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Comment by slazaro | Hacker News Reader

I think the point is that before, if you had a computer, you had the ability to inspect, modify and program, and with curiosity you'd learn. Now, most people get computers where those things are forbidden. You still can get "programmable" computers, but you have to do it explicitly. Before, it was implicit. So there's a filter that some people won't pass and won't learn, and the pool of people shrinks.

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>I think the point is that before, if you had a computer, you had the ability to inspect, modify and program, and with curiosity you'd learn.

That's a rose-colored view that maybe reflects a small window in time.

But take the 80s. First of all that computer was maybe $5,000 in today's money. (Yes, there were some limited alternatives like the Sinclair and Commodore 64 that were cheaper.) Long distance telephone calls were expensive as were the big BBS systems like Compuserve. Any software you purchased was costly. A C compiler was hundreds of dollars. (Turbo Pascal at $50 was an innovation.)

Perhaps more to the point, most people didn't just have a computational device of any sort. So the fact that, if you had one, you could use it for a lot of different purposes is sort of irrelevant.

My experience being born in 1992 is that as a kid I could toy with QBasic for instance (and then with Dev-C++ a bit later) ; as well as go peek & change stuff in random files (hello red alert save files :D) - can't really do that with an iPad.

Right. So quite a bit later than the period I'm talking about. Late 90s/2000s period is arguably when commonly-used hardware was most accessible/hackable.

I was a QBasic kid as well, but I think it was pretty clear to me even at the time that QBasic was a mickey mouse environment. You couldn't get into 32-bit mode, or dynamically allocate memory with pointers, much less blt sprites or backgrounds around at a usable speed.

I'm not saying it's exactly equivalent, but there's certainly a perspective which could argue that a) the free JavaScript interpreter available on every device is more featureful and interesting than anything available to us 80s and 90s kids, b) low-cost SBCs running free open source operating systems and compilers are more accessible and better supported than the commercial compilers that few could have accessed back then, and c) the overall ramp from curious/creative gamer kid to capable hacker is much smoother now than it was then, with a lot of interim options between JavaScript and commercial environments in which to gain comfort and achieve interesting results (thinking stuff like GameMaker and RPGMaker, modding communities for existing games, hacking/homebrew/porting communities for consoles, etc).

I get the argument that many kids are growing up today without necessarily touching a "real" computer, just a tablet. That said, as someone who got into PCs quite early on, I'm a bit skeptical that the world we live in today where you can assemble a working computer based on a Raspberry Pi with loads of open source software for probably about $100 somehow is less accessible to a kid who wants to hack around on computers.

I think the key with the Pi is that it needs to find its way into the house for some other reason than just to be an educational aid. Positioned that way it will be about as interesting to most kids as a plate of cold spaghetti— am thinking here of the book I was given as a teenager on developing ActiveX components, because it was an enterprise-y thing, when what I really wanted was a book on DirectX, for making games.

But yeah, if the Pi shows up as part of an IOT system, or as a TV/streaming box, or to play retro games on, or whatever, then it's there and it's available to be tinkered with; and from my limited experience, basically none of those use cases will run on their own without at least a little bit of tinkering. :) Even my little Linux-running Powkiddy emulation handheld has probably consumed about as much of my tinkering time as it has my retro gaming time.

Eh, I mean the kids who are passionate about how systems work will find a way to dig deep. I don't think this is going away with lock-down systems regardless.

The only thing it will do is make it easier for the general public to work with machines and the masses never cared to begin with and to be frank that's a good thing. They are less likely to install malware and cause trouble for themselves.

Plus you're forgetting that these companies still need engineers to build and maintain their infrastructure so it's not like the knowledge is going to disappear, never mind the fact that the corporations heavily rely on OSS.

I am a developer, I use Mac... so I don’t understand how it’s forbidden to program. Mac OS comes with Python, Ruby and PHP preinstalled, even.

It's not about the ability to write programs, but the ability to write programs that influence your base system in a meaningful way. Yes, you can write programs, but can you write a different /bin/init for your system? I'm not sure you can (either because Apple will not let you, or your lack of ability to do things like setting up a system to be used). Maybe you can, we're wrong about this, and more power to you. But it's quite likely that you can't.

The lockdown and controlling of distribution of software.

Great, you can write a script, it's checksum is then sent over the net and verified to not be malicious or if the service on the other side is experiencing lag..well... gotta wait, and wait.

To the point where, all choice is removed from an operating system. So much for root access.

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