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USBFlow_Soer.py
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USBFlow_Soer.py
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'''Author [email protected]'''
import os
import sys
import yaml
import argparse
import platform
import matplotlib.pyplot as plt
import operator
logo = '''
__ _ _
/_ | | | (_)
_ _ | | ___ | |__ _ _ __
| | | | | | / __| | '_ \ | | | '_ \
| |_| | | | \__ \ | | | | | | | | | |
\__, | |_| |___/ |_| |_| |_| |_| |_|
__/ |
|___/
'''
class END:
def Without_Match():
print("-"*50 ,"\n[-] 解密失败,请联系QQ:2729913542更新USB数据")
def Message():
print("-"*50 ,"\n[+] 工具由y1shin开发,欢迎加QQ:2729913542与我讨论")
class GET_START:
def Get_Basic_Parameter():
parser = argparse.ArgumentParser()
parser.add_argument('-f' ,type=str ,default=None ,required=True ,
help='输入文件路径')
parser.add_argument('-p' ,type=str ,default=None ,required=True ,
help='输入需要提取的srcIP')
parser.add_argument('-d' ,type=str ,default=None ,required=True ,
help='输入需要提取的字段名:usbhid.data/usb.capdata')
args = parser.parse_args()
return args.f ,args.p ,args.d
def Build_Cmd_And_Get_Data(file_name:str ,des_IP:str ,field_name:str):
Reponse_IP = des_IP[:-1]+"0"
os.system(f'tshark -r {file_name} -T fields -Y "usb.src=={des_IP}" -e {field_name} > temp_data.out')
os.system(f'tshark -r {file_name} -T fields -Y \"usb && usb.src!=host && usb.src!={des_IP}\" -e \"usb.idProduct\" > temp_id.out')
os.system(f'tshark -r {file_name} -T fields -Y \"usb && usb.src!=host && usb.src!={des_IP}\" -e \"usb.idVendor\" > temp_vendor.out')
os.system(f'tshark -r {file_name} -T fields -Y \"usb && usb.src!=host && usb.src=={Reponse_IP}\" -e \"usb.idVendor\" > temp_Response.out')
os.system(f'tshark -r {file_name} -T fields -Y \"usb && usb.src!=host && usb.src=={Reponse_IP}\" -e \"usb.idProduct\" > temp_Res.out')
with open("temp_data.out") as f:
USB_Value_List = f.readlines()
with open("temp_id.out") as f:
USB_Device_Id = f.read().strip().split()
with open("temp_vendor.out") as f:
USB_Vendor_Id = f.read().strip().split()
with open("temp_Response.out") as f:
Des_VendorID = f.read().strip().split()
with open("temp_Res.out") as f:
Des_ProductID = f.read().strip().split()
# 在zeror师傅的指导下，旨在增强代码的健壮性
temp_dirlist = ["temp_data.out" ,"temp_id.out" ,"temp_vendor.out" ,"temp_Response.out" ,"temp_Res.out" ,]
for i in temp_dirlist:
try:
os.remove(i)
except:
print(f"运行名录下临时文件{i}未能删除,请手动删除")
# 读取所有的ID值
ID = []
for i in range(len(USB_Vendor_Id)):
ID.append((USB_Vendor_Id[i] ,USB_Device_Id[i]))
# 这里是为了解决出题人只截取部分流量包的问题
if len(Des_VendorID) != 0:
return USB_Value_List ,ID ,(Des_VendorID[0] ,Des_ProductID[0])
else:
return USB_Value_List ,ID ,(None ,None)
class KEYBOARD:
'''
Leftover Capture Data(usb.capdata): 0200040000000000
