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PyCheats.py
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PyCheats.py
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"""
/*
* Date : 2023/10/13
* Version : 0.3
* Author : Abdul Moez
* Email : abdulmoez123456789@gmail.com
* Affiliation : Undergraduate at Government College University (GCU) Lahore, Pakistan
* GitHub : https://github.com/Anonym0usWork1221/android-memorytool
*
*/
"""
from utils.requirements_intaller import ReqInstaller
ReqInstaller().install_requirements() # Install requirements
# Required Libraries
from androidMemoryTool import AndroidMemoryTool, DataTypes, PMAP
from utils.gather_information import GameInformationHandler
from utils.root_utilities import RootUtils
from utils.pprints import PPrints
import asyncio
import sys
class PyCheats(object):
"""PyCheats - A Python-based Android game cheating tool."""
def __init__(self, **kwargs) -> None:
"""
Initialize the PyCheats object.
Args:
**kwargs: Additional keyword arguments.
"""
super().__init__(**kwargs)
self._game_info_handler: GameInformationHandler = GameInformationHandler()
self._event_loop: asyncio.AbstractEventLoop = asyncio.get_event_loop()
self._root_utils: RootUtils = RootUtils()
self._pprints: PPrints = PPrints()
# Memory Tools Instances Required
# CODE APP Range instances
self._dword_code_app_instance = None
self._utf_8_code_app_instance = None
self._float_code_app_instance = None
# C_ALLOC Range Instances
self._dword_c_alloc_instance = None
self._float_c_alloc_instance = None
# A_ANONYMOUS Range Instances
self._float_a_anonymous_instance = None
self._dword_a_anonymous_instance = None
# C_Data Range Instances
self._float_c_data_instance = None
self._dword_c_data_instance = None
async def __async__get_ticks(self) -> None:
"""
Asynchronously get information about the Android game and initialize instances.
This method retrieves game information, checks if the game is running, and initializes memory tool instances.
Raises:
SystemExit: Exits the application if the game is not running.
"""
await self._pprints.decoration() # Prints the PyCheat on screen
await self._root_utils.is_rooted_acquired() # Get root access if the device is rooted
package_name = await self._game_info_handler.upack_information()
if not await self._root_utils.is_game_running(package_name=package_name):
await self._pprints.pprints(text="Game is not running", info_type=3)
sys.exit(1)
await self._initialize_instances(package_name=package_name)
await self.controller_menu()
async def _initialize_instances(self, package_name: str) -> None:
"""
Initialize memory tool instances for various memory ranges and data types.
Args:
package_name (str): The package name of the Android game.
This method initializes memory tool instances for different memory ranges and data types.
"""
# CODE APP Range instances
self._dword_code_app_instance = AndroidMemoryTool(PKG=package_name, pMAP=PMAP(ALL=False, CODE_APP=True),
SPEED_MODE=True, WORKERS=AndroidMemoryTool.get_cpu_counts(3))
self._utf_8_code_app_instance = AndroidMemoryTool(PKG=package_name, pMAP=PMAP(ALL=False, CODE_APP=True),
TYPE=DataTypes.UTF_8,
SPEED_MODE=True, WORKERS=AndroidMemoryTool.get_cpu_counts(3))
self._float_code_app_instance = AndroidMemoryTool(PKG=package_name, pMAP=PMAP(ALL=False, CODE_APP=True),
TYPE=DataTypes.FLOAT,
SPEED_MODE=True, WORKERS=AndroidMemoryTool.get_cpu_counts(3))
# C_ALLOC Range Instances
self._dword_c_alloc_instance = AndroidMemoryTool(PKG=package_name, pMAP=PMAP(ALL=False, C_ALLOC=True),
SPEED_MODE=True, WORKERS=AndroidMemoryTool.get_cpu_counts(3))
self._float_c_alloc_instance = AndroidMemoryTool(PKG=package_name, pMAP=PMAP(ALL=False, C_ALLOC=True),
TYPE=DataTypes.FLOAT,
SPEED_MODE=True, WORKERS=AndroidMemoryTool.get_cpu_counts(3))
# A_ANONYMOUS Range Instances
self._dword_a_anonymous_instance = AndroidMemoryTool(PKG=package_name, pMAP=PMAP(ALL=False, A_ANONYMOUS=True),
SPEED_MODE=True,
WORKERS=AndroidMemoryTool.get_cpu_counts(3))
self._float_a_anonymous_instance = AndroidMemoryTool(PKG=package_name, pMAP=PMAP(ALL=False, A_ANONYMOUS=True),
TYPE=DataTypes.FLOAT, SPEED_MODE=True,
WORKERS=AndroidMemoryTool.get_cpu_counts(3))
# C_Data Range Instances
self._dword_c_data_instance = AndroidMemoryTool(PKG=package_name, pMAP=PMAP(ALL=False, C_DATA=True),
SPEED_MODE=True, WORKERS=AndroidMemoryTool.get_cpu_counts(3))
self._float_c_data_instance = AndroidMemoryTool(PKG=package_name, pMAP=PMAP(ALL=False, C_DATA=True),
TYPE=DataTypes.FLOAT,
SPEED_MODE=True, WORKERS=AndroidMemoryTool.get_cpu_counts(3))
async def logo_bypass(self) -> None:
"""
Perform a logo bypass to modify game values.
