HP c8000 manual Specifying key remapping expressions, To do this Use this expression

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X Windows configuration details

making an x*.hosts file

specifying key remapping expressions

Whether you remap a single key “on the fly” with a command-line entry or install an entire new keyboard map file, you must use valid expressions in your specification, one expression for each remapping.

A valid expression is any one of the following:

Table 4-1

To do this . . .

Use this expression . . .

 

 

Assign a key symbol to a keycode

keycode <keycode> = <keysym>

 

 

Replace a key symbol expression with another

keysym <keysym> = <keysym>

 

 

Clear all keys associated with a modifier key

clear<modifier>

 

 

Add a key symbol to a modifier

add <modifier>= <keysym>

 

 

Remove a key symbol from a modifier

remove <modifier> = <keysym>

 

 

keycode

Refers to the numerical value that uniquely identifies each key on a keyboard. Values may be in decimal, octal, or hexadecimal.

keysym

Refers to the character symbol name associated with a keycode; for example, KP_Add.

<modifier >

Specifies one of the eight modifier names: Shift, Control, Lock, Mod1,

Mod2, Mod3, Mod4, and Mod5.

On Hewlett-Packard keyboards, the lock modifier is set to the Caps key. However, any of the modifiers can be associated with any valid key symbol. Additionally, you can associate more than one key symbol with a modifier (such as Lock = Shift_R and Lock = Shift_L), and you can associate more than one modifier with a key symbol (for example, Control = Caps_Lock and Lock = Caps_Lock).

For example, on a PC-style keyboard, you can press D to print a lower case "d", Shift D to print a capital "D", Alt D to print something else, and Shift Alt D to print still something else.

The xmodmap client gives you the power to change the meaning of any key at any time or to install a whole new key map for your keyboard.

Chapter 4

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Contents Graphics administration guide Manufacturing Part Number B2355-IE003 Edition E0206Legal notice Contents Contents Windows configuration details Examples printing a key map Preface Preface Product Dis Obsoleted On Name NumberDocument conventions Document conventions Chapter Configuring X Windows on HP-UX Configuring X Windows on HP-UX HP Visualize graphics cards Graphics cards, see in this documentServer configuration Syntax guidelines Description of the X*screens configuration fileScreens file X*screens file formatScreen /dev/crt Server optionsTransparent DefaultVisualScreen entries Sample X*screens files MinimumMonitorPowerSaveLevel valueScreenOptions Two physical displays, two separate screens Screen /dev/crt DefaultVisual Transparent Two physical displays, single logical screen Four physical displays, single logical screenDev/crt0 Dev/crt1 Dev/crt2 Dev/crt3 Host0.0 Performing buffer swaps on vertical blank Miscellaneous topicsDouble buffer extensions Supported devices Display power management signaling DpmsDetermining swap performance Power saving states defined by Vesa Shared memory extension MitshmMulti-Display Supported X configurationsMulti-display support Single logical screen Multi-ScreenDevice #2 Multi-screen support Single logical screen SLS3D acceleration and single logical screen Hp CDE and single logical screenServer configuration Hp Visualize- FXE, FX5 and FX10 device-dependent information Supported visualsDisabling the GLX visuals Hp VISUALIZE-FXE/5/10 configuration hintsSupported screen options Overlay visuals and overlay transparencyHp VISUALIZE-FXE/5/10 colormaps Changing the monitor typeOther graphics cards Configuring X Windows on HP-UX other graphics cards Using SAM to configure X Windows Using SAM to configure X Windows Using setmon to configure the monitor XF86Config file XF86Config file formatServerLayout section Absolute RightOf LeftOf Above Below Relative XF86Config file Option Value Default Description Files section Usr/lib/X11/Xserver/modules/xf86 Opt/graphics/common/lib Module section InputDevice section Option Value DescriptionScreen section XF86Config file Display subsection Entry Description PositionXF86Config file Monitor section Device section XF86Config file Sample XF86Config file Sample XF86Config file Sample XF86Config file Determining swap performance ExtensionsDouble buffer extension DBE Display power management signaling Dpms Dpms Dynamic library loading Glx visual suppression FeaturesCursor scaling Visuals suppression Security Technical print service TPSVirtual frame buffer Xvfb Class DefaultVisual optionStarting the X Server from the command line Depth Minimum monitor power save level optionDisableGlxVisuals NoServerLoggingHideDuplicateGlxVisuals Pointers Input devicesKeyboards Supported visuals Output devicesHp Fire GL-UX device-dependent information Supported device optionsSupported monitor configurations Option Overlay True Option TransparentIndex0ATI FireGL X1/T2/X3 device-dependent information TrueColor optional Overlay Image FSAAScale Supported monitor configurations Hp Fire GL-UX configuration hints Overlay visuals and overlay transparencyNumLongs/sizeofOverlayVisualPropertyRec HP Fire GL-UX Colormaps Hints ATI FireGL System requirementsHardware compatibility table X1/X3/T2-128Miscellaneous FontsFiles File DescriptionATI FireGL X1/T2/X3 configuration hints Gamma correction Windows configuration details Using an /etc/hosts file Making an x*.hosts fileChanging mouse button actions Customizing the mouse and keyboardStopping the X Window system Modifying modifier key bindings with xmodmap Specifying key remapping expressions To do this Use this expressionExamples Printing a key mapMaking an x*.hosts file Making an x*.hosts file Chapter
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