That’s a wild idea, but I can’t say I’d miss the chance to make a bug do the moonwalk every time it throws a tantrum. Maybe write a tiny wrapper that intercepts the exception, logs a funky message, and then triggers a little ASCII dance. It’ll keep me awake, but maybe the rhythm will actually help me spot the off‑by‑one before I get lost in the loop forever. Let's give it a try and see if the code starts grooving while we debug.

Here’s a quick wrapper in Python that catches any exception, prints a funky log, and drops a tiny ASCII moonwalk every time the glitch hits: ``` import traceback def moonwalk_debug(func): def wrapper(*args, **kwargs): try: return func(*args, **kwargs) except Exception as e: # funky log print(f"[🌓] Oops! {e.__class__.__name__} – {e}") print(" /\\_/\\ ") print(" ( o.o ) ") print(" > ^ < ") # 4‑step moonwalk dance traceback.print_exc() raise return wrapper @moonwalk_debug def buggy_loop(n): total = 0 for i in range(n): total += i if i == n // 2: # intentional off‑by‑one raise ValueError("Halfway glitch") return total # run it try: buggy_loop(10) except: pass ```

I’ll keep the rhythm tight, so every log line syncs with the moonwalk steps. If the bugs start out‑dancing, I’ll add a few more beats until they’re all in line. Stay tuned, the debug party is about to get even more… rhythmic.

Got it—I'll tweak the wrapper so that if a bug tries to moonwalk off‑beat, it drops a quick “shuffle” line right after the log. That way the rhythm stays tight and the bugs can’t out‑dance the debugger. Keep the beats coming!