mini-redis VS crates.io

Hi, I'm trying to implement RESP with Rust (more like a mini-redis clone from tokio tutorial).

One project I found extremely easy to read and understand was mini-redis. Anything similar to that?

For learning async Rust, mini-redis repo is hard to surpass: https://github.com/tokio-rs/mini-redis

The code is simple enough for beginners to follow, but also complex enough to demonstrate Rust async in the wild. And best of all, the code is heavily commented!

You can follow the official Tokio tutorial to implement mini-redis incrementally: https://tokio.rs/tokio/tutorial/setup

for backend async service: https://github.com/tokio-rs/mini-redis

The official Tokio mini-Redis example has a well-documented example of shutting down worker tasks: https://github.com/tokio-rs/mini-redis/blob/master/src/shutdown.rs

Have a look at https://github.com/tokio-rs/mini-redis, written as an example of a modern rust application.

I sure learned a ton from looking at the mini-redis implementation from the tokio team https://github.com/tokio-rs/mini-redis -- especially when you want to work with tokio! I think it's remarkably well structured and documented.

If https://github.com/tokio-rs/mini-redis does not help answer your question, could you elaborate a bit more on your struggle and we can see if we can fit it into our docs.

Tokio async runtime for Rust has a tutorial in its user guide https://tokio.rs/tokio/tutorial on writing a mini-redis (https://github.com/tokio-rs/mini-redis).

You may be able to take inspiration from mini-redis, which is a learning resource created by the Tokio project. Its purpose is to show off many common patterns in async Rust, and a shared hashmap is one of them.

Rust has a rich ecosystem of frameworks and libraries that let you read, parse, and manipulate text files, interact with cloud services and databases, and perform any other job that your project's development workflow may require. And because of its strong typing and tight memory management, you are much less likely to write programs that behave unexpectedly in production.

All the code discussed in this article can be accessed through this repository. For integration with existing projects consider using keyword_extraction crate available on crates.io.

So, be sure to double-check your critical libraries and be sure their alternatives exist in the Rust ecosystem. There’s a good chance the crates you need are available in Rust's crates.io repository.

The previous section was very simple, this section is also very simple but introduces us to cargo which is Rust's package manager, as a JS dev my mind goes straight to NPM.

Now, there has to be a place where all these packages come from. Similar to npmjs registry, where all node packages are registered, stored and retrieved, Rust also has something called crates.io where many helpful packages and dependencies are registered.

Before proceeding, let's check https://crates.io/, the official Rust package registry.

The most thrilling aspect has been the joy of writing the backend. It's like every struct, enum, and method in Rust forms this interconnected Multiverse of code , which you can see in crates.io which is best Documentation experience I Ever Had.

5. Crates.io

When using crates from eg. crates.io, and also things like std and core

Vendoring your packages was very tedious to even remotely get to work with Cargo. I spent a very long time getting Cargo to work together with cargo-local-registry. We vendor crates from crates.io and a custom internal registry.