HP Visualize J280 HP Workstations - Graphics Administration Guide For Red Hat
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- HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 1
Graphics Administration Guide For Red Hat Linux 6.2 This guide describes how to configure and use the HP graphics technologies on your Linux workstation. Graphics Administration Guide For Red Hat Linux 6.2 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 2
loading...22 Include inferiors fix 22 Shared memory usage with 3D graphics 23 Changing graphics shared memory size 24 Count transparent in overlay visual 24 Image text via bitmap 25 Supported X configurations 25 Multidisplay support 25 Graphics Administration Guide For Red Hat Linux 6.2 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 3
Supported visuals ...29 Supported screen options 30 Configuration hints ...30 Overlay visuals and overlay transparency 30 Overlay transparent index zero 31 Disabling the GLX visuals up...44 Display names...44 Access control...46 Geometry specifications 47 Window managers ...48 Font names ...48 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 4
...66 Running from init ...69 Granting access ...69 Signals...71 Fonts...71 Diagnostics...72 Files...72 Notes ...72 Origin ...72 See also ...73 Graphics Administration Guide For Red Hat Linux 6.2 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 5
this Manual Copyright Graphics Administration Guide: Information for Programmers, System Administrators, and End-Users Copyright © 2000 Hewlett-Packard Company HP VISUALIZE Linux Workstations Notices The information contained in this document is subject to change without notice. Hewlett-Packard - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 6
.227-19(c)(1,2). Hewlett-Packard Company, 3000 into the manual by the HP VISUALIZE Linux workstations running the HP distribution of Red Hat Linux 6.2 along with the latest October 2000 graphics/video software for HP VISUALIZE-FX5 and HP VISUALIZE- FX10 graphics cards. Graphics Administration Guide - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 7
HP-UX workstation implementations and device-dependent and osdependent details specific to Linux. Users familiar with the HP-UX common conventions for both operating systems X Windows issues: HP graphics cards supported on HP-UX and Linux use the same basic X server Guide For Red Hat Linux 6.2 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 8
locating files that reside at some location in the file system. Using "whereis" Using "find" HP X Window System OpenGL® Using "whereis" There are two main methods of finding files, assuming a partial filename; find will locate all files containing a Graphics Administration Guide For Red Hat Linux 6.2 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 9
actual pathnames referred to in other HP graphics API documents such as OpenGL®. the file system. HP X window system Convention HP-UX /dev /var/X11/ Xserver/logs HP Linux /dev / /X11 /var/tmp /usr/ X11R6/hp/ bin/X /usr/ X11R6/lib/ X11 /etc/X11 X11R6/hp/ default /usr/lib/ X11/fonts - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 10
graphics/ OpenGL/ include /opt/ graphics/ OpegnGL/lib /var/tmp /usr/lib/X11 /etc/X11 /usr/lib/ X11R6 /usr/include/ /etc/X11 HP Linux /dev /usr/GL/hp /usr/GL/ hp/include /usr/GL/ hp/lib /var/tmp /usr/ X11R6/lib/ X11 /etc/X11 /usr/ X11R6/lib /usr/ X11R6/X11R6 include /etc/X11 Graphics Administration - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 11
HP's implementation of OpenGL is supported on Linux workstations with HP VISUALIZE-FX graphics. HP implements version 1.1 of OpenGL with additional HP the HP extension library /usr/X11R6/hp/lib/libXhp11.so.2 use the XFree86 standard distribution for Red Hat Linux. Graphics Administration Guide For - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 12
libraries The following tables list the device driver libraries that should be used with particular devices. HP VISUALIZE-FX Family Output Device Link Line Options HP VISUALIZE-FX5 HP VISUALIZE-FX10 OpenGL libddvisfxgl.so.1 libddvmd.so.1 Graphics Administration Guide For Red Hat Linux 6.2 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 13
chapter covers configuration and features of the HP X server on Red Hat Linux 6.2. For each supported graphics device, device-dependent configuration information is provided. Additional setup and system trouble shooting information can be found in HP Graphics: Getting Started located at /usr/doc - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 14
independent server options, are specified on a per-screen basis. The X server supports up to four screens at a time. Specifying more than four screens will cause by one complete Screen entry. Linux Multi-Screen support for two screens requires an additional complete Screen entry for - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 15
