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GNOME (/(ɡ)nm/)[8][9] is a free and open-source desktop environment for Unix-like[10] operating systems. GNOME was originally an acronym for GNU Network Object Model Environment, but the acronym was dropped because it no longer reflected the vision of the GNOME project.[11]

GNOME Shell 3.34 in Overview mode showing several GNOME Core Applications windows.
GNOME Shell 3.34 in Overview mode showing several GNOME Core Applications windows.
Original author(s)The GNU Project
Developer(s)The GNOME Project
Initial releaseMarch 3, 1999; 20 years ago (1999-03-03)[1]
Stable release3.34.1[2] (7 October 2019; 9 days ago (2019-10-07)) [±]
Preview release3.33.92[3] (7 September 2019; 39 days ago (2019-09-07)) [±]
Repository Edit this at Wikidata
Written inC, XML, C++, C#, HTML, Vala, Python, JavaScript, CSS, and more[4]
Operating systemUnix-like
PlatformWayland or X11
Available in34[5] languages
TypeDesktop environment
Alexa rankDecrease 15,492 (June 2019)[7]

GNOME is part of the GNU Project[12] and developed by The GNOME Project which is composed of both volunteers and paid contributors, the largest corporate contributor being Red Hat.[13][14] It is an international project that aims to develop software frameworks for the development of software, to program end-user applications based on these frameworks, and to coordinate efforts for internationalization and localization and accessibility of that software.

GNOME 3 is the default desktop environment on many major Linux distributions including Fedora, Debian, Ubuntu, SUSE Linux Enterprise (exclusively), Red Hat Enterprise Linux, CentOS, Oracle Linux, SteamOS, Tails, Kali Linux and Endless OS, as well as Solaris, a major Unix operating system; and provided as an official edition by Manjaro; also the continued fork of the last GNOME 2 release that goes under the name MATE is default on many Linux distros that targets low usage of system resources.



GNOME 1, 1999

GNOME was started on August 15[15] 1997 by Miguel de Icaza and Federico Mena[16] as a free software project to develop a desktop environment and applications for it.[17] It was founded in part because K Desktop Environment, which was growing in popularity, relied on the Qt widget toolkit which used a proprietary software license until version 2.0 (June 1999).[18][19] In place of Qt, GTK (GIMP Toolkit) was chosen as the base of GNOME. GTK uses the GNU Lesser General Public License (LGPL), a free software license that allows software linking to it to use a much wider set of licenses, including proprietary software licenses.[20] GNOME itself is licensed under the LGPL for its libraries, and the GNU General Public License (GPL) for its applications.[21]

The name "GNOME" was initially an acronym of GNU Network Object Model Environment, referring to the original intention of creating a distributed object framework similar to Microsoft's OLE,[22] but the acronym was eventually dropped because it no longer reflected the vision of the GNOME project.[11]

The California startup Eazel developed the Nautilus file manager from 1999 to 2001. De Icaza and Nat Friedman founded Helix Code (later Ximian) in 1999 in Massachusetts; this company developed GNOME's infrastructure and applications, and in 2003 was purchased by Novell.

During the transition to GNOME 2 around the year 2001 and shortly thereafter there were brief talks about creating a GNOME Office suite.[23][24] On September 15, 2003 GNOME-Office 1.0, consisting of AbiWord 2.0, GNOME-DB 1.0 and Gnumeric 1.2.0 was released.[25][26][27] Although some release planning for GNOME Office 1.2 was happening on gnome-office mailing list,[28][29][30] and Gnumeric 1.4 was announced as a part of it,[31] the 1.2 release of the suite itself never materialized. As of May 4, 2014 GNOME wiki only mentions "GNOME/Gtk applications that are useful in an office environment".[32]


GNOME 2.32 (September 2010), latest version of GNOME 2, running on Ubuntu 10.10

GNOME 2 was very similar to a conventional desktop interface, featuring a simple desktop in which users could interact with virtual objects, such as windows, icons, and files. GNOME 2 started out with Sawfish, but later switched to Metacity as its default window manager. The handling of windows, applications, and files in GNOME 2 is similar to that of contemporary desktop operating systems. In the default configuration of GNOME 2, the desktop has a launcher menu for quick access to installed programs and file locations; open windows may be accessed by a taskbar along the bottom of the screen, and the top-right corner features a notification area for programs to display notices while running in the background. However, these features can be moved to almost any position or orientation the user desires, replaced with other functions or removed altogether.

