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|
/*
* The contents of this file are subject to the Mozilla Public
* License Version 1.1 (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.mozilla.org/MPL/
*
* Software distributed under the License is distributed on an "AS
* IS" basis, WITHOUT WARRANTY OF ANY KIND, either express or
* implied. See the License for the specific language governing
* rights and limitations under the License.
*
* The Original Code is the Netscape security libraries.
*
* The Initial Developer of the Original Code is Netscape
* Communications Corporation. Portions created by Netscape are
* Copyright (C) 1994-2000 Netscape Communications Corporation. All
* Rights Reserved.
*
* Contributor(s):
*
* Alternatively, the contents of this file may be used under the
* terms of the GNU General Public License Version 2 or later (the
* "GPL"), in which case the provisions of the GPL are applicable
* instead of those above. If you wish to allow use of your
* version of this file only under the terms of the GPL and not to
* allow others to use your version of this file under the MPL,
* indicate your decision by deleting the provisions above and
* replace them with the notice and other provisions required by
* the GPL. If you do not delete the provisions above, a recipient
* may use your version of this file under either the MPL or the
* GPL.
*/
/* @(#)maci.h 1.27\t05 Jan 1996 */
/*****************************************************************************
Definitive Fortezza header file.
Application Level Interface to Fortezza MACI Library.
Version for CI Library 1.52
January 5, 1996
NOTICE: Fortezza Export Policy
The Fortezza Cryptologic Interface (CI) Library (both source and
object) and Fortezza CI Library based applications are defense
articles, as defined in the International Traffic In Arms
Regulations (ITAR), and are subject to export controls under the
ITAR and the Arms Export Control Act. Any export to any country
of (a) the Fortezza CI Library, related documentation, and
technical data, or (b) your cryptographic application, process,
or service that is the direct product of, or contains the
Fortezza CI Library must comply with the requirements of the ITAR.
If you or your customer intends to engage in such export, contact
the United States Department of State, Office of Defense Trade
Controls for specific guidance.
****************************************************************************/
#ifndef __MACI_H
#define __MACI_H
#if __cplusplus__ || __cplusplus
extern "C"
{
#endif /* C++ */
#ifndef __CRYPTINT_H
#ifndef PROTO_LIST
#ifdef _K_AND_R_
#define PROTO_LIST(list) ()
#else
#define PROTO_LIST(list) list
#endif /*_K_AND_R_ */
#endif /* PROTO_LIST */
#ifndef RETURN_TYPE
#if defined( _WIN32 ) || defined( __WIN32__ )
#define RETURN_TYPE extern _declspec( dllimport ) int _cdecl
#elif defined( _WINDOWS ) || defined( _Windows )
#define RETURN_TYPE extern int _far _pascal
#else
#define RETURN_TYPE extern int
#endif /* Windows */
#endif /* RETURN_TYPE */
/* MS Visual C++ defines _MSDOS and _WINDOWS */