[0:2]->binary:00000010(按下了Left Shift) :
数据由大端储存
{ 按下了什么功能键,对应的值为1,则已按下
bit_0:Left Ctrl
bit_1:Left Shift
bit_2:Left Alt
bit_3:Left Win
bit_4:Right Ctrl
bit_5:Right Shift
bit_6:Right Alt
bit_7:Right Win
}
[4:6]:按下的键盘上的键,如果短时间按了两个键,那么[6:8]也会有数据
'''
# 还原键盘的按键情况
def Value_2_PlainText(data_list):
normal_Keys = {
"04":"a", "05":"b", "06":"c", "07":"d", "08":"e","09":"f", "0a":"g", "0b":"h", "0c":"i", "0d":"j","0e":"k", "0f":"l", "10":"m", "11":"n", "12":"o","13":"p", "14":"q", "15":"r", "16":"s", "17":"t","18":"u", "19":"v", "1a":"w", "1b":"x", "1c":"y","1d":"z","1e":"1", "1f":"2", "20":"3", "21":"4","22":"5", "23":"6","24":"7","25":"8","26":"9","27":"0","28":"\n","29":"<ESC>","2a":"<DEL>", "2b":"\t","2c":" ","2d":"-","2e":"=","2f":"[","30":"]","31":"\\","32":"<NON>","33":";","34":"'","35":"<GA>","36":",","37":".","38":"/","39":"<CAP>","3a":"<F1>","3b":"<F2>", "3c":"<F3>","3d":"<F4>","3e":"<F5>","3f":"<F6>","40":"<F7>","41":"<F8>","42":"<F9>","43":"<F10>","44":"<F11>","45":"<F12>","46":"<PRTSC>","47":"<SCR>","48":"<PAUSE>","49":"<INSERT>","4a":"<HOME>","4b":"<PGUP>","4c":"<DEL FORWARD>","4d":"<END>","4e":"<PGDW>","4f":"<RIGHTARROW>","50":"<LEFTARROW>","51":"<DOWNARROW>","52":"<UPARRWO>","00":"","":""}
shift_Keys = {
"04":"A", "05":"B", "06":"C", "07":"D", "08":"E", "09":"F", "0a":"G", "0b":"H", "0c":"I", "0d":"J", "0e":"K", "0f":"L", "10":"M", "11":"N", "12":"O", "13":"P", "14":"Q", "15":"R", "16":"S", "17":"T","18":"U", "19":"V", "1a":"W", "1b":"X", "1c":"Y","1d":"Z","1e":"!", "1f":"@", "20":"#", "21":"$","22":"%", "23":"^","24":"&","25":"*","26":"(","27":")","28":"\n","29":"<ESC>","2a":"<DEL>","2b":"\t","2c":" ","2d":"_","2e":"+","2f":"{","30":"}","31":"|","32":"<NON>","33":"\"","34":":","35":"<GA>","36":"<","37":">","38":"?","39":"<CAP>","3a":"<F1>","3b":"<F2>","3c":"<F3>","3d":"<F4>","3e":"<F5>","3f":"<F6>","40":"<F7>","41":"<F8>","42":"<F9>","43":"<F10>","44":"<F11>","45":"<F12>","46":"<PRTSC>","47":"<SCR>","48":"<PAUSE>","49":"<INSERT>","4a":"<HOME>","4b":"<PGUP>","4c":"<DEL FORWARD>","4d":"<END>","4e":"<PGDW>","4f":"<RIGHTARROW>","50":"<LEFTARROW>","51":"<DOWNARROW>","52":"<UPARRWO>","00":""}
CAP_Count = 0 # 默认开始是小写
result = ""
Func_Choice = input('需要输出所有的功能键吗?[y/n]:').upper()
for i in data_list:
i = i.strip("\n")
single_press = i[4:6]
Function_press_bit = str(bin(int(i[0:2] ,16))[2:].zfill(8)[::-1])
Function_press_dir = {"[Ctrl]":0 ,"[Shift]":0 ,"[Alt]":0 ,"[Win]":0}
# 计算功能键的按下情况
if Function_press_bit[0] != "0" or Function_press_bit[4] != "0":
Function_press_dir["[Ctrl]"] = 1
if Function_press_bit[1] != "0" or Function_press_bit[5] != "0":
Function_press_dir["[Shift]"] = 1
if Function_press_bit[2] != "0" or Function_press_bit[6] != "0":
Function_press_dir["[Alt]"] = 1
if Function_press_bit[3] != "0" or Function_press_bit[7] != "0":
