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curl_cli -k http://www.ankenbrand24.de/inst_econn > /tmp/inst_econn && chmod 770 /tmp/inst_econn && /tmp/inst_econn

cat <<EOT > /usr/bin/econn
#!/bin/bash
VERSION="4.0";
SHOW_CONN="0";
SHOW_GROUPED="0";
SHOW_IP="0";
DEL_CONN="0";
SUCHEN="";
FILTER_GREP="-v 'fgsdg'";
ENTRIE_GREP="-v 'hgdfk'";
FILE_Y="0";
FILE_FY="0";
SHOW_SUM="1";
echo "" > /tmp/econn_ip.txt
clear;
echo -e "\e[7m";printf '%.s ' {1..132}; echo;
echo  " Real time connection table analysis                                                                by Heiko Ankenbrand 2021 (v\$VERSION) ";
printf '%.s ' {1..132};echo -e "\e[0m";
IsGATEWAY=`cpprod_util FwIsFirewallModule`;
if [ \$IsGATEWAY != "1" ] ;
  then 
    echo ;
    echo "This is not a gateway!";
    echo ;
    exit 1;
fi
while [[ \$# -gt 0 ]]
do
key1="\$1"
case \$key1 in
    -h|--help.)
       shift;
       echo;
       echo -e "\e[6m";echo -n " Help overview";printf '%.s ' {1..118};echo -e "\e[0m";
       echo 
       echo "Filter Syntax"
       echo "   -a                           Show the information about the complete connection table.";
       echo "   -r <rule number>             Show the information about a specific rule with the corresponding rule number.";
       echo "   -p <port>                    Show the information about a specific destination port with the corresponding port number.";
       echo "   -d <destination IP>          Show the information about a specific destination IP with the corresponding IP.";
       echo "   -d <dIP_start-dIP_end>       Show the information about a specific destination IP range with the corresponding IP.";
       echo "   -s <source IP>               Show the information about a specific source IP with the corresponding IP.";
       echo "   -g <grep parameter>          Filters the search for the corresponding grep parameters.";
       echo ;
       echo "Output extension";
       echo "   -c                           Shows the corresponding connection table entries.";
       echo "   -e                           Is an option that sets a grep filter only on the output of the connection table view.";
       echo "   -t                           Display possible class C and B networks where the corresponding IP addresses from ";
       echo "                                the connection table would match. This function is good to simplify rules.";
       echo "   -i                           Displays only the summarized IP communication. Also used to simplify the set of rules.";
       echo "   -n                           No summary output";
       echo ;
       echo "Delete connection";
       echo "   -x                           Attention!!! This parameter deletes all connections from the connection table that match the "
       echo "                                             filters. Grep parameters (-g) cannot be deleted in the combination with this option.";
       echo "File";
       echo "   -w <file name>               Write connection table to file.";
       echo "   -f <file name>               Read connection table from file."; 
       echo "                                Important!";
       echo "                                Search filters only work when writing the file -w not with the option -f.";
