#! /bin/bsh
# IBM_PROLOG_BEGIN_TAG
# This is an automatically generated prolog.
#
# tcpip61F src/tcpip/etc/rc.tcpip 1.82
#
# Licensed Materials - Property of IBM
#
# COPYRIGHT International Business Machines Corp. 1985,1995
# All Rights Reserved
#
# US Government Users Restricted Rights - Use, duplication or
# disclosure restricted by GSA ADP Schedule Contract with IBM Corp.
#
# @(#)95        1.82  src/tcpip/etc/rc.tcpip, tcp_apps, tcpip61F, 0830A_61F 6/11/08 12:21:34
# IBM_PROLOG_END_TAG
#
# COMPONENT_NAME: TCPIP rc.tcpip
#
# FUNCTIONS:
#
# ORIGINS: 26  27
#
# (C) COPYRIGHT International Business Machines Corp. 1985, 1996
# All Rights Reserved
# Licensed Materials - Property of IBM
#
# US Government Users Restricted Rights - Use, duplication or
# disclosure restricted by GSA ADP Schedule Contract with IBM Corp.
#
####################################################################
# rc.tcpip -
#       assumes interfaces are brought up by /etc/rc.net
#       starts TCP/IP daemons (sendmail, inetd, etc.)
####################################################################
# start -
#       starts daemons using either src or command-line method
# args:
#       $1: pathname of daemon
#       $2: non-null if we should use src to start the daemon
#       $3: any arguments to pass it
#

PATH=/usr/bin:/usr/sbin:$PATH
export PATH

start()
{
        # just return if the daemon doesn't exist
        #
        [ -x $1 ] || return 0

        # start the daemon using either src or command-line method
        #
        cmd=`basename $1`
        if [ -n "$2" ] ; then
                startsrc -s $cmd -a "$3" &
        else
                if [ $cmd = "portmap" ] ; then
                        $1 $3 &  # portmap must start in background
                else
                        $1 $3
                fi
                echo "\t$cmd"
        fi
}

# check the bootup_option flag in the configuration database
option=`lsattr -E -l inet0 -a bootup_option -F value`
if [ "$option" = "no"  ]
then
####################################################################
#
# Check to see if srcmstr is running; if so, we try to use it;
# otherwise, we start the daemons without src
#
i=3  # make sure init has time to start it
while [ $i != 0 ] ; do
        if [ -n "`ps -e | awk '$NF == "srcmstr" { print $1; exit }'`" ] ; then
                src_running=1  # set flag
                break
        fi
        sleep 1         # otherwise wait a second and try again
        i=`expr $i - 1`
done

# If srcmstr is running, ensure that it is active before issuing the
# startsrc commands
#
if [ -n "$src_running" ] ; then
        echo "Checking for srcmstr active...\c"
        i=10  # try ten times to contact it
        while [ $i != 0 ] ; do
                lssrc -s inetd >/dev/null 2>&1 && break  # break out on success
                echo ".\c"
                sleep 1         # otherwise wait a second and try again
                i=`expr $i - 1`
        done
        if [ $i = 0 ] ; then
                echo "\n\nERROR: srcmstr is not accepting connections.\n"
                exit 1
        fi
        echo "complete"
fi

else
        src_running=""
fi
# Begin: dhcpcd_IF_check
dhcpcd_IF_check()
{
         loop=11
         interval=5
         count=0
         dhcp_active=5
         num_IF=0
         ip_line=0


         # If srcmstr is available.
         if [ -n "$1" ] ; then

                 while [ $dhcp_active != 0 ] ; do
                         status=`lssrc -ls dhcpcd`
                         if [ $? -eq 0 ];then
                                 break
                         fi
                         sleep 1     # otherwise wait a second and try again
                         dhcp_active=`expr $dhcp_active - 1`

                 done

                 if [ $dhcp_active = 0 ] ; then
                         return 0
                 fi

                 num_IF=`echo "$status" | egrep -c en[0-9]*`
                 if [ $num_IF = 0 ]; then
                         return 0
                 fi

