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This is my response to the call for community blog posts reflecting on Rust in 2017 and proposing goals and directions for 2018. See also #Rust2018 on Twitter.
2017 saw some great progress in the Rust space. The project had a clear roadmap for the year and followed it quite closely. It was a pleasure to see the outcomes of the 2017 survey systematically addressed in the roadmap.
Over the course of the year we saw some software outside of Firefox and developer tools (such as rustfmt, racer, rustup) gain wider use and make it into OS package archives. At the time of writing there are 17 ports dependant on rust in the FreeBSD ports tree, and 20 packages in the Arch Linux package repos including:
- bingrep --- grep for binaries (executables)
- pijul --- distributed version control system
- tokei --- count lines of code, quickly
- xi-core --- a text editor
- librespot --- Open source Spotify client library
- exa --- a more user friendly replacement for
ls - fd --- a more user friendly alternative to
find - flowgger --- a fast log data collector
- ripgrep --- a faster alternative to grep and ack
- xsv --- A toolkit for manipulating and extracting data from CSV
- alacritty --- A cross-platform, GPU-accelerated terminal emulator
As I spoke about at the September Melbourne Rust Meetup, I think adoption of tools written in Rust, outside the Rust community helps increase adoption of the language as whole. It means packaging systems are updated to support Rust, tools are exposed to more diverse environments, and people are more likely to raise bugs or contribute fixes and improvements and maybe learn Rust in the process.
We also saw the initial release of Futures and Tokio --- the initial answer to how Rust will support asynchronous I/O. I think these components will be essential in making Rust a viable option for people wanting to build network daemons and HTTP micro-services that can compete with the likes of Node.js and Go. I found the fact that they were able to be built in a way that upholds the, abstraction without overhead (zero-cost abstractions) goal of Rust to be particularly impressive.
2018
Four areas that I would like to see Rust improve on in 2018 are:
- Become a viable alternative to Go and node for building network daemons and HTTP micro-services.
- Continue to improve the discoverability and approacability of crates and Rust's web presence in general.
- Gain wider, more diverse tier-1 platform support (especially on servers).
- Start delivering on the prospect of safer system components, with fewer security holes.
Network Services
Stabilise async/await. I feel that a lot of folks turn to Go these days when building network daemons and micro services. To me it feels that the primary thing preventing Rust from parity in this space is a stable networking, especially HTTP (inluding HTTP2) server.
Improve Rust's Web Presence
This is in part a continuation of the 2017 goal, Rust should provide easy access to high quality crates and the, Improve the Approachability of the Design of rust-lang.org and/or crates.io proposal in the Increasing Rust's Reach program.
Having a consistent, approachable, discoverable, and well designed web presence makes it easier for visitors to find what they're looking for and adds signals of credibility, attention to detail, and production readiness to the project. It would be wonderful to see the proposal above picked and completed.
The large amount of rust code that already exists is not particularly visible unless you know to look on crates.io or GitHub. Crates and Rust libraries should be more discoverable through traditional search engines. Aside from the static documentation no pages on crates.io show up as search results on DuckDuckGo. They do show up in Google but the titles and descriptions shown often aren't super useful.
When posting links to crates on Twitter or Slack, there is no rich preview, which would help potential visitors know more about the link and what they will find there.
The Rust Cookbook is an excellent resource, especially for those just starting out. It should graduate from the nursery and be made more discoverable, perhaps by integrating it with the categories on crates.io.
Platform Support
Currently there are three OSes with tier 1 support: Linux, macOS, and Windows. These are the big three at the moment and it's great that they're all supported. I would love to see more OSes gain tier 1 support. Platform diversity makes Rust a viable option for more projects and can also help find bugs.
Personally I would like to see FreeBSD promoted to tier 1 support. This would be difficult at first as CI infrastructure would need to be built, contributors would need to learn to address issues that would break the build on FreeBSD, etc. but in the end it make it easier to add more platforms in the future and the ecosystem would be more robust for it.
System Components
- One of Rust strengths is memory safety
- Jokes about, "Rewrite it Rust", and the Rust Evangelism Strike Force aside there has been a lot of talk about the possibility for Rust to prevent some common causes of vulnerabilites in C and C++ code. It would be nice to see some of this talk turn into action. I'm not talking about rewiting LInux or cURL in Rust but:
- Build replacements for high value system components
- Replace parts of C libraries
- Like librsvg
- Make an API compatible version of a C library
- Get it to the point where a motivated user could build an Arch, Gentoo system with these components instead of the original to start testing. Kind of like the way you can run Wayland
- Replace parts of C libraries
This one is perhaps less of a goal for the Rust project and more of one for the Rust community. However there are parts of it that relate to the project, such as [improving the ability for Rust projects to integrate with existing build systems][rust-bulid-systems].