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search_main.py
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from PyQt5 import QtWidgets, QtCore
from PyQt5.QtWidgets import QMessageBox,QTableWidget,QTableWidgetItem,QCompleter,QWidget,QVBoxLayout
from PyQt5.QtCore import pyqtSignal, QObject, QThread,QFileInfo,QRegExp,QUrl,Qt,QTimer
from PyQt5.QtWebEngineWidgets import QWebEngineView
from Ui_search import Ui_allsearch
from Ui_targetinfo import Ui_Form
from ipwhois import IPWhois
from bs4 import BeautifulSoup
from http import cookiejar
import items
import favicon
from PyQt5.QtGui import QIcon,QRegExpValidator,QIntValidator,QDesktopServices
from threading import Thread
from urllib.parse import quote
from dateutil.parser import parse
from USER_AGENTS import USER_AGENTS
import re,sys,os,json,datetime,base64,requests,shodan,mmh3,random,xlwt,codecs,hashlib
import subprocess
import time
items_list=items.items_all()
class MyWindow(QtWidgets.QMainWindow, Ui_allsearch):
def __init__(self):
super(MyWindow, self).__init__()
self.setupUi(self)
self.start_search_pushButton.clicked.connect(self.start_searching)
self.proxy_test_pushButton.clicked.connect(self.start_proxy)
self.loca_pushButton.clicked.connect(self.ip_location)
self.statusBar().showMessage('by: mojie')
self.init_start_keywords_lineEdit()
def init_start_keywords_lineEdit(self):
self.completer = QCompleter(items_list)
self.completer.setFilterMode(Qt.MatchStartsWith)
self.completer.setCompletionMode(QCompleter.PopupCompletion)
self.start_keywords_lineEdit.setCompleter(self.completer)
def ip_location(self):
if 'ip=' in self.start_keywords_lineEdit.text():
hostinfo = self.start_keywords_lineEdit.text()
self.ip_l = ip_location(hostinfo)
self.ip_l.show()
else:
pass
def fofa_key(self):
with open('./config.ini','r',encoding='utf8') as f:
info = f.readlines()
email = re.findall(r'fofa_email="(.*?)"',info[0])
key = re.findall(r'fofa_key="(.*?)"',info[1])
return (email,key)
def zoomeye_key(self):
with open('./config.ini','r',encoding='utf8') as f:
info = f.readlines()
key = re.findall(r'zoomeye_key="(.*?)"',info[2])
return key
def quake_key(self):
with open('./config.ini','r',encoding='utf8') as f:
info = f.readlines()
key = re.findall(r'quake_key="(.*?)"',info[3])
return key
def shodan_key(self):
with open('./config.ini','r',encoding='utf8') as f:
info = f.readlines()
key = re.findall(r'shodan_key="(.*?)"',info[4])
return key
def censys_key(self):
with open('./config.ini','r',encoding='utf8') as f:
info = f.readlines()
uid = re.findall(r'censys_uid="(.*?)"',info[5])
secret = re.findall(r'censys_secret="(.*?)"',info[6])
return (uid,secret)
def binaryedge_key(self):
with open('./config.ini','r',encoding='utf8') as f:
info = f.readlines()
key = re.findall(r'binaryedge_key="(.*?)"',info[7])
return key
def search_str_select(self):
try:
with open('./rules.json','r', encoding='utf8') as f:
info = json.load(f)
json_key,json_val = re.findall('(.*)=(.*)',self.start_keywords_lineEdit.text())[0]
json_str = json_key + '='
if json_str in info:
return [info[json_str],json_val]
else:
return self.start_keywords_lineEdit.text()
except Exception as e:
self.notice_output_textBrowser.setText("<font color='#ff0000'>" + str(e) + "<font>")
def search_str_select_test(self):
if '++' in self.start_keywords_lineEdit.text() or '--' in self.start_keywords_lineEdit.text() or '^^' in self.start_keywords_lineEdit.text():
res = list(filter(None,re.split('\+\+|\-\-|\^\^',self.start_keywords_lineEdit.text())))
strq_key = []
for i in res:
try:
with open('./rules.json','r', encoding='utf8') as f:
info = json.load(f)
# json_key,json_val = re.findall('(.*)=(.*)',i)[0]
json_c = re.split('[=]',i)
# print(json_c)
# print(json_key,json_val)
json_str = json_c[0] + '='
if json_str in info:
strq_key.append(info[json_str])
strq_key.append(json_c[1])
# return [info[json_str],json_c[1]]
else:
return strq_key.append(i)
except Exception as e:
pass
return strq_key
elif '=' in self.start_keywords_lineEdit.text().strip():
try:
with open('./rules.json','r', encoding='utf8') as f:
info = json.load(f)
# json_key,json_val = re.findall('(.*)=(.*)',i)[0]
json_c = re.split('[=]',self.start_keywords_lineEdit.text().strip())
# print(json_key,json_val)
json_str = json_c[0] + '='
if json_str in info:
return [info[json_str],json_c[1]]
else:
return self.start_keywords_lineEdit.text().strip()
except Exception as e:
pass
else:
return self.start_keywords_lineEdit.text().strip()
def search_flag(self):
flag = re.findall('\+{2}|\-{2}|\^{2}',self.start_keywords_lineEdit.text())
flag.append(' ')
return flag
def fofa_search_str(self):
qstr_dic = {'++': '&&','--': '||','^^': '!=',' ': ' '}
flag = self.search_flag()
qstr = self.search_str_select_test()
fofa_str = []
for i in range(0,len(qstr),2):
fofa_str.append(qstr[i][0]+'"'+qstr[i+1]+'"')
fofa_fina_str = ''
for i in range(len(fofa_str)):
fofa_fina_str += (fofa_str[i] + qstr_dic[flag[i]])
return fofa_fina_str
def zoomeye_search_str(self):
qstr_dic = {'++': '+','--': ' ','^^': '-',' ': ' '}
flag = self.search_flag()
qstr = self.search_str_select_test()
zoomeye_str = []
for i in range(0,len(qstr),2):
zoomeye_str.append(qstr[i][1]+'"'+qstr[i+1]+'"')
zoomeye_fina_str = ''
for i in range(len(zoomeye_str)):
zoomeye_fina_str += (zoomeye_str[i] + qstr_dic[flag[i]])
return zoomeye_fina_str
