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malwoverview.py
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#!/usr/bin/python
# Copyright (C) 2018-2019 Alexandre Borges <ab@blackstormsecurity.com>
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation, either version 3 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# See GNU Public License on <http://www.gnu.org/licenses/>.
# Malwoverview.py: version 1.7.5
import os
import sys
import re
import pefile
import peutils
import magic
import optparse
import requests
import hashlib
import json
import time
import validators
from colorama import init, Fore, Back, Style
from datetime import datetime
#VTAPI = '<----ENTER YOUR API HERE and UNCOMMENT THE LINE---->'
#HAAPI = '<----ENTER YOUR API HERE and UNCOMMENT THE LINE---->'
haurl = 'https://www.hybrid-analysis.com/api/v2'
url = 'https://www.virustotal.com/vtapi/v2/file/report'
param = 'params'
user_agent = 'Falcon Sandbox'
urlvt = 'https://www.virustotal.com/vtapi/v2/url/scan'
urlvtreport = 'https://www.virustotal.com/vtapi/v2/url/report'
urlvtdomain = 'https://www.virustotal.com/vtapi/v2/domain/report'
urlfilevtcheck = 'https://www.virustotal.com/vtapi/v2/file/scan'
F = []
H = []
final=''
ffpname2 = ''
repo2 = ''
def ftype(filename):
type = magic.from_file(filename)
return type
def packed(pe):
try:
n = 0
for sect in pe.sections:
if sect.SizeOfRawData == 0:
n = n + 1
if (sect.get_entropy() < 1 and sect.get_entropy() > 0) or sect.get_entropy() > 7:
n = n + 2
if n > 2:
return True
if (n > 0 and n < 3):
return "probably packed"
else:
return False
except:
return None
def sha256hash(fname):
BSIZE = 65536
hnd = open(fname, 'rb')
hash256 = hashlib.sha256()
while True:
info = hnd.read(BSIZE)
if not info:
break
hash256.update(info)
return hash256.hexdigest()
def md5hash(fname):
BSIZE = 65536
hnd = open(fname, 'rb')
hashmd5 = hashlib.md5()
while True:
info = hnd.read(BSIZE)
if not info:
break
hashmd5.update(info)
return hashmd5.hexdigest()
def listexports(fname):
E = []
mype2=pefile.PE(fname,fast_load=True)
if mype2.OPTIONAL_HEADER.DATA_DIRECTORY[pefile.DIRECTORY_ENTRY['IMAGE_DIRECTORY_ENTRY_EXPORT']].VirtualAddress != 0:
mype2.parse_data_directories(directories=[pefile.DIRECTORY_ENTRY['IMAGE_DIRECTORY_ENTRY_EXPORT']])
for exptab in mype2.DIRECTORY_ENTRY_EXPORT.symbols:
x = hex(mype2.OPTIONAL_HEADER.ImageBase + exptab.address), exptab.name
E.append(x)
return E
def listimports(fname):
I = []
mype2=pefile.PE(fname,fast_load=True)
if mype2.OPTIONAL_HEADER.DATA_DIRECTORY[pefile.DIRECTORY_ENTRY['IMAGE_DIRECTORY_ENTRY_IMPORT']].VirtualAddress != 0:
mype2.parse_data_directories(directories=[pefile.DIRECTORY_ENTRY['IMAGE_DIRECTORY_ENTRY_IMPORT']])
for entry in mype2.DIRECTORY_ENTRY_IMPORT:
for imptab in entry.imports:
x = hex(imptab.address), imptab.name
I.append(x)
return I
def listsections(fname):
pe=pefile.PE(fname)
for sect in pe.sections:
print ("Sections: %8s" % filter(lambda k: '\x00' not in k, str(sect.Name))),
print ("%4.2f" % sect.get_entropy())
def impext(targetfile):
if (bkg == 1):
print (Fore.WHITE)
else:
print (Fore.BLACK)
print ("\nImported Functions".ljust(40))
print (110*'-').ljust(110)
IR = []
IR = sorted(listimports(targetfile),key=keysort)
dic={ }
dic = dict(IR)
d = iter(dic.items())
IX = []
for key,value in sorted(d, key=keysort):
IX.append(str(value))
