Only one generation knows how to fix tech...
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Let’s settle this once and for all.
I’m Gen Z. Quiz me on how computers work.
Edit: I bet I can run circles around some of you millennials
How does computers work?
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i figured gen z would start fixing my computer once i hit my current age (41); turns out i dont know any gen z's that understand how computers work.
im really tired of being everyone's tech support
It’s funny how bubbles can change so much. In my personal experience, most Gen Z people know their way around computers and how to fix stuff. I regularly help my millennial sister with stuff like that.
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Chromebooks and iPads as the primary devices in schools have hurt the kids in my opinion. Too locked down to allow for exploration.
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Eh. Genx understood how to work a VCR and deal with the rat's nest of cables behind the TV
Computers are millennials
Older Millenial here. It was definitely GenX that paved the way for the computer world I learned, and it was mostly GenX who wrote the books and taught the lessons (often informal) that brought us what knowledge we have, at least in the beginning. Plus a small selection of exceptional individuals from older generations, including, dare I say it,… the baby boomers.
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Gen X, Millennials, Gen Z, etc. are marketing bullshit that need to stop being used in the common lexicon.
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AOL instant messenger was late to the party. ICQ started the instant messaging fad… that little “uh oh” notification sound is permanently burned into my brain.
presses Ctrl+G to foghorn
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Let’s settle this once and for all.
I’m Gen Z. Quiz me on how computers work.
Edit: I bet I can run circles around some of you millennials
Oh you know computers? Name every group policy.
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How does computers work?
wrote last edited by [email protected]- The lowest level is transistors, which are electronic switches that have an on and off state. In other words, they are binary and can represent 0 and 1
- Those get combined into gates of two inputs. An “and” gate outputs 1 if both its inputs are 1. An “or” gate outputs 1 if either of its inputs are 1. And Xor gate outputs 1 if and only if one of its inputs is 1.
- A bunch of other complicated shit happens
- Boom assembly. Don’t try and read or write it, because it will make you wanna quit computers
- C comes into play. Designed to unfuck, assembly so you can actually write readable code. Just don’t forget to release your memory
- More complicated shit. Something about kernels and GNU. Userland vs kernel land? Idk
- ARM might be different since it can run process outside of userland and kernel I think? Something about secure compute/marketing BS
- Inside of user land, we have the web browser. This is there the cool shit happens.
- The browser runs JavaScript, CSS and HTML. JavaScript is a single threaded, but nonblocking language with an even loop and microtask queue.
- Inside of the browser we run React. React is a framework where UI is a function of state and the data flows in one direction. It can also be used to slam your CPU.
- Now that we’re into high level languages, it would only be fun if it looped back around to the beginning. So we invoke some C code that has been compiled to web assembly. Mmmm how efficient
Edit: I tried to do this all off the top of my head. After writing this, I think I meant user space vs kernel space. Idk if user land is a word
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AOL instant messenger was late to the party. ICQ started the instant messaging fad… that little “uh oh” notification sound is permanently burned into my brain.
Fuck that sound.
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Oh you know computers? Name every group policy.
Fuck you Windows
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Even Skynet will forget Gen X, trust me.
"Humanity eliminated!"
Meanwhile Gen X and New Zealand:
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- The lowest level is transistors, which are electronic switches that have an on and off state. In other words, they are binary and can represent 0 and 1
- Those get combined into gates of two inputs. An “and” gate outputs 1 if both its inputs are 1. An “or” gate outputs 1 if either of its inputs are 1. And Xor gate outputs 1 if and only if one of its inputs is 1.
- A bunch of other complicated shit happens
- Boom assembly. Don’t try and read or write it, because it will make you wanna quit computers
- C comes into play. Designed to unfuck, assembly so you can actually write readable code. Just don’t forget to release your memory
- More complicated shit. Something about kernels and GNU. Userland vs kernel land? Idk
- ARM might be different since it can run process outside of userland and kernel I think? Something about secure compute/marketing BS
- Inside of user land, we have the web browser. This is there the cool shit happens.
- The browser runs JavaScript, CSS and HTML. JavaScript is a single threaded, but nonblocking language with an even loop and microtask queue.
