def _send2slave(self,content):
for index in range(0,len(self._swarm_list)):
LOG.info('starting thread %d to deal socket'%(index))
t=threading.Thread(target=self._send2one,
args=(content,self._swarm_list[index],self._swarm_port_list[index]))
t.start()
t.join()
def _send2slave(self, content):
for index in range(0, len(self._swarm_list)):
LOG.info('starting thread %d to deal socket' % (index))
t = threading.Thread(target=self._send2one,
args=(content, self._swarm_list[index],
self._swarm_port_list[index]))
t.start()
t.join()
def _send2swarm_r(self,content):
ret=[]
for index in range(0,len(self._swarm_list)):
LOG.info('starting thread %d to deal socket'%(index))
t=threading.Thread(target=self._send2one_r,
args=(content,self._swarm_list[index],self._args.s_port,ret))
t.start()
t.join()
return ret
def _send2swarm_r(self,content):
LOG.info('connect to swarm...')
ret=[]
for index in range(0,len(self._swarm_list)):
t=threading.Thread(target=self._send2one_r,
args=(content,self._swarm_list[index],self._args.s_port,ret))
t.start()
t.join()
LOG.info('get %d response from swarm'%len(ret))
return ret
def _send2swarm_r(self, content):
ret = []
for index in range(0, len(self._swarm_list)):
LOG.info('starting thread %d to deal socket' % (index))
t = threading.Thread(target=self._send2one_r,
args=(content, self._swarm_list[index],
self._args.s_port, ret))
t.start()
t.join()
return ret
def _send2one(self,content,ip,port):
try:
s=socket.socket(socket.AF_INET,socket.SOCK_STREAM)
s.settimeout(self._args.timeout)
LOG.info('connecting to %s:%d...'%(ip,port))
s.connect((ip,port))
s.send(content)
s.close()
LOG.info('connection to %s:%d close'%(ip,port))
except socket.timeout,e:
LOG.warning('%s:%d lost response'%(ip,port))
def _send2swarm_r(self, content):
LOG.info('connect to swarm...')
ret = []
for index in range(0, len(self._swarm_list)):
t = threading.Thread(target=self._send2one_r,
args=(content, self._swarm_list[index],
self._args.s_port, ret))
t.start()
t.join()
LOG.info('get %d response from swarm' % len(ret))
return ret
def _send2one(self, content, ip, port):
try:
s = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
s.settimeout(self._args.timeout)
LOG.info('connecting to %s:%d...' % (ip, port))
s.connect((ip, port))
s.send(content)
s.close()
LOG.info('connection to %s:%d close' % (ip, port))
except socket.timeout, e:
LOG.warning('%s:%d lost response' % (ip, port))
def parse_distribute_task(self):
self._manager = SwarmManager(address=('', self._args.m_port),
authkey=self._args.authkey)
self._manager.start()
self._task_queue = self._manager.get_task_queue()
self._result_queue = self._manager.get_result_queue()
LOG.info('begin to parse task...')
if self._args.enable_domain_scan == True:
self.scan_domain()
self._shutdown()
def waken_swarm(self):
"""
Waken all slave hosts to run swarm-s and send args to them.
Synchronize data if need.
"""
if self._args.waken_cmd!='':
LOG.info('send waken command "%s"to swarm'%(self._args.waken_cmd.replace('ARGS',
'-p %d'%self._args.s_port)))
self._send2slave(self._args.waken_cmd.replace('ARGS','-p %d'%self._args.s_port))
LOG.log(REPORT,'sending waken command completed')
LOG.info('try to detect swarm status')
# time for slave host to create listen on target port
time.sleep(2)
s_args=self._parse_args_for_swarm()
if self._args.sync_data==True:
s_args+='__SYNC__'
else:
s_args+='__CEND__'
r=self._send2swarm_r(s_args)
self._swarm_num=len(r)
LOG.log(REPORT,'waken %d slaves in swarm'%self._swarm_num)
if self._swarm_num==0:
raise SwarmNetException('no salve can work now. mission terminates')
# do data sync here
if self._args.sync_data==True:
LOG.info('begin to synchronize data...')
self._sync_data()
LOG.info('data synchronize completed')
def waken_swarm(self):
"""
Waken all slave hosts to run swarm-s.py and send args to them.
Synchronize data if need.
