def get_hive_type(folder_path, outfile, temp_time, key):
#make directory in /tmp so path name isn't so long
temp_folder = "/tmp/hives_to_rename_"+temp_time
print("The temp unallocated folder is: " + temp_folder)
check_for_folder(temp_folder, outfile)
for file_name in os.listdir(folder_path):
abs_file_path = os.path.join(folder_path, file_name)
if re.search(str(key) + "_Unallocated", file_name) and (os.path.getsize(abs_file_path) and not(re.search(".txt", file_name))):
#copy file to temp folder
print("Copying file: " + abs_file_path + " to /tmp/hives_to_rename_" + temp_time)
#outfile("Copying file: " + abs_file_path + " to /tmp/hives_to_rename_" + str(temp_time) +"\n")
shutil.copy(abs_file_path, "/tmp/hives_to_rename_"+temp_time+"/"+file_name)
#call get_hive_user_name
get_hive_type_and_username(temp_time, file_name, outfile, abs_file_path, folder_path)
elif re.search(str(key) + "_ORPHAN", file_name) and (os.path.getsize(abs_file_path) and not(re.search(".txt", file_name))):
#copy file to temp folder
print("Copying file: " + abs_file_path + " to /tmp/hives_to_rename_" + temp_time)
#outfile("Copying file: " + abs_file_path + " to /tmp/hives_to_rename_" + str(temp_time) +"\n")
shutil.copy(abs_file_path, "/tmp/hives_to_rename_"+temp_time+"/"+file_name)
#call get_hive_user_name
get_hive_type_and_username(temp_time, file_name, outfile, abs_file_path, folder_path)
#delete temp folder
if (os.path.exists("/tmp/hives_to_rename_" + temp_time)):
shutil.rmtree("/tmp/hives_to_rename_" + temp_time)
def get_hive_type(folder_path, outfile, temp_time, key):
#make directory in /tmp so path name isn't so long
temp_folder = "/tmp/hives_to_rename_"+temp_time
print("The temp unallocated folder is: " + temp_folder)
check_for_folder(temp_folder, outfile)
for file_name in os.listdir(folder_path):
abs_file_path = os.path.join(folder_path, file_name)
if re.search(str(key) + "_Unallocated", file_name) and (os.path.getsize(abs_file_path) and not(re.search(".txt", file_name))):
#copy file to temp folder
print("Copying file: " + abs_file_path + " to /tmp/hives_to_rename_" + temp_time)
#outfile("Copying file: " + abs_file_path + " to /tmp/hives_to_rename_" + str(temp_time) +"\n")
shutil.copy(abs_file_path, "/tmp/hives_to_rename_"+temp_time+"/"+file_name)
#call get_hive_user_name
get_hive_type_and_username(temp_time, file_name, outfile, abs_file_path, folder_path)
elif re.search(str(key) + "_ORPHAN", file_name) and (os.path.getsize(abs_file_path) and not(re.search(".txt", file_name))):
#copy file to temp folder
print("Copying file: " + abs_file_path + " to /tmp/hives_to_rename_" + temp_time)
#outfile("Copying file: " + abs_file_path + " to /tmp/hives_to_rename_" + str(temp_time) +"\n")
shutil.copy(abs_file_path, "/tmp/hives_to_rename_"+temp_time+"/"+file_name)
#call get_hive_user_name
get_hive_type_and_username(temp_time, file_name, outfile, abs_file_path, folder_path)
#delete temp folder
if (os.path.exists("/tmp/hives_to_rename_" + temp_time)):
shutil.rmtree("/tmp/hives_to_rename_" + temp_time)
def process_folder(folder_to_process, folder_path, evidence_no_quotes, outfile):
for root,dirs,files in os.walk(folder_to_process):
for file_name in files:
print("The current file is: " + file_name)
abs_file_path = os.path.join(root,file_name)
quoted_abs_file_path = '"'+abs_file_path+'"'
file_name_print = file_name.encode('utf-8')
abs_file_path_print = abs_file_path.encode('utf-8')
#make output folder for this file
check_for_folder(folder_path + "/" + file_name, "NONE")
#clean up printable variables
file_name_print = re.sub('b\'','',str(file_name_print))
file_name_print = re.sub("'",'',file_name_print)
abs_file_path_print = re.sub('b\'','',str(abs_file_path_print))
abs_file_path_print = re.sub("'",'', abs_file_path_print)
print("The file to process is: " + abs_file_path_print)
filename = os.path.basename(abs_file_path)
run_mastiff("'"+ abs_file_path_print + "'", filename, folder_path, abs_file_path_print, outfile)
run_pescanner("'"+ abs_file_path_print + "'", filename, folder_path, abs_file_path_print, outfile)
run_pestr("'"+ abs_file_path_print + "'", filename, folder_path, abs_file_path_print, outfile)
run_readpe("'"+ abs_file_path_print + "'", filename, folder_path, abs_file_path_print, outfile)
run_pedump("'"+ abs_file_path_print + "'", filename, folder_path, abs_file_path_print, outfile)
run_peframe("'"+ abs_file_path_print + "'", filename, folder_path, abs_file_path_print, outfile)
run_signsrch("'"+ abs_file_path_print + "'", filename, folder_path, abs_file_path_print, outfile)
def run_mastiff(evidence, file_to_process, folder_path, evidence_no_quotes, outfile):
print("Getting ready to run Mastiff.....")
print("The file to process is: " + file_to_process)
#make output folder for this file
check_for_folder(folder_path + "/" + file_to_process + "/MASTIFF", "NONE")
#get md5 hash of file we are processing
md5_hash = calculate_md5(evidence_no_quotes)
print("The md5 hash of this file is: " + md5_hash)
#set up mastiff command
mastiff_command = "mas.py " + evidence
print("The mastiff command is: " + mastiff_command)
outfile.write("The mastiff command is: " + mastiff_command + "\n\n")
#run mastiff command
subprocess.call([mastiff_command], shell=True)
#move the mastiff output folder to the mantaray output folder
move_command = "mv /var/log/mastiff/" + md5_hash + " " + "'" + folder_path + "/" + file_to_process + "/MASTIFF" + "'"
print("The move command is: " + move_command)
outfile.write("The move command is: " + move_command + "\n\n")
#run move_command
subprocess.call([move_command], shell=True)
def process_single_file(evidence, outfile, folder_path, key, outfile3):
#initialize variables
lat_long = []
files_of_interest = {}
files_of_interest_list = []
#get file extension
fileName, fileExtension = os.path.splitext(evidence)
print("The filename is: " + fileName)
print("The fileext is: " + fileExtension)
filenames = fileName + fileExtension
quoted_full_path = '"' + evidence + '"'
if(fileExtension.lower() == ".jpg") or (fileExtension.lower() == ".jpeg"):
exiftool_command = "exiftool -ext " + fileExtension.lower() + " " + quoted_full_path + " | grep 'GPS Position'"
result = subprocess.call([exiftool_command], shell=True)
if(result):
print("No GPS Data in file: " + filenames)
else:
#create output folder for processed files
check_for_folder(folder_path + "/Processed_files_" + str(key), outfile)
check_for_folder(folder_path + "/Processed_files_" + str(key) + "/GPS_DATA", outfile)
#check to see if kml file exists
if(os.path.isfile(folder_path + "/Processed_files_" +str(key) +"/GPS_DATA/" + "GPS_EXIF_data.kml")):
print("KML file already exists")
else:
#chdir to output folder
os.chdir(folder_path + "/Processed_files_" + str(key) + "/GPS_DATA")
kml = simplekml.Kml()
#copy file with exifdata to output folder
#shutil.copyfile(evidence, folder_path + "/Processed_files_" + str(key) + "/GPS_DATA/" + filenames)
#call exiftool again and capture the lat long information into a list
(longitude, latitude) = convert_dms_to_decimal(quoted_full_path, fileExtension.lower())
print("The latitude is: " + str(latitude))
print("The longitude is: " + str(longitude))
#add data to kml file
kml.newpoint(name=filenames, coords=[(latitude, longitude)])
#save kml file
kml.save("GPS_EXIF_data.kml")
#add filename to list
files_of_interest_list.append(filenames)
#get filesize
file_size = os.path.getsize(evidence)
file_size = int(file_size)//1024
#calculate MD5 value of file
md5value = subprocess.check_output(["md5sum " + quoted_full_path + "| awk '{print $1}'"], shell=True, universal_newlines=True)
md5value = md5value.strip()
outfile3.write(quoted_full_path + "\t" + md5value + "\t" + str(file_size) + "\n")
def plaso_mr(item_to_process, case_number, root_folder_path, evidence):
#(evidence_type, case_number, folder_path, evidence_path.strip())
print("The item to process is: " + item_to_process)
print("The case_name is: " + case_number)
print("The output folder is: " + root_folder_path)
print("The evidence to process is: " + evidence)
evidence_no_quotes = evidence
evidence = '"' + evidence + '"'
root_folder_path_no_quotes = root_folder_path
root_folder_path = "'" + root_folder_path + "'"
#get datetime
now = datetime.datetime.now()
#create output folder path
folder_path = root_folder_path_no_quotes + "/" + "Plaso"
check_for_folder(folder_path, "NONE")
#open a log file for output
log_file = folder_path + "/Plaso_mr_logfile.txt"
outfile = open(log_file, 'wt+')
if (item_to_process == "Directory"):
folder_to_process = evidence_no_quotes
process_folder(folder_path, case_number, folder_to_process, outfile)
elif (item_to_process == "EnCase Logical Evidence File"):
file_to_process = evidence
mount_point = mount_encase_v6_l01(case_number, file_to_process,
outfile)
process_folder(mount_point, export_file, outfile)
#umount
if (os.path.exists(mount_point)):
subprocess.call(['sudo umount -f ' + mount_point], shell=True)
os.rmdir(mount_point)
elif (item_to_process == "Bit-Stream Image"):
Image_Path = evidence_no_quotes
#get datetime
now = datetime.datetime.now()
process_folder(folder_path, case_number, Image_Path, outfile)
## I have not been able to test this code yet since I don't have a large enough test imge
#set file to split
#file_to_split = folder_path + "/" + case_number + ".plaso.csv"
#file_to_split_basename = case_number + ".plaso.csv"
#pass csv file to split_csv to see if it needs to get split
#split_csv(case_number, folder_path, outfile)
#split_csv(case_number, folder_path, outfile, file_to_split, file_to_split_basename)
#close output file
outfile.close()
def run_signsrch(evidence, file_to_process, folder_path, evidence_no_quotes, outfile):
print("Getting ready to run PEFRAME.....")
print("The file to process is: " + file_to_process)
#make output folder for this file
check_for_folder(folder_path + "/" + file_to_process + "/SIGNSRCH", "NONE")
#set up signsrch command
signsrch_command = "signsrch " + evidence + " > " + "'" + folder_path + "/" + file_to_process + "/SIGNSRCH/SIGNSRCH_output.txt" + "'"
print("The signsrch command is: " + signsrch_command)
outfile.write("The signsrch command is: " + signsrch_command + "\n\n")
#run signsrch command
subprocess.call([signsrch_command], shell=True)
def run_peframe(evidence, file_to_process, folder_path, evidence_no_quotes, outfile):
print("Getting ready to run PEFRAME.....")
print("The file to process is: " + file_to_process)
#make output folder for this file
check_for_folder(folder_path + "/" + file_to_process + "/PEFRAME", "NONE")
#set up peframe command
peframe_command = "peframe " + evidence + " > " + "'" + folder_path + "/" + file_to_process + "/PEFRAME/PEFRAME_output.txt" + "'"
print("The peframe command is: " + peframe_command)
outfile.write("The peframe command is: " + peframe_command + "\n\n")
#run peframe command
subprocess.call([peframe_command], shell=True)
def run_floss(evidence, file_to_process, folder_path, evidence_no_quotes, outfile):
print("Getting ready to run FLOSS.....")
print("The file to process is: " + file_to_process)
#make output folder for this file
check_for_folder(folder_path + "/" + file_to_process + "/FLOSS", "NONE")
#set up signsrch command
signsrch_command = "floss -v " + evidence + " > " + "'" + folder_path + "/" + file_to_process + "/FLOSS/FLOSS_output.txt" + "'"
print("The floss command is: " + floss_command)
outfile.write("The floss command is: " + floss_command + "\n\n")
#run signsrch command
subprocess.call([floss_command], shell=True)
def mount_shadow_volumes(vssvolume_mnt, outfile, folder_path, log_folder_path, out_folder, key, searchfile):
print("Inside mount_shadow_volumes sub")
print("Vssvolume_mnt: " + vssvolume_mnt)
#check for existence of folder
vss_mount = check_for_folder("/mnt/vss_mount", outfile)
vss_volumes = os.listdir(vssvolume_mnt)
print(vss_volumes)
for item in vss_volumes:
print("About to process Shadow Volume: " + item)
#Create Output Directory
if not os.path.exists(folder_path + "/VSS_" + str(item)):
os.makedirs(folder_path + "/VSS_" + str(item))
outfile.write("Just created output folder: " + folder_path + "/VSS_" + str(item) + "\n\n")
else:
print("Output folder: " + folder_path +"/VSS_" + str(item) + " already exists")
outfile.write("Output folder: " + folder_path +"/VSS_" + str(item) + " already exists\n\n")
out_folder = folder_path +"/VSS_" + str(item)
#call parted function
partition_info_dict, temp_time = parted(outfile, vssvolume_mnt + "/"+item)
block_size = get_block_size_parted(outfile, temp_time)
for key,value in partition_info_dict.items():
print("About to search for files in: " + item)
process_overt_deleted_files(value, key, vssvolume_mnt+"/"+item, outfile, folder_path, log_folder_path, out_folder, block_size, item, temp_time, searchfile)
def mount_shadow_volumes(vssvolume_mnt, outfile, folder_path, temp_time):
print("Vssvolume_mnt: " + vssvolume_mnt)
#check for existence of folder
vss_mount = check_for_folder("/mnt/vss_mount", outfile)
vss_volumes = os.listdir(vssvolume_mnt)
print(vss_volumes)
for item in vss_volumes:
print("Currently processing vss volume: " + item)
#call parted function
partition_info_dict, temp_time = parted(outfile,
vssvolume_mnt + "/" + item)
block_size = get_block_size_parted(outfile, temp_time)
for key, value in partition_info_dict.items():
print("About to process registry hives from: " + item)
process_overt_deleted_files(value, key, vssvolume_mnt + "/" + item,
outfile, folder_path, block_size, item,
"SHADOW VOLUME", temp_time)
#unmounting vss volume
if (vssvolume_mnt != "NULL"):
print("Unmounting: " + vssvolume_mnt)
outfile.write("Unmounting: " + vssvolume_mnt + "\n")
subprocess.call(['sudo umount -f ' + vssvolume_mnt], shell=True)
os.rmdir(vssvolume_mnt)
def mount_shadow_volumes(vssvolume_mnt, outfile, folder_path, log_folder_path, out_folder, key, searchfile):
print("Inside mount_shadow_volumes sub")
print("Vssvolume_mnt: " + vssvolume_mnt)
#check for existence of folder
vss_mount = check_for_folder("/mnt/vss_mount", outfile)
vss_volumes = os.listdir(vssvolume_mnt)
print(vss_volumes)
for item in vss_volumes:
print("About to process Shadow Volume: " + item)
#Create Output Directory
if not os.path.exists(folder_path + "/VSS_" + str(item)):
os.makedirs(folder_path + "/VSS_" + str(item))
outfile.write("Just created output folder: " + folder_path + "/VSS_" + str(item) + "\n\n")
else:
print("Output folder: " + folder_path +"/VSS_" + str(item) + " already exists")
outfile.write("Output folder: " + folder_path +"/VSS_" + str(item) + " already exists\n\n")
out_folder = folder_path +"/VSS_" + str(item)
#call parted function
partition_info_dict, temp_time = parted(outfile, vssvolume_mnt + "/"+item)
block_size = get_block_size_parted(outfile, temp_time)
for key,value in partition_info_dict.items():
print("About to search for files in: " + item)
process_overt_deleted_files(value, key, vssvolume_mnt+"/"+item, outfile, folder_path, log_folder_path, out_folder, block_size, item, temp_time, searchfile)
def run_pedump(evidence, file_to_process, folder_path, evidence_no_quotes, outfile):
print("Getting ready to run PEDUMP.....")
print("The file to process is: " + file_to_process)
#make output folder for this file
check_for_folder(folder_path + "/" + file_to_process + "/PEDUMP", "NONE")
#get md5 hash of file we are processing
#md5_hash = calculate_md5(evidence_no_quotes)
#print("The md5 hash of this file is: " + md5_hash)
#set up pedump command
pedump_command = "pedump " + evidence + " > " + "'" + folder_path + "/" + file_to_process + "/PEDUMP/PEDUMP_output.txt" + "'"
print("The pedump command is: " + pedump_command)
outfile.write("The pedump command is: " + pedump_command + "\n\n")
#run pedump command
subprocess.call([pedump_command], shell=True)
def run_readpe(evidence, file_to_process, folder_path, evidence_no_quotes, outfile):
print("Getting ready to run READPE.....")
print("The file to process is: " + file_to_process)
#make output folder for this file
check_for_folder(folder_path + "/" + file_to_process + "/READPE", "NONE")
#get md5 hash of file we are processing
#md5_hash = calculate_md5(evidence_no_quotes)
#print("The md5 hash of this file is: " + md5_hash)
#set up readpe command
readpe_command = "readpe " + evidence + " > " + "'" + folder_path + "/" + file_to_process + "/READPE/READPE_output.txt" + "'"
print("The readpe command is: " + readpe_command)
outfile.write("The readpe command is: " + readpe_command + "\n\n")
#run prestr command
subprocess.call([readpe_command], shell=True)
def remove_duplicates_mr(root_folder_path, evidence):
print("The output folder is: " + root_folder_path)
print("The evidence to process is: " + evidence)
evidence = '"' + evidence + '"'
#get datetime
now = datetime.datetime.now()
#create output folder path
folder_path = root_folder_path + "/" + "Remove_Duplicates"
check_for_folder(folder_path, "NONE")
remove_dupes_command = "sudo fdupes -r -d -N " + evidence + " > " + '"' + folder_path + "/fdupes_duplicates_log.txt" + '"'
print ("The remove dupes command is: " + remove_dupes_command + "\n\n")
print ("Removing duplicate files recursively from folder: " + evidence + "\n\n")
#run the remove dupes command
subprocess.call([remove_dupes_command], shell=True)
#get filesize of mmls_output.txt
file_size = os.path.getsize(folder_path + "/fdupes_duplicates_log.txt")
#if filesize of mmls output is 0 then run parted
if(file_size == 0):
print("No duplicates found\n")
outfile = open(folder_path + "/fdupes_duplicates_log.txt", 'wt+')
outfile.write("No duplicate files found!")
#close outfile
outfile.close()
else:
#if log file exists then run unix2dos against the logfile
unix2dos(folder_path + "/fdupes_duplicates_log.txt")
#remove empty directories
for root,dirs,files in os.walk(root_folder_path):
for directories in dirs:
dir_name = os.path.join(root,directories)
#if directory is empty then delete it
if not os.listdir(dir_name):
os.rmdir(dir_name)
def remove_duplicates_mr(root_folder_path, evidence):
print("The output folder is: " + root_folder_path)
print("The evidence to process is: " + evidence)
evidence = '"' + evidence + '"'
#get datetime
now = datetime.datetime.now()
#create output folder path
folder_path = root_folder_path + "/" + "Remove_Duplicates"
check_for_folder(folder_path, "NONE")
remove_dupes_command = "sudo fdupes -r -d -N " + evidence + " > " + '"' + folder_path + "/fdupes_duplicates_log.txt" + '"'
print("The remove dupes command is: " + remove_dupes_command + "\n\n")
print("Removing duplicate files recursively from folder: " + evidence +
"\n\n")
#run the remove dupes command
subprocess.call([remove_dupes_command], shell=True)
#get filesize of mmls_output.txt
file_size = os.path.getsize(folder_path + "/fdupes_duplicates_log.txt")
#if filesize of mmls output is 0 then run parted
if (file_size == 0):
print("No duplicates found\n")
outfile = open(folder_path + "/fdupes_duplicates_log.txt", 'wt+')
outfile.write("No duplicate files found!")
#close outfile
outfile.close()
else:
#if log file exists then run unix2dos against the logfile
unix2dos(folder_path + "/fdupes_duplicates_log.txt")
#remove empty directories
for root, dirs, files in os.walk(root_folder_path):
for directories in dirs:
dir_name = os.path.join(root, directories)
#if directory is empty then delete it
if not os.listdir(dir_name):
os.rmdir(dir_name)
def check_for_shadow_volumes(Image_Path, key, block_size, outfile, folder_path, temp_time):
#set shadow volume variables
has_shadow_volumes = "NULL"
vssvolume_mnt = "NULL"
#divide offset by block size so it is in correct format for vshadowinfo
key_bytes = int(key)//int(block_size)
key_bytes_disk_offset = int(key) * int(block_size)
image_no_quotes = Image_Path.replace("'","")
print("\nChecking: " + Image_Path + " for shadow volumes")
f = open('/tmp/dump_' + temp_time + '.txt', 'w+t')
try:
vshadow_info_command = "vshadowinfo -v -o " + str(key) + " " + Image_Path# + " > /tmp/dump.txt"
#print("The vshadow_command is: " + vshadow_info_command)
outfile.write("The vshadow_command is: " + vshadow_info_command)
subprocess.call([vshadow_info_command], shell=True, stdout = f, stderr=subprocess.STDOUT)
#vshadow_output = subprocess.check_output([vshadow_info_command], shell=True, stderr=subprocess.STDOUT)
#f.close()
f =open('/tmp/dump_' + temp_time + '.txt', 'rt')
#print("try succedded")
for line in f:
line = line.strip()
print(line)
if (re.search("No Volume Shadow Snapshots found", line)):
has_shadow_volumes = "NO"
if(has_shadow_volumes != "NO"):
print("Partition at offset: " + str(key_bytes) + " has shadow volumes.")
outfile.write("Partition at offset: " + str(key_bytes) + " has shadow volumes.")
