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Today, I will talk to you about how to use Lambdas written by Rust to pass messages between AWS IoT and SQS queues. Many people may not know much about it. In order to let you know more, Xiaobian summarizes the following contents for you. I hope you can gain something from this article.

Lambdas written with Rust pass messages between AWS IoT and SQS queues AWS IoT Core provides a convenient way to connect IoT devices such as ESP32 to the cloud. Usually, the MQTT protocol is used. We are using Rust to transfer those MQTT messages to other services that can actually be useful to them, such as AWS SQS queues, so that we can monitor floor temperatures and so on. For details, please see the original text: andres.svbtle.com/passing-messages-between-aws-iot-and-sqs-queue-using-lambdas-written-in-rust

Crust of Rust video series

In this (fifth) Crust of Rust video, we introduce multi-product/single-consumer (mpsc) channels by re-implementing some std :: sync :: mpsc types from the standard library. As part of this, we'll cover the purpose of channels, how they work at higher levels, different variants of generic channels, and generic channel implementations. Along the way, we introduced some common Rust concurrency primitives, such as Mutex and Condvar. YouTube address: www.youtube.com/watch? v=b4mS5UPHh30 Build an iOS Project with Rust and SDL2 Blog: https://blog.aclysma.com/rust-on-ios-with-sdl2/Tutorial: Writing Deno Apps with WebAssembly, Rust and WASI In this tutorial, we'll write high-performance functions in Rust, compile them into WebAssembly, and run them in your Deno app. For more details see the original: www.secondstate.io/articles/deno-webassembly-rust-wasi/valerie Project-Let's rethink Web applications in Rust The authors tried and saw various Web application front-end frameworks in Rust. To be honest, these frameworks are good and work well. But they also have some drawbacks, such as the steep curve required to understand the API, and the code gets more complex as the application grows in size. For these reasons, the authors implemented Project Valerie, a front-end framework for writing web applications using Rust. The framework has the following characteristics: there is no virtual DOM. UI can be generated in a simple way that follows MVVM architecture rather than MVC architecture. Use state variables to update the UI when needed. There are no unsafe codes. Currently in early development: https://github.com/emmanuelantony2000/valerie Examples of use: use valerie::prelude::components::*;

use valerie::prelude::*;

fn ui() -> Node {

h2! ("Hello World").into()

}

#[valerie(start)]

pub fn run() {

App::render_single(ui());

}

After reading the above, do you have any further understanding of how Lambdas written in Rust can be used to pass messages between AWS IoT and SQS queues? If you still want to know more knowledge or related content, please pay attention to the industry information channel, thank you for your support.

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