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Spis treści

Async Rust eBook -- spis treści

• Preface
  • What Is Async Rust?
  • Who Is This Book For?
  • Overview of the Chapters
  • Conventions Used in This Book
  • OReilly Online Learning
  • How to Contact Us
  • Acknowledgments
    • Maxwell
    • Caroline
• 1. Introduction to Async
  • What Is Async?
  • Introduction to Processes
  • What Are Threads?
  • Where Can We Utilize Async?
    • Using Async for File I/O
    • Improving HTTP Request Performance with Async
  • Summary
• 2. Basic Async Rust
  • Understanding Tasks
  • Futures
    • Pinning in Futures
    • Context in Futures
  • Waking Futures Remotely
  • Sharing Data Between Futures
    • High-Level Data Sharing Between Futures
    • How Are Futures Processed?
  • Putting It All Together
  • Summary
• 3. Building Our Own Async Queues
  • Building Our Own Async Queue
  • Increasing Workers and Queues
  • Passing Tasks to Different Queues
  • Task Stealing
  • Refactoring Our spawn_task Function
  • Creating Our Own Join Macro
  • Configuring Our Runtime
  • Running Background Processes
  • Summary
• 4. Integrating Networking into Our Own Async Runtime
  • Understanding Executors and Connectors
  • Integrating hyper into Our Async Runtime
  • Building an HTTP Connection
  • Implementing the Tokio AsyncRead Trait
  • Implementing the Tokio AsyncWrite Trait
  • Connecting and Running Our Client
  • Introducing mio
    • Polling Sockets in Futures
    • Sending Data over the Socket
  • Summary
• 5. Coroutines
  • Introducing Coroutines
    • What Are Coroutines?
    • Why Use Coroutines?
  • Generating with Coroutines
    • Implementing a Simple Generator in Rust
    • Stacking Our Coroutines
    • Calling a Coroutine from a Coroutine
  • Mimicking Async Behavior with Coroutines
  • Controlling Coroutines
  • Testing Coroutines
  • Summary
• 6. Reactive Programming
  • Building a Basic Reactive System
    • Defining Our Subjects
    • Building Our Display Observer
    • Building Our Heater and Heat-Loss Observer
    • Getting User Input via Callbacks
  • Enabling Broadcasting with an Event Bus
    • Building Our Event Bus Struct
    • Building Our Event Bus Handle
    • Interacting with Our Event Bus via Async Tasks
  • Summary
• 7. Customizing Tokio
  • Building a Runtime
  • Processing Tasks with Local Pools
  • Getting Unsafe with Thread Data
  • Graceful Shutdowns
  • Summary
• 8. The Actor Model
  • Building a Basic Actor
  • Working with Actors Versus Mutexes
  • Implementing the Router Pattern
  • Implementing State Recovery for Actors
  • Creating Actor Supervision
  • Summary
• 9. Design Patterns
  • Building an Isolated Module
  • Waterfall Design Pattern
  • The Decorator Pattern
  • The State Machine Pattern
  • The Retry Pattern
  • The Circuit-Breaker Pattern
  • Summary
• 10. Building an Async Server with No Dependencies
  • Setting Up the Basics
  • Building Our std Async Runtime
    • Building Our Waker
    • Building Our Executor
    • Running Our Executor
    • Building Our Sender
    • Building Our Receiver
    • Building Our Sleep
  • Building Our Server
    • Accepting Requests
    • Handling Requests
  • Building Our Async Client
  • Summary
• 11. Testing
  • Performing Basic Sync Testing
  • Mocking Async Code
  • Testing For Deadlocks
  • Testing for Race Conditions
  • Testing Channel Capacity
  • Testing Network Interactions
  • Fine-Grained Future Testing
  • Summary
• Index