#check for existence of folder
vssvolume_mnt = check_for_folder("/mnt/vssvolume", outfile)
#mount shadow volumes for partition
mount_shadow_command = "sudo vshadowmount -o " + str(key) + " " + Image_Path + " " + vssvolume_mnt
print("The mount_shadow_command is: " + mount_shadow_command)
subprocess.call(["sudo vshadowmount -o " + str(key) + " " + Image_Path + " " + vssvolume_mnt], shell=True,
stderr=subprocess.STDOUT)
#pass vssvolume mount point to mount_shadow_volume for mounting
mount_shadow_volumes(vssvolume_mnt, outfile, folder_path, temp_time)
elif(has_shadow_volumes == "NO"):
print("Partition at offset: " + str(key) + " has no shadow volumes")
f.close()
except:
print("The vshadow_info command for partition: " + str(key) + " failed")
return vssvolume_mnt
def pst_processor_mr(item_to_process, case_number, root_folder_path, evidence):
#(evidence_type, case_number, folder_path, evidence_path.strip())
print("The item to process is: " + item_to_process)
print("The case_name is: " + case_number)
print("The output folder is: " + root_folder_path)
print("The evidence to process is: " + evidence)
evidence_no_quotes = evidence
evidence = "'" + evidence + "'"
root_folder_path_no_quotes = root_folder_path
root_folder_path = "'" + root_folder_path + "'"
#get datetime
now = datetime.datetime.now()
#create output folder path
folder_path = root_folder_path_no_quotes + "/" + "PST_Extracted_Emails"
check_for_folder(folder_path, "NONE")
#create folder for extracted_messages
check_for_folder(folder_path + "/" "All Extracted_Messages", "NONE")
#open a log file for output
log_file = folder_path + "/PST_mr_logfile.txt"
outfile = open(log_file, 'wt+')
emails_of_interest_file = subprocess.check_output(['zenity --file-selection --filename="/mnt/hgfs/" '
'--title "Select file containing email addresses of interest (comma seperated)"'],
shell=True, universal_newlines=True)
#process the PST file
process_pst_command = 'readpst -o ' + "'" + folder_path + "/" "All Extracted_Messages" + "'" + " -D -j 4 -r -tea -e " + evidence
print("The process_pst_command is: " + process_pst_command)
subprocess.call([process_pst_command],shell=True, universal_newlines=True)
#open emails_of_interest_file and parse emails into list
with open(emails_of_interest_file.strip(), 'r', encoding='utf-8') as infile:
for line in infile:
email_addresses_split = line.split(',')
for element in email_addresses_split:
print("Creating output folder for email address: " + element)
check_for_folder(folder_path + "/" + element, "NONE")
#cd into the extracted_messages SENT folder
os.chdir(folder_path + "/" "All Extracted_Messages/Personal Folders/Sent Items")
#run the grep command in the SENT folder
grep_command = "grep -rl --null --include '*.msg' --include '*.eml' " + element + " | xargs -0r cp -t " + "'" + folder_path + "/" + element + "'"
print("The grep_command is: " + grep_command)
subprocess.call([grep_command],shell=True, universal_newlines=True)
#close output file
outfile.close()
def mount_shadow_volumes(vssvolume_mnt, outfile, folder_path):
print("Inside mount_shadow_volumes sub")
print("Vssvolume_mnt: " + vssvolume_mnt)
#check for existence of folder
vss_mount = check_for_folder("/mnt/vss_mount", outfile)
vss_volumes = os.listdir(vssvolume_mnt)
print(vss_volumes)
for item in vss_volumes:
print("About to process Shadow Volume: " + item)
#call parted function
partition_info_dict, temp_time = parted(outfile, vssvolume_mnt + "/"+item)
block_size = get_block_size_parted(outfile, temp_time)
for key,value in partition_info_dict.items():
print("About to process registry hives from: " + item)
process_overt_deleted_files(value, key, vssvolume_mnt+"/"+item, outfile, folder_path, block_size, item, temp_time)
def mount_shadow_volumes(vssvolume_mnt, outfile, folder_path, temp_time,
parsers):
print("Vssvolume_mnt: " + vssvolume_mnt)
# disable auto-mount in nautilis - this stops a nautilis window from popping up everytime the mount command
# is executed
cmd_false = "sudo gsettings set org.gnome.desktop.media-handling automount false && " \
"sudo gsettings set org.gnome.desktop.media-handling automount-open false && " \
"sudo gsettings set org.gnome.desktop.media-handling autorun-never true"
try:
subprocess.call([cmd_false], shell=True)
except:
print("Autmount false failed")
#check for existence of folder
vss_mount = check_for_folder("/mnt/vss_mount", outfile)
vss_volumes = os.listdir(vssvolume_mnt)
print(vss_volumes)
for item in vss_volumes:
print("Currently processing vss volume: " + item)
#call parted function
partition_info_dict, temp_time = parted(outfile,
vssvolume_mnt + "/" + item)
block_size = get_block_size_parted(outfile, temp_time)
for key, value in partition_info_dict.items():
print("About to process Google Analytic Cookies from: " + item)
mount.mount(value, key, vssvolume_mnt + "/" + item, outfile,
vss_mount)
os.makedirs(folder_path + "/" + item)
process_dir(vss_mount, folder_path + "/" + item, parsers, item)
#unmounting vss volume
if (vssvolume_mnt != "NULL"):
try:
print("Unmounting: " + vssvolume_mnt)
outfile.write("Unmounting: " + vssvolume_mnt + "\n")
subprocess.call(['sudo umount -f ' + vssvolume_mnt], shell=True)
os.rmdir(vssvolume_mnt)
except:
print("Unable to unmount: " + vssvolume_mnt)
outfile.write("Unable to unmount: " + vssvolume_mnt)
def mount_shadow_volumes(vssvolume_mnt, outfile, folder_path):
print("Inside mount_shadow_volumes sub")
print("Vssvolume_mnt: " + vssvolume_mnt)
#check for existence of folder
vss_mount = check_for_folder("/mnt/vss_mount", outfile)
vss_volumes = os.listdir(vssvolume_mnt)
print(vss_volumes)
for item in vss_volumes:
print("About to process Shadow Volume: " + item)
#call parted function
partition_info_dict, temp_time = parted(outfile,
vssvolume_mnt + "/" + item)
block_size = get_block_size_parted(outfile, temp_time)
for key, value in partition_info_dict.items():
print("About to process registry hives from: " + item)
process_overt_deleted_files(value, key, vssvolume_mnt + "/" + item,
outfile, folder_path, block_size, item,
temp_time)
def mount_shadow_volumes(vssvolume_mnt, outfile, folder_path, temp_time, parsers):
print("Vssvolume_mnt: " + vssvolume_mnt)
# disable auto-mount in nautilis - this stops a nautilis window from popping up everytime the mount command
# is executed
cmd_false = "sudo gsettings set org.gnome.desktop.media-handling automount false && " \
"sudo gsettings set org.gnome.desktop.media-handling automount-open false && " \
"sudo gsettings set org.gnome.desktop.media-handling autorun-never true"
try:
subprocess.call([cmd_false], shell=True)
except:
print("Autmount false failed")
#check for existence of folder
vss_mount = check_for_folder("/mnt/vss_mount", outfile)
vss_volumes = os.listdir(vssvolume_mnt)
print(vss_volumes)
for item in vss_volumes:
print("Currently processing vss volume: " + item)
#call parted function
partition_info_dict, temp_time = parted(outfile, vssvolume_mnt + "/"+item)
block_size = get_block_size_parted(outfile, temp_time)
for key,value in partition_info_dict.items():
print("About to process Google Analytic Cookies from: " + item)
mount.mount(value,key,vssvolume_mnt+"/"+item,outfile,vss_mount)
os.makedirs(folder_path+"/"+item)
process_dir(vss_mount, folder_path+"/"+item, parsers,item)
#unmounting vss volume
if(vssvolume_mnt != "NULL"):
try:
print("Unmounting: " + vssvolume_mnt)
outfile.write("Unmounting: " + vssvolume_mnt + "\n")
subprocess.call(['sudo umount -f ' + vssvolume_mnt], shell=True)
os.rmdir(vssvolume_mnt)
except:
print("Unable to unmount: " + vssvolume_mnt)
outfile.write("Unable to unmount: " + vssvolume_mnt)
def mount_shadow_volumes(vssvolume_mnt, outfile, folder_path, temp_time):
print("Vssvolume_mnt: " + vssvolume_mnt)
#check for existence of folder
vss_mount = check_for_folder("/mnt/vss_mount", outfile)
vss_volumes = os.listdir(vssvolume_mnt)
print(vss_volumes)
for item in vss_volumes:
print("Currently processing vss volume: " + item)
#call parted function
partition_info_dict, temp_time = parted(outfile, vssvolume_mnt + "/"+item)
block_size = get_block_size_parted(outfile, temp_time)
for key,value in partition_info_dict.items():
print("About to process registry hives from: " + item)
process_overt_deleted_files(value, key, vssvolume_mnt+"/"+item, outfile, folder_path, block_size, item, "SHADOW VOLUME", temp_time)
#unmounting vss volume
if(vssvolume_mnt != "NULL"):
print("Unmounting: " + vssvolume_mnt)
outfile.write("Unmounting: " + vssvolume_mnt + "\n")
subprocess.call(['sudo umount -f ' + vssvolume_mnt], shell=True)
os.rmdir(vssvolume_mnt)
def exifdata_mr(item_to_process, case_number, root_folder_path, evidence):
print("The item to process is: " + item_to_process)
print("The case_name is: " + case_number)
print("The output folder is: " + root_folder_path)
print("The evidence to process is: " + evidence)
evidence_no_quotes = evidence
evidence = '"' + evidence + '"'
#get datetime
now = datetime.datetime.now()
#set Mount Point
mount_point = "/mnt/" + now.strftime("%Y-%m-%d_%H_%M_%S_%f")
#create output folder path
folder_path = root_folder_path + "/" + "EXIF_Tool"
check_for_folder(folder_path, "NONE")
#open a log file for output
log_file = folder_path + "/EXIF_Tool_logfile.txt"
outfile = open(log_file, 'wt+')
#set up tuple holding all of the file extensions exiftool can process
valid_extensions = ('3FR', '3G2', '3GP2', '3GP', '3GPP', 'ACR', 'AFM', 'ACFM', 'AMFM', 'AI', 'AIT', 'AIFF', 'AIF', 'AIFC', 'APE', 'ARW', 'ASF', 'AVI', 'BMP', 'DIB', 'BTF', 'TIFF', 'TIF', 'CHM', 'COS', 'CR2', 'CRW', 'CIFF', 'CS1', 'DCM', 'DC3', 'DIC', 'DICM', 'DCP', 'DCR', 'DFONT', 'DIVX', 'DJVU', 'DJV', 'DNG', 'DOC', 'DOT', 'DOCX', 'DOCM', 'DOTX', 'DOTM', 'DYLIB', 'DV', 'DVB', 'EIP', 'EPS', 'EPSF', 'EXR', 'PS', 'ERF', 'EXE', 'DLL', 'EXIF', 'F4A', 'F4B', 'F4P', 'F4V', 'FFF', 'FLA', 'FLAC', 'FLV', 'FPX', 'GIF', 'GZ', 'GZIP', 'HDP', 'HDR', 'WDP', 'HTML', 'HTM', 'XHTML', 'ICC', 'ICM', 'IIQ', 'IND', 'INDD', 'INDT', 'INX', 'ITC', 'JP2', 'JPF', 'JPM', 'JPX', 'JPEG', 'JPC', 'JPG', 'J2C', 'J2K', 'K25', 'KDC', 'KEY', 'KTH', 'LNK', 'M2TS', 'MTS', 'M2T', 'TS', 'M4A', 'M4B', 'M4P', 'M4V', 'MEF', 'MIE', 'MIFF', 'MIF', 'MKA', 'MKV', 'MKS', 'MOS', 'MOV', 'Q', 'MP3', 'MP4', 'MPC', 'MPEG', 'MPG', 'M2V', 'MPO', 'MQV', 'QT', 'MRW', 'MXF', 'NEF', 'NMBTEMPLATE', 'NRW', 'NUMBERS', 'ODB', 'ODC', 'ODF', 'ODG', 'OGI', 'ODP', 'ODS', 'ODT', 'OGG', 'ORF', 'OTF', 'PAGES', 'PDF', 'PEF', 'PFA', 'PFB', 'PFM', 'PGF', 'PICT', 'PCT', 'PMP', 'PNG', 'JNG', 'MNG', 'PPM', 'PBM', 'PGM', 'PPT', 'PPS', 'POT', 'POTX', 'POTM', 'PPSX', 'PPSM', 'PPTX', 'PPTM', 'PSD', 'PSB', 'PSP', 'PSPIMAGE', 'QTIF', 'QTI', 'QIF', 'RAF', 'RAM', 'RPM', 'RAW', 'RAR', 'RAW', 'RIFF', 'RIF', 'RM', 'RV', 'RMVB', 'RSRC', 'RTF', 'RW2', 'RWL', 'RWZ', 'SO', 'SR2', 'SRF', 'SRW', 'SVG', 'SWF', 'THM', 'THMX', 'TIFF', 'TIF', 'TTF', 'TTC', 'VOB', 'VRD', 'VSD', 'WAV', 'WEBM', 'WEBP', ',WMA', 'WMV', 'X3F', 'XCF', 'XLS', 'XLT', 'XLSX', 'XLSM', 'XLSB', 'XLTX', 'XLTM', 'XMP', 'ZIP')
if(item_to_process =="EnCase Logical Evidence File"):
file_to_process = evidence
mount_point = mount_encase_v6_l01(case_number, file_to_process, outfile)
process_folder(mount_point, valid_extensions, item_to_process)
#umount
if(os.path.exists(mount_point)):
subprocess.call(['sudo umount -f ' + mount_point], shell=True)
os.rmdir(mount_point)
if(item_to_process == "Directory"):
mount_point = evidence_no_quotes
process_folder(mount_point, valid_extensions, item_to_process, outfile, folder_path)
elif(item_to_process == "Bit-Stream Image"):
#get datetime
now = datetime.datetime.now()
#set Mount Point
mount_point = "/mnt/" + now.strftime("%Y-%m-%d_%H_%M_%S_%f")
#select dd image to process
Image_Path = evidence
#check if Image file is in Encase format
if re.search(".E01", Image_Path):
#strip out single quotes from the quoted path
#no_quotes_path = Image_Path.replace("'","")
#print("THe no quotes path is: " + no_quotes_path)
#call mount_ewf function
Image_Path = mount_ewf(Image_Path, outfile, mount_point)
#call mmls function
partition_info_dict, temp_time = mmls(outfile, Image_Path)
#get filesize of mmls_output.txt
file_size = os.path.getsize("/tmp/mmls_output_" + temp_time + ".txt")
#if filesize of mmls output is 0 then run parted
if(file_size == 0):
print("mmls output was empty, running parted")
outfile.write("mmls output was empty, running parted")
#call parted function
partition_info_dict, temp_time = parted(outfile, Image_Path)
else:
#read through the mmls output and look for GUID Partition Tables (used on MACS)
mmls_output_file = open("/tmp/mmls_output_" + temp_time + ".txt", 'r')
for line in mmls_output_file:
if re.search("GUID Partition Table", line):
print("We found a GUID partition table, need to use parted")
outfile.write("We found a GUID partition table, need to use parted\n")
#call parted function
partition_info_dict, temp_time = parted(outfile, Image_Path)
#loop through the dictionary containing the partition info (filesystem is VALUE, offset is KEY)
for key,value in partition_info_dict.items():
#set up file object for output file
output_file = folder_path + "/Exif_data_partition_offset_" + str(key) +".txt"
print("The output_file is: " + output_file)
exif_out = open(output_file, 'wt+')
#disable auto-mount in nautilis - this stops a nautilis window from popping up everytime the mount command is executed
cmd_false = "sudo gsettings set org.gnome.desktop.media-handling automount false && sudo gsettings set org.gnome.desktop.media-handling automount-open false"
try:
subprocess.call([cmd_false], shell=True)
except:
print("Autmount false failed")
#call mount sub-routine
success_code, loopback_device_mount = mount(value,key,Image_Path, outfile, mount_point)
if(success_code):
print("Could not mount partition with filesystem: " + value + " at offset:" + str(key))
outfile.write("Could not mount partition with filesystem: " + value + " at offset:" + str(key))
else:
print("We just mounted filesystem: " + value + " at offset:" + str(key) + ". Scanning for files of interest.....\n")
outfile.write("We just mounted filesystem: " + value + " at offset:" + str(key) + "\n")
#get the filename without extension
for root,dirs,files in os.walk(mount_point):
for filenames in files:
fileName, fileExtension = os.path.splitext(filenames)
#replace the . in the file extension with nothing
file_extension = fileExtension.replace('.','')
file_extension = file_extension.upper()
file_name = os.path.basename(fileName)
for extension in valid_extensions:
if(file_extension == extension):
print("Running exiftool against file: " + filenames)
outfile.write("Running exiftool against file: " + filenames)
#chdir to output foler
os.chdir(folder_path)
#get absolute path to file
file_name = os.path.join(root,filenames)
quoted_file_name = "'" +file_name +"'"
#enclose strings in quotes
quoted_root = "'" +root +"'"
#set up exiftool command
exif_command = "exiftool -ext " + extension + " -l -sep *********** -z " + quoted_file_name + " >> " + "'" + folder_path + "/Exif_data_partition_offset_" + str(key) +".txt" + "'"
#print("The exif command is: " + exif_command + "\n\n")
outfile.write("The exif command is: " + exif_command + "\n\n")
#execute the exif command
subprocess.call([exif_command], shell=True)
#exif_out.write("\n\n")
#unmount and remove mount points
if(os.path.exists(mount_point)):
subprocess.call(['sudo umount -f ' + mount_point], shell=True)
os.rmdir(mount_point)
#unmount loopback device if this image was HFS+ - need to run losetup -d <loop_device> before unmounting
if not (loopback_device_mount == "NONE"):
losetup_d_command = "losetup -d " + loopback_device_mount
subprocess.call([losetup_d_command], shell=True)
#close outfile
exif_out.close()
#program cleanup
outfile.close()
#remove mount points created for this program
if(os.path.exists(mount_point)):
if not (item_to_process == "Directory"):
os.rmdir(mount_point)
if(os.path.exists(mount_point+"_ewf")):
subprocess.call(['sudo umount -f ' + mount_point + "_ewf"], shell=True)
os.rmdir(mount_point+"_ewf")
#delete empty directories in output folder
for root, dirs, files in os.walk(folder_path, topdown=False):
for directories in dirs:
files = []
dir_path = os.path.join(root,directories)
files = os.listdir(dir_path)
if(len(files) == 0):
os.rmdir(dir_path)
def be_mr(item_to_process, case_number, folder_path, evidence, whitelist_location, speed, keyword_list):
evidence = "'" + evidence + "'"
speed = speed.strip()
#calculate number of processors to use (Speed-Slow, Speed-Fast, Speed-Med
calc_cores_command = "cat /proc/cpuinfo | grep processor | wc -l"
num_of_cores = subprocess.check_output([calc_cores_command], shell=True)
num_of_cores = num_of_cores.decode(encoding='UTF-8')
num_of_cores = num_of_cores.strip()
print("This VM has " + str(num_of_cores) +" cores")
if(num_of_cores == "1"):
cores_to_use = 1
elif(speed == "Speed-Slow"):
cores_to_use = 1
elif(speed == "Speed-Med"):
cores_to_use = int(num_of_cores)//2
elif(speed == "Speed-Fast"):
cores_to_use = num_of_cores
print("Item to process is: " + item_to_process)
print("Case number is: " + case_number)
print("Output folder is: " + folder_path)
print("Evidence type is: " + evidence)
print("Whitelist location is: " + whitelist_location)
print("Processing speed is: " + speed)
print("Keyword list is: " + keyword_list)
#open a log file for output
#log_file = folder_path + "/" + case_number + "_logfile.txt"
#outfile = open(log_file, 'a')
#add subfolder to output path so BE has empty folder to write to
folder_path_be = "'" + folder_path +"/Bulk_Extractor_Results'"
check_for_folder(folder_path_be, "NONE")
if(item_to_process == "Directory"):
process_folder(evidence, folder_path_be, whitelist_location, speed, "NONE", keyword_list, cores_to_use)
elif(item_to_process == "EnCase Logical Evidence File"):
mount_point = mount_encase_v6_l01(case_number, evidence, "NONE")
process_folder(mount_point, folder_path_be, whitelist_location, speed, "NONE", keyword_list, cores_to_use)
elif(item_to_process == "Single File") or (item_to_process == "Memory Image") or (item_to_process == "EnCase Logical Evidence File"):
#set up bulk extractor command
if(whitelist_location != "NONE") and (keyword_list == "NONE"):
be_command = "bulk_extractor -o " + folder_path_be + ' -w "' + whitelist_location + '" -j ' + str(cores_to_use) + " " + evidence
elif(whitelist_location == "NONE") and (keyword_list =="NONE"):
be_command = "bulk_extractor -o " + folder_path_be + " -j " + str(cores_to_use) + " " + evidence
elif(whitelist_location != "NONE") and (keyword_list != "NONE"):
be_command = "bulk_extractor -o " + folder_path_be + ' -w "' + whitelist_location + '" -F "' + keyword_list + '" -j ' + str(cores_to_use) + " " + evidence
elif(whitelist_location == "NONE") and (keyword_list != "NONE"):
be_command = "bulk_extractor -o " + folder_path_be + ' -F "' + keyword_list + '" -j ' + str(cores_to_use) + " " + evidence
#outfile.write("The be_command is: " + be_command + "\n")
#run be_command
print("The be command is: " + be_command)
subprocess.call([be_command], shell=True)
elif(item_to_process == "Bit-Stream Image"):
#set up bulk extractor command
if(whitelist_location != "NONE") and (keyword_list == "NONE"):
be_command = "bulk_extractor -C 60 -o " + folder_path_be + ' -w "' + whitelist_location + '" -j ' + str(cores_to_use) + " " + evidence
elif(whitelist_location == "NONE") and (keyword_list =="NONE"):
be_command = "bulk_extractor -C 60 -o " + folder_path_be + " -j " + str(cores_to_use) + " " + evidence
elif(whitelist_location != "NONE") and (keyword_list != "NONE"):
be_command = "bulk_extractor -C 60 -o " + folder_path_be + ' -w "' + whitelist_location + '" -F "' + keyword_list + '" -j ' + str(cores_to_use) + " " + evidence
elif(whitelist_location == "NONE") and (keyword_list != "NONE"):
be_command = "bulk_extractor -C 60 -o " + folder_path_be + ' -F "' + keyword_list + '" -j ' + str(cores_to_use) + " " + evidence
#run be_command
print("The be command is: " + be_command)
subprocess.call([be_command], shell=True)
#run fiwalk
fiwalk_command = "fiwalk -x " + evidence + " > " + '"' + folder_path + '/Bulk_Extractor_Results/fiwalk_output.xml' + '"'
print("Running fiwalk: " + fiwalk_command)
subprocess.call([fiwalk_command], shell=True)
#run identify_filenames.py
identify_filenames_command = "python3 /usr/share/bulk-extractor/python/identify_filenames.py --all --imagefile " + evidence + " --xmlfile " + '"' + folder_path + "/Bulk_Extractor_Results/fiwalk_output.xml" + '" "' + folder_path + "/Bulk_Extractor_Results" + '" "' + folder_path + "/Bulk_Extractor_Results/annotated_results/" + '"'
print("Running identify_filenames.py: " + identify_filenames_command)
subprocess.call([identify_filenames_command], shell=True)
#chdir to output foler
os.chdir(folder_path)
#run text files through unix2dos
for root, dirs, files in os.walk(folder_path + "/Bulk_Extractor_Results/"):
for filenames in files:
#get file extension
fileName, fileExtension = os.path.splitext(filenames)
