Garbage collector is, in fact, the most simple feature of Go, since it doesn’t have any control interface. Yet also it i

Some of the classical programming languages, like C# and Java, throughout their existence have managed to make their way in almost all areas of programming applications. So it seems pretty hard to compete with them. Sure it is, but Go doesn’t actually try to do that. It was designed for a specific purpose in mind, so it is by definition not a general purpose language.

Standard library of Go contains a ton of great handy features, which proves that Golang is, in fact, a pretty feature-rich language. However, the way they are implemented is something that makes it so unique. For instance, with the use ofimport “net/http' magic package, you’re at once getting all of the above features implemented in an awesome, highly concurrent, crazy easy to use, through a fully production-ready web-server.

You see, despite being initially designed by Google to satisfy their development and environment needs, as soon as Go became open source and quickly grew its contributors base, it became clear that developers wanted to use it for a much wider scope. With the release of Go 1, the language is considered to be a general purpose one.

Interfaces are clearly one of Golang’s most distinct and recognizable features. Their unique design solution addresses most of OOP criticism on its own, enables orthogonality and true component architectures while being just a valueless set of methods, which still hides few ingenious design tricks.

But this wasn’t the end of the Golang generalization process. As its community is becoming massively bigger, it’s expanding Golang’s area of use and continuing to build new tools, packages, frameworks, drivers, API, code generators, and even more awesome stuff that makes new developers believe that Go can indeed become their next main language, too. Just like me!

Reflection — This one, in particular, isn’t as simple to use as others in this list since it isn’t the most straightforward concept of any programming languages. Go still manages to make most of it, though, while keeping it relatively easy to use.

And there you have it. Golang’s feature set is a result of a thoughtful solution for yet another major language design problem, which requires selecting only the right features without increasing overall language complexity and with keeping its clarity.

Simplicity is very hard to design. It is very complicated to build. But if you get it right, you get what is easy to use. And the success of Go proves it! — Rob Pike, creator of Golang

Packages. Simply put, they are just awesome. They work seamlessly, without any surprises, and it feels great to use them, too, especially to import ones. By using the go get tool, you can do it from just about anywhere: Gopkg, GitHub, GitLab, BitBucket, even your own hosted repository source since “vanity” imports was introduced. But I guess, you already know the drill … Yep, they are secretly also pretty complicated in order to enable componentization, modularity, scalability, sharing, data hiding, and isolation, and so on.

At the moment Golang’s application scope is clearly more oriented to cloud, web, and systems programming. But considering its highly enthusiastic, initiative, and active community, Go is steadily making its way into almost every other field of IT applications.

Okay, so it’s clear now that Go sure has some features. It’s also easy to use, fast, and productive. But where can you be productive with it? What can you actually do with Go?

Yes, by all means, Go isn’t the fastest programming language, since we have Rust, Julia, C , and C for sure. But none of these languages have GC and therefore aren’t even close to being as simple as Go — and it isn’t that slow, actually. In most cases, though, this is possible also due to the next exceptionally simple feature.

Concurrency aka Goroutines is generally known to be the easiest and most straightforward implementation of the concurrency model so far. The process of spawning a new subprocess is, in fact, so simple that it feels more like doing nothing at all. All you need to do is just type go. It just can’t get easier than that, right?

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liver damage has numerous multifaceted symptoms that are confusing and associated with many other illnesses. Unless a doctor knows that the patient is an alcoholic, they may not know how to interpret what’s happening until it’s too late.

Reflection can sometimes be intentionally avoided in favor of Golang’s other paradigm, code generation, which in terms of Go ideology is less magical but more clear and efficient. I personally think of it as white magic, though, and surely will advocate its deliberate use, since sometimes, despite being less efficient, reflection can in fact provide some truly magical capabilities.