LuD1161/amass.sh

## amass.sh
#!/bin/bash
domain=$1
resultDir=$2
resultfile=$resultDir/$domain.amass.txt
touch $resultfile

echo "" >> $resultDir/log.txt
echo "AMASS Logs Now" >> $resultDir/log.txt
echo "" >> $resultDir/log.txt

amass enum -active -d $domain | tee -a $resultfile $resultDir/log.txt
touch $resultfile.finished

## aquatone.sh
#!/bin/bash

domain=$1
resultDir=$2
typeOfRecon=$3

echo "" >> $resultDir/log.txt
echo "AQUATONE Logs Now" >> $resultDir/log.txt
echo "" >> $resultDir/log.txt

set +x
cat $resultDir/$domain.amass_subfinder.txt
cat $resultDir/$domain.amass_subfinder.txt | aquatone -scan-timeout 3000 -threads 10 -ports xlarge -chrome-path /usr/bin/chromium -out $resultDir/aquatone | tee -a $resultDir/log.txt
echo "nmap aquatone starting"
cat $resultDir/$domain.final.xml | aquatone -scan-timeout 3000 -nmap -threads 10 -chrome-path /usr/bin/chromium -out $resultDir/aquatone-nmap | tee -a $resultDir/log.txt

touch "$resultDir/$domain.aquatone.finished"

## brutespray.sh
#!/bin/bash

python brutespray.py --file nmap.gnmap -U /usr/share/wordlist/user.txt -P /usr/share/wordlist/pass.txt --threads 5 --hosts 5 | tee -a log.txt

## eyewitness.sh
#!/bin/bash

domain=$1
resultDir=$2

echo "" >> $resultDir/log.txt
echo "EYEWITNESS Logs Now" >> $resultDir/log.txt
echo "" >> $resultDir/log.txt

python ~/tools/EyeWitness/EyeWitness.py --no-prompt --max-retries 3 --jitter 3 --timeout 5 -f $resultDir/$domain.massdns_ip.out.txt --threads 15 --headless -d $resultDir/eyewitness | tee -a $resultDir/log.txt
touch "$2/$domain.eyewitness.finished"

## masscan.sh
#!/bin/bash

ipFile=$1
domain=$2
resultDir=$3

echo "" >> $resultDir/log.txt
echo "MASSCAN Logs Now" >> $resultDir/log.txt
echo "" >> $resultDir/log.txt

echo "" | tee -a $resultDir/log.txt
echo "#####################################" | tee -a $resultDir/log.txt
echo "Testing "$ipFile" of "$domain | tee -a $resultDir/log.txt
echo "#####################################" | tee -a $resultDir/log.txt
echo "" | tee -a $resultDir/log.txt

outputFile=$resultDir/$domain.masscan.txt
finishedFile=$resultDir/$domain.masscan.finished

masscan -iL $ipFile -p1-65535 --rate=10000 -oL $outputFile | tee -a $resultDir/log.txt
sed -i -e "/#/d" -e "/^$/d" $outputFile
cut -d" " -f3,4 $outputFile | awk '{print($2","$1)}' | sort -V > $resultDir/$domain.masscan-sorted.txt
#
# This was used before sed was used ;)
# noOfports=(($(wc -l $outputFile | cut -f1 -d" ")-2))
#
noOfports=$(wc -l $outputFile | cut -f1 -d" ")
echo "Output in "$outputFile" Found : "$noOfports | tee -a $resultDir/log.txt
touch $finishedFile

## masscan_old.sh
#!/bin/bash

domain=$1
resultDir=$2
ip=$3

echo "" >> $resultDir/log.txt
echo "MASSCAN Logs Now" >> $resultDir/log.txt
echo "" >> $resultDir/log.txt

echo "" | tee -a $resultDir/log.txt
echo "#####################################" | tee -a $resultDir/log.txt
echo "Testing "$ip" of "$domain | tee -a $resultDir/log.txt
echo "#####################################" | tee -a $resultDir/log.txt
echo "" | tee -a $resultDir/log.txt

#
# Command should be given like this
# cat ~/tools/results/$domain.out.txt | xargs -L1 masscan/masscan.sh $domain
# Usage: cat ~/tools/results/yahoo-2018.07.07/yahoo.out.txt | xargs -L1 masscan/masscan.sh yahoo.com
#

# Taken from : https://stackoverflow.com/a/13778973
if [[ $ip =~ ^[0-9]+\.[0-9]+\.[0-9]+\.[0-9]+$ ]]; then
	masscan --wait 10 -p1-65535 $ip --max-rate 10000 -oL $resultdir/$ip.scan | tee -a $resultDir/log.txt
else
	strip=$(echo $ip|sed 's/https\?:\/\///')
	host $strip | tee -a $resultDir/log.txt
	masscan --wait 10 -p1-65535 $(dig +short $strip|grep -oE "\b([0-9]{1,3}\.){3}[0-9]{1,3}\b"|head -1) --max-rate 10000 -oL $resultdir/$strip.scan | tee -a $resultDir/log.txt
fi

# masscan manpage , also can be looked online : http://manpages.ubuntu.com/manpages/artful/man8/masscan.8.html
# The program will not exit immediately, but will wait a default of 10  seconds  to  receive
# results from the Internet and save the results before exiting completely. This time can be
# changed with the --wait option.

## massdns.sh
#!/bin/bash

domain=$1
./subbrute.py ./all.txt $domain | massdns -r ../massdns_lists/resolvers.txt -t A -a -o -w $domain_massdns_output.txt -

## massdns_ip.sh
#!/bin/bash

echo "This will work on only those, on which you've run subfinder"
domain=$1
resultDir=$2
resultfile=$resultDir/$domain.massdns_ip
massdns_temp=$resultfile.temp.txt
massdns_ips=$resultfile.ips.txt
massdns_out=$resultfile.out.txt

echo "" >> $resultDir/log.txt
echo "MASSDNS Logs Now" >> $resultDir/log.txt
echo "" >> $resultDir/log.txt

massdns -r ~/tools/wordlists/resolvers.txt -t A -o S -w $massdns_temp $resultDir/$domain.amass_subfinder.txt | tee -a $resultDir/log.txt
cat $massdns_temp | cut -f1 -d" " | sed -e "s/\.$//g" | sort -u >> $massdns_out
cat $massdns_temp | cut -d" " -f3 | grep -oE "\b([0-9]{1,3}\.){3}[0-9]{1,3}\b" >> $massdns_ips
rm $massdns_temp
touch $resultfile.finished