def quake_search_str(self):
qstr_dic = {'++': 'AND','--': 'OR','^^': 'NOT',' ': ' '}
flag = self.search_flag()
qstr = self.search_str_select_test()
quake_str = []
for i in range(0,len(qstr),2):
quake_str.append(qstr[i][2]+'"'+qstr[i+1]+'"')
quake_fina_str = ''
for i in range(len(quake_str)):
quake_fina_str += (' '+quake_str[i] + ' ' + qstr_dic[flag[i]]+' ')
return quake_fina_str
def shodan_search_str(self):
qstr_dic = {'++': ' ','--': ' ','^^': ' ',' ': ' '}
flag = self.search_flag()
qstr = self.search_str_select_test()
shodan_str = []
for i in range(0,len(qstr),2):
shodan_str.append(qstr[i][3]+'"'+qstr[i+1]+'"')
shodan_fina_str = ''
for i in range(len(shodan_str)):
shodan_fina_str += (' '+shodan_str[i] + ' ' + qstr_dic[flag[i]]+' ')
return shodan_fina_str
def censys_search_str(self):
qstr_dic = {'++': 'AND','--': 'OR','^^': 'NOT',' ': ' '}
flag = self.search_flag()
qstr = self.search_str_select_test()
censys_str = []
for i in range(0,len(qstr),2):
censys_str.append(qstr[i][4]+'"'+qstr[i+1]+'"')
censys_fina_str = ''
for i in range(len(censys_str)):
censys_fina_str += (' '+censys_str[i] + ' ' + qstr_dic[flag[i]]+' ')
return censys_fina_str
def quake_icon(self):
filename = self.start_keywords_lineEdit.text().split('/')[-1]
filename_name = filename.split('.')[-1]
filepath = os.path.join('./icon', filename)
requests.packages.urllib3.disable_warnings()
file_data = requests.get(self.start_keywords_lineEdit.text(), allow_redirects=True,verify=False).content
with open(filepath, 'wb') as handler:
handler.write(file_data)
icon_path = open('./icon/' + filename,'rb')
md = hashlib.md5()
md.update(icon_path.read())
icon_hash = md.hexdigest()
return icon_hash
def fofa_shodan_icon(self):
requests.packages.urllib3.disable_warnings()
icon = mmh3.hash(codecs.lookup('base64').encode(requests.get(self.start_keywords_lineEdit.text(),verify=False).content)[0])
return icon
def filelog_time(self):
fofa_ctime = time.strftime('%Y-%m-%d %H:%M:%S',time.localtime(os.stat("./temp/fofa_search.log").st_ctime))
fofa_ntime = datetime.datetime.now()
fofa_file_creat_time = (parse(str(fofa_ntime)) - parse(fofa_ctime)).days
zoomeye_ctime = time.strftime('%Y-%m-%d %H:%M:%S',time.localtime(os.stat("./temp/zoomeye_search.log").st_ctime))
zoomeye_ntime = datetime.datetime.now()
zoomeye_file_creat_time = (parse(str(zoomeye_ntime)) - parse(zoomeye_ctime)).days
quake_ctime = time.strftime('%Y-%m-%d %H:%M:%S',time.localtime(os.stat("./temp/quake_search.log").st_ctime))
quake_ntime = datetime.datetime.now()
quake_file_creat_time = (parse(str(quake_ntime)) - parse(quake_ctime)).days
shodan_ctime = time.strftime('%Y-%m-%d %H:%M:%S',time.localtime(os.stat("./temp/quake_search.log").st_ctime))
shodan_ntime = datetime.datetime.now()
shodan_file_creat_time = (parse(str(shodan_ntime)) - parse(shodan_ctime)).days
censys_ctime = time.strftime('%Y-%m-%d %H:%M:%S',time.localtime(os.stat("./temp/censys_search.log").st_ctime))
censys_ntime = datetime.datetime.now()
censys_file_creat_time = (parse(str(censys_ntime)) - parse(censys_ctime)).days
binaryedge_ctime = time.strftime('%Y-%m-%d %H:%M:%S',time.localtime(os.stat("./temp/binaryedge_search.log").st_ctime))
binaryedge_ntime = datetime.datetime.now()
binaryedge_file_creat_time = (parse(str(binaryedge_ntime)) - parse(binaryedge_ctime)).days
rapiddns_ctime = time.strftime('%Y-%m-%d %H:%M:%S',time.localtime(os.stat("./temp/rapiddns_search.log").st_ctime))
rapiddns_ntime = datetime.datetime.now()
rapiddns_file_creat_time = (parse(str(rapiddns_ntime)) - parse(rapiddns_ctime)).days
return [fofa_file_creat_time,zoomeye_file_creat_time,quake_file_creat_time,shodan_file_creat_time,censys_file_creat_time,binaryedge_file_creat_time,rapiddns_file_creat_time]
# def start_get_proxy(self):
# print(self.proxy_checkBox.isChecked())
# t = get_proxy_list(self.fofa_key()[0][0],str(self.fofa_key()[1][0]))
# t.text_print.connect(self.proxy_output)
# t.start()
def start_searching(self):
if self.proxy_checkBox.isChecked() == True:
proxy_flag = 'start'
else:
proxy_flag = 'stop'
self.start_search_pushButton.setEnabled(False)
if len(self.start_keywords_lineEdit.text()) == 0:
self.notice_output_textBrowser.setText("<font color='#ff0000'>" + '>请输入搜索关键字' + "<font>")
else:
iconame = ['jpg','png','ico']
filename = self.start_keywords_lineEdit.text().split('.')[-1]
if '://' in self.start_keywords_lineEdit.text() or filename in iconame:
log_time = self.filelog_time()
quake_icon = 'favicon: ' + '"' + str(self.quake_icon()) + '"'
fofa_icon = 'icon_hash=' + '"' + str(self.fofa_shodan_icon()) + '"'
shodan_icon = 'http.favicon.hash:' + str(self.fofa_shodan_icon())
self.fofa_thread = fofa_search_qthread(self.start_time_spinBox.text(),fofa_icon,self.fofa_key()[0][0],self.fofa_key()[1][0],self.start_keywords_lineEdit.text(),log_time[0],proxy_flag,self.fofa_checkBox.isChecked(),self.fofa_size_lineEdit.text())
self.fofa_thread.text_print.connect(self.fofa_output)
self.fofa_thread.notice_print.connect(self.notice_output)
self.fofa_thread.count_print.connect(self.count_output)
self.fofa_thread.res_print.connect(self.all_output)
self.fofa_search_output_textBrowser.setText("<font color='#55ff00'>" + '==========================' + "<font>")
self.zoomeye_search_output_textBrowser.setText("<font color='#55ff00'>" + '==========================' + "<font>")
