Go was originally designed at Google in 2007. At the time, Google was growing quickly, and code being used to manage their infrastructure was also growing quickly in both size and complexity. Some Google cloud engineers began to feel that this large and complex codebase was slowing them down. So they decided that they needed a new programming language focused on simplicity and quick performance. Robert Griesemer, Rob Pike, and Ken Thompson designed Go.
Go became an open-source project and was released publicly in 2012. It quickly gained a surprising level of popularity and has become one of the leading modern programming languages.
To comprehend the working of the struct information type in the go language first we ought to comprehend the reason why we want this, assume in the event that we needed to characterize a few subtleties of worker and inside that subtleties, you needed a consistently same name and information type each quality like name of the representative, compensation, and address of the worker. So in such cases, we can not utilize basic factors as everybody will attempt to utilize the various names and types. So when we will characterize the struct type with fixed name and information kind of each trait whoever will utilize these properties they need to utilize similar name and information types elas it won't work. It's functioning we can characterized in the couple of steps.
GoLang is a compilation language which can be compiled to machine code and the compiled binary can be directly deployed to target machine without extra dependency. The performance is better than those interpreted languages.
Dynamic language feel
GoLang is a static language but it gives a feeling of dynamic language to developers. As a static language, lots of hidden issues can be detected when doing the compilation, especially syntax errors. Also there are lots of packages available for developer to use and it's very easy to import them during development, this makes us less worried about its capability and makes us feel like we are dealing with a dynamic language.
This is probably the most praised feature of GoLang. It supports concurrency since it's born. It can fully utilize multi core capability. GoLang uses goroutine to achieve concurrency and it provides a very elegant goroutine scheduler system which makes it easy to spawn millions of goroutines. The stack usage can dynamically expand/shrink as well which makes the memory usage more smart. This is different from Java thread which normally allows only thousands of threads to be created. For more comparison, please check out Russell Cohen's article Why you can have millions of Goroutines but only thousands of Java Threads.
Built in runtime with GC support
Though its GC is not perfect, it can fulfill most of requirements about garbage collection. For detailed explaination about GoLang GC, check out Getting to Go: The Journey of Go's Garbage Collector.
Easy to learn
GoLang's authors all have C background, GoLang comes with gene of C. There are 25 keywords but with abundant expression power. It can support almost all features seen in other languages such as inheritance, overloading, object etc.
There are lots of easy to use built-in tools which help developers write maintainable and readable code. Efficiency is largely improved. These include gofmt, goimport etc. They can make our code look standardized and ease the work of review a lot.
Native C support
You can embed C code in a Go program so that you can use lots of powerful C libraries.
Lack of frameworks
There is no major framework for GoLang developers. There is in other languages though. Ruby has Ruby on Rails, Python has Django and PHP has Laravel.
Go programs requires function to return error if there might be error expected. This may cause problem where the track of the error is lost which leads to missing useful error handling logic. There are tools which can help detect this kind of miss such as errcheck and megacheck. But they are more like workarounds. Also developers need to write lots of if blocks to check error and handle it which makes the code less clean.
Package management in Go is not perfect, neither. By default, it cannot create a dependency tree with fixed package version, this means the build created may be based on different version of packages when building at different time. In contrast, Python, NodeJS(npm) and Ruby all have relative well maintained package management system. For example, in a Ruby on Rails project, you can have a Gemfile file which defines the dependencies and their dependent versions which means the same version of package would be used to create a new build even in the future some of them have later updates.
Unlike other languages, there is no generics support until now and the problem with that is many repeated codes need to be written for the same type operations but just with different data types. This drawback is apparent for those algorithm implementation or common function support like getting max or min of two numeric values. There is max/min function for float64 but no same functions for int. Also some data structures cannot be implemented easily as well with lacking of generics support. Fortunately, there is generics support in the future Go 1.18 release.
There are other advantages and disadvantages of GoLang, let embrace them and deal with them smartly.
From this instructional exercise we took in the essential idea of the struct of the go language, we found out with regards to the working and punctuation of the struct type. We center around the different instances of the struct which elaborate and uncovered the significant realities about the struct.
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