Bonjour
J'ai trouvé ça sur le site IBM.
J'ai essayé mais j'ai la mandrake 7.0
J'ai les mêmes problèmes qu'avant mais je me suis peut trompé quelque part.
Si ça décoince quelqu'un merci de répondre
Salutations
1.0 What you will need
You will need a:
copy of Red Hat Linux 6.0.
supported hard disk drives. Click here for a list
of supported options and part numbers for your
server.
supported adapter. Click here for a list of
supported options and part numbers for your server.
one blank diskette to create a Boot Disk (Label
it, Boot Disk .)
2.0 Where to download drivers/files
If you have experience in SCSI, hardware, and the
installation process, continue to reference
3.0 Quick installation instructions for experienced
users . If not, continue to reference
4.0 Detailed installation instructions .
3.0 Quick installation instructions for experienced
users
If you are an experience user, you need to:
1.Insert the Red Hat 6.0 Linux CD and start up the
server.
2.At the startup prompt, press Enter . Follow the
window instructions that guide you through the
installation process.
3.At the SCSI Configuration window, the installation
program asks, "Do you have any SCSI
adapters?". Select "Yes" and choose "Adaptec
2740, 2840 and 2940" from the list.
4.At the Choose a card window, select "S3Trio 3D
(Generic VGA)" from the list of video cards. See
A ppendix A: Installing the VESA/Frame Buffer
Server for post-install instructions .
4.0 Detailed installation instructions
The following steps are detailed instructions to
assist you to set up the BIOS and install Red
Hat Linux 6.0.
4.1 Setting up the BIOS
To set up the BIOS, you need to:
1.Power-on the server.
2.Press F1 to enter "Configuration/Set-up" once the
IBM logo appears in the window.
3.Highlight the menu option "System Information",
select "Product Data", and press Enter . The
Flash EEPROM Revision Level field contains the
BIOS version. The numbers in positions 5, 6,
and 7 of the level are the current BIOS level
(for example, in NTKT27AUS, the BIOS level is 27A,
and the language is U.S. English).
4.Click here to verify you are at the most recent
BIOS level.
5.If your BIOS requires updating, click here to
download the latest level of BIOS .
6.Type "1000 3000 bios".
7.Select the latest level of BIOS.
NOTE : The image is a self-extracting, executable file
(under DOS or OS/2) that creates a
startable system BIOS flash diskette. Build the
diskette image by running the .EXE file (under
DOS or OS/2) and answering "Y" on the last page of the
licensing agreement. The current
diskette image is 00N9079.exe IBM Netfinity 1000 and
3000 Flash BIOS Update Diskette
version 1.27.
8. Start up with the BIOS diskette in the server and
answer the questions. After the BIOS
update is complete, you may receive a "162
Configuration has changed" error on startup;
ignore this message. Set-up starts and you can
continue with step 9.
NOTE : If you do not see the "162 Configuration has
changed" message at startup, press F1
to enter "Set-up" once the IBM logo appears in the
window.
9. Move the highlighted selection to "Start Options"
and press Enter .
10. Verify that the "Startup Sequence" is set to
(change if necessary):
First Startup Device - CD-ROM
Second Startup Device - Diskette Drive 0
Third Startup Device - Hard Disk 0
Fourth Startup Device - Disabled
11. Press Esc twice to return to the
"Configuration/Set-up Utility" menu.
12. Move the highlighted selection to "Exit Set-up"
and press Enter .
13. At the Exit Set-up menu, select the menu option
"Yes, save and exit the Set-up Utility" and
press Enter .
4.2 Installing Red Hat Linux 6.0
To install Red Hat Linux 6.0, you need to:
1.Insert the Red Hat 6.0 Linux CD and start the
server.
2.At the startup prompt, press Enter . Follow the
window instructions that guide you through the
installation process. Defaults may be taken
unless specified otherwise.
3.At the SCSI Configuration window, the installation
program asks "Do you have any SCSI
adapters?". Select "Yes" and choose "Adaptec
2740, 2840 and 2940" from the list.
