e6d5afdfb2
* frost-core Cargo.toml * Ciphersuite trait * Signature trait * Copy stub ristretto impl for now * First stab at making signing and verifying generic over frost-core::Ciphersuite * Update signing * Nice const generics and stuff for frost-core::Ciphersuite * Have to implement traits for the pre-parameterized types inside the module * Ciphersuite::Group::Field * Make frost/keys generic over Ciphersuite * frost-core genericization mostly done, modulo batch * Move tests around * Remove internal test module * Lots of tidies, including type refinement of Scalar, Challenge * More genericization and tidy'ing * Test vectors working against Ristretto impl in the frost-core integration tests * clippy fix * Fix generic params for full frost example integration test using ristretto * Genericize proptests * clippy --fix * Doc comment identifier module * In-flight batch and multiscalar mul * Stop using Scalar::from_hash() as it expects impl Digest which sha2 0.10+ isn't doing anymore * run cargo udeps * Update frost-core/src/frost/round1.rs * Update frost-core/src/frost.rs * Update frost-core/src/frost/keys.rs |
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| .. | ||
| benches | ||
| src | ||
| tests | ||
| Cargo.toml | ||
| README.md | ||
README.md
An implementation of Schnorr signatures on the Ristretto group for both single and threshold numbers of signers (FROST).
In addition to the Signature, SigningKey, VerificationKey types, the library also provides
VerificationKeyBytes, a refinement of a [u8; 32] indicating that bytes represent an encoding
of a verification key. This allows the VerificationKey type to cache verification checks related to
the verification key encoding.
Examples
Creating a Signature with a single signer, serializing and deserializing it, and verifying the
signature:
# use std::convert::TryFrom;
use rand::thread_rng;
use frost_ristretto255::*;
let msg = b"Hello!";
// Generate a secret key and sign the message
let sk = SigningKey::new(thread_rng());
let sig = sk.sign(thread_rng(), msg);
// Types can be converted to raw byte arrays using From/Into
let sig_bytes: [u8; 64] = sig.into();
let pk_bytes: [u8; 32] = VerificationKey::from(&sk).into();
// Deserialize and verify the signature.
let sig: Signature = sig_bytes.into();
assert!(
VerificationKey::try_from(pk_bytes)
.and_then(|pk| pk.verify(msg, &sig))
.is_ok()
);
docs
cargo doc --features "nightly" --open