if(fileExtension.lower() == ".txt"):
full_path = os.path.join(root,filenames)
quoted_full_path = "'" +full_path+"'"
print("Running Unix2dos against file: " + quoted_full_path)
#unix2dos_command = "sudo unix2dos " + "'"+filenames+"'"
unix2dos_command = "sudo unix2dos " + quoted_full_path
subprocess.call([unix2dos_command], shell=True)
def plist_processor(item_to_process, case_number, root_folder_path, evidence):
print("The item to process is: " + item_to_process)
print("The case_name is: " + case_number)
print("The output folder is: " + root_folder_path)
print("The evidence to process is: " + evidence)
evidence_no_quotes = evidence
evidence = '"' + evidence + '"'
#get datetime
now = datetime.datetime.now()
#set Mount Point
mount_point = "/mnt/" + "MantaRay_" + now.strftime("%Y-%m-%d_%H_%M_%S_%f")
#create output folder path
folder_path = root_folder_path + "/" + "PLIST_Processor"
check_for_folder(folder_path, "NONE")
#open a log file for output
log_file = folder_path + "/PLIST_processor_logfile.txt"
outfile = open(log_file, 'wt+')
#open an error file for output
log_file = folder_path + "/PLIST_processor_error_log.txt"
outfile_error = open(log_file, 'wt+')
#open file to write output
exp_file = folder_path + "/" + case_number + "_PLIST_Triage.txt"
export_file = open(exp_file, 'a')
if (item_to_process == "Directory"):
folder_to_process = evidence_no_quotes
process_folder(folder_to_process, export_file, outfile, outfile_error,
now)
elif (item_to_process == "EnCase Logical Evidence File"):
file_to_process = evidence
mount_point = mount_encase_v6_l01(case_number, file_to_process,
outfile)
process_folder(mount_point, export_file, outfile, outfile_error, now)
#umount
if (os.path.exists(mount_point)):
subprocess.call(['sudo umount -f ' + mount_point], shell=True)
os.rmdir(mount_point)
elif (item_to_process == "Bit-Stream Image"):
#set Mount Point
mount_point = "/mnt/" + now.strftime("%Y-%m-%d_%H_%M_%S_%f")
Image_Path = evidence
#check if Image file is in Encase format
if re.search(".E01", Image_Path):
#set mount point
#mount_point = "/mnt/"+ case_number+"_ewf"
Image_Path = mount_ewf(Image_Path, outfile, mount_point)
#call mmls function
partition_info_dict, temp_time = mmls(outfile, Image_Path)
partition_info_dict_temp = partition_info_dict
#get filesize of mmls_output.txt
file_size = os.path.getsize("/tmp/mmls_output_" + temp_time + ".txt")
#if filesize of mmls output is 0 then run parted
if (file_size == 0):
print("mmls output was empty, running parted\n")
outfile.write("mmls output was empty, running parted\n")
#call parted function
partition_info_dict, temp_time = parted(outfile, Image_Path)
else:
#read through the mmls output and look for GUID Partition Tables (used on MACS)
mmls_output_file = open("/tmp/mmls_output_" + temp_time + ".txt",
'r')
for line in mmls_output_file:
if re.search("GUID Partition Table", line):
print(
"We found a GUID partition table, need to use parted")
outfile.write(
"We found a GUID partition table, need to use parted\n"
)
#call parted function
partition_info_dict, temp_time = parted(
outfile, Image_Path)
mmls_output_file.close()
#loop through the dictionary containing the partition info (filesystem is VALUE, offset is KEY)
for key, value in partition_info_dict.items():
cmd_false = "sudo gsettings set org.gnome.desktop.media-handling automount false && sudo gsettings set org.gnome.desktop.media-handling automount-open false"
try:
subprocess.call([cmd_false], shell=True)
except:
print("Autmount false failed")
#process plist files
if (value == "hfs+"):
#call mount sub-routine
success_code, loopback_device_mount = mount(
value, str(key), Image_Path, outfile, mount_point)
if (success_code):
print("Could not mount partition with filesystem: " +
value + " at offset:" + str(key))
outfile.write(
"Could not mount partition with filesystem: " + value +
" at offset:" + str(key))
else:
print("We just mounted filesystem: " + value +
" at offset:" + str(key) + "\n")
outfile.write("We just mounted filesystem: " + value +
" at offset:" + str(key) + "\n")
#process
process_folder(mount_point, export_file, outfile,
outfile_error, now)
#unmount
subprocess.call(['umount ' + mount_point], shell=True)
subprocess.call(['losetup -d ' + loopback_device_mount],
shell=True)
else:
print("This partition is not formatted HFS+")
outfile.write("This partition is not formatted HFS+\n\n")
#close export_file
export_file.close()
#chdir to output foler
os.chdir(folder_path)
#unmount and remount points
if re.search(".E01", Image_Path):
if (os.path.exists(mount_point + "_ewf")):
subprocess.call(['sudo umount -f ' + mount_point + "_ewf"],
shell=True)
os.rmdir(mount_point + "_ewf")
#remove empty directories
for root, dirs, files in os.walk(folder_path, topdown=False):
for directory in dirs:
dir_path = os.path.join(root, directory)
if not os.listdir(dir_path):
outfile.write("Removing empty folder: " + dir_path + "\n")
os.rmdir(dir_path)
#close outfiles
outfile.close()
#run text files through unix2dos
for root, dirs, files in os.walk(folder_path):
for filenames in files:
#get file extension
fileName, fileExtension = os.path.splitext(filenames)
if (fileExtension.lower() == ".txt"):
full_path = os.path.join(root, filenames)
quoted_full_path = "'" + full_path + "'"
print("Running Unix2dos against file: " + filenames)
unix2dos_command = "sudo unix2dos " + quoted_full_path
subprocess.call([unix2dos_command], shell=True)
#delete /tmp/ls_output.txt
if (os.path.exists("/tmp/mmls_output_" + temp_time + ".txt")):
os.remove("/tmp/mmls_output_" + temp_time + ".txt")
if (os.path.exists("/tmp/timeline_partition_info_" + temp_time +
".txt")):
os.remove("/tmp/timeline_partition_info_" + temp_time + ".txt")
if (os.path.exists("/tmp/dump_" + temp_time + ".txt")):
os.remove("/tmp/dump_" + temp_time + ".txt")
if (os.path.exists("/tmp/fls_output_" + temp_time + ".txt")):
os.remove("/tmp/fls_output_" + temp_time + ".txt")
if (os.path.exists("/tmp/hives_to_rename_" + temp_time)):
shutil.rmtree("/tmp/hives_to_rename_" + temp_time)
def create_kml_from_exif_mr(item_to_process, case_number, root_folder_path,
evidence):
print("The item to process is: " + item_to_process)
print("The case_name is: " + case_number)
print("The output folder is: " + root_folder_path)
print("The evidence to process is: " + evidence)
evidence_no_quotes = evidence
evidence = '"' + evidence + '"'
#create output folder path
folder_path = root_folder_path + "/" + "KML_From_EXIF"
check_for_folder(folder_path, "NONE")
#open a log file for output
log_file = folder_path + "/KML_From_EXIF_logfile.txt"
outfile = open(log_file, 'wt+')
#initialize variables
files_of_interest = {}
files_of_interest_list = []
mount_point = "NONE"
log_file3 = folder_path + "/" + case_number + "_files_to_exploit.xls"
outfile3 = open(log_file3, 'wt+')
#write out column headers to xls file
outfile3.write("Name\tMD5\tFile Size (kb)\n")
if (item_to_process == "Directory"):
#select folder to process
folder_process = evidence_no_quotes
#set folder variable to "folder" since this is a folder and not a disk partition
folder = "Directory"
#call process subroutine
process(folder_process, outfile, folder_path, folder, outfile3)
elif (item_to_process == 'EnCase Logical Evidence File'):
folder = "LEF"
file_to_process = evidence
mount_point = mount_encase_v6_l01(case_number, file_to_process,
outfile)
process(mount_point, outfile, folder_path, folder, outfile3)
#umount
if (os.path.exists(mount_point)):
subprocess.call(['sudo umount -f ' + mount_point], shell=True)
os.rmdir(mount_point)
elif (item_to_process == 'Single File'):
process_single_file(evidence_no_quotes, outfile, folder_path,
"Single-File", outfile3)
elif (item_to_process == 'Bit-Stream Image'):
#select image to process
Image_Path = evidence
#get datetime
now = datetime.datetime.now()
#set Mount Point
mount_point = "/mnt/" + now.strftime("%Y-%m-%d_%H_%M_%S")
#check to see if Image file is in Encase format
if re.search(".E01", Image_Path):
#strip out single quotes from the quoted path
no_quotes_path = Image_Path.replace("'", "")
print("The no quotes path is: " + no_quotes_path)
#call mount_ewf function
cmd_false = "sudo gsettings set org.gnome.desktop.media-handling automount false && sudo gsettings set org.gnome.desktop.media-handling automount-open false"
try:
subprocess.call([cmd_false], shell=True)
except:
print("Autmount false failed")
Image_Path = mount_ewf(Image_Path, outfile, mount_point)
#call mmls function
partition_info_dict, temp_time = mmls(outfile, Image_Path)
#partition_info_dict_temp, temp_time = partition_info_dict
#get filesize of mmls_output.txt
file_size = os.path.getsize("/tmp/mmls_output_" + temp_time + ".txt")
print("The filesize is: " + str(file_size))
#if filesize of mmls output is 0 then run parted
if (file_size == 0):
print("mmls output was empty, running parted")
outfile.write("mmls output was empty, running parted")
#call parted function
partition_info_dict, temp_time = parted(outfile, Image_Path)
else:
#read through the mmls output and look for GUID Partition Tables (used on MACS)
mmls_output_file = open("/tmp/mmls_output_" + temp_time + ".txt",
'r')
for line in mmls_output_file:
if re.search("GUID Partition Table", line):
print(
"We found a GUID partition table, need to use parted")
outfile.write(
"We found a GUID partition table, need to use parted\n"
)
#call parted function
partition_info_dict, temp_time = parted(
outfile, Image_Path)
#close file
mmls_output_file.close()
#loop through the dictionary containing the partition info (filesystem is VALUE, offset is KEY)
#for key,value in partition_info_dict.items():
for key, value in sorted(partition_info_dict.items()):
#create output folder for processed files
if not os.path.exists(folder_path + "/Processed_files_" +
str(key)):
os.mkdir(folder_path + "/Processed_files_" + str(key))
#disable auto-mount in nautilis - this stops a nautilis window from popping up everytime the mount command is executed
cmd_false = "sudo gsettings set org.gnome.desktop.media-handling automount false && sudo gsettings set org.gnome.desktop.media-handling automount-open false"
try:
subprocess.call([cmd_false], shell=True)
except:
print("Autmount false failed")
#call mount sub-routine
success_code, loopback_device_mount = mount(
value, key, Image_Path, outfile, mount_point)
if (success_code):
print("Could not mount partition with filesystem: " + value +
" at offset:" + str(key))
outfile.write("Could not mount partition with filesystem: " +
value + " at offset:" + str(key))
else:
print("We just mounted filesystem: " + value + " at offset:" +
str(key) + ". Scanning for files of interest.....\n")
outfile.write("We just mounted filesystem: " + value +
" at offset:" + str(key) + "\n")
#call process subroutine
process(mount_point, outfile, folder_path, key, outfile3)
#unmount and remove mount points
if (os.path.exists(mount_point)):
subprocess.call(['sudo umount -f ' + mount_point],
shell=True)
os.rmdir(mount_point)
#unmount loopback device if this image was HFS+ - need to run losetup -d <loop_device> before unmounting
if not (loopback_device_mount == "NONE"):
losetup_d_command = "losetup -d " + loopback_device_mount
subprocess.call([losetup_d_command], shell=True)
#delete /tmp files created for processing bit-stream images
if (os.path.exists("/tmp/mmls_output_" + temp_time + ".txt")):
os.remove("/tmp/mmls_output_" + temp_time + ".txt")
#write out list of filenames to end of output file so that user can create a filter for those filenames in Encase
outfile3.write(
"\n\n******** LIST of FILENAMES of INTEREST ******************\n")
#sort list so that all values are unique
unique(files_of_interest_list)
for files in files_of_interest_list:
outfile3.write(files + "\n")
#program cleanup
outfile.close()
outfile3.close()
#remove mount points created for this program
if (os.path.exists(mount_point)):
subprocess.call(['sudo umount -f ' + mount_point], shell=True)
os.rmdir(mount_point)
if (os.path.exists(mount_point + "_ewf")):
subprocess.call(['sudo umount -f ' + mount_point + "_ewf"], shell=True)
os.rmdir(mount_point + "_ewf")
#convert outfile using unix2dos
#chdir to output foler
os.chdir(folder_path)
#run text files through unix2dos
for root, dirs, files in os.walk(folder_path):
for filenames in files:
#get file extension
fileName, fileExtension = os.path.splitext(filenames)
if (fileExtension.lower() == ".txt"):
full_path = os.path.join(root, filenames)
quoted_full_path = "'" + full_path + "'"
print("Running Unix2dos against file: " + filenames)
unix2dos_command = "sudo unix2dos " + filenames
subprocess.call([unix2dos_command], shell=True)
#delete empty directories in output folder
for root, dirs, files in os.walk(folder_path, topdown=False):
for directories in dirs:
files = []
dir_path = os.path.join(root, directories)
files = os.listdir(dir_path)
if (len(files) == 0):
os.rmdir(dir_path)
#unmount and remove mount points
if (mount_point != "NONE"):
if (os.path.exists(mount_point + "_ewf")):
subprocess.call(['sudo umount -f ' + mount_point + "_ewf"],
shell=True)
os.rmdir(mount_point + "_ewf")
def av_scanner_mr(item_to_process, case_number, root_folder_path, evidence, conf_file):
print("The item to process is: " + item_to_process)
print("The case_name is: " + case_number)
print("The output folder is: " + root_folder_path)
print("The evidence to process is: " + evidence)
print("The configuration file is located at: " + conf_file)
evidence_no_quotes = evidence
evidence = '"' + evidence + '"'
#get datetime
now = datetime.datetime.now()
#set Mount Point
mount_point = "/mnt/" + "MantaRay_" + now.strftime("%Y-%m-%d_%H_%M_%S_%f")
#create output folder path
output_folder_path = root_folder_path + "/" + "AV_Scanner"
check_for_folder(output_folder_path, "NONE")
#open a log file for output
log_file = output_folder_path + "/AV_Scanner_logfile.txt"
outfile = open(log_file, 'wt+')
if(item_to_process == "Single File"):
print("Please put your file in a folder and then scan the folder")
elif(item_to_process == "Directory"):
folder_to_process = evidence_no_quotes
process_folder(folder_to_process, output_folder_path, outfile, "Directory", conf_file)
elif(item_to_process =="EnCase Logical Evidence File"):
file_to_process = evidence
mount_point = mount_encase_v6_l01(case_number, file_to_process, outfile)
process_folder(mount_point, output_folder_path, outfile, "LEF", conf_file)
#umount
if(os.path.exists(mount_point)):
subprocess.call(['sudo umount -f ' + mount_point], shell=True)
os.rmdir(mount_point)
elif(item_to_process == "Bit-Stream Image"):
Image_Path = evidence
#process every file on every partition
#get datetime
now = datetime.datetime.now()
#set Mount Point
mount_point = "/mnt/" + now.strftime("%Y-%m-%d_%H_%M_%S_%f")
#check if Image file is in Encase format
if re.search(".E01", Image_Path):
#strip out single quotes from the quoted path
#no_quotes_path = Image_Path.replace("'","")
#print("THe no quotes path is: " + no_quotes_path)
#call mount_ewf function
Image_Path = mount_ewf(Image_Path, outfile,mount_point)
#call mmls function
partition_info_dict, temp_time = mmls(outfile, Image_Path)
partition_info_dict_temp = partition_info_dict
#get filesize of mmls_output.txt
file_size = os.path.getsize("/tmp/mmls_output_" + temp_time + ".txt")
#if filesize of mmls output is 0 then run parted
if(file_size == 0):
print("mmls output was empty, running parted")
outfile.write("mmls output was empty, running parted")
#call parted function
partition_info_dict, temp_time = parted(outfile, Image_Path)
else:
#read through the mmls output and look for GUID Partition Tables (used on MACS)
mmls_output_file = open("/tmp/mmls_output_" + temp_time + ".txt", 'r')
for line in mmls_output_file:
if re.search("GUID Partition Table", line):
print("We found a GUID partition table, need to use parted")
outfile.write("We found a GUID partition table, need to use parted\n")
#call parted function
partition_info_dict, temp_time = parted(outfile, Image_Path)
mmls_output_file.close()
#loop through the dictionary containing the partition info (filesystem is VALUE, offset is KEY)
for key,value in sorted(partition_info_dict.items()):
#disable auto-mount in nautilis - this stops a nautilis window from popping up everytime the mount command is executed
cmd_false = "sudo gsettings set org.gnome.desktop.media-handling automount false && sudo gsettings set org.gnome.desktop.media-handling automount-open false"
try:
subprocess.call([cmd_false], shell=True)
except:
print("Autmount false failed")
#call mount sub-routine
success_code, loopback_device_mount = mount(value,str(key),Image_Path, outfile, mount_point)
if(success_code):
print("Could not mount partition with filesystem: " + value + " at offset:" + str(key))
outfile.write("Could not mount partition with filesystem: " + value + " at offset:" + str(key))
else:
print("We just mounted filesystem: " + value + " at offset:" + str(key) + "\n")
outfile.write("We just mounted filesystem: " + value + " at offset:" + str(key) + "\n")
#call av_scanner function for each mount_point
process_folder(mount_point, output_folder_path, outfile, "partition_offset_"+str(key), conf_file)
print("We just finished scanning every file...sorting output")
#unmount and remove mount points
if(os.path.exists(mount_point)):
subprocess.call(['sudo umount -f ' + mount_point], shell=True)
os.rmdir(mount_point)
#unmount loopback device if this image was HFS+ - need to run losetup -d <loop_device> before unmounting
if not (loopback_device_mount == "NONE"):
losetup_d_command = "losetup -d " + loopback_device_mount
subprocess.call([losetup_d_command], shell=True)
#delete /tmp files created for each partition
if (os.path.exists("/tmp/mmls_output_" + temp_time + ".txt")):
os.remove("/tmp/mmls_output_" + temp_time + ".txt")
#close logfile
outfile.close()
#remove mount points created for this program
if(os.path.exists(mount_point)):
os.rmdir(mount_point)
if(os.path.exists(mount_point+"_ewf")):
subprocess.call(['sudo umount -f ' + mount_point + "_ewf"], shell=True)
os.rmdir(mount_point+"_ewf")
#run text files through unix2dos
for root, dirs, files in os.walk(output_folder_path):
for filenames in files:
#get file extension
fileName, fileExtension = os.path.splitext(filenames)
if(fileExtension.lower() == ".txt"):
full_path = os.path.join(root,filenames)
quoted_full_path = "'" +full_path+"'"
print("Running Unix2dos against file: " + quoted_full_path)
#unix2dos_command = "sudo unix2dos " + "'"+filenames+"'"
unix2dos_command = "sudo unix2dos " + quoted_full_path
subprocess.call([unix2dos_command], shell=True)
def av_scanner_mr(item_to_process, case_number, root_folder_path, evidence,
conf_file):
print("The item to process is: " + item_to_process)
print("The case_name is: " + case_number)
print("The output folder is: " + root_folder_path)
print("The evidence to process is: " + evidence)
print("The configuration file is located at: " + conf_file)
evidence_no_quotes = evidence
evidence = '"' + evidence + '"'
#get datetime
now = datetime.datetime.now()
#set Mount Point
mount_point = "/mnt/" + "MantaRay_" + now.strftime("%Y-%m-%d_%H_%M_%S_%f")
#create output folder path
output_folder_path = root_folder_path + "/" + "AV_Scanner"
check_for_folder(output_folder_path, "NONE")
#open a log file for output
log_file = output_folder_path + "/AV_Scanner_logfile.txt"
outfile = open(log_file, 'wt+')
if (item_to_process == "Single File"):
print("Please put your file in a folder and then scan the folder")
elif (item_to_process == "Directory"):
folder_to_process = evidence_no_quotes
process_folder(folder_to_process, output_folder_path, outfile,
"Directory", conf_file)
elif (item_to_process == "EnCase Logical Evidence File"):
file_to_process = evidence
mount_point = mount_encase_v6_l01(case_number, file_to_process,
outfile)
process_folder(mount_point, output_folder_path, outfile, "LEF",
conf_file)
#umount
if (os.path.exists(mount_point)):
subprocess.call(['sudo umount -f ' + mount_point], shell=True)
os.rmdir(mount_point)
elif (item_to_process == "Bit-Stream Image"):
Image_Path = evidence
#process every file on every partition
#get datetime
now = datetime.datetime.now()
#set Mount Point
mount_point = "/mnt/" + now.strftime("%Y-%m-%d_%H_%M_%S_%f")
#check if Image file is in Encase format
if re.search(".E01", Image_Path):
#strip out single quotes from the quoted path
#no_quotes_path = Image_Path.replace("'","")
#print("THe no quotes path is: " + no_quotes_path)
#call mount_ewf function
Image_Path = mount_ewf(Image_Path, outfile, mount_point)
#call mmls function
partition_info_dict, temp_time = mmls(outfile, Image_Path)
partition_info_dict_temp = partition_info_dict
#get filesize of mmls_output.txt
file_size = os.path.getsize("/tmp/mmls_output_" + temp_time + ".txt")
#if filesize of mmls output is 0 then run parted
if (file_size == 0):
print("mmls output was empty, running parted")
outfile.write("mmls output was empty, running parted")
#call parted function