4.At the Configure Mouse window, select "Generic
Mouse (PS/2)" (two-button mouse) or "Generic 3
Button Mouse (PS/2)"(three-button mouse)
depending on the type of mouse installed.
5.When you configure the network during the
installation process, the installation program
autodetects the on-board Intel EtherExpress Pro
100 network card. If the network card is not
detected, it may be because it was disabled in
the Configuration/Set-up Utility.
6.At the Choose a card window, select "S3Trio 3D
(Generic VGA)" from the list of video cards. If
necessary, this selection can be changed,
depending upon the video adapter used, after the
installation process. Check the Red Hat FTP or
Web site for the most recent video drivers
available. Currently, there is no support other
than VESA/Frame Buffer for the Accelerated
Graphics Port (AGP) video adapter included with
the Netfinity 1000/3000 Server. See Appendix
A: Installing the VESA/Frame Buffer Server for
post-install instructions .
7.Other installation components, such as choosing
software, setting up your startup hard disk
drive/file systems, and root password, are
dependent upon the specifications of your site. Consult
your local system administrator for details.
8.After the installation process is complete, press
"Ok" to restart the server and remove the CD from
the CD-ROM.
Appendix A: Installing the VESA/Frame Buffer server
1.After the installed system has restarted, at the
boot: prompt, type "linux text".
2.With the system started in command mode, login as
"root".
3.Mount Red Hat Linux 6.0 CD and install the frame
buffer server package as:
# mount /dev/cdrom /mnt/cdrom
# cd /mnt/cdrom/RedHat/RPMS
# rpm -ivh XFree86-FBDev-3.3.3.1-49.i386.rpm
4. Save the current symbolic link by running "# mv
/etc/X11/X /etc/X11/X.old".
5. Create a new symbolic link by running "# ln -s
../../usr/X11R6/bin/XF86_FBDev /etc/X11/X".
6. Edit "/etc/lilo.conf" to add a new entry for the
frame buffer server by copying the existing
entry. Only add a "vga=773" line after the image line
and change the label so that it is unique
to other entries. The following is an example of a
kernel entry with frame buffer server
installed:
image=/boot/vmlinuz-2.2.5-15
vga=773
label=linux-fb
root=/dev/sdxx
initrd=/boot/initrd-2.2.5-15.img
read-only
NOTE : Do not remove the existing entry. Do not make
any changes to the root line in the
new entry. The first kernel entry in "/etc/lilo.conf"
is loaded by default. 773 indicates 1024 x 768
pixel density with 8 bit color depth. For more
information, see
"/usr/src/linux/Documentation/fb/vesafb.txt"
(kernel-source-2.2.5-15.i386.rpm package).
7. Update the master boot record and the LILO boot
loader by running "# lilo -v".
8. Edit "/etc/X11/XF86Config" to create a new section
entry for the frame buffer server under
Screen section. Copy the following example of a Screen
entry and make the necessary
changes.
NOTE : "xxxx" and "yyyy" depend upon predefined
strings in XF86Config. Replace "xxxx" with
the string following "Identifier" under "Device" in
the Graphics device section. Replace "yyyy"
with the string following "Identifier" under "Monitor"
in the Monitor section.
Section "Screen"
Driver "fbdev"
Device "xxxx"
Monitor "yyyy"
Subsection "Display"
Modes "default"
EndSubsection
EndSection
9. Reboot the system and remove media.
10. At the LILO boot prompt, press Tab for kernel
options or press Enter if the new kernel
was set as the default kernel.
11. After the system restarts in command mode, issue
the startx command to enter the X
Window system.
Emmanuel RIZZI
GCPF
4, rue de l'église
39270 ORGELET
03 84 25 53 25
http://www.gcpf.fr
mailto:[EMAIL PROTECTED]
Découvrez les vins du Jura: http://www.fruitiere-vinicole-voiteur.fr
