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SEDB.py
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#!/usr/bin/env python
# coding:utf-8
#
"""
Copyright (c) 2016-2017 LandGrey (https://github.com/LandGrey/pydictor)
License: GNU GENERAL PUBLIC LICENSE Version 3
"""
from __future__ import unicode_literals
import os
import cmd
import time
from core.EXTEND import extend_enter
from lib.fun.decorator import magic
from lib.fun.filter import filterforfun
from lib.data.data import paths, pystrs, pyoptions
from lib.fun.osjudger import is_Windows, is_Linux, is_Mac
from lib.data.text import help_dict, helpmsg, pydictor_art_text
from lib.fun.fun import cool, unique, finishprinter, walks_all_files, mybuildtime, finalsavepath, fun_name
from rules.EB import EB
from rules.NB import NB
from rules.SB import SB
from rules.SDrule import SDrule
from rules.SNrule import SNrule
from rules.SSrule import SSrule
from rules.NNrule import NNrule
from rules.Mailrule import Mailrule
from rules.SingleRule import SingleRule
class SEDB(cmd.Cmd):
def __init__(self):
cmd.Cmd.__init__(self)
self.do_cls('')
self.prompt = cool.green("pydictor SEDB>>")
self.do_help('')
def do_EOF(self):
return True
def do_help(self, key):
if key in help_dict:
print(cool.yellow(help_dict[key]))
elif key == 'desc':
for k in help_dict.keys():
print(cool.yellow(help_dict[k]))
else:
self.do_cls('')
print(cool.green(pydictor_art_text))
print(helpmsg)
def do_exit(self, args):
return True
def do_quit(self, args):
return True
def do_cls(self, line):
if is_Windows():
os.system("cls")
elif is_Linux():
os.system("clear")
elif is_Mac():
os.system("clear")
def do_clear(self, line):
self.do_cls(self)
def do_set(self, args):
arguments = []
for item in str(args).split(' '):
arguments.append(item)
option = arguments[0]
if option in pystrs.sedb_dict.keys():
arguments.remove(option)
sucessflag = True
if option == pystrs.sedb_range[3] or option == pystrs.sedb_range[13]:
for x in arguments:
if len(x) != 8 or not x.isdigit():
sucessflag = False
print(cool.fuchsia("[!] Input format:[YYYYMMDD] exp:19900512" + pyoptions.CRLF))
elif int(x[4:6]) > 12 or int(x[4:6]) < 1 or int(x[6:8]) > 31 or int(x[6:8]) < 1:
sucessflag = False
print(cool.fuchsia("[!] Date format {1 <= month <= 12} and {1 <= day <=31}" + pyoptions.CRLF))
else:
pystrs.sedb_dict[option].append(x)
elif option == pystrs.sedb_range[11]:
for x in arguments:
if len(x) < 15:
sucessflag = False
print(cool.fuchsia("[!] Identity card number length too short (should >=15)" + pyoptions.CRLF))
else:
pystrs.sedb_dict[pystrs.sedb_range[11]].append(x)
else:
for s in arguments:
pystrs.sedb_dict[option].append(s)
if sucessflag:
self.do_show(option, setflag=True)
elif option != '':
print(cool.fuchsia("[!] no option named %s %s" % (option, pyoptions.CRLF)))
else:
print(cool.fuchsia("[!] please set option and arguments" + pyoptions.CRLF))
def do_show(self, key, setflag=False):
if not setflag:
if pyoptions.args_pick:
print(cool.orange("{description:11}: minlen: [{0}] maxlen: [{1}]".
