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dpkg-reconfigure -plow xserver-xfree86
XF86Config-4 設定プログラム
lx:~# dpkg-reconfigure -plow xserver-xfree86
Debian Configuration
Configuring Xserver-xfree86
The /etc/X11/XF86Config-4 file, which contains the configuration
information for the XFree86 version 4 X server, can be handled
automatically by debconf, or manually by you.
Note that only specific, marked sections of the configuration file will
be handled by debconf if you select this option; if those markers are
absent, the configuration file will not be updated automatically, and
you will have to update the file manually, or move or delete the file.
Manage XFree86 4.x server configuration file with debconf?
Configuring Xserver-xfree86
For the X Window System graphical user interface to operate correctly,
it is necessary to select a video card driver for the X server.
Drivers are typically named for the video card or chipset manufacturer,
or for a specific model or family of chipsets.
Select the desired X server driver.
ati #
apm
ark
atimisc
chips
cirrus
Configuring Xserver-xfree86
The X server configuration file associates your video card with a name
that you may provide. This is usually the vendor or brand name
followed by the model name, e.g., "3Dfx Voodoo3" or "ATI Rage Fury
Maxx".
Enter an identifier for your video card.
Generic Video Card___
Configuring Xserver-xfree86
Users of PowerPC machines, and users of any computer with multiple #
video devices, should specify the BusID of the video card in the
format:
PCI:nn:nn:nn
(where each nn is a decimal number referring to the card's bus, device,
and function number, respectively).
For users of multi-head setups, this option will configure only one of
the heads. Further configuration will have to be done manually in the
X server configuration file, /etc/X11/XF86Config-4.
You may wish to use the "lspci" command to determine the bus location
Configuring Xserver-xfree86
______________________________________________
Configuring Xserver-xfree86
Typically, the amount of dedicated memory your video card has is
autodetected by the X server, but some integrated video chips (such as
the Intel i810) have little or no video memory of their own, and
instead borrow main system memory for their needs.
It is perfectly acceptable to leave this parameter blank; only if your
video card lacks RAM, or if the X server has trouble autodetecting the
amount, is it necessary to specify the amount of video RAM.
Enter the amount of memory (in kB) to be used by your video card.
4096_
Configuring Xserver-xfree86
Rather than communicating directly with the video hardware, the X
server may be configured to perform some operations, such as video mode
switching, via the kernel's framebuffer driver.
In theory, either approach should work, but in practice, sometimes one
does and the other does not. Enabling this option is the safe bet, but
feel free to turn it off if it appears to cause problems.
Use kernel framebuffer device interface?
Configuring Xserver-xfree86
For the X server to handle your keyboard correctly, an XKB rule set
must be chosen.
Users of most keyboards should enter "xfree86". Users of Sun Type 4
and Type 5 keyboards, however, should enter "sun".
Advanced users can use any defined XKB rule set. See the
/etc/X11/xkb/rules directory for available rule sets.
If you don't know what rule set to use, enter "xfree86".
Please select the XKB rule set to use.
xfree86___
Configuring Xserver-xfree86
For the X server to handle your keyboard correctly, a keyboard model #
must be entered. Available models depend on which XKB rule set is in
use.
The "pc101" keyboard is a traditional IBM PC/AT style keyboard with 101
keys, historically common in the United States. It does not have the
"logo" or "menu" keys.
The "pc104" keyboard is like the pc101 model, with additional keys.
These keys are usually engraved with a "logo" symbol (there is
typically a pair of these, between each set of control and alt keys),
and a "menu" key.
The "pc102" and "pc105" models are versions of the pc101 and pc104
Configuring Xserver-xfree86
pc106 jp106_ /* 変更した */
Configuring Xserver-xfree86
For the X server to handle your keyboard correctly, a keyboard layout
must be entered. Available layouts depend on which XKB rule set and
keyboard model were previously selected.
Advanced users can use any layout supported by the selected XKB rule
set. See the /etc/X11/xkb/rules directory for available rule sets, and
the /etc/X11/xkb/symbols directory for available layouts.
Users of U.S. English keyboards should enter "us". Users of keyboards
localized for other countries should generally enter their ISO 3166
country code. E.g., France uses "fr", and Germany uses "de".
Please select your keyboard layout.
ja_
Configuring Xserver-xfree86
For the X server to handle your keyboard as you desire, a keyboard
variant may be entered. Available variants depend on which XKB rule
set, model, and layout were previously selected.
Many keyboard layouts support an option to treat "dead" keys such as
non-spacing accent marks and diaereses as normal spacing keys, and if
this is the preferred behavior, enter "nodeadkeys".