an AGP-based HP VISUALIZE-FX card. Server options The following server options are implemented for the Linux HP X Server: behavior of the HP-UX 10.10 and 10.20 X servers. The HP Linux X Server performs delayed loading of the X extensions. Graphics Administration Guide For Red Hat Linux - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 16
, layer, and transparency for the graphics device is used. Currently on this release of HP VISUALIZE-FX software, the default is DefaultVisual Class TrueColor Depth 24 Layer Image Not all default visual specifications will work on all devices. See the devicedependent information in this chapter for - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 17
X11R6/hp/default. Specific options required for Linux include: Linux_BusID The bus ID assigned to this graphics device. Proper values are recorded by the hpgfx graphics kernel module in /proc/dri upon installation. For example, the AGP slot is usually assigned 1:1:0 on VISUALIZE X-class workstations - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 18
1: Results of Minimal Legal X*screens File • This is the minimum specification for a two-card, multi-screen configuration. Here, the displays associated 75 Hz. Multi-screen configurations can support independent resolutions and timings. Screen /dev the HP X server. Graphics Administration Guide For - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 19
1:1:0 MonitorRefreshRate 1280,1024,135000 SwapBuffersOnVBlank OverlayTransparentIndex0 Determining swap performance The DBE API does not allow users to determine if doublebuffering in a visual is through software or hardware. However, the API does provide a way to determine Graphics Administration - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 20
Supported devices The X server supports DBE on the following devices: • HP VISUALIZE-FX5 and FX10 Display power management signaling (DPMS) Monitors constitute a large percentage of the power used by a workstation None Recovery Time Very Short Graphics Administration Guide For Red Hat Linux 6.2 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 21
to change the contents of these pixmaps directly without the use of Xlib routines merely by modifying the pixmap data. Supported devices The X server supports the MIT shared memory extension on the following devices: • HP VISUALIZE-FX5 and FX10 Graphics Administration Guide For Red Hat Linux 6.2 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 22
Dynamic loading HP's X server now dynamically loads the appropriate device drivers and extensions based on the target graphics display device and the extensions the device driver supports. This feature default GetImage behavior is to include the Graphics Administration Guide For Red Hat Linux 6.2 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 23
IncludeInferiors work properly). As of the HP-UX 10.10 release, HP has offered a solution to the processes include PEXlib, PHIGS, and Starbase applications. One problem encountered with GRM shared memory is that it may You can circumvent the problem by using Server Options to change the - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 24
a problem for most applications. If an application depends on 8-plane visuals having 256 colormap entries, this option may be useful. Setting this option will cause the X server to count transparent entries in the number of colormap entries. Examples of Relevant Graphics Devices: HP VISUALIZE-FX5 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 25
this option will reduce text performance. Supported graphics devices include: HP VISUALIZE-FX5 and FX10 Supported X configurations The following sections cover the type of display configurations supported by the HP X server. Multidisplay support The following definitions are included to reduce - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 26
drives multiple graphics devices (where each display is a different X Screen) concurrently while only allowing the cursor, not windows, to be moved between displays. Graphics Administration Guide For Red Hat Linux 6.2 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 27
Multi-Seat A configuration with multiple instantiations of the X server, each with its own mouse, keyboard, and display(s). Multi-seat is not currently supported in any Linux release. Graphics Administration Guide For Red Hat Linux 6.2 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 28
a Single Logical Screen or any other multi-display configuration, we recommend consulting your HP Sales Representative and inquiring whether the configuration you have in mind is indeed supported. There are general guidelines, however. For example: Graphics Administration Guide For Red Hat Linux 6.2 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 29
relates to both AGP-bus and PCI-bus versions of the VISUALIZE FX5 and FX10 boards in Linux workstations. Supported visuals HP VISUALIZE-FXE/5/10 graphics devices support all of the following visuals: • Class PseudoColor Depth 8 Layer Image • Class PseudoColor Depth 8 Layer Overlay • Class - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 30
