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Totally understand not wanting to spend time vetting dependencies. For what it's worth, most packages "just work" on most platforms. My experience with WASM and
by maxbond 4y ago
Totally understand not wanting to spend time vetting dependencies. For what it's worth, most packages "just work" on most platforms. My experience with WASM and microcontrollers is fairly limited, but I haven't had too much trouble there either. Or at least, less trouble than I would've anticipated.
- pjmlp 4y agoLets say I instal Python package for IBM I, I am sure that the standard library is supported. How many Rust packages work on IBM i? IBM i was a random example, there are plenty of platforms out there.
- maxbond 4y agoIf Rust added support for that operating system, than all of the packages that didn't rely on platform specific features would work (which is to say, virtually all of them). As it is, I'd speculate that with some fiddling you could probably get them working there today, but you'd have to repeat that every time you wanted to move to a new version of Rust. That isn't really a function of whether or not the language is batteries included, and making it batteries not included can make porting the language to new platforms simpler. But if you're working in an environment where Rust support is poor and Python support is rich, then yeah it totally makes sense to choose Python over Rust, I'm not any sort of absolutist.
- pjmlp 4y agoThat isn't the point, rather it is hit-and-miss with external libraries.
- maxbond 4y agoI've not had the experience that Rust libraries rely on platform specific behavior (ignoring things that specifically expose the capabilities of a platform specific like a HAL crate or an io_uring crate). I've had far less trouble than I anticipated getting up and running in embedded and WASM contexts. Have you had a different experience that's leading you to these views?