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It looks like you're asking about a specific segment from the session "A Swift Tour: Explore Swift’s features and design" at WWDC 2024. Here are the relevant details:
Session: A Swift Tour: Explore Swift’s features and design
- Title: A Swift Tour: Explore Swift’s features and design
- Session ID: wwdc2024-10184
Relevant Segments:
-
Errors and Optionals:
- Timestamp: 05:57
- Description: Discusses how to handle errors using Swift enums and the
throws
keyword. It also covers the use oftry
anddo-catch
blocks for error handling.
-
Concurrency:
- Timestamp: 18:33
- Description: Explains how actors in Swift can be used to manage shared mutable state safely by serializing accesses, ensuring that only one task executes at a time.
-
Value Types:
- Timestamp: 01:32
- Description: Covers the concept of value types in Swift, emphasizing their importance in making code easier to reason about, especially in concurrent programming.
-
Optional Values:
- Timestamp: 07:40
- Description: Discusses how Swift's optional values work, including how to unwrap them safely using
if let
and the importance of handling bothnil
and non-nil
cases to prevent crashes.
Chapter Markers:
- Introduction: 0
- Agenda: 51
- The example: 65
- Value types: 92
- Errors and optionals: 266
- Code organization: 587
- Classes: 718
- Protocols: 846
- Concurrency: 1113
- Extensibility: 1393
- Wrap up: 1615
If you have any specific questions about these segments or need more details, feel free to ask!
A Swift Tour: Explore Swift’s features and design
Learn the essential features and design philosophy of the Swift programming language. We’ll explore how to model data, handle errors, use protocols, write concurrent code, and more while building up a Swift package that has a library, an HTTP server, and a command line client. Whether you’re just beginning your Swift journey or have been with us from the start, this talk will help you get the most out of the language.
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.
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.