/*

* Copyright (c) 2006-2009 Nokia Corporation and/or its subsidiary(-ies).

* All rights reserved.

* This component and the accompanying materials are made available

* under the terms of the License "Eclipse Public License v1.0"

* which accompanies this distribution, and is available

* at the URL "http://www.eclipse.org/legal/epl-v10.html".

*

* Initial Contributors:

* Nokia Corporation - initial contribution.

*

* Contributors:

*

* Description: 

* crypto spi data definition

*

*/

/**

 @file

 @publishedPartner

 @released

*/

#ifndef __CRYPTOAPI_CRYPTOSPIDEF_H__

#define __CRYPTOAPI_CRYPTOSPIDEF_H__

#include <e32base.h>

namespace CryptoSpi

	{

	/**

	Definition of Cryptography interface UID value

	*/

	const TInt32 KHashInterface = 0x10283161;

	const TInt32 KRandomInterface = 0x10283162;

	const TInt32 KSymmetricCipherInterface = 0x10283163;

	const TInt32 KAsymmetricCipherInterface = 0x10283164;

	const TInt32 KSignerInterface = 0x10283165;

	const TInt32 KVerifierInterface = 0x10283166;

	const TInt32 KKeyAgreementInterface = 0x10283167;

	const TInt32 KKeyGeneratorInterface = 0x10283168;

	const TInt32 KKeypairGeneratorInterface = 0x10283169;

	const TInt32 KAsyncHashInterface = 0x1028316a;

	const TInt32 KAsyncRandomInterface = 0x1028316b;

	const TInt32 KAsyncSymmetricCipherInterface = 0x1028316c;

	const TInt32 KAsyncAsymmetricCipherInterface = 0x1028316d;

	const TInt32 KAsyncSignerInterface = 0x1028316e;

	const TInt32 KAsyncVerifierInterface = 0x1028316f;

	const TInt32 KAsyncKeyAgreementInterface = 0x10283170;

	const TInt32 KAsyncKeyGeneratorInterface = 0x10283171;

	const TInt32 KAsyncKeypairGeneratorInterface = 0x10283172;

/******************************MAC INTERFACE UIDS**********************************/

#ifdef SYMBIAN_SDP_IPSEC_VOIP_SUPPORT

	/**

	 * Mac Interface Uid

	 */

	const TInt32 KMacInterface = 0x2001ED9A;

	/**

	 * Asynchronous Mac Interface Uid

	 */

	const TInt32 KAsyncMacInterface = 0x2001ED9B;

	/**

	 * Definition of Mac mode Uid value

	 */

	const TInt32 KSymmetricCipherMode = 0x2001ED9C;

	/**

	 * Definition of Mac algorithm UID value

	 */

	const TInt32 KAlgorithmCipherAesXcbcMac96 = 0x2001ED9D; 

	const TInt32 KAlgorithmCipherAesXcbcPrf128 = 0x2001ED9E;

	/**

     * Mac algorithm Uids

	 */	

	const TUid KMacInterfaceUid={KMacInterface};

	const TUid KAsyncMacInterfaceUid={KAsyncMacInterface};

	const TUid KSymmetricCipherModeUid = {KSymmetricCipherMode};

	const TUid KAesXcbcMac96Uid = {KAlgorithmCipherAesXcbcMac96};

	const TUid KAesXcbcPrf128Uid = {KAlgorithmCipherAesXcbcPrf128};

#endif

/********************************************************************************/

	/**

	Hash Interface Uid

	*/

	const TUid KHashInterfaceUid={KHashInterface};

	/**

	Random Interface Uid

	*/

	const TUid KRandomInterfaceUid={KRandomInterface};

	/**

	Symmetric Cipher Interface Uid

	*/

	const TUid KSymmetricCipherInterfaceUid={KSymmetricCipherInterface};

	/**

	Asymmetric Cipher Interface Uid

	*/

	const TUid KAsymmetricCipherInterfaceUid={KAsymmetricCipherInterface};