self.zoomeye_search_output_textBrowser.append("<font color='#ff0000'>" + '>Zoomeye不支持Icon查询' + "<font>")
self.quake_thread = quake_search_qthread(self.quake_key()[0],quake_icon,self.start_keywords_lineEdit.text(),log_time[2],proxy_flag,self.quake_checkBox.isChecked(),self.quake_size_lineEdit.text())
self.quake_thread.text_print.connect(self.quake_output)
self.quake_thread.notice_print.connect(self.notice_output)
self.quake_thread.count_print.connect(self.count_output)
self.quake_thread.res_print.connect(self.all_output)
self.quake_search_output_textBrowser.setText("<font color='#55ff00'>" + '==========================' + "<font>")
self.shodan_thread = shodan_search_qthread(self.shodan_key()[0],shodan_icon,self.start_keywords_lineEdit.text(),log_time[3],self.shodan_checkBox.isChecked(),self.shodan_size_lineEdit.text())
self.shodan_thread.text_print.connect(self.shodan_output)
self.shodan_thread.notice_print.connect(self.notice_output)
self.shodan_thread.count_print.connect(self.count_output)
self.shodan_thread.res_print.connect(self.all_output)
self.shodan_search_output_textBrowser.setText("<font color='#55ff00'>" + '==========================' + "<font>")
self.fofa_thread.start()
self.quake_thread.start()
self.shodan_thread.start()
else:
select_str = self.search_str_select()
fofa_str = self.fofa_search_str()
quake_str = self.quake_search_str()
zoomeye_str = self.zoomeye_search_str()
shodan_str = self.shodan_search_str()
censys_str = self.censys_search_str()
log_time = self.filelog_time()
self.fofa_thread = fofa_search_qthread(self.start_time_spinBox.text(),fofa_str,self.fofa_key()[0][0],self.fofa_key()[1][0],self.start_keywords_lineEdit.text(),log_time[0],proxy_flag,self.fofa_checkBox.isChecked(),self.fofa_size_lineEdit.text())
# self.fofa_thread = fofa_search_qthread(self.start_time_spinBox.text(),select_str[0][0]+'"'+select_str[1]+'"',self.fofa_key()[0][0],self.fofa_key()[1][0])
self.fofa_thread.text_print.connect(self.fofa_output)
self.fofa_thread.notice_print.connect(self.notice_output)
self.fofa_thread.count_print.connect(self.count_output)
self.fofa_thread.res_print.connect(self.all_output)
self.fofa_search_output_textBrowser.setText("<font color='#55ff00'>" + '==========================' + "<font>")
self.zoomeye_thread = zoomeye_search_qthread(zoomeye_str,self.zoomeye_key()[0],self.start_time_spinBox.text(),self.start_keywords_lineEdit.text(),log_time[1],proxy_flag,self.zoomeye_checkBox.isChecked(),self.zoomeye_size_lineEdit.text())
# self.zoomeye_thread = zoomeye_search_qthread(select_str[0][1]+'"'+select_str[1]+'"',self.zoomeye_key()[0],self.start_time_spinBox.text())
self.zoomeye_thread.text_print.connect(self.zoomeye_output)
self.zoomeye_thread.notice_print.connect(self.notice_output)
self.zoomeye_thread.count_print.connect(self.count_output)
self.zoomeye_thread.res_print.connect(self.all_output)
self.zoomeye_search_output_textBrowser.setText("<font color='#55ff00'>" + '==========================' + "<font>")
self.quake_thread = quake_search_qthread(self.quake_key()[0],quake_str,self.start_keywords_lineEdit.text(),log_time[2],proxy_flag,self.quake_checkBox.isChecked(),self.quake_size_lineEdit.text())
# self.quake_thread = quake_search_qthread(self.quake_key()[0],select_str[0][2]+'"'+select_str[1]+'"')
self.quake_thread.text_print.connect(self.quake_output)
self.quake_thread.notice_print.connect(self.notice_output)
self.quake_thread.count_print.connect(self.count_output)
self.quake_thread.res_print.connect(self.all_output)
self.quake_search_output_textBrowser.setText("<font color='#55ff00'>" + '==========================' + "<font>")
self.shodan_thread = shodan_search_qthread(self.shodan_key()[0],shodan_str,self.start_keywords_lineEdit.text(),log_time[3],self.shodan_checkBox.isChecked(),self.shodan_size_lineEdit.text())
# self.shodan_thread = shodan_search_qthread(self.shodan_key()[0],select_str[0][3]+'"'+select_str[1]+'"')
self.shodan_thread.text_print.connect(self.shodan_output)
self.shodan_thread.notice_print.connect(self.notice_output)
self.shodan_thread.count_print.connect(self.count_output)
self.shodan_thread.res_print.connect(self.all_output)
self.shodan_search_output_textBrowser.setText("<font color='#55ff00'>" + '==========================' + "<font>")
self.censys_thread = censys_search_qthread(self.censys_key()[0][0],self.censys_key()[1][0],censys_str,self.start_keywords_lineEdit.text(),log_time[4],proxy_flag,self.censys_checkBox.isChecked(),self.censys_size_lineEdit.text())
self.censys_thread.text_print.connect(self.censys_output)
self.censys_thread.notice_print.connect(self.notice_output)
self.censys_thread.count_print.connect(self.count_output)
self.censys_thread.res_print.connect(self.all_output)
self.censys_search_output_textBrowser.setText("<font color='#55ff00'>" + '==========================' + "<font>")
self.binaryedge_thread = binaryedge_search_qthread(self.binaryedge_key()[0],self.start_keywords_lineEdit.text(),log_time[5],proxy_flag,self.binaryedge_checkBox.isChecked(),self.binaryedge_size_lineEdit.text())
self.binaryedge_thread.text_print.connect(self.binaryedge_output)
self.binaryedge_thread.notice_print.connect(self.notice_output)
self.binaryedge_thread.count_print.connect(self.count_output)
self.binaryedge_thread.res_print.connect(self.all_output)
