https://github.com/pjmlp/gwc-rs
Maybe nowadays it is faster, I have not bothered since I made the RIR exercise.
Get the community editions of Delphi, FreePascal, or D and see what a fast build means.
Better yet, take the lastest version of Turbo Pascal for MS-DOS, meaning 7, and try it out on FreeDOS.
Clean builds are slow indeed. But they are also once every six week at most if switch to the latest compiler at every release.
> Get the community editions of Delphi, FreePascal, or D and see what a fast build means.
Honestly, who cares about the difference between 1s vs 100ms vs 10ms for a build though? Rust compilation isn't optimal by any means, and it wouldn't have been workable at all in the 90s, but computers are so fast today (even 13-years old computers) it rarely matters in practice IMHO.
As do many of us, as we know how fast builds can be with complex languages, e.g. add OCaml to the list of faster than Rust compiler toolchains, while having a ML type system.
I definitely do. Not necessarily because of the 10ms vs 1s. But because of the later stage when it becomes 600ms vs 60s.
What later stage though, as I said I worked with big code bases on old hardware without issues.
I'm simply not convinced that there exist a situation where incremental rebuild of the crate you're working on is going to take 60s, at all, especially if you're using hardware from this decade.
The most recent Rust version ships with `lld` so it shouldn't be the case anymore (afaik `lld` is a bit slower than the `mold` linker, but it's close, much closer than the system linker that was previously being used by default).
(Not affiliated with the project. Just switched to it and never looked back.)
I'd be thrilled to have it build in 300ms.
(Using a macbook pro 2019)
Wait, aren't Go builds supposed to be fast?
There's no “big tutorial” though. There's a section about compilation time performance[1] but it's arguably not “big”, and the most impactful parts of it is about linking time, not compilation time. And half of the section is now obsolete since rust uses `lld` by default.
[1] https://bevy.org/learn/quick-start/getting-started/setup/#en...
Edit: oh I get it you probably meant “where lld is set as default ” which is currently Linux only.
Lld is supported by the other platforms though, so you can just copy-paste the three lines of configuration given on the Bevy page and call it a day.
> Maybe nowadays it is faster, I have not bothered since I made the RIR exercise.
Took me 18 seconds on a M4 Pro.
Please stop spreading FUD about Rust. Compile times are much better now then what they were and are constantly improving. Maybe it will never be as fast as one of those old languages that you like that nobody uses anymore but it's plenty usable.
I would gladly take one.
And the Roc team as well, maybe they would revert back their decision on moving away from Rust to Zig due to compile times.
> I would gladly take one.
Do you have 10 year old netbooks to give to everyone? because this seems to be required to have slow compile times in Rust.
> And the Roc team as well, maybe they would revert back their decision on moving away from Rust to Zig due to compile times.
More cherry picked examples, you sure love those.
Like whats the point of bringing this up? Do you want me to show you the thousands of software projects that do use rust as a counter example?
Obviously no programming language is one size fits all.
Unfortunately not all of us have an economical situation that allow us to sponsor Trump gifts every couple of years.
How many of those thousands of software projects that do use Rust, can be show as counter example to slow compilation times on hardware that common people usually buy and keep around?
Especially in those countries that are outside tier 1 in world economy, getting computers from whatever parts western no longer considers usable for their daily tasks.
Maybe they can afford to wait.
M4 pro isn't your average computer though.
But as I said, clean builds aren't the most common experience either.
It is also not normal to expect people to spend 2 000 euros to enjoy fast compilation times, when other programming languages require cheaper budgets with faster compilation times, since MS-DOS on lousy hardware from today's standards.
You don't care, other people's do, and who cares most drives adoption.
The production (clang backend) parallel build of V language takes about 3.2 seconds. All on an m1 mac. Even the go compiler seems slow in comparison.