/
chomp-scan.sh
executable file
·2705 lines (2469 loc) · 105 KB
/
chomp-scan.sh
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#!/usr/bin/env bash
# Colors
NC='\033[0m';
RED='\033[0;31m';
GREEN='\033[0;32m';
BLUE='\033[0;34m';
ORANGE='\033[0;33m';
# Wordlists
SHORT=wordlists/subdomains-top1mil-20000.txt;
LONG=wordlists/sortedcombined-knock-dnsrecon-fierce-reconng.txt;
HUGE=wordlists/huge-200k.txt;
SMALL=wordlists/big.txt;
MEDIUM=wordlists/raft-large-combined.txt;
LARGE=wordlists/seclists-combined.txt;
XL=wordlists/haddix_content_discovery_all.txt;
XXL=wordlists/haddix-seclists-combined.txt;
# User-defined CLI argument variables
DOMAIN="";
SUBDOMAIN_WORDLIST="";
SUBDOMAIN_BRUTE=1; # Constant
CONTENT_WORDLIST="";
CONTENT_DISCOVERY=0;
SCREENSHOTS=0;
INFO_GATHERING=0;
PORTSCANNING=0;
HTTP="https"
WORKING_DIR="";
BLACKLIST=blacklist.txt;
INTERACTIVE=0;
USE_ALL=0;
USE_DISCOVERED=0;
DEFAULT_MODE=0;
INTERESTING=interesting.txt;
SKIP_MASSCAN=0;
NOTICA="";
CONFIG_FILE="";
TOOL_PATH="$HOME/bounty/tools";
TOOL_PATH_SET=0;
# Config file variables
ENABLE_DNSCAN=0;
ENABLE_SUBFINDER=0;
ENABLE_SUBLIST3R=0;
ENABLE_AMASS=0;
ENABLE_GOALTDNS=0;
ENABLE_MASSDNS=1; # Constant
ENABLE_INCEPTION=0;
ENABLE_WAYBACKURLS=0;
ENABLE_FFUF=0;
ENABLE_GOBUSTER=0;
ENABLE_DIRSEARCH=0;
ENABLE_SUBJACK=0;
ENABLE_CORSTEST=0;
ENABLE_S3SCANNER=0;
ENABLE_BFAC=0;
ENABLE_WHATWEB=0;
ENABLE_WAFW00F=0;
ENABLE_NIKTO=0;
ENABLE_MASSCAN=0;
ENABLE_NMAP=0;
ENABLE_SCREENSHOTS=0;
ENABLE_RESCOPE=0;
ENABLE_KNOCK=0;
# Other variables
ALL_IP=all_discovered_ips.txt;
ALL_DOMAIN=all_discovered_domains.txt;
ALL_RESOLVED=all_resolved_domains.txt;
function set_tool_paths() {
# If tool paths have not been set, set them
if [[ "$TOOL_PATH_SET" -eq 0 ]]; then
TOOL_PATH_SET=1;
SUBFINDER=$(command -v subfinder);
SUBJACK=$(command -v subjack);
FFUF=$(command -v ffuf);
WHATWEB=$(command -v whatweb);
WAFW00F=$(command -v wafw00f);
GOBUSTER=$(command -v gobuster);
CHROMIUM=$(command -v chromium);
NMAP=$(command -v nmap);
MASSCAN=$(command -v masscan);
NIKTO=$(command -v nikto);
INCEPTION=$(command -v inception);
WAYBACKURLS=$(command -v waybackurls);
GOALTDNS=$(command -v goaltdns);
RESCOPE=$(command -v rescope);
KNOCK=$(command -v knockpy);
SUBLIST3R=$TOOL_PATH/Sublist3r/sublist3r.py;
DNSCAN=$TOOL_PATH/dnscan/dnscan.py;
MASSDNS_BIN=$TOOL_PATH/massdns/bin/massdns;
MASSDNS_RESOLVERS=resolvers.txt;
AQUATONE=$TOOL_PATH/aquatone/aquatone;
BFAC=$TOOL_PATH/bfac/bfac;
DIRSEARCH=$TOOL_PATH/dirsearch/dirsearch.py;
SNALLY=$TOOL_PATH/snallygaster/snallygaster;
CORSTEST=$TOOL_PATH/CORStest/corstest.py;
S3SCANNER=$TOOL_PATH/S3Scanner/s3scanner.py;
AMASS=$TOOL_PATH/amass/amass;
else
return;
fi
}
function banner() {
BANNER='
*****************************************************************************************************
* ______ __ ______ *
* / \/ | / \ *
* /$$$$$$ $$ |____ ______ _____ ____ ______ /$$$$$$ | _______ ______ _______ *
* $$ | $$/$$ \ / \/ \/ \ / \ $$ \__$$/ / |/ \/ \ *
* $$ | $$$$$$$ /$$$$$$ $$$$$$ $$$$ /$$$$$$ | $$ \/$$$$$$$/ $$$$$$ $$$$$$$ | *
* $$ | __$$ | $$ $$ | $$ $$ | $$ | $$ $$ | $$ | $$$$$$ $$ | / $$ $$ | $$ | *
* $$ \__/ $$ | $$ $$ \__$$ $$ | $$ | $$ $$ |__$$ | / \__$$ $$ \_____/$$$$$$$ $$ | $$ | *
* $$ $$/$$ | $$ $$ $$/$$ | $$ | $$ $$ $$/ $$ $$/$$ $$ $$ $$ | $$ | *
* $$$$$$/ $$/ $$/ $$$$$$/ $$/ $$/ $$/$$$$$$$/ $$$$$$/ $$$$$$$/ $$$$$$$/$$/ $$/ *
* $$ | *
* $$ | *
* $$/ *
* *
*****************************************************************************************************
By SolomonSklash - github.com/SolomonSklash/chomp-scan - solomonsklash@0xfeed.io
';
echo -e "$BLUE""$BANNER";
}
function usage() {
banner;
echo -e "$GREEN""chomp-scan.sh -u example.com -a d short -cC large -p -o path/to/directory\\n""$NC";
echo -e "$GREEN""Usage of Chomp Scan:""$NC";
echo -e "$BLUE""\\t-u domain \\n\\t\\t$ORANGE (required) Domain name to scan. This should not include a scheme, e.g. https:// or http://.""$NC";
