NetBSD/etc/bootptab

#	$NetBSD: bootptab,v 1.6 2001/04/24 21:55:06 pooka Exp $
#
# /etc/bootptab: database for bootp server (/usr/sbin/bootpd)
# Last update Mon 11/7/88 18:03
# Blank lines and lines beginning with '#' are ignored.
#
# Legend:
#
#	first field -- hostname
#			(may be full domain name and probably should be)
#
#            bf   Bootfile
#            bs   Bootfile size in 512-octet blocks
#            cs   Cookie server address list
#            df   Merit dump file
#            dn   Domain name
#            ds   Domain name server address list
#            ef   Extension file
#            gw   Gateway address list
#            ha   Host hardware address
#            hd   Bootfile home directory
#            hn   Send client's hostname to client
#            ht   Host hardware type (see Assigned Numbers RFC)
#            im   Impress server address list
#            ip   Host IP address
#            lg   Log server address list
#            lp   LPR server address list
#            ns   IEN-116 name server address list
#            nt   NTP (time) Server (RFC 1129)
#            ra   Reply address override
#            rl   Resource location protocol server address list
#            rp   Root path to mount as root
#            sa   TFTP server address client should use
#            sm   Host subnet mask
#            sw   Swap server address
#            tc   Table continuation (points to similar "template" host entry)
#            td   TFTP root directory used by "secure" TFTP servers
#            to   Time offset in seconds from UTC
#            ts   Time server address list
#            vm   Vendor magic cookie selector
#            yd   YP (NIS) domain name
#            ys   YP (NIS) server address

#
# Be careful about including backslashes where they're needed.  Weird (bad)
# things can happen when a backslash is omitted where one is intended.
#


# First, we define a global entry which specifies the stuff every host uses.
# Dummy entries have an invalid hostname (one with a "." as first character).

#.global.dummy:\
#        :sm=255.255.255.0:\
#        :hd=/home/nfsclient:bf=null:\
#        :ds=128.32.149.141:\
#        :ns=0x80020b4d 0x80020ffd:\
#        :ts=0x80020b4d 0x80020ffd:\
#        :to=18000:

# Next, we can define different master entries for each subnet. . .

#.subnet13.dummy:\
#	:tc=.global.dummy:gw=128.2.13.1:
#
#
# We should be able to use as many levels of indirection as desired.  Use
# your imagination. . .
#


# Individual entries (could also have different servers for some/all of these
# hosts, but we don't really use this feature at CMU):

#carnegie:tc=.subnet13.dummy:ht=ieee802:ha=7FF8100000AF:ip=128.2.11.1:
#baldwin:tc=.subnet19.dummy:ht=ethernet:ha=0800200159C3:ip=128.2.11.10:


#example nfs diskless client

#timesink:hd=/home/nfsclient/timesink:\
#	tc=.subnet149.dummy:ht=ethernet:ha=0800200168A7:ip=128.32.149.20: