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Hanzo AI
1f07474b54
Adds NIST CAVS-style KAT regression for ML-DSA-44/65/87 and an
expanded-public-key form per EIP-8051 (~22,080-byte precomputed
A matrix for ML-DSA-65) for verifier-throughput experiments.
ethdilithium_compat subpackage re-implements the Keccak-substituted
verifier described in ZKNoxHQ/ETHDILITHIUM. NOT FIPS 204; for benchmark
and Ethereum-fallback only. Re-implemented from spec - no LGPL code
vendored.
The strict-PQ path remains crypto/pq/mldsa/mldsa{44,65,87}.{Sign,Verify}.
Patch-bump.
28 lines
988 B
Go
28 lines
988 B
Go
// Copyright (C) 2019-2025, Lux Industries Inc. All rights reserved.
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// See the file LICENSE for licensing terms.
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package kats
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// Vector is one Known-Answer-Test record. Every field is the
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// canonical FIPS 204 wire encoding of the value (Seed = 32-byte ξ;
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// PublicKey, PrivateKey, Signature = mldsaXX wire bytes; Msg, Ctx
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// = arbitrary byte slices).
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type Vector struct {
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// Count is the vector index within its parameter-set slice;
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// surfaced in test failure messages so a diff is easy to pin.
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Count int
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// Seed is the 32-byte ξ fed to NewKeyFromSeed.
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Seed []byte
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// Msg is the message bytes passed to Sign / Verify.
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Msg []byte
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// Ctx is the domain-separation context. May be empty.
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Ctx []byte
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// PublicKey is the expected mldsaXX.PublicKey.Bytes() output.
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PublicKey []byte
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// PrivateKey is the expected mldsaXX.PrivateKey.Bytes() output.
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PrivateKey []byte
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// Signature is the expected deterministic
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// mldsaXX.Sign(sk, Msg, Ctx, false) output.
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Signature []byte
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}
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