Y = iter(IX)
for i in Y:
if i is None:
break
while (i == 'None'):
i = next(Y, None)
if i is None:
break
print (Fore.CYAN + "%-40s" % i),
w = next(Y, None)
if w is None:
break
if (w == 'None'):
w = next(Y, None)
if w is None:
break
print (Fore.GREEN + "%-40s" % w),
t = next(Y, None)
if t is None:
break
if (t == 'None'):
t = next(Y, None)
if t is None:
break
if (bkg == 1):
print (Fore.YELLOW + "%-40s" % t)
else:
print (Fore.MAGENTA + "%-40s" % t )
if (bkg == 1):
print (Fore.WHITE)
else:
print (Fore.BLACK)
print ("\n\nExported Functions".ljust(40))
print (110*'-').ljust(110)
ER = []
ER = sorted(listexports(targetfile),key=keysort)
dic2={ }
dic2 = dict(ER)
d2 = iter(dic2.items())
EX = []
for key, value in sorted(d2, key=keysort):
EX.append(str(value))
Y2 = iter(EX)
for i in Y2:
if i is None:
break
while (i == 'None'):
i = next(Y2, None)
if i is None:
break
print (Fore.YELLOW + "%-40s" % i),
w = next(Y2, None)
if w is None:
break
if (w == 'None'):
w = next(Y2, None)
if w is None:
break
print (Fore.GREEN + "%-40s" % w),
t = next(Y2, None)
if t is None:
break
if (t == 'None'):
t = next(Y2, None)
if t is None:
break
if (bkg == 1):
print (Fore.CYAN + "%-40s" % t)
else:
print (Fore.BLUE + "%-40s" % t)
def vtcheck(filehash, url, param):
pos = ''
total = ''
vttext = ''
response = ''
try:
resource = filehash
params = {'apikey': VTAPI , 'resource': resource}
response = requests.get(url, params=params)
vttext = json.loads(response.text)
rc = (vttext['response_code'])
if (rc == 0):
final = ' Not Found'
return final
while (rc != 1):
time.sleep(20)
response = requests.get(url, params=params)
vttext = json.loads(response.text)
rc = (vttext['response_code'])
pos = str(vttext['positives'])
total = str(vttext['total'])
final = (pos + "/" + total)
rc = str(vttext['response_code'])
return final
except ValueError:
final = ' '
return final
def vturlcheck(myurl, param):
pos = ''
total = ''
vttext = ''
response = ''
resource = ''
try:
resource = myurl
params = {'apikey': VTAPI , 'url': resource, 'allinfo': True}
response = requests.post(urlvt, params=params)
vttext = json.loads(response.text)
rc = (vttext['response_code'])
if (rc == 0):
final = 'Error during URL checking'
print Fore.RED + final
exit(1)
if (rc == 1):
if (bkg == 0):
print Fore.BLACK + "\nURL SUMMARY REPORT"
print "-"*20,"\n"
else:
print Fore.WHITE + "\nURL SUMMARY REPORT"
print "-"*20,"\n"
if (bkg == 0):
print Fore.BLUE + "Status: ".ljust(17),vttext['verbose_msg']
print Fore.BLUE + "Scan date: ".ljust(17),vttext['scan_date']
print Fore.BLUE + "Scan ID: ".ljust(17),vttext['scan_id']
print Fore.MAGENTA + "URL: ".ljust(17),vttext['url']
print Fore.CYAN + "Permanent Link: ".ljust(17),vttext['permalink']
print Fore.RED + "Result VT: ".ljust(17),
else:
print Fore.GREEN + "Status: ".ljust(17),vttext['verbose_msg']
print Fore.GREEN + "Scan date: ".ljust(17),vttext['scan_date']
print Fore.GREEN + "Scan ID: ".ljust(17),vttext['scan_id']
print Fore.YELLOW + "URL: ".ljust(17),vttext['url']
print Fore.CYAN + "Permanent Link: ".ljust(17),vttext['permalink']
print Fore.RED + "Result VT: ".ljust(17),
time.sleep(10)
try:
resource=vttext['url']
params = {'apikey': VTAPI , 'resource': resource}
response = requests.get(urlvtreport, params=params)
vttext = json.loads(response.text)
rc = (vttext['response_code'])
if (rc == 0):
final = 'Error gathering the Report.'
