In this video, you’ll learn how to use detached tasks in Swift to execute code asynchronously and improve the performance of your app. Detached tasks allow you to start a new task and immediately continue execution of your code, without waiting for the task to complete.
We’ll cover the basics of creating and running detached tasks using the async/await syntax introduced in Swift 5.5. You’ll see how to use structured concurrency to manage the lifecycle of your tasks and ensure they’re safely canceled when necessary.
Throughout the video, we’ll demonstrate practical examples of using detached tasks in real-world scenarios, including network requests, image processing, and more. By the end of this video, you’ll have a solid understanding of how to leverage detached tasks to write more performant, responsive, and maintainable Swift code.
Whether you’re a beginner or an experienced Swift developer, this video will help you take your skills to the next level. So, grab your computer and let’s dive into the world of detached tasks in Swift!
💻 Source Code:
🎥 Subscribe for more:
😎 Like my teaching style? Check out some of my most popular courses!
👉🏼 Connect (personal LinkedIn)
🚀 Follow on LinkedIn
** Popular Series
Building Instagram:
Building TikTok:
SwiftUI for Beginners:
** Get Skillshare free for 2 Months and learn iOS
** Manage all your investments from app earnings on Betterment!
** Grow your own Youtube tech channel with TubeBuddy:
#swift #async #iOSDeveloper
Watch more new videos about iOS Academy | Synthesized by Mindovermetal English
Lets connect https://linkedin.com/in/afrazsiddiqui
What if you change the priority of the detached task? I am guessing if it is a higher priority you might get 1,2,3
Informative