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dumpzilla.py
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dumpzilla.py
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#!/usr/bin/env python
# -*- coding: utf-8 -*-
import sqlite3, sys, glob, shutil, json, time, hashlib, re, os, logging, lz4.block
from base64 import b64decode
from os import path,walk,makedirs,remove
from ctypes import (Structure, c_uint, c_void_p, c_ubyte,c_char_p, CDLL, cast,byref,string_at)
from datetime import datetime, timedelta
from subprocess import call
from collections import OrderedDict
import argparse
# Magic Module: https://github.com/ahupp/python-magic
class Dumpzilla():
########################################### GLOBAL VARIABLES ##################################################
VERSION='v20180324'
magicpath = 'C:\WINDOWS\system32\magic' # Only in Windows, path to magic file (Read Manual in www.dumpzilla.org)
query_str_f = ""
query_str_a = ""
output_mode = 0 # Output modes: 0 - Standart output (default)
count = 0
arg_count = 0
#########################
# TOTAL EXTRACTION DICT
#########################
total_extraction = {}
#~~~~~~~~~~~~~~#
# ^ Structure #
#~~~~~~~~~~~~~~#
#
# {
# parameter1 : {
# absolute_file1_path : [
# { column1_name : value, column2_name : value, (...), columnN_name : value },
# { column1_name : value, column2_name : value, (...), columnN_name : value },
# (...)
# { column1_name : value, column2_name : value, (...), columnN_name : value }
# ],
# absolute_fileN_path : [
# { column1_name : value, column2_name : value, (...), columnN_name : value },
# { column1_name : value, column2_name : value, (...), columnN_name : value },
# (...)
# { column1_name : value, column2_name : value, (...), columnN_name : value }
# ]
# },
#
# (...)
#
# parameterN : {
# absolute_file1_path : [
# { column1_name : value, column2_name : value, (...), columnN_name : value },
# { column1_name : value, column2_name : value, (...), columnN_name : value },
# (...)
# { column1_name : value, column2_name : value, (...), columnN_name : value }
# ],
# absolute_fileN_path : [
# { column1_name : value, column2_name : value, (...), columnN_name : value },
# { column1_name : value, column2_name : value, (...), columnN_name : value },
# (...)
# { column1_name : value, column2_name : value, (...), columnN_name : value }
# ]
# }
# }
#
###############
### DEFAULTS
###############
# TODO: Make a object with all parameters' info
# --Cookies
cookie_filters = []
domain_filters = []
is_dom_ok = False
# --Permissions
permissions_filters = []
# --Downloads
downloads_filters = []
downloads_history_filters = []
# --Forms
forms_filters = []
# --History
history_filters = []
# --Bookmarks
bookmarks_filters = []
# --OfflineCache Cache
is_cacheoff_extract_ok = False
cacheoff_filters = []
cacheoff_directory = None
# --Keypinning
keypinning_filters = []
# --Thumbnails
thumb_filters = []
# --Watch
watch_text = 1
args = None
watchsecond = 4 # --Watch option: Seconds update. (NO Windows)
PYTHON3_DEF = '/usr/bin/python3'
PYTHON3_PATH = ''
######################################## NSS LOADING (PASWORD DECODE) #########################################
if sys.platform.startswith('win') == True: # WINDOWS
libnss_path = "C:\Program Files (x86)\Mozilla Firefox\nss3.dll"
elif sys.platform.endswith('win') == False: # LINUX
libnss_path = "libnss3.so"
elif sys.platform.endswith('win') == True: # MAC
libnss_path = 'libnss3.dylib'
# Example: /usr/local/Cellar/nss/3.28.1/lib/libnss3.dylib
# libnss_path = False
# if path.isdir("/usr/local/Cellar/nss"):
# for s in os.listdir("/usr/local/Cellar/nss"): # Iterate through versions
# libnss_version = path.join("/usr/local/Cellar/nss",s)
# if path.isdir(libnss_version): # Must be a folder (/usr/local/Cellar/nss/x.xx.x)
# libnss_check = path.join(libnss_version,'lib/libnss3.dylib')
# if path.isfile(libnss_check):
# libnss_path = libnss_check
# break
else:
libnss_path = False
if libnss_path and path.isfile(libnss_path):
libnss = CDLL(libnss_path)
else:
libnss = False
########################################### GLOBAL DECODE VARIABLES ###########################################
class SECItem(Structure):
