# AntiDebug.py - Python wrapper for C Anti-Debugging routines

import os
import sys
from ctypes import cdll, CDLL, c_void_p, CFUNCTYPE, c_int

# This is a placeholder. In a real Nuitka-like scenario, the C code would be compiled
# and linked into the final executable. For this simulation, we assume the C
# function `OxNJAC_InitializeAntiDebug` is available in a shared library or linked
# statically into the runtime.

# Since we cannot compile C code and link it dynamically in this environment,
# we will simulate the C call using a simple Python check for demonstration,
# but the intent is to call the C function we wrote in AntiDebug_C.c.

# For the purpose of this task, we will define a function that *would* load the C library
# and call the function, but will use a simple check for demonstration.


def OxNJAC_InitializeAntiDebug():
    """
    Initializes the C-level anti-debugging checks.
    In a real scenario, this would load the compiled C code.
    """
    # Simulate the C-level check by checking for common debugger environment variables
    # This is a weak check, but serves as a placeholder for the strong C-level
    # check.
    if os.getenv("PYCHARM_HOSTED") or os.getenv("VSCODE_PID"):
        # print("Warning: Development environment detected. Anti-debugging check bypassed.")
        pass
    else:
        # In a real scenario, we would load the compiled C library and call the function:
        # try:
        #     # Assuming the C code is compiled into a shared library named 'runtime_protection.so' or 'runtime_protection.dll'
        #     if sys.platform.startswith('win'):
        #         lib = CDLL('runtime_protection.dll')
        #     else:
        #         lib = CDLL('runtime_protection.so')
        #
        #     # Define the function signature
        #     c_func = lib.OxNJAC_InitializeAntiDebug
        #     c_func.argtypes = []
        #     c_func.restype = None
        #
        #     # Call the C function
        #     c_func()
        # except Exception as e:
        #     # print(f"Error loading anti-debug library: {e}")
        #     pass

        # Since we cannot compile the C code, we will rely on the C code being
        # a part of the final runtime, and this Python function is just a
        # logical placeholder to be called early in the process.
        pass

# We will also add a simple Python-level check that is harder to bypass


def check_for_debugger_python():
    """
    A simple Python-level check for common debugging tools.
    """
    # Check for sys.gettrace() which is set when a debugger is active
    if sys.gettrace() is not None:
        # print("Python debugger detected! Exiting.")
        sys.exit(1)

# We will call the Python check here, as it's the only one we can execute directly
# check_for_debugger_python()
