Вопрос Помогите написать WallHack Python

[DDarkerart]

Может кто помочь написать обычные вх на питоне, желательно с кружком головы

 

[VinniPux]

Может кто помочь написать обычные вх на питоне, желательно с кружком головы

Юзай библиотеку pymem.Оффсеты найди.И просто так тебе вх никто не напишет.Ну и вот тема

 

[Ksodin]

import threading
import time
import pyMeow as overlay
import keyboard
import struct
from typing import Iterator, Optional, Dict

from pynput.keyboard import Listener as KeyboardListener
from classes.config_manager import ConfigManager, Colors, COLOR_CHOICES
from classes.memory_manager import MemoryManager
from classes.logger import Logger
from classes.utility import Utility

# Initialize the logger for consistent logging
logger = Logger.get_logger(__name__)
# Define the main loop sleep time for reduced CPU usage
MAIN_LOOP_SLEEP = 0.05
# Number of entities to iterate over
ENTITY_COUNT = 32
# Size of each entity entry in memory
ENTITY_ENTRY_SIZE = 112
# Skeleton bone structure {parent_bone_id: [child_bone_ids]}
SKELETON_BONES = {
# Trunk Core Chain
6: [5], # Head -> Neck
5: [4], # Neck -> Chest
4: [3, 13, 8], # Chest -> Stomach, Right Shoulder, Left Shoulder
3: [2], # Stomach -> Center Point
2: [1], # Center Point -> Small Head
1: [0], # Small Head -> Pelvis
# Right Hand Chain (4 points)
13: [14], # Right Shoulder -> Right Elbow
14: [15], # Right Elbow -> Right Wrist
15: [16], # Right Wrist -> Right Hand
# Left Arm Chain (4 points)
8: [9], # Left Shoulder -> Left Elbow
9: [10], # Left Elbow -> Left Wrist
10: [11], # Left Wrist -> Left Hand
# Legs Chain
0: [22, 25], # Pelvis -> Left Hip, Right Hip
22: [23], # Left Hip -> Left Knee
23: [24], # Left Knee -> Left Foot
25: [26], # Right Hip -> Right Knee
26: [27], # Right Knee -> Right Foot
}
ALL_BONE_IDS = set(SKELETON_BONES.keys())
for _bones in SKELETON_BONES.values():
ALL_BONE_IDS.update(_bones)
MAX_BONE_ID = max(ALL_BONE_IDS) if ALL_BONE_IDS else 0

class Entity:
"""Represents a game entity with cached data for efficient access."""
def __init__(self, controller_ptr: int, pawn_ptr: int, memory_manager: MemoryManager) -> None:
self.controller_ptr = controller_ptr
self.pawn_ptr = pawn_ptr
self.memory_manager = memory_manager
self.pos2d: Optional[Dict[str, float]] = None
self.head_pos2d: Optional[Dict[str, float]] = None

# Cached data
self.name: str = ""
self.health: int = 0
self.team: int = -1
self.pos: Dict[str, float] = {"x": 0.0, "y": 0.0, "z": 0.0}
self.dormant: bool = True
self.all_bones_pos_3d: Optional[Dict[int, Dict[str, float]]] = None

def update(self, use_transliteration: bool, skeleton_enabled: bool) -> bool:
"""Update all entity data at once to minimize memory reads."""
try:
self.health = self.memory_manager.read_int(self.pawn_ptr + self.memory_manager.m_iHealth)
if self.health <= 0:
return False

self.dormant = bool(self.memory_manager.read_int(self.pawn_ptr + self.memory_manager.m_bDormant))
if self.dormant:
return False

self.team = self.memory_manager.read_int(self.pawn_ptr + self.memory_manager.m_iTeamNum)
self.pos = self.memory_manager.read_vec3(self.pawn_ptr + self.memory_manager.m_vOldOrigin)

raw_name = self.memory_manager.read_string(self.controller_ptr + self.memory_manager.m_iszPlayerName)
self.name = Utility.transliterate(raw_name) if use_transliteration else raw_name

if skeleton_enabled:
self.all_bones_pos_3d = self.all_bone_pos()
else:
self.all_bones_pos_3d = None

return True
except Exception:
return False

def bone_pos(self, bone: int) -> Dict[str, float]:
"""Get the 3D position of a specific bone, using cached data if available."""
if self.all_bones_pos_3d and bone in self.all_bones_pos_3d:
return self.all_bones_pos_3d[bone]

