def run():
initEngine()
# Coroutine mode
outputscreen.success('[+] Coroutine mode')
gevent.joinall([gevent.spawn(scan) for i in range(0, th.thread_num)])
if 'errmsg' in th:
outputscreen.error(th.errmsg)
def ScriptRegister(args):
# handle no scripts
if not args.script_name:
msg = '[-] Use -s to load script. Example: [-s spider] or [-s ./script/spider.py]'
outputscreen.error(msg)
sys.exit()
# handle input: "-s ./script/spider.py"
if os.path.split(args.script_name)[0]:
if os.path.exists(args.script_name):
if os.path.isfile(args.script_name):
if args.script_name.endswith('.py'):
conf.module_name = os.path.split(args.script_name)[-1]
conf.module_path = os.path.abspath(args.script_name)
else:
msg = '[-] [%s] not a Python file. Example: [-s spider] or [-s ./scripts/spider.py]' % args.script_name
outputscreen.error('[-] ' + msg)
sys.exit()
else:
msg = '[-] [%s] not a file. Example: [-s spider] or [-s ./scripts/spider.py]' % args.script_name
outputscreen.error(msg)
sys.exit()
else:
msg = '[-] [%s] not found. Example: [-s spider] or [-s ./scripts/spider.py]' % args.script_name
outputscreen.error(msg)
sys.exit()
# handle input: "-s spider" "-s spider.py"
else:
if not args.script_name.endswith('.py'):
args.script_name += '.py'
_path = os.path.abspath(
os.path.join(paths.SCRIPT_PATH, args.script_name))
if os.path.isfile(_path):
conf.module_name = args.script_name
conf.module_path = os.path.abspath(_path)
else:
msg = '[-] Script [%s] not exist. Use [--show] to view all available script in ./scripts/' % args.script_name
outputscreen.error(msg)
sys.exit()
# loader POC module to conf.module_obj
msg = '[+] Load custom script: %s' % conf.module_name
outputscreen.success(msg)
fp, pathname, description = imp.find_module(
os.path.splitext(conf.module_name)[0], [paths.SCRIPT_PATH])
try:
conf.module_obj = imp.load_module("_", fp, pathname, description)
for each in ESSENTIAL_MODULE_METHODS:
if not hasattr(conf.module_obj, each):
msg = "[-] Can't find essential method:'%s' in current script，Please modify your script." % each
outputscreen.error(msg)
sys.exit(0)
except ImportError as e:
msg = "[-] Your current script [%s.py] caused this exception\n%s\n%s" \
% (conf.module_name, '[Error Msg]: ' + str(e), 'Maybe you can download this module from pip or easy_install')
outputscreen.error(msg)
sys.exit(0)
def TargetRegister(args):
"""
加载目标模块
"""
msg = '[*] Initialize targets...'
outputscreen.warning(msg)
#初始化目标队列
conf.target = queue.Queue()
# 用户输入入队
if args.target_input:
# 尝试解析目标地址
try:
lists = parseTarget(args.target_input)
except:
helpmsg = "Invalid input in [-i], Example: -i [http://]target.com or 192.168.1.1[/24] or 192.168.1.1-192.168.1.100"
outputscreen.error(helpmsg)
sys.exit()
# 判断处理量
if (len(lists)) > 100000:
warnmsg = "[*] Loading %d targets, Maybe it's too much, continue? [y/N]" % (
len(lists))
outputscreen.warning(warnmsg)
flag = input()
if flag in ('Y', 'y', 'yes', 'YES', 'Yes'):
pass
else:
msg = '[-] User quit!'