- Inside of the browser we run React. React is a framework where UI is a function of state and the data flows in one direction. It can also be used to slam your CPU.
- Now that we’re into high level languages, it would only be fun if it looped back around to the beginning. So we invoke some C code that has been compiled to web assembly. Mmmm how efficient
Edit: I tried to do this all off the top of my head. After writing this, I think I meant user space vs kernel space. Idk if user land is a word
Did a solid effort.
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Older Millenial here. It was definitely GenX that paved the way for the computer world I learned, and it was mostly GenX who wrote the books and taught the lessons (often informal) that brought us what knowledge we have, at least in the beginning. Plus a small selection of exceptional individuals from older generations, including, dare I say it,… the baby boomers.
wrote last edited by [email protected]There is a big difference between having the people who invented something and being the people who families (and companies...) depend on to keep them running. This being about the latter.
Or, at least, in my family, we tended to not tell the engineers at Ampex to get their butts downstairs because dad didn't understand why the color was off on the football game he recorded last night
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Did a solid effort.
wrote last edited by [email protected]I guess between C and assembly there’s abstract syntax trees and maybe LLVM, which is probably also written in C. Idk I skipped compilers in college.
I also know the networking stack has a bunch of layers, but that felt like its own separate thing to “computers”. I think UDP makes more errors than TCP but UDP also go brrrrr
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Fuck you Windows
wrote last edited by [email protected]Damn, you're good. Enjoy your lifetime of trimming Satan's pubic hair!
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- The lowest level is transistors, which are electronic switches that have an on and off state. In other words, they are binary and can represent 0 and 1
- Those get combined into gates of two inputs. An “and” gate outputs 1 if both its inputs are 1. An “or” gate outputs 1 if either of its inputs are 1. And Xor gate outputs 1 if and only if one of its inputs is 1.
- A bunch of other complicated shit happens
- Boom assembly. Don’t try and read or write it, because it will make you wanna quit computers
- C comes into play. Designed to unfuck, assembly so you can actually write readable code. Just don’t forget to release your memory
- More complicated shit. Something about kernels and GNU. Userland vs kernel land? Idk
- ARM might be different since it can run process outside of userland and kernel I think? Something about secure compute/marketing BS
- Inside of user land, we have the web browser. This is there the cool shit happens.
- The browser runs JavaScript, CSS and HTML. JavaScript is a single threaded, but nonblocking language with an even loop and microtask queue.
- Inside of the browser we run React. React is a framework where UI is a function of state and the data flows in one direction. It can also be used to slam your CPU.
- Now that we’re into high level languages, it would only be fun if it looped back around to the beginning. So we invoke some C code that has been compiled to web assembly. Mmmm how efficient
Edit: I tried to do this all off the top of my head. After writing this, I think I meant user space vs kernel space. Idk if user land is a word
Nice
!Machin code comes to mind, and "more" high level languages like C++, template metaprogramming and other horror stories
And CD players!
Cheers
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Eh. Genx understood how to work a VCR and deal with the rat's nest of cables behind the TV
Computers are millennials
When I joined the company maintaining Unix, I was one of the younger ones. It's older X who knows how it's all built; because they did it.
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By that logic, Bill Gates and Steve Wozniak were Boomers so Boomers all know how to fix computers.
Let's face it, "generational" assumptions are all too coarse to be valuable - and are probably just another way to separate and divide us all so we stop thinking about how to take down the ruling classes.
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We were the first (of non-computer types) to adopt the web. We rode the AOL Instant Messenger train. What are you talking about.
Most millenials I deal with don't know how anything works. They know apps and swiping screens. They are computer competent, knowing how to use them. Like knowing how to drive a car doesn't mean you are a mechanic. They frequently know how do basic fixes like rebooting or reinstalling but less frequently have any true troubleshooting understanding.
I don't claim all millenials are like that, but broad stroke its not uncommon. I'd never say the generation as a whole is THE technical one though. I know more Gen Z that are technical by far, but that seems more matching Gen X to me. They either know technology or don't. Nothing in between. -
Ahhh I see. So what you're saying is that Gen X is actually the root of our problems? Boomers were just another symptom that needed a GUI.