/* Borland C/C++ defines __MSDOS__ and _Windows */
#if (defined( _WINDOWS ) || defined( _Windows )) && \
!(defined( _WIN32 ) || defined( __WIN32__ ))
#define CI_FAR _far
#else
#define CI_FAR
#endif /* MS DOS or Windows */
/*****************************************************************************
Constants
****************************************************************************/
#define CI_LIB_VERSION_VAL 0x0152 /* Version 1.52 */
#define CI_CERT_SIZE 2048
#define CI_CERT_FLAGS_SIZE 16
#define CI_CERT_NAME_SIZE 32
#define CI_CHALLENGE_SIZE 20
#define CI_G_SIZE 128
#define CI_HASHVALUE_SIZE 20
#define CI_IV_SIZE 24
#define CI_KEY_SIZE 12
#define CI_KS_SIZE 10
#define CI_NAME_SIZE 32
#define CI_PASSWORD_SIZE 24
#define CI_PIN_SIZE 12
#define CI_P_SIZE 128
#define CI_Q_SIZE 20
#define CI_R_SIZE 40
#define CI_RANDOM_NO_SIZE 20
#define CI_RANDOM_SEED_SIZE 8
#define CI_RA_SIZE 128
#define CI_RB_SIZE 128
#define CI_REG_FLAGS_SIZE 4
#define CI_S_SIZE 40
#define CI_SAVE_DATA_SIZE 28
#define CI_SERIAL_NUMBER_SIZE 8
#define CI_SIGNATURE_SIZE 40
#define CI_STATUS_FLAGS_SIZE 4
#define CI_TIME_SIZE 16
#define CI_TIMESTAMP_SIZE 16
#define CI_WRAPPED_X_SIZE 24
#define CI_Y_SIZE 128
#define CI_X_SIZE 20
/* Miscellaneous */
#define CI_NULL_FLAG 0
#define CI_POWER_DOWN_FLAG 2
#define CI_NO_LOG_OFF_FLAG 4
#define CI_INITIATOR_FLAG 0
#define CI_RECIPIENT_FLAG 1
#define CI_BLOCK_LOCK_FLAG 1
#define CI_SSO_LOGGED_ON 0x40
#define CI_USER_LOGGED_ON 0x00
#define CI_FAST_MODE 0x10
#define CI_SLOW_MODE 0x00
#define CI_WORST_CASE_MODE 0x40
#define CI_TYPICAL_CASE_MODE 0x00
/* Card Public Key Algorithms Types */
#define CI_DSA_TYPE 0xA
#define CI_KEA_TYPE 0x5
#define CI_DSA_KEA_TYPE 0xF
/* Fortezza Pin Types */
#define CI_SSO_PIN 0x25
#define CI_USER_PIN 0x2A
/* Crypto Types */
#define CI_ENCRYPT_TYPE 0
#define CI_DECRYPT_TYPE 1
#define CI_HASH_TYPE 2
/* Save and Restore Types */
#define CI_ENCRYPT_INT_TYPE 0x00 /* Internal Encryption */
#define CI_ENCRYPT_EXT_TYPE 0x10 /* External Encryption */
#define CI_DECRYPT_INT_TYPE 0x01 /* Internal Decryption */
#define CI_DECRYPT_EXT_TYPE 0x11 /* External Decryption */
#define CI_HASH_INT_TYPE 0x02 /* Internal Hash */
#define CI_HASH_EXT_TYPE 0x12 /* External Hash */
#define CI_TYPE_EXT_FLAG 0x10 /* Used to differentiate */
/* Configuration types */
#define CI_SET_SPEED_TYPE 1
#define CI_SET_TIMING_TYPE 2
/* Lock States */
#define CI_SOCKET_UNLOCKED 0
#define CI_HOLD_LOCK 1
#define CI_SOCKET_LOCKED 2
/* Fortezza Crypto Types Modes */
#define CI_ECB64_MODE 0
#define CI_CBC64_MODE 1
#define CI_OFB64_MODE 2
#define CI_CFB64_MODE 3
#define CI_CFB32_MODE 4
#define CI_CFB16_MODE 5
#define CI_CFB8_MODE 6
/* Card States */
#define CI_POWER_UP 0
#define CI_UNINITIALIZED 1
#define CI_INITIALIZED 2
#define CI_SSO_INITIALIZED 3
#define CI_LAW_INITIALIZED 4
#define CI_USER_INITIALIZED 5
#define CI_STANDBY 6
#define CI_READY 7
#define CI_ZEROIZE 8
#define CI_INTERNAL_FAILURE (-1)
/* Flags for Firmware Update. */
#if !defined( _K_AND_R_ )
#define CI_NOT_LAST_BLOCK_FLAG 0x00000000UL
