/*
* Copyright (c) 2007-2009 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:
*
*/
/**
@file
@internalTechnology
*/
#include "te_cryptospiconversion.h"
#include "te_cryptospidefs.h"
#include <cryptospi/cryptohashapi.h>
#include <cryptospi/cryptorandomapi.h>
#include "cryptosymmetriccipherapi.h"
#include "cryptoasymmetriccipherapi.h"
#include "cryptosignatureapi.h"
#include "cryptokeypairgeneratorapi.h"
#include "cryptokeyagreementapi.h"
#include <cryptospi/ruleselector.h>
using namespace CryptoSpi;
//Returns the Uid representation for the stored string value
TVariantPtrC::operator TUid()
{
if (*this==_L("KAlgorithmHashMd2")) return KMd2Uid;
else if (*this==_L("KAlgorithmHashMd5")) return KMd5Uid;
else if (*this==_L("KAlgorithmHashSha1")) return KSha1Uid;
else if (*this==_L("KAlgorithmHashMd4")) return KMd4Uid;
else if (*this==_L("KAlgorithmHashSha224")) return KSha224Uid;
else if (*this==_L("KAlgorithmHashSha256")) return KSha256Uid;
else if (*this==_L("KAlgorithmHashSha384")) return KSha384Uid;
else if (*this==_L("KAlgorithmHashSha512")) return KSha512Uid;
else if (*this==_L("KAlgorithmRandom")) return KRandomUid;
else if (*this==_L("KAlgorithmCipherDes")) return KDesUid;
else if (*this==_L("KAlgorithmCipher3Des")) return K3DesUid;
else if (*this==_L("KAlgorithmCipherRc2")) return KRc2Uid;
else if (*this==_L("KAlgorithmCipherArc4")) return KArc4Uid;
else if (*this==_L("KAlgorithmCipherAes")) return KAesUid;
else if (*this==_L("KAlgorithmCipherMisty1")) return KMisty1Uid;
else if (*this==_L("KAlgorithmCipherMisty2")) return KMisty2Uid;
else if (*this==_L("KAlgorithmCipherKasumi")) return KKasumiUid;
else if (*this==_L("KAlgorithmCipherRsa")) return KRsaCipherUid;
else if (*this==_L("KAlgorithmSignerRsa")) return KRsaSignerUid;
else if (*this==_L("KAlgorithmSignerDsa")) return KDsaSignerUid;
else if (*this==_L("KAlgorithmVerifierRsa")) return KRsaVerifierUid;
else if (*this==_L("KAlgorithmVerifierDsa")) return KDsaVerifierUid;
else if (*this==_L("KAlgorithmKeyAgreementDH")) return KDHAgreementUid;
else if (*this==_L("KAlgorithmRSAKeyPairGenerator")) return KRSAKeyPairGeneratorUid;
else if (*this==_L("KAlgorithmDSAKeyPairGenerator")) return KDSAKeyPairGeneratorUid;
else if (*this==_L("KAlgorithmDHKeyPairGenerator")) return KDHKeyPairGeneratorUid;
else if (*this==_L("KHashInterface")) return KHashInterfaceUid;
else if (*this==_L("KRandomInterface")) return KRandomInterfaceUid;
else if (*this==_L("KSymmetricCipherInterface")) return KSymmetricCipherInterfaceUid;
else if (*this==_L("KAsymmetricCipherInterface")) return KAsymmetricCipherInterfaceUid;
else if (*this==_L("KSignerInterface")) return KSignerInterfaceUid;
else if (*this==_L("KVerifierInterface")) return KVerifierInterfaceUid;
else if (*this==_L("KKeyAgreementInterface")) return KKeyAgreementInterfaceUid;
else if (*this==_L("KKeyGeneratorInterface")) return KKeyGeneratorInterfaceUid;
else if (*this==_L("KKeypairGeneratorInterface")) return KKeypairGeneratorInterfaceUid;
else if (*this==_L("KAsyncHashInterface")) return KAsyncHashInterfaceUid;
else if (*this==_L("KAsyncRandomInterface")) return KAsyncRandomInterfaceUid;
