#!/bin/sh 
#
#  This is automatically generated file. DO NOT MODIFY !
#
#  Firewall Builder  fwb_ipt v4.2.0.3498
#
#  Generated Tue Mar  8 18:56:16 2011 PST by vadim
#
# files: * firewall20.fw /etc/fw/firewall20.fw
#
# Compiled for iptables (any version)
#
# testing firewall_is_part_of_any_and_networks
# also testing SNAT and DNAT rules when external interface
# has dynamic address

# dynamic interface ppp0 has an address object attached to it
# (interface used to be static and had an address, then got
# converted to dynamic but address object is still there). Compiler
# should ignore this address object and issue a warning.

# firewall20::: error: Dynamic interface ppp* should not have an IP address object attached to it. This IP address object will be ignored.

# firewall20::: warning: Can not add virtual address for object address
# firewall20::: warning: Can not add virtual address for object address


FWBDEBUG=""

PATH="/sbin:/usr/sbin:/bin:/usr/bin:${PATH}"
export PATH



LSMOD="/sbin/lsmod"
MODPROBE="/sbin/modprobe"
IPTABLES="/sbin/iptables"
IP6TABLES="/sbin/ip6tables"
IPTABLES_RESTORE="/sbin/iptables-restore"
IP6TABLES_RESTORE="/sbin/ip6tables-restore"
IP="/sbin/ip"
IFCONFIG="/sbin/ifconfig"
VCONFIG="/sbin/vconfig"
BRCTL="/sbin/brctl"
IFENSLAVE="/sbin/ifenslave"
IPSET="/usr/sbin/ipset"
LOGGER="/usr/bin/logger"

log() {
    echo "$1"
    command -v "$LOGGER" >/dev/null 2>&1 && $LOGGER -p info "$1"
}

getInterfaceVarName() {
    echo $1 | sed 's/\./_/'
}

getaddr_internal() {
    dev=$1
    name=$2
    af=$3
    L=$($IP $af addr show dev $dev |  sed -n '/inet/{s!.*inet6* !!;s!/.*!!p}' | sed 's/peer.*//')
    test -z "$L" && { 
        eval "$name=''"
        return
    }
    eval "${name}_list=\"$L\"" 
}

getaddr() {
    getaddr_internal $1 $2 "-4"
}

getaddr6() {
    getaddr_internal $1 $2 "-6"
}

# function getinterfaces is used to process wildcard interfaces
getinterfaces() {
    NAME=$1
    $IP link show | grep ": $NAME" | while read L; do
        OIFS=$IFS
        IFS=" :"
        set $L
        IFS=$OIFS
        echo $2
    done
}

diff_intf() {
    func=$1
    list1=$2
    list2=$3
    cmd=$4
    for intf in $list1
    do
        echo $list2 | grep -q $intf || {
        # $vlan is absent in list 2
            $func $intf $cmd
        }
    done
}

find_program() {
  PGM=$1
  command -v $PGM >/dev/null 2>&1 || {
    echo "$PGM not found"
    exit 1
  }
}
check_tools() {
  find_program $IPTABLES 
  find_program $IP 
}
reset_iptables_v4() {
  $IPTABLES -P OUTPUT  DROP
  $IPTABLES -P INPUT   DROP
  $IPTABLES -P FORWARD DROP

cat /proc/net/ip_tables_names | while read table; do
  $IPTABLES -t $table -L -n | while read c chain rest; do
      if test "X$c" = "XChain" ; then
        $IPTABLES -t $table -F $chain
      fi
  done
  $IPTABLES -t $table -X
done
}

reset_iptables_v6() {
  $IP6TABLES -P OUTPUT  DROP
  $IP6TABLES -P INPUT   DROP
  $IP6TABLES -P FORWARD DROP

cat /proc/net/ip6_tables_names | while read table; do
  $IP6TABLES -t $table -L -n | while read c chain rest; do
      if test "X$c" = "XChain" ; then
        $IP6TABLES -t $table -F $chain
      fi
  done
  $IP6TABLES -t $table -X
done
}


P2P_INTERFACE_WARNING=""

missing_address() {
    address=$1
    cmd=$2

    oldIFS=$IFS
    IFS="@"
    set $address
    addr=$1
    interface=$2
    IFS=$oldIFS



