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// insert code here..
foo.get_list(bar__id__exact=15) get_list(related_object__id__exact=1)
# yourname=$(/usr/bin/logname) /usr/bin/sudo /usr/bin/nano /Library/LaunchDaemons/net.$(/usr/bin/logname).wanip.update.plist <?xml version="1.0" encoding="UTF-8"?> <!DOCTYPE plist PUBLIC "-//Apple Computer//DTD PLIST 1.0//EN" "http://www.apple.com/DTDs/PropertyList-1.0.dtd"> <plist version="1.0"> <dict> <key>Disabled</key> <true/> <key>GroupName</key> <string>yourname</string> <key>Label</key> <string>net.yourname.wanip.update</string> <key>ProgramArguments</key> <array> <string>/Users/yourname/Library/wanip.sh</string> </array> <key>RunAtLoad</key> <true/> <key>StartInterval</key> <integer>20</integer> <key>UserName</key> <string>yourname</string> </dict> </plist> #------------------------- /usr/bin/groups /usr/bin/sudo /usr/sbin/chown root:wheel /Library/LaunchDaemons/net.yourname.wanip.update.plist #/usr/bin/sudo /usr/sbin/chown root:admin /Library/LaunchDaemons/net.yourname.wanip.update.plist /usr/bin/sudo /bin/chmod 0644 /Library/LaunchDaemons/net.yourname.wanip.update.plist # after creating ~/Library/wanip.sh below /usr/bin/sudo /bin/launchctl load -w /Library/LaunchDaemons/net.yourname.wanip.update.plist 2>/dev/null #/usr/bin/sudo /bin/launchctl unload -w /Library/LaunchDaemons/net.yourname.wanip.update.plist 2>/dev/null /usr/bin/sudo /bin/launchctl list /usr/bin/sudo /usr/bin/fs_usage | /usr/bin/egrep -i wanip
#!/bin/sh # cat ~/Library/wanip.sh (/Users/yourname/Library/wanip.sh) # /usr/sbin/chown $(/usr/bin/logname):$(/usr/bin/logname) ~/Library/wanip.sh # /bin/chmod 0744 ~/Library/wanip.sh # write stdout & stderr to console.log in /Library/Logs/Console/ exec >/dev/console 2>&1 declare last_line_closed last_line_offline newfile old_wanip time wanip declare IF='en0' declare wanip_record_file="${HOME}/Library/wanip_record.txt" # try to find your router_wanip_site by surfing to the IP addresses returned by the following commands: # route -n get default | egrep interface | awk '{print $NF}' # ipconfig getoption en0 router # ipconfig getoption en0 domain_name_server declare router_wanip_site='http://xxxx.xx/xxx.htm' #declare router_wanip_site='http://checkip.dyndns.org' # alternative /bin/sleep 3 /usr/sbin/ipconfig waitall if [[ "$(/sbin/route -n get default | /usr/bin/egrep interface | /usr/bin/awk '{print $NF}')" == "${IF}" ]]; then /usr/bin/curl -I -L -s --max-time 10 "${router_wanip_site}" 1>/dev/null if [[ $? -ne 0 ]]; then exit 0; fi # match first IP address with egrep wanip="$(/usr/bin/curl -L -s --max-time 10 "${router_wanip_site}" | \ /usr/bin/egrep -o -m 1 ' ([[:digit:]]{1,3}\.){3}[[:digit:]]{1,3}')" if [[ $? -ne 0 ]]; then exit 0; fi wanip="${wanip// /}" # alternative with sed for matching a line with a characteristic string plus IP address #wanip="$(/usr/bin/curl -L -s --max-time 10 "${router_wanip_site}" | \ #/usr/bin/sed -E -n -e '/STRING: /{s/^.