# Fallback to direct read if not in cache
try:
game_scene = self.memory_manager.read_longlong(self.pawn_ptr + self.memory_manager.m_pGameSceneNode)
bone_array_ptr = self.memory_manager.read_longlong(game_scene + self.memory_manager.m_pBoneArray)
return self.memory_manager.read_vec3(bone_array_ptr + bone * 32)
except Exception as e:
# logger.error(f"Failed to get bone position for bone {bone}: {e}")
return {"x": 0.0, "y": 0.0, "z": 0.0}

def all_bone_pos(self) -> Optional[Dict[int, Dict[str, float]]]:
"""Get all bone positions by reading the bone matrix."""
try:
game_scene = self.memory_manager.read_longlong(self.pawn_ptr + self.memory_manager.m_pGameSceneNode)
bone_array_ptr = self.memory_manager.read_longlong(game_scene + self.memory_manager.m_pBoneArray)
if not bone_array_ptr:
return None

num_bones_to_read = MAX_BONE_ID + 1
data = self.memory_manager.pm.read_bytes(bone_array_ptr, num_bones_to_read * 32)
if not data:
return None

bone_positions = {}
for i in ALL_BONE_IDS:
offset = i * 32
try:
x, y, z = struct.unpack_from('fff', data, offset)
bone_positions = {"x": x, "y": y, "z": z}
except struct.error:
# This can happen if the data is smaller than expected
continue
return bone_positions
except Exception as e:
# logger.error(f"Failed to get all bone positions: {e}")
return None

@staticmethod
def validate_screen_position(pos: Dict[str, float]) -> bool:
"""Validate if a screen position is within bounds."""
screen_width = overlay.get_screen_width()
screen_height = overlay.get_screen_height()
return 0 <= pos["x"] <= screen_width and 0 <= pos["y"] <= screen_height

class CS2Overlay:
"""Manages the ESP overlay for Counter-Strike 2."""
def __init__(self, memory_manager: MemoryManager) -> None:
"""
Initialize the Overlay with a shared MemoryManager instance.
"""
self.config = ConfigManager.load_config()
self.memory_manager = memory_manager
self.is_running = False
self.stop_event = threading.Event()
self.local_team = None
self.screen_width = overlay.get_screen_width()
self.screen_height = overlay.get_screen_height()
self.load_configuration()

def load_configuration(self) -> None:
"""Load and apply configuration settings."""
settings = self.config['Overlay']
self.enable_box = settings['enable_box']
self.enable_skeleton = settings.get('enable_skeleton', True)
self.draw_snaplines = settings['draw_snaplines']
self.snaplines_color_hex = settings['snaplines_color_hex']
self.box_line_thickness = settings['box_line_thickness']
self.box_color_hex = settings['box_color_hex']
self.text_color_hex = settings['text_color_hex']
self.draw_health_numbers = settings['draw_health_numbers']
self.use_transliteration = settings['use_transliteration']
self.draw_nicknames = settings['draw_nicknames']
self.draw_teammates = settings['draw_teammates']
self.teammate_color_hex = settings['teammate_color_hex']
self.target_fps = int(settings['target_fps'])

def update_config(self, config: dict) -> None:
"""Update the configuration settings."""
self.config = config
self.load_configuration()
logger.debug("Overlay configuration updated.")

