[jeffbee]

I don't see why this would be of interest to anyone. It doesn't introduce the topic with enough rigor to prepare someone to work on the runtime itself, and for everyone else it's just trivia. I think if someone wanted to write an article like this of general interest they should focus on observable behaviors of the application, such as the fact that the Go allocator (like its cousin tcmalloc) uses prctl to set the name of its maps, so you can see low-level details of allocation behavior in /proc/smaps, and that it is automatically hugepage-aware, which can help reduce TLB misses, increasing IPC.

[willx86]

Personally I've spent a lot of time coding in go relative to my total time programming

An introduction into topics that are a bit deeper than typical are very interesting to me

It may not make me an expert in the topic reading this, but it at least gives me some new information and if I'd like to know more, I know what to look for.

Before this article if I wanted to know more my searches would be "How does Go memory management work"

Maybe I'm in a minority as this being not trivial information to me though

[citrin_ru]

Personally, I don't like to work with black boxes - I feel more comfortable when I know at least something about layers below the layer of abstraction I'm working on even if I don't need this knowledge directly. Articles like this can make Go runtime less of a black box even if they lack rigor.

[cornholio]

It's of interest to anyone who wants to design something similar, for example a toy language, without spending weeks in the golang codebase wrestling with irrelevant go-specific details.

[kfreds]

Jesus talks and articles have been very helpful to me.

Three years ago I had no idea how the Go runtime worked, but I very much wanted to learn more. I’m not a software engineer in the conventional sense, so reading the Go source was not a realistic option.

Jesus talks and articles inspired me to learn more. Today I feel comfortable with all stages of the general compiler pipeline. In the past few months I have studied the calculi of the lambda cube, Martin-Lof type theory, Horn-clause-based instruction selection, algorithms for register allocation, Milner’s CCS vs pi-calculus, which structures in compilers and kernels map to digraphs, and so on.

Jesus talks are an excellent onboarding ramp.