#define CI_LAST_BLOCK_FLAG 0x80000000UL
#define CI_DESTRUCTIVE_FLAG 0x000000FFUL
#define CI_NONDESTRUCTIVE_FLAG 0x0000FF00UL
#else
#define CI_NOT_LAST_BLOCK_FLAG 0x00000000L
#define CI_LAST_BLOCK_FLAG 0x80000000L
#define CI_DESTRUCTIVE_FLAG 0x000000FFL
#define CI_NONDESTRUCTIVE_FLAG 0x0000FF00L
#endif /* _K_AND_R_ */
/****************************************************************************
Fortezza Library Return Codes
***************************************************************************/
/* Card Responses */
#define CI_OK 0
#define CI_FAIL 1
#define CI_CHECKWORD_FAIL 2
#define CI_INV_TYPE 3
#define CI_INV_MODE 4
#define CI_INV_KEY_INDEX 5
#define CI_INV_CERT_INDEX 6
#define CI_INV_SIZE 7
#define CI_INV_HEADER 8
#define CI_INV_STATE 9
#define CI_EXEC_FAIL 10
#define CI_NO_KEY 11
#define CI_NO_IV 12
#define CI_NO_X 13
#define CI_NO_SAVE 15
#define CI_REG_IN_USE 16
#define CI_INV_COMMAND 17
#define CI_INV_POINTER 18
#define CI_BAD_CLOCK 19
#define CI_NO_DSA_PARMS 20
/* Library Errors */
#define CI_ERROR (-1)
#define CI_LIB_NOT_INIT (-2)
#define CI_CARD_NOT_READY (-3)
#define CI_CARD_IN_USE (-4)
#define CI_TIME_OUT (-5)
#define CI_OUT_OF_MEMORY (-6)
#define CI_NULL_PTR (-7)
#define CI_BAD_SIZE (-8)
#define CI_NO_DECRYPT (-9)
#define CI_NO_ENCRYPT (-10)
#define CI_NO_EXECUTE (-11)
#define CI_BAD_PARAMETER (-12)
#define CI_OUT_OF_RESOURCES (-13)
#define CI_NO_CARD (-20)
#define CI_NO_DRIVER (-21)
#define CI_NO_CRDSRV (-22)
#define CI_NO_SCTSRV (-23)
#define CI_BAD_CARD (-30)
#define CI_BAD_IOCTL (-31)
#define CI_BAD_READ (-32)
#define CI_BAD_SEEK (-33)
#define CI_BAD_WRITE (-34)
#define CI_BAD_FLUSH (-35)
#define CI_BAD_IOSEEK (-36)
#define CI_BAD_ADDR (-37)
#define CI_INV_SOCKET_INDEX (-40)
#define CI_SOCKET_IN_USE (-41)
#define CI_NO_SOCKET (-42)
#define CI_SOCKET_NOT_OPENED (-43)
#define CI_BAD_TUPLES (-44)
#define CI_NOT_A_CRYPTO_CARD (-45)
#define CI_INVALID_FUNCTION (-50)
#define CI_LIB_ALRDY_INIT (-51)
#define CI_SRVR_ERROR (-52)
#define MACI_SESSION_EXCEEDED (-53)
/*****************************************************************************
Data Structures
****************************************************************************/
typedef unsigned char CI_CERTIFICATE[CI_CERT_SIZE];
typedef unsigned char CI_CERT_FLAGS[CI_CERT_FLAGS_SIZE];
typedef unsigned char CI_CERT_STR[CI_CERT_NAME_SIZE+4];
typedef unsigned char CI_FAR *CI_DATA;
typedef unsigned char CI_G[CI_G_SIZE];
typedef unsigned char CI_HASHVALUE[CI_HASHVALUE_SIZE];
typedef unsigned char CI_IV[CI_IV_SIZE];
typedef unsigned char CI_KEY[CI_KEY_SIZE];
typedef unsigned char CI_KS[CI_KS_SIZE];
typedef unsigned char CI_P[CI_P_SIZE];
typedef unsigned char CI_PASSWORD[CI_PASSWORD_SIZE + 4];
typedef unsigned char CI_PIN[CI_PIN_SIZE + 4];
typedef unsigned char CI_Q[CI_Q_SIZE];
typedef unsigned char CI_RA[CI_RA_SIZE];
typedef unsigned char CI_RB[CI_RB_SIZE];
typedef unsigned char CI_RANDOM[CI_RANDOM_NO_SIZE];
typedef unsigned char CI_RANDSEED[CI_RANDOM_SEED_SIZE];
typedef unsigned char CI_REG_FLAGS[CI_REG_FLAGS_SIZE];
typedef unsigned char CI_SIGNATURE[CI_SIGNATURE_SIZE];