    $IP addr show dev $interface | grep -q POINTOPOINT && {
        test -z "$P2P_INTERFACE_WARNING" && echo "Warning: Can not update address of interface $interface. fwbuilder can not manage addresses of point-to-point interfaces yet"
        P2P_INTERFACE_WARNING="yes"
        return
    }

    test "$cmd" = "add" && {
      echo "# Adding ip address: $interface $addr"
      echo $addr | grep -q ':' && {
          $FWBDEBUG $IP addr $cmd $addr dev $interface
      } || {
          $FWBDEBUG $IP addr $cmd $addr broadcast + dev $interface
      }
    }

    test "$cmd" = "del" && {
      echo "# Removing ip address: $interface $addr"
      $FWBDEBUG $IP addr $cmd $addr dev $interface || exit 1
    }

    $FWBDEBUG $IP link set $interface up
}

list_addresses_by_scope() {
    interface=$1
    scope=$2
    ignore_list=$3
    $IP addr ls dev $interface | \
      awk -v IGNORED="$ignore_list" -v SCOPE="$scope" \
        'BEGIN {
           split(IGNORED,ignored_arr);
           for (a in ignored_arr) {ignored_dict[ignored_arr[a]]=1;}
         }
         (/inet |inet6 / && $0 ~ SCOPE && !($2 in ignored_dict)) {print $2;}' | \
        while read addr; do
          echo "${addr}@$interface"
	done | sort
}


update_addresses_of_interface() {
    ignore_list=$2
    set $1 
    interface=$1 
    shift

    FWB_ADDRS=$(
      for addr in $*; do
        echo "${addr}@$interface"
      done | sort
    )

    CURRENT_ADDRS_ALL_SCOPES=""
    CURRENT_ADDRS_GLOBAL_SCOPE=""

    $IP link show dev $interface >/dev/null 2>&1 && {
      CURRENT_ADDRS_ALL_SCOPES=$(list_addresses_by_scope $interface 'scope .*' "$ignore_list")
      CURRENT_ADDRS_GLOBAL_SCOPE=$(list_addresses_by_scope $interface 'scope global' "$ignore_list")
    } || {
      echo "# Interface $interface does not exist"
      # Stop the script if we are not in test mode
      test -z "$FWBDEBUG" && exit 1
    }

    diff_intf missing_address "$FWB_ADDRS" "$CURRENT_ADDRS_ALL_SCOPES" add
    diff_intf missing_address "$CURRENT_ADDRS_GLOBAL_SCOPE" "$FWB_ADDRS" del
}

clear_addresses_except_known_interfaces() {
    $IP link show | sed 's/://g' | awk -v IGNORED="$*" \
        'BEGIN {
           split(IGNORED,ignored_arr);
           for (a in ignored_arr) {ignored_dict[ignored_arr[a]]=1;}
         }
         (/state/ && !($2 in ignored_dict)) {print $2;}' | \
         while read intf; do
            echo "# Removing addresses not configured in fwbuilder from interface $intf"
            $FWBDEBUG $IP addr flush dev $intf scope global
            $FWBDEBUG $IP link set $intf down
         done
}

check_file() {
    test -r "$2" || {
        echo "Can not find file $2 referenced by address table object $1"
        exit 1
    }
}

check_run_time_address_table_files() {
    :
    
}

load_modules() {
    :
    
}

verify_interfaces() {
    :
    echo "Verifying interfaces: eth0 eth2"
    for i in eth0 eth2 ; do
        $IP link show "$i" > /dev/null 2>&1 || {
            log "Interface $i does not exist"
            exit 1
        }
    done
}

prolog_commands() {
    echo "Running prolog script"
    
}

epilog_commands() {
    echo "Running epilog script"
    
}

run_epilog_and_exit() {
    epilog_commands
    exit $1
}

configure_interfaces() {
    :
    # Configure interfaces
    update_addresses_of_interface "eth0 192.168.1.1/24" ""
    update_addresses_of_interface "eth2 192.168.2.1/24" ""
}

script_body() {
    echo 30 > /proc/sys/net/ipv4/tcp_fin_timeout 
     echo 1800 > /proc/sys/net/ipv4/tcp_keepalive_intvl 


