Don’t say anything, just upload the code, many articles are deleted for no reason, I have to say that the power of capital is really powerful, the following code is only for communication and learning, it is all generated by chatgpt, if there is any infringement, please contact gpt!
function main() {<!-- -->
Java. perform(function()
{<!-- -->
function modifyUtdid(){<!-- -->
var SettingsSystem = Java.use('android.provider.Settings$System');
// Get a reference to the android.content.Context class
var Context = Java.use('android.content.Context');
// Get the Context instance of the current application
var appContext = Java.use('android.app.ActivityThread').currentApplication().getApplicationContext();
// delete
SettingsSystem.putString.call(SettingsSystem, appContext.getContentResolver(), 'mqBRboGZkQPcAkyk', null);
SettingsSystem.putString.call(SettingsSystem, appContext.getContentResolver(), 'dxCRMxhQkdGePGnp', null);
};
var newModel = "Pixel 4 XL";
var newManufacturer = "Google";
var newBrand = "google";
var newDevice = "Pixel_4_XL";
var newProduct = "Pixel_4_XL";
var newID = "RQ3A.210905.001";
var newSerialNumber = "3LJ9VCBI8J0M7DYL"
// Get a reference to the android.os.Build class
var Build = Java.use('android.os.Build');
// Modify property value
Build.MODEL.value = newModel;
Build.MANUFACTURER.value = newManufacturer;
Build.BRAND.value = newBrand;
Build.DEVICE.value = newDevice;
Build.PRODUCT.value = newProduct;
Build.ID.value = newID;
Build.SERIAL.value = newSerialNumber;
console.log("Device properties changed successfully.");
var Signature = Java.use('com.yunos.tvtaobao.uuid.security.Signature');
Signature.sign.implementation = function(priKey,str){<!-- -->
// console.log("priKey:" + priKey)
// console. log("str:" + str)
var result = this. sign(priKey, str);
// console.log("sign:" + result)
return result
}
Signature.bytesToHexStr.implementation = function(bcd){<!-- -->
var result = this.bytesToHexStr(bcd);
console.log("bytesToHexStr:" + result)
return result
}
var SGMWrapper = Java.use("com.yunos.tvtaobao.uuid.utils.SGMWrapper");
SGMWrapper.encryptUUID.implementation = function(uuid){<!-- -->
var result = this.encryptUUID(uuid);
console.log("uuid:" + result)
console.log("encryptUUID:" + result)
return result
}
var NetworkSdkSetting = Java.use("anetwork.channel.http.NetworkSdkSetting")
NetworkSdkSetting.init.overload("android.app.Application","java.util.HashMap").implementation = function(application,params){<!-- -->
var tb_name = this.init(application,params);
console.log("params:" + params.tostring())
}
var TelephonyManager = Java.use('android.telephony.TelephonyManager');
var getSubscriberIdMethod = TelephonyManager.getSubscriberId.overload();
getSubscriberIdMethod. implementation = function() {<!-- -->
return Java.use('java.lang.String').valueOf("460001683194238");
};
var TelephonyManager = Java.use('android.telephony.TelephonyManager');
var getDeviceIdMethod = TelephonyManager.getDeviceId.overload();
getDeviceIdMethod. implementation = function() {<!-- -->
return Java.use('java.lang.String').valueOf("223424882910925");
};
var WifiInfo = Java.use('android.net.wifi.WifiInfo');
var getMacAddressMethod = WifiInfo.getMacAddress.overload();
getMacAddressMethod. implementation = function() {<!-- -->
return Java.use('java.lang.String').valueOf("E4:CF:41:75:0F:A1");
};
var ZPDeviceImpl = Java.use('com.tvtao.user.dclib.impl.ZPDeviceImpl');
ZPDeviceImpl.getWifiMac.implementation = function(ct){<!-- -->
var result = this. getWifiMac(ct);
console.log("getWifiMac:" + result);
return "E4:9E:E2:2B:DB:75"
}
var Secure = Java.use('android.provider.Settings$Secure');
Secure.getString.overload('android.content.ContentResolver', 'java.lang.String').implementation = function(contentResolver, name) {<!-- -->
if (name === 'android_id') {<!-- -->
return "7efa777a98538df8db12ea1e2866ea8351d83d8a";
}
return this. getString(contentResolver, name);
};
console.log("WifiInfo changed successfully.");
var newCpuInfo = 'processor\t: 0\\
' +
'model name\t: Custom CPU\\
' +
'BogoMIPS\t: 200.00\\
' +
'Features\t: fp asimd evtstrm aes pmull sha1 sha2 crc32\\
' +