self.binaryedge_search_output_textBrowser.setText("<font color='#55ff00'>" + '==========================' + "<font>")
self.rapiddns_qthread = rapiddns_search_qthread(self.start_keywords_lineEdit.text(),log_time[6],proxy_flag,self.fofa_checkBox.isChecked(),self.fofa_size_lineEdit.text())
self.rapiddns_qthread.text_print.connect(self.all_output)
self.rapiddns_qthread.count_print.connect(self.rapiddns_output)
self.rapiddns_qthread.notice_print.connect(self.notice_output)
self.fofa_thread.start()
self.fofa_thread.quit()
self.zoomeye_thread.start()
self.zoomeye_thread.quit()
self.quake_thread.start()
self.quake_thread.quit()
self.shodan_thread.start()
self.shodan_thread.quit()
self.censys_thread.start()
self.censys_thread.quit()
self.binaryedge_thread.start()
self.binaryedge_thread.quit()
self.rapiddns_qthread.start()
self.rapiddns_qthread.quit()
self.final_result_search_output_textBrowser.setText('')
self.start_search_pushButton.setEnabled(True)
def start_proxy(self):
email = self.fofa_key()[0][0]
key = self.fofa_key()[1][0]
proxy_aliving = []
try:
with open('./temp/proxylist','r',encoding='utf8') as f:
proxy_count = len(f.readlines())
except Exception:
self.proxy_output_textBrowser.setText("<font color='#ffff00'>" + ">没有proxylist文件"+ "<font>")
self.proxy_start = get_proxy_list(email,key)
self.proxy_start.text_print.connect(self.proxy_output)
self.proxy_start.start()
def fofa_output(self,text):
if '错误' in text:
self.fofa_search_output_textBrowser.setText(str(text))
else:
self.fofa_search_output_textBrowser.append(str(text))
def zoomeye_output(self,text):
if '错误' in text:
self.zoomeye_search_output_textBrowser.setText(str(text))
else:
self.zoomeye_search_output_textBrowser.append(str(text))
def quake_output(self,text):
if '错误' in text:
self.quake_search_output_textBrowser.setText(str(text))
else:
self.quake_search_output_textBrowser.append(str(text))
def shodan_output(self,text):
if '错误' in text:
self.shodan_search_output_textBrowser.setText(str(text))
else:
self.shodan_search_output_textBrowser.append(str(text))
def censys_output(self,text):
if '错误' in text:
self.censys_search_output_textBrowser.setText(str(text))
else:
self.censys_search_output_textBrowser.append(str(text))
def binaryedge_output(self,text):
if '错误' in text:
self.binaryedge_search_output_textBrowser.setText(str(text))
elif '开始整理数据' in text:
# self.start_res = result_clear(self.final_result_search_output_textBrowser.toPlainText())
self.start_res = result_start()
self.start_res.text_print.connect(self.result_start_output)
self.start_res.start()
else:
self.binaryedge_search_output_textBrowser.append(str(text))
def rapiddns_output(self,text):
if '开始整理数据' in text:
self.start_res = result_start()
self.start_res.text_print.connect(self.result_start_output)
self.start_res.start()
else:
pass
def proxy_output(self,text):
appendlist = ['发现存活代理','[+]','高质量代理']
settextlist = ['代理请求失败','正在请求新代理','代理获取完成']
if '发现存活代理' in text or '[+]' in text or '高质量代理' in text:
self.proxy_output_textBrowser.append(str(text))
elif '正在请求新代理' in text or '代理请求失败' in text or '代理获取完成' in text:
self.proxy_output_textBrowser.setText(str(text))
else:
self.proxy_output_textBrowser.append(str(text))
def result_start_output(self,text):
if "start" in text:
self.start_res = result_clear(self.final_result_search_output_textBrowser.toPlainText())
self.start_res.text_print.connect(self.all_output)
self.start_res.start()
else:
pass
def notice_output(self,text):
self.notice_output_textBrowser.append(str(text))
def count_output(self,text):
self.count_output_textBrowser.append(str(text))
def all_output(self,text):
if '开始整理数据' in text:
self.final_result_search_output_textBrowser.setText('')
else:
self.final_result_search_output_textBrowser.append(str(text))
class result_start(QThread):
text_print = pyqtSignal(str)
notice_print = pyqtSignal(str)
count_print = pyqtSignal(str)
res_print = pyqtSignal(str)
def __init__(self):
super(result_start,self).__init__()
def run(self):
time.sleep(6)
self.text_print.emit("start")
class result_clear(QThread):
text_print = pyqtSignal(str)
notice_print = pyqtSignal(str)
count_print = pyqtSignal(str)
res_print = pyqtSignal(str)
def __init__(self,a):
super(result_clear,self).__init__()
self.res = a
def run(self):
# time.sleep(6)
test = self.res.strip().replace('[+]','').split('\n')
save_xls = time.strftime("%Y%m%d%H%M%S", time.localtime()) + '.xls'
cout = 1
book = xlwt.Workbook(encoding='utf-8')
sheet = book.add_sheet('hostinfo',cell_overwrite_ok=True)
sheet.write(0,0, 'Hostinfo')
sheet.write(0,1, 'Protocol')
sheet.write(0,2, 'Banner')
for i in test:
list_a = i.strip().replace('[+]','').split(',')
if len(list_a) == 1:
sheet.write(cout,0,list_a[0])
sheet.write(cout,1,'Null')
sheet.write(cout,2,'Null')
cout += 1
elif len(list_a) == 2:
sheet.write(cout,0,list_a[0])
sheet.write(cout,1,list_a[1])
sheet.write(cout,2,'Null')
cout += 1
else:
sheet.write(cout,0,list_a[0])
sheet.write(cout,1,list_a[1])
sheet.write(cout,2,list_a[2])
cout += 1
book.save('./result/'+save_xls)
webtarget = {}
nowtarget = {}
# types = ['http','https','ssl/http']
self.text_print.emit("<font color='#55ff00'>" + ">开始整理数据..." + "<font>")
for i in test:
x = i.split(',')
if len(x) == 3:
if all(v for v in i.split(',')) == False:
hostinfo = i.split(',')[0]
service = i.split(',')[1]
if hostinfo in webtarget.keys():
aa = webtarget[hostinfo]
