Even if querying data was processing-heavy and even if somehow the ‘hard drive’ got warm during this, then there still would need to be a hardware defect in order for the drive to overheat.
Yes, but this may be a symptom of an issue I’ve been seeing with younger programmers; they’ve siloed themselves so specifically into whatever programming they “specialize” in, that they become absolutely useless at dealing with absolutely anything else related to their job. And exasperating this issue is the fact that they’ve grown up with systems that “just work”. Windows, iOS, and android are all at the point where fucking around with hardware issues is very uncommon for the average person.
Asking this guy to solve a hardware problem is like asking hime to tune a carburetor. He likely has not the slightest clue how to start.
In my experience, a lot of software dev degree paths basically don’t even have relevant classes on hardware at all. Classes on hardware are all in IT Helpdesk and Network Admin degree paths whereas the software dev students are dumped straight into Visual Studio right off the bat with no relevant understanding of the underlying hardware or OS.
My experience does not reflect yours. Computer Architecture, Discrete Math (logic gate math), and Operating System Concepts were all required classes in my CS degree from just a few years ago.
Honestly that’s good to hear. I’ve run into some devs who are completely mystified on how to connect to a remote database and couldn’t tell a socket from sandwich.
My CS degree had a hardware/IT support class, but A) it was entirely simulation based. We never touched any actual hardware. We “built” PC’s or identified physical issues in 3d sim software, set up RAID arrays in software, etc. B) it was super hand holdy and you only ever go over a problem once, so nothing on the class has stuck. I know much more from having built, troubleshot and maintained my own computers and network than I ever learned from that class, then learned more by doing in an actual IT support position before becoming an engineer.
You don’t teach a farmer how an internal combustion engine works. Computers are tools to software engineers. What they need to know is how to operate them, not how to maintain them.
I’m not sure how well that analogy holds up. Farmers are usually pretty well versed in mechanical systems. To the point that now that John Deere has been screwing them over on right to repair that some farmers are even becoming versed in computer programming so they can flash the firmware on their tractors.
I never said that it was impossible for a farmer to learn things outside their immediate field. Just like computer programmers often have knowledge of hardware and the general technology stack.
My point, to make it explicit to a few of the illiterates who’ve replied to my comment so far, is that it is not necessary to teach a web developer how a goddamn CPU works. They can gain nothing from that knowledge because there are at least 3 levels of abstraction between JavaScript and assembly.
And my point is that the example you used does not make the point you are trying to make, but rather the opposite. I get what you’re saying, it just doesn’t apply to farmers and mechanics.
Operating your tools and being able to maintain and repair your tools are the unequivocally essential skills for everyone in every single industry.
If you can’t, you are not a professional.
The concepts of machine logic, registers/lookups/etc are essential for every programmer. If you don’t have a clear idea about how the simplest CPU functions, you don’t have any basis of understanding the abstractions in front of you, scripting in JS. Not a professional.
Horseshit. Computers aren’t tools for a software engineer. Computers are tools to an administrator, an accountant. Computers are the sandbox you are building castles in as a software engineer. If you don’t understand the system upon which you build, its abilities and features, its limitations, it’s dependencies, you are going to make some stupid mistakes.
You need to understand discrete mathematics as a consequence of computer computation. You need to understand parallel processing and threading for muli-core processors. You need to understand networking, package management, security vulnerabilities, etc. from different architectures and protocols. And it ALWAYS helps to understand the very basics of a computer’s functioning, from hardware, CPU architecture, machine code, assembly/low level programming, memory management, etc.
print('Hello, World!) is day one shit for a reason. Programming language and logic is the basics. The real expertise comes from your 3rd and 4th year materials. Databases, architecture, theory of computation, discrete mathematics, networking, operating systems, compilers, etc.
No, not really. Programming requires understanding of the underlying hardware, at least to a certain extent. Otherwise performance issues will look like dark magic and optimizing anything would be impossible.
Where do you start debugging if something goes wrong with the software and your information level is this low/ do you look at network stats? CPU utilization, paging/swapping? Is the hard disk bandwidth the bottleneck? Without at least some passable understanding of a computer architecture people like this just throw up their hands, or throw whatever tricks they know at the wall and see what sticks.
A lot of farmers are learning how they work cause the companies that sell them the equipment keep fucking them over. I would argue that farmers nowadays needs to know how that works along with basic programming to get past the anti-consumer bullshit companies put in to make it nigh impossible to fix things yourself.
That’s the price of specialization. Don’t ask a software engineer to troubleshoot hardware. Don’t ask a backend dev to write a frontend. Don’t ask a proctologist to look at your cough.
You simply cannot be proficient at every sub-sub-specialty. That’s why we collaborate and hand the ‘my computer gets hot’ problems to the hardware people. The alternative would be only moderately useful generalist.
I’m not asking everyone to be able to become a hardware specialist, but if you can’t even figure out “my computer gets hot” I’m not going to be able to trust anything you do. Identifying a heat issue does not take a rocket surgeon.
Even if querying data was processing-heavy and even if somehow the ‘hard drive’ got warm during this, then there still would need to be a hardware defect in order for the drive to overheat.
Yes, but this may be a symptom of an issue I’ve been seeing with younger programmers; they’ve siloed themselves so specifically into whatever programming they “specialize” in, that they become absolutely useless at dealing with absolutely anything else related to their job. And exasperating this issue is the fact that they’ve grown up with systems that “just work”. Windows, iOS, and android are all at the point where fucking around with hardware issues is very uncommon for the average person.