'CPU implementer\t: 0x41\\
' +
'CPU architecture: 8\\
' +
'CPU variant\t: 0x0\\
' +
'CPU part\t: 0xd03\\
' +
'CPU revision\t: 4\\
';
var openFunc = Module.findExportByName(null, "open");
var readFunc = Module.findExportByName(null, "read");
var openPtr = Interceptor.attach(openFunc, {<!-- -->
onEnter: function (args) {<!-- -->
var path = Memory. readUtf8String(args[0]);
if (path === "/proc/cpuinfo") {<!-- -->
this.cpuInfoReplace = true;
}
},
onLeave: function (retval) {<!-- -->
if (this.cpuInfoReplace) {<!-- -->
this.fd = retval.toInt32();
}
}
});
var readPtr = Interceptor. attach(readFunc, {<!-- -->
onEnter: function (args) {<!-- -->
if (this.cpuInfoReplace & amp; & amp; args[0].toInt32() === this.fd) {<!-- -->
var buf = args[1];
var cpuInfoBuf = Memory.allocUtf8String(newCpuInfo);
Memory.copy(buf, cpuInfoBuf, newCpuInfo.length);
this.cpuInfoRead = true;
}
},
onLeave: function (retval) {<!-- -->
if (this.cpuInfoRead) {<!-- -->
retval.replace(newCpuInfo.length);
}
}
});
console.log("CPU information changed successfully.");
}
setImmediate(main)
# -*- coding: utf-8 -*-
import os
import sys
import string
import json
import hashlib
import random
import subprocess
import time
def genDescription(line, release, name):
value = line. split("=")[1]
list_value = value. split(" ")
list_value[0] = name.replace(' ', '') + "-user"
list_value[1] = release
description = ' '.join(list_value)
return description
def genFinger(line, release, model, brand, name):
value = line. split("=")[1]
list_value = value. split("/")
list_value[0] = brand
list_value[1] = name. replace(' ', '')
list_value[2] = name.replace(' ', '') + ":" + release
finger = '/'.join(list_value)
return finger
def modify(release, model, brand, name, manufacturer):
for line in open("./o/build.prop"):
rline = line
if "ro.build.version.release=" in line:
rline = "ro.build.version.release=" + str(release) + "\\
"
elif "ro.product.model=" in line:
rline = "ro.product.model=" + str(model) + "\\
"
elif "ro.product.brand=" in line:
rline = "ro.product.brand=" + str(brand) + "\\
"
elif "ro.product.name=" in line:
rline = "ro.product.name=" + str(name) + "\\
"
elif "ro.product.manufacturer=" in line:
rline = "ro.product.manufacturer=" + str(manufacturer) + "\\
"
elif "ro.build.description=" in line:
rline = "ro.build.description=" + str(genDescription(line, release, name)) + "\\
"
elif "ro.build.finger=" in line:
rline = "ro.build.finger=" + str(genFinger(line, release, model, brand, name)) + "\\
"
with open("./n/build.prop", "a") as f:
f. write(rline)
def main_modify():
json_data = open("phone.json",encoding='utf-8').read()
json_data = json. loads(json_data)
array_phone = json_data['phone']
pid = random. randint(0, len(array_phone))
item_phone = array_phone[pid]
name = item_phone['name']
manufacturer = item_phone['manufacturer']
model = item_phone['model']
array_release = json_data['release']
rid = random. randint(0, len(array_release))
release = array_release[rid]
brand = manufacturer
if os.path.exists("./n/build.prop"):
os. remove("./n/build. prop")
modify(release, model, brand, name, manufacturer)
def run_adb_command(command):
try:
subprocess. check_output(["adb"] + command. split(" "))
except Exception as e:
print("Error: ", e)
return None
def change_device_properties():
# Modify the device model
new_model = "Pixel 4 XL"
run_adb_command(f"shell setprop ro.product.model {<!-- -->new_model}")
# Modify the device manufacturer
new_manufacturer = "Google"
run_adb_command(f"shell setprop ro.product.manufacturer {<!-- -->new_manufacturer}")
# Modify the device brand
new_brand = "google"
run_adb_command(f"shell setprop ro.product.brand {<!-- -->new_brand}")
# Modify the device version number
new_version = "12.0"
run_adb_command(f"shell setprop ro.build.version.release {<!-- -->new_version}")
print("Device properties changed successfully.")
def generate_custom_mac():
"""
Wi-Fi MAC (Media Access Control) address is a unique hardware identifier used by a device to communicate in a local area network.
It consists of 12 hexadecimal characters, usually expressed in 6 groups of 2 characters, for example: A1:B2:C3:D4:E5:F6.