partition_info_dict, temp_time = parted(outfile, Image_Path)
else:
#read through the mmls output and look for GUID Partition Tables (used on MACS)
mmls_output_file = open("/tmp/mmls_output_" + temp_time + ".txt",
'r')
for line in mmls_output_file:
if re.search("GUID Partition Table", line):
print(
"We found a GUID partition table, need to use parted")
outfile.write(
"We found a GUID partition table, need to use parted\n"
)
#call parted function
partition_info_dict, temp_time = parted(
outfile, Image_Path)
mmls_output_file.close()
#loop through the dictionary containing the partition info (filesystem is VALUE, offset is KEY)
for key, value in sorted(partition_info_dict.items()):
#disable auto-mount in nautilis - this stops a nautilis window from popping up everytime the mount command is executed
cmd_false = "sudo gsettings set org.gnome.desktop.media-handling automount false && sudo gsettings set org.gnome.desktop.media-handling automount-open false"
try:
subprocess.call([cmd_false], shell=True)
except:
print("Autmount false failed")
#call mount sub-routine
success_code, loopback_device_mount = mount(
value, str(key), Image_Path, outfile, mount_point)
if (success_code):
print("Could not mount partition with filesystem: " + value +
" at offset:" + str(key))
outfile.write("Could not mount partition with filesystem: " +
value + " at offset:" + str(key))
else:
print("We just mounted filesystem: " + value + " at offset:" +
str(key) + "\n")
outfile.write("We just mounted filesystem: " + value +
" at offset:" + str(key) + "\n")
#call av_scanner function for each mount_point
process_folder(mount_point, output_folder_path, outfile,
"partition_offset_" + str(key), conf_file)
print("We just finished scanning every file...sorting output")
#unmount and remove mount points
if (os.path.exists(mount_point)):
subprocess.call(['sudo umount -f ' + mount_point],
shell=True)
os.rmdir(mount_point)
#unmount loopback device if this image was HFS+ - need to run losetup -d <loop_device> before unmounting
if not (loopback_device_mount == "NONE"):
losetup_d_command = "losetup -d " + loopback_device_mount
subprocess.call([losetup_d_command], shell=True)
#delete /tmp files created for each partition
if (os.path.exists("/tmp/mmls_output_" + temp_time + ".txt")):
os.remove("/tmp/mmls_output_" + temp_time + ".txt")
#close logfile
outfile.close()
#remove mount points created for this program
if (os.path.exists(mount_point)):
os.rmdir(mount_point)
if (os.path.exists(mount_point + "_ewf")):
subprocess.call(['sudo umount -f ' + mount_point + "_ewf"], shell=True)
os.rmdir(mount_point + "_ewf")
#run text files through unix2dos
for root, dirs, files in os.walk(output_folder_path):
for filenames in files:
#get file extension
fileName, fileExtension = os.path.splitext(filenames)
if (fileExtension.lower() == ".txt"):
full_path = os.path.join(root, filenames)
quoted_full_path = "'" + full_path + "'"
print("Running Unix2dos against file: " + quoted_full_path)
#unix2dos_command = "sudo unix2dos " + "'"+filenames+"'"
unix2dos_command = "sudo unix2dos " + quoted_full_path
subprocess.call([unix2dos_command], shell=True)
def carve_unallocated_mr(item_to_process, case_number, root_folder_path, evidence, options):
print("The item to process is: " + item_to_process)
print("The case_name is: " + case_number)
print("The output folder is: " + root_folder_path)
print("The evidence to process is: " + evidence)
print("The options selected were: " + options)
evidence = '"' + evidence + '"'
#get datetime
now = datetime.datetime.now()
#set Mount Point
mount_point = "/mnt/" + now.strftime("%Y-%m-%d_%H_%M_%S")
#create output folder path
folder_path = root_folder_path + "/" + "Foremost"
check_for_folder(folder_path, "NONE")
#open a log file for output
log_file = folder_path + "/Foremost_logfile.txt"
outfile = open(log_file, 'wt+')
Image_Path = evidence
if(item_to_process == "Single File"):
filename_to_process = evidence
#set up foremost command
if(not re.search('Configuration', options)):
foremost_command = "foremost -d -o " + "'" + folder_path + "/" + filename_to_process + "/unallocated_files" + "'" +" -t " + str(options) + " -i " + Image_Path
else:
foremost_command = "foremost -d -o " + "'" + folder_path + "/" + filename_to_process + "/unallocated_files" + "'" +" -c /etc/foremost.conf -i " + Image_Path
print("The foremost_command is: " + foremost_command + "\n")
#for a single file we don't need to run blkls, we just need to execute the foremost command
#run foremost command
subprocess.call([foremost_command], shell=True)
elif(item_to_process == "Bit-Stream Image"):
#check if Image file is in Encase format
if re.search(".E01", Image_Path):
#get datetime
now = datetime.datetime.now()
#set Mount Point
mount_point = "/mnt/" + now.strftime("%Y-%m-%d_%H_%M_%S")
#mount_point = "/mnt/"+case_number+"_unallocated"
Image_Path = mount_ewf(Image_Path, outfile, mount_point)
#call mmls function
partition_info_dict, temp_time = mmls(outfile, Image_Path)
#partition_info_dict_temp, temp_time = partition_info_dict
#get filesize of mmls_output.txt
file_size = os.path.getsize("/tmp/mmls_output_" + str(temp_time) + ".txt")
#if filesize of mmls output is 0 then run parted
if(file_size == 0):
print("mmls output was empty, running parted")
outfile.write("mmls output was empty, running parted")
#call parted function
partition_info_dict, temp_time = parted(outfile, Image_Path)
else:
#read through the mmls output and look for GUID Partition Tables (used on MACS)
mmls_output_file = open("/tmp/mmls_output_" + temp_time + ".txt", 'r')
for line in mmls_output_file:
if re.search("GUID Partition Table", line):
print("We found a GUID partition table, need to use parted")
outfile.write("We found a GUID partition table, need to use parted\n")
#call parted function
partition_info_dict, temp_time = parted(outfile, Image_Path)
#close outfile
mmls_output_file.close()
#loop through the dictionary containing the partition info (filesystem is VALUE, offset is KEY)
for key,value in partition_info_dict.items():
#convert filesystem information into format required by foremost
if(value == "hfs+"):
value = "hfs"
elif(value == "fat"):
value = "fat16"
#multiply key (offset) by 512 so it is in the right format for blkls
key_bytes = int(key)//512
#set up blkls command to gather unallocated clusters
blkls_command = "blkls -A -f " + value + " -i raw -o " + str(key_bytes) + " " + Image_Path
print("The blkls command is: " + blkls_command + "\n")
outfile.write("The blkls command is: " + blkls_command + "\n")
#set up foremost command
if(not re.search('Configuration', options)):
foremost_command = "foremost -d -o " + "'" + folder_path + "/Partition_" + str(key) + "/unallocated_files" + "'" +" -t " + str(options)
else:
foremost_command = "foremost -d -o " + "'" + folder_path + "/Partition_" + str(key) + "/unallocated_files" + "'" +" -c /etc/foremost.conf"
print("The foremost_command is: " + foremost_command + "\n")
outfile.write("The foremost_command is: " + foremost_command + "\n")
#set up command to pipe blkls through foremost
pipe_command = blkls_command + "| " + foremost_command
print("The pipe command is: " + pipe_command)
outfile.write("The pipe command is: " + pipe_command)
#run pipe command
subprocess.call([pipe_command], shell=True)
#run fdupes against output path to eliminate dupes
remove_dupes_module_noask(evidence, outfile, folder_path)
#close outfile
outfile.close()
#chdir to output foler
os.chdir(folder_path)
#run text files through unix2dos
for root, dirs, files in os.walk(folder_path):
for filenames in files:
#get file extension
fileName, fileExtension = os.path.splitext(filenames)
if(fileExtension.lower() == ".txt"):
full_path = os.path.join(root,filenames)
quoted_full_path = "'" +full_path+"'"
print("Running Unix2dos against file: " + filenames)
unix2dos_command = "sudo unix2dos " + quoted_full_path
subprocess.call([unix2dos_command], shell=True)
#unmount and remove mount points
if re.search(".E01", Image_Path):
if(os.path.exists(mount_point+"_ewf")):
subprocess.call(['sudo umount -f ' + mount_point + "_ewf"], shell=True)
os.rmdir(mount_point+"_ewf")
#delete /tmp files
if (os.path.exists("/tmp/mmls_output_" + temp_time + ".txt")):
os.remove("/tmp/mmls_output_" + temp_time + ".txt")
def extract_registry_hives_mr(item_to_process, case_number, root_folder_path,
evidence, options):
print("The item to process is: " + item_to_process)
print("The case_name is: " + case_number)
print("The output folder is: " + root_folder_path)
print("The evidence to process is: " + evidence)
print("The options selected were: " + options)
evidence = '"' + evidence + '"'
#get datetime
now = datetime.datetime.now()
#set Mount Point
mount_point = "/mnt/" + now.strftime("%Y-%m-%d_%H_%M_%S_%f")
#create output folder path
folder_path = root_folder_path + "/" + "Extracted_Registry_Hives"
check_for_folder(folder_path, "NONE")
#open a log file for output
log_file = folder_path + "/Extracted_Registry_Hives_logfile.txt"
outfile = open(log_file, 'wt+')
Image_Path = evidence
#set item variable to tell functions whether data is from shadow volumes
item = "NO"
#check if Image file is in Encase format
if re.search(".E01", Image_Path):
#set mount point
#mount_point = "/mnt/"+ case_number+"_ewf"
Image_Path = mount_ewf(Image_Path, outfile, mount_point)
#call mmls function
partition_info_dict, temp_time = mmls(outfile, Image_Path)
partition_info_dict_temp = partition_info_dict
#get filesize of mmls_output.txt
file_size = os.path.getsize("/tmp/mmls_output_" + temp_time + ".txt")
#if filesize of mmls output is 0 then run parted
if (file_size == 0):
print("mmls output was empty, running parted\n")
outfile.write("mmls output was empty, running parted\n")
#call parted function
partition_info_dict, temp_time = parted(outfile, Image_Path)
block_size = get_block_size_parted(outfile, temp_time)
else:
#get block_size since mmls was successful
block_size = get_block_size_mmls(Image_Path, outfile, temp_time)
#read through the mmls output and look for GUID Partition Tables (used on MACS)
mmls_output_file = open("/tmp/mmls_output_" + temp_time + ".txt", 'r')
for line in mmls_output_file:
if re.search("GUID Partition Table", line):
print("We found a GUID partition table, need to use parted")
outfile.write(
"We found a GUID partition table, need to use parted\n")
#call parted function
partition_info_dict = parted(outfile, Image_Path)
mmls_output_file.close()
#loop through the dictionary containing the partition info (filesystem is VALUE, offset is KEY)
for key, value in partition_info_dict.items():
#process overt registy hives
if (value == "ntfs") or (value == "fat32"):
if not os.path.exists(folder_path + "/Partition_" + str(key)):
os.makedirs(folder_path + "/Partition_" + str(key))
#print("Just created output folder: " + folder_path + "/Partition_" + str(key))
outfile.write("Just created output folder: " + folder_path +
"/Partition_" + str(key) + "\n\n")
else:
print("Output folder: " + folder_path + "/Partition_" +
str(key) + " already exists")
outfile.write("Output folder: " + folder_path + "/Partition_" +
str(key) + " already exists\n\n")
if (re.search("Unallocated", options)):
process_unallocated_clusters(value, key, Image_Path, outfile,
case_number, folder_path,
block_size)
if (re.search("Overt", options)):
process_overt_deleted_files(value, key, Image_Path, outfile,
folder_path, block_size, item,
"OVERT/DELETED", temp_time)
if (re.search("Shadow", options)):
vssvolume_mnt = check_for_shadow_volumes(
Image_Path, key, block_size, outfile, folder_path,
temp_time)
check_for_valid_hives(folder_path, outfile)
get_hive_type(folder_path, outfile, temp_time, key)
reset_registry_hive_timestamps(folder_path, outfile)
else:
print("This partition is not formatted NTFS or FAT32")
outfile.write("This partition is not formatted NTFS or FAT32\n\n")
#run fdupes against output path to eliminate dupes
remove_dupes_module_noask(folder_path, outfile, str(key))
#chdir to output foler
os.chdir(folder_path)
#unmount and remount points
if re.search(".E01", Image_Path):
if (os.path.exists(mount_point + "_ewf")):
subprocess.call(['sudo umount -f ' + mount_point + "_ewf"],
shell=True)
os.rmdir(mount_point + "_ewf")
#remove empty directories
for root, dirs, files in os.walk(folder_path, topdown=False):
for directory in dirs:
dir_path = os.path.join(root, directory)
if not os.listdir(dir_path):
outfile.write("Removing empty folder: " + dir_path + "\n")
os.rmdir(dir_path)
#close outfiles
outfile.close()
#run text files through unix2dos
for root, dirs, files in os.walk(folder_path):
for filenames in files:
#get file extension
fileName, fileExtension = os.path.splitext(filenames)
if (fileExtension.lower() == ".txt"):
full_path = os.path.join(root, filenames)
quoted_full_path = "'" + full_path + "'"
print("Running Unix2dos against file: " + filenames)
unix2dos_command = "sudo unix2dos " + quoted_full_path
subprocess.call([unix2dos_command], shell=True)
#delete /tmp/ls_output.txt
if (os.path.exists("/tmp/mmls_output_" + temp_time + ".txt")):
os.remove("/tmp/mmls_output_" + temp_time + ".txt")
if (os.path.exists("/tmp/timeline_partition_info_" + temp_time + ".txt")):
os.remove("/tmp/timeline_partition_info_" + temp_time + ".txt")
if (os.path.exists("/tmp/dump_" + temp_time + ".txt")):
os.remove("/tmp/dump_" + temp_time + ".txt")
if (os.path.exists("/tmp/fls_output_" + temp_time + ".txt")):
os.remove("/tmp/fls_output_" + temp_time + ".txt")
if (os.path.exists("/tmp/hives_to_rename_" + temp_time)):
shutil.rmtree("/tmp/hives_to_rename_" + temp_time)
return (folder_path)
def sa_mr(item_to_process, case_number, root_folder_path, evidence):
print("The item to process is: " + item_to_process)
print("The case_name is: " + case_number)
print("The output folder is: " + root_folder_path)
print("The evidence to process is: " + evidence)
evidence_no_quotes = evidence
evidence = '"' + evidence + '"'
#get datetime
now = datetime.datetime.now()
#set Mount Point
mount_point = "/mnt/" + "MantaRay_" + now.strftime("%Y-%m-%d_%H_%M_%S_%f")
#create output folder path
folder_path = root_folder_path + "/" + "Static Malware Analysis"
check_for_folder(folder_path , "NONE")
#open a log file for output
log_file = folder_path + "/Static_Malware_Analysis_logfile.txt"
outfile = open(log_file, 'wt+')
if(item_to_process == "Single File"):
#get base filename to process
filename = os.path.basename(evidence_no_quotes)
print("The file to process is: " + filename)
#make output folder for this file
check_for_folder(folder_path + "/" + filename, "NONE")
#run Mastiff
run_mastiff(evidence, filename, folder_path, evidence_no_quotes, outfile)
#run pescanner
run_pescanner(evidence, filename, folder_path, evidence_no_quotes, outfile)
#run pestr
run_pestr(evidence, filename, folder_path, evidence_no_quotes, outfile)
#run readpe
run_readpe(evidence, filename, folder_path, evidence_no_quotes, outfile)
#run pedump
run_pedump(evidence, filename, folder_path, evidence_no_quotes, outfile)
#run peframe
run_peframe(evidence, filename, folder_path, evidence_no_quotes, outfile)
#run signsrch
run_signsrch(evidence, filename, folder_path, evidence_no_quotes, outfile)
elif(item_to_process == "Directory"):
folder_to_process = evidence_no_quotes
#get base filename to process
process_folder(folder_to_process, folder_path, evidence_no_quotes, outfile)
elif(item_to_process =="EnCase Logical Evidence File"):
file_to_process = evidence
mount_point = mount_encase_v6_l01(case_number, file_to_process, outfile)
process_folder(mount_point, folder_path, evidence_no_quotes, outfile)
#umount
if(os.path.exists(mount_point)):
subprocess.call(['sudo umount -f ' + mount_point], shell=True)
os.rmdir(mount_point)
#remove mount points created for this program
if(os.path.exists(mount_point)):
os.rmdir(mount_point)
if(os.path.exists(mount_point+"_ewf")):
subprocess.call(['sudo umount -f ' + mount_point + "_ewf"], shell=True)
os.rmdir(mount_point+"_ewf")
#close outfile
outfile.close()
#run text files through unix2dos
for root, dirs, files in os.walk(folder_path):
for filenames in files:
#get file extension
fileName, fileExtension = os.path.splitext(filenames)
if(fileExtension.lower() == ".txt"):
full_path = os.path.join(root,filenames)
quoted_full_path = "'" +full_path+"'"
print("Running Unix2dos against file: " + quoted_full_path)
unix2dos_command = "sudo unix2dos " + quoted_full_path
subprocess.call([unix2dos_command], shell=True)
def volatility_mr(case_number, root_folder_path, evidence, profile_to_use):
print("The case_name is: " + case_number)
print("The output folder is: " + root_folder_path)
print("The evidence to process is: " + evidence)
#create output folder path
folder_path = root_folder_path + "/" + "Volatility"
check_for_folder(folder_path, "NONE")
#open a log file for output
log_file = folder_path + "/Volatility_logfile.txt"
outfile = open(log_file, 'wt+')
Image_Path = evidence
#add quotes to image path in case of spaces
quoted_path = "'" +Image_Path +"'"
#allow user to use pre-selected profile name
if profile_to_use == "NOPROFILESELECTED":
#run first volatility command to get image type
print("Checking RAM image for imageinfo information...This may take a few minutes....\n")
imageinfo = subprocess.check_output(["vol -f " + quoted_path + " imageinfo"], shell=True, universal_newlines=True)
print("The value of imageinfo is: " + imageinfo)
outfile.write("The value of imageinfo is: " + imageinfo)
#have user specify the image type
profile_type = enterbox(msg="Please Enter the profile to use", title='Profile Type',default='',strip=True,image=None,root=None)
print("Profile selected: " + profile_type)
else:
print("Using profile " + profile_to_use)
profile_type = profile_to_use
#run kdbgscan
print("\n\n[1 of 40] Running kdbgscan.\nSee Volatility Commands reference data (/usr/share/mantaray/docs/VolatilityUsage23.rst) for more information\n")
kdbgscan_command = "vol --profile=" + profile_type + " -f " + quoted_path + " kdbgscan > " + "'"+folder_path + "/" + case_number + "_kdbgscan.txt"+"'"
subprocess.call([kdbgscan_command], shell=True)
#run kprcscan
#print("Running kprcscan.\nSee Volatility Commands reference data (/usr/share/mantaray/docs/VolatilityUsage23.rst) for more information\n")
#kprcscan_command = "vol --profile=" + profile_type + " -f " + quoted_path + " kprcscan > " + "'"+folder_path + "/" + case_number + "_kprcscan.txt"+"'"
#subprocess.call([kprcscan_command], shell=True)
#run pslist
print("\n\n[2 of 40] Running pslist.\nSee Volatility Commands reference data (/usr/share/mantaray/docs/VolatilityUsage23.rst) for more information\n")
pslist_command = "vol --profile=" + profile_type + " -f " + quoted_path + " pslist > " + "'"+folder_path + "/" + case_number + "_pslist.txt"+"'"
subprocess.call([pslist_command], shell=True)
#run pstree
print("\n\n[3 of 40] Running pstree.\nSee Volatility Commands reference data (/usr/share/mantaray/docs/VolatilityUsage23.rst) for more information\n")
pstree_command = "vol --profile=" + profile_type + " -f " + quoted_path + " pstree > " + "'"+folder_path + "/" + case_number + "_pstree.txt"+"'"
subprocess.call([pstree_command], shell=True)
#run psscan
print("\n\n[4 of 40] Running psscan.\nSee Volatility Commands reference data (/usr/share/mantaray/docs/VolatilityUsage23.rst) for more information\n")
psscan_command = "vol --profile=" + profile_type + " -f " + quoted_path + " psscan > " + "'"+folder_path + "/" + case_number + "_psscan.txt"+"'"
subprocess.call([psscan_command], shell=True)
#run dlllist
print("\n\n[5 of 40] Running dlllist.\nSee Volatility Commands reference data (/usr/share/mantaray/docs/VolatilityUsage23.rst) for more information\n")
dlllist_command = "vol --profile=" + profile_type + " -f " + quoted_path + " dlllist > " + "'"+folder_path + "/" + case_number + "_dlllist.txt"+"'"
subprocess.call([dlllist_command], shell=True)
#run handles
print("\n\n[6 of 40] Running handles.\nSee Volatility Commands reference data (/usr/share/mantaray/docs/VolatilityUsage23.rst) for more information\n")
handles_command = "vol --profile=" + profile_type + " -f " + quoted_path + " handles > " + "'"+folder_path + "/" + case_number + "_handles.txt"+"'"
subprocess.call([handles_command], shell=True)
#run getsids
print("\n\n[7 of 40] Running getsids.\nSee Volatility Commands reference data (/usr/share/mantaray/docs/VolatilityUsage23.rst) for more information\n")
getsids_command = "vol --profile=" + profile_type + " -f " + quoted_path + " getsids > " + "'"+folder_path + "/" + case_number + "_getsids.txt"+"'"
subprocess.call([getsids_command], shell=True)
#run verinfo
#print("Running verinfo.\nSee Volatility Commands reference data (/usr/share/mantaray/docs/VolatilityUsage23.rst) for more information\n")
#verinfo_command = "vol --profile=" + profile_type + " -f " + quoted_path + " verinfo > " + "'"+folder_path + "/" + case_number + "_verinfo.txt"+"'"
#subprocess.call([verinfo_command], shell=True)
#run modules
