-**friendly interface for installing the operating system on a computer, allowing users to customize various installation settings.

  142. Branding:

  143. Branding in Linux refers to customizing the visual and textual elements of a Linux distribution to create a unique identity. This includes designing logos, selecting color schemes, and creating a consistent visual style throughout the distribution.

  144. Modules:

  145. In the context of Calamares, modules are components that extend its functionality. They provide additional features and options during the installation process, such as partitioning tools, language selection, or package customization.

  146. LiveCD:

  147. A LiveCD is a bootable CD or DVD that contains a complete operating system, allowing users to run and test a Linux distribution without installing it on their computer. It provides a "live" environment that runs directly from the CD**/**DVD.

  148. sudo:

  149. sudo is a command in Linux that allows users to run commands with the privileges of another user, usually the superuser or root. It is commonly used to perform administrative tasks that require elevated permissions.

  150. apt:

  151. apt (Advanced Package Tool) is a package management command**-line tool used in Debian-**based Linux distributions. It provides a convenient way to install, upgrade, and manage software packages.

  152. git clone:

  153. git clone is a command used in the Git version control system to create a copy of a remote repository on a local machine. It downloads the entire repository, including all branches and commit history, allowing users to work on the code locally.

  154. npm:

  155. npm (Node Package Manager) is a package manager for JavaScript programming language. It is commonly used to manage dependencies and packages for Node.js applications.

  156. Proxmox:

  157. Proxmox is an open**-source virtualization platform based on Linux. It provides a complete virtualization solution, including a hypervisor (Proxmox VE) and a web-**based management interface, allowing users to create and manage virtual machines and containers.

  158. .desktop file:

  159. A .desktop file is a configuration file used in Linux desktop environments to define an application's properties, such as its name, executable path, icon, and launch options. It enables the integration of applications into the desktop environment's menus and launchers.

  160. Encoding**=UTF-**8:

  161. Encoding**=UTF-**8 is a character encoding standard that represents characters in the Unicode character set. It is widely used in Linux and other platforms to support multilingual text and ensure compatibility between different systems.

  162. xhost **+**si:localuser:root:

  163. xhost is a command in Linux that controls access to the X server, which manages graphical display and input. The command **"**xhost +si:localuser:root" grants the root user permission to access the X server on the local machine.

  164. pkexec:

  165. pkexec is a command**-**line tool in Linux that allows authorized users to execute programs as another user, usually the superuser or root. It provides a more secure alternative to using sudo for running graphical applications with elevated privileges.

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