#!/bin/bash ##Begin Functions## ##Sort a list in alphabetice order## f_forwardsort () { echo echo -en "\nEnter the full path to the password file: (ex. /home/loser/password.txt): " read fsortin echo while [ ! -f $fsortin ] do echo echo "File cannot be found or does not exist" echo echo -en "\nEnter the full path to the password file: (ex. /home/loser/password.txt):" read fsortin done echo echo -en "\nEnter the name of the output file: " read fsortout echo echo -en "\nHit return to proccess the file: " read return if [ "$return" == "" ]; then echo /bin/cat $fsortin |sort > $fsortout fi cat $fsortout | while read line do count=$[ $count + 1 ] done echo -e "\n$fsortout should be located in the current directory" echo echo "Returning to main menu ......" sleep 2 echo } ##Sort a list in reverse alphabeticle order## f_reversesort () { echo echo -en "\nEnter the full path to the password file: (ex. /home/loser/password.txt): " read rsortin echo while [ ! -f $rsortin ] do echo echo "File cannot be found or does not exist" echo echo -en "\nEnter the full path to the password file: (ex. /home/loser/password.txt):" read rsortin done echo echo -en "\nEnter the name of the output file: " read rsortout echo echo -en "\nHit return to proccess the file: " read return if [ "$return" == "" ]; then echo /bin/cat $rsortin |sort -r > $rsortout fi cat $rsortout | while read line do count=$[ $count + 1 ] done echo -e "\n$rsortout should be located in the current directory" echo echo "Returning to main menu ......" sleep 2 echo } ##Remove all duplicate lines## f_removedups () { echo echo -en "\nEnter the full path to the password file: (ex. /home/loser/password.txt): " read indups echo while [ ! -f $indups ] do echo echo "File cannot be found or does not exist" echo echo -en "\nEnter the full path to the password file: (ex. /home/loser/password.txt):" read indups done echo echo -en "\nEnter the name of the output file: " read outdups echo echo -en "\nHit return to proccess the file: " read return if [ "$return" == "" ]; then echo sed -n 'G; s/\n/&&/; /^\([ -~]*\n\).*\n\1/d; s/\n//; h; P' $indups > $outdups fi cat $outdups | while read line do count=$[ $count + 1 ] done echo -e "\n$outdups should be located in the current directory" echo echo "Returning to main menu ......" sleep 2 echo } ##l33ting Section## f_leet () { echo echo -en "\nEnter the full path to the password file: (ex. /home/loser/password.txt): " read leetin echo while [ ! -f $leetin ] do echo echo "File cannot be found or does not exist" echo echo -en "\nEnter the full path to the password file: (ex. /home/loser/password.txt):" read leetin done echo echo -en "\nEnter the name of the output file: " read leetout echo echo -e "\nPlease note that this will create a very large file" echo echo -en "\nHit return to leetify the file: " read return if [ "$return" == "" ]; then echo /bin/cat $leetin | /bin/egrep -v .\{20\} | awk '{c=0;for(i=1;i<=length;i++)if(substr($0,i,1)~/[AaBbEeGgIiLlOoSsTtZz]/)c++;if(c<6)print}' | leeting A 4 | leeting a 4 |leeting B 8 | leeting b 8 | leeting E 3 | leeting e 3 | leeting G 9 | leeting g 9 | leeting I 1 | leeting i 1 | leeting L 1 |leeting l 1 | leeting O 0 | leeting o 0 | leeting S 5 | leeting s 5 | leeting T 7 | leeting t 7 | leeting Z 2 | leeting z 2 > $leetout fi cat $leetout | while read line do count=$[ $count + 1 ] done echo -e "\n$leetout should be located in the current directory" echo echo "Returning to main menu ......" sleep 2 echo } ##John rules Section## f_rules () { echo echo -en "\nEnter the full path to the password file: (ex. /home/loser/password.txt): " read manglefile echo while [ ! -f $manglefile ] do echo echo "File cannot be found or does not exist" echo echo -en "\nEnter the full path to the password file: (ex. /home/loser/password.txt):" read manglefile done echo echo -en "\nEnter the name of the output file: " read mangleout echo echo -e "\nPlease note that this will create a very large file" echo echo -e "\nThe rules option will mangle each word about 50 times" echo echo -en "\nHit return to mangle the file: " read return if [ "$return" == "" ]; then echo /usr/sbin/john --rules -w:$manglefile -stdout:63 > $mangleout fi cat $mangleout | while read line do count=$[ $count + 1 ] done echo -e "\n$mangleout should be located in the current directory" echo