supported: • CountTransparentInOverlayVisual • ImageTextViaBitMap • EnableIncludeInferiorsFix • DisableGlxVisuals • OverlayTransparentIndex0 Configuration hints The following details and optimization hints are specifically for HP VISUALIZEFX5/10 boards. Overlay visuals and overlay transparency HP - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 31
] ScreenOptions Linux_BusID 1:1:0 MonitorRefreshRate 1280,1024,135000 OverlayTransparentIndex0 Disabling the GLX visuals The HP VISUALIZE-FXE/5/10 products support the OpenGL extension to X (GLX). If HP OpenGL is installed on anHP VISUALIZE-FXE/5/10 system, then the GLX extension offers new entry - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 32
Colormaps HP VISUALIZE-FXE/5/10 devices have a total of 4 hardware colormaps. 2 of the colormaps are dedicated to the overlay planes. The , one is permanently reserved for the default colormap. The other image colormap is available to applications. Graphics Administration Guide For Red Hat Linux 6.2 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 33
. For example, X3screens takes an X3.hosts file. Both are referenced by the server when it is started with a /usr/bin/X11/X :3 command. Graphics Administration Guide For Red Hat Linux 6.2 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 34
password) and home directory on the remote host. Using special input devices Input devices are connected to Hewlett-Packard computers through several different hardware interfaces. Among the interfaces supported are the PS/2 mini-DIN keyboard and mouse. Drivers can be written for other devices which - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 35
. A reference template resides at /usr/X11R6/hp/default The default X0devices file contains lines of for three reasons: • Clients can request and receive the services of an input device regardless of whether the device is specified workstation. Graphics Administration Guide For Red Hat Linux 6.2 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 36
of the workstation - make certain that the pathname and serial port match Note: the specific use specification of Other. desired serial input device, and it must reside in the /usr/X11R6/hp/lib/extensions directory. Input device drivers are usually supplied by the input Guide For Red Hat Linux 6.2 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 37
: Begin_Device_Description Name wacom.1 Path /dev/ttyS2 Use pointer End_Device_Description More examples of input device specifications for RS-232 input devices are in the /usr/X11R6/hp/default/X0devices file. Stopping the X window system After stopping all application programs, stop the - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 38
the standard input should be used for the input file. Specifies a particular key mapping file to be used. Specifying key remapping expressions Graphics Administration Guide For Red Hat Linux 6.2 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 39
new keyboard map file, you must use valid expressions in your specification, one expression for each remapping. A valid expression is any Control, Lock, Mod1, Mod2, Mod3, Mod4, and Mod5. On Hewlett-Packard keyboards, the lock modifier is set to the key. However, any Guide For Red Hat Linux 6.2 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 40
unswapper On a larger scale, you can change your current keyboard to a Dvorak keyboard by creating a file with the appropriate keyboard mappings. xmodmap .keymap Graphics Administration Guide For Red Hat Linux 6.2 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 41
, and the fourth column contains shifted meta key values. Each column is in two parts: hexadecimal key symbol value, and key symbol name. Graphics Administration Guide For Red Hat Linux 6.2 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 42
proxymngr(1) - proxy manager service o xfindproxy(1) - locate proxy services o xrx(1) - RX helper program • For OpenGL programming o HP-UX Online Reference Documentation for HP's Implementation of OpenGL® 1.1 ƒ http://www.hp.com/workstations/support/documentation/manuals/ user_guides/raphics/opengl - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 43
and operating systems) as well. X supports overlapping hierarchical subwindows and text and graphics Xlib - C Language X Interface, • The X Window System Protocol specification, • X Toolkit Intrinsics - C Language Interface, and • The (xmh Graphics Administration Guide For Red Hat Linux 6.2 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 44
and xbiff), a manual page browser (xman), a bitmap editor workstation by directly manipulating graphic objects instead of typing commands on a command-line prompt. See the user's guides for your preferred Linux desktop environment for complete information. Hewlett-Packard does not provide or support - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 45
