From: sms@sambuca.das.ed.ray.com (Dr. Stephen M. Sparagna)
Newsgroups: ne.nearnet.tech
Subject: sendmail.cf
Date: 5 Nov 1992 14:02:49 -0500
Organization: NEARnet News/Mail Gateway
Distribution: ne
NNTP-Posting-Host: noc.near.net

Hi,

	I am running ULTRIX 4.2 on a DECStation 5000 model 120.  Here is a copy
of my /etc/sendmail.cf file which seems to work.  I send and receive mail using
EMACS (RMAIL) and do not have any problems.  

Good Luck,

Stephen Sparagna
Raytheon Co.

*******************************************************************************
############################################################
############################################################
#####
#####		SENDMAIL CONFIGURATION FILE
#####
#
# @(#)generic.mc	4.1	(ULTRIX)	7/2/90
#
#####		generic configuration
#####
#####
############################################################
############################################################


############################################################
###	local info
############################################################


# This section specifies data about your environment and how to
# handle mail. The configuration has provisions for several (independent)
# mail relay machines for handling different kinds of mail.
# Below these are all given the name "RELAY". If you need or want this
# kind of relay you will need to uncomment the line and put in the name
# of the appropriate host.
#
# The relay machines are specified separately for each kind of mail
# so you can spread out the load. On the other hand they could all
# point to the same machine to centralize information. The relay can
# even name this machine and the "right thing" will happen. When adding
# relay names, be sure to put the first name directly next to the
# name of the macro or class - do not put a space between it. Also, remember
# to uncomment it by removing the pound sign "#".
# Relay machine names should be expressed as the simple unqualified host
# name. ie. Do not include the domain specifiation of the host in the macro
# definition of the relay name.
#
# For example, the general purpose relay example is given as:
#
#	start of line ->#DRRELAY
#
# To make "foo" your general purpose relay, change the line to:
#
#	start of line ->DRfoo
# 
#
# The $w macro is preset by sendmail to the current host's unqualified
# host name. Here we simply capture the value in our own $A macro.
#
DAsambuca


# The $D macro will be the domain for this machine. If your machine
# is part of a registered domain, that name should be defined here.
#
# If you don't have a domain, leave it defined as local. Some typical
# domains are DEC.COM, ARPA, MIT.EDU, CSS.GOV.
#
# Do not add domain definitions to the $D macro. The macro should be
# re-defined to specify the primary internet domain for this machine.
# Additional domains for this machine may ge given in the  CLASS  "D"
# definitions below.
#
DDdas.ed.ray.com

# These are other "domains" in which this machine may be named. They
# are used to recognize all forms of the name for the local machine.
#
CDlocal uucp dnet
#
# These are pseudo domains used internally. They are not part of
# the real Internet system and must not be allowed to escape.
#
CIlocal uucp dnet


# The $j macro is the name presented to remote SMTP servers when
# establishing a mail connection. It should always be your fully
# qualified domain name.
#
Dj$w.$D


# The $U macro is the name of this machine for UUCP communications.
# It is usually the same as the normal host name, but may need to be
# different for various site-specific reasons.
#
DU$w


# The $Y macro should define the name of this system for  DECnet
# communications. It is intended for use in the DECnet mail ruleset.
# This is the DECnet node name to be used for DECnet mail. It does not
# necessarily need to be the same as the hostname and most probably could
# not be in any case. U**x hostnames can be 255 characters long and contain
# imbedded domain information, while DECnet node names are limited to a
# maximum of 6 plain ascii characters.
#
DY$w


# The $w CLASS can be used to define "nicknames" for the local host.
# These are alternate names that other systems may use to direct mail
# to the local host. If this feature is used, the class should contain
# the set of all names by which this host is known by. This feature might
# normally be used when the local host name is revised but it is not feasable
# to notify all other hosts of the new name. Additionally, it may be that
# the local host is known by one name on the internet and another name on
# additional networks to which this host is connected.
#
#
#CwMyUnqualifiedHostName  AnAlternateName  NameUsedOnOtherNetwork 


# The $S class can be used to identify "local" machines. Mail to these
# machines will include the sender's and receiver's host names but will
# omit the domain in order to reduce the visual clutter. Mail delivered
# by SMTP to other (non-local) hosts will use full qualification.
#
# If your /etc/hosts file contains only local hosts, you can read the names
# directly from /etc/hosts. Otherwise you should produce a separate list
# of local host names in /usr/lib/hosts.local. Both forms are shown below.
#
#FS/usr/lib/hosts.local
#FS/etc/hosts %*[0-9.]%s


# The $R macro is the simple unqualifed host name of your general purpose
# relay machine. Any mail that cannot be resolved locally is forwarded to
# this machine for processing. It gets anything not covered by the other
# relay hosts.
#
#DRRELAY


# The $F macro and class defines a named list of hosts and a relay machine
# to handle their mail. This is not normally used, but is included in the
# rewrite rules in case the need should arise.
#
#DFRELAY
#CFred blue green


# The $E macro defines the relay host for dnet (DECNET) connections.
# You need this only if your machine is not running DECNET but depending
# on some other local machine to relay DECNET mail.
#
#DERELAY


# The $Z macro names the relay for UUCP mail for sites not directly
# reachable by this host. The list of reachable sites is read from
# the UUCP L.sys file and assigned to the $Z class once when the
# config file is frozen.
#
# *WARNING* You must refreeze the sendmail config file every time
# you add a new host to uucp, or else sendmail will not know about
# it.  If you use uucpsetup to add new hosts, this will be done
# for you automatically - if you add hosts to L.sys by hand, you
# must do it yourself. Type: "/usr/lib/sendmail -bz" as root.
#
#DZRELAY
#FZ/usr/lib/uucp/L.sys %[0-9a-zA-Z_-]


# The $N macro and class allow you to establish a central site for resolving
# user names which are not known locally. If you use this the relay machine
# will be passed any mail which is not for someone listed in /etc/passwd.
# In particular this means that all alias processing will be passed to the
# relay. You can add additional names to the N class to handle specific local
# aliases such as postmaster.
#
#
###################################
### Notes for Name Server Users ###
###################################
#
# For installations running one or both name servers, Yellow Pages or
# Hesiod/BIND, locally known users include (by default) those users defined
# in the Yellow Pages maps, passwd.byname and mail.aliases, or the Hesiod
# passwd and aliases database.  If the user is not found in the /etc/passwd
# file, sendmail will check the above maps before passing the mail on to the
# central site for resolution.  If you do not want to consider such users as
# "local" for mailing purposes, comment out the rules defined under the
# sections labeled
#
#		############################################
#		### Optional Rules for Name Server Users ###
#		############################################
#
# in the  "Machine dependent part of ruleset zero"  definitions below. 
#
#######################################
### end Notes for Name Server Users ###
#######################################
#
#
# WARNING: If you use this feature you must refreeze the configuration file
# (via /usr/lib/sendmail -bz) every time a user is added or deleted from
# /etc/passwd. Also you will not be able to establish any local aliases
# other than those listed in class N below.
#
#DNRELAY
#FN/etc/passwd %[0-9a-zA-Z_-]
#CN MAILER-DAEMON postmaster admin
#

############################################################
#
# @(#)base.m4	4.1	(ULTRIX)	7/2/90
#
#	General configuration information
#
#	This information is basically just "boiler-plate"; it must be
#	there, but is essentially constant.
#
#	Information in this file should be independent of location --
#	i.e., although there are some policy decisions made, they are
#	not specific to any specific site.
#
#
############################################################

#		@(#)version.m4	4.1	(ULTRIX)	7/2/90

DVUltrix3.0-C
#


#
# @(#)base.m4	4.1	(ULTRIX)	7/2/90
#
##########################
###   Special macros   ###
##########################

# my name
DnMAILER-DAEMON
# UNIX header format
DlFrom $g  $d
# delimiter (operator) characters
Do.:%@!^=/[]
# format of a total name
Dq$g$?x ($x)$.
# SMTP login message
De$j Sendmail $v/$V ready at $b
#
# forwarding host -- redefine this if you can't talk to the relay directly
DF$R
#

###################
###   Options   ###
###################

# location of alias file
OA/usr/lib/aliases

# default delivery mode (deliver in background)
Odbackground

# (don't) connect to "expensive" mailers
#Oc

# temporary file mode
OF0600

# default GID
Og1

# location of help file
OH/usr/lib/sendmail.hf

# log level
OL9

# send to me to in alias expansion
Om

# default messages to old style
Oo

# queue directory
OQ/usr/spool/mqueue

# read timeout -- violates protocols
Or2h

# status file
OS/usr/lib/sendmail.st

# queue up everything before starting transmission
Os

# default timeout interval
OT3d

# time zone names (V6 only)
OtEST,EDT

# default UID
Ou1

# Configuration options to adjust for system load conditions.
#
# Option  "x"  specifies the load average at which point sendmail
# just queues messages for later delivery. The internal default is
# a load average of 8 and need not be explicitly stated in the
# configuration file.
#
# Large systems (8800 class) can set this value to about 20 to 25
# while small systems (uvax) should run at about 4.
#
# The exact setting depends on processor speed, swap space, memory
# size, and normal load average. The load average of your system
# should be checked during a normal work period and the "x" option
# set to a few degrees higher. Too low a value will cause mail to
# be unneccessarily delayed, while too high a value may tend to
# increase the load on the machine during transient peaks.
#
Ox8
#
# Option "X" (upper case) specifies the load average at which point
# sendmail will refuse further connections.
# The internal default is 12. 
#
# Large systems (8800 class) can set this at approximately 25 to 30. The
# same comments apply here as for option "x" (lower case). Small systems
# (uvax, small memory, limited swap space) should run at about 5 or 6.
#
OX12

###############################
###   Message precedences   ###
###############################

Pfirst-class=0
Pspecial-delivery=100
Pjunk=-100

#########################
###   Trusted users   ###
#########################

Troot
Tdaemon
Tuucp
Tnetwork

#############################
###   Format of headers   ###
#############################

H?P?Return-Path: <$g>
H?R?Received: $?sfrom $s $.by $j ($v/$V)
	id $i; $b
H?D?Resent-Date: $a
H?D?Date: $a
H?F?Resent-From: $q
H?F?From: $q
H?x?Full-Name: $x
HSubject:
# HPosted-Date: $a
# H?l?Received-Date: $b
H?M?Resent-Message-Id: <$t.$i@$j>
H?M?Message-Id: <$t.$i@$j>

###########################
###   Rewriting rules   ###
###########################


################################
#  Sender Field Pre-rewriting  #
################################
S1
#R$*<$*>$*		$1$2$3				defocus

###################################
#  Recipient Field Pre-rewriting  #
###################################
S2
#R$*<$*>$*		$1$2$3				defocus

#################################
#  Final Output Post-rewriting  #
#################################
S4

R@			$@				handle <> error addr

# resolve numeric addresses to name if possible
R$*<@[$+]>$*		$:$1<@$[[$2]$]>$3		lookup numeric addr

# externalize local domain info
R$*<@LOCAL>$*		$:$1<@$A>$2			change local info
R$*<$*.LOCAL>$*		$:$1<$2.$D>$3			change local info
R$*<$+>$*		$1$2$3				defocus
R@$+:$+:$+		@$1,$2:$3			<route-addr> canonical
R@$+:$+			$@<@$1:$2>			route-addr needs <>

# UUCP must always be presented in old form
R$+@$-.UUCP		$2!$1				u@h.UUCP => h!u

# Put MAIL-11 back in :: form
R$+@$-.DNET		$2::$1				u@h.dnet => h::u
R$+@$-.$-.DNET		$2.$3::$1			numeric form

# delete duplicate local names -- mostly for arpaproto.mc
R$+%$=w@$=w		$1@$3				u%UCB@UCB => u@UCB
R$+%$=w@$=w.$D		$1@$3.$D			u%UCB@UCB => u@UCB

###########################
#  Name Canonicalization  #
###########################
S3

# handle "from:<>" special case
R<>			$@@				turn into magic token

# basic textual canonicalization
R$*<$*<$*<$+>$*>$*>$*	$4				3-level <> nesting
R$*<$*<$+>$*>$*		$3				2-level <> nesting
R$*<$+>$*		$2				basic RFC821/822 parsing
R$+ at $+		$1@$2				"at" -> "@" for RFC 822
R$*<$*>$*		$1$2$3				in case recursive

# make sure <@a,@b,@c:user@d> syntax is easy to parse -- undone later
R@$+,$+			@$1:$2				change all "," to ":"

# localize and dispose of domain-based addresses
R@$+:$+			$@$>6<@$1>:$2			handle <route-addr>

# more miscellaneous cleanup
R$=w::$-$+		$2$3				clean off my name
R$+			$:$>8$1				host dependent cleanup
R$+:$*;@$+		$@$1:$2;@$3			list syntax
R$+@$+			$:$1<@$2>			focus on domain
R$+<$+@$+>		$1$2<@$3>			move gaze right
R$+<@$+%$+>		$1%$2<@$3>			move gaze right
R$-!$+<@$~S>		$1!$2@$3			defocus - not local host
R$-::$+<@$~S>		$1::$2@$3			defocus - not local host
R$+<@$+>		$@$>6$1<@$2>			already canonical

# localize mail-11 syntax
R$-::$+			$@$>6$2<@$1.dnet>		host::user
R$-.$-::$+		$@$>6$3<@$1.$2.dnet>		numeric decnet addr

# convert old-style addresses to a domain-based address
R$+%$+			$:$1<@$2>			user%host
R$+<@$+%$+>		$1%$2<@$3>			move "@" right
R$+<@$+>		$@$>6$1<@$2>			now canonical
R$-:$+			$@$>6$2<@$1>			host:user
R$-.$+!$+		$@$>6$3<@$1.$2>			host.domain!user
R$-!$+			$@$>6$2<@$1.UUCP>		resolve uucp names



############################################################
############################################################
#####
#####           local conventions
#
# @(#)localbase.m4	4.1	(ULTRIX)	7/2/90
#####
#####
#####
############################################################
############################################################

##### special local conversions

# Here you can any special local rewriting rules and keep them all
# in one place. Ruleset 8 is invoked at the beginning of ruleset 3
# and ruleset 6 is invoked at the end. Ruleset 3 always returns
# the result of a call to ruleset 6.

S8
# empty

S6
#
R$*<@$w>$*		$:$1<@$w>$2			localhost.domain
R$+<@$=w>		$:$1<@$w>			localhost
R$-$+<@$w>		$@$>3$1$2			localhost
R$-$+<@$=w.$D>		$@$>3$1$2			localhost
R$-$+<@$=w.$=D>		$@$>3$1$2			other local domains
R$+<@$=S>$*		$@$1<@$2.LOCAL>$3		localhost
R$+<@$=S.$D>$*		$@$1<@$2.LOCAL>$3		localhost
R$+<@$=S.$=D>$*		$@$1<@$2.LOCAL>$4		other local domains
#
R$*<@$+>$*		$@$1<@$2>$3			already ok



############################################################
############################################################
#####
#####		RULESET ZERO PREAMBLE
#####
#####	The beginning of ruleset zero is constant through all
#####	configurations.
#####
# @(#)zerobase.m4	4.1	(ULTRIX)	7/2/90
#####
############################################################
############################################################

S9
# rerun ruleset 3 and then call 0 again
R$+			$:$>3$1
R$+			$@$>0$1

S0

# first make canonical (necessary for recursion)
#R$+			$:$>3$1				make canonical

# handle special cases.....
R@			$#local$:MAILER-DAEMON		handle <> form
R$*<@[$+]>$*		$:$1<@$[[$2]$]>$3		lookup numeric addr
R$*<@[$+]>$*		$#tcp$@[$2]$:$1@[$2]$3		numeric internet spec

# arrange for local names to be fully qualified
R$*<$*$=S>$*		$1<$2$3.LOCAL>$4		user@etherhost

# canonicalize using the nameserver if not internal domain
R$*<@$*.$~I>$*		$:$1<@$[$2.$3$]>$4
R$*<@$->$*		$:$1<@$[$2$]>$3

# now delete the local info
R$*<$*$=w.$D>$*		$1<$2>$4			thishost.thisdomain
R$*<$*$=w.$=D>$*	$1<$2>$5			thishost.localdomain
R$*<$*$=w>$*		$1<$2>$4			thishost
R$*<$*.>$*		$1<$2>$3			drop trailing dot
R<@>:$*			$@$>9$1				retry after route strip
R$*<@>			$@$>9$1				strip null trash & retry
R$*<@LOCAL>		$@$>9$1				strip null trash & retry


##################################
#  End of ruleset zero preamble  #
##################################


################################################
###  Machine dependent part of ruleset zero  ###
################################################
#
# @(#)generic.mc	4.1	(ULTRIX)	7/2/90
#
# short circuit local hosts

R$*<@$=S.UUCP>$*	$1<@$2.LOCAL>$3			uucp => local
R$*<@$=S.dnet>$*	$1<@$2.LOCAL>$3			dnet => local
R$*<@$=S.$D>$*		$:$1<@$2.LOCAL>$3		domain => local

# if we do not have dnet, send to forwarder
R$+<@$+.dnet>$*		$:$?E$1%$2.dnet<@$E.LOCAL>$3$|$1<@$2.dnet>$3$.

# forward uucp we don't know to primary forwarder
R$*<@$~Z.UUCP>$*	$:$?Z$1%$2.UUCP<@$Z.LOCAL>$3$|$1<@$2.UUCP>$3$.

# forward around hosts with communication problems
R$*<@$=F.LOCAL>$*	$1%$2.LOCAL<@$F.LOCAL>$3	reroute message

# Undo forwarding if we are forwarder
R$+%$+.$-<@$=w.LOCAL>$*	$1<@$2.$3>$5			if we are forwarder

# resolve names we can handle locally
R$*<@LOCAL>$*		$#local$:$1$2			local

# first handle local network traffic double check that we know the host
#R$*<@$~S.LOCAL>$*	$#error$:Host $2 not connected to $w via tcp
#R$*<@$->$*		$#error$:Host $2 not connected to $w via tcp
R$*<@$-.LOCAL>		$#tcplocal$@$2$:$1<@$2>		user@tcphost.LOCAL
R$*<@$-.LOCAL>$+	$#tcplocal$@$2$:$1<@$2.LOCAL>$3	user@tcphost.LOCAL

# Do umc mailings
R$*<@$+.umc>$*		$#umc$@$2$:$1<@$2>$3		user@host.umc


# Echotest mailer (for debug via mail -v echotest::user)
R$+<@echotest.dnet>	$#Echo$@echotest$:$1


# handle dnet mail
R$+<@$+.dnet>		$#Dmail$@$2$:$1			dnet user


# handle uucp traffic.  double check that we know the host
R$*<@$~Z.UUCP>$*	$#error$:Host $2 not connected to $w via uucp
R<@$+.UUCP>:$+		$1!$2				to old format
R$+<@$+.UUCP>		$2!$1				to old format
R$-!$+			$#uucp$@$1$:$2			host!...


# all other domains try for forwarder, if defined
R$*<@$+.$->$*		$:$?R$1<@$2.$3>$4<@$R>$|$1<@$2.$3>$4$.
R$*<@$+.$->$*<@$=w>	$#tcp$@$2.$3$:$1<@$2.$3>$4	we are forwarder
R$*<@$+.$->$*<@$+>	$#tcplocal$@$5$:$1<@$2.$3>$4	pass it on


# no forwarder, try for tcp connection
R$*<@$+>$*		$#tcp$@$2$:$1<@$2>$3		user@tcphost.domain


# at this point, we are trying a local name.  if we don't
# recognize it, forward to name forwarder host if defined.
#
#		############################################
#		### Optional Rules for Name Server Users ###
#		############################################
#
# For installations running one or both name servers, Yellow Pages or
# Hesiod/BIND, names defined in the Yellow Pages maps, passwd.byname and
# mail.aliases, or the Hesiod passwd and aliases databases are considered to
# be local.  If the system is not running a name server, the next two rules
# produce no effect. The next TWO rules may be commented out if you are
# running Yellow Pages or Hesiod/BIND but do not want users defined in the
# YP passwd.byname and mail.aliases maps or the Hesiod passwd and aliases
# databases to be considered as "local" to your system. That is, delivery of
# mail for those users will be attempted on the local machine.  If the rules
# are commented out, the mail will be sent to the name forwarder for resolution
# if one is defined.  If no name forwarder is defined, the mail will be
# rejected as "user unknown".
#

R${$*			$#local$:$1	if in YP or Hesiod passwd map, assume local
R$"$*			$#local$:$1	if in YP or Hesiod aliases map, assume local


R$~N			$:$?N$1<@$N.LOCAL>$|$1$.	not local, redirect
R$*<@$=w.LOCAL>$*	$1				but, there's more to it.
#							If we are the forwarder,
#							hope it is an alias.
R$*<@$*$-.LOCAL>$*	$#tcplocal$@$3$:$1<@$2$3.LOCAL>$4	let name forwarder do it

# everything else must be a local name
R$+			$#local$:$1			local names

############################################################
############################################################
#####
#####		Local and Program Mailer specification
#####
#		@(#)localm.m4	2.2	(ULTRIX)	4/12/89
#####
############################################################
############################################################

Mlocal,	P=/bin/mail, F=lsDFmn, S=10, R=10, A=mail -r $f -d $u
Mprog,	P=/bin/sh,   F=lsDFRe,   S=10, R=10, A=sh -c $u

S10
R$+<@LOCAL>		$@$1				delete LOCAL
R$+<@$-.LOCAL>		$@$1<@$2>			delete .LOCAL
R@			$@MAILER-DAEMON			errors to mailer-daemon

############################################################
############################################################
#####
#####		Mail-Plus Mailer
#####
# @(#)umc.m4	4.1	(ULTRIX)	7/2/90
#####
############################################################
############################################################

Mumc,	P=/usr/var/umc/mr_mailer, F=mnDFMeCS, S=19, R=19, A=mr_mailer -send -hop $c -from $f -to $u



############################################################
############################################################
#####
#####		Mail-11 Mailer
#####
#####		@(#)xm.m4	4.1	(ULTRIX)	7/2/90
#####
############################################################
############################################################

MDmail,	P=/usr/bin/mail11v3, F=mnSXxH, S=17, R=18, A=mail11 $f $x $h

S17
R$+			$:$>18$1			preprocess
R$Y::$+			$@$Y::$1			ready to go

S18
R$+<@$-.UUCP>		$:$2!$1				back to old style
R$+<@$-.DNET>		$:$2::$1			convert to dnet style
R$+<@$-.LOCAL>		$:$2::$1			convert to dnet style
R$+<@$=S>		$:$2::$1			convert to dnet style
R$+<@$=S.$D>		$:$2::$1			convert to dnet style
R$=S::$+		$2				strip local names
R$+::$+			$@$1::$2			already qualified



############################################################
############################################################
#####
#####		Arpanet TCP Mailer specification
#####
# @(#)tcpm.m4	4.1	(ULTRIX)	7/2/90
#####
############################################################
############################################################