# print(webtarget)
aa[0].append(service)
else:
webtarget[hostinfo] = [[service],[]]
# print(webtarget)
# print(hostinfo , service)
else:
hostinfo = i.split(',')[0]
service = i.split(',')[1]
title = i.split(',')[2]
if hostinfo in webtarget.keys():
# print(webtarget)
aa = webtarget[hostinfo]
aa[0].append(service)
aa[1].append(title)
else:
webtarget[hostinfo] = [[service],[title]]
# print(hostinfo , service,title)
else:
if all(v for v in i.split(',')) == False:
pass
else:
hostinfo = i.split(',')[0]
service = i.split(',')[1]
if hostinfo in webtarget.keys():
bb = webtarget[hostinfo]
bb[0].append(service)
elif hostinfo in nowtarget.keys():
bb = nowtarget[hostinfo]
bb.append(service)
else:
nowtarget[hostinfo] = [service]
for i in webtarget.keys():
service_https = ['https','http/ssl','https-simple-new']
services = list(set(webtarget[i][0]))
title = list(set(webtarget[i][1]))
services_ip = ''
title_ip = ''
if len(services) >= 2:
for j in services:
services_ip = services_ip +j +'|'
if j == 'http':
host_t = j
elif j in service_https:
host_t = 'https'
else:
pass
httpurl = '<a href=\"'+host_t +'://' + i + '\"><span style=\" text-decoration: underline; color:#55ff00;\">' + i + '</span></a>'
if len(title) >= 2:
for k in title:
title_ip = title_ip +k + '|'
self.text_print.emit("<font color='#ffff00'>" + '资产: '+ httpurl +' 协议有变动: ' +services_ip+ "<font>")
self.text_print.emit("<font color='#ffff00'>" + '标题有变动: '+ title_ip + "<font>")
time.sleep(0.1)
elif len(title) == 1:
self.text_print.emit("<font color='#55ff00'>" + '资产: '+ httpurl +' 协议有变动: ' +services[0]+ "<font>")
self.text_print.emit("<font color='#55ff00'>" + '标题: '+ title[0] + "<font>")
time.sleep(0.1)
else:
self.text_print.emit("<font color='#ffff00'>" + '资产: '+ httpurl +' 协议有变动: ' +services_ip+ "<font>")
self.text_print.emit("<font color='#55ff00'>" + '标题: '+ 'None'+ "<font>")
time.sleep(0.1)
else:
if services[0] in service_https:
http_protocol = 'https'
else:
http_protocol = services[0]
httpurl = '<a href=\"'+ http_protocol +'://' + i + '\"><span style=\" text-decoration: underline; color:#55ff00;\">' + i + '</span></a>'
if len(title) >= 2:
for k in title:
title_ip = title_ip +k+ '|'
self.text_print.emit("<font color='#55ff00'>" + '资产: '+ httpurl +' 协议无变动: ' +http_protocol+ "<font>")
self.text_print.emit("<font color='#ffff00'>" + '标题有变动: '+ title_ip + "<font>")
time.sleep(0.1)
elif len(title) == 1:
self.text_print.emit("<font color='#55ff00'>" + '资产: '+ httpurl +' 协议无变动: ' +http_protocol+ "<font>")
self.text_print.emit("<font color='#55ff00'>" + '标题: '+ title[0] + "<font>")
time.sleep(0.1)
else:
self.text_print.emit("<font color='#55ff00'>" + '资产: '+ httpurl +' 协议无变动: ' +http_protocol+ "<font>")
self.text_print.emit("<font color='#55ff00'>" + '标题: None' + "<font>")
time.sleep(0.1)
for inow in nowtarget.keys():
services_host = list(set(nowtarget[inow]))
protocol = ''
if len(services_host) >= 2:
for f in services_host:
protocol = protocol + f +'|'
self.text_print.emit("<font color='#ffff00'>" + '资产: '+ inow +' 协议有变动: ' +protocol+ "<font>")
else:
self.text_print.emit("<font color='#55ff00'>" + '资产: '+ inow +' 协议无变动: ' +services_host[0]+ "<font>")
class fofa_search_qthread(QThread):
text_print = pyqtSignal(str)
notice_print = pyqtSignal(str)
count_print = pyqtSignal(str)
res_print = pyqtSignal(str)
def __init__(self,a,b,c,d,e,f,g,h,i):
super(fofa_search_qthread,self).__init__()
self.headers = {
'Upgrade-Insecure-Requests': '1',
'User-Agent':'Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/70.0.3538.110 Safari/537.36'
}
day = re.findall('\d*',a)
days = datetime.date.today() - datetime.timedelta(int(day[0]))
self.basic_qstr = e.strip()
self.qstr = b + '&&' + 'after="' + str(days) + '"'
#如不要title，可以加词语发('type='+'"'+'service'+'"' + '&&')
self.base64_qstr = str(base64.b64encode(self.qstr.encode("utf-8")),'utf-8')
self.email = c
self.key = d
self.log_time = f
self.proxy_flag = g
self.start_flag = h
self.size = i
def run(self):
try:
if self.start_flag == False:
self.text_print.emit("<font color='#ff0000'>" + ">Fofa已关闭" + "<font>")
else:
if os.path.getsize('./temp/fofa_search.log') > 0:
with open('./temp/fofa_search.log','r',encoding='utf8') as fofa_log:
info = json.load(fofa_log)
else:
info = {}
if self.basic_qstr in list(info.keys()):
t0 = time.time()
select_list1 = []
histtory_search = info[self.basic_qstr]
for i in histtory_search['results']:
hostinfo = str(i[1]) + ":" + str(i[2])
select_list1.append(hostinfo)
if i[4] == 'http':
httpurl = '<a href=\"http://' + str(i[1]) + ":" + str(i[2]) + '\"><span style=\" text-decoration: underline; color:#55ff00;\">' + str(i[1]) + ":" + str(i[2]) + '</span></a>'
self.text_print.emit("<font color='#55ff00'>" + "Host: " + httpurl + "<font>")
self.text_print.emit("<font color='#55ff00'>" + "Title: " + i[3] + "<font>")
self.text_print.emit("<font color='#55ff00'>" + "Protocol: " + i[4] + "<font>")
self.text_print.emit("<font color='#55ff00'>" + '==========================' + "<font>")
self.res_print.emit("<font color='#55ff00'>" +"[+]" + httpurl +","+ i[4] +","+i[3]+ "<font>")
elif i[4] == 'https':
httpurl = '<a href=\"https://' + str(i[1]) + ":" + str(i[2]) + '\"><span style=\" text-decoration: underline; color:#55ff00;\">' + str(i[1]) + ":" + str(i[2]) + '</span></a>'
self.text_print.emit("<font color='#55ff00'>" + "Host: " + httpurl + "<font>")