_fields_ = [('type',c_uint),('data',c_void_p),('len',c_uint)]
class secuPWData(Structure):
_fields_ = [('source',c_ubyte),('data',c_char_p)]
(SECWouldBlock,SECFailure,SECSuccess)=(-2,-1,0)
(PW_NONE,PW_FROMFILE,PW_PLAINTEXT,PW_EXTERNAL)=(0,1,2,3)
pwdata = secuPWData()
pwdata.source = PW_NONE
pwdata.data=0
uname = SECItem()
passwd = SECItem()
dectext = SECItem()
####################################################
# #
# AUX METHODS #
# #
####################################################
def get_user_value(self, message):
if sys.version.startswith('2.') == True:
return raw_input(message);
else:
return input(message);
def serial_date_to_string(self, srl_no):
new_date = datetime(1970,1,1,0,0) + timedelta(srl_no - 1)
return new_date.strftime("%Y-%m-%d %H:%M:%S")
def log(self, type, message):
# These are the sequences need to get colored ouput
RESET_SEQ = "\033[0m"
COLOR_SEQ = "\033[1;%dm"
BOLD_SEQ = "\033[1m"
BLACK, RED, GREEN, YELLOW, BLUE, MAGENTA, CYAN, WHITE = range(8)
LEVELS = {
'DEBUG': {
'color': BLUE,
'funct': self.logger.debug
},
'WARNING': {
'color': YELLOW,
'funct': self.logger.warning
},
'INFO': {
'color': GREEN,
'funct': self.logger.info
},
'ERROR': {
'color': RED,
'funct': self.logger.error
},
'CRITICAL': {
'color': RED,
'funct': self.logger.critical
}
}
# remove ch to logger
if hasattr(self, 'ch'):
self.logger.removeHandler(self.ch)
# create console handler and set level to debug
self.ch = logging.StreamHandler()
# create formatter
formatter = logging.Formatter('['+ COLOR_SEQ % (30 + LEVELS[type]['color']) + '%(levelname)s' + RESET_SEQ + '] %(message)s')
if (self.verbosity_level == "DEBUG"):
formatter = logging.Formatter(COLOR_SEQ % (30 + LEVELS[type]['color']) + '%(levelname)s' + RESET_SEQ + ' - %(asctime)s - ' + sys.argv[0] + ' - %(message)s')
# add formatter to ch
self.ch.setFormatter(formatter)
# add ch to logger
self.logger.addHandler(self.ch)
LEVELS[type]['funct'](message)
def get_path_by_os(self, dir, file, cd_dir = None):
delimiter = "/"
if sys.platform.startswith('win') == True:
delimiter = "\\"
if cd_dir is not None:
cd_dir = cd_dir + delimiter
else:
cd_dir = ""
return dir+delimiter+cd_dir+file
def decode_reg(self, reg):
try:
if type(reg) is int or type(reg) is str:
return reg
elif reg is None:
return None
else:
return reg.decode()
except UnicodeDecodeError:
#self.log("ERROR","UnicodeDecodeError : "+str(sys.exc_info()[1]))
#return None
return reg.decode('utf-8')
def show_info_header(self,profile):
if sys.version.startswith('2.') == True:
self.log("WARNING","Python 2.x currently used, Python 3.x and UTF-8 is recommended!")
self.log("INFO", "Mozilla Profile: " + str(profile))
def show_title(self,varText,source = False):
varText = "\n== "+varText+"\n"
print("")
print(varText.center(243, "="))
if (source):
print("=> Source file: " + source)
print("=> SHA256 hash: "+ self.show_sha256(source))
print("")
def regexp(self,expr, item):
try:
if item:
reg = re.compile(expr, re.I)
#Debug# print("expr: %s - %s - %s" % (expr, item, reg.match(item)) )
return reg.search(item) is not None
else:
return None
except: # catch *all* exceptions
e = str(sys.exc_info()[0]) + " " + str(sys.exc_info()[1])
self.log("ERROR", "Error using RegExp " + e)
return None
def validate_date(self,date_str):
if not self.regexp('^[0-9_%:\- ]{1,19}$',date_str):
self.log("WARNING","Erroneous date '"+date_str+"' : Check wildcards ('%' '_' '/') and format (YYYY-MM-DD hh:mi:ss)")
return date_str
def execute_query(self,cursor,sqlite_query,filters,orderby = None):
sqlite_param = []
cnt = 0
for filter in filters:
if cnt == 0 and sqlite_query.find('where') == -1:
sqlite_query = sqlite_query + " where ("
else:
sqlite_query = sqlite_query + " and ("
if filter[0] == "string":
# SQL Query: [RegExp] column REGEXP ?
# [SQLike] column like ? escape '\'
sqlite_query = sqlite_query + filter[1] + " " + self.query_str_f + " ? " + self.query_str_a
sqlite_param.append(filter[2])
elif filter[0] == "date":
# SQL Query: column like ? escape '\'
sqlite_query = sqlite_query + filter[1] + " like ? escape '\\'"
sqlite_param.append(filter[2])
elif filter[0] == "number":
# SQL Query: column = ?
sqlite_query = sqlite_query + filter[1] + " = ?"
