Finding the perfect programming language isn’t easy, and with new languages constantly emerging, it’s only becoming more complex. Go is another emerging programming language that has gained a lot of popularity since its launch in 2009.

Many professional developers regard Go as the replacement for C and Java because of its simpler syntax and interface. It encourages hassle-free coding, making it ideal for new developers.

But is the Golang programming language ideal for large-scale business projects, and should you use it for your software development requirements? Let’s find out.

What is the Go Programming Language?

The Go language, also known as Golang or Go, is an open-source, statistically-typed programming language used to produce compiled machine code binaries. Google introduced it in 2009, and thus, it’s also known as Google Go Language. When it comes to syntax, Go is similar to C; however, it has additional capabilities like garbage collection, memory safety, CSP-style concurrency, and structural typing. There are three common ways to implement Golang, as mentioned below:

• Google’s self-hosting compiler toolchain for WebAssembly and other operating systems
• Gccgo, a GCC frontend
• GopherJS, a third-party source-to-source compiler that compiles Golang to JS for frontend Golang web development

Some key features and characteristics of Go are:

• Concurrency primitives for seamless implementation of concurrent systems
• Simple and consistent language – easier to learn and use
• Object-oriented, with structs instead of classes
• Compiler feature to compile large Go programs in less time
• Back pointers to solve common programming issues
• Powerful standard library with rich packages
• Web application building with faster execution speed and simpler constructs
• Testing support for seamless code testing
• System programming with support for cloud computing

Why Use Golang?

Golang stands amongst the fastest-growing programming languages. It supports cross platform development and consists of built-in testing frameworks that help developers create an error-free production environment.

Golang programming language is backed by robust networking capabilities. For instance, if you want to create an HTTP server for your business, your developers just need to write three types of code.

Golang’s ability to host the asynchronous approach of JavaSript and the multithreading of Java is one of the many reasons why 11.83% of developers worldwide are using it over other programming languages.

The recent Golang 1.19 rollout has been a massive addition to the Golang ecosystem, with potential modifications and performance improvements. Implementations around toolchains, runtime, memory models, security, and libraries have simplified various aspects of programming.

Pros and Cons of Using Golang for your Business Projects

By looking at the characteristics in the previous section, Golang seems like a modern-day programming language that brings its own set of advantages to the table. However, it has a few drawbacks as well that you should be aware of. Let’s take a look at them one by one.

Pros of Using Golang

1 Ease of Use

One of the biggest Golang advantages is that it is easy to understand and use. This syntax is simple, making it accessible for beginners. There aren’t many complex functions that one needs to learn.

Moreover, Golang is easy to read, making it an excellent pick for legacy coding involving several coders. Moreover, its proximity to C-style languages makes it easier to learn for programmers proficient in C, C++, or C#.

2 Robust Security Build-In

Simpler code is usually safer than complex code, and that’s the case with Golang. Since it’s a statistically typed language, there’s no need to bother about finding errors from myriad variable types. It also has a garbage collector feature that prevents memory from developing in the code. Recognizing errors is also easier with Go.

3 Smart Standard Library

If you’re tired of importing or learning complicated secondary libraries, the Golang programming language will put you at ease. Its standard library is rich and informative but not overwhelming. In addition, it provides you with an effortless way to include data structures into your code. As a result, you can accomplish complex tasks with a single line of code in Go, which would otherwise require tedious workarounds in other languages.

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