"""
if self._args.waken_cmd != '':
LOG.info('sending waken command "%s"to swarm...' %
(self._args.waken_cmd.replace(
'ARGS', '-p %d' % self._args.s_port)))
self._send2slave(
self._args.waken_cmd.replace('ARGS',
'-p %d' % self._args.s_port))
# time for slave host to create listen on target port
time.sleep(1)
s_args = self._parse_args_for_swarm()
if self._args.sync_data == True:
s_args += '__SYNC__'
else:
s_args += '__CEND__'
r = self._send2swarm_r(s_args)
LOG.info('waken %d slaves in swarm' % (len(r)))
# do data sync here
if self._args.sync_data == True:
LOG.info('begin to synchronize data...')
self._sync_data()
LOG.info('data synchronize completed')
def waken_swarm(self):
"""
Waken all slave hosts to run swarm-s and send args to them.
Synchronize data if need.
"""
if self._args.waken_cmd != '':
LOG.info('send waken command "%s"to swarm' %
(self._args.waken_cmd.replace(
'ARGS', '-p %d' % self._args.s_port)))
self._send2slave(
self._args.waken_cmd.replace('ARGS',
'-p %d' % self._args.s_port))
LOG.log(REPORT, 'sending waken command completed')
LOG.info('try to detect swarm status')
# time for slave host to create listen on target port
time.sleep(2)
s_args = self._parse_args_for_swarm()
if self._args.sync_data == True:
s_args += '__SYNC__'
else:
s_args += '__CEND__'
r = self._send2swarm_r(s_args)
self._swarm_num = len(r)
LOG.log(REPORT, 'waken %d slaves in swarm' % self._swarm_num)
if self._swarm_num == 0:
raise SwarmNetException(
'no salve can work now. mission terminates')
# do data sync here
if self._args.sync_data == True:
LOG.info('begin to synchronize data...')
self._sync_data()
LOG.info('data synchronize completed')
def parse_distribute_task(self):
self._manager=SwarmManager(address=('', self._args.m_port),
authkey=self._args.authkey)
self._manager.start()
self._task_queue = self._manager.get_task_queue()
self._result_queue = self._manager.get_result_queue()
LOG.info('begin to parse task...')
if self._args.enable_domain_scan==True:
self.scan_domain()
self._shutdown()
def _send2one_r(self,content,ip,port,result):
try:
s=socket.socket(socket.AF_INET,socket.SOCK_STREAM)
s.settimeout(self._args.timeout)
LOG.info('connecting to %s:%d...'%(ip,port))
s.connect((ip,port))
s.send(content.replace('__EOF__','__EOF___'))
s.send('__EOF__')
r=s.recv(4096)
if r!='':
result.append(r)
s.close()
LOG.debug('connection to %s:%d close'%(ip,port))
except socket.timeout,e:
LOG.warning('%s:%d lost response'%(ip,port))
return ''
def _send2one_r(self, content, ip, port, result):
try:
s = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
s.settimeout(self._args.timeout)
LOG.info('connecting to %s:%d...' % (ip, port))
s.connect((ip, port))
s.send(content.replace('__EOF__', '__EOF___'))
s.send('__EOF__')
r = s.recv(4096)
if r != '':
result.append(r)
s.close()
LOG.debug('connection to %s:%d close' % (ip, port))
except socket.timeout, e:
LOG.warning('%s:%d lost response' % (ip, port))
return ''
def __init__(self, args):
self._args=args
self._swarm_num=0
try:
LOG.info('begin to parse target list')
# parse target list
self._args.target_list=getlist(args.target,args.target_file)
LOG.log(REPORT,'target list parse completed')
except SwarmBaseException as e:
raise SwarmUseException('parse target error: '+str(e))
try:
LOG.info('begin to parse swarm list')
# parse swarm list
if args.waken_cmd!='':
self._swarm_list,self._swarm_port_list=getswarmlist(args.swarm,args.swarm_file)
else:
self._swarm_list=getlist(args.swarm,args.swarm_file)
LOG.log(REPORT,'swarm list parse completed')
except SwarmBaseException as e:
raise SwarmUseException('parse swarm error: '+str(e))
def __init__(self, args):
self._args = args
self._swarm_num = 0
try:
LOG.info('begin to parse target list')
# parse target list
self._args.target_list = getlist(args.target, args.target_file)
LOG.log(REPORT, 'target list parse completed')
except SwarmBaseException as e:
raise SwarmUseException('parse target error: ' + str(e))
try:
LOG.info('begin to parse swarm list')
# parse swarm list
if args.waken_cmd != '':
self._swarm_list, self._swarm_port_list = getswarmlist(
args.swarm, args.swarm_file)
else:
self._swarm_list = getlist(args.swarm, args.swarm_file)
LOG.log(REPORT, 'swarm list parse completed')
except SwarmBaseException as e:
raise SwarmUseException('parse swarm error: ' + str(e))
def getlist(target='',target_file=''):
"""
Return integrated ip and domain name list from target list and file,
with network segment parsed.
