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multiple Xephyr servers over a host xorg-server; multiple instances of an xorg-server one graphics card per seat; a single graphics card for all seats; The utilized command-line options of the xorg-server are: -isolateDevice bus-id Restrict device resets (output) to the device at bus-id. The bus-id string has the form bustype:bus:device ...
The file xorg.conf is a file used for configuring the X.Org Server. While typically located in /etc/X11/xorg.conf , its location may vary across operating system distributions (See manual, "man xorg.conf" for details and further possible locations).
This client–server terminology – the user's terminal being the server and the applications being the clients – often confuses new X users, because the terms appear reversed. But X takes the perspective of the application, rather than that of the end-user: X provides display and I/O services to applications, so it is a server; applications ...
In this example, the X server takes input from a keyboard and mouse and displays to a screen. A web browser and a terminal emulator run on the user's workstation, and a terminal emulator runs on a remote server but under the control of the user's machine. Note that the remote application runs just as it would locally.
Another use for Cygwin/X is as an X terminal: applications running on another computer access the Cygwin/X X server via the X protocol over an IP network. One can run XDM on the remote system so that a user can log into the remote computer via a window on the Cygwin/X system and then the remote system puts up web browsers, terminal windows, and ...
The X.Org Server driver for the QXL framebuffer device includes a wrapper script, [12] which makes it possible to launch a Xorg server whose display is exported via the SPICE protocol. This enables use of SPICE in a remote desktop environment, without requiring QEMU/KVM virtualization.
The X.Org Server and xlib are the reference implementation of the X protocol, and is commonly used on Linux and UNIX; it is the fundamental technology underlying both the modern GNOME and KDE desktops and older CDE desktop environment; applications written for any of these environments can be run simultaneously.
The X Window System is based on a client–server model: a single server controls the input/output hardware, such as the screen, the keyboard, and the mouse; all application programs act as clients, interacting with the user and with the other clients via the server. This interaction is regulated by the X Window System core protocol.