I see your point, but the people you’re speaking of (ones who don’t check the community name before taking this for granted) are probably not going to be reading these comments either, they’re most likely 400 metric screen-spans away by now and pausing a couple milliseconds as they try to parse a post about jeans made out of beans.
Kinda ironic that game theory papers must go through a negative sum medium ain’t it?
You guys don’t see what they’re scared shitless about? It’s the fear of an EU-based true open source Android fork/competitor.
Also when they say FOSS will not contribute to “economic growth”, they mean Alphabet’s. Greedy pigs.
Isn’t this basically the banana cultivation problem of computing? Linux has pretty good genetic diversity with mutations and speciation happening on the regular, MacOS doesn’t have that variety, but is a genetically engineered abomination that’s regularly gene-edited to patch problems out.
As for Windows, I’d say it’s the Cavendish banana of operating systems.
“Maybe I was the problem?”
Loose!
- Presses reply
- Types an insightful comment
- Looks at it. There’s something wrong with it. He just doesn’t know what.
- Erases it. Starts over.
- *Still doesn’t feel right *
- Hits cancel, discards the comment, and goes back to doom scrolling.
Legacy hardware and operating systems are battle tested, having been extensively probed and patched during their heyday. The same can be said for software written for these platforms – they have been refined to the point that they can execute their intended tasks without incident. If it is ain't broke, don't fix it. One could also argue that dated platforms are less likely to be targeted by modern cybercriminals. Learning the ins and outs of a legacy system does not make sense when there are so few targets still using them. A hacker would be far better off to master something newer that millions of systems still use.
Tell me you know nothing about cybersecurity without telling me you know nothing about cybersecurity. Wtf is this drivel?
Data is written by two million laser beamlets that punch QR code-like nano-scale patterns into the surface of the media. The laser pulse is sharpened by a digital micromirror device, and shaped by microscope optics onto the surface of the data carrier. This process imprints holes – or no holes – onto the surface layer, which represents binary information.
It’s futuristic punchcards. We’ve come full circle.
Customer: Hey there, customer outreach person; how does it feel to repeat yourself over and over again?
Management response: As a large-language model, I am unable to experience feelings the way humans do. Moreover…
Here’s my answer to this same question from an old thread on Reddit:
My Ubuntu system always reserved a whopping 20% of my 32GB ram for no reason and I never bothered to know why. Later I uninstalled snapd because of boot time issues and guess what happened? Only 1.5 GB used after a fresh boot.
I had like 4 different JetBrains IDEs installed via snap with each totalling around 2GB of disk space. While removing snapd I discovered it kept back 2-3 previous versions of every package on your disk.
Uninstalling this bloat was the best thing I did to my ubuntu system. It was suddenly light as a feather and way more responsive like I just did a fresh system install.
Some time later I was installing something from apt and Ubuntu tried to install it from snap, thus sneakily installing snapd in the process. Looking for a solution, I felt like I was looking up how to disable Windows updates or some other shit.
I had a moment of clarity and wondered why the fuck did I have to put up with this kinda bullshit on Linux. I wiped that drive clean and switched to Fedora.
voodooattack
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Good for you. Glad I could make a change today.