Advantages of Golang that have made it so popular
Computer programming languages are evolving. For the past five years, we’ve seen the arrival of Julia, Clojure and Rust in the application development. Go is a programming language that didn’t evolve from the existing programming languages, such as Java and C#. This programming language focuses on real-world practices for building the next-generation applications on the cloud, computing environments, and system programming. Below, we’re going to discuss the advantages of Golang.
#1 – Highly Concurrent
The most common need of web applications these days is to get data from more than one source, and to make it understandable to other users. Concurrency benefits are simple. You get latency reduction from dividing your work into concurrently executing parts. It also allows you to hide latency of the underlying software and hardware. Lastly, you are able to complete the incoming requests faster, and free up network and hardware resources for other users. This increases the throughput of your web application. Golang makes it easy to share data with channels. Just set up the go-routines to push or pull from channels.
#2 – Approachable for the Whole Team
Competent young programmers can pick up Go without having seen it before and be productive within a few hours. This is because Golang guides towards writing good code, and it appropriately handles errors. Only a few bad defaults can result in crap. However, to start doing the “correct” thing, little experience, training or discipline is needed.
#3 – Excellent Performance
Speed is the fastest and most stunning benefit of Golang. The benefits of such excellent performance are obvious. If your web server has the ability to handle 100-times the load it currently can, your costs are reduced approximately 100-times. No need for you to operate enterprise scale applications for you to benefit. You can just deploy simpler web applications on your commodity hardware without slowdown.
In summary, we’re saying that Go is a fairly new compiled programming language designed for modern hardware architectures and concurrency. This programming language is engineered, and not easy to hack. It was engineered to solve problems with the existing web programming tools and languages while taking advantage of the modern hardware architectures.