echo -e "$BLUE""\\t-L config-file \\n\\t\\t$ORANGE (optional) The path to a config file. This can be used to provide more granular control over what tools are run.""$NC";
echo -e "$BLUE""\\t-d wordlist\\n\\t\\t$ORANGE (optional) The wordlist to use for subdomain enumeration. Three built-in lists, short, long, and huge can be used, as well as the path to a custom wordlist. The default is short.""$NC";
echo -e "$BLUE""\\t-c \\n\\t\\t$ORANGE (optional) Enable content discovery phase. The wordlist for this option defaults to short if not provided.""$NC";
echo -e "$BLUE""\\t-C wordlist \\n\\t\\t$ORANGE (optional) The wordlist to use for content discovery. Five built-in lists, small, medium, large, xl, and xxl can be used, as well as the path to a custom wordlist. The default is small.""$NC";
echo -e "$BLUE""\\t-P file-path \\n\\t\\t$ORANGE (optional) Set a custom directory for the location of tools. The path must exist and the directory must contain all needed tools.""$NC";
echo -e "$BLUE""\\t-s \\n\\t\\t$ORANGE (optional) Enable screenshots using Aquatone.""$NC";
echo -e "$BLUE""\\t-i \\n\\t\\t$ORANGE (optional) Enable information gathering phase, using subjack, CORStest, S3Scanner, bfac, whatweb, wafw00f, and nikto.""$NC";
echo -e "$BLUE""\\t-p \\n\\t\\t$ORANGE (optional) Enable portscanning phase, using masscan (run as root) and nmap.""$NC";
echo -e "$BLUE""\\t-I \\n\\t\\t$ORANGE (optional) Enable interactive mode. This allows you to select certain tool options and inputs interactively. This cannot be run with -D.""$NC";
echo -e "$BLUE""\\t-D \\n\\t\\t$ORANGE (optional) Enable default non-interactive mode. This mode uses pre-selected defaults and requires no user interaction or options. This cannot be run with -I.""$NC";
echo -e "\\t\\t\\t$ORANGE Options: Subdomain enumeration wordlist: short.""$NC";
echo -e "\\t\\t\\t$ORANGE Content discovery wordlist: small.""$NC";
echo -e "\\t\\t\\t$ORANGE Aquatone screenshots: yes.""$NC";
echo -e "\\t\\t\\t$ORANGE Portscanning: yes.""$NC";
echo -e "\\t\\t\\t$ORANGE Information gathering: yes.""$NC";
echo -e "\\t\\t\\t$ORANGE Domains to scan: all unique discovered.""$NC";
echo -e "$BLUE""\\t-b wordlist \\n\\t\\t$ORANGE (optional) Set custom domain blacklist file.""$NC";
echo -e "$BLUE""\\t-X wordlist \\n\\t\\t$ORANGE (optional) Set custom interesting word list.""$NC";
echo -e "$BLUE""\\t-o directory \\n\\t\\t$ORANGE (optional) Set custom output directory. It must exist and be writable.""$NC";
echo -e "$BLUE""\\t-n string \\n\\t\\t$ORANGE (optional) Notica URL parameter for notification when the script has completed. See notica.us for details.""$NC";
echo -e "$BLUE""\\t-a \\n\\t\\t$ORANGE (optional) Use all unique discovered domains for scans, rather than interesting domains. This cannot be used with -A.""$NC";
echo -e "$BLUE""\\t-A \\n\\t\\t$ORANGE (optional, default) Use only interesting discovered domains for scans, rather than all discovered domains. This cannot be used with -a.""$NC";
echo -e "$BLUE""\\t-H \\n\\t\\t$ORANGE (optional) Use HTTP for connecting to sites instead of HTTPS.""$NC";
echo -e "$BLUE""\\t-r \\n\\t\\t$ORANGE (optional) Enable creation of Burp scope JSON file with rescope.""$NC";
echo -e "$BLUE""\\t-h \\n\\t\\t$ORANGE (optional) Display this help page.""$NC";
}
# Check that a file path exists and is not empty
function exists() {
if [[ -e "$1" ]]; then
if [[ -s "$1" ]]; then
return 1;
else
return 0;
fi
else
return 0;
fi
}
# Check for root for runs using masscan
function check_root() {
if [[ $EUID -ne 0 ]]; then
while true; do
echo -e "$ORANGE""[!] Please note: Script is not being run as root."
echo -e "$ORANGE""[!] Provided script options include masscan, which must run as root."
echo -e "$ORANGE""[!] The script will hang while waiting for the sudo password."
echo -e "$ORANGE""[!] If you are using Notica notifications, you will be notified when the sudo password is needed."
