Hi Craig,
Thanks for the help.
I'd like to know what's in /usr/local/etc/rc.d/mimedefang.sh...
OK... The main thing I have changed in here is MX_USER. Initially the script had it as @DEFANGUSER@ That didn't work, it complained there was no such user (my mimedefang user is defang). So I changed that to @[EMAIL PROTECTED] It still complained there was no such user. The only way I found to make it happy was to remove the @'s and change it to just defang. I'll go now and make these changes you suggest (including changing the user here to mailnull
#!/bin/sh # # Generic start/stop script for MIMEDefang. Should work on most # flavors of UNIX.
RETVAL=0 prog='mimedefang' SPOOLDIR=/var/spool/MIMEDefang PID="$SPOOLDIR/$prog.pid" MXPID="$SPOOLDIR/$prog-multiplexor.pid"
# Is the program executable? We search in /usr/bin and /usr/local/bin.
if [ -x @prefix@/bin/$prog ] ; then [EMAIL PROTECTED]@/bin elif [ -x /usr/bin/$prog ] ; then PROGDIR=/usr/bin elif [ -x /usr/local/bin/$prog ] ; then PROGDIR=/usr/local/bin else exit 0 fi
# Locale should be set to "C" for generating valid date headers LC_ALL=C export LC_ALL
# The settings which follow are defaults. You can override them by # placing assignments in @CONFDIR_EVAL@/mimedefang.conf
# The socket used by mimedefang to communicate with sendmail SOCKET=$SPOOLDIR/mimedefang.sock
# Run the multiplexor and filters as this user, not root. RECOMMENDED MX_USER=defang
# Syslog facility # SYSLOG_FACILITY=mail
# If you want to keep spool directories around if the filter fails, # set the next one to yes # KEEP_FAILED_DIRECTORIES=no
# "yes" turns on the multiplexor relay checking function # MX_RELAY_CHECK=no
# "yes" turns on the multiplexor sender checking function # MX_SENDER_CHECK=no
# "yes" turns on the multiplexor recipient checking function # MX_RECIPIENT_CHECK=no
# Set to yes if you want the multiplexor to log events to syslog MX_LOG=yes
# Set to yes if you want to use an embedded Perl interpreter # MX_EMBED_PERL=yes
# Set to full path of socket for Sendmail's SOCKETMAP map, if you # want to use it with MIMEDefang # MX_MAP_SOCKET=$SPOOLDIR/map.sock
# The multiplexor does not start all slaves at the same time. Instead, # it starts one slave every MX_SLAVE_DELAY seconds when the system is idle. # (If the system is busy, the multiplexor starts slaves as incoming mail # requires attention.) # MX_SLAVE_DELAY=3
# The next setting is an absolute limit on slave activation. The multiplexor
# will NEVER activate a slave within MX_MIN_SLAVE_DELAY seconds of another.
# The default of zero means that the multiplexor will activate slaves as
# quickly as necessary to keep up with incoming mail.
# MX_MIN_SLAVE_DELAY=0
# Set to yes if you want the multiplexor to log stats in # /var/log/mimedefang/stats The /var/log/mimedefang directory must # exist and be writable by the user you're running MIMEDefang as. # MX_STATS=no
# Set to yes if you want the stats file flushed after each entry # MX_FLUSH_STATS=no
# Set to yes if you want the multiplexor to log stats to syslog # MX_STATS_SYSLOG=no
# The socket used by the multiplexor MX_SOCKET=$SPOOLDIR/mimedefang-multiplexor.sock
# Maximum # of requests a process handles # MX_REQUESTS=200
# Minimum number of processes to keep. The default of 0 is probably # too low; we suggest 2 instead. MX_MINIMUM=2
# Maximum number of processes to run (mail received while this many # processes are running is rejected with a temporary failure, so be # wary of how many