I think the overall sentiment with this post is sound, but arenas aren't the answer to Go's performance challenges. From my perspective, possibly in an effort to keep the language simple, Go's designers didn't care about performance. 'let the GC handle it' was the philosophy and as a result you see poor design choices all the way through the standard library. And the abstracting everything through interfaces then compounds the issue because the escape compiler can't see through the interface. The standard library is just riddled with unnecessary allocations. Just look at the JSON parser for instance and the recent work to improve it.
There is some interesting proposals on short term allocations, being able to specify that a local allocation will not leak.
Most recently, I've been fighting with the ChaCha20-Poly1305 implementation because someone in their 'wisdom' added a requirement for contiguous memory for the implementation, including extra space for a tag. Both ChaCha20 and Poly1305 are streaming algorithms, but the go authors decide 'you cannot be trusted' - here's a safe one-shot interface for you to use.
Go really needs a complete overhaul of their Standard Library to fix this, but I can't see this ever getting traction due to the focus on not breaking anything.
Go really is a great language, but should include performance / minimise the GC burden as a key design consideration for it's APIs.
I personally find AI generated code to be pretty average. I might get AI to write a function, then rework it. I use it a lot for reviews, which helps. And also as a sounding board for research - this is by far the most valuable use case, saves a ton of time. Or get it to write tests similar to what you have, just tell it what you want tested, and get it to suggest.
I definitely don't trust the code it writes, especially for anything remotely complicated.
This to me just appears to demonstrate what a house of cards email security really is....surely with the collective brains on this forum we can come up with an alternative that solves all of this. And surely Google needs to serve these sites under a different domain name....why aren't these sites published under something like 'hostedbygoogle.com'?
It's pretty easy in a push based model to let the 'pusher' know that no more data is required. It's just like unsubscribing from an event, or returning a 'no more' status from the callback. The push model does feel more natural to me, but perhaps that comes from familiarity with linux piping.
Gotta say, this comment is spot on. I had a small peek under the covers when another of the major severity issues surfaced and the conclusion reached is that the software is fragile as f*k. I'll be migrating as soon as I have some spare cycles. Still no conclusion as to whether Rails, Ruby or GitLab is the major contributor, but the result is awefull.
There might be an audience for disillusioned rust people who get bored with fighting the borrow checker etc, but true rust developers, like c++ devs want control and won't want to hand that to go's runtime.
My guess from the readme is that the author loves some of the rust features and syntax but the simplicity of having the go language and runtime take care of making it work is just too compelling. As far as the language itself, there's nothing here that you couldn't build with go and it would likely be more productive.
If you're targeting Go to cross-compile to, why would you build the language in Rust? Keeping to the go tool chain would reduce a lot of friction for those who are using go already, which I presume is a significant chunk of your target audience.
There is some interesting proposals on short term allocations, being able to specify that a local allocation will not leak.
Most recently, I've been fighting with the ChaCha20-Poly1305 implementation because someone in their 'wisdom' added a requirement for contiguous memory for the implementation, including extra space for a tag. Both ChaCha20 and Poly1305 are streaming algorithms, but the go authors decide 'you cannot be trusted' - here's a safe one-shot interface for you to use.
Go really needs a complete overhaul of their Standard Library to fix this, but I can't see this ever getting traction due to the focus on not breaking anything.
Go really is a great language, but should include performance / minimise the GC burden as a key design consideration for it's APIs.