## nmap.sh
#!/bin/bash

# Usage : nmap.sh $nmap_cleaned_file $resultDir example.com basic|advanced
# Run nmap on the found ip and port in sorted file
#
# Output file's layout for nmap script
# 104.16.199.134 8080,8443,8880
# 162.159.0.102 53,80,443,2052
# i.e IP<space>port#1,port#2
#
# This is done so that nmap scans for services only on these specified ip and ports
#
# nmap -Pn -n -v -sV IP PORTS -oA IP.nmap.txt
# Taken from https://security.stackexchange.com/a/189540
#
# After a comparision between -A with -T4 and -A and without -A, came to conclusion that -T4 doesn't add much to the speed
# as --script-timeout option is already set
#
#   without -A and without -T4 |    with only -A      |   both
#         37.34 seconds        |    47.51 seconds     |   48.15 seconds
# The comparitive results is pasted at the bottom in the comments
#

echo "" >> $resultDir/log.txt
echo "NMAP Logs Now" >> $resultDir/log.txt
echo "" >> $resultDir/log.txt

nmap_run()
{
    filePath=$1
    resultDir=$2
    domain=$3
    mkdir $resultDir/nmap
    # nmapXML=$resultDir/$domain.nmap.$4.xml
    # nmapNMAP=$resultDir/$domain.nmap.$4.nmap
    # nmapGNMAP=$resultDir/$domain.nmap.$4.gnmap

    if [ ! -f $filePath ]
    then
        echo "Error: Must supply file"
        exit 1
    fi

    while read -r line
    do
        IP=`echo $line | cut -d" " -f1`
        ports=`echo $line | cut -d" " -f2`
        echo "Scanning $IP : $ports : $4"
        if [ "$4" == "basic" ]; then
            nmap -Pn -n -v -sV --script-timeout 5s --script "default and safe" $IP -p$ports -oA $resultDir/nmap/$IP | tee -a $resultDir/log.txt
        elif [ "$4" == "advanced" ]; then
            nmap -Pn -n -v -sV --script-timeout 10s --script "default and safe" -A $IP -p$ports -oA $resultDir/nmap/$IP | tee -a $resultDir/log.txt
        else
            exit 1
        fi
        # echo "" | tee -a $nmapGNMAP $nmapNMAP $nmapXML
        # cat $resultDir/temp.xml >> $nmapXML         # Correct this, not the correct way to join multiple reports
        # cat $resultDir/temp.nmap >> $nmapNMAP       # Correct this, not the correct way to join multiple reports
        # cat $resultDir/temp.gnmap >> $nmapGNMAP     # Correct this, not the correct way to join multiple reports
    done < $1
    # rm $resultDir/temp*
    python ~/tools/scripts/nmap_merge.py -sources=$resultDir/nmap/ > $resultDir/$domain.final.xml
    finishedFile=$resultDir/$domain.nmap.finished
    touch $finishedFile
}

nmap_run $1 $2 $3 $4

#
#   without -A and without -T4 |    with only -A      |   both
#         37.34 seconds        |    47.51 seconds     |   48.15 seconds
#
# nmap -Pn -n -v -sV --script-timeout 5s --script "default and safe" 52.x.x.209 -p80,443,2000,5060,8008,8010,8020

# Starting Nmap 7.40 ( https://nmap.org ) at 2018-07-19 20:15 IST
# NSE: Loaded 141 scripts for scanning.
# NSE: Script Pre-scanning.
# Initiating NSE at 20:15
# Completed NSE at 20:15, 0.00s elapsed
# Initiating NSE at 20:15
# Completed NSE at 20:15, 0.00s elapsed
# Initiating SYN Stealth Scan at 20:15
# ~~~~~~~~~~~~ SNIP ~~~~~~~~~~~~~~~~~~~~~~~
# Host is up (0.076s latency).
# PORT     STATE SERVICE        VERSION
# 80/tcp   open  http           Amazon CloudFront httpd
# |_http-server-header: CloudFront
# |_http-title: ERROR: The request could not be satisfied
# 443/tcp  open  ssl/https      CloudFront
# |_http-server-header: CloudFront
# |_http-title: ERROR: The request could not be satisfied
# 2000/tcp open  tcpwrapped
# 5060/tcp open  tcpwrapped
# 8008/tcp open  http           Fortinet FortiGuard block page
# | http-methods:
# |_  Supported Methods: GET HEAD POST OPTIONS
# |_http-title: Did not follow redirect to https://52.x.x.209:8010/
# 8010/tcp open  ssl/http-proxy FortiGate Web Filtering Service
# |_hadoop-datanode-info:
# |_hadoop-jobtracker-info:
# |_hadoop-tasktracker-info:
# |_hbase-master-info:
# |_ssl-date: TLS randomness does not represent time
# 8020/tcp open  http-proxy     FortiGate Web Filtering Service
# |_hadoop-datanode-info:
# |_hadoop-jobtracker-info:
# |_hadoop-tasktracker-info:
# |_hbase-master-info:
# | http-open-proxy: Potentially OPEN proxy.
# |_Methods supported:CONNECTION
# |_http-title: Web Filter Block Override
# Service Info: Device: security-misc

# NSE: Script Post-scanning.
# Initiating NSE at 20:16
# Completed NSE at 20:16, 0.00s elapsed
# Initiating NSE at 20:16
# Completed NSE at 20:16, 0.00s elapsed
# Read data files from: /usr/bin/../share/nmap
# Service detection performed. Please report any incorrect results at https://nmap.org/submit/ .
# Nmap done: 1 IP address (1 host up) scanned in 37.34 seconds
#            Raw packets sent: 7 (308B) | Rcvd: 7 (308B)