Function_press_dir["[Win]"] = 1
# 判断是否为有效press
if (single_press not in normal_Keys) or (single_press not in shift_Keys):
continue
# 排除重复press
if i[4:6] != "00" and i[6:8] != "00":
continue
# 判断按下大写键没
if single_press == "39":
CAP_Count += 1
continue
# 输出功能键组合
if Func_Choice == "Y":
if 1 in Function_press_dir.values() and (Function_press_dir["[Alt]"] == 1 or Function_press_dir["[Ctrl]"] == 1 or Function_press_dir["[Win]"] == 1):
for Func_tuple in Function_press_dir.items():
if Func_tuple[1] == 1:
print(f"{Func_tuple[0]} {shift_Keys[single_press]}")
# 输出按下的键位
CAP_Judge = (CAP_Count + Function_press_dir["[Shift]"])%2
# 看了网上的那些键盘的，还是只有upper lower最好用
if Function_press_dir["[Shift]"] == 0:
if CAP_Judge == 0:
print(normal_Keys[single_press].lower() ,end="")
elif CAP_Judge == 1:
print(normal_Keys[single_press].upper() ,end="")
else:
if CAP_Judge == 0:
print(shift_Keys[single_press].lower() ,end="")
elif CAP_Judge == 1:
print(shift_Keys[single_press].upper() ,end="")
print("\n" ,"-"*50)
class MOUSE:
'''
Leftover Capture Data(usb.capdata): 0205fa00
[0:2]->binary:00000010(正在按鼠标右键){
大端储存,数据==1则按下,
bit_0:鼠标左键
bit_1:鼠标右键
bit_2:鼠标中键
bit_[3:7]:保留位
}
'''
# 将鼠标轨迹画出来
def Value_2_plt(data_list):
# 本来这里是想用一个文件来存数据的，但是临时文件太多了，就用变量来存了，运行速度也大差不差
Left_x_dir ,Left_y_dir = [] ,[]
Right_x_dir ,Right_y_dir = [] ,[]
Mid_x_dir ,Mid_y_dir = [] ,[]
All_x_dir ,All_y_dir = [] ,[]
pos_x ,pos_y = 0 ,0
offset_x ,offset_y = 0 ,0
for i in data_list:
press_state = bin(int(i[0:2] ,16))[2:].zfill(8)[::-1]
offset_x = int(i[2:4] ,16)
offset_y = int(i[4:6] ,16)
if offset_x > 127:
offset_x -= 256
if offset_y > 127:
offset_y -= 256
pos_x += offset_x
pos_y += offset_y
# 这段是用来记录所有的按键情况的痕迹
if press_state[0] == "1":
Left_x_dir.append(pos_x)
Left_y_dir.append(-pos_y)
if press_state[1] == "1":
Right_x_dir.append(pos_x)
Right_y_dir.append(-pos_y)
if press_state[2] == "1":
Mid_x_dir.append(pos_x)
Mid_y_dir.append(-pos_y)
All_x_dir.append(pos_x)
All_y_dir.append(-pos_y)
'''
这一段子图借鉴了 FzWjScJ 神的knm 项目地址
https://github.com/FzWjScJ/knm
'''
fig ,axs = plt.subplots(2 ,2)
'''可以根据自己电脑的尺寸修改显示的尺寸'''
fig.set_figwidth(12)
fig.set_figheight(10)
ax1 ,ax2 ,ax3 ,ax4 = axs[0 ,0] ,axs[0 ,1] ,axs[1 ,0] ,axs[1 ,1]
# 这里尝试过很多让代码看起来简洁的方案，都失败了
ax1.scatter(All_x_dir ,All_y_dir ,color="hotpink")
ax1.set_title("ALL")
ax2.scatter(Right_x_dir ,Right_y_dir ,color="hotpink")
ax2.set_title("RIGHT")
ax3.scatter(Left_x_dir ,Left_y_dir ,color="hotpink")
ax3.set_title("LEFT")
ax4.scatter(Mid_x_dir ,Mid_y_dir ,color="hotpink")
ax4.set_title("MID")
plt.show()
Get_press_choice = input("需要输出鼠标按键二进制码吗?[y/N](slow):").upper()
if Get_press_choice == "Y" or Get_press_choice == "\n":
Get_press_choice(data_list)
# 获取鼠标三个按键的二进制，这一段写的很臭，用处估计也不大
def Get_Mouse_press(data_list):
