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>It was a lot easier when the to do list was 1/100th the size Things in the past look simple only if we look at them through today's lens. The apparent comple

>It was a lot easier when the to do list was 1/100th the size Things in the past look simple only if we look at them through today's lens. The apparent complexity was the same. Today I work with microservices, on top of Kubernetes on top of cloud services and I have to know a gazillion things. But I don't have the feeling that I had an easier time when I was a kid playing with C/C++ under DOS, learning assembly, writing terminate and stay resident programs, trying to write simple device drivers or trying to program the graphics hardware using whatever limited info I had access to. When I started doing desktop application using Win32 and Qt, it didn't seemed more simple than now. Learning how to use Linux syscalls, how to program for X11 in 2000 didn't seem simpler. Of course, software was much more simpler but now we have better tools, a lot of more easy accessible information, we have developed practices, standards and methodologies to help. And since we have huge resources, we don't have to extract every last drop of performance from the hardware. So, I don't think the life of average programmer in 70s,80s,90s,2000 was easier than now. It only seems easy if we have to resolve problems from 40 years ago using the knowledge, tools and the hardware we have now.

7thaccount 2y ago
We may be talking past each other. I don't think it is harder on programmers now (or easier for programmers in the past). I can do things in Python that would make me a 10x programmer 40 years ago if the hardware could have supported it. They also didn't have stack overflow back then...just a dog-eared copy of some old C book. They didn't have hardware like we do that would've made a supercomputer back then look like something you'd put in a toaster today (that was a poorly worded sentence...sorry). The challenges they faced were numerous. My point is that the actual complexity layers are much worse now. Back in the Commodore 64 days, many users knew the machine inside and out. They could program in assembly, do graphics on the display...etc, all while understanding exactly what is going on. None of that was easy or as efficient as what I can do in Excel today or some 3D graphics program, but it was something you could wrap your head around. Today, we have huge monolithic amounts of code or hardware for everything. I don't understand anything about my hardware, I don't understand the millions of lines of windows, I don't understand the millions of lines in Microsoft Office, or how my web browser works or how Unreal engine was built...etc. It's the product of millions of people working together to create something beyond the limits of a single human. If we wanted to truly start from scratch, there's no way (that I can see) where we can reinvent all of that and actually get a large amount of users. It's not impossible, but Herculean. You could do something if the to-do list was MUCH smaller, like what was done with Temple OS or Collapse OS.

7thaccount 2y ago

We may be talking past each other. I don't think it is harder on programmers now (or easier for programmers in the past). I can do things in Python that would make me a 10x programmer 40 years ago if the hardware could have supported it. They also didn't have stack overflow back then...just a dog-eared copy of some old C book. They didn't have hardware like we do that would've made a supercomputer back then look like something you'd put in a toaster today (that was a poorly worded sentence...sorry). The challenges they faced were numerous. My point is that the actual complexity layers are much worse now. Back in the Commodore 64 days, many users knew the machine inside and out. They could program in assembly, do graphics on the display...etc, all while understanding exactly what is going on. None of that was easy or as efficient as what I can do in Excel today or some 3D graphics program, but it was something you could wrap your head around. Today, we have huge monolithic amounts of code or hardware for everything. I don't understand anything about my hardware, I don't understand the millions of lines of windows, I don't understand the millions of lines in Microsoft Office, or how my web browser works or how Unreal engine was built...etc. It's the product of millions of people working together to create something beyond the limits of a single human. If we wanted to truly start from scratch, there's no way (that I can see) where we can reinvent all of that and actually get a large amount of users. It's not impossible, but Herculean. You could do something if the to-do list was MUCH smaller, like what was done with Temple OS or Collapse OS.