Description

If you are interested in knowing dockerization then this course, "Certified Concurrency with Go '' got you covered! Concurrency with go will let you know the fundamentals of the topic with a clear and basic understanding of concurrency

In this course, you will know about the introduction, their processes and threads,  why it is hard, their parallel execution, Von Neumann Bottleneck, Power Wall, Concurrent vs Parallel, Hiding Latency. You will learn about everything. 

Many things which are important are:

  • Goroutines
  • Hello - Exercise
  • Goroutines and Closures
  • Threads and Goroutines
  • Interleavings
  • Race Conditions
  • Range, Buffered Channels
  • Channel Direction
  • Channel Ownership
  • Communication
  • Blocking on Channels
  • Buffered Channels

You will also learn how to block,  select channels, their mutual exclusion, mutex method and deadlock. Everything here is given in detail. 

You will just require some basic knowledge of Go Programming Language like loops, functions, methods. And you should Install Go compiler and any IDE on the laptop.

This course is for anyone who is interested in Go, Software developers, sysadmins, IT pros, and operators at any skill level or anyone who makes, deploys, or operates software on servers can take this course. 

This course will give you a great and strong understanding of your foundation which will be automatically clear in your concept from beginning to advanced level. You are going to get lifetime access if you take this course. So you can clear any doubts regarding this topic. You will get a certificate which will help in your job purpose too. 

So don't wait any further and enroll your name in this course and get started.

Course Content

Total: 25 lectures
  • Introduction
  • Processes and Threads
  • Why is it hard?
  • Parallel Execution
  • Von Neumann Bottleneck
  • Power Wall
  • Concurrent vs Parallel
  • Hiding Latency
  • Goroutines
  • Hello - Exercise
  • Goroutines and Closures
  • Threads and Goroutines
  • Interleavings
  • Race Conditions
  • Range, Buffered Channels
  • Channel Direction
  • Channel Ownership
  • Communication
  • Blocking on Channels
  • Buffered Channels
  • Blocking on Channels
  • Select
  • Mutual Exclusion
  • Mutex Methods
  • Deadlock

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