# nmap -Pn -n -v -sV --script-timeout 5s --script "default and safe" -A 52.x.x.209 -p80,443,2000,5060,8008,8010,8020

# Starting Nmap 7.40 ( https://nmap.org ) at 2018-07-19 20:19 IST
# NSE: Loaded 141 scripts for scanning.
# NSE: Script Pre-scanning.
# Initiating NSE at 20:19
# Completed NSE at 20:19, 0.00s elapsed
# Initiating NSE at 20:19
# Completed NSE at 20:19, 0.00s elapsed
# Initiating SYN Stealth Scan at 20:19
# ~~~~~~~~~~~~ SNIP ~~~~~~~~~~~~~~~~~~~~~~~
# Host is up (0.12s latency).
# PORT     STATE SERVICE        VERSION
# 80/tcp   open  http           Amazon CloudFront httpd
# |_http-server-header: CloudFront
# |_http-title: ERROR: The request could not be satisfied
# 443/tcp  open  ssl/https      CloudFront
# |_http-server-header: CloudFront
# |_http-title: ERROR: The request could not be satisfied
# 2000/tcp open  tcpwrapped
# 5060/tcp open  tcpwrapped
# 8008/tcp open  http           Fortinet FortiGuard block page
# | http-methods:
# |_  Supported Methods: GET HEAD POST OPTIONS
# |_http-title: Did not follow redirect to https://52.x.x.209:8010/
# 8010/tcp open  ssl/http-proxy FortiGate Web Filtering Service
# |_hadoop-datanode-info:
# |_hadoop-tasktracker-info:
# | http-methods:
# |_  Supported Methods: GET OPTIONS
# |_http-title: Web Filter Block Override
# | ssl-cert: Subject: commonName=FortiGate/organizationName=Fortinet/stateOrProvinceName=California/countryName=US
# | Issuer: commonName=support/organizationName=Fortinet/stateOrProvinceName=California/countryName=US
# | Public Key type: rsa
# | Public Key bits: 2048
# | Signature Algorithm: sha256WithRSAEncryption
# | Not valid before: 2015-07-16T00:33:11
# | Not valid after:  2038-01-19T03:14:07
# | MD5:   f134 4f9d 87cb 3cd1 cfd6 0a92 8484 9d40
# |_SHA-1: e40b d3dd 8721 fb56 e4a9 7d1d 571d 1b43 67b6 779f
# |_ssl-date: TLS randomness does not represent time
# 8020/tcp open  http-proxy     FortiGate Web Filtering Service
# |_hadoop-datanode-info:
# |_hadoop-jobtracker-info:
# |_hadoop-tasktracker-info:
# |_hbase-master-info:
# | http-open-proxy: Potentially OPEN proxy.
# |_Methods supported:CONNECTION
# |_http-title: Web Filter Block Override
# Warning: OSScan results may be unreliable because we could not find at least 1 open and 1 closed port
# Device type: general purpose|PBX
# Running (JUST GUESSING): Linux 3.X|4.X (90%), Vodavi embedded (87%)
# OS CPE: cpe:/o:linux:linux_kernel:3 cpe:/o:linux:linux_kernel:4 cpe:/h:vodavi:xts-ip
# Aggressive OS guesses: Linux 3.2 - 4.6 (90%), Vodavi XTS-IP PBX (87%)
# No exact OS matches for host (test conditions non-ideal).
# Uptime guess: 0.935 days (since Wed Jul 18 21:53:33 2018)
# Network Distance: 6 hops
# TCP Sequence Prediction: Difficulty=259 (Good luck!)
# IP ID Sequence Generation: All zeros
# Service Info: Device: security-misc

# TRACEROUTE (using port 5060/tcp)
# HOP RTT      ADDRESS
# 1   0.59 ms  159.65.144.254
# 2   0.55 ms  138.197.249.22
# 3   13.34 ms 124.124.67.162
# 4   ... 5
# 6   52.42 ms 52.222.168.209

# NSE: Script Post-scanning.
# Initiating NSE at 20:19
# Completed NSE at 20:19, 0.00s elapsed
# Initiating NSE at 20:19
# Completed NSE at 20:19, 0.00s elapsed
# Read data files from: /usr/bin/../share/nmap
# OS and Service detection performed. Please report any incorrect results at https://nmap.org/submit/ .
# Nmap done: 1 IP address (1 host up) scanned in 47.51 seconds
#            Raw packets sent: 102 (8.756KB) | Rcvd: 47 (2.652KB)


# nmap -Pn -n -v -sV --script-timeout 5s --script "default and safe" -A -T4 52.x.x.209 -p80,443,2000,5060,8008,8010,8020

# Starting Nmap 7.40 ( https://nmap.org ) at 2018-07-19 20:20 IST
# NSE: Loaded 141 scripts for scanning.
# NSE: Script Pre-scanning.
# Initiating NSE at 20:20
# Completed NSE at 20:20, 0.00s elapsed
# Initiating NSE at 20:20
# Completed NSE at 20:20, 0.00s elapsed
# Initiating SYN Stealth Scan at 20:20
# ~~~~~~~~~~~~ SNIP ~~~~~~~~~~~~~~~~~~~~~~~
# Host is up (0.12s latency).
# PORT     STATE SERVICE        VERSION
# 80/tcp   open  http           Amazon CloudFront httpd
# |_http-server-header: CloudFront
# |_http-title: ERROR: The request could not be satisfied
# 443/tcp  open  ssl/https      CloudFront
# |_http-server-header: CloudFront
# |_http-title: ERROR: The request could not be satisfied
# 2000/tcp open  tcpwrapped
# 5060/tcp open  tcpwrapped
# 8008/tcp open  http           Fortinet FortiGuard block page
# | http-methods:
# |_  Supported Methods: GET HEAD POST OPTIONS
# |_http-title: Did not follow redirect to https://52.x.x.209:8010/
# 8010/tcp open  ssl/http-proxy FortiGate Web Filtering Service
# |_hadoop-datanode-info:
# |_hadoop-jobtracker-info:
# |_hadoop-tasktracker-info:
# |_hbase-master-info:
# |_http-title: Web Filter Block Override
# |_ssl-date: TLS randomness does not represent time
# 8020/tcp open  http-proxy     FortiGate Web Filtering Service
# |_hadoop-datanode-info:
# |_hadoop-jobtracker-info:
# |_hadoop-tasktracker-info:
# |_hbase-master-info:
# | http-open-proxy: Potentially OPEN proxy.
# |_Methods supported:CONNECTION
# |_http-title: Web Filter Block Override
# Warning: OSScan results may be unreliable because we could not find at least 1 open and 1 closed port
# Device type: general purpose|PBX
# Running (JUST GUESSING): Linux 3.X|4.X (90%), Vodavi embedded (87%)
# OS CPE: cpe:/o:linux:linux_kernel:3 cpe:/o:linux:linux_kernel:4 cpe:/h:vodavi:xts-ip
# Aggressive OS guesses: Linux 3.2 - 4.6 (90%), Vodavi XTS-IP PBX (87%)
# No exact OS matches for host (test conditions non-ideal).
# Uptime guess: 0.687 days (since Thu Jul 19 03:52:30 2018)
# Network Distance: 6 hops
# TCP Sequence Prediction: Difficulty=258 (Good luck!)
# IP ID Sequence Generation: All zeros
# Service Info: Device: security-misc

# TRACEROUTE (using port 8020/tcp)
# HOP RTT      ADDRESS
# 1   0.45 ms  159.65.144.254
# 2   0.49 ms  138.197.249.18
# 3   13.02 ms 124.124.67.154
# 4   ... 5
# 6   52.47 ms 52.x.x.209

# NSE: Script Post-scanning.
# Initiating NSE at 20:21
# Completed NSE at 20:21, 0.00s elapsed
# Initiating NSE at 20:21
# Completed NSE at 20:21, 0.00s elapsed
# Read data files from: /usr/bin/../share/nmap
# OS and Service detection performed. Please report any incorrect results at https://nmap.org/submit/ .
# Nmap done: 1 IP address (1 host up) scanned in 48.15 seconds
#            Raw packets sent: 106 (8.980KB) | Rcvd: 47 (2.684KB)