print Fore.RED + final
exit(1)
pos = str(vttext['positives'])
total = str(vttext['total'])
final = (pos + "/" + total)
print final + "\n"
if (bkg == 1):
print Fore.WHITE + "URL DETAILED REPORT"
print "-"*20,"\n"
print Fore.CYAN + "AlienVault: ".ljust(17),Fore.YELLOW + vttext['scans']['AlienVault']['result']
print Fore.CYAN + "Avira: ".ljust(17),Fore.YELLOW + vttext['scans']['Avira']['result']
print Fore.CYAN + "BitDefender: ".ljust(17),Fore.YELLOW + vttext['scans']['BitDefender']['result']
print Fore.CYAN + "CyRadar: ".ljust(17),Fore.YELLOW + vttext['scans']['CyRadar']['result']
print Fore.CYAN + "ESET: ".ljust(17),Fore.YELLOW + vttext['scans']['ESET']['result']
print Fore.CYAN + "Forcepoint: ".ljust(17),Fore.YELLOW + vttext['scans']['Forcepoint ThreatSeeker']['result']
print Fore.CYAN + "Fortinet: ".ljust(17),Fore.YELLOW + vttext['scans']['Fortinet']['result']
print Fore.CYAN + "G-Data: ".ljust(17),Fore.YELLOW + vttext['scans']['G-Data']['result']
print Fore.CYAN + "Google: ".ljust(17),Fore.YELLOW + vttext['scans']['Google Safebrowsing']['result']
print Fore.CYAN + "Kaspersky: ".ljust(17),Fore.YELLOW + vttext['scans']['Kaspersky']['result']
print Fore.CYAN + "Malc0de: ".ljust(17),Fore.YELLOW + vttext['scans']['Malc0de Database']['result']
print Fore.CYAN + "MalwarePatrol: ".ljust(17),Fore.YELLOW + vttext['scans']['MalwarePatrol']['result']
print Fore.CYAN + "OpenPhish: ".ljust(17),Fore.YELLOW + vttext['scans']['OpenPhish']['result']
print Fore.CYAN + "PhishLabs: ".ljust(17),Fore.YELLOW + vttext['scans']['PhishLabs']['result']
print Fore.CYAN + "Phishtank: ".ljust(17),Fore.YELLOW + vttext['scans']['Phishtank']['result']
print Fore.CYAN + "Sophos: ".ljust(17),Fore.YELLOW + vttext['scans']['Sophos']['result']
print Fore.CYAN + "Trustwave: ".ljust(17),Fore.YELLOW + vttext['scans']['Trustwave']['result']
print Fore.CYAN + "VX Vault: ".ljust(17),Fore.YELLOW + vttext['scans']['VX Vault']['result']
print Fore.CYAN + "ZeroCERT: ".ljust(17),Fore.YELLOW + vttext['scans']['ZeroCERT']['result']
print("\n")
exit(0)
else:
print Fore.BLACK + "URL DETAILED REPORT"
print "-"*20,"\n"
print Fore.CYAN + "AlienVault: ".ljust(17),Fore.RED + vttext['scans']['AlienVault']['result']
print Fore.CYAN + "Avira: ".ljust(17),Fore.RED + vttext['scans']['Avira']['result']
print Fore.CYAN + "BitDefender: ".ljust(17),Fore.RED + vttext['scans']['BitDefender']['result']
print Fore.CYAN + "CyRadar: ".ljust(17),Fore.RED + vttext['scans']['CyRadar']['result']
print Fore.CYAN + "ESET: ".ljust(17),Fore.RED + vttext['scans']['ESET']['result']
print Fore.CYAN + "Forcepoint: ".ljust(17),Fore.RED + vttext['scans']['Forcepoint ThreatSeeker']['result']
print Fore.CYAN + "Fortinet: ".ljust(17),Fore.RED + vttext['scans']['Fortinet']['result']
print Fore.CYAN + "G-Data: ".ljust(17),Fore.RED + vttext['scans']['G-Data']['result']
print Fore.CYAN + "Google: ".ljust(17),Fore.RED + vttext['scans']['Google Safebrowsing']['result']
print Fore.CYAN + "Kaspersky: ".ljust(17),Fore.RED + vttext['scans']['Kaspersky']['result']
print Fore.CYAN + "Malc0de: ".ljust(17),Fore.RED + vttext['scans']['Malc0de Database']['result']
print Fore.CYAN + "MalwarePatrol: ".ljust(17),Fore.RED + vttext['scans']['MalwarePatrol']['result']
print Fore.CYAN + "OpenPhish: ".ljust(17),Fore.RED + vttext['scans']['OpenPhish']['result']
print Fore.CYAN + "PhishLabs: ".ljust(17),Fore.RED + vttext['scans']['PhishLabs']['result']