read -rp "Do you want to exit and [R]e-run as root, [S]kip masscan, or [E]nter sudo password? " CHOICE;
case $CHOICE in
[rR]* )
echo -e "$RED""[!] Exiting script.""$NC";
exit 1;
;;
[sS]* )
echo -e "$ORANGE""Skipping masscan.""$NC";
SKIP_MASSCAN=1;
break;
;;
[eE]* )
echo -e "$ORANGE""Script will wait for sudo password.""$NC";
break;
;;
* )
echo -e "$ORANGE""Please enter [R]e-run, [S]kip masscan, or [E]nter sudo password.""$NC";
;;
esac
done
fi
}
# Parse configuration file
function parse_config() {
# Parse [general]
DOMAIN=$(grep '^DOMAIN' "$CONFIG_FILE" | cut -d '=' -f 2);
if [[ "$DOMAIN" == "" ]]; then
echo -e "$RED""[!] No domain was provided in the configuration file.""$NC";
exit 1;
fi
if [[ $(grep '^ENABLE_HTTP' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then
HTTP="http";
fi
OUTPUT_DIR=$(grep '^OUTPUT_DIR' "$CONFIG_FILE" | cut -d '=' -f 2);
if [[ "$OUTPUT_DIR" != "" ]]; then
if [[ -w "$OUTPUT_DIR" ]]; then
WORKING_DIR="$OUTPUT_DIR";
else
echo -e "$RED""[!] Output directory $OUTPUT_DIR does not exist or is not writable. Please check the configuration file.""$NC";
exit 1;
fi
fi
if [[ $(grep '^USE_ALL' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then
USE_ALL=1;
fi
if [[ $(grep '^NOTICA' "$CONFIG_FILE" | cut -d '=' -f 2) != "" ]]; then
NOTICA=$(grep '^NOTICA' "$CONFIG_FILE" | cut -d '=' -f 2)
fi
BLACKLIST_FILE=$(grep '^BLACKLIST' "$CONFIG_FILE" | cut -d '=' -f 2);
if [[ "$BLACKLIST_FILE" != "" ]]; then
if [[ -w "$BLACKLIST_FILE" ]]; then
BLACKLIST="$BLACKLIST_FILE";
else
echo -e "$RED""[!] Blacklist file $BLACKLIST_FILE does not exist or is not writable. Please check the configuration file.""$NC";
exit 1;
fi
fi
INTERESTING_FILE=$(grep '^INTERESTING' "$CONFIG_FILE" | cut -d '=' -f 2);
if [[ "$INTERESTING_FILE" != "" ]]; then
if [[ -w "$INTERESTING_FILE" ]]; then
INTERESTING="$INTERESTING_FILE";
else
echo -e "$RED""[!] Interesting file $INTERESTING_FILE does not exist or is not writable. Please check the configuration file.""$NC";
exit 1;
fi
fi
CONFIG_TOOL_PATH=$(grep '^TOOL_PATH' "$CONFIG_FILE" | cut -d '=' -f 2);
if [[ "$CONFIG_TOOL_PATH" != "" ]]; then
if [[ -w "$CONFIG_TOOL_PATH" ]]; then
TOOL_PATH="$CONFIG_TOOL_PATH";
set_tool_paths;
else
echo -e "$RED""[!] Custom tool path $CONFIG_TOOL_PATH does not exist or is not writable. Please check the configuration file.""$NC";
exit 1;
fi
fi
if [[ $(grep '^ENABLE_RESCOPE' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then
ENABLE_RESCOPE=1;
fi
# Parse [subdomain enumeration]
if [[ $(grep '^ENABLE_DNSCAN' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then
ENABLE_DNSCAN=1;
fi
if [[ $(grep '^ENABLE_SUBFINDER' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then
ENABLE_SUBFINDER=1;
fi
if [[ $(grep '^ENABLE_SUBLIST3R' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then
ENABLE_SUBLIST3R=1;
fi
if [[ $(grep '^ENABLE_KNOCK' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then
ENABLE_KNOCK=1;
fi
if [[ $(grep '^ENABLE_GOALTDNS' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then
ENABLE_GOALTDNS=1;
fi
if [[ $(grep '^ENABLE_AMASS' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then
ENABLE_AMASS=1;
fi
SUB_WORDLIST=$(grep '^SUBDOMAIN_WORDLIST' "$CONFIG_FILE" | cut -d '=' -f 2);
# Set to one of the defaults, else use provided wordlist
case "$SUB_WORDLIST" in
SHORT )
SUBDOMAIN_WORDLIST="$SHORT";
;;
LONG )
SUBDOMAIN_WORDLIST="$LONG";
;;
HUGE )
SUBDOMAIN_WORDLIST="$HUGE";
;;
esac
if [[ "$SUBDOMAIN_WORDLIST" == "" ]]; then
if [[ "$SUB_WORDLIST" != "" ]]; then
if [[ -w "$SUB_WORDLIST" ]]; then
SUBDOMAIN_WORDLIST="$SUB_WORDLIST";
else
echo -e "$RED""[!] Subdomain enumeration wordlist $SUB_WORDLIST does not exist or is not writable. Please check the configuration file.""$NC";
exit 1;
fi
fi
fi
# Check that at least one subdomain enumeration tool is enabled
if [[ "$ENABLE_DNSCAN" -eq 0 ]] && [[ "$ENABLE_SUBFINDER" -eq 0 ]] && [[ "$ENABLE_SUBLIST3R" -eq 0 ]] && [[ "$ENABLE_KNOCK" -eq 0 ]] && [[ "ENABLE_AMASS" -eq 0 ]]; then
echo -e "$RED""[!] At least one subdomain enumeration tool must be enabled. Please check the configuration file.""$NC";
exit 1;
fi
# Parse [content discovery]
if [[ $(grep '^ENABLE_INCEPTION' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then
ENABLE_INCEPTION=1;
fi
if [[ $(grep '^ENABLE_WAYBACKURLS' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then
ENABLE_WAYBACKURLS=1;
fi
if [[ $(grep '^ENABLE_FFUF' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then
ENABLE_FFUF=1;
fi
if [[ $(grep '^ENABLE_GOBUSTER' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then