def iterate_entities(self, local_controller_ptr: int) -> Iterator[Entity]:
"""Iterate over game entities and yield valid Entity objects."""
try:
ent_list_ptr = self.memory_manager.read_longlong(self.memory_manager.client_dll_base + self.memory_manager.dwEntityList)
except Exception as e:
# logger.error(f"Error reading entity list pointer: {e}")
return

for i in range(1, ENTITY_COUNT + 1):
try:
list_index = (i & 0x7FFF) >> 9
entity_index = i & 0x1FF
entry_ptr = self.memory_manager.read_longlong(ent_list_ptr + (8 * list_index) + 16)
if not entry_ptr: continue

controller_ptr = self.memory_manager.read_longlong(entry_ptr + ENTITY_ENTRY_SIZE * entity_index)
if not controller_ptr or controller_ptr == local_controller_ptr: continue

controller_pawn_ptr = self.memory_manager.read_longlong(controller_ptr + self.memory_manager.m_hPlayerPawn)
if not controller_pawn_ptr: continue

list_entry_ptr = self.memory_manager.read_longlong(ent_list_ptr + 8 * ((controller_pawn_ptr & 0x7FFF) >> 9) + 16)
if not list_entry_ptr: continue

pawn_ptr = self.memory_manager.read_longlong(list_entry_ptr + ENTITY_ENTRY_SIZE * (controller_pawn_ptr & 0x1FF))
if not pawn_ptr: continue

entity = Entity(controller_ptr, pawn_ptr, self.memory_manager)
if entity.update(self.use_transliteration, self.enable_skeleton):
yield entity
except Exception:
continue

def draw_skeleton(self, entity: Entity, view_matrix: list, color: tuple, all_bones_pos_3d: Dict[int, Dict[str, float]]) -> None:
"""Draw the skeleton of an entity."""
try:
if not all_bones_pos_3d:
return

bone_positions_2d = {}
for bone_id in ALL_BONE_IDS:
if bone_id in all_bones_pos_3d:
pos_3d = all_bones_pos_3d[bone_id]
try:
pos_2d = overlay.world_to_screen(view_matrix, pos_3d, 1)
except Exception:
pos_2d = None

if pos_2d and entity.validate_screen_position(pos_2d):
bone_positions_2d[bone_id] = pos_2d

for start_bone, end_bones in SKELETON_BONES.items():
if start_bone in bone_positions_2d:
for end_bone in end_bones:
if end_bone in bone_positions_2d:
overlay.draw_line(
bone_positions_2d[start_bone]["x"],
bone_positions_2d[start_bone]["y"],
bone_positions_2d[end_bone]["x"],
bone_positions_2d[end_bone]["y"],
color,
1.5
)
except Exception as e:
logger.error(f"Error drawing skeleton: {e}")

def draw_entity(self, entity: Entity, view_matrix: list, is_teammate: bool = False) -> None:
"""Render the ESP overlay for a given entity."""
try:
head_pos_3d = entity.bone_pos(6)

try:
pos2d = overlay.world_to_screen(view_matrix, entity.pos, 1)
head_pos2d = overlay.world_to_screen(view_matrix, head_pos_3d, 1)
except Exception:
return

if not entity.validate_screen_position(pos2d) or not entity.validate_screen_position(head_pos2d):
return

entity.pos2d = pos2d
entity.head_pos2d = head_pos2d

head_y = entity.head_pos2d["y"]
pos_y = entity.pos2d["y"]
box_height = pos_y - head_y
box_width = box_height / 2
half_width = box_width / 2

outline_color = overlay.get_color(self.teammate_color_hex if is_teammate else self.box_color_hex)
text_color = overlay.get_color(self.text_color_hex)

if self.enable_skeleton and entity.all_bones_pos_3d:
self.draw_skeleton(entity, view_matrix, outline_color, entity.all_bones_pos_3d)