else if (*this==_L("KAsyncSymmetricCipherInterface")) return KAsyncSymmetricCipherInterfaceUid;
else if (*this==_L("KAsyncAsymmetricCipherInterface")) return KAsyncAsymmetricCipherInterfaceUid;
else if (*this==_L("KAsyncSignerInterface")) return KAsyncSignerInterfaceUid;
else if (*this==_L("KAsyncVerifierInterface")) return KAsyncVerifierInterfaceUid;
else if (*this==_L("KAsyncKeyAgreementInterface")) return KAsyncKeyAgreementInterfaceUid;
else if (*this==_L("KAsyncKeyGeneratorInterface")) return KAsyncKeyGeneratorInterfaceUid;
else if (*this==_L("KAsyncKeypairGeneratorInterface")) return KAsyncKeypairGeneratorInterfaceUid;
else if (*this==_L("KCryptoModeEncrypt")) return KCryptoModeEncryptUid;
else if (*this==_L("KCryptoModeDecrypt")) return KCryptoModeDecryptUid;
else if (*this==_L("KOperationModeNone")) return KOperationModeNoneUid;
else if (*this==_L("KOperationModeECB")) return KOperationModeECBUid;
else if (*this==_L("KOperationModeCBC")) return KOperationModeCBCUid;
else if (*this==_L("KOperationModeOFB")) return KOperationModeOFBUid;
else if (*this==_L("KOperationModeCFB")) return KOperationModeCFBUid;
else if (*this==_L("KOperationModeCTR")) return KOperationModeCTRUid;
else if (*this==_L("KHashMode")) return KHashModeUid;
else if (*this==_L("KHmacMode")) return KHmacModeUid;
else if (*this==_L("KPaddingInterface")) return KPaddingInterfaceUid;
else if (*this==_L("KPaddingModeNone")) return KPaddingModeNoneUid;
else if (*this==_L("KPaddingModeSSLv3")) return KPaddingModeSSLv3Uid;
else if (*this==_L("KPaddingModePKCS7")) return KPaddingModePKCS7Uid;
else if (*this==_L("KPaddingModePkcs1_v1_5_Encryption")) return KPaddingModePkcs1_v1_5_EncryptionUid;
else if (*this==_L("KPaddingModePkcs1_v1_5_Signature")) return KPaddingModePkcs1_v1_5_SignatureUid;
else if (*this==_L("KSymmetricKey")) return KSymmetricKeyUid;
else if (*this==_L("KSymmetricKeyParameter")) return KSymmetricKeyParameterUid;
else if (*this==_L("KRsaKeyParameterN")) return KRsaKeyParameterNUid;
else if (*this==_L("KHmacKey")) return KHmacKeyUid;
else if (*this==_L("KHmacKeyParameter")) return KHmacKeyParameterUid;
else if (*this==_L("KRsaSigner")) return KRsaSignerUid;
else if (*this==_L("KDsaSigner")) return KDsaSignerUid;
else if (*this==_L("KNone")) return KNoneUid;
else if (*this==_L("KInterfaceType")) return KInterfaceTypeUid;
else if (*this==_L("KAlgorithmType")) return KAlgorithmTypeUid;
else if (*this==_L("KImplementationType")) return KImplementationTypeUid;
else if (*this==_L("KCreatorNameType")) return KCreatorNameTypeUid;
else if (*this==_L("KIsFIPSApprovedType")) return KIsFIPSApprovedTypeUid;
else if (*this==_L("KIsHardwareSupportedType")) return KIsHardwareSupportedTypeUid;
else if (*this==_L("KMaxConcurrencySupportedType")) return KMaxConcurrencySupportedTypeUid;
else if (*this==_L("KLatencyType")) return KLatencyTypeUid;
else if (*this==_L("KThroughputType")) return KThroughputTypeUid;
else if (*this==_L("KBlockSizeType")) return KBlockSizeTypeUid;
else if (*this==_L("KOutputSizeType")) return KOutputSizeTypeUid;
else if (*this==_L("KSupportedOperationModesType")) return KSupportedOperationModesTypeUid;
else if (*this==_L("KBlockingModeType")) return KBlockingModeTypeUid;
