Tony Arcieri

Aah, unfortunate. Perhaps it'd be worth opening an upstream issue to include that information in the index?

I'm not sure they ever made a conscious decision whether or not to include it in the index. It's a feature that was added to crates.io quite awhile after the...

> The file we need is only ~10Mb, but it is stuffed into a ~250Mb monolithic archive, and we have to download the entire 250Mb. Splitting up the archive would...

GitHub Pages will give you a CDN for free. I was suggesting that if you regenerated a text file (or multiple text files, ideally) you wouldn't need to leave "old...

Yes, the `dev-dependencies` of published crates are effectively ignored. https://crates.io doesn't even show them anymore in the web UI. They don't even have to work: you can publish crates whose...

> It seems the crate almost provides the intended functionality, but again lacks elementary functionality, such as getting not only the X but also the Y coordinate of an affine...

We of course check that any inputs satisfy the curve equation. The issue is less our implementation, which uses modern complete addition formulas, and rather other legacy implementations which don't....

The OpenSSL example appears to be using the SEC1 encoding. As I already noted, that's fully supported by `k256` via the `FromEncodedPoint` and `ToEncodedPoint` traits. Passing `compress: false` to `to_encoded_point`...

`Scalar::from_repr` is documented here: https://docs.rs/k256/latest/k256/struct.Scalar.html#trait-impls You need to import the [`PrimeField`](https://docs.rs/ff/latest/ff/trait.PrimeField.html) trait in order to use it, as the documentation describes. For `AffinePoint`, as I mentioned earlier you'll need to...

I'm a big fan of `#[ignore]` for this purpose