Ts2Crypto.h File Reference

#include "Atomix.h"

Go to the source code of this file.

Macros
#define	TS2_AES_BLOCK_SIZE   16
#define	TS2_AES_KEY_LENGTH   16
#define	TS2_AES_CBC_IV_SIZE   16
#define	TS2_SHA1_DIGEST_SIZE   20
#define	TS2_SHA1_BLOCK_SIZE   64

Typedefs
typedef struct TS2_AesBlockCipher	TS2_AesBlockCipher
typedef struct TS2_Hmac	TS2_Hmac
typedef struct TS2_Digest	TS2_Digest
typedef struct TS2_AesCbcEncrypter	TS2_AesCbcEncrypter
typedef struct TS2_AesCbcDecrypter	TS2_AesCbcDecrypter

Enumerations
enum	TS2_BlockCipherDirection {   TS2_CIPHER_DIRECTION_ENCRYPT,   TS2_CIPHER_DIRECTION_DECRYPT }
enum	TS2_DigestAlgorithm { TS2_DIGEST_SHA1 }

Functions
ATX_Result	TS2_AesBlockCipher_Create (const ATX_Byte *key, TS2_BlockCipherDirection direction, TS2_AesBlockCipher **cipher)
void	TS2_AesBlockCipher_Destroy (TS2_AesBlockCipher *self)
ATX_Result	TS2_AesBlockCipher_ProcessBlock (TS2_AesBlockCipher *self, const ATX_Byte *input, ATX_Byte *output)
ATX_Result	TS2_Digest_Create (TS2_DigestAlgorithm algorithm, TS2_Digest **digest)
ATX_Result	TS2_Digest_Update (TS2_Digest *self, const ATX_Byte *data, ATX_Size data_size)
ATX_Size	TS2_Digest_GetDigestSize (const TS2_Digest *self)
ATX_Size	TS2_Digest_GetBlockSize (const TS2_Digest *self)
ATX_Result	TS2_Digest_Final (TS2_Digest *self, ATX_Byte *digest)
void	TS2_Digest_Destroy (TS2_Digest *self)
ATX_Result	TS2_ComputeDigest (TS2_DigestAlgorithm algorithm, const ATX_Byte *data, ATX_Size data_size, ATX_Byte *digest)
	helper More...
ATX_Result	TS2_Hmac_Create (TS2_DigestAlgorithm algorithm, const ATX_Byte *key, ATX_Size key_size, TS2_Hmac **hmac)
ATX_Result	TS2_Hmac_Update (TS2_Hmac *self, const ATX_Byte *data, ATX_Size data_size)
ATX_Size	TS2_Hmac_GetMacSize (TS2_Hmac *self)
ATX_Result	TS2_Hmac_Final (TS2_Hmac *self, ATX_Byte *mac)
void	TS2_Hmac_Destroy (TS2_Hmac *self)
ATX_Result	TS2_ComputeHmac (TS2_DigestAlgorithm algorithm, const ATX_Byte *key, ATX_Size key_size, const ATX_Byte *data, ATX_Size data_size, ATX_Byte *mac)
	helper More...
ATX_Result	TS2_GeneratePseudoRandom (ATX_Byte *buffer, ATX_Size size)
ATX_Result	TS2_AesCbcEncrypter_Create (const ATX_Byte *key, const ATX_Byte *iv, TS2_AesCbcEncrypter **encrypter)
ATX_Result	TS2_AesCbcEncrypter_Encrypt (TS2_AesCbcEncrypter *self, const ATX_Byte *data, ATX_Size data_size, ATX_Byte *enc_data)
void	TS2_AesCbcEncrypter_Destroy (TS2_AesCbcEncrypter *self)
ATX_Result	TS2_AesCbcEncrypt (const ATX_Byte *key, const ATX_Byte *iv, const ATX_Byte *data, ATX_Size data_size, ATX_Byte *enc_data)
	helper More...
ATX_Result	TS2_AesCbcDecrypter_Create (const ATX_Byte *key, const ATX_Byte *iv, TS2_AesCbcDecrypter **decrypter)
ATX_Result	TS2_AesCbcDecrypter_Decrypt (TS2_AesCbcDecrypter *self, const ATX_Byte *enc_data, ATX_Size data_size, ATX_Byte *dec_data)
void	TS2_AesCbcDecrypter_Destroy (TS2_AesCbcDecrypter *self)
ATX_Result	TS2_AesCbcDecrypt (const ATX_Byte *key, const ATX_Byte *iv, const ATX_Byte *enc_data, ATX_Size data_size, ATX_Byte *dec_data)
	helper More...