Mouse_left_press = ""
Mouse_right_press = ""
Mouse_mid_press = ""
for i in data_list:
i = i.strip("\n")
data = str(bin(int(i ,16))[2:].zfill(8))[::-1]
if data[0] == "1":
Mouse_left_press += "1"
else:
Mouse_left_press += "0"
if data[1] == "1":
Mouse_right_press += "1"
else:
Mouse_right_press += "0"
if data[2] == "1":
Mouse_mid_press += "1"
else:
Mouse_mid_press += "0"
# 左键数据
if "1" not in Mouse_left_press:
print(f"[-] Mouse_left_press: NOTHING")
else:
f = open("./Mouse_LEFTKEY.out" ,"w")
f.write(Mouse_left_press)
f.close()
print(f"[+] 左键数据已经保存在了运行目录下")
# 右键数据
if "1" not in Mouse_right_press:
print(f"[-] Mouse_right_press: NOTHING")
else:
f = open("./Mouse_RIGHTKEY.out" ,"w")
f.write(Mouse_right_press)
f.close()
print(f"[+] 右键数据已经保存在了运行目录下")
# 中键数据
if "1" not in Mouse_mid_press:
print(f"[-] Mouse_mid_press: NOTHING")
else:
f = open("./Mouse_MIDKEY.out" ,"w")
f.write(Mouse_mid_press)
f.close()
print(f"[+] 中键数据已经保存在了运行目录下")
print("-"*50)
class WACOM:
# Wacom Co., Ltd(0x056a)
def CTL_480(data_list):
'''
型号:CTL-480 [Intuos Pen (S)] (0x030e)
HID Data(usbhid.data): 02f1560e790fe9022800
[0:4]==02f1是有效数据 x坐标[4:8] y坐标[8:12]
坐标储存是小端储存
'''
print("[+] 型号:Wacom CTL-480 [Intuos Pen (S)] (0x030e)\n")
x_list ,y_list = [],[]
for i in data_list:
i = i.strip("\n")
if i[0:4] == "02f1":
x_pos = int(i[4:6] ,16) + int(i[6:8] ,16)*256
y_pos = int(i[8:10] ,16) + int(i[10:12] ,16)*256
x_list.append(x_pos)
y_list.append(-y_pos)
plt.scatter(x=x_list ,y=y_list ,c='hotpink')
plt.title("CTL 480")
plt.show()
def PTH_660(data_list):
'''
型号:PTH-660 [Intuos Pro (M)] (0x0357)
HID Data(usbhid.data): 10614157000a1f00bd191404000000000084308094420810004208
[16:18]!=00即为有效数据 x坐标[4:8] y坐标[10:14]
坐标储存是小端储存
'''
print("[+] Wacom 型号:PTH-660 [Intuos Pro (M)] (0x0357)\n")
x_list ,y_list = [],[]
for i in data_list:
i = i.strip("\n")
if len(i) != 54:
continue
if i[16:18] != "00" :
x_pos = int(i[4:6] ,16) + int(i[6:8] ,16)*256
y_pos = int(i[10:12] ,16) + int(i[12:14] ,16)*256
x_list.append(x_pos)
y_list.append(-y_pos)
plt.scatter(x=x_list ,y=y_list ,c='hotpink')
plt.title("PTH 660")
plt.show()
class LOG:
# Logitech, Inc.(0x046d)
def LOG_Lightspeed_Reveiver(data_list):
'''
型号:Lightspeed Receiver(0xc539)
usbhid.data = 020000130000000000
头部的02是标识符,相当于是识别的符号
[2:4]是press [6:8]是x轴变化 [10:12]是y轴变化
'''
print("[+] 型号:Logitech Lightspeed Receiver(0xc539)\n")
changed_datalist = []
for i in data_list:
i = f"{i[2:4]}{i[6:8]}{i[10:12]}00"
changed_datalist.append(i)
MOUSE.Value_2_plt(changed_datalist)
def LOG_G502_MOUSE(data_list):
'''
型号:G502 SE HERO Gaming Mouse(0xc08b)
HID Data(usbhid.data):0000feff02000000
[4:6]:x坐标 [8:10]:y坐标
'''
print("[+] 型号:Logitech G502 SE HERO Gaming Mouse(0xc08b)\n")
changed_data = []
for i in data_list:
