Swift

Implementing the SINGLE RESPONSIBILITY PATTERN in Swift:

Single Responsibility Principle (SRP) is a…

Optimizing Performance with URLSession: Exploring multipathServiceType, waitsForConnectivity, and timeoutIntervalForRequest

URLSession is a powerful framework in iOS and macOS that allows developers to interact with web services and retrieve…

Simplifying Asynchronous Tasks with DispatchGroup in Swift

Handling Deadlocks with DispatchSemaphore and Counters in Swift

Concurrency is a powerful tool for improving the performance of Swift applications, but it can introduce challenges such as deadlocks. Deadlocks occur when multiple threads are blocked indefinitely, waiting for each…

Simplifying Navigation with the Coordinator Pattern in Swift

In complex iOS applications, managing navigation flow and coordinating multiple view controllers can become challenging. The Coordinator pattern offers a structured and scalable solution to address these concerns. In this…

Why Custom Encoder and Decoder Can Be a Better Alternative to Codable in Swift

Swift’s Codable protocol provides a convenient way to handle serialization and deserialization tasks in Swift applications. However, there are scenarios where relying solely on Codable might not…

Swift’s Automatic Reference Counting (ARC) Explained with Examples

In Swift, Automatic Reference Counting (ARC) handles memory management by automatically managing the creation and destruction of objects. This blog post aims to provide a comprehensive understanding of how ARC works…

Async/Await in Swift: Simplifying Concurrency with Examples

Asynchronous programming is crucial for building responsive and efficient applications. Swift 5.5 introduced the long-awaited async/await feature, which simplifies asynchronous code and makes it more readable and maintainable…

9 forums to learn iOS Programming with ease

It’s bit difficult sometimes to get exact result for learning something from…