outputscreen.warning(msg)
sys.exit()
msg = '[+] Load targets from: %s' % args.target_input
outputscreen.success(msg)
# save to conf
for target in lists:
conf.target.put(target)
conf.target_nums = conf.target.qsize()
# 文件读入入队
elif args.target_file:
if not os.path.isfile(args.target_file):
msg = '[-] TargetFile not found: %s' % args.target_file
outputscreen.error(msg)
sys.exit()
msg = '[+] Load targets from: %s' % args.target_file
outputscreen.success(msg)
with open(args.target_file, 'r', encoding='utf-8') as f:
targets = f.readlines()
for target in targets:
target = target.strip('\n')
parsed_target = parseTarget(target)
for i in parsed_target:
conf.target.put(i)
conf.target_nums = conf.target.qsize()
#验证目标数量
if conf.target.qsize() == 0:
errormsg = msg = '[!] No targets found.Please load targets with [-i|-iF]'
outputscreen.error(errormsg)
sys.exit()
def _give_it_a_try(self):
"""Every time this method is called it will request a random resource
the target domain. Return value is a dictionary with values as
HTTP response code, resquest size, md5 of the content and the content
itself. If there were a redirection it will record the new url"""
s = []
for n in range(0, 42):
random.seed()
s.append(chr(random.randrange(97, 122)))
s = "".join(s)
target = self.target + s
outputscreen.success("[+] Checking with %s" % target)
page = requests.get(target, headers=user_agent, verify=False)
content = page.content
result = {'code': str(page.status_code),
'size': len(content),
'md5': hashlib.md5(content).hexdigest(),
'content': content,
'location': None}
if len(page.history) >= 1:
result['location'] = page.url
return result
def login(self):
msg = '[+] Trying to login with credentials in config file: %s.' % paths.CONFIG_PATH
outputscreen.success(msg)
self.api_key = ConfigFileParser().shodan_apikey()
if not self.api_key:
msg = '[*] Automatic authorization failed.'
outputscreen.warning(msg)
msg = '[*] Please input your Shodan API Key (https://account.shodan.io/).'
outputscreen.warning(msg)
self.api_key = input('[*] API KEY > ').strip()
def initEngine():
# init control parameter
th.result = []
th.thread_num = conf.thread_num
th.target = conf.target
#是否继续扫描标志位
th.is_continue = True
#控制台宽度
th.console_width = getTerminalSize()[0] - 2
#记录开始时间
th.start_time = time.time()
msg = '[+] Set the number of thread: %d' % th.thread_num
outputscreen.success(msg)
def loadSingleDict(path):
'''
@description: 添加单个字典文件
@param {path:字典文件路径}
@return:
'''
try:
outputscreen.success('[+] Load dict:{}'.format(path))
#加载文件时，使用utf-8编码，防止出现编码问题
with open(path, encoding='UTF-8') as single_file:
return single_file.read().splitlines()
except Exception as e:
outputscreen.error('[x] plz check file path!\n[x] error:{}'.format(e))
def account_info(self):
try:
if not self.api_key:
outputscreen.error("[-] Shodan api cant not be Null")
sys.exit()
api = Shodan(self.api_key)
account_info = api.info()
msg = "[+] Available Shodan query credits: %d" % account_info.get(
'query_credits')
outputscreen.success(msg)
except APIError as e:
outputscreen.error(e)
sys.exit()
return True
def run():
initEngine()
if th.thread_mode:
# set lock for multi_threaded mode
setThreadLock()
outputscreen.success('[+] Set working way Multi-Threaded mode')
outputscreen.success('[+] Set the number of thread: %d' %
th.concurrent_num)
for i in range(th.concurrent_num):
t = threading.Thread(target=scan, name=str(i))
t.setDaemon(True)
t.start()
# It can quit with Ctrl-C
while th.concurrent_count > 0 and th.is_continue:
time.sleep(0.01)
# Coroutine mode
else:
outputscreen.success('[+] Set working way Coroutine mode')
outputscreen.success('[+] Set the number of Coroutine: %d' %
th.concurrent_num)
gevent.joinall(
[gevent.spawn(scan) for i in range(0, th.concurrent_num)])
# save result to output file
if not th.no_output:
output2file(th.result)
printProgress()
if 'errmsg' in th:
outputscreen.error(th.errmsg)
def auto_login(self):
msg = '[+] Trying to login with credentials in config file: %s.' % paths.CONFIG_PATH
outputscreen.success(msg)
try:
self.username = ConfigFileParser().ZoomEyeEmail()
self.password = ConfigFileParser().ZoomEyePassword()
except:
pass
if bool(self.username and self.password):
if self.get_token():
return
msg = '[*] Automatic authorization failed.'
outputscreen.warning(msg)
self.manual_login()
def Output(args):
if args.no_output and args.output_path:
msg = '[-] Cannot use [-oF] and [-o] together, please read the usage with [-h].'