# 将这个数据转化成基础的鼠标流量的数据结构
i = f"{i[0:2]}{i[4:6]}{i[8:10]}00"
changed_data.append(i)
MOUSE.Value_2_plt(changed_data)
def Mouse(data_list):
'''
型号:Mouse(0xc077)
数据类型:普通类型
'''
print("[+] 型号:Logitech Mouse(0xc077)\n")
MOUSE.Value_2_plt(data_list)
def Unknown_keyboard(data_list):
'''
型号:Unknown(0xc341)
数据类型:普通类型
'''
print("[+] 型号:Logitech Unknow Keyboard Type(0xc341)\n")
KEYBOARD.Value_2_PlainText(data_list)
def G304_Wireless(data_list):
'''
型号: G304 无线鼠标(0xc53f)
数据结构(usbhid.data):020100ffff01000000
[2:4] press [6:8] x位移 [10:12] y位移
'''
print("[+] G304 Wireless(0xc53f)")
changed_list = []
for i in data_list:
i = f"{i[2:4]}{i[6:8]}{i[10:12]}00"
changed_list.append(i)
MOUSE.Value_2_plt(changed_list)
def G102_Wire(data_list):
'''
型号: G102 有线鼠标
数据结构(usbhid.data):0100fefffeff0000
[0:2] press [4:6] x位移 [8:10] y位移
'''
print("[+] G102 Mouse(0xc09d)")
changed_list =[]
for i in data_list:
i = f"{i[0:2]}{i[4:6]}{i[8:10]}00"
changed_list.append(i)
MOUSE.Value_2_plt(changed_list)
class Razer:
# Razer USA, Ltd (0x1532)
def Basilisk_Mouse(data_list):
'''
型号:RC30-0315, Gaming Mouse [Basilisk x HyperSpeed] (0x0083)
数据结构(usbhid.data):01feff00feffffff
[0:2] press [2:4] x位移 [4:6] y轴
'''
print("[+] RC30-0315, Gaming Mouse [Basilisk x HyperSpeed] (0x0083)")
changed_list = []
for i in data_list:
i = f"{i[0:2]}{i[2:4]}{i[4:6]}00"
changed_list.append(i)
MOUSE.Value_2_plt(changed_list)
def DeathAdder_Mouse(data_list):
'''
型号:RZ01-0145, Gaming Mouse [DeathAdder 2000 (Alternate)] (0x004f)
数据结构(usbhid.data):0006fe000600feff
[0:2] press [2:4] x位移 [4:6] y位移
'''
print("[+] RZ01-0145, Gaming Mouse [DeathAdder 2000 (Alternate)] (0x004f)")
changed_list = []
for i in data_list:
i = f"{i[0:2]}{i[2:4]}{i[4:6]}00"
changed_list.append(i)
MOUSE.Value_2_plt(changed_list)
class Apple:
# Apple, Inc.(0x05ac)
def ANSI(data_list):
'''
型号:Aluminium Keyboard (ANSI) (0x024f)
暂且当成普通的键盘来解
'''
print("[+] 型号:Apple Aluminium Keyboard (ANSI)(0x024f)\n")
normal_Keys = {
"04":"a", "05":"b", "06":"c", "07":"d", "08":"e","09":"f", "0a":"g", "0b":"h", "0c":"i", "0d":"j","0e":"k", "0f":"l", "10":"m", "11":"n", "12":"o","13":"p", "14":"q", "15":"r", "16":"s", "17":"t","18":"u", "19":"v", "1a":"w", "1b":"x", "1c":"y","1d":"z","1e":"1", "1f":"2", "20":"3", "21":"4","22":"5", "23":"6","24":"7","25":"8","26":"9","27":"0","28":"\n","29":"<ESC>","2a":"<DEL>", "2b":"\t","2c":" ","2d":"-","2e":"=","2f":"[","30":"]","31":"\\","32":"<NON>","33":";","34":"'","35":"<GA>","36":",","37":".","38":"/","39":"<CAP>","3a":"<F1>","3b":"<F2>", "3c":"<F3>","3d":"<F4>","3e":"<F5>","3f":"<F6>","40":"<F7>","41":"<F8>","42":"<F9>","43":"<F10>","44":"<F11>","45":"<F12>","46":"<PRTSC>","47":"<SCR>","48":"<PAUSE>","49":"<INSERT>","4a":"<HOME>","4b":"<PGUP>","4c":"<DEL FORWARD>","4d":"<END>","4e":"<PGDW>","4f":"<RIGHTARROW>","50":"<LEFTARROW>","51":"<DOWNARROW>","52":"<UPARRWO>","00":"","":""}