Asking this guy to solve a hardware problem is like asking hime to tune a carburetor. He likely has not the slightest clue how to start.
In my experience, a lot of software dev degree paths basically don’t even have relevant classes on hardware at all. Classes on hardware are all in IT Helpdesk and Network Admin degree paths whereas the software dev students are dumped straight into Visual Studio right off the bat with no relevant understanding of the underlying hardware or OS.
My experience does not reflect yours. Computer Architecture, Discrete Math (logic gate math), and Operating System Concepts were all required classes in my CS degree from just a few years ago.
Honestly that’s good to hear. I’ve run into some devs who are completely mystified on how to connect to a remote database and couldn’t tell a socket from sandwich.
Can I have my socket with rye. I like rye.
In my degree, we had to write kernel mods and device drivers
My CS degree had a hardware/IT support class, but A) it was entirely simulation based. We never touched any actual hardware. We “built” PC’s or identified physical issues in 3d sim software, set up RAID arrays in software, etc. B) it was super hand holdy and you only ever go over a problem once, so nothing on the class has stuck. I know much more from having built, troubleshot and maintained my own computers and network than I ever learned from that class, then learned more by doing in an actual IT support position before becoming an engineer.
You don’t teach a farmer how an internal combustion engine works. Computers are tools to software engineers. What they need to know is how to operate them, not how to maintain them.
I’m not sure how well that analogy holds up. Farmers are usually pretty well versed in mechanical systems. To the point that now that John Deere has been screwing them over on right to repair that some farmers are even becoming versed in computer programming so they can flash the firmware on their tractors.
Farmers can build a two stroke from parts.
No, but if a farmer’s tractor is overheating (as in the gard drive conparison), I’m sure they could diagnose it.
I never said that it was impossible for a farmer to learn things outside their immediate field. Just like computer programmers often have knowledge of hardware and the general technology stack.
My point, to make it explicit to a few of the illiterates who’ve replied to my comment so far, is that it is not necessary to teach a web developer how a goddamn CPU works. They can gain nothing from that knowledge because there are at least 3 levels of abstraction between JavaScript and assembly.
And my point is that the example you used does not make the point you are trying to make, but rather the opposite. I get what you’re saying, it just doesn’t apply to farmers and mechanics.
Yeah. Every farmer I’ve met was also a solid mechanic.
Operating your tools and being able to maintain and repair your tools are the unequivocally essential skills for everyone in every single industry.
If you can’t, you are not a professional.
The concepts of machine logic, registers/lookups/etc are essential for every programmer. If you don’t have a clear idea about how the simplest CPU functions, you don’t have any basis of understanding the abstractions in front of you, scripting in JS. Not a professional.
Horseshit. Computers aren’t tools for a software engineer. Computers are tools to an administrator, an accountant. Computers are the sandbox you are building castles in as a software engineer. If you don’t understand the system upon which you build, its abilities and features, its limitations, it’s dependencies, you are going to make some stupid mistakes.
You need to understand discrete mathematics as a consequence of computer computation. You need to understand parallel processing and threading for muli-core processors. You need to understand networking, package management, security vulnerabilities, etc. from different architectures and protocols. And it ALWAYS helps to understand the very basics of a computer’s functioning, from hardware, CPU architecture, machine code, assembly/low level programming, memory management, etc.
print('Hello, World!) is day one shit for a reason. Programming language and logic is the basics. The real expertise comes from your 3rd and 4th year materials. Databases, architecture, theory of computation, discrete mathematics, networking, operating systems, compilers, etc.
No, not really. Programming requires understanding of the underlying hardware, at least to a certain extent. Otherwise performance issues will look like dark magic and optimizing anything would be impossible.
Where do you start debugging if something goes wrong with the software and your information level is this low/ do you look at network stats? CPU utilization, paging/swapping? Is the hard disk bandwidth the bottleneck? Without at least some passable understanding of a computer architecture people like this just throw up their hands, or throw whatever tricks they know at the wall and see what sticks.
What the fuck
How is he going to fix his tractor? Wait days for John Deere to send somebody? Let the crop rot on the vine?
A lot of farmers are learning how they work cause the companies that sell them the equipment keep fucking them over. I would argue that farmers nowadays needs to know how that works along with basic programming to get past the anti-consumer bullshit companies put in to make it nigh impossible to fix things yourself.
Just keep trying to justify your own lack of competency I guess. ¯\_(ツ)_/¯
It is good for the programmer to know how the computer operates, as well.
You’ve never met a farmer in your life.
CS departments were doing poorly, but now they’re putting out farmers? No wonder all these new graduates can’t find a job.
That’s the price of specialization. Don’t ask a software engineer to troubleshoot hardware. Don’t ask a backend dev to write a frontend. Don’t ask a proctologist to look at your cough.
You simply cannot be proficient at every sub-sub-specialty. That’s why we collaborate and hand the ‘my computer gets hot’ problems to the hardware people. The alternative would be only moderately useful generalist.
I’m not asking everyone to be able to become a hardware specialist, but if you can’t even figure out “my computer gets hot” I’m not going to be able to trust anything you do. Identifying a heat issue does not take a rocket surgeon.
If it was an nvme ssd i could almost believe it. Some come with totally underspecced heatsinks