LACT is a graphical tool for AMD Radeon information reporting, GPU overclocking, fan control, power/thermal monitoring, and additional power state configurations.
v0.5.3 adds support for displaying the current graphics clock “current_gfxclk”, information around GPU throttling is now reported, improved fan control for older GPUs, improved fan curve point adjustments, many bug fixes, and other enhancements.
Separate daemon & GUI processes… Permissions aware… Modular installation of modprobe config… It looks like the author understands the basics of designing a tool like this. Nice.
I have a couple of reservations from a security perspective, though:
Wow I when you said 268 dependencies I figured JavaScript was involved…
Is the culture of Rust/Cargo getting as bad as JS/NPM these days or is this developer just using an insane amount of dependencies? I don’t have any experience working with Rust so I’m genuinely curious. I stay away from JS in part due to the insane amount of dependencies every non-trivial project has.
I’ve built projects in many languages and other than a few JS/React/ReactNative projects which seem to have unavoidably massive node_modules folders, I’ve never had more than maybe 10 dependencies in a project ever…
From a quick glance through the files, I see maybe a couple dozen direct dependencies. That’s not what I would call conservative (especially for a privileged daemon) but the bulk of those hundreds seem to be sub-dependencies.
I’ve seen similar in the other Rust projects that caught my attention. I suppose this is a predictable result of Rust’s Cargo culture: When pulling in other people’s code is convenient, automated, and normalized, it tends to happen a lot, and the transitive nature of dependencies amplifies the effect.
So even a small project can easily include code from hundreds of random people other than the author, with practically no accountability, as we see here. And since it’s a long tail of small and often obscure projects, rather than a handful of well-known ones like a standard library, there is little hope of meaningful auditing.
There also seems to be a culture of statically linking all those dependencies. That means security patches will never reach a user through OS updates, and with so many dependencies involved, chances are slim that every upstream vulnerability will be patched on the user’s machine soon after it’s discovered (if ever).
I would find Rust more appealing if it had a standard library (and maybe a few high-profile well-maintained external libs) comprehensive enough to cover most needs, and if the tooling and culture encouraged minimizing dependencies. I think the former might develop with time. I fear the latter might not ever appear.
That is…unfortunate.
I’ve been thinking about learning Rust after hearing about it’s benefits, but was put off by its ugly type syntax that I hate from C++ and the whole “fighting with the borrow checker to do simple stuff” thing. But now it seems it also has the terrible bloated dependency culture I hate from JavaScript too!
IMO any security benefits from the increased memory safety are immediately nullified by the security nightmare that is hundreds of statically compiled dependencies…
I guess I’ll keep waiting on the sidelines and see how the standard lib and dependency culture evolves.
You’re not alone in finding the syntax awkward and ugly. :)
Rust’s promise of lifetime management that can (with help from the programmer) be guaranteed correct is very appealing to me, but that feature alone is not enough to justify excessive code complexity or bad ergonomics.
Rust undermines itself in another way, too: A systems programming language that’s difficult to use encourages switching off the safety features when they get in the way. That’s frowned upon by the community, but the incentive is there, so it happens nevertheless. The result: overly complex software that’s annoying to write/maintain and doesn’t always deliver on the language’s defining promise.
And then there’s the fact that not all dangerous bugs are solved by memory safety. It’s no panacea.
If you’re interested in something that improves on C++, you might have a look at D. The basic syntax is similar, the advanced syntax is better, it offers memory safety tools less burdensome than Rust’s, and has an optional garbage collector. I find the standard library a bit rough, but an improved next edition is in progress. The dependency management tool (Dub) supports not only libraries from a community repo, but also OS-provided libs, git repos, and plain old directories. After using it actively for a month or so, I feel the language itself is sane, and the maintainers seem to be making good decisions about polishing it up in future versions.
Thanks for saying it.
When I see some rust projects, they looks like they where managed by JS devs (“1 need, 1 package”) that want to do compiled language… The amount of dependencies can be utterly insane.
For me, it mostly means rust have a strong package system, not that rust have good devs.
I’m doing Python at work and you have to use a many pypi package for financial reasons (yet, I restrict myself as much as possible), but seeing this mindset is scope specific open source project is crazy.
All of this does not means all rust (or JS) devs are bad, its just a consequence of bringing code to the masses: Its a good thing in many way. Lets acknowledge this and not being impressed by badly engineered dependency choices.