Hello Jan,
thanks for the info and all your efforts.
Are you planing to add a short "How to use Rust with RTEMS?" section to
the RTEMS user manual?
I am asking because I was thinking of writing a description on how to
use Rust with `#![no_std]` and `#![no_main]` into the user manual.
Basically the same text which I already attached to
https://lists.rtems.org/pipermail/users/2023-December/068914.html
Yet, because you are much ahead of me, does it still make sense for me
to put such a text into the manual (would it not be outdated by your
approach soon)?
Greetings,
Frank
On 1/29/24 19:27, jan.som...@dlr.de wrote:
Hi everyone,
Sorry for the delayed response.
Yes, that’s me. I am responsible for the RTEMS related work-package in the
“cRustacea in Space” project.
One of the goals is to create a prototypical port of Rust to RTEMS for our
example target platform (Xilinx Zynq).
The status is currently the following:
* I have a custom target based added to the compiler sources which
compiles Rust code for the Zynq
* I ported the stdlib to work with RTEMS (using the POSIX API)
* I ported the libc wrapper for this to work
* I can now compile the below application and unit test and run it on the
(simulated) target using cargo build/run/test without the need to use any extra
attributes as a work-around.
fn add_two_numbers(num1: i32, num2: i32) -> i32 {
num1 + num2
}
#[test]
fn test_add_two_numbers() {
assert_eq!(add_two_numbers(2, 3), 5);
}
pub fn main() -> ! {
println!("Hallo from println");
println!("2 + 2 = {}", add_two_numbers(2,2));
loop {}
}
My next goal is to add those changes to the official Rust repos in order to
have it as a Tier3 target platform.
I need to tidy up my commits and have a few open questions regarding naming
conventions (I will start a corresponding thread here shortly).
With that done, it should be much easier for others to play around with Rust on
RTEMS as it only requires to install the nightly compiler via rustup.
Cheers,
Jan
Von: Joel Sherrill<j...@rtems.org>
Gesendet: Mittwoch, 20. Dezember 2023 23:38
An: Frank Kühndel<frank.kuehn...@embedded-brains.de>
Cc: Molock, Dwaine S. (GSFC-5820)<dwaine.s.mol...@nasa.gov>;rtems-us...@rtems.org
<users@rtems.org>; Sommer, Jan<jan.som...@dlr.de>
Betreff: Re: Rust on RTEMS
Karel Gardas posted in February that he has Rust on RTEMS on an arm.
Frank. Are there instructions on building the tools chain somewhere?
And is Jan Sommer part of the DLR Rust on RTEMS project?
--joel
On Wed, Dec 20, 2023, 3:59 PM Frank Kühndel
<frank.kuehn...@embedded-brains.de<mailto:frank.kuehn...@embedded-brains.de>>
wrote:
Hello Dwaine,
On 12/20/23 20:41, Molock, Dwaine S. (GSFC-5820) wrote:
> Hello,
>
> Has anyone been able to execute Rust on RTEMS?
Yes – to use RTEMS from within a Rust application, with
#![no_std]
#![no_main]
>
> If so, is there a how to guide and what architecture and development
hardware was used?
I have not yet found time to write a documentation despite I want to do
so. Sorry for this. Ferrous Systems first extended Rust to run on
Gaisler SPARC bare metal and then they figured it works with RTEMS 5
from Gaisler, too. Their documentation is here:
https://github.com/ferrous-systems/sparc-experiments/
I did run my examples only on simulators. I tried two architectures with
RTEMS 6: Leon3 and RISC-V.
Greetings,
Frank
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Germany
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