Why you should use go programming?

As innovation advances, so does the quantity of new programming languages. Trends such as universal multiprocessor devices, vast increase in number of mobile devices and current IoT revolution have helped drive this blast. But whatever the reason, nowadays developers are living in  inexorably divided world. So it is your responsibility to keep up with the latest technologies or languages such as “Go”. You can also see the difference between Python, Ruby and GoLang at our blog- A Battle of Trios: Python vs Ruby vs Golang. Let us see, what makes it different from its competitors and why should you use it?

What is Go?

Google started Go language. It emphasizes simplicity and clarity in its code so it is easy to understand and maintain. Also Go possess a strong features that enable exceptionally complex applications to be developed. It is a response to developing trends that seek to reduce the psychological overhead  that a programming languages needs and reduce compile times to support code-build test loops required by methodologies.

Things you will like about Go-Lang-

1. Golang has good credentials-

Creators of Go contributed to influential things as C, B, Unix, JVM, and others. To meet the challenges of the present and anticipate the challenges of the future, Golang is develop.

2. Golang is open source by nature-

It’s significant for a programming language to be open-source to become better, cleaner, and more efficient. If a code has defects, gophers will recognize and wipe out the problems.

3. Go lang is Fast-

Go has a simple structure and syntax also. It is without classes and type inheritance. This language is based on functions, so it is simple and also fast to learn. It is a compiled language so, it provides faster feedback, shorter time to market, and also saves time and money. Because of its simplicity, it is more maintainable, and development is faster and cheaper.

4. Golang is concurrent-

Concurrency is more important. It allows multiple processes running simultaneously and effectively. Golang has efficient concurrency, like C, C++, Java, and at the same time concurrency in Go is done much easier.

5. Cross-platform-

Different platforms, such as Windows, Linux, Unix and BSD versions and mobile devices can use Go language. Also, it compiles well on many OS’s.

6. Garbage Collector-

A form of automatic memory management which has an important effect on performance and helps to make concurrency more efficient.

7. Golang keeps the bugs away-

Since it is a compiled language, with very strict typization, and it is statically typed, developers have to be more accurate and attentive, so the code is neater and safer.

What makes Go different?

One essential issue Go attempts to explain is the need to diminish the psychological overhead that it puts on engineers. Several aspects of the language highlight this. These include:

Focused vocabulary-

Languages have various keywords that a developer must remember. Some of these keywords are designed to support programming concepts that have been around for decades. With Go, many of these concepts have been consolidated however much as could be expected so as to reduce the amount of keywords required. As a result, Go currently has around 25 keywords, as opposed to 50 or more for languages like Java and C#.

Simple scoping rules-

Many languages offer great flexibility to guarantee that variables and functions can be hidden from other parts of the code base. Go has only three levels of scoping and very simple conventions for determining scope:

  1. Local variables (declared within a function) are scoped to the current block.
  2. Package level variables are scoped to the package if they start with a lower-case letter.
  3. Package level variables are publicly scoped if they start with an upper-case letter.

There’s no “private” scope. But in practice, this actually opens up a lot of opportunities.

Built-in garbage collection-

Garbage collection is a difficult issue. However, manual memory management often causes a genuinely surprising expense on the developer and makes it more difficult to write error-free code. This is the reason ,why the developers of Go made it a requirement to have it in the language. Initially, the garbage collector could negatively affect an application as far as execution. However, the cost of garbage collection is falling rapidly thanks to determined effort.

It is Powerful-

Concurrent execution is a challenge that every modern application must manage so as to exploit the today’s multi-processor computing environments. Go adopted the Communicating Sequential Process (CSP) model that’s been used successfully by Erlang. Go combines light-weight green threads (called goroutines) with communication pipelines called channels to form a simple, powerful concurrency model. This enables an application to run with thousands of actors, without the load of trying to keep shared memory free from corruption.

First-class functions-

When object oriented language overwhelmed the software development landscape, the lowly function was largely relegated to being characterized with regards to a class. With the discovery that first-class functions were one of JavaScript’s good parts, many languages have worked to restore functions to first-class status. Go absorbed this lesson and enables functions to be created and passed around the application. That doesn’t imply that it has abandoned object-orientation; rather, it mixes the best aspects of functional programming and object-oriented styles to provide greater flexibility with as little ceremony as possible.

Batteries included-

To create modern applications, you need more than just a great language. Modern applications depend on testing to ensure correctness, documentation generators to communicate how the application works and to convey how the application functions, and linters to guarantee that coding norms are clung to. Go embraces each of these issues as core concerns of the language, not simply an add-on to be dealt with by another team. As a result, installing the Go development tools provides instant access to all of these capabilities and a guarantee that they’ll work together without having to fight just to get everything working.

Conclusion-

Development with Go is different than other languages. Instead of using dozens of libraries and learning each, Go tells you to learn just a few concepts and then focus on applying those concepts to your problem.

Are you thinking to develop software with Go language? Then Solace is the right platform to start. Developers at Solace are well trained for Go development and they believe in the effectiveness of using Go. Contact us for your developing your business software advanced Go language.