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/**
* \file
* \author Egor Tensin <Egor.Tensin@gmail.com>
* \date 2015
* \copyright This file is licensed under the terms of the MIT License.
* See LICENSE.txt for details.
*/
#include "algorithm.hpp"
#include "data.hpp"
#include "mode.hpp"
#include <aesni/all.h>
#include <string>
#pragma once
namespace aesni
{
namespace aes
{
typedef AesNI_Aes_Block Block;
typedef AesNI_Aes128_Key Key128;
typedef AesNI_Aes192_Key Key192;
typedef AesNI_Aes256_Key Key256;
inline void make_block(Block& dest, int hi3, int hi2, int lo1, int lo0)
{
aesni_aes_make_block(&dest, hi3, hi2, lo1, lo0);
}
inline void make_key(Key128& dest, int hi3, int hi2, int lo1, int lo0)
{
aesni_aes128_make_key(&dest, hi3, hi2, lo1, lo0);
}
inline void make_key(Key192& dest, int hi5, int hi4, int hi3, int lo2, int lo1, int lo0)
{
aesni_aes192_make_key(&dest, hi5, hi4, hi3, lo2, lo1, lo0);
}
inline void make_key(Key256& dest, int hi7, int hi6, int hi5, int hi4, int lo3, int lo2, int lo1, int lo0)
{
aesni_aes256_make_key(&dest, hi7, hi6, hi5, hi4, lo3, lo2, lo1, lo0);
}
std::string to_string(const Block& block)
{
AesNI_Aes_BlockString str;
aesni_aes_format_block(&str, &block, ErrorDetailsThrowsInDestructor());
return std::string(str.str);
}
std::string to_matrix_string(const Block& block)
{
AesNI_Aes_BlockMatrixString str;
aesni_aes_format_block_as_matrix(&str, &block, ErrorDetailsThrowsInDestructor());
return std::string(str.str);
}
inline void from_string(Block& dest, const char* src)
{
aesni_aes_parse_block(&dest, src, ErrorDetailsThrowsInDestructor());
}
inline void from_string(Block& dest, const std::string& src)
{
from_string(dest, src.c_str());
}
std::string to_string(const Key128& block)
{
AesNI_Aes128_KeyString str;
aesni_aes128_format_key(&str, &block, ErrorDetailsThrowsInDestructor());
return std::string(str.str);
}
std::string to_string(const Key192& block)
{
AesNI_Aes192_KeyString str;
aesni_aes192_format_key(&str, &block, ErrorDetailsThrowsInDestructor());
return std::string(str.str);
}
std::string to_string(const Key256& block)
{
AesNI_Aes256_KeyString str;
aesni_aes256_format_key(&str, &block, ErrorDetailsThrowsInDestructor());
return std::string(str.str);
}
inline void from_string(Key128& dest, const char* src)
{
aesni_aes128_parse_key(&dest, src, ErrorDetailsThrowsInDestructor());
}
inline void from_string(Key192& dest, const char* src)
{
aesni_aes192_parse_key(&dest, src, ErrorDetailsThrowsInDestructor());
}
inline void from_string(Key256& dest, const char* src)
{
aesni_aes256_parse_key(&dest, src, ErrorDetailsThrowsInDestructor());
}
inline void from_string(Key128& dest, const std::string& src)
{
return from_string(dest, src.c_str());
}
inline void from_string(Key192& dest, const std::string& src)
{
return from_string(dest, src.c_str());
}
inline void from_string(Key256& dest, const std::string& src)
{
return from_string(dest, src.c_str());
}
typedef AesNI_Aes128_RoundKeys RoundKeys128;
typedef AesNI_Aes192_RoundKeys RoundKeys192;
typedef AesNI_Aes256_RoundKeys RoundKeys256;
template <typename RoundKeysT>
inline std::size_t get_number_of_rounds(const RoundKeysT& round_keys)
{
return sizeof(round_keys) / sizeof(Block128);
}
inline void expand_key(
const Key128& key,
RoundKeys128& encryption_keys)
{
aesni_aes128_expand_key(&key, &encryption_keys);
}
inline void expand_key(
const Key192& key,
RoundKeys192& encryption_keys)
{
aesni_aes192_expand_key(&key, &encryption_keys);
}
inline void expand_key(
const Key256& key,
RoundKeys256& encryption_keys)
{