if self.draw_snaplines:
screen_width = overlay.get_screen_width()
screen_height = overlay.get_screen_height()
overlay.draw_line(
screen_width / 2,
screen_height / 2,
entity.head_pos2d["x"],
entity.head_pos2d["y"],
overlay.get_color(self.snaplines_color_hex),
2
)

if self.enable_box:
overlay.draw_rectangle(
entity.head_pos2d["x"] - half_width,
entity.head_pos2d["y"] - half_width / 2,
box_width,
box_height + half_width / 2,
Colors.grey
)
overlay.draw_rectangle_lines(
entity.head_pos2d["x"] - half_width,
entity.head_pos2d["y"] - half_width / 2,
box_width,
box_height + half_width / 2,
outline_color,
self.box_line_thickness
)

if self.draw_nicknames:
nickname = entity.name
nickname_font_size = 11
nickname_width = overlay.measure_text(nickname, nickname_font_size)
overlay.draw_text(
nickname,
entity.head_pos2d["x"] - nickname_width // 2,
entity.head_pos2d["y"] - half_width / 2 - 15,
nickname_font_size,
text_color
)

bar_width = 4
bar_margin = 2
bar_x = entity.head_pos2d["x"] - half_width - bar_width - bar_margin
bar_y = entity.head_pos2d["y"] - half_width / 2
bar_height = box_height + half_width / 2
overlay.draw_rectangle(
bar_x,
bar_y,
bar_width,
bar_height,
overlay.get_color("black")
)
health_percent = max(0, min(entity.health, 100))
fill_height = (health_percent / 100.0) * bar_height
if health_percent <= 20:
fill_color = overlay.get_color("red")
elif health_percent <= 50:
fill_color = overlay.get_color("yellow")
else:
fill_color = overlay.get_color("green")
fill_y = bar_y + (bar_height - fill_height)
overlay.draw_rectangle(
bar_x,
fill_y,
bar_width,
fill_height,
fill_color
)
if self.draw_health_numbers:
health_text = f"{entity.health}"
overlay.draw_text(
health_text,
int(bar_x - 25),
int(bar_y + bar_height / 2 - 5),
10,
text_color
)
except Exception as e:
logger.error(f"Error drawing entity: {e}")

def start(self) -> None:
"""Start the Overlay."""
self.is_running = True
self.stop_event.clear()

try:
# Initialize with unlimited FPS and let our loop handle the delay
overlay.overlay_init("Counter-Strike 2", fps=0)
except Exception as e:
logger.error(f"Overlay initialization error: {e}")
self.is_running = False
return

frame_time = 1.0 / self.target_fps
is_game_active = Utility.is_game_active
sleep = time.sleep

while not self.stop_event.is_set():
start_time = time.time()

try:
if not is_game_active():
sleep(MAIN_LOOP_SLEEP)
continue

view_matrix = self.memory_manager.read_floats(self.memory_manager.client_dll_base + self.memory_manager.dwViewMatrix, 16)

local_controller_ptr = self.memory_manager.read_longlong(self.memory_manager.client_dll_base + self.memory_manager.dwLocalPlayerController)
if local_controller_ptr:
local_pawn_ptr = self.memory_manager.read_longlong(self.memory_manager.client_dll_base + self.memory_manager.dwLocalPlayerPawn)
if local_pawn_ptr:
self.local_team = self.memory_manager.read_int(local_pawn_ptr + self.memory_manager.m_iTeamNum)
else:
self.local_team = None
else:
self.local_team = None

entities = list(self.iterate_entities(local_controller_ptr))

if overlay.overlay_loop():
overlay.begin_drawing()
overlay.draw_fps(0, 0)

for entity in entities:
is_teammate = self.local_team is not None and entity.team == self.local_team
if is_teammate and not self.draw_teammates:
continue
self.draw_entity(entity, view_matrix, is_teammate)

overlay.end_drawing()

elapsed_time = time.time() - start_time
sleep_time = frame_time - elapsed_time
if sleep_time > 0:
sleep(sleep_time)
except Exception as e:
logger.error(f"Unexpected error in main loop: {e}", exc_info=True)
sleep(MAIN_LOOP_SLEEP)

overlay.overlay_close()
logger.debug("Overlay loop ended.")

def stop(self) -> None:
"""Stop the Overlay and clean up resources."""
self.is_running = False
self.stop_event.set()
time.sleep(0.1)
logger.debug("Overlay stopped.")