print Fore.CYAN + "Phishtank: ".ljust(17),Fore.RED + vttext['scans']['Phishtank']['result']
print Fore.CYAN + "Sophos: ".ljust(17),Fore.RED + vttext['scans']['Sophos']['result']
print Fore.CYAN + "Trustwave: ".ljust(17),Fore.RED + vttext['scans']['Trustwave']['result']
print Fore.CYAN + "VX Vault: ".ljust(17),Fore.RED + vttext['scans']['VX Vault']['result']
print Fore.CYAN + "ZeroCERT: ".ljust(17),Fore.RED + vttext['scans']['ZeroCERT']['result']
print("n")
exit(0)
except ValueError:
print Fore.RED + "Error while connecting to Virus Total!\n"
exit(2)
except ValueError:
print(Fore.RED + "Error while connecting to Virus Total!\n")
exit(3)
def vtdomaincheck(mydomain, param):
pos = ''
total = ''
vttext = ''
response = ''
resource = ''
rc = ''
vxtext = ''
try:
resource = mydomain
params = {'apikey': VTAPI , 'domain': resource}
response = requests.get(urlvtdomain, params=params)
vttext = json.loads(response.text)
rc = (vttext['response_code'])
if (rc == 0):
final = 'Error during domain checking.'
print Fore.RED + final
exit(1)
if (rc == 1):
if (bkg == 0):
print Fore.BLACK + "\nDOMAIN SUMMARY REPORT"
print "-"*20,"\n"
else:
print Fore.WHITE + "\nDOMAIN SUMMARY REPORT"
print "-"*20,"\n"
if (bkg == 0):
print Fore.GREEN + "Undetected Referrer Samples: ".ljust(17)
else:
print Fore.CYAN + "Undetected Referrer Samples: ".ljust(17)
if 'undetected_referrer_samples' in vttext:
if (bool(vttext['undetected_referrer_samples'])):
try:
for i in range(0, len(vttext['undetected_referrer_samples'])):
if (vttext['undetected_referrer_samples'][i].get('date')):
print "".ljust(28),
print ("date: %s" % vttext['undetected_referrer_samples'][i]['date'])
if (vttext['undetected_referrer_samples'][i].get('positives')):
print "".ljust(28),
print ("positives: %s" % vttext['undetected_referrer_samples'][i]['positives'])
if (vttext['undetected_referrer_samples'][i].get('total')):
print "".ljust(28),
print ("total: %s" % vttext['undetected_referrer_samples'][i]['total'])
if (vttext['undetected_referrer_samples'][i].get('sha256')):
print "".ljust(28),
print ("sha256: %s" % vttext['undetected_referrer_samples'][i]['sha256']),
print "\n"
except KeyError as e:
pass
if (bkg == 0):
print Fore.BLUE + "Detected Referrer Samples: ".ljust(17)
else:
print Fore.CYAN + "Detected Referrer Samples: ".ljust(17)
if 'detected_referrer_samples' in vttext:
if (bool(vttext['detected_referrer_samples'])):
try:
for i in range(len(vttext['detected_referrer_samples'])):
if (vttext['detected_referrer_samples'][i].get('date')):
print "".ljust(28),
print ("date: %s" % vttext['detected_referrer_samples'][i]['date'])
if (vttext['detected_referrer_samples'][i].get('positives')):
print "".ljust(28),
print ("positives: %s" % vttext['detected_referrer_samples'][i]['positives'])
if (vttext['detected_referrer_samples'][i].get('total')):
print "".ljust(28),
print ("total: %s" % vttext['detected_referrer_samples'][i]['total'])
if (vttext['detected_referrer_samples'][i].get('sha256')):
print "".ljust(28),
print ("sha256: %s" % vttext['detected_referrer_samples'][i]['sha256']),
print "\n"
except KeyError as e:
pass
if (bkg == 0):
print Fore.RED + "\nWhois Timestamp: ".ljust(17)
else:
print Fore.RED + "\nWhois Timestamp: ".ljust(17)
if 'whois_timestamp' in vttext:
if (bool(vttext['whois_timestamp'])):
try:
print "".ljust(28),
ts = vttext['whois_timestamp']
print(datetime.utcfromtimestamp(ts).strftime('%Y-%m-%d %H:%M:%S'))
