With the release of iOS 18, SwiftUI introduces a powerful new way to create custom container views. Before diving into the implementation, it’s essential to understand the distinction between decl...

Introduced in iOS 17, the .visualEffect modifier offers a seamless way to apply dynamic visual effects to views. Unlike older methods, such as scaleEffect or offset, which could affect the layout o...

In SwiftUI, a transition defines how a view enters or exits the screen during animations. It enables smooth animations when adding or removing views in your app. For example: struct MyView: View...

SwiftUI is built on three core principles: Identity, Lifetime, and Dependencies. These principles work together to help SwiftUI manage views efficiently: Identity: How SwiftUI recognizes elemen...

Intro Swift Concurrency is a powerful framework introduced in Swift 5.5 that simplifies writing asynchronous and concurrent code, making it safer, more readable, and easier to maintain. Built arou...

compositingGroup() is a lesser-known SwiftUI view modifier, yet it plays an important role in fine-tuning visual effects. Official definition According to Apple documentation: A compositing g...

Continuing from the previous article Reverse engineering macOS app 101, you might wonder: is there a way to prevent your application binary from being tampered with? Short answer You can’t. Any ...

Disclaimer The following tutorial is provided for educational purposes only. Reverse engineering software, hardware, or any other technology may be prohibited by law or violate the terms of ser...

Basics SwiftUI offers the Layout protocol, enabling the precise positioning of subviews during the layout phase. This approach is notably more efficient than relying on GeometryReader to determine...

Geometry group is a special container view that’s designed specifically to resolve certain animation inconsistencies that were previously challenging to manage or impossible to address effectively....