                 ip_line=`expr $count % $num_IF + 1`
                 ipaddress=`echo "$status" | egrep en[0-9]* | awk ' {if(NR=='$ip_line') print $2}'`

                 while [ $ipaddress = "0.0.0.0" ]
                 do
                         if [ $count -gt $loop ]; then
                                  return 0
                         fi
                         sleep $interval
                         count=`expr $count + 1`
                         ip_line=`expr $count % $num_IF + 1`
                         ipaddress=`echo "$status" | egrep en[0-9]* | awk ' {if(NR=='$ip_line') print $2}'`

                 done
         fi
}
# Start up TCP traffic regulation (TCPTR)
#
/etc/rc.tcptr

# Start up the daemons
#
echo "Starting tcpip daemons:"
trap 'echo "Finished starting tcpip daemons."' 0

# Start up dhcpcd daemon
#start /usr/sbin/dhcpcd "$src_running"
dhcpcd_IF_check "$src_running"

# Start up autoconf6 process
#start /usr/sbin/autoconf6 ""

# Start up ndpd-host daemon
#start /usr/sbin/ndpd-host "$src_running"

# Start up the ndpd-router daemon
#start /usr/sbin/ndpd-router "$src_running"

# Start up syslog daemon (for error and event logging)
start /usr/sbin/syslogd "$src_running"

# Start up print daemon
#start /usr/sbin/lpd "$src_running"

# Start up routing daemon (only start ONE)
#start /usr/sbin/routed "$src_running" -q
#start /usr/sbin/gated "$src_running"

# Start up the sendmail daemon.
#
# Sendmail will automatically build the configuration and alias
# data bases the first time it is invoked.  You may wish to update
# the alias source file /usr/lib/aliases with local information,
# and then rebuild the alias data base by issuing the command
# "/usr/lib/sendmail -bi" or "/usr/ucb/newaliases".
#
# When the configuration or alias data bases are changed, the
# sendmail daemon can be made to rebuild and re-read them by
# issuing the command "kill -1 `cat /etc/sendmail.pid`" or, if
# SRC was used to start the daemon, "refresh -s sendmail".
#
# The "qpi", or queue processing interval, determines how
# frequently the daemon processes the message queue.
#
qpi=30m  # 30 minute interval
#
start /usr/lib/sendmail "$src_running" "-bd -q${qpi}"

# Start up Portmapper
# If we are a Thin Server with NFSv4 filesystems, portmap has been
# started at the very beginning of phase 3 in rc.boot.
# In this case, no need to restart it.
portmap_pid=`ps -e | awk '$NF == "portmap" {print $1}'`
[ -z "$portmap_pid" ] && start /usr/sbin/portmap "${src_running}"

# Start up socket-based daemons
start /usr/sbin/inetd "$src_running"

# Start up Domain Name daemon
#start /usr/sbin/named "$src_running"

# Start up time daemon
#start /usr/sbin/timed "$src_running"

# Start up Network Time Protocol (NTP) daemon
#start /usr/sbin/xntpd "$src_running"

# Start up rwhod daemon (a time waster)
#start /usr/sbin/rwhod "$src_running"

# Start up the Simple Network Management Protocol (SNMP) daemon
start /usr/sbin/snmpd "$src_running"

# Start up the DHCP Server
#start /usr/sbin/dhcpsd "$src_running"

# Start up the DHCP Relay Agent
#start /usr/sbin/dhcprd "$src_running"

# Start up the DPID2 daemon
#start /usr/sbin/dpid2 "$src_running"

# Start up the hostmibd daemon
start /usr/sbin/hostmibd "$src_running"

# Start up the snmpmibd daemon
start /usr/sbin/snmpmibd "$src_running"

# Start up the aixmibd daemon
start /usr/sbin/aixmibd "$src_running"

# Start up the mrouted daemon
#start /usr/sbin/mrouted "$src_running"

# Start up pxed daemon
#start /usr/sbin/pxed "$src_running"

# Start up binld daemon
#start /usr/sbin/binld "$src_running"

# Start up netcd daemon
#start /usr/sbin/netcd "$src_running"

# Wait for srcmstr to complete
if [ -n "$src_running" ] ; then
        wait
fi