What Are The Reasons For Developing An Enterprise App in Golang?

What Are The Reasons For Developing An Enterprise App in Golang

Golang, a relatively unknown programming language, has been under the spotlight for a few years now. And as per the developers, they are really enjoying the Google-developed language for backend development. But, in this blog, we will talk about Go for mobile development and why the language is well-suited for it.

  1. Cross-Platform And Open-Source

        Golang, an open-source language, is a good choice if you want a language that emphasizes stability and simplicity. Open-source languages provide for technological agility, which enables businesses to start small and expand as needed.

        Google offered developers the flexibility to contribute to the development of the project when it established Golang. One can fix any flaws that are already there, improve performance, and propose enhancement ideas. This is due to the fact that GitHub makes it simple to obtain Golang's source code.

        Additionally, compared to proprietary solutions, open-source languages are frequently less expensive. As a result, you have access to advanced features and may provide effective resources (such as tools, packages, libraries, etc.) to others.

        Golang is extremely beneficial for developing cross-platform applications. It supports a plethora of platforms like Windows, macOS, Linux, etc. Moreover, you can run a program in Windows if you have written it on macOS.

  1. Excellent Raw Performance  

        Golang is a compiled language and statically typed data. Because of the compiler's ability to build optimized machine code when it is aware of the specific data types being used, static typing often results in compiled code that runs more quickly.

        In addition, it has minimal keywords and short syntaxes. The language semantics were created with a very short compilation time in mind. Golang provides effective dependency management and very quick startup times. One executable file is produced by the compiler, which you may upload from any location.

        Goroutines are used to facilitate concurrent code execution in parallel processing thanks to Golang's special CSP (Communication Sequential Processes) architecture, which is part of the language's core.

        Goroutines are threads (lightweight) that aid in managing and carrying out several tasks at once. And the channels are the means through which goroutines exchange various types of data.

Thus, Golang is highly scalable and is perfect for developing enterprise apps. So, you can imagine why developers use Go for mobile development.

mobile development

  1. Simple To Learn

     Due to Golang's comparable syntax to C, programmers with a background in C or Java will find it simple to learn. Additionally, Golang has a small feature set, which is great for newcomers learning the language from scratch.

     Golang is quite simple to read, so you will be able to understand what other people are writing. Furthermore, you won't need to spend much time looking through reference materials to comprehend the code.

     The language offers sufficient libraries, tools, and packages for programmers to use when developing. The GORM library, Gen tool, Goose, and cli packages have all been praised by developers for their usefulness. They also enjoy Go Kit, Vegeta, Authboss, and other libraries.

  1. Incorporated For The Cloud

     You will notice that the majority of today's apps are cloud-native if you pay close attention. And when building the language, particularly on the server side, the Golang developers kept this knowledge in mind.

     Millions of codes are processed every second on the cloud. Concurrency in Golang is useful in this situation. Only a language with a high level of scalability can change to accommodate changing business needs, more users, and more queries.

     Container-based cloud computing technologies written in Go include Docker and Kubernetes. Kubernetes is a handy container management solution for deploying, automating, and scaling software applications.

     Docker, on the other hand, is a platform for running your programme. Containers serve as the operational units of clusters, and Kubernetes (cloud operating system) controls their scheduling.

     Cloud services and online applications should embrace AI. Troubleshooting the entire DevOps cycle becomes more challenging and time-consuming when many programming languages are employed.

     Because it combines the advantages of Java and Python with new capabilities, Golang is the top language candidate for cloud-based services and web applications that are AI-enabled.

Incorporated for the Cloud

  1. Excellent App Performance

     When it comes to the loading and response times of business software, performance is absolutely essential. It is closely related to client satisfaction, as you could expect.

     Go performs almost as well as C and C++, which is advantageous. Go is AOT compiled and has no virtual machine, thus the programmes run quicker and with less warm-up time.

     Go features automated trash removal. This aids in healthy memory management. Go frees it up for usage elsewhere if it isn't in use. Due to its code encapsulation properties, this actually reduces security flaws.

     Go has a modest memory footprint. The statically linked binaries make it perfect for creating microservices and quick corporate apps.

  1. Impressive Security

     Golang is becoming well known as a language that provides excellent security. Developers have to consider the language's security because it is utilized for cloud computing and servers and has strong capabilities for data processing.

     Since its inception, developers have relied on Golang to create command-line tools. Recent research also indicates that it has extremely few weaknesses. Additionally, administrators can sanitize user input and utilize HTMLEscapeString to avoid SQL injection.

     The regular expression parser in Go 1.17.8, Go 1.16.15  and Go 1.18 release candidate 1, now rejects expressions that are extremely deeply nested due to a security upgrade. Given that Go patch releases do not provide new APIs, the parser in this case returned syntax.ErrInternalError. Syntax.ErrNestingDepth, a more specific error that the parser now returns in its place, is a new feature in Go 1.19.

  1. Availability of Testing Frameworks

        There are several benefits to using testing frameworks. They include tools like assertions and matches that are missing from the testing package. Many provide mocking, advanced test automation, and result reporting tools. Some even help with test generation, which cuts down on the amount of time needed to write tests.

        You may use Testify in addition to the testing package. For value comparison and validation, it offers a number of assertion routines. Additionally, it offers easy-to-use resource mocking capabilities. Its suite package makes it easier to create test suites so that pertinent tests may be arranged.

        The GoConvey testing framework, which adheres to the BDD paradigm, supports the go test command. It employs a domain-specific language (DSL) that is expressive and simplifies the process to construct incredibly readable, self-documenting tests.

Do you now get why developers are choosing Golang for developing enterprise apps? There’s just so many features and helpful resources that one cannot disregard.  

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