ENABLE_GOBUSTER=1;
fi
if [[ $(grep '^ENABLE_DIRSEARCH' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then
ENABLE_DIRSEARCH=1;
fi
CON_WORDLIST=$(grep '^CONTENT_WORDLIST' "$CONFIG_FILE" | cut -d '=' -f 2);
# Set to one of the defaults, else use provided wordlist
case "$CON_WORDLIST" in
SMALL )
CONTENT_WORDLIST="$SMALL";
;;
MEDIUM )
CONTENT_WORDLIST="$MEDIUM";
;;
LARGE )
CONTENT_WORDLIST="$LARGE";
;;
XL )
CONTENT_WORDLIST="$XL";
;;
XXL )
CONTENT_WORDLIST="$XXL";
;;
esac
if [[ "$CONTENT_WORDLIST" == "" ]]; then
if [[ "$CON_WORDLIST" != "" ]]; then
if [[ -w "$CON_WORDLIST" ]]; then
CONTENT_WORDLIST="$CON_WORDLIST";
else
echo -e "$RED""[!] Content discovery wordlist $CON_WORDLIST does not exist or is not writable. Please check the configuration file.""$NC";
exit 1;
fi
fi
fi
# Parse [information gathering]
if [[ $(grep '^ENABLE_SUBJACK' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then
ENABLE_SUBJACK=1;
fi
if [[ $(grep '^ENABLE_CORSTEST' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then
ENABLE_CORSTEST=1;
fi
if [[ $(grep '^ENABLE_S3SCANNER' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then
ENABLE_S3SCANNER=1;
fi
if [[ $(grep '^ENABLE_BFAC' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then
ENABLE_BFAC=1;
fi
if [[ $(grep '^ENABLE_WHATWEB' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then
ENABLE_WHATWEB=1;
fi
if [[ $(grep '^ENABLE_WAFW00F' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then
ENABLE_WAFW00F=1;
fi
if [[ $(grep '^ENABLE_NIKTO' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then
ENABLE_NIKTO=1;
fi
# Parse [port scanning]
if [[ $(grep '^ENABLE_MASSCAN' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then
check_root
ENABLE_MASSCAN=1;
fi
if [[ $(grep '^ENABLE_NMAP' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then
ENABLE_NMAP=1;
fi
# Parse [screenshots]
if [[ $(grep '^ENABLE_SCREENSHOTS' "$CONFIG_FILE" | cut -d '=' -f 2) == "YES" ]]; then
ENABLE_SCREENSHOTS=1;
fi
}
# Handle CLI arguments
while getopts ":hu:d:L:C:sicb:IaADX:po:Hn:P:r" opt; do
case ${opt} in
h ) # -h help
usage;
exit;
;;
u ) # -u URL/domain
DOMAIN=$OPTARG;
;;
L ) # -L configuration file
exists "$OPTARG";
RESULT=$?;
if [[ "$RESULT" -eq 1 ]]; then
CONFIG_FILE="$OPTARG";
parse_config;
else
echo -e "$RED""[!] Provided configuration file $OPTARG is empty or doesn't exist.""$NC";
usage;
exit 1;
fi
# Exit early if config file is found
break;
;;
d ) # -d subdomain enumeration wordlist
# Set to one of the defaults, else use provided wordlist
case "$OPTARG" in
short )
SUBDOMAIN_WORDLIST="$SHORT";
;;
long )
SUBDOMAIN_WORDLIST="$LONG";
;;
huge )
SUBDOMAIN_WORDLIST="$HUGE";
;;
esac
if [[ "$SUBDOMAIN_WORDLIST" == "" ]]; then
exists "$OPTARG";
RESULT=$?;
if [[ "$RESULT" -eq 1 ]]; then
SUBDOMAIN_WORDLIST="$OPTARG";
else
echo -e "$RED""[!] Provided subdomain enumeration wordlist $OPTARG is empty or doesn't exist.""$NC";
usage;
exit 1;
fi
fi
;;
C ) # -C content discovery wordlist
# Set to one of the defaults, else use provided wordlist
case "$OPTARG" in
small )
CONTENT_WORDLIST="$SMALL";
;;
medium )
CONTENT_WORDLIST="$MEDIUM";
;;
large )
CONTENT_WORDLIST="$LARGE";
;;
xl )
CONTENT_WORDLIST="$XL";
;;
xxl )
CONTENT_WORDLIST="$XXL";
;;
esac
if [[ "$CONTENT_WORDLIST" == "" ]]; then
exists "$OPTARG";
RESULT=$?;
if [[ "$RESULT" -eq 1 ]]; then
CONTENT_WORDLIST="$OPTARG";
else
echo -e "$RED""[!] Provided content discovery wordlist $OPTARG is empty or doesn't exist.""$NC";
usage;
exit 1;
fi
fi
;;
c ) # -c enable content discovery
CONTENT_DISCOVERY=1;
;;
s ) # -s enable screenshots
SCREENSHOTS=1;
;;
i ) # -i enable information gathering
INFO_GATHERING=1;
;;
b ) # -b domain blacklist file
exists "$OPTARG";
RESULT=$?;
if [[ "$RESULT" -eq 1 ]]; then
BLACKLIST="$OPTARG";
else
echo -e "$RED""[!] Provided blacklist $OPTARG is empty or doesn't exist.""$NC";
usage;
exit 1;
fi
;;
I ) # -I enable interactive mode
INTERACTIVE=1;
;;
a ) # -a use all discovered domains
echo "Use all discovered domains."
# Check that USE_DISCOVERED is not set
if [[ "$USE_DISCOVERED" != 1 ]]; then
USE_ALL=1;
else
echo -e "$RED""[!] Using -A interesting domains is mutually exclusive to using -a all domains.""$NC";
usage;
exit 1;
fi
;;
A ) # -A use only interesting discovered domains
# Check that USE_DISCOVERED is not set
if [[ "$USE_ALL" != 1 ]]; then
USE_DISCOVERED=1;
else
echo -e "$RED""[!] Using -a all domains is mutually exclusive to using -A interesting domains.""$NC";
usage;
exit 1;
fi
echo "Use only interesting discovered domains."