self.text_print.emit("<font color='#55ff00'>" + "Title: " + i[3] + "<font>")
self.text_print.emit("<font color='#55ff00'>" + "Protocol: " + i[4] + "<font>")
self.text_print.emit("<font color='#55ff00'>" + '==========================' + "<font>")
self.res_print.emit("<font color='#55ff00'>" +"[+]" + httpurl +","+ i[4] +","+i[3]+ "<font>")
elif 'app=' in self.basic_qstr:
httpurl = '<a href=\"http://' + str(i[1]) + ":" + str(i[2]) + '\"><span style=\" text-decoration: underline; color:#55ff00;\">' + str(i[1]) + ":" + str(i[2]) + '</span></a>'
self.text_print.emit("<font color='#55ff00'>" + "Host: " + httpurl + "<font>")
self.text_print.emit("<font color='#55ff00'>" + "Title: " + i[3] + "<font>")
self.text_print.emit("<font color='#55ff00'>" + "Protocol: " + i[4] + "<font>")
self.text_print.emit("<font color='#55ff00'>" + '==========================' + "<font>")
self.res_print.emit("<font color='#55ff00'>" +"[+]" + httpurl +","+ "http" +","+i[3]+ "<font>")
elif '://' in self.basic_qstr:
httpurl = '<a href=\"http://' + str(i[1]) + ":" + str(i[2]) + '\"><span style=\" text-decoration: underline; color:#55ff00;\">' + str(i[1]) + ":" + str(i[2]) + '</span></a>'
self.text_print.emit("<font color='#55ff00'>" + "Host: " + httpurl + "<font>")
self.text_print.emit("<font color='#55ff00'>" + "Title: " + i[3] + "<font>")
self.text_print.emit("<font color='#55ff00'>" + "Protocol: " + i[4] + "<font>")
self.text_print.emit("<font color='#55ff00'>" + '==========================' + "<font>")
self.res_print.emit("<font color='#55ff00'>" +"[+]" + httpurl +","+ "http" +","+i[3]+ "<font>")
else:
self.text_print.emit("<font color='#55ff00'>" + "Host: " + i[1] + ":" + i[2] + "<font>")
self.text_print.emit("<font color='#55ff00'>" + "Protocol: " + i[4] + "<font>")
self.text_print.emit("<font color='#55ff00'>" + '==========================' + "<font>")
self.res_print.emit("<font color='#55ff00'>" +"[+]" + i[1] + ":" + i[2] +","+ i[4] + "<font>")
self.notice_print.emit("<font color='#55ff00'>" + ">Fofa历史查询完成" + "<font>")
self.count_print.emit("<font color='#55ff00'>" + "==================" + "<font>")
self.count_print.emit("<font color='#55ff00'>" + ">Fofa当前资产:" + str(len(histtory_search['results'])) + "<font>")
self.count_print.emit("<font color='#55ff00'>" + ">Fofa重复资产:" + str(len(select_list1)-len(list(set(select_list1)))) + "<font>")
self.count_print.emit("<font color='#55ff00'>" + ">Fofa总计资产:" + str(histtory_search['size']) + "<font>")
self.count_print.emit("<font color='#55ff00'>" + ">耗时:" + str(round(time.time() - t0,4)) + "秒" + "<font>")
# self.text_print.emit("<font color='#55ff00'>" + '搜索完成' + "<font>")
elif 'app=' in self.basic_qstr:
if '++' in self.basic_qstr or '--' in self.basic_qstr or '^^' in self.basic_qstr:
self.text_print.emit("<font color='#ff0000'>" + ">APP搜索不支持多语法" + httpurl + "<font>")
else:
with open("./apprule.json",'r',encoding='utf8') as f:
info_str = json.load(f)
if self.basic_qstr not in info_str.keys():
self.text_print.emit("<font color='#ff0000'>" + ">APP语法未定义" + "<font>")
else:
basic_qstr = info_str[self.basic_qstr]['fofa']
base64_qstr = str(base64.b64encode(basic_qstr.encode("utf-8")),'utf-8')
proxy_alive = {}
t0 = time.time()
select_list = []
api_url_http = 'http://fofa.so/api/v1/search/all?email=%s&key=%s&fields=host,ip,port,title,protocol,header,banner&size=%s&page=1&qbase64=%s'%(self.email,self.key,self.size,base64_qstr)
api_url_https = 'https://fofa.so/api/v1/search/all?email=%s&key=%s&fields=host,ip,port,title,protocol,header,banner,longitude,latitude&size=%s&page=1&qbase64=%s'%(self.email,self.key,self.size,base64_qstr)
if self.proxy_flag == 'start':
with open('./temp/proxylist','r',encoding='utf8') as pt:
pr = pt.readlines()
proxyinfo = random.choice(pr)
types = proxyinfo.strip().split(',')[0]
host = proxyinfo.strip().split(',')[1]
port = proxyinfo.strip().split(',')[2]
proxy_alive[types]=types + "://"+host+":"+port
else:
pass
if len(proxy_alive.keys()) == 1:
if list(proxy_alive.keys())[0] == 'http':
res = requests.get(url=api_url_http,headers=self.headers,proxies={'http': "http://{0}:{1}".format(host,port)})
else:
res = requests.get(url=api_url_https,headers=self.headers,proxies={'https': "https://{0}:{1}".format(host,port)})
else:
res = requests.get(url=api_url_https,headers=self.headers)
fofa_res = {}
fofa_res[self.basic_qstr] = res.json()
fofa_res_log_new = json.dumps(fofa_res,indent=3)
if res.json()['error'] is True:
self.text_print.emit("<font color='#ff0000'>" + ">Fofa API错误" + "<font>")
else:
if len(res.json()['results']) == 0:
self.text_print.emit("<font color='#ff0000'>" + ">Fofa没有相关资产" + "<font>")
else:
for i in res.json()['results']:
hostinfo = str(i[1]) + ":" + str(i[2])
select_list.append(hostinfo)
if i[4] == 'http':
httpurl = '<a href=\"http://' + str(i[1]) + ":" + str(i[2]) + '\"><span style=\" text-decoration: underline; color:#55ff00;\">' + str(i[1]) + ":" + str(i[2]) + '</span></a>'
self.text_print.emit("<font color='#55ff00'>" + "Host: " + httpurl + "<font>")
self.text_print.emit("<font color='#55ff00'>" + "Title: " + i[3] + "<font>")
self.text_print.emit("<font color='#55ff00'>" + "Protocol: " + i[4] + "<font>")
self.text_print.emit("<font color='#55ff00'>" + '==========================' + "<font>")