"""
try:
LOG.info('begin to parse target list')
iplist=[]
if target!='':
iplist.extend(target)
if target_file!='':
f=open(target_file,'r')
targets=f.read()
iplist.extend(targets.splitlines())
f.close()
# parse network segment and check
iplist=_unite_list(iplist)
LOG.info('parse completed')
return iplist
except socket.timeout, e:
LOG.critical('time out when parsing target')
raise SwarmNetException('time out when parsing target')
def getswarmlist(swarm='',swarm_file=''):
"""
Return integrated ip and domain name list with port list from swarm list and file
like (['127.0.0.1','127.0.0.2','github.com'],[80,90,90]).
"""
try:
LOG.info('begin to parse swarm list')
rawlist=[]
iplist=[]
portlist=[]
if swarm!='':
rawlist.extend(swarm)
if swarm_file!='':
f=open(swarm_file,'r')
swarm=f.read()
rawlist.extend(swarm.splitlines())
f.close()
iplist,portlist=_unite_swarmlist(rawlist)
LOG.info('parse completed')
return iplist,portlist
except socket.timeout, e:
LOG.critical('time out when parsing target')
raise SwarmNetException('time out when parsing target')
def waken_swarm(self):
"""
Waken all slave hosts to run swarm-s.py and send args to them.
Synchronize data if need.
"""
if self._args.waken_cmd!='':
LOG.info('sending waken command "%s"to swarm...'%(self._args.waken_cmd.replace('ARGS','-p %d'%self._args.s_port)))
self._send2slave(self._args.waken_cmd.replace('ARGS','-p %d'%self._args.s_port))
# time for slave host to create listen on target port
time.sleep(1)
s_args=self._parse_args_for_swarm()
if self._args.sync_data==True:
s_args+='__SYNC__'
else:
s_args+='__CEND__'
r=self._send2swarm_r(s_args)
LOG.info('waken %d slaves in swarm'%(len(r)))
# do data sync here
if self._args.sync_data==True:
LOG.info('begin to synchronize data...')
self._sync_data()
LOG.info('data synchronize completed')
def parse_distribute_task(self):
# do some common check here
if self._args.task_granularity < 0 or self._args.task_granularity > 3:
raise SwarmUseException(
'invalid task granularity, it should be one number of 1-3')
if self._args.process_num < 0:
raise SwarmUseException('process number can not be negative')
if self._args.thread_num <= 0:
raise SwarmUseException('thread number should be positive')
# connect to db server
LOG.info('try to connect to db server: %s:%d' %
(self._args.db_addr, self._args.db_port))
self._args.db, self._args.coll = init_db(self._args.db_addr,
self._args.db_port,
self._args.mod)
LOG.info('Connection to db server completed')
# start the manager
self._manager = MSwarmManager(self._args.timeout,
address=('', self._args.m_port),
authkey=self._args.authkey)
try:
module = importlib.import_module('modules.' + self._args.mod +
'.' + self._args.mod)
except ImportError as e:
raise SwarmModuleException('an error occured when load module:' +
self._args.mod)
LOG.info('load module: ' + self._args.mod)
LOG.info('begin to decompose task...')
mod_master = getattr(module, 'Master')(self._args)
# begin first round of tasks decomposition and distribution
roundn = 0
self._manager.init_task_statistics()
while True:
subtaskl = mod_master.generate_subtasks()
taskn = len(subtaskl)
if taskn == 0:
break
roundn += 1
LOG.log(REPORT, 'begin round %d' % roundn)
LOG.info('round %d: put task into queue...' % roundn)
for cur in subtaskl:
self._manager.put_task(self._args.mod, cur)
LOG.log(
REPORT, 'round %d: %d tasks have been put into queue' %
(roundn, taskn))
LOG.info('round %d: get result from swarm...' % roundn)
# get result
confirmedn = 0
self._manager.prepare_get_result()
while True:
try:
result = self._manager.get_result()
if result == '':
break
confirmedn += 1
LOG.log(
REPORT, 'round %d: %d/%d tasks have been completed' %
(roundn, confirmedn, taskn))
mod_master.handle_result(result)
except Queue.Empty as e:
# check number of slave host, if someone has lost response, reorganize tasks
# in queue.
LOG.info('try to detect swarm status')
r = self._send2swarm_r('ack')
if len(r) < self._swarm_num:
LOG.warning(
'%d of swarm has lost response. now total swarm:%d'
% (self._swarm_num - len(r), len(r)))
self._swarm_num = len(r)
# if no swarm left
if self._swarm_num == 0:
raise SwarmSlaveException(
'no swarm left. task failed')
LOG.log(REPORT, 'reorganize tasks in queue...')