else if (*this==_L("KMaximumKeyLengthType")) return KMaximumKeyLengthTypeUid;
else if (*this==_L("KSupportedPaddingModesType")) return KSupportedPaddingModesTypeUid;
else if (*this==_L("KKeySupportModeType")) return KKeySupportModeTypeUid;
else if (*this==_L("KConcurrencyType")) return KConcurrencyTypeUid;
else if (*this==_L("KExclusiveUseType")) return KExclusiveUseTypeUid;
else if (*this==_L("KExtendCharType1")) return KExtendCharType1Uid;
else if (*this==_L("KExtendCharType2")) return KExtendCharType2Uid;
else if (*this==_L("KExtendCharType3")) return KExtendCharType3Uid;
#ifdef SYMBIAN_SDP_IPSEC_VOIP_SUPPORT
else if (*this==_L("KAlgorithmCipherAesXcbcMac96")) return KAesXcbcMac96Uid;
else if (*this==_L("KAlgorithmCipherAesXcbcPrf128")) return KAesXcbcPrf128Uid;
else if (*this==_L("KMacInterface")) return KMacInterfaceUid;
else if (*this==_L("KMacModeType")) return KMacModeTypeUid;
#endif
#if (defined(SYMBIAN_ENABLE_SDP_WMDRM_SUPPORT) && defined(SYMBIAN_ENABLE_SDP_ECC))
else if (*this==_L("KAlgorithmCipherEcc")) return KEccCipherUid;
else if (*this==_L("KAlgorithmSignerEcc")) return KEccSignerUid;
#endif
else
{
User::Panic(*this,KErrNotFound);
return TUid::Null();
}
}
//Returns the TInt representation for the stored string value
TVariantPtrC::operator TInt()
{
if (*this==_L("KAlgorithmHashMd2")) return KAlgorithmHashMd2;
else if (*this==_L("KAlgorithmHashMd5")) return KAlgorithmHashMd5;
else if (*this==_L("KAlgorithmHashSha1")) return KAlgorithmHashSha1;
else if (*this==_L("KAlgorithmHashSha224")) return KAlgorithmHashSha224;
else if (*this==_L("KAlgorithmHashSha256")) return KAlgorithmHashSha256;
else if (*this==_L("KAlgorithmHashSha384")) return KAlgorithmHashSha384;
else if (*this==_L("KAlgorithmHashSha512")) return KAlgorithmHashSha512;
else if (*this==_L("KAlgorithmRandom")) return KAlgorithmRandom;
else if (*this==_L("KAlgorithmCipherDes")) return KAlgorithmCipherDes;
else if (*this==_L("KAlgorithmCipher3Des")) return KAlgorithmCipher3Des;
else if (*this==_L("KAlgorithmCipherRc2")) return KAlgorithmCipherRc2;
else if (*this==_L("KAlgorithmCipherArc4")) return KAlgorithmCipherArc4;
else if (*this==_L("KAlgorithmCipherAes")) return KAlgorithmCipherAes;
else if (*this==_L("KAlgorithmCipherRsa")) return KAlgorithmCipherRsa;
else if (*this==_L("KAlgorithmSignerRsa")) return KAlgorithmSignerRsa;
else if (*this==_L("KAlgorithmSignerDsa")) return KAlgorithmSignerDsa;
else if (*this==_L("KAlgorithmVerifierRsa")) return KAlgorithmVerifierRsa;
else if (*this==_L("KAlgorithmVerifierDsa")) return KAlgorithmVerifierDsa;
else if (*this==_L("KAlgorithmKeyAgreementDH")) return KAlgorithmKeyAgreementDH;
else if (*this==_L("KAlgorithmRSAKeyPairGenerator")) return KAlgorithmRSAKeyPairGenerator;
else if (*this==_L("KAlgorithmDSAKeyPairGenerator")) return KAlgorithmDSAKeyPairGenerator;
else if (*this==_L("KAlgorithmDHKeyPairGenerator")) return KAlgorithmDHKeyPairGenerator;
else if (*this==_L("KHashInterface")) return KHashInterface;
else if (*this==_L("KRandomInterface")) return KRandomInterface;
else if (*this==_L("KSymmetricCipherInterface")) return KSymmetricCipherInterface;
else if (*this==_L("KAsymmetricCipherInterface")) return KAsymmetricCipherInterface;