sqlite_param.append(filter[2])
elif filter[0] == "range":
# SQL Query: column between ? and ?
sqlite_query = sqlite_query + filter[1] + " between ? and ?"
sqlite_param.append(filter[2][0])
sqlite_param.append(filter[2][1])
elif filter[0] == "column":
sqlite_query = sqlite_query + filter[1] + " = " + filter[2]
sqlite_query = sqlite_query + ")"
cnt = cnt + 1
if orderby is not None:
sqlite_query = sqlite_query + " " + orderby
### print("%s - %s" % (sqlite_query,sqlite_param))
self.log('DEBUG', 'Execute query: ' + sqlite_query)
cursor.execute(sqlite_query,sqlite_param)
def decompressLZ4(self, file):
lz4_headers = [ b"mozLz40\0", b"mozLz40p\0", b"mozLz40o\0"]
for header in lz4_headers:
value = file.read(len(header))
if value == header:
return lz4.block.decompress(file.read())
file.seek(0)
return None
def getJSON(self, file):
try:
decompress = self.decompressLZ4(file)
if decompress is None:
return json.loads(file.read())
else:
return json.loads(decompress)
except UnicodeDecodeError:
self.log("ERROR", str(sys.exc_info()[0]) + " " + str(sys.exc_info()[1]) + ". Please check locale settings to verify UTF-8 is set!")
###############################################################################################################
### SHA256 HASHING #
###############################################################################################################
def show_sha256(self,filepath):
sha256 = hashlib.sha256()
f = open(filepath, 'rb')
try:
sha256.update(f.read())
finally:
f.close()
return sha256.hexdigest()
def export_sha256(self,destination,header,sources):
sha256_data = {}
for source in sources:
if path.isfile(source):
sha256 = hashlib.sha256()
f = open(source, 'rb')
try:
sha256.update(f.read())
finally:
f.close()
sha256_data[source] = sha256.hexdigest()
outputFilename = header + '.sha256.json';
with open(destination + outputFilename, 'w') as fp:
json.dump(sha256_data, fp)
#############################################################################################################
### DECODE PASSWORDS
#############################################################################################################
def readsignonDB(self, dir):
passwords_sources = ["signons.sqlite","logins.json"]
decode_passwords_extraction_dict = {}
if not self.libnss:
if not self.libnss_path:
self.log("ERROR","Error decoding passwords: libnss not found!")
else:
self.log("ERROR","Error decoding passwords: libnss not found (" + self.libnss_path + ")");
# TODO: Make self method to decode
if self.libnss and self.libnss.NSS_Init(dir.encode("utf8"))!=0:
self.log("ERROR","Error Initializing NSS_Init, probably no useful results.")
for a in passwords_sources:
# Setting filename by OS
bbdd = self.get_path_by_os(dir, a)
# Checking source file
if path.isfile(bbdd) == True:
if a.endswith(".json") == True:
# JSON
f = open(bbdd)
jdata = self.getJSON(f)
f.close()
_extraction_list = []
try:
for l in jdata.get("logins"):
_extraction_dict = {}
if l.get("id") is not None:
self.uname.data = cast(c_char_p(b64decode(l.get("encryptedUsername"))),c_void_p)
self.uname.len = len(b64decode(l.get("encryptedUsername")))
self.passwd.data = cast(c_char_p(b64decode(l.get("encryptedPassword"))),c_void_p)
self.passwd.len=len(b64decode(l.get("encryptedPassword")))
if self.libnss and self.libnss.PK11SDR_Decrypt(byref(self.uname), byref(self.dectext), byref(self.pwdata)) == -1:
self.log("INFO", "Master password required")
password = c_char_p(self.get_user_value(a + " password: ").encode("utf8"))
keyslot = self.libnss.PK11_GetInternalKeySlot()
if keyslot is None:
# Something went wrong!
self.log("ERROR","Failed to retrieve internal KeySlot")
return
check_rc = self.libnss.PK11_CheckUserPassword(keyslot, password)
if check_rc != 0:
# Something went wrong with given password
self.log("ERROR","Password decoding failed! Check master password")
return;
_extraction_dict["0-Web"] = self.decode_reg(l.get("hostname"))
_extraction_dict["1-Username"] = self.decode_reg(string_at(self.dectext.data,self.dectext.len))
if self.libnss and self.libnss.PK11SDR_Decrypt(byref(self.passwd),byref(self.dectext),byref(self.pwdata))==-1:
self.log("ERROR","Master password decryption failed!")