## nmap_merge.py
#!/usr/bin/env python2.7

# gnxmerge.py - Glens Nmap XML merger
# Merge multiple nmap XML files

# Project URL: https://bitbucket.org/memoryresident/gnxtools
# Author URL: https://www.glenscott.net


import sys, argparse, copy, os, time

try:
    import xml.etree.cElementTree as ET
except ImportError:
    import xml.etree.ElementTree as ET


def handle_opts():
    parser = argparse.ArgumentParser(
        formatter_class=argparse.RawDescriptionHelpFormatter,
        description='Glens Nmap XML Merger gnxmerge - Merges <host> sections from multiple Nmap XML files',
        usage='%(prog)s -sources=./file.xml,file2.xml,/path/to/files'
    )
    parser.add_argument('-s', '-sources', action='store', dest='sources',
                        required=True,
                        help='Comma separated list of paths to files and/or folder contents to merge. An .xml extension is not mandatory; all files and contents of target folder will be (non-recursively) processed, regardless of extension. If files are present which are not valid XML, they will be skipped with warnings.')
    parser.add_argument('-v', '--version', action='version',
                        version='%(prog)s 1.0.1 : Glens Nmap XML Merger (http://bitbucket.org/memoryresident/gnxtools )'
                        )

    args = parser.parse_args()
    # return sources_list for now, modify if other arguments come along
    return (args.sources).split(",")


def start_xml(script_start_time):
    # Concatenate the script arguments to a string
    scriptargs = ""
    for argnum in range(0, len(sys.argv)):
        scriptargs = scriptargs + " " + str(sys.argv[argnum])

    # Set some vars used to mimic the official nmap file format
    nmaprun_attribs = {'scanner': sys.argv[0], 'args': scriptargs,
                       'start': str(script_start_time), 'version': '1.0',
                       'xmloutputversion': '1.04'}

    nmaprun = ET.Element('nmaprun', nmaprun_attribs)

    # Append a comment prior to starting root xml
    comment = ET.Comment('Generated by Glens nmap XML merger (gnxmerge)')
    nmaprun.append(comment)

    nmaprun_verbose_attribs = {'level': '0'}
    nmaprun_debug_attribs = {'level': '0'}
    nmaprun_verbose = ET.SubElement(nmaprun, 'verbose', nmaprun_verbose_attribs)
    nmaprun_debug = ET.SubElement(nmaprun, 'debug', nmaprun_debug_attribs)

    return nmaprun


def finalise_xml(nmaprun_merged_results, script_start_time):
    nmaprun = nmaprun_merged_results[0]
    total_hosts = nmaprun_merged_results[1]
    total_seconds = nmaprun_merged_results[2]
    total_files = nmaprun_merged_results[3]
    nmaprun_string = ET.tostring(nmaprun)
    total_script_time = int(time.time()) - script_start_time;

    summary_string = (
        'Nmap XML merge done at ' + time.strftime("%c") + "; " + str(
            total_hosts) + ' total hosts found in ' + str(
            total_files) + ' files; Merge completed in ' + str(
            total_script_time) + ' seconds')

    finished_attribs = {}
    finished_attribs["time"] = str(int(time.time()))
    finished_attribs["timestr"] = time.strftime("%c")
    finished_attribs["elapsed"] = str(total_seconds)
    finished_attribs["summary"] = summary_string
    finished_attribs["exit"] = 'success'

    hosts_attribs = {}
    hosts_attribs["up"] = str(total_hosts)
    hosts_attribs["down"] = '0'
    hosts_attribs["total"] = str(total_hosts)

    runstats = ET.SubElement(nmaprun, 'runstats')
    finished = ET.SubElement(runstats, 'finished', finished_attribs)
    hosts = ET.SubElement(runstats, 'hosts', hosts_attribs)

    return nmaprun


def merge_hosts(nmaprun, file_list):
    # iterate through each file in the target folder or each file passed as an option.
    # for each file, the entire <host> section is copied and appended to
    # the XML object being built.

    # init these to zero before we start counting
    total_hosts = 0
    total_seconds = 0
    bad_file_list = []

    for current_file in file_list:
        try:
            current_nmap_file_blob = ET.ElementTree(file=current_file);

            for current_host in current_nmap_file_blob.findall('host'):
                # build our stats here
                total_hosts = total_hosts + 1
                total_seconds = (
                    total_seconds + calc_seconds(
                        current_host.attrib['starttime'],
                        current_host.attrib['endtime']))
                nmaprun.append(copy.deepcopy(current_host))

        except:
            bad_file_list.append(current_file)

    # work out how many files were successfully processed
    files_processed = len(file_list) - len(bad_file_list)

    nmaprun_merge_results = [nmaprun, total_hosts, total_seconds,
                             len(file_list)]
    return nmaprun_merge_results, bad_file_list, files_processed, total_hosts


def calc_seconds(starttime, finishtime):
    # calculate seconds duration of this host
    totaltime = int(finishtime) - int(starttime)
    return totaltime


def input_file_list(sources_list):
    # get the args, add all files to list
    file_list = []
    for target in sources_list:
        if os.path.isdir(target) == True:
            dirlist = os.listdir(target)
            for file in dirlist:
                file_list.append(target + file)
        else:
            file_list.append(target)
    return file_list


def output_results(nmap_file_preamble, nmaprun, merge_job_output):
    bad_file_list = merge_job_output[1]
    files_processed = merge_job_output[2]
    total_hosts = merge_job_output[3]

    print(nmap_file_preamble)
    nmaprun_string = ET.tostring(nmaprun)
    print(nmaprun_string)
    for badfile in bad_file_list:
        # Throw a warning to stderror but dont interfere with the working output
        # there might be a bunch of files we dont care about in the same folder, such as nmap 'normal' outputs.
        sys.stderr.write("\n WARNING:" + badfile + " skipped (not xml?)")
    # print(general end status)
    sys.stderr.write("\n\nMerged " + str(total_hosts) + " hosts from " + str(
        files_processed) + " xml files. " + str(
        len(bad_file_list)) + " invalid files skipped.")


def main():
    # Running time.time() through int as the former returns epoch in the form of a float which is not the official format.
    # discovered this because ndiff was breaking on the merged output. Also applied to time.time call in finalise_xml
    script_start_time = int(time.time())
    merge_job_output = []

    nmap_file_preamble = ('<?xml version="1.0"?> \n'
                          '<!DOCTYPE nmaprun PUBLIC "-//IDN nmap.org//DTD Nmap XML 1.04//EN" "https://svn.nmap.org/nmap/docs/nmap.dtd"> \n'
                          '<?xml-stylesheet href="https://svn.nmap.org/nmap/docs/nmap.xsl" type="text/xsl"?> \n'
                          '<!-- nmap results file generated by gnxmerge.py: Glens Nmap XML Merger https://bitbucket.org/memoryresident/gnxtools --> \n\n'
                          )

    file_list = input_file_list(handle_opts())
    nmaprun_skel = start_xml(script_start_time)
    merge_job_output = merge_hosts(nmaprun_skel, file_list)

    nmaprun_merged_results = merge_job_output[0]
    nmaprun_finalised = finalise_xml(nmaprun_merged_results, script_start_time)
    output_results(nmap_file_preamble, nmaprun_finalised, merge_job_output)


if __name__ == "__main__":
    main()

## searchsploit.sh
#!/bin/bash

domain=$1
resultDir=$2

echo "" >> $resultDir/log.txt
echo "SEARCHSPLOIT Logs Now" >> $resultDir/log.txt
echo "" >> $resultDir/log.txt

ls $resultDir/nmap/*.xml | xargs -I % searchsploit -v --nmap % | tee -a $resultDir/log.txt $resultDir/$domain.searchsploit.txt
touch "$resultDir/$domain.searchsploit.finished"

## subfinder.sh
#!/bin/bash

domain=$1
resultDir=$2
resultfile=$resultDir/$domain.subfinder.txt
touch $resultfile

echo "" >> $resultDir/log.txt
echo "SUBFINDER Logs Now" >> $resultDir/log.txt
echo "" >> $resultDir/log.txt

subfinder -d $domain | tee -a $resultfile | tee -a $resultDir/log.txt
echo "Running sed to clean output" | tee -a $resultDir/log.txt
till_here=$(grep -n "Unique subdomains" $resultfile | cut -d":" -f1)
sed -i -e "1,$till_here d" -e '/^$/d' -e 's/^\.//' $resultfile
touch $resultfile.finished

## subjack.sh
#!/bin/bash

domain=$1
resultDir=$2

echo "" >> $resultDir/log.txt
echo "SUBJACK Logs Now" >> $resultDir/log.txt
echo "" >> $resultDir/log.txt

subjack -v -c ~/go/src/github.com/haccer/subjack/fingerprints.json -w $resultDir/$domain.amass_subfinder.txt -t 40 -o $resultDir/$domain.subjack.txt -ssl | tee -a $resultDir/log.txt
touch "$resultDir/$domain.subjack.finished"
	#!/bin/bash
	domain=$1
	resultDir=$2
	resultfile=$resultDir/$domain.amass.txt
	touch $resultfile

	echo "" >> $resultDir/log.txt
	echo "AMASS Logs Now" >> $resultDir/log.txt
	echo "" >> $resultDir/log.txt

	amass enum -active -d $domain \| tee -a $resultfile $resultDir/log.txt
	touch $resultfile.finished
	#!/bin/bash

	python brutespray.py --file nmap.gnmap -U /usr/share/wordlist/user.txt -P /usr/share/wordlist/pass.txt --threads 5 --hosts 5 \| tee -a log.txt
	#!/bin/bash

	ipFile=$1
	domain=$2
	resultDir=$3

	echo "" >> $resultDir/log.txt
	echo "MASSCAN Logs Now" >> $resultDir/log.txt
	echo "" >> $resultDir/log.txt

	echo "" \| tee -a $resultDir/log.txt
	echo "#####################################" \| tee -a $resultDir/log.txt
	echo "Testing "$ipFile" of "$domain \| tee -a $resultDir/log.txt
	echo "#####################################" \| tee -a $resultDir/log.txt
	echo "" \| tee -a $resultDir/log.txt

	outputFile=$resultDir/$domain.masscan.txt
	finishedFile=$resultDir/$domain.masscan.finished

	masscan -iL $ipFile -p1-65535 --rate=10000 -oL $outputFile \| tee -a $resultDir/log.txt
	sed -i -e "/#/d" -e "/^$/d" $outputFile
	cut -d" " -f3,4 $outputFile \| awk '{print($2","$1)}' \| sort -V > $resultDir/$domain.masscan-sorted.txt
	#
	# This was used before sed was used ;)
	# noOfports=(($(wc -l $outputFile \| cut -f1 -d" ")-2))
	#
	noOfports=$(wc -l $outputFile \| cut -f1 -d" ")
	echo "Output in "$outputFile" Found : "$noOfports \| tee -a $resultDir/log.txt
	touch $finishedFile
	#!/bin/bash

	domain=$1
	./subbrute.py ./all.txt $domain \| massdns -r ../massdns_lists/resolvers.txt -t A -a -o -w $domain_massdns_output.txt -
	#!/bin/bash

	echo "This will work on only those, on which you've run subfinder"
	domain=$1
	resultDir=$2
	resultfile=$resultDir/$domain.massdns_ip
	massdns_temp=$resultfile.temp.txt
	massdns_ips=$resultfile.ips.txt
	massdns_out=$resultfile.out.txt

	echo "" >> $resultDir/log.txt
	echo "MASSDNS Logs Now" >> $resultDir/log.txt
	echo "" >> $resultDir/log.txt

	massdns -r ~/tools/wordlists/resolvers.txt -t A -o S -w $massdns_temp $resultDir/$domain.amass_subfinder.txt \| tee -a $resultDir/log.txt
	cat $massdns_temp \| cut -f1 -d" " \| sed -e "s/\.$//g" \| sort -u >> $massdns_out
	cat $massdns_temp \| cut -d" " -f3 \| grep -oE "\b([0-9]{1,3}\.){3}[0-9]{1,3}\b" >> $massdns_ips
	rm $massdns_temp
	touch $resultfile.finished
	#!/bin/bash

	# Usage : nmap.sh $nmap_cleaned_file $resultDir example.com basic\|advanced
	# Run nmap on the found ip and port in sorted file
	#
	# Output file's layout for nmap script
	# 104.16.199.134 8080,8443,8880
	# 162.159.0.102 53,80,443,2052
	# i.e IP<space>port#1,port#2
	#
	# This is done so that nmap scans for services only on these specified ip and ports
	#
	# nmap -Pn -n -v -sV IP PORTS -oA IP.nmap.txt
	# Taken from https://security.stackexchange.com/a/189540
	#
	# After a comparision between -A with -T4 and -A and without -A, came to conclusion that -T4 doesn't add much to the speed
	# as --script-timeout option is already set
	#
	# without -A and without -T4 \| with only -A \| both
	# 37.34 seconds \| 47.51 seconds \| 48.15 seconds
	# The comparitive results is pasted at the bottom in the comments
	#

	echo "" >> $resultDir/log.txt
	echo "NMAP Logs Now" >> $resultDir/log.txt
	echo "" >> $resultDir/log.txt

	nmap_run()
	{
	filePath=$1
	resultDir=$2
	domain=$3
	mkdir $resultDir/nmap
	# nmapXML=$resultDir/$domain.nmap.$4.xml
	# nmapNMAP=$resultDir/$domain.nmap.$4.nmap
	# nmapGNMAP=$resultDir/$domain.nmap.$4.gnmap

