I think we're going to have to disagree there, then - yes that oneliner might reduce your LOC count and help you win at code golf, but it doesn't actually make things more readable and certainly isn't worth breaking from the rest of the community.
The ecosystem-wide consistency of go fmt is its biggest strength. Adding switches to disable features would eliminate that.
It has one amazing property not shared by any other auto-formatter I'm aware of - it is included with the compiler by default and so is the only formatter in common use. Yes, there are formatters for C++ or Java - but the plural there is not a good thing.
Out of curiosity, what's the motivating case for using Go in 2019's programming landscape?
Edit: I didn't mean this as an insult, I meant it as a genuine question. I don't know much about the Go ecosystem, and I meant to find out what Go's killer feature is in 2019, when other languages now have strong and elegant concurrency, C-like performance with higher-level syntax and without manual memory management, etc.
Go's star feature is straightforwardness. Some people call this simplicity. The upshot is that it is very easy to use Go within teams of inconsistent expertise. Since there is a fairly low ceiling to cleverness, Go rewards just getting started rather than spending time making the code smaller, or more general.
Of course, this is not as good for having fun programming, unless the programmer feels having written something is more fun than writing it.
This seems similar to one of the main virtues of using Java - there's pretty much just one way to do any given thing and there's a "low ceiling to cleverness". Of course, Go's other features stand out much more when we're comparing to Java specifically.
Writing any type of network server from scratch is quite straight-forward if you know how to do it. Obviously concurrency is also available to the fullest.
Productivity. There just aren't other languages that let me build things quickly with confidence that those projects will also scale well into the future. You don't need to employ people to set up the build system, you don't need to recruit for people who already know the language, you don't need to quibble about which features to use or what style to use or what IDE to use, deployment is a breeze, etc.
I happen to love the C language, and my brain is very much tuned to how it works and the world view that it embodies. Go feels to me like veteran C language experts made a thoughtful evolutionary step forward. It's certainly not on the cutting edge of programming language theory, but it has solidly moved the baseline ahead. It's a highly opinionated language, but if you approach those opinions with an open mind, you'll find it has a sense of internal coherence that is both tasteful and pragmatic.
Fast compilation speed, easy integration with C, and the "one large static binary" are probably my favourite features, although I do wish those binary sizes weren't quite so large...
- concurrency
- memory footprint management
- cpu speed
- that nebulous feeling I want a program etched in stone (strongly typed)
I've written a lot of Api based clients. Read from a queue and update AWS permissions. Receive a callout from something and passing it along to somewhere else. Come to think of it, I've written a lot of queue-reading workers, some replaced existing Ruby workers for CPU or concurrency reasons.
I think in the space of having computers talk to computers Go is highly successful because it handles nearly everything with the standard library. So I find a lot of sdk's for specific platforms written in go that can get something going with the standard library and a single package for the platform.
Kotlin and Swift are both currently encroaching on Go's server-side use cases. For example, Go's star feature, goroutines, has recently been cloned by Kotlin. They are at least as equally pleasant to program in, and they're hitched to major client platforms which means they improve faster and will definitely have a pool of trained developers in the long term.
Java is getting a fiber implementation by means of project Loom, which will make golang even less appealing. The good thing is that because the fiber implementation will be built into the JVM, Kotlin and other languages can use them seamlessly.
Points taken. I am full time on Go since few years ago and before that I was 100% Java. Haven't really kept myself up-to-date with the Java land.
But from my experience with Java, Go, and Python, I find Go a very versatile programming language. Being able to compile binaries means it's great for infrastructure deployments and CLI tools. Goroutines, concurrency, and etc make it a great choice for server/micro service use cases as well. Some can say that not having a JVM is a plus as well.
However, developers do have to be disciplined with error handling and dependency management. But one can argue that this is the case for software development in general.
JVM is gaining self-contained deployable package support, and as of recently, Kotlin supports a mode with LLVM-based native code generation.
IMO, the fundamental advantages of Go over competing languages in the long run are its fast compile time and its combination of native code+garbage collection.
I'd propose Rust - it's also a static, stack-favoring, non-class-based language with OO features that compiles down to native binaries. Where it differs is a wonderful type system and top tier package management. If you can work through lifetimes and the borrow checker, you might enjoy it.