echo "Returning to main menu ......" sleep 2 echo } ##Remove begining white space## f_beginwhite () { echo echo -en "\nEnter the full path to the password file: (ex. /home/loser/password.txt): " read inbeginwhite echo while [ ! -f $inbeginwhite ] do echo echo "File cannot be found or does not exist" echo echo -en "\nEnter the full path to the password file: (ex. /home/loser/password.txt):" read inbeginwhite done echo echo -en "\nEnter the name of the output file: " read outbeginwhite echo echo -en "\nHit return to proccess the file: " read return if [ "$return" == "" ]; then echo sed -e 's/^[ \t]*//' $inbeginwhite > $outbeginwhite fi cat $outbeginwhite | while read line do count=$[ $count + 1 ] done echo -e "\n$outbeginwhite should be located in the current directory" echo echo "Returning to main menu ......" sleep 2 echo } ##strip all non ascii chars## f_removenonascii () { echo echo -en "\nEnter the full path to the password file: (ex. /home/loser/password.txt): " read innonascii echo while [ ! -f $incontrolm ] do echo echo "File cannot be found or does not exist" echo echo -en "\nEnter the full path to the password file: (ex. /home/loser/password.txt):" read innonascii done echo echo -en "\nEnter the name of the output file: " read outnonascii echo echo -en "\nHit return to proccess the file: " read return if [ "$return" == "" ]; then echo /usr/bin/tr -cd '\11\12\40-\176' < $innonascii > $outnonascii fi cat $outnonascii | while read line do count=$[ $count + 1 ] done echo -e "\n$outnonascii should be located in the current directory" echo echo "Returning to main menu ......" sleep 2 echo } ##Delete all lines that match a pattern## f_deletepattern () { echo echo -en "\nEnter the full path to the password file: (ex. /home/loser/password.txt): " read inpattern echo while [ ! -f $inpattern ] do echo echo "File cannot be found or does not exist" echo echo -en "\nEnter the full path to the password file: (ex. /home/loser/password.txt):" read inpattern done echo echo -en "\nEnter the name of the output file: " read outpattern echo echo -en "\nEnter the pattern: " read pattern echo echo -en "\nHit return to proccess the file: " read return if [ "$return" == "" ]; then echo /bin/sed "/$pattern/d" $inpattern > $outpattern fi cat $outpattern | while read line do count=$[ $count + 1 ] done echo -e "\n$outpattern should be located in the current directory" echo echo "Returning to main menu ......" sleep 2 echo } ##phone number crunch section## function f_phonelist () { echo echo -e "\nLets set up some options:" echo echo -en "\nEnter the areacode to use: " read areacode echo echo -en "\nEnter a name for your output file: " read phonefile echo echo -e "\n\t1. 2125551234" echo -e "\n\t2. (212)5551234" echo -e "\n\t3. 212-555-1234" echo -e "\n\t4. (212)555-1234" echo -en "\n\tSelect an areacode format: " read phone echo echo -en "\nHit return to create the list: " read return if [ "$return" == "" ]; then echo -e "\nPlease wait while the list is being generated" if [ "$phone" = "1" ]; then /pentest/passwords/crunch/crunch 10 10 1234567890 -t $areacode@@@@@@@ -o $phonefile elif [ "$phone" = "2" ]; then /pentest/passwords/crunch/crunch 12 12 1234567890 -t "($areacode)@@@@@@@" -o $phonefile elif [ "$phone" = "3" ]; then /pentest/passwords/crunch/crunch 12 12 1234567890 -t $areacode-@@@-@@@@ -o $phonefile elif [ "$phone" = "4" ]; then /pentest/passwords/crunch/crunch 13 13 1234567890 -t "($areacode)@@@-@@@@" -o $phonefile fi cat "$phonefile" | while read line do count=$[ $count + 1 ] done echo -e "\nFinished processing $phonefile" fi } ##Delete comments## f_removecomments () { echo echo -en "\nEnter the full path to the password file: (ex. /home/loser/password.txt): " read incomments echo while [ ! -f $incomments ] do echo echo "File cannot be found or does not exist" echo echo -en "\nEnter the full path to the password file: (ex. /home/loser/password.txt):" read incomments done echo echo -en "\nEnter the name of the output file: " read outcomments echo echo -en "\nHit return to proccess the file: " read return if [ "$return" == "" ]; then echo /bin/sed '1p; /^[[:blank:]]*#/d; s/[[:blank:]][[:blank:]]*#.