Macro Definition Documentation

TS2_AES_BLOCK_SIZE

#define TS2_AES_BLOCK_SIZE   16

TS2_AES_CBC_IV_SIZE

#define TS2_AES_CBC_IV_SIZE   16

TS2_AES_KEY_LENGTH

#define TS2_AES_KEY_LENGTH   16

TS2_SHA1_BLOCK_SIZE

#define TS2_SHA1_BLOCK_SIZE   64

TS2_SHA1_DIGEST_SIZE

#define TS2_SHA1_DIGEST_SIZE   20

Typedef Documentation

TS2_AesBlockCipher

typedef struct TS2_AesBlockCipher TS2_AesBlockCipher

TS2_AesCbcDecrypter

typedef struct TS2_AesCbcDecrypter TS2_AesCbcDecrypter

TS2_AesCbcEncrypter

typedef struct TS2_AesCbcEncrypter TS2_AesCbcEncrypter

TS2_Digest

typedef struct TS2_Digest TS2_Digest

TS2_Hmac

typedef struct TS2_Hmac TS2_Hmac

Enumeration Type Documentation

TS2_BlockCipherDirection

enum TS2_BlockCipherDirection

Enumerator
TS2_CIPHER_DIRECTION_ENCRYPT
TS2_CIPHER_DIRECTION_DECRYPT

TS2_DigestAlgorithm

enum TS2_DigestAlgorithm

Enumerator
TS2_DIGEST_SHA1

Function Documentation

TS2_AesBlockCipher_Create()

ATX_Result TS2_AesBlockCipher_Create	(	const ATX_Byte *	key,
		TS2_BlockCipherDirection	direction,
		TS2_AesBlockCipher **	cipher
	)

TS2_AesBlockCipher_Destroy()

void TS2_AesBlockCipher_Destroy

(

TS2_AesBlockCipher *

self

)

TS2_AesBlockCipher_ProcessBlock()

ATX_Result TS2_AesBlockCipher_ProcessBlock	(	TS2_AesBlockCipher *	self,
		const ATX_Byte *	input,
		ATX_Byte *	output
	)

TS2_AesCbcDecrypt()

ATX_Result TS2_AesCbcDecrypt	(	const ATX_Byte *	key,
		const ATX_Byte *	iv,
		const ATX_Byte *	enc_data,
		ATX_Size	data_size,
		ATX_Byte *	dec_data
	)

helper

TS2_AesCbcDecrypter_Create()

ATX_Result TS2_AesCbcDecrypter_Create	(	const ATX_Byte *	key,
		const ATX_Byte *	iv,
		TS2_AesCbcDecrypter **	decrypter
	)

TS2_AesCbcDecrypter_Decrypt()

ATX_Result TS2_AesCbcDecrypter_Decrypt	(	TS2_AesCbcDecrypter *	self,
		const ATX_Byte *	enc_data,
		ATX_Size	data_size,
		ATX_Byte *	dec_data
	)

TS2_AesCbcDecrypter_Destroy()

void TS2_AesCbcDecrypter_Destroy

(

TS2_AesCbcDecrypter *

self

)

TS2_AesCbcEncrypt()

ATX_Result TS2_AesCbcEncrypt	(	const ATX_Byte *	key,
		const ATX_Byte *	iv,
		const ATX_Byte *	data,
		ATX_Size	data_size,
		ATX_Byte *	enc_data
	)

helper

Perform AES-128-CBC encryption with residual block termination.