	/**

	Signer Interface Uid

	*/

	const TUid KSignerInterfaceUid={KSignerInterface};

	/**

	Verifier Interface Uid

	*/

	const TUid KVerifierInterfaceUid={KVerifierInterface};

	/**

	Key Agreement Interface Uid

	*/

	const TUid KKeyAgreementInterfaceUid={KKeyAgreementInterface};

	/**

	Key generator Interface Uid

	*/

	const TUid KKeyGeneratorInterfaceUid={KKeyGeneratorInterface};

	/**

	Key generator Interface Uid

	*/

	const TUid KKeypairGeneratorInterfaceUid={KKeypairGeneratorInterface};

	/**

	Asynchronous Hash Interface Uid

	*/

	const TUid KAsyncHashInterfaceUid={KAsyncHashInterface};

	/**

	Asynchronous Random Interface Uid

	*/

	const TUid KAsyncRandomInterfaceUid={KAsyncRandomInterface};

	/**

	Asynchronous Symmetric Cipher Interface Uid

	*/

	const TUid KAsyncSymmetricCipherInterfaceUid={KAsyncSymmetricCipherInterface};

	/**

	Asynchronous Asymmetric Cipher Interface Uid

	*/

	const TUid KAsyncAsymmetricCipherInterfaceUid={KAsyncAsymmetricCipherInterface};

	/**

	Asynchronous Signer Interface Uid

	*/

	const TUid KAsyncSignerInterfaceUid={KAsyncSignerInterface};

	/**

	Asynchronous Verifier Interface Uid

	*/

	const TUid KAsyncVerifierInterfaceUid={KAsyncVerifierInterface};

	/**

	Asynchronous Key Agreement Interface Uid

	*/

	const TUid KAsyncKeyAgreementInterfaceUid={KAsyncKeyAgreementInterface};

	/**

	Asynchronous Key generator Interface Uid

	*/

	const TUid KAsyncKeyGeneratorInterfaceUid={KAsyncKeyGeneratorInterface};

	/**

	Asynchronous Key generator Interface Uid

	*/

	const TUid KAsyncKeypairGeneratorInterfaceUid={KAsyncKeypairGeneratorInterface};

	// Need to initialise directly by element to avoid ARMV5 compiler generating

	// an array construction table which causes writable global data to be placed

	// in the binary (writable global data is not permitted by the movable memory

	// model which e.g., the H2 reference board has to use).

	const TUid KInterfacesUids[]=

		{

		{KHashInterface}, 

		{KRandomInterface}, 

		{KSymmetricCipherInterface}, 

		{KAsymmetricCipherInterface},

		{KSignerInterface},

		{KVerifierInterface},

		{KKeyAgreementInterface},

		{KKeyGeneratorInterface},

		{KKeypairGeneratorInterface},

		{KAsyncHashInterface},

		{KAsyncRandomInterface},

		{KAsyncSymmetricCipherInterface},

		{KAsyncAsymmetricCipherInterface},

		{KAsyncSignerInterface},

		{KAsyncVerifierInterface},

		{KAsyncKeyAgreementInterface},

		{KAsyncKeyGeneratorInterface},

		{KAsyncKeypairGeneratorInterface},

#ifdef SYMBIAN_SDP_IPSEC_VOIP_SUPPORT		

		{KMacInterface},

		{KAsyncMacInterface},

#endif		

		};

	/**

	Definition of Hash algorithm UID value

	*/

	const TInt32 KAlgorithmHashMd2 = 0x10283173;

	const TInt32 KAlgorithmHashMd4 = 0x2000B341;

	const TInt32 KAlgorithmHashMd5 = 0x10283174;

	const TInt32 KAlgorithmHashSha1 = 0x10283175;

	const TInt32 KAlgorithmHashSha224 = 0x2000E258;

	const TInt32 KAlgorithmHashSha256 = 0x2000E259;

	const TInt32 KAlgorithmHashSha384 = 0x2000E25A;

	const TInt32 KAlgorithmHashSha512 = 0x2000E25B;