	if [ ! -f $filePath ]
	then
	echo "Error: Must supply file"
	exit 1
	fi

	while read -r line
	do
	IP=`echo $line \| cut -d" " -f1`
	ports=`echo $line \| cut -d" " -f2`
	echo "Scanning $IP : $ports : $4"
	if [ "$4" == "basic" ]; then
	nmap -Pn -n -v -sV --script-timeout 5s --script "default and safe" $IP -p$ports -oA $resultDir/nmap/$IP \| tee -a $resultDir/log.txt
	elif [ "$4" == "advanced" ]; then
	nmap -Pn -n -v -sV --script-timeout 10s --script "default and safe" -A $IP -p$ports -oA $resultDir/nmap/$IP \| tee -a $resultDir/log.txt
	else
	exit 1
	fi
	# echo "" \| tee -a $nmapGNMAP $nmapNMAP $nmapXML
	# cat $resultDir/temp.xml >> $nmapXML # Correct this, not the correct way to join multiple reports
	# cat $resultDir/temp.nmap >> $nmapNMAP # Correct this, not the correct way to join multiple reports
	# cat $resultDir/temp.gnmap >> $nmapGNMAP # Correct this, not the correct way to join multiple reports
	done < $1
	# rm $resultDir/temp*
	python ~/tools/scripts/nmap_merge.py -sources=$resultDir/nmap/ > $resultDir/$domain.final.xml
	finishedFile=$resultDir/$domain.nmap.finished
	touch $finishedFile
	}

	nmap_run $1 $2 $3 $4

	#
	# without -A and without -T4 \| with only -A \| both
	# 37.34 seconds \| 47.51 seconds \| 48.15 seconds
	#
	# nmap -Pn -n -v -sV --script-timeout 5s --script "default and safe" 52.x.x.209 -p80,443,2000,5060,8008,8010,8020

	# Starting Nmap 7.40 ( https://nmap.org ) at 2018-07-19 20:15 IST
	# NSE: Loaded 141 scripts for scanning.
	# NSE: Script Pre-scanning.
	# Initiating NSE at 20:15
	# Completed NSE at 20:15, 0.00s elapsed
	# Initiating NSE at 20:15
	# Completed NSE at 20:15, 0.00s elapsed
	# Initiating SYN Stealth Scan at 20:15
	# ~~~~~~~~~~~~ SNIP ~~~~~~~~~~~~~~~~~~~~~~~
	# Host is up (0.076s latency).
	# PORT STATE SERVICE VERSION
	# 80/tcp open http Amazon CloudFront httpd
	# \|_http-server-header: CloudFront
	# \|_http-title: ERROR: The request could not be satisfied
	# 443/tcp open ssl/https CloudFront
	# \|_http-server-header: CloudFront
	# \|_http-title: ERROR: The request could not be satisfied
	# 2000/tcp open tcpwrapped
	# 5060/tcp open tcpwrapped
	# 8008/tcp open http Fortinet FortiGuard block page
	# \| http-methods:
	# \|_ Supported Methods: GET HEAD POST OPTIONS
	# \|_http-title: Did not follow redirect to https://52.x.x.209:8010/
	# 8010/tcp open ssl/http-proxy FortiGate Web Filtering Service
	# \|_hadoop-datanode-info:
	# \|_hadoop-jobtracker-info:
	# \|_hadoop-tasktracker-info:
	# \|_hbase-master-info:
	# \|_ssl-date: TLS randomness does not represent time
	# 8020/tcp open http-proxy FortiGate Web Filtering Service
	# \|_hadoop-datanode-info:
	# \|_hadoop-jobtracker-info:
	# \|_hadoop-tasktracker-info:
	# \|_hbase-master-info:
	# \| http-open-proxy: Potentially OPEN proxy.
	# \|_Methods supported:CONNECTION
	# \|_http-title: Web Filter Block Override
	# Service Info: Device: security-misc

	# NSE: Script Post-scanning.
	# Initiating NSE at 20:16
	# Completed NSE at 20:16, 0.00s elapsed
	# Initiating NSE at 20:16
	# Completed NSE at 20:16, 0.00s elapsed
	# Read data files from: /usr/bin/../share/nmap
	# Service detection performed. Please report any incorrect results at https://nmap.org/submit/ .
	# Nmap done: 1 IP address (1 host up) scanned in 37.34 seconds
	# Raw packets sent: 7 (308B) \| Rcvd: 7 (308B)






	# nmap -Pn -n -v -sV --script-timeout 5s --script "default and safe" -A 52.x.x.209 -p80,443,2000,5060,8008,8010,8020

	# Starting Nmap 7.40 ( https://nmap.org ) at 2018-07-19 20:19 IST
	# NSE: Loaded 141 scripts for scanning.
	# NSE: Script Pre-scanning.
	# Initiating NSE at 20:19
	# Completed NSE at 20:19, 0.00s elapsed
	# Initiating NSE at 20:19
	# Completed NSE at 20:19, 0.00s elapsed
	# Initiating SYN Stealth Scan at 20:19
	# ~~~~~~~~~~~~ SNIP ~~~~~~~~~~~~~~~~~~~~~~~
	# Host is up (0.12s latency).
	# PORT STATE SERVICE VERSION
	# 80/tcp open http Amazon CloudFront httpd
	# \|_http-server-header: CloudFront
	# \|_http-title: ERROR: The request could not be satisfied
	# 443/tcp open ssl/https CloudFront
	# \|_http-server-header: CloudFront
	# \|_http-title: ERROR: The request could not be satisfied
	# 2000/tcp open tcpwrapped
	# 5060/tcp open tcpwrapped
	# 8008/tcp open http Fortinet FortiGuard block page
	# \| http-methods:
	# \|_ Supported Methods: GET HEAD POST OPTIONS
	# \|_http-title: Did not follow redirect to https://52.x.x.209:8010/
	# 8010/tcp open ssl/http-proxy FortiGate Web Filtering Service
	# \|_hadoop-datanode-info:
	# \|_hadoop-tasktracker-info:
	# \| http-methods:
	# \|_ Supported Methods: GET OPTIONS
	# \|_http-title: Web Filter Block Override
	# \| ssl-cert: Subject: commonName=FortiGate/organizationName=Fortinet/stateOrProvinceName=California/countryName=US
	# \| Issuer: commonName=support/organizationName=Fortinet/stateOrProvinceName=California/countryName=US
	# \| Public Key type: rsa
	# \| Public Key bits: 2048
	# \| Signature Algorithm: sha256WithRSAEncryption
	# \| Not valid before: 2015-07-16T00:33:11
	# \| Not valid after: 2038-01-19T03:14:07
	# \| MD5: f134 4f9d 87cb 3cd1 cfd6 0a92 8484 9d40
	# \|_SHA-1: e40b d3dd 8721 fb56 e4a9 7d1d 571d 1b43 67b6 779f
	# \|_ssl-date: TLS randomness does not represent time
	# 8020/tcp open http-proxy FortiGate Web Filtering Service
	# \|_hadoop-datanode-info:
	# \|_hadoop-jobtracker-info:
	# \|_hadoop-tasktracker-info:
	# \|_hbase-master-info:
	# \| http-open-proxy: Potentially OPEN proxy.
	# \|_Methods supported:CONNECTION
	# \|_http-title: Web Filter Block Override
	# Warning: OSScan results may be unreliable because we could not find at least 1 open and 1 closed port
	# Device type: general purpose\|PBX
	# Running (JUST GUESSING): Linux 3.X\|4.X (90%), Vodavi embedded (87%)
	# OS CPE: cpe:/o:linux:linux_kernel:3 cpe:/o:linux:linux_kernel:4 cpe:/h:vodavi:xts-ip
	# Aggressive OS guesses: Linux 3.2 - 4.6 (90%), Vodavi XTS-IP PBX (87%)
	# No exact OS matches for host (test conditions non-ideal).
	# Uptime guess: 0.935 days (since Wed Jul 18 21:53:33 2018)
	# Network Distance: 6 hops
	# TCP Sequence Prediction: Difficulty=259 (Good luck!)
	# IP ID Sequence Generation: All zeros
	# Service Info: Device: security-misc

