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without.boats | ||
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blog.yoshuawuyts.com
[AI summary] The article explores the capabilities and benefits of async Rust, emphasizing its unique features such as concurrency, cancellation, and control over execution. It discusses how async Rust separates concurrency from parallelism, enabling finer control and optimization, especially for latency-oriented workloads. The text also highlights the importance of the ecosystem, noting that many network-related libraries use async Rust, which influences the choice of libraries for developers. The conclusion reinforces that async Rust provides essential tools for managing execution and concurrency that are not available in non-async environments, making it a preferred choice for certain applications. |
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aturon.github.io
[AI summary] This blog post introduces Rust's zero-cost futures library, which enables efficient asynchronous I/O programming by providing high-level abstractions that compile down to low-level state-machine code without runtime overhead. |
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www.shuttle.dev
Exploring how async Rust works, async primitives and using async in Rust traits |
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andreabergia.com
Error handling is a fundamental aspect of programming. Unless you are writing hello world, you will need to handle errors in your code. In this post, I will discuss a bit the most common approaches used by various programming languages. Return error codes This is one of the most ancient strategies - if a function can fail, it can simply return an error code - often a negative number, or null. |
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