except KeyError as e:
pass
if (bkg == 0):
print Fore.MAGENTA + "\nUndetected Downld. Samples: ".ljust(17)
else:
print Fore.GREEN + "\nUndetected Downld. Samples: ".ljust(17)
if 'undetected_downloaded_samples' in vttext:
if (bool(vttext['undetected_downloaded_samples'])):
try:
for i in range(len(vttext['undetected_downloaded_samples'])):
if (vttext['undetected_downloaded_samples'][i].get('date')):
print "".ljust(28),
print ("date: %s" % vttext['undetected_downloaded_samples'][i]['date'])
if (vttext['undetected_downloaded_samples'][i].get('positives')):
print "".ljust(28),
print ("positives: %s" % vttext['undetected_downloaded_samples'][i]['positives'])
if (vttext['undetected_downloaded_samples'][i].get('total')):
print "".ljust(28),
print ("total: %s" % vttext['undetected_downloaded_samples'][i]['total'])
if (vttext['undetected_downloaded_samples'][i].get('sha256')):
print "".ljust(28),
print ("sha256: %s" % vttext['undetected_downloaded_samples'][i]['sha256']),
print "\n"
except KeyError as e:
pass
if (bkg == 0):
print Fore.MAGENTA + "\nDetected Downloaded Samples: ".ljust(17)
else:
print Fore.YELLOW + "\nDetected Downloaded Samples: ".ljust(17)
if 'detected_downloaded_samples' in vttext:
if (bool(vttext['detected_downloaded_samples'])):
try:
for i in range(len(vttext['detected_downloaded_samples'])):
if (vttext['detected_downloaded_samples'][i].get('date')):
print "".ljust(28),
print ("date: %s" % vttext['detected_downloaded_samples'][i]['date'])
if (vttext['detected_downloaded_samples'][i].get('positives')):
print "".ljust(28),
print ("positives: %s" % vttext['detected_downloaded_samples'][i]['positives'])
if (vttext['detected_downloaded_samples'][i].get('total')):
print "".ljust(28),
print ("total: %s" % vttext['detected_downloaded_samples'][i]['total'])
if (vttext['detected_downloaded_samples'][i].get('sha256')):
print "".ljust(28),
print ("sha256: %s" % vttext['detected_downloaded_samples'][i]['sha256']),
print "\n"
except KeyError as e:
pass
if (bkg == 0):
print Fore.RED + "Resolutions: ".ljust(17)
else:
print Fore.RED + "Resolutions: ".ljust(17)
if 'resolutions' in vttext:
if (bool(vttext['resolutions'])):
try:
for i in range(len(vttext['resolutions'])):
if (vttext['resolutions'][i].get('last_resolved')):
print "".ljust(28),
print ("last resolved: %s" % vttext['resolutions'][i]['last_resolved'])
if (vttext['resolutions'][i].get('ip_address')):
print "".ljust(28),
print ("ip address: %s" % vttext['resolutions'][i]['ip_address']),
print "\n"
except KeyError as e:
pass
if (bkg == 0):
print Fore.GREEN + "\nSubdomains: ".ljust(17)
else:
print Fore.GREEN + "\nSubdomains: ".ljust(17)
if 'subdomains' in vttext:
if (bool(vttext['subdomains'])):
try:
for i in range(len(vttext['subdomains'])):
print "".ljust(28),
print (vttext['subdomains'][i])
except KeyError as e:
pass
if (bkg == 0):
print Fore.CYAN + "\nCategories: ".ljust(17)
else:
print Fore.CYAN + "\nCategories: ".ljust(17)
if 'categories' in vttext:
if (bool(vttext['categories'])):
try:
for i in range(len(vttext['categories'])):
print "".ljust(28),
print (vttext['categories'][i])
except KeyError as e:
pass
if (bkg == 0):
print Fore.CYAN + "\nDomain Siblings: ".ljust(17)
else:
print Fore.CYAN + "\nDomain Siblings: ".ljust(17)
if 'domain_sublings' in vttext:
if (bool(vttext['domain_sublings'])):
try:
for i in range(len(vttext['domain_siblings'])):
print "".ljust(28),
