NEWS ALERT!
Google’s Go programming language has returned to the top 10 of the Tiobe index of programming language prevalence after an almost six-year absence.
After placing 11th, the month before, Go is now ranked 10th in the index for March. The last time we saw the language in the top 10 was in July 2017. Go’s prominence among software engineers and ability to combine the right features, including built-in parallelism, garbage collection, static typing, and strong performance, is credited with its resurgence in the March 2023 ranking.
That’s a great achievement, right?
Golang is a booming programming language in demand, so adopting it in 2024 to create better software more quickly makes sense.
While JavaScript continues to be the most popular programming language worldwide, GoLang is also progressing toward climbing the ladder of success.
That shouldn’t be surprising considering that Golang, which was introduced in 2009, is one of the newest programming languages currently in use and is the primary language of choice for more than 1.1 million professional developers. Since then, it has gained fantastic developer community adoption and acceptance thanks to a couple of Go’s traits that make it a superb programming language for effectiveness in the cloud, which is its core application area.
The transition from the main task of developers to back-end web development is yet another explanation for why Golang is still relevant today. In fact, 71% of developers work on projects for the back-end web, which includes cloud infrastructure for well-known applications like online gaming, video streaming, mobile app infrastructure, and more.
Go will be a strong contender as the preferred programming language for businesses searching for the most effective way to operate a service (both for designing and executing).
JavaScript, Java, Python, PHP, and C++, which are still significantly more popular than GoLang, present it with stiff competition.
Alrighty, so have you heard of GoLang? It’s this programming language that Google created back in 2007 to solve some of the problems that other languages like C++ and Java were causing developers. It’s pretty nifty because it’s statically typed, but has a simple syntax that’s easy to learn. And get this, it’s super speedy too!
That makes it great for systems programming and has built-in support for concurrency, which means it can handle multiple tasks at once. Plus, it has garbage collection to help manage memory allocation and deallocation.
So, all in all, it’s a pretty efficient option. Right?
The GoLang community is also pretty active, so there are plenty of resources and libraries to help you out when you’re coding. All these things together make GoLang a popular choice for building web applications, network programs, and cloud-based services.
GoLang’s own developer survey, which collects feedback from those already using it, is another insightful tool. Here are some major findings from the poll that demonstrate how well Go is keeping its developers satisfied:
– According to the majority of respondents, Go is essential to ensuring the success of their business. This implies that GoLang has capabilities that other programming languages do not, giving it a competitive advantage.
– 92% of respondents said they were happy with Go. It’s crucial to remember that GoLang is always changing, in part because of the open-source nature of community-led feedback.
– There are over 1.1 million people who use GoLang as their primary programming language; when you add developers who use Go as a secondary language, that number doubles.
Go is obviously on the rise, therefore it may continue to grow its market share as demands for enhanced cloud computing rise, even though it is not as widely used (in terms of adoption) as Java, C++, or Python.
So having understood a lot about GoLang, where it currently is in terms of adoption, and how it stands out from other programming languages, it’s time to learn about what exactly are GoLang libraries and which ones can we expect to flourish in 2024.
Developers can use the GoLang Libraries, a set of tools, to simplify coding chores. As you can see, it is a programming language created by Google that has grown in popularity among developers due to its ease of use and effectiveness. But GoLang’s libraries are truly what gives it its power.
Standard, third-party, and custom libraries are the three different kinds of GoLang libraries.
– The standard library contains a wide range of operations and modules that programmers can use to create their applications. It is similar to the default package offered with GoLang.
– External developers produce third-party libraries, which are simple to incorporate into GoLang programs. They offer extra features like image processing and database operations that are not included in the basic library.
– Finally, developers create unique libraries for certain projects, which enable the storage of reusable code that may be used across several projects. This can assure uniformity in coding standards and aid enhanced code upkeep.
Therefore, GoLang libraries are a crucial part of the language and can save developers a lot of time and effort. With all these libraries available, it’s no wonder that GoLang has become such a popular language among developers!
We know that you all might be curious to know about the GoLang libraries that will reach new heights in 2024. So, let’s begin…
Web developers might wish to have a look at it. Gin isa web framework that enables programmers to create Go-based, high-performance online apps. You can use this open-source library for nothing and, if you’d like, help develop it.
Gin’s speed is one of the features that sets it apart from other web frameworks. It is intended to be quick and effective, which is crucial when developing a web application that must deal with a lot of traffic. It is also quite simple to use. Building a web application is easy thanks to the simple syntax and the abundance of capabilities.
Gin’s ability to seamlessly interface with other Golang libraries is another feature that developers really like. Because of this, it is a popular option for developers who want to create dependable and scalable online applications without having to invest a lot of time in setup and configuration. In the final analysis, Gin is a fantastic option for anyone wishing to create a web application using Golang. So, just try it out! You never know—you might end up loving it!
GORM is a potent relational database management system package for the Go programming language. Being an Object Relational Mapping(ORM) tool, it makes the transition between Go structs and SQL databases simpler. With GORM, you can quickly execute complicated queries, associations between tables, and migrations on your database in addition to CRUD activities(Create, Read, Update, Delete).