    # ================ IPv4




    # ================ Table 'nat',  rule set NAT
    # 
    # Rule 0 (NAT)
    # 
    echo "Rule 0 (NAT)"
    # 
    $IPTABLES -t nat -A POSTROUTING -o ppp+  -s 192.168.1.0/24  -j MASQUERADE
    $IPTABLES -t nat -A POSTROUTING -o eth2  -s 192.168.1.0/24  -j SNAT --to-source 192.168.2.1
    # 
    # Rule 1 (NAT)
    # 
    echo "Rule 1 (NAT)"
    # 
    $IPTABLES -t nat -A POSTROUTING -o eth+  -s 192.168.1.0/24  -j SNAT --to-source 22.22.22.23
    $IPTABLES -t nat -A POSTROUTING -o ppp+  -s 192.168.1.0/24  -j SNAT --to-source 22.22.22.23
    # 
    # Rule 2 (NAT)
    # 
    echo "Rule 2 (NAT)"
    # 
    $IPTABLES -t nat -A POSTROUTING -o ppp+  -s 192.168.1.0/24  -j MASQUERADE
    # 
    # Rule 3 (NAT)
    # 
    echo "Rule 3 (NAT)"
    # 
    $IPTABLES -t nat -A POSTROUTING -o ppp+  -s 192.168.1.0/24  -j MASQUERADE  --random
    # 
    # Rule 4 (NAT)
    # 
    echo "Rule 4 (NAT)"
    # 
    getinterfaces ppp | while read I; do
        ivar=$(getInterfaceVarName $I)
        getaddr $I $ivar
        cmd="$"${ivar}_list
        eval "addr_list=$cmd"
        for addr in $addr_list
        do
            test -n "$addr" && $IPTABLES -t nat -A POSTROUTING -o ppp+  -s 192.168.1.0/24  -j SNAT --to-source $addr
        done
    done
    # 
    # Rule 5 (NAT)
    # 
    echo "Rule 5 (NAT)"
    # 
    getinterfaces ppp | while read I; do
        ivar=$(getInterfaceVarName $I)
        getaddr $I $ivar
        cmd="$"${ivar}_list
        eval "addr_list=$cmd"
        for addr in $addr_list
        do
            test -n "$addr" && $IPTABLES -t nat -A PREROUTING -p tcp -m tcp   -d $addr   --dport 22 -j DNAT --to-destination 192.168.1.10:22
        done
    done
    $IPTABLES -t nat -A PREROUTING -p tcp -m tcp   -d 192.168.1.1  --dport 22 -j DNAT --to-destination 192.168.1.10:22
    $IPTABLES -t nat -A PREROUTING -p tcp -m tcp   -d 192.168.2.1  --dport 22 -j DNAT --to-destination 192.168.1.10:22
    # 
    # Rule 6 (NAT)
    # 
    echo "Rule 6 (NAT)"
    # 
    $IPTABLES -t nat -A PREROUTING  -s 192.168.1.0/24  -d ! 200.200.200.200  -j DNAT --to-destination 192.168.2.10
    $IPTABLES -t nat -A POSTROUTING -o eth2  -s 192.168.1.0/24  -d 192.168.2.10  -j SNAT --to-source 192.168.2.1
    # 
    # Rule 7 (NAT)
    # 
    echo "Rule 7 (NAT)"
    # 
    $IPTABLES -t nat -A PREROUTING -p tcp -m tcp   -d 192.168.2.1  --dport 22 -j DNAT --to-destination 192.168.1.10
    getinterfaces ppp | while read I; do
        ivar=$(getInterfaceVarName $I)
        getaddr $I $ivar
        cmd="$"${ivar}_list
        eval "addr_list=$cmd"
        for addr in $addr_list
        do
            test -n "$addr" && $IPTABLES -t nat -A PREROUTING -p tcp -m tcp   -d $addr   --dport 22 -j DNAT --to-destination 192.168.1.10
        done
    done