As of 2009, GNOME 2 was the default desktop for OpenSolaris.[33]


GNOME 3 has a modern approach in User Interface Design and naming applications. This screenshot shows "GNOME Weather" running on "GNOME Shell", both at version 3.14 (September 2014)

GNOME 1 and 2 followed the traditional desktop metaphor. GNOME 3, released in 2011, changed this with GNOME Shell, a more abstract metaphor where switching between different tasks and virtual desktops takes place in a separate area called "Overview". Also, since Mutter replaced Metacity as the default window manager, the minimize and maximize buttons no longer appear by default, and the title bar, menu bar and tool bar combinated in one horizontal bar called "header bar" via Client-Side Decoration mechanism. Adwaita replaced Clearlooks as the default theme.[34] Many GNOME Core Applications also went through redesigns to provide a more consistent user experience.

GNOME tries to provide an efficient, easy-to-use, and high quality User Experience (UX) on both desktop and tablet systems by using Client-Side Decoration (CSD) and a modern approach in designing User Interface (UI)


The release of GNOME 3, notable for its move away from the traditional menu bar and taskbar, has caused considerable controversy in the GNU and Linux community. Many users and developers have expressed concerns about usability. A few projects have been initiated to continue development of GNOME 2.x or to modify GNOME 3.x to be more like the 2.x releases.

GNOME 3 aims to provide a single interface for desktop computers and tablet computers. This means using only input techniques that work on all those devices, requiring abandonment of certain concepts to which desktop users were accustomed, such as right-clicking, or saving files on the desktop.

These major changes initially evoked widespread criticism. The MATE desktop environment was forked from the GNOME 2 code-base with the intent of retaining the traditional GNOME 2 interface, whilst keeping compatibility with modern Linux technology, such as GTK 3. The Linux Mint team addressed the issue in another way by developing the "Mint GNOME Shell Extensions" that ran on top of GNOME Shell and allowed it to be used via the traditional desktop metaphor. This eventually led to the creation of the Cinnamon user interface, which was forked from the GNOME 3 codebase.

Among those critical of the early releases of GNOME 3 is Linus Torvalds, the creator of the Linux kernel. Torvalds abandoned GNOME for a while after the release of GNOME 3.0, saying "The developers have apparently decided that it's 'too complicated' to actually do real work on your desktop, and have decided to make it really annoying to do". Torvalds stated that his objections were universally held by the varied Linux developers he knew.[35] In 2013, Torvalds resumed using GNOME, saying "things had gotten much better in the past year" but noting that "they have extensions now that are still much too hard to find; but with extensions you can make your desktop look almost as good as it used to look two years ago".[36][37] Torvalds has suggested that the "GNOME Tweak Tool" should be merged into GNOME 3.[38]

As of 2015, critical reception has been much more positive.[39] For example, Debian, a Linux distribution that had historically used GNOME 2, switched to Xfce when GNOME 3 was released but readopted GNOME 3 in time for the release of Debian 8 "Jessie".[39][40]


Release cycleEdit

Each of the component software products in the GNOME project has its own version number and release schedule. However, individual module maintainers coordinate their efforts to create a full GNOME stable release on an approximately six-month schedule, alongside its underlying libraries such as GTK and GLib. Some experimental projects are excluded from these releases.

GNOME version numbers follow the scheme v.xx.yy. Here, v is a major version, which can include large changes such as ABI breakage; these have no regular schedule and occur in response to requirements for large-scale changes. xx is a minor version, released on the above schedule of approximately every 6 months, in which the 1- or 2-digit number's parity indicates the type of release: if xx is even (e.g. 3.20) the release is considered stable, whereas if xx is odd it represents a current development snapshot (e.g. 3.21) that will eventually evolve into the next stable release. yy indicates a point release, e.g. 3.20.6; these are made on a frequency of weeks in order to fix issues, add non-breaking enhancements, etc.

GNOME releases are made to the main FTP server in the form of source code with configure scripts, which are compiled by operating system vendors and integrated with the rest of their systems before distribution. Most vendors only use stable and tested versions of GNOME, and provide it in the form of easily installed, pre-compiled packages. The source code of every stable and development version of GNOME is stored in the GNOME git source code repository. Interested users can always obtain a snapshot of the _master_ development branch or any other branch/tag and build a cutting-edge version for their own use.

A number of build-scripts (such as JHBuild or formerly GARNOME) are available to help automate the process of compiling the source code.