monitors that share a common keyboard and pointer (mouse, tablet, etc.). Most workstations tend to only have one keyboard, and therefore, only one display. Larger, layer) to be used. X servers generally support the following types of connections: Graphics Administration Guide For Red Hat Linux 6.2 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 46
security is not a concern, but if it is, you should know the exact semantics of the particular authorization data to know if this is actually a problem. Graphics Administration Guide For Red Hat Linux 6.2 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 47
for this application's main window. The width and height parts of the geometry specification are usually measured in either pixels or characters, depending on the application. using the following specifications: • +0+0 (the upper left-hand corner) Graphics Administration Guide For Red Hat Linux 6.2 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 48
window managers. Although many window managers will honor geometry specifications as given, others may choose to ignore them ( comes with a variety of window managers such as mwm and twm which support overlapping windows, popup menus, point-and-click or click-to-type input Guide For Red Hat Linux 6.2 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 49
long, as they contain all of the information needed to uniquely identify individual fonts. However, the X server supports wildcarding of font names, so the full specification "-adobe-courier-medium-r-normal--10-100-75-75-m-60iso8859-1" might be abbreviated as "-*-courier-medium-r-normal--*-100 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 50
75-75-*-0 0-0-100-100-*-0-*-* To convert one of the resulting names into a font at a specific size, replace one of the firsttwo zeros with a nonzero value. The field containing the first abstract color name, or by a numerical color specification. Graphics Administration Guide For Red Hat Linux 6.2 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 51
A numerical color specification consists of a color space name and a color_space_name:value/.../value An RGB Device specification is identified by the prefix supported, but its continued use is not encouraged. The syntax is an initial "pound-sign" character, followed by a numeric specification - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 52
For example, #3a7 is the same as #3000a0007000. An RGB intensity specification is identified by the prefix "rgbi:" and has the following syntax: rgbi a possibly signed integer string. The standard device-independent string specifications have the following syntax: CIEXYZ:X/Y/Z (none, 1, none) CIEuvY - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 53
a string of digits. For more information on device independent color, see the Xlib reference manual. Keyboards The X keyboard model is broken into two layers: serverspecific codes (called keycodes) which 2 is used when the group modifier is on. Graphics Administration Guide For Red Hat Linux 6.2 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 54
work properly. -selectionTimeout This option specifies the timeout in milliseconds within which two communicating applications must respond to one another for a selection request. Graphics Administration Guide For Red Hat Linux 6.2 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 55
] {Component Binding} ComponentName Binding WhiteSpace = {space | horizontal tab} Component = "?" | ComponentName ComponentName = NameChar {NameChar} NameChar = "a"-"z" | "A"-"Z" | "0"-"9 Value = {any character except null or unescaped newline} Graphics Administration Guide For Red Hat Linux 6.2 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 56
. The lookup algorithm searches the resource database for the entry that most closely matches (is most specific for) the full name and class being queried. When more than one database entry matches the applied at each level, before moving to Graphics Administration Guide For Red Hat Linux 6.2 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 57
resources from the following sources (other programs usually support some subset of these sources): RESOURCE_MANAGER root window Toolkit Intrinsics - C Language Interface manual for details. XENVIRONMENT Any user- and machine-specific resources may be specified by setting Guide For Red Hat Linux 6.2 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 58
and graphics within the window. By combining class and instance specifications, application preferences can be set quickly and easily. Users of frequently want to set Background and Foreground classes to particular defaults. Specific color instances such as text cursors can then be overridden without - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 59