This method modifies various game values to bypass the game's anti-cheat system.
"""
utf_8_anti_cheat = ["libUE4.so", "libBugly.so", "libanogs.so", "l_report", "get_report",
"tss_sdk_rcv_anti_data", "AreaData.dat", "AntiCheatData", "Reports", "hack", "ban",
"cheat", "qq.com"
]
code_app_dword_values = [118334, 856896, 123010, 123179, 123274, 1026]
code_app_float_values = [9.21970312e-41, 13073.3740234375]
offsets_libUE4_dword = ['0x7E2A78', '0x7E2A80', '0x7E2A88']
replaced_value: int = 0
for value in utf_8_anti_cheat:
replaced_value += self._utf_8_code_app_instance.read_write_value(read=value, write="ruler_king")
for value in code_app_dword_values:
replaced_value += self._dword_code_app_instance.read_write_value(read=value, write=1)
for value in code_app_float_values:
replaced_value += self._float_code_app_instance.read_write_value(read=value, write=0.1)
lib_offset = self._dword_code_app_instance.get_module_base_address("libUE4.so")
for value in offsets_libUE4_dword:
if self._dword_code_app_instance.write_lib(base_address=lib_offset, offset=value,
write_value=1):
replaced_value += 1
await self._pprints.pprints(text=f"Updated {replaced_value} Values")
@staticmethod
async def write_group_values_with_filter(instance, read: list, write: any, refine: any = None,
limit: int = -1) -> int:
"""
Write values to memory based on specified filter criteria.
Args:
instance: An instance of the memory tool.
read (list): A list of values to read from memory.
write: The value to write to memory.
refine: A value to refine memory addresses (optional).
limit: The maximum number of values to modify (optional).
Returns:
int: The number of values replaced.
This method writes values to memory based on the specified criteria.
"""
value_replaced: int = 0
group_values = instance.read_value(read=read, is_grouped=True)
if group_values:
if refine:
group_values = instance.refiner_address(list_address=group_values[0], value_to_refine=refine)
if limit > 0:
group_values = group_values[:limit]
for value in group_values:
if instance.write_lib(base_address=value, offset='0x0', write_value=write):
value_replaced += 1
return value_replaced
async def lobby_bypass(self) -> None:
"""
Perform a lobby bypass to remove unnecessary files and modify game values.
This method removes unnecessary files and modifies game values to bypass the game's
anti-cheat system in the lobby.
"""
unnecessary_files = [
"src/main/java/com/google/errorprone/annotations",
"src/main/java/com/google/errorprone/annotations/concurrent",
"third_party.java_src.error_prone.project.annotations.Google_internal"
]
refine_groups = {
self._dword_c_alloc_instance: [
{"value": [135682, 144387], "replace": 67109633, "refine": 135682, "limit": 50000},
{"value": [134914, 262403], "replace": 67109633, "refine": 134914, "limit": 50000},
{"value": [134658, 131586], "replace": 67109633, "refine": 134658, "limit": 50000},
{"value": [133378, 262403], "replace": 67109633, "refine": 133378, "limit": 50000},
{"value": [131842, 132098], "replace": 67109633, "refine": 131842, "limit": 50000},
]
}
# Removing some unnecessary files
values_replaced: int = 0
for file in unnecessary_files:
await self._root_utils.remove_file(file_path=file)
for key, values in refine_groups.items():
for value in values:
values_replaced += await self.write_group_values_with_filter(
instance=key,
read=value["value"],
refine=value["refine"],
limit=value["limit"],
write=value["replace"]
)
async def basic_cheats(self, cheat_code: int) -> None:
"""
Activate basic game cheats based on the specified cheat code.
Args:
cheat_code (int): The code for the desired cheat.
This method activates basic game cheats such as HEADSHOT, ANTENNA, AIM-BOT, and SPEED-HACK.
