The machine has two bays, a small bay and a large bay. The small bay can hold a battery, a floppy drive, or a zip drive. The large bay can hold a CD player, a second 3.2G hard disk, or any small bay device using a plastic size-adaptor.
I thought it was a pretty good deal: $1500 including the zip drive.
I decided to install the Debian version of the Linux operating system. Since the 3.2G disk was formatted with the new Fat32 filesystem and I also wanted to maintain the existing Windows environment, I used the fips15c tool to split the single existing DOS partition into two 1.6G DOS partitions, then used the cfdisk tool to delete the second DOS partition and created a Linux swap partition and a Linux filespace partition Note that the fips15c documentation recommends deleting the windows swap file before partitioning. For instructions on how to do this see Removing Win95 swap file in my Windows Hacker area.. Note also that there is no "cylinder 1023" problem here since the hard disk reports its geometry as 128 heads and 787 cylinders.
This still needs the Tecra boot version, but the second Debian CD is setup for this, so all that must be remembered is to boot the second binary disk instead of the first.
boot=/dev/hda3 install=/boot/boot.b map=/boot/map vga=5 prompt image=/vmlinuz label=Linux root=/dev/hda3 read-only other=/dev/hda1 label=win95 table=/dev/hdaThis causes it to wait and ask which system to load. See /usr/doc/lilo if you want it to behave differently.
Another interesting point about this particular LILO setup is that LILO is installed to the boot record for partition /dev/hda3 rather than the MBR of the hda disk. The default x86 MBR searches the partition table, and boots from the first partition marked active (bootable, executable). By leaving the default MBR in place, we can easily switch between Windows booting and LILO booting by manipulating the active flags using fdisk. When the first partition (hda1) is marked active, boot is directly into Windows without any deviation through LILO. When the third partition (hda3) is marked active, the default MBR runs LILO which can then select between Windows and Linux.
/sbin/ifconfig eth0 184.108.40.206 netmask 255.255.254.0 broadcast 220.127.116.11 /sbin/route add -net 18.104.22.168 /sbin/route add default gw 22.214.171.124 metric 1(I'm manually running them from a script just now) and create the file /etc/resolv.conf containing the IP addresses of our campus nameservers:
domain umd.edu nameserver 128.8.xx.yy nameserver 128.8.pp.qq nameserver 128.8.rr.ssNote that I have obscured the actual addresses. You want to substitute the IP addresses of your campus nameservers.
Note the strange network mask. Our 129.2 network is split 7/9, that is, there are 128 subnets each with 512 nodes. That is why the broadcast address got rounded from 8 up to 9.
mount -t msdos /dev/hdb4 /mntBy creating a /zip mount point and putting the fourth line in the /etc/fstab file
# /etc/fstab: static file system information. # #I made it possible for users (as opposed to just root) to mount and unmount zip media using
/dev/hda3 / ext2 defaults,errors=remount-ro 0 1 /dev/hda2 none swap sw 0 0 proc /proc proc defaults 0 0 /dev/hdb4 /zip auto defaults,user
mount /zip umount /zipcommands. But the kernel grumbles at me if there is no media installed at bootup, so I may have something wrong in here. Also, there doesn't seem to be any automatic way to eject the media.
There does appear to be some kind of interlock. If you push the eject button when the media is mounted, nothing happens, but then when you unmount the media it is ejected. Alternatively you can unmount the media, then push the eject button. There was some information on the web about configuring SCSI emulation for ATAPI then using some SCSIEJECT ioctl but this will have to wait until I try building my own kernel. For now manually ejecting seems to be workable. After all, it is the same paradigm as the floppy :-)
To format a zip media in unix mode:
fdisk /dev/hdbI did a p to show the current partition table but there wasn't one. I did a n to create a new partition, answering p for primary and 4 for the partition number (to be compatable with the fstab entry). I answered 1 for the start cylinder and 96 for the end cylinder. Then I used w to write the partition table to the media and q to quit.
Then I did
mke2fs /dev/hdb4This put the zip disk into a state where it could be mounted via the fstab entry above. Note that initially there is only a lost+found directory present.
Watch this space for progress...