游戏内存修改工具

# Install from PyPI (coming soon)
pip install frida-game-hacking-mcp

# Or install from source
git clone https://github.com/0xhackerfren/frida-game-hacking-mcp.git
cd frida-game-hacking-mcp
pip install -e .

pip install frida frida-tools mcp pillow
# On Windows, also install:
pip install pywin32

# Run directly
python -m frida_game_hacking_mcp

# Or use the entry point
frida-game-hacking-mcp

{
  "mcpServers": {
    "frida-game-hacking": {
      "command": "python",
      "args": ["-m", "frida_game_hacking_mcp"]
    }
  }
}

1. List processes and find your game
   > list_processes("game")
   
2. Attach to the game
   > attach("game.exe")
   
3. Initial scan for current health value (e.g., 100)
   > scan_value(100, "int32")
   Found: 58,869 addresses
   
4. Take damage in game (health now 95)
   > scan_next(95)
   Narrowed to: 1,419 addresses
   
5. Repeat until you find the address
   > scan_next(90)
   Narrowed to: 3 addresses
   
6. Get results and modify
   > get_scan_results()
   > write_memory("0x12345678", "E7030000")  # 999 in little-endian

# Find code pattern (works across game updates)
> attach("game.exe")
> scan_pattern("89 47 44 ?? ?? 5B 7A", "r-x")
Found: 2 matches

# ?? = wildcard bytes
# "r-x" = executable memory regions

# Hook a function and log calls
> hook_function("0x401234",
    on_enter="console.log('Args:', args[0], args[1]);",
    on_leave="console.log('Return:', retval);")

# Make a function always return success
> replace_function("0x401234", 1)

# Hook by module and function name
> intercept_module_function("game.dll", "CheckLicense",
    on_leave="retval.replace(1);")

# Start process suspended
> spawn("C:/Games/game.exe")

# Set up hooks before code runs
> hook_function("0x401234", on_enter="...")

# Resume execution
> resume()