Mtcp,	P=[IPC], F=mDFMueCXLR, S=14, R=14, A=IPC $h, E=\r\n
Mtcplocal,	P=[IPC], F=mDFMueCXLR, S=19, R=19, A=IPC $h, E=\r\n

S14

# pass <route-addr>'s through
R<@$+>$*		$@<@$[$1$]>$2			resolve <route-addr>

# gatewayed to/from DNET
R$+<@$-.DNET>$*		$@$1%$2.dnet<@$A>$3	user@host.DNET

# gatewayed to/from UUCP
R$+<@$-.UUCP>$*		$@$2!$1<@$A>$3		user@host.DNET

# strip local host names if we are forwarder
R$+<@$=S>		$:$1<@$2>$?R<$R>$.		add forwarder
R$+<@$=S.$D>		$:$1<@$2.$3>$?R<$R>$.
R$+<@$+.LOCAL>		$:$?R$1<@$2.LOCAL><$R>$|$1<@$2>$.

R$+<@$=S><$=w>		$:$1				strip name
R$+<@$=S.$D><$=w>	$:$1
R$+<@$+.LOCAL><$=w>	$:$1
R$+<$R>			$:$1				remove forwarder name

# tack on our name and domain
R$-			$@$1<@$A.$D>			local names
R$+<@LOCAL>		$@$1<@$A.$D>			local names
R$+<@$+.LOCAL>		$@$1<@$2.$D>			local hosts
R$+<@$=S>		$@$1<@$2.$D>			local hosts

# canonicalize
R$+<@$->		$@$1<@$[$2$]>			simple name
R$+<@[$+]>		$@$1<@[$2]>			numeric ok
R$+<@$+>		$@$1<@$[$2$]>			user@host.domain


S19
# Delete domain on local hosts.
R$+<@LOCAL>		$@$1<@$w>
R$+<@$=S>		$@$1<@$2>
R$+<@$=S.$D>		$@$1<@$2>
R$+<@$=S.LOCAL>		$@$1<@$2>
R$+<@$+.$=D>		$@$1<@$2.$3>			leave local domains
R$-			$@$1<@$A>			qualify simple name

# Do normal rewrite if all else fails.
R$+			$@$>14$1


############################################################
############################################################
#####
#####		UUCP Mailer specification
#####
#		@(#)uucpm.m4	4.1	(ULTRIX)	7/2/90
#####
############################################################
############################################################

# There are two options for the uucp mailer presented here. The only
# difference is the -r option to uux. With the -r option, uucp mail
# will be queued until some other process forces a call to be made.
# Without the -r option, a call will be attempted immediately to
# deliver this message, although the normal uucp rules about when to
# call still apply.
#
# This one just queues the message for a later uucp call.
#Muucp,	P=/usr/bin/uux, F=sDFhuU, S=13, R=23, M=100000,
#	A=uux - -r $h!rmail ($u)
#
# This one attempts a call immediately.
Muucp,	P=/usr/bin/uux, F=sDFhuU, S=13, R=23, M=100000,
	A=uux - $h!rmail ($u)
#
# This mailer lets you pretend to speak uucp to a host with which you have
# an IP/TCP connection. It uses UUCP address rewrite rules with TCP
# message transport. Hosts to be given this treatment must be identified
# by ruleset zero.
Muucptcp,	P=[IPC], F=msDFMhuX, S=13, R=23, M=100000, A=IPC $h

S13
R$+			$:$>23$1			prescan
R$U!$+			$@$U!$1				ready to go
R$+			$@$U!$1				stick on our host name

S23
R$+<@$-.UUCP>		$2!$1				old form
R$+<@$=S>		$1				strip local names
R$+<@$=S.$=D>		$1				strip local names
R$+<@$-.DNET>		$2.dnet!$1			old form
R$+<@$+>		$2!$1				old form
R$=S!$+			$2				strip local name
R$=S.$D!$+		$2				strip local name
R$=S.$=D!$+		$2				strip local name
#R$-			$U!$1				stick on our host name


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