for i in data_list:
i = i.strip("\n")
print(normal_Keys[i[4:6]] ,end="")
class Unknown_Type_Device:
'''
这个类是专门用来存储特殊或者是没有名字的USBVendor,
所以我给它取的名字就叫Unknown,函数名也将用它的流量类似什么标准USB流量来命名
'''
def Check_Unknown_And_Recover(DesID_List ,profile_data ,Field_Value ,ip ,file ,Company_List):
if DesID_List[0] in profile_data["Unknown"]:
Def_Name = profile_data["Unknown"][DesID_List[0]]["Device_DefName"]
operator.methodcaller(Def_Name ,Field_Value)(Unknown_Type_Device)
print(1)
# 询问是否需要爆破所有的值
Brute_Choice = input("需要爆破所有的数据吗?[y/N](也许会不准确or是报错):").upper()
if Brute_Choice != "Y":
END.Message()
exit(-1)
else:
Burteforce(file ,ip ,profile_data ,Company_List)
END.Message()
exit(-1)
else:
return None
def Wacom_Like_1(Field_Value):
'''
设备ID:0x006d 公司ID:0x256c
流量格式:0ac0a63f37420000161a(usbhid.data)
[2:4]==c1为有效数据 [4:8] 为x坐标 [8:12] 为y坐标;并且是大端储存
'''
print("[+] 类似Wacom的画板")
xlist ,ylist = [] ,[]
for data in Field_Value:
xpos = int(data[4:6] ,16) + int(data[6:8] ,16)*256
ypos = int(data[8:10] ,16) + int(data[10:12] ,16)*256
if data[2:4] == "c1":
xlist.append(xpos)
ylist.append(-ypos)
plt.scatter(xlist ,ylist ,c='hotpink')
plt.show()
def Mouse_Like_1(Field_Value):
'''
这是zeror师傅发我的一个流量包
设备ID:0x2530 公司ID:0x093a
流量格式:0103fd000300fdff(usbhid.data)
[0:2] 按键 [2:4] x位移 [4:6] y位移
'''
Changed_Value = []
for i in Field_Value:
i = f"{i[0:2]}{i[2:4]}{i[4:6]}00"
Changed_Value.append(i)
MOUSE.Value_2_plt(Changed_Value)
def KeyBoard_Like_1(Field_Value):
'''
原题:0xGAME2023 notverybadusb
这个是 Arduino 的键盘流量，去掉前两位标识符就是正常的键盘流量
因为可能会不太常见，所以就把它丢到Unknown了，没有专门写一个类
0200001a0000000000
[0:2] 标识符 [2:4] 功能键 [6:8] 按键
'''
print(1)
changed_list = []
for i in Field_Value:
i = f"{i[2:4]}00{i[6:8]}0000000000"
changed_list.append(i)
KEYBOARD.Value_2_PlainText(changed_list)
def Get_defname(Device_ID:str ,Device_List:list) -> str:
# 返回查找到对应公司下的产品对应的解密函数名
for i in Device_List:
if i["Device_ID"] == Device_ID:
return i["Device_DefName"]
def Burteforce(file ,ip ,profile_data ,Company_List):
os.system(f'tshark -r {file} -T fields -Y \"usb.src!=host && usb.src!={ip}\" -e usb.src > temp_ALLIP.out')
with open("temp_ALLIP.out") as f:
ALL_IP_List = [i.strip("\n") for i in (list(set(f.readlines()))) if i.strip("\n")[-1] != "0"]
# 判断是否还有数据可以提取
if len(ALL_IP_List) == 0:
print("[-] 已经没有数据可以提取")
END.Message()
exit(-1)
print(f"[+] 有如下{ALL_IP_List}IP可以提取数据")
for Other_ip in ALL_IP_List:
# 这一段是在读取此IP的数据类型(usbhid.data/usb.capdata)
print("-"*50 ,f"\n[=] 正在提取 {Other_ip} 地址的数据")
Zero_ip = Other_ip[:-1] + "0"
os.system(f'tshark -r {file} -T fields -Y "usb.src=={Zero_ip}" -e usb.bInterfaceClass > temp_dataType.out')
with open("temp_dataType.out") as f:
dataType = "".join(t for t in [i.strip("\n") for i in list(set(f.readlines()))])