+ ([[:digit:]\.]+).*$/\1/p;q;}')" #if [[ $? -ne 0 ]]; then exit 0; fi time="$(/bin/date +%Y-%m-%d-%H.%M.%S-%Z)" if [[ -n "${wanip}" ]]; then old_wanip="$(/usr/bin/sed -E -n -e '$,$s/^.+ ([[:digit:]\.]+).*$/\1/p' "${wanip_record_file}")" if [[ "${wanip}" == "${old_wanip}" ]]; then exit 0; fi echo "${time} ${wanip}" >> "${wanip_record_file}" else last_line_closed="$(/usr/bin/sed -E -n -e '$,$s/^.+ (closed).*$/\1/p' "${wanip_record_file}")" if [[ -n "${last_line_closed}" ]]; then exit 0; fi echo "${time} connection closed" >> "${wanip_record_file}" fi else last_line_offline="$(/usr/bin/sed -E -n -e '$,$s/^.+ (offline).*$/\1/p' "${wanip_record_file}")" if [[ -n "$last_line_offline" ]]; then exit 0; fi time="$(/bin/date +%Y-%m-%d-%H.%M.%S-%Z)" echo "${time} offline" >> "${wanip_record_file}" fi if [[ $(/usr/bin/stat -f %z "${wanip_record_file}") -gt 31457280 ]]; then newfile="${wanip_record_file}-$(/bin/date +%Y-%m-%d-%H.%M.%S-%Z)" /bin/mv "${wanip_record_file}" "${newfile}" fi exit 0
man curl 2>/dev/null | less -p '-T/--upload-file' tell application "Finder" to do shell script "curl -T ~/resume.doc ftp://username:password@ftp.myserver.com/resume.doc"
# cf. http://trac.macports.org/wiki/InstallingMacPorts /opt/local/bin/port info hping3 /usr/bin/sudo /opt/local/bin/port install hping3 hping3 --help # Terminal window 1 alias sudo=/usr/bin/sudo alias tcpdump=/usr/sbin/tcpdump #sudo tcpdump -s0 -xX -i lo0 port 4678 and host localhost sudo tcpdump -s0 -vvv -i lo0 port 4678 and host localhost # Terminal window 2 alias sudo=/usr/bin/sudo alias hping3=/opt/local/sbin/hping3 sudo hping3 -I lo0 -s 4678 -c 1 localhost -p 4678 sudo hping3 -S -I lo0 -d 995 -s 4678 -c 1 localhost -p 4678 sudo hping3 -SA -I lo0 -d 995 -w 200 -s 4678 -c 1 localhost -p 4678 sudo hping3 -SA -M 3000 -I lo0 -d 995 -w 65 -s 4678 -c 1 localhost -p 4678 sudo hping3 -DV -SA -I lo0 -s 4678 -a 192.168.1.100 -c 1 localhost -p 4678 #---------------------------------------- # some corresponding ipfw rules for testing purposes # (just place them at the beginning of your ipfw rule set) # not me to me & me to not me /sbin/ipfw -q add count log all from not me to me 4678 in /sbin/ipfw -q add count log all from me to not me 4678 out # any to me & me to any /sbin/ipfw -q add count log all from any to me 4678 in /sbin/ipfw -q add count log all from me to any 4678 out # any to any /sbin/ipfw -q add count log all from any to any 4678
// insert code here..
template.Template("everything in this string is treated just like the contents of your myfile.html template file") template.Template("so {% load photogalleries %}"
