某公司需要做宽带0流量帐号的激活和‘养号’，变态政策，没有流量的帐号不结算安装费用和维护费用，一线维护员还是很辛苦，本人也是过来人，所以想到解决问题
流程：光猫改成桥接模式。导入光猫SN和宽带帐号和密码----登陆帐号----下载刷流量----下线帐号----上线帐号等待5-10分钟模仿在线时长-----修改电脑mac-----修改光猫SN-----拨号---下载。。。。。
如此
注意 注意 注意 注意 注意 注意 注意 注意 注意 注意 注意 注意 注意
如果报下面这样的错误提示
UnicodeDecodeError: 'utf-8' codec can't decode byte 0xce in position 130: invalid continuation byt先在控制台中输入 chcp 65001
或者用另外一个方法来防止保存：UnicodeDecodeError: 'utf-8' codec can't decode byte 0xce in position 2: invalid continuation byte
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这个函数 加上 gbk
def get_connected_adapters_mac_address():
# make a list to collect connected adapter's MAC addresses along with the transport name
connected_adapters_mac = []
# use the getmac command to extract
for potential_mac in subprocess.check_output("getmac").decode('gbk').splitlines():
# parse the MAC address from the line
mac_address = mac_address_regex.search(potential_mac)
# parse the transport name from the line
transport_name = transport_name_regex.search(potential_mac)
if mac_address and transport_name:
# if a MAC and transport name are found, add them to our list
connected_adapters_mac.append((mac_address.group(), transport_name.group()))
return connected_adapters_mac excel 帐号导入模板
修改win10 mac地址代码
#-*- coding : utf-8-*-
import subprocess
import regex as re
import string
import random
# the registry path of network interfaces
network_interface_reg_path = r"HKEY_LOCAL_MACHINE\\SYSTEM\\CurrentControlSet\\Control\\Class\\{4d36e972-e325-11ce-bfc1-08002be10318}"
# the transport name regular expression, looks like {AF1B45DB-B5D4-46D0-B4EA-3E18FA49BF5F}
transport_name_regex = re.compile("{.+}")
# the MAC address regular expression
mac_address_regex = re.compile(r"([A-Z0-9]{2}[:-]){5}([A-Z0-9]{2})")
def get_random_mac_address():
"""Generate and return a MAC address in the format of WINDOWS"""
# get the hexdigits uppercased
uppercased_hexdigits = ''.join(set(string.hexdigits.upper()))
# 2nd character must be 2, 4, A, or E
return random.choice(uppercased_hexdigits) + random.choice("24AE") + "".join(random.sample(uppercased_hexdigits, k=10))
def clean_mac(mac):
"""Simple function to clean non hexadecimal characters from a MAC address
mostly used to remove '-' and ':' from MAC addresses and also uppercase it"""
return "".join(c for c in mac if c in string.hexdigits).upper()
def get_connected_adapters_mac_address():
# make a list to collect connected adapter's MAC addresses along with the transport name
connected_adapters_mac = []
# use the getmac command to extract
for potential_mac in subprocess.check_output("getmac").decode().splitlines():
# parse the MAC address from the line
mac_address = mac_address_regex.search(potential_mac)
# parse the transport name from the line
transport_name = transport_name_regex.search(potential_mac)
if mac_address and transport_name:
# if a MAC and transport name are found, add them to our list
connected_adapters_mac.append((mac_address.group(), transport_name.group()))
return connected_adapters_mac
def get_user_adapter_choice(connected_adapters_mac):
# print the available adapters
for i, option in enumerate(connected_adapters_mac):
print(f"#{i}: {option[0]}, {option[1]}")
if len(connected_adapters_mac) <= 1:
# when there is only one adapter, choose it immediately
return connected_adapters_mac[0]
# prompt the user to choose a network adapter index
try:
#choice = int(input("Please choose the interface you want to change the MAC address:"))
# return the target chosen adapter's MAC and transport name that we'll use later to search for our adapter
# using the reg QUERY command
return connected_adapters_mac[0] ##选择网卡编号
except:
# if -for whatever reason- an error is raised, just quit the script
print("Not a valid choice, quitting...")
exit()
def change_mac_address(adapter_transport_name, new_mac_address):
# use reg QUERY command to get available adapters from the registry
output = subprocess.check_output(f"reg QUERY " + network_interface_reg_path.replace("\\\\", "\\")).decode()
for interface in re.findall(rf"{network_interface_reg_path}\\\d+", output):
# get the adapter index
adapter_index = int(interface.split("\\")[-1])
interface_content = subprocess.check_output(f"reg QUERY {interface.strip()}").decode()
if adapter_transport_name in interface_content:
# if the transport name of the adapter is found on the output of the reg QUERY command
# then this is the adapter we're looking for
# change the MAC address using reg ADD command
changing_mac_output = subprocess.check_output(f"reg add {interface} /v NetworkAddress /d {new_mac_address} /f").decode()
# print the command output
print(changing_mac_output)
# break out of the loop as we're done
break
# return the index of the changed adapter's MAC address
return adapter_index
def disable_adapter(adapter_index):
# use wmic command to disable our adapter so the MAC address change is reflected
disable_output = subprocess.check_output(f"wmic path win32_networkadapter where index={adapter_index} call disable").decode()
return disable_output
def enable_adapter(adapter_index):
# use wmic command to enable our adapter so the MAC address change is reflected
enable_output = subprocess.check_output(f"wmic path win32_networkadapter where index={adapter_index} call enable").decode()
return enable_output
if __name__ == "__main__":
import argparse
parser = argparse.ArgumentParser(description="Python Windows MAC changer")
parser.add_argument("-r", "--random", action="store_true", help="Whether to generate a random MAC address")
parser.add_argument("-m", "--mac", help="The new MAC you want to change to")
args = parser.parse_args()
print('#################')
#print(args)
if args.random:
# if random parameter is set, generate a random MAC
new_mac_address = get_random_mac_address()
elif args.mac:
# if mac is set, use it after cleaning
new_mac_address = clean_mac(args.mac)
connected_adapters_mac = get_connected_adapters_mac_address()
old_mac_address, target_transport_name = get_user_adapter_choice(connected_adapters_mac)
print("[*] Old MAC address:", old_mac_address)
adapter_index = change_mac_address(target_transport_name, new_mac_address)
print("[+] Changed to:", new_mac_address)
disable_adapter(adapter_index)
print("[+] Adapter is disabled")
enable_adapter(adapter_index)
print("[+] Adapter is enabled again")