Gregory Maxwell [ARCHIVE] on Nostr: 📅 Original date posted:2014-04-07 📝 Original message:On Mon, Apr 7, 2014 at ...
📅 Original date posted:2014-04-07
📝 Original message:On Mon, Apr 7, 2014 at 5:33 PM, Nikita Schmidt
<nikita at megiontechnologies.com> wrote:
> Regarding the choice of fields, any implementation of this BIP will
> need big integer arithmetic to do base-58 anyway.
Nah, it doesn't. E.g.
https://gitorious.org/bitcoin/libblkmaker/source/eb33f9c8e441ffef457a79d76ceed1ea20ab3059:base58.c
> However, the maths in GF(2^8) is so simple that this
> additional complexity can be considered negligible.
[...]
> Uniform processing of secrets of any size (instead of using different
> primes for different cases) is a valid argument in favour of GF(2^8),
> though. I have no preference one way or another.
I think this is really one of the bigger selling points.
📝 Original message:On Mon, Apr 7, 2014 at 5:33 PM, Nikita Schmidt
<nikita at megiontechnologies.com> wrote:
> Regarding the choice of fields, any implementation of this BIP will
> need big integer arithmetic to do base-58 anyway.
Nah, it doesn't. E.g.
https://gitorious.org/bitcoin/libblkmaker/source/eb33f9c8e441ffef457a79d76ceed1ea20ab3059:base58.c
> However, the maths in GF(2^8) is so simple that this
> additional complexity can be considered negligible.
[...]
> Uniform processing of secrets of any size (instead of using different
> primes for different cases) is a valid argument in favour of GF(2^8),
> though. I have no preference one way or another.
I think this is really one of the bigger selling points.