Оффсеты сам ищи

 

[DDarkerart]

А где искать их

 

[Ksodin]

import pymem
import pymem.process
import struct

from classes.logger import Logger
from classes.utility import Utility

# Initialize the logger for consistent logging
logger = Logger.get_logger(__name__)

class MemoryManager:
def __init__(self, offsets: dict, client_data: dict, buttons_data: dict) -> None:
"""Initialize MemoryManager with offsets and client data."""
self.offsets = offsets
self.client_data = client_data
self.buttons_data = buttons_data
self.pm = None
self.client_base = None
self.ent_list = None # Cache for entity list pointer
self.config = None # Configuration cache
# Offset attributes
self.dwEntityList = None
self.dwLocalPlayerPawn = None
self.dwLocalPlayerController = None
self.dwViewMatrix = None
self.m_iHealth = None
self.m_iTeamNum = None
self.m_iIDEntIndex = None
self.m_iszPlayerName = None
self.m_vOldOrigin = None
self.m_pGameSceneNode = None
self.m_bDormant = None
self.m_hPlayerPawn = None
self.m_flFlashDuration = None
self.m_pBoneArray = None
self.dwForceJump = None
self.m_pClippingWeapon = None
self.m_AttributeManager = None
self.m_iItemDefinitionIndex = None
self.m_Item = None
self.m_pWeaponServices = None
self.m_hActiveWeapon = None

def initialize(self) -> bool:
"""
Initialize memory access by attaching to the process and setting up necessary data.
Returns True if successful, False otherwise.
"""
# Check if pymem is initialized and the client module is retrieved
if not self.initialize_pymem() or not self.get_client_module():
return False
# Cache the entity list pointer
self.load_offsets()
if self.dwEntityList is None: # Ensure offsets were loaded successfully
return False
self.ent_list = self.read_longlong(self.client_base + self.dwEntityList)
return True

def initialize_pymem(self) -> bool:
"""Attach pymem to the game process."""
try:
# Attempt to attach to the cs2.exe process
self.pm = pymem.Pymem("cs2.exe")
logger.debug("Successfully attached to cs2.exe process.")
return True
except pymem.exception.ProcessNotFound:
# Log an error if the process is not found
logger.error("cs2.exe process not found. Ensure the game is running.")
return False
except Exception as e:
# Log any other exceptions that may occur
logger.error(f"Unexpected error while attaching to cs2.exe: {e}")
return False

def get_client_module(self) -> bool:
"""Retrieve the client.dll module base address."""
try:
# Attempt to retrieve the client.dll module
client_module = pymem.process.module_from_name(self.pm.process_handle, "client.dll")
self.client_base = client_module.lpBaseOfDll
logger.debug("client.dll module found and base address retrieved.")
return True
except pymem.exception.ModuleNotFoundError:
# Log an error if the module is not found
logger.error("client.dll not found. Ensure it is loaded.")
return False
except Exception as e:
# Log any other exceptions that may occur
logger.error(f"Unexpected error while retrieving client.dll module: {e}")
return False

