some any

Generated on 9/19/2024

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It seems like you're interested in the use of the any type in Swift, particularly in the context of WWDC sessions. Here's some relevant information from the sessions:

  1. Go small with Embedded Swift: In this session, the use of any type is discussed in the context of embedded Swift. The session suggests replacing the use of any with generics to avoid expensive runtime support or type metadata. This is part of a broader discussion on how generics are supported in embedded Swift, allowing for more efficient code.

  2. Consume noncopyable types in Swift: This session touches on the concept of any type being inherently copyable, which is a common trait across many programming languages. The session explores the broader space of types in Swift, including noncopyable types, and how they can be used in generic code.

  3. What’s new in Swift: The session introduces the concept of typed throws, where untyped throws are equated to type throws with an any error type. This allows for more precise error handling in Swift, avoiding type erasure and enabling more generic error handling.

If you have a specific question about these topics or need a timestamp for a particular section, feel free to ask!

What’s new in App Intents

What’s new in App Intents

Learn about improvements and all-new features with App Intents, and discover how this framework can help you expose your app’s functionality to Siri, Spotlight, Shortcuts, and more. We’ll show you how to make your entities more meaningful to the platform with the Transferable API, File Representations, new IntentFile APIs, and Spotlight Indexing, opening up powerful functionality in Siri and the Shortcuts app. Empower your intents to take people deep into your app with URL Representable Entities. Explore new techniques to model your entities and intents with new APIs for error handling and union values.

Go further with Swift Testing

Go further with Swift Testing

Learn how to write a sweet set of (test) suites using Swift Testing’s baked-in features. Discover how to take the building blocks further and use them to help expand tests to cover more scenarios, organize your tests across different suites, and optimize your tests to run in parallel.

Migrate your app to Swift 6

Migrate your app to Swift 6

Experience Swift 6 migration in action as we update an existing sample app. Learn how to migrate incrementally, module by module, and how the compiler helps you identify code that’s at risk of data races. Discover different techniques for ensuring clear isolation boundaries and eliminating concurrent access to shared mutable state.

Go small with Embedded Swift

Go small with Embedded Swift

Embedded Swift brings the safety and expressivity of Swift to constrained environments. Explore how Embedded Swift runs on a variety of microcontrollers through a demonstration using an off-the-shelf Matter device. Learn how the Embedded Swift subset packs the benefits of Swift into a tiny footprint with no runtime, and discover plenty of resources to start your own Embedded Swift adventure.

What’s new in Swift

What’s new in Swift

Join us for an update on Swift. We’ll briefly go through a history of Swift over the past decade, and show you how the community has grown through workgroups, expanded the package ecosystem, and increased platform support. We’ll introduce you to a new language mode that achieves data-race safety by default, and a language subset that lets you run Swift on highly constrained systems. We’ll also explore some language updates including noncopyable types, typed throws, and improved C++ interoperability.

Consume noncopyable types in Swift

Consume noncopyable types in Swift

Get started with noncopyable types in Swift. Discover what copying means in Swift, when you might want to use a noncopyable type, and how value ownership lets you state your intentions clearly.

Meet Swift Testing

Meet Swift Testing

Introducing Swift Testing: a new package for testing your code using Swift. Explore the building blocks of its powerful new API, discover how it can be applied in common testing workflows, and learn how it relates to XCTest and open source Swift.