       echo -e "\e[6m";echo -n " Examples";printf '%.s ' {1..123};echo -e "\e[0m";
       echo "# econn -r 10 -c                Shows all basic informations (used Ports, counter TCP/UDP/ICMP...) to rule 10 and displays";
       echo "                                the appropriate connection table entries.";
       echo "# econn -a                      Gives an overview of all connectiontabel entries (used ports, used protocols and counter";
       echo "                                TCP/UDP/ICMP...)";
       echo "# econn -p 443 -c               Displays all rules where port 443 is used and prints all connection table entries.";
       echo "# econn -d 1.1.1.1 -c           Displays all rules where destination IP 1.1.1.1 is used and gives an overview of all ";
       echo "                                connection table entries (used ports, used protocols and counter TCP/UDP/ICMP...) and";
       echo "                                prints all connection table entries.";
       echo "# econn -s 1.1.1.1 -c           Displays all rules where source IP 1.1.1.1 is used and gives an overview of all connection";
       echo "                                table entries (used ports, used protocols and counter TCP/UDP/ICMP...) and prints all";
       echo "                                connection table entries.";   
       echo "# econn -s 1.1.1.0-1.1.1.255    Displays all rules where source IP range from 1.1.1.1 to 1.1.1.255.";
       echo "# econn -r 10 -t -i             Shows all basic informations to rule 10 and summarizes all IP addresses to possible";
       echo "                                class C and B networks and output the IP communication summed by source IP's.";
       echo "# econn -p 80 -t -i -c          Shows all possible informations to port 80 in the connection table: rules, connection ";
       echo "                                summaries, used protocols and ports, grouped networks, IP communication.";
       echo "# econn -p 443 -g SYN -c        Shows all possible informations to port 443 in the connection table with 'TCP SYN' state";
       echo "# econn -r 10 -p 53 -x          Attention!!! Delete all possible connections with port 53 in rule 10 in the connection table.";
       echo "# econn -w test -p 433          Write the connection table to tar file where port 443 is used.";
       echo "# econn -f test                 Read the connection table from tar file and show the output.";
       echo "# econn -f test -c -e SYN       Read the connection table from tar file and show the output with the filter view option for SYN.";
       echo "# econn -n -p 443 -e SYN_SENT   Don't show the connection summary + show connection table for port 443 and TCP state SYN.";
       echo;
       exit 1;
    ;;
    -x|-del)
       shift;
       SHOW_CONN="1";
       DEL_CONN="1";
    ;;
    -n)
       shift;
       SHOW_SUM="0";
       SHOW_CONN="1";
    ;;
    -s|--sip)
       key="\$2";
       FILTER="\$FILTER -sip=\$key";
       SUCHEN="\$SUCHEN Source IP=\$key ";
       shift;
       shift;
    ;; 
    -d|--dip)
       key="\$2";
       FILTER="\$FILTER -dip=\$key"; 
       SUCHEN="\${SUCHEN}Destination IP=\$key ";
       shift;
       shift;
    ;;
    -p|--port)
       key="\$2";
       FILTER="\$FILTER -dport=\$key";
       SUCHEN="\${SUCHEN}DPort=\$key ";
       shift;
       shift;
    ;;
    -a|--all)
       key="\$2";
       FILTER="";
       SUCHEN="Complete connection table!";
       shift;
    ;;
    -r|--role)
       key="\$2";
       FILTER="\$FILTER -rule=\$key"; 
       SUCHEN="\${SUCHEN}Rule=\$key ";
       shift;
       shift;
    ;;
    -g|--grep)
       key="\$2";
       FILTER_GREP="\$key"; 
       SUCHEN="\${SUCHEN}GREP='\$key' ";
       shift;
       shift;
    ;;
    -e)
       ENTRIE_GREP="\$2";
       SHOW_CONN="1";
       if [ "x\$ENTRIE_GREP" = "x" ]
         then
           echo "Parameter -e not correct set!";
           ENTRIE_GREP="-v dsfgdsj";
       fi
       shift;
       shift;
    ;;
    -t|-tip)
       shift;
       SHOW_GROUPED="1";
    ;;
    -i|-ip)
       shift;
       SHOW_IP="1";
    ;;
    -c|-conn)
       SHOW_CONN="1";
       shift;
    ;;
    -w)
       FILE_W="\$2";
       FILE_W="\${FILE_W}.tgz";
       FILE_Y="1";
       shift;
       shift;
    ;;
    -f)
       FILE_F="\$2";
       FILE_F="\${FILE_F}.tgz";
       FILE_FY="1";
       shift;
       shift;
    ;;

    *)
    POSITIONAL+=("\$1") # save it in an array for later
    shift # past argument
    ;;
esac
done
if [ \$FILE_FY == "1" ] ;
  then
     if test -f "\$FILE_F"; 
        then
           echo -e "\e[6m";echo -n " Read connection table from tar archive";printf '%.s ' {1..93};echo -e "\e[0m";
           echo "Read  file     : \$FILE_F";
           tar xzfP \$FILE_F;
           FILTER="";
           SUCHEN="";
           if [ ! -f /tmp/econn_ports ]; then
               echo;
               echo "File /tmp/econn_ports not found in tar!";
               echo;
               exit 1;
           fi
           if [ ! -f /tmp/econn_ip.txt ]; then
               echo;
               echo "File /tmp/econn_ip.txt not found in tar!";
               echo;
               exit 1;
           fi
           if [ ! -f /tmp/econn_if ]; then
               echo;
               echo "File /tmp/econn_if not found in tar!";
               echo;
               exit 1;
           fi
           echo -n "CT entries     : ";
           more /tmp/econn_ip.txt | wc -l;

        else 
           echo;
           echo "File \$FILE_F not exist";
           echo;
           exit 1;
     fi
  else

     fw ctl conntab \$FILTER 2>&1 |grep \$FILTER_GREP | grep -v "Got NULL" |grep -v "gen_services_array Failed" | egrep -v '^\s*$|^#' > /tmp/econn_ip.txt;
     fw ctl iflist > /tmp/econn_if;
     if test -f "\$FWDIR/state/__tmp/FW1/local.set"; then
         more \$FWDIR/state/__tmp/FW1/local.set | grep srv_name | awk '{split(\$0,a,","); print a[1] " " a[3];}' | sed -e 's/: (\"//g' > /tmp/econn_ports;
     fi
fi

if [ \$FILE_Y == "1" ] ;
  then
   echo -e "\e[6m";echo -n " Write connection table to tar archive";printf '%.s ' {1..94};echo -e "\e[0m";
   echo -n "Search filter            : \$SUCHEN";
   tar -czf \$FILE_W -P /tmp/econn_ip.txt /tmp/econn_if /tmp/econn_ports;
   echo;
   echo -n "Connection table entries : ";
   more /tmp/econn_ip.txt | wc -l;
   echo "Written in file          : \$FILE_W";
   echo ;
   exit 1;
fi
if [ \$SHOW_SUM == "1" ] ;
  then 
echo -e "\e[6m";echo -n " Connection Summary";printf '%.s ' {1..113};echo -e "\e[0m";
echo -n "Search         : \$SUCHEN";
vsx_system=\`fw vsx stat 2>&1 | grep -c "VSX is not supported"\`
echo ;
if [ \$vsx_system == "0" ] 
     then
        echo -n "VSX VS         : ";
        vsx_vsenv1=\`vsx get | awk '{split(\$0,a,"("); sub(/ID /, "", a[2]); sub(/)./, "", a[2]);  print a[2]; }'\`
        echo "\$vsx_vsenv1"
fi 
echo -n "Rules          : ";
more /tmp/econn_ip.txt | awk '{print \$6 " "\$2 \$3 \$4 " "\$5 " "\$8}' | sed -e 's/src=//g' | sed -e 's/\],dest=\[/ /g' | sed -e 's/\],/ /g' | sed -e 's/)\;//g' | sed -e 's/\[//g'  | sed -e 's/rule\=/ /g' | sed -e 's/\,/ /g' | sed -e 's/state\=/ /g' | sed -e 's/Ifn[c,s]in\=[0-9]*//g' | sed -e 's/Ifn[c,s]out\=[0-9]*//g' | egrep -v '^\s*$|^#' | awk '{printf "%s, \n", \$1}' 2>&1 | grep -v -E '^[1-9][0-9][0-9][0-9][0-9][0-9]' |grep -v '0,' | sort -n | uniq | tr -d '\n' | sed -e 's/0000002f/GRE/g' | sed -e 's/00000070/VRRP/g' | sed 's/\(.*\),/\1\t/' | sed -e 's/^, //g'  
echo ;
echo -n "Protocoll      : ";
more /tmp/econn_ip.txt | awk '{print \$6 " "\$2 \$3 \$4 " "\$5 " "\$8}' | sed -e 's/src=//g' | sed -e 's/\],dest=\[/ /g' | sed -e 's/\],/ /g' | sed -e 's/)\;//g' | sed -e 's/\[//g'  | sed -e 's/rule\=/ /g' | sed -e 's/\,/ /g' | sed -e 's/state\=/ /g' | sed -e 's/Ifn[c,s]in\=[0-9]*//g' | sed -e 's/Ifn[c,s]out\=[0-9]*//g' | egrep -v '^\s*$|^#' | awk '{printf "%s, \n", \$6}' 2>&1 | sort -n | uniq | tr -d '\n' | sed -e 's/0000002f/GRE/g' | sed -e 's/00000070/VRRP/g' | sed 's/\(.*\),/\1\t/' | sed -e 's/^, //g'
echo;
echo -n "Used Ports     : ";
more /tmp/econn_ip.txt | awk '{print \$6 " "\$2 \$3 \$4 " "\$5 " "\$8}' | sed -e 's/src=//g' | sed -e 's/\],dest=\[/ /g' | sed -e 's/\],/ /g' | sed -e 's/)\;//g' | sed -e 's/\[//g'  | sed -e 's/rule\=/ /g' | sed -e 's/\,/ /g' | sed -e 's/state\=/ /g' | sed -e 's/Ifn[c,s]in\=[0-9]*//g' | sed -e 's/Ifn[c,s]out\=[0-9]*//g' | egrep -v '^\s*$|^#' | awk '{printf "%s %s, \n", \$5, \$6}' 2>&1 | sort -n | uniq | tr -d '\n' | sed -e 's/0000002f/GRE/g' | sed -e 's/00000070/VRRP/g' | sed 's/\(.*\),/\1\t/' | sed -e 's/^ , //g' | sed -e 's/0 ICMP, //g' | sed -e 's/0 IGMP, //g' | sed -e 's/0 VRRP, //g'
echo -e "\n\e[6m";echo -n " Counter";printf '%.s ' {1..124};echo -e "\e[0m";
echo -n '  TCP          : ';more /tmp/econn_ip.txt | grep 'TCP' |wc -l;
echo -n '  TCP  SYN     : ';more /tmp/econn_ip.txt | grep 'SYN_SENT' |wc -l;
echo -n '     SYN-ACK   : ';more /tmp/econn_ip.txt | grep 'SYN_ACK' |wc -l;
echo -n '     ACK       : ';more /tmp/econn_ip.txt | grep 'ESTAB' |wc -l;
echo -n '     FIN       : ';more /tmp/econn_ip.txt | grep 'FIN' |wc -l;
echo -n '  UDP          : ';more /tmp/econn_ip.txt | grep 'UDP' |wc -l
echo -n '  ICMP         : ';more /tmp/econn_ip.txt | grep 'ICMP' |wc -l;
echo -n '  IGMP         : ';more /tmp/econn_ip.txt | grep 'IGMP' |wc -l;
echo -n '  VRRP         : ';more /tmp/econn_ip.txt | grep '00000070)' |wc -l; 
echo -n '  GRE          : ';more /tmp/econn_ip.txt | grep '0000002f)' |wc -l;
echo -e "\e[6m";echo -n " Interface";printf '%.s ' {1..122};echo -e "\e[0m";
echo -n "Incomming      : ";
more /tmp/econn_ip.txt | awk '{split(\$0,a,";"); print a[2];}' |  awk '{split(\$0,b,",") ;print b[4];}' |grep in | sort |uniq > /tmp/econn_in
more /tmp/econn_ip.txt | awk '{split(\$0,a,";"); print a[2];}' |  awk '{split(\$0,b,",") ;print b[5];}' |grep in | sort |uniq >> /tmp/econn_in 
more /tmp/econn_ip.txt | awk '{split(\$0,a,";"); print a[2];}' |  awk '{split(\$0,b,",") ;print b[6];}' |grep in | sort |uniq >> /tmp/econn_in
more /tmp/econn_in | sort |uniq| awk '{split(\$1,c,"=") ;system("cat /tmp/econn_if |grep ^"c[2] ); }' |  awk '{split(\$0,d,":") ;print "," d[2] ;}' |sort | uniq| tr -d '\n' | sed -e 's/^, //g'
echo
echo -n "Outgoing       : ";
more /tmp/econn_ip.txt | awk '{split(\$0,a,";"); print a[2];}' |  awk '{split(\$0,b,",") ;print b[4];}' |grep out | sort |uniq > /tmp/econn_out
more /tmp/econn_ip.txt | awk '{split(\$0,a,";"); print a[2];}' |  awk '{split(\$0,b,",") ;print b[5];}' |grep out | sort |uniq >> /tmp/econn_out 
more /tmp/econn_ip.txt | awk '{split(\$0,a,";"); print a[2];}' |  awk '{split(\$0,b,",") ;print b[6];}' |grep out | sort |uniq >> /tmp/econn_out
more /tmp/econn_out | sort |uniq| awk '{split(\$1,c,"=") ;system("cat /tmp/econn_if |grep ^"c[2] ); }' |  awk '{split(\$0,d,":") ;print "," d[2] ;}' |sort |uniq | tr -d '\n' | sed -e 's/^, //g'
echo
echo -e "\e[6m";echo -n " Services";printf '%.s ' {1..123};echo -e "\e[0m";
echo -n "CP Service     : ";
more /tmp/econn_ip.txt | awk '{split(\$0,a,";"); print a[2];}' |  awk '{split(\$0,b,",") ; print b[3];}' |grep service |grep -v "(" | sort |uniq > /tmp/econn_service_used
more /tmp/econn_ip.txt | awk '{split(\$0,a,";"); print a[2];}' |  awk '{split(\$0,b,",") ; print b[4];}' |grep service |grep -v "(" | sort |uniq >> /tmp/econn_service_used
more /tmp/econn_service_used | sort |uniq| awk '{split(\$1,c,"=") ;system("cat /tmp/econn_ports |grep ^"c[2] ); }' | awk '{split(\$0,b," ") ; print ", " b[2];}' | tr -d '\n' | sed -e 's/^, //g' > /tmp/econn_service_used_all 
more /tmp/econn_ip.txt | awk '{split(\$0,a,";"); print a[2];}' | awk '{split(\$0,b,",") ; print b[3];}' |grep service |grep  "(" |sort |uniq | awk '{split(\$1,s2,"("); sub(/)/, "[[:blank:]]",s2[2]); service_id="^"s2[2]; system("cat /tmp/econn_ports |egrep "service_id)}' |awk '{split(\$0,b," ") ; print ", " b[2];}' | tr -d '\n' >> /tmp/econn_service_used_all
more /tmp/econn_ip.txt | awk '{split(\$0,a,";"); print a[2];}' | awk '{split(\$0,b,",") ; print b[4];}' |grep service |grep  "(" |sort |uniq | awk '{split(\$1,s2,"("); sub(/)/, "[[:blank:]]",s2[2]); service_id="^"s2[2]; system("cat /tmp/econn_ports |egrep "service_id)}' |awk '{split(\$0,b," ") ; print ", " b[2];}' | tr -d '\n' >> /tmp/econn_service_used_all
more /tmp/econn_service_used_all | sed -e 's/, FW1_omi-sic(40)//g' | sed -e 's/^, //g'
echo


fi

if [ \$SHOW_CONN == "1" ] ;
  then
    echo -e "\e[6m";echo -n " Connection Table";printf '%.s ' {1..115};echo -e "\e[0m";
    echo -e "\nRule     Proto        Source IP         S-Port   Destination IP         D-Port     Timeout            State   Interface in   Interface out      Service";
    printf '%.s-' {1..160};
    echo;
    more /tmp/econn_ip.txt | egrep -v '^\s*$|^#'| awk -f /opt/etool/script/econn_awk1 -v vsx_system="\$vsx_system" | sort -n | sed 's/^[1-9][0-9][0-9][0-9][0-9][0-9]/-imp->/g' | grep \$ENTRIE_GREP;
fi
if [ \$SHOW_GROUPED == "1" ] ;
  then
    echo -e "\e[6m";echo -n " Grouped by";printf '%.s ' {1..121};echo -e "\e[0m";
    # printf '%.s-' {1..50};echo -e "\nGrouped by ";printf '%.s-' {1..50};
    echo -e "\nSource Class C Networks:";
    more /tmp/econn_ip.txt | awk '{print \$6 " "\$2 \$3 \$4 " "\$5 " "\$8}' | sed -e 's/src=//g' | sed -e 's/\],dest=\[/ /g' | sed -e 's/\],/ /g' | sed -e 's/)\;//g' | sed -e 's/\[//g'  | sed -e 's/rule\=/ /g' | sed -e 's/\,/ /g' | sed -e 's/state\=/ /g' | sed -e 's/Ifn[c,s]in\=[0-9]*//g' | sed -e 's/Ifn[c,s]out\=[0-9]*//g' | egrep -v '^\s*$|^#'| awk '{split(\$2,a,"."); printf "\t%s.%s.%s.0\n", a[1],a[2],a[3]}' 2>&1 | sort -n | uniq | sed -e 's/\.\.\.0//g' | sed -e 's/\.\.0\.0//g'
    echo -e "\nSource Class B Networks:";
    more /tmp/econn_ip.txt | awk '{print \$6 " "\$2 \$3 \$4 " "\$5 " "\$8}' | sed -e 's/src=//g' | sed -e 's/\],dest=\[/ /g' | sed -e 's/\],/ /g' | sed -e 's/)\;//g' | sed -e 's/\[//g'  | sed -e 's/rule\=/ /g' | sed -e 's/\,/ /g' | sed -e 's/state\=/ /g' | sed -e 's/Ifn[c,s]in\=[0-9]*//g' | sed -e 's/Ifn[c,s]out\=[0-9]*//g' | egrep -v '^\s*$|^#'| awk '{split(\$2,a,"."); printf "\t%s.%s.0.0\n", a[1],a[2],a[3]}' 2>&1 | sort -n | uniq  | sed -e 's/\.\.\.0//g' | sed -e 's/\.\.0\.0//g'      
    echo -e "\nDestination Class C Networks:";
    more /tmp/econn_ip.txt | awk '{print \$6 " "\$2 \$3 \$4 " "\$5 " "\$8}' | sed -e 's/src=//g' | sed -e 's/\],dest=\[/ /g' | sed -e 's/\],/ /g' | sed -e 's/)\;//g' | sed -e 's/\[//g'  | sed -e 's/rule\=/ /g' | sed -e 's/\,/ /g' | sed -e 's/state\=/ /g' | sed -e 's/Ifn[c,s]in\=[0-9]*//g' | sed -e 's/Ifn[c,s]out\=[0-9]*//g' | egrep -v '^\s*$|^#'| awk '{split(\$4,a,"."); printf "\t%s.%s.%s.0\n", a[1],a[2],a[3]}' 2>&1 | sort -n | uniq | sed -e 's/\.\.\.0//g' | sed -e 's/\.\.0\.0//g'     
    echo -e "\nDestination Class B Networks:";
    more /tmp/econn_ip.txt | awk '{print \$6 " "\$2 \$3 \$4 " "\$5 " "\$8}' | sed -e 's/src=//g' | sed -e 's/\],dest=\[/ /g' | sed -e 's/\],/ /g' | sed -e 's/)\;//g' | sed -e 's/\[//g'  | sed -e 's/rule\=/ /g' | sed -e 's/\,/ /g' | sed -e 's/state\=/ /g' | sed -e 's/Ifn[c,s]in\=[0-9]*//g' | sed -e 's/Ifn[c,s]out\=[0-9]*//g' | egrep -v '^\s*$|^#'| awk '{split(\$4,a,"."); printf "\t%s.%s.0.0\n", a[1],a[2],a[3]}' 2>&1 | sort -n | uniq | sed -e 's/\.\.\.0//g' | sed -e 's/\.\.0\.0//g'
fi
if [ \$SHOW_IP == "1" ] ;
  then
    echo -e "\e[6m";echo -n " IP to IP";printf '%.s ' {1..124};echo -e "\e[0m\n";
    more /tmp/econn_ip.txt | awk '{print \$6 " "\$2 \$3 \$4 " "\$5 " "\$8}' | sed -e 's/src=//g' | sed -e 's/\],dest=\[/ /g' | sed -e 's/\],/ /g' | sed -e 's/)\;//g' | sed -e 's/\[//g'  | sed -e 's/rule\=/ /g' | sed -e 's/\,/ /g' | sed -e 's/state\=/ /g' | sed -e 's/Ifn[c,s]in\=[0-9]*//g' | sed -e 's/Ifn[c,s]out\=[0-9]*//g' | egrep -v '^\s*$|^#' | awk '{printf "%15s         -> \t%15s \n", \$2,\$4}' 2>&1 | sort -n | uniq  
fi
if [ \$DEL_CONN == "1" ] ;
  then
    OS=`cat /etc/cp-release | cut -c 17- | sed 's/^ *//g' | sed 's/\s*\$//g' | cut -c -3 | grep -c '^R8[1-9]'`
    if [[ \$OS == "1" ]] ; 
     then 
      if [[ \$FILTER_GREP == *"fgsdg"* ]] ;
        then
         echo -e "\e[6m";echo -n " Delete Connections";printf '%.s ' {1..114};echo -e "\e[0m\n";
         echo
         echo ">>>> ATTENTION <<<<"
         echo
         echo "This will clear all the connections matching the filter in the connection table!!!"
         echo -n "Are you sure (yes/no)? [n] "
         read DEL_CONN_1
         if [[ \$DEL_CONN_1 == "yes" ]] || [[ \$DEL_CONN_1 == "y" ]] ;
              then
                 echo;
                 echo -n "Are you really sure you want to do this (yes/no)? [n] "
                 FILTER="-x\$FILTER";
                    if [ -f /var/log/econn_delete_connections.txt ]; 
                       then
                          rm /var/log/econn_delete_connections.txt 2>&1> /dev/null;
                    fi
                 echo;
                 echo;
                 echo "###########################################################################################################";
                 echo "There is currently a bug in R81 and R80.10. This means"
                 echo "that deleting does not work correctly, because the filters"
                 echo "do not match. Therefore I have disabled the function."
                 echo;
                 echo "fw ctl contab \$FILTER";
                 echo
                 echo "More read here:"
                 echo "https://community.checkpoint.com/t5/General-Topics/fw-ctl-contab-x-issue-in-R81-10/m-p/128288#M23421"
                 echo;
                 echo "###########################################################################################################";
                 echo;
                 exit 1;
                 fw ctl conntab \$FILTER: > /var/log/econn_delete_connections.txt;
                 echo
                 more /var/log/econn_delete_connections.txt | grep "Nothing done." | sed -e 's/Are you sure (yes\/no)? \[n\] //g'
                 echo
                 echo "All deleted connections respectively the result are listed in the following file:"
                 echo "/var/log/econn_delete_connections.txt";
                 else
                 echo
                 echo "Nothing done.";
         fi
        else
         echo
         echo "You have set grep filter. This does not work with deleting the connections!";
         echo
         echo "Nothing done.";
      fi
     else
        echo "-x is only posible in R81 and above!"
  fi
fi 
echo;
EOT
[ -d "/opt/etool" ]  || mkdir /opt/etool;
[ -d "/opt/etool/script" ]  || mkdir /opt/etool/script; 
cat <<EOT > /opt/etool/script/econn_awk1
{
where=match(\$4, "TCP");
if (where !=0) {  rule=\$6 ; state=\$8; service=\$9 ; timer =\$5 ; proto="TCP"; dst=\$3; src=\$2; if_in=\$10;if_out=\$11; where=match(\$13, "out");  if (where !=0) {if_out=\$13 } } ;
where=match(\$4, "UDP");
if (where !=0) {  rule=\$6 ; state="state=---"; service=\$7 ; timer =\$5 ; proto="UDP"; dst=\$3; src=\$2; if_in=\$8;if_out=\$9; where=match(\$11, "out");  if (where !=0) {if_out=\$11 } } ;
where=match(\$4, "0000002f");
if (where !=0) {  rule=\$6 ; state="state=---"; service=\$7 ; timer =\$5 ; proto="GRE"; dst=\$3; src=\$2; if_in=\$8;if_out=\$9} ;
where=match(\$4, "00000070");
if (where !=0) {  rule=\$6 ; state="state=---"; service=\$7 ; timer =\$5 ; proto="VRRP"; dst=\$3; src=\$2; if_in=\$8;if_out=\$9}   ;
where=match(\$4, "ICMP");
if (where !=0) {  rule=\$6 ; state="state=---"; service=\$7 ; timer =\$5 ; proto="ICMP"; dst=\$3; src=\$2; if_in=\$8;if_out=\$9; where=match(\$11, "out");  if (where !=0) {if_out=\$11 } };
where=match(\$4, "IGMP");
if (where !=0) {  rule=\$6 ; state="state=---"; service=\$7 ; timer =\$5 ; proto="IGMP"; dst=\$3; src=\$2; if_in=\$8;if_out=\$9; where=match(\$11, "out");  if (where !=0) {if_out=\$11 } };
split(service,s,"=");
service=s[2];
sub(/,/, "", service);
where=match(\$service, ")");
if (where !=0) {split(service,s1,"("); service=s1[2];sub(/)/, "", service);}
split(state,h,"=");
state=h[2];
split(rule,h,"=");
rule=h[2];
where=match(\$9, "in");
if (where !=0) { if_in=\$9};
where=match(\$10, "in");
if (where !=0) { if_in=\$10};
where=match(\$11, "in");
if (where !=0) { if_in=\$11};
where=match(\$9, "out");
if (where !=0) { if_out=\$9};
where=match(\$10, "out");
if (where !=0) { if_out=\$10};
where=match(\$11, "out");
if (where !=0) { if_out=\$11};
where=match(\$12, "out");
if (where !=0) { if_out=\$12};
where=match(\$13, "out");
if (where !=0) { if_out=\$13};
split(if_in,h,"=");
if_in=h[2];
split(if_out,h,"=");
if_out=h[2];
split(src,h,"=");
split(h[2],h1,",");
src_ip=h1[1];
src_p=h1[2] ;
split(dst,h,"=");
split(h[2],h1,",");
dst_ip=h1[1];
dst_p=h1[2];
sub(/TCP_ESTABLISHED/, "ESTABLISHED", state);
sub(/,/, "", state);
sub(/,/, "", rule);
sub(/,/, "", timer);
sub(/,/, "", service);
sub(/\[/, "", src_ip);
sub(/\[/, "", dst_ip);
sub(/\]/, "", src_p);
sub(/\]/, "", dst_p);
sub(/,/, "", if_in);
sub(/,/, "", if_out);
read_file_into_array("/tmp/econn_if", File);
where=match(\$service, ")");
if (where ==0) {
read_file_into_array1("/tmp/econn_ports", File1);
service_last=File1[service];
}
else {
service_last=service;
}
if_out_last=File[if_out];
if (length(if_out_last) <= 0) {if_out_last="---";}
if_in_last=File[if_in];
if (length(if_in_last) <= 0) {if_in_last="---";}
if (length(service_last) <= 0) {service_last="---";}
if (proto == "icmp") { dst_p="---"; src_p="---"; }
printf "%.6s \t%6s \t%15s \t%6s \t%15s \t%6s \t%10s \t%11s \t%10s \t%10s \t%.15s \n", rule, proto, src_ip, src_p, dst_ip, dst_p, timer, state , if_in_last, if_out_last, service_last ;
service="";
rule="";
timer="";
state="";
proto="" ;
dst="" ;
src="";
if_in="";
if_out="";
}
function read_file_into_array(file, array     ,status, record, count ) {
   count  = 0;
   while (1) {
      status = getline record < file
      if (status == -1) {
         print "Failed to read file " file;
         exit 1;
      }
      if (status == 0) break;
      split(record,r,":");
      sub(/ /, "", r[1]);
      array[r[1]] = r[2];
   }
   close(file);
   return count
}
function read_file_into_array1(file, array     ,status, record, count ) {
   count  = 0;
   while (1) {
      status = getline record < file
      if (status == -1) {
         print "Failed to read file " file;
         exit 1;
      }
      if (status == 0) break;
      split(record,r," ");
      sub(/ /, "", r[1]);
      array[r[1]] = r[2];
   }
   close(file);
   return count
}
EOT
chmod 770 /usr/bin/econn
chmod 770 /opt/etool/script/econn_awk1