Release historyEdit


User Interface DesignEdit

Since GNOME 2, productivity has been a key focus for GNOME. To meet this end, the GNOME Human Interface Guidelines (HIG) were created. All GNOME programs share a coherent style of graphical user interface (GUI) but are not limited to the employment of the same GUI widgets. Rather, the design of the GNOME GUI is guided by concepts described in the GNOME HIG, itself relying on insights from cognitive ergonomics.[74] Following the HIG, developers can create high-quality, consistent, and usable GUI programs, as it addresses everything from GUI design to recommended pixel-based layout of widgets.

During the GNOME 2 rewrite, many settings deemed of little value to the majority of users were removed. Havoc Pennington summarized the usability work in his 2002 essay "Free Software UI", emphasizing the idea that all preferences have a cost, and it is better to make software behave correctly by default than to add a UI preference to get the desired behavior:

A traditional free software application is configurable so that it has the union of all features anyone's ever seen in any equivalent application on any other historical platform. Or even configurable to be the union of all applications that anyone's ever seen on any historical platform (Emacs *cough*).
Does this hurt anything? Yes it does. It turns out that preferences have a cost. Of course, some preferences also have important benefits – and can be crucial interface features. But each one has a price, and you have to carefully consider its value. Many users and developers don't understand this, and end up with a lot of cost and little value for their preferences dollar.


GNOME aims to make and keep the desktop environment physically and cognitively ergonomic for people with disabilities. The GNOME HIG tries to take this into account as far as possible but specific issues are solved by special software.

GNOME addresses computer accessibility issues by using the Accessibility Toolkit (ATK) application programming interface, which allows enhancing user experience by using special input methods and speech synthesis and speech recognition software. Particular utilities are registered with ATK using Assistive Technology Service Provider Interface (AT-SPI), and become globally used throughout the desktop. Several assistive technology providers, including Orca screen reader and Dasher input method, were developed specifically for use with GNOME.

Internationalization and LocalizationEdit

The internationalization and localization of GNOME software relies on locale.

Login sessionsEdit

GNOME provides two different login sessions, one is based on GNOME Panel and Metacity (Window Manager), this session is called GNOME Flashback,[76] it is lightweight,[77][78] has lower hardware requirements than GNOME Shell and consumes less memory and CPU,[79] it provides a traditional and highly customizable taskbar (panel) with many plug-ins bundled in one package (gnome-applets) including a customizable start menu. Another session is based on GNOME Shell and Mutter (Window Manager), this session is default, it offers a mobile-like paradigm for launching applications and accessing open windows and virtual desktops, but through the use of extensions it is possible for the appearance to be that of a traditional taskbar and provide a basic start menu, this default session uses more RAM and CPU due to use of JavaScript for GNOME Shell and all of its extensions, and requiring 3D-acceleration.

GNOME FlashbackEdit

GNOME Flashback with Applications menu on Ubuntu 18.04

GNOME Flashback is an official session for GNOME 3. It provides a similar user experience to the GNOME 2.x series session by providing a traditional desktop taskbar (panel) with many plug-ins bundled in one package (gnome-applets), and a start menu. It has customization capacities as built-in.

GNOME Flashback consists of the following components:

  • GNOME Panel — a highly configurable taskbar
  • Metacity (Window Manager)
  • gnome-applets — a collection of useful applets for the GNOME Panel

GNOME ShellEdit

GNOME Shell Overview mode
Activities button
Notification area
Search bar
Status menu
Workspace list

GNOME Shell is the default graphical shell of the GNOME desktop environment. It features a top bar holding (from left to right) an Activities button, an application menu, a clock and an integrated system status menu.[80][81] The application menu displays the name of the application in focus and provides access to functions such as accessing the application's preferences, closing the application, or creating a new application window. The status menu holds various system status indicators, shortcuts to system settings, and session actions including logging out, switching users, locking the screen, and suspending the computer.

Clicking on the Activities button, moving the mouse to the top-left hot corner or pressing the Super key brings up the Overview.[82] The Overview gives users an overview of current activities and provides a way to switch between windows and workspaces and to launch applications. The Dash on the left houses shortcuts to favorite applications and open windows and an application picker button to show a list of all installed applications.[80] A search bar appears at the top and a workspace list for switching between workspaces is on the right. Notifications appear from the bottom of the screen.[83]

GNOME ClassicEdit

GNOME 3 Classic Mode

Beginning with GNOME 3.8, GNOME provides a suite of officially supported GNOME Shell extensions that provide Applications menu (a basic start menu) and "Places menu" on the top bar, and a panel with windows list at the bottom of the screen that lets quickly minimize and restore open windows, a "Show Desktop" button in the bottom left and virtual desktops in the bottom right corner.[84]


GNOME is developed by The GNOME Project,[85] and, like most free software projects, GNOME development is loosely managed. Discussion chiefly occurs on a number of public mailing lists.[86] GNOME developers and users gather at an annual GUADEC meeting to discuss the current state and the future direction of GNOME.[87] GNOME incorporates standards and programs from to better support interoperability with other desktops.