print (vttext['domain_siblings'][i]),
print "\n"
except KeyError as e:
pass
if (bkg == 0):
print Fore.RED + "\nDetected URLs: ".ljust(17)
else:
print Fore.YELLOW + "\nDetected URLs: ".ljust(17)
if 'detected_urls' in vttext:
if (bool(vttext['detected_urls'])):
try:
for i in range(len(vttext['detected_urls'])):
if (vttext['detected_urls'][i].get('url')):
print "".ljust(28),
print ("url: %s" % vttext['detected_urls'][i]['url'])
if (vttext['detected_urls'][i].get('positives')):
print "".ljust(28),
print ("positives: %s" % vttext['detected_urls'][i]['positives'])
if (vttext['detected_urls'][i].get('total')):
print "".ljust(28),
print ("total: %s" % vttext['detected_urls'][i]['total'])
if (vttext['detected_urls'][i].get('scan_date')):
print "".ljust(28),
print ("scan_date: %s" % vttext['detected_urls'][i]['scan_date']),
print "\n"
except KeyError as e:
pass
if (bkg == 0):
print Fore.RED + "\nUndetected URLs: ".ljust(17)
else:
print Fore.RED + "\nUndetected URLs: ".ljust(17)
if 'undetected_urls' in vttext:
if (bool(vttext['undetected_urls'])):
try:
for i in range(len(vttext['undetected_urls'])):
if (bkg == 0):
print (Fore.RED + "".ljust(28)),
print ("data %s\n" % i)
else:
print (Fore.RED + "".ljust(28)),
print ("data %s\n" % i)
for y in range(len(vttext['undetected_urls'][i])):
if (bkg == 0):
print (Fore.CYAN + "".ljust(28)),
if (y == 0):
print ("url: "),
if (y == 1):
print ("sha256: "),
if (y == 2):
print ("positives: "),
if (y == 3):
print ("total: "),
if (y == 4):
print ("date: "),
print ("%s" % (vttext['undetected_urls'][i][y]))
else:
print (Fore.GREEN + "".ljust(28)),
if (y == 0):
print ("url: "),
if (y == 1):
print ("sha256: "),
if (y == 2):
print ("positives: "),
if (y == 3):
print ("total: "),
if (y == 4):
print ("date: "),
print ("%s" % (vttext['undetected_urls'][i][y]))
print "\n"
except KeyError as e:
pass
except ValueError:
print(Fore.RED + "Error while connecting to Virus Total!\n")
exit(3)
def vtfilecheck(filename, urlfilevtcheck, param):
pos = ''
total = ''
vttext = ''
response = ''
resource = ''
dname = ''
fname = ''
try:
resource = {'file': (filename, open(filename,'rb'))}
mysha256hash = sha256hash(filename)
params = {'apikey': VTAPI}
response = requests.post(urlfilevtcheck, files = resource, params=params)
vttext = json.loads(response.text)
rc = (vttext['response_code'])
if (rc == 0):
final = 'Error during file checking on Virus Total'
print Fore.RED + final
exit(1)
if (rc == 1):
if (bkg == 0):
print Fore.BLACK + "\nFILE SUMMARY VT REPORT"
print "-"*25,"\n"
else:
print Fore.WHITE + "\nFILE SUMMARY VT REPORT"
print "-"*25,"\n"
if (bkg == 0):
print Fore.BLUE + "Status: ".ljust(17),vttext['verbose_msg']
print Fore.BLUE + "Resource: ".ljust(17),vttext['resource']
print Fore.BLUE + "Scan ID: ".ljust(17),vttext['scan_id']
print Fore.MAGENTA + "SHA256: ".ljust(17),vttext['sha256']
print Fore.CYAN + "Permanent Link: ".ljust(17),vttext['permalink']
print Fore.RED + "Result VT: ".ljust(17),
else:
print Fore.GREEN + "Status: ".ljust(17),vttext['verbose_msg']
print Fore.GREEN + "Resource: ".ljust(17),vttext['resource']
print Fore.GREEN + "Scan ID: ".ljust(17),vttext['scan_id']
print Fore.YELLOW + "SHA256: ".ljust(17),vttext['sha256']
print Fore.CYAN + "Permanent Link: ".ljust(17),vttext['permalink']
print Fore.RED + "Result VT: ".ljust(17),
time.sleep(90)
try:
finalstatus = vtcheck(vttext['scan_id'], url, param)
print finalstatus
