def ffuf_func(url):
url = url if not url.endswith('/') else url[:-1]
_return = []
ffuf_run = subprocess.Popen(
f'$(pwd)/ffuf -w dicc.txt -H "User-Agent: Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/87.0.4280.88 Safari/537.36" -u {url}/FUZZ',
shell=True,
stdout=subprocess.PIPE,
stderr=subprocess.PIPE,
encoding="utf-8")
ffuf_run.wait(timeout=40)
try:
outs, err = ffuf_run.communicate()
_ = outs.split('\n')
for i in _:
if i:
_return.append(
("{}{}".format(url,
i.split(' ')[0].replace("\x1b[2K", "")),
_split("[|:|,|]", i)[1], _split("[|:|,|]", i)[3]))
except Exception as e:
outs, errs = ffuf_run.communicate()
_ = outs.split('\n')
for i in _:
if i:
_tmp_data = _split("[|:|,|]", i)
if len(_tmp_data) < 3:
continue
_return.append(
("{}{}".format(url,
i.split(' ')[0].replace("\x1b[2K", "")),
_tmp_data[1], _tmp_data[3]))
finally:
ffuf_run.kill()
return _return
def getParticular(particular):
''' Returns customer address by splitting to set in table
'''
particularItem = _split('[^a-zA-Z0-9\.\,]', particular)
formattedParticular = []
splitted_customer = []
for word in particularItem:
if len(word) > 42:
for i in range(0, len(word), 42):
splitted_customer.append(word[i:i + 42])
else:
splitted_customer.append(word)
particularItem = splitted_customer
tempStr = ''
count = 0
for cust in particularItem:
if isinstance(cust, str) and count + len(cust) < 42:
tempStr += '{} '.format(cust)
count += len(cust) + 1
else:
formattedParticular.append(tempStr)
tempStr = '{} '.format(cust)
count = len(tempStr) + 1
if len(formattedParticular) > 1 and count + len(''._join(
formattedParticular[-1])) < 42:
formattedParticular[-1] += tempStr
else:
formattedParticular.append(tempStr)
return formattedParticular
def _str_clean( *strings ):
fin = []
for s in strings:
tmpS = ''
for sub in _split( _REGEX_NON_ALNUM, s):
tmpS = tmpS + sub
fin.append(tmpS)
return fin
def _str_clean(*strings):
fin = []
for s in strings:
tmpS = ''
for sub in _split(_REGEX_NON_ALNUM, s):
tmpS = tmpS + sub
fin.append(tmpS)
return fin
def _str_clean(*strings):
fin = []
for s in strings:
tmp = ''
if not _match(_REGEX_LETTER, s):
s = 'X_' + s
for sub in _split(_REGEX_NON_ALNUM, s):
tmp += sub
fin.append(tmp)
return fin
def _str_clean(*strings):
fin = []
for s in strings:
tmp = ''
if not _match(_REGEX_LETTER, s):
s = 'X_' + s
for sub in _split(_REGEX_NON_ALNUM, s):
tmp += sub
fin.append(tmp)
return fin
def parse_nmap_og(file):
_return = {}
for i in file:
try:
ip = i.split(':')[1].split('(')[0].strip()
_list = [(o.lstrip(', ').split('/')[0], o.split('/')[4])
for o in _split('///',
i.split(':')[2])[:-1] if 'close' not in o]
_return.update({ip: _list})
except Exception as e:
pass
return _return
def getCustomerAddress(customerAddress):
''' Returns customer address by splitting to set in table
'''
count = 0
formattedAddress = []
sample_str = ''
for cust in _split('[^a-zA-Z0-9\.\,]', customerAddress):
if isinstance(cust, (str, unicode)) and count + len(cust) < 43:
sample_str += '{} '.format(cust)
count += len(cust)
else:
formattedAddress.append(sample_str)
sample_str = '{} '.format(cust)
count = len(sample_str)
if len(formattedAddress) > 1 and count + len(formattedAddress[-1]) < 43:
formattedAddress[-1] += sample_str
else:
formattedAddress.append(sample_str)
return formattedAddress
_cfg = _CFG()
# AlterImages
_sct = 'AlterImages'
ALTER_FTYPES = _cfg.getlines(_sct, 'file_types')
# ConvertVideo
_sct = 'ConvertVideo'
CON_WD = max(40, _cfg.getint(_sct, 'console_wd')) - 1
CON_HT = _cfg.getint(_sct, 'console_ht')
CON_SZ_CMD = ('$ps = (Get-Host).ui.rawui; '
'$sz = $ps.windowsize; '
f'$sz.width = {CON_WD}; '
f'$sz.height = {CON_HT}; '
'$ps.windowsize = $sz; '
'$bf = $ps.buffersize; '
f'$bf.width = {CON_WD}; '
'$ps.buffersize = $bf')
CON_CLOSE_AFTER = _cfg.getint(_sct, 'console_close_after')
CRF_VALS = tuple((int(ht), int(crf)) for ht, crf in [
_split(r'\s*:\s*', val) for val in _cfg.getlines(_sct, 'ffmpeg_crf_values')
])
CONV_FTYPES = _cfg.getlines(_sct, 'file_types')
CONV_NVENC = _cfg.getboolean(_sct, 'use_hevc_nvenc')
CONV_THREADS = max(1, _cfg.getint(_sct, 'thread_count'))
if CONV_NVENC:
CONV_THREADS = min(3, CONV_THREADS)
CONV_STREAMS = max(1, _cfg.getint(_sct, 'stream_count'))
CONV_CUTOFF = _cfg.getint(_sct, 'playtime_cutoff')