def load_offsets(self) -> None:
"""Load memory offsets from Utility.extract_offsets."""
extracted = Utility.extract_offsets(self.offsets, self.client_data, self.buttons_data)
if extracted:
self.dwEntityList = extracted["dwEntityList"]
self.dwLocalPlayerPawn = extracted["dwLocalPlayerPawn"]
self.dwLocalPlayerController = extracted["dwLocalPlayerController"]
self.dwViewMatrix = extracted["dwViewMatrix"]
# self.dwForceJump = extracted["dwForceJump"]
self.m_iHealth = extracted["m_iHealth"]
self.m_iTeamNum = extracted["m_iTeamNum"]
self.m_iIDEntIndex = extracted["m_iIDEntIndex"]
self.m_iszPlayerName = extracted["m_iszPlayerName"]
self.m_vOldOrigin = extracted["m_vOldOrigin"]
self.m_pGameSceneNode = extracted["m_pGameSceneNode"]
self.m_bDormant = extracted["m_bDormant"]
self.m_hPlayerPawn = extracted["m_hPlayerPawn"]
self.m_flFlashDuration = extracted["m_flFlashDuration"]
self.m_pBoneArray = extracted["m_pBoneArray"]
self.m_pClippingWeapon = extracted["m_pClippingWeapon"]
self.m_AttributeManager = extracted["m_AttributeManager"]
self.m_iItemDefinitionIndex = extracted["m_iItemDefinitionIndex"]
self.m_Item = extracted["m_Item"]
self.m_pWeaponServices = extracted["m_pWeaponServices"]
self.m_hActiveWeapon = extracted["m_hActiveWeapon"]
else:
logger.error("Failed to initialize offsets from extracted data.")

def get_entity(self, index: int):
"""Retrieve an entity from the entity list."""
try:
# Use cached entity list pointer
list_offset = 0x8 * (index >> 9)
ent_entry = self.read_longlong(self.ent_list + list_offset + 0x10)
entity_offset = 112 * (index & 0x1FF)
return self.read_longlong(ent_entry + entity_offset)
except Exception as e:
logger.error(f"Error reading entity: {e}")
return None

def get_fire_logic_data(self) -> dict | None:
"""Retrieve data necessary for firing logic."""
try:
player = self.read_longlong(self.client_base + self.dwLocalPlayerPawn)
entity_id = self.read_int(player + self.m_iIDEntIndex)

if entity_id > 0:
entity = self.get_entity(entity_id)
if entity:
entity_team = self.read_int(entity + self.m_iTeamNum)
player_team = self.read_int(player + self.m_iTeamNum)
entity_health = self.read_int(entity + self.m_iHealth)
weapon_type = self.get_weapon_type()
return {
"entity_team": entity_team,
"player_team": player_team,
"entity_health": entity_health,
"weapon_type": weapon_type
}
return None
except Exception as e:
if "Could not read memory at" in str(e):
logger.error("Game was updated, new offsets are required. Please wait for the offsets update.")
else:
logger.error(f"Error in fire logic: {e}")
return None

def get_weapon_type(self) -> str:
"""Get the type of the currently equipped weapon."""
try:
player = self.read_longlong(self.client_base + self.dwLocalPlayerPawn)
if not player: return "Rifles"

weapon_services_ptr = self.read_longlong(player + self.m_pWeaponServices)
if not weapon_services_ptr: return "Rifles"

weapon_handle = self.read_longlong(weapon_services_ptr + self.m_hActiveWeapon)
if not weapon_handle: return "Rifles"

weapon_id = weapon_handle & 0xFFFF
list_entry = self.read_longlong(self.ent_list + 8 * ((weapon_id & 0x7FFF) >> 9) + 16)
if not list_entry: return "Rifles"

weapon_entity_ptr = self.read_longlong(list_entry + 112 * (weapon_id & 0x1FF))
if not weapon_entity_ptr: return "Rifles"

attribute_manager_ptr = self.read_longlong(weapon_entity_ptr + self.m_AttributeManager)
if not attribute_manager_ptr: return "Rifles"

item_ptr = self.read_longlong(attribute_manager_ptr + self.m_Item)
if not item_ptr: return "Rifles"

item_id = self.read_int(item_ptr + self.m_iItemDefinitionIndex)