Advanced users can use any variant supported by the selected XKB
layout. See the /etc/X11/xkb/symbols directory for the file
corresponding to your selected layout for available variants.
Users of U.S. English keyboards should generally leave this entry
blank.
Configuring Xserver-xfree86
Please select your keyboard variant.
_____________________________________
Configuring Xserver-xfree86
For the X server to handle your keyboard as you desire, keyboard #
options may be entered. Available options depend on which XKB rule set
was previously selected. Not all options will work with every keyboard
model and layout.
For example, if you wish the Caps Lock key to behave as an additional
Control key, you may enter "ctrl:nocaps"; if you would like to switch
the Caps Lock and left Control keys, you may enter "ctrl:swapcaps".
Advanced users can use any options compatible with the selected XKB
model, layout and variant. See the /etc/X11/xkb/symbols directory
available options files, which define only partial keyboard
translations. (For example, /etc/X11/xkb/symbols/ctrl.)
Configuring Xserver-xfree86
Please select your keyboard options.
______________________________________
Configuring Xserver-xfree86
For the X Window System graphical user interface to operate correctly,
certain characteristics of your mouse (or other pointing device, such
as a trackball) must be known.
It is necessary to determine which port (connection type) your mouse
uses. Serial ports use D-shaped connectors with 9 or 25 pins (a.k.a.
DB-9 or DB-25); the mouse connector is female (has holes) and the
computer connector is male (has pins). PS/2 ports are small round
connectors (DIN) with 6 pins; the mouse connector is male and the
computer side female. You may alternatively have a USB mouse, a
bus/inport (very old) mouse, or be using the gpm program as a repeater.
If you need to attach or remove PS/2 or bus/inport devices from your
computer, please do so with the computer's power off.
Configuring Xserver-xfree86
Please choose your mouse port
/dev/psaux
/dev/ttyS0
/dev/ttyS1
/dev/ttyS2
/dev/ttyS3
/dev/input/mice
/dev/atibm
/dev/sunmouse
/dev/gpmdata
/* /dev/psaux を 選択 */
Configuring Xserver-xfree86
Please choose the entry that best describes your mouse.
ImPS/2
PS/2
GlidePointPS/2
NetMousePS/2
NetScrollPS/2
ThinkingMousePS/2
MouseManPlusPS/2
ExplorerPS/2
/* ImPS/2 を 選択 */
Configuring Xserver-xfree86
Most programs in the X Window System expect your mouse to have 3
buttons (left, right, and middle). Mice with only 2 buttons can
emulate the presence of a middle button by treating simultaneous clicks
or drags of the left and right buttons as middle button events.
This option may also be used on mice with 3 or more buttons; the middle
button will continue to work normally.
Emulate 3 button mouse?
Configuring Xserver-xfree86
Events from a wheeled mouse's wheel can be treated as clicks of
additional buttons (buttons 4 and 5). Some X applications treat
buttons 4 and 5 as scroll-up and scroll-down events, making the mouse
wheel work as expected. This is application-level behavior however, and
may not always work. Also, exotic mice with more than 3 buttons in
addition to a wheel may behave in an unexpected fashion if this option
is set.
Enabling this option is harmless if your mouse has no scroll wheel.
Enable scroll events from mouse wheel?
/* を 選択 */
Configuring Xserver-xfree86
The X server configuration file associates your monitor with a name
that you may provide. This is usually the vendor or brand name
followed by the model name, e.g., "Sony E200" or "Dell E770s".
Enter an identifier for your monitor.
Generic Monitor___
Configuring Xserver-xfree86
If your monitor is a liquid-crystal display (which is the case with
almost all laptops), you should set this option.
Users of traditional cathode-ray tube (CRT) monitors should not set
this option.
Is your monitor an LCD device?
/* を 選択 */
Configuring Xserver-xfree86
For the X Window System graphical user interface to operate correctly, #
certain characteristics of your monitor must be known.
For the "simple" option, you need only know the monitor's physical
size; this will set some configuration values appropriate for a typical
CRT of the corresponding size, but may be suboptimal for high-quality
CRT's. (This option is disabled for LCD panel users, since such
displays are configured for a particular resolution.)
The "medium" option will present you with a list of resolutions and
refresh rates, such as "800x600 @ 85Hz"; you should choose the best
mode you wish to use (and that you know your monitor is capable of).
The "advanced" option will let you specify your monitor's horizontal
Configuring Xserver-xfree86
Please choose a method for selecting your monitor characteristics.