outputscreen.error(msg)
sys.exit()
conf.no_output = args.no_output
if not args.no_output:
# if not define output, named it by time
if not args.output_path:
filename= time.strftime("%Y-%m-%d-%H-%M-%S", time.localtime()) +'.txt'
conf.output_path = os.path.join(paths.OUTPUT_PATH, filename)
msg = '[+] Output: %s' % conf.output_path
outputscreen.success(msg)
def initEngine():
# init control parameter
th.result = []
th.thread_count = th.thread_num = conf.thread_num
th.module_name = conf.module_name
th.module_path = conf.module_path
th.module_obj = conf.module_obj
th.target = conf.target
th.no_output = conf.no_output
th.output_path = conf.output_path
th.scan_count = th.found_count = 0
th.is_continue = True
th.console_width = getTerminalSize()[0] - 2
th.start_time = time.time()
setThreadLock()
msg = '[+] Set the number of thread: %d' % th.thread_num
outputscreen.success(msg)
def check_this(self):
"""Get the a request and decide what to do"""
first_result = self._give_it_a_try()
if first_result['code'] == '404':
outputscreen.success("Got a nice 404, problems not expected")
# Ok, resquest gave a 404 so we should not find problems
return '', Inspector.TEST404_OK
elif first_result['code'] == '302' or first_result['location']:
location = first_result['location']
return location, Inspector.TEST404_URL
else:
return first_result['md5'], Inspector.TEST404_MD5
# We give up here :(
return '', Inspector.TEST404_NONE
def handle_google(query, limit, offset=0):
key = ConfigFileParser().google_developer_key()
engine = ConfigFileParser().google_engine()
if not key or not engine:
msg = "[-] Please config your 'developer_key' and 'search_enging' at saucerfram.conf"
outputscreen.error(msg)
sys.exit()
try:
service = build("customsearch",
"v1",
http=_initHttpClient(),
developerKey=key)
result_info = service.cse().list(q=query, cx=engine).execute()
msg = '[+] Max query results: %s' % str(
result_info.get('searchInformation', {}).get('totalResults'))
outputscreen.success(msg)
ans = set()
limit += offset
for i in range(int(offset / 10), int((limit + 10 - 1) / 10)):
result = service.cse().list(q=query,
cx=engine,
num=10,
start=i * 10 + 1).execute()
if 'items' in result:
for url in result.get('items'):
ans.add(url.get('link'))
for t in ans:
conf.target.put(t)
except SocketError:
outputscreen.error(
'[-] Unable to connect Google, maybe agent/proxy error.')
sys.exit()
except ServerHttpDenied as e:
outputscreen.warning(
'[-] It seems like Google-Server denied this request.')
outputscreen.error(e)
sys.exit()
def handle_fofa(query, limit, offset=0):
try:
msg = '[+] Trying to login with credentials in config file: %s.' % paths.CONFIG_PATH
outputscreen.success(msg)
email = ConfigFileParser().fofa_email()
key = ConfigFileParser().fofa_key()
if check(email, key):
pass
else:
raise # will go to except block
except:
msg = '[*] Automatic authorization failed.'
outputscreen.warning(msg)
msg = '[*] Please input your FoFa Email and API Key below.'
outputscreen.warning(msg)
email = input("[*] Fofa Email: ").strip()
key = input('[*] Fofa API Key: ').strip()
if not check(email, key):
msg = '[-] Fofa API authorization failed, Please re-run it and enter a valid key.'
outputscreen.error(msg)
sys.exit()
query = base64.b64encode(query)
request = "https://fofa.so/api/v1/search/all?email={0}&key={1}&qbase64={2}".format(
email, key, query)
try:
response = requests.get(request)
resp = response.readlines()[0]
resp = json.loads(resp)
if resp["error"] is None:
for item in resp.get('results'):
cong.target.append(item[0])
if resp.get('size') >= 100:
outputscreen.warning(
"{0} items found! just 100 returned....".format(
resp.get('size')))
except Exception as e:
outputscreen.error(e)
sys.exit()
def handle_zoomeye(query, limit=50, type='host', offset=0):
z = ZoomEye()
z.auto_login()
info = z.resources_info().get('resources')
if info:
msg = '[+] Available ZoomEye search: (search:%s)' % (info.get(
'search', 'NO FOUND'))
outputscreen.success(msg)
else:
msg = '[-] ZoomEye API authorization failed, Please re-run it and enter a new token.'