;;
D ) # -D enable default non-interactive mode
DEFAULT_MODE=1;
;;
X ) # -X interesting word list file
exists "$OPTARG";
RESULT=$?;
if [[ "$RESULT" -eq 1 ]]; then
INTERESTING="$OPTARG";
else
echo -e "$RED""[!] Provided interesting words file $OPTARG is empty or doesn't exist.""$NC";
usage;
exit 1;
fi
;;
p ) # -p enable port scanning
PORTSCANNING=1;
;;
P ) # -P custom tool path
exists "$OPTARG";
RESULT=$?;
if [[ "$RESULT" -eq 1 ]]; then
TOOL_PATH="$OPTARG";
set_tool_paths;
else
echo -e "$RED""[!] Provided tool path $OPTARG is empty or doesn't exist.""$NC";
usage;
exit 1;
fi
;;
o ) # -o output directory
if [[ -w "$OPTARG" ]]; then
WORKING_DIR="$OPTARG";
else
echo -e "$RED""[!] Provided output directory $OPTARG is not writable or doesn't exist.""$NC";
usage;
exit 1;
fi
;;
H ) # -H enable HTTP for URLs
HTTP="http";
;;
n ) # -n Notica URL parameter
NOTICA="$OPTARG";
;;
r ) # -r run rescope
ENABLE_RESCOPE=1;
;;
\? ) # Invalid option
echo -e "$RED""[!] Invalid Option: -$OPTARG" 1>&2;
usage;
exit 1;
;;
: ) # Invalid option
echo -e "$RED""[!] Invalid Option: -$OPTARG requires an argument" 1>&2;
usage;
exit 1;
;;
* ) # Invalid option
echo -e "$RED""[!] Invalid Option: -$OPTARG" 1>&2;
usage;
exit 1;
;;
esac
done
shift $((OPTIND -1));
function check_paths() {
# Check if paths haven't been set and set them
set_tool_paths;
# Check for Debian/Ubuntu and set proper paths
grep 'Ubuntu' /etc/issue 1>/dev/null;
UBUNTU="$?";
if [[ "$UBUNTU" -eq 0 ]]; then
CHROMIUM=$(command -v chromium-browser);
fi
grep 'Debian' /etc/issue 1>/dev/null;
DEBIAN="$?";
if [[ "$DEBIAN" -eq 0 ]]; then
NIKTO="$HOME/$TOOL_PATH/nikto/program/nikto.pl";
fi
# Check that all paths are set
if [[ "$SUBFINDER" == "" ]] || [[ ! -f "$SUBFINDER" ]]; then
echo -e "$RED""[!] The path or the file specified by the path for subfinder does not exit.";
exit 1;
fi
if [[ "$SUBJACK" == "" ]] || [[ ! -f "$SUBJACK" ]]; then
echo -e "$RED""[!] The path or the file specified by the path for subjack does not exit.";
exit 1;
fi
if [[ "$FFUF" == "" ]] || [[ ! -f "$FFUF" ]]; then
echo -e "$RED""[!] The path or the file specified by the path for ffuf does not exit.";
exit 1;
fi
if [[ "$WHATWEB" == "" ]] || [[ ! -f "$WHATWEB" ]]; then
echo -e "$RED""[!] The path or the file specified by the path for whatweb does not exit.";
exit 1;
fi
if [[ "$WAFW00F" == "" ]] || [[ ! -f "$WAFW00F" ]]; then
echo -e "$RED""[!] The path or the file specified by the path for wafw00f does not exit.";
exit 1;
fi
if [[ "$GOBUSTER" == "" ]] || [[ ! -f "$GOBUSTER" ]]; then
echo -e "$RED""[!] The path or the file specified by the path for gobuster does not exit.";
exit 1;
fi
if [[ "$CHROMIUM" == "" ]] || [[ ! -f "$CHROMIUM" ]]; then
echo -e "$RED""[!] The path or the file specified by the path for chromium does not exit.";
exit 1;
fi
if [[ "$NMAP" == "" ]] || [[ ! -f "$NMAP" ]]; then
echo -e "$RED""[!] The path or the file specified by the path for nmap does not exit.";
exit 1;
fi
if [[ "$MASSCAN" == "" ]] || [[ ! -f "$MASSCAN" ]]; then
echo -e "$RED""[!] The path or the file specified by the path for masscan does not exit.";
exit 1;
fi
if [[ "$INCEPTION" == "" ]] || [[ ! -f "$INCEPTION" ]]; then
echo -e "$RED""[!] The path or the file specified by the path for inception does not exit.";
exit 1;
fi
if [[ "$WAYBACKURLS" == "" ]] || [[ ! -f "$WAYBACKURLS" ]]; then
echo -e "$RED""[!] The path or the file specified by the path for waybackurls does not exit.";
exit 1;
fi
if [[ "$GOALTDNS" == "" ]] || [[ ! -f "$GOALTDNS" ]]; then
echo -e "$RED""[!] The path or the file specified by the path for goaltdns does not exit.";
exit 1;
fi
if [[ "$SUBLIST3R" == "" ]] || [[ ! -f "$SUBLIST3R" ]]; then
grep 'Kali' /etc/issue 1>/dev/null;
KALI=$?;
if [[ "$KALI" -eq 0 ]]; then
SUBLIST3R=$(command -v sublist3r);
else
echo -e "$RED""[!] The path or the file specified by the path for sublist3r does not exit.";
exit 1;
fi
fi
if [[ "$DNSCAN" == "" ]] || [[ ! -f "$DNSCAN" ]]; then
echo -e "$RED""[!] The path or the file specified by the path for dnscan does not exit.";
exit 1;
fi
if [[ "$MASSDNS_BIN" == "" ]] || [[ ! -f "$MASSDNS_BIN" ]]; then