GNOME is mainly written in C, XML, C++, C#, HTML, Vala, Python, JavaScript, CSS, and more.[4] A number of language bindings are available.

Development platformEdit

The GLib data structures and utilities library, GObject object and type system and GTK widget toolkit comprise the central part of GNOME development platform. This foundation is further extended with D-Bus IPC framework, Cairo 2D vector-based drawing library, Clutter accelerated graphics library, Pango international text rendering library, PulseAudio low-level audio API, GStreamer multimedia framework, and several specialized libraries including NetworkManager, PackageKit, Telepathy (instant messaging) and WebKit.[88]

  • GNOME Display Manager (GDM), which manages user sessions, X and Wayland alike.
  • Tracker automatically searches the specified directories for files and keeps an index of them to provide fast search; heavily integrated into GNOME Shell and GNOME Files
  • GVfs, an abstraction layer framework for file systems augmenting GIO; well integrated into GNOME Files and GNOME Disks
  • dconf a backend for GSettings
  • Mutter, the Wayland compositor and X Window Manager
  • Linux color management, udev, etc.
  • Evolution Data Server, responsible for managing mail, calendar, address book, tasks and memo information
  • Meson is replacing GNU Build System (autotools) as build automation tools of choice
  • BuildStream a distribution agnostic build and integration tool

The GNOME desktop environment does not consist solely of the graphical control element library GTK and the core applications that make use of it. There are quite a few additional software packages that make up the GNOME desktop environment, such as the above.


GNOME runs on Wayland and the X Window System.[89] Wayland support was introduced in GNOME 3.10[81] and deemed “for the majority of users […] a usable day to day experience” by 3.20,[90] at which point Wayland became the default user session.[91] GNOME 3.24 will extend Wayland compatibility to NVidia drivers.[92] With GNOME 3.30, it is possible to run GNOME without X.Org Server, using only Wayland.


In May 2011 Lennart Poettering proposed systemd as a GNOME dependency.[93] As systemd is available only on Linux, the proposal led to a discussion of possibly dropping support for other platforms in future GNOME releases. Since GNOME 3.2 multiseat support has only been available on systems using systemd.[63] In November 2012 the GNOME release team concluded that systemd can be relied upon for non-basic functionality.[94]


Core ApplicationsEdit

There are a large number of GTK and Clutter-based programs written by various authors. Since the release of GNOME 3.0, The GNOME Project concentrates on developing a set of programs that accounts for the GNOME Core Applications.[95] The commonalities of the GNOME Core Applications are the adherence to the current GNOME Human Interface Guidelines (HIG) as well as the tight integration with underlying GNOME layers like e.g. GVfs and also with one another e.g. GOA (gnome-online-accounts)[96] settings and GNOME Files with Google Drive[97][98] and GNOME Photos with Google Photos. Some programs are simply existing programs with a new name and revamped user interface, while others have been written from scratch.


GNOME Games have the look and feel of the GNOME Core Applications and are released simultaneously with GNOME. All have been rewritten to conform to the current GNOME Human Interface Guidelines.

Development toolsEdit

Programmers have written software to provide development tools consistent with the GNOME desktop and to facilitate the development of GNOME software:

GNOME Builder is the new integrated development environment, Anjuta is the older one. Glade Interface Designer software constructs graphical interfaces using the graphical control elements in GTK. Devhelp is an API browser, Accerciser an accessibility explorer.

There are several debugging tools, including Nemiver, GtkInspector[99][100] and Alleyoop, have also been provided to facilitate development of GNOME software.

Integration options for third-party development tools (e.g. NoFlo) also exist.[101]

The libsoup library enables access HTTP servers from Gnome applications.[102]

BuildStream is a flexible and extensible framework for the modelling of build and CI pipelines in a declarative YAML format, written in Python.[103] Its mascot is a Beaver, because beavers build things in a stream.


  Media related to screenshots of GNOME at Wikimedia Commons

See alsoEdit


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External linksEdit