print("\n\n[8 of 40] Running modules.\nSee Volatility Commands reference data (/usr/share/mantaray/docs/VolatilityUsage23.rst) for more information\n")
modules_command = "vol --profile=" + profile_type + " -f " + quoted_path + " modules > " + "'"+folder_path + "/" + case_number + "_modules.txt"+"'"
subprocess.call([modules_command], shell=True)
#run modscan
print("\n\n[9 of 40] Running modscan.\nSee Volatility Commands reference data (/usr/share/mantaray/docs/VolatilityUsage23.rst) for more information\n")
modscan_command = "vol --profile=" + profile_type + " -f " + quoted_path + " modscan > " + "'"+folder_path + "/" + case_number + "_modscan.txt"+"'"
subprocess.call([modscan_command], shell=True)
#run moddump
#mkdir for moddump
os.mkdir(folder_path + "/moddump/")
print("\n\n[10 of 40] Running moddump.\nSee Volatility Commands reference data (/usr/share/mantaray/docs/VolatilityUsage23.rst) for more information\n")
moddump_command = "vol --profile=" + profile_type + " -f " + quoted_path + " moddump -D " + "'" +folder_path + "/moddump/" + "'" + " > " + "'"+folder_path + "/" + case_number + "_moddump.txt"+"'"
subprocess.call([moddump_command], shell=True)
#run ssdt
print("\n\n[11 of 40] Running ssdt.\nSee Volatility Commands reference data (/usr/share/mantaray/docs/VolatilityUsage23.rst) for more information\n")
ssdt_command = "vol --profile=" + profile_type + " -f " + quoted_path + " ssdt > " + "'"+folder_path + "/" + case_number + "_ssdt.txt"+"'"
subprocess.call([ssdt_command], shell=True)
#run driverscan
print("\n\n[12 of 40] Running driverscan.\nSee Volatility Commands reference data (/usr/share/mantaray/docs/VolatilityUsage23.rst) for more information\n")
driverscan_command = "vol --profile=" + profile_type + " -f " + quoted_path + " driverscan > " + "'"+folder_path + "/" + case_number + "_driverscan.txt"+"'"
subprocess.call([driverscan_command], shell=True)
#run modscan
print("\n\n[13 of 40] Running modscan.\nSee Volatility Commands reference data (/usr/share/mantaray/docs/VolatilityUsage23.rst) for more information\n")
modscan_command = "vol --profile=" + profile_type + " -f " + quoted_path + " modscan > " + "'"+folder_path + "/" + case_number + "_modscan.txt"+"'"
subprocess.call([modscan_command], shell=True)
#run filescan
print("\n\n[14 of 40] Running filescan.\nSee Volatility Commands reference data (/usr/share/mantaray/docs/VolatilityUsage23.rst) for more information\n")
filescan_command = "vol --profile=" + profile_type + " -f " + quoted_path + " filescan > " + "'"+folder_path + "/" + case_number + "_filescan.txt"+"'"
subprocess.call([filescan_command], shell=True)
#run mutantscan
print("\n\n[15 of 40] Running mutantscan.\nSee Volatility Commands reference data (/usr/share/mantaray/docs/VolatilityUsage23.rst) for more information\n")
mutantscan_command = "vol --profile=" + profile_type + " -f " + quoted_path + " mutantscan > " + "'"+folder_path + "/" + case_number + "_mutantscan.txt"+"'"
subprocess.call([mutantscan_command], shell=True)
#run symlinkscan
print("\n\n[16 of 40] Running symlinkscan.\nSee Volatility Commands reference data (/usr/share/mantaray/docs/VolatilityUsage23.rst) for more information\n")
symlinkscan_command = "vol --profile=" + profile_type + " -f " + quoted_path + " symlinkscan > " + "'"+folder_path + "/" + case_number + "_symlinkscan.txt"+"'"
subprocess.call([symlinkscan_command], shell=True)
#run thrdscan
print("\n\n[17 of 40] Running thrdscan.\nSee Volatility Commands reference data (/usr/share/mantaray/docs/VolatilityUsage23.rst) for more information\n")
thrdscan_command = "vol --profile=" + profile_type + " -f " + quoted_path + " thrdscan > " + "'"+folder_path + "/" + case_number + "_thrdscan.txt"+"'"
subprocess.call([thrdscan_command], shell=True)
#run connections
print("\n\n[18 of 40] Running connections.\nSee Volatility Commands reference data (/usr/share/mantaray/docs/VolatilityUsage23.rst) for more information\n")
connections_command = "vol --profile=" + profile_type + " -f " + quoted_path + " connections > " + "'"+folder_path + "/" + case_number + "_connections.txt"+"'"
subprocess.call([connections_command], shell=True)
#run sockets
print("\n\n[19 of 40] Running sockets.\nSee Volatility Commands reference data (/usr/share/mantaray/docs/VolatilityUsage23.rst) for more information\n")
sockets_command = "vol --profile=" + profile_type + " -f " + quoted_path + " sockets > " + "'"+folder_path + "/" + case_number + "_sockets.txt"+"'"
subprocess.call([sockets_command], shell=True)
#run sockscan
print("\n\n[20 of 40] Running sockscan.\nSee Volatility Commands reference data (/usr/share/mantaray/docs/VolatilityUsage23.rst) for more information\n")
sockscan_command = "vol --profile=" + profile_type + " -f " + quoted_path + " sockscan > " + "'"+folder_path + "/" + case_number + "_sockscan.txt"+"'"
subprocess.call([sockscan_command], shell=True)
#run netscan
print("\n\n[21 of 40] Running netscan.\nSee Volatility Commands reference data (/usr/share/mantaray/docs/VolatilityUsage23.rst) for more information\n")
netscan_command = "vol --profile=" + profile_type + " -f " + quoted_path + " netscan > " + "'"+folder_path + "/" + case_number + "_netscan.txt"+"'"
subprocess.call([netscan_command], shell=True)
#run hivescan
print("\n\n[22 of 40] Running hivescan.\nSee Volatility Commands reference data (/usr/share/mantaray/docs/VolatilityUsage23.rst) for more information\n")
hivescan_command = "vol --profile=" + profile_type + " -f " + quoted_path + " hivescan > " + "'"+folder_path + "/" + case_number + "_hivescan.txt"+"'"
subprocess.call([hivescan_command], shell=True)
#run hivelist
print("\n\n[23 of 40] Running hivelist.\nSee Volatility Commands reference data (/usr/share/mantaray/docs/VolatilityUsage23.rst) for more information\n")
hivelist_command = "vol --profile=" + profile_type + " -f " + quoted_path + " hivelist > " + "'"+folder_path + "/" + case_number + "_hivelist.txt"+"'"
subprocess.call([hivelist_command], shell=True)
#run userassist
print("\n\n[24 of 40] Running userassist.\nSee Volatility Commands reference data (/usr/share/mantaray/docs/VolatilityUsage23.rst) for more information\n")
userassist_command = "vol --profile=" + profile_type + " -f " + quoted_path + " userassist > " + "'"+folder_path + "/" + case_number + "_userassist.txt"+"'"
subprocess.call([userassist_command], shell=True)
#run svcscan
print("\n\n[25 of 40] Running svcscan.\nSee Volatility Commands reference data (/usr/share/mantaray/docs/VolatilityUsage23.rst) for more information\n")
svcscan_command = "vol --profile=" + profile_type + " -f " + quoted_path + " svcscan > " + "'"+folder_path + "/" + case_number + "_svcscan.txt"+"'"
subprocess.call([svcscan_command], shell=True)
#run ldrmodules
print("\n\n[26 of 40] Running ldrmodules.\nSee Volatility Commands reference data (/usr/share/mantaray/docs/VolatilityUsage23.rst) for more information\n")
ldrmodules_command = "vol --profile=" + profile_type + " -f " + quoted_path + " ldrmodules > " + "'"+folder_path + "/" + case_number + "_ldrmodules.txt"+"'"
subprocess.call([ldrmodules_command], shell=True)
#run idt
#print("Running idt.\nSee Volatility Commands reference data (/usr/share/mantaray/docs/VolatilityUsage23.rst) for more information\n")
#idt_command = "vol idt -f " + quoted_path + " > " + "'"+folder_path + "/" + case_number + "_idt.txt"+"'"
#subprocess.call([idt_command], shell=True)
#run gdt
print("\n\n[27 of 40] Running gdt.\nSee Volatility Commands reference data (/usr/share/mantaray/docs/VolatilityUsage23.rst) for more information\n")
gdt_command = "vol gdt -f " + quoted_path + " > " + "'"+folder_path + "/" + case_number + "_gdt.txt"+"'"
subprocess.call([gdt_command], shell=True)
#run callbacks
print("\n\n[28 of 40] Running callbacks.\nSee Volatility Commands reference data (/usr/share/mantaray/docs/VolatilityUsage23.rst) for more information\n")
callbacks_command = "vol -f " + quoted_path + " callbacks > " + "'"+folder_path + "/" + case_number + "_callbacks.txt"+"'"
subprocess.call([callbacks_command], shell=True)
#run devicetree
print("\n\n[29 of 40] Running devicetree.\nSee Volatility Commands reference data (/usr/share/mantaray/docs/VolatilityUsage23.rst) for more information\n")
devicetree_command = "vol -f " + quoted_path + " devicetree > " + "'"+folder_path + "/" + case_number + "_devicetree.txt"+"'"
subprocess.call([devicetree_command], shell=True)
#VistaSP0x86run psxview
print("\n\n[30 of 40] Running psxview.\nSee Volatility Commands reference data (/usr/local/src/Manta_Ray/docs/VolatilityUsage23.html) for more information\n")
psxview_command = "vol -f " + quoted_path + " psxview > " + "'"+folder_path + "/" + case_number + "_psxview.txt"+"'"
subprocess.call([psxview_command], shell=True)
#run privs
print("\n\n[31 of 40] Running privs.\nSee Volatility Commands reference data (/usr/local/src/Manta_Ray/docs/VolatilityUsage23.rst) for more information\n")
privs_command = "vol --profile=" + profile_type + " -f " + quoted_path + " privs > " + "'"+folder_path + "/" + case_number + "_privs.txt"+"'"
subprocess.call([privs_command], shell=True)
#run iehistory
print("\n\n[32 of 40] Running devicetree.\nSee Volatility Commands reference data (/usr/local/src/Manta_Ray/docs/VolatilityUsage23.rst) for more information\n")
iehistory_command = "vol --profile=" + profile_type + " -f " + quoted_path + " iehistory > " + "'"+folder_path + "/" + case_number + "_iehistory.txt"+"'"
subprocess.call([iehistory_command], shell=True)
#run unloadedmodules
print("\n\n[33 of 40] Running unloadedmodules.\nSee Volatility Commands reference data (/usr/local/src/Manta_Ray/docs/VolatilityUsage23.rst) for more information\n")
unloadedmodules_command = "vol --profile=" + profile_type + " -f " + quoted_path + " unloadedmodules > " + "'"+folder_path + "/" + case_number + "_unloadedmodules.txt"+"'"
subprocess.call([unloadedmodules_command], shell=True)
#run shellbags
print("\n\n[34 of 40] Running shellbags.\nSee Volatility Commands reference data (/usr/local/src/Manta_Ray/docs/VolatilityUsage23.rst) for more information\n")
shellbags_command = "vol -f " + quoted_path + " shellbags > " + "'"+folder_path + "/" + case_number + "_shellbags.txt"+"'"
subprocess.call([shellbags_command], shell=True)
#run vboxinfo
print("\n\n[35 of 40] Running vboxinfo.\nSee Volatility Commands reference data (/usr/local/src/Manta_Ray/docs/VolatilityUsage23.rst) for more information\n")
vboxinfo_command = "vol --profile=" + profile_type + " -f " + quoted_path + " vboxinfo > " + "'"+folder_path + "/" + case_number + "_vboxinfo.txt"+"'"
subprocess.call([vboxinfo_command], shell=True)
#run vmwareinfo
print("\n\n[36 of 40] Running vmwareinfo.\nSee Volatility Commands reference data (/usr/local/src/Manta_Ray/docs/VolatilityUsage23.rst) for more information\n")
vmwareinfo_command = "vol -f " + quoted_path + " vmwareinfo > " + "'"+folder_path + "/" + case_number + "_vmwareinfo.txt"+"'"
subprocess.call([vmwareinfo_command], shell=True)
#run hpakinfo
print("\n\n[37 of 40] Running hpakinfo.\nSee Volatility Commands reference data (/usr/local/src/Manta_Ray/docs/VolatilityUsage23.rst) for more information\n")
hpakinfo_command = "vol --profile=" + profile_type + " -f " + quoted_path + " hpakinfo > " + "'"+folder_path + "/" + case_number + "_hpakinfo.txt"+"'"
subprocess.call([hpakinfo_command], shell=True)
#run hpakextract
# print("Running hpakextract.\nSee Volatility Commands reference data (/usr/local/src/Manta_Ray/docs/VolatilityUsage23.rst) for more information\n")
# hpakextract_command = "vol --profile=" + profile_type + " -f " + quoted_path + " hpakextract > " + "'"+folder_path + "/" + case_number + "_hpakextract.txt"+"'"
# subprocess.call([hpakextract_command], shell=True)
#run mbrparser
print("\n\n[38 of 40] Running mbrparser.\nSee Volatility Commands reference data (/usr/local/src/Manta_Ray/docs/VolatilityUsage23.rst) for more information\n")
mbrparser_command = "vol --profile=" + profile_type + " -f " + quoted_path + " mbrparser > " + "'"+folder_path + "/" + case_number + "_mbrparser.txt"+"'"
subprocess.call([mbrparser_command], shell=True)
#run mftparser
print("\n\n[39 of 40] Running mftparser.\nSee Volatility Commands reference data (/usr/local/src/Manta_Ray/docs/VolatilityUsage23.rst) for more information\n")
mftparser_command = "vol --profile=" + profile_type + " -f " + quoted_path + " mftparser > " + "'"+folder_path + "/" + case_number + "_mftparser.txt"+"'"
subprocess.call([mftparser_command], shell=True)
#run timeliner
print("\n\n[40 of 40] Running timeliner.\nSee Volatility Commands reference data (/usr/local/src/Manta_Ray/docs/VolatilityUsage23.rst) for more information\n")
timeliner_command = "vol --profile=" + profile_type + " -f " + quoted_path + " timeliner > " + "'"+folder_path + "/" + case_number + "_timeliner.txt"+"'"
subprocess.call([timeliner_command], shell=True)
#run dumpcerts
#print("Running dumpcerts.\nSee Volatility Commands reference data (/usr/local/src/Manta_Ray/docs/VolatilityUsage23.rst) for more information\n")
#dumpcerts_command = "vol --profile=" + profile_type + " -f " + quoted_path + " dumpcerts > " + "'"+folder_path + "/" + case_number + "_dumpcerts.txt"+"'"
#subprocess.call([dumpcerts_command], shell=True)
#run dumpfiles
#try:
# os.mkdir(folder_path + "/dumpfiles")
# print("Running dumpfiles.\nSee Volatility Commands reference data (/usr/local/src/Manta_Ray/docs/VolatilityUsage23.rst) for more information\n")
# dumpfiles_command = "vol --profile=" + profile_type + " -f " + quoted_path + " dumpfiles --dump-dir " + "'"+folder_path + "/dumpfiles"+"'"
# subprocess.call([dumpfiles_command], shell=True)
#except:
# print("Dumpdirs failed. Please report to MantaRay Forums at MantaRayForensics.com")
# outfile.write("\n#######\nDumpdirs failed. Please report to MantaRay Forums at MantaRayForensics.com\n#######\n")
#run timers
#print("Running timers.\nSee Volatility Commands reference data (/usr/share/mantaray/docs/VolatilityUsage23.rst) for more information\n")
#timers_command = "vol --profile=" + profile_type + " -f " + quoted_path + " timers > " + "'"+folder_path + "/" + case_number + "_timers.txt"+"'"
#subprocess.call([timers_command], shell=True)
#close outfile
outfile.close()
#change dir into output folder
os.chdir(folder_path)
#run unix2dos on text files
unix2dos_command = "sudo unix2dos *.txt"
subprocess.call([unix2dos_command], shell=True)
def volatility_mr(case_number, root_folder_path, evidence, selected_profile,
selected_plugin, selected_plugin_descr,
complete_plugin_list):
###Debug testing code###
#print("The case_name is: " + case_number)
#print("The output folder is: " + root_folder_path)
#print("The evidence to process is: " + evidence)
#create output folder path
folder_path = root_folder_path + "/" + "Volatility"
check_for_folder(folder_path, "NONE")
#open a log file for output
log_file = folder_path + "/Volatility_logfile.txt"
outfile = open(log_file, 'wt+')
Image_Path = evidence
#add quotes to image path in case of spaces
quoted_path = "'" + Image_Path + "'"
#See Volatility Commands reference data (/usr/share/mantaray/docs/VolatilityUsage23.rst) for more information\n
#start reporting lists####Still needs development; not being used at this time...
win_plugins_complete = []
win_plugins_not_supported = []
win_plugins_skipped = []
win_plugins_error = []
###debug printing###
#print("This is selected_plugin type:\n",type(selected_plugin))
#print("This is selected_plugin:\n",selected_plugin)
#print("This is selected_plugin_descr:\n",selected_plugin_descr)
#print banner - MR
print("\nMantaRay > " + version)
print("mantarayforensics.com/forums/")
print("*****@*****.**")
print("github.com/mantarayforensics/mantaray\n")
#print banner - Vol
print("Volatility v2.4")
print("volatilityfoundation.org")
print("volatility-labs.blogspot.com")
print("github.com/volatilityfoundation/volatility\n")
print("Processing requested plugins:")
#run selected plugins
for plugin in selected_plugin:
if plugin in suppress_list:
num_index = complete_plugin_list.index(plugin)
#print("This is num_index:",num_index)
descr = selected_plugin_descr[num_index]
print("\nRunning " + plugin + "...")
print(descr + "...")
print("The plugin " + plugin + " is not supported...")
print("This plugin has advanced features. Run manually...")
outfile.write("The plugin " + plugin + " is not supported...\n")
outfile.write(
"This plugin has advanced features. Run manually...\n\n")
win_plugins_not_supported.append(plugin)
continue
if plugin in plugin_not_currently_supported:
num_index = complete_plugin_list.index(plugin)
#print("This is num_index:",num_index)
descr = selected_plugin_descr[num_index]
print("\nRunning " + plugin + "...")
print(descr + "...")
print("The plugin " + plugin + " is not currently supported...")
print("Support may be added in a future release...")
print("Check GitHub for updates...")
print("github.com/mantarayforensics/mantaray")
print("Currently running:", version)
outfile.write("The plugin " + plugin +
" is not currently supported.\n")
outfile.write("Support may be added in a future release.\n")
outfile.write("Check GitHub for updates...\n")
outfile.write("github.com/mantarayforensics/mantaray\n")
outfile.write("The plugin was skipped.\n\n")
win_plugins_skipped.append(plugin)
continue
if plugin == 'pstotal':
num_index = complete_plugin_list.index('pstotal')
#print("This is num_index:",num_index)
descr = selected_plugin_descr[num_index]
plugin = 'pstotal.dot.full-graph'
print("\nRunning pstotal...")
pstotal_command = "vol.py --profile=" + selected_profile + " -f " + quoted_path \
+ " pstotal --output=dot > " + "'" + folder_path + \
"/pstotal.dot.full-graph.txt" + "'"
print("Processing DOT output for full process graph...")
output = Popen([pstotal_command], shell=True, stderr=PIPE)
error_logging(outfile, folder_path, selected_profile, plugin,
output, win_plugins_error)
pstotal_hidden_command = "vol.py --profile=" + selected_profile + " -f " + quoted_path \
+ " pstotal --output=dot -S -C > " + "'" + folder_path + \
"/pstotal.dot.hidden-only-graph.txt" + "'"
print("Processing DOT output for only hidden process graph...")
output = Popen([pstotal_hidden_command], shell=True, stderr=PIPE)
plugin = 'pstotal.dot.hidden-only-graph'
error_logging(outfile, folder_path, selected_profile, plugin,
output, win_plugins_error)
pstotal_text_command = "vol.py --profile=" + selected_profile + " -f " + quoted_path + \
" pstotal --output=text > " + "'" + folder_path + \
"/pstotal.text-only.txt" + "'"
print("Processing text output for hidden processes...")
output = Popen([pstotal_text_command], shell=True, stderr=PIPE)
plugin = 'pstotal.text-only'
error_logging(outfile, folder_path, selected_profile, plugin,
output, win_plugins_error)
pstotal_graphviz_command1 = "dot -Tpng " + "'" + folder_path + "/pstotal.dot.full-graph.txt" \
+ "'" + " -o " + "'" + folder_path + \
"/pstotal.dot.full-graph.png" + "'"
print("Running Graphviz to create full graph (PNG)...")
output = Popen([pstotal_graphviz_command1],
shell=True,
stderr=PIPE)
plugin = 'pstotal.dot.full-graph'
error_logging(outfile, folder_path, selected_profile, plugin,
output, win_plugins_error)
pstotal_graphviz_command2 = "dot -Tpng " + "'" + folder_path + "/pstotal.dot.hidden-only-graph.txt" \
+ "'" + " -o " + "'" + folder_path + \
"/pstotal.dot.hidden-only-graph.png" + "'"
print("Running Graphviz to create hidden graph (PNG)...")
output = Popen([pstotal_graphviz_command2],
shell=True,
stderr=PIPE)
plugin = 'pstotal.dot.hidden-only-graph'
error_logging(outfile, folder_path, selected_profile, plugin,
output, win_plugins_error)
plugin = 'pstotal'
win_plugins_complete.append(plugin)
continue
xp_2003_only_plugins = ['connections', 'evtlogs']
if plugin in xp_2003_only_plugins:
if re.search('XP', selected_profile):
print("\nRunning [Windows XP and 2003 Only] plugin...")
elif re.search('2003', selected_profile):
print("\nRunning [Windows XP and 2003 Only] plugin...")
else:
continue
xp_only_plugins = ['sockets', 'sockscan']
if plugin in xp_only_plugins:
if re.search('XP', selected_profile):
print("\nRunning [Windows XP Only] plugin...")
else:
continue
vista_and_newer_only_plugins = ['netscan', 'pooltracker']
if plugin in vista_and_newer_only_plugins:
os_support = ['Vista', 'Win7', 'Win8']
for os_type in os_support:
if re.search(os_type, selected_profile):
print("\nRunning Vista and newer only plugin...")
else:
continue
####ADD NEW MODULE####
#elif plugin == <plugin name>:
# print("\nRunning " + plugin + "...")
# <plugin name>_command = "vol.py -f " + quoted_path + plugin + " > " \
# + "'" + folder_path + "/<plugin name>.txt"+"'"
# output = Popen([<plugin name>_command], shell=True, stderr=PIPE)
# error_logging(outfile,folder_path,selected_profile,plugin,output,win_plugins_error)
# win_plugins_complete.append('devicetree')
try:
num_index = complete_plugin_list.index(plugin)
#print("This is num_index:",num_index)
descr = selected_plugin_descr[num_index]
print("\nRunning " + plugin + "...")