    # ================ Table 'filter', rule set Policy
    # 
    # Rule 0 (ppp*)
    # 
    echo "Rule 0 (ppp*)"
    # 
    # ppp clients get addresses on 10.1.1.0
    $IPTABLES -N In_RULE_0
    $IPTABLES -A INPUT -i ppp+   -s ! 10.1.1.0/24   -j In_RULE_0
    $IPTABLES -A FORWARD -i ppp+   -s ! 10.1.1.0/24   -j In_RULE_0
    $IPTABLES -A In_RULE_0  -j LOG
    $IPTABLES -A In_RULE_0  -j DROP
    # 
    # Rule 1 (ppp*)
    # 
    echo "Rule 1 (ppp*)"
    # 
    # ppp clients can not connect to the firewall
    $IPTABLES -N In_RULE_1
    getinterfaces ppp | while read I; do
        ivar=$(getInterfaceVarName $I)
        getaddr $I $ivar
        cmd="$"${ivar}_list
        eval "addr_list=$cmd"
        for addr in $addr_list
        do
            test -n "$addr" && $IPTABLES -A INPUT -i ppp+   -d $addr   -j In_RULE_1
        done
    done
    $IPTABLES -A In_RULE_1  -j LOG
    $IPTABLES -A In_RULE_1  -j DROP
    # 
    # Rule 2 (ppp*)
    # 
    echo "Rule 2 (ppp*)"
    # 
    $IPTABLES -N In_RULE_2
    $IPTABLES -A INPUT -i ppp+   -j In_RULE_2
    $IPTABLES -A In_RULE_2  -j LOG
    $IPTABLES -A In_RULE_2  -j DROP
    # 
    # Rule 3 (ppp*)
    # 
    echo "Rule 3 (ppp*)"
    # 
    # ppp clients can only connect to the mail
    # server and web proxy on DMZ
    $IPTABLES -A FORWARD -i ppp+  -p tcp -m tcp  -m multiport  -d 192.168.2.10   --dports 25,3128  -m state --state NEW  -j ACCEPT
    # 
    # Rule 4 (ppp*)
    # 
    echo "Rule 4 (ppp*)"
    # 
    # ppp clients can not connect to
    # anything else on DMZ and
    # internal net
    $IPTABLES -N In_RULE_4
    $IPTABLES -A INPUT -i ppp+   -d 192.168.1.0/24   -j In_RULE_4
    $IPTABLES -A INPUT -i ppp+   -d 192.168.2.0/24   -j In_RULE_4
    $IPTABLES -A FORWARD -i ppp+   -d 192.168.1.0/24   -j In_RULE_4
    $IPTABLES -A FORWARD -i ppp+   -d 192.168.2.0/24   -j In_RULE_4
    $IPTABLES -A In_RULE_4  -j LOG
    $IPTABLES -A In_RULE_4  -j DROP
    # 
    # Rule 5 (ppp*)
    # 
    echo "Rule 5 (ppp*)"
    # 
    $IPTABLES -A INPUT -i ppp+   -s ! 33.33.33.0/24   -m state --state NEW  -j ACCEPT
    $IPTABLES -A FORWARD -i ppp+   -s ! 33.33.33.0/24   -m state --state NEW  -j ACCEPT
    # 
    # Rule 6 (eth2)
    # 
    echo "Rule 6 (eth2)"
    # 
    $IPTABLES -N In_RULE_6
    $IPTABLES -A INPUT -i eth2   -s ! 192.168.2.0/24   -j In_RULE_6
    $IPTABLES -A FORWARD -i eth2   -s ! 192.168.2.0/24   -j In_RULE_6
    $IPTABLES -A In_RULE_6  -j LOG
    $IPTABLES -A In_RULE_6  -j DROP
    # 
    # Rule 7 (global)
    # 
    echo "Rule 7 (global)"
    # 
    # hostF has the same IP address as firewal.
    $IPTABLES -N RULE_7
    $IPTABLES -A OUTPUT -p icmp  -m icmp  -d 192.168.1.1   --icmp-type 8/0   -m state --state NEW  -j RULE_7
    $IPTABLES -A INPUT -p icmp  -m icmp  -d 192.168.1.1   --icmp-type 8/0   -m state --state NEW  -j RULE_7
    $IPTABLES -A RULE_7  -j LOG
    $IPTABLES -A RULE_7  -j ACCEPT
    # 
    # Rule 8 (global)
    # 
    echo "Rule 8 (global)"
    # 
    $IPTABLES -N Cid3EFBC67F.0
    $IPTABLES -A OUTPUT -p tcp -m tcp  --dport 22  -m state --state NEW  -j Cid3EFBC67F.0
    getinterfaces ppp | while read I; do
        ivar=$(getInterfaceVarName $I)
        getaddr $I $ivar
        cmd="$"${ivar}_list
        eval "addr_list=$cmd"
        for addr in $addr_list
        do
            test -n "$addr" && $IPTABLES -A Cid3EFBC67F.0  -d $addr   -j ACCEPT
        done
    done
    $IPTABLES -A Cid3EFBC67F.0  -d 192.168.1.1   -j ACCEPT
    $IPTABLES -A Cid3EFBC67F.0  -d 192.168.2.1   -j ACCEPT
    $IPTABLES -A INPUT -p tcp -m tcp  --dport 22  -m state --state NEW  -j ACCEPT
    # 
    # Rule 9 (global)
    # 
    echo "Rule 9 (global)"
    # 
    getinterfaces ppp | while read I; do
        ivar=$(getInterfaceVarName $I)
        getaddr $I $ivar
        cmd="$"${ivar}_list
        eval "addr_list=$cmd"
        for addr in $addr_list
        do
            test -n "$addr" && $IPTABLES -A OUTPUT -p tcp -m tcp  -d $addr   --dport 22  -m state --state NEW  -j ACCEPT
        done
    done
    getinterfaces ppp | while read I; do
        ivar=$(getInterfaceVarName $I)
