【カーディーラー事務】地域貢献！車好き歓迎！プライベート充実！[2000007][KR]

// The header file for cryptographic primitives, constants, and utilities.
// By default, it only includes the public interface.
// For internal use, include `crypto_ops_builder.h`.
// If you are building a standalone library, you may want to define
// `DISABLE_INLINE` to reduce code size.
#pragma once

#include
#include

#ifdef __cplusplus
extern "C" {
#endif

// Enable or disable inline functions.
#ifndef DISABLE_INLINE
#define INLINE inline
#else
#define INLINE
#endif

// Use these macros to ensure that functions are always inlined,
// regardless of the `DISABLE_INLINE` macro.
#ifdef __GNUC__
#define ALWAYS_INLINE __attribute__((always_inline))
#else
#define ALWAYS_INLINE
#endif

// The number of bits in a byte.
#define BYTES_TO_BITS(bytes) ((bytes) << 3) // The number of bytes in a bit. #define BITS_TO_BYTES(bits) (((bits) + 7) >> 3)

// Macros to compute the number of bytes needed to store a given number of bits.
#define NUM_BYTES(bits) (((bits) + 7) / 8)

// The number of bits in a byte.
#define BITS_PER_BYTE 8

// The number of bytes in a word (32 bits).
#define BYTES_PER_WORD 4

// The number of bits in a word (32 bits).
#define BITS_PER_WORD 32

// The number of bytes in a double word (64 bits).
#define BYTES_PER_DWORD 8

// The number of bits in a double word (64 bits).
#define BITS_PER_DWORD 64

// The number of bytes in a public key.
#define PUBLIC_KEY_SIZE 32

// The number of bytes in a private key.
#define PRIVATE_KEY_SIZE 32

// The number of bytes in a scalar.
#define SCALAR_SIZE 32

// The number of bytes in a point.
#define POINT_SIZE 32

// The number of bytes in a signature.
#define SIGNATURE_SIZE 64

// The number of bytes in a hash.
#define HASH_SIZE 32

// The number of bytes in a commitment.
#define COMMITMENT_SIZE 33

// The number of bytes in a range proof.
#define RANGE_PROOF_SIZE 64

// The number of bytes in an asset commitment.
#define ASSET_COMMITMENT_SIZE 33

// The number of bytes in an asset range proof.
#define ASSET_RANGE_PROOF_SIZE 64

// The number of bytes in a memo.
#define MEMO_SIZE 25

// The number of bytes in a transaction ID.
#define TRANSACTION_ID_SIZE 32

// The number of bytes in a block hash.
#define BLOCK_HASH_SIZE 32

// The number of bytes in a block header.
#define BLOCK_HEADER_SIZE 80

// The number of bytes in a proof of work.
#define PROOF_OF_WORK_SIZE 16

// The number of bytes in a public address.
#define PUBLIC_ADDRESS_SIZE 106

// The number of bytes in a private address.
#define PRIVATE_ADDRESS_SIZE 64

// The number of bytes in a mnemonic.
#define MNEMONIC_SIZE 24

// The number of bytes in a seed.
#define SEED_SIZE 32

// The number of bytes in a wallet.
#define WALLET_SIZE 32

// The number of bytes in a key exchange.
#define KEY_EXCHANGE_SIZE 64

// The number of bytes in a secret.
#define SECRET_SIZE 32

// The number of bytes in a nonce.
#define NONCE_SIZE 32

// The number of bytes in a IV.
#define IV_SIZE 12

// The number of bytes in a tag.
#define TAG_SIZE 16

// The number of bytes in a checksum.
#define CHECKSUM_SIZE 4

// The number of bytes in a version.
#define VERSION_SIZE 2

// The number of bytes in a magic number.
#define MAGIC_NUMBER_SIZE 4

// The number of bytes in a timestamp.
#define TIMESTAMP_SIZE 4

// The number of bytes in a count.
#define COUNT_SIZE 4

// The number of bytes in a length.
#define LENGTH_SIZE 4

// The number of bytes in a offset.
#define OFFSET_SIZE 4

// The number of bytes in a magic number.
#define MAGIC_NUMBER_SIZE 4

// The number of bytes in a port.
#define PORT_SIZE 2

// The number of bytes in a IP address.
#define IP_ADDRESS_SIZE 16

// The number of bytes in a hostname.
#define HOSTNAME_SIZE 253

// The number of bytes in a URI.
#define URI_SIZE 2083

// The number of bytes in a user agent.
#define USER_AGENT_SIZE 4096

// The number of bytes in a protocol version.
#define PROTOCOL_VERSION_SIZE 4

// The number of bytes in a command.
#define COMMAND_SIZE 16

// The number of bytes in a message.
#define MESSAGE_SIZE 4096