So the first attempt at installing Linux obtained the appropriate module/driver from Adaptec by downloading dptdriver-2.4.tgz from linux.adaptec.com. This gzipped tape archive generates /usr/adaptec/i2o_driver/:

$ tar zxvf dptdriver-2.4.tgz $ cd usr/adaptec/i2o_driver/

The drivers for various versions of the kernel are then contained in dpt_i2o_prebuilt.cgz. This is a gzipped cpio archive. To extract the archive:

$ mkdir tmp $ cd tmp $ gunzip < ../dpt_i2o_prebuilt.cgz | cpio --extract

The kernel installed was 2.2.18pre21 but there is not a corresponding dpt_i2o. The 2.2.18 version had undefined symbols and the machine froze. The 2.2.19 version worked. This was then copied onto a floppy for Debian to load:

$ mount /floppy $ mkdir /floppy/boot $ cp dpt_i2o.2.2.19 /floppy/boot/dpt_i2o.o $ umount /floppy

Once dpt_i2o is installed you can create and initialise the disk partitions on the RAID:

# cfdisk /dev/sda (to create a single partition perhaps) # mke2fs /dev/sda1

Later when configuring drivers and devices you can also add modules from floppy, but they must now be in /floppy/lib/modules/scsi/dpt_i2o.o, for example.

Now we come unstuck because we create a boot floppy yet there is no way to install the RAID driver on the kernel on this boot floppy, so next reboot the RAID is no longer available and the boot hangs with a Kernel Panic and a message about block-major-8 and not being able to mount the root fs.

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