/*

* Copyright (c) 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

 @internalComponent

 @released

 */

#ifndef CCRYPTOAPI_DUMMYECCHWPLUGINCONFIG_H

#define CCRYPTOAPI_DUMMYECCHWPLUGINCONFIG_H

#include <cryptospi/cryptoparams.h>

#include <e32cmn.h>

#include <cryptospi/romlit.h>

#include "cryptospi/cryptospidef.h"

namespace DummyEccHwCrypto

    {

    using namespace CryptoSpi;

    /**

     Creator Name

     */

    _ROMLIT16(KNokia, "Nokia");

    /**

     implementation Name

     */

    _ROMLIT16(KEccCipherDescription, "Ecc");

    _ROMLIT16(KEccSignerDescription, "EccSigner");

    /**

     ECC Cipher Characteristics

     */

    static const TInt32 KCryptoPluginEccCipher = 0xA000D697;

    static const TUid KCryptoPluginEccCipherUid =

        {

        KCryptoPluginEccCipher

        };

    static const TInt32 KECCCipherPaddingModes[] =

        {

        KPaddingModeNone

        };

    static const TAsymmetricCipherCharacteristics KECC_1 =

        {

        KAsymmetricCipherInterface, /* iInterfaceUID */

        KAlgorithmCipherEcc, /* iAlgorithmUID */

        KCryptoPluginEccCipher, /* iImplementationUID */

        &KNokia, /* iCreatorName */

        EFalse, /* iIsFIPSApproved */

        ETrue, /* iIsHardwareSupported */

        6, /* iMaxConcurrencySupported */

        &KEccCipherDescription, /* iAlgorithmName */

        100, /* iLatency */

        90, /* iThroughput */

        360, /* iMaximumKeyLength */

        KECCCipherPaddingModes, /* iSupportedPaddingModes */

        sizeof(KECCCipherPaddingModes) / sizeof(KECCCipherPaddingModes[0]), /* iPaddingModeNum */

        3

        /* iKeySupportMode */

        };

    /**

     ECC Signer Characteristics

     */

    static const TInt32 KCryptoPluginEccSigner = 0xA000D698;

    static const TUid KCryptoPluginEccSignerUid =

        {

        KCryptoPluginEccSigner

        };

    static const TInt32 KECCSignerPaddingModes[] =

        {

        KPaddingModeNone

        };

    static const TAsymmetricSignatureCharacteristics KECCSigner_1 =

        {

        KSignerInterface, /* iInterfaceUID */

        KAlgorithmSignerEcc, /* iAlgorithmUID */

        KCryptoPluginEccSigner, /* iImplementationUID */

        &KNokia, /* iCreatorName */

        EFalse, /* iIsFIPSApproved */

        ETrue, /* iIsHardwareSupported */

        6, /* iMaxConcurrencySupported */

        &KEccSignerDescription, /* iAlgorithmName */

        100, /* iLatency */

        90, /* iThroughput */

        360, /* iMaximumKeyLength */

        KECCCipherPaddingModes, /* iSupportedPaddingModes */

        sizeof(KECCCipherPaddingModes) / sizeof(KECCCipherPaddingModes[0]), /* iPaddingModeNum */

        3

        /* iKeySupportMode */

        };

    /**

     For each crypto algorithm type implemented in this plugin list the characteristics

     */

    /**

     Asymmetric Cipher implementation characteristic table

     */

    static const TAsymmetricCipherCharacteristics

            * const KAsymmetricCipherCharacteristics[] =

                {

                &KECC_1

                };

    /**

     Signer implementation characteristic table

     */

    static const TAsymmetricSignatureCharacteristics

            * const KSignerCharacteristics[] =

                {

                &KECCSigner_1

                };

    }

#endif //CCRYPTOAPI_DUMMYECCHWPLUGINCONFIG_H