emails you receive at a time). This applies only # if you DO use the multiplexor. The default value of 2 is probably # too low; we suggest 10 instead MX_MAXIMUM=10
# Uncomment to log slave status; it will be logged every # MX_LOG_SLAVE_STATUS_INTERVAL seconds # MX_LOG_SLAVE_STATUS_INTERVAL=30
# Uncomment next line to have busy slaves send status updates to the # multiplexor. NOTE: Consumes one extra file descriptor per slave, plus # a bit of CPU time. # MX_STATUS_UPDATES=yes
# Limit slave processes' resident-set size to this many kilobytes. Default # is unlimited. # MX_MAX_RSS=10000
# Limit total size of slave processes' memory space to this many kilobytes. # Default is unlimited. # MX_MAX_AS=30000
# If you want to use the "notification" facility, set the appropriate port. # See the mimedefang-notify man page for details. # MX_NOTIFIER=inet:4567
# Number of seconds a process should be idle before checking for # minimum number and killed # MX_IDLE=300
# Number of seconds a process is allowed to scan an email before it is # considered dead. The default is 30 seconds; we suggest 600. MX_BUSY=600
# Extra sendmail macros to pass. Actually, you can add any extra # mimedefang options here... # MD_EXTRA="-a auth_author"
# Multiplexor queue size -- default is 0 (no queueing) # MX_QUEUE_SIZE=10
# Multiplexor queue timeout -- default is 30 seconds # MX_QUEUE_TIMEOUT=30
# SUBFILTER specifies which filter rules file to use # [EMAIL PROTECTED]@/mimedefang-filter
# Source configuration if [ -f @CONFDIR_EVAL@/$prog.conf ] ; then . @CONFDIR_EVAL@/$prog.conf fi
# Make sure required vars are set
SOCKET=${SOCKET:=$SPOOLDIR/$prog.sock}
MX_SOCKET=${MX_SOCKET:=$SPOOLDIR/$prog-multiplexor.sock}start_it() {
if test -r $PID ; then
if kill -0 `cat $PID` > /dev/null 2>&1 ; then
echo "mimedefang (`cat $PID`) seems to be running."
return 1
fi
fi
if test -r $MXPID ; then
if kill -0 `cat $MXPID` > /dev/null 2>&1 ; then
echo "mimedefang-multiplexor (`cat $MXPID`) seems to be running."
return 1
fi
fiprintf "%-60s" "Starting $prog-multiplexor: "
rm -f $MX_SOCKET > /dev/null 2>&1
if [ "$MX_EMBED_PERL" = "yes" ] ; then
EMBEDFLAG=-E
else
EMBEDFLAG=""
fi
$PROGDIR/$prog-multiplexor -p $MXPID \
$EMBEDFLAG \
`[ -n "$FILTER" ] && echo "-f $FILTER"` \
`[ -n "$SYSLOG_FACILITY" ] && echo "-S $SYSLOG_FACILITY"` \
`[ -n "$SUBFILTER" ] && echo "-F $SUBFILTER"` \
`[ -n "$MX_MINIMUM" ] && echo "-m $MX_MINIMUM"` \
`[ -n "$MX_MAXIMUM" ] && echo "-x $MX_MAXIMUM"` \
`[ -n "$MX_MAP_SOCKET" ] && echo "-N $MX_MAP_SOCKET"` \
`[ -n "$MX_LOG_SLAVE_STATUS_INTERVAL" ] && echo "-L $MX_LOG_SLAVE_STATUS_INTERVAL"` \
`[ -n "$MX_USER" ] && echo "-U $MX_USER"` \
`[ -n "$MX_IDLE" ] && echo "-i $MX_IDLE"` \
`[ -n "$MX_BUSY" ] && echo "-b $MX_BUSY"` \
`[ -n "$MX_REQUESTS" ] && echo "-r $MX_REQUESTS"` \
`[ -n "$MX_SLAVE_DELAY" ] && echo "-w $MX_SLAVE_DELAY"` \
`[ -n "$MX_MIN_SLAVE_DELAY" ] && echo "-W $MX_MIN_SLAVE_DELAY"` \
`[ -n "$MX_MAX_RSS" ] && echo "-R $MX_MAX_RSS"` \
`[ -n "$MX_MAX_AS" ] && echo "-M $MX_MAX_AS"` \
`[ "$MX_LOG" = "yes" ] && echo "-l"` \
`[ "$MX_STATS" = "yes" ] && echo "-t /var/log/mimedefang/stats"` \
`[ "$MX_STATS" = "yes" -a "$MX_FLUSH_STATS" = "yes" ] && echo "-u"` \
`[ "$MX_STATS_SYSLOG" = "yes" ] && echo "-T"` \
`[ "$MX_STATUS_UPDATES" = "yes" ] && echo "-Z"` \
`[ -n "$MX_QUEUE_SIZE" ] && echo "-q $MX_QUEUE_SIZE"` \
`[ -n "$MX_QUEUE_TIMEOUT" ] && echo "-Q $MX_QUEUE_TIMEOUT"` \
`[ -n "$MX_NOTIFIER" ] && echo "-O $MX_NOTIFIER"` \
-s $MX_SOCKET
RETVAL=$?
