To set up a home gnot.

1) make a new EPROM
  - put an EPROM chip in the little prom burner in 2C-501
  - on coma
	cd /usr/rfs/boot
	mk boot.eprom95 (for intel or ti chips)
	mk boot.NS (for national semiconductor chips)
2) put the EPROM in the gnot
3) set the HEX switch on the gnot board to position 3
  - this is the switch near the ROM
2) install the disk board and disk
  - make sure the disk is logical unit 0.  This is the switch near the
   power cord.
3) plug in an incon
4) turn both gnot and disk on.  the gnot should prompt with:

	server[default==scsi!0!boot]:

5) respond with

	server[default==scsi!0!boot]: incon!Nfs!/68020/9gnotdisk

6) it will prompt with

	server[default==scsi!0!boot]: incon!Nfs!/68020/9gnotdisk
	user:

  type in your login

	server[default==scsi!0!boot]: incon!Nfs!/68020/9gnotdisk
	user: dsm

7) it will init the incon and prompt for password

	server[default==scsi!0!boot]: incon!Nfs!/68020/9gnotdisk
	user: dsm
	incon station 2
	xpcall(Nfs)...auth...password:

   type in your password.

	server[default==scsi!0!boot]: incon!Nfs!/68020/9gnotdisk
	user: dsm
	incon station 2
	xpcall(Nfs)...auth...password:

   The gnot will now boot the kernel over the incon.

	server[default==scsi!0!boot]: incon!Nfs!/68020/9gnotdisk
	user: dsm
	incon station 2
	xpcall(Nfs)...auth...password:
	nop...session...attach...clone...walk...walk...open
	txt 133916 data 131268d bss 239720

8) once the kernel is booted, you must prepare the disk.  To do this, run the
	program 'homegnot':

	bank 0: 4M  bank 1: 4M
	792 free pages, 6336k bytes, swao 39104k bytes
	248 free map registers
	init: starting /bin/rc
	% homegnot

   this will create partitions on the disk for the kernel, the cache file system,
   and the local file system.  it will copy a kernel into the boot partition and
   dump a bunch of stuff into local file system.

   homegnot will print out a lot of goo:

	% homegnot
	creating partitions
	copying kernel
	826+1 records in
	826+1 records out
	making file system
	copying over files
	%

9) the gnot is now ready to take home.  to try it out, plug in a
   ty12 line and reboot.

10) to the prompt

	server[default==scsi!0!boot]:

   just hit return.  the kernel will boot off of disk.

11) it will now ask you how you want to connect to the remote file
    server, i.e., via incon or the ty12

	root is on (9)600 serial, (1)9200 serial, (i)ncon, (l)ocal[9]:

	just hit return to connect to a 9600 baud line, 1 followed by
	return for a 19200 baud line.

12)  Your terminal is now connected to the serial line.  If you are hard-wired
     to plan85, just hit control D.  Otherwise, you'll have to connect via
     datakit the follwoing way.

	root is on (9)600 serial, (1)9200 serial, (i)ncon, (l)ocal[9]:
	Connect to file system now, type ctrl-d when done.
	(Use the view or down arrow key to send a break)

	Origin: Node 1 Device 26 Channel 8

	Number please:

    just type plan85, hit return, then control-d

	root is on (9)600 serial, (1)9200 serial, (i)ncon, (l)ocal[9]:
	Connect to file system now, type ctrl-d when done.
	(Use the view or down arrow key to send a break)

	Origin: Node 1 Device 26 Channel 8

	Number please: plan85
	

13)  You will now be prompted for user id (if it doesn't already know it)
     and password
	root is on (9)600 serial, (1)9200 serial, (i)ncon, (l)ocal[9]:
	user[none]: dsm

    type in your user id followed by return and it will prompt for password.

	user[none]: dsm
	remote fs on (9)600 serial, (1)9200 serial, (i)ncon, (n)one[9]:
	password:

    type in your password.

14) You should now be up and running.