typedef unsigned char CI_SAVE_DATA[CI_SAVE_DATA_SIZE];
typedef unsigned char CI_SERIAL_NUMBER[CI_SERIAL_NUMBER_SIZE];
typedef unsigned int CI_STATE, CI_FAR *CI_STATE_PTR;
typedef unsigned char CI_TIME[CI_TIME_SIZE];
typedef unsigned char CI_TIMESTAMP[CI_TIMESTAMP_SIZE];
typedef unsigned char CI_WRAPPED_X[CI_WRAPPED_X_SIZE];
typedef unsigned char CI_Y[CI_Y_SIZE];
typedef unsigned char CI_X[CI_X_SIZE];
typedef struct {
int LibraryVersion; /* CI Library version */
int ManufacturerVersion; /* Card's hardware version */
char ManufacturerName[CI_NAME_SIZE+4]; /* Card manufacturer's name*/
char ProductName[CI_NAME_SIZE+4]; /* Card's product name */
char ProcessorType[CI_NAME_SIZE+4]; /* Card's processor type */
unsigned long UserRAMSize; /* Amount of User RAM in bytes */
unsigned long LargestBlockSize; /* Largest block of data to pass in */
int KeyRegisterCount; /* Number of key registers */
int CertificateCount; /* Maximum number of personalities (# certs-1) */
int CryptoCardFlag; /* A flag that if non-zero indicates that there is
a Crypto-Card in the socket. If this value is
zero then there is NOT a Crypto-Card in the
sockets. */
int ICDVersion; /* The ICD compliance level */
int ManufacturerSWVer; /* The Manufacturer's Software Version */
int DriverVersion; /* Driver Version */
} CI_CONFIG, CI_FAR *CI_CONFIG_PTR;
typedef struct {
int CertificateIndex; /* Index from 1 to CertificateCount */
CI_CERT_STR CertLabel; /* The certificate label */
} CI_PERSON, CI_FAR *CI_PERSON_PTR;
typedef struct {
int CurrentSocket; /* The currently selected socket */
int LockState; /* Lock status of the current socket */
CI_SERIAL_NUMBER SerialNumber; /* Serial number of the Crypto Engine chip */
CI_STATE CurrentState; /* State of The Card */
int DecryptionMode; /* Decryption mode of The Card */
int EncryptionMode; /* Encryption mode of The Card */
int CurrentPersonality; /* Index of the current personality */
int KeyRegisterCount; /* No. of Key Register on The Card */
CI_REG_FLAGS KeyRegisterFlags; /* Bit Masks indicating Key Register use */
int CertificateCount; /* No. of Certificates on The Card */
CI_CERT_FLAGS CertificateFlags; /* Bit Mask indicating certificate use */
unsigned char Flags[CI_STATUS_FLAGS_SIZE];
/* Flag[0] : bit 6 for Condition mode */
/* bit 4 for Clock mode */
} CI_STATUS, CI_FAR *CI_STATUS_PTR;
#endif
/* Session constants */
#ifndef HSESSION_DEFINE
typedef unsigned int HSESSION;
#define HSESSION_DEFINE
#endif
#define MAXSESSION 100
/*****************************************************************************
Function Call Prototypes
****************************************************************************/
RETURN_TYPE
MACI_ChangePIN PROTO_LIST( (
HSESSION hSession,
int PINType,
CI_PIN CI_FAR pOldPIN,
CI_PIN CI_FAR pNewPIN ) );
RETURN_TYPE
MACI_CheckPIN PROTO_LIST( (
HSESSION hSession,
int PINType,
CI_PIN CI_FAR pPIN ) );
RETURN_TYPE
MACI_Close PROTO_LIST( (
HSESSION hSession,
unsigned int Flags,
int SocketIndex ) );
RETURN_TYPE
MACI_Decrypt PROTO_LIST( (
HSESSION hSession,
unsigned int CipherSize,
CI_DATA pCipher,
