Real life programs use stack and heap to hold information they don't keep it in the code like this. Do you plan on explaining details about dealing with stuck, heap as well?
Yes, we discuss the stack in video 6 of the series: th-cam.com/video/rgvHkOjUhIY/w-d-xo.html We do not deal with the heap (dynamic memory allocation) in this video series, but in another project I use Linux's system call mmap in a hand-written x86-64 program. Search for "mmap" or "Mmap" in files dacvs1.dmp or dacvs8.dmp: github.com/PlummersSoftwareLLC/Primes/tree/drag-race/PrimeAmd64/solution_1
Pretty cool to see that printing numbers is essentially the only thing you need in machine code to make a program print itself
"But the programming experience is a little rough" 😅
Quite the understatement!
My assembly got rusty or you upped a notch in this one. Anyway, I love your videos, keep it up.
Real life programs use stack and heap to hold information they don't keep it in the code like this. Do you plan on explaining details about dealing with stuck, heap as well?
Yes, we discuss the stack in video 6 of the series:
th-cam.com/video/rgvHkOjUhIY/w-d-xo.html
We do not deal with the heap (dynamic memory allocation) in this video series, but in another project I use Linux's system call mmap in a hand-written x86-64 program. Search for "mmap" or "Mmap" in files dacvs1.dmp or dacvs8.dmp:
github.com/PlummersSoftwareLLC/Primes/tree/drag-race/PrimeAmd64/solution_1
@@davidsmith7791 Thank you, great series by the way!
hell yeah