format(pyoptions.minlen, pyoptions.maxlen, description="lenght")))
else:
print(cool.orange("{description:11}: minlen: [{0}] maxlen: [{0}]".format("no-limited",
description="len")))
if pyoptions.head:
print(cool.orange("{description:11}: [{0}]".format(pyoptions.head, description="head")))
else:
print(cool.orange("{description:11}: [{0}]".format("none", description="head")))
if pyoptions.tail:
print(cool.orange("{description:11}: [{0}]".format(pyoptions.tail, description="tail")))
else:
print(cool.orange("{description:11}: [{0}]".format("none", description="tail")))
print(cool.orange("{description:11}: [{0}]".format(pyoptions.encode, description="encode")))
print(cool.orange("{description:11}: letter: [ {0:5}] digital: [ {1:5}] special: [ {2:5} ]".format
(pyoptions.letter_occur, pyoptions.digital_occur, pyoptions.special_occur,
description="occur")))
print(cool.orange("{description:11}: letter: [ {0:5}] digital: [ {1:5}] special: [ {2:5} ]".format
(pyoptions.letter_types, pyoptions.digital_types, pyoptions.special_types,
description="types")))
print(cool.orange("{description:11}: [{0}]".format(pyoptions.level, description="level")))
if pyoptions.sedb_leet:
print(cool.orange("{description:11}: [{0}]".format(" ".join(map(str, pyoptions.leetmode_code)),
description="leet")))
else:
print(cool.orange("{description:11}: [{0}]".format("none", description="leet")))
print(cool.orange("{description:11}: [{0}]".format(pyoptions.filter_regex, description="regex")))
if key in pystrs.sedb_dict.keys():
print(cool.blue("%-10s :%s" % (key, ' '.join([x for x in pystrs.sedb_dict[key]]))))
else:
for key in pystrs.sedb_dict.keys():
print(cool.blue("%-10s :%s" % (key, ' '.join([x for x in pystrs.sedb_dict[key]]))))
def do_rm(self, key):
if key in pystrs.sedb_dict.keys():
pystrs.sedb_dict[key] = []
print(cool.white("[+] %s option was removed %s" % (key, pyoptions.CRLF)))
elif key == '':
for key in pystrs.sedb_dict.keys():
pystrs.sedb_dict[key] = []
print(cool.white("[+] all option was removed" + pyoptions.CRLF))
else:
print(cool.fuchsia("[!] no option named %s %s" % (key, pyoptions.CRLF)))
def do_head(self, key):
chunk = key.split(' ')
if len(chunk) != 1:
print(cool.fuchsia("[!] usage: head prefix" + pyoptions.CRLF))
else:
pyoptions.head = chunk[0]
print("[+] head: {0}".format(cool.green(pyoptions.head)) + pyoptions.CRLF)
def do_tail(self, key):
chunk = key.split(' ')
if len(chunk) != 1:
print(cool.fuchsia("[!] usage: tail suffix" + pyoptions.CRLF))
else:
pyoptions.tail = chunk[0]
print("[+] tail: {0}".format(cool.green(pyoptions.tail)) + pyoptions.CRLF)
def do_len(self, key):
chunk = key.split(' ')
if len(chunk) != 2:
print(cool.fuchsia("[!] usage: len minlen maxlen" + pyoptions.CRLF))
else:
minlen = chunk[0]
maxlen = chunk[1]
try:
pyoptions.args_pick = True
pyoptions.minlen = int(minlen)
pyoptions.maxlen = int(maxlen)
print("[+] minlen: {0} maxlen: {1}".format(cool.green(pyoptions.minlen), cool.green(pyoptions.maxlen)) +
pyoptions.CRLF)
except:
print(cool.fuchsia("[!] ensure length is digital" + pyoptions.CRLF))
def do_encode(self, key):
chunk = key.split(' ')
if len(chunk) != 1:
print(cool.fuchsia("[!] usage: encode type" + pyoptions.CRLF))
else:
if chunk[0] in pystrs.encode_range:
pyoptions.encode = chunk[0]
print("[+] encode: {0}".format(cool.green(pyoptions.encode)) + pyoptions.CRLF)
else:
print(cool.fuchsia("[!] no encode type: %s" % chunk[0] + pyoptions.CRLF))
def do_occur(self, key):
chunk = key.split(' ')
if len(chunk) != 3:
print(cool.fuchsia("[!] usage: occur letter digital special" + pyoptions.CRLF) +
cool.blue("[?] exp: occur <=6 >4 >=0") + pyoptions.CRLF)
else:
letter = chunk[0].strip('"').strip("'")
digital = chunk[1].strip('"').strip("'")
special = chunk[2].strip('"').strip("'")
pyoptions.letter_occur = letter if letter != "" else pyoptions.letter_occur
pyoptions.digital_occur = digital if digital != "" else pyoptions.digital_occur
pyoptions.special_occur = special if special != "" else pyoptions.special_occur
print("[+] letter occur: {0} digital occur: {1} special occur: {2}".
