Common questions

Why Go is a bad language?

Why Go is a bad language?

2️⃣ Not very expressive Due to simplicity, Go lacks constructs that are perceived as something natural in other languages. While this code tries to be as general as possible, Go is forced verbosity gets in the way, and the result is a lot of code to solve a simple problem.

Why is GoLang not popular?

It’s not the most popular programming language in the world. There are a relatively smaller number of developers using it and there are some good reasons for that. Go is relatively new and immature. It’s a bare-bones language lacking a lot of the syntactical sugar that other languages have.

Is go Lang dying?

Go is adequately mature and stable, and there is an active community continuing to push the libraries forwards; the language doesn’t seem to be moving anymore. Google appears to be committed to the continued improvement of golang.

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Is Go a safe language?

Google Go is also type-safe in the sense that you can’t mess around with types and crash the program (no direct access to pointers). Unless you use the “unsafe” package, in which case you can crash the program any way you like 🙂 You can mess around with types and do have access to pointers.

Is Go a difficult language?

Go’s syntax is small compared to other languages, and it’s easy to learn. You can fit most of it in your head, which means you don’t need to spend a lot of time looking things up. It’s also very clean and easy-to-read.

Why is Golang hated?

Go is a very opinionated language, more so than other languages. There is one looping mechanism, one way to format your code, no generics until it could be done in a way that conforms to the language, etc.

Is Go Object Oriented?

Is Go an object-oriented language? Yes and no. Although Go has types and methods and allows an object-oriented style of programming, there is no type hierarchy. The concept of “interface” in Go provides a different approach that we believe is easy to use and in some ways more general.

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Is Golang good or bad?

Go is fast — from starting-up to running long-term applications. Has a good built-in build and package management system. It is good for applications that use functional programming heavily. Also Go provides simple yet powerful concurrent programming capabilities with goroutines and channels.

Is Go Object-Oriented?

Is Go difficult to learn?

Go is perhaps the oldest board game in the world. The rules are very simple, and you can learn them in a few minutes – but they lead to a countless number of intriguing patterns and clever maneuvers. Learning to play is easy, but learning to play well requires much study and practice.

Why is Go so fast?

Go is Fast Because Go is compiled to machine code, it will naturally outperform languages that are interpreted or have virtual runtimes. Go programs also compile extremely fast, and the resulting binary is very small. Our API compiles in seconds and produces an executable file that is 11.5 MB.

What can you do with Go language?

You can use it for system and network programming, big data, machine learning, audio and video editing, and more. Similarly to C or C++, Go is a compiled language and doesn’t require any interpretation.

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What is Google’s Go language?

Developers say that Google’s Go language is the C for the twenty-first century when it comes to syntax. However, this new programming language includes tooling that allows you to safely use memory, manage objects, collect garbage, and provide static (or strict) typing along with concurrency.

Is go a good language to learn?

It makes language learning very easy and fast. However, on the other hand, sometimes developers lack some features that they have in other languages and, therefore, they need to code workarounds or write more code in the long run. Unfortunately, Go lacks a lot of features by design, and sometimes it’s really annoying.

What are the language changes in the latest go release?

There are no language changes in this release. The Go 1.3 memory model adds a new rule concerning sending and receiving on buffered channels, to make explicit that a buffered channel can be used as a simple semaphore, using a send into the channel to acquire and a receive from the channel to release.