return
_extraction_dict["2-Password"] = self.decode_reg(string_at(self.dectext.data,self.dectext.len))
_extraction_list.append(_extraction_dict)
except:
e = str(sys.exc_info()[0])
self.log("ERROR","Passwords database: Can't process file " + a + ": " + e )
decode_passwords_extraction_dict[bbdd] = _extraction_list
elif a.endswith(".sqlite"):
# SQLITE
conn = sqlite3.connect(bbdd)
conn.text_factory = bytes
cursor = conn.cursor()
try:
self.execute_query(cursor,"select hostname, encryptedUsername, encryptedPassword from moz_logins",[])
_extraction_list = []
for row in cursor:
_extraction_dict = {}
self.uname.data = cast(c_char_p(b64decode(row[1])),c_void_p)
self.uname.len = len(b64decode(row[1]))
self.passwd.data = cast(c_char_p(b64decode(row[2])),c_void_p)
self.passwd.len=len(b64decode(row[2]))
if self.libnss and self.libnss.PK11SDR_Decrypt(byref(self.uname),byref(self.dectext),byref(self.pwdata))==-1:
self.log("INFO", "Master password required")
password = c_char_p(self.get_user_value(a + " password: ").encode("utf8"))
keyslot = self.libnss.PK11_GetInternalKeySlot()
if keyslot is None:
# Something went wrong!
self.log("ERROR","Failed to retrieve internal KeySlot")
return
check_rc = self.libnss.PK11_CheckUserPassword(keyslot, password)
if check_rc != 0:
# Something went wrong with given password
self.log("ERROR","Password decoding failed! Check master password")
return;
_extraction_dict["0-Web"] = self.decode_reg(row[0])
_extraction_dict["1-Username"] = self.decode_reg(string_at(self.dectext.data,self.dectext.len))
if self.libnss and self.libnss.PK11SDR_Decrypt(byref(self.passwd),byref(self.dectext),byref(self.pwdata))==-1:
self.log("ERROR","Master password decryption failed!")
return
_extraction_dict["2-Password"] = self.decode_reg(string_at(self.dectext.data,self.dectext.len))
_extraction_list.append(_extraction_dict)
decode_passwords_extraction_dict[bbdd] = _extraction_list
conn.close()
if self.libnss:
self.libnss.NSS_Shutdown()
except sqlite3.OperationalError:
self.log("WARNING",bbdd + ": no data found!")
if len(decode_passwords_extraction_dict) == 0:
self.log("INFO","Passwords database not found! Please, check file " + '|'.join(passwords_sources))
# Saving extraction to main extraction list
self.total_extraction["decode"] = decode_passwords_extraction_dict
###############################################################################################################
### PASSWORDS
###############################################################################################################
def show_passwords(self,dir):
passwords_sources = ["signons.sqlite","logins.json"]
passwords_extraction_dict = {}
exception_extraction_dict = {}
for a in passwords_sources:
# Setting filename by OS
bbdd = self.get_path_by_os(dir, a)
# Checking source file
if path.isfile(bbdd) == True:
if a.endswith(".json") == True:
# JSON
f = open(bbdd)
jdata = self.getJSON(f)
f.close()
_extraction_list = []
try:
for l in jdata.get("logins"):
_extraction_dict = {}
if l.get("id") is not None:
_extraction_dict['0-Web'] = l.get("hostname")
_extraction_dict['1-User field'] = l.get("usernameField")
_extraction_dict['2-Password field'] = l.get("passwordField")
_extraction_dict['3-User login (crypted)'] = l.get("encryptedUsername")
_extraction_dict['4-Password login (crypted)'] = l.get("encryptedPassword")
#_extraction_dict['99-Encripton type'] = l.get("encType")
create_date = datetime.fromtimestamp(int(l.get("timeCreated"))/1000).strftime('%Y-%m-%d %H:%M:%S')
_extraction_dict['5-Created'] = create_date
lastuse_date = datetime.fromtimestamp(int(l.get("timeLastUsed"))/1000).strftime('%Y-%m-%d %H:%M:%S')
_extraction_dict['6-Last used'] = lastuse_date
change_date = datetime.fromtimestamp(int(l.get("timePasswordChanged"))/1000).strftime('%Y-%m-%d %H:%M:%S')
_extraction_dict['7-Change'] = change_date
_extraction_dict['8-Frequency'] = l.get("timesUsed")
_extraction_list.append(_extraction_dict)
except:
e = str(sys.exc_info()[0])
self.log("ERROR","Passwords database: Can't process file " + a + ": " + e )
