


1. KDE
When it comes to the Linux desktop environment, KDE has to be mentioned. Some people say that it is the king of traditional desktops. This is not true at all. That's not an exaggeration; in contrast, KDE is very dominant in the choice of Linux desktop environment. In recent years, KDE has been ranked the best Linux desktop in the Linux Journal competition. Development of KDE began in 1996, and the first version was released in 1998. It should be said that KDE is very customizable and you can customize almost anything.
Compared with other desktop environments that require the use of additional tools to customize, KDE is very flexible because it has integrated all of this into the system settings, so Users can personalize their desktop without the need for additional auxiliary tools. It can be said that KDE packages all the basic applications and tools you need, so it is very convenient.
(Free video tutorial recommendation: linux video tutorial)
Many popular Linux distributions provide KDE. Currently, the main Linux distributions that use KDE as the default desktop environment are openSUSE and Kubuntu.
2. GNOME
The first version of GNOME was released in 1999. It is a very popular desktop environment with many branches, such as Cinnamon, Unity, etc. . Its customization is not as flexible and complete as KDE, but it can be customized through third-party applications, such as gnome-tweak-tool.
Gnome is the default desktop environment of Fedora. Currently, the main Linux distributions that use GNOME as the default desktop environment are Debian, Fedora, openSUSE and Ubuntu GNOME.
3, MATE
The emergence of MATE is a branch created based on the code of GNOME 2 that is no longer maintained. It was originally created for users who were disappointed with GNOME 3. development. Nowadays, it has also won the favor of many developers.
The advantage of MATE is that it consumes very little resources, so if you have a computer that is not very high-end and runs slowly, I believe you will not go wrong by choosing MATE.
In terms of personalization, the basic applications that come with MATE are all copied from GNOME 2 for integration. It supports panel systems, menus, applets, indicators, etc. that can be pressed User requirement configuration.
4. Cinnamon
Cinnamon is the default desktop environment of Linux Mint. Although it looks like the Windows user interface, it is highly customizable and does not require Any additional plugins, widgets and configuration tools to customize the desktop.
Cinnamon is developed from GNOME 3, but it is more fancy than MATE. The user interface similar to Windows makes Cinnamon a good choice for some beginners.
Cinnamon serves as the default desktop environment for Linux Mint, however, many other Linux distributions also offer their own flavor of Cinnamon.
5. Unity
Unity is the default desktop of Ubuntu. It is also the desktop where many beginners first come into contact with Linux functions. It is a desktop optimized for touch. Its original development purpose was also to make full use of the small screen of the netbook. But as we all know, netbooks were ultimately not recognized by most users.
Unity is also based on the GNOME left environment. It was first released in 2010. As a graphical user interface developed by Canonical, it has undergone several major improvements. , can finally be installed on the distribution like any other desktop.
Recommended related articles and tutorials: linux tutorial
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Linux network configuration can be completed through the following steps: 1. Configure the network interface, use the ip command to temporarily set or edit the configuration file persistence settings. 2. Set up a static IP, suitable for devices that require a fixed IP. 3. Manage the firewall and use the iptables or firewalld tools to control network traffic.

Maintenance mode plays a key role in Linux system management, helping to repair, upgrade and configuration changes. 1. Enter maintenance mode. You can select it through the GRUB menu or use the command "sudosystemctlisolaterscue.target". 2. In maintenance mode, you can perform file system repair and system update operations. 3. Advanced usage includes tasks such as resetting the root password. 4. Common errors such as not being able to enter maintenance mode or mount the file system, can be fixed by checking the GRUB configuration and using the fsck command.

The timing and reasons for using Linux maintenance mode: 1) When the system starts up, 2) When performing major system updates or upgrades, 3) When performing file system maintenance. Maintenance mode provides a safe and controlled environment, ensuring operational safety and efficiency, reducing impact on users, and enhancing system security.

Indispensable commands in Linux include: 1.ls: list directory contents; 2.cd: change working directory; 3.mkdir: create a new directory; 4.rm: delete file or directory; 5.cp: copy file or directory; 6.mv: move or rename file or directory. These commands help users manage files and systems efficiently by interacting with the kernel.

In Linux, file and directory management uses ls, cd, mkdir, rm, cp, mv commands, and permission management uses chmod, chown, and chgrp commands. 1. File and directory management commands such as ls-l list detailed information, mkdir-p recursively create directories. 2. Permission management commands such as chmod755file set file permissions, chownuserfile changes file owner, and chgrpgroupfile changes file group. These commands are based on file system structure and user and group systems, and operate and control through system calls and metadata.

MaintenanceModeinLinuxisaspecialbootenvironmentforcriticalsystemmaintenancetasks.Itallowsadministratorstoperformtaskslikeresettingpasswords,repairingfilesystems,andrecoveringfrombootfailuresinaminimalenvironment.ToenterMaintenanceMode,interrupttheboo

The core components of Linux include kernel, file system, shell, user and kernel space, device drivers, and performance optimization and best practices. 1) The kernel is the core of the system, managing hardware, memory and processes. 2) The file system organizes data and supports multiple types such as ext4, Btrfs and XFS. 3) Shell is the command center for users to interact with the system and supports scripting. 4) Separate user space from kernel space to ensure system stability. 5) The device driver connects the hardware to the operating system. 6) Performance optimization includes tuning system configuration and following best practices.

The five basic components of the Linux system are: 1. Kernel, 2. System library, 3. System utilities, 4. Graphical user interface, 5. Applications. The kernel manages hardware resources, the system library provides precompiled functions, system utilities are used for system management, the GUI provides visual interaction, and applications use these components to implement functions.


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