self._manager.reorganize_tasks()
LOG.log(REPORT, 'reorganization completed')
else:
LOG.log(
REPORT, 'all swarm works fine. now num: %d' %
self._swarm_num)
# continue
LOG.log(REPORT, 'round %d over' % roundn)
LOG.log(REPORT, 'all tasks have been comfirmed')
# do final report now
mod_master.report()
self._shutdown()
cur_line += task_granularity
if cur_line > sumline:
break
# get scan result
domain_list = []
self._prepare_get_result()
while True:
result = self._get_result()
if result == '':
break
if result != 'no subdomain':
domain_list.extend(result.split(';'))
# update result list
scan_result.extend(domain_list)
# do report
LOG.info('scan result:%s' % scan_result)
return scan_result
def scan_dir():
"""
"""
pass
def scan_web_vul():
pass
def scan_host_vul():
pass
def try_exp():
pass
cur_line+=task_granularity
if cur_line>sumline:
break
# get scan result
domain_list=[]
self._prepare_get_result()
while True:
result=self._get_result()
if result=='':
break
if result!='no subdomain':
domain_list.extend(result.split(';'))
# update result list
scan_result.extend(domain_list)
# do report
LOG.info('scan result:%s'%scan_result)
return scan_result
def scan_dir():
"""
"""
pass
def scan_web_vul():
pass
def scan_host_vul():
pass
def try_exp():
pass
def parse_distribute_task(self):
# do some common check here
if self._args.task_granularity<0 or self._args.task_granularity>3:
raise SwarmUseException('invalid task granularity, it should be one number of 1-3')
if self._args.process_num<0:
raise SwarmUseException('process number can not be negative')
if self._args.thread_num<=0:
raise SwarmUseException('thread number should be positive')
# connect to db server
LOG.info('try to connect to db server: %s:%d'%(self._args.db_addr,self._args.db_port))
self._args.db,self._args.coll=init_db(self._args.db_addr,self._args.db_port,self._args.mod)
LOG.info('Connection to db server completed')
# start the manager
self._manager=MSwarmManager(self._args.timeout,address=('', self._args.m_port),
authkey=self._args.authkey)
try:
module=importlib.import_module('modules.'+self._args.mod+'.'+self._args.mod)
except ImportError as e:
raise SwarmModuleException('an error occured when load module:'+self._args.mod)
LOG.info('load module: '+self._args.mod)
LOG.info('begin to decompose task...')
mod_master=getattr(module,'Master')(self._args)
# begin first round of tasks decomposition and distribution
roundn=0
self._manager.init_task_statistics()
while True:
subtaskl=mod_master.generate_subtasks()
taskn=len(subtaskl)
if taskn==0:
break
roundn+=1
LOG.log(REPORT,'begin round %d'%roundn)
LOG.info('round %d: put task into queue...'%roundn)
for cur in subtaskl:
self._manager.put_task(self._args.mod,cur)
LOG.log(REPORT,'round %d: %d tasks have been put into queue'%(roundn,taskn))
LOG.info('round %d: get result from swarm...'%roundn)
# get result
confirmedn=0
self._manager.prepare_get_result()
while True:
try:
result=self._manager.get_result()
if result=='':
break
confirmedn+=1
LOG.log(REPORT,'round %d: %d/%d tasks have been completed'%(roundn,
confirmedn,taskn))
mod_master.handle_result(result)
except Queue.Empty as e:
# check number of slave host, if someone has lost response, reorganize tasks
# in queue.
LOG.info('try to detect swarm status')
r=self._send2swarm_r('ack')
if len(r)<self._swarm_num:
LOG.warning('%d of swarm has lost response. now total swarm:%d'
%(self._swarm_num-len(r),len(r)))
self._swarm_num=len(r)
# if no swarm left
if self._swarm_num==0:
raise SwarmSlaveException('no swarm left. task failed')
LOG.log(REPORT,'reorganize tasks in queue...')
self._manager.reorganize_tasks()
LOG.log(REPORT,'reorganization completed')
else:
LOG.log(REPORT,'all swarm works fine. now num: %d'%self._swarm_num)
# continue
LOG.log(REPORT,'round %d over'%roundn)
LOG.log(REPORT,'all tasks have been comfirmed')
# do final report now
mod_master.report()
self._shutdown()
