Why Use GoLang: The Hottest Coding Language

The Go programming language, also known as Golang, is an open-source programming language. It generates compiled machine code binaries and is statically typed. When it comes to syntax, developers argue Google’s Go language is the C language for the twenty-first century. On the other hand, this new programming language provides tooling for safely using memory, managing objects, collecting garbage, and providing static (or strict) typing in addition to concurrency.

Rob Pike, Robert Griesemer, and Ken Thompson of Google were the first to bring Golang to the world in 2009. Go was created with the primary objective of combining the best features of other programming languages:

• Ease of use combined with cutting-edge efficiency
• High-level productivity combined with static typing
• Advanced networking performance and full multi-core power utilization

Here are some compelling reasons why Golang learning is a better programming language than others.

Golang is a compiled programming language, which means that the code you write is directly translated into processor-friendly formats. In the meantime, the Java program is compiled into bytecode, which is then executed by the virtual machine.

Consider using Golang in a business setting with a leaner organizational structure, where the lack of mid-level managers increases the speed with which tasks are completed. Go is faster than languages like Java and Python in general, which improves service availability and reliability.

Another good reason to use Golang is that it is simple to learn. For software developers, Go is simple to learn, especially if they already have a strong foundation in C or Java. While the keywords and syntax may vary slightly, Go follows the same procedural approach that programmers will quickly become familiar with.

Golang’s ability to support concurrency is one of the reasons you can use it. Goroutines are functions that can run concurrently and independently in the Go programming language.

Goroutines take up just two kB of memory, making them scalable when multiple concurrent processes are required. Unlike Java threads, which are inherently blocking, Goroutines are not. Goroutines are a hybrid of JavaScript’s async approach and Java’s classical multi-threading approach.

Goroutines in Golang are the polar opposite of Java’s thread, which is a heavyweight that eats up memory. You can technically run millions of GoRoutines without the system crashing. You gain an advantage over your rivals if your software is leaner and meaner.

Go is a platform-independent programming language. Code can be written in any environment, including OS X, Linux, and Windows. As a result, code written in Windows can be compiled and installed under Linux.

Because today’s apps are built to be cloud-native, programming languages must be made with the cloud in mind. Another reason for Golang’s development and popularity is that it was created specifically for cloud computing.

Because Go is statically and strongly typed, you must be clear about the type of data you’re passing, and the compiler knows the type of each variable. It has a Garbage Collector that cleans up the collection and helps integrate it into an executable binary. As a result, the entire framework becomes more secure.

You’ll have no trouble obtaining development tools for your team as an open-source initiative. You can get a variety of editors, IDEs, and plugins for Go from the GitHub repository. There are a few cloud-based IDEs that support Go as well.

Go is the most in-demand programming language on the planet, according to Hired. Companies are becoming more aware of the benefits of using Golang in their operations, and programmers are brushing up on their knowledge of the language in droves.

When you use Golang as part of your software strategy, you’re tapping into a talent pool that can only grow over time. You’re probably going to hire a programmer who is already familiar with Go.

The following are some of the reasons why Go is so popular.

• Go’s ease-of-use is one of the main reasons for its growing popularity. For those who are new to coding, Go is an excellent choice. 
• Go compiles to machine code in real-time, making the edit/refresh cycle relatively quick while still producing somewhat effective machine code.
• Go is built in such a way that is writing highly concurrent. Concurrency is one of the features that is frequently discussed. Concurrency refers to the ability to run different programs simultaneously and Go excels at doing so.
• Go has many built-in infrastructures for testing; you can quickly identify and test modules, reinforcing engineering discipline even more.
• The most crucial advantage of Go is its cross-platform hallmarks, which make porting code very simple.
• Go comes with built-in opinionated formatting, linting, and vet tool, and the Go compiler even enforces things like unused variables. As a result, it is considered a professional language.
• Go’s native concurrency and parallelism support is what makes it so unique. As a result, Go is ideal for applications that require a lot of concurrencies and parallel processing, networking, massive computing, and so on.
• Go is a garbage-collecting language. Golang tries to free up memory that has been taken up by objects that are no longer in use by the program.
• GORM ORM Library – Go includes a powerful ORM library called GORM. The library contains all of the necessary components for creating a great application.
• Go has Goroutines, which help with memory management. In JAVA, for example, each new thread takes about 1 Mb of memory to create, while in Go, one line only takes 2 kb of memory to make. As a result, multiple threads are efficient and straightforward in Go.
• Almost all programming languages support microservices. However, some languages are better suited to microservices or have more support for them than others. Go is one of these languages, with the best microservices support ever.

We can see from the above that Golang is very light-weight, very fast, and has excellent concurrency support, which is a vital capability when running across multiple machines and cores.

For programmers with C++ experience, it’s a breeze to pick up, and converting legacy code to Golang is easy and straightforward. It is much faster than interpreted languages because it is compiled and statically typed. It also provides the majority of the performance advantages.

Golang is more akin to C in syntax, but it also has memory safety, garbage collection, structural typing, and concurrency in the CSP style. According to the findings of the recent StackOverflow 2020 poll, Golang is one of the most popular and desired programming languages among developers.

Go is an excellent choice for cloud software that is focused on performance. Popular DevOps tools, such as Docker, are written in Go, the open-source container orchestration system Kubernetes. YouTube has been using Vitess, a Google-built distributed database system with a MySQL backend written in Golang, since 2011.

Go is capable of completing all of these tasks. Go ensures that your toolbox can be compiled on any platform and any piece of hardware. It employs a deceptively simple package management system that “just works” and is highly portable. When compared to Go, you can easily replace your scripting languages, and your compiled languages will certainly give Go a run for its money.

In 2018, the Stack Overflow Survey ranked Golang as the 5th most popular programming language. According to the GitHub Q2 2018 report, Golang grew at a rate of nearly 7% overall, a 1.5 percent increase over the previous quarter. By the fourth quarter of 2019, Golang had risen by 8% overall.

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