05:02 <rmsyn[m]> @waveguide:matrix.org: I've had some luck lately using/extending [cmsis-svd-generator](https://github.com/rmsyn/cmsis-svd-generator/tree/dev) (forked from [upstream](https://github.com/sifive/cmsis-svd-generator) tool from SiFive). Still have to parse the PDF manually, haven't found a way to do that automatically yet. But the python makes it nice for generating an SVD file, then [svd2rust](https://github.com/rust-embedded/svd2rust)

05:02 <rmsyn[m]> to generate the PAC. Probably going to rewrite `cmsis-svd-generator` in Rust at some point, because the upstream seems to be dead.

05:06 <rmsyn[m]> [svdtools](https://github.com/rust-embedded/svdtools) and related crates seem like a good starting point for a RIIR project

05:11 <rmsyn[m]> @thejpster:matrix.org: do you think there will be an equivalent/improvement to CMSIS-SVD that gets developed for the RISC-V ecosystem? I would love something not spec-ed to XML ^.^

05:17 <rmsyn[m]> the other thing that's nice about `cmsis-svd-generator` is that it uses DTS (devicetree) as input, which most(all?) board makers provide for Linux/U-boot support

07:44 <burrbull[m]> I've found that optional dependencies with `edition < 2021` don't support `dep:` notation. Is it so?

07:45 <burrbull[m]> * found that features of optional dependencies

09:08 <onsdag[m]> I’ve seen quite a bit of IP-XACT being used

13:55 <spinfast[m]> <rmsyn[m]> "[svdtools](https://github.com/..."; <- There’s a svdtools in rust

19:01 <rmsyn[m]> @waveguid:matrix.org right, that's the one I linked to

19:06 <rmsyn[m]> what I meant is that those crates are a good starting point for rewriting `cmsis-svd-generator` in Rust

19:33 <diondokter[m]> So, it looks like I can't do:... (full message at <https://catircservices.org/_matrix/media/v3/download/catircservices.org/DtVIJeKeanDWoJenvfZuQSio>)

19:33 <K900> Don't think so

19:34 <diondokter[m]> Dang...

19:35 <diondokter[m]> Should be able to make it a function-like macro I guess... But that's less nice

21:49 <dsvsdveg[m]> hey folks i need you asap, what resource i must know if i want to do minimalist os in rasberry pi 3 or 4

21:49 <dsvsdveg[m]> like basic I/O and why not minimalist file system

21:51 <K900> You've asked this like seven godzillion times already

21:51 <K900> And have been given mostly the same answers every time

21:52 <dsvsdveg[m]> K900: i got the link of rasberry pi os repo

21:57 <dsvsdveg[m]> i would like to have theorical information about OS first

21:57 <dsvsdveg[m]> since i'm totally new to os

21:59 <barnabyw[m]> did people point you toward this series of articles already? https://os.phil-opp.com/

22:01 <dsvsdveg[m]> barnabyw[m]: nope but i take this ty lot

22:01 <dsvsdveg[m]> does it help to understand how to write for rasberry pi right?

22:03 <barnabyw[m]> I don’t know if the toy OS detailed in that series of blog posts will run on a pi as-is

22:04 <dsvsdveg[m]> barnabyw[m]: not really my question but would it help as generalized information for os ?

22:04 <dsvsdveg[m]> so this would help me to understand code here https://github.com/rust-embedded/rust-raspberrypi-OS-tutorials/tree/master

22:05 <barnabyw[m]> it should help with understanding how a simple OS kernel would function, yes

22:05 <vollbrecht[m]> dsvsdveg[m]: theoretical information =/= specific hardware implementation. Also don't fell in the trap on infinity research ( only if that is your end goal). The best time to start was yesterday. The next best is now.

22:05 <barnabyw[m]> but if that series of tutorials you just linked is specifically for the pi, why not just follow them?

22:05 <K900> dsvsdveg[m]: It was linked, actually

22:05 <dsvsdveg[m]> barnabyw[m]: this aren't realy tutorial like the blog you sent, it's only code that you need to read without really explain

22:06 <K900> Huh?

22:06 <dsvsdveg[m]> vollbrecht[m]: can't start rn i have other priority but soon this will be my priority

22:06 <K900> There's a tutorial in every directory in that repo

22:07 <dsvsdveg[m]> K900: i meant it's only code not really tuto step by ste

22:07 <dsvsdveg[m]> s/ste/step/

22:07 <K900> It is step by step?

22:07 <K900> Every directory is a step

22:08 <dsvsdveg[m]> https://github.com/rust-embedded/rust-raspberrypi-OS-tutorials/tree/master/01_wait_forever

22:08 <dsvsdveg[m]> is this a step by step?

22:09 <K900> Read the generated documentation

22:09 <K900> The actual tutorial is in the code comments

22:09 <K900> As the readme tells you

22:12 <dsvsdveg[m]> K900: oh i got that ty so much for this information!!!

22:12 <dsvsdveg[m]> sorry if i'm lot lazing, i'm just in period of lots of exam

22:12 <dsvsdveg[m]> bear with me : (

22:15 <dsvsdveg[m]> just a question, before using real rasberry, i could use any software that can simulate rasberry 3 ? and will use the rust code for it

22:15 <dsvsdveg[m]> or it won't work?

22:15 <K900> No

22:15 <K900> There is no such software

22:16 <K900> At least none accurate enough to actually emulate the entire thing

22:17 <dsvsdveg[m]> K900: amazing ty so much K900, i really appreciate all the help you are giving !

23:24 <AliGasimzade[m]> Hello everyone, I am getting into Rust and embedded systems at the same time and I am really confused. Does anybody have a good book that I can follow or maybe some links?

23:31 <JamesMunns[m]> docs.rust-embedded.org is a great place to start!

23:32 <AliGasimzade[m]> JamesMunns[m]: oh this is amazing, thanks a lot!

23:32 <JamesMunns[m]> If you have any more specific questions after skimming the items listed there, feel free to ask again, but that's a good place to start exploring :)

23:33 <AliGasimzade[m]> JamesMunns[m]: yes I think The Embedded Rust Book will keep me busy for a while!

23:33 <AliGasimzade[m]> JamesMunns[m]: thanks a lot!