if [ $RETVAL = 0 ] ; then
echo "[ OK ]"
else
echo "[FAILED]"
return 1
fi
# Start mimedefang printf "%-60s" "Starting $prog: " rm -f $SOCKET > /dev/null 2>&1 $PROGDIR/$prog -P $PID \ -m $MX_SOCKET \ `[ -n "$MX_USER" ] && echo "-U $MX_USER"` \ `[ -n "$SYSLOG_FACILITY" ] && echo "-S $SYSLOG_FACILITY"` \ `[ "$MX_RELAY_CHECK" = "yes" ] && echo "-r"` \ `[ "$MX_SENDER_CHECK" = "yes" ] && echo "-s"` \ `[ "$MX_RECIPIENT_CHECK" = "yes" ] && echo "-t"` \ `[ "$KEEP_FAILED_DIRECTORIES" = "yes" ] && echo "-k"` \ `[ "$MD_EXTRA" != "" ] && echo $MD_EXTRA` \ `[ "$ALLOW_NEW_CONNECTIONS_TO_QUEUE" = "yes" ] && echo "-q"` \ -p $SOCKET RETVAL=$? if [ $RETVAL = 0 ] ; then echo "[ OK ]" else echo "[FAILED]" kill `cat $MXPID` return 1 fi return 0 }
stop_it() {
# Stop daemon
printf "%-60s" "Shutting down $prog: "
if test -f "$PID" ; then
kill `cat $PID`
RETVAL=$?
else
RETVAL=1
fi
if [ $RETVAL = 0 ] ; then
echo "[ OK ]"
else
echo "[FAILED]"
fi# Stop daemon printf "%-60s" "Shutting down $prog-multiplexor: " if test -f "$MXPID" ; then kill `cat $MXPID` RETVAL=$? else RETVAL=1 fi if [ $RETVAL = 0 ] ; then echo "[ OK ]" else echo "[FAILED]" fi
rm -f $MX_SOCKET > /dev/null 2>&1 rm -f $SOCKET > /dev/null 2>&1
if [ "$1" = "wait" ] ; then
printf "Waiting for daemons to exit."
WAITPID=""
test -f $PID && WAITPID=`cat $PID`
test -f $MXPID && WAITPID="$WAITPID `cat $MXPID`"
n=0
while [ -n "$WAITPID" ] ; do
W2=""
for pid in $WAITPID ; do
if kill -0 $pid > /dev/null 2>&1 ; then
W2="$W2 $pid"
fi
done
printf "."
n=`expr $n + 1`
test $n -eq 30 && kill -KILL $WAITPID > /dev/null 2>&1
test $n -eq 60 && break
WAITPID=$W2
sleep 1
done
echo ""
firm -f $MXPID > /dev/null 2>&1 rm -f $PID > /dev/null 2>&1 }
# See how we were called. case "$1" in start) start_it ;;
stop) stop_it $2 ;;
restart) stop_it wait start_it RETVAL=$? ;;
reread|reload)
if [ -x $PROGDIR/md-mx-ctrl ] ; then
$PROGDIR/md-mx-ctrl -s $MX_SOCKET reread > /dev/null 2>&1
RETVAL=$?
if [ $RETVAL = 0 ] ; then
echo "Told $prog-multiplexor to force reread of filter rules."
else
echo "Could not communicate with $prog-multiplexor"
fi
else
if [ -r $MXPID ] ; then
kill -INT `cat $MXPID`
RETVAL=$?
if [ $RETVAL = 0 ] ; then
echo "Told $prog-multiplexor to force reread of filter rules."
else
echo "Could not signal $prog-multiplexor"
fi
else
RETVAL=1
echo "Could not find process-ID of $prog-multiplexor"
fi
fi
;; *)
echo "Usage: $0 {start|stop|restart|reread|reload}"
exit 1
esacexit $RETVAL
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