print(descr)
#print("This is plugin:\n",plugin)
processing_command = "vol.py --profile=" + selected_profile + " -f " + quoted_path + " " + plugin + " > " \
+ "'" + folder_path + "/" + plugin + ".txt"+"'"
#print("Vol Processing Command:",processing_command)
output = Popen([processing_command], shell=True, stderr=PIPE)
error_logging(outfile, folder_path, selected_profile, plugin,
output, win_plugins_error)
win_plugins_complete.append(plugin)
except OSError as error:
print("The plugin " + pluin +
"experienced an OSError and failed, see log file...\n")
outfile.write("The plugin " + plugin +
" experienced an OSError and failed.\n")
outfile.write(error + "\n")
#close outfile
outfile.close()
#change permissions (option)
#chmod_command = "chmod -R 777 " + root_folder_path
#subprocess.call([chmod_command], shell=True)
#change dir into output folder
os.chdir(folder_path)
#run text files through unix2dos
for root, dirs, files in os.walk(folder_path):
for filenames in files:
#get file extension
fileName, fileExtension = os.path.splitext(filenames)
if (fileExtension.lower() == ".txt"):
full_path = os.path.join(root, filenames)
quoted_full_path = "'" + full_path + "'"
print("Running Unix2dos against file: " + filenames)
unix2dos_command = "sudo unix2dos " + quoted_full_path
subprocess.call([unix2dos_command], shell=True)
def process_single_file(evidence, outfile, folder_path, key, outfile3):
#initialize variables
lat_long = []
files_of_interest = {}
files_of_interest_list = []
#get file extension
fileName, fileExtension = os.path.splitext(evidence)
print("The filename is: " + fileName)
print("The fileext is: " + fileExtension)
filenames = fileName + fileExtension
quoted_full_path = '"' + evidence + '"'
if (fileExtension.lower() == ".jpg") or (fileExtension.lower() == ".jpeg"):
exiftool_command = "exiftool -ext " + fileExtension.lower(
) + " " + quoted_full_path + " | grep 'GPS Position'"
result = subprocess.call([exiftool_command], shell=True)
if (result):
print("No GPS Data in file: " + filenames)
else:
#create output folder for processed files
check_for_folder(folder_path + "/Processed_files_" + str(key),
outfile)
check_for_folder(
folder_path + "/Processed_files_" + str(key) + "/GPS_DATA",
outfile)
#check to see if kml file exists
if (os.path.isfile(folder_path + "/Processed_files_" + str(key) +
"/GPS_DATA/" + "GPS_EXIF_data.kml")):
print("KML file already exists")
else:
#chdir to output folder
os.chdir(folder_path + "/Processed_files_" + str(key) +
"/GPS_DATA")
kml = simplekml.Kml()
#copy file with exifdata to output folder
#shutil.copyfile(evidence, folder_path + "/Processed_files_" + str(key) + "/GPS_DATA/" + filenames)
#call exiftool again and capture the lat long information into a list
(longitude,
latitude) = convert_dms_to_decimal(quoted_full_path,
fileExtension.lower())
print("The latitude is: " + str(latitude))
print("The longitude is: " + str(longitude))
#add data to kml file
kml.newpoint(name=filenames, coords=[(latitude, longitude)])
#save kml file
kml.save("GPS_EXIF_data.kml")
#add filename to list
files_of_interest_list.append(filenames)
#get filesize
file_size = os.path.getsize(evidence)
file_size = int(file_size) // 1024
#calculate MD5 value of file
md5value = subprocess.check_output(
["md5sum " + quoted_full_path + "| awk '{print $1}'"],
shell=True,
universal_newlines=True)
md5value = md5value.strip()
outfile3.write(quoted_full_path + "\t" + md5value + "\t" +
str(file_size) + "\n")
def mr_registry(case_number, folder_to_process, root_folder_path):
print("The case_name is: " + case_number)
print("The output folder is: " + root_folder_path)
#get datetime
now = datetime.datetime.now()
temp_time = now.strftime("%Y-%m-%d_%H_%M_%S_%f")
#create output folder path
folder_path = root_folder_path + "/" + "RegRipper"
check_for_folder(folder_path, "NONE")
#open a log file for output
log_file = folder_path + "/RegRipper_logfile.txt"
outfile = open(log_file, 'wt+')
#set path to text files containing plugins to run for each hive type
sam_plugins = "/usr/share/regripper/plugins/sam"
ntuser_plugins = "/usr/share/regripper/plugins/ntuser-all"
system_plugins = "/usr/share/regripper/plugins/system"
software_plugins = "/usr/share/regripper/plugins/software"
usrclass_plugins = "/usr/share/regripper/plugins/usrclass-all"
security_plugins = "/usr/share/regripper/plugins/security"
#read filename and atime into dictionary
file_metadata = {}
#run ls command against folder containing registry hives
f = open('/tmp/ls_output_' + temp_time + '.txt', 'wt')
os.chdir(folder_to_process)
ls_command = "ls -lt -ur | awk '{print $9, $10}'"
print("The ls_command is: " + ls_command)
try:
subprocess.call([ls_command],
shell=True,
stdout=f,
stderr=subprocess.STDOUT)
f.close()
except:
print("Call to ls command failed")
f.close()
#read infile and process each file from oldest to youngest based on atime
f = open('/tmp/ls_output_' + temp_time + '.txt', 'rt')
for line in f:
line = line.strip()
file_name = line
abs_file_path = os.path.join(folder_to_process, file_name)
#process hives in ascending order based on atime
if (re.search("USRCLASS", file_name)):
print("About to process file: " + file_name)
process_usrclass(abs_file_path, usrclass_plugins, file_name,
folder_path, outfile)
elif (re.search("NTUSER", file_name)):
print("About to process file: " + file_name)
process_ntuser(abs_file_path, ntuser_plugins, file_name,
folder_path, outfile)
elif (re.search("SAM", file_name)):
hive_name_info = "SAM_INFO"
process_other_hives(abs_file_path, sam_plugins, file_name,
hive_name_info, folder_path, outfile)
elif (re.search("SOFTWARE", file_name)):
hive_name_info = "SOFTWARE_INFO"
process_other_hives(abs_file_path, software_plugins, file_name,
hive_name_info, folder_path, outfile)
elif (re.search("SYSTEM", file_name)):
hive_name_info = "SYSTEM_INFO"
process_other_hives(abs_file_path, system_plugins, file_name,
hive_name_info, folder_path, outfile)
elif (re.search("SECURITY", file_name)):
hive_name_info = "SECURITY_INFO"
process_other_hives(abs_file_path, security_plugins, file_name,
hive_name_info, folder_path, outfile)
f.close()
#run text files through unix2dos
for root, dirs, files in os.walk(folder_path):
for filenames in files:
#get file extension
fileName, fileExtension = os.path.splitext(filenames)
if (fileExtension.lower() == ".txt"):
full_path = os.path.join(root, filenames)
quoted_full_path = "'" + full_path + "'"
print("Running Unix2dos against file: " + filenames)
unix2dos_command = "sudo unix2dos " + quoted_full_path
subprocess.call([unix2dos_command], shell=True)
#close outfile
outfile.close()
#delete /tmp/ls_output.txt
if (os.path.exists("/tmp/ls_output_" + temp_time + ".txt")):
os.remove("/tmp/ls_output_" + temp_time + ".txt")
def jumplist_mr(item_to_process, case_number, root_folder_path, evidence):
print("The item to process is: " + item_to_process)
print("The case_name is: " + case_number)
print("The output folder is: " + root_folder_path)
print("The evidence to process is: " + evidence)
evidence = '"' + evidence + '"'
#get datetime
now = datetime.datetime.now()
#set Mount Point
mount_point = "/mnt/" + now.strftime("%Y-%m-%d_%H_%M_%S")
#create output folder path
folder_path = root_folder_path + "/" + "Jumplist_Parser"
check_for_folder(folder_path, "NONE")
#open a log file for output
log_file = folder_path + "/Jumplist_Parser_logfile.txt"
outfile = open(log_file, 'wt+')
#select image to process
Image_Path = evidence
print("The image path is: " + Image_Path)
#check to see if Image file is in Encase format
if re.search(".E01", Image_Path):
#strip out single quotes from the quoted path
no_quotes_path = Image_Path.replace("'","")
print("The no quotes path is: " + no_quotes_path)
#call mount_ewf function
Image_Path = mount_ewf(no_quotes_path, outfile, mount_point)
#call mmls function
partition_info_dict, temp_time = mmls(outfile, Image_Path)
partition_info_dict_temp = partition_info_dict
#get filesize of mmls_output.txt
file_size = os.path.getsize("/tmp/mmls_output_" + temp_time +".txt")
print("The filesize is: " + str(file_size))
#if filesize of mmls output is 0 then run parted
if(file_size == 0):
print("mmls output was empty, running parted")
outfile.write("mmls output was empty, running parted")
#call parted function
partition_info_dict, temp_time = parted(outfile, Image_Path)
else:
#read through the mmls output and look for GUID Partition Tables (used on MACS)
mmls_output_file = open("/tmp/mmls_output_" + temp_time + ".txt", 'r')
for line in mmls_output_file:
if re.search("GUID Partition Table", line):
print("We found a GUID partition table, need to use parted")
outfile.write("We found a GUID partition table, need to use parted\n")
#call parted function
partition_info_dict, temp_time = parted(outfile, Image_Path)
#loop through the dictionary containing the partition info (filesystem is VALUE, offset is KEY)
#for key,value in partition_info_dict.items():
for key,value in sorted(partition_info_dict.items()):
#disable auto-mount in nautilis - this stops a nautilis window from popping up everytime the mount command is executed
cmd_false = "sudo gsettings set org.gnome.desktop.media-handling automount false && sudo gsettings set org.gnome.desktop.media-handling automount-open false"
try:
subprocess.call([cmd_false], shell=True)
except:
print("Autmount false failed")
#run mount command
success_code, loopback_device_mount = mount(value,key,Image_Path, outfile, mount_point)
if(success_code):
print("Could not mount partition with filesystem: " + value + " at offset:" + str(key))
outfile.write("Could not mount partition with filesystem: " + value + " at offset:" + str(key))
else:
print("We just mounted filesystem: " + value + " at offset:" + str(key) + ".\n")
outfile.write("We just mounted filesystem: " + value + " at offset:" + str(key) + "\n")
#run jl.pl against every JumpList file found under mount_point if filesystem is fat32 or ntfs
if(value == "ntfs") or (value=="fat32"):
for root, dirs, files in os.walk(mount_point):
for filenames in files:
#get file extension
fileName, fileExtension = os.path.splitext(filenames)
if(fileExtension.lower() == ".automaticdestinations-ms"):
full_path = os.path.join(root,filenames)
quoted_full_path = "'" +full_path+"'"
print("Processing Jump List: " + filenames)
outfile.write("Processing Jump List: " + filenames + "\n")
#get profile name
profile = get_account_profile_names(full_path, outfile)
print("The profile is: " + profile)
outfile.write("The profile is: " + profile + "\n")
#process Jumplist files with jl.pl
#jl_command = "perl /usr/share/windows-perl/jl.pl -u " + "'" + profile + "'" + " -f " + full_path + " >> " + "'" + folder_path + "/jumplist_metadata.txt" + "'"
jl_command_tln = "perl /usr/share/windows-perl/jl.pl -u " + "'" + profile + "'" + " -t -f " + quoted_full_path + " >> " + "'" + folder_path + "/jumplist_metadata_tln.txt" + "'"
outfile.write("The jl_command_tln is: " + jl_command_tln + "\n")
subprocess.call([jl_command_tln], shell=True)
else:
print("Scanning file: " + filenames + ". This file is not a jumplist.")
#unmount and remove mount points
if(os.path.exists(mount_point)):
subprocess.call(['sudo umount -f ' + mount_point], shell=True)
os.rmdir(mount_point)
#unmount loopback device if this image was HFS+ - need to run losetup -d <loop_device> before unmounting
if not (loopback_device_mount == "NONE"):
losetup_d_command = "losetup -d " + loopback_device_mount
subprocess.call([losetup_d_command], shell=True)
else:
print("Filesystem: " + value + " at offset:" + str(key) + " is not NTFS or FAT32")
outfile.write("Filesystem: " + value + " at offset:" + str(key) + " is not NTFS or FAT32\n")
if(os.path.exists(mount_point)):
subprocess.call(['sudo umount -f ' + mount_point], shell=True)
os.rmdir(mount_point)
#unmount loopback device if this image was HFS+ - need to run losetup -d <loop_device> before unmounting
if not (loopback_device_mount == "NONE"):
losetup_d_command = "losetup -d " + loopback_device_mount
subprocess.call([losetup_d_command], shell=True)
#create timeline
parse_command = "perl /usr/share/windows-perl/parse.pl -f " + "'" + folder_path + "/jumplist_metadata_tln.txt" + "'" + "> " + "'" + folder_path + "/jumplist_timeline.txt" + "'"
subprocess.call([parse_command], shell=True)
#unmount and remove mount points
#if(os.path.exists(mount_point)):
# os.rmdir(mount_point)
if(os.path.exists(mount_point+"_ewf")):
print("Unmounting mount point for ewf before exiting\n\n")
subprocess.call(['sudo umount -f ' + mount_point + "_ewf"], shell=True)
os.rmdir(mount_point+"_ewf")
#program cleanup
outfile.close()
#convert outfile using unix2dos
#chdir to output foler
os.chdir(folder_path)
#run text files through unix2dos
for root, dirs, files in os.walk(folder_path):
for filenames in files:
#get file extension
fileName, fileExtension = os.path.splitext(filenames)
if(fileExtension.lower() == ".txt"):
full_path = os.path.join(root,filenames)
quoted_full_path = "'" +full_path+"'"
print("Running Unix2dos against file: " + filenames)
unix2dos_command = "sudo unix2dos " + "'"+filenames+"'"
subprocess.call([unix2dos_command], shell=True)
def entropy_mr(item_to_process, case_number, root_folder_path, evidence):
print("The item to process is: " + item_to_process)
print("The case_name is: " + case_number)
print("The output folder is: " + root_folder_path)
print("The evidence to process is: " + evidence)
evidence_no_quotes = evidence
evidence = '"' + evidence + '"'
#get datetime
now = datetime.datetime.now()
#set Mount Point
mount_point = "/mnt/" + "MantaRay_" + now.strftime("%Y-%m-%d_%H_%M_%S_%f")
#create output folder path
folder_path = root_folder_path + "/" + "Entropy"
check_for_folder(folder_path, "NONE")
#open a log file for output
log_file = folder_path + "/Entropy_logfile.txt"
outfile = open(log_file, 'wt+')
#open file to write output
exp_file = folder_path + "/" + case_number +"_entropy.csv"
export_file = open(exp_file, 'a+', encoding='latin-1', errors="ignore")
#export_file = open(exp_file, 'a')
if(item_to_process == "Single File"):
ent = calc_entropy(evidence)
print(ent)
elif(item_to_process == "Directory"):
folder_to_process = evidence_no_quotes
process_folder(folder_to_process, export_file, outfile)
elif(item_to_process =="EnCase Logical Evidence File"):
file_to_process = evidence
mount_point = mount_encase_v6_l01(case_number, file_to_process, outfile)
process_folder(mount_point, export_file, outfile)
#umount
if(os.path.exists(mount_point)):
subprocess.call(['sudo umount -f ' + mount_point], shell=True)
os.rmdir(mount_point)
elif(item_to_process == "Bit-Stream Image"):
Image_Path = evidence
#process every file on every partition
#get datetime
now = datetime.datetime.now()
#set Mount Point
mount_point = "/mnt/" + now.strftime("%Y-%m-%d_%H_%M_%S_%f")
#check if Image file is in Encase format
if re.search(".E01", Image_Path):
#strip out single quotes from the quoted path
#no_quotes_path = Image_Path.replace("'","")
#print("THe no quotes path is: " + no_quotes_path)
#call mount_ewf function
Image_Path = mount_ewf(Image_Path, outfile,mount_point)
#call mmls function
partition_info_dict, temp_time = mmls(outfile, Image_Path)
partition_info_dict_temp = partition_info_dict
#get filesize of mmls_output.txt
file_size = os.path.getsize("/tmp/mmls_output_" + temp_time + ".txt")
#if filesize of mmls output is 0 then run parted
if(file_size == 0):
print("mmls output was empty, running parted")
outfile.write("mmls output was empty, running parted")
#call parted function
partition_info_dict, temp_time = parted(outfile, Image_Path)
else:
#read through the mmls output and look for GUID Partition Tables (used on MACS)
mmls_output_file = open("/tmp/mmls_output_" + temp_time + ".txt", 'r')
for line in mmls_output_file:
if re.search("GUID Partition Table", line):
print("We found a GUID partition table, need to use parted")
outfile.write("We found a GUID partition table, need to use parted\n")
#call parted function
partition_info_dict, temp_time = parted(outfile, Image_Path)
mmls_output_file.close()
#loop through the dictionary containing the partition info (filesystem is VALUE, offset is KEY)
for key,value in sorted(partition_info_dict.items()):
#disable auto-mount in nautilis - this stops a nautilis window from popping up everytime the mount command is executed
cmd_false = "sudo gsettings set org.gnome.desktop.media-handling automount false && sudo gsettings set org.gnome.desktop.media-handling automount-open false"
try:
subprocess.call([cmd_false], shell=True)
except:
print("Autmount false failed")
#call mount sub-routine
success_code, loopback_device_mount = mount(value,str(key),Image_Path, outfile, mount_point)
if(success_code):
print("Could not mount partition with filesystem: " + value + " at offset:" + str(key))
outfile.write("Could not mount partition with filesystem: " + value + " at offset:" + str(key))
else:
print("We just mounted filesystem: " + value + " at offset:" + str(key) + "\n")
outfile.write("We just mounted filesystem: " + value + " at offset:" + str(key) + "\n")
#call entropy function for each mount_point
process_folder(mount_point, export_file, outfile)
print("We just finished calculating the entropy for every file...sorting output")
#unmount and remove mount points
if(os.path.exists(mount_point)):
subprocess.call(['sudo umount -f ' + mount_point], shell=True)
os.rmdir(mount_point)
#unmount loopback device if this image was HFS+ - need to run losetup -d <loop_device> before unmounting
if not (loopback_device_mount == "NONE"):
losetup_d_command = "losetup -d " + loopback_device_mount
subprocess.call([losetup_d_command], shell=True)
#delete /tmp files created for each partition
if (os.path.exists("/tmp/mmls_output_" + temp_time + ".txt")):
os.remove("/tmp/mmls_output_" + temp_time + ".txt")
#close output file
export_file.close()
#sort output file
sort_command = "strings -a " + "'" + exp_file + "'" + " |sort -t\| -r -k 2n > " + "'" + folder_path + "'" + "/" + case_number +"_entropy_sorted.csv"
subprocess.call([sort_command], shell=True)
#write header row to export_file
#sed_command = "sed -i '1i\ Entropy,File Name,File Size,MD5,File Path' " + "'" + folder_path + "'" + "/" + case_number +"_entropy_sorted.csv"
sed_command = "sed -i '1i\ Entropy,File Name,File Size,FilePath' " + "'" + folder_path + "'" + "/" + case_number +"_entropy_sorted.csv"
subprocess.call([sed_command], shell=True)
#remove original output file
os.remove(exp_file)
#remove mount points created for this program
if(os.path.exists(mount_point)):
os.rmdir(mount_point)
if(os.path.exists(mount_point+"_ewf")):
subprocess.call(['sudo umount -f ' + mount_point + "_ewf"], shell=True)
os.rmdir(mount_point+"_ewf")
def extract_registry_hives_mr(item_to_process, case_number, root_folder_path, evidence, options):
print("The item to process is: " + item_to_process)
print("The case_name is: " + case_number)
print("The output folder is: " + root_folder_path)
print("The evidence to process is: " + evidence)
print("The options selected were: " + options)
evidence = '"' + evidence + '"'
#get datetime
now = datetime.datetime.now()
#set Mount Point
mount_point = "/mnt/" + now.strftime("%Y-%m-%d_%H_%M_%S_%f")
#create output folder path
folder_path = root_folder_path + "/" + "Extracted_Registry_Hives"
check_for_folder(folder_path, "NONE")
#open a log file for output
log_file = folder_path + "/Extracted_Registry_Hives_logfile.txt"
outfile = open(log_file, 'wt+')
Image_Path = evidence
#set item variable to tell functions whether data is from shadow volumes
item = "NO"
#check if Image file is in Encase format
if re.search(".E01", Image_Path):
#set mount point
#mount_point = "/mnt/"+ case_number+"_ewf"
Image_Path = mount_ewf(Image_Path, outfile, mount_point)
#call mmls function
partition_info_dict, temp_time = mmls(outfile, Image_Path)
partition_info_dict_temp = partition_info_dict
#get filesize of mmls_output.txt
file_size = os.path.getsize("/tmp/mmls_output_" + temp_time +".txt")
#if filesize of mmls output is 0 then run parted
if(file_size == 0):
print("mmls output was empty, running parted\n")
outfile.write("mmls output was empty, running parted\n")
#call parted function
partition_info_dict, temp_time = parted(outfile, Image_Path)
block_size = get_block_size_parted(outfile, temp_time)
else:
#get block_size since mmls was successful
block_size = get_block_size_mmls(Image_Path, outfile, temp_time)
#read through the mmls output and look for GUID Partition Tables (used on MACS)
mmls_output_file = open("/tmp/mmls_output_" + temp_time + ".txt", 'r')
for line in mmls_output_file:
if re.search("GUID Partition Table", line):
print("We found a GUID partition table, need to use parted")
outfile.write("We found a GUID partition table, need to use parted\n")
#call parted function
partition_info_dict = parted(outfile, Image_Path)
mmls_output_file.close()
#loop through the dictionary containing the partition info (filesystem is VALUE, offset is KEY)
for key,value in partition_info_dict.items():
#process overt registy hives
if(value =="ntfs") or (value=="fat32"):
if not os.path.exists(folder_path + "/Partition_" + str(key)):
os.makedirs(folder_path + "/Partition_" + str(key))
#print("Just created output folder: " + folder_path + "/Partition_" + str(key))
outfile.write("Just created output folder: " + folder_path + "/Partition_" + str(key) + "\n\n")
else:
print("Output folder: " + folder_path +"/Partition_" + str(key) + " already exists")
outfile.write("Output folder: " + folder_path +"/Partition_" + str(key) + " already exists\n\n")
if(re.search("Unallocated", options)):
process_unallocated_clusters(value, key, Image_Path, outfile, case_number, folder_path, block_size)
if(re.search("Overt", options)):
process_overt_deleted_files(value, key, Image_Path, outfile, folder_path, block_size, item, "OVERT/DELETED", temp_time)
if(re.search("Shadow", options)):
vssvolume_mnt = check_for_shadow_volumes(Image_Path, key, block_size, outfile, folder_path, temp_time)
check_for_valid_hives(folder_path, outfile)
get_hive_type(folder_path, outfile, temp_time, key)
reset_registry_hive_timestamps(folder_path, outfile)
else:
print("This partition is not formatted NTFS or FAT32")
outfile.write("This partition is not formatted NTFS or FAT32\n\n")
#run fdupes against output path to eliminate dupes
remove_dupes_module_noask(folder_path, outfile, str(key))
#chdir to output foler
os.chdir(folder_path)
#unmount and remount points
if re.search(".E01", Image_Path):
if(os.path.exists(mount_point+"_ewf")):
subprocess.call(['sudo umount -f ' + mount_point + "_ewf"], shell=True)
os.rmdir(mount_point+"_ewf")
#remove empty directories
for root, dirs, files in os.walk(folder_path, topdown = False):
for directory in dirs:
dir_path = os.path.join(root, directory)
if not os.listdir(dir_path):
outfile.write("Removing empty folder: " + dir_path + "\n")
os.rmdir(dir_path)
#close outfiles
outfile.close()
#run text files through unix2dos
for root, dirs, files in os.walk(folder_path):
for filenames in files:
#get file extension
fileName, fileExtension = os.path.splitext(filenames)
if(fileExtension.lower() == ".txt"):
full_path = os.path.join(root,filenames)
quoted_full_path = "'" +full_path+"'"
print("Running Unix2dos against file: " + filenames)
unix2dos_command = "sudo unix2dos " + quoted_full_path
subprocess.call([unix2dos_command], shell=True)
#delete /tmp/ls_output.txt
if (os.path.exists("/tmp/mmls_output_" + temp_time + ".txt")):
os.remove("/tmp/mmls_output_" + temp_time + ".txt")
if (os.path.exists("/tmp/timeline_partition_info_" + temp_time +".txt")):
os.remove("/tmp/timeline_partition_info_" + temp_time +".txt")
if (os.path.exists("/tmp/dump_" + temp_time + ".txt")):
os.remove("/tmp/dump_" + temp_time + ".txt")
if (os.path.exists("/tmp/fls_output_" + temp_time + ".txt")):
os.remove("/tmp/fls_output_" + temp_time + ".txt")
if (os.path.exists("/tmp/hives_to_rename_" + temp_time)):
shutil.rmtree("/tmp/hives_to_rename_" + temp_time)
return(folder_path)
def filename_search_mr(item_to_process, case_number, root_folder_path,
evidence, searchfile):
print("The item to process is: " + item_to_process)
print("The case_name is: " + case_number)
print("The output folder is: " + root_folder_path)
print("The evidence to process is: " + evidence)
#get datetime
now = datetime.datetime.now()
#set Mount Point
mount_point = "/mnt/" + now.strftime("%Y-%m-%d_%H_%M_%S")
#create output folder path
folder_path = root_folder_path + "/" + "Filename_Search"
check_for_folder(folder_path, "NONE")
#create Log Folder
log_folder_path = folder_path + "/" + "Filename_Logs"
check_for_folder(log_folder_path, "NONE")
#open a log file for output
log_file = log_folder_path + "/Filename_Search_Log.txt"
outfile = open(log_file, 'wt+')
Image_Path = '"' + evidence + '"'
#set item variable to tell functions whether data is from shadow volumes
item = "NO"
#check if Image file is in Encase format
if re.search(".E01", Image_Path):
#set mount point
mount_point = "/mnt/" + case_number + "_unallocated"
Image_Path = mount_ewf(Image_Path, outfile, mount_point)
#call mmls function
partition_info_dict, temp_time = mmls(outfile, Image_Path)
partition_info_dict_temp = partition_info_dict
#get filesize of mmls_output.txt
file_size = os.path.getsize("/tmp/mmls_output_" + temp_time + ".txt")
#if filesize of mmls output is 0 then run parted
if (file_size == 0):
print("mmls output was empty, running parted\n")
outfile.write("mmls output was empty, running parted\n")
#call parted function
partition_info_dict, temp_time = parted(outfile, Image_Path)
block_size = get_block_size_parted(outfile, temp_time)
else:
#get block_size since mmls was successful
block_size = get_block_size_mmls(Image_Path, outfile)
#read through the mmls output and look for GUID Partition Tables (used on MACS)
mmls_output_file = open("/tmp/mmls_output_" + temp_time + ".txt", 'r')
for line in mmls_output_file:
if re.search("GUID Partition Table", line):
print("We found a GUID partition table, need to use parted")
outfile.write(
"We found a GUID partition table, need to use parted\n")
#call parted function
partition_info_dict, temp_time = parted(outfile, Image_Path)
#loop through the dictionary containing the partition info (filesystem is VALUE, offset is KEY)
for key, value in partition_info_dict.items():
#process overt registy hives
if (value == "ntfs") or (value == "fat32"):
if not os.path.exists(folder_path + "/Partition_" + str(key)):
os.makedirs(folder_path + "/Partition_" + str(key))
#print("Just created output folder: " + folder_path + "/Partition_" + str(key))
outfile.write("Just created output folder: " + folder_path +
"/Partition_" + str(key) + "\n\n")
else:
print("Output folder: " + folder_path + "/Partition_" +
str(key) + " already exists")
outfile.write("Output folder: " + folder_path + "/Partition_" +
str(key) + " already exists\n\n")
#chande output dir
out_folder = folder_path + "/Partition_" + str(key)
process_overt_deleted_files(value, key, Image_Path, outfile,
folder_path, log_folder_path,
out_folder, block_size, item,
temp_time, searchfile)
vssvolume_mnt = check_for_shadow_volumes(
Image_Path, key, block_size, outfile, folder_path,
log_folder_path, out_folder, temp_time, searchfile)
else:
print("This partition is not formatted NTFS or FAT32")
outfile.write("This partition is not formatted NTFS or FAT32\n\n")
#run fdupes against output path to eliminate dupes
remove_dupes_module_noask(folder_path, outfile, str(key))
shutil.copyfile("/tmp/fdupes_duplicates_log.txt",
log_folder_path + "/fdupes_duplicates_log.txt")
#chdir to output foler
os.chdir(folder_path)
#unmount shadow volumes
if (vssvolume_mnt != "NULL"):
print("Unmounting: " + vssvolume_mnt)
outfile.write("Unmounting: " + vssvolume_mnt + "\n")
subprocess.call(['sudo umount -f ' + vssvolume_mnt], shell=True)
os.rmdir(vssvolume_mnt)
#unmount and remount points
if re.search(".E01", Image_Path):
if (os.path.exists(mount_point + "_ewf")):
subprocess.call(['sudo umount -f ' + mount_point + "_ewf"],
shell=True)
os.rmdir(mount_point + "_ewf")
#remove empty directories
for root, dirs, files in os.walk(folder_path, topdown=False):
for directory in dirs:
dir_path = os.path.join(root, directory)
if not os.listdir(dir_path):
outfile.write("Removing empty folder: " + dir_path + "\n")
os.rmdir(dir_path)
#close outfiles
outfile.close()
#add md5 later
# for root, dirs, files in os.walk(folder_path):
# for f in files:
# current_file = os.path.join(root,f)
# H = hashlib.md5()
# with open(current_file) as FIN:
# H.update(FIN.read().encode('utf8'))
# out_prep = current_file + H.hexdigest()
# md5out.write(out_prep)
# md5out.close()
#delete temp files
#os.remove('/tmp/fls_output_ntfs_' + temp_time + '.txt')
#run text files through unix2dos
for root, dirs, files in os.walk(folder_path):
for filenames in files:
#get file extension
fileName, fileExtension = os.path.splitext(filenames)
if (fileExtension.lower() == ".txt"):
full_path = os.path.join(root, filenames)
quoted_full_path = "'" + full_path + "'"
print("Running Unix2dos against file: " + filenames)
unix2dos_command = "sudo unix2dos " + quoted_full_path
subprocess.call([unix2dos_command], shell=True)
def volatility_mr(case_number, root_folder_path, evidence, selected_profile, selected_plugin, selected_plugin_descr, complete_plugin_list):
###Debug testing code###
#print("The case_name is: " + case_number)
#print("The output folder is: " + root_folder_path)
#print("The evidence to process is: " + evidence)
#create output folder path
folder_path = root_folder_path + "/" + "Volatility"
check_for_folder(folder_path, "NONE")
#open a log file for output
log_file = folder_path + "/Volatility_logfile.txt"
outfile = open(log_file, 'wt+')
Image_Path = evidence
#add quotes to image path in case of spaces
quoted_path = "'" + Image_Path + "'"
#See Volatility Commands reference data (/usr/share/mantaray/docs/VolatilityUsage23.rst) for more information\n
#start reporting lists####Still needs development; not being used at this time...