echo -e "$RED""[!] The path or the file specified by the path for the massdns binary does not exit.";
exit 1;
fi
if [[ "$MASSDNS_RESOLVERS" == "" ]] || [[ ! -f "$MASSDNS_RESOLVERS" ]]; then
echo -e "$RED""[!] The path or the file specified by the path for massdns resolver file does not exit.";
exit 1;
fi
if [[ "$AQUATONE" == "" ]] || [[ ! -f "$AQUATONE" ]]; then
echo -e "$RED""[!] The path or the file specified by the path for aquatone does not exit.";
exit 1;
fi
if [[ "$BFAC" == "" ]] || [[ ! -f "$BFAC" ]]; then
echo -e "$RED""[!] The path or the file specified by the path for bfac does not exit.";
exit 1;
fi
if [[ "$DIRSEARCH" == "" ]] || [[ ! -f "$DIRSEARCH" ]]; then
echo -e "$RED""[!] The path or the file specified by the path for dirsearch does not exit.";
exit 1;
fi
if [[ "$CORSTEST" == "" ]] || [[ ! -f "$CORSTEST" ]]; then
echo -e "$RED""[!] The path or the file specified by the path for CORStest does not exit.";
exit 1;
fi
if [[ "$S3SCANNER" == "" ]] || [[ ! -f "$S3SCANNER" ]]; then
echo -e "$RED""[!] The path or the file specified by the path for S3Scanner does not exit.";
exit 1;
fi
if [[ "$AMASS" == "" ]] || [[ ! -f "$AMASS" ]]; then
echo -e "$RED""[!] The path or the file specified by the path for amass does not exit.";
exit 1;
fi
if [[ "$RESCOPE" == "" ]] || [[ ! -f "$RESCOPE" ]]; then
echo -e "$RED""[!] The path or the file specified by the path for rescope does not exit.";
exit 1;
fi
if [[ "$KNOCK" == "" ]] || [[ ! -f "$KNOCK" ]]; then
echo -e "$RED""[!] The path or the file specified by the path for knockpy does not exit.";
exit 1;
fi
}
function unique() {
# Remove blacklisted domains from all discovered domains
if [[ ! -z $BLACKLIST ]]; then
while read -r bad; do
grep -v "$bad" "$WORKING_DIR"/$ALL_DOMAIN > "$WORKING_DIR"/temp;
mv "$WORKING_DIR"/temp "$WORKING_DIR"/$ALL_DOMAIN;
done < "$BLACKLIST";
fi
# Remove blacklisted domains from all resolved domains
if [[ ! -z $BLACKLIST ]]; then
while read -r bad; do
grep -v "$bad" "$WORKING_DIR"/$ALL_RESOLVED > "$WORKING_DIR"/temp1;
mv "$WORKING_DIR"/temp1 "$WORKING_DIR"/$ALL_RESOLVED;
done < "$BLACKLIST";
fi
# Get unique list of IPs and domains, ignoring case
sort "$WORKING_DIR"/$ALL_DOMAIN | uniq -i > "$WORKING_DIR"/temp2;
mv "$WORKING_DIR"/temp2 "$WORKING_DIR"/$ALL_DOMAIN;
sort -V "$WORKING_DIR"/$ALL_IP | uniq -i > "$WORKING_DIR"/temp2;
mv "$WORKING_DIR"/temp2 "$WORKING_DIR"/$ALL_IP;
sort "$WORKING_DIR"/$ALL_RESOLVED | uniq -i > "$WORKING_DIR"/temp3;
mv "$WORKING_DIR"/temp3 "$WORKING_DIR"/$ALL_RESOLVED;
}
function list_found() {
unique;
echo -e "$GREEN""[+] Found $(wc -l "$WORKING_DIR"/$ALL_IP | awk '{print $1}') unique IPs so far.""$NC"
echo -e "$GREEN""[+] Found $(wc -l "$WORKING_DIR"/$ALL_DOMAIN | awk '{print $1}') unique discovered domains so far.""$NC"
echo -e "$GREEN""[+] Found $(wc -l "$WORKING_DIR"/$ALL_RESOLVED | awk '{print $1}') unique resolvable domains so far.""$NC"
}
function get_interesting() {
# Takes optional silent argument as $1
while read -r word; do
grep "$word" "$WORKING_DIR"/$ALL_RESOLVED >> "$WORKING_DIR"/"$INTERESTING_DOMAINS";
done < "$INTERESTING";
# Make sure no there are duplicates
sort -u "$WORKING_DIR"/"$INTERESTING_DOMAINS" > "$WORKING_DIR"/temp4;
mv "$WORKING_DIR"/temp4 "$WORKING_DIR"/"$INTERESTING_DOMAINS";
if [[ "$1" == "silent" ]]; then
return;
else
# Make sure > 0 domains are found
FOUND=$(wc -l "$WORKING_DIR"/"$INTERESTING_DOMAINS" | awk '{print $1}');
if [[ $FOUND -gt 0 ]]; then
echo -e "$RED""[!] The following $(wc -l "$WORKING_DIR"/"$INTERESTING_DOMAINS" | awk '{print $1}') potentially interesting subdomains have been found ($WORKING_DIR/$INTERESTING_DOMAINS):""$ORANGE";
cat "$WORKING_DIR"/"$INTERESTING_DOMAINS";
sleep 1;
else
echo -e "$RED""[!] No interesting domains have been found yet.""$NC";
sleep 1;
fi
fi
}
function cancel() {
echo -e "$RED""\\n[!] Cancelling command.""$NC";
}
function run_dnscan() {
# Call with domain as $1 and wordlist as $2
# Trap SIGINT so broken dnscan runs can be cancelled
trap cancel SIGINT;
echo -e "$GREEN""[i]$BLUE Scanning $1 with dnscan.""$NC";
echo -e "$GREEN""[i]$ORANGE Command: $DNSCAN -d $1 -t 25 -o $WORKING_DIR/dnscan_out.txt -w $2.""$NC";
