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/*******************************************************************************
* Copyright (C) 2019 Intel Corporation
*
* Licensed under the Apache License, Version 2.0 (the 'License');
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing,
* software distributed under the License is distributed on an 'AS IS' BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions
* and limitations under the License.
*
*******************************************************************************/
#ifndef EC_NISTP521_H
#define EC_NISTP521_H
#include <crypto_mb/defs.h>
#include <crypto_mb/status.h>
#ifndef BN_OPENSSL_DISABLE
#include <openssl/bn.h>
#include <openssl/ec.h>
#endif // BN_OPENSSL_DISABLE
/*
// ECDHE
*/
/*
// Computes public key
// pa_pubx[] array of pointers to the public keys X-coordinates
// pa_puby[] array of pointers to the public keys Y-coordinates
// pa_pubz[] array of pointers to the public keys Z-coordinates
// pa_skey[] array of pointers to the private keys
// pBuffer pointer to the scratch buffer
//
// Note:
// output public key is represented by (X:Y:Z) projective Jacobian coordinates
*/
#ifndef BN_OPENSSL_DISABLE
EXTERN_C mbx_status mbx_nistp521_ecpublic_key_ssl_mb8(BIGNUM* pa_pubx[8],
BIGNUM* pa_puby[8],
BIGNUM* pa_pubz[8],
const BIGNUM* const pa_skey[8],
int8u* pBuffer);
#endif // BN_OPENSSL_DISABLE
EXTERN_C mbx_status mbx_nistp521_ecpublic_key_mb8(int64u* pa_pubx[8],
int64u* pa_puby[8],
int64u* pa_pubz[8],
const int64u* const pa_skey[8],
int8u* pBuffer);
/*
// Computes shared key
// pa_shared_key[] array of pointers to the shared keys
// pa_skey[] array of pointers to the own (ephemeral) private keys
// pa_pubx[] array of pointers to the party's public keys X-coordinates
// pa_puby[] array of pointers to the party's public keys Y-coordinates
// pa_pubz[] array of pointers to the party's public keys Z-coordinates
// pBuffer pointer to the scratch buffer
//
// Note:
// input party's public key is represented by (X:Y:Z) projective Jacobian coordinates
*/
#ifndef BN_OPENSSL_DISABLE
EXTERN_C mbx_status mbx_nistp521_ecdh_ssl_mb8(int8u* pa_shared_key[8],
const BIGNUM* const pa_skey[8],
const BIGNUM* const pa_pubx[8],
const BIGNUM* const pa_puby[8],
const BIGNUM* const pa_pubz[8],
int8u* pBuffer);
#endif // BN_OPENSSL_DISABLE
EXTERN_C mbx_status mbx_nistp521_ecdh_mb8(int8u* pa_shared_key[8],
const int64u* const pa_skey[8],
const int64u* const pa_pubx[8],
const int64u* const pa_puby[8],
const int64u* const pa_pubz[8],
int8u* pBuffer);
/*
// ECDSA signature generation
*/
/*
// Pre-computes ECDSA signature
// pa_inv_eph_skey[] array of pointers to the inversion of signer's ephemeral private keys
// pa_sign_rp[] array of pointers to the pre-computed r-components of the signatures
// pa_eph_skey[] array of pointers to the signer's ephemeral private keys
// pBuffer pointer to the scratch buffer
*/
EXTERN_C mbx_status mbx_nistp521_ecdsa_sign_setup_mb8(int64u* pa_inv_eph_skey[8],
int64u* pa_sign_rp[8],
const int64u* const pa_eph_skey[8],
int8u* pBuffer);
/*
// computes ECDSA signature
//
// pa_sign_pr[] array of pointers to the r-components of the signatures
// pa_sign_ps[] array of pointers to the s-components of the signatures
// pa_msg[] array of pointers to the messages are being signed
// pa_sign_rp[] array of pointers to the pre-computed r-components of the signatures
// pa_inv_eph_skey[] array of pointers to the inversion of signer's ephemeral private keys
// pa_reg_skey[] array of pointers to the regular signer's ephemeral private keys
// pBuffer pointer to the scratch buffer
*/
EXTERN_C mbx_status mbx_nistp521_ecdsa_sign_complete_mb8(int8u* pa_sign_r[8],
int8u* pa_sign_s[8],
const int8u* const pa_msg[8],
const int64u* const pa_sgn_rp[8],
const int64u* const pa_inv_eph_skey[8],
const int64u* const pa_reg_skey[8],
int8u* pBuffer);
/*
// Computes ECDSA signature
// pa_sign_r[] array of pointers to the computed r-components of the signatures
// pa_sign_s[] array of pointers to the computed s-components of the signatures
// pa_msg[] array of pointers to the messages are being signed
// pa_eph_skey[] array of pointers to the signer's ephemeral private keys
// pa_reg_skey[] array of pointers to the signer's regular private keys
// pBuffer pointer to the scratch buffer
*/
EXTERN_C mbx_status mbx_nistp521_ecdsa_sign_mb8(int8u* pa_sign_r[8],
int8u* pa_sign_s[8],
const int8u* const pa_msg[8],
const int64u* const pa_eph_skey[8],
const int64u* const pa_reg_skey[8],
int8u* pBuffer);
/*
// Verifies ECDSA signature
// pa_sign_r[] array of pointers to the computed r-components of the signatures
// pa_sign_s[] array of pointers to the computed s-components of the signatures
// pa_msg[] array of pointers to the messages are being signed
// pa_pubx[] array of pointers to the public keys X-coordinates
// pa_puby[] array of pointers to the public keys Y-coordinates
// pa_pubz[] array of pointers to the public keys Z-coordinates
// pBuffer pointer to the scratch buffer
*/
EXTERN_C mbx_status mbx_nistp521_ecdsa_verify_mb8(const int8u* const pa_sign_r[8],
const int8u* const pa_sign_s[8],
const int8u* const pa_msg[8],
const int64u* const pa_pubx[8],
const int64u* const pa_puby[8],
const int64u* const pa_pubz[8],
int8u* pBuffer);
/*
// OpenSSL's specific similar APIs
*/
#ifndef BN_OPENSSL_DISABLE
EXTERN_C mbx_status mbx_nistp521_ecdsa_sign_setup_ssl_mb8(BIGNUM* pa_inv_eph_skey[8],
BIGNUM* pa_sign_pr[8],
const BIGNUM* const pa_eph_skey[8],
int8u* pBuffer);
EXTERN_C mbx_status mbx_nistp521_ecdsa_sign_complete_ssl_mb8(int8u* pa_sign_r[8],
int8u* pa_sign_s[8],
const int8u* const pa_msg[8],
const BIGNUM* const pa_sgn_rp[8],
const BIGNUM* const pa_inv_eph_skey[8],
const BIGNUM* const pa_reg_skey[8],
int8u* pBuffer);
EXTERN_C mbx_status mbx_nistp521_ecdsa_sign_ssl_mb8(int8u* pa_sign_r[8],
int8u* pa_sign_s[8],
const int8u* const pa_msg[8],
const BIGNUM* const pa_eph_skey[8],
const BIGNUM* const pa_reg_skey[8],
int8u* pBuffer);
EXTERN_C mbx_status mbx_nistp521_ecdsa_verify_ssl_mb8(const ECDSA_SIG* const pa_sig[8],
const int8u* const pa_msg[8],
const BIGNUM* const pa_pubx[8],
const BIGNUM* const pa_puby[8],
const BIGNUM* const pa_pubz[8],
int8u* pBuffer);
#endif // BN_OPENSSL_DISABLE
#endif /* EC_NISTP521_H */