Not really, it’s doable with chatgpt right now for programs that have a relatively small scope. If you set very clear requirements and decompose the problem well it can generate fairly high quality solutions.
Not really, it’s doable with chatgpt right now for programs that have a relatively small scope. If you set very clear requirements and decompose the problem well it can generate fairly high quality solutions.
Extremely misleading title. He didn’t say programmers would be a thing of the past, he said they’ll be doing higher level design and not writing code.
They’re not really in need of rescue though, they’re on the ISS. Their return vehicle is just a pile of garbage. Thanks again, Boeing.
That’s the joke
That’s funny, but I love content created by individuals and small teams, especially the maker/engineering channels. I’ll take that over corporate produced media any day, even if it means paying a corporation to serve that content to me.
They also have one of the best business models for creators, meaning people producing content can do it full time and make a good living off of it, instead of doing it as a charity and producing mediocre quality videos.
I agree with all your points, not using the service is absolutely an option. I suggested paying for premium because that was the option that made the most sense to me. I hate ads and love YouTube. For me, the value I get from a subscription is much higher than other services I pay for. I’m subscribed to probably 500 YouTube channels and probably watch between 50-100 hours of content per month.
Like many other business they offer an ad funded service and a paid service. I understand this is Lemmy, and people love getting things for free. But if you don’t like ads, have you thought about paying for the service?
Have you considered paying for their ad free service?
Maybe now’s the best time to mix things up. This could be the last election before the fall of the democracy, why not go all out? I’m actually really excited for this move, and despite a little uncertainty at first I’m fully onboard.
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I’ll reiterate, if it was a null pointer exception (I honestly don’t know that it was, but every comment I’ve made is based on that assumption, so let’s go with it for now) then I absolutely can blame C++, and the code author, and the code reviewer, and QA. Many links in the chain failed here.
C++ is not a memory safe language, and while it’s had massive improvements in that area in the last two decades, there are languages that make better guarantees about memory safety.
Thank you. Finally someone understands. Jokes aside though, I think we can acknowledge that C/C++ have caused decades of problems due to their lack of memory safety.
Maybe I heard some bad information, but I thought the issue was caused by a null pointer exception in C/C++ code. If you have a link to a technical analysis of the issue I would be interested to read it.
C++ is the problem. C++ is an unsafe language that should definitely not be used for kernel space code in 2024.
I never said that you said those things. You said you were the last generation to understand technology and not just use it, which is quite frankly ridiculous and untrue - especially for anyone with work ethic and intelligence.
Get off your high horse old man. Millennials were born into technology, molded by it. We live and breathe it, and also grew up in a world where things most definitely did not just work.
I think you significantly underestimate the ingenuity and problem solving abilities of the younger generations. My Gen Z coworkers are extremely smart and hard working and understand how things work just as well, if not better than older generations.
Probably to see how much fuel is left in it
That’s magical.
Phillips strips way, way easier than Torx. Stripping generally happens when a screwdriver cams out, or pops out of the screw. Here are some excerpts from Wikipedia of Torx vs Phillips.
The hexalobular socket screw drive, often referred to by the original proprietary brand name Torx ( /ˈtɔːrks/) or by the alternative generic name star drive, uses a star-shaped recess in the fastener with six rounded points. It was designed to permit increased torque transfer from the driver to the bit compared to other drive systems. The drive was developed in 1967[44] by Camcar Textron.[45] Torx is very popular in the automotive and electronics industries because of resistance to cam out, and extended bit life, as well as reduced operator fatigue by minimizing the need to bear down on the drive tool to prevent cam out.
And Philips on the other hand:
The Phillips screwdriver design has a tendency to cam out during operation due to angled contact surfaces which create an axial force pushing the driver out of the recess as torque is applied. Despite popular belief,[2] there is no clear evidence that this was a deliberate design feature. When the original patent application was filed in 1933, the inventors described the key objectives as providing a screw head recess that (a) may be produced by a simple punching operation and which (b) is adapted for firm engagement with a driving tool with “no tendency of the driver to cam out”.
I’m not sure about Allen. It doesn’t cam out very much, but it does still strip a lot easier than Torx. Probably due to the smaller contact points.
It’s just a tool like any other. An experienced developer knows that you can’t apply every tool to every situation. Just like you should know the difference between threads and coroutines and know when to apply them. Or know which design pattern is relevant to a given situation. It’s a tool, and a useful one if you know how to use it.