CI_DATA pPlain ) );
RETURN_TYPE
MACI_DeleteCertificate PROTO_LIST( (
HSESSION hSession,
int CertificateIndex ) );
RETURN_TYPE
MACI_DeleteKey PROTO_LIST( (
HSESSION hSession,
int RegisterIndex ) );
RETURN_TYPE
MACI_Encrypt PROTO_LIST( (
HSESSION hSession,
unsigned int PlainSize,
CI_DATA pPlain,
CI_DATA pCipher ) );
RETURN_TYPE
MACI_ExtractX PROTO_LIST( (
HSESSION hSession,
int CertificateIndex,
int AlgorithmType,
CI_PASSWORD CI_FAR pPassword,
unsigned int YSize,
CI_Y CI_FAR pY,
CI_WRAPPED_X CI_FAR pX,
CI_RA CI_FAR pRa,
unsigned int PandGSize,
unsigned int QSize,
CI_P CI_FAR pP,
CI_Q CI_FAR pQ,
CI_G CI_FAR pG ) );
RETURN_TYPE
MACI_FirmwareUpdate PROTO_LIST( (
HSESSION hSession,
unsigned long Flags,
long Cksum,
unsigned int CksumLength,
unsigned int DataSize,
CI_DATA pData ) );
RETURN_TYPE
MACI_GenerateIV PROTO_LIST( (
HSESSION hSession,
CI_IV CI_FAR pIV ) );
RETURN_TYPE
MACI_GenerateMEK PROTO_LIST( (
HSESSION hSession,
int RegisterIndex,
int Reserved ) );
RETURN_TYPE
MACI_GenerateRa PROTO_LIST( (
HSESSION hSession,
CI_RA CI_FAR pRa ) );
RETURN_TYPE
MACI_GenerateRandom PROTO_LIST( (
HSESSION hSession,
CI_RANDOM CI_FAR pRandom ) );
RETURN_TYPE
MACI_GenerateTEK PROTO_LIST( (
HSESSION hSession,
int Flags,
int RegisterIndex,
CI_RA CI_FAR pRa,
CI_RB CI_FAR pRb,
unsigned int YSize,
CI_Y CI_FAR pY ) );
RETURN_TYPE
MACI_GenerateX PROTO_LIST( (
HSESSION hSession,
int CertificateIndex,
int AlgorithmType,
unsigned int PandGSize,
unsigned int QSize,
CI_P CI_FAR pP,
CI_Q CI_FAR pQ,
CI_G CI_FAR pG,
unsigned int YSize,
CI_Y CI_FAR pY ) );
RETURN_TYPE
MACI_GetCertificate PROTO_LIST( (
HSESSION hSession,
int CertificateIndex,
CI_CERTIFICATE CI_FAR pCertificate ) );
RETURN_TYPE
MACI_GetConfiguration PROTO_LIST( (
HSESSION hSession,
CI_CONFIG_PTR pConfiguration ) );
RETURN_TYPE
MACI_GetHash PROTO_LIST( (
HSESSION hSession,
unsigned int DataSize,
CI_DATA pData,
CI_HASHVALUE CI_FAR pHashValue ) );
RETURN_TYPE
MACI_GetPersonalityList PROTO_LIST( (
HSESSION hSession,
int EntryCount,
CI_PERSON CI_FAR pPersonalityList[] ) );
RETURN_TYPE
MACI_GetSessionID PROTO_LIST( (
HSESSION *hSession ) );
RETURN_TYPE
MACI_GetState PROTO_LIST( (
HSESSION hSession,
CI_STATE_PTR pState ) );
RETURN_TYPE
MACI_GetStatus PROTO_LIST( (
HSESSION hSession,
CI_STATUS_PTR pStatus ) );
RETURN_TYPE
MACI_GetTime PROTO_LIST( (
HSESSION hSession,
CI_TIME CI_FAR pTime ) );
RETURN_TYPE
MACI_Hash PROTO_LIST( (
HSESSION hSession,
unsigned int DataSize,
CI_DATA pData ) );
RETURN_TYPE
MACI_Initialize PROTO_LIST( (
int CI_FAR *SocketCount ) );
RETURN_TYPE
MACI_InitializeHash PROTO_LIST( (
HSESSION hSession ) );
RETURN_TYPE
MACI_InstallX PROTO_LIST( (
HSESSION hSession,
int CertificateIndex,
int AlgorithmType,
CI_PASSWORD CI_FAR pPassword,
unsigned int YSize,
CI_Y CI_FAR pY,
CI_WRAPPED_X CI_FAR pWrappedX,
CI_RA CI_FAR pRa,
unsigned int PandGSize,
unsigned int QSize,
CI_P CI_FAR pP,
CI_Q CI_FAR pQ,
CI_G CI_FAR pG ) );
RETURN_TYPE
MACI_LoadCertificate PROTO_LIST( (
HSESSION hSession,
int CertificateIndex,
CI_CERT_STR CI_FAR pCertLabel,
CI_CERTIFICATE CI_FAR pCertificate,
long Reserved ) );