outputscreen.error(msg)
sys.exit()
# 开始爬取
limit += offset
for page_n in range(int(offset / 10), int((limit + 9) / 10)):
data = z.dork_search(query, page=page_n, resource=type)
if data:
for i in data:
ip_str = i.get('ip')
if 'portinfo' in i:
ip_str = ip_str + ':' + str(i.get('portinfo').get('port'))
conf.target.put(ip_str)
else:
break
def checkShow(args):
# if show scripts
if args.show_scripts:
module_name_list = os.listdir(paths.SCRIPT_PATH)
outputscreen.success('[+] Script Name ')
order = 1
for module in module_name_list:
if module != '__init__.py' and os.path.splitext(module)[1] == '.py':
outputscreen.success(str(order)+ '. ' +module)
order += 1
msg = '\n' + ' ' * 20 + 'Total: %d' % (order-1)
outputscreen.success(msg)
sys.exit()
def bruter(url):
'''
@description: 扫描插件入口函数
@param {url:目标}
@return:
'''
#全局target的url，给crawl、fuzz模块使用。FIXME
conf.url = url
#url初始化
conf.parsed_url = urllib.parse.urlparse(url)
#填补协议
if conf.parsed_url.scheme != 'http' and conf.parsed_url.scheme != 'https':
url = 'http://' + url
conf.parsed_url = urllib.parse.urlparse(url)
#填补url后的/
if not url.endswith('/'):
url = url + '/'
#自动识别404-预先获取404页面特征
if conf.auto_check_404_page:
outputscreen.warning("[*] Launching auto check 404")
# Autodiscriminator (probably deprecated by future diagnostic subsystem)
i = Inspector(url)
(result, notfound_type) = i.check_this()
if notfound_type == Inspector.TEST404_URL:
conf.autodiscriminator_location = result
outputscreen.success("[+] 404 ---> 302 ----> {}".format(
conf.autodiscriminator_location))
elif notfound_type == Inspector.TEST404_MD5:
conf.autodiscriminator_md5 = result
outputscreen.success("[+] 404 ---> PAGE_MD5 ----> {}".format(
conf.autodiscriminator_md5))
#加载payloads
#添加payloads是否加载成功判断
payloads.all_payloads = scanModeHandler()
if payloads.all_payloads == None:
outputscreen.error('[x] load payloads error!')
if conf.dict_mode:
outputscreen.error('[x] plz check dict mode config!')
if conf.blast_mode:
outputscreen.error('[x] plz check blast mode config!')
if conf.crawl_mode:
outputscreen.error('[x] plz check crawl mode config!')
if conf.fuzz_mode:
outputscreen.error('[x] plz check fuzz mode config!')
sys.exit()
#FIXME:设置后缀名。当前以拼接方式实现，遍历一遍payload。
try:
if conf.file_extension:
outputscreen.warning('[+] Use file extentsion: {}'.format(
conf.file_extension))
for i in range(len(payloads.all_payloads)):
payloads.all_payloads[i] += conf.file_extension
except:
outputscreen.error('[+] plz check extension!')
#debug模式，打印所有payload，并退出
if conf.debug:
outputscreen.blue('[+] all payloads:{}'.format(payloads.all_payloads))
sys.exit()
#payload入队task队列
for payload in payloads.all_payloads:
#FIXME:添加fuzz模式时，引入的url_payload构造判断
if conf.fuzz_mode:
url_payload = conf.parsed_url.scheme + '://' + conf.parsed_url.netloc + payload
else:
url_payload = url + payload
#payload入队，等待处理
tasks.all_task.put(url_payload)
#设置进度条长度，若是递归模式，则不设置任务队列长度，即无法显示进度，仅显示耗时
if not conf.recursive_scan:
tasks.task_length = tasks.all_task.qsize()
bar.log.start(tasks.task_length)
#FIXME:循环任务数不能一次性取完所有的task，暂时采用每次执行30个任务。这样写还能解决hub.LoopExit的bug
while not tasks.all_task.empty():
all_task = [gevent.spawn(boss) for i in range(conf.request_limit)]
gevent.joinall(all_task)
def bruter(url):
'''
@description: 扫描插件入口函数
@param {url:目标}
@return:
'''
#url初始化
conf.parsed_url = urllib.parse.urlparse(url)
#填补协议
if conf.parsed_url.scheme != 'http' and conf.parsed_url.scheme != 'https':
url = 'http://' + url
conf.parsed_url = urllib.parse.urlparse(url)
#全局target的url，给crawl、fuzz模块使用。XXX:要放在填补url之前，否则fuzz模式会出现这样的问题：https://target.com/phpinfo.{dir}/
conf.url = url
#填补url后的/
if not url.endswith('/'):
url = url + '/'
#打印当前target
msg = '[+] Current target: {}'.format(url)
outputscreen.success('\r' + msg + ' ' * (th.console_width - len(msg) + 1))
#自动识别404-预先获取404页面特征
if conf.auto_check_404_page:
outputscreen.warning("[*] Launching auto check 404")
# Autodiscriminator (probably deprecated by future diagnostic subsystem)
i = Inspector(url)
(result, notfound_type) = i.check_this()
if notfound_type == Inspector.TEST404_MD5 or notfound_type == Inspector.TEST404_OK:
conf.autodiscriminator_md5.add(result)
#加载payloads
payloads.all_payloads = scanModeHandler()
#FIXME:设置后缀名。当前以拼接方式实现，遍历一遍payload。
try:
if conf.file_extension:
outputscreen.warning('[+] Use file extentsion: {}'.format(
conf.file_extension))
for i in range(len(payloads.all_payloads)):
payloads.all_payloads[i] += conf.file_extension
except:
outputscreen.error('[+] plz check extension!')