else if (*this==_L("KSignerInterface")) return KSignerInterface;
else if (*this==_L("KVerifierInterface")) return KVerifierInterface;
else if (*this==_L("KKeyAgreementInterface")) return KKeyAgreementInterface;
else if (*this==_L("KKeyGeneratorInterface")) return KKeyGeneratorInterface;
else if (*this==_L("KKeypairGeneratorInterface")) return KKeypairGeneratorInterface;
else if (*this==_L("KAsyncHashInterface")) return KAsyncHashInterface;
else if (*this==_L("KAsyncRandomInterface")) return KAsyncRandomInterface;
else if (*this==_L("KAsyncSymmetricCipherInterface")) return KAsyncSymmetricCipherInterface;
else if (*this==_L("KAsyncAsymmetricCipherInterface")) return KAsyncAsymmetricCipherInterface;
else if (*this==_L("KAsyncSignerInterface")) return KAsyncSignerInterface;
else if (*this==_L("KAsyncVerifierInterface")) return KAsyncVerifierInterface;
else if (*this==_L("KAsyncKeyAgreementInterface")) return KAsyncKeyAgreementInterface;
else if (*this==_L("KAsyncKeyGeneratorInterface")) return KAsyncKeyGeneratorInterface;
else if (*this==_L("KAsyncKeypairGeneratorInterface")) return KAsyncKeypairGeneratorInterface;
else if (*this==_L("KCryptoModeEncrypt")) return KCryptoModeEncrypt;
else if (*this==_L("KCryptoModeDecrypt")) return KCryptoModeDecrypt;
else if (*this==_L("KOperationModeNone")) return KOperationModeNone;
else if (*this==_L("KOperationModeECB")) return KOperationModeECB;
else if (*this==_L("KOperationModeCBC")) return KOperationModeCBC;
else if (*this==_L("KOperationModeOFB")) return KOperationModeOFB;
else if (*this==_L("KOperationModeCFB")) return KOperationModeCFB;
else if (*this==_L("KOperationModeCTR")) return KOperationModeCTR;
else if (*this==_L("KHashMode")) return KHashMode;
else if (*this==_L("KHmacMode")) return KHmacMode;
else if (*this==_L("KPaddingInterface")) return KPaddingInterface;
else if (*this==_L("KPaddingModeNone")) return KPaddingModeNone;
else if (*this==_L("KPaddingModeSSLv3")) return KPaddingModeSSLv3;
else if (*this==_L("KPaddingModePKCS7")) return KPaddingModePKCS7;
else if (*this==_L("KPaddingModePkcs1_v1_5_Encryption")) return KPaddingModePkcs1_v1_5_Encryption;
else if (*this==_L("KPaddingModePkcs1_v1_5_Signature")) return KPaddingModePkcs1_v1_5_Signature;
else if (*this==_L("KTestPlugin01Des_1")) return KTestPlugin01Des_1;
else if (*this==_L("KTestPlugin01Des_2")) return KTestPlugin01Des_2;
else if (*this==_L("KTestPlugin01Des_3")) return KTestPlugin01Des_3;
else if (*this==_L("KTestPlugin01Des_4")) return KTestPlugin01Des_4;
else if (*this==_L("KTestPlugin01Md2_1")) return KTestPlugin01Md2_1;
else if (*this==_L("KTestPlugin01Md2_2")) return KTestPlugin01Md2_2;
else if (*this==_L("KTestPlugin01RsaKeyGen_1")) return KTestPlugin01RsaKeyGen_1;
else if (*this==_L("KTestPlugin01RsaVerifier_1")) return KTestPlugin01RsaVerifier_1;
else if (*this==_L("KTestPlugin01RsaVerifier_2")) return KTestPlugin01RsaVerifier_2;
else if (*this==_L("KTestPlugin02Random_1")) return KTestPlugin02Random_1;
else if (*this==_L("KTestPlugin02Md5_1")) return KTestPlugin02Md5_1;
else if (*this==_L("KTestPlugin02Des_1")) return KTestPlugin02Des_1;
else if (*this==_L("KTestPlugin02Des_2")) return KTestPlugin02Des_2;
