RustFest Barcelona 2019 所有录像已经可以下载了
现在官方已在Youtube上提供下载
Youtube：https://www.youtube.com/watch?v=o01QmYVluSw&list=PL85XCvVPmGQg-dewHRpM08JkGrBPdIVHw&index=2&t=0s
diesel-cli、cargo-tree和cargo已经被打包到了Arch Linux中
Package Repo：https://www.archlinux.org/packages/community/x86_64/diesel-cli/
How to RiiR
In a previous article we’ve talked about how you can avoid rewriting a library in Rust when you don’t need to. But what about the times when you really do need to?In most languages you’d need to rewrite the entire library from the ground up, waiting until the port is almost finished before you can start seeing results. These sorts of ports tend to be quite expensive and error-prone, and often they’ll fail midway and you’ll have nothing to show for your effort. Joel Spolsky does a much better job of explaining this than I ever could, see his article on why full rewrites are a bad idea for more.However, Rust has a killer feature when it comes to this sort of thing. It can call into C code with no overhead (i.e. the runtime doesn’t need to inject automatic marshalling like C#’s P/Invoke) and it can expose functions which can be consumed by C just like any other C function. This opens the door for an alternative approach:Port the library to Rust one function at a time.
Read More：http://adventures.michaelfbryan.com/posts/how-to-riir/index.html
Rust async-std的简单例子
As everyone knows, Rust recently stabilized the async/await feature. My first attempt to convert a little program I had to use it was a dismal failure, (reasons are at the bottom of this post), so I thought I would step back and write some simple - and I do mean very simple - examples of how to use await. The final step in this post shows how to download multiple URLs, in parallel, which was the business problem I was trying to solve in the first place.I am definitely a learner when it comes to this material, so there may well be better ways to accomplish some of this - if so, please write a comment and I’ll update the post.
Read More：https://www.philipdaniels.com/blog/2019/async-std-demo1/
异步在async-std中是如何工作的
Lately I was porting a software from tokio/futures-1.0 to async-await. I somehow thought async-std was the successor of tokio and ported everything to async-std. 80% in, I noticed that my hyper dependency requires tokio and that it's not possible to replace tokio with async-std without also replacing hyper. Also, tokio and async-std try to solve the same problem. So I started a journey into the inners of the rust async story to find out if it is possible to use both tokio and async-std at the same time. (tl;dr: it is). I had heard of reactors and executors before, but there was much new stuff to discover.I found it interesting, so I decided to write it down. The following is a dive into a mixture of async-std-1.0.1 and async-std-master. I guess that tokio does not differ that much in its architectural design. I will skip async-await sugar, Pin and futures. Disclaimer: There may be misconceptions in here.
Read More：https://gist.github.com/Phaiax/dd3476f13b4542492f79e3ab2171eb8c
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