> In looking at the code that the LLMs have produced for the project, especially given the pretty massive and widespread architectural changes needed to make the implementation libified and memory safe, we decided that the codebase is not a derivative work that would require carrying forward the GPL license and have decided to release the code under the MIT instead.
Hmm. That's going to be interesting.
What’s the long term strategy for this code base? Does the author expect community code contribution or just bug reports or maybe just test contributions?
I'd be really interested in the opposite, just for the sake of experimentation since that's what these projects mostly are. They all seem to be rewrites for the sake of "performance", because the cost is now lower bc of AI. I'd be interested to see something like a port of Quake III in Python or Kubernetes in Perl, even Rails in Python would be goofy and really fun to see
So, they "decided" it's not a derivative and thus can be listened under MIT instead of GPL....
Does anyone plan to use this?
Similarly, is there any momentum left for Cloudflare's EmDash? I can barely find any discussion after April.
they still haven't explained why I should bother. Is it faster, easier, more efficient, more capable, more scalable on large codebases, supports better workflows?
In fact, I would rather it stay C for 15 more years.
[dead]
> the result is Grit, a from-scratch, library-based, memory-safe, idiomatic Rust reimplentation of Git that passes over 99% of the entire Git test suite.
Why not 100%?
> It's not actually passing every single test, though that is on purpose. I did mark some parts of the testing suite as "skipped" because I don't think it's worth recreating them in a library like this
> 41,715 / 42,001 tests passing (99.3%)
So it is not entire then but somehow that was worth burning $8,000~ dollars worth of tokens?
So .7% tests fail therefor it was 100% a waste of time?
I think we are talking about ROI in terms of solving real world problems and making real impact, not the fact that a tool has been ported from language X to language Y.
Regardless, what's the point?
> One of the main things I would like to be able to use it for is to be able to bundle complex push/fetch functionality into GitButler and other standalone Git tools needing network functionality (such as Jujutsu).
> Having parts of Git as discrete, embeddable slices of library also enables things like building custom Git servers or client functionality in Rust.
> The full build of all Git functionality in Rust is currently around 27M, but since a large part of it is a library, it could clearly be easily split up into domains of functionality - subcrates that do specific things. Perhaps you could simply use the subset you need.
maybe it's an academic project. proof they could reimplement something useful & complex?
Given the author already admitted that the implementation was slow anyway, you are no better off of using gitoxide instead and that has support for Windows where-as Grit does not.
> Currently both Gitoxide and libgit2's networking functionality is either partial, slow or non-existant. Both GitButler and Jujutsu rely on forking out to Git in order to push or pull data. A big reason for this is the incredibly complicated credential logic involved, but all of this is (theoretically) currently covered in Grit.
> In looking at the code that the LLMs have produced for the project, especially given the pretty massive and widespread architectural changes needed to make the implementation libified and memory safe, we decided that the codebase is not a derivative work that would require carrying forward the GPL license and have decided to release the code under the MIT instead.
Hmm. That's going to be interesting.
What’s the long term strategy for this code base? Does the author expect community code contribution or just bug reports or maybe just test contributions?
I'd be really interested in the opposite, just for the sake of experimentation since that's what these projects mostly are. They all seem to be rewrites for the sake of "performance", because the cost is now lower bc of AI. I'd be interested to see something like a port of Quake III in Python or Kubernetes in Perl, even Rails in Python would be goofy and really fun to see
So, they "decided" it's not a derivative and thus can be listened under MIT instead of GPL....
Does anyone plan to use this?
Similarly, is there any momentum left for Cloudflare's EmDash? I can barely find any discussion after April.
they still haven't explained why I should bother. Is it faster, easier, more efficient, more capable, more scalable on large codebases, supports better workflows?
In fact, I would rather it stay C for 15 more years.
[dead]
> the result is Grit, a from-scratch, library-based, memory-safe, idiomatic Rust reimplentation of Git that passes over 99% of the entire Git test suite.
Why not 100%?
> It's not actually passing every single test, though that is on purpose. I did mark some parts of the testing suite as "skipped" because I don't think it's worth recreating them in a library like this
> 41,715 / 42,001 tests passing (99.3%)
So it is not entire then but somehow that was worth burning $8,000~ dollars worth of tokens?
So .7% tests fail therefor it was 100% a waste of time?
I think we are talking about ROI in terms of solving real world problems and making real impact, not the fact that a tool has been ported from language X to language Y.
Regardless, what's the point?
> One of the main things I would like to be able to use it for is to be able to bundle complex push/fetch functionality into GitButler and other standalone Git tools needing network functionality (such as Jujutsu).
> Having parts of Git as discrete, embeddable slices of library also enables things like building custom Git servers or client functionality in Rust.
> The full build of all Git functionality in Rust is currently around 27M, but since a large part of it is a library, it could clearly be easily split up into domains of functionality - subcrates that do specific things. Perhaps you could simply use the subset you need.
maybe it's an academic project. proof they could reimplement something useful & complex?
Given the author already admitted that the implementation was slow anyway, you are no better off of using gitoxide instead and that has support for Windows where-as Grit does not.
> Currently both Gitoxide and libgit2's networking functionality is either partial, slow or non-existant. Both GitButler and Jujutsu rely on forking out to Git in order to push or pull data. A big reason for this is the incredibly complicated credential logic involved, but all of this is (theoretically) currently covered in Grit.