Concurrency in Go

1. Goroutines:

Principle: Employ lightexecution threads
Practice in Go: Jobs that need to be processed concurrently can be done employing goroutines.

go func() {
    // concurrent task
}()

2. Channels:

Principle: Use channels to ensure goroutines communicate only through secure channels.
Practice in Go: You can use the channels to synchronize and convey among the goroutines.

ch := make(chan int)
go func() {
    ch <- 42
}()
value := <-ch

3. Context:

Principle: The other features of the program involve managing the lifecycle of concurrent operations.
Practice in Go: Apply context to covering yields, time outs, and due dates.

ctx, cancel := context. WithTimeout(context. Background(), time. Second)
defer cancel()

4. Select Statement:

Principle: Channeling multiple operational functionalities.
Practice in Go: Utilize the select function to perform multiple operations as well almost simultaneously.

select {
case msg := <-ch1:
fmt. Println(msg)
case msg := <-ch2:
fmt. Println(msg)
}

Design Principles for System Design in Go

In this article, we will discover essential design principles for efficient system architecture in Go programming. Learn how to optimize concurrency, leverage interfaces, and manage errors effectively, ensuring robust and scalable solutions.

Important Topics for Design Principles for System Design in Go

What is System Design?
Components which comprise the System design
Design Principles for Programming in Go
Error Handling in Go
Concurrency in Go
Performance Optimization in Go
Testing in Go

Tags:

#System Design

Error Handling in Go

Performance Optimization in Go