else if (*this==_L("KTestPlugin02Rsa_1")) return KTestPlugin02Rsa_1;
else if (*this==_L("KTestPlugin02Rsa_2")) return KTestPlugin02Rsa_2;
else if (*this==_L("KTestPlugin02RsaKeyGen_1")) return KTestPlugin02RsaKeyGen_1;
else if (*this==_L("KTestPlugin02DHKeyGen_1")) return KTestPlugin02DHKeyGen_1;
else if (*this==_L("KTestPlugin02RsaSigner_1")) return KTestPlugin02RsaSigner_1;
else if (*this==_L("KTestPlugin02DHKeyAgree_1")) return KTestPlugin02DHKeyAgree_1;
else if (*this==_L("KTestPlugin02Random_2")) return KTestPlugin02Random_2;
else if (*this==_L("KCryptoPluginMd2")) return KCryptoPluginMd2;
else if (*this==_L("KCryptoPluginMd5")) return KCryptoPluginMd5;
else if (*this==_L("KCryptoPluginSha1")) return KCryptoPluginSha1;
else if (*this==_L("KCryptoPluginSha224")) return KCryptoPluginSha224;
else if (*this==_L("KCryptoPluginSha256")) return KCryptoPluginSha256;
else if (*this==_L("KCryptoPluginSha384")) return KCryptoPluginSha384;
else if (*this==_L("KCryptoPluginSha512")) return KCryptoPluginSha512;
else if (*this==_L("KCryptoPluginRandom")) return KCryptoPluginRandom;
else if (*this==_L("KCryptoPluginDes")) return KCryptoPluginDes;
else if (*this==_L("KCryptoPlugin3Des")) return KCryptoPlugin3Des;
else if (*this==_L("KCryptoPluginAes")) return KCryptoPluginAes;
else if (*this==_L("KCryptoPluginRc2")) return KCryptoPluginRc2;
else if (*this==_L("KCryptoPluginArc4")) return KCryptoPluginArc4;
else if (*this==_L("KCryptoPluginRsaCipher")) return KCryptoPluginRsaCipher;
else if (*this==_L("KCryptoPluginRsaSigner")) return KCryptoPluginRsaSigner;
else if (*this==_L("KCryptoPluginDsaSigner")) return KCryptoPluginDsaSigner;
else if (*this==_L("KCryptoPluginRsaVerifier")) return KCryptoPluginRsaVerifier;
else if (*this==_L("KCryptoPluginDsaVerifier")) return KCryptoPluginDsaVerifier;
else if (*this==_L("KCryptoPluginDhKeyAgreement")) return KCryptoPluginDhKeyAgreement;
else if (*this==_L("KCryptoPluginDhKeyPairGen")) return KCryptoPluginDhKeyPairGen;
else if (*this==_L("KCryptoPluginRsaKeyPairGen")) return KCryptoPluginRsaKeyPairGen;
else if (*this==_L("KCryptoPluginDsaKeyPairGen")) return KCryptoPluginDsaKeyPairGen;
else if (*this==_L("KInterfaceType")) return KInterfaceType;
else if (*this==_L("KAlgorithmType")) return KAlgorithmType;
else if (*this==_L("KImplementationType")) return KImplementationType;
else if (*this==_L("KCreatorNameType")) return KCreatorNameType;
else if (*this==_L("KIsFIPSApprovedType")) return KIsFIPSApprovedType;
else if (*this==_L("KIsHardwareSupportedType")) return KIsHardwareSupportedType;
else if (*this==_L("KMaxConcurrencySupportedType")) return KMaxConcurrencySupportedType;
else if (*this==_L("KLatencyType")) return KLatencyType;
else if (*this==_L("KThroughputType")) return KThroughputType;
else if (*this==_L("KBlockSizeType")) return KBlockSizeType;
else if (*this==_L("KOutputSizeType")) return KOutputSizeType;
else if (*this==_L("KSupportedOperationModesType")) return KSupportedOperationModesType;
else if (*this==_L("KBlockingModeType")) return KBlockingModeType;
else if (*this==_L("KMaximumKeyLengthType")) return KMaximumKeyLengthType;
else if (*this==_L("KSupportedPaddingModesType")) return KSupportedPaddingModesType;