	/**

	Md2 algorithm Uid

	*/	

	const TUid KMd2Uid={KAlgorithmHashMd2};

	/**

	Md4 algorithm Uid

	*/	

	const TUid KMd4Uid={KAlgorithmHashMd4};

	/**

	Md5 algorithm Uid

	*/	

	const TUid KMd5Uid={KAlgorithmHashMd5};

	/**

	Sha1 algorithm Uid

	*/	

	const TUid KSha1Uid={KAlgorithmHashSha1};

	/**

	Sha224 algorithm Uid

	*/	

	const TUid KSha224Uid={KAlgorithmHashSha224};

	/**

	Sha256 algorithm Uid

	*/	

	const TUid KSha256Uid={KAlgorithmHashSha256};

	/**

	Sha384 algorithm Uid

	*/	

	const TUid KSha384Uid={KAlgorithmHashSha384};

	/**

	Sha512 algorithm Uid

	*/	

	const TUid KSha512Uid={KAlgorithmHashSha512};

	/**

	Definition of hash mode Uid value

	*/

	const TInt32 KHashMode = 0x10283176;

	const TInt32 KHmacMode = 0x10283177;

	/**

	Hash mode Uid

	*/

	const TUid KHashModeUid = {KHashMode};

	/**

	Hmac mode Uid

	*/

	const TUid KHmacModeUid = {KHmacMode};

	/**

	Definition of Random algorithm UID value

	*/ 

	const TInt32 KAlgorithmRandom = 0x10283178;

	/**

	Random algorithm Uid

	*/	

	const TUid KRandomUid={KAlgorithmRandom};

	/**

	Definition of Symmetric Cipher algorithm UID value

	*/ 

	const TInt32 KAlgorithmCipherDes = 0x10283179;

	const TInt32 KAlgorithmCipher3Des = 0x1028317a;

	const TInt32 KAlgorithmCipherRc2 = 0x1028317b;

	const TInt32 KAlgorithmCipherArc4 = 0x1028317c;

	const TInt32 KAlgorithmCipherAes = 0x1028317d;

	const TInt32 KAlgorithmCipherMisty1 = 0x102831be;

	const TInt32 KAlgorithmCipherMisty2 = 0x102831bf;

	const TInt32 KAlgorithmCipherKasumi = 0x102831c0;

	/**

	Des algorithm Uid

	*/

	const TUid KDesUid={KAlgorithmCipherDes};

	/**

	3Des algorithm Uid

	*/

	const TUid K3DesUid={KAlgorithmCipher3Des};

	/**

	RC2 algorithm Uid

	*/

	const TUid KRc2Uid={KAlgorithmCipherRc2};

	/**

	ARC4 algorithm Uid

	*/

	const TUid KArc4Uid={KAlgorithmCipherArc4};

	/**

	AES algorithm Uid

	*/

	const TUid KAesUid={KAlgorithmCipherAes};

	/**

	Misty1 (RFC 2294) algorithm Uid

	*/

	const TUid KMisty1Uid={KAlgorithmCipherMisty1};

	/**

	Misty2 algorithm Uid

	*/

	const TUid KMisty2Uid={KAlgorithmCipherMisty2};

	/**

	Kasumi algorithm Uid

	*/

	const TUid KKasumiUid={KAlgorithmCipherKasumi};	

	/**

	Definition of Asymmetric Cipher algorithm UID value

	*/ 

	const TInt32 KAlgorithmCipherRsa = 0x1028317e;

	/**

	Rsa Cipher algorithm Uid

	*/

	const TUid KRsaCipherUid={KAlgorithmCipherRsa};

	/**

	Definition of Signer algorithm UID value

	*/ 

	const TInt32 KAlgorithmSignerRsa = 0x1028317f;

	const TInt32 KAlgorithmSignerDsa = 0x10283180;

	/**

	Rsa Signer algorithm Uid

	*/

	const TUid KRsaSignerUid={KAlgorithmSignerRsa};

	/**

	Dsa Signer algorithm Uid

	*/

	const TUid KDsaSignerUid={KAlgorithmSignerDsa};