self.res_print.emit("<font color='#55ff00'>" +"[+]" + httpurl +","+ i[4] +","+i[3]+ "<font>")
elif i[4] == 'https':
httpurl = '<a href=\"https://' + str(i[1]) + ":" + str(i[2]) + '\"><span style=\" text-decoration: underline; color:#55ff00;\">' + str(i[1]) + ":" + str(i[2]) + '</span></a>'
self.text_print.emit("<font color='#55ff00'>" + "Host: " + httpurl + "<font>")
self.text_print.emit("<font color='#55ff00'>" + "Title: " + i[3] + "<font>")
self.text_print.emit("<font color='#55ff00'>" + "Protocol: " + i[4] + "<font>")
self.text_print.emit("<font color='#55ff00'>" + '==========================' + "<font>")
self.res_print.emit("<font color='#55ff00'>" +"[+]" + httpurl +","+ i[4] +","+i[3]+ "<font>")
elif "app=" in self.basic_qstr:
httpurl = '<a href=\"http://' + str(i[1]) + ":" + str(i[2]) + '\"><span style=\" text-decoration: underline; color:#55ff00;\">' + str(i[1]) + ":" + str(i[2]) + '</span></a>'
self.text_print.emit("<font color='#55ff00'>" + "Host: " + httpurl + "<font>")
self.text_print.emit("<font color='#55ff00'>" + "Title: " + i[3] + "<font>")
self.text_print.emit("<font color='#55ff00'>" + "Protocol: http" + "<font>")
self.text_print.emit("<font color='#55ff00'>" + '==========================' + "<font>")
self.res_print.emit("<font color='#55ff00'>" +"[+]" + httpurl +","+ "http" +","+i[3]+ "<font>")
else:
self.text_print.emit("<font color='#55ff00'>" + "Host: " + i[1] + ":" + i[2] + "<font>")
# self.text_print.emit("<font color='#55ff00'>" + "Title: " + i[3] + "<font>")
self.text_print.emit("<font color='#55ff00'>" + "Protocol: " + i[4] + "<font>")
self.text_print.emit("<font color='#55ff00'>" + '==========================' + "<font>")
self.res_print.emit("<font color='#55ff00'>" +"[+]" + i[1] + ":" + i[3] +","+ "http" + "<font>")
self.notice_print.emit("<font color='#55ff00'>" + ">Fofa搜索完成" + "<font>")
self.count_print.emit("<font color='#55ff00'>" + "==================" + "<font>")
self.count_print.emit("<font color='#55ff00'>" + ">Fofa当前资产:" + str(len(res.json()['results'])) + "<font>")
self.count_print.emit("<font color='#55ff00'>" + ">Fofa重复资产:" + str(len(select_list)-len(list(set(select_list)))) + "<font>")
self.count_print.emit("<font color='#55ff00'>" + ">Fofa总计资产:" + str(res.json()['size']) + "<font>")
self.count_print.emit("<font color='#55ff00'>" + ">耗时:" + str(round(time.time() - t0,4)) + "秒" + "<font>")
if self.log_time > 5:
os.remove("./temp/fofa_search.log")
with open('./temp/fofa_search.log','w+',encoding='utf8') as fofa_log_write:
fofa_log_write.write(fofa_res_log_new)
self.notice_print.emit("<font color='#55ff00'>" + ">Fofa日志清理完成" + "<font>")
else:
with open('./temp/fofa_search.log','w',encoding='utf8') as fofa_log_write:
info[self.basic_qstr] = res.json()
fofa_res_log = json.dumps(info,indent=3)
fofa_log_write.write(fofa_res_log)
self.notice_print.emit("<font color='#55ff00'>" + ">Fofa日志存储完成" + "<font>")
else:
proxy_alive = {}
t0 = time.time()
select_list = []
api_url_http = 'http://fofa.so/api/v1/search/all?email=%s&key=%s&fields=host,ip,port,title,protocol,header,banner&size=%s&page=1&qbase64=%s'%(self.email,self.key,self.size,self.base64_qstr)
api_url_https = 'https://fofa.so/api/v1/search/all?email=%s&key=%s&fields=host,ip,port,title,protocol,header,banner&size=%s&page=1&qbase64=%s'%(self.email,self.key,self.size,self.base64_qstr)
if self.proxy_flag == 'start':
with open('./temp/proxylist','r',encoding='utf8') as pt:
pr = pt.readlines()
proxyinfo = random.choice(pr)
types = proxyinfo.strip().split(',')[0]
host = proxyinfo.strip().split(',')[1]
port = proxyinfo.strip().split(',')[2]
proxy_alive[types]=types + "://"+host+":"+port
else:
pass
if len(proxy_alive.keys()) == 1:
if list(proxy_alive.keys())[0] == 'http':
res = requests.get(url=api_url_http,headers=self.headers,proxies={'http': "http://{0}:{1}".format(host,port)})
else:
res = requests.get(url=api_url_https,headers=self.headers,proxies={'https': "https://{0}:{1}".format(host,port)})
else:
res = requests.get(url=api_url_https,headers=self.headers)
fofa_res = {}
fofa_res[self.basic_qstr] = res.json()
fofa_res_log_new = json.dumps(fofa_res,indent=3)
if res.json()['error'] is True:
self.text_print.emit("<font color='#ff0000'>" + ">Fofa API错误" + "<font>")
else:
if len(res.json()['results']) == 0:
self.text_print.emit("<font color='#ff0000'>" + ">Fofa没有相关资产" + "<font>")
else:
for i in res.json()['results']:
hostinfo = str(i[1]) + ":" + str(i[2])
select_list.append(hostinfo)
if i[4] == 'http':
httpurl = '<a href=\"http://' + str(i[1]) + ":" + str(i[2]) + '\"><span style=\" text-decoration: underline; color:#55ff00;\">' + str(i[1]) + ":" + str(i[2]) + '</span></a>'
self.text_print.emit("<font color='#55ff00'>" + "Host: " + httpurl + "<font>")
self.text_print.emit("<font color='#55ff00'>" + "Title: " + i[3] + "<font>")
self.text_print.emit("<font color='#55ff00'>" + "Protocol: " + i[4] + "<font>")
self.text_print.emit("<font color='#55ff00'>" + '==========================' + "<font>")
self.res_print.emit("<font color='#55ff00'>" +"[+]" + httpurl +","+ i[4] +","+i[3]+ "<font>")
elif i[4] == 'https':
httpurl = '<a href=\"https://' + str(i[1]) + ":" + str(i[2]) + '\"><span style=\" text-decoration: underline; color:#55ff00;\">' + str(i[1]) + ":" + str(i[2]) + '</span></a>'
self.text_print.emit("<font color='#55ff00'>" + "Host: " + httpurl + "<font>")