"""
basic_cheat_sheet = {
1: "HEADSHOT",
2: "ANTENNA",
3: "AIM-BOT",
4: "SPEED-HACK"
}
cheat = basic_cheat_sheet.get(cheat_code, None)
match cheat:
case "HEADSHOT":
address_list = []
address_list.extend(self._float_a_anonymous_instance.read_value(read=[9.20161819458, 23.0, 25.0, 30.5],
is_grouped=True)[0])
address_list.extend(self._float_a_anonymous_instance.read_value(read=[25.0, 30.5], is_grouped=True)[0])
address_list = address_list[:10] # Get only 10 results
for address in address_list:
self._float_a_anonymous_instance.write_lib(base_address=address, offset='0x0', write_value=240.0)
await self._pprints.pprints(text=f"Activated Headshot Cheat")
case "ANTENNA":
address_list = []
address_list.extend(self._float_a_anonymous_instance.read_value(read=[88.50576019287,
87.27782440186, 1],
is_grouped=True, range_val=13)[0])
address_list.extend(self._float_a_anonymous_instance.read_value(read=[25.0, 30.5], is_grouped=True)[0])
address_list = address_list[:6] # Get only 6 results
for address in address_list:
self._float_a_anonymous_instance.write_lib(base_address=address, offset='0x0', write_value=1.96875)
await self._pprints.pprints(text=f"Activated ANTENNA Cheat")
case "AIM-BOT":
address_list = []
address_list.extend(self._float_a_anonymous_instance.read_value(read=[360.0, 0.0001, 1478828288.0],
is_grouped=True)[0])
address_list.extend(self._float_a_anonymous_instance.read_value(read=0.0001, is_grouped=False)[0])
address_list = address_list[:100] # Get only 100 results
for address in address_list:
self._float_a_anonymous_instance.write_lib(base_address=address, offset='0x0', write_value=9999.0)
await self._pprints.pprints(text=f"Activated AIM-BOT Cheat")
case "SPEED-HACK":
address_list = []
address_list.extend(self._float_a_anonymous_instance.read_value(read=[1.0, 1.0, 1.0, 0.0001, 20.0,
0.0005, 0.4],
is_grouped=True, range_val=50)[0])
address_list.extend(self._float_a_anonymous_instance.read_value(read=1, is_grouped=False)[0])
address_list = address_list[:100] # Get only 100 results
for address in address_list:
self._float_a_anonymous_instance.write_lib(base_address=address, offset='0x0', write_value=1.5)
address_list.clear()
address_list.extend(self._float_c_data_instance.read_value(read=[-6.1526231e27, -1.0070975e28],
is_grouped=True)[0])
address_list.extend(self._float_c_data_instance.read_value(read=-6.1526231e27, is_grouped=False)[0])
address_list = address_list[:1] # Get only 100 results
for address in address_list:
self._float_a_anonymous_instance.write_lib(base_address=address, offset='0x0', write_value=0.01)
await self._pprints.pprints(text=f"Activated SPEED-HACK Cheat")
async def controller_menu(self) -> None:
"""
Display a controller menu to interact with the PyCheats tool.
This method displays a menu with options for performing various actions using the PyCheats tool.
"""
while True:
await self._pprints.pprints(text="1. Logo Anti-Cheat System", off_info=True)
await self._pprints.pprints(text="2. Lobby Anti-Cheat System", off_info=True)
await self._pprints.pprints(text="3. HEADSHOT", off_info=True)
await self._pprints.pprints(text="4. ANTENNA", off_info=True)
await self._pprints.pprints(text="5. AIM-BOT", off_info=True)
await self._pprints.pprints(text="6. SPEED-HACK", off_info=True)
await self._pprints.pprints(text="7. Dump Maps", off_info=True)
await self._pprints.pprints(text="8. Exit", off_info=True)
await self._pprints.pprints(text=">>>> ", off_info=True, info_type=5, no_end=True)
ans = input()
ans = int(ans)
match ans:
case 1:
await self.logo_bypass()
case 2:
await self.lobby_bypass()
case 3:
await self.basic_cheats(cheat_code=1)
case 4:
await self.basic_cheats(cheat_code=2)
case 5:
await self.basic_cheats(cheat_code=3)
case 6:
await self.basic_cheats(cheat_code=4)
case 7:
self._float_c_data_instance.dump_maps()
case 8:
sys.exit(0)
case _:
await self._pprints.pprints(text="Choose given options", info_type=2)
await asyncio.sleep(2)
def get_ticks(self) -> None:
"""
Start the PyCheats tool and enter the event loop to interact with the controller menu.
"""
self._event_loop.run_until_complete(self.__async__get_ticks())
if __name__ == '__main__':
py_cheats_object = PyCheats()
py_cheats_object.get_ticks()