passwords_extraction_dict[bbdd] = _extraction_list
elif a.endswith(".sqlite"):
# SQLITE
conn = sqlite3.connect(bbdd)
conn.text_factory = bytes
cursor = conn.cursor()
try:
### Exceptions
cursor.execute('select hostname from moz_disabledHosts')
_extraction_list = []
for row in cursor:
_extraction_dict = {}
_extraction_dict['0-Exception Web'] = self.decode_reg(row[0])
_extraction_list.append(_extraction_dict)
exception_extraction_dict[bbdd] = _extraction_list
### Passwords
cursor.execute('select formSubMitURL,usernameField,passwordField ,encryptedUsername,encryptedPassword,encType,\
datetime(timeCreated/1000,"unixepoch","localtime"),datetime(timeLastUsed/1000,"unixepoch","localtime"),\
datetime(timePasswordChanged/1000,"unixepoch","localtime"),timesUsed FROM moz_logins')
_extraction_list = []
for row in cursor:
_extraction_dict = {}
_extraction_dict['0-Web'] = self.decode_reg(row[0])
_extraction_dict['1-User field'] = self.decode_reg(row[1])
_extraction_dict['2-Password field'] = self.decode_reg(row[2])
_extraction_dict['3-User login (crypted)'] = self.decode_reg(row[3])
_extraction_dict['4-Password login (crypted)'] = self.decode_reg(row[4])
#_extraction_dict['99-Encripton type'] = self.decode_reg(row[5])
_extraction_dict['5-Created'] = self.decode_reg(row[6])
_extraction_dict['6-Last used'] = self.decode_reg(row[7])
_extraction_dict['7-Change'] = self.decode_reg(row[8])
_extraction_dict['8-Frequency'] = self.decode_reg(row[9])
_extraction_list.append(_extraction_dict)
passwords_extraction_dict[bbdd] = _extraction_list
except:
e = str(sys.exc_info()[0])
self.log("ERROR","Passwords database: can't process file " + a + ": " + e )
cursor.close()
conn.close()
self.total_extraction["exceptions"] = exception_extraction_dict
if len(passwords_extraction_dict) == 0:
self.log("INFO","Passwords database not found! Please, check file " + '|'.join(passwords_sources))
else:
if sys.platform.startswith('win') == False: # and sys.version.startswith('2.') == True and count > 0:
self.readsignonDB(dir)
else:
self.log("ERROR","Decode password only works on GNU/Linux")
# Saving extraction to main extraction list
self.total_extraction["passwords"] = passwords_extraction_dict
###############################################################################################################
### SHOW ALL DATA #
###############################################################################################################
def All_execute(self,dir):
self.show_cookies(dir)
self.show_permissions(dir)
self.show_preferences(dir)
self.show_addons(dir)
self.show_extensions(dir)
self.show_search_engines(dir)
self.show_info_addons(dir)
self.show_downloads(dir)
self.show_downloads_history(dir)
self.show_downloadsdir(dir)
self.show_forms(dir)
self.show_history(dir)
self.show_bookmarks(dir)
self.show_passwords(dir)
self.show_key_pinning(dir)
self.show_cache(dir)
self.show_cert_override(dir)
self.show_thumbnails(dir)
self.show_session(dir)
###############################################################################################################
### COOKIES #
###############################################################################################################
def show_cookies(self,dir):
cookies_extraction_dict = {}
dom_extraction_dict = {}
bbdd = self.get_path_by_os(dir, 'cookies.sqlite')
if path.isfile(bbdd) == False:
self.log("INFO","Cookies database not found! Please, check file cookies.sqlite")
return
conn = sqlite3.connect(bbdd)
conn.text_factory = bytes
if self.args.is_regexp_ok == True:
conn.create_function("REGEXP", 2, self.regexp)
cursor = conn.cursor()
sqlite_query = "select name, value, host, path, datetime(expiry, 'unixepoch', 'localtime'), datetime(lastAccessed/1000000,'unixepoch','localtime') as last ,datetime(creationTime/1000000,'unixepoch','localtime') as creat, isSecure, isHttpOnly FROM moz_cookies"
self.execute_query(cursor,sqlite_query,self.cookie_filters)
_extraction_list = []
for row in cursor:
_extraction_dict = {}
_extraction_dict['1-Host'] = self.decode_reg(row[2])
