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| Rust Under the Hood | https://www.amazon.com/dp/B0D7FQB3DH |
Understand the generated assembly when a Rust vector is mapped to a vector of string slices.
https://www.eventhelix.com/rust/rust-to-assembly-mapping-to-str-slice-vector/
🚀 Rust Under the Hood hardcover edition is now available! 📚
Dive deep into Rust internals through x86-64 assembly, exploring memory management, compiler optimizations, async state machines, and more.
Get your copy today: https://www.amazon.com/dp/B0DS9M8S13
🔧 Learn how enums, structs, Vtables, SIMD, and async executors work at any level. 🦀💻
#Rust #Programming #RustLang #SystemsProgramming #Books #LearningRust
🔧 Curious about how Rust handles async tasks? This article explains how tasks are scheduled and executed using an event loop. You'll learn how async/await integrates with the executor and see a step-by-step breakdown of processing tasks.
Explore the inner workings of Rust's async system and discover practical insights into implementing your simple async executor.
How does Rust handle nested async/await and infinite loops in async functions?
• Each async function generates a state machine with a state variable and a closure environment.
• Outer async functions include inner closure environments
• Infinite loops return Poll::Pending when a future is pending and resume when ready.
🔗 https://eventhelix.com/rust/rust-to-assembly-async-await-nested/
Rust's async/await works by converting async functions into state machines as enums, implementing the Future trait. Each function is repeatedly polled, moving between states until reaching Poll::Ready. Using an example of an async function, we illustrate how state transitions drive asynchronous execution in Rust.
Dig into the inner workings of Rust closures by comparing the assembly code generated for closures returned as impl Fn versus Box<dyn Fn>.
https://eventhelix.com/rust/rust-to-assembly-return-impl-fn-vs-dyn-fn/
This article examines how Rust can optimize tail-call recursive functions by mapping them to loops. We also see how Rust eliminates the need for an enum discriminator when it can be inferred from the context.
https://www.eventhelix.com/rust/rust-to-assembly-recursive-tree-fold/
Discover how the Rust compiler optimizes dynamically dispatched tail calls and manages memory when using trait objects. Gain a deeper understanding of how vtables and the Rust memory model work together to improve the performance of your code.
https://www.eventhelix.com/rust/rust-to-assembly-tail-call-via-vtable-and-box-trait-free/
#rustlang #reverseengineering #AssemblyLanguage #programming
Discover how the Rust compiler optimizes dynamically dispatched tail calls and manages memory when using trait objects in this in-depth tutorial. Gain a deeper understanding of how vtables and the Rust memory model work together to improve the performance of your code.
Compare the assembly generated for static vs dynamic dispatch in Rust.
Understand how Rust handles static and dynamic dispatch under the hood.
https://eventhelix.com/rust/rust-to-assembly-static-vs-dynamic-dispatch/
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