	# TRACEROUTE (using port 5060/tcp)
	# HOP RTT ADDRESS
	# 1 0.59 ms 159.65.144.254
	# 2 0.55 ms 138.197.249.22
	# 3 13.34 ms 124.124.67.162
	# 4 ... 5
	# 6 52.42 ms 52.222.168.209

	# NSE: Script Post-scanning.
	# Initiating NSE at 20:19
	# Completed NSE at 20:19, 0.00s elapsed
	# Initiating NSE at 20:19
	# Completed NSE at 20:19, 0.00s elapsed
	# Read data files from: /usr/bin/../share/nmap
	# OS and Service detection performed. Please report any incorrect results at https://nmap.org/submit/ .
	# Nmap done: 1 IP address (1 host up) scanned in 47.51 seconds
	# Raw packets sent: 102 (8.756KB) \| Rcvd: 47 (2.652KB)


	# nmap -Pn -n -v -sV --script-timeout 5s --script "default and safe" -A -T4 52.x.x.209 -p80,443,2000,5060,8008,8010,8020

	# Starting Nmap 7.40 ( https://nmap.org ) at 2018-07-19 20:20 IST
	# NSE: Loaded 141 scripts for scanning.
	# NSE: Script Pre-scanning.
	# Initiating NSE at 20:20
	# Completed NSE at 20:20, 0.00s elapsed
	# Initiating NSE at 20:20
	# Completed NSE at 20:20, 0.00s elapsed
	# Initiating SYN Stealth Scan at 20:20
	# ~~~~~~~~~~~~ SNIP ~~~~~~~~~~~~~~~~~~~~~~~
	# Host is up (0.12s latency).
	# PORT STATE SERVICE VERSION
	# 80/tcp open http Amazon CloudFront httpd
	# \|_http-server-header: CloudFront
	# \|_http-title: ERROR: The request could not be satisfied
	# 443/tcp open ssl/https CloudFront
	# \|_http-server-header: CloudFront
	# \|_http-title: ERROR: The request could not be satisfied
	# 2000/tcp open tcpwrapped
	# 5060/tcp open tcpwrapped
	# 8008/tcp open http Fortinet FortiGuard block page
	# \| http-methods:
	# \|_ Supported Methods: GET HEAD POST OPTIONS
	# \|_http-title: Did not follow redirect to https://52.x.x.209:8010/
	# 8010/tcp open ssl/http-proxy FortiGate Web Filtering Service
	# \|_hadoop-datanode-info:
	# \|_hadoop-jobtracker-info:
	# \|_hadoop-tasktracker-info:
	# \|_hbase-master-info:
	# \|_http-title: Web Filter Block Override
	# \|_ssl-date: TLS randomness does not represent time
	# 8020/tcp open http-proxy FortiGate Web Filtering Service
	# \|_hadoop-datanode-info:
	# \|_hadoop-jobtracker-info:
	# \|_hadoop-tasktracker-info:
	# \|_hbase-master-info:
	# \| http-open-proxy: Potentially OPEN proxy.
	# \|_Methods supported:CONNECTION
	# \|_http-title: Web Filter Block Override
	# Warning: OSScan results may be unreliable because we could not find at least 1 open and 1 closed port
	# Device type: general purpose\|PBX
	# Running (JUST GUESSING): Linux 3.X\|4.X (90%), Vodavi embedded (87%)
	# OS CPE: cpe:/o:linux:linux_kernel:3 cpe:/o:linux:linux_kernel:4 cpe:/h:vodavi:xts-ip
	# Aggressive OS guesses: Linux 3.2 - 4.6 (90%), Vodavi XTS-IP PBX (87%)
	# No exact OS matches for host (test conditions non-ideal).
	# Uptime guess: 0.687 days (since Thu Jul 19 03:52:30 2018)
	# Network Distance: 6 hops
	# TCP Sequence Prediction: Difficulty=258 (Good luck!)
	# IP ID Sequence Generation: All zeros
	# Service Info: Device: security-misc

	# TRACEROUTE (using port 8020/tcp)
	# HOP RTT ADDRESS
	# 1 0.45 ms 159.65.144.254
	# 2 0.49 ms 138.197.249.18
	# 3 13.02 ms 124.124.67.154
	# 4 ... 5
	# 6 52.47 ms 52.x.x.209

	# NSE: Script Post-scanning.
	# Initiating NSE at 20:21
	# Completed NSE at 20:21, 0.00s elapsed
	# Initiating NSE at 20:21
	# Completed NSE at 20:21, 0.00s elapsed
	# Read data files from: /usr/bin/../share/nmap
	# OS and Service detection performed. Please report any incorrect results at https://nmap.org/submit/ .
	# Nmap done: 1 IP address (1 host up) scanned in 48.15 seconds
	# Raw packets sent: 106 (8.980KB) \| Rcvd: 47 (2.684KB)
	#!/usr/bin/env python2.7