Advanced
Simple
Medium
/* Advanced を 選択 */
Configuring Xserver-xfree86
Please enter either a comma-separated list of discrete values (for
fixed-frequency displays), or a pair of values separated by a dash (all
modern CRT's). This information should be available in your monitor's
manual. Values lower than 30 or higher than 130 are extremely rare.
Enter your monitor's horizontal sync range.
30-95_
Configuring Xserver-xfree86
Please enter either a comma-separated list of discrete values (for
fixed-frequency displays), or a pair of values separated by a dash (all
modern CRT's). This information should be available in your monitor's
manual. Values lower than 50 or higher than 160 are extremely rare.
Enter your monitor's vertical refresh range.
50-152_____
Configuring Xserver-xfree86
If there are some resolutions you would not like the X server to use
even if your hardware is capable of them, remove them from the list
below. Removing all of them is effectively the same as removing none,
since in both cases the X server will attempt to use the highest
possible resolution.
Select the video modes you would like the X server to use.
[*] 1152x864
[*] 1024x768
[*] 800x600
[*] 640x480
Configuring Xserver-xfree86
Usually 24-bit color is desirable, but on graphics cards with limited
amounts of framebuffer memory, higher resolutions may be achieved at
the expense of higher color depth. Also, some cards support hardware
3D acceleration only for certain depths. Consult your video card
manual for more information.
(So-called "32-bit color" is actually 24 bits of color information plus
8 bits of alpha channel or simple zero padding; the X Window System can
handle both. If you want either, select 24 bits.)
Please select your desired default color depth in bits.
16 #
1
/* 変16 に更した */
Configuring Xserver-xfree86
It is possible to customize (or completely omit) the list of modules #
that the X server loads by default. This option is for advanced users.
In most cases, all of these modules except xtt should be enabled.
The GLCore and glx modules enable software OpenGL rendering. The dri
module enables support in the X server for Direct Rendering
Infrastructure (DRI). Note that support for DRI must also exist in the
kernel, the video card, and the installed version of the Mesa libraries
for hardware-accelerated 3D operations using DRI to work. Otherwise,
the server falls back to software rendering.
The vbe and ddc modules enable support for VESA BIOS Extensions and
Data Display Channel, respectively. These modules are used to query
monitor capabilties via the video card. The int10 module is a
real-mode x86 emulator that is used to softboot secondary VGA cards.
The dbe module enables the double-buffering extension in the server,
and is useful for animation and video operations.
#
The extmod module enables many traditional and commonly used
extensions, such as shaped windows, shared memory, video mode
switching, DGA, and Xv. The record module implements the RECORD
extension, commonly used in server testing.
The bitmap, freetype, speedo, type1, and xtt modules are all font
rasterizers. The freetype and xtt modules should not be enabled at the
same time, as they are incompatible. The freetype module should be
used for Western languages and anti-aliased font support; the xtt #
module should be used for East Asian character set support
(specifically, for CID-keyed fonts).
The pex5 and xie modules implement deprecated extensions, PEX5 and the
X Image Extension, respectively. PEX5 may be safely turned off by most
users, but some applications still query the server for XIE support
even though they don't use it. These modules will disappear in a
future release of XFree86.
For further information about these modules, please consult the XFree86
documentation.
If you unsure what to do, leave all of the modules enabled except xtt.
Advanced users may wish to disable all modules -- in which case no
Modules section will be written to the X server configuration file --
and add their own Modules section to the file manually.
Configuring Xserver-xfree86
Select the XFree86 server modules that should be loaded by default.
[*] GLcore #
[*] bitmap
[*] dbe
[*] ddc
[*] dri
[*] extmod
[*] freetype
[*] glx
[*] int10
[*] pex5
[*] record
[*] speedo
[*] type1
[*] vbe
[*] xie
[ ] xtt
Configuring Xserver-xfree86
he Files section of the X server configuration file tells the X server
where to find server modules, the RGB color database, and font files.
This option is for advanced users. In most cases, you should enable
it.
Disable this option if you want to write your own "Files" section into
the XFree86 server configuration file. You may wish to do this if you
need to remove the reference to the local font server, add a reference
to a different font server, or rearrange the default set of local font
paths.
Write default Files section to configuration file?
/* を 選択 */
Configuring Xserver-xfree86
The DRI section of the X server configuration file determines the
permissions of the DRI device. This option is for advanced users. In
most cases, you should enable it.
Disable this option if you want to write your own "DRI" section into
the XFree86 server configuration file. You may wish to do this if you
want to change the access privileges to the DRI port.
Write default DRI section to configuration file?
/* を 選択 */
Wrote X server configuration to /etc/X11/XF86Config-4.
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
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