That was hilarious. I totally get it, kid.
That was hilarious. I totally get it, kid.
Ok, sounds cool. So I downloaded a .xdc file and… now what? I think they should’ve started with a paragraph on how to actually run one of these files.
inoreader seems very ergonomic, thanks!
I’ve been interested in trying out RSS again but I don’t want to self-host. Can anyone recommend a RSS client (hosted, local, or whatever) that they like?
Winslow is the GOAT obviously, but that electric guitar distortion is definitely an effects pedal. You can see him switching it with his left foot.
It’s basically an NEC VR4300. Produced by NEC based on a MIPS R4300i.
Companies use the same kind of systems to (poorly) automate the search for candidates, which is also spammy, inefficient, and wastes job-seekers time. This just levels the playing field.
It’s surprisingly calming to listen to Patrick cathartically vent, after what must’ve been a stressful education and career in finance.
Keep Lemmy small. Make the influence of conversation here uninteresting.
I’m doing my part!
Guess I won’t meet the minimum requirements then. Oh well. Plenty of other games on my backlog.
It’s basically corporate anti-virus software. Intended to detect and prevent malware.
According to the article this system also detects power outages and shuts off when they happen. Just like full-scale solar power systems. But yeah, no physical kill switch.
I’m guessing regular non-LP DDR works fine socketed in desktops because power is nearly a non-issue. Need to burn a few watts to guarantee signal integrity? We’ve got a chonky PSU, so no problem. On mobile devices however every watt matters…
And I don’t think they give out stock grants to warehouse workers, but I could be wrong.
Yeah. That’s my point. And still people take these jobs and work very hard indeed. Try explaining “limited bathroom break time” to your average tech worker.
Average Amazon .com Warehouse Worker hourly pay in the United States is approximately $16.96, which is 7% above the national average.
People don’t seem to understand the average worker would kill to make $80/hour and $200k in RSUs. Not a dream job, right.
Yeah. Tech has gotten worse. But you really think it’s better in any other sector? I’m sure there are a few highly-compensated lap-dance-inspectors out there but the vast majority of workers deal with the same shit techies are dealing with, for significantly less pay and respect, if you can believe that.
One of the developers I respect most in my career walked out on .5M in bonuses on Amazon because of their ranking system for his employees. I was shocked.
This also shows what an incredibly privileged position techies have in the job market. I totally understand quitting Amazon. Really, I wouldn’t want to work there either. But ask one of their warehouse workers if they’d ever quit and forfeit a 0.5M bonus…
Eh. I work in tech. I have friends who work or worked at almost every big tech company you’d recognize. These are still jobs, dealing with layoffs, annoying bosses, etc. has always been a fact of life. But from what I can see the average techie still has it very good compared to most other jobs. My friend who is a nurse would certainly like to earn a tech salary, not have to deal with hospital politics, and not work night shifts all the damn time, and take time off whenever they want to not whenever there’s availability…
I think Big Tech is still pretty much a dream job for most people. High pay. Perks. Work/life flexibility. It’s certainly not as dreamy as it was 5 years ago perhaps, but realistically I’d take it over pretty much anything else.
Moving from C to C++ would also not solve any real problem. C++ of course adds OOP which I think can be nice (not everyone agrees with this!) but it also adds an insane amount of language complexity and instability. Mentally reasoning about C code is hard, reasoning about C++ code is nearly impossible.
Rust however brings a novel solution to classes of problems like ownership and mutability with the borrow checker. It’s now accepted to be a great tool for writing high performance code while preventing a substantial amount of common, but often subtle, bugs from slipping through. It’s not arbitrarily the first non-C code to be accepted in the kernel. And it’s used in other operating systems like Android and Windows already.