else if (*this==_L("KKeySupportModeType")) return KKeySupportModeType;
else if (*this==_L("KConcurrencyType")) return KConcurrencyType;
else if (*this==_L("KExclusiveUseType")) return KExclusiveUseType;
else if (*this==_L("KExtendCharType1")) return KExtendCharType1;
else if (*this==_L("KExtendCharType2")) return KExtendCharType2;
else if (*this==_L("KExtendCharType3")) return KExtendCharType3;
//************************** CUSTOM INTEGERS *******************************
else if (*this==_L("EOpEqual")) return EOpEqual;
else if (*this==_L("EOpNotEqual")) return EOpNotEqual;
else if (*this==_L("EOpGreaterThan")) return EOpGreaterThan;
else if (*this==_L("EOpLessThan")) return EOpLessThan;
else if (*this==_L("EOpGreaterThanOrEqual")) return EOpGreaterThanOrEqual;
else if (*this==_L("EOpLessThanOrEqual")) return EOpLessThanOrEqual;
else if (*this==_L("EOpAscendingSort")) return EOpAscendingSort;
else if (*this==_L("EOpDescendingSort")) return EOpDescendingSort;
else if (*this==_L("ERuleValueInteger")) return ERuleValueInteger;
else if (*this==_L("ERuleValueDes8")) return ERuleValueDes8;
else if (*this==_L("ERuleValueDes16")) return ERuleValueDes16;
else if (*this==_L("ERuleValueBoolean")) return ERuleValueBoolean;
else if (*this==_L("KMaxTInt")) return KMaxTInt;
else if (*this==_L("NULL")) return NULL;
#ifdef SYMBIAN_SDP_IPSEC_VOIP_SUPPORT
else if (*this==_L("KAlgorithmHashMd4")) return KAlgorithmHashMd4;
else if (*this==_L("KAlgorithmCipherAesXcbcMac96")) return KAlgorithmCipherAesXcbcMac96;
else if (*this==_L("KAlgorithmCipherAesXcbcPrf128")) return KAlgorithmCipherAesXcbcPrf128;
else if (*this==_L("KMacInterface")) return KMacInterface;
else if (*this==_L("KSymmetricCipherMode")) return KSymmetricCipherMode;
else if (*this==_L("KTestPlugin01Aes")) return KTestPlugin01Aes;
else if (*this==_L("KTestPlugin01XcbcMac96")) return KTestPlugin01XcbcMac96;
else if (*this==_L("KTestPlugin01MacMd2_1")) return KTestPlugin01MacMd2_1;
else if (*this==_L("KTestPlugin01MacMd2_2")) return KTestPlugin01MacMd2_2;
else if (*this==_L("KTestPlugin02Aes")) return KTestPlugin02Aes;
else if (*this==_L("KTestPlugin02XcbcMac96")) return KTestPlugin02XcbcMac96;
else if (*this==_L("KTestPlugin02XcbcPrf128")) return KTestPlugin02XcbcPrf128;
#endif
else
{
User::Panic(*this,KErrNotFound);
return 0;
}
}
TVariantPtrC::operator const TInt32*()
{
if (*this==_L("KHashOperationModes")) return KHashOperationModes;
else if (*this==_L("KDesCryptoModes")) return KDesCryptoModes;
else if (*this==_L("K3DesCryptoModes")) return K3DesCryptoModes;
else if (*this==_L("KAesCryptoModes")) return KAesCryptoModes;
else if (*this==_L("KRc2CryptoModes")) return KRc2CryptoModes;
else if (*this==_L("KArc4CryptoModes")) return KArc4CryptoModes;
else if (*this==_L("KDesPaddingModes")) return KDesPaddingModes;
else if (*this==_L("K3DesPaddingModes")) return K3DesPaddingModes;
else if (*this==_L("KAesPaddingModes")) return KAesPaddingModes;
else if (*this==_L("KRc2PaddingModes")) return KRc2PaddingModes;
else if (*this==_L("KArc4PaddingModes")) return KArc4PaddingModes;
else if (*this==_L("KRSACipherPaddingModes")) return KRSACipherPaddingModes;
