Rps With My Childhood Friend V100 Scuiid Work -

For SCUIID testing, you’ll need distributed logs. But the spirit is the same: Conclusion: The Final Rock – Paper – Scissors We ended our V100 experiment by playing one real round — not simulated. Face to face over Zoom. I chose scissors. Alex chose rock. He won, just like 20 years ago.

Why use a V100 for Rock Paper Scissors? Because we weren’t just playing a single game — we were simulating of RPS to test SCUIID’s entropy distribution.

We added a nostalgia feature: every 1 million rounds, the program printed a memory from our actual childhood RPS games. "Round 1,000,000: Alex used scissors to cut my paper – just like 3rd grade art class." rps with my childhood friend v100 scuiid work

And that’s the truth of it: some things are better together. Rock Paper Scissors. Childhood friends. Even a V100 and a messy ID system.

One evening, a message popped up: "Remember RPS? What if we build something with it? I have access to a V100 cluster. And I’m dealing with this annoying SCUIID system at work." For SCUIID testing, you’ll need distributed logs

– Stands for Scalable Collision-Resistant Unique Identifier . It’s a distributed ID generation protocol used in high-throughput databases. Alex’s work required generating billions of unique IDs without overlap. He wanted to test randomness distribution… using RPS as a metaphor.

import random, time from collections import Counter def rps_result(p1, p2): # 0 = tie, 1 = p1 wins, 2 = p2 wins if p1 == p2: return 0 if (p1, p2) in [(0,2), (1,0), (2,1)]: return 1 return 2 moves = [0,1,2] results = [] for _ in range(1_000_000): a, b = random.choice(moves), random.choice(moves) results.append(rps_result(a,b)) I chose scissors

A SCUIID generator typically combines timestamps, machine IDs, and counters to create unique values. But Alex noticed a bias: certain IDs appeared more often in certain time windows. That hinted at poor entropy — i.e., not random enough.