	/**

	Definition of Verifier algorithm UID value

	*/

	const TInt32 KAlgorithmVerifierRsa = 0x10283181;

	const TInt32 KAlgorithmVerifierDsa = 0x10283182;

	/**

	Rsa Veifier algorithm Uid

	*/

	const TUid KRsaVerifierUid={KAlgorithmVerifierRsa};

	/**

	Dsa Signer algorithm Uid

	*/

	const TUid KDsaVerifierUid={KAlgorithmVerifierDsa};

	/**

	Definition of Key Agreement algorithm UID value

	*/

	const TInt32 KAlgorithmKeyAgreementDH = 0x10283183;

	/**

	DH Agreement algorithm Uid

	*/

	const TUid KDHAgreementUid={KAlgorithmKeyAgreementDH};

	/**

	Definition of Key Pair Generator algorithm UID value

	*/

	const TInt32 KAlgorithmDHKeyPairGenerator = 0x10283184;

	const TInt32 KAlgorithmRSAKeyPairGenerator = 0x10283185;

	const TInt32 KAlgorithmDSAKeyPairGenerator = 0x10283186;

	/**

	DH Key Pair Generator Algorithm Uid

	*/

	const TUid KDHKeyPairGeneratorUid={KAlgorithmDHKeyPairGenerator};

	/**

	RSA Key Pair Generator Algorithm Uid

	*/

	const TUid KRSAKeyPairGeneratorUid={KAlgorithmRSAKeyPairGenerator};

	/**

	DSA Key Pair Generator Algorithm Uid

	*/

	const TUid KDSAKeyPairGeneratorUid={KAlgorithmDSAKeyPairGenerator};

	/**

	This fake interface uid is used to allow the sub-class of CPadding

	to be determined via Extension_ because true RTTI is not supported.		

	*/

	const TInt32 KPaddingInterface = 0x10283187;

	const TUid KPaddingInterfaceUid = {KPaddingInterface};		

	/**

	Definition of Padding mode UID value

	*/

	const TInt32 KPaddingModeNone = 0x10283188;

	const TInt32 KPaddingModeSSLv3 = 0x10283189;

	const TInt32 KPaddingModePKCS7 = 0x1028318a;

	const TInt32 KPaddingModePkcs1_v1_5_Encryption = 0x1028318b;

	const TInt32 KPaddingModePkcs1_v1_5_Signature = 0x1028318c;

	/**

	Padding Mode None Uid

	*/

	const TUid KPaddingModeNoneUid = {KPaddingModeNone};

	/**

	SSLv3 Padding Mode Uid

	*/	

	const TUid KPaddingModeSSLv3Uid = {KPaddingModeSSLv3};

	/**

	PKCS7 Padding Mode Uid

	*/		

	const TUid KPaddingModePKCS7Uid = {KPaddingModePKCS7};

	/**

	Pkcs1 v1.5 Encryption Padding mode Uid

	*/

	const TUid KPaddingModePkcs1_v1_5_EncryptionUid = {KPaddingModePkcs1_v1_5_Encryption};

	/**

	Pkcs1 v1.5 Signature Padding mode Uid

	*/	

	const TUid KPaddingModePkcs1_v1_5_SignatureUid = {KPaddingModePkcs1_v1_5_Signature};	

	/**

	Definition of Cryptography mode UID value

	*/

	const TInt32 KCryptoModeEncrypt = 0x1028318d;

	const TInt32 KCryptoModeDecrypt = 0x1028318e;

	const TInt32 KCryptoModeNone = 0x1028318f;

	/**

	Crypto Encrypt Mode Uid

	*/

	const TUid KCryptoModeEncryptUid = {KCryptoModeEncrypt};

	/**

	Crypto Decrypt Mode Uid

	*/

	const TUid KCryptoModeDecryptUid = {KCryptoModeDecrypt};

	/**

	Crypto None Mode Uid

	*/

	const TUid KCryptoModeNoneUid = {KCryptoModeNone};

