https://www.youtube.com/watch?v=qyM8Pi1KiiM
Enroll in my handcrafted course on Microservices using The Go Programming language based on my experience working in the fintech industry at a tech company w

https://www.youtube.com/watch?v=wELNUHb3kuA
Pre-enroll in my handcrafted course on Microservices using The Go Programming language based on my experience working in the fintech industry at a tech compa

https://dev.to/santoshanand/mastering-concurrency-in-go-a-comprehensive-guide-5chi
Concurrency is a first-class citizen in Go, empowering developers to write highly efficient and scalable applications. By understanding Goroutines, channels, and concurrency patterns, you can harness the full power of Go concurrency to build robust, concurrent systems. Remember to follow best practices and leverage the rich set of tools and

https://dev.to/kittipat1413/concurrency-in-go-a-practical-guide-with-hands-on-examples-37od
Output. ~ go run . 1 dog. 2 dog. 3 dog. 4 dog. In our first lesson, we get acquainted with the concept of concurrency. The function infiniteCount continuously prints out numbers along with a given text, providing us with a simple example of a recurring task. However, the call to infiniteCount("cat") never occurs after starting with

https://medium.com/@pengcheng1222/mastering-concurrency-in-go-practical-patterns-for-robust-software-76f8282f6a3c
Go, with its lightweight goroutines and elegant channel communication, stands out as a language that not only simplifies concurrent programming but elevates it to an art form.

https://medium.com/@von_m/mastering-concurrency-in-go-a-comprehensive-guide-d2702cf1ed46
A goroutine is a lightweight thread managed by the Go runtime. Starting a goroutine is simple: just prefix a function call with go. For example: go myFunction() This non-blocking call allows

https://go.dev/wiki/LearnConcurrency
Read Go Concurrency Patterns: Timing out, moving on. Watch Concurrency is not Parallelism. Read Go Concurrency Patterns: Pipelines and Cancellation. Read Rethinking Classical Concurrency Patterns. Study Package sync. Read Introducing the Go Race Detector. Watch Go: code that grows with grace. Read Mutexes and Semaphores Demystified.

https://go.dev/blog/pipelines
Introduction. Go's concurrency primitives make it easy to construct streaming data pipelines that make efficient use of I/O and multiple CPUs. This article presents examples of such pipelines, highlights subtleties that arise when operations fail, and introduces techniques for dealing with failures cleanly.

https://www.freecodecamp.org/news/concurrent-programming-in-go/
In concurrent programming, Go provides channels that you can use for bidirectional communication between goroutines. Bidirectional communication means that one goroutine will send a message and the other will read it. Sends and receives are blocking. Code execution will be stopped until the write and read are done successfully.

https://betterprogramming.pub/concurrency-with-select-goroutines-and-channels-9786e0c6be3c
I'd recommend reading these two articles first to get familiar with the concepts of concurrency, channels, and goroutines. Concurrency in Golang, Goroutines, and Channels Explained; File Processing Using Concurrency With GoLang; Select. From the Go tour documentation: "The select statement lets a goroutine wait on multiple communication

https://betterprogramming.pub/writing-better-code-with-go-concurrency-patterns-9bc5f9f73519
4. Photo by Sergio Souza on Pexels. Writing concurrent programs has never been easier with the advent of Goroutines. Though handy, the Goroutines are also prone to hardly traceable bugs if not handled with care. The good news is that some of them are preventable if you have a solid understanding of the Go concurrency patterns.

https://golang.withcodeexample.com/blog/patterns-for-effective-concurrency/
By incorporating these patterns into your Go programming toolkit, you can design and implement effective concurrent systems that fully leverage the capabilities of modern computing resources. Effective concurrency is not just a matter of doing more tasks simultaneously but also doing so with precision and control, ensuring the stability and

https://dev.to/romulogatto/advanced-concurrency-patterns-in-go-2of8
In this article, we will explore some of these advanced concurrency patterns in Go, demonstrating their practical applications and benefits. 1. Context package. The context package provides powerful functionalities for managing the lifecycle of concurrent operations by passing cancellation signals. It helps control resources and gracefully

https://medium.com/@gopinathr143/go-concurrency-patterns-a-deep-dive-a2750f98a102
Concurrency patterns are structured solutions to common concurrent programming problems. They enhance resource utilization, responsiveness, and code reliability. Worker Pool, Pipeline, and Fan-out

https://www.oreilly.com/library/view/concurrency-in-go/9781491941294/ch04.html
Start your free trial. Chapter 4. Concurrency Patterns in Go. We've explored the fundamentals of Go's concurrency primitives and discussed how to properly use these primitives. In this chapter, we'll do a deep-dive into how to compose these primitives into patterns that will help keep your system scalable and maintainable.

https://clouddevs.com/go/advanced-concurrency-patterns/
While Goroutines provide an excellent foundation for concurrent programming, there are more advanced patterns that can be employed to tackle complex concurrency scenarios, making your programs even more efficient, scalable, and resilient. In this article, we will dive into some of these advanced concurrency patterns that go beyond simple

https://noobtomaster.com/go-programming-language/advanced-concurrency-patterns-in-go/
These are just a few examples of advanced concurrency patterns in Go. By mastering these patterns, developers can write more efficient and scalable concurrent programs. Go's concurrency primitives and tools make it a powerful language for building concurrent applications, and understanding these patterns is essential when working with

https://twin.sh/articles/39/go-concurrency-goroutines-worker-pools-and-throttling-made-simple
Launch and forget. By far the easiest form of concurrency, the launch-and-forget is very easy in Go. You must simply prepend the function you want to run asynchronously with go, and that's all. i.e. go doSomething() Alternatively, you can wrap a code of block with go func() { and }(): go func() {.

https://blog.devgenius.io/5-useful-concurrency-patterns-in-golang-8dc90ad1ea61
Fan-In Pattern Diagram. Image by the author. In the end, we only have to manage one data source channel instead of many. This pattern was presented in Rob Pike's talk about GO's concurrency patterns.Which you can check out on Youtube.. In practice, it can be achieved by setting up a new output channel and running a GO routine for each data source, which will just be another channel.

https://github.com/luk4z7/go-concurrency-guide
Go models concurrency using a fork-join model. As a refresher, remember that Go follows a fork-join model for concurrency. Forks are when goroutines are started, and join points are when two or more goroutines are synchronized through channels or types in the sync package. The work stealing algorithm follows a few basic rules.

https://livebook.manning.com/book/learn-concurrent-programming-with-go/chapter-10/v-6
A significant task in developing a concurrent solution is about identifying mostly independent computations — tasks that do not affect each other if they are executed at the same time. This process of breaking down our programming into separate concurrent tasks is known as decomposition.

https://medium.com/@asierr/conquering-concurrency-in-go-expert-strategies-and-practical-patterns-86ab7ed8bfcc
As I've shared in Mastering Go Programming for Beginners and Back to Basics: Understanding Variables and Constants in Go Programming, Go's simplicity is its strength. The same applies to its

https://medium.com/@luishrsoares/demystifying-concurrency-in-go-a-beginners-guide-with-examples-8920c27883f7
Concurrency is an essential concept in modern programming, enabling the efficient execution of multiple tasks simultaneously.. Go, a statically typed programming language developed by Google, is