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Asynchronous Programming in Rust

You're reading from   Asynchronous Programming in Rust Learn asynchronous programming by building working examples of futures, green threads, and runtimes

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Product type Paperback
Published in Feb 2024
Publisher Packt
ISBN-13 9781805128137
Length 306 pages
Edition 1st Edition
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Author (1):
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Carl Fredrik Samson Carl Fredrik Samson
Author Profile Icon Carl Fredrik Samson
Carl Fredrik Samson
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Table of Contents (16) Chapters Close

Preface 1. Part 1:Asynchronous Programming Fundamentals FREE CHAPTER
2. Chapter 1: Concurrency and Asynchronous Programming: a Detailed Overview 3. Chapter 2: How Programming Languages Model Asynchronous Program Flow 4. Chapter 3: Understanding OS-Backed Event Queues, System Calls, and Cross-Platform Abstractions 5. Part 2:Event Queues and Green Threads
6. Chapter 4: Create Your Own Event Queue 7. Chapter 5: Creating Our Own Fibers 8. Part 3:Futures and async/await in Rust
9. Chapter 6: Futures in Rust 10. Chapter 7: Coroutines and async/await 11. Chapter 8: Runtimes, Wakers, and the Reactor-Executor Pattern 12. Chapter 9: Coroutines, Self-Referential Structs, and Pinning 13. Chapter 10: Creating Your Own Runtime 14. Index 15. Other Books You May Enjoy

Fibers and green threads

Note!

This is an example of M:N threading. Many tasks can run concurrently on one OS thread. Fibers and green threads are often referred to as stackful coroutines.

The name “green threads” originally stems from an early implementation of an M:N threading model used in Java and has since been associated with different implementations of M:N threading. You will encounter different variations of this term, such as “green processes” (used in Erlang), which are different from the ones we discuss here. You’ll also see some that define green threads more broadly than we do here.

The way we define green threads in this book makes them synonymous with fibers, so both terms refer to the same thing going forward.

The implementation of fibers and green threads implies that there is a runtime with a scheduler that’s responsible for scheduling what task (M) gets time to run on the OS thread (N). There are many more tasks...

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