*//' $incomments > $outcomments fi cat $outcomments | while read line do count=$[ $count + 1 ] done echo -e "\n$outcomments should be located in the current directory" echo echo "Returning to main menu ......" sleep 2 echo } ##Specify a min and max password length## f_minmax () { echo echo -en "\nEnter the full path to the password file: (ex. /home/loser/password.txt): " read minmaxin echo while [ ! -f $minmaxin ] do echo echo "File cannot be found or does not exist" echo echo -en "\nEnter the full path to the password file: (ex. /home/loser/password.txt):" read minmaxin done echo echo -en "\nEnter the name of the output file: " read minmaxout echo echo echo -en "\nEnter a minimum password length: " read minlen echo echo echo -en "\nEnter a maximum password length: " read maxlen echo echo -en "\nHit return to proccess the file: " read return if [ "$return" == "" ]; then echo pw-inspector -i $minmaxin -o $minmaxout -m $minlen -M $maxlen fi cat $minmaxout | while read line do count=$[ $count + 1 ] done echo -e "\n$minmaxout should be located in the current directory" echo echo "Returning to main menu ......" sleep 2 echo } ##full optimize## f_full () { echo echo -en "\nEnter the full path to the password file: (ex. /home/loser/password.txt): " read passfile echo while [ ! -f $passfile ] do echo echo "File cannot be found or does not exist" echo echo -en "\nEnter the full path to the password file: (ex. /home/loser/password.txt):" read passfile done echo echo -en "\nEnter the name of the output file: " read passout echo echo echo -en "\nEnter a minimum password length: " read min echo echo echo -en "\nEnter a maximum password length: " read max echo echo -en "\nHit return to proccess the file: " read return if [ "$return" == "" ]; then echo echo "Removing duplicates from the file..." cat $passfile |uniq > working.txt echo echo "Sorting the list..." cat working.txt |sort > working2.txt echo echo "Deleting passwords which do not meet length requirment..." pw-inspector -i working2.txt -o working3.txt -m $min -M $max echo echo "Removing all non ascii chars if they exist..." /usr/bin/tr -cd '\11\12\40-\176' < working3.txt > working4.txt echo echo "Removing all comments..." /bin/sed '1p; /^[[:blank:]]*#/d; s/[[:blank:]][[:blank:]]*#.*//' working4.txt > working5.txt echo echo "Removing any leading white spaces and tabs from the file..." sed -e 's/^[ \t]*//' working5.txt > working6.txt echo echo "One more pass to sort and weed out the duplicates..." cat working6.txt | sort | uniq > working7.txt mv working7.txt $passout echo echo "Cleaning up the mess..." rm -rf working*.txt fi cat $passout | while read line do count=$[ $count + 1 ] done echo -e "\n$passout should be located in the current directory" echo echo "Returning to main menu ......" sleep 2 echo } ##wyd section## function f_wyd () { echo echo -e "\nEnter the domain name of the website" echo -e "\nthat you would like to download and create" echo -en "\na password list from. ex. hatedomain.com: " read domain echo echo -en "\nEnter a name for your password file: " read wydfile echo -en "\nHit return to execute: " read return if [ "$return" == "" ]; then mkdir /tmp/TARGET cd /tmp/TARGET wget -r http://$domain cd /pentest/passwords/wyd perl wyd.pl -n -o ~/$wydfile /tmp/TARGET fi echo echo -e "\n$wydfile should be loacated in you home directory" echo echo "Returning to main menu ......" sleep 2 echo } ##Crunch Section## function f_crunch () { echo echo -e "\nLets set up some options:" echo echo -en "\nEnter a minumum word length: " read min echo -en "\nEnter a maximum word length: " read max echo -en "\nEnter a set of characters: " read charset echo -en "\nEnter a name for your output file: " read output echo -e "\nYour wordlist will be generated with the following options:\n" echo -e "Minimum word length= $min\n" echo -e "Maximum word length= $max\n" echo -e "Using the characters= $charset\n" echo -e "The file will be named $output\n" echo -e "and located in the $PWD directory\n" echo -en "Hit return to create the list: " read return if [ "$return" = "" ]; then echo -e "\nPlease wait while you list is being generated" /pentest/passwords/crunch/crunch "$min" "$max" "$charset" > "$output" cat $output | while read line do count=$[ $count + 1 ] done echo -e "\nFinished processing $output" fi echo echo "Returning to main menu ......" sleep 2 echo } ##CUPP## function f_cupp () { echo echo -en "Hit return to launch the CUPP interactive tool: " read return if [ "$return" = "" ]; then