Golang in your projectLooking to help bridge the information gap about different Go programming language. High-level Pros of using Go. Advantages of Go Language for creating web Servers. The Go programming language is great choice for web server development and beyond.
Use Go in your projectLooking to help bridge the information gap about different development languages, we sat down with Michael, one of our project managers, and asked him a few questions about the Go development language or GoLang. We’re going to explain where it is used, why it is useful, and some benefits associated with Go from a development and app performance standpoint.
Go directly compiles into the native binary of the host machine. It’s not like Java that compiles into bytecode. With Java you need to have a virtual machine installed on the server to run the bytecode, making it a two-step process.
One speed example would be when calculating the factorial of a number. For example, if you write a Go and a Java program to calculate the factorial of 10,000 numbers, the Go program will do that process in around .03 seconds, while the Java program will do it in around .14 seconds.
So, you can see the difference here, and even when the number increases, Go will do the calculations in a fraction of the time that Java takes. The larger the program, the more you can see the differences.
Go announced Go 1.15 version on 11 Aug 2020. Highlighted updates and features include Substantial improvements to the Go linker, Improved allocation for small objects at high core counts, X.509 CommonName deprecation, GOPROXY supports skipping proxies that return errors, New embedded tzdata package, Several Core Library improvements and more.
In this article, we are going to look at some of the basic APIs of the http package to create and initialize HTTPS servers in Go
In this video I share my current programming languages and why I started to learn a new langauge - Golang. Why did I learned Go? What were the thoughts when choosing and learning a new programming language as a software engineer.
Go is praised by everyone for achieving extremely high concurrent performance, but Why? In this Golang (Go) tutorial, I’ll introduce how the Go program to achieve extremely high concurrent performance, and its internal scheduler implementation architecture (G-P-M model). I’ll also explain how Go can make full use of computing resources, and how the Go scheduler deals with threads step by step
In this article, we are going to see the four important collection types built into the language. we start with humble Arrays, Maps, Slices