| info.txt |
|
447 |
| kyber.cpp |
|
11950 |
| kyber.h |
Create a new private key. The private key will be encoded as the 64 byte
seed.
|
7545 |
| kyber_algos.cpp |
NIST FIPS 203, Algorithm 5 (ByteEncode) for d < 12 in combination with
Formula 4.7 (Compress)
|
13128 |
| kyber_algos.h |
Allows sampling multiple polynomials from a single seed via a XOF.
Used in Algorithms 13 (K-PKE.KeyGen) and 14 (K-PKE.Encrypt), and takes care
of the continuous nonce value internally.
|
4216 |
| kyber_constants.cpp |
|
2885 |
| kyber_constants.h |
XOF bytes per while iteration |
4491 |
| kyber_encaps_base.h |
transposed |
3254 |
| kyber_helpers.h |
Special load_le<> that takes 3 bytes and returns a 32-bit integer.
|
2461 |
| kyber_keys.cpp |
Key decoding as specified in Crystals Kyber (Version 3.01),
Algorithms 4 (CPAPKE.KeyGen()), and 7 (CCAKEM.KeyGen())
Public Key: pk := (encode(t) || rho)
Secret Key: sk' := encode(s)
Expanded Secret Key: sk := (sk' || pk || H(pk) || z)
|
6909 |
| kyber_keys.h |
|
4080 |
| kyber_polynomial.h |
NIST FIPS 203, Algorithm 9 (NTT)
Produces the result of the NTT transformation without any montgomery
factors in the coefficients. Zetas are pre-computed and stored in the
zetas array. The zeta values contain the montgomery factor 2^16 mod q.
|
4806 |
| kyber_symmetric_primitives.h |
Adapter class that uses polymorphy to distinguish
Kyber "modern" from Kyber "90s" modes.
|
4485 |
| kyber_types.h |
|
3578 |