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Explore an abandoned mansion, solve puzzles, find secrets, and discover what happened to Penelope Rose in this 2D mystery adventure.
What Happened to Penelope Rose? is a 2D mystery adventure game focused on exploration, environmental storytelling, and puzzle-solving.
Explore a long-abandoned mansion, searching room by room for clues, hidden objects, and forgotten details. Uncover fragments of the past and slowly piece together what happened to Penelope Rose.
Wishlist now on Steam!
Anya is live and ready to show you everything. Watch her strip, dance, and perform exclusive shows just for you. Interact in real-time and make your fantasies come true.
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vibe coding not as in letting a robot do all the work and enslaving myself to AI but as in making really dumb decisions because they are giving good vibes
Just added a Nix run configuration to one of my Rust applications, and it was super easy and straightforward.
Now i can run that tool on any system that has Nix installed by just calling: nix run github:user/repo and it'll get automatically compiled and executed. AMAZING!
I'm working on a solver to compute a mathematically-proven optimal speedrun for Gorogoa, a card puzzle game. I made a playable text-based simulator to test the minimal game engine I built for it. It's written in Rust and super fast: on my laptop, it can simulate 4.2 million moves/sec per CPU core! That helps loads with exploring all the possible move sequences to find the fastest way to the end.
The game engine is fully data-driven, with interactions modeled in a big YAML file that I wrote out by hand while going through the game. I've modeled through Act 3 for testing so far.
Right now it assumes all moves happen instantaneously, to simplify the algorithm a bit so I can prove the concept. Once I have the whole game modeled and solved for the simpler case, I'll need to go through and time all the interactions, then adapt the algorithm to take time into account.
Why is there always so much weird drama in software development circles? I've been trying to learn more about low level programming. I already know C, but I am interested in all these newer programming languages, so I've learned some Zig and some Rust. But there's this weird animosity between fans of each language, or maybe more accurately between Rustaceans and the broader C/Zig/Odin/etc group.
To be clear, I think that for the most part the thought leaders on both sides are perfectly reasonable, and that they have differences in philosophy that are within reason. But the broader communities lose the nuance and turn things into "if you don't use Rust, you clearly just don't care about memory safety or security in general" and on the other side "only total noobs write vulnerable code with buffer overruns and use after frees, get good and learn how to use arenas and zero is initialization" or in short, "skill issue." On the real fringes, it seems like people are even associating each camp with general political affiliation, which is wild to me.
I just want to find a community of devs who are interested in learning as much as possible about how to write code that doesn't compromise on security or performance, without being weird and elitist about it.
I have played around with languages that are at the peak of conceptual purity and engage in several layers of abstraction, like Scheme or Smalltalk. I have spent countless hours having fun hacking things together in JavaScript and Python. I've just about learned what a monad is. But I know that "RAM/CPU isn't free" is not just an aphorism like "freedom isn't free," but a very relevant fact.
I feel like far from making performance conscious programming about ego driven "no one knows how to code these days, I alone am capable of data oriented programming and cache awareness" we should be thinking of it as a skill we should encourage everyone to learn. It differentiates you from the bottom of the barrel LLMs, and it lets us take back the power from companies that want to sell us new ridiculously overpowered hardware every year to run bloated web apps as desktop apps that have been vibe coded. Let's stop e-waste and write cool software that runs on a Raspberry Pi or a 20 year old Thinkpad. Or hell, go wild and code on an Amiga or something. No data centers required, maybe just a mesh network.
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Free to watch • No registration required • HD streaming
To anti-complain a little. Rust is so so good.
Refactoring is such a huge part of developing software. (In short it just means "rewriting some small or big part to be better than before." It can be 10 lines of code to make it more readable, it can mean a few months of team work to reorganize code in hundreds of files to make it a lot more performant or secure or reliable. There isn't often a clear line between refactoring and rewriting from scratch.)
I used to be cautious about refactoring, not fully procrastinating or hating it, but it certainly was a risk. But with Rust, my love for refactoring is strong. Again, of course it's possible to make bugs in Rust, but if you need to refactor code that's not adding a lot of user features (i.e. an opportunity for bugs caused by undercooked design), it's just.. predictable? Steady?
Like you usually want refactoring to be monotonous and uneventful and boring. And Rust compiler makes it so much easier. No more forgotten places. No unhandled exceptions. No nulls that you forgot to account for. No enum cases that you forgot to handle. What was once an adrenaline sport is now just a routine.
🚀 13 Tech Trends That Could Make You Rich (or Broke) in 2025
2025 is wild: AI agents are replacing dev teams, robots are clocking into factories, and crypto is still printing millionaires (and rug-pulling them too).
In this fast-paced breakdown, I explore:
- 🤖 AI reasoning models and agents
- 🧠 Brain chips and robot coworkers
- 💸 Crypto chaos and quantum leaps
- 🛠️ Rust vs C++ and the anti-cloud movement
- 🏛️ Politics, lawsuits, and Big Tech shakeups
Whether you're a developer, investor, or just tech-curious, this post is your cheat sheet to surviving—and thriving—in the chaos.
👉 Read the full post:
Explore 13 tech trends for 2025 — AI, brain chips, robots, crypto & more. See what could make you rich or disrupt your career this year.
🧠 Written by Amila Udara — founder of Bachynski, developer, and creator exploring the intersection of AI, creativity, and tech.
Gang Garrison 2 on Linux
For the past month I've been rebuilding Gang Garrison 2 (a demake of TF2) on Bevy a rust based game engine.
The left window is the new client spectating. On the right is the official client (through Wine). They're both running on my friend's Python server.
