def testMutatedData(self, mutation, seed_files):
mutator = self.op_dict[mutation].mOP()
seed_dep = mutator.__seed_dependency__[0]
resource_file = None
for i in seed_files:
if "." + seed_dep in i:
seed_file = i
break
output = {
'filename': utils.extract_filename(seed_file),
'fileext': utils.extract_fileext(seed_file),
'filetype': utils.extract_filetype(seed_file),
'content': utils.extract_content(seed_file)
}
origin = {
'filename': utils.extract_filename(seed_file),
'fileext': utils.extract_fileext(seed_file),
'filetype': utils.extract_filetype(seed_file),
'content': utils.extract_content(seed_file)
}
mutator.operation(output, seed_file, resource_file)
seed_type = seed_file.split(".")[-1]
write_content(seed_type, output)
"""
if output['filename'] != origin['filename']:
print "[+] Mutation succeed ( {} ) - filename".format(mutation)
return True
el
"""
if output['fileext'] != origin['fileext']:
print "[+] Mutation succeed ( {} ) - fileext( {} -> {} )".format(
mutation, origin["fileext"], output["fileext"])
return True
elif output['filetype'] != origin['filetype']:
print "[+] Mutation succeed ( {} ) - filetype( {} -> {} )".format(
mutation, origin["filetype"], output["filetype"])
return True
elif output['content'] != origin['content']:
print "[+] Mutation succeed ( {} ) - content( {} b -> {} b )".format(
mutation, len(origin["content"]), len(output["content"]))
elif output['filename'][0] == '.':
print "[+] Mutation succeed ( {} ) - filename( {} -> {} )".format(
mutation, origin["filename"], output["filename"])
return True
return False
def operation(self, output, seed_file, resource_file=None):
if resource_file == None:
resource_file = self.__resource__["gif"]
if output['filename'] != None and len(output['filename']) > 0:
filename = output['filename']
else:
filename = utils.extract_filename(seed_file)
output['filename'] = filename + '_M1GIF'
output['content'] = utils.extract_content(resource_file)[:1024] + \
output['content']
def makeMutatedData(self, mutate_list, seed_file, resource_file):
output = {
'filename': utils.extract_filename(seed_file),
'fileext': utils.extract_fileext(seed_file),
'filetype': utils.extract_filetype(seed_file),
'content': utils.extract_content(seed_file)
}
# insert specific data for hash
output['content'] = output['content'].replace(
"%unique#",
os.urandom(8).encode('hex'))
for mutation in mutate_list:
mutator = self.op_dict[mutation].mOP()
mutator.operation(output, seed_file, resource_file)
# XXX: Finally, use output variable to make request
return output
print (logtag + "%d rows returned from database" % (cursor.rowcount))
#==============================================================================
# parse message time and content
# store into data structure pandas.dataframe
#==============================================================================
parsing_start = time.clock()
date_position_end = 10
time_position_end = 23
column_name = ['data-time', 'date', 'time', 'category', 'message']
msgls = [] # [[datatime, date, time, category, msg], ...]
for line in query_ret:
msg_date_time = line[2]
msgdate = msg_date_time.date()
msgtime = msg_date_time.time()
msg = utils.extract_content(line[0][time_position_end+1:])
msgls.append([msg_date_time, msgdate, msgtime, line[1], msg])
msg_stat = utils.MsgStats(msgls)
msg_stat.plot_disconnection_plotly()
#msg_stat.print_msg()
parsing_end = time.clock()
print ("time elapsed for parsing " + str(parsing_end - parsing_start))