The adaptability of GORM is one of its best qualities. In addition to others, it supports many well-liked SQL databases, involving PostgreSQL, MySQL, and SQLite. Additionally, it offers several practical capabilities for working with databases, like association mapping, automatic table creation and migration, and transaction handling. The API for GORM is very simple and intuitive, making it easy to use.
To help you get the optimum performance when interacting with your database, GORM also provides a ton of optimizations and caching methods. For any Go developer that wants to work with relational databases, it is a great option.
An extremely excellent library for Golang command-line application development is Cobra. Command-line work may seem tedious, but Cobra makes it incredibly simple and enjoyable.
The ease with which commands and subcommands can be created in Cobra is one of the features that developers like most. Your CLI application can be organized intuitively to make it simple for people to browse and utilize it. Additionally, you may modify the automatically created help documentation to ensure that your users have all the information needed to get started.
And if you’re worried about flexibility, Cobra’s got you covered. You can easily add custom validation logic or define custom actions that can be triggered when a command is executed. So, no matter what kind of CLI tool you’re building, you can make it work just the way you want. If you haven’t tried it yet, we definitely recommend giving it a shot!
A well-liked Golang library called Viper is frequently utilized in numerous Go applications. It is a configuration management library that aids in the flexible and reliable administration of application settings by developers. Viper is outstanding since it is simple to use and highly configurable. Numerous configuration formats, including YAML, JSON, TOML, and even environment variables, are supported.
Viper makes it easier to manage configuration data in your apps, which is one of its most important benefits. It supports defaults and environment-specific overrides and offers a simple yet effective interface for retrieving configuration data. For programs that must dynamically update their configuration in runtime, it also enables watching for changes in configuration files.
Viper’s ability to be expanded with unique configuration sources and parsers is another excellent characteristic. As a result, you can use Viper to import configuration data from any source of your choosing, including a database, a REST API, or even a custom file format. As a result of its simplicity, flexibility, and extensibility, it is a favorite among many Go developers.
A fantastic Go library that makes creating microservices simple is called Gokit. In essence, it offers a collection of instruments and abstractions for typical distributed system features like load balancing and service discovery.
The modular architecture of Gokit is one feature that distinguishes it from other frameworks. It gives you several little packages that you may combine to make your unique solutions rather than a massive, monolithic framework. That allows you to pick and choose the components you require without being concerned about unneeded dependencies.
Overall, it’s a fantastic option for anyone trying to create Go microservices. It has a thriving community, a wide range of features, and a modular architecture that makes it incredibly adaptable. Whether you’re building a small proof-of-concept or a large-scale production system, Gokit has the tools you need to get the job done.
Gorilla Mux is a powerful and widely used Golang library for building HTTP servers and routers. It’s known for its flexibility, high performance, and ease of use. With Gorilla Mux, developers can easily define URL routes and handle HTTP requests and responses.
One of its most compelling features is its support for URL patterns with regular expressions. This allows developers to create highly customizable and dynamic routes that can match a wide range of URL patterns. Moreover, it also provides powerful middleware capabilities, enabling developers to add functionality such as authentication and logging to their HTTP servers easily.
Gorilla Mux is an excellent choice for developers who want to build fast, flexible, and customizable HTTP servers and routers in Go. Its simplicity, power, and compatibility with existing Go code make it an ideal tool for a wide range of web development projects.
A prevalent testing framework and library for the Go programming language is GoConvey. It provides a robust yet user-friendly toolkit for creating thorough and effective tests with an emphasis on readability and maintainability. Its capacity to produce real-time feedback on the progress of your tests enables you to swiftly identify and address any difficulties, which is one of its primary advantages.
It’s intended to make Go testing as simple and effective as possible. Developers may write and execute tests using its user-friendly web-based interface without having to transfer between different tools or environments. Additionally, the library offers a selection of assertion functions that make it simple to test under various settings and circumstances.
With its focus on readability, efficiency, and real-time feedback, GoConvey is an essential tool for any developer looking to write comprehensive and efficient tests.
Have you heard of Prometheus? The Go (or Golang, as it’s commonly called)-written monitoring system and time-series database is quite cool. The Cloud Native Computing Foundation now maintains the library that SoundCloud originally created.
Its capacity to efficiently gather metrics from many sources, including applications, services, and operating systems, is what makes it so intriguing. In essence, the Prometheus server frequently queries the endpoints for metrics data, making it incredibly simple to monitor the performance of your infrastructure and apps.
It is also a very popular monitoring solution in the DevOps world because it is very expandable and versatile. Its robust feature set, ease of use, and scalability make it an ideal choice for organizations looking to monitor their applications and infrastructure in a modern, cloud-native environment. So, if you’re not already using it, you might want to check it out right away!
Popular Golang logging library Logrus offers a straightforward and adaptable method for logging messages in your Go programs. Many developers seeking a dependable and effective logging solution turn to it because of its robust capabilities and user-friendly interface.
Its capacity to support various log levels, from debugging to error, makes it simple to identify problems in your program. This is one of its distinguishing advantages. If necessary, you can also add your custom log levels, allowing you even more freedom in how you report messages.
It supports a broad choice of output formats, including JSON, text, and Syslog, in addition to having adjustable log levels. As a result, integrating Logrus into the stack of your application’s other tools and systems is simple. Whether you’re building a small web app or a large-scale enterprise system, Logrus can help you keep track of what’s happening in your application and quickly identify and fix issues.
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