var select_list_field = document.getElementById('field_id'); var select_list_selected_index = select_list_field.selectedIndex; var text = select_list_field.options[select_list_selected_index].text; var value = select_list_field.value;
# cf. Example ipfw ruleset, http://codesnippets.joyent.com/posts/show/1267 # cf. also http://codesnippets.joyent.com/posts/show/1729 man ipfw 2>/dev/null | less -p "If the ruleset" man ipfw 2>/dev/null | less -p "These dynamic rules" man ipfw 2>/dev/null | less -p "All rules" man ipfw 2>/dev/null | less -p "STATEFUL FIREWALL" # press [n] man ipfw 2>/dev/null | less -p "SYSCTL VARIABLES" man ipfw 2>/dev/null | less -p "EXAMPLES" man ipfw 2>/dev/null | less -p "DYNAMIC RULES" /usr/bin/sudo /sbin/ipfw -d -e -t list /usr/bin/sudo /sbin/ipfw -d -e -t list | /usr/bin/sed -E -n -e '1,/^## Dynamic rules/p' /usr/bin/sudo /sbin/ipfw -d -e -t list | /usr/bin/sed -E -n -e '/^## Dynamic rules/,$p' /usr/bin/sudo /sbin/ipfw -d -e -t list | /usr/bin/awk '/^## Dynamic rules/,/^$/ {print $0}' /usr/bin/sudo /sbin/ipfw -d -e -t list | /usr/bin/awk '/<->/ {print $0}' /usr/bin/sudo /sbin/ipfw -d -e -t list | /usr/bin/awk '{ if ( $0 ~ /<->/ ) {print $0}}' /usr/bin/sudo /sbin/ipfw -d -e -t list | grep RULENUM /usr/bin/sudo /sbin/ipfw -d -e -t list | grep IPADDR /usr/sbin/sysctl -a | egrep 'tcp' /usr/sbin/sysctl -a | egrep 'net.inet' /usr/sbin/sysctl -a | egrep '\.fw' /usr/sbin/sysctl -a | egrep 'ip.fw' /usr/sbin/sysctl -a | egrep 'li[fv]e' /usr/sbin/sysctl -a | egrep 'ip.fw.+life' /usr/sbin/sysctl -n net.inet.tcp.always_keepalive /usr/sbin/sysctl -n net.inet.ip.fw.dyn_keepalive /usr/sbin/sysctl -n net.inet.ip.fw.dyn_buckets /usr/sbin/sysctl -n net.inet.ip.fw.dyn_count /usr/sbin/sysctl -n net.inet.ip.fw.dyn_max # list all dynamic ipfw rules function ipfwtraffic() { declare args argsregex bytes megabytes if [[ $# -eq 0 ]]; then /usr/bin/sudo /sbin/ipfw -d -e -t list | \ /usr/bin/awk '/<->/ {printf "%-10s %-10s %-20s %-10s %-20s %-10s %-10s\n", $3, $6, $7, $8, $10, $11, $1}' | \ /usr/bin/sort -bu | while IFS=" " read bytes proto ipnum1 port1 ipnum2 port2 rulenum; do # byte #bytes=$(printf "%s\n" "${bytes}" | /usr/bin/awk '{ total = total + $1 } END { print total }') #printf "\e[1mbytes\e[m: %-17s %-10s %-40s \e[1mrule\e[m: %-15s \e[1mports\e[m: %-15s\n" \ #"${bytes}" "${proto}" "${ipnum1} :: ${ipnum2}" "${rulenum}" "${port1} ${port2}" # mega byte megabytes=$(printf "%s\n" "${bytes}" | /usr/bin/awk '{ total = (total + $1) / (1024*1024.0) } END { print total }') printf "\e[1mmbytes\e[m: %-17s %-10s %-40s \e[1mrule\e[m: %-15s \e[1mports\e[m: %-15s\n" \ "${megabytes}" "${proto}" "${ipnum1} :: ${ipnum2}" "${rulenum}" "${port1} ${port2}" #done | /usr/bin/sort -rn -k 2,2 done | /usr/bin/sort -rn -k 2,2 | egrep -v '^[^ ]+ +[^ ]+e[^ ]+' else args="${@}" if [[ "${args}" != "${args//[^. [:digit:]]/}" ]]; then printf "%s\n" 'Found at