_extraction_dict['2-Name'] = self.decode_reg(row[0])
_extraction_dict['3-Value'] = self.decode_reg(row[1])
_extraction_dict['4-Path'] = self.decode_reg(row[3])
_extraction_dict['5-Expiry'] = self.decode_reg(row[4])
_extraction_dict['6-Last Access'] = self.decode_reg(row[5])
_extraction_dict['7-Creation Time'] = self.decode_reg(row[6])
if self.decode_reg(row[7]) == 0:
_extraction_dict['8-Secure'] = 'No'
else:
_extraction_dict['8-Secure'] = 'Yes'
if self.decode_reg(row[8]) == 0:
_extraction_dict['9-HttpOnly'] = 'No'
else:
_extraction_dict['9-HttpOnly'] = 'Yes'
_extraction_list.append(_extraction_dict)
cookies_extraction_dict[bbdd] = _extraction_list
self.total_extraction["cookies"] = cookies_extraction_dict
cursor.close()
conn.close()
####################################
### DOM STORAGE #
####################################
if self.is_dom_ok == True:
bbdd = self.get_path_by_os(dir, 'webappsstore.sqlite')
if path.isfile(bbdd) == False:
self.log("INFO","Webappsstore database not found! Please, check file webappsstore.sqlite")
return
# WARNING! Only RegExp filter allowed!
if len(self.domain_filters) > 0 and self.args.is_regexp_ok == False :
self.log("WARNING","Showing all DOM storage, to filter please use RegExp parameter")
conn = sqlite3.connect(bbdd)
conn.text_factory = bytes
cursor = conn.cursor()
sqlite_query = "select scope, value from webappsstore2"
cursor.execute(sqlite_query)
_extraction_list = []
for row in cursor:
_extraction_dict = {}
fd = ""
if self.decode_reg(row[0]).find("http") == -1:
fd = path.split(self.decode_reg(row[0])[::-1])[1][1:]
if self.decode_reg(row[0]).startswith("/") == False and self.decode_reg(row[0]).find("http") != -1:
fd = path.split(self.decode_reg(row[0])[::-1])[1].rsplit(':.', 1)[1]
# -domain filter
show_this_domain = True
if len(self.domain_filters) > 0 and self.args.is_regexp_ok == True:
show_this_domain = self.regexp(self.domain_filters[0][2],fd)
if show_this_domain == True:
_extraction_dict['0-Domain'] = fd
_extraction_dict['1-DOM data'] = row[1].decode('utf-8', 'ignore')
_extraction_list.append(_extraction_dict)
dom_extraction_dict[bbdd] = _extraction_list
self.total_extraction["dom"] = dom_extraction_dict
cursor.close()
conn.close()
###############################################################################################################
### PERMISSIONS #
###############################################################################################################
def show_permissions(self,dir):
permissions_extraction_dict = {}
bbdd = self.get_path_by_os(dir, 'permissions.sqlite')
if path.isfile(bbdd) == False:
self.log("INFO","Permissions database not found! Please, check file permissions.sqlite")
return
conn = sqlite3.connect(bbdd)
conn.text_factory = bytes
if self.args.is_regexp_ok == True:
conn.create_function("REGEXP", 2, self.regexp)
# Old table for permissions
permissions_tables = ["moz_hosts"]
# New table for permissions (checking if exists)
cursor = conn.cursor()
sqlite_query = "select count(*) from sqlite_master"
master_filters = [["string","type","table"],["string","name","moz_perms"]]
self.execute_query(cursor,sqlite_query,master_filters)
for row in cursor:
if row[0] > 0:
permissions_tables.append("moz_perms")
cursor.close()
_extraction_list = []
for table in permissions_tables:
host_col = "host"
if table == "moz_perms":
host_col = "origin"
for f in self.permissions_filters:
if f[1] == "host":
index = self.permissions_filters.index(f)
self.permissions_filters[index][1] = "origin"
# Checking if modificationTime column exists
cursor = conn.cursor()
sqlite_query = "pragma table_info("+table+")"
modificationTime_found = False
for row in cursor:
if self.decode_reg(row[1]) == "modificationTime":
modificationTime_found = True
cursor.close()
# Making sqlite query
cursor = conn.cursor()
sqlite_query = ""
if modificationTime_found:
sqlite_query = "select "+ host_col +",type,permission,expireType,datetime(expireTime/1000,'unixepoch','localtime') as expire, datetime(modificationTime/1000,'unixepoch','localtime') as modif from "+table