START=$(date +%s);
$DNSCAN -d "$1" -t 25 -o "$WORKING_DIR"/dnscan_out.txt -w "$2";
END=$(date +%s);
DIFF=$(( END - START ));
# Remove headers and leading spaces
sed '1,/A records/d' "$WORKING_DIR"/dnscan_out.txt | tr -d ' ' > "$WORKING_DIR"/trimmed;
cut "$WORKING_DIR"/trimmed -d '-' -f 1 > "$WORKING_DIR"/dnscan-ips.txt;
cut "$WORKING_DIR"/trimmed -d '-' -f 2 > "$WORKING_DIR"/dnscan-domains.txt;
rm "$WORKING_DIR"/trimmed;
# Cat output into main lists
cat "$WORKING_DIR"/dnscan-ips.txt >> "$WORKING_DIR"/$ALL_IP;
cat "$WORKING_DIR"/dnscan-domains.txt >> "$WORKING_DIR"/"$ALL_DOMAIN";
echo -e "$GREEN""[i]$BLUE dnsscan took $DIFF seconds to run.""$NC";
echo -e "$GREEN""[!]$ORANGE dnscan found $(wc -l "$WORKING_DIR"/dnscan-ips.txt | awk '{print $1}') IP/domain pairs.""$NC";
list_found;
sleep 1;
# Check if Ctrl+C was pressed and added to domain and IP files
grep -v 'KeyboardInterrupt' "$WORKING_DIR"/"$ALL_DOMAIN" > "$WORKING_DIR"/tmp;
mv "$WORKING_DIR"/tmp "$WORKING_DIR"/"$ALL_DOMAIN";
grep -v 'KeyboardInterrupt' "$WORKING_DIR"/"$ALL_IP" > "$WORKING_DIR"/tmp2;
mv "$WORKING_DIR"/tmp2 "$WORKING_DIR"/"$ALL_IP";
}
function run_subfinder() {
# Call with domain as $1 and wordlist as $2
# Trap SIGINT so broken subfinder runs can be cancelled
trap cancel SIGINT;
# Check for wordlist argument, else run without
echo -e "$GREEN""[i]$BLUE Scanning $1 with subfinder.""$NC";
echo -e "$GREEN""[i]$ORANGE Command: subfinder -d $1 -o $WORKING_DIR/subfinder-domains.txt -t 25 -w $2.""$NC";
START=$(date +%s);
"$SUBFINDER" -d "$1" -o "$WORKING_DIR"/subfinder-domains.txt -t 25 -w "$2";
END=$(date +%s);
DIFF=$(( END - START ));
cat "$WORKING_DIR"/subfinder-domains.txt >> "$WORKING_DIR"/$ALL_DOMAIN;
echo -e "$GREEN""[i]$BLUE Subfinder took $DIFF seconds to run.""$NC";
echo -e "$GREEN""[!]$ORANGE Subfinder found $(wc -l "$WORKING_DIR"/subfinder-domains.txt | awk '{print $1}') domains.""$N";
list_found;
sleep 1;
}
function run_sublist3r() {
# Call with domain as $1, doesn't support wordlists
# Trap SIGINT so broken sublist3r runs can be cancelled
trap cancel SIGINT;
echo -e "$GREEN""[i]$BLUE Scanning $1 with sublist3r.""$NC";
echo -e "$GREEN""[i]$ORANGE Command: $SUBLIST3R -d $1 -v -b -t 50 -o $WORKING_DIR/sublist3r-output.txt.""$NC";
START=$(date +%s);
"$SUBLIST3R" -d "$1" -v -b -t 50 -o "$WORKING_DIR"/sublist3r-output.txt
END=$(date +%s);
DIFF=$(( END - START ));
# Check that output file exists
if [[ -f "$WORKING_DIR"/sublist3r-output.txt ]]; then
# Cat output into main lists
cat "$WORKING_DIR"/sublist3r-output.txt >> "$WORKING_DIR"/$ALL_DOMAIN;
echo -e "$GREEN""[i]$BLUE sublist3r took $DIFF seconds to run.""$NC";
echo -e "$GREEN""[!]$ORANGE sublist3r found $(wc -l "$WORKING_DIR"/sublist3r-output.txt | awk '{print $1}') domains.""$NC";
fi
list_found;
sleep 1;
}
function run_knock() {
# Call with domain as $1 and wordlist as $2
# Trap SIGINT so broken knock runs can be cancelled
trap cancel SIGINT;
echo -e "$GREEN""[i]$BLUE Scanning $1 with knock.""$NC";
echo -e "$GREEN""[i]$ORANGE Command: knockpy $DOMAIN -w $2 -o $WORKING_DIR/knock-output.txt""$NC";
START=$(date +%s);
"$KNOCK" "$1" -w "$2" -o "$WORKING_DIR"/knock-output.txt;
END=$(date +%s);
DIFF=$(( END - START ));
# Parse output and add to all domain and IP lists
awk -F ',' '{print $2" "$3}' "$WORKING_DIR"/knock-output.txt | grep -e "$DOMAIN$" > "$WORKING_DIR"/knock-tmp.txt;
cut -d ' ' -f 1 "$WORKING_DIR"/knock-tmp.txt >> "$WORKING_DIR"/"$ALL_IP";
cut -d ' ' -f 2 "$WORKING_DIR"/knock-tmp.txt >> "$WORKING_DIR"/"$ALL_DOMAIN";
echo -e "$GREEN""[i]$BLUE knock took $DIFF seconds to run.""$NC";
echo -e "$GREEN""[!]$ORANGE knock found $(wc -l "$WORKING_DIR"/knock-tmp.txt | awk '{print $1}') domains.""$NC";
list_found;
sleep 1;
rm "$WORKING_DIR"/knock-tmp.txt;
}
function run_amass() {
# Call with domain as $1 and wordlist as $2
echo -e "$GREEN""[i]$BLUE Scanning $1 with amass.""$NC";
echo -e "$GREEN""[i]$ORANGE Command: amass -d $1 -w $2 -ip -rf resolvers.txt -active -o $WORKING_DIR/amass-output.txt -min-for-recursive 3 -bl $BLACKLIST""$NC";
START=$(date +%s);
