These are unofficial rpms of the sparc kernel rpms. They contain the
patched code to stop the teardrop attack on 2.0.30 kernels. The 2.0.32
kernel is being worked on and may be released in a 2days to a week by
the Sparc Linux development people. I will release other RPMS of that
kernel (if not official ones) when they come out.

Here are some instructions that I use with the i386 mode to install
kernel and kernel modules that have the same version number (ie you
have 2.0.30 and want to install newer 2.0.30 kernel modules). I do not
know how useful they are with Sparcs, but thought I would include them
for completeness.

Due to the fact that the rescue mode on the floppy disks is a work in
progress, we have to work around some of its limitations when having
to rescue a system that is in dire strait's. 

So instead of using the linux rescue mode, we will act like we are
doing an install, and get the various cd data up.  Insert the boot
floppy and at the boot prompt, hit return. Go through the questions of
monitor type, finding the cdrom, etc. until we get a choice of whether
we are doing an upgrade or an install. When the screen comes up asking
what partition to install as root, we will change to Virtual Console 2
with the keystroke ALT-F2. Now we are ready to begin "real rescue
mode."

You should now be at a # prompt with the cdrom mounted at
/tmp/rhimage. To make things easier in the future, do the following:

ln -s /tmp/rhimage/live /cdrom 
export PATH=/bin:/usr/bin:/sbin:/usr/sbin:/cdrom/bin:/cdrom/usr/bin:/cdrom/usr/sbin:/cdrom/sbin

This will get you a shorthand to the live cdrom executables that you
might need to get the machine up and going.

If we need to repair your harddrives, you should be able to do a fsck
of the appropriate partitions. If you need to see what partitions you
might have, I use cfdisk to get a picture of which ones are Linux
partitions.

If we need to install a new or old kernel to replace a broken set, the
following will get them working (the hda partitions are example
only. Change to suit your hard-drive).

mkdir /mnt
mount /dev/hda1 /mnt
mount /dev/hda2 /mnt/usr

cd /tmp/rhimage/RedHat/RPMS
# rpm --root /mnt -qa | grep kernel-
kernel-2.0.30-2
kernel-modules-2.0.30-2
kernel-headers-2.0.30-2
kernel-source-2.0.30-2

# rpm --root /mnt -qa | grep pcmcia
pcmcia-cs-2.9.4-2

# rpm --root /mnt -e pcmcia-cs

# rpm --root /mnt --noscripts -e kernel-modules

# rpm --root /mnt -Uvh kernel-* pcmcia*

# rpm --root /mnt -qa | grep kernel
kernel-2.0.30-3
kernel-modules-2.0.30-3
kernel-headers-2.0.30-3
kernel-source-2.0.30-3

# rpm --root /mnt -qa | grep pcmcia
pcmcia-cs-2.9.5-3

ls /mnt/boot/vmlinu* # to see where /mnt/boot/vmlinu* -> is pointing to.

sync ; sync # to force the data to be written to disk.

look in your /mnt/etc/conf.modules to see if the correct SCSI modules
are being looked for or other items you might need to boot with, and
edit it if you need to.

insmod /mnt/lib/modules/2.0.xx/block/loop.o
cd /mnt
chroot /mnt mkinitrd -v -f initrd-2.0.xx 2.0.xx 
# where xx is the kernel # you are looking for.

edit /mnt/etc/lilo.conf to get the new kernel being booted.
lilo -r /mnt

sync ; sync # to force buffers to be cleaned.

umount /mnt
reboot the system with a CTRL-ALT-DEL


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