win_plugins_complete = []
win_plugins_not_supported = []
win_plugins_skipped = []
win_plugins_error = []
###debug printing###
#print("This is selected_plugin type:\n",type(selected_plugin))
#print("This is selected_plugin:\n",selected_plugin)
#print("This is selected_plugin_descr:\n",selected_plugin_descr)
#print banner - MR
print("\nMantaRay > " + version)
print("mantarayforensics.com/forums/")
print("*****@*****.**")
print("github.com/mantarayforensics/mantaray\n")
#print banner - Vol
print("Volatility v2.4")
print("volatilityfoundation.org")
print("volatility-labs.blogspot.com")
print("github.com/volatilityfoundation/volatility\n")
print("Processing requested plugins:")
#run selected plugins
for plugin in selected_plugin:
if plugin in suppress_list:
num_index = complete_plugin_list.index(plugin)
#print("This is num_index:",num_index)
descr = selected_plugin_descr[num_index]
print("\nRunning " + plugin + "...")
print(descr + "...")
print("The plugin " + plugin + " is not supported...")
print("This plugin has advanced features. Run manually...")
outfile.write("The plugin " + plugin + " is not supported...\n")
outfile.write("This plugin has advanced features. Run manually...\n\n")
win_plugins_not_supported.append(plugin)
continue
if plugin in plugin_not_currently_supported:
num_index = complete_plugin_list.index(plugin)
#print("This is num_index:",num_index)
descr = selected_plugin_descr[num_index]
print("\nRunning " + plugin + "...")
print(descr + "...")
print("The plugin " + plugin + " is not currently supported...")
print("Support may be added in a future release...")
print("Check GitHub for updates...")
print("github.com/mantarayforensics/mantaray")
print("Currently running:",version)
outfile.write("The plugin " + plugin + " is not currently supported.\n")
outfile.write("Support may be added in a future release.\n")
outfile.write("Check GitHub for updates...\n")
outfile.write("github.com/mantarayforensics/mantaray\n")
outfile.write("The plugin was skipped.\n\n")
win_plugins_skipped.append(plugin)
continue
if plugin == 'pstotal':
num_index = complete_plugin_list.index('pstotal')
#print("This is num_index:",num_index)
descr = selected_plugin_descr[num_index]
plugin = 'pstotal.dot.full-graph'
print("\nRunning pstotal...")
pstotal_command = "vol.py --profile=" + selected_profile + " -f " + quoted_path \
+ " pstotal --output=dot > " + "'" + folder_path + \
"/pstotal.dot.full-graph.txt" + "'"
print("Processing DOT output for full process graph...")
output = Popen([pstotal_command], shell=True, stderr=PIPE)
error_logging(outfile,folder_path,selected_profile,plugin,output,win_plugins_error)
pstotal_hidden_command = "vol.py --profile=" + selected_profile + " -f " + quoted_path \
+ " pstotal --output=dot -S -C > " + "'" + folder_path + \
"/pstotal.dot.hidden-only-graph.txt" + "'"
print("Processing DOT output for only hidden process graph...")
output = Popen([pstotal_hidden_command], shell=True, stderr=PIPE)
plugin = 'pstotal.dot.hidden-only-graph'
error_logging(outfile,folder_path,selected_profile,plugin,output,win_plugins_error)
pstotal_text_command = "vol.py --profile=" + selected_profile + " -f " + quoted_path + \
" pstotal --output=text > " + "'" + folder_path + \
"/pstotal.text-only.txt" + "'"
print("Processing text output for hidden processes...")
output = Popen([pstotal_text_command], shell=True, stderr=PIPE)
plugin = 'pstotal.text-only'
error_logging(outfile,folder_path,selected_profile,plugin,output,win_plugins_error)
pstotal_graphviz_command1 = "dot -Tpng " + "'" + folder_path + "/pstotal.dot.full-graph.txt" \
+ "'" + " -o " + "'" + folder_path + \
"/pstotal.dot.full-graph.png" + "'"
print("Running Graphviz to create full graph (PNG)...")
output = Popen([pstotal_graphviz_command1], shell=True, stderr=PIPE)
plugin = 'pstotal.dot.full-graph'
error_logging(outfile,folder_path,selected_profile,plugin,output,win_plugins_error)
pstotal_graphviz_command2 = "dot -Tpng " + "'" + folder_path + "/pstotal.dot.hidden-only-graph.txt" \
+ "'" + " -o " + "'" + folder_path + \
"/pstotal.dot.hidden-only-graph.png" + "'"
print("Running Graphviz to create hidden graph (PNG)...")
output = Popen([pstotal_graphviz_command2], shell=True, stderr=PIPE)
plugin = 'pstotal.dot.hidden-only-graph'
error_logging(outfile,folder_path,selected_profile,plugin,output,win_plugins_error)
plugin = 'pstotal'
win_plugins_complete.append(plugin)
continue
xp_2003_only_plugins = ['connections', 'evtlogs']
if plugin in xp_2003_only_plugins:
if re.search('XP', selected_profile):
print("\nRunning [Windows XP and 2003 Only] plugin...")
elif re.search('2003', selected_profile):
print("\nRunning [Windows XP and 2003 Only] plugin...")
else:
continue
xp_only_plugins = ['sockets','sockscan']
if plugin in xp_only_plugins:
if re.search('XP', selected_profile):
print("\nRunning [Windows XP Only] plugin...")
else:
continue
vista_and_newer_only_plugins = ['netscan','pooltracker']
if plugin in vista_and_newer_only_plugins:
os_support = ['Vista','Win7','Win8']
for os_type in os_support:
if re.search(os_type, selected_profile):
print("\nRunning Vista and newer only plugin...")
else:
continue
####ADD NEW MODULE####
#elif plugin == <plugin name>:
# print("\nRunning " + plugin + "...")
# <plugin name>_command = "vol.py -f " + quoted_path + plugin + " > " \
# + "'" + folder_path + "/<plugin name>.txt"+"'"
# output = Popen([<plugin name>_command], shell=True, stderr=PIPE)
# error_logging(outfile,folder_path,selected_profile,plugin,output,win_plugins_error)
# win_plugins_complete.append('devicetree')
try:
num_index = complete_plugin_list.index(plugin)
#print("This is num_index:",num_index)
descr = selected_plugin_descr[num_index]
print("\nRunning " + plugin + "...")
print(descr)
#print("This is plugin:\n",plugin)
processing_command = "vol.py --profile=" + selected_profile + " -f " + quoted_path + " " + plugin + " > " \
+ "'" + folder_path + "/" + plugin + ".txt"+"'"
#print("Vol Processing Command:",processing_command)
output = Popen([processing_command], shell=True, stderr=PIPE)
error_logging(outfile,folder_path,selected_profile,plugin,output,win_plugins_error)
win_plugins_complete.append(plugin)
except OSError as error:
print("The plugin " + pluin + "experienced an OSError and failed, see log file...\n")
outfile.write("The plugin " + plugin + " experienced an OSError and failed.\n")
outfile.write(error + "\n")
#close outfile
outfile.close()
#change permissions (option)
#chmod_command = "chmod -R 777 " + root_folder_path
#subprocess.call([chmod_command], shell=True)
#change dir into output folder
os.chdir(folder_path)
#run text files through unix2dos
for root, dirs, files in os.walk(folder_path):
for filenames in files:
#get file extension
fileName, fileExtension = os.path.splitext(filenames)
if(fileExtension.lower() == ".txt"):
full_path = os.path.join(root,filenames)
quoted_full_path = "'" +full_path+"'"
print("Running Unix2dos against file: " + filenames)
unix2dos_command = "sudo unix2dos " + quoted_full_path
subprocess.call([unix2dos_command], shell=True)
def be_mr(item_to_process, case_number, folder_path, evidence, whitelist_location, speed, keyword_list):
evidence = "'" + evidence + "'"
speed = speed.strip()
#calculate number of processors to use (Speed-Slow, Speed-Fast, Speed-Med
calc_cores_command = "cat /proc/cpuinfo | grep processor | wc -l"
num_of_cores = subprocess.check_output([calc_cores_command], shell=True)
num_of_cores = num_of_cores.decode(encoding='UTF-8')
num_of_cores = num_of_cores.strip()
print("This VM has " + str(num_of_cores) +" cores")
if(num_of_cores == "1"):
cores_to_use = 1
elif(speed == "Speed-Slow"):
cores_to_use = 1
elif(speed == "Speed-Med"):
cores_to_use = int(num_of_cores)//2
elif(speed == "Speed-Fast"):
cores_to_use = num_of_cores
print("Item to process is: " + item_to_process)
print("Case number is: " + case_number)
print("Output folder is: " + folder_path)
print("Evidence type is: " + evidence)
print("Whitelist location is: " + whitelist_location)
print("Processing speed is: " + speed)
print("Keyword list is: " + keyword_list)
#open a log file for output
#log_file = folder_path + "/" + case_number + "_logfile.txt"
#outfile = open(log_file, 'a')
#add subfolder to output path so BE has empty folder to write to
folder_path_be = "'" + folder_path +"/Bulk_Extractor_Results'"
check_for_folder(folder_path_be, "NONE")
if(item_to_process == "Directory"):
process_folder(evidence, folder_path_be, whitelist_location, speed, "NONE", keyword_list, cores_to_use)
elif(item_to_process == "EnCase Logical Evidence File"):
mount_point = mount_encase_v6_l01(case_number, evidence, "NONE")
process_folder(mount_point, folder_path_be, whitelist_location, speed, "NONE", keyword_list, cores_to_use)
elif(item_to_process == "Single File") or (item_to_process == "Memory Image") or (item_to_process == "EnCase Logical Evidence File"):
#set up bulk extractor command
if(whitelist_location != "NONE") and (keyword_list == "NONE"):
be_command = "bulk_extractor -o " + folder_path_be + " -w " + whitelist_location + " -j " + str(cores_to_use) + " " + evidence
elif(whitelist_location == "NONE") and (keyword_list =="NONE"):
be_command = "bulk_extractor -o " + folder_path_be + " -j " + str(cores_to_use) + " " + evidence
elif(whitelist_location != "NONE") and (keyword_list != "NONE"):
be_command = "bulk_extractor -o " + folder_path_be + " -w " + whitelist_location + " -x find l -F " + keyword_list + " -j " + str(cores_to_use) + " " + evidence
elif(whitelist_location == "NONE") and (keyword_list != "NONE"):
be_command = "bulk_extractor -o " + folder_path_be + " -x find -F " + keyword_list + " -j " + str(cores_to_use) + " " + evidence
#outfile.write("The be_command is: " + be_command + "\n")
#run be_command
print("The be command is: " + be_command)
subprocess.call([be_command], shell=True)
elif(item_to_process == "Bit-Stream Image"):
#set up bulk extractor command
if(whitelist_location != "NONE") and (keyword_list == "NONE"):
be_command = "bulk_extractor -C 60 -o " + folder_path_be + " -w " + whitelist_location + " -j " + str(cores_to_use) + " " + evidence
elif(whitelist_location == "NONE") and (keyword_list =="NONE"):
be_command = "bulk_extractor -C 60 -o " + folder_path_be + " -j " + str(cores_to_use) + " " + evidence
elif(whitelist_location != "NONE") and (keyword_list != "NONE"):
be_command = "bulk_extractor -C 60 -o " + folder_path_be + " -w " + whitelist_location + " -x find -F " + keyword_list + " -j " + str(cores_to_use) + " " + evidence
elif(whitelist_location == "NONE") and (keyword_list != "NONE"):
be_command = "bulk_extractor -C 60 -o " + folder_path_be + " -x find -F " + keyword_list + " -j " + str(cores_to_use) + " " + evidence
#run be_command
print("The be command is: " + be_command)
subprocess.call([be_command], shell=True)
#run fiwalk
fiwalk_command = "fiwalk -x " + evidence + " >" + '"' + folder_path + "/Bulk_Extractor_Results/fiwalk_output.xml" + "'"
print("Running fiwalk: " + fiwalk_command)
subprocess.call([fiwalk_command], shell=True)
#run identify_filenames.py
identify_filenames_command = "python3 /usr/share/bulk_extractor/python/identify_filenames.py --all --imagefile " + evidence + " --xmlfile " + '"' + folder_path + "/Bulk_Extractor_Results/fiwalk_output.xml" + '"' + " " + '"' + folder_path + "/Bulk_Extractor_Results" + '"' + " " + '"' + folder_path + "/Bulk_Extractor_Results/annotated_results/" + '"'
print("Running identify_filenames.py: " + identify_filenames_command)
subprocess.call([identify_filenames_command], shell=True)
#chdir to output foler
os.chdir(folder_path)
#run text files through unix2dos
for root, dirs, files in os.walk(folder_path + "/Bulk_Extractor_Results/"):
for filenames in files:
#get file extension
fileName, fileExtension = os.path.splitext(filenames)
if(fileExtension.lower() == ".txt"):
full_path = os.path.join(root,filenames)
quoted_full_path = "'" +full_path+"'"
print("Running Unix2dos against file: " + quoted_full_path)
#unix2dos_command = "sudo unix2dos " + "'"+filenames+"'"
unix2dos_command = "sudo unix2dos " + quoted_full_path
subprocess.call([unix2dos_command], shell=True)
def mr_registry(case_number, folder_to_process, root_folder_path):
print("The case_name is: " + case_number)
print("The output folder is: " + root_folder_path)
#get datetime
now = datetime.datetime.now()
temp_time = now.strftime("%Y-%m-%d_%H_%M_%S_%f")
#create output folder path
folder_path = root_folder_path + "/" + "RegRipper"
check_for_folder(folder_path, "NONE")
#open a log file for output
log_file = folder_path + "/RegRipper_logfile.txt"
outfile = open(log_file, 'wt+')
#set path to text files containing plugins to run for each hive type
sam_plugins = "/usr/share/regripper/plugins/sam"
ntuser_plugins = "/usr/share/regripper/plugins/ntuser-all"
system_plugins = "/usr/share/regripper/plugins/system"
software_plugins = "/usr/share/regripper/plugins/software"
usrclass_plugins = "/usr/share/regripper/plugins/usrclass-all"
security_plugins = "/usr/share/regripper/plugins/security"
#read filename and atime into dictionary
file_metadata = {}
#run ls command against folder containing registry hives
f = open('/tmp/ls_output_' + temp_time + '.txt', 'wt')
os.chdir(folder_to_process)
ls_command = "ls -lt -ur | awk '{print $9, $10}'"
print("The ls_command is: " + ls_command)
try:
subprocess.call([ls_command], shell=True, stdout = f, stderr=subprocess.STDOUT)
f.close()
except:
print("Call to ls command failed")
f.close()
#read infile and process each file from oldest to youngest based on atime
f = open('/tmp/ls_output_' + temp_time + '.txt', 'rt')
for line in f:
line = line.strip()
file_name = line
abs_file_path = os.path.join(folder_to_process,file_name)
#process hives in ascending order based on atime
if(re.search("USRCLASS", file_name)):
print("About to process file: " + file_name)
process_usrclass(abs_file_path, usrclass_plugins, file_name, folder_path, outfile)
elif(re.search("NTUSER", file_name)):
print("About to process file: " + file_name)
process_ntuser(abs_file_path, ntuser_plugins, file_name, folder_path, outfile)
elif(re.search("SAM", file_name)):
hive_name_info = "SAM_INFO"
process_other_hives(abs_file_path, sam_plugins, file_name, hive_name_info, folder_path, outfile)
elif(re.search("SOFTWARE", file_name)):
hive_name_info = "SOFTWARE_INFO"
process_other_hives(abs_file_path, software_plugins, file_name, hive_name_info, folder_path, outfile)
elif(re.search("SYSTEM", file_name)):
hive_name_info = "SYSTEM_INFO"
process_other_hives(abs_file_path, software_plugins, file_name, hive_name_info, folder_path, outfile)
elif(re.search("SECURITY", file_name)):
hive_name_info = "SECURITY_INFO"
process_other_hives(abs_file_path, software_plugins, file_name, hive_name_info, folder_path, outfile)
f.close()
#run text files through unix2dos
for root, dirs, files in os.walk(folder_path):
for filenames in files:
#get file extension
fileName, fileExtension = os.path.splitext(filenames)
if(fileExtension.lower() == ".txt"):
full_path = os.path.join(root,filenames)
quoted_full_path = "'" +full_path+"'"
print("Running Unix2dos against file: " + filenames)
unix2dos_command = "sudo unix2dos " + quoted_full_path
subprocess.call([unix2dos_command], shell=True)
#close outfile
outfile.close()
#delete /tmp/ls_output.txt
if (os.path.exists("/tmp/ls_output_" + temp_time + ".txt")):
os.remove("/tmp/ls_output_" + temp_time +".txt")
def plaso_mr(item_to_process, case_number, root_folder_path, evidence):
#(evidence_type, case_number, folder_path, evidence_path.strip())
print("The item to process is: " + item_to_process)
print("The case_name is: " + case_number)
print("The output folder is: " + root_folder_path)
print("The evidence to process is: " + evidence)
evidence_no_quotes = evidence
evidence = '"' + evidence + '"'
root_folder_path_no_quotes = root_folder_path
root_folder_path = "'" + root_folder_path + "'"
#get datetime
now = datetime.datetime.now()
#create output folder path
folder_path = root_folder_path_no_quotes + "/" + "Plaso"
check_for_folder(folder_path, "NONE")
#open a log file for output
log_file = folder_path + "/Plaso_mr_logfile.txt"
outfile = open(log_file, 'wt+')
if(item_to_process == "Directory"):
folder_to_process = evidence_no_quotes
process_folder(folder_path, case_number, folder_to_process, outfile)
elif(item_to_process =="EnCase Logical Evidence File"):
file_to_process = evidence
mount_point = mount_encase_v6_l01(case_number, file_to_process, outfile)
process_folder(mount_point, export_file, outfile)
#umount
if(os.path.exists(mount_point)):
subprocess.call(['sudo umount -f ' + mount_point], shell=True)
os.rmdir(mount_point)
elif(item_to_process == "Bit-Stream Image"):
Image_Path = evidence_no_quotes
#get datetime
now = datetime.datetime.now()
process_folder(folder_path, case_number, Image_Path, outfile)
## I have not been able to test this code yet since I don't have a large enough test imge
#set file to split
#file_to_split = folder_path + "/" + case_number + ".plaso.csv"
#file_to_split_basename = case_number + ".plaso.csv"
#pass csv file to split_csv to see if it needs to get split
#split_csv(case_number, folder_path, outfile)
#split_csv(case_number, folder_path, outfile, file_to_split, file_to_split_basename)
#close output file
outfile.close()
def pst_processor_mr(item_to_process, case_number, root_folder_path, evidence):
#(evidence_type, case_number, folder_path, evidence_path.strip())
print("The item to process is: " + item_to_process)
print("The case_name is: " + case_number)
print("The output folder is: " + root_folder_path)
print("The evidence to process is: " + evidence)
evidence_no_quotes = evidence
evidence = "'" + evidence + "'"
root_folder_path_no_quotes = root_folder_path
root_folder_path = "'" + root_folder_path + "'"
#get datetime
now = datetime.datetime.now()
#create output folder path
folder_path = root_folder_path_no_quotes + "/" + "PST_Extracted_Emails"
check_for_folder(folder_path, "NONE")
#create folder for extracted_messages
check_for_folder(folder_path + "/" "All Extracted_Messages", "NONE")
#open a log file for output
log_file = folder_path + "/PST_mr_logfile.txt"
outfile = open(log_file, 'wt+')
emails_of_interest_file = subprocess.check_output([
'zenity --file-selection --filename="/mnt/hgfs/" '
'--title "Select file containing email addresses of interest (comma seperated)"'
],
shell=True,
universal_newlines=True)
#process the PST file
process_pst_command = 'readpst -o ' + "'" + folder_path + "/" "All Extracted_Messages" + "'" + " -D -j 4 -r -tea -e " + evidence
print("The process_pst_command is: " + process_pst_command)
subprocess.call([process_pst_command], shell=True, universal_newlines=True)
#open emails_of_interest_file and parse emails into list
with open(emails_of_interest_file.strip(), 'r',
encoding='utf-8') as infile:
for line in infile:
email_addresses_split = line.split(',')
for element in email_addresses_split:
print("Creating output folder for email address: " + element)
check_for_folder(folder_path + "/" + element, "NONE")
#cd into the extracted_messages SENT folder
os.chdir(folder_path + "/"
"All Extracted_Messages/Personal Folders/Sent Items")
#run the grep command in the SENT folder
grep_command = "grep -rl --null --include '*.msg' --include '*.eml' " + element + " | xargs -0r cp -t " + "'" + folder_path + "/" + element + "'"