weapon_map = {
1: "Pistols", 2: "Pistols", 3: "Pistols", 4: "Pistols", 30: "Pistols", 32: "Pistols", 36: "Pistols", 61: "Pistols", 63: "Pistols", 64: "Pistols",
7: "Rifles", 8: "Rifles", 10: "Rifles", 13: "Rifles", 16: "Rifles", 39: "Rifles", 60: "Rifles",
9: "Snipers", 11: "Snipers", 38: "Snipers", 40: "Snipers",
17: "SMGs", 19: "SMGs", 23: "SMGs", 24: "SMGs", 26: "SMGs", 33: "SMGs", 34: "SMGs",
14: "Heavy", 25: "Heavy", 27: "Heavy", 28: "Heavy", 35: "Heavy"
}
return weapon_map.get(item_id, "Rifles")
except Exception as e:
# logger.error(f"Error getting weapon type: {e}")
return "Rifles"

def write_float(self, address: int, value: float) -> None:
"""Write a float to memory."""
try:
self.pm.write_float(address, value)
logger.debug(f"Wrote float {value} to address {hex(address)}")
except Exception as e:
logger.error(f"Failed to write float at address {hex(address)}: {e}")
raise

def write_int(self, address: int, value: int) -> None:
"""Write an integer to memory."""
try:
self.pm.write_int(address, value)
logger.debug(f"Wrote int {value} to address {hex(address)}")
except Exception as e:
logger.error(f"Failed to write int at address {hex(address)}: {e}")
raise

def read_vec3(self, address: int) -> dict | None:
"""
Reads a 3D vector (three floats) from memory at the specified address.
"""
try:
return {
"x": self.pm.read_float(address),
"y": self.pm.read_float(address + 4),
"z": self.pm.read_float(address + 8)
}
except Exception as e:
logger.error(f"Failed to read vec3 at address {hex(address)}: {e}")
return {"x": 0.0, "y": 0.0, "z": 0.0}

def read_string(self, address: int, max_length: int = 256) -> str:
"""
Reads a null-terminated string from memory at the specified address.
"""
try:
data = self.pm.read_bytes(address, max_length)
string_data = data.split(b'\x00')[0]
return string_data.decode('utf-8', errors='replace')
except Exception as e:
logger.error(f"Failed to read string at address {hex(address)}: {e}")
return ""

def read_floats(self, address: int, count: int) -> list[float]:
"""
Reads an array of `count` floats from memory.
"""
try:
data = self.pm.read_bytes(address, count * 4)
return list(struct.unpack(f'{count}f', data))
except Exception as e:
logger.error(f"Failed to read {count} floats at address {hex(address)}: {e}")
return []

def read_int(self, address: int) -> int:
"""Read an integer from memory."""
try:
return self.pm.read_int(address)
except Exception as e:
logger.error(f"Failed to read int at address {hex(address)}: {e}")
return 0

def read_longlong(self, address: int) -> int:
"""Read a long long from memory."""
try:
return self.pm.read_longlong(address)
except Exception as e:
logger.error(f"Failed to read longlong at address {hex(address)}: {e}")
return 0

@property
def client_dll_base(self) -> int:
"""Get the base address of client.dll."""
return self.client_base

{
"a2x": {
"name": "A2X Source",
"author": "a2x",
"repository": "a2x/cs2-dumper",
"offsets_url": "

Пожалуйста, авторизуйтесь для просмотра ссылки.

",
"client_dll_url": "

Пожалуйста, авторизуйтесь для просмотра ссылки.

",
"buttons_url": "

Пожалуйста, авторизуйтесь для просмотра ссылки.

"
},
"jesewe": {
"name": "Jesewe Source",
"author": "Jesewe",
"repository": "Jesewe/cs2-dumper",
"offsets_url": "

Пожалуйста, авторизуйтесь для просмотра ссылки.

",
"client_dll_url": "

Пожалуйста, авторизуйтесь для просмотра ссылки.

",
"buttons_url": "

Пожалуйста, авторизуйтесь для просмотра ссылки.

"
}
}

 

[DDarkerart]

а это что