RETURN_TYPE
MACI_LoadDSAParameters PROTO_LIST( (
HSESSION hSession,
unsigned int PandGSize,
unsigned int QSize,
CI_P CI_FAR pP,
CI_Q CI_FAR pQ,
CI_G CI_FAR pG ) );
RETURN_TYPE
MACI_LoadInitValues PROTO_LIST( (
HSESSION hSession,
CI_RANDSEED CI_FAR pRandSeed,
CI_KS CI_FAR pKs ) );
RETURN_TYPE
MACI_LoadIV PROTO_LIST( (
HSESSION hSession,
CI_IV CI_FAR pIV ) );
RETURN_TYPE
MACI_LoadX PROTO_LIST( (
HSESSION hSession,
int CertificateIndex,
int AlgorithmType,
unsigned int PandGSize,
unsigned int QSize,
CI_P CI_FAR pP,
CI_Q CI_FAR pQ,
CI_G CI_FAR pG,
CI_X CI_FAR pX,
unsigned int YSize,
CI_Y CI_FAR pY ) );
RETURN_TYPE
MACI_Lock PROTO_LIST( (
HSESSION hSession,
int Flags ) );
RETURN_TYPE
MACI_Open PROTO_LIST( (
HSESSION hSession,
unsigned int Flags,
int SocketIndex ) );
RETURN_TYPE
MACI_RelayX PROTO_LIST( (
HSESSION hSession,
CI_PASSWORD CI_FAR pOldPassword,
unsigned int OldYSize,
CI_Y CI_FAR pOldY,
CI_RA CI_FAR pOldRa,
CI_WRAPPED_X CI_FAR pOldWrappedX,
CI_PASSWORD CI_FAR pNewPassword,
unsigned int NewYSize,
CI_Y CI_FAR pNewY,
CI_RA CI_FAR pNewRa,
CI_WRAPPED_X CI_FAR pNewWrappedX ) );
RETURN_TYPE
MACI_Reset PROTO_LIST( (
HSESSION hSession ) );
RETURN_TYPE
MACI_Restore PROTO_LIST( (
HSESSION hSession,
int CryptoType,
CI_SAVE_DATA CI_FAR pData ) );
RETURN_TYPE
MACI_Save PROTO_LIST( (
HSESSION hSession,
int CryptoType,
CI_SAVE_DATA CI_FAR pData ) );
RETURN_TYPE
MACI_Select PROTO_LIST( (
HSESSION hSession,
int SocketIndex ) );
RETURN_TYPE
MACI_SetConfiguration PROTO_LIST( (
HSESSION hSession,
int Type,
unsigned int DataSize,
CI_DATA pData ) );
RETURN_TYPE
MACI_SetKey PROTO_LIST( (
HSESSION hSession,
int RegisterIndex ) );
RETURN_TYPE
MACI_SetMode PROTO_LIST( (
HSESSION hSession,
int CryptoType,
int CryptoMode ) );
RETURN_TYPE
MACI_SetPersonality PROTO_LIST( (
HSESSION hSession,
int CertificateIndex ) );
RETURN_TYPE
MACI_SetTime PROTO_LIST( (
HSESSION hSession,
CI_TIME CI_FAR pTime ) );
RETURN_TYPE
MACI_Sign PROTO_LIST( (
HSESSION hSession,
CI_HASHVALUE CI_FAR pHashValue,
CI_SIGNATURE CI_FAR pSignature ) );
RETURN_TYPE
MACI_Terminate PROTO_LIST( (
HSESSION hSession ) );
RETURN_TYPE
MACI_TimeStamp PROTO_LIST( (
HSESSION hSession,
CI_HASHVALUE CI_FAR pHashValue,
CI_SIGNATURE CI_FAR pSignature,
CI_TIMESTAMP CI_FAR pTimeStamp ) );
RETURN_TYPE
MACI_Unlock PROTO_LIST( (
HSESSION hSession) );
RETURN_TYPE
MACI_UnwrapKey PROTO_LIST( (
HSESSION hSession,
int UnwrapIndex,
int KeyIndex,
CI_KEY CI_FAR pKey ) );
RETURN_TYPE
MACI_VerifySignature PROTO_LIST( (
HSESSION hSession,
CI_HASHVALUE CI_FAR pHashValue,
unsigned int YSize,
CI_Y CI_FAR pY,
CI_SIGNATURE CI_FAR pSignature ) );
RETURN_TYPE
MACI_VerifyTimeStamp PROTO_LIST( (
HSESSION hSession,
CI_HASHVALUE CI_FAR pHashValue,
CI_SIGNATURE CI_FAR pSignature,
CI_TIMESTAMP CI_FAR pTimeStamp ) );
RETURN_TYPE
MACI_WrapKey PROTO_LIST( (
HSESSION hSession,
int WrapIndex,
int KeyIndex,
CI_KEY CI_FAR pKey ) );
RETURN_TYPE
MACI_Zeroize PROTO_LIST( (
HSESSION hSession ) );
#if __cplusplus__ || __cplusplus
}
#endif /* C++ */
#endif /* CRYPTINT_H */
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