	# gnxmerge.py - Glens Nmap XML merger
	# Merge multiple nmap XML files

	# Project URL: https://bitbucket.org/memoryresident/gnxtools
	# Author URL: https://www.glenscott.net


	import sys, argparse, copy, os, time

	try:
	import xml.etree.cElementTree as ET
	except ImportError:
	import xml.etree.ElementTree as ET


	def handle_opts():
	parser = argparse.ArgumentParser(
	formatter_class=argparse.RawDescriptionHelpFormatter,
	description='Glens Nmap XML Merger gnxmerge - Merges <host> sections from multiple Nmap XML files',
	usage='%(prog)s -sources=./file.xml,file2.xml,/path/to/files'
	)
	parser.add_argument('-s', '-sources', action='store', dest='sources',
	required=True,
	help='Comma separated list of paths to files and/or folder contents to merge. An .xml extension is not mandatory; all files and contents of target folder will be (non-recursively) processed, regardless of extension. If files are present which are not valid XML, they will be skipped with warnings.')
	parser.add_argument('-v', '--version', action='version',
	version='%(prog)s 1.0.1 : Glens Nmap XML Merger (http://bitbucket.org/memoryresident/gnxtools )'
	)

	args = parser.parse_args()
	# return sources_list for now, modify if other arguments come along
	return (args.sources).split(",")


	def start_xml(script_start_time):
	# Concatenate the script arguments to a string
	scriptargs = ""
	for argnum in range(0, len(sys.argv)):
	scriptargs = scriptargs + " " + str(sys.argv[argnum])

	# Set some vars used to mimic the official nmap file format
	nmaprun_attribs = {'scanner': sys.argv[0], 'args': scriptargs,
	'start': str(script_start_time), 'version': '1.0',
	'xmloutputversion': '1.04'}

	nmaprun = ET.Element('nmaprun', nmaprun_attribs)

	# Append a comment prior to starting root xml
	comment = ET.Comment('Generated by Glens nmap XML merger (gnxmerge)')
	nmaprun.append(comment)

	nmaprun_verbose_attribs = {'level': '0'}
	nmaprun_debug_attribs = {'level': '0'}
	nmaprun_verbose = ET.SubElement(nmaprun, 'verbose', nmaprun_verbose_attribs)
	nmaprun_debug = ET.SubElement(nmaprun, 'debug', nmaprun_debug_attribs)

	return nmaprun


	def finalise_xml(nmaprun_merged_results, script_start_time):
	nmaprun = nmaprun_merged_results[0]
	total_hosts = nmaprun_merged_results[1]
	total_seconds = nmaprun_merged_results[2]
	total_files = nmaprun_merged_results[3]
	nmaprun_string = ET.tostring(nmaprun)
	total_script_time = int(time.time()) - script_start_time;

	summary_string = (
	'Nmap XML merge done at ' + time.strftime("%c") + "; " + str(
	total_hosts) + ' total hosts found in ' + str(
	total_files) + ' files; Merge completed in ' + str(
	total_script_time) + ' seconds')

	finished_attribs = {}
	finished_attribs["time"] = str(int(time.time()))
	finished_attribs["timestr"] = time.strftime("%c")
	finished_attribs["elapsed"] = str(total_seconds)
	finished_attribs["summary"] = summary_string
	finished_attribs["exit"] = 'success'

	hosts_attribs = {}
	hosts_attribs["up"] = str(total_hosts)
	hosts_attribs["down"] = '0'
	hosts_attribs["total"] = str(total_hosts)

	runstats = ET.SubElement(nmaprun, 'runstats')
	finished = ET.SubElement(runstats, 'finished', finished_attribs)
	hosts = ET.SubElement(runstats, 'hosts', hosts_attribs)

	return nmaprun


	def merge_hosts(nmaprun, file_list):
	# iterate through each file in the target folder or each file passed as an option.
	# for each file, the entire <host> section is copied and appended to
	# the XML object being built.

	# init these to zero before we start counting
	total_hosts = 0
	total_seconds = 0
	bad_file_list = []

	for current_file in file_list:
	try:
	current_nmap_file_blob = ET.ElementTree(file=current_file);

	for current_host in current_nmap_file_blob.findall('host'):
	# build our stats here
	total_hosts = total_hosts + 1
	total_seconds = (
	total_seconds + calc_seconds(
	current_host.attrib['starttime'],
	current_host.attrib['endtime']))
	nmaprun.append(copy.deepcopy(current_host))

	except:
	bad_file_list.append(current_file)

	# work out how many files were successfully processed
	files_processed = len(file_list) - len(bad_file_list)

	nmaprun_merge_results = [nmaprun, total_hosts, total_seconds,
	len(file_list)]
	return nmaprun_merge_results, bad_file_list, files_processed, total_hosts


	def calc_seconds(starttime, finishtime):
	# calculate seconds duration of this host
	totaltime = int(finishtime) - int(starttime)
	return totaltime


	def input_file_list(sources_list):
	# get the args, add all files to list
	file_list = []
	for target in sources_list:
	if os.path.isdir(target) == True:
	dirlist = os.listdir(target)
	for file in dirlist:
	file_list.append(target + file)
	else:
	file_list.append(target)
	return file_list


	def output_results(nmap_file_preamble, nmaprun, merge_job_output):
	bad_file_list = merge_job_output[1]
	files_processed = merge_job_output[2]
	total_hosts = merge_job_output[3]

	print(nmap_file_preamble)
	nmaprun_string = ET.tostring(nmaprun)
	print(nmaprun_string)
	for badfile in bad_file_list:
	# Throw a warning to stderror but dont interfere with the working output
	# there might be a bunch of files we dont care about in the same folder, such as nmap 'normal' outputs.
	sys.stderr.write("\n WARNING:" + badfile + " skipped (not xml?)")
	# print(general end status)
	sys.stderr.write("\n\nMerged " + str(total_hosts) + " hosts from " + str(
	files_processed) + " xml files. " + str(
	len(bad_file_list)) + " invalid files skipped.")


	def main():
	# Running time.time() through int as the former returns epoch in the form of a float which is not the official format.
	# discovered this because ndiff was breaking on the merged output. Also applied to time.time call in finalise_xml
	script_start_time = int(time.time())
	merge_job_output = []

	nmap_file_preamble = ('<?xml version="1.0"?> \n'
	'<!DOCTYPE nmaprun PUBLIC "-//IDN nmap.org//DTD Nmap XML 1.04//EN" "https://svn.nmap.org/nmap/docs/nmap.dtd"> \n'
	'<?xml-stylesheet href="https://svn.nmap.org/nmap/docs/nmap.xsl" type="text/xsl"?> \n'
	'<!-- nmap results file generated by gnxmerge.py: Glens Nmap XML Merger https://bitbucket.org/memoryresident/gnxtools --> \n\n'
	)

	file_list = input_file_list(handle_opts())
	nmaprun_skel = start_xml(script_start_time)
	merge_job_output = merge_hosts(nmaprun_skel, file_list)

	nmaprun_merged_results = merge_job_output[0]
	nmaprun_finalised = finalise_xml(nmaprun_merged_results, script_start_time)
	output_results(nmap_file_preamble, nmaprun_finalised, merge_job_output)


	if __name__ == "__main__":
	main()