	/**

	Definition of Symmetric operation mode Uid value

	*/

	const TInt32 KOperationModeNone = 0x10283190;

	const TInt32 KOperationModeECB = 0x10283191;

	const TInt32 KOperationModeCBC = 0x10283192;

	const TInt32 KOperationModeOFB = 0x10283193;

	const TInt32 KOperationModeCFB = 0x10283194;

	const TInt32 KOperationModeCTR = 0x10283195;

	/**

	None Mode Uid

	*/

	const TUid KOperationModeNoneUid = {KOperationModeNone};

	/**

	ECB Mode Uid

	*/

	const TUid KOperationModeECBUid = {KOperationModeECB};

	/**

	CBC Mode Uid

	*/	

	const TUid KOperationModeCBCUid = {KOperationModeCBC};

	/**

	OFB Mode Uid

	*/	

	const TUid KOperationModeOFBUid = {KOperationModeOFB};

	/**

	CFB Mode Uid

	*/	

	const TUid KOperationModeCFBUid = {KOperationModeCFB};

	/**

	CTR Mode Uid

	*/	

	const TUid KOperationModeCTRUid = {KOperationModeCTR};

 	/**

 	Definition of the Hmac key parameter Uid value

 	*/

 	const TInt32 KHmacKeyParameter = 0x102831ba;	

 	const TUid KHmacKeyParameterUid={KHmacKeyParameter};

	/**

	Definition of the Symmetric key parameter Uid value

	*/

	const TInt32 KSymmetricKeyParameter = 0x10283196;	

	const TUid KSymmetricKeyParameterUid={KSymmetricKeyParameter};

	/**

	Definition of the Dsa key parameter Uid value

	*/	

	const TInt32 KDsaKeyParameterP = 0x10283197;

	const TInt32 KDsaKeyParameterQ = 0x10283198;

	const TInt32 KDsaKeyParameterG = 0x10283199;

	const TInt32 KDsaKeyParameterY = 0x1028319a;

	const TInt32 KDsaKeyParameterX = 0x1028319b;

	const TInt32 KDsaKeyGenerationCounter = 0x1028319c;

	const TInt32 KDsaKeyGenerationSeed = 0x1028319d;

	const TUid KDsaKeyParameterPUid={KDsaKeyParameterP};

	const TUid KDsaKeyParameterQUid={KDsaKeyParameterQ};

	const TUid KDsaKeyParameterGUid={KDsaKeyParameterG};

	const TUid KDsaKeyParameterYUid={KDsaKeyParameterY};

	const TUid KDsaKeyParameterXUid={KDsaKeyParameterX};

	const TUid KDsaKeyGenerationCounterUid={KDsaKeyGenerationCounter};

	const TUid KDsaKeyGenerationSeedUid={KDsaKeyGenerationSeed};

	/**

	Definition of the Diffie-Hellman parameter Uid value

	*/

	const TInt32 KDhKeyParameterN = 0x1028319e;

	const TInt32 KDhKeyParameterG = 0x1028319f;

	const TInt32 KDhKeyParameterX = 0x102831a0;

	const TInt32 KDhKeyParameterx = 0x102831a1;

	const TUid KDhKeyParameterNUid = {KDhKeyParameterN};

	const TUid KDhKeyParameterGUid = {KDhKeyParameterG};

	const TUid KDhKeyParameterXUid = {KDhKeyParameterX};

	const TUid KDhKeyParameterxUid = {KDhKeyParameterx};

