Documentation
¶
Overview ¶
Copyright (c) 2023 Tracy-Tzu under the MIT license The kyber algorithm has a license that can be found in the file titled "nist-pqc-license-summary-and-excerpts.pdf"
Go port of the kyber post quantum encryption algorithm laid out by the NIST round 3 package that can be found by following the link below: https://csrc.nist.gov/Projects/post-quantum-cryptography/selected-algorithms-2022
This file contains common code used for kyber_512,kyber_768,and kyber_1024
Copyright (c) 2023 Tracy-Tzu under the MIT license The kyber algorithm has a license that can be found in the file titled "nist-pqc-license-summary-and-excerpts.pdf"
Go port of the kyber post quantum encryption algorithm laid out by the NIST round 3 package that can be found by following the link below: https://csrc.nist.gov/Projects/post-quantum-cryptography/selected-algorithms-2022
This file contains code to encode and decode polynomials and vectors used for kyber_512,kyber_768,and kyber_1024
Copyright (c) 2023 Tracy-Tzu under the MIT license The kyber algorithm has a license that can be found in the file titled "nist-pqc-license-summary-and-excerpts.pdf"
Go port of the kyber post quantum encryption algorithm laid out by the NIST round 3 package that can be found by following the link below: https://csrc.nist.gov/Projects/post-quantum-cryptography/selected-algorithms-2022
This file contains code used for the test files in the kyber implementations: kyber_512,kyber_768,kyber_1024
Index ¶
- Constants
- func AES_encrypt_128(stream cipher.Block, bytes128 *[128]byte, iv *[16]byte)
- func Add_poly(f, g, fg *[256]int16)
- func Add_vec[v vec](f, g, fg v)
- func CBD2(B *[128]byte, f *[256]int16)
- func CBD2_cycle_aes[v vec](f v, bytes128 *[128]byte, iv *[16]byte, aes cipher.Block)
- func CBD2_cycle_shake[v vec](f v, bytes128 *[128]byte, r *[33]byte, shake sha3.ShakeHash)
- func CBD3(B *[192]byte, f *[256]int16)
- func CBD3_cycle_aes[v vec](f v, bytes192 *[192]byte, iv *[16]byte, aes cipher.Block)
- func CBD3_cycle_shake[v vec](f v, bytes192 *[192]byte, r *[33]byte, shake sha3.ShakeHash)
- func CSUBQ_poly(f *[256]int16)
- func CSUBQ_vec[v vec](f v)
- func Com_1(f *[256]int16, com []byte)
- func Com_10[v two_vec](f v, com []byte)
- func Com_11(f *[K_1024][256]int16, com []byte)
- func Com_4(f *[256]int16, com []byte)
- func Com_5(f *[256]int16, com []byte)
- func Compare_Keys(str string, sk, pk, ct, ss_enc, ss_dec []byte, len_pk, len_sk, len_ct uint) (curpos uint, err error)
- func Decode_12[v vec](B []byte, f v)
- func Decom_1(com []byte, f *[256]int16)
- func Decom_10[v two_vec](com []byte, f v)
- func Decom_11(com []byte, f *[K_1024][256]int16)
- func Decom_4(com []byte, f *[256]int16)
- func Decom_5(com []byte, f *[256]int16)
- func Encode_12[v vec](f v, B []byte)
- func Init_Seed(str string) (err error)
- func Inv(f *[256]int16)
- func Mod_poly(f *[256]int16)
- func Mod_vec[v vec](f v)
- func Mont_poly(f *[256]int16)
- func Mul_matrix[v vec](f, g v, fg, temp *[256]int16)
- func NTT_vec[v vec](f v)
- func Parse_aes(f *[256]int16, stream cipher.Block, iv *[16]byte)
- func Parse_shake(f *[256]int16, stream sha3.ShakeHash)
- func Read_RNG(rand_data []byte)
- func Sub_poly(f, g, fg *[256]int16)
- func Upper(input string) string
Constants ¶
const K_512, K_768, K_1024 = 2, 3, 4
Variables ¶
This section is empty.
Functions ¶
func CBD2_cycle_aes ¶
func CBD2_cycle_shake ¶
func CBD3_cycle_aes ¶
func CBD3_cycle_shake ¶
func CSUBQ_poly ¶
func CSUBQ_poly(f *[256]int16)
func Compare_Keys ¶
func Mul_matrix ¶
func Mul_matrix[v vec](f, g v, fg, temp *[256]int16)
func Parse_shake ¶
Types ¶
This section is empty.
Source Files