sys.exit()
#debug模式，打印所有payload，并退出
if conf.debug:
outputscreen.blue('[+] all payloads:{}'.format(payloads.all_payloads))
sys.exit()
#payload入队task队列
for payload in payloads.all_payloads:
#FIXME:添加fuzz模式时，引入的url_payload构造判断
if conf.fuzz_mode:
url_payload = conf.parsed_url.scheme + '://' + conf.parsed_url.netloc + payload
else:
url_payload = url + payload
#print(url_payload)
#payload入队，等待处理
tasks.all_task.put(url_payload)
#设置进度条长度，若是递归模式或爬虫模式，则不设置任务队列长度，即无法显示进度，仅显示耗时
if not conf.recursive_scan:
#NOTE:这里取所有payloads的长度*target数量计算任务总数，修复issue#2
tasks.task_length = len(payloads.all_payloads) * conf.target_nums
bar.log.start(tasks.task_length)
#FIXME:循环任务数不能一次性取完所有的task，暂时采用每次执行30个任务。这样写还能解决hub.LoopExit的bug
while not tasks.all_task.empty():
all_task = [gevent.spawn(boss) for i in range(conf.request_limit)]
gevent.joinall(all_task)
def TargetRegister(args):
"""
加载目标模块
"""
msg = '[*] Initialize targets...'
outputscreen.warning(msg)
#初始化目标队列
conf.target = queue.Queue()
#单目标入队
if args.target_single:
msg = '[+] Load target: %s' % args.target_single
outputscreen.success(msg)
conf.target.put(args.target_single)
#多目标入队
elif args.target_file:
if not os.path.isfile(args.target_file):
msg = '[-] TargetFile not found: %s' % args.target_file
outputscreen.error(msg)
sys.exit()
msg = '[+] Load targets from: %s' % args.target_file
outputscreen.success(msg)
with open(args.target_file, 'r', encoding='utf8') as f:
targets = f.readlines()
for target in targets:
conf.target.put(target.strip('\n'))
#ip范围目标入队.e.g. 192.168.1.1-192.168.1.100
elif args.target_range:
try:
lists = genIP(args.target_range)
if (len(lists)) > 100000:
warnmsg = "[*] Loading %d targets, Maybe it's too much, continue? [y/N]" % (
len(lists))
outputscreen.warning(warnmsg)
flag = input()
if flag in ('Y', 'y', 'yes', 'YES', 'Yes'):
pass
else:
msg = '[-] User quit!'
outputscreen.warning(msg)
sys.exit()
msg = '[+] Load targets from: %s' % args.target_range
outputscreen.success(msg)
# save to conf
for target in lists:
conf.target.put(target)
except:
helpmsg = "Invalid input in [-iR], Example: -iR 192.168.1.1-192.168.1.100"
outputscreen.error(helpmsg)
sys.exit()
# ip/mask e.g. 192.168.1.2/24
elif args.target_network:
try:
# get 192.168.1.2 -->192.168.1.0
ip_format = args.target_network.split('/')
ip_str = IP(ip_format[0]).strBin()
ip_str = ip_str[0:int(ip_format[1])] + '0' * (32 -
int(ip_format[1]))
ip = "%s.%s.%s.%s" % (
str(int(ip_str[0:8], 2)), str(int(ip_str[8:16], 2)),
str(int(ip_str[16:24], 2)), str(int(ip_str[24:32], 2)))
ip_range = IP('%s/%s' % (ip, ip_format[1]))
msg = '[+] Load targets from: %s' % args.target_network
outputscreen.success(msg)
for i in ip_range:
conf.target.put(i)
except:
msg = "[-] Invalid input in [-iN], Example: -iN 192.168.1.0/24"
outputscreen.error(msg)
sys.exit()
#验证目标数量
if conf.target.qsize() == 0:
errormsg = msg = 'No targets found\nPlease load targets with [-iU|-iF|-iR|-iN] or use API with [-aZ|-aS|-aG|-aF]'
outputscreen.error(errormsg)
sys.exit()
def TargetRegister(args):
msg = '[*] Initialize targets...'
