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PO
primarykey
Id
14620793
data
AcceptedAnswerId
0
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0
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0
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CreationDate
2013-01-31T07:44:52.313
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0
LastActivityDate
2015-05-21T08:56:09.347
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2015-05-21T08:56:09.347
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1861357
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1861357
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13615217
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2
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0
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0
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text
Body
<p>I decided to go with a shell script, and I used an associated array to match the required data that I needed. </p> <p>Note: Most of this program deals with the way my hash files are formatted. Look at the comments in the script.</p> <pre><code>#!/bin/bash # Signus # User-Password Hash Comparison Tool v1.0 # Simple utility that allows for the comparison between a file with a 'user:hash' format to a separate file with a 'hash:password' format. The comparison matches the hashes and returns an output file in the format 'user:password' # Example of 'user:hash' -> george:c21cfaebe1d69ac9e2e4e1e2dc383bac # Example of 'hash:password' -> c21cfaebe1d69ac9e2e4e1e2dc383bac:password # 'user:hash' obtained from creddump suite: http://code.google.com/p/creddump/ # Note: Used custom 'dshashes.py' file: http://ptscripts.googlecode.com/svn/trunk/dshashes.py # 'hash:password' obtained from ocl-Hashcat output usage="Usage: $0 [-i user:hash input] [-t hash:password input] [-o output]" declare -a a1 declare -a a2 declare -A o index1=0 index2=0 countA1=0 countA2=0 matchCount=0 if [ -z "$*" ]; then echo $usage exit 1 fi if [ $# -ne 6 ]; then echo "Error: Invalid number of arguments." echo $usage exit 1 fi echo -e echo "---Checking Files---" while getopts ":i:t:o:" option; do case $option in i) inputFile1="$OPTARG" if [ ! -f $inputFile1 ]; then echo "Unable to find or open file: $inputFile1" exit 1 fi echo "Reading...$inputFile1" ;; t) inputFile2="$OPTARG" if [ ! -f $inputFile2 ]; then echo "Unable to find or open file: $inputFile2" exit 1 fi echo "Reading...$inputFile2" ;; o) outputFile="$OPTARG" echo "Writing...$outputFile" ;; [?]) echo $usage >&2 exit 1 ;; esac done shift $(($OPTIND-1)) #First read the files and cut each line into an array echo -e echo "---Reading Files---" while read LINE do a1[$index1]="$LINE" index1=$(($index1+1)) countA1=$(($countA1+1)) done < $inputFile1 echo "Read $countA1 lines in $inputFile1" while read LINE do a2[$index2]="$LINE" index2=$(($index2+1)) countA2=$(($countA2+1)) done < $inputFile2 echo "Read $countA2 lines in $inputFile2" #Then cut each item out of the array and store it into separate variables echo -e echo "Searching for Matches..." for (( j=0; j<${#a2[@]}; j++ )) do hash2=$(echo ${a2[$j]} | cut -d: -f1) pword=$(echo ${a2[$j]} | cut -d: -f2) for (( i=0; i<${#a1[@]}; i++ )) do us=$(echo ${a1[$i]} | cut -d: -f1) hash1=$(echo ${a1[$i]} | cut -d: -f2) if [ "$hash2" = "$hash1" ]; then matchCount=$(($matchCount+1)) o["$us"]=$pword echo -e "Match Found[$matchCount]: \t Username:$us \t Password:$pword" break fi done done echo -e "Matches Found: $matchCount\n" >> $outputFile for k in ${!o[@]} do echo -e "Username: $k \t Password: ${o[$k]}" >> $outputFile done echo -e "\nWrote $matchCount lines to $outputFile" unset o </code></pre>
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1. POImplement a Data Structure to Compare NTLM Hashfiles
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1. POImplement a Data Structure to Compare NTLM Hashfiles
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