self.text_print.emit("<font color='#55ff00'>" + "Title: " + i[3] + "<font>")
self.text_print.emit("<font color='#55ff00'>" + "Protocol: " + i[4] + "<font>")
self.text_print.emit("<font color='#55ff00'>" + '==========================' + "<font>")
self.res_print.emit("<font color='#55ff00'>" +"[+]" + httpurl +","+ i[4] +","+i[3]+ "<font>")
else:
self.text_print.emit("<font color='#55ff00'>" + "Host: " + i[1] + ":" + i[2] + "<font>")
# self.text_print.emit("<font color='#55ff00'>" + "Title: " + i[3] + "<font>")
self.text_print.emit("<font color='#55ff00'>" + "Protocol: " + i[4] + "<font>")
self.text_print.emit("<font color='#55ff00'>" + '==========================' + "<font>")
self.res_print.emit("<font color='#55ff00'>" +"[+]" + i[1] + ":" + i[3] +","+ "http" + "<font>")
self.notice_print.emit("<font color='#55ff00'>" + ">Fofa搜索完成" + "<font>")
self.count_print.emit("<font color='#55ff00'>" + "==================" + "<font>")
self.count_print.emit("<font color='#55ff00'>" + ">Fofa当前资产:" + str(len(res.json()['results'])) + "<font>")
self.count_print.emit("<font color='#55ff00'>" + ">Fofa重复资产:" + str(len(select_list)-len(list(set(select_list)))) + "<font>")
self.count_print.emit("<font color='#55ff00'>" + ">Fofa总计资产:" + str(res.json()['size']) + "<font>")
self.count_print.emit("<font color='#55ff00'>" + ">耗时:" + str(round(time.time() - t0,4)) + "秒" + "<font>")
if self.log_time > 5:
os.remove("./temp/fofa_search.log")
with open('./temp/fofa_search.log','w+',encoding='utf8') as fofa_log_write:
fofa_log_write.write(fofa_res_log_new)
self.notice_print.emit("<font color='#55ff00'>" + ">Fofa日志清理完成" + "<font>")
else:
with open('./temp/fofa_search.log','w',encoding='utf8') as fofa_log_write:
info[self.basic_qstr] = res.json()
fofa_res_log = json.dumps(info,indent=3)
fofa_log_write.write(fofa_res_log)
self.notice_print.emit("<font color='#55ff00'>" + ">Fofa日志存储完成" + "<font>")
except Exception as e:
pass
class zoomeye_search_qthread(QThread):
text_print = pyqtSignal(str)
notice_print = pyqtSignal(str)
count_print = pyqtSignal(str)
res_print = pyqtSignal(str)
def __init__(self,a,b,c,d,e,f,g,h):
super(zoomeye_search_qthread,self).__init__()
day = re.findall('\d*',c)
days = datetime.date.today() - datetime.timedelta(int(day[0]))
# qstr = a + ' +' + 'after:'+'"' +str(days) + '"'
qstr = a
self.qstr = quote(qstr,'utf-8')
# self.headers = {
# "Authorization": b
# }
self.headers = {
"User-Agent": random.choice(USER_AGENTS),
}
self.basic_qstr = d.strip()
self.log_time = e
self.proxy_flag = f
self.start_flag = g
self.size = h
def run(self):
try:
if self.start_flag == False:
self.text_print.emit("<font color='#ff0000'>" + ">Zoomeye已关闭" + "<font>")
else:
if os.path.getsize('./temp/zoomeye_search.log') > 0:
with open('./temp/zoomeye_search.log','r',encoding='utf8') as zoomeye_log:
info = json.load(zoomeye_log)
else:
info = {}
if self.basic_qstr in list(info.keys()):
t0 = time.time()
select_list = []
histtory_search = info[self.basic_qstr]
for i in histtory_search['matches']:
hostinfo = str(i['ip']) + ":" + str(i['portinfo']['port'])
select_list.append(hostinfo)
if i['portinfo']['service'] == 'http':
httpurl = '<a href=\"http://' + str(i['ip']) + ":" + str(i['portinfo']['port']) + '\"><span style=\" text-decoration: underline; color:#55ff00;\">' + str(i['ip']) + ":" + str(i['portinfo']['port']) + '</span></a>'
self.text_print.emit("<font color='#55ff00'>" + "Host: " + httpurl + "<font>")
if 'title' in i['portinfo'].keys():
if i['portinfo']['title'] == None:
title = 'Title: None'
self.text_print.emit("<font color='#55ff00'>" + "Title: None" + "<font>")
else:
title = str(i['portinfo']['title'][0])
self.text_print.emit("<font color='#55ff00'>" + "Title: " + str(i['portinfo']['title'][0]) + "<font>")
else:
title = str(BeautifulSoup(i['raw_data'],'html.parser').title.string)
self.text_print.emit("<font color='#55ff00'>" + "Title: " + title + "<font>")
self.text_print.emit("<font color='#55ff00'>" + "Protocol: " + str(i['portinfo']['service']) + "<font>")
self.text_print.emit("<font color='#55ff00'>" + '==========================' + "<font>")
self.res_print.emit("<font color='#55ff00'>" + '[+]'+httpurl+','+str(i['portinfo']['service'])+','+title + "<font>")
elif i['portinfo']['service'] == 'https':
httpurl = '<a href=\"https://' + str(i['ip']) + ":" + str(i['portinfo']['port']) + '\"><span style=\" text-decoration: underline; color:#55ff00;\">' + str(i['ip']) + ":" + str(i['portinfo']['port']) + '</span></a>'
self.text_print.emit("<font color='#55ff00'>" + "Host: " + httpurl + "<font>")
if 'title' in i['portinfo'].keys():
if i['portinfo']['title'] == None:
title = 'Title: None'
self.text_print.emit("<font color='#55ff00'>" + "Title: None" + "<font>")
else:
title = str(i['portinfo']['title'][0])
self.text_print.emit("<font color='#55ff00'>" + "Title: " + str(i['portinfo']['title'][0]) + "<font>")
else:
title = str(BeautifulSoup(i['raw_data'],'html.parser').title.string)
self.text_print.emit("<font color='#55ff00'>" + "Title: " + title + "<font>")
self.text_print.emit("<font color='#55ff00'>" + "Protocol: " + str(i['portinfo']['service']) + "<font>")
self.text_print.emit("<font color='#55ff00'>" + '==========================' + "<font>")
self.res_print.emit("<font color='#55ff00'>" + '[+]'+httpurl+','+str(i['portinfo']['service'])+','+title + "<font>")
else: