Table of Content
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AO Example - AwxAudioObjExtMemRecs.cpp
//============================================================
// (C) 2017 Harman International Industries, Incorporated.
// Confidential & Proprietary. All Rights Reserved.
// ============================================================
/*!
* file AwxiAudioObjExtMemRecs.cpp
* brief Memory related description Source file
* details Implements the audio object memory related API
* details Project Extendable Audio Framework
* copyright Harman/Becker Automotive Systems GmbH
*
2020
*
All rights reserved
* author xAF Team
*/
/*!
* include files required to request the dynamic memory
*/
#include "AwxAudioObjExtMemRecs.h"
xUInt8 CAwxAudioObjExtMemRecs::getMemRecords(xAF_memRec* memTable, xAF_memRec& scratchRecord, xInt8 target, xInt8 format)
{
xUInt8 numMemRecords = (static_cast(ENABLE_BLOCK) == m_EnMemory) ? static_cast(NUM_MEM_RECORDS) : static_cast(FLOATARRAY);
//m_Param memory
memTable[PARAM].alignment = 4;
memTable[PARAM].size = static_cast(static_cast(m_NumAudioIn) * NUM_PARAMS_PER_CHANNEL * sizeof(xFloat32));
memTable[PARAM].label = "Tuning Parameters";
//m_Coeff memory
memTable[COEFF].size = static_cast(static_cast(m_NumAudioIn) * sizeof(xFloat32));
memTable[COEFF].alignment = 4;
memTable[COEFF].label = "Gain Values";
//m_MemBlck memory(Abstracted Tuning Memory)
if (static_cast(ENABLE_BLOCK) == m_EnMemory)
{
memTable[FLOATARRAY].size = FLOAT_ARRAY_SIZE * sizeof(xFloat32);
memTable[FLOATARRAY].alignment = 4;
memTable[FLOATARRAY].label = "Abstracted Tuning Memory values";
}
return numMemRecords;
}