resources in the server with the following command: $ xrdb -merge $HOME/.Xdefaults This is frequently how user-friendly startup scripts merge user-specific defaults into any site-wide defaults. All sites are encouraged to set up convenient ways of automatically loading resources. See the Xlib - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 60
For more information on a particular command, please refer to that command's manual page. $ xrdb $HOME/.Xdefaults $ xmodmap -e "keysym BackSpace = of fonts vs. very few, etc.), although it can pose problems for trying to determine why an application might be failing. This Guide For Red Hat Linux 6.2 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 61
. X Consortium, Inc. closed its doors on December 31, 1996. All rights to the X Window System have been assigned to the Open Software Foundation. Graphics Administration Guide For Red Hat Linux 6.2 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 62
ttyname argument is passed in by init and isn't used. The Hewlett-Packard server has support for the following protocols: TCP/IP The server listens on port 6000 the display. If you are running on a workstation whose console is the display, you cannot log into the console while the server - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 63
(e.g., to work around bugs in R2 and R3 xterms and toolkits). Deprecated. -bs Disables backing-store support on all screens. -c Turns off key-click. c Sets key-click volume (allowable range for font databases. -help Prints a usage message. Graphics Administration Guide For Red Hat Linux 6.2 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 64
at each server reset. The default file is /etc/X11/SecurityPolicy. -su Disables save-under support on all screens. -t Sets pointer acceleration threshold in pixels (i.e., after how many changes regularly will be used to save the screen. Graphics Administration Guide For Red Hat Linux 6.2 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 65
sets the value of that private data (not that it's very private, being on the command line and all. . .). -displayID Yet another XDMCP specific value, this one allows the display manager to identify each display so that it can locate the shared key. Graphics Administration - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 66
described here is "version-1". Once past the , lines that do not match the above syntax are ignored. lines are ignored. Graphics Administration Guide For Red Hat Linux 6.2 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 67
client. "Ignore" means treat the request as a no-op. In the case of GetProperty, ignore means return an empty property value if the Graphics Administration Guide For Red Hat Linux 6.2 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 68
ar property WM_COMMAND WM_NAME ar # To let untrusted clients use the standard colormaps created by # xstdcmap, include these lines. property RGB_DEFAULT_MAP root ar Graphics Administration Guide For Red Hat Linux 6.2 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 69
clients use the overlay visuals that many vendors # support, include this line. property SERVER_OVERLAY_VISUALS root ar # property names and explicit specification of error conditions property access control per-user instead of per-host. Graphics Administration Guide For Red Hat Linux 6.2 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 70
In addition, the server provides support for a DES-based authorization scheme, the file in the connection setup information will be allowed access. See the Xau manual page for a description of the binary format of this file. Maintenance of this : Graphics Administration Guide For Red Hat Linux 6.2 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 71
. If mkfontdir or stmkdirs is not run, the server will not be able to find any of the new fonts in the directory. Graphics Administration Guide For Red Hat Linux 6.2 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 72
In addition, the X server supports font servers. A font server is a networked program that supplies fonts to X servers and other capable programs. In doesn't seem to be a better one available that can generate RGB values. Origin MIT Distribution Graphics Administration Guide For Red Hat Linux 6.2 - HP Visualize J280 | HP Workstations - Graphics Administration Guide For Red Hat - Page 73
inittab(4), mkfontdir(1), rgb(1), stmkdirs(1), xauth(1) clock(1), xfd(1), xhost(1), xinit(1), xinitcolormap(1), xload(1), xmodmap(1), xrefresh(1), xseethru(1), xset(1), xsetroot(1), xterm(1), xwcreate(1), xwd(1), xwdestroy(1), xwininfo(1), xwud(1) Graphics Administration Guide For Red Hat Linux 6.2
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Graphics Administration Guide For Red Hat Linux 6.2
This guide describes how to configure and use the HP graphics technologies on your
Linux workstation.
Graphics Administration Guide For Red Hat Linux 6.2