conserver/conserver.cf/samples/average-distributed.cf

#
# I took the average.cf file and expanded it to use a distributed
# conserver setup...two conserver hosts (conserver1 and conserver2), but
# the basic philosophy would hold for many more console and/or conserver
# hosts.
#

# ------ define a user group ------
group sysadmin {
    users bryan, todd, dave;
}
# helpers is everyone but the sysadmin group
group helpers {
    users *, !sysadmin;
}


# ------ make sure breaks are the way we want --------
break 1 { string "\z"; }
break 2 { string "\r\d~\d^b"; delay 600; }
break 3 { string "#."; }


# ----- define some console types ------
# yeah, just setting a break doesn't quite seem worth it, but perhaps,
# some day, there will be more host-specific stuff.
default sun-std { break 1; }
default sun-alt { break 2; }
default sun-lom { break 3; }


# ------ defaults ------
# we set a 'global' default so we can reuse the bits below.  we're going
# to set the '*' default, then define consoles, reset the '*' default,
# define more consoles, etc.
default global {
	logfile /var/consoles/&;	# '&' is replaced with console name
	timestamp 1hab;			# write timestamps
	rw sysadmin;			# allow sysadmins full access
	ro helpers;			# allow helpers to watch
	include sun-std;
}


# --------- define our terminal attributes ----------
# simple tcp connections are "easy"
default cisco { type host; portbase 2000; portinc 1; }
default xyplex  { type host; portbase 2000; portinc 100; }

# this is a cyclades card referenced with /dev/ttyC0 through /dev/ttyC31
# (referenced as ports 1 through 32 in conserver.cf)
# we set the various port calculation bits and pattern substitution to
# come up with a generic definition
default cyclades { type device; device /dev/ttyC&; baud 9600; parity none;
		   devicesubst &=Pd; portbase -1; portinc 1; host unused; }

## this is a term server accessed with an ssh command
# it too uses pattern substitution and such to get the job done
default ciscossh { type exec; portbase 2000; portinc 1;
		   exec /usr/local/bin/ssh -p P -l tsuser H;
		   execsubst H=hs,P=Pd; }


# ------- set the global default for the first conserver host -------
# the consoles below (until the default is reset) are managed
# by conserver1.conserver.com
default * { include global; master conserver1.conserver.com; }

# ------- define the consoles on ts1.conserver.com --------
default ts1.conserver.com { include cisco; host ts1.conserver.com; }
console web1.conserver.com { include ts1.conserver.com; port 2; }
console ns1.conserver.com { include ts1.conserver.com; port 10; }

# ------- define the consoles on ts2.conserver.com --------
default ts2.conserver.com { include xyplex; host ts2.conserver.com; }
console web2.conserver.com { include ts2.conserver.com; port 4; }
console ns2.conserver.com { include ts2.conserver.com; port 22; }

# ------- set the global default for the second conserver host -------
# the following consoles are managed by conserver2.conserver.com
default * { include global; master conserver2.conserver.com; }

# ------- define the consoles on ts3.conserver.com --------
default ts3.conserver.com { include ciscossh; host ts3.conserver.com; }
console ftp1.conserver.com { include ts3.conserver.com; include sun-lom;
			     port 7; }

# ------- set up the an access list to avoid the default -------
# anything *not* matched here will fallback to the default access mode
access * {
	trusted 127.0.0.1;
	allowed 10.0.0.0/8;
}

# conserver2 has an extra leg that is trusted
access conserver2.conserver.com { trusted 192.168.0.0/16; }

# ------- do some server configuration ---------
# both conserver1.conserver.com and conserver2.conserver.com use the same
# set of defaults
config * {
	defaultaccess rejected;
	daemonmode on;
	logfile /var/log/conserver;
}

# we're going to set the default access on conserver2 to allowed, because
# it's in a higher-trust network
config conserver2.conserver.com { defaultaccess allowed; }