Unrelated to the article I recently learned Go just as a side-interest. I was appalled by how terrible the language is. Usually, language warts aren't apparent until you use it a bit but here annoyances were present on day 1 and never went away.
I see programmers that are new to Go often struggle with trying to apply their object-oriented mindset into a language that's not object-oriented and run into trouble, complain about the language, and call it rubbish. Or, focus on the lack of generics and other part of the language they don't like (e.g. slice manipulation).
Go is certainly far from perfect but after spending the better part of 7 years with it, it's usually the first tool I reach for.
Strongly agreed. There's a lot of languages out there with very rich feature sets, and the way you get jobs done is to go find the right feature you need for your current problem. With Go, you need to learn the language and extract every last drop out of every language feature. This is exacerbated by the fact that the feature set isn't what people expect, e.g., object composition is not what they are used to, and while interfaces are simple there's still some art to using them properly.
Despite the vast, vast distance between Go and Haskell on the general-purpose programming language landscape, I found my experiences in Haskell to be quite useful in Go, because while they were specifically inapplicable to an imperative language, the general practice I got from Haskell of taking a bizarre set of programming tools and learning how to make sensible programs out of them even so was quite useful.
(It isn't necessarily the first language I reach for for personal tasks, but it is a superb professional programming language, offering a nearly-unique blend of the ability to get the job done you usually need to do for a wide variety of standard programming tasks (but not all!) while resulting in source code that is still comprehensible to almost every programmer. It isn't my favorite overall, but it's the best professional choice of language I have in my belt, which is often precisely because it does not permit me to indulge in flights of clever fancy that solves a problem in 25 impenetrable-to-the-next-guy lines of code. I know a lot of people may not love to hear that, but it's a factor you really have to consider when you are being paid to solve problems.)
Nobody's going to tell him no and there's not going to be significant discussion about the merits and even if there was, there's no best practices to lean on to make the decision rely on anything other than pure emotion.
- Bjarne Stroustrup
In my opinion, don't use Go at all if you can avoid it - it may be acceptable for a tiny CLI project but anything of significant complexity needs a language that can scale.
If anyone has any reservations about learning Go, don't judge the language based on a list of flaws written by some programmers who used it for a few months, became frustrated, and wrote a blog post.
Go has tradeoffs just like any other language and plenty of programmers leverage it for its positives: https://github.com/avelino/awesome-go
https://www.quora.com/Will-the-Golang-code-become-unmaintain...
They have huge numbers of junior developers right out of university (those that Rob Pike, one of the main authors of Go, likes to claim aren't good enough to learn advanced concepts) and their coding style is not focused on correctness and simple implementations - do something, do a lot of it, write a lot of tests.
For companies that aren't the size of Google, that don't work the same way (monorepos etc.), and that simply don't have the same set of resources available it will often end up being much easier to use a language that either prevents flaws (via a strong type system, like in Haskell or Rust, which Go does not have) or gracefully handles flaws (via an error handling strategy, like in Erlang or Elixir, which Go does not have).
https://en.wikipedia.org/wiki/Comparison_of_programming_lang...
It also has an error checking system that is very simple and easy to use.
Programming language theory is a field that is in development and notions of "strong" type systems that were valid in the 80s (in which Go certainly would have been considered strongly typed) are no longer relevant. The list you linked seems to cite the Go website itself as the source, by the way.
At the very least a modern language that wants to claim to have a strong type system should provide user-defined sum types, exhaustiveness checking and parametric polymorphism. Go has none of those.
When it comes to error handling, Go's "concept" of it is that "there may be a thing that can be turned into a string, in which case there was probably an error, but it's up to the developer to check - we won't help you". You may as well just use C then.
There is nothing to short-circuit failed computations, check whether errors have in fact been handled, restart / terminate computations gracefully and so on. It's all manual labour that the developers need to remember and boilerplate over and over again.
I would recommend you to spend some time with the languages that are "above Blub"[1] (ctrl+f "the blub paradox") - good candidates for learning some modern PLT concepts are Haskell[2], Rust[3] and Erlang[4]. Even if you don't end up using those languages in your professional life, knowing the concepts they introduce will improve your code in "Blub-languages" (Go, Java, etc.), too.
[1]: http://www.paulgraham.com/avg.html [2]: http://haskellbook.com/ [3]: https://doc.rust-lang.org/book/ [4]: https://learnyousomeerlang.com/
But to that type-safe and well, you probably want Generics.