cd /pentest/passwords/cupp; python cupp.py -i fi echo echo "The file will be located in the /pentest/passwords/cupp directory" echo echo "Returning to main menu ......" sleep 2 echo } ##Combine all text files in a directory## f_combine () { echo echo -en "\nEnter the full path to the directory that contains the text files to merge: (ex. /home/loser/): " read path echo while [ ! -d $path ] do echo echo "Directory cannot be found or does not exist" echo echo -en "\nEnter the full path to the directory that contains the files to merge: (ex. /home/loser/):" read path done echo echo -en "\nEnter the name of the output file: " read dictout echo echo -en "\nHit return to create the file: " read return if [ "$return" == "" ]; then echo cat $path/*.* > $dictout fi cat $dictout | while read line do count=$[ $count + 1 ] done echo -e "\n$dictout should be located in the current directory" echo echo "Returning to main menu ......" sleep 2 echo } ##Split a large text file into smaller files## f_split () { echo echo -en "\nEnter the full path to the password file: (ex. /home/loser/password.txt): " read insplit echo while [ ! -f $insplit ] do echo echo "File cannot be found or does not exist" echo echo -en "\nEnter the full path to the password file: (ex. /home/loser/password.txt):" read insplit done echo echo -en "\nEnter the number of lines for each of the split files: " read lines echo echo -en "\nEnter the name of the output directory: " read outdir echo echo -en "\nHit return to proccess the file: " read return if [ "$return" == "" ]; then echo mkdir $outdir echo echo "creating $outdir..." echo split -l $lines $insplit $outdir/part fi cat $outdir/part* | while read line do count=$[ $count + 1 ] done echo -e "\nThe split files are located in the $outdir" echo echo "Returning to main menu ......" sleep 2 echo } ##Capitalize the first letter of every word in a file## f_capital () { echo echo -en "\nEnter the full path to the password file: (ex. /home/loser/password.txt): " read incapital echo while [ ! -f $incapital ] do echo echo "File cannot be found or does not exist" echo echo -en "\nEnter the full path to the password file: (ex. /home/loser/password.txt):" read incapital done echo echo -en "\nEnter the name of the output file: " read outcapital echo echo -en "\nHit return to proccess the file: " read return if [ "$return" == "" ]; then echo sed -r 's/\b(.)/\U\1/g' $incapital > $outcapital fi cat $outcapital | while read line do count=$[ $count + 1 ] done echo -e "\n$outcapital should be located in the current directory" echo echo "Returning to main menu ......" sleep 2 echo } ##Begin Menu & Loop Forever while : do cat << ! ---------------- W O R D L I S T T O O L S M E N U -------------------- | | | V.2 | | By Purehate | | | | 1. Run the entire otimization script | | | | 2. Sort a wordlist in alphabetical order | | | | 3. Sort a wordlist in reverse alphabetical order | | | | 4. Remove all duplicates form a wordlist | | | | 5. Remove all whitespace from the begining of each line | | | | 6. Remove all non ascii chars from a wordlist | | | | 7. Remove all comments from a wordlist (except first line) | | | | 8. Specify a min and max password length in a wordlist | | | | 9. Manipulate a wordlist with the --rules fuction of john the ripper | | | | 10. L33tify a wordlist | | | | 11. Delete all lines that match a specific pattern from a file | | | | 12. Create a wordlist with crunch | | | | 13. Create a wordlist with wyd.pl | | | | 14. Create a wordlist wordlist with CUPP | | | | 15. Create a wordlist based on phonenumbers | | | | 16. Combine a directory full of files into one big list | | | | 17. Split a large text file into smaller files | | | | 18. Capitalize the first letter of each line in a file | | | | 19. Quit | ------------------------------------------------------------------------- ! echo echo echo -n " Select a operation from the menu: " read choice case $choice in 1) f_full ;; 2) f_forwardsort ;; 3) f_reversesort ;; 4) f_removedups ;; 5) f_beginwhite ;; 6) f_removenonascii ;; 7) f_removecomments ;; 8) f_minmax ;; 9) f_rules ;; 10) f_leet ;; 11) f_deletepattern ;; 12) f_crunch ;; 13) f_wyd ;; 14) f_cupp ;; 15) f_phonelist ;; 16) f_combine ;; 17) f_split ;; 18) f_capital ;; 19) exit ;; *) echo "\"$choice\" is not valid "; sleep 2 ;; esac done