A few pitched in the idea to support SipHash.
As interesting as SipHash is, it is not designed as a general-purpose hashing function, since its goal is to be used as a pseudorandom/MAC function:
As a secure pseudorandom function (a.k.a. keyed hash function), SipHash can also be used as a secure message authentication code (MAC). But SipHash is not a hash in the sense of general-purpose key-less hash function such as BLAKE3 or SHA-3. SipHash should therefore always be used with a secret key in order to be secure.
Meaning, even implementing this using a keyless-default approach renders the implementation and security pointless. Because ddh is supposed to be closest to sha512sum(1), openssl dgst, b3sum, and the like.
A few pitched in the idea to support SipHash.
As interesting as SipHash is, it is not designed as a general-purpose hashing function, since its goal is to be used as a pseudorandom/MAC function:
Meaning, even implementing this using a keyless-default approach renders the implementation and security pointless. Because ddh is supposed to be closest to sha512sum(1), openssl dgst, b3sum, and the like.