Razi Khaja wrote:
You need to put the boot loader and boot partition on the internal
hard disk (you can specify this during install ... specifically when
you format the boot partition and install the grub boot loader). The
remainder of your opensuse OS partitions will live on the external usb
disk or memory stick. I managed to get this to work on an old IBM T20
laptop that did not support boot from USB where the boot partition
lived on the internal disk (unfortunately that system died).
Alternatively you could put the boot partition on a CDR. The CDR
option is a little more complicated. I havent tried this, so my guess
is that you will have to copy the boot partition to the CDR and
possibly modify /boot/grub/menu.lst passing kernel parameters to
appropriately reference the location of /root and swap.
See http://en.opensuse.org/Installing_SuSE_on_External_USB_Drive for more ideas
http://www.linuxquestions.org/questions/showthread.php?p=2903697
also has some details.
On 9/30/07, Nick Zentena <[EMAIL PROTECTED]> wrote:
On Saturday 29 September 2007 07:19, Nick Zentena wrote:
On Friday 28 September 2007 19:59, Rajko M. wrote:
Yeah.
I said to install all, including grub, on USB stick and change only BIOS
boot sequence to include USB before HD. That way when you take USB out,
computer will boot from hard disk as before.
I was afraid you say that. With 10.3 RC1 grub either seems to work but
when I reboot I get the error 21. Or if I do the grub from the rescue disk
I get an error message claiming the disk doesn't exist.
Grub is happy to write to the internal disk.
I'll try again later today and post the fdisk output.
Nick
I give up.
During installs I get a silent failure when trying to put grub on the USB
drive.
If I try doing it from the rescue system it can't find the drive and
gives me
an error.
When 10.3 is fully released I'll try again.
Nick
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JRR wrote;
I built a special machine to overcome these problems. It uses an Intel
D875PBZ motherboard. (ATX / Pentium 4 CPU 478 pin /
800 Mhz FSB) This motherboard has 2 SATA connectors, 2 ATA-100
connectors, and a flopppy connector.
Take the primary ATA / EIDE connector and make your master drive an
Iomega Zip-250, slave Seagate Travan 4 tape.
Take the secondary ATA / EIDE and make the CD-ROM // DVD combo drive
master and DVD +-RW drive slave.
Use the two SATA connectors for a RAID 0 array....
What does this do? The RAID loads last!!! So set the emulation for the
Zip 250 drive to hard disk NOT removable disk.
Now you can boot ANYTHING that will fit on 250 MB..... Take out the Zip
disk and the system will boot the RAID..... :-)
Somebody should try this trick on a newer motherboard and a larger Zip
disk....
Jrr
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