print ("\n")
if (bkg == 1):
print Fore.WHITE + "VIRUS TOTAL DETAILED REPORT"
print "-"*28,"\n"
else:
print Fore.BLACK + "VIRUS TOTAL DETAILED REPORT"
print "-"*28,"\n"
time.sleep(5)
vtshow(vttext['scan_id'], url, param)
print ("\n")
exit(0)
except ValueError:
print Fore.RED + "Error while connecting to Virus Total!\n"
exit(2)
except ValueError:
print(Fore.RED + "Error while connecting to Virus Total!\n")
exit(3)
def vtshow(filehash, url, param):
vttext = ''
response = ''
try:
resource=filehash
params = {'apikey': VTAPI , 'resource': resource}
response = requests.get(url, params=params)
vttext = json.loads(response.text)
rc = (vttext['response_code'])
if (rc == 0):
final = 'Not Found'
return final
if (bkg == 0):
print Fore.CYAN + "Scan date: ".ljust(13),vttext['scan_date'] + "\n"
else:
print Fore.YELLOW + "Scan date: ".ljust(13),vttext['scan_date'] + "\n"
if ('Avast' in vttext['scans']):
print Fore.RED + "Avast:".ljust(13),vttext['scans']['Avast']['result']
if ('Avira' in vttext['scans']):
print "Avira:".ljust(13),vttext['scans']['Avira']['result']
if ('BitDefender' in vttext['scans']):
print "BitDefender:".ljust(13),vttext['scans']['BitDefender']['result']
if ('ESET-NOD32' in vttext['scans']):
print "ESET-NOD32:".ljust(13),vttext['scans']['ESET-NOD32']['result']
if ('F-Secure' in vttext['scans']):
print "F-Secure:".ljust(13),vttext['scans']['F-Secure']['result']
if ('Fortinet' in vttext['scans']):
print "Fortinet:".ljust(13),vttext['scans']['Fortinet']['result']
if ("Kaspersky" in vttext['scans']):
print "Kaspersky:".ljust(13),vttext['scans']['Kaspersky']['result']
if ("MalwareBytes" in vttext['scans']):
print "MalwareBytes:".ljust(13),vttext['scans']['MalwareBytes']['result']
if ("McAfee" in vttext['scans']):
print "McAfee:".ljust(13),vttext['scans']['McAfee']['result']
if ("Microsoft" in vttext['scans']):
print "Microsoft:".ljust(13),vttext['scans']['Microsoft']['result']
if ("Panda" in vttext['scans']):
print "Panda:".ljust(13),vttext['scans']['Panda']['result']
if ("Sophos" in vttext['scans']):
print "Sophos:".ljust(13),vttext['scans']['Sophos']['result']
if ("Symantec" in vttext['scans']):
print "Symantec:".ljust(13),vttext['scans']['Symantec']['result']
if ("TrendMicro" in vttext['scans']):
print "TrendMicro:".ljust(13),vttext['scans']['TrendMicro']['result']
if ("Zone-Alarm" in vttext['scans']):
print "Zone-Alarm:".ljust(13),vttext['scans']['Zone-Alarm']['result']
except ValueError:
print(Fore.RED + "Error while connecting to Virus Total!\n")
def hashow(filehash):
hatext = ''
haresponse = ''
final = ''
try:
resource = filehash
requestsession = requests.Session( )
requestsession.headers.update({'user-agent': user_agent})
requestsession.headers.update({'api-key': HAAPI})
requestsession.headers.update({'content-type': 'application/json'})
if (xx == 0):
finalurl = '/'.join([haurl,'report', resource + ':100', 'summary'])
elif (xx == 1):
finalurl = '/'.join([haurl,'report', resource + ':110', 'summary'])
elif (xx == 2):
finalurl = '/'.join([haurl,'report', resource + ':120', 'summary'])
elif (xx == 3):
finalurl = '/'.join([haurl,'report', resource + ':200', 'summary'])
else:
finalurl = '/'.join([haurl,'report', resource + ':300', 'summary'])
haresponse = requestsession.get(url=finalurl)
hatext = json.loads(haresponse.text)
rc = str(hatext)
if 'message' in rc:
final = 'Malware sample was not found in Hybrid-Analysis repository.'