else:
sqlite_query = "select "+ host_col +",type,permission,expireType,datetime(expireTime/1000,'unixepoch','localtime') as expire from "+table
for f in self.permissions_filters:
if f[1] == "modif":
self.permissions_filters.remove(f)
self.log("WARNING","modificationTime : Column not found in permissions database")
self.execute_query(cursor,sqlite_query,self.permissions_filters)
for row in cursor:
_extraction_dict = {}
_extraction_dict['0-Host'] = self.decode_reg(row[0])
_extraction_dict['1-Type'] = self.decode_reg(row[1])
permissionType = str( self.decode_reg(row[2]) )
# Permission
if permissionType == '1':
_extraction_dict['2-Permission'] = permissionType + " (allow)"
elif permissionType == '2':
_extraction_dict['2-Permission'] = permissionType + " (block)"
elif permissionType == '8':
_extraction_dict['2-Permission'] = permissionType + " (allow for session only)"
else:
_extraction_dict['2-Permission'] = permissionType
# Expire time
if self.decode_reg(row[3]) == 0:
_extraction_dict['3-Expire Time'] = 'Not expire'
else:
_extraction_dict['3-Expire Time'] = self.decode_reg(row[4])
if modificationTime_found:
_extraction_dict['4-Modification Time'] = self.decode_reg(row[5])
_extraction_list.append(_extraction_dict)
cursor.close()
permissions_extraction_dict[bbdd] = _extraction_list
self.total_extraction["permissions"] = permissions_extraction_dict
cursor.close()
conn.close()
###############################################################################################################
### PREFERENCES #
###############################################################################################################
def show_preferences(self,dir):
preferences_extraction_dict = {}
dirprefs = self.get_path_by_os(dir, 'prefs.js')
if path.isfile(dirprefs) == False:
self.log("INFO","Preferences database not found! Please, check prefs.js")
return
firefox = 0
seamonkey = 1
count = 0
_extraction_list = []
for line in open(dirprefs):
_extraction_dict = {}
if "user_pref(" in line:
count_alpha = str(count).zfill(6)
code = line.split()[0][:-2].replace("\"", "").replace("user_pref(", "")
value = line.split()[1][:-2].replace("\"", "")
# Calculating Timestamp value
if ( self.regexp('[Tt]ime',code) or self.regexp("[Ll]ast",code) ) and self.regexp("^[0-9]{10}$",value):
tmstmp = datetime.fromtimestamp(int(value)/1000).strftime('%Y-%m-%d %H:%M:%S')
if self.regexp("^197",tmstmp):
tmstmp = datetime.fromtimestamp(int(value)).strftime('%Y-%m-%d %H:%M:%S')
value = tmstmp
# Transforming description
code_list = code.split('.')
cnt = 0
for c in code_list:
code_list[cnt] = c.capitalize().replace("_"," ")
cnt = cnt + 1
code = " ".join(code_list)
_extraction_dict[count_alpha + "-" + code] = value
count = count + 1
# if "extensions.lastAppVersion" in line:
# seamonkey = line.split()[1][:-2].replace("\"", "")
# _extraction_dict["00-Browser Version"] = line.split()[1][:-2].replace("\"", "")
# if "extensions.lastPlatformVersion" in line and seamonkey != line.split()[1][:-2].replace("\"", ""): # Only Seamonkey
# _extraction_dict["01-Firefox Version"] = line.split()[1][:-2].replace("\"", "")
# if "browser.download.dir" in line:
# _extraction_dict["02-Download directory"] = line.split()[1][:-2].replace("\"", "")
# elif "browser.download.lastDir" in line:
# _extraction_dict["03-Last Download directory"] = line.split()[1][:-2].replace("\"", "")
# elif "browser.cache.disk.capacity" in line:
# _extraction_dict["04-Browser cache disk capacity"] = line.split()[1][:-2].replace("\"", "")
# elif "network.proxy.backup.ftp_port" in line:
# _extraction_dict["05-FTP backup proxy port"] = line.split()[1][:-2].replace("\"", "")
# elif "network.proxy.backup.ftp" in line:
# _extraction_dict["06-FTP backup proxy"] = line.split()[1][:-2].replace("\"", "")
# elif "network.proxy.backup.socks_port" in line:
# _extraction_dict["07-Socks backup proxy port"] = line.split()[1][:-2].replace("\"", "")
# elif "network.proxy.backup.socks" in line:
# _extraction_dict["08-Socks backup proxy"] = line.split()[1][:-2].replace("\"", "")
# elif "network.proxy.backup.ssl_port" in line:
# _extraction_dict["09-SSL backup proxy port"] = line.split()[1][:-2].replace("\"", "")
# elif "network.proxy.backup.ssl" in line:
# _extraction_dict["10-SSL backup proxy"] = line.split()[1][:-2].replace("\"", "")
# elif "network.proxy.ftp_port" in line:
# _extraction_dict["11-FTP proxy port"] = line.split()[1][:-2].replace("\"", "")
# elif "network.proxy.ftp" in line:
# _extraction_dict["12-FTP proxy"] = line.split()[1][:-2].replace("\"", "")
# elif "network.proxy.socks_port" in line:
# _extraction_dict["13-Socks proxy port"] = line.split()[1][:-2].replace("\"", "")
# elif "network.proxy.socks" in line:
# _extraction_dict["14-Socks proxy"] = line.split()[1][:-2].replace("\"", "")
# elif "network.proxy.ssl_port" in line:
# _extraction_dict["15-SSL proxy port"] = line.split()[1][:-2].replace("\"", "")
# elif "network.proxy.http_port" in line:
# _extraction_dict["16-Http proxy port"] = line.split()[1][:-2].replace("\"", "")
# elif "network.proxy.http" in line:
# _extraction_dict["17-Http proxy"] = line.split()[1][:-2].replace("\"", "")
# elif "network.proxy.share_proxy_settings" in line:
# _extraction_dict["18-Share proxy settings"] = line.split()[1][:-2].replace("\"", "")
# elif "network.proxy.autoconfig_url" in line:
# _extraction_dict["19-URL proxy autoconfig"] = line.split()[1][:-2].replace("\"", "")
# elif "network.proxy.type" in line:
# _extraction_dict["20-Type Proxy"] = line.split()[1][:-2].replace("\"", "")+" (0: No proxy | 4: Auto detect settings | 1: Manual configuration | 2: URL autoconfig)"
if len(_extraction_dict) > 0:
_extraction_list.append(_extraction_dict)
preferences_extraction_dict[dirprefs] = _extraction_list
self.total_extraction["preferences"] = preferences_extraction_dict
###############################################################################################################
### ADDONS #
###############################################################################################################
def show_addons(self,dir):
addons_extraction_dict = {}
addons_found = False
addons_sources = ["addons.sqlite","addons.json"]
for a in addons_sources:
# Setting filename by OS
bbdd = self.get_path_by_os(dir, a)
# Checking source file
if path.isfile(bbdd) == True:
addons_found = True
if a.endswith(".json") == True:
# JSON
f = open(bbdd)
jdata = self.getJSON(f)
f.close()
_extraction_list = []
try:
for addon in jdata.get("addons"):
_extraction_dict = {}
if addon.get("id") is not None:
_extraction_dict['0-Name'] = addon.get("name")
_extraction_dict['1-Version'] = addon.get("version")
_extraction_dict['2-Creator URL'] = addon.get("creator").get("url")
_extraction_dict['3-Homepage URL'] = addon.get("homepageURL")
_extraction_list.append(_extraction_dict)
except:
e = str(sys.exc_info()[0])
self.log("ERROR","Addons database: Can't process file " + a + ": " + e )
addons_extraction_dict[bbdd] = _extraction_list
elif a.endswith(".sqlite"):
# SQLITE
conn = sqlite3.connect(bbdd)
conn.text_factory = bytes
cursor = conn.cursor()
cursor.execute("select name,version,creatorURL,homepageURL from addon")
_extraction_list = []
for row in cursor:
_extraction_dict = {}
_extraction_dict['0-Name'] = self.decode_reg(row[0])
_extraction_dict['1-Version'] = self.decode_reg(row[3])
_extraction_dict['2-Creator URL'] = self.decode_reg(row[1])
_extraction_dict['3-Homepage URL'] = self.decode_reg(row[2])
_extraction_list.append(_extraction_dict)
addons_extraction_dict[bbdd] = _extraction_list
cursor.close()
conn.close()
# Saving extraction to main extraction list
self.total_extraction["addons"] = addons_extraction_dict
if addons_found == False:
self.log("INFO","Addons database not found! Please, check file %s" % '|'.join(addons_sources))
###############################################################################################################
### ADDONS INFO #
###############################################################################################################
def show_info_addons(self,dir):
addinfo_extraction_dict = {}