format(cool.green(pyoptions.letter_occur), cool.green(pyoptions.digital_occur),
cool.green(pyoptions.special_occur)) + pyoptions.CRLF)
def do_types(self, key):
chunk = key.split(' ')
if len(chunk) != 3:
print(cool.fuchsia("[!] usage: types letter digital special" + pyoptions.CRLF) +
cool.blue("[?] exp: types <=6 >4 >=0") + pyoptions.CRLF)
else:
letter = chunk[0].strip('"').strip("'")
digital = chunk[1].strip('"').strip("'")
special = chunk[2].strip('"').strip("'")
pyoptions.letter_types = letter if letter != "" else pyoptions.letter_types
pyoptions.digital_types = digital if digital != "" else pyoptions.digital_types
pyoptions.special_types = special if special != "" else pyoptions.special_types
print("[+] letter types: {0} digital types: {1} special types: {2}".format
(cool.green(pyoptions.letter_types), cool.green(pyoptions.digital_types),
cool.green(pyoptions.special_types)) + pyoptions.CRLF)
def do_regex(self, key):
chunk = key.split(' ')
if len(chunk) != 1:
print(cool.fuchsia("[!] usage: regex filter-string" + pyoptions.CRLF))
else:
pyoptions.filter_regex = chunk[0]
print("[+] regex: {0}".format(cool.green(pyoptions.filter_regex)) + pyoptions.CRLF)
def do_level(self, key):
chunk = key.split(' ')
if len(chunk) != 1:
print(cool.fuchsia("[!] usage: level code" + pyoptions.CRLF))
else:
try:
if not 1 <= int(chunk[0]) <= 5:
print(cool.fuchsia("[!] code range: 1-5" + pyoptions.CRLF))
else:
pyoptions.level = int(chunk[0])
print("[+] level code: {}".format(cool.green(pyoptions.level)) + pyoptions.CRLF)
except:
print(cool.fuchsia("[!] code must be a digital" + pyoptions.CRLF))
def do_leet(self, key):
chunk = key.split(' ')
if not chunk:
print(cool.fuchsia("[!] usage: leet code code2 code3 ...") + pyoptions.CRLF)
else:
pyoptions.leetmode_code = []
for c in chunk:
if str(c).isdigit() and (0 <= int(c) <= 2 or 11 <= int(c) <= 19 or 21 <= int(c) <= 29):
pyoptions.sedb_leet = True
pyoptions.leetmode_code.append(int(c))
else:
print(cool.fuchsia("[!] code vaule:[0, 1, 2, 11-19, 21-29]") + pyoptions.CRLF)
print("[+] leet code: {0}".format(cool.green(" ".join(map(str, pyoptions.leetmode_code)))) + pyoptions.CRLF)
def do_output(self, key):
chunk = key.split(' ')
if len(chunk) != 1:
print(cool.fuchsia("[!] usage: output store_path" + pyoptions.CRLF))
elif not chunk[0]:
print(cool.fuchsia("[!] usage: output store_path" + pyoptions.CRLF))
else:
try:
if not os.path.isdir(chunk[0]):
tmp_dirpath, tmp_filename = os.path.split(chunk[0])
if '.' in tmp_filename:
if not os.path.isdir(tmp_dirpath):
os.makedirs(tmp_dirpath)
paths.results_path = tmp_dirpath
paths.results_file_name = tmp_filename
else:
if not os.path.isdir(chunk[0]):
os.makedirs(chunk[0])
paths.results_path = chunk[0]
else:
paths.results_path = chunk[0]
except WindowsError:
print(pyoptions.CRLF + cool.red("[-] Cannot create result file: %s " % paths.results_path))
finally:
this_name = '%s_%s%s' % (pystrs.SEDB_prefix, mybuildtime(), pyoptions.filextension) \