else if (*this==_L("KRSASignerPaddingModes")) return KRSASignerPaddingModes;
else if (*this==_L("KDSASignerPaddingModes")) return KDSASignerPaddingModes;
else if (*this==_L("KRSAVerifierPaddingModes")) return KRSAVerifierPaddingModes;
else if (*this==_L("KDSAVerifierPaddingModes")) return KDSAVerifierPaddingModes;
else
{
User::Panic(*this,KErrNotFound);
return 0;
}
}
TVariantPtrC::operator TRomLitC16()
{
if (*this==_L("KSymbian")) return KSymbian;
else if (*this==_L("KSymbianTestFramework")) return KSymbianTestFramework;
else if (*this==_L("KTestFramework")) return KTestFramework;
else if (*this==_L("KAlternativeName")) return KAlternativeName;
else if (*this==_L("KMd2Description")) return KMd2Description;
else if (*this==_L("KMd5Description")) return KMd5Description;
else if (*this==_L("KSha1Description")) return KSha1Description;
else if (*this==_L("KSha224Description")) return KSha224Description;
else if (*this==_L("KSha256Description")) return KSha256Description;
else if (*this==_L("KSha384Description")) return KSha384Description;
else if (*this==_L("KSha512Description")) return KSha512Description;
else if (*this==_L("KHmacMd2Description")) return KHmacMd2Description;
else if (*this==_L("KHmacMd5Description")) return KHmacMd5Description;
else if (*this==_L("KHmacSha1Description")) return KHmacSha1Description;
else if (*this==_L("KHmacSha224Description")) return KHmacSha224Description;
else if (*this==_L("KHmacSha256Description")) return KHmacSha256Description;
else if (*this==_L("KHmacSha384Description")) return KHmacSha384Description;
else if (*this==_L("KHmacSha512Description")) return KHmacSha512Description;
else if (*this==_L("KRandomDescription")) return KRandomDescription;
else if (*this==_L("KDesDescription")) return KDesDescription;
else if (*this==_L("K3DesDescription")) return K3DesDescription;
else if (*this==_L("KAesDescription")) return KAesDescription;
else if (*this==_L("KRC2Description")) return KRC2Description;
else if (*this==_L("KARC4Description")) return KARC4Description;
else if (*this==_L("KRsaCipherDescription")) return KRsaCipherDescription;
else if (*this==_L("KRsaSignerDescription")) return KRsaSignerDescription;
else if (*this==_L("KDsaSignerDescription")) return KDsaSignerDescription;
else if (*this==_L("KRsaVerifierDescription")) return KRsaVerifierDescription;
else if (*this==_L("KDsaVerifierDescription")) return KDsaVerifierDescription;
else if (*this==_L("KDHDescription")) return KDHDescription;
else if (*this==_L("KSymmetricKeyGeneratorDescription")) return KSymmetricKeyGeneratorDescription;
else if (*this==_L("KKeyPairDescription")) return KKeyPairDescription;
#ifdef SYMBIAN_SDP_IPSEC_VOIP_SUPPORT
else if (*this==_L("KAesXcbcMac96Description")) return KAesXcbcMac96Description;
else if (*this==_L("KAesXcbcPrf128Description")) return KAesXcbcPrf128Description;
#endif
else
{
User::Panic(*this,KErrNotFound);
return TRomLitC16();
}
}
HBufC* TVariantPtrC::HexStringLC()
{
HBufC* parsedString = HBufC::NewLC(this->Length()*2);
TBuf<2> pair;
_LIT(KFormat2,"%02x");
for(TInt i = 0; i<this->Length() ; i++)
{
TInt num = (*this)[i];
pair.Format(KFormat2,num);
parsedString->Des().Append(pair);
}
return parsedString;
}