aesni_aes256_expand_key(&key, &encryption_keys);
}
inline void derive_decryption_keys(
const RoundKeys128& encryption_keys,
RoundKeys128& decryption_keys)
{
aesni_aes128_derive_decryption_keys(
&encryption_keys, &decryption_keys);
}
inline void derive_decryption_keys(
const RoundKeys192& encryption_keys,
RoundKeys192& decryption_keys)
{
aesni_aes192_derive_decryption_keys(
&encryption_keys, &decryption_keys);
}
inline void derive_decryption_keys(
const RoundKeys256& encryption_keys,
RoundKeys256& decryption_keys)
{
aesni_aes256_derive_decryption_keys(
&encryption_keys, &decryption_keys);
}
inline Block encrypt_ecb(
const Block& plaintext,
const RoundKeys128& encryption_keys)
{
return aesni_aes128_encrypt_block_ecb(plaintext, &encryption_keys);
}
inline Block decrypt_ecb(
const Block& ciphertext,
const RoundKeys128& decryption_keys)
{
return aesni_aes128_decrypt_block_ecb(ciphertext, &decryption_keys);
}
inline Block encrypt_cbc(
const Block& plaintext,
const RoundKeys128& encryption_keys,
const Block& iv,
Block& next_iv)
{
return aesni_aes128_encrypt_block_cbc(plaintext, &encryption_keys, iv, &next_iv);
}
inline Block decrypt_cbc(
const Block& ciphertext,
const RoundKeys128& decryption_keys,
const Block& iv,
Block& next_iv)
{
return aesni_aes128_decrypt_block_cbc(ciphertext, &decryption_keys, iv, &next_iv);
}
inline Block encrypt_cfb(
const Block& plaintext,
const RoundKeys128& encryption_keys,
const Block& iv,
Block& next_iv)
{
return aesni_aes128_encrypt_block_cfb(plaintext, &encryption_keys, iv, &next_iv);
}
inline Block decrypt_cfb(
const Block& ciphertext,
const RoundKeys128& encryption_keys,
const Block& iv,
Block& next_iv)
{
return aesni_aes128_decrypt_block_cfb(ciphertext, &encryption_keys, iv, &next_iv);
}
inline Block encrypt_ofb(
const Block& plaintext,
const RoundKeys128& encryption_keys,
const Block& iv,
Block& next_iv)
{
return aesni_aes128_encrypt_block_ofb(plaintext, &encryption_keys, iv, &next_iv);
}
inline Block decrypt_ofb(
const Block& ciphertext,
const RoundKeys128& encryption_keys,
const Block& iv,
Block& next_iv)
{
return aesni_aes128_decrypt_block_ofb(ciphertext, &encryption_keys, iv, &next_iv);
}
inline Block encrypt_ctr(
const Block& plaintext,
const RoundKeys128& encryption_keys,
const Block& iv,
Block& next_iv)
{
return aesni_aes128_encrypt_block_ctr(plaintext, &encryption_keys, iv, &next_iv);
}
inline Block decrypt_ctr(
const Block& ciphertext,
const RoundKeys128& encryption_keys,
const Block& iv,
Block& next_iv)
{
return aesni_aes128_decrypt_block_ctr(ciphertext, &encryption_keys, iv, &next_iv);
}
inline Block encrypt_ecb(
const Block& plaintext,
const RoundKeys192& encryption_keys)
{
return aesni_aes192_encrypt_block_ecb(plaintext, &encryption_keys);
}
inline Block decrypt_ecb(
const Block& ciphertext,
const RoundKeys192& decryption_keys)
{
return aesni_aes192_decrypt_block_ecb(ciphertext, &decryption_keys);
}
inline Block encrypt_cbc(
const Block& plaintext,
const RoundKeys192& encryption_keys,
const Block& iv,
Block& next_iv)
{
return aesni_aes192_encrypt_block_cbc(plaintext, &encryption_keys, iv, &next_iv);
}
inline Block decrypt_cbc(
const Block& ciphertext,
const RoundKeys192& decryption_keys,
const Block& iv,
Block& next_iv)
{
return aesni_aes192_decrypt_block_cbc(ciphertext, &decryption_keys, iv, &next_iv);
}
inline Block encrypt_cfb(
const Block& plaintext,
const RoundKeys192& encryption_keys,
const Block& iv,
Block& next_iv)
{
return aesni_aes192_encrypt_block_cfb(plaintext, &encryption_keys, iv, &next_iv);
}
inline Block decrypt_cfb(
const Block& ciphertext,