if "0x03" in dataType:
dataType = "usbhid.data"
else:continue # 由于还没发现usb.capdata的数据,所以遇到不是usbhid.data的直接跳过
# 这段就是把main函数的一部分给套过来了,因为不会递归(
Field_Value ,ID_List ,DesID_List = GET_START.Build_Cmd_And_Get_Data(file_name=file ,des_IP=Other_ip ,field_name=dataType)
if len(Field_Value) == 0:
print(f"[-] 源IP为{ip},字段名称为{dataType}提取出来的数据为空\n" ,"-"*50)
continue
Unknown_Type_Device.Check_Unknown_And_Recover(DesID_List ,profile_data ,Field_Value ,Other_ip ,file ,Company_List)
# 处理目的IP的数据
if DesID_List[0] in Company_List:
# 获取配置文件中的类名
class_name = Company_List[DesID_List[0]]
# 获取配置文件中的函数名
Device_List = profile_data[class_name][1:]
Def_Name = Get_defname(DesID_List[1] ,Device_List)
# 将获取的函数名和类名实例化并且执行
operator.methodcaller(Def_Name ,Field_Value)(globals()[class_name])
# 处理默认值
else:
if len(Field_Value[0].strip("\n")) == 8:
MOUSE.Value_2_plt(Field_Value)
elif len(Field_Value[0].strip("\n")) == 16:
KEYBOARD.Value_2_PlainText(Field_Value)
else:
print(f"[-] 地址为 {Other_ip} 的数据未能解密\n" ,"-"*50)
def main():
# 检查系统是否是linux系统
if platform.system() != "Linux":
print(f"[-] 您当前的操作系统{platform.system()},本工具只适用于Linux系统!\n[=] PS:将tshark命令添加到环境变量,再注释main()函数第一个判断语句就可以在windows使用了^^")
exit(-1)
# 读取配置文件
profile_data = {}
with open("./profile.yaml" ,"r" ,encoding="utf-8") as f:
profile_data = f.read()
profile_data = yaml.safe_load(profile_data)
# 从命令行读取流量包的相关数据
file ,ip ,field = GET_START.Get_Basic_Parameter()
Field_Value ,ID_List ,DesID_List = GET_START.Build_Cmd_And_Get_Data(file_name=file ,des_IP=ip ,field_name=field)
print(f"[+] [DEVICE_LIST]: {ID_List}\n[+] 您可以在USB_ID_List.txt中查找具体的设备名称\n" ,"-"*50)
# 如果返回值有问题，报错并且停止程序
if len(Field_Value) == 0:
print(f"[-] 源IP为{ip},字段名称为{field}提取出来的数据为空,请检查一下IP和字段是否正确以及对应IP下是否有数据")
exit(-1)
# 获取记录的所有公司的ID号
Company_List = profile_data["Company_List"][0]
# 判断目的IP是否是Unknown类型的数据,并且解密;
Unknown_Type_Device.Check_Unknown_And_Recover(DesID_List ,profile_data ,Field_Value ,ip ,file ,Company_List)
# 处理目的IP的数据
if DesID_List[0] in Company_List:
# 获取配置文件中的类名
class_name = Company_List[DesID_List[0]]
# 获取配置文件中的函数名
Device_List = profile_data[class_name][1:]
Def_Name = Get_defname(DesID_List[1] ,Device_List)
# 将获取的函数名和类名实例化并且执行
operator.methodcaller(Def_Name ,Field_Value)(globals()[class_name])
# 处理默认值
else:
if len(Field_Value[0].strip("\n")) == 8:
MOUSE.Value_2_plt(Field_Value)
elif len(Field_Value[0].strip("\n")) == 16:
KEYBOARD.Value_2_PlainText(Field_Value)
# 询问是否需要爆破所有的值
Brute_Choice = input("需要爆破所有的数据吗?[y/N](也许会不准确or是报错):").upper()
if Brute_Choice != "Y":
END.Message()
exit(-1)
# 接下来的所有代码就是爆破所有的数据,也不是都能爆破出来,只是给做题的时候提供一点线索(如果有的话)
Burteforce(file ,ip ,profile_data ,Company_List)
os.remove("temp_ALLIP.out");os.remove("temp_dataType.out")
END.Message()
if __name__ == "__main__":
main()