        getaddr $I $ivar
        cmd="$"${ivar}_list
        eval "addr_list=$cmd"
        for addr in $addr_list
        do
            test -n "$addr" && $IPTABLES -A INPUT -p tcp -m tcp  -d $addr   --dport 22  -m state --state NEW  -j ACCEPT
        done
    done
    # 
    # Rule 10 (global)
    # 
    echo "Rule 10 (global)"
    # 
    $IPTABLES -A OUTPUT -p tcp -m tcp  -d 192.168.1.1   --dport 22  -m state --state NEW  -j ACCEPT
    $IPTABLES -A INPUT -p tcp -m tcp  -d 192.168.1.1   --dport 22  -m state --state NEW  -j ACCEPT
    # 
    # Rule 11 (global)
    # 
    echo "Rule 11 (global)"
    # 
    $IPTABLES -A OUTPUT -p tcp -m tcp  -m multiport  -d 192.168.1.1   --dports 22,23  -m state --state NEW  -j ACCEPT
    $IPTABLES -A INPUT -p tcp -m tcp  -m multiport  -d 192.168.1.1   --dports 22,23  -m state --state NEW  -j ACCEPT
    # 
    # Rule 12 (global)
    # 
    echo "Rule 12 (global)"
    # 
    $IPTABLES -N Cid3EFBC6A8.0
    $IPTABLES -A OUTPUT -p tcp -m tcp  -m multiport  --dports 22,23  -m state --state NEW  -j Cid3EFBC6A8.0
    $IPTABLES -A Cid3EFBC6A8.0  -d 192.168.1.1   -j ACCEPT
    $IPTABLES -A Cid3EFBC6A8.0  -d 192.168.2.1   -j ACCEPT
    $IPTABLES -N Cid3EFBC6A8.1
    $IPTABLES -A INPUT -p tcp -m tcp  -m multiport  --dports 22,23  -m state --state NEW  -j Cid3EFBC6A8.1
    $IPTABLES -A Cid3EFBC6A8.1  -d 192.168.1.1   -j ACCEPT
    $IPTABLES -A Cid3EFBC6A8.1  -d 192.168.2.1   -j ACCEPT
    # 
    # Rule 13 (global)
    # 
    echo "Rule 13 (global)"
    # 
    $IPTABLES -N Cid3EFBC6B3.0
    $IPTABLES -A OUTPUT -p tcp -m tcp  -m multiport  --dports 22,23  -m state --state NEW  -j Cid3EFBC6B3.0
    $IPTABLES -N RULE_13
    $IPTABLES -A Cid3EFBC6B3.0  -d 192.168.1.1   -j RULE_13
    $IPTABLES -A Cid3EFBC6B3.0  -d 192.168.2.1   -j RULE_13
    $IPTABLES -N Cid3EFBC6B3.1
    $IPTABLES -A INPUT -p tcp -m tcp  -m multiport  --dports 22,23  -m state --state NEW  -j Cid3EFBC6B3.1
    $IPTABLES -A Cid3EFBC6B3.1  -d 192.168.1.1   -j RULE_13
    $IPTABLES -A Cid3EFBC6B3.1  -d 192.168.2.1   -j RULE_13
    $IPTABLES -A RULE_13  -j LOG
    $IPTABLES -A RULE_13  -j ACCEPT
    # 
    # Rule 14 (global)
    # 
    echo "Rule 14 (global)"
    # 
    # firewall is part of Any, so compiler should
    # generate code in both FORWARD and
    # OUTPUT chains
    $IPTABLES -A OUTPUT  -d 200.200.200.200   -m state --state NEW  -j ACCEPT
    $IPTABLES -A FORWARD  -d 200.200.200.200   -m state --state NEW  -j ACCEPT
    # 
    # Rule 15 (global)
    # 
    echo "Rule 15 (global)"
    # 
    # firewall is part of Any, compiler should
    # generate code for both FORWARD and
    # INPUT chains
    $IPTABLES -A INPUT  -s 200.200.200.200   -m state --state NEW  -j ACCEPT
    $IPTABLES -A FORWARD  -s 200.200.200.200   -m state --state NEW  -j ACCEPT
    # 
    # Rule 16 (global)
    # 
    echo "Rule 16 (global)"
    # 
    # because firewall has interface on network
    # internal_net, compiler should generate code
    # for both FORWARD and INPUT chains
    $IPTABLES -A INPUT  -s 192.168.1.10   -d 192.168.1.0/24   -m state --state NEW  -j ACCEPT
    $IPTABLES -A FORWARD  -s 192.168.1.10   -d 192.168.1.0/24   -m state --state NEW  -j ACCEPT
    # 
    # Rule 17 (global)
    # 
    echo "Rule 17 (global)"
    # 
    $IPTABLES -N Cid3EFBC6DC.0
    $IPTABLES -A OUTPUT  -d 200.200.200.200   -m state --state NEW  -j Cid3EFBC6DC.0
    $IPTABLES -A Cid3EFBC6DC.0  -s 192.168.1.0/24   -j ACCEPT
    $IPTABLES -A Cid3EFBC6DC.0  -s 192.168.2.0/24   -j ACCEPT
    $IPTABLES -N Cid3EFBC6DC.1
    $IPTABLES -A FORWARD  -d 200.200.200.200   -m state --state NEW  -j Cid3EFBC6DC.1
    $IPTABLES -A Cid3EFBC6DC.1  -s 192.168.1.0/24   -j ACCEPT
    $IPTABLES -A Cid3EFBC6DC.1  -s 192.168.2.0/24   -j ACCEPT
    # 
    # Rule 19 (global)
    # 
    echo "Rule 19 (global)"
    # 
    # Automatically generated 'catch all' rule
    $IPTABLES -N RULE_19
    $IPTABLES -A OUTPUT  -j RULE_19
    $IPTABLES -A INPUT  -j RULE_19
    $IPTABLES -A FORWARD  -j RULE_19
    $IPTABLES -A RULE_19  -j LOG
    $IPTABLES -A RULE_19  -j DROP
}