	/**

	Definition of the RSA cipher parameter Uid value

	*/

	const TInt32 KRsaKeyParameterN = 0x102831a2;

	const TInt32 KRsaKeyParameterE = 0x102831a3;

	const TInt32 KRsaKeyParameterD = 0x102831a4;

	const TInt32 KRsaKeyParameterP = 0x102831a5;

	const TInt32 KRsaKeyParameterQ = 0x102831a6;

	const TInt32 KRsaKeyParameterQInv = 0x102831a7;

	const TInt32 KRsaKeyParameterDP = 0x102831a8;

	const TInt32 KRsaKeyParameterDQ = 0x102831a9;

	const TUid KRsaKeyParameterNUid = {KRsaKeyParameterN};

	const TUid KRsaKeyParameterEUid = {KRsaKeyParameterE};

	const TUid KRsaKeyParameterDUid = {KRsaKeyParameterD};

	const TUid KRsaKeyParameterPUid = {KRsaKeyParameterP};

	const TUid KRsaKeyParameterQUid = {KRsaKeyParameterQ};

	const TUid KRsaKeyParameterQInvUid = {KRsaKeyParameterQInv};

	const TUid KRsaKeyParameterDPUid = {KRsaKeyParameterDP};

	const TUid KRsaKeyParameterDQUid = {KRsaKeyParameterDQ};

	/**

	Definition of the DSA Signature Parameter Uid value

	*/

	const TInt32 KDsaSignatureParameterR = 0x102831aa;

	const TInt32 KDsaSignatureParameterS = 0x102831ab;

	const TUid KDsaSignatureParameterRUid = {KDsaSignatureParameterR};

	const TUid KDsaSignatureParameterSUid = {KDsaSignatureParameterS};

	/**

	Definition of the RSA Signature Parameter Uid value

	*/	

	const TInt32 KRsaSignatureParameterS = 0x102831ac;

	const TUid KRsaSignatureParameterSUid = {KRsaSignatureParameterS};

	/**

	Definition of the key type uid

	*/

	const TInt32 KRsaKeyType = 0x102831ad;

	const TUid KRsaKeyTypeUid= {KRsaKeyType};

	/**

	Definition of Symmetric and Asymmetric Key Type Uid value

	*/

	const TInt32 KHmacKey = 0x102831bb;

	const TInt32 KSymmetricKey = 0x102831ae;	

	const TInt32 KDsaPublicKey = 0x102831af;

	const TInt32 KDsaPrivateKey = 0x102831b0;

	const TInt32 KRsaPublicKey = 0x102831b1;

	const TInt32 KRsaPrivateKeyStandard = 0x102831b2;

	const TInt32 KRsaPrivateKeyCRT = 0x102831b3;

	const TInt32 KDHPublicKey = 0x102831b4;

	const TInt32 KDHPrivateKey = 0x102831b5;

	const TInt32 KDHAgreedKey = 0x102831b6;

	const TUid KHmacKeyUid={KHmacKey};

	const TUid KSymmetricKeyUid={KSymmetricKey};

	const TUid KDsaPublicKeyUid={KDsaPublicKey};

	const TUid KDsaPrivateKeyUid={KDsaPrivateKey};

	const TUid KRsaPublicKeyUid={KRsaPublicKey};

	const TUid KRsaPrivateKeyStandardUid={KRsaPrivateKeyStandard};

	const TUid KRsaPrivateKeyCRTUid={KRsaPrivateKeyCRT};

	const TUid KDHPublicKeyUid={KDHPublicKey};

	const TUid KDHPrivateKeyUid={KDHPrivateKey};

	const TUid KDHAgreedKeyUid={KDHAgreedKey};

	const TUid KRC2EffectiveKeyLenBits = { 0x102831bc };

	const TUid KARC4DiscardBytes = { 0x102831bd };

	/**

	Definition of Key Attribute value

	*/

	const TInt32 KNonEmbeddedKey = 0x102831b7;

	const TInt32 KExtractableKey = 0x102831b8;

	const TInt32 KNonExtractableKey = 0x102831b9;

	const TUid KNonEmbeddedKeyUid={KNonEmbeddedKey};

	const TUid KExtractableKeyUid={KExtractableKey};

	const TUid KNonExtractableKeyUid={KNonExtractableKey};

#ifdef SYMBIAN_ENABLE_SDP_WMDRM_SUPPORT

	/**

	 * The UID below is not specific to ECC. This should be used 

	 * as a CKey key param, whenever the user of CryptoSPI just has

	 * the handle and not the actual key with him. The SPI plugin 

	 * should search for this ID and invoke the right apis for 

	 * getting access to keys.

