Many programmers don’t know what is Go, aka Golang? It is an open-source programming language centered on simplicity, reliability, and efficiency. Go (Programming Language) is one of the programming languages used in the cloud.
2007 was the year when Go programming Language was designed. This was the era when the growth of the Goggle was rapid. But when you grow alongside, you need more space. The code utilized to control their cloud infrastructure was expanding rapidly in terms of dimensions and complexity duration. This led to the feeling that specific Google cloud engineers have massive and complicated codebases slowing the process. Therefore they made the decision that they require a new coding language centered on simplicity and faster performance. Then the go programming language was invented in Robert Griesemer, Rob Pike, and Ken Thompson’s hands.
Following the success that it had achieved, in 2012, Google made it available in the form of an open-source project. It gained much attention within a short time and has since become one of the top current programming languages.
Why do Developers need to learn to go Programming Language?
You must be thinking, why go programming language? Let’s dive into it;
- The biggest reason to learn the Golang programming language is, it’s easy.
- Go program or go coding is relatively easy to understand.
- Go Programming Language comes with a big payoff in terms of power and versatility.
- Developers can do a lot from Go from infrastructure to the web to data processing.
- Big companies like Amazon Web Services, Microsoft Azure, and many more give Go first-class support as the significant language.
- It is a vibrant and active open-source community that develops modules and libraries, assists newcomers, and contributes to the Go project.
What are the Benefits of GO for developers?
Boost developer velocity
Go provides robust performance out-of-the-box, package management, simple formatting, and syntax that allows you to build and reduce your time to market quickly.
Language idiomatic Libraries
The Cloud SDK is a quick way for Go developers to start. The idiomatic library provides conversational interfaces to most Cloud APIs. The Go libraries control all aspects of communications with the server, incorporating authentication through Google.
Scale gracefully and reliably
Google Cloud Go allows you to create secure, efficient software with microservices and manage your compute costs using auto-scaling. Concurrency is integrated into the language via goroutines, conversational making it easier to build for scale.
IDE extensions such as Cloud code and Visual Studio Code Go IDE Plugin make it easy to write, debug, and run cloud-native applications quickly and easily.
Modernize your system architecture
Join a cloud-native platform that Go uses to run hundreds of businesses and is support by an increasing number of devices and partnerships. You can easily migrate from a monolithic app to a microservice architecture with Go on Google Cloud.
Diagnose, fix, and resolve complex problems
Google Cloud’s Operations suite offers tracing, debugging and logging, monitoring, error reporting, and monitoring. You can gain insights into the performance and availability of cloud-powered apps, which will allow you to find and fix production problems quickly.
Is Google Cloud is Built on Go?
Yes, it is. It includes the necessary tools to create and run Go applications quickly. They have you covered, from instant startup times to increased safety and deep integration across the entire developer experience. Let’s see some benefits of Go through Google Cloud:
Opera (formerly Stackdriver) enables you to monitor, troubleshoot, and improve the performance of your Go applications in your Google Cloud environment.
Google Kubernetes Engine
Your Go apps can be run in a managed Kubernetes service that offers four-way auto-scaling, multi-cluster support, and security.
Anthos–built using Go allows you to modernize your existing apps and create cloud-native apps wherever you are. This will promote agility and cost savings.
Instant startup times make Go a massive choice for their scalable pay-as-you-go Functions-as-a-Service (FaaS) environment.
Their fully managed computing platform allows you to deploy and scale containerized Go apps quickly.
All you need to create, debug and deploy cloud-native apps in Visual Studio Code and IntelliJ.
What are the Drawbacks of Go Programming Language?
1) A relatively new language that means it is still being developing
As a language still in its infant stages, developers may find it challenging to make the most of libraries. They could be required to write libraries themselves, and there aren’t many online courses or books to aid them when they are unsure.
2) in the absence of manual management of memory
Memory management in manual mode is essential, but its lack could result in excessive garbage collection and issues such as pauses, which could cause system programming.
3) Too easy to learn
The simple nature of the language can be a problem because it can make it appear simple. And, to make it easy, the language was unable to make it through several years of programming development.
4) Error handling may not be perfect.
Although error handling isn’t 100% perfect in Go, its imperfections could end up costing you. Solutions are being sought, and suggestions have been proposed to handle errors.
5) Safety at runtime isn’t as good
Go is secure, but it’s not able to provide the same level of security Rust offers. The level of safety is only compile-time and, to a lesser extent, runtime. Go is focus on the efficiency of production. Rust insists on safety aspects.
Other disadvantages include overloading by operators and problems with metaprogramming and code duplication because they cannot be checked statically.
Also Read: What is Elixir Programming? Know its Drawbacks
It is undoubtedly an intelligent choice if you’re working on a new project or are planning to enhance the next. Once you are comfortable with it and the Golang development, you will be able to become a mainstream option since its benefits are far superior in comparison to its disadvantages.
It assists you in creating complex applications within the timeframe and budget. It is able to manage up to 1000 simultaneous requests at a time. This isn’t easy to handle in various languages. In the end, you are able to create your apps without the need for third-party software.