I'm a big fan of rust (hence my username), and would like to know if there have been any non-trivial benchmarks of Rust's compilation time, and the performance of compiled executable.
Last I checked Rust took about 40 minutes to compile itself on my laptop. Is it still the case? (I haven't touched Rust for a month or so.)
Also, is anyone using Rust in non-toy projects? (Except Mozilla's own servo.)
Thanks for the link. They're good, but I'd really like to see the comparison of memory safe version and parallel version, compared to languages which compete on those fronts (as the comments on that post have already requested), as that would really be the selling point of Rust IMO.
You should double-check what kind of projects are being worked on before saying that it isn't being used for non-toy projects :) I can list at least two off the top of my head:
I love rust, but we have not yet finalized the syntax and the semantics yet, so it'd be risky to write mission critical things in it. Our plan is to hit 1.0 by the end of the year.
That said, rust has been written in rust, and every commit is tested against our test suite on Linux, OS X, BSD, and Windows. So while the language itself may be changing, any code you write in it at a given point in time should work. It'll just take some (small) effort to keep that code in sync with the compiler.
So if you are able to handle that risk, we'd love to have you try it out. It'd really help us find the warts in the language/stdlib before we lock in 1.0.
Rust isn't there yet in my opinion. The syntax and semantics are still undergoing development, and the standard library is still in the process of definition.
If you want to rewrite your codebase on a quarterly to cope with the changes, that's up to you, but I wouldn't.
I'm waiting for 1.0 to really start writing code in it.
Last I checked Rust took about 40 minutes to compile itself on my laptop. Is it still the case? (I haven't touched Rust for a month or so.)
Also, is anyone using Rust in non-toy projects? (Except Mozilla's own servo.)