Parameters

key	AES key, pointer to TS2_AES_KEY_LENGTH bytes of data.
iv	AES IV, pointer to TS2_AES_CBC_IV_SIZE bytes of data.
data	the input data array.
data_size	the size of the input array in bytes.
enc_data	the output array. Must have at least data_size bytes.

TS2_AesCbcEncrypter_Create()

ATX_Result TS2_AesCbcEncrypter_Create	(	const ATX_Byte *	key,
		const ATX_Byte *	iv,
		TS2_AesCbcEncrypter **	encrypter
	)

TS2_AesCbcEncrypter_Destroy()

void TS2_AesCbcEncrypter_Destroy

(

TS2_AesCbcEncrypter *

self

)

TS2_AesCbcEncrypter_Encrypt()

ATX_Result TS2_AesCbcEncrypter_Encrypt	(	TS2_AesCbcEncrypter *	self,
		const ATX_Byte *	data,
		ATX_Size	data_size,
		ATX_Byte *	enc_data
	)

TS2_ComputeDigest()

ATX_Result TS2_ComputeDigest	(	TS2_DigestAlgorithm	algorithm,
		const ATX_Byte *	data,
		ATX_Size	data_size,
		ATX_Byte *	digest
	)

helper

TS2_ComputeHmac()

ATX_Result TS2_ComputeHmac	(	TS2_DigestAlgorithm	algorithm,
		const ATX_Byte *	key,
		ATX_Size	key_size,
		const ATX_Byte *	data,
		ATX_Size	data_size,
		ATX_Byte *	mac
	)

helper

Compute a message HMAC.

Parameters

algorithm	the digest algorithm to use.
key	the HMAC key address.
key_size	the HMAC key size in bytes.
data	the message data address.
data_size	the size of the data in bytes.
mac	address of the output array. There must be at least as much memory allocated for the mac array as is needed by the requested digest algorithm. For example, 20 bytes for SHA1, i.e. TS2_SHA1_DIGEST_SIZE bytes for algorithm equal to TS2_DIGEST_SHA1.

TS2_Digest_Create()

ATX_Result TS2_Digest_Create	(	TS2_DigestAlgorithm	algorithm,
		TS2_Digest **	digest
	)

TS2_Digest_Destroy()

void TS2_Digest_Destroy

(

TS2_Digest *

self

)

TS2_Digest_Final()

ATX_Result TS2_Digest_Final	(	TS2_Digest *	self,
		ATX_Byte *	digest
	)

TS2_Digest_GetBlockSize()

ATX_Size TS2_Digest_GetBlockSize

(

const TS2_Digest *

self

)

TS2_Digest_GetDigestSize()

ATX_Size TS2_Digest_GetDigestSize

(

const TS2_Digest *

self

)

TS2_Digest_Update()

ATX_Result TS2_Digest_Update	(	TS2_Digest *	self,
		const ATX_Byte *	data,
		ATX_Size	data_size
	)

TS2_GeneratePseudoRandom()

ATX_Result TS2_GeneratePseudoRandom	(	ATX_Byte *	buffer,
		ATX_Size	size
	)

TS2_Hmac_Create()

ATX_Result TS2_Hmac_Create	(	TS2_DigestAlgorithm	algorithm,
		const ATX_Byte *	key,
		ATX_Size	key_size,
		TS2_Hmac **	hmac
	)

TS2_Hmac_Destroy()

void TS2_Hmac_Destroy

(

TS2_Hmac *

self

)

TS2_Hmac_Final()

ATX_Result TS2_Hmac_Final	(	TS2_Hmac *	self,
		ATX_Byte *	mac
	)

TS2_Hmac_GetMacSize()

ATX_Size TS2_Hmac_GetMacSize

(

TS2_Hmac *

self

)

TS2_Hmac_Update()

ATX_Result TS2_Hmac_Update	(	TS2_Hmac *	self,
		const ATX_Byte *	data,
		ATX_Size	data_size
	)