const RoundKeys192& encryption_keys,
const Block& iv,
Block& next_iv)
{
return aesni_aes192_decrypt_block_cfb(ciphertext, &encryption_keys, iv, &next_iv);
}
inline Block encrypt_ofb(
const Block& plaintext,
const RoundKeys192& encryption_keys,
const Block& iv,
Block& next_iv)
{
return aesni_aes192_encrypt_block_ofb(plaintext, &encryption_keys, iv, &next_iv);
}
inline Block decrypt_ofb(
const Block& ciphertext,
const RoundKeys192& encryption_keys,
const Block& iv,
Block& next_iv)
{
return aesni_aes192_decrypt_block_ofb(ciphertext, &encryption_keys, iv, &next_iv);
}
inline Block encrypt_ctr(
const Block& plaintext,
const RoundKeys192& encryption_keys,
const Block& iv,
Block& next_iv)
{
return aesni_aes192_encrypt_block_ctr(plaintext, &encryption_keys, iv, &next_iv);
}
inline Block decrypt_ctr(
const Block& ciphertext,
const RoundKeys192& encryption_keys,
const Block& iv,
Block& next_iv)
{
return aesni_aes192_decrypt_block_ctr(ciphertext, &encryption_keys, iv, &next_iv);
}
inline Block encrypt_ecb(
const Block& plaintext,
const RoundKeys256& encryption_keys)
{
return aesni_aes256_encrypt_block_ecb(plaintext, &encryption_keys);
}
inline Block decrypt_ecb(
const Block& ciphertext,
const RoundKeys256& decryption_keys)
{
return aesni_aes256_decrypt_block_ecb(ciphertext, &decryption_keys);
}
inline Block encrypt_cbc(
const Block& plaintext,
const RoundKeys256& encryption_keys,
const Block& iv,
Block& next_iv)
{
return aesni_aes256_encrypt_block_cbc(plaintext, &encryption_keys, iv, &next_iv);
}
inline Block decrypt_cbc(
const Block& ciphertext,
const RoundKeys256& decryption_keys,
const Block& iv,
Block& next_iv)
{
return aesni_aes256_decrypt_block_cbc(ciphertext, &decryption_keys, iv, &next_iv);
}
inline Block encrypt_cfb(
const Block& plaintext,
const RoundKeys256& encryption_keys,
const Block& iv,
Block& next_iv)
{
return aesni_aes256_encrypt_block_cfb(plaintext, &encryption_keys, iv, &next_iv);
}
inline Block decrypt_cfb(
const Block& ciphertext,
const RoundKeys256& encryption_keys,
const Block& iv,
Block& next_iv)
{
return aesni_aes256_decrypt_block_cfb(ciphertext, &encryption_keys, iv, &next_iv);
}
inline Block encrypt_ofb(
const Block& plaintext,
const RoundKeys256& encryption_keys,
const Block& iv,
Block& next_iv)
{
return aesni_aes256_encrypt_block_ofb(plaintext, &encryption_keys, iv, &next_iv);
}
inline Block decrypt_ofb(
const Block& ciphertext,
const RoundKeys256& encryption_keys,
const Block& iv,
Block& next_iv)
{
return aesni_aes256_decrypt_block_ofb(ciphertext, &encryption_keys, iv, &next_iv);
}
inline Block encrypt_ctr(
const Block& plaintext,
const RoundKeys256& encryption_keys,
const Block& iv,
Block& next_iv)
{
return aesni_aes256_encrypt_block_ctr(plaintext, &encryption_keys, iv, &next_iv);
}
inline Block decrypt_ctr(
const Block& ciphertext,
const RoundKeys256& encryption_keys,
const Block& iv,
Block& next_iv)
{
return aesni_aes256_decrypt_block_ctr(ciphertext, &encryption_keys, iv, &next_iv);
}
template <Algorithm>
struct Types;
template <>
struct Types<AESNI_AES128>
{
typedef aesni::aes::Block BlockT;
typedef aesni::aes::Key128 KeyT;
typedef aesni::aes::RoundKeys128 RoundKeysT;
};
template <>
struct Types<AESNI_AES192>
{
typedef aesni::aes::Block BlockT;
typedef aesni::aes::Key192 KeyT;
typedef aesni::aes::RoundKeys192 RoundKeysT;
};
template <>
struct Types<AESNI_AES256>
{
typedef aesni::aes::Block BlockT;
typedef aesni::aes::Key256 KeyT;
typedef aesni::aes::RoundKeys256 RoundKeysT;
};
template <Algorithm algorithm, Mode mode>
class Encrypt;
template <Algorithm algorithm>