In real life, Wi-Fi MAC addresses are assigned by the manufacturer of the Network Interface Controller (NIC), ensuring worldwide uniqueness.
However, you can also generate a fake Wi-Fi MAC address for some specific scenarios, such as testing, privacy protection, etc. Here's how to generate a random Wi-Fi MAC address.
The Wi-Fi BSSID is usually the same as the AP's MAC address
:return:
"""
return "E4: X: X: X: X: X" % (
random.randint(0, 255),
random.randint(0, 255),
random.randint(0, 255),
random.randint(0, 255),
random.randint(0, 255),
)
def generate_random_imei():
"""
IMEI (International Mobile Equipment Identity, International Mobile Equipment Identity) is a 15-digit unique identifier,
Used to identify GSM, UMTS, LTE and other wireless communication devices. The IMEI code usually consists of four parts:
TAC (Type Allocation Code, model allocation code): the first 8 digits, obtained by the manufacturer's application.
SNR (Serial Number, serial number): the next 6 digits, a unique serial number assigned to each device by the manufacturer.
Luhn check code: the last 1 digit, used to ensure the validity of the IMEI code.
To generate a random IMEI code, you can follow these steps:
1. Generate a 14-digit random number string.
2. Calculate the Luhn checksum and add it to the end of the random number string.
:return:
"""
imei_base = [random.randint(0, 9) for _ in range(14)]
def calculate_luhn_checksum(digits):
checksum = 0
for i, digit in enumerate(digits):
if i % 2 == 0:
doubled_digit = digit * 2
if doubled_digit > 9:
doubled_digit -= 9
checksum += doubled_digit
else:
checksum += digit
return (10 - (checksum % 10)) % 10
imei_base.append(calculate_luhn_checksum(imei_base))
return ''.join(map(str, imei_base))
def generate_random_imsi(mcc, mnc):
"""
# China Mobile (MCC: 460, MNC: 00 or 02 or 07 or 08)
:param mcc:MCC (Mobile Country Code): 3 digits, indicating the country/region.
:param mnc:MNC (Mobile Network Code, mobile network code): 2 or 3 digits, indicating a specific mobile operator.
:return:
"""
msin = ''.join(str(int(time.time())))
return mcc + mnc + msin
import base64
import struct
def decode_unique_id(encoded_unique_id):
# Base64 decoding
decoded_bytes = base64.b64decode(encoded_unique_id)
# Convert bytes to four integers
t1, t2, t3, t4 = struct.unpack('>IIII', decoded_bytes)
return t1, t2, t3, t4
def generate_serial_number(length=16):
"""
Android device serial number
:param length:
:return:
"""
characters = string.ascii_uppercase + string.digits
serial_number = ''.join(random.choice(characters) for _ in range(length))
return serial_number
def generate_device_info():
android_version = "Android " + str(random.randint(2, 12)) + "." + str(random.randint(0, 4))
device_type = random.choice(["Phone", "Tablet", "Smart TV"])
manufacturer = random.choice(["Samsung", "Google", "Xiaomi", "OnePlus", "Huawei", "LG", "Sony"])
model = ""
if manufacturer == "Samsung":
model = random.choice(["Galaxy S21", "Galaxy S20", "Galaxy Note 20", "Galaxy A52"])
elif manufacturer == "Google":
model = random.choice(["Pixel 6", "Pixel 5", "Pixel 4a", "Pixel 3"])
elif manufacturer == "Xiaomi":
model = random.choice(["Redmi Note 10", "Mi 11", "Mi 10T", "Poco X3"])
elif manufacturer == "OnePlus":
model = random.choice(["OnePlus 9 Pro", "OnePlus 8T", "OnePlus Nord 2", "OnePlus 7T"])
elif manufacturer == "Huawei":
model = random.choice(["Mate 40 Pro", "P40 Pro", "Nova 8", "Honor V40"])
elif manufacturer == "LG":
model = random.choice(["LG V60 ThinQ", "LG Velvet", "LG G8 ThinQ", "LG K92 5G"])
elif manufacturer == "Sony":
model = random.choice(["Xperia 1 III", "Xperia 5 II", "Xperia 10 II", "Xperia L4"])
return [manufacturer, model, device_type, android_version]
def generate_android_id(hardware_info, system_info):
input_str = hardware_info + system_info
sha1 = hashlib.sha1(input_str.encode())
android_id = sha1.hexdigest()
return android_id
if __name__ == "__main__":
random_mac = generate_custom_mac()
print(random_mac)
mcc = "460"
mnc = "00"
random_imsi = generate_random_imsi(mcc, mnc)
print(random_imsi)
print(generate_random_imei())
print(generate_serial_number())
change_device_properties()