outputscreen.warning(msg)
# init target queue
conf.target = queue.Queue()
# single target to queue
if args.target_single:
msg = '[+] Load target : %s' % args.target_single
outputscreen.success(msg)
conf.target.put(args.target_single)
# file target to queue
elif args.target_file:
if not os.path.isfile(args.target_file):
msg = '[-] TargetFile not found: %s' % args.target_file
outputscreen.error(msg)
sys.exit()
msg = '[+] Load targets from : %s' % args.target_file
outputscreen.success(msg)
with open(args.target_file, 'r', encoding='utf8') as f:
targets = f.readlines()
for target in targets:
conf.target.put(target.strip('\n'))
# range of ip target to queue .e.g. 192.168.1.1-192.168.1.100
elif args.target_range:
try:
lists = gen_ip(args.target_range)
if (len(lists)) > 100000:
warnmsg = "[*] Loading %d targets, Maybe it's too much, continue? [y/N]" % (
len(lists))
outputscreen.warning(warnmsg)
flag = input()
if flag in ('Y', 'y', 'yes', 'YES', 'Yes'):
pass
else:
msg = '[-] User quit!'
outputscreen.warning(msg)
sys.exit()
msg = '[+] Load targets from : %s' % args.target_range
outputscreen.success(msg)
# save to conf
for target in lists:
conf.target.put(target)
except:
helpmsg = "Invalid input in [-iR], Example: -iR 192.168.1.1-192.168.1.100"
outputscreen.error(helpmsg)
sys.exit()
# ip/mask e.g. 192.168.1.2/24
elif args.target_network:
try:
# get 192.168.1.2 -->192.168.1.0
ip_format = args.target_network.split('/')
ip_str = IP(ip_format[0]).strBin()
ip_str = ip_str[0:int(ip_format[1])] + '0' * (32 -
int(ip_format[1]))
ip = "%s.%s.%s.%s" % (
str(int(ip_str[0:8], 2)), str(int(ip_str[8:16], 2)),
str(int(ip_str[16:24], 2)), str(int(ip_str[24:32], 2)))
ip_range = IP('%s/%s' % (ip, ip_format[1]))
msg = '[+] Load targets from : %s' % args.target_network
outputscreen.success(msg)
for i in ip_range:
conf.target.put(i)
except:
msg = "[-] Invalid input in [-iN], Example: -iN 192.168.1.0/24"
outputscreen.error(msg)
sys.exit()
else:
# set search limit of api
if args.api_limit <= 0:
errormsg = 'Invalid input in [-limit] (can not be negative number)'
outputscreen.error(errormsg)
sys.exit()
elif args.api_limit > 100000:
warnmsg = "Loading %d targets, Maybe it's too much, continue? [y/N]" % (
len(lists))
outputscreen.warning(warnmsg)
flag = input()
if flag in ('Y', 'y', 'yes', 'YES', 'Yes'):
pass
else:
msg = 'User quit!'
outputscreen.warning(msg)
sys.exit()
conf.limit = args.api_limit
# set search offset of api
conf.offset = args.api_offset
if args.zoomeye_dork:
# verify search_type for zoomeye
if args.search_type not in ['web', 'host']:
msg = '[-] Invalid value in [--search-type], show usage with [-h]'
outputscreen.error(msg)
sys.exit()
conf.search_type = args.search_type
handle_zoomeye(query=args.zoomeye_dork,
limit=conf.limit,
type=conf.search_type,
offset=conf.offset)
elif args.fofa_dork:
handle_fofa(query=args.fofa_dork,
limit=conf.limit,
offset=conf.offset)
elif args.shodan_dork:
handle_shodan(query=args.shodan_dork,
limit=conf.limit,
offset=conf.offset)
elif args.google_dork:
conf.google_proxy = args.google_proxy
handle_google(query=args.google_dork,
limit=conf.limit,
offset=conf.offset)
# verify targets number
if conf.target.qsize() == 0:
errormsg = msg = 'No targets found\nPlease load targets with [-iU|-iF|-iR|-iN] or use API with [-aZ|-aS|-aG|-aF]'
outputscreen.error(errormsg)
sys.exit()