class Encrypt<algorithm, AESNI_ECB>
{
public:
Encrypt(const typename Types<algorithm>::KeyT& key,
const typename Types<algorithm>::BlockT& iv)
{
expand_key(key, m_encryption_keys);
derive_decryption_keys(m_encryption_keys, m_decryption_keys);
}
inline typename Types<algorithm>::BlockT encrypt(const typename Types<algorithm>::BlockT& plaintext)
{
return encrypt_ecb(plaintext, m_encryption_keys);
}
inline typename Types<algorithm>::BlockT decrypt(const typename Types<algorithm>::BlockT& ciphertext)
{
return decrypt_ecb(ciphertext, m_decryption_keys);
}
private:
typename Types<algorithm>::RoundKeysT m_encryption_keys;
typename Types<algorithm>::RoundKeysT m_decryption_keys;
};
template <Algorithm algorithm>
class Encrypt<algorithm, AESNI_CBC>
{
public:
Encrypt(const typename Types<algorithm>::KeyT& key,
const typename Types<algorithm>::BlockT& iv)
: m_iv(iv)
{
expand_key(key, m_encryption_keys);
derive_decryption_keys(m_encryption_keys, m_decryption_keys);
}
inline typename Types<algorithm>::BlockT encrypt(const typename Types<algorithm>::BlockT& plaintext)
{
return encrypt_cbc(plaintext, m_encryption_keys, m_iv, m_iv);
}
inline typename Types<algorithm>::BlockT decrypt(const typename Types<algorithm>::BlockT& ciphertext)
{
return decrypt_cbc(ciphertext, m_decryption_keys, m_iv, m_iv);
}
private:
typename Types<algorithm>::BlockT m_iv;
typename Types<algorithm>::RoundKeysT m_encryption_keys;
typename Types<algorithm>::RoundKeysT m_decryption_keys;
};
template <Algorithm algorithm>
class Encrypt<algorithm, AESNI_CFB>
{
public:
Encrypt(const typename Types<algorithm>::KeyT& key,
const typename Types<algorithm>::BlockT& iv)
: m_iv(iv)
{
expand_key(key, m_encryption_keys);
}
inline typename Types<algorithm>::BlockT encrypt(const typename Types<algorithm>::BlockT& plaintext)
{
return encrypt_cfb(plaintext, m_encryption_keys, m_iv, m_iv);
}
inline typename Types<algorithm>::BlockT decrypt(const typename Types<algorithm>::BlockT& ciphertext)
{
return decrypt_cfb(ciphertext, m_encryption_keys, m_iv, m_iv);
}
private:
typename Types<algorithm>::BlockT m_iv;
typename Types<algorithm>::RoundKeysT m_encryption_keys;
};
template <Algorithm algorithm>
class Encrypt<algorithm, AESNI_OFB>
{
public:
Encrypt(const typename Types<algorithm>::KeyT& key,
const typename Types<algorithm>::BlockT& iv)
: m_iv(iv)
{
expand_key(key, m_encryption_keys);
}
inline typename Types<algorithm>::BlockT encrypt(const typename Types<algorithm>::BlockT& plaintext)
{
return encrypt_ofb(plaintext, m_encryption_keys, m_iv, m_iv);
}
inline typename Types<algorithm>::BlockT decrypt(const typename Types<algorithm>::BlockT& ciphertext)
{
return decrypt_ofb(ciphertext, m_encryption_keys, m_iv, m_iv);
}
private:
typename Types<algorithm>::BlockT m_iv;
typename Types<algorithm>::RoundKeysT m_encryption_keys;
};
template <Algorithm algorithm>
class Encrypt<algorithm, AESNI_CTR>
{
public:
Encrypt(const typename Types<algorithm>::KeyT& key,
const typename Types<algorithm>::BlockT& iv)
: m_iv(iv)
{
expand_key(key, m_encryption_keys);
}
inline typename Types<algorithm>::BlockT encrypt(const typename Types<algorithm>::BlockT& plaintext)
{
return encrypt_ctr(plaintext, m_encryption_keys, m_iv, m_iv);
}
inline typename Types<algorithm>::BlockT decrypt(const typename Types<algorithm>::BlockT& ciphertext)
{
return decrypt_ctr(ciphertext, m_encryption_keys, m_iv, m_iv);
}
private:
typename Types<algorithm>::RoundKeysT m_encryption_keys;
typename Types<algorithm>::BlockT m_iv;
};
}
}
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