	 */

    const TInt32 KPassedHandleToKey = 0x20025161;

    const TUid KPassedHandleToKeyUid = {KPassedHandleToKey};

#ifdef SYMBIAN_ENABLE_SDP_ECC

    /**

    UIDs related to Ecc (which is Asymmetric Cipher)

    */

    const TInt32 KAlgorithmCipherEcc = 0x20024482;

    const TInt32 KAlgorithmSignerEcc = 0x20024483;

    const TInt32 KAlgorithmVerifierEcc = 0x20024486;

    const TInt32 KAlgorithmECCKeyPairGenerator = 0x20024487;

    const TUid KEccCipherUid = {KAlgorithmCipherEcc};

    const TUid KEccSignerUid = {KAlgorithmSignerEcc};

    const TUid KEccVerifierUid = {KAlgorithmVerifierEcc};

    const TUid KEccKeyPairGeneratorUid = {KAlgorithmECCKeyPairGenerator};

    /**

    UIDs related to ECC keys

    */

    const TInt32 KEccKeyType = 0x20025160;

    const TInt32 KEccPublicKey = 0x20024484;

    const TInt32 KEccPrivateKey = 0x20024485;

    const TUid KEccKeyTypeUid = {KEccKeyType};

    const TUid KEccPublicKeyUid = {KEccPublicKey};

    const TUid KEccPrivateKeyUid = {KEccPrivateKey};

    /**

    UIDs related to ECC key params

    */

    const TInt32 KEccFiniteFieldFP = 0x20025151;

    const TInt32 KEccFiniteFieldF2M = 0x20025152;

    const TInt32 KEccKeyGenerationSeed = 0x20025153;

    const TInt32 KEccKeyParameterP = 0x20025154;

    const TInt32 KEccKeyParameterA = 0x20025155;

    const TInt32 KEccKeyParameterB = 0x20025156;

    const TInt32 KEccKeyParameterG = 0x20025157;

    const TInt32 KEccKeyParameterN = 0x20025158;

    const TInt32 KEccKeyParameterH = 0x20025159;

    const TInt32 KEccKeyParameterM = 0x2002515A;

    const TInt32 KEccKeyParameterF = 0x2002515B;

    const TInt32 KEccKeyParameterD = 0x2002515C;

    const TInt32 KEccKeyParameterQ = 0x2002515D;

    const TInt32 KEccSignatureParameterR = 0x2002515E;

    const TInt32 KEccSignatureParameterS = 0x2002515F;

    const TUid KEccFiniteFieldFPUid = {KEccFiniteFieldFP};

    const TUid KEccFiniteFieldF2MUid = {KEccFiniteFieldF2M};

    const TUid KEccKeyGenerationSeedUid = {KEccKeyGenerationSeed};

    const TUid KEccKeyParameterPUid = {KEccKeyParameterP};

    const TUid KEccKeyParameterAUid = {KEccKeyParameterA};

    const TUid KEccKeyParameterBUid = {KEccKeyParameterB};

    const TUid KEccKeyParameterGUid = {KEccKeyParameterG};

    const TUid KEccKeyParameterNUid = {KEccKeyParameterN};

    const TUid KEccKeyParameterHUid = {KEccKeyParameterH};

    const TUid KEccKeyParameterMUid = {KEccKeyParameterM};

    const TUid KEccKeyParameterFUid = {KEccKeyParameterF};

    const TUid KEccKeyParameterDUid = {KEccKeyParameterD};

    const TUid KEccKeyParameterQUid = {KEccKeyParameterQ};

    const TUid KEccSignatureParameterRUid = {KEccSignatureParameterR};

    const TUid KEccSignatureParameterSUid = {KEccSignatureParameterS};

#endif //SYMBIAN_ENABLE_SDP_ECC

#endif //SYMBIAN_ENABLE_SDP_WMDRM_SUPPORT

	}

#endif //__CRYPTOAPI_CRYPTOSPIDEF_H__