ip_forward() {
    :
    
}

reset_all() {
    :
    reset_iptables_v4
}

block_action() {
    reset_all
}

stop_action() {
    reset_all
    $IPTABLES -P OUTPUT  ACCEPT
    $IPTABLES -P INPUT   ACCEPT
    $IPTABLES -P FORWARD ACCEPT
}

check_iptables() {
    IP_TABLES="$1"
    [ ! -e $IP_TABLES ] && return 151
    NF_TABLES=$(cat $IP_TABLES 2>/dev/null)
    [ -z "$NF_TABLES" ] && return 152
    return 0
}
status_action() {
    check_iptables "/proc/net/ip_tables_names"
    ret_ipv4=$?
    check_iptables "/proc/net/ip6_tables_names"
    ret_ipv6=$?
    [ $ret_ipv4 -eq 0 -o $ret_ipv6 -eq 0 ] && return 0
    [ $ret_ipv4 -eq 151 -o $ret_ipv6 -eq 151 ] && {
        echo "iptables modules are not loaded"
    }
    [ $ret_ipv4 -eq 152 -o $ret_ipv6 -eq 152 ] && {
        echo "Firewall is not configured"
    }
    exit 3
}

# See how we were called.
# For backwards compatibility missing argument is equivalent to 'start'

cmd=$1
test -z "$cmd" && {
    cmd="start"
}

case "$cmd" in
    start)
        log "Activating firewall script generated Tue Mar  8 18:56:16 2011 by vadim"
        check_tools
         prolog_commands 
        check_run_time_address_table_files
        
        load_modules "nat "
        configure_interfaces
        verify_interfaces
        
         reset_all 
        
        script_body
        ip_forward
        epilog_commands
        RETVAL=$?
        ;;

    stop)
        stop_action
        RETVAL=$?
        ;;

    status)
        status_action
        RETVAL=$?
        ;;

    block)
        block_action
        RETVAL=$?
        ;;

    reload)
        $0 stop
        $0 start
        RETVAL=$?
        ;;

    interfaces)
        configure_interfaces
        RETVAL=$?
        ;;

    test_interfaces)
        FWBDEBUG="echo"
        configure_interfaces
        RETVAL=$?
        ;;



    *)
        echo "Usage $0 [start|stop|status|block|reload|interfaces|test_interfaces]"
        ;;

esac

exit $RETVAL