Peeking into assembly code to understand why count++ is not atomic

[@piyushpathak1186]

I pay my internet bill for this type of content

[@Sanjay-pu4sp]

You have a real gift for teaching mate. Thanks so much!

[@adrishray9179]

Very nicely explained. Love it when when ppl use pens and drawings to teach. The internet needs this type of content

[@prateekraj1084]

Awesome explanation of such a building block concept.

[@divyachauhan3478]

I learned this coming from non cse background. So amazing content

[@viktoreidrien7110]

Superb video, thanks.

[@shishirchaurasiya7374]

I am watching the series the second time, and I can't explain how much clarity in my brain these concepts are getting injected, amazing arpit sir ❤

[@princekha4540]

Thanks for the video, bro 🙌

[@yogeshedekar6078]

This reminded me of my Microprocessor practiclas where we would code using JMP for loops on a set of keyboard and small monitor. Amazing though, hard to find such deapth for any of the concurrency lectures.

[@rahulsangvikar7973]

Why do we need 2 mov micro instructions? Why couldn't we just use something like
addl $1, %rdi
as a single micro instruction?
Also, adding just 1 to a number "binarily" is extremely efficient right? It's much faster than adding any other number, so why couldn't we handle this as a special case?

[@MOHDSALMAN-sj2zu]

Hi Arpit,
Thank you for this explanation. It was really helpful. Could you please also provide an explanation of how the count++ and ++count expressions execute in the context of multithreading?

[@HA-ky5vd]

The name 'Asli Engineering' truly reflects the content on this channel.

[@spartans-garage]

awesome

[@ShubhamSharma-ky2tf]

I wish one day I could be as smart as Arpit Bhayani

[@rishabhsharma5050]

So whats the solution to make it safe

[@AsliEngineering]

Locking - optimistic and pessimistic. Videos on those topics are already out on my channel.

[@rajibmajumder9564]

std::atomic count; count++;