"$AMASS" -d "$1" -w "$2" -ip -rf resolvers.txt -active -o "$WORKING_DIR"/amass-output.txt -min-for-recursive 3 -bl "$BLACKLIST";
END=$(date +%s);
DIFF=$(( END - START ));
# Check that output file exists amd parse output
if [[ -f "$WORKING_DIR"/amass-output.txt ]]; then
# Cat output into main lists
cut -d ' ' -f 1 "$WORKING_DIR"/amass-output.txt >> "$WORKING_DIR"/"$ALL_DOMAIN";
cut -d ' ' -f 2 "$WORKING_DIR"/amass-output.txt >> "$WORKING_DIR"/"$ALL_IP";
echo -e "$GREEN""[i]$BLUE amass took $DIFF seconds to run.""$NC";
echo -e "$GREEN""[!]$ORANGE amass found $(wc -l "$WORKING_DIR"/amass-output.txt | awk '{print $1}') domains.""$NC";
fi
list_found;
sleep 1;
}
function run_goaltdns() {
# Run goaltdns with found subdomains combined with altdns-wordlist.txt
echo -e "$GREEN""[i]$BLUE Running goaltdns against all $(wc -l "$WORKING_DIR"/$ALL_DOMAIN | awk '{print $1}') unique discovered subdomains to generate domains for masscan to resolve.""$NC";
echo -e "$GREEN""[i]$ORANGE Command: goaltdns -l $WORKING_DIR/$ALL_DOMAIN -w wordlists/altdns-words.txt -o $WORKING_DIR/goaltdns-output.txt.""$NC";
START=$(date +%s);
"$GOALTDNS" -l "$WORKING_DIR"/$ALL_DOMAIN -w wordlists/altdns-words.txt -o "$WORKING_DIR"/goaltdns-output.txt;
END=$(date +%s);
DIFF=$(( END - START ));
echo -e "$GREEN""[i]$BLUE Goaltdns took $DIFF seconds to run.""$NC";
echo -e "$GREEN""[i]$BLUE Goaltdns generated $(wc -l "$WORKING_DIR"/goaltdns-output.txt | awk '{print $1}') subdomains.""$NC";
sleep 1;
}
function run_massdns() {
# Call with domain as $1, wordlist as $2, and alone as $3
# Check if being called without goaltdns
if [[ "$3" == "alone" ]]; then
# Create wordlist with appended domain for massdns
sed "/.*/ s/$/\.$1/" $2 > "$WORKING_DIR"/massdns-appended.txt;
echo -e "$GREEN""[i]$BLUE Scanning $(cat "$WORKING_DIR"/$ALL_DOMAIN "$WORKING_DIR"/$ALL_IP "$WORKING_DIR"/massdns-appended.txt | sort | uniq | wc -l) current unique $1 domains with massdns (in quiet mode).""$NC";
echo -e "$GREEN""[i]$ORANGE Command: cat (all found domains and IPs) | $MASSDNS_BIN -r $MASSDNS_RESOLVERS -q -t A -o S -w $WORKING_DIR/massdns-result.txt.""$NC";
START=$(date +%s);
cat "$WORKING_DIR"/$ALL_DOMAIN "$WORKING_DIR"/$ALL_IP "$WORKING_DIR"/massdns-appended.txt | sort | uniq | $MASSDNS_BIN -r $MASSDNS_RESOLVERS -q -t A -o S -w "$WORKING_DIR"/massdns-result.txt;
END=$(date +%s);
DIFF=$(( END - START ));
else
# Run goaltdns to get altered domains to resolve along with other discovered domains
run_goaltdns;
# Create wordlist with appended domain for massdns
sed "/.*/ s/$/\.$1/" $2 > "$WORKING_DIR"/massdns-appended.txt;
echo -e "$GREEN""[i]$BLUE Scanning $(cat "$WORKING_DIR"/$ALL_DOMAIN "$WORKING_DIR"/$ALL_IP "$WORKING_DIR"/goaltdns-output.txt "$WORKING_DIR"/massdns-appended.txt | sort | uniq | wc -l) current unique $1 domains and IPs, goaltdns generated domains, and domain-appended wordlist with massdns (in quiet mode).""$NC";
echo -e "$GREEN""[i]$ORANGE Command: cat (all found domains and IPs) | $MASSDNS_BIN -r $MASSDNS_RESOLVERS -q -t A -o S -w $WORKING_DIR/massdns-result.txt.""$NC";
START=$(date +%s);
cat "$WORKING_DIR"/$ALL_DOMAIN "$WORKING_DIR"/$ALL_IP "$WORKING_DIR"/goaltdns-output.txt "$WORKING_DIR"/massdns-appended.txt | sort | uniq | $MASSDNS_BIN -r $MASSDNS_RESOLVERS -q -t A -o S -w "$WORKING_DIR"/massdns-result.txt;
END=$(date +%s);
DIFF=$(( END - START ));
fi
# Parse results
grep CNAME "$WORKING_DIR"/massdns-result.txt > "$WORKING_DIR"/massdns-CNAMEs.txt;
grep -v CNAME "$WORKING_DIR"/massdns-result.txt | cut -d ' ' -f 3 >> "$WORKING_DIR"/$ALL_IP;
# Add any new in-scope CNAMEs to main list
cut -d ' ' -f 3 "$WORKING_DIR"/massdns-CNAMEs.txt | grep "$DOMAIN.$" >> "$WORKING_DIR"/$ALL_DOMAIN;
# Add newly discovered domains to all domains list
grep -v CNAME "$WORKING_DIR"/massdns-result.txt | cut -d ' ' -f 1 >> "$WORKING_DIR"/"$ALL_DOMAIN";
# Remove trailing periods from results
sed -i 's/\.$//' "$WORKING_DIR"/"$ALL_DOMAIN";
# Add all resolved domains to resolved domain list
grep -v CNAME "$WORKING_DIR"/massdns-result.txt | cut -d ' ' -f 1 >> "$WORKING_DIR"/"$ALL_RESOLVED";
# Remove trailing periods from results
sed -i 's/\.$//' "$WORKING_DIR"/"$ALL_RESOLVED";