print (Fore.RED + "\n" + final + "\n")
return final
if 'environment_description' in hatext:
envdesc = str(hatext['environment_description'])
else:
envdesc = ''
if 'type' in hatext:
maltype = str(hatext['type'])
else:
maltype = ''
if 'verdict' in hatext:
verdict = str(hatext['verdict'])
else:
verdict = ''
if 'threat_level' in hatext:
threatlevel = str(hatext['threat_level'])
else:
threatlevel = ''
if 'threat_score' in hatext:
threatscore = str(hatext['threat_score'])
else:
threatscore = ''
if 'av_detect' in hatext:
avdetect = str(hatext['av_detect'])
else:
avdetect = ''
if 'total_signatures' in hatext:
totalsignatures = str(hatext['total_signatures'])
else:
totalsignatures = ''
if 'submit_name' in hatext:
submitname = unicode(hatext['submit_name'])
else:
submitname = ''
if 'analysis_start_time' in hatext:
analysistime = str(hatext['analysis_start_time'])
else:
analysistime = ''
if 'size' in hatext:
malsize = str(hatext['size'])
else:
malsize = ''
if 'total_processes' in hatext:
totalprocesses = str(hatext['total_processes'])
else:
totalprocesses = ''
if 'total_network_connections' in hatext:
networkconnections = str(hatext['total_network_connections'])
else:
networkconnections = ''
if 'domains' in hatext:
domains = (hatext['domains'])
else:
domains = ''
if 'hosts' in hatext:
hosts = (hatext['hosts'])
else:
hosts = ''
if 'compromised_hosts' in hatext:
compromised_hosts = (hatext['compromised_hosts'])
else:
compromised_hosts = ''
if 'vx_family' in hatext:
vxfamily = str(hatext['vx_family'])
else:
vxfamily = ''
if 'type_short' in (hatext):
typeshort = (hatext['type_short'])
else:
typeshort = ''
if 'tags' in hatext:
classification = (hatext['tags'])
else:
classification = ''
if 'certificates' in hatext:
certificates = hatext['certificates']
else:
certificates = ''
if 'mitre_attcks' in hatext:
mitre = hatext['mitre_attcks']
else:
mitre = ''
if (bkg == 1):
print (Fore.WHITE)
else:
print (Fore.BLACK)
print ("\nHybrid-Analysis Summary Report:")
print (70*'-').ljust(70)
if (bkg == 1):
print (Fore.CYAN)
else:
print (Fore.RED)
print "Environment:".ljust(20),envdesc
print "File Type:".ljust(20),maltype
print "Verdict:".ljust(20),verdict
print "Threat Level:".ljust(20),threatlevel
print "Threat Score:".ljust(20),threatscore + '/100'
print "AV Detect".ljust(20),avdetect + '%'
print "Total Signatures:".ljust(20),totalsignatures
if (bkg == 1):
print (Fore.YELLOW)
else:
print (Fore.CYAN)
print "Submit Name:".ljust(20),submitname
print "Analysis Time:".ljust(20),analysistime
print "File Size:".ljust(20),malsize
print "Total Processes:".ljust(20),totalprocesses
print "Network Connections:".ljust(20),networkconnections
print "\nDomains:"
for i in domains:
print "".ljust(20), i
print "\nHosts:"
for i in hosts:
print "".ljust(20), i
print "\nCompromised Hosts:"
for i in compromised_hosts:
print "".ljust(20), i
if (bkg == 1):
print (Fore.RED)
else:
print (Fore.CYAN)
print "Vx Family:".ljust(20),vxfamily
print "File Type Short: ",
for i in typeshort:
print i,
print "\nClassification Tags:".ljust(20),
for i in classification:
print i,