Golang is a relatively new programming language that Google designed for developing small and large-scale applications. Along with some concepts entirely incorporated from programming languages like C, it has unique features and modern-age application development capabilities.
Golang is generally used to develop backend systems and servers, but it doesn’t mean the usage limits only to such developments. Besides, Golang is perfectly suited for complex developments. But what makes Golang so developer-friendly? How has Goland received so much appreciation? And what are the benefits of using Golang? Let’s check out.
6 Benefits of Golang for Developers
Simple Coding
Firstly, simplified coding with writing once and traversing only fewer times can be a great sigh of relief for developers. It greatly benefits developers and QA since the more straightforward the code, the fewer bugs and errors. Besides, the simple codes are easier to maintain in the long run. Considering the time to market, simple code allows developers to create the project quickly, ensuring quick availability of the project for the end users.
Easy Learning Curve
Those familiar with the C programming language will have no difficulty coping with Golang since the syntax is quite similar and clear, making it easy for developers to understand. Again, along with fewer chances of bugs and errors, there are high chances that you can quickly solve the bugs and errors if detected. And since the programming language is easier to learn, it also has huge resources, like tutorials, online forums, and documentation.
Compatible with Multi-Core Processors
Golang is a programming language for new-age solutions like cloud computing and parallel processes. All thanks to Goroutines, a lightweight thread model which isn’t dependent on their stack; it can easily be created and destroyed. And that’s the reason it works quite conveniently on multi-core processors. Besides, Golang supports channels, a method of communication between goroutines, which enables the exchange of data without any blockage. And this process is quite significant since it ensures running concurrently without intervening with each others. Considering Goroutines, multi-core processors can enhance performance, especially heavily concurrent like distributed apps and web servers.
Quick Garbage Collection
Golang has a built-in garbage collector that frees up memory, previously the developers’ task. Having to do it manually was a challenge and equally vulnerable to errors. Besides, having a garbage collector enhances performance since the garbage collector reclaims unused memory faster than developers. Another great benefit of garbage collection is the prevention of memory leaks that can make apps prone to bugs. The cause of the memory leak is failing to release the not-so-required memory. And because of no memory release, a gradual increase in memory usage can crash your application or program anytime.
Performance Booster
Due to compiled language, Golang’s code is easily converted to machine code, resulting in faster programming than interpreted languages like Python. On top of this performance booster, a garbage collector is discussed in the previous point.
Below are some relevant performance boosters to enhance the performance of Golang programs, including:
- Pre-allocating memory: reduces invocation of garbage collector, eventually boosting performance.
- Leveraging channels: reduced copied data between goroutines.
- Optimizing code: leverage unsafe package to avoid copying data and use sync package to ensure concurrent data access.
Comprehensive List of Programming Tools
There will be no issues with development because Golang has a comprehensive list of programming tools, plugins, editors, and IDEs.
- The Go Compiler: converts GO code into machine code so computers can execute it.
- The Go Standard Library: supports networking, I/O, and data structures.
- The Go Testing Framework: run and test code swiftly.
- The Go Debugger: Allows stepping through GO code line by line by inspecting variables and expressions values.
- The Go Linters: detects errors and potential threats in the GO code.
Using these tools can let you easily write, test, and run GO code, eventually saving you valuable time and effort and enhancing your productivity.
Besides, GO lets you leverage third-party services for several purposes, such as code generation, formatting, and performance profiling.
Let’s see how this comprehensive list of tools benefits you:
- Go compiler saves time for developers during code compiling.
- Go libraries save time for developers by not letting them write code from scratch.
- The Go testing framework enables writing and running unit tests to ensure offering quality code to the machine.
- Go debugger enables finding and fixing errors and bugs.
- Go linters detect threats and issues in the code so that it doesn’t occur any error.
Conclusion
Considering these many benefits of Golang, it becomes obvious to leverage Go for your next application. But these are not the only benefits, and that’s not all about Golang. Go through Why Use Golang blog for a detailed understanding of the programming language and its capabilities. Besides, if you have a sure-shot idea and want a software development company to transform it into a digital platform, directly connect with them.
Author Bio:
Chandresh Patel is a CEO, Agile coach, and founder of Bacancy Technology. His truly entrepreneurial spirit, skillful expertise, and extensive knowledge in Agile software development services have helped the organization to achieve new heights of success. Chandresh is fronting the organization into global markets in a systematic, innovative, and collaborative way to fulfill custom software development needs and provide optimum quality.