if paths.results_file_name == None else paths.results_file_name
print("[+] store path: {0}".format(cool.green(os.path.join(paths.results_path, this_name
if paths.results_file_name != None else ''))) + pyoptions.CRLF)
def do_run(self, args):
storepath = finalsavepath(fun_name())
pystrs.startime = time.time()
results = []
paths.results_file_name = None
# SingleRule
for single in SingleRule(pystrs.sedb_dict[pystrs.sedb_range[0]], pystrs.sedb_dict[pystrs.sedb_range[1]],
pystrs.sedb_dict[pystrs.sedb_range[2]], pystrs.sedb_dict[pystrs.sedb_range[3]],
pystrs.sedb_dict[pystrs.sedb_range[4]], pystrs.sedb_dict[pystrs.sedb_range[5]],
pystrs.sedb_dict[pystrs.sedb_range[6]], pystrs.sedb_dict[pystrs.sedb_range[7]],
pystrs.sedb_dict[pystrs.sedb_range[8]], pystrs.sedb_dict[pystrs.sedb_range[9]],
pystrs.sedb_dict[pystrs.sedb_range[10]], pystrs.sedb_dict[pystrs.sedb_range[11]],
pystrs.sedb_dict[pystrs.sedb_range[12]], pystrs.sedb_dict[pystrs.sedb_range[13]],
pystrs.sedb_dict[pystrs.sedb_range[14]]):
results.append(single)
# SDrule
for sd in SDrule(pystrs.sedb_dict[pystrs.sedb_range[0]], pystrs.sedb_dict[pystrs.sedb_range[3]]):
results.append(sd)
for sd in SDrule(pystrs.sedb_dict[pystrs.sedb_range[0]], pystrs.sedb_dict[pystrs.sedb_range[13]]):
results.append(sd)
# EB
for eb in EB(pystrs.sedb_dict[pystrs.sedb_range[1]], pystrs.sedb_dict[pystrs.sedb_range[3]]):
results.append(eb)
for eb in EB(pystrs.sedb_dict[pystrs.sedb_range[1]], pystrs.sedb_dict[pystrs.sedb_range[13]]):
results.append(eb)
# Mailrule
for mr in Mailrule(pystrs.sedb_dict[pystrs.sedb_range[8]], pystrs.sedb_dict[pystrs.sedb_range[0]]):
results.append(mr)
for mr in Mailrule(pystrs.sedb_dict[pystrs.sedb_range[8]], pystrs.sedb_dict[pystrs.sedb_range[1]]):
results.append(mr)
for mr in Mailrule(pystrs.sedb_dict[pystrs.sedb_range[8]], pystrs.sedb_dict[pystrs.sedb_range[2]]):
results.append(mr)
for mr in Mailrule(pystrs.sedb_dict[pystrs.sedb_range[8]], pystrs.sedb_dict[pystrs.sedb_range[4]]):
results.append(mr)
for mr in Mailrule(pystrs.sedb_dict[pystrs.sedb_range[8]], pystrs.sedb_dict[pystrs.sedb_range[10]]):
results.append(mr)
for mr in Mailrule(pystrs.sedb_dict[pystrs.sedb_range[8]], pystrs.sedb_dict[pystrs.sedb_range[14]]):
results.append(mr)
for mr in Mailrule(pystrs.sedb_dict[pystrs.sedb_range[8]], pystrs.sedb_dict[pystrs.sedb_range[3]], isstrs=False):
results.append(mr)
for mr in Mailrule(pystrs.sedb_dict[pystrs.sedb_range[8]], pystrs.sedb_dict[pystrs.sedb_range[13]], isstrs=False):
results.append(mr)
# NB
for nn in NB(pystrs.sedb_dict[pystrs.sedb_range[10]], pystrs.sedb_dict[pystrs.sedb_range[3]]):
results.append(nn)
for nn in NB(pystrs.sedb_dict[pystrs.sedb_range[10]], pystrs.sedb_dict[pystrs.sedb_range[13]]):
results.append(nn)
# SB
for sb in SB(pystrs.sedb_dict[pystrs.sedb_range[2]], pystrs.sedb_dict[pystrs.sedb_range[3]]):
results.append(sb)
for sb in SB(pystrs.sedb_dict[pystrs.sedb_range[2]], pystrs.sedb_dict[pystrs.sedb_range[13]]):
results.append(sb)
# NNrule
for nn in NNrule(pystrs.sedb_dict[pystrs.sedb_range[3]], pystrs.sedb_dict[pystrs.sedb_range[5]]):
results.append(nn)
for nn in NNrule(pystrs.sedb_dict[pystrs.sedb_range[3]], pystrs.sedb_dict[pystrs.sedb_range[6]]):
results.append(nn)
for nn in NNrule(pystrs.sedb_dict[pystrs.sedb_range[5]], pystrs.sedb_dict[pystrs.sedb_range[13]]):
results.append(nn)
for nn in NNrule(pystrs.sedb_dict[pystrs.sedb_range[6]], pystrs.sedb_dict[pystrs.sedb_range[13]]):
results.append(nn)
for nn in NNrule(pystrs.sedb_dict[pystrs.sedb_range[7]], pystrs.sedb_dict[pystrs.sedb_range[13]]):
results.append(nn)
for nn in NNrule(pystrs.sedb_dict[pystrs.sedb_range[9]], pystrs.sedb_dict[pystrs.sedb_range[13]]):
results.append(nn)
for nn in NNrule(pystrs.sedb_dict[pystrs.sedb_range[12]], pystrs.sedb_dict[pystrs.sedb_range[13]]):
results.append(nn)
for nn in NNrule(pystrs.sedb_dict[pystrs.sedb_range[3]], pystrs.sedb_dict[pystrs.sedb_range[7]]):
results.append(nn)
for nn in NNrule(pystrs.sedb_dict[pystrs.sedb_range[3]], pystrs.sedb_dict[pystrs.sedb_range[9]]):
results.append(nn)
for nn in NNrule(pystrs.sedb_dict[pystrs.sedb_range[3]], pystrs.sedb_dict[pystrs.sedb_range[11]]):
results.append(nn)
for nn in NNrule(pystrs.sedb_dict[pystrs.sedb_range[3]], pystrs.sedb_dict[pystrs.sedb_range[12]]):
results.append(nn)
for nn in NNrule(pystrs.sedb_dict[pystrs.sedb_range[3]], pystrs.sedb_dict[pystrs.sedb_range[13]]):
results.append(nn)
# SNrule
for sn in SNrule(pystrs.sedb_dict[pystrs.sedb_range[4]], pystrs.sedb_dict[pystrs.sedb_range[3]]):
results.append(sn)
for sn in SNrule(pystrs.sedb_dict[pystrs.sedb_range[4]], pystrs.sedb_dict[pystrs.sedb_range[5]]):
results.append(sn)
for sn in SNrule(pystrs.sedb_dict[pystrs.sedb_range[4]], pystrs.sedb_dict[pystrs.sedb_range[6]]):
results.append(sn)
for sn in SNrule(pystrs.sedb_dict[pystrs.sedb_range[4]], pystrs.sedb_dict[pystrs.sedb_range[7]]):
results.append(sn)
for sn in SNrule(pystrs.sedb_dict[pystrs.sedb_range[4]], pystrs.sedb_dict[pystrs.sedb_range[9]]):
results.append(sn)
for sn in SNrule(pystrs.sedb_dict[pystrs.sedb_range[4]], pystrs.sedb_dict[pystrs.sedb_range[11]]):
results.append(sn)
for sn in SNrule(pystrs.sedb_dict[pystrs.sedb_range[4]], pystrs.sedb_dict[pystrs.sedb_range[13]]):
results.append(sn)
for sn in SNrule(pystrs.sedb_dict[pystrs.sedb_range[10]], pystrs.sedb_dict[pystrs.sedb_range[3]]):
results.append(sn)
for sn in SNrule(pystrs.sedb_dict[pystrs.sedb_range[10]], pystrs.sedb_dict[pystrs.sedb_range[5]]):
results.append(sn)
for sn in SNrule(pystrs.sedb_dict[pystrs.sedb_range[10]], pystrs.sedb_dict[pystrs.sedb_range[6]]):
results.append(sn)
for sn in SNrule(pystrs.sedb_dict[pystrs.sedb_range[10]], pystrs.sedb_dict[pystrs.sedb_range[7]]):
results.append(sn)
for sn in SNrule(pystrs.sedb_dict[pystrs.sedb_range[10]], pystrs.sedb_dict[pystrs.sedb_range[9]]):
results.append(sn)
for sn in SNrule(pystrs.sedb_dict[pystrs.sedb_range[10]], pystrs.sedb_dict[pystrs.sedb_range[11]]):
results.append(sn)
for sn in SNrule(pystrs.sedb_dict[pystrs.sedb_range[10]], pystrs.sedb_dict[pystrs.sedb_range[13]]):
results.append(sn)
for sn in SNrule(pystrs.sedb_dict[pystrs.sedb_range[14]], pystrs.sedb_dict[pystrs.sedb_range[3]]):
results.append(sn)
for sn in SNrule(pystrs.sedb_dict[pystrs.sedb_range[14]], pystrs.sedb_dict[pystrs.sedb_range[5]]):
results.append(sn)
for sn in SNrule(pystrs.sedb_dict[pystrs.sedb_range[14]], pystrs.sedb_dict[pystrs.sedb_range[6]]):
results.append(sn)
for sn in SNrule(pystrs.sedb_dict[pystrs.sedb_range[14]], pystrs.sedb_dict[pystrs.sedb_range[7]]):
results.append(sn)
for sn in SNrule(pystrs.sedb_dict[pystrs.sedb_range[14]], pystrs.sedb_dict[pystrs.sedb_range[9]]):
results.append(sn)
for sn in SNrule(pystrs.sedb_dict[pystrs.sedb_range[14]], pystrs.sedb_dict[pystrs.sedb_range[11]]):
results.append(sn)
for sn in SNrule(pystrs.sedb_dict[pystrs.sedb_range[14]], pystrs.sedb_dict[pystrs.sedb_range[13]]):
results.append(sn)
# SSrule
for ss in SSrule(pystrs.sedb_dict[pystrs.sedb_range[0]], pystrs.sedb_dict[pystrs.sedb_range[1]]):
results.append(ss)
for ss in SSrule(pystrs.sedb_dict[pystrs.sedb_range[0]], pystrs.sedb_dict[pystrs.sedb_range[4]]):
results.append(ss)
for ss in SSrule(pystrs.sedb_dict[pystrs.sedb_range[0]], pystrs.sedb_dict[pystrs.sedb_range[8]]):
results.append(ss)
for ss in SSrule(pystrs.sedb_dict[pystrs.sedb_range[0]], pystrs.sedb_dict[pystrs.sedb_range[10]]):
results.append(ss)
for ss in SSrule(pystrs.sedb_dict[pystrs.sedb_range[0]], pystrs.sedb_dict[pystrs.sedb_range[14]]):
results.append(ss)
for ss in SSrule(pystrs.sedb_dict[pystrs.sedb_range[1]], pystrs.sedb_dict[pystrs.sedb_range[4]]):
results.append(ss)
for ss in SSrule(pystrs.sedb_dict[pystrs.sedb_range[1]], pystrs.sedb_dict[pystrs.sedb_range[8]]):
results.append(ss)
for ss in SSrule(pystrs.sedb_dict[pystrs.sedb_range[1]], pystrs.sedb_dict[pystrs.sedb_range[10]]):
results.append(ss)
for ss in SSrule(pystrs.sedb_dict[pystrs.sedb_range[1]], pystrs.sedb_dict[pystrs.sedb_range[14]]):
results.append(ss)
for ss in SSrule(pystrs.sedb_dict[pystrs.sedb_range[8]], pystrs.sedb_dict[pystrs.sedb_range[10]]):
results.append(ss)
for ss in SSrule(pystrs.sedb_dict[pystrs.sedb_range[8]], pystrs.sedb_dict[pystrs.sedb_range[14]]):
results.append(ss)
for ss in SSrule(pystrs.sedb_dict[pystrs.sedb_range[10]], pystrs.sedb_dict[pystrs.sedb_range[14]]):
results.append(ss)
# WeakPass
for weakpwd in walks_all_files(paths.sedblist_path):
results.append(weakpwd)
readylist = []
readylist.extend(pystrs.sedb_dict[pystrs.sedb_range[0]])
readylist.extend(pystrs.sedb_dict[pystrs.sedb_range[1]])
readylist.extend(pystrs.sedb_dict[pystrs.sedb_range[2]])
readylist.extend(pystrs.sedb_dict[pystrs.sedb_range[4]])
readylist.extend(pystrs.sedb_dict[pystrs.sedb_range[10]])
readylist.extend(pystrs.sedb_dict[pystrs.sedb_range[14]])
# Using extend_enter plug
for extendstr in extend_enter(readylist, leet=pyoptions.sedb_leet):
results.append(extendstr)
@magic
def sedb():
for ur in results:
yield "".join(ur)