Introduction
Go is a programming language developed at Google by Robert Griesemer, Rob Pike and Ken Thompson.
It was designed in 2007, announced in 2009 and officially released in March 2012.
Go was created to solve the problems faced by the developers at Google while working with other languages. It borrows its features from C, C++, Python and javascript.
Go is open source with a clear, concise syntax.
Official website of Go is htttps://golang.org where you can access its documentation.
Why, a new language
Developers at Google were facing problems with other languages they were using.
Some offered easy development with lesser compilation and execution speed and reduced safety while other offered fast execution but with a higher development time and effort.
Thus, to solve these problems it was decided to develop a new language with easy to write syntax and a higher execution speed along with safety.
Why Learn Go?
Go was designed with a focus on simplicity, concurrency, and performance.
It combines the efficiency of a low-level language with the ease of use of a high-level language, making it an excellent choice for a wide range of applications, including:
– Web Development
– Distributed Systems
– Cloud Computing
– Network Programming
– Command-Line Tools
– Machine Learning and Data Analysis
Go’s powerful concurrency features, such as goroutines and channels, make it an ideal language for building concurrent and parallel applications.
Additionally, its static typing and built-in testing tools promote code reliability and maintainability.
Features
Go has following features that make it an excellent choice for application development.
- Go has a cleaner syntax that reduces the time required to write code.
- Go is statically typed meaning that you need to define the type of a variable at the time of its declaration and a variable may hold a value of same type throughout.
This is different from python or javascript where a variable can contain a string at some point and an integer later. - Go supports concurrency meaning its programs can be run on multi core systems.
- Go has garbage collection mechanism which means that you do not have to perform memory management, Go will handle it on its own.
- Compilation and execution of Go programs is fast. One reason to this is that Go programs will not compile if you import a package but do not use it.
This ensures that unnecessary code is not compiled and hence results in faster execution time. - Go supports Object Oriented Programming through the use of interfaces.
It does not support creating child classes as in other languages such as Java.
This tutorial on Go(or Golang) will teach you all the beginner and advanced concepts of the language with sufficient examples and after reading this guide, you will be able to write self-contained programs in Go.
