import requests
def foo():    for url in open("url.txt"):        url = url.strip()        if 'http' in url or 'https' in url:            url1 = url            url2 = None        else:            url1 = f'http://{url}'            url2 = f'https://{url}'        try:            ok = requests.get(url1, timeout=(5, 8))            if ok.status_code == 200:                print(url1, ok.status_code)                with open("./url_ok.txt", 'a+') as url_ok:                    url_ok.write(url1 + "\n")                    url_ok.close()            else:                ok_1 = requests.get(url2, timeout=(5, 8))                if ok_1.status_code == 200:                    print(url2, ok_1.status_code)                    with open("./url_ok.txt", 'a+') as url_ok:                        url_ok.write(url2 + "\n")                        url_ok.close()                else:                    print(url2, ok.status_code)        except:            try:                ok2 = requests.get(url2, timeout=(5, 8))                if ok2.status_code == 200:                    print(url2, ok2.status_code)                    with open("./url_ok.txt", 'a+') as url_ok:                        url_ok.write(url1 + "\n")                        url_ok.close()                else:                    print(url2, ok2.status_code)            except:                print(f"{url2} URL无效")
if __name__ == "__main__":    foo()

/xray webscan --listen 127.0.0.1:7777 --html-output xxx.html

nohup ./xray webscan --listen 127.0.0.1:7777 --html-output xxx.html > out.log 2>err.log &

import queueimport simplejsonimport threadingimport subprocessimport requestsimport warningswarnings.filterwarnings(action='ignore')
urls_queue = queue.Queue()tclose=0
def opt2File(paths):  try:    f = open('crawl_result.txt','a')    f.write(paths + '\n')  finally:    f.close()
def opt2File2(subdomains):  try:    f = open('sub_domains.txt','a')    f.write(subdomains + '\n')  finally:    f.close()


def request0():  while tclose==0 or urls_queue.empty() == False:    if(urls_queue.qsize()==0):      continue    print(urls_queue.qsize())    req =urls_queue.get()    proxies = {    'http': 'http://127.0.0.1:7777',    'https': 'http://127.0.0.1:7777',    }    urls0 =req['url']    headers0 =req['headers']    method0=req['method']    data0=req['data']    try:      if(method0=='GET'):        a = requests.get(urls0, headers=headers0, proxies=proxies,timeout=30,verify=False)        opt2File(urls0)      elif(method0=='POST'):        a = requests.post(urls0, headers=headers0,data=data0, proxies=proxies,timeout=30,verify=False)        opt2File(urls0)    except:      continue  return
def main(data1):  target = data1  cmd = ["./crawlergo", "-c", "/usr/bin/google-chrome","-t", "20","-f","smart","--fuzz-path", "--output-mode", "json", target]  rsp = subprocess.Popen(cmd, stdout=subprocess.PIPE, stderr=subprocess.PIPE)  output, error = rsp.communicate()  try:    result = simplejson.loads(output.decode().split("--[Mission Complete]--")[1])  except:    return  req_list = result["req_list"]  sub_domain = result["sub_domain_list"]  print(data1)  print("[crawl ok]")  try:    for subd in sub_domain:      opt2File2(subd)  except:    pass  try:    for req in req_list:      urls_queue.put(req)  except:    return  print("[scanning]")


if __name__ == '__main__':  file = open("targets.txt")  t = threading.Thread(target=request0)  t.start()  for text in file.readlines():    data1 = text.strip('\n')    main(data1)  tclose=1