least one invalid rule number or IP address!' return 1 fi if [[ "${args//[ [:digit:]]/}" == '' ]]; then argsregex="^0*(${args// /|})" # ipfw rule numbers else argsregex="(${args// /|})" # IP addresses fi #echo $argsregex /usr/bin/sudo /sbin/ipfw -d -e -t list | /usr/bin/egrep "${argsregex}" | \ /usr/bin/awk '/<->/ {printf "%-10s %-10s %-20s %-10s %-20s %-10s %-10s\n", $3, $6, $7, $8, $10, $11, $1}' | \ /usr/bin/sort -bu | while IFS=" " read bytes proto ipnum1 port1 ipnum2 port2 rulenum; do # byte #bytes=$(printf "%s\n" "${bytes}" | /usr/bin/awk '{ total = total + $1 } END { print total }') #printf "\e[1mbytes\e[m: %-17s %-10s %-40s \e[1mrule\e[m: %-15s \e[1mports\e[m: %-15s\n" \ #"${bytes}" "${proto}" "${ipnum1} :: ${ipnum2}" "${rulenum}" "${port1} ${port2}" # mega byte megabytes=$(printf "%s\n" "${bytes}" | /usr/bin/awk '{ total = (total + $1) / (1024*1024.0) } END { print total }') printf "\e[1mmbytes\e[m: %-17s %-10s %-40s \e[1mrule\e[m: %-15s \e[1mports\e[m: %-15s\n" \ "${megabytes}" "${proto}" "${ipnum1} :: ${ipnum2}" "${rulenum}" "${port1} ${port2}" #done | /usr/bin/sort -rn -k 2,2 done | /usr/bin/sort -rn -k 2,2 | egrep -v '^[^ ]+ +[^ ]+e[^ ]+' fi return 0 } # usage: # ipfwtraffic # ipfwtraffic [rulenum1] [rulenum2] [rulenum3] ... # ipfwtraffic [ipaddr1] [ipaddr2] [ipaddr3] ... ipfwtraffic ipfwtraffic 9600 10600 11000 ipfwtraffic xx.xxx.xx.xxx xx.xxx.xx.xx ipfwtraffic | grep 'xx.xxx.xx.xx' #------------------------------------------------------------------------------ # summarize pairs of IP addresses function ipfwdynstats() { declare args argsregex dynrules ipaddr_pairs OIFS=${IFS} IFS=$'\n' if [[ $# -eq 0 ]]; then ipaddr_pairs=($(/usr/bin/sudo /sbin/ipfw -d -e -t list | /usr/bin/awk '/<->/ {print $7, $10}' | /usr/bin/sort -bu)) dynrules=($(/usr/bin/sudo /sbin/ipfw -d -e -t list | /usr/bin/awk '/<->/ {print $7, $8, $10, $11, $6, $2, $3, $1}' | /usr/bin/sort -bu)) else args="${@}" if [[ "${args}" != "${args//[^. [:digit:]]/}" ]]; then printf "%s\n" 'Found at least one invalid rule number or IP address!' return 1 fi if [[ "${args//[ [:digit:]]/}" == '' ]]; then argsregex="^0*(${args// /|})" # ipfw rule numbers else argsregex="(${args// /|})" # IP addresses fi #echo $argsregex ipaddr_pairs=($(/usr/bin/sudo /sbin/ipfw -d -e -t list | /usr/bin/egrep "${argsregex}" | \ /usr/bin/awk '/<->/ {print $7, $10}' | /usr/bin/sort -bu)) dynrules=($(/usr/bin/sudo /sbin/ipfw -d -e -t list | /usr/bin/egrep "${argsregex}" | \ /usr/bin/awk '/<->/ {print $7, $8, $10, $11, $6, $2, $3, $1}' | /usr/bin/sort -bu)) fi for ((i=0; i < "${#ipaddr_pairs[@]}"; i++)); do # byte #bytesum=$(printf "%s\n" "${dynrules[@]}" | \ #/usr/bin/awk "{ if ( \$1 == \"${ipaddr_pairs[${i}]% *}\" && \$3 == \"${ipaddr_pairs[${i}]#* }\" ) print \$7 }" | \ #/usr/bin/awk '{ total = total + $1 } END { print total }') # mega byte bytesum=$(printf "%s\n" "${dynrules[@]}" | \ /usr/bin/awk "{ if ( \$1 == \"${ipaddr_pairs[${i}]% *}\" && \$3 == \"${ipaddr_pairs[${i}]#* }\" ) print \$7 }" | \ /usr/bin/awk '{ total = (total + $1) / (1024*1024.0) } END { print total }') proto=$(printf "%s\n" "${dynrules[@]}" | \ /usr/bin/awk "{ if ( \$1 == \"${ipaddr_pairs[${i}]% *}\" && \$3 == \"${ipaddr_pairs[${i}]#* }\" ) print \$5 }" | \ /usr/bin/sort -bu) rule=$(printf "%s\n" "${dynrules[@]}" | \ /usr/bin/awk "{ if ( \$1 == \"${ipaddr_pairs[${i}]% *}\" && \$3 == \"${ipaddr_pairs[${i}]#* }\" ) print \$NF }" | \ /usr/bin/sort -bu) ports=$(printf "%s\n" "${dynrules[@]}" | \ /usr/bin/awk "{ if ( \$1 == \"${ipaddr_pairs[${i}]% *}\" && \$3 == \"${ipaddr_pairs[${i}]#* }\" ) print \$2, \$4 }" | \ /usr/bin/sort -bu) # byte #printf "%-15s %-10s %-40s %-30s \e[1m%-30s\e[m\n" \ #"bytes: ${bytesum}" "${proto//[[:cntrl:]]/, }" "${ipaddr_pairs[${i}]% *} :: ${ipaddr_pairs[${i}]#* }" \ #"rules: ${rule//[[:cntrl:]]/, }" "ports: ${ports//[[:cntrl:]]/, }" # mega byte printf "\e[1mmbytes\e[m: %-15s %-10s %-40s \e[1mrules\e[m: %-25s \e[1mports\e[m: %-30s\n" \ "${bytesum}" "${proto//[[:cntrl:]]/, }" "${ipaddr_pairs[${i}]% *} :: ${ipaddr_pairs[${i}]#* }" \ "${rule//[[:cntrl:]]/, }" "${ports//[[:cntrl:]]/, }" #done | /usr/bin/sort -rn -k 2,2 done | /usr/bin/sort -rn -k 2,2 | /usr/bin/egrep -v '^[^ ]+ +[^ ]+e[^ ]+' export IFS=${OIFS} return 0 } # usage: # ipfwdynstats # ipfwdynstats [rulenum1] [rulenum2] [rulenum3] ... # ipfwdynstats [ipaddr1] [ipaddr2] [ipaddr3] ... ipfwdynstats ipfwdynstats 5200 12700 ipfwdynstats xx.xxx.xx.xxx xxx.xxx.xx.xxx #------------------------------------------------------------------------------ # list port-specific internet traffic function porttraffic() { declare args argsregex dynrules ipaddr_pairs OIFS=${IFS} IFS=$'\n' if [[ $# -eq 0 ]]; then printf "%s\n" 'No port number given!' return 1 elif [[ $# -eq 1 ]]; then ipaddr_pairs=($(/usr/bin/sudo /sbin/ipfw -d -e -t list | \ /usr/bin/awk "{ if ( \$0 ~ /<->/ && ( \$8 == "${1}" || \$11 == "${1}" ) ) {print \$7, \$10 }}" | /usr/bin/sort -bu)) dynrules=($(/usr/bin/sudo /sbin/ipfw -d -e -t list | \ /usr/bin/awk "{ if ( \$0 ~ /<->/ && ( \$8 == "${1}" || \$11 == "${1}" ) ) {print \$7, \$8, \$10, \$11, \$6, \$2, \$3, \$1} }" | \ /usr/bin/sort -bu)) else args="${@:2}" # all arguments starting with the second if [[ "${args}" != "${args//[^. [:digit:]]/}" ]]; then printf "%s\n" 'Found at least one invalid rule number or IP address!' return 1 fi if [[ "${args//[ [:digit:]]/}" == '' ]]; then argsregex="^0*(${args// /|})" # ipfw rule numbers else argsregex="(${args// /|})" # IP addresses fi #echo $argsregex ipaddr_pairs=($(/usr/bin/sudo /sbin/ipfw -d -e -t list | /usr/bin/egrep "${argsregex}" | \ /usr/bin/awk "{ if ( \$0 ~ /<->/ && ( \$8 == "${1}" || \$11 == "${1}" ) ) {print \$7, \$10 }}" | /usr/bin/sort -bu)) dynrules=($(/usr/bin/sudo /sbin/ipfw -d -e -t list | /usr/bin/egrep "${argsregex}" | \ /usr/bin/awk "{ if ( \$0 ~ /<->/ && ( \$8 == "${1}" || \$11 == "${1}" ) ) {print \$7, \$8, \$10, \$11, \$6, \$2, \$3, \$1}}" | \ /usr/bin/sort -bu)) fi for ((i=0; i < "${#ipaddr_pairs[@]}"; i++)); do # byte #bytesum=$(printf "%s\n" "${dynrules[@]}" | \ #/usr/bin/awk "{ if ( \$1 == \"${ipaddr_pairs[${i}]% *}\" && \$3 == \"${ipaddr_pairs[${i}]#* }\" ) print \$7 }" | \ #/usr/bin/awk '{ total = total + $1 } END { print total }') # mega byte bytesum=$(printf "%s\n" "${dynrules[@]}" | \ /usr/bin/awk "{ if ( \$1 == \"${ipaddr_pairs[${i}]% *}\" && \$3 == \"${ipaddr_pairs[${i}]#* }\" ) print \$7 }" | \ /usr/bin/awk '{ total = (total + $1) / (1024*1024.0) } END { print total }') proto=$(printf "%s\n" "${dynrules[@]}" | \ /usr/bin/awk "{ if ( \$1 == \"${ipaddr_pairs[${i}]% *}\" && \$3 == \"${ipaddr_pairs[${i}]#* }\" ) print \$5 }" | \ /usr/bin/sort -bu) rule=$(printf "%s\n" "${dynrules[@]}" | \ /usr/bin/awk "{ if ( \$1 == \"${ipaddr_pairs[${i}]% *}\" && \$3 == \"${ipaddr_pairs[${i}]#* }\" ) print \$NF }" | \ /usr/bin/sort -bu) ports=$(printf "%s\n" "${dynrules[@]}" | \ /usr/bin/awk "{ if ( \$1 == \"${ipaddr_pairs[${i}]% *}\" && \$3 == \"${ipaddr_pairs[${i}]#* }\" ) print \$2, \$4 }" | \ /usr/bin/sort -bu) # byte #printf "%-15s %-10s %-40s %-30s \e[1m%-30s\e[m\n" \ #"bytes: ${bytesum}" "${proto//[[:cntrl:]]/, }" "${ipaddr_pairs[${i}]% *} :: ${ipaddr_pairs[${i}]#* }" \ #"rules: ${rule//[[:cntrl:]]/, }" "ports: ${ports//[[:cntrl:]]/, }" # mega byte printf "\e[1mmbytes\e[m: %-15s %-10s %-40s \e[1mrules\e[m: %-25s \e[1mports\e[m: %-30s\n" \ "${bytesum}" "${proto//[[:cntrl:]]/, }" "${ipaddr_pairs[${i}]% *} :: ${ipaddr_pairs[${i}]#* }" \ "${rule//[[:cntrl:]]/, }" "${ports//[[:cntrl:]]/, }" #done | /usr/bin/sort -rn -k 2,2 done | /usr/bin/sort -rn -k 2,2 | /usr/bin/egrep -v '^[^ ]+ +[^ ]+e[^ ]+' export IFS=${OIFS} return 0 } # usage: # porttraffic [portnum] # porttraffic [portnum] [rulenum1] [rulenum2] [rulenum3] ... # porttraffic [portnum] [ipaddr1] [ipaddr2] [ipaddr3] ... porttraffic 80 porttraffic 80 5200 12700 7100 porttraffic 80 xx.xxx.xx.xxx xxx.xxx.xx.xxx #------------------------------------------------------------------------------ # list rule-specific internet traffic function ruletraffic() { declare args argsregex dynrules ipaddr_pairs OIFS=${IFS} IFS=$'\n' if [[ $# -eq 0 ]]; then printf "%s\n" 'No rule number given!' return 1 elif [[ $# -eq 1 ]]; then ipaddr_pairs=($(/usr/bin/sudo /sbin/ipfw -d -e -t list | \ /usr/bin/awk "{ if ( \$0 ~ /<->/ && \$1 == "${1}" ) {print \$7, \$10 }}" | /usr/bin/sort -bu)) dynrules=($(/usr/bin/sudo /sbin/ipfw -d -e -t list | \ /usr/bin/awk "{ if ( \$0 ~ /<->/ && \$1 == "${1}" ) {print \$7, \$8, \$10, \$11, \$6, \$2, \$3, \$1} }" | \ /usr/bin/sort -bu)) else args="${@:2}" # all arguments starting with the second if [[ "${args}" != "${args//[^. [:digit:]]/}" ]]; then printf "%s\n" 'Found at least one invalid rule number or IP address!' return 1 fi if [[ "${args//[ [:digit:]]/}" == '' ]]; then argsregex="^0*(${args// /|})" # ipfw rule numbers else argsregex="(${args// /|})" # IP addresses fi #echo $argsregex ipaddr_pairs=($(/usr/bin/sudo /sbin/ipfw -d -e -t list | /usr/bin/egrep "${argsregex}" | \ /usr/bin/awk "{ if ( \$0 ~ /<->/ && \$1 == "${1}" ) {print \$7, \$10 }}" | /usr/bin/sort -bu)) dynrules=($(/usr/bin/sudo /sbin/ipfw -d -e -t list | /usr/bin/egrep "${argsregex}" | \ /usr/bin/awk "{ if ( \$0 ~ /<->/ && \$1 == "${1}" ) {print \$7, \$8, \$10, \$11, \$6, \$2, \$3, \$1}}" | \ /usr/bin/sort -bu)) fi for ((i=0; i < "${#ipaddr_pairs[@]}"; i++)); do # byte #bytesum=$(printf "%s\n" "${dynrules[@]}" | \ #/usr/bin/awk "{ if ( \$1 == \"${ipaddr_pairs[${i}]% *}\" && \$3 == \"${ipaddr_pairs[${i}]#* }\" ) print \$7 }" | \ #/usr/bin/awk '{ total = total + $1 } END { print total }') # mega byte bytesum=$(printf "%s\n" "${dynrules[@]}" | \ /usr/bin/awk "{ if ( \$1 == \"${ipaddr_pairs[${i}]% *}\" && \$3 == \"${ipaddr_pairs[${i}]#* }\" ) print \$7 }" | \ /usr/bin/awk '{ total = (total + $1) / (1024*1024.0) } END { print total }') proto=$(printf "%s\n" "${dynrules[@]}" | \ /usr/bin/awk "{ if ( \$1 == \"${ipaddr_pairs[${i}]% *}\" && \$3 == \"${ipaddr_pairs[${i}]#* }\" ) print \$5 }" | \ /usr/bin/sort -bu) rule=$(printf "%s\n" "${dynrules[@]}" | \ /usr/bin/awk "{ if ( \$1 == \"${ipaddr_pairs[${i}]% *}\" && \$3 == \"${ipaddr_pairs[${i}]#* }\" ) print \$NF }" | \ /usr/bin/sort -bu) ports=$(printf "%s\n" "${dynrules[@]}" | \ /usr/bin/awk "{ if ( \$1 == \"${ipaddr_pairs[${i}]% *}\" && \$3 == \"${ipaddr_pairs[${i}]#* }\" ) print \$2, \$4 }" | \ /usr/bin/sort -bu) # byte #printf "%-15s %-10s %-40s %-30s \e[1m%-30s\e[m\n" \ #"bytes: ${bytesum}" "${proto//[[:cntrl:]]/, }" "${ipaddr_pairs[${i}]% *} :: ${ipaddr_pairs[${i}]#* }" \ #"rules: ${rule//[[:cntrl:]]/, }" "ports: ${ports//[[:cntrl:]]/, }" # mega byte printf "\e[1mmbytes\e[m: %-15s %-10s %-40s \e[1mrules\e[m: %-25s \e[1mports\e[m: %-30s\n" \ "${bytesum}" "${proto//[[:cntrl:]]/, }" "${ipaddr_pairs[${i}]% *} :: ${ipaddr_pairs[${i}]#* }" \ "${rule//[[:cntrl:]]/, }" "${ports//[[:cntrl:]]/, }" #done | /usr/bin/sort -rn -k 2,2 done | /usr/bin/sort -rn -k 2,2 | /usr/bin/egrep -v '^[^ ]+ +[^ ]+e[^ ]+' export IFS=${OIFS} return 0 } # usage: # ruletraffic [rulenum] # ruletraffic [rulenum1] [rulenum2] [rulenum3] ... ruletraffic 5200 ruletraffic 5200 12700 7100
(/something)_else\n
$1_other
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Snippets (source code soon to be available) developed by Peter Cooper and powered by Ruby On Rails