print("The grep_command is: " + grep_command)
subprocess.call([grep_command],
shell=True,
universal_newlines=True)
#close output file
outfile.close()
def create_kml_from_exif_mr(item_to_process, case_number, root_folder_path, evidence):
print("The item to process is: " + item_to_process)
print("The case_name is: " + case_number)
print("The output folder is: " + root_folder_path)
print("The evidence to process is: " + evidence)
evidence_no_quotes = evidence
evidence = '"' + evidence + '"'
#create output folder path
folder_path = root_folder_path + "/" + "KML_From_EXIF"
check_for_folder(folder_path, "NONE")
#open a log file for output
log_file = folder_path + "/KML_From_EXIF_logfile.txt"
outfile = open(log_file, 'wt+')
#initialize variables
files_of_interest = {}
files_of_interest_list = []
mount_point = "NONE"
log_file3 = folder_path + "/" + case_number + "_files_to_exploit.xls"
outfile3 = open(log_file3, 'wt+')
#write out column headers to xls file
outfile3.write("Name\tMD5\tFile Size (kb)\n")
if(item_to_process == "Directory"):
#select folder to process
folder_process = evidence_no_quotes
#set folder variable to "folder" since this is a folder and not a disk partition
folder = "Directory"
#call process subroutine
process(folder_process, outfile, folder_path, folder, outfile3)
elif(item_to_process == 'EnCase Logical Evidence File'):
folder = "LEF"
file_to_process = evidence
mount_point = mount_encase_v6_l01(case_number, file_to_process, outfile)
process(mount_point, outfile, folder_path, folder, outfile3)
#umount
if(os.path.exists(mount_point)):
subprocess.call(['sudo umount -f ' + mount_point], shell=True)
os.rmdir(mount_point)
elif(item_to_process == 'Single File'):
process_single_file(evidence_no_quotes, outfile, folder_path, "Single-File", outfile3)
elif(item_to_process == 'Bit-Stream Image'):
#select image to process
Image_Path = evidence
#get datetime
now = datetime.datetime.now()
#set Mount Point
mount_point = "/mnt/" + now.strftime("%Y-%m-%d_%H_%M_%S")
#check to see if Image file is in Encase format
if re.search(".E01", Image_Path):
#strip out single quotes from the quoted path
no_quotes_path = Image_Path.replace("'","")
print("The no quotes path is: " + no_quotes_path)
#call mount_ewf function
cmd_false = "sudo gsettings set org.gnome.desktop.media-handling automount false && sudo gsettings set org.gnome.desktop.media-handling automount-open false"
try:
subprocess.call([cmd_false], shell=True)
except:
print("Autmount false failed")
Image_Path = mount_ewf(Image_Path, outfile, mount_point)
#call mmls function
partition_info_dict, temp_time = mmls(outfile, Image_Path)
#partition_info_dict_temp, temp_time = partition_info_dict
#get filesize of mmls_output.txt
file_size = os.path.getsize("/tmp/mmls_output_" + temp_time +".txt")
print("The filesize is: " + str(file_size))
#if filesize of mmls output is 0 then run parted
if(file_size == 0):
print("mmls output was empty, running parted")
outfile.write("mmls output was empty, running parted")
#call parted function
partition_info_dict, temp_time = parted(outfile, Image_Path)
else:
#read through the mmls output and look for GUID Partition Tables (used on MACS)
mmls_output_file = open("/tmp/mmls_output_" + temp_time + ".txt", 'r')
for line in mmls_output_file:
if re.search("GUID Partition Table", line):
print("We found a GUID partition table, need to use parted")
outfile.write("We found a GUID partition table, need to use parted\n")
#call parted function
partition_info_dict, temp_time = parted(outfile, Image_Path)
#close file
mmls_output_file.close()
#loop through the dictionary containing the partition info (filesystem is VALUE, offset is KEY)
#for key,value in partition_info_dict.items():
for key,value in sorted(partition_info_dict.items()):
#create output folder for processed files
if not os.path.exists(folder_path + "/Processed_files_" + str(key)):
os.mkdir(folder_path + "/Processed_files_" + str(key))
#disable auto-mount in nautilis - this stops a nautilis window from popping up everytime the mount command is executed
cmd_false = "sudo gsettings set org.gnome.desktop.media-handling automount false && sudo gsettings set org.gnome.desktop.media-handling automount-open false"
try:
subprocess.call([cmd_false], shell=True)
except:
print("Autmount false failed")
#call mount sub-routine
success_code, loopback_device_mount = mount(value,key,Image_Path, outfile, mount_point)
if(success_code):
print("Could not mount partition with filesystem: " + value + " at offset:" + str(key))
outfile.write("Could not mount partition with filesystem: " + value + " at offset:" + str(key))
else:
print("We just mounted filesystem: " + value + " at offset:" + str(key) + ". Scanning for files of interest.....\n")
outfile.write("We just mounted filesystem: " + value + " at offset:" + str(key) + "\n")
#call process subroutine
process(mount_point, outfile, folder_path, key, outfile3)
#unmount and remove mount points
if(os.path.exists(mount_point)):
subprocess.call(['sudo umount -f ' + mount_point], shell=True)
os.rmdir(mount_point)
#unmount loopback device if this image was HFS+ - need to run losetup -d <loop_device> before unmounting
if not (loopback_device_mount == "NONE"):
losetup_d_command = "losetup -d " + loopback_device_mount
subprocess.call([losetup_d_command], shell=True)
#delete /tmp files created for processing bit-stream images
if (os.path.exists("/tmp/mmls_output_" + temp_time + ".txt")):
os.remove("/tmp/mmls_output_" + temp_time + ".txt")
#write out list of filenames to end of output file so that user can create a filter for those filenames in Encase
outfile3.write("\n\n******** LIST of FILENAMES of INTEREST ******************\n")
#sort list so that all values are unique
unique(files_of_interest_list)
for files in files_of_interest_list:
outfile3.write(files + "\n")
#program cleanup
outfile.close()
outfile3.close()
#remove mount points created for this program
if(os.path.exists(mount_point)):
subprocess.call(['sudo umount -f ' + mount_point], shell=True)
os.rmdir(mount_point)
if(os.path.exists(mount_point+"_ewf")):
subprocess.call(['sudo umount -f ' + mount_point + "_ewf"], shell=True)
os.rmdir(mount_point+"_ewf")
#convert outfile using unix2dos
#chdir to output foler
os.chdir(folder_path)
#run text files through unix2dos
for root, dirs, files in os.walk(folder_path):
for filenames in files:
#get file extension
fileName, fileExtension = os.path.splitext(filenames)
if(fileExtension.lower() == ".txt"):
full_path = os.path.join(root,filenames)
quoted_full_path = "'" +full_path+"'"
print("Running Unix2dos against file: " + filenames)
unix2dos_command = "sudo unix2dos " + filenames
subprocess.call([unix2dos_command], shell=True)
#delete empty directories in output folder
for root, dirs, files in os.walk(folder_path, topdown=False):
for directories in dirs:
files = []
dir_path = os.path.join(root,directories)
files = os.listdir(dir_path)
if(len(files) == 0):
os.rmdir(dir_path)
#unmount and remove mount points
if(mount_point != "NONE"):
if(os.path.exists(mount_point+"_ewf")):
subprocess.call(['sudo umount -f ' + mount_point + "_ewf"], shell=True)
os.rmdir(mount_point+"_ewf")
def plist_processor(item_to_process, case_number, root_folder_path, evidence):
print("The item to process is: " + item_to_process)
print("The case_name is: " + case_number)
print("The output folder is: " + root_folder_path)
print("The evidence to process is: " + evidence)
evidence_no_quotes = evidence
evidence = '"' + evidence + '"'
# get datetime
now = datetime.datetime.now()
# set Mount Point
mount_point = "/mnt/" + "MantaRay_" + now.strftime("%Y-%m-%d_%H_%M_%S_%f")
# create output folder path
folder_path = root_folder_path + "/" + "PLIST_Processor"
check_for_folder(folder_path, "NONE")
# open a log file for output
log_file = folder_path + "/PLIST_processor_logfile.txt"
outfile = open(log_file, "wt+")
# open an error file for output
log_file = folder_path + "/PLIST_processor_error_log.txt"
outfile_error = open(log_file, "wt+")
# open file to write output
exp_file = folder_path + "/" + case_number + "_PLIST_Triage.txt"
export_file = open(exp_file, "a")
if item_to_process == "Directory":
folder_to_process = evidence_no_quotes
process_folder(folder_to_process, export_file, outfile, outfile_error, now)
elif item_to_process == "EnCase Logical Evidence File":
file_to_process = evidence
mount_point = mount_encase_v6_l01(case_number, file_to_process, outfile)
process_folder(mount_point, export_file, outfile, outfile_error, now)
# umount
if os.path.exists(mount_point):
subprocess.call(["sudo umount -f " + mount_point], shell=True)
os.rmdir(mount_point)
elif item_to_process == "Bit-Stream Image":
# set Mount Point
mount_point = "/mnt/" + now.strftime("%Y-%m-%d_%H_%M_%S_%f")
Image_Path = evidence
# check if Image file is in Encase format
if re.search(".E01", Image_Path):
# set mount point
# mount_point = "/mnt/"+ case_number+"_ewf"
Image_Path = mount_ewf(Image_Path, outfile, mount_point)
# call mmls function
partition_info_dict, temp_time = mmls(outfile, Image_Path)
partition_info_dict_temp = partition_info_dict
# get filesize of mmls_output.txt
file_size = os.path.getsize("/tmp/mmls_output_" + temp_time + ".txt")
# if filesize of mmls output is 0 then run parted
if file_size == 0:
print("mmls output was empty, running parted\n")
outfile.write("mmls output was empty, running parted\n")
# call parted function
partition_info_dict, temp_time = parted(outfile, Image_Path)
else:
# read through the mmls output and look for GUID Partition Tables (used on MACS)
mmls_output_file = open("/tmp/mmls_output_" + temp_time + ".txt", "r")
for line in mmls_output_file:
if re.search("GUID Partition Table", line):
print("We found a GUID partition table, need to use parted")
outfile.write("We found a GUID partition table, need to use parted\n")
# call parted function
partition_info_dict, temp_time = parted(outfile, Image_Path)
mmls_output_file.close()
# loop through the dictionary containing the partition info (filesystem is VALUE, offset is KEY)
for key, value in partition_info_dict.items():
cmd_false = "sudo gsettings set org.gnome.desktop.media-handling automount false && sudo gsettings set org.gnome.desktop.media-handling automount-open false"
try:
subprocess.call([cmd_false], shell=True)
except:
print("Autmount false failed")
# process plist files
if value == "hfs+":
# call mount sub-routine
success_code, loopback_device_mount = mount(value, str(key), Image_Path, outfile, mount_point)
if success_code:
print("Could not mount partition with filesystem: " + value + " at offset:" + str(key))
outfile.write("Could not mount partition with filesystem: " + value + " at offset:" + str(key))
else:
print("We just mounted filesystem: " + value + " at offset:" + str(key) + "\n")
outfile.write("We just mounted filesystem: " + value + " at offset:" + str(key) + "\n")
# process
process_folder(mount_point, export_file, outfile, outfile_error, now)
# unmount
subprocess.call(["umount " + mount_point], shell=True)
subprocess.call(["losetup -d " + loopback_device_mount], shell=True)
else:
print("This partition is not formatted HFS+")
outfile.write("This partition is not formatted HFS+\n\n")
# close export_file
export_file.close()
# chdir to output foler
os.chdir(folder_path)
# unmount and remount points
if re.search(".E01", Image_Path):
if os.path.exists(mount_point + "_ewf"):
subprocess.call(["sudo umount -f " + mount_point + "_ewf"], shell=True)
os.rmdir(mount_point + "_ewf")
# remove empty directories
for root, dirs, files in os.walk(folder_path, topdown=False):
for directory in dirs:
dir_path = os.path.join(root, directory)
if not os.listdir(dir_path):
outfile.write("Removing empty folder: " + dir_path + "\n")
os.rmdir(dir_path)
# close outfiles
outfile.close()
# run text files through unix2dos
for root, dirs, files in os.walk(folder_path):
for filenames in files:
# get file extension
fileName, fileExtension = os.path.splitext(filenames)
if fileExtension.lower() == ".txt":
full_path = os.path.join(root, filenames)
quoted_full_path = "'" + full_path + "'"
print("Running Unix2dos against file: " + filenames)
unix2dos_command = "sudo unix2dos " + quoted_full_path
subprocess.call([unix2dos_command], shell=True)
# delete /tmp/ls_output.txt
if os.path.exists("/tmp/mmls_output_" + temp_time + ".txt"):
os.remove("/tmp/mmls_output_" + temp_time + ".txt")
if os.path.exists("/tmp/timeline_partition_info_" + temp_time + ".txt"):
os.remove("/tmp/timeline_partition_info_" + temp_time + ".txt")
if os.path.exists("/tmp/dump_" + temp_time + ".txt"):
os.remove("/tmp/dump_" + temp_time + ".txt")
if os.path.exists("/tmp/fls_output_" + temp_time + ".txt"):
os.remove("/tmp/fls_output_" + temp_time + ".txt")
if os.path.exists("/tmp/hives_to_rename_" + temp_time):
shutil.rmtree("/tmp/hives_to_rename_" + temp_time)
def jumplist_mr(item_to_process, case_number, root_folder_path, evidence):
print("The item to process is: " + item_to_process)
print("The case_name is: " + case_number)
print("The output folder is: " + root_folder_path)
print("The evidence to process is: " + evidence)
evidence = '"' + evidence + '"'
#get datetime
now = datetime.datetime.now()
#set Mount Point
mount_point = "/mnt/" + now.strftime("%Y-%m-%d_%H_%M_%S")
#create output folder path
folder_path = root_folder_path + "/" + "Jumplist_Parser"
check_for_folder(folder_path, "NONE")
#open a log file for output
log_file = folder_path + "/Jumplist_Parser_logfile.txt"
outfile = open(log_file, 'wt+')
#select image to process
Image_Path = evidence
print("The image path is: " + Image_Path)
#check to see if Image file is in Encase format
if re.search(".E01", Image_Path):
#strip out single quotes from the quoted path
no_quotes_path = Image_Path.replace("'", "")
print("The no quotes path is: " + no_quotes_path)
#call mount_ewf function
Image_Path = mount_ewf(no_quotes_path, outfile, mount_point)
#call mmls function
partition_info_dict, temp_time = mmls(outfile, Image_Path)
partition_info_dict_temp = partition_info_dict
#get filesize of mmls_output.txt
file_size = os.path.getsize("/tmp/mmls_output_" + temp_time + ".txt")
print("The filesize is: " + str(file_size))
#if filesize of mmls output is 0 then run parted
if (file_size == 0):
print("mmls output was empty, running parted")
outfile.write("mmls output was empty, running parted")
#call parted function
partition_info_dict, temp_time = parted(outfile, Image_Path)
else:
#read through the mmls output and look for GUID Partition Tables (used on MACS)
mmls_output_file = open("/tmp/mmls_output_" + temp_time + ".txt", 'r')
for line in mmls_output_file:
if re.search("GUID Partition Table", line):
print("We found a GUID partition table, need to use parted")
outfile.write(
"We found a GUID partition table, need to use parted\n")
#call parted function
partition_info_dict, temp_time = parted(outfile, Image_Path)
#loop through the dictionary containing the partition info (filesystem is VALUE, offset is KEY)
#for key,value in partition_info_dict.items():
for key, value in sorted(partition_info_dict.items()):
#disable auto-mount in nautilis - this stops a nautilis window from popping up everytime the mount command is executed
cmd_false = "sudo gsettings set org.gnome.desktop.media-handling automount false && sudo gsettings set org.gnome.desktop.media-handling automount-open false"
try:
subprocess.call([cmd_false], shell=True)
except:
print("Autmount false failed")
#run mount command
success_code, loopback_device_mount = mount(value, key, Image_Path,
outfile, mount_point)
if (success_code):
print("Could not mount partition with filesystem: " + value +
" at offset:" + str(key))
outfile.write("Could not mount partition with filesystem: " +
value + " at offset:" + str(key))
else:
print("We just mounted filesystem: " + value + " at offset:" +
str(key) + ".\n")
outfile.write("We just mounted filesystem: " + value +
" at offset:" + str(key) + "\n")
#run jl.pl against every JumpList file found under mount_point if filesystem is fat32 or ntfs
if (value == "ntfs") or (value == "fat32"):
for root, dirs, files in os.walk(mount_point):
for filenames in files:
#get file extension
fileName, fileExtension = os.path.splitext(filenames)
if (fileExtension.lower() ==
".automaticdestinations-ms"):
full_path = os.path.join(root, filenames)
quoted_full_path = "'" + full_path + "'"
print("Processing Jump List: " + filenames)
outfile.write("Processing Jump List: " +
filenames + "\n")
#get profile name
profile = get_account_profile_names(
full_path, outfile)
print("The profile is: " + profile)
outfile.write("The profile is: " + profile + "\n")
#process Jumplist files with jl.pl
#jl_command = "perl /usr/share/windows-perl/jl.pl -u " + "'" + profile + "'" + " -f " + full_path + " >> " + "'" + folder_path + "/jumplist_metadata.txt" + "'"
jl_command_tln = "perl /usr/share/windows-perl/jl.pl -u " + "'" + profile + "'" + " -t -f " + quoted_full_path + " >> " + "'" + folder_path + "/jumplist_metadata_tln.txt" + "'"
outfile.write("The jl_command_tln is: " +
jl_command_tln + "\n")
subprocess.call([jl_command_tln], shell=True)
else:
print("Scanning file: " + filenames +
". This file is not a jumplist.")
#unmount and remove mount points
if (os.path.exists(mount_point)):
subprocess.call(['sudo umount -f ' + mount_point],
shell=True)
os.rmdir(mount_point)
#unmount loopback device if this image was HFS+ - need to run losetup -d <loop_device> before unmounting
if not (loopback_device_mount == "NONE"):
losetup_d_command = "losetup -d " + loopback_device_mount
subprocess.call([losetup_d_command], shell=True)
else:
print("Filesystem: " + value + " at offset:" + str(key) +
" is not NTFS or FAT32")
outfile.write("Filesystem: " + value + " at offset:" +
str(key) + " is not NTFS or FAT32\n")
if (os.path.exists(mount_point)):
subprocess.call(['sudo umount -f ' + mount_point],
shell=True)
os.rmdir(mount_point)
#unmount loopback device if this image was HFS+ - need to run losetup -d <loop_device> before unmounting
if not (loopback_device_mount == "NONE"):
losetup_d_command = "losetup -d " + loopback_device_mount
subprocess.call([losetup_d_command], shell=True)
#create timeline
parse_command = "perl /usr/share/windows-perl/parse.pl -f " + "'" + folder_path + "/jumplist_metadata_tln.txt" + "'" + "> " + "'" + folder_path + "/jumplist_timeline.txt" + "'"
subprocess.call([parse_command], shell=True)
#unmount and remove mount points
#if(os.path.exists(mount_point)):
# os.rmdir(mount_point)
if (os.path.exists(mount_point + "_ewf")):
print("Unmounting mount point for ewf before exiting\n\n")
subprocess.call(['sudo umount -f ' + mount_point + "_ewf"], shell=True)
os.rmdir(mount_point + "_ewf")
#program cleanup
outfile.close()
#convert outfile using unix2dos
#chdir to output foler
os.chdir(folder_path)
#run text files through unix2dos
for root, dirs, files in os.walk(folder_path):
for filenames in files:
#get file extension
fileName, fileExtension = os.path.splitext(filenames)
if (fileExtension.lower() == ".txt"):
full_path = os.path.join(root, filenames)
quoted_full_path = "'" + full_path + "'"
print("Running Unix2dos against file: " + quoted_full_path)
#unix2dos_command = "sudo unix2dos " + "'"+filenames+"'"
unix2dos_command = "sudo unix2dos " + quoted_full_path
subprocess.call([unix2dos_command], shell=True)
