alt Hacker NewsI respectfully disagree, BASIC/Java/Arduino hides too much about how the CPU works from users.
Getting a 6502 kit from Ben Eater, and walking though how the CPU works will implicitly show how languages abstracted away whats actually happening. And more importantly, the skills necessary to understand how to write efficient programs.
https://www.youtube.com/watch?v=LnzuMJLZRdU&list=PLowKtXNTBy...
Starting with a simple architecture is highly recommended. =3
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Starting with Assembly is simply a bad idea because the tooling is terrible, and the learning curve of the tooling is steep. Filled with arcane codes and abbreviations and workflow right out the gate.
Programming concepts are pretty much universal. Being distanced from computer architecture is not a limitation for novice programmers, Python et al succeeds for a reason.
If you're determined to start with assembly, then I hope you can find someone to help you get started with all the machinations necessary to get from LDA #0 to A9 00 with as little drama as possible. Someone to show you how to use the assembler, what the directives mean, the linker, a symbolic debugger (if you're lucky). Someone to provide you with a .DUMPREG "START OF SORT" and .DUMPMEM BUFF $80 "AFTER INPUT" macros that you can liberally scatter throughout your code so you actually progress and get some insight into what the heck you code is doing. Perhaps some way to stop your programs that doesn't include hitting the reset button on the machine.
I mention that because, again, the tooling is terrible. All of the is easier said than done. None of the assembly books address this, none of the assembly program reference guides do either. Assembly is VERY black box. It's a large step up to even get started.
It's much easier to "learn programming" first at a higher level, where you can quickly progress and succeed, before turning into the dark hole that is assembly, particularly on older machines.
At least on a KIM-1 you can hit the STOP button and cursor through memory (being conscious that the memory architecture of the KIM is quite funky), something that simple is quite difficult on an Apple ][.
Starting with the 6502 is going to bring you up hard against its addressing modes. Better IMHO to learn about memory and how to access it using arrays in BASIC first.
I second this -- I just found the Ben Eater series a month or so ago and put together his computer clock over the holidays. It really helps you understand clock cycles, logic chips, etc, and is a